From 891e96ee754dd16dea7c598fc8f3c688c9172336 Mon Sep 17 00:00:00 2001
From: David E Worth <daveworth@users.noreply.github.com>
Date: Sat, 13 Jul 2024 16:11:50 -0600
Subject: [PATCH 01/68] fix: fix link to CONTRIBUTING.md in PR template (#2726)

---
 .github/pull_request_template.md | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/.github/pull_request_template.md b/.github/pull_request_template.md
index cee28d19f1..370d4faa9a 100644
--- a/.github/pull_request_template.md
+++ b/.github/pull_request_template.md
@@ -11,4 +11,4 @@ Relates to #
 ## Checklist before merging
 
 - [ ] Test, docs, adr added or updated as needed
-- [ ] [Contributor Guide Steps](https://github.com/defenseunicorns/zarf/blob/main/.github/CONTRIBUTING.md#developer-workflow) followed
+- [ ] [Contributor Guide Steps](https://github.com/defenseunicorns/zarf/blob/main/CONTRIBUTING.md#developer-workflow) followed

From ff50f77bd652a3034fb82e4ebb1da3b739793562 Mon Sep 17 00:00:00 2001
From: Matias Insaurralde <matiasbaruchinsaurralde@gmail.com>
Date: Wed, 17 Jul 2024 12:00:02 -0300
Subject: [PATCH 02/68] refactor: compile local cluster service format regexp
 just once (#2727)

---
 src/pkg/packager/deploy.go | 11 ++++++-----
 1 file changed, 6 insertions(+), 5 deletions(-)

diff --git a/src/pkg/packager/deploy.go b/src/pkg/packager/deploy.go
index 8c0eb6b7a4..9044772169 100644
--- a/src/pkg/packager/deploy.go
+++ b/src/pkg/packager/deploy.go
@@ -38,6 +38,11 @@ import (
 	"github.com/defenseunicorns/zarf/src/types"
 )
 
+var (
+	// localClusterServiceRegex is used to match the local cluster service format:
+	localClusterServiceRegex = regexp.MustCompile(`^(?P<name>[^\.]+)\.(?P<namespace>[^\.]+)\.svc\.cluster\.local$`)
+)
+
 func (p *Packager) resetRegistryHPA(ctx context.Context) {
 	if p.isConnectedToCluster() && p.hpaModified {
 		if err := p.cluster.EnableRegHPAScaleDown(ctx); err != nil {
@@ -742,11 +747,7 @@ func serviceInfoFromServiceURL(serviceURL string) (string, string, int, error) {
 	}
 
 	// Match hostname against local cluster service format.
-	pattern, err := regexp.Compile(`^(?P<name>[^\.]+)\.(?P<namespace>[^\.]+)\.svc\.cluster\.local$`)
-	if err != nil {
-		return "", "", 0, err
-	}
-	get, err := helpers.MatchRegex(pattern, parsedURL.Hostname())
+	get, err := helpers.MatchRegex(localClusterServiceRegex, parsedURL.Hostname())
 
 	// If incomplete match, return an error.
 	if err != nil {

From 37aa79da4c93023ff593da39a603ebe5352de6f2 Mon Sep 17 00:00:00 2001
From: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
Date: Wed, 17 Jul 2024 15:54:39 -0400
Subject: [PATCH 03/68] chore: update s3 injector (#2730)

---
 .github/workflows/build-rust-injector.yml | 16 ++++++----------
 1 file changed, 6 insertions(+), 10 deletions(-)

diff --git a/.github/workflows/build-rust-injector.yml b/.github/workflows/build-rust-injector.yml
index 270a091fcf..77d939f6f7 100644
--- a/.github/workflows/build-rust-injector.yml
+++ b/.github/workflows/build-rust-injector.yml
@@ -9,9 +9,6 @@ on:
       versionTag:
         description: "Version tag"
         required: true
-      branchName:
-        description: "Branch to build the injector from"
-        required: true
 
 jobs:
   build-injector:
@@ -19,8 +16,6 @@ jobs:
     steps:
       - name: "Checkout Repo"
         uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
-        with:
-          ref: ${{ github.event.inputs.branchName }}
 
       - name: Install tools
         uses: ./.github/actions/install-tools
@@ -37,13 +32,14 @@ jobs:
           shasum zarf-injector-amd64 >> checksums.txt
           shasum zarf-injector-arm64 >> checksums.txt
 
-      - name: Set AWS Credentials
+      - name: Auth with AWS
         uses: aws-actions/configure-aws-credentials@010d0da01d0b5a38af31e9c3470dbfdabdecca3a # v4.0.1
         with:
-          aws-access-key-id: ${{ secrets.AWS_GOV_ACCESS_KEY_ID }}
-          aws-secret-access-key: ${{ secrets.AWS_GOV_SECRET_ACCESS_KEY }}
-          aws-region: us-gov-west-1
+          role-to-assume: ${{ secrets.AWS_WRITE_ROLE }}
+          role-session-name: ${{ github.job || github.event.client_payload.pull_request.head.sha || github.sha }}
+          aws-region: us-east-2
+          role-duration-seconds: 3600
 
       - name: Sync Artifacts to S3
         run: |
-          aws s3 sync src/injector/dist/ s3://zarf-public/injector/${{ github.event.inputs.versionTag }}/
+          aws s3 sync src/injector/dist/ s3://zarf-init/injector/${{ github.event.inputs.versionTag }}/

From 6d7e90ad42c3858f69557b20761a8c9bf7fdc65d Mon Sep 17 00:00:00 2001
From: Xander Grzywinski <xandergrzyw@gmail.com>
Date: Thu, 18 Jul 2024 11:40:56 -0400
Subject: [PATCH 04/68] docs: fix codeowners file

Signed-off-by: Xander Grzywinski <xandergrzyw@gmail.com>
---
 CODEOWNERS | 8 ++++----
 1 file changed, 4 insertions(+), 4 deletions(-)

diff --git a/CODEOWNERS b/CODEOWNERS
index c713375a0d..976d425740 100644
--- a/CODEOWNERS
+++ b/CODEOWNERS
@@ -1,5 +1,5 @@
-* @defenseunicorns/zarf @dgershman
+* @zarf-dev/maintainers @zarf-dev/reviewers
 
-/CODEOWNERS @jeff-mccoy @austenbryan
-/cosign.pub @jeff-mccoy @austenbryan
-/LICENSE @jeff-mccoy @austenbryan
+/CODEOWNERS @zarf-dev/tsc
+/cosign.pub @zarf-dev/tsc
+/LICENSE @zarf-dev/tsc

From 62253cecc6b94cd2d42d79caacf57061dad8548a Mon Sep 17 00:00:00 2001
From: Philip Laine <philip.laine@gmail.com>
Date: Wed, 17 Jul 2024 19:20:44 +0200
Subject: [PATCH 05/68] Rename org name in image references

Signed-off-by: Philip Laine <philip.laine@gmail.com>
---
 .github/workflows/publish-application-packages.yml   |  8 ++++----
 .github/workflows/release.yml                        | 10 +++++-----
 .github/workflows/test-upgrade.yml                   |  2 +-
 Makefile                                             |  2 +-
 src/config/config.go                                 |  2 +-
 src/pkg/zoci/utils.go                                |  2 +-
 src/test/e2e/08_create_differential_test.go          |  2 +-
 src/test/e2e/11_oci_pull_inspect_test.go             |  4 ++--
 src/test/e2e/13_find_images_test.go                  |  2 +-
 src/test/e2e/14_create_sha_index_test.go             |  2 +-
 src/test/e2e/21_connect_creds_test.go                |  2 +-
 src/test/packages/00-remote-pull-fail/zarf.yaml      |  2 +-
 src/test/packages/08-differential-package/zarf.yaml  |  2 +-
 src/test/packages/14-index-sha/image-index/zarf.yaml |  2 +-
 zarf-config.toml                                     |  2 +-
 15 files changed, 23 insertions(+), 23 deletions(-)

diff --git a/.github/workflows/publish-application-packages.yml b/.github/workflows/publish-application-packages.yml
index c30c7105fa..59be8e3ff3 100644
--- a/.github/workflows/publish-application-packages.yml
+++ b/.github/workflows/publish-application-packages.yml
@@ -23,7 +23,7 @@ jobs:
           ref: ${{ github.event.inputs.branchName }}
 
       - name: Install The Latest Release Version of Zarf
-        uses: defenseunicorns/setup-zarf@f95763914e20e493bb5d45d63e30e17138f981d6 # v1.0.0
+        uses: defenseunicorns/setup-zarf@10e539efed02f75ec39eb8823e22a5c795f492ae #v1.0.1
 
       - name: "Login to GHCR"
         uses: docker/login-action@343f7c4344506bcbf9b4de18042ae17996df046d # v3.0.0
@@ -39,11 +39,11 @@ jobs:
           zarf package create -o build -a arm64 examples/dos-games --signing-key=awskms:///${{ secrets.COSIGN_AWS_KMS_KEY }} --confirm
 
           # Publish a the signed dos-games package
-          zarf package publish ./build/zarf-package-dos-games-amd64-1.0.0.tar.zst oci://ghcr.io/defenseunicorns/packages --key=https://zarf.dev/cosign.pub
-          zarf package publish ./build/zarf-package-dos-games-arm64-1.0.0.tar.zst oci://ghcr.io/defenseunicorns/packages --key=https://zarf.dev/cosign.pub
+          zarf package publish ./build/zarf-package-dos-games-amd64-1.0.0.tar.zst oci://ghcr.io/zarf-dev/packages --key=https://zarf.dev/cosign.pub
+          zarf package publish ./build/zarf-package-dos-games-arm64-1.0.0.tar.zst oci://ghcr.io/zarf-dev/packages --key=https://zarf.dev/cosign.pub
 
           # Publish a skeleton of the dos-games package
-          zarf package publish examples/dos-games oci://ghcr.io/defenseunicorns/packages
+          zarf package publish examples/dos-games oci://ghcr.io/zarf-dev/packages
         env:
           AWS_REGION: ${{ secrets.COSIGN_AWS_REGION }}
           AWS_ACCESS_KEY_ID: ${{ secrets.COSIGN_AWS_KEY_ID }}
diff --git a/.github/workflows/release.yml b/.github/workflows/release.yml
index 2f23f8c9c3..f8e6e36604 100644
--- a/.github/workflows/release.yml
+++ b/.github/workflows/release.yml
@@ -42,13 +42,13 @@ jobs:
         run: |
           cp build/zarf build/zarf-linux-amd64
           cp build/zarf-arm build/zarf-linux-arm64
-          docker buildx build --push --platform linux/arm64/v8,linux/amd64 --tag ghcr.io/defenseunicorns/zarf/agent:$GITHUB_REF_NAME .
+          docker buildx build --push --platform linux/arm64/v8,linux/amd64 --tag ghcr.io/zarf-dev/zarf/agent:$GITHUB_REF_NAME .
           rm build/zarf-linux-amd64
           rm build/zarf-linux-arm64
-          echo ZARF_AGENT_IMAGE_DIGEST=$(docker buildx imagetools inspect ghcr.io/defenseunicorns/zarf/agent:$GITHUB_REF_NAME --format '{{ json . }}' | jq -r .manifest.digest) >> $GITHUB_ENV
+          echo ZARF_AGENT_IMAGE_DIGEST=$(docker buildx imagetools inspect ghcr.io/zarf-dev/zarf/agent:$GITHUB_REF_NAME --format '{{ json . }}' | jq -r .manifest.digest) >> $GITHUB_ENV
 
       - name: "Zarf Agent: Sign the Image"
-        run: cosign sign --key awskms:///${{ secrets.COSIGN_AWS_KMS_KEY }} -a release-engineer=https://github.com/${{ github.actor }} -a version=$GITHUB_REF_NAME ghcr.io/defenseunicorns/zarf/agent@$ZARF_AGENT_IMAGE_DIGEST -y
+        run: cosign sign --key awskms:///${{ secrets.COSIGN_AWS_KMS_KEY }} -a release-engineer=https://github.com/${{ github.actor }} -a version=$GITHUB_REF_NAME ghcr.io/zarf-dev/zarf/agent@$ZARF_AGENT_IMAGE_DIGEST -y
         env:
           COSIGN_EXPERIMENTAL: 1
           AWS_REGION: ${{ secrets.COSIGN_AWS_REGION }}
@@ -63,8 +63,8 @@ jobs:
 
       - name: Publish Init Package as OCI and Skeleton
         run: |
-          make publish-init-package ARCH=amd64 REPOSITORY_URL=ghcr.io/defenseunicorns/packages
-          make publish-init-package ARCH=arm64 REPOSITORY_URL=ghcr.io/defenseunicorns/packages
+          make publish-init-package ARCH=amd64 REPOSITORY_URL=ghcr.io/zerf-dev/packages
+          make publish-init-package ARCH=arm64 REPOSITORY_URL=ghcr.io/zarf-dev/packages
 
       # Create a CVE report based on this build
       - name: Create release time CVE report
diff --git a/.github/workflows/test-upgrade.yml b/.github/workflows/test-upgrade.yml
index 4bbcf170b5..552d79e103 100644
--- a/.github/workflows/test-upgrade.yml
+++ b/.github/workflows/test-upgrade.yml
@@ -73,7 +73,7 @@ jobs:
           chmod +x build/zarf
 
       - name: Install release version of Zarf
-        uses: defenseunicorns/setup-zarf@f95763914e20e493bb5d45d63e30e17138f981d6 # v1.0.0
+        uses: defenseunicorns/setup-zarf@10e539efed02f75ec39eb8823e22a5c795f492ae #v1.0.1
         with:
           download-init-package: true
 
diff --git a/Makefile b/Makefile
index 9a4fa4e58e..0f2deebcaf 100644
--- a/Makefile
+++ b/Makefile
@@ -121,7 +121,7 @@ build-local-agent-image: ## Build the Zarf agent image to be used in a locally b
 	@ if [ "$(ARCH)" = "amd64" ]; then cp build/zarf build/zarf-linux-amd64; fi
 	@ if [ "$(ARCH)" = "arm64" ] && [ ! -s ./build/zarf-arm ]; then $(MAKE) build-cli-linux-arm; fi
 	@ if [ "$(ARCH)" = "arm64" ]; then cp build/zarf-arm build/zarf-linux-arm64; fi
-	docker buildx build --load --platform linux/$(ARCH) --tag ghcr.io/defenseunicorns/zarf/agent:local .
+	docker buildx build --load --platform linux/$(ARCH) --tag ghcr.io/zarf-dev/zarf/agent:local .
 	@ if [ "$(ARCH)" = "amd64" ]; then rm build/zarf-linux-amd64; fi
 	@ if [ "$(ARCH)" = "arm64" ]; then rm build/zarf-linux-arm64; fi
 
diff --git a/src/config/config.go b/src/config/config.go
index f9dfc580ab..203767f6d8 100644
--- a/src/config/config.go
+++ b/src/config/config.go
@@ -17,7 +17,7 @@ import (
 
 // Zarf Global Configuration Constants.
 const (
-	GithubProject = "defenseunicorns/zarf"
+	GithubProject = "zarf-dev/zarf"
 
 	ZarfAgentHost = "agent-hook.zarf.svc"
 
diff --git a/src/pkg/zoci/utils.go b/src/pkg/zoci/utils.go
index e63910a738..bcd5da45d4 100644
--- a/src/pkg/zoci/utils.go
+++ b/src/pkg/zoci/utils.go
@@ -43,5 +43,5 @@ func ReferenceFromMetadata(registryLocation string, metadata *types.ZarfMetadata
 
 // GetInitPackageURL returns the URL for the init package for the given version.
 func GetInitPackageURL(version string) string {
-	return fmt.Sprintf("ghcr.io/defenseunicorns/packages/init:%s", version)
+	return fmt.Sprintf("ghcr.io/zarf-dev/packages/init:%s", version)
 }
diff --git a/src/test/e2e/08_create_differential_test.go b/src/test/e2e/08_create_differential_test.go
index 042ed2e185..ff0a1a698c 100644
--- a/src/test/e2e/08_create_differential_test.go
+++ b/src/test/e2e/08_create_differential_test.go
@@ -73,7 +73,7 @@ func TestCreateDifferential(t *testing.T) {
 	/* Validate we have ONLY the images we expect to have */
 	expectedImages := []string{
 		"ghcr.io/stefanprodan/podinfo:latest",
-		"ghcr.io/defenseunicorns/zarf/agent:v0.26.0",
+		"ghcr.io/zarf-dev/zarf/agent:v0.26.0",
 	}
 	require.Len(t, actualImages, 2, "zarf.yaml from the differential package does not contain the correct number of images")
 	for _, expectedImage := range expectedImages {
diff --git a/src/test/e2e/11_oci_pull_inspect_test.go b/src/test/e2e/11_oci_pull_inspect_test.go
index 47d31232fb..98e5e4ff52 100644
--- a/src/test/e2e/11_oci_pull_inspect_test.go
+++ b/src/test/e2e/11_oci_pull_inspect_test.go
@@ -42,7 +42,7 @@ func (suite *PullInspectTestSuite) Test_0_Pull() {
 	out := fmt.Sprintf("zarf-package-dos-games-%s-1.0.0.tar.zst", e2e.Arch)
 
 	// Build the fully qualified reference.
-	ref := fmt.Sprintf("oci://ghcr.io/defenseunicorns/packages/dos-games:1.0.0-%s", e2e.Arch)
+	ref := fmt.Sprintf("oci://ghcr.io/zarf-dev/packages/dos-games:1.0.0-%s", e2e.Arch)
 
 	// Pull the package via OCI.
 	stdOut, stdErr, err := e2e.Zarf("package", "pull", ref)
@@ -74,7 +74,7 @@ func (suite *PullInspectTestSuite) Test_1_Remote_Inspect() {
 
 	// Test inspect on a public package.
 	// NOTE: This also makes sure that Zarf does not attempt auth when inspecting a public package.
-	ref := fmt.Sprintf("oci://ghcr.io/defenseunicorns/packages/dos-games:1.0.0-%s", e2e.Arch)
+	ref := fmt.Sprintf("oci://ghcr.io/zarf-dev/packages/dos-games:1.0.0-%s", e2e.Arch)
 	_, stdErr, err = e2e.Zarf("package", "inspect", ref)
 	suite.NoError(err, stdErr)
 }
diff --git a/src/test/e2e/13_find_images_test.go b/src/test/e2e/13_find_images_test.go
index fbb0185320..27e7bbe715 100644
--- a/src/test/e2e/13_find_images_test.go
+++ b/src/test/e2e/13_find_images_test.go
@@ -53,7 +53,7 @@ func TestFindImages(t *testing.T) {
 
 		stdOut, _, err := e2e.Zarf("prepare", "find-images", ".", "--registry-url", registry, "--create-set", fmt.Sprintf("agent_image_tag=%s", agentTag))
 		require.NoError(t, err)
-		internalRegistryImage := fmt.Sprintf("%s/%s:%s", registry, "defenseunicorns/zarf/agent", agentTag)
+		internalRegistryImage := fmt.Sprintf("%s/%s:%s", registry, "zarf-dev/zarf/agent", agentTag)
 		require.Contains(t, stdOut, internalRegistryImage, "registry image should be found with registry url")
 		require.Contains(t, stdOut, "busybox:latest", "Busybox image should be found as long as helm chart doesn't error")
 
diff --git a/src/test/e2e/14_create_sha_index_test.go b/src/test/e2e/14_create_sha_index_test.go
index 9dee622c85..59993c5874 100644
--- a/src/test/e2e/14_create_sha_index_test.go
+++ b/src/test/e2e/14_create_sha_index_test.go
@@ -21,7 +21,7 @@ func TestCreateIndexShaErrors(t *testing.T) {
 		{
 			name:                  "Image Index",
 			packagePath:           "src/test/packages/14-index-sha/image-index",
-			expectedImageInStderr: "ghcr.io/defenseunicorns/zarf/agent:v0.32.6@sha256:b3fabdc7d4ecd0f396016ef78da19002c39e3ace352ea0ae4baa2ce9d5958376",
+			expectedImageInStderr: "ghcr.io/zarf-dev/zarf/agent:v0.32.6@sha256:b3fabdc7d4ecd0f396016ef78da19002c39e3ace352ea0ae4baa2ce9d5958376",
 		},
 		{
 			name:                  "Manifest List",
diff --git a/src/test/e2e/21_connect_creds_test.go b/src/test/e2e/21_connect_creds_test.go
index 3a929ac596..8a2a1f65ba 100644
--- a/src/test/e2e/21_connect_creds_test.go
+++ b/src/test/e2e/21_connect_creds_test.go
@@ -88,7 +88,7 @@ func connectToZarfServices(ctx context.Context, t *testing.T) {
 	// We assert greater than or equal to since the base init has 8 images
 	// HOWEVER during an upgrade we could have mismatched versions/names resulting in more images
 	require.GreaterOrEqual(t, len(registryList), 3)
-	require.Contains(t, stdOut, "defenseunicorns/zarf/agent")
+	require.Contains(t, stdOut, "zarf-dev/zarf/agent")
 	require.Contains(t, stdOut, "gitea/gitea")
 	require.Contains(t, stdOut, "library/registry")
 
diff --git a/src/test/packages/00-remote-pull-fail/zarf.yaml b/src/test/packages/00-remote-pull-fail/zarf.yaml
index f44d99d4b1..b2212b15d6 100644
--- a/src/test/packages/00-remote-pull-fail/zarf.yaml
+++ b/src/test/packages/00-remote-pull-fail/zarf.yaml
@@ -5,4 +5,4 @@ components:
   - name: doesnotexist-docker
     required: true
     images:
-      - ghcr.io/defenseunicorns/doesnotexist:1.3.3.7
+      - ghcr.io/zarf-dev/doesnotexist:1.3.3.7
diff --git a/src/test/packages/08-differential-package/zarf.yaml b/src/test/packages/08-differential-package/zarf.yaml
index 9d911a66d0..c1e5d4ab71 100644
--- a/src/test/packages/08-differential-package/zarf.yaml
+++ b/src/test/packages/08-differential-package/zarf.yaml
@@ -9,7 +9,7 @@ components:
     required: true
     images:
       - ghcr.io/stefanprodan/podinfo:6.0.0
-      - ghcr.io/defenseunicorns/zarf/agent:###ZARF_PKG_TMPL_PACKAGE_VERSION###
+      - ghcr.io/zarf-dev/zarf/agent:###ZARF_PKG_TMPL_PACKAGE_VERSION###
     repos:
       - https://github.com/defenseunicorns/zarf.git@c74e2e9626da0400e0a41e78319b3054c53a5d4e
       - https://github.com/defenseunicorns/zarf.git@refs/tags/###ZARF_PKG_TMPL_PACKAGE_VERSION###
diff --git a/src/test/packages/14-index-sha/image-index/zarf.yaml b/src/test/packages/14-index-sha/image-index/zarf.yaml
index a29c4380b9..76d3e6ab4f 100644
--- a/src/test/packages/14-index-sha/image-index/zarf.yaml
+++ b/src/test/packages/14-index-sha/image-index/zarf.yaml
@@ -6,4 +6,4 @@ components:
   - name: baseline
     required: true
     images:
-      - ghcr.io/defenseunicorns/zarf/agent:v0.32.6@sha256:05a82656df5466ce17c3e364c16792ae21ce68438bfe06eeab309d0520c16b48
+      - ghcr.io/zarf-dev/zarf/agent:v0.32.6@sha256:05a82656df5466ce17c3e364c16792ae21ce68438bfe06eeab309d0520c16b48
diff --git a/zarf-config.toml b/zarf-config.toml
index eb549dac54..09afb3eed3 100644
--- a/zarf-config.toml
+++ b/zarf-config.toml
@@ -1,7 +1,7 @@
 [package.create.set]
 # The image reference to use for the Zarf agent, defaults to a locally built image
 agent_image_domain = 'ghcr.io/'
-agent_image = 'defenseunicorns/zarf/agent'
+agent_image = 'zarf-dev/zarf/agent'
 agent_image_tag = 'local'
 
 # Tag for the zarf injector binary to use

From a550ac14d2fe9ac1fea86c30c13c01688743b359 Mon Sep 17 00:00:00 2001
From: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
Date: Fri, 19 Jul 2024 12:24:15 -0400
Subject: [PATCH 06/68] chore: move public test repo (#2739)

Signed-off-by: Austin Abro <austinabro321@gmail.com>
---
 .github/workflows/build-rust-injector.yml            |  1 +
 .github/workflows/dummy-dco.yaml                     | 12 ++++++++++++
 examples/git-data/zarf.yaml                          | 10 +++++-----
 src/pkg/packager/lint/lint_test.go                   |  2 +-
 src/test/e2e/07_create_git_test.go                   | 10 +++++-----
 src/test/e2e/09_component_compose_test.go            |  4 ++--
 src/test/e2e/22_git_and_gitops_test.go               |  4 ++--
 .../09-composable-packages/sub-package/zarf.yaml     |  2 +-
 src/test/packages/09-composable-packages/zarf.yaml   |  2 +-
 src/test/packages/12-lint/zarf.yaml                  |  2 +-
 src/test/packages/22-git-data/zarf.yaml              | 12 +++++-------
 11 files changed, 36 insertions(+), 25 deletions(-)
 create mode 100644 .github/workflows/dummy-dco.yaml

diff --git a/.github/workflows/build-rust-injector.yml b/.github/workflows/build-rust-injector.yml
index 77d939f6f7..eb41af52c7 100644
--- a/.github/workflows/build-rust-injector.yml
+++ b/.github/workflows/build-rust-injector.yml
@@ -2,6 +2,7 @@ name: Zarf Injector Rust Binaries
 
 permissions:
   contents: read
+  id-token: write
 
 on:
   workflow_dispatch:
diff --git a/.github/workflows/dummy-dco.yaml b/.github/workflows/dummy-dco.yaml
new file mode 100644
index 0000000000..25f022c804
--- /dev/null
+++ b/.github/workflows/dummy-dco.yaml
@@ -0,0 +1,12 @@
+name: DCO
+on:
+  merge_group:
+
+permissions:
+  contents: read
+
+jobs:
+  DCO:
+    runs-on: ubuntu-latest
+    steps:
+      - run: echo "dummy DCO workflow (it won't run any check actually) to trigger by merge_group in order to enable merge queue"
diff --git a/examples/git-data/zarf.yaml b/examples/git-data/zarf.yaml
index 01e2c5d4eb..f2294f7c09 100644
--- a/examples/git-data/zarf.yaml
+++ b/examples/git-data/zarf.yaml
@@ -8,30 +8,30 @@ components:
   - name: full-repo
     repos:
       # The following performs a full Git Repo Mirror with `go-git` (internal to Zarf)
-      - https://github.com/defenseunicorns/zarf-public-test.git
+      - https://github.com/zarf-dev/zarf-public-test.git
       # The following performs a full Git Repo Mirror forcing a fallback to host `git`
       - https://dev.azure.com/defenseunicorns/zarf-public-test/_git/zarf-public-test
 
   - name: specific-tag
     repos:
       # The following performs a tag Git Repo Mirror with `go-git` (internal to Zarf)
-      - https://github.com/defenseunicorns/zarf-public-test.git@v0.0.1
+      - https://github.com/zarf-dev/zarf-public-test.git@v0.0.1
       # The following performs a refspec tag Git Repo Mirror with `go-git`
-      - https://github.com/defenseunicorns/zarf-public-test.git@refs/tags/v0.0.1
+      - https://github.com/zarf-dev/zarf-public-test.git@refs/tags/v0.0.1
       # The following performs a tag Git Repo Mirror forcing a fallback to host `git`
       - https://dev.azure.com/defenseunicorns/zarf-public-test/_git/zarf-public-test@v0.0.1
 
   - name: specific-branch
     repos:
       # The following performs a branch Git Repo Mirror with `go-git` (internal to Zarf)
-      - https://github.com/defenseunicorns/zarf-public-test.git@refs/heads/dragons
+      - https://github.com/zarf-dev/zarf-public-test.git@refs/heads/dragons
       # The following performs a branch Git Repo Mirror forcing a fallback to host `git`
       - https://dev.azure.com/defenseunicorns/zarf-public-test/_git/zarf-public-test@refs/heads/dragons
 
   - name: specific-hash
     repos:
       # The following performs a SHA Git Repo Mirror with `go-git` (internal to Zarf)
-      - https://github.com/defenseunicorns/zarf-public-test.git@01a23218923f24194133b5eb11268cf8d73ff1bb
+      - https://github.com/zarf-dev/zarf-public-test.git@01a23218923f24194133b5eb11268cf8d73ff1bb
       # The following performs a SHA Git Repo Mirror forcing a fallback to host `git`
       - https://dev.azure.com/defenseunicorns/zarf-public-test/_git/zarf-public-test@01a23218923f24194133b5eb11268cf8d73ff1bb
 
diff --git a/src/pkg/packager/lint/lint_test.go b/src/pkg/packager/lint/lint_test.go
index d20257b23a..67af529a8d 100644
--- a/src/pkg/packager/lint/lint_test.go
+++ b/src/pkg/packager/lint/lint_test.go
@@ -196,7 +196,7 @@ func TestValidateComponent(t *testing.T) {
 
 	t.Run("Unpinnned repo warning", func(t *testing.T) {
 		t.Parallel()
-		unpinnedRepo := "https://github.com/defenseunicorns/zarf-public-test.git"
+		unpinnedRepo := "https://github.com/zarf-dev/zarf-public-test.git"
 		component := types.ZarfComponent{Repos: []string{
 			unpinnedRepo,
 			"https://dev.azure.com/defenseunicorns/zarf-public-test/_git/zarf-public-test@v0.0.1",
diff --git a/src/test/e2e/07_create_git_test.go b/src/test/e2e/07_create_git_test.go
index 115558ace9..6c1e3a38c6 100644
--- a/src/test/e2e/07_create_git_test.go
+++ b/src/test/e2e/07_create_git_test.go
@@ -26,7 +26,7 @@ func TestCreateGit(t *testing.T) {
 	defer e2e.CleanFiles(extractDir)
 
 	// Verify the full-repo component
-	gitDir := fmt.Sprintf("%s/components/full-repo/repos/zarf-public-test-1143224168/.git", extractDir)
+	gitDir := fmt.Sprintf("%s/components/full-repo/repos/zarf-public-test-2395699829/.git", extractDir)
 	verifyGitRepo(t, gitDir,
 		"0a6b587", "(HEAD -> main, online-upstream/main)", "Adjust dragon spacing",
 		"v0.0.1\n", "  dragons\n* main\n")
@@ -38,13 +38,13 @@ func TestCreateGit(t *testing.T) {
 		"v0.0.1\n", "  dragons\n* main\n")
 
 	// Verify specific tag component shorthand tag
-	gitDir = fmt.Sprintf("%s/components/specific-tag/repos/zarf-public-test-443792367/.git", extractDir)
+	gitDir = fmt.Sprintf("%s/components/specific-tag/repos/zarf-public-test-470731282/.git", extractDir)
 	verifyGitRepo(t, gitDir,
 		"5249809", "(HEAD -> zarf-ref-v0.0.1, tag: v0.0.1)", "Added README.md",
 		"v0.0.1\n", "* zarf-ref-v0.0.1\n")
 
 	// Verify specific tag component refspec tag
-	gitDir = fmt.Sprintf("%s/components/specific-tag/repos/zarf-public-test-1981411475/.git", extractDir)
+	gitDir = fmt.Sprintf("%s/components/specific-tag/repos/zarf-public-test-482869567/.git", extractDir)
 	verifyGitRepo(t, gitDir,
 		"5249809", "(HEAD -> zarf-ref-v0.0.1, tag: v0.0.1)", "Added README.md",
 		"v0.0.1\n", "* zarf-ref-v0.0.1\n")
@@ -56,7 +56,7 @@ func TestCreateGit(t *testing.T) {
 		"v0.0.1\n", "* zarf-ref-v0.0.1\n")
 
 	// Verify specific branch component
-	gitDir = fmt.Sprintf("%s/components/specific-branch/repos/zarf-public-test-1670574289/.git", extractDir)
+	gitDir = fmt.Sprintf("%s/components/specific-branch/repos/zarf-public-test-2265377406/.git", extractDir)
 	verifyGitRepo(t, gitDir,
 		"01a2321", "(HEAD -> dragons, online-upstream/dragons)", "Explain what this repo does",
 		"", "* dragons\n")
@@ -68,7 +68,7 @@ func TestCreateGit(t *testing.T) {
 		"", "* dragons\n")
 
 	// Verify specific hash component
-	gitDir = fmt.Sprintf("%s/components/specific-hash/repos/zarf-public-test-2357350897/.git", extractDir)
+	gitDir = fmt.Sprintf("%s/components/specific-hash/repos/zarf-public-test-3231174532/.git", extractDir)
 	verifyGitRepo(t, gitDir,
 		"01a2321", "(HEAD -> zarf-ref-01a23218923f24194133b5eb11268cf8d73ff1bb, online-upstream/dragons)", "Explain what this repo does",
 		"v0.0.1\n", "  main\n* zarf-ref-01a23218923f24194133b5eb11268cf8d73ff1bb\n")
diff --git a/src/test/e2e/09_component_compose_test.go b/src/test/e2e/09_component_compose_test.go
index c5edaeb682..176b96207e 100644
--- a/src/test/e2e/09_component_compose_test.go
+++ b/src/test/e2e/09_component_compose_test.go
@@ -139,8 +139,8 @@ func (suite *CompositionSuite) Test_1_FullComposability() {
   - ghcr.io/stefanprodan/podinfo:6.4.0
   - ghcr.io/stefanprodan/podinfo:6.4.1
   repos:
-  - https://github.com/defenseunicorns/zarf-public-test.git
-  - https://github.com/defenseunicorns/zarf-public-test.git@refs/heads/dragons
+  - https://github.com/zarf-dev/zarf-public-test.git
+  - https://github.com/zarf-dev/zarf-public-test.git@refs/heads/dragons
 `)
 
 	// Check dataInjections
diff --git a/src/test/e2e/22_git_and_gitops_test.go b/src/test/e2e/22_git_and_gitops_test.go
index 956ded5ed9..572702dbe4 100644
--- a/src/test/e2e/22_git_and_gitops_test.go
+++ b/src/test/e2e/22_git_and_gitops_test.go
@@ -77,7 +77,7 @@ func testGitServerReadOnly(ctx context.Context, t *testing.T, gitURL string) {
 	gitCfg := git.New(zarfState.GitServer)
 
 	// Get the repo as the readonly user
-	repoName := "zarf-public-test-2469062884"
+	repoName := "zarf-public-test-2363058019"
 	getRepoRequest, _ := http.NewRequest("GET", fmt.Sprintf("%s/api/v1/repos/%s/%s", gitURL, zarfState.GitServer.PushUsername, repoName), nil)
 	getRepoResponseBody, _, err := gitCfg.DoHTTPThings(getRepoRequest, types.ZarfGitReadUser, zarfState.GitServer.PullPassword)
 	require.NoError(t, err)
@@ -101,7 +101,7 @@ func testGitServerTagAndHash(ctx context.Context, t *testing.T, gitURL string) {
 	// Init the state variable
 	zarfState, err := c.LoadZarfState(ctx)
 	require.NoError(t, err, "Failed to load Zarf state")
-	repoName := "zarf-public-test-2469062884"
+	repoName := "zarf-public-test-2363058019"
 
 	gitCfg := git.New(zarfState.GitServer)
 
diff --git a/src/test/packages/09-composable-packages/sub-package/zarf.yaml b/src/test/packages/09-composable-packages/sub-package/zarf.yaml
index 20b0a5b323..a749d669fb 100644
--- a/src/test/packages/09-composable-packages/sub-package/zarf.yaml
+++ b/src/test/packages/09-composable-packages/sub-package/zarf.yaml
@@ -26,7 +26,7 @@ components:
     images:
       - ghcr.io/stefanprodan/podinfo:6.4.0
     repos:
-      - https://github.com/defenseunicorns/zarf-public-test.git
+      - https://github.com/zarf-dev/zarf-public-test.git
     files:
       - source: ../files/coffee-ipsum.txt
         target: coffee-ipsum.txt
diff --git a/src/test/packages/09-composable-packages/zarf.yaml b/src/test/packages/09-composable-packages/zarf.yaml
index cf121120e6..6ec2dd49b8 100644
--- a/src/test/packages/09-composable-packages/zarf.yaml
+++ b/src/test/packages/09-composable-packages/zarf.yaml
@@ -40,7 +40,7 @@ components:
     images:
       - ghcr.io/stefanprodan/podinfo:6.4.1
     repos:
-      - https://github.com/defenseunicorns/zarf-public-test.git@refs/heads/dragons
+      - https://github.com/zarf-dev/zarf-public-test.git@refs/heads/dragons
     files:
       - source: files/coffee-ipsum.txt
         target: coffee-ipsum.txt
diff --git a/src/test/packages/12-lint/zarf.yaml b/src/test/packages/12-lint/zarf.yaml
index 84f5b53c72..a77e3f89c9 100644
--- a/src/test/packages/12-lint/zarf.yaml
+++ b/src/test/packages/12-lint/zarf.yaml
@@ -14,7 +14,7 @@ components:
 
   - name: full-repo
     repos:
-    - https://github.com/defenseunicorns/zarf-public-test.git
+    - https://github.com/zarf-dev/zarf-public-test.git
     - https://dev.azure.com/defenseunicorns/zarf-public-test/_git/zarf-public-test@v0.0.1
     - https://gitlab.com/gitlab-org/build/omnibus-mirror/pcre2/-/tree/vreverse?ref_type=heads
     images:
diff --git a/src/test/packages/22-git-data/zarf.yaml b/src/test/packages/22-git-data/zarf.yaml
index 2e3b56d75c..8051918672 100644
--- a/src/test/packages/22-git-data/zarf.yaml
+++ b/src/test/packages/22-git-data/zarf.yaml
@@ -9,19 +9,17 @@ components:
     required: true
     repos:
       # Do a full Git Repo Mirror
-      - https://github.com/defenseunicorns/zarf-public-test.git
+      - https://github.com/zarf-dev/zarf-public-test.git
       # The following performs a full Git Repo Mirror forcing a fallback to host `git`
       - https://dev.azure.com/defenseunicorns/zarf-public-test/_git/zarf-public-test
-      # Perform a full repo mirror of a simple repository with a single branch - (this causes an "already up to date" error in go-git)
-      - https://github.com/defenseunicorns/golang-tekton-hello-world.git
 
   - name: specific-tag
     required: true
     repos:
       # The following performs a tag Git Repo Mirror with `go-git` (internal to Zarf)
-      - https://github.com/defenseunicorns/zarf-public-test.git@v0.0.1
+      - https://github.com/zarf-dev/zarf-public-test.git@v0.0.1
       # The following performs a refspec tag Git Repo Mirror with `go-git`
-      - https://github.com/defenseunicorns/zarf-public-test.git@refs/tags/v0.0.1
+      - https://github.com/zarf-dev/zarf-public-test.git@refs/tags/v0.0.1
       # The following performs a tag Git Repo Mirror forcing a fallback to host `git`
       - https://dev.azure.com/defenseunicorns/zarf-public-test/_git/zarf-public-test@v0.0.1
     actions:
@@ -36,7 +34,7 @@ components:
     required: true
     repos:
       # The following performs a branch Git Repo Mirror with `go-git` (internal to Zarf)
-      - https://github.com/defenseunicorns/zarf-public-test.git@refs/heads/dragons
+      - https://github.com/zarf-dev/zarf-public-test.git@refs/heads/dragons
       # The following performs a branch Git Repo Mirror forcing a fallback to host `git`
       - https://dev.azure.com/defenseunicorns/zarf-public-test/_git/zarf-public-test@refs/heads/dragons
     actions:
@@ -51,7 +49,7 @@ components:
     required: true
     repos:
       # The following performs a SHA Git Repo Mirror with `go-git` (internal to Zarf)
-      - https://github.com/defenseunicorns/zarf-public-test.git@01a23218923f24194133b5eb11268cf8d73ff1bb
+      - https://github.com/zarf-dev/zarf-public-test.git@01a23218923f24194133b5eb11268cf8d73ff1bb
       # The following performs a SHA Git Repo Mirror forcing a fallback to host `git`
       - https://dev.azure.com/defenseunicorns/zarf-public-test/_git/zarf-public-test@01a23218923f24194133b5eb11268cf8d73ff1bb
     actions:

From 0a5d54c883ca48e1dea441b0071a2368d13d63e7 Mon Sep 17 00:00:00 2001
From: schristoff-du <167717759+schristoff-du@users.noreply.github.com>
Date: Fri, 19 Jul 2024 12:51:48 -0400
Subject: [PATCH 07/68] fix: update README.md (#2729)

---
 README.md | 1 -
 1 file changed, 1 deletion(-)

diff --git a/README.md b/README.md
index 221ac84ae0..88385564ce 100644
--- a/README.md
+++ b/README.md
@@ -3,7 +3,6 @@
 [![Latest Release](https://img.shields.io/github/v/release/defenseunicorns/zarf)](https://github.com/defenseunicorns/zarf/releases)
 [![Go version](https://img.shields.io/github/go-mod/go-version/defenseunicorns/zarf?filename=go.mod)](https://go.dev/)
 [![Build Status](https://img.shields.io/github/actions/workflow/status/defenseunicorns/zarf/release.yml)](https://github.com/defenseunicorns/zarf/actions/workflows/release.yml)
-[![Zarf Documentation Status](https://api.netlify.com/api/v1/badges/fe846ae4-25fb-4274-9968-90782640ee9f/deploy-status)](https://app.netlify.com/sites/zarf-docs/deploys)
 [![OpenSSF Scorecard](https://api.securityscorecards.dev/projects/github.com/defenseunicorns/zarf/badge)](https://securityscorecards.dev/viewer/?uri=github.com/defenseunicorns/zarf)
 
 <img align="right" alt="zarf logo" src="site/src/assets/zarf-logo.png"  height="256" />

From 4bd52447194a771d38f6694027d90b6ee8c4aa2b Mon Sep 17 00:00:00 2001
From: Xander Grzywinski <xandergrzyw@gmail.com>
Date: Fri, 19 Jul 2024 13:23:57 -0400
Subject: [PATCH 08/68] docs: update to openssf code of conduct (#2734)

Signed-off-by: Xander Grzywinski <xandergrzyw@gmail.com>
Co-authored-by: schristoff <28318173+schristoff@users.noreply.github.com>
---
 CODE_OF_CONDUCT.md | 133 +--------------------------------------------
 README.md          |   1 -
 2 files changed, 1 insertion(+), 133 deletions(-)

diff --git a/CODE_OF_CONDUCT.md b/CODE_OF_CONDUCT.md
index a7d8c48f7e..6dd1456839 100644
--- a/CODE_OF_CONDUCT.md
+++ b/CODE_OF_CONDUCT.md
@@ -1,132 +1 @@
-# Contributor Covenant Code of Conduct
-
-## Our Pledge
-
-We as members, contributors, and leaders pledge to make participation in our
-community a harassment-free experience for everyone, regardless of age, body
-size, visible or invisible disability, ethnicity, sex characteristics, gender
-identity and expression, level of experience, education, socio-economic status,
-nationality, personal appearance, race, caste, color, religion, or sexual
-identity and orientation.
-
-We pledge to act and interact in ways that contribute to an open, welcoming,
-diverse, inclusive, and healthy community.
-
-## Our Standards
-
-Examples of behavior that contributes to a positive environment for our
-community include:
-
-* Demonstrating empathy and kindness toward other people
-* Being respectful of differing opinions, viewpoints, and experiences
-* Giving and gracefully accepting constructive feedback
-* Accepting responsibility and apologizing to those affected by our mistakes,
-  and learning from the experience
-* Focusing on what is best not just for us as individuals, but for the overall
-  community
-
-Examples of unacceptable behavior include:
-
-* The use of sexualized language or imagery, and sexual attention or advances of
-  any kind
-* Trolling, insulting or derogatory comments, and personal or political attacks
-* Public or private harassment
-* Publishing others' private information, such as a physical or email address,
-  without their explicit permission
-* Other conduct which could reasonably be considered inappropriate in a
-  professional setting
-
-## Enforcement Responsibilities
-
-Community leaders are responsible for clarifying and enforcing our standards of
-acceptable behavior and will take appropriate and fair corrective action in
-response to any behavior that they deem inappropriate, threatening, offensive,
-or harmful.
-
-Community leaders have the right and responsibility to remove, edit, or reject
-comments, commits, code, wiki edits, issues, and other contributions that are
-not aligned to this Code of Conduct, and will communicate reasons for moderation
-decisions when appropriate.
-
-## Scope
-
-This Code of Conduct applies within all community spaces, and also applies when
-an individual is officially representing the community in public spaces.
-Examples of representing our community include using an official email address,
-posting via an official social media account, or acting as an appointed
-representative at an online or offline event.
-
-## Enforcement
-
-Instances of abusive, harassing, or otherwise unacceptable behavior may be
-reported to the community leaders responsible for enforcement at
-zarf-dev-private@googlegroups.com.
-All complaints will be reviewed and investigated promptly and fairly.
-
-All community leaders are obligated to respect the privacy and security of the
-reporter of any incident.
-
-## Enforcement Guidelines
-
-Community leaders will follow these Community Impact Guidelines in determining
-the consequences for any action they deem in violation of this Code of Conduct:
-
-### 1. Correction
-
-**Community Impact**: Use of inappropriate language or other behavior deemed
-unprofessional or unwelcome in the community.
-
-**Consequence**: A private, written warning from community leaders, providing
-clarity around the nature of the violation and an explanation of why the
-behavior was inappropriate. A public apology may be requested.
-
-### 2. Warning
-
-**Community Impact**: A violation through a single incident or series of
-actions.
-
-**Consequence**: A warning with consequences for continued behavior. No
-interaction with the people involved, including unsolicited interaction with
-those enforcing the Code of Conduct, for a specified period of time. This
-includes avoiding interactions in community spaces as well as external channels
-like social media. Violating these terms may lead to a temporary or permanent
-ban.
-
-### 3. Temporary Ban
-
-**Community Impact**: A serious violation of community standards, including
-sustained inappropriate behavior.
-
-**Consequence**: A temporary ban from any sort of interaction or public
-communication with the community for a specified period of time. No public or
-private interaction with the people involved, including unsolicited interaction
-with those enforcing the Code of Conduct, is allowed during this period.
-Violating these terms may lead to a permanent ban.
-
-### 4. Permanent Ban
-
-**Community Impact**: Demonstrating a pattern of violation of community
-standards, including sustained inappropriate behavior, harassment of an
-individual, or aggression toward or disparagement of classes of individuals.
-
-**Consequence**: A permanent ban from any sort of public interaction within the
-community.
-
-## Attribution
-
-This Code of Conduct is adapted from the [Contributor Covenant][homepage],
-version 2.1, available at
-[https://www.contributor-covenant.org/version/2/1/code_of_conduct.html][v2.1].
-
-Community Impact Guidelines were inspired by
-[Mozilla's code of conduct enforcement ladder][Mozilla CoC].
-
-For answers to common questions about this code of conduct, see the FAQ at
-[https://www.contributor-covenant.org/faq][FAQ]. Translations are available at
-[https://www.contributor-covenant.org/translations][translations].
-
-[homepage]: https://www.contributor-covenant.org
-[v2.1]: https://www.contributor-covenant.org/version/2/1/code_of_conduct.html
-[Mozilla CoC]: https://github.com/mozilla/diversity
-[FAQ]: https://www.contributor-covenant.org/faq
-[translations]: https://www.contributor-covenant.org/translations
\ No newline at end of file
+Community members are required to abide by the [OpenSSF Code of Conduct](https://openssf.org/community/code-of-conduct/) in all project spaces including (but not limited to) GitHub, Slack, social media, and conferences.
\ No newline at end of file
diff --git a/README.md b/README.md
index 88385564ce..e51160774f 100644
--- a/README.md
+++ b/README.md
@@ -11,7 +11,6 @@
 [![Zarf Documentation](https://img.shields.io/badge/docs-docs.zarf.dev-775ba1)](https://docs.zarf.dev/)
 [![Zarf Slack Channel](https://img.shields.io/badge/k8s%20slack-zarf-40a3dd)](https://kubernetes.slack.com/archives/C03B6BJAUJ3)
 [![Community Meetups](https://img.shields.io/badge/community-meetups-22aebb)](https://github.com/defenseunicorns/zarf/issues/2202)
-[![Contributor Covenant](https://img.shields.io/badge/Contributor%20Covenant-2.1-4baaaa.svg)](CODE_OF_CONDUCT.md)
 
 Zarf eliminates the [complexity of air gap software delivery](https://www.itopstimes.com/contain/air-gap-kubernetes-considerations-for-running-cloud-native-applications-without-the-cloud/) for Kubernetes clusters and cloud-native workloads using a declarative packaging strategy to support DevSecOps in offline and semi-connected environments.
 

From 1e4399ebeca84789666b938d76ed10351da939d0 Mon Sep 17 00:00:00 2001
From: Lucas Rodriguez <lucas.rodriguez@defenseunicorns.com>
Date: Fri, 19 Jul 2024 14:03:57 -0500
Subject: [PATCH 09/68] chore: update project name references (#2741)

Signed-off-by: Lucas Rodriguez <lucas.rodriguez9616@gmail.com>
---
 .github/ISSUE_TEMPLATE/tech_debt.md           |   2 +-
 .github/SECURITY.md                           |   2 +-
 .github/pull_request_template.md              |   2 +-
 .goreleaser.yaml                              |   8 +-
 CONTRIBUTING.md                               |   8 +-
 Makefile                                      |  10 +-
 README.md                                     |  14 +--
 SUPPORT.md                                    |   4 +-
 examples/big-bang/zarf.yaml                   |   2 +-
 go.mod                                        |   2 +-
 main.go                                       |   6 +-
 packages/README.md                            |   2 +-
 packages/zarf-registry/configmap.yaml         |   2 +-
 site/astro.config.ts                          |   4 +-
 site/hack/copy-examples.js                    |   2 +-
 site/public/architecture.drawio.svg           |   2 +-
 .../public/tutorials/package_create_init.html |   2 +-
 .../publish_and_deploy_manifest.html          |   2 +-
 .../tutorials/resource_adoption_deploy.html   |   2 +-
 .../tutorials/resource_adoption_package.html  |   2 +-
 .../content/docs/contribute/nerd-notes.mdx    |   6 +-
 site/src/content/docs/contribute/testing.mdx  |   2 +-
 site/src/content/docs/faq.mdx                 |  10 +-
 .../content/docs/getting-started/install.mdx  |  14 +--
 site/src/content/docs/index.mdx               |   2 +-
 site/src/content/docs/ref/components.mdx      |   8 +-
 site/src/content/docs/ref/dev.mdx             |   8 +-
 site/src/content/docs/ref/init-package.mdx    |  10 +-
 site/src/content/docs/ref/packages.mdx        |   2 +-
 site/src/content/docs/roadmap.mdx             |   8 +-
 site/src/content/docs/support.mdx             |   2 +-
 .../tutorials/0-creating-a-zarf-package.mdx   |   4 +-
 .../1-initializing-a-k8s-cluster.mdx          |   4 +-
 .../tutorials/3-deploy-a-retro-arcade.mdx     |   2 +-
 .../4-creating-a-k8s-cluster-with-zarf.mdx    |   4 +-
 .../src/content/docs/tutorials/5-big-bang.mdx |   4 +-
 .../docs/tutorials/7-custom-init-packages.mdx |   2 +-
 .../9-package-create-differential.mdx         |   2 +-
 site/src/content/docs/tutorials/index.mdx     |   4 +-
 src/cmd/common/setup.go                       |   6 +-
 src/cmd/common/vendor.go                      |   2 +-
 src/cmd/common/viper.go                       |   6 +-
 src/cmd/connect.go                            |   8 +-
 src/cmd/destroy.go                            |  12 +--
 src/cmd/dev.go                                |  16 +--
 src/cmd/initialize.go                         |  18 ++--
 src/cmd/internal.go                           |  14 +--
 src/cmd/package.go                            |  16 +--
 src/cmd/root.go                               |  14 +--
 src/cmd/tools/archiver.go                     |   6 +-
 src/cmd/tools/common.go                       |   6 +-
 src/cmd/tools/crane.go                        |  14 +--
 src/cmd/tools/helm.go                         |   6 +-
 src/cmd/tools/helm/repo_add.go                |   2 +-
 src/cmd/tools/k9s.go                          |   2 +-
 src/cmd/tools/kubectl.go                      |   6 +-
 src/cmd/tools/syft.go                         |   4 +-
 src/cmd/tools/wait.go                         |   6 +-
 src/cmd/tools/yq.go                           |   2 +-
 src/cmd/tools/zarf.go                         |  24 ++---
 src/cmd/version.go                            |   4 +-
 src/config/config.go                          |   2 +-
 src/extensions/bigbang/banner.go              |   2 +-
 src/extensions/bigbang/bigbang.go             |  14 +--
 src/extensions/bigbang/flux.go                |   8 +-
 src/extensions/bigbang/manifests.go           |   2 +-
 src/extensions/bigbang/test/bigbang_test.go   |   6 +-
 .../agent/hooks/argocd-application.go         |  12 +--
 .../agent/hooks/argocd-application_test.go    |   6 +-
 src/internal/agent/hooks/argocd-repository.go |  12 +--
 .../agent/hooks/argocd-repository_test.go     |   6 +-
 src/internal/agent/hooks/common.go            |   2 +-
 src/internal/agent/hooks/flux-gitrepo.go      |  12 +--
 src/internal/agent/hooks/flux-gitrepo_test.go |   8 +-
 src/internal/agent/hooks/flux-helmrepo.go     |  12 +--
 .../agent/hooks/flux-helmrepo_test.go         |   8 +-
 src/internal/agent/hooks/flux-ocirepo.go      |  12 +--
 src/internal/agent/hooks/flux-ocirepo_test.go |   8 +-
 src/internal/agent/hooks/pods.go              |  12 +--
 src/internal/agent/hooks/pods_test.go         |   8 +-
 src/internal/agent/hooks/utils_test.go        |   6 +-
 src/internal/agent/http/admission/handler.go  |   6 +-
 src/internal/agent/http/proxy.go              |   8 +-
 src/internal/agent/http/server.go             |   8 +-
 src/internal/agent/operations/hook.go         |   4 +-
 src/internal/agent/start.go                   |   6 +-
 src/internal/packager/git/checkout.go         |   2 +-
 src/internal/packager/git/clone.go            |   6 +-
 src/internal/packager/git/common.go           |   4 +-
 src/internal/packager/git/gitea.go            |   8 +-
 src/internal/packager/git/pull.go             |   6 +-
 src/internal/packager/git/push.go             |   6 +-
 src/internal/packager/helm/chart.go           |   6 +-
 src/internal/packager/helm/common.go          |  10 +-
 src/internal/packager/helm/destroy.go         |   4 +-
 src/internal/packager/helm/images.go          |   2 +-
 src/internal/packager/helm/post-render.go     |  10 +-
 src/internal/packager/helm/repo.go            |  14 +--
 src/internal/packager/helm/utils.go           |   2 +-
 src/internal/packager/helm/zarf.go            |  14 +--
 src/internal/packager/images/common.go        |  10 +-
 src/internal/packager/images/pull.go          |  14 +--
 src/internal/packager/images/pull_test.go     |   2 +-
 src/internal/packager/images/push.go          |   8 +-
 src/internal/packager/sbom/catalog.go         |  10 +-
 src/internal/packager/sbom/tools.go           |   4 +-
 src/internal/packager/sbom/viewer.go          |   4 +-
 src/internal/packager/template/template.go    |  12 +--
 src/pkg/cluster/cluster.go                    |   2 +-
 src/pkg/cluster/data.go                       |  12 +--
 src/pkg/cluster/injector.go                   |   8 +-
 src/pkg/cluster/namespace.go                  |   2 +-
 src/pkg/cluster/secrets.go                    |   6 +-
 src/pkg/cluster/secrets_test.go               |   2 +-
 src/pkg/cluster/state.go                      |  10 +-
 src/pkg/cluster/state_test.go                 |   6 +-
 src/pkg/cluster/tunnel.go                     |   4 +-
 src/pkg/cluster/tunnel_test.go                |   2 +-
 src/pkg/cluster/zarf.go                       |   6 +-
 src/pkg/cluster/zarf_test.go                  |   4 +-
 src/pkg/interactive/components.go             |   6 +-
 src/pkg/interactive/prompt.go                 |   4 +-
 src/pkg/layout/component.go                   |   4 +-
 src/pkg/layout/image.go                       |   2 +-
 src/pkg/layout/package.go                     |  10 +-
 src/pkg/layout/split.go                       |   4 +-
 src/pkg/layout/split_test.go                  |   2 +-
 src/pkg/message/connect.go                    |   2 +-
 src/pkg/message/credentials.go                |   2 +-
 src/pkg/message/message.go                    |   2 +-
 src/pkg/packager/actions/actions.go           |  12 +--
 src/pkg/packager/common.go                    |  22 ++--
 src/pkg/packager/common_test.go               |   6 +-
 src/pkg/packager/composer/list.go             |  14 +--
 src/pkg/packager/composer/list_test.go        |   6 +-
 src/pkg/packager/composer/oci.go              |  10 +-
 src/pkg/packager/composer/override.go         |   2 +-
 src/pkg/packager/composer/pathfixer.go        |   2 +-
 src/pkg/packager/create.go                    |   8 +-
 src/pkg/packager/creator/compose.go           |   6 +-
 src/pkg/packager/creator/compose_test.go      |   2 +-
 src/pkg/packager/creator/creator.go           |   4 +-
 src/pkg/packager/creator/creator_test.go      |   4 +-
 src/pkg/packager/creator/differential.go      |  10 +-
 src/pkg/packager/creator/normal.go            |  34 +++---
 src/pkg/packager/creator/skeleton.go          |  20 ++--
 src/pkg/packager/creator/template.go          |  12 +--
 src/pkg/packager/creator/utils.go             |   6 +-
 src/pkg/packager/deploy.go                    |  26 ++---
 src/pkg/packager/deploy_test.go               |   6 +-
 src/pkg/packager/deprecated/common.go         |   6 +-
 src/pkg/packager/deprecated/common_test.go    |   2 +-
 .../deprecated/pluralize-set-variable.go      |   4 +-
 .../packager/deprecated/scripts-to-actions.go |   2 +-
 src/pkg/packager/dev.go                       |  16 +--
 src/pkg/packager/filters/deploy.go            |   4 +-
 src/pkg/packager/filters/deploy_test.go       |   2 +-
 src/pkg/packager/filters/diff.go              |   6 +-
 src/pkg/packager/filters/diff_test.go         |   2 +-
 src/pkg/packager/filters/empty.go             |   2 +-
 src/pkg/packager/filters/empty_test.go        |   2 +-
 src/pkg/packager/filters/os.go                |   2 +-
 src/pkg/packager/filters/os_test.go           |   2 +-
 src/pkg/packager/filters/select.go            |   2 +-
 src/pkg/packager/filters/select_test.go       |   2 +-
 src/pkg/packager/filters/strat.go             |   2 +-
 src/pkg/packager/filters/strat_test.go        |   2 +-
 src/pkg/packager/generate.go                  |   8 +-
 src/pkg/packager/inspect.go                   |   4 +-
 src/pkg/packager/interactive.go               |   8 +-
 src/pkg/packager/lint/findings.go             |   2 +-
 src/pkg/packager/lint/findings_test.go        |   2 +-
 src/pkg/packager/lint/lint.go                 |  16 +--
 src/pkg/packager/lint/lint_test.go            |   4 +-
 src/pkg/packager/mirror.go                    |   8 +-
 src/pkg/packager/prepare.go                   |  18 ++--
 src/pkg/packager/publish.go                   |  18 ++--
 src/pkg/packager/remove.go                    |  16 +--
 src/pkg/packager/sources/cluster.go           |  10 +-
 src/pkg/packager/sources/new.go               |  12 +--
 src/pkg/packager/sources/new_test.go          |  10 +-
 src/pkg/packager/sources/oci.go               |  14 +--
 src/pkg/packager/sources/split.go             |   8 +-
 src/pkg/packager/sources/tarball.go           |  10 +-
 src/pkg/packager/sources/url.go               |  10 +-
 src/pkg/packager/sources/utils.go             |   8 +-
 src/pkg/packager/sources/validate.go          |   8 +-
 src/pkg/pki/pki.go                            |   2 +-
 src/pkg/transform/git_test.go                 | 102 +++++++++---------
 src/pkg/transform/image_test.go               |  24 ++---
 src/pkg/utils/auth.go                         |   2 +-
 src/pkg/utils/auth_test.go                    |   2 +-
 src/pkg/utils/bytes.go                        |   2 +-
 src/pkg/utils/cosign.go                       |   6 +-
 src/pkg/utils/image.go                        |   2 +-
 src/pkg/utils/io.go                           |   4 +-
 src/pkg/utils/network.go                      |   4 +-
 src/pkg/utils/network_test.go                 |   2 +-
 src/pkg/utils/wait.go                         |   4 +-
 src/pkg/utils/wait_test.go                    |   2 +-
 src/pkg/utils/yaml.go                         |   4 +-
 src/pkg/variables/types.go                    |   2 +-
 src/pkg/zoci/common.go                        |   4 +-
 src/pkg/zoci/copier.go                        |   2 +-
 src/pkg/zoci/fetch.go                         |   4 +-
 src/pkg/zoci/pull.go                          |   8 +-
 src/pkg/zoci/push.go                          |   6 +-
 src/pkg/zoci/utils.go                         |   2 +-
 src/test/common.go                            |   2 +-
 src/test/e2e/05_tarball_test.go               |   6 +-
 src/test/e2e/07_create_git_test.go            |   2 +-
 src/test/e2e/08_create_differential_test.go   |  10 +-
 src/test/e2e/12_lint_test.go                  |   2 +-
 src/test/e2e/13_zarf_package_generate_test.go |   6 +-
 src/test/e2e/20_zarf_init_test.go             |   2 +-
 src/test/e2e/21_connect_creds_test.go         |   2 +-
 src/test/e2e/22_git_and_gitops_test.go        |   6 +-
 src/test/e2e/23_data_injection_test.go        |   4 +-
 src/test/e2e/25_helm_test.go                  |   2 +-
 src/test/e2e/26_simple_packages_test.go       |   2 +-
 src/test/e2e/27_deploy_regression_test.go     |   2 +-
 src/test/e2e/28_wait_test.go                  |   2 +-
 src/test/e2e/50_oci_publish_deploy_test.go    |   2 +-
 src/test/e2e/51_oci_compose_test.go           |   8 +-
 src/test/e2e/99_yolo_test.go                  |   2 +-
 src/test/e2e/main_test.go                     |   6 +-
 src/test/external/common.go                   |   4 +-
 src/test/external/ext_in_cluster_test.go      |   4 +-
 src/test/external/ext_out_cluster_test.go     |   4 +-
 src/test/nightly/ecr_publish_test.go          |   4 +-
 .../08-differential-package/zarf.yaml         |   6 +-
 .../packages/51-import-everything/zarf.yaml   |   2 +-
 src/test/upgrade/previously_built_test.go     |   4 +-
 src/types/component.go                        |   6 +-
 src/types/k8s.go                              |   2 +-
 src/types/package.go                          |   2 +-
 src/types/validate.go                         |   2 +-
 src/types/validate_test.go                    |   4 +-
 zarf.schema.json                              |   2 +-
 239 files changed, 796 insertions(+), 796 deletions(-)

diff --git a/.github/ISSUE_TEMPLATE/tech_debt.md b/.github/ISSUE_TEMPLATE/tech_debt.md
index 8d862c65b9..aa19a1fdfc 100644
--- a/.github/ISSUE_TEMPLATE/tech_debt.md
+++ b/.github/ISSUE_TEMPLATE/tech_debt.md
@@ -10,7 +10,7 @@ assignees: ''
 A clear and concise description of what should be changed/researched. Ex. This piece of the code is not DRY enough [...]
 
 ### Links to any relevant code
-(optional) i.e. - https://github.com/defenseunicorns/zarf/blob/main/README.md?plain=1#L1
+(optional) i.e. - https://github.com/zarf-dev/zarf/blob/main/README.md?plain=1#L1
 
 ### Additional context
 Add any other context or screenshots about the technical debt here.
diff --git a/.github/SECURITY.md b/.github/SECURITY.md
index 6fd559327f..53776bbac6 100644
--- a/.github/SECURITY.md
+++ b/.github/SECURITY.md
@@ -1,6 +1,6 @@
 # Reporting Security Issues
 
-To report a security issue or vulnerability in Zarf, please use the confidential GitHub Security Advisory ["Report a Vulnerability"](https://github.com/defenseunicorns/zarf/security/advisories) tab. The Zarf team will send a response indicating the next steps in handling your report. After the initial reply to your report, the team will keep you informed of the progress towards a fix and full announcement, and may ask for additional information or guidance.
+To report a security issue or vulnerability in Zarf, please use the confidential GitHub Security Advisory ["Report a Vulnerability"](https://github.com/zarf-dev/zarf/security/advisories) tab. The Zarf team will send a response indicating the next steps in handling your report. After the initial reply to your report, the team will keep you informed of the progress towards a fix and full announcement, and may ask for additional information or guidance.
 
 ### When Should I Report a Vulnerability?
 
diff --git a/.github/pull_request_template.md b/.github/pull_request_template.md
index 370d4faa9a..00544265c2 100644
--- a/.github/pull_request_template.md
+++ b/.github/pull_request_template.md
@@ -11,4 +11,4 @@ Relates to #
 ## Checklist before merging
 
 - [ ] Test, docs, adr added or updated as needed
-- [ ] [Contributor Guide Steps](https://github.com/defenseunicorns/zarf/blob/main/CONTRIBUTING.md#developer-workflow) followed
+- [ ] [Contributor Guide Steps](https://github.com/zarf-dev/zarf/blob/main/CONTRIBUTING.md#developer-workflow) followed
diff --git a/.goreleaser.yaml b/.goreleaser.yaml
index 8743d5d263..8af7ee7d5b 100644
--- a/.goreleaser.yaml
+++ b/.goreleaser.yaml
@@ -17,7 +17,7 @@ builds:
       - darwin
       - windows
     ldflags:
-      - -s -w -X github.com/defenseunicorns/zarf/src/config.CLIVersion={{.Tag}}
+      - -s -w -X github.com/zarf-dev/zarf/src/config.CLIVersion={{.Tag}}
       - -X k8s.io/component-base/version.gitVersion=v{{.Env.K8S_MODULES_MAJOR_VER}}.{{.Env.K8S_MODULES_MINOR_VER}}.{{.Env.K8S_MODULES_PATCH_VER}}
       - -X k8s.io/component-base/version.gitCommit={{.FullCommit}}
       - -X k8s.io/component-base/version.buildDate={{.Date}}
@@ -27,9 +27,9 @@ builds:
       - -X helm.sh/helm/v3/pkg/chartutil.k8sVersionMinor={{.Env.K8S_MODULES_MINOR_VER}}
       - -X github.com/derailed/k9s/cmd.version={{.Env.K9S_VERSION}}
       - -X github.com/google/go-containerregistry/cmd/crane/cmd.Version={{.Env.CRANE_VERSION}}
-      - -X github.com/defenseunicorns/zarf/src/cmd/tools.syftVersion={{.Env.SYFT_VERSION}}
-      - -X github.com/defenseunicorns/zarf/src/cmd/tools.archiverVersion={{.Env.ARCHIVER_VERSION}}
-      - -X github.com/defenseunicorns/zarf/src/cmd/tools.helmVersion={{.Env.HELM_VERSION}}
+      - -X github.com/zarf-dev/zarf/src/cmd/tools.syftVersion={{.Env.SYFT_VERSION}}
+      - -X github.com/zarf-dev/zarf/src/cmd/tools.archiverVersion={{.Env.ARCHIVER_VERSION}}
+      - -X github.com/zarf-dev/zarf/src/cmd/tools.helmVersion={{.Env.HELM_VERSION}}
     goarch:
       - amd64
       - arm64
diff --git a/CONTRIBUTING.md b/CONTRIBUTING.md
index 700f161b7a..2434cba024 100644
--- a/CONTRIBUTING.md
+++ b/CONTRIBUTING.md
@@ -33,7 +33,7 @@ Now every time you commit, the hooks will run and format your code, linting can
 
 :key: == Required by automation
 
-1. Look at the next due [release milestone](https://github.com/defenseunicorns/zarf/milestones) and pick an issue that you want to work on. If you don't see anything that interests you, create an issue and assign it to yourself.
+1. Look at the next due [release milestone](https://github.com/zarf-dev/zarf/milestones) and pick an issue that you want to work on. If you don't see anything that interests you, create an issue and assign it to yourself.
 1. Drop a comment in the issue to let everyone know you're working on it and submit a Draft PR (step 4) as soon as you are able. If you have any questions as you work through the code, reach out in the [Zarf Dev Kubernetes Slack Channel](https://kubernetes.slack.com/archives/C03BP9Z3CMA).
 1. :key: Set up your Git config to GPG sign all commits. [Here's some documentation on how to set it up](https://docs.github.com/en/authentication/managing-commit-signature-verification/signing-commits). You won't be able to merge your PR if you have any unverified commits.
 1. Create a Draft Pull Request as soon as you can, even if it is just 5 minutes after you started working on it. We lean towards working in the open as much as we can. If you're not sure what to put in the PR description, just put a link to the issue you're working on.
@@ -41,8 +41,8 @@ Now every time you commit, the hooks will run and format your code, linting can
    - :key: We follow the [conventional commits spec](https://www.conventionalcommits.org/en/v1.0.0/) with the [commitlint conventional config](https://github.com/conventional-changelog/commitlint/tree/master/%40commitlint/config-conventional) as extended types for PR titles.
 
 1. :key: Automated tests will begin based on the paths you have edited in your Pull Request.
-   > ⚠️ **NOTE:** _If you are an external third-party contributor, the pipelines won't run until a [CODEOWNER](https://github.com/defenseunicorns/zarf/blob/main/CODEOWNERS) approves the pipeline run._
-1. :key: Be sure to use the [needs-adr,needs-docs,needs-tests](https://github.com/defenseunicorns/zarf/labels?q=needs) labels as appropriate for the PR. Once you have addressed all of the needs, remove the label.
+   > ⚠️ **NOTE:** _If you are an external third-party contributor, the pipelines won't run until a [CODEOWNER](https://github.com/zarf-dev/zarf/blob/main/CODEOWNERS) approves the pipeline run._
+1. :key: Be sure to use the [needs-adr,needs-docs,needs-tests](https://github.com/zarf-dev/zarf/labels?q=needs) labels as appropriate for the PR. Once you have addressed all of the needs, remove the label.
 1. Once the review is complete and approved, a core member of the zarf project will merge your PR. If you are an external third-party contributor, two core members of the zarf project will be required to approve the PR.
 1. Close the issue if it is fully resolved by your PR. _Hint: You can add "Fixes #XX" to the PR description to automatically close an issue when the PR is merged._
 
@@ -56,7 +56,7 @@ Our unit tests can be found as `*_test.go` files inside the package that they ar
 
 ## Documentation
 
-The CLI docs (located at `site/src/content/docs/commands`), and [`zarf.schema.json`](https://github.com/defenseunicorns/zarf/blob/main/zarf.schema.json) are autogenerated from `make docs-and-schema`. Run this make target locally to regenerate the schema and documentation each time you make a change to the CLI commands or the schema, otherwise CI will fail.
+The CLI docs (located at `site/src/content/docs/commands`), and [`zarf.schema.json`](https://github.com/zarf-dev/zarf/blob/main/zarf.schema.json) are autogenerated from `make docs-and-schema`. Run this make target locally to regenerate the schema and documentation each time you make a change to the CLI commands or the schema, otherwise CI will fail.
 
 We do this so that there is a git commit signature from a person on the commit for better traceability, rather than a non-person entity (e.g. GitHub CI token).
 
diff --git a/Makefile b/Makefile
index 0f2deebcaf..bdce6970d3 100644
--- a/Makefile
+++ b/Makefile
@@ -30,7 +30,7 @@ else
 endif
 
 CLI_VERSION ?= $(if $(shell git describe --tags),$(shell git describe --tags),"UnknownVersion")
-BUILD_ARGS := -s -w -X github.com/defenseunicorns/zarf/src/config.CLIVersion=$(CLI_VERSION)
+BUILD_ARGS := -s -w -X github.com/zarf-dev/zarf/src/config.CLIVersion=$(CLI_VERSION)
 K8S_MODULES_VER=$(subst ., ,$(subst v,,$(shell go list -f '{{.Version}}' -m k8s.io/client-go)))
 K8S_MODULES_MAJOR_VER=$(shell echo $$(($(firstword $(K8S_MODULES_VER)) + 1)))
 K8S_MODULES_MINOR_VER=$(word 2,$(K8S_MODULES_VER))
@@ -48,9 +48,9 @@ BUILD_ARGS += -X helm.sh/helm/v3/pkg/chartutil.k8sVersionMinor=$(K8S_MODULES_MIN
 BUILD_ARGS += -X k8s.io/component-base/version.gitVersion=v$(K8S_MODULES_MAJOR_VER).$(K8S_MODULES_MINOR_VER).$(K8S_MODULES_PATCH_VER)
 BUILD_ARGS += -X github.com/derailed/k9s/cmd.version=$(K9S_VERSION)
 BUILD_ARGS += -X github.com/google/go-containerregistry/cmd/crane/cmd.Version=$(CRANE_VERSION)
-BUILD_ARGS += -X github.com/defenseunicorns/zarf/src/cmd/tools.syftVersion=$(SYFT_VERSION)
-BUILD_ARGS += -X github.com/defenseunicorns/zarf/src/cmd/tools.archiverVersion=$(ARCHIVER_VERSION)
-BUILD_ARGS += -X github.com/defenseunicorns/zarf/src/cmd/tools.helmVersion=$(HELM_VERSION)
+BUILD_ARGS += -X github.com/zarf-dev/zarf/src/cmd/tools.syftVersion=$(SYFT_VERSION)
+BUILD_ARGS += -X github.com/zarf-dev/zarf/src/cmd/tools.archiverVersion=$(ARCHIVER_VERSION)
+BUILD_ARGS += -X github.com/zarf-dev/zarf/src/cmd/tools.helmVersion=$(HELM_VERSION)
 
 GIT_SHA := $(if $(shell git rev-parse HEAD),$(shell git rev-parse HEAD),"")
 BUILD_DATE := $(shell date -u +'%Y-%m-%dT%H:%M:%SZ')
@@ -210,7 +210,7 @@ test-upgrade: ## Run the Zarf CLI E2E tests for an external registry and cluster
 
 .PHONY: test-unit
 test-unit: ## Run unit tests
-	go test -failfast -v -coverprofile=coverage.out -covermode=atomic $$(go list ./... | grep -v '^github.com/defenseunicorns/zarf/src/test' | grep -v 'github.com/defenseunicorns/zarf/src/extensions/bigbang/test')
+	go test -failfast -v -coverprofile=coverage.out -covermode=atomic $$(go list ./... | grep -v '^github.com/zarf-dev/zarf/src/test' | grep -v 'github.com/zarf-dev/zarf/src/extensions/bigbang/test')
 
 # INTERNAL: used to test that a dev has ran `make docs-and-schema` in their PR
 test-docs-and-schema:
diff --git a/README.md b/README.md
index e51160774f..c49b2ade6c 100644
--- a/README.md
+++ b/README.md
@@ -1,16 +1,16 @@
 # Zarf - DevSecOps for Air Gap
 
-[![Latest Release](https://img.shields.io/github/v/release/defenseunicorns/zarf)](https://github.com/defenseunicorns/zarf/releases)
-[![Go version](https://img.shields.io/github/go-mod/go-version/defenseunicorns/zarf?filename=go.mod)](https://go.dev/)
-[![Build Status](https://img.shields.io/github/actions/workflow/status/defenseunicorns/zarf/release.yml)](https://github.com/defenseunicorns/zarf/actions/workflows/release.yml)
-[![OpenSSF Scorecard](https://api.securityscorecards.dev/projects/github.com/defenseunicorns/zarf/badge)](https://securityscorecards.dev/viewer/?uri=github.com/defenseunicorns/zarf)
+[![Latest Release](https://img.shields.io/github/v/release/zarf-dev/zarf)](https://github.com/zarf-dev/zarf/releases)
+[![Go version](https://img.shields.io/github/go-mod/go-version/zarf-dev/zarf?filename=go.mod)](https://go.dev/)
+[![Build Status](https://img.shields.io/github/actions/workflow/status/zarf-dev/zarf/release.yml)](https://github.com/zarf-dev/zarf/actions/workflows/release.yml)
+[![OpenSSF Scorecard](https://api.securityscorecards.dev/projects/github.com/zarf-dev/zarf/badge)](https://securityscorecards.dev/viewer/?uri=github.com/zarf-dev/zarf)
 
 <img align="right" alt="zarf logo" src="site/src/assets/zarf-logo.png"  height="256" />
 
 [![Zarf Website](https://img.shields.io/badge/web-zarf.dev-6d87c3)](https://zarf.dev/)
 [![Zarf Documentation](https://img.shields.io/badge/docs-docs.zarf.dev-775ba1)](https://docs.zarf.dev/)
 [![Zarf Slack Channel](https://img.shields.io/badge/k8s%20slack-zarf-40a3dd)](https://kubernetes.slack.com/archives/C03B6BJAUJ3)
-[![Community Meetups](https://img.shields.io/badge/community-meetups-22aebb)](https://github.com/defenseunicorns/zarf/issues/2202)
+[![Community Meetups](https://img.shields.io/badge/community-meetups-22aebb)](https://github.com/zarf-dev/zarf/issues/2202)
 
 Zarf eliminates the [complexity of air gap software delivery](https://www.itopstimes.com/contain/air-gap-kubernetes-considerations-for-running-cloud-native-applications-without-the-cloud/) for Kubernetes clusters and cloud-native workloads using a declarative packaging strategy to support DevSecOps in offline and semi-connected environments.
 
@@ -77,8 +77,8 @@ Join us on the [Kubernetes Slack](https://kubernetes.slack.com/) in the [_#zarf_
 
 We are so grateful to our Zarf community for contributing bug fixes and collaborating on new features:
 
-<a href="https://github.com/defenseunicorns/zarf/graphs/contributors">
-  <img src="https://contrib.rocks/image?repo=defenseunicorns/zarf" alt="Zarf contributors" />
+<a href="https://github.com/zarf-dev/zarf/graphs/contributors">
+  <img src="https://contrib.rocks/image?repo=zarf-dev/zarf" alt="Zarf contributors" />
 </a>
 
 Made with [contrib.rocks](https://contrib.rocks).
diff --git a/SUPPORT.md b/SUPPORT.md
index ad6ce504bd..27d362cb58 100644
--- a/SUPPORT.md
+++ b/SUPPORT.md
@@ -4,10 +4,10 @@ We strive to create clear guidelines on communication to the Zarf team to provid
 
 ## Questions
 For guidance on using Zarf, [the documentation](https://docs.zarf.dev/) should cover most use cases.
-For all questions documentation may not cover, we suggest utilizing [Github Discussions](https://github.com/defenseunicorns/zarf/discussions).
+For all questions documentation may not cover, we suggest utilizing [Github Discussions](https://github.com/zarf-dev/zarf/discussions).
 
 ## Standard Process
-All code issues should be a [Github Issue](https://github.com/defenseunicorns/zarf/issues/new/choose) that follows the issue template. 
+All code issues should be a [Github Issue](https://github.com/zarf-dev/zarf/issues/new/choose) that follows the issue template. 
 
 Following the templates provides the Zarf community a foundation of understanding to be able to assist quickly.
 After an issue is made, this issue can be brought into other channels such as the [Kubernetes Slack #Zarf](https://zarf.dev/slack) channel or the [bi-weekly Zarf Community Meeting](https://docs.zarf.dev/contribute/contributor-guide/).
diff --git a/examples/big-bang/zarf.yaml b/examples/big-bang/zarf.yaml
index 534ebd0ea4..672ec4f8d1 100644
--- a/examples/big-bang/zarf.yaml
+++ b/examples/big-bang/zarf.yaml
@@ -96,4 +96,4 @@ x-mdx: |
 
   You can learn about YOLO mode in the [FAQ](/faq#what-is-yolo-mode-and-why-would-i-use-it) or the [YOLO mode example](/ref/examples/yolo/).
 
-  [Big Bang YOLO Mode Example](https://github.com/defenseunicorns/zarf/tree/main/examples/big-bang/yolo).
+  [Big Bang YOLO Mode Example](https://github.com/zarf-dev/zarf/tree/main/examples/big-bang/yolo).
diff --git a/go.mod b/go.mod
index b8cee0d6d6..9bf35fbbba 100644
--- a/go.mod
+++ b/go.mod
@@ -1,4 +1,4 @@
-module github.com/defenseunicorns/zarf
+module github.com/zarf-dev/zarf
 
 go 1.22.4
 
diff --git a/main.go b/main.go
index 8068f4b4fc..70feb480f4 100644
--- a/main.go
+++ b/main.go
@@ -11,9 +11,9 @@ import (
 	"os/signal"
 	"syscall"
 
-	"github.com/defenseunicorns/zarf/src/cmd"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/lint"
+	"github.com/zarf-dev/zarf/src/cmd"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/packager/lint"
 )
 
 //go:embed cosign.pub
diff --git a/packages/README.md b/packages/README.md
index 1776860ba4..be4516cf68 100644
--- a/packages/README.md
+++ b/packages/README.md
@@ -1,6 +1,6 @@
 # Zarf Packages
 
-This folder contains packages maintained by the [Zarf team](https://github.com/defenseunicorns/zarf/graphs/contributors).  Some of these packages are used by `zarf init` for new cluster initialization.
+This folder contains packages maintained by the [Zarf team](https://github.com/zarf-dev/zarf/graphs/contributors).  Some of these packages are used by `zarf init` for new cluster initialization.
 
 ## Distros
 
diff --git a/packages/zarf-registry/configmap.yaml b/packages/zarf-registry/configmap.yaml
index 02c9b9bb0b..fe3e7bf235 100644
--- a/packages/zarf-registry/configmap.yaml
+++ b/packages/zarf-registry/configmap.yaml
@@ -7,4 +7,4 @@ metadata:
 data:
   localRegistryHosting.v1: |
     host: "###ZARF_REGISTRY###"
-    help: "https://github.com/defenseunicorns/zarf"
+    help: "https://github.com/zarf-dev/zarf"
diff --git a/site/astro.config.ts b/site/astro.config.ts
index d787bd08c6..d00b26b4af 100644
--- a/site/astro.config.ts
+++ b/site/astro.config.ts
@@ -39,12 +39,12 @@ export default defineConfig({
         SkipLink: "./src/components/SkipLink.astro",
       },
       social: {
-        github: "https://github.com/defenseunicorns/zarf",
+        github: "https://github.com/zarf-dev/zarf",
         slack: "https://kubernetes.slack.com/archives/C03B6BJAUJ3",
       },
       favicon: "/favicon.svg",
       editLink: {
-        baseUrl: "https://github.com/defenseunicorns/zarf/edit/main/site",
+        baseUrl: "https://github.com/zarf-dev/zarf/edit/main/site",
       },
       logo: {
         src: "./src/assets/zarf-logo-header.svg",
diff --git a/site/hack/copy-examples.js b/site/hack/copy-examples.js
index a3cda64641..77abf23104 100644
--- a/site/hack/copy-examples.js
+++ b/site/hack/copy-examples.js
@@ -25,7 +25,7 @@ async function copyExamples() {
     }
     const mdx = parsed.get("x-mdx").trim();
     examples.push(dir);
-    const repo = "https://github.com/defenseunicorns/zarf";
+    const repo = "https://github.com/zarf-dev/zarf";
     const link = new URL(`${repo}/edit/main/examples/${dir}/zarf.yaml`).toString();
     const fm = `---
 title: "${dir}"
diff --git a/site/public/architecture.drawio.svg b/site/public/architecture.drawio.svg
index 4fa51a8850..aced8942e9 100644
--- a/site/public/architecture.drawio.svg
+++ b/site/public/architecture.drawio.svg
@@ -1,4 +1,4 @@
 <?xml version="1.0" encoding="UTF-8"?>
 <!-- Do not edit this file with editors other than draw.io -->
 <!DOCTYPE svg PUBLIC "-//W3C//DTD SVG 1.1//EN" "http://www.w3.org/Graphics/SVG/1.1/DTD/svg11.dtd">
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pzK90zBq3xUH2ke0r/1Z7Jz63wRD27zDP+maWesXR99FOLvFSc66X7S+kbbi2veB8GNZkQRPJDBIJdN57rFf01ZFei322wvxk1jiiNH7M5+/iurOvuToQcdHp/kZM8/zi7LDtdE59dbeYXDHS5engbHHojfs9vSFS/VaXdCXiAXRxEwIPWRB9xCs/VSJDxvu0Y0mDJ51Xrzn5ehx60PnpfndGSDKnAOSj2fBhrlej/9iopoz1wG9Q7rmn4k/PLAa+54zaXvx2333do0+nr2e8Vf+69UH3L527E+xk21RTUt148UnwzY8uHH29d+M7lZdN2VdO3fW9Uv+Xu4U8uKCeoNgCwEQg+GGt8Usx2J3rcBonJffpK3+VnD2483WCNx50JP+QgZFmueuNwl3vMhn5/vsPdWl56PPGvXD19IE3VmJg/mzcp/VZ3gB1beLDuoFho7B4qtHzHyT1NDyqDTAEaX5OWnlsHoPIzrGJQWqGXPO+Qr02Q/PGYCwP7zP/qg/4FiWKT/WliX0exr6pQC3F//d25NdN+tdqzdlZa7YENJ68BOgyz7ib0Ui29WH3rzIG8GwfWn7y2fk563WtkSQ793twq/nuGqHqakDfi/er3rQVfcUVGWL5kIXkp4D1wNA397tzCVa/vKcw7VvpFZ1pyELIzM3fkol6uW+RCvDlyp9kVarcrMlwufBhROM1vzOT+q8u6DngMu9vbuIA7M84AXuyYPdSDc7+TdawcoDLBBwmokULYL+HXsfhYPydBStDTJ+8t8yX0Yj/E+/1ATTC9onsFursfD8X6GfKd+Hq4F1fM2FN9JOXs72sLfa14Lx4G1Zc0tr6/4/wnq3+7pwZWKblK60OE3+ekTFjDyDqNWH/tWMC6V8wvkWgUzJqjL1RnM7ddaLa5LHENBd+AU5hBh7ZeaOXFX9q7A/BoLn8r4s7UBtK8jYfnk3lR+1q7JDOTgQexS9MAHmAXM2a3EzM6lcoW0p0zhz2AFYuBx/umpYd9E3LS8pPHkOoG1cFoFKcLpSRmAHotd97fmBNIlXZ14wHIYfkSWCkkx6JbcAUuitpWcTDp1PXyS7UMtx6jypy61nfJDbvk1Z2VtJaiZzAvK2VXGRZkRgPy4Y9Ef8kVGUFBR3VjQ+j9KtDeR4rtNsWNTL5wKdNzs7OtOQZdRkq2s2TGQWPe2gd1C+gN+68FEXempd2Yhx+kV59fU951wCMZ7kwGHqw7Bl40AS96VCrdk+ac2F8kYSePGXy81e/T7uUtS7pRBQh9gYVkpbYtPlxvQg/Zit1tokM2KWVxTaVylVwxschU7mtTB6z2bFuUcYUBF1Fbuc9V3kpfe6w5esTGUrJ4fXeB36do90Ru4rGoO3RFRqAbVOyTCAOosV9qvrxkys7c/JPlt+5izcki8LAmo6yg8ArmpngoADzedrWlN/OlrRF3pm1gYULjm9PHnWzlMeykOxMKBjy0zKHjVOfwrtw7wMqGsK8oW7EAhVtUgSMkwGecE1ZkQ2mTOgluSjhQJ1ZaeOeZb674c1cXDkAXJQNYhNJSKtBK/QIr5k9IqTieevHT5ormHg+0e9X5dwtuLH11ZxUl6JTh/bRZzHgu8DfpqZYfSguwOncQd3nphujfuakBc6sFdGzNdYhyjpY6G+Iy/fMRfxmPZzHwWABeF0Hv5R8vNsujXnBFhlKXRzEmfpMm9V3p7cJyBEjE7wzYQQS7N0eSXt7pD87uT74IoGnQ0/elhKVne63bYil6lFUWWAljN1ebH2B0Ysf73ul/517xP0DiCf0brgWD3Kj/SfQmzz3YQEX1t3o6sMIpJMTgfYX78y6lEs0oin++d/x3ekLM78XH5v01uXmXIN6pxOial07dlVNiA93Z6g4FXQn9/B3LTvI8hC/ftB+QCb7xew33ZtfAbvaI7XjfIu7Muw1MhOa3zYQJqZ22QKyEnVmOwA8Wx+9iRgWARwLw5pBm/2aHs2vNaUBJSAIM0mEmgWcHpu4GhQC9qxXNap3eK/1WVAlLb0Znua3RlsvWRxDut4UUjyv8oLSlO2ZP4v1rIuG9xZeKRrKmG8iN3OC56tSTEEeF6kk+iM7RdYjuhZrwOgg/gxf67TKhCfn+DSc/mjV0vdcW+8PfDO7mIY8m/O3D2QAjZkSQNeZuTX1+9dns9zw3uwp0cIkepKV45k1Mg1cJcw++cEvosZWHeUu4Njlk03nAG/3UUrPYPMUVGcGH6U4Y8p8JlZ3aSgwSwIu1uDNh4flhR8K3mjdGbHOSE486xQwmoWLeV6Go3HfJcp8CRBOYXiwiq0yodUUNDi0vVGt+qNFiqwNjc18mqE4OtNNypGBlTBu4xpOx9czHgEpXTf7N9LsBIsAJ0KouanQqafX50lyftT+qvW+qPNZVTr+jIq/BqSpodGro96J9HAAKSF4tbwIYOwXop3+X81nCmC1lBL+rQeDXgngfSh3o7/pnD3wz50fj/zFQw+lIDfvh/Lz3Us43dRXooPMZbmfpjP2YYzDX+OecaAN4LNPKgxh2ZhLL3E5yb8IQoFZ5Dntq6HP/767ICD4GPRH9b2Y8Z/rg9VWdY93p7kyGHQTrjoGHB5CBN4esuzcAPGj4Nmdd7GGn6GIdwAd4QdiHGGbYDwF89nuKxf1yvzTP5zQrECn6sPwWTWpmoXbDgD4Jf+cK40B3F/rmHBtsdWZa/r9sU/wBXw3KBjoZbLC0ABUAppxA483x6V1wbFvrvr1NnKcdq29gQeAKAjBADCDj/4BV8T+qDvt7RJC96qStOtqEjjKW2r8rpDj0a31Awycj0dtRSYqqT44/4O2qGB33u0xd+QHNLTv8c8tsAI+hRxJWHmTG9PBlXcTz9nVaPG/8/66ItBK714HYgWEB3Jg7ae8XnWPh6e5MaeGxO9O07hh20EzqH7di5kEn/3ytH2xFDDxs5T4fWyxC+zUoCCQxUeY3qJPiibSsG/Te3jTLFdBU2XWfA+29CHSr4LuXkwkaC8yhzMHszJLPOwtwsHKRvQpQlBHc3HprOLv0FnH2VnC67NctwLVZkRVkIVYXNACEfis1nJZy8YflLYmTt1eitVoQ8H1Gf++3sIDpA5GU0if6n+jffFj5f9yI/k1SlmUBVTRvBpA6VGcPFTuJU9Ixj/jnlNkkQG+OAb1oxdKT0IvXLL2OBR7+DfjCcKfD02Oxj7ki4+4DsQKz5diwJxd4O6kcAbCDrOUIZsIKHkYTeLOG3QbezP/b6iROTXeyT1cBeKQ6ATYJPbHPoJRS3ZsCnOK+yiK9MH3H0sNs5fFaVQvvp3YOqzVLi4CzbueP31pell3T4QkoiI1h4q8qbIQ7Uivh4GM+1/aapRVckK0VjF79HEu+Vr8mjjXwyXthDcKKbSwNj0sUPwNt16L6rXBzYodQKynt+cdjv+vqpgM1dZpVN+apxdmn0nM/tdbRIZ4G9zOJt6xwgA4ri29fcjwwh6Q4bwwD8KDtbOUJ1+ZtSy9GQk9mbsLaY+B1sKU3qe/qtglxkXFPZQqzjYeSoLL5cqesjqB3V+FkFciI35nA28YPqx92v32JNHSLkzBpt3P+eDlDD1tjHxDkfYYcJAEnYajs8+tU+AUvTF8wKaVKLCvU/17jIAhMB+tVSf0iqzrSbQlrBqUYVQR1b46W+cogs1xjeAkJ8GFfQlOHnf2clL3JuJTVIrTGCWHlIpGGE5raLXxxWfn67hq0bNPjsjEn6Jl4FoXb3aXOF40MFPdlQ+ry92vv4r4E4Ah4bSFnnisTEufuCsYzB4qc+ZN205yxBfVrmD9uQ2+4H3qYX6A7Vh6Dj6GnuzYZeCJzs2OAh983qE/8LX5vscyVKzJCH1jAlN64YsNKaKY+m+GvzVOKzSGZnRkN4Enrjl2a7M40rDs8vADe67/eTA/iDufs0TI/kAoDkGM44ZiBp2xNS8/cl5DUIShA2VjWpAJj5E8SvcZEcJ0a4/5DKMkogT6onylLoPjWvbmvrsFzucPicHBTVpAbz5PDQLNkrup1j3YwmoBTABnEcuR9eRwq7HSYhg5B+/2GGxRxy8qCxvt2gx7YePIa4rEK+KBCZEAiwaUrvUV+AMsY8o8W5F3IKP7clpRSFrDqIAac2NeBB4VwfyllYKYsOkrzxGbME7SlOSMAPMwj8Baprk2W6dokCeh1an3e+GdWmu9vmisy2teR3ExgGdMBK6Mz7KB40U6MYSfLEUzrTsbvZinAe+3FZHoodzhnMr0MOGw1yMl9cZ/YDwZGBYRQSY6euZl73NvCNVkcbLa1W8IkprX9om/81VsXvnu5qfxqh8TiMDmX5zewK1fATJd+r97dxq1d14r85XnpIhVwVGEoIKm4V3X3qAKyEFbisMcfDTcompE3qs0L7Hpv+7lPxjy1xKOB7/lesaXkORjU2RbfgMfjv0e/v066XuNGbcqh4vHgrcAu1EpQYQtZzuvX5T2s3ONlFKtLc14bsgnzA+YJiOaNAPRIbOVJ6M0W8Tw1iQVzmJnEApnQCx/w8O8jq/7Oe4zV/V2Rcd+rKUAEoZ0fh8eyg/Ricxm/i5bZmYCd6s7cxu7MO7Aj4aGeQXrz5W3O6SNuBh4Lxww37TxkvS7doywzFshbb16D+m1+7Rt72yYlPBbzTJBV6rPlhIYmxrtXZDbh54Y7HldTcoWSTXwycQfH9kJ/5TqsQW8ugSDHR/sMLaW0Q4epbkUqW5ZoEceglA3D9RU1tDihgKxyH2SAzA49t81dmuN3gQJ+92T9naLShqi+yz1aRxe06sJqA52z1mbMKMQaRSz56u6VR33WVcWz6iTMxLEGM/t9cj9z1yWaL7Y6MwYn0byQhPmB5opkmisYeuzaJJnQYysPUqAXo9TnsaUXpwAPCkNIiMqcFrQYsbt0V2S0f8AdYk6yg/ok1KHtWBj+UCwzO1NpJaa7M2cL4BnuTDys7KZg4JGS8IDT/VudDw67nYIAwMTWKmkZFirHDMYiiyVZXtioJiXQYqVmPK8cTaa53RIeZKWG7pOltKYbCpjDBTm416rJykAdIVuqJdJSVQSIleX7KJZHyRruRqqna3SuVFwhaF4m6/AyTdpXrLpK91wuv+z46HV4fTX9nPKCBgAySM2j3bJ0292m1r6q5jnpPpVu1ZLQQCktTZvk6wA/lHDAjRwy/LAEE+ortRUuUPvWcVaA8yf08+codXVFZw8WBnVhes7XsLtX3ZrA8ipQ43NlypaFxJfNCzOd6YPeDijJmQ7oYX4A9F5MZtcmxNAzXJuGpYf5R7o2BfS0eF5CmEsVpgxY1ybTFWtUuiLj/gbV+jyKFdH5jX35J4s8HbL2HcOONdaSnRmI3ZnxO5mw8poBPMAODzge9FnDtzgn3i0RkNPgFzoQ+XqRBZbmtrrkj+NrWZnFX4gFLZdT4ehiJSuvFZMZNSluCZe7ssZ9BdAKQFlL1BHWHeIhBYAbwAZodZwAQwC0puQ2BN05Wscb+zkdapb4o9i3AJR/jnY/y7xXX8BYAaZXHDNU4fpEYXwo2Z+Fp0pbZr20wYvPr5LVuXVwr+hHwtu2LjZRwm7OsLfzik5VBF+A9WJdsGYBEnDynFTQn5N7ssJZOHm3M/VXG5ypAzc6017YyOCDlUeCa9Ow8oYGLD0AT8TzIOHaZEtPz9qUSSwSeu0DH+ZFNNJuMZYfm+aKjPAMtMAyH+LpQzZUdwzw7M2i8YDp5QgMO47fBWBHD/EMA3jTXngbDzzdu9k5dqgYoLJKQq9IB6S8NyT5Sv841rZw8nZOQFCFFcJPpF36w/1CDrWBPnKXldLkWSSyTIVMSw9WHKwwgKjL1EQCACsLfYCfATdNdhC69ebidgDKcyzN+uNzdphKMEpYQmossjzfh9gqFcHb4Zd7zPNFwNXpCBEIYxYhCep+l/JBPaDwQFzfvuhwcBfmuRrHq8DJoxxLyMnXmPvy+OjuHLLWkmkVmPXOqwHgQZgLADzMDa+Zrk0GHiw9M2vTsPSMJBaSpT5PcW0q0IPucf5Md0b8KPELw2o/NXBg6p+6IiMcgx/o2INmm6PYsbvaF8+TsBMZmrJ3Jheby/idbt1tYeDh4eX4HVt3+GbHDzzds8k5eqBQBV0+4IWtABqfM85Li1A7r8NT6bnpc192Bil9FakzyxUkpNxvnA6/r6r4MhJoOOaIbdDyDAZeRWEDXI4ATrdTQ+llZIzeBXjWY3vrOHtvVX2JKQlV6zqNdmvTo0NWJuEg1oraP1js1uQWam1XIZ8vtJ6j+F6/9i8vFpci16rL2HL290FdmBdrReKODjxI3qNbfDoEtyRmwu1Hi6GuwzYI9KBAPM/v1oQYeiKeJzI3zfo8lh94ejwPwJOWXruAF9V3jRmj/RRhD1dkhHc81yv6a7xuHj/U1IWlJSztxOzWnZmdCQnrTitHMIEHX70feGzhwbWBh58e8CQn83cFKuR435QOR3ktdJVQrExCbF30vjrTLz933JbyuuLG1vuplavzXEHCjIgzstrADtdYBMZ6AAVg6e6CaxUxxLat39qhYgsE9UQdzVoMqUxDf33oMUYtjgjB8uOYnxov3rLgncYgDavTlLIYK+xkfPmFb8c1Ht2V9Vlw2NlrHiXg7C3idJVcqKU+mHudV3651nnlubcAPAifeQk9zAuapdfWtSktvRFBocdNppVSBVGU3s54Hv49ZlISFvB2RUbHDARFzS4sQ783v3xeVDuBZ65sries4MFhd6aZsKIWm8/0uzMZdsKdSWLYQXjopwxYjw8BXdvoHEnPdxhceZAAXR7D0NjPEyBU9lX3qARoaUGj7KIPK+8KeinmnfC2O07XWN7sVBQ1AmJmjNEUzjMAZRkG4mWccPJACTE/WKQy6UaCTe+MY3eH6i3kQspWlQrdjaoDDpLnNOsQSUhqsXt9caOD1TGUZYo+JohNVFxkWsxuA7+Ok9pOpuXctMTrFNCpsAu9pEOcz/2g0okfu82J6rfGiSLg3YEeyYCeGc8z3ZszOIEFMurzGHqW+jwTepxdLpYSClqQHsrKCpgTUWd701xM2l9uEhkdmXIc95z5kI/470TPvPaubC4tPHXtu1RLsbkAnj/Dqk05gmrdmcDDB2HaoI1ORlquCTHsW44FvPRzVivQvL9SJLEAdO215pCA4snzSdhaE3Rkwo033/eAgU53dbpzASeWBXwsrY+q2LdJB6K6H/o6jQpQ7WUcuqWIZuaI90mrr+RsRUtUv+VuJZvzvC3rj66/bt7/4n8kVJ/ZX/BFUNhlWbrjhFzAb79+5rCb5oEkZ+Kzq+H2A/QAPAifc4hdm5B0bQayNklKfd5MFXrbJPQYeKHE86C2SwmxdCOBmr4nmklt19Gb1BUZHT8Cnfgdoyjd3a5ic2ndyfjdKAE8hp3aXWWrdGeSksz4nQDeOgYePhDk5ljvvJOaA6gJMfDU85C8RweiuF+Csc579b66n1QRNItyADhd+QJ4kAI+QIItuwdd+H8g0casiYS0Y3sJhtpT1fIacWwBo8VVqh7L8zpIbdZhzu3+rrLzT+qKzKvU7kuurvEHrGwgF6Glc4NF04OK8+8W3woGOzdgZwBO6a0arIhfbxmnAC9zdw59rt9yJv5iNYBnQI8UsPJIgXjeeoae5toE8CDMI7Io3czc1PtthpjEAjH0EkLoxDLh5ys/F0lBw12R0XlJLPTQ7zP+APRQrSoNBXihZ2cqC70qwBPxO87ONKw7qI070wAePgS3gRdFmkznDu7K9gMpN7ueZR5L6PE5DYL2c1KXRBJLCGoi0FWQy6rwkh57tCfj6NCrdjcAFg+Vygp8so8qgy7YVu4zTES7OQNcOggh3brU4WhPsrHeY7Mc9fs9uW2tvvJLta1T+q90/3FSS9zOgX3mfzXQgemHXObAlt3FjGCwq3ZKRBcdlqhPFJmuAoTyvIBh+vrTzkRqnowWWxBDbxKAB/UTrk0DelNlPA8y4nlc3iSTWMxOLLNN96YoVYgerSwaq5cqQKqVN6X/uhaxcPRm/5eQyOi8MfyR6C/Rm/9+m3KFFzdU3YM7kwvOpXVnAs/SXSUAu5dU684oR3j7bsAD7PBNEB8QOl7r7N+e5eQAZgJqfMwyrsvzEnA6JIXF587zhbTGGsBYVtgoYol6DDFPB6F8DVt4lPzB1t1DJVh6okkAQ888x1BUQChqFE2QyYxXhhuDUbacK7FZi1ZLUJcOy9C64PAq/TXkIeD1G/euOdaMOLIAX3nAsmsyGkA3n9iT84UFdrJmURVfcwvrTZxXG41vmpfhjKN14MaSxkOA3s9XGdBjK+/eoDdDh57eZNq+lJAKvbjQoId/i+yacxjJQq7I6OzBTYxjTpt/kNeHJtXdpbuKcGfq695BbwYDHsnvVhDAe+0O8ET8LgA7Eb9jNwe+AUb19QMPHxT6cKxx9m27AHABTv5tjiEc87UcO/hUC5H3zet8vrzoss11ievBrEQ+L/d16dcBh4dRADlBRW0EANhobeYk+HBd2aetmelqAhMSABT36OAT99ljifp1XXbwQShbQWlDVW5d66Rnl3FWtqYb+zec+iSYGxOw0zNZlbIOeyaqatkVX0Qm5h5nzM+WOWN/ttwZ9zSJgUeaIKAn4nlmqQJDTytV4CQW2XpMFqVDRtamWFXB4tq0tB/D72ol16Vp3WX3+9aCr7gio2vLFQY+EZdl/FHgS6+4a/0dF2FayhEYeIY7EzJ7Z0JG7R0nq0AMuxDcmf1uuz7w4cCHBB8WfEj2bj5nQk7um0AUAsT4PgFNATzNeqwXRemw+qrI9VRwqf6uVmO+fs0CR0MPsYUHVRU3yAQerTG4bBXH0q1DuW+AUoekzYKU1qIJTi27VF6DxHkNitqxACFqGxHnW/zqzkptncXkhENXgsIuq06NQ9oTbSQMg0Oy8Hy1Ezc2xRn91FJaT2+ZDj0GnoQeW3mhJ7EYTaZF5qZenwcJ1yZDT3NtQnJlhUBT6N5xN4xayQoyML7hioyuH0P6RH+d/igFJIc1se9Kr4Sd7J3pl7TwzOxMfXUESzkC0om5HEHPzoTYupPuTAYePixwj0z4xSpn96YzfkhdyvKL9xleJsTovACjgF6OBKXY5y3ieU0B9xLgV5jrY6CFGlO0XLMn4NRxJ5WHUL7SyzIzlY+t7eEKFPCJ+2QNI8NKAlQr+Gfg6Kt2CLCxDKiaoNPBx+eUBBt5nwQkuvGkrT1eTXW318zP9/wJKRUq8MjyKraWZ8jjeyvbKDhXTXPDZmfkT5c4o3+6lKC3zAY9tvSMeB5JuDaDQy+Jk1gYegw8tvQAPF5OSMbzZL/NO9AjKfE8hh5ej/Xt/p+98wzO8sruOB8yk0k2X5JMJpOZzGQys5MP2TXGZV2wjY1xWVxjszJgg+jFYHDf2LishCQQQgUEBtOrwQ3TexOqCDXUe+9gsAEDpunJOS865urvw+GRjL2Y6J35z73Pfa4ESDzv7z31nnLahn098NaQ/+rR/bpxXs/fEfFv9Mspdx+KMY/GlE53oSfmuttZBWvvGHZ6s2iGncTvwJ25Qik2h2QVyM4U6w6BN5FhR/ohLtA/3vt8cYoBPXeuKxdGDYhoDZbQG00pSUDogFUE0IR7AjmwHhGWqOLcppsVeNwtBssyRBbcYA8AzxBYiAgyBCRanIrrVbUqAYKwBy1J1yI0knIQhvs35NW/cEdYh0Nno19fW+XCrjijHixIIx7Z+bgjw44gstwb3TfWG9PvssY+Eudaegw8fm75+dVdmySM5+muzR9lbkL7sZVqPA87sfzFPk4IXZv8fdqoeP+0mynLRy316H7deC82ufkYkg79H/tEcbPpNq3YPEyAN051Z7qxOwGe6s5k2En8znVnYjkCx+5Y6M6cBO7MwKfDduAFPjXSuHZhcgBs2Qw4AZ1AUCTrzlwBJQnBp66hNWhDU7Ma8eu07FMFhHWlrTcr8BhclhCGuI5CgNrNw7U1rRZSP3NR+1rYh5afOkdASgzyx1mosPfAtsJG6tBS5z7fs97+vDIAu/R6pbxDTdDBdb3sAvbmpdXSs7/UG/VQjDeqb4w3mgXQAytPhd5k/9BjQTxPdW2qJ6XbSSx6k2mO2b1wa5h7qPOlAT1Dn+7R/bpxX0N7zvwNliwMvjOiPvyVL8+Rb1oOeu1YjjBO6a4yGtyZencVyc5k2e5M0tWyMycrwOOHhR8cfoD40+N4mq+enyjAYwkAYY0kazIC7BxwAgB5bo2+hICDuZ504455N6lrs7akxSrZYHUGgAg6BKPWdNxym1qAtM5xxHv6QcWyH9rIISARhgjIxG1FjZTBWes+33OnrCt1s0+LtLgiwlBGBBzAkpVLsHsveAk1uYj2RpJ+AN7DsQg9y7UpVh7G81ji2tS6sFgnK0j/XuWkdJJRlA5WHn9fPgjarbW7SOcKDuvR/brxX9yWiKAXB4WSZ94bvqLVbRQdphwFJMBTjwJiOdadUY7gq9icszPlARDgiXUnwOMHiIEnbpOVcw8I5EACOIGcch+FoASwOcBUwKhAULcUZR0Bp8LOtf4aym4u6JXkOrWI0CRAkVbuoQFQA55fCxKBZ93TIYlg1OFoW5AiZV2Da+L24qZBt4e7Tajb4qesSxFLVKCH2aoohKSbkSr3DqfUUOb3Yj4dQIAn0GMFoDdG4nmQxCKuTYQe1uex7Hie4toE6BmuTTw/j+VCj9+nzgf16pAY9F3gEOju16+tI0vYJMzwGt9/Vln4RCs7k/WZ1V3FTVbR43cD9XKEAOwkfmdad+LOZOAx7EiPxNGDxYr1ls/e52U5IMtCsAHgnDV97lqGKIQez13LT3WbotsVAKdKT7CpKqaemjdDHV5Ri1b8r48gWNMgaDcXNwFpryPgEHIIRhmLDFDqmah6/BCvBWpJO4pbKLGiynW/zQ/ZmAYQVbNPBWwIxxKwJg+nVNMzvdAbfn8UHY01sx16My8D7yGx9GIJen7jeWjpoWtTTla4Rr9Npz4PTlboVJNp1usDFpyBE+pbgm6ZekeP7tev0NK7N/bvKJ12PP9Coe9ebej4z86Gvfyl1SwajwJCdyZ2V5GTzdVyBAEexu/c+rsJHd2ZCvD44WLFeEvj9jDoRAI+WFPuWWDUAaq7TVnGuuiwyFhDdyuCsoAKk5vKW3/NrkwrS1XuKeUavuodBUR2Wzn9NA7LqjSgaB5RZbtYcc0Eo+2OTd5VytBzz3C8sGT61kNFilUI0FPjkG5STVZyFT3HH3vD7osKAG/YAy70ogV64toE6M3SoKcXpZvQc608iecx7MTSc6AHmZtOPE89NPYDuqa/H7ZyKwkcytv9ukFecoz/bdP+hVsMBfUMHUW/pBnUemgljZv5IMIBPacW0bzZOb3bFKc7D74zvC74gRnlYx6NLXvlmbmVb76wsH5K8PKjH4xeferD0WvOfzBqbRsCT2AnsTv/zaK1cgTdumOJO9MFnrhTFkXv8jKzGhhQgVFgJWsiuc5W4ed/zIGvBwtSsQpxD67pMUJZR5XysTMVrb+qkxPKCpqvWrKRr4NOhyLe14BonbSB3xsACPsQiDjHaxm74m7VoKetqZmqKbtLWyGmd+7TeQm5DhgRfCQ9KUf2ZSZVeW8EzfeCe8/wgu8LqN3Kc6DnWnli6Ylrk6EHpQrj7aJ0hJ5+fh5aeejaHAJNpqFUQaDH94bcPb2143thaBIl/f1Tj+7XX7HU4Lbw/6AsoQEUj5vC/dvoF3OQ9A3J+6VFMD07iMA49vG4Mmph1jJl+KrzYt3Rfzqx8PTuKnrvTLDuIDtTs+5YfQPAu/wJk7Rgxg4GmugK5BzQKfdlbgiAB3PLsswx4ot5uc0MgYCrspLE88K8ZoEgAFKPMRbR/oYb3OKrL2vlekbMWL1ahxt3nx/g6TWRADoQ3DOhaYEPR5TlUu1sYo4v9+rWtZllFIM65XyIbU3aVXrkqqUehiWZe7A2YNkNvTcyIAHeMLby2i29EQ8w8Fz3pmRtShJLnF2UDsC7BvRYaqmCWHq6a1M9Toi+bsn5oNvDTkJvzC+4VWOP7tcv2xCa3I+/I40nK+0TGiX9+EYSWofHh9PxRK8NmF/3bvCy0//74jLLnclyrDtSO+z07Ey07uI8BN7IPtGBT5vzpm27DDgHdBk0imTdgR3KuW9aiSC4DwBESJYXQTwOWm/VlLYy/PQ4ImSm8shA4e/ZWEHtqG6Q9mHVnImZA51tDBn1jfo11jUaAFTg6N+aRAAa98BSNOBnxh8RjOA6BcH+xZE7Drrx+iG9I3PyMxouAvBAAMCsBoLCUrZ+vCHtwCOJpee6N/m54+cP4nlKEovt2mTBcUJYlG4cGgtJLEapAovA+tG3GN6h99mY7jPtfoHXQw+F/A25Je+ixJI36RPGRmkK61dD75l29u2gec2RE1dVzXv/q7I1cbvLtq48WJW4Ja8xM6H8WF5qzYniQ3XflWU3nK3KbT5XW9hysaHoyKWmkiNtPBamVp+oo7WyzPrT2fvKju37Irtx3bz9VR9/uL4sfNyKstf/Z07t8Psjjwf16hQEvx9y77SKCU/NqXx78KLjbw9a0qa5M18V607proLAY9i57kx+qPgTZQB2D152r/ADODdsiws4Zw7XDDeZO9coXpcxNaXm9JoFSfmLYnZmzp26+eCKefsPHzpUfwEsQROMOTm+C8oZYGwJ6hamWICwlsttoMharCVotlT9cu3JWunP4hgdW6q5EJf0WeuIJRt6Vxws7wDrEPaKNBBqkOxadxyYg9y9CEO/EBT5+pqQscv3dWgmP3h+guU+RRBOm7yGjxoiEfDuIQnwWAw8B3rk3nSSWAR4UJ/Xz4jn0fMOrk2Bnn1SOvbbHNSxVIGF8TwG4Mg+Uc3wXnX0T71Cn+3R/bq+LzySnwD32J96hi3kH7gPgJD7IPL8X0YsrV0xY1tF4oa8ppKM+tMMrBbqrv5Lqb6wlcF45uD24talEVvKX3smvs4BoekGHfnwzLK3Bi389rXnnXIEpeDcys5E644/UfJDxg8cu1f44eMHcXbIJgaZb2XKCGBkgKSn112Y+c6XySMejDpE/5azJA/KPE6GvrL6QEamA0yGHUBUrglgnTtLjsTWUg4AT4ktqmLAsuuTsyO5kL2JIHqkquuW4LF2uHF9YHU74NiSy4HEG6PMw3eHnFxrzqOxjvM8mDsCgIIAdl0+p9F2pyrwsmOQuA/XXn4iLtH9f7qIklgEaLJHA1/8B+u9F+9i2Imme0OvBj0GnuraJDlW3hglnkeCUgU1nsfAw6J0HXoMPJYSzyPQ8eHSZwfeHn4cnt8tg38f8a89ul/X/9X/t/F/S6eUP0GgW0o/6OPXcBFeeOP5udUMldStha21ec3nGTg3opqKj7TlJVV+88VH+6reH7a4Qo6+N/5txyj+V/7mwIVnfJUjSP1dv3bgSbKK685k2LHYzdIea4j7cIN3KKsRFQCZjCK5l+muEZxi3l+XgsW9zpEsje8EL0rYvrmg0bEWXdcoukplzUg4sWJhLXqijaJsgS7ugzhiLh9USzAszqdUdAJXKamMVdjiVRAgeV6Sz/cJarkk2m8k5yj3BHYgWcd7OvD8l3Nge7eudMARwOHX8Ghbglb80X8s0doDcytmmJNef+6le6blOR/MTuzZkFdnWZHLZu7wBv8hguVAj2DnWHrBrmsTkljEvQmWngu9a/fbfMqF3ny736YBPenCwhbf6IejG+D5PU3vw+O6z7L7Gc6qY3O5PXvSbfqKVoL3xnNzWz+dvac6P7ny2yaGya9UzSS2Pnd8kl4XNfmTsuDe009c7d9NqdQNE56Kr3n9TwsuQjkCWHhx7cBj647kAG8E64HL7kx++PhB5AeSP43Gh25yIAcy1hMTK0+NeChg0Xmg8yP6RaUtiN6ZmZHV0ObbcoS1AgLIsa4lgGAijms9ypovZePcBRTcAwHQ8B7ex5iju4ZF/VqBP+zHezgqa5YQoFj/mAf7ZE0FKILPASOA0LYcjXtWiQZeJ+0uPUIf2BqcMqSS7PS67zVgfr4w0XuJIPfine3A+wPNHegx8IZq0GPgudBDK++nFqXbnViw9RhLzs+jPQtO0UkHJ8DbdKi7AfR1fvEPlNrRzALI4Zv9xaljl1fu/Tyrsa6g5QLD4mZV7oGKb2a99WnZ4DvCr1oi8eLd0yonP/dRyytPztXjd/2gHEHid33YumOJdcfAuyx+OOdO2xqAWHr2ZckcJbDbtC6nBmqaWOdeeTY+ccfWwmYEJku3IG0VdQ16DEs3ucYFH6zhfbwnstdQCEL/blaBmXIP4KcCEQVxQrM9HFxb7tVcA4K5NiSxTRxmn9oAlGuBKgj2AvxgzQXZoqR8bo9F8lgTn5qVhGDc8mkmPSvTPfLOcPtBlkCPIchi8OnxPLHypCi93dIj4Em/TShV8JXEAtBzurDoRelg6S1po/cDTPa7SIkpod2Htl7HNl5szdEPdhfJ0zSs9/RvP3pvXVnGntKvOWkEwHDTi//NyZvzWkJGLK64WuyPOpS3Tnx2TsOEJ+boxeYCuwclWYUk7kyw8Ia0a37Ujh/AdrAdeABBFu3bnsGuH7eAd8LTs5O2kdsS92c4c8N6NGHI8DpSfaSzrk2MOWJGKt5HKGJmKoLOBmFXLEe8Z4JS74+aDWsAQeiLCnWOatwQrUERwsz3mu1mxTWApD5H96sA0AYn7nlr8Mf7OzSafm9ditzfu7mAnqEZ/AGcdRl6JLL0GHgCPS2JxXVtiqUnwDPiebHi2uzo3rROVniGpZcqYCeWV5+b9w09w9/B+0p290kH1+l1ufh76jtUI1eruitvm+pNe3lVBWdA8pt+ty6LM0O3rUyrffWZ+Hr95xZ2jNyddQS+NklWEesOgSfJKiwEHj+grEVxuzsAT+YyLp69J9v9JDzkvsiczRty63TLEIGJ0tb1PVl0+ndlif+2YTWlLegmBdAJVOGeMQL4lOSdLlmOdi2jfg+Sc6ysVFs5Bvwc16le4I9t4dByJHU17mhbkPYazkUYP8RYYjbF86ipRKkbR0/dV/FN8r4y+kAZ45HbE4EnVh5Ab3pAQ3XouaUKEs9zLD1oMm3X57nQg/PzdNfmG0ELvycoo1XXwI2fu8sNrkOXE6qRu7s9NqcmaUx4PPbI5mUptZzZ+HPGyxqKW73aolavsrDVK6dz24pJnIiQr4uzBN1RxC62wLlvlXTCcjV9rzr6no3Fvwz8KrIbvl8euaVcXJ7YAWb8E3E14/vHt0nsDrMzJX43TNyZUjt0z+UHVNwxS+fsY7i1q+GHOVtwQb2ulIO8FjQvIS2zsU3uAyh9CaGH1wjNHEoIqaAC9FbD4mNrMDe3Sb6HAjXN3WrAUQMiQhGyTWGf3ENwGrWN16xzVMCoAhCvbZjCOoARYYkglHWEJQuhipDU3ah+rUNrXT+NQ40lbliVTsC7cgrApGdmJ016Jp49KpyARdBjEfBcK8+FnuXa7E3A0zI3GXoPOsBDSw8zN3XXJkux8lgLGHQXCLjV8L5BFl7YB0/fEfL3PbpfPxF0t4U9QtZcqgI5DgpfoCM6KovTak5dJxdgAD6lBKHCdkhlHaY3PLIK0rIbvBR6iFwlO0pBybqhVJjLmM5vcpR6nk1/NsORD0WtKmxl2F5X8DUUtl76dNbuCvo5nv5xYk/YqbGPx1aN/+PsNgKeE7+L6uDOFNgNYbELph14/NDyg7ri4wMMu4AEfBFvfCop3LQ3osiBHQgtQ32OgES4oWWIa3kEtZLCloDlV1dGP2saS4vIlUm/g3SfCTj+oSiCNQ2AeI0CcCn30M0qY9dcrBrczDVct5WDcDT26Q3FMbYIMUnfblTYh3sgdihCa/HdEUtd12bbxKdnnyTYucDraOmxW5OEwBNLT8/cdOJ5fVhKEosDPLD0/Pbb5GbPl0b1ja6GAvJLVMu8iA/B7tH9+ontvW4J7xPUK/SABrox/WY27vjkUP1PicuxNVVNVhWngR/OpTc2gloSPeDJpCRHyTC/DDKeB/a74JN7MndGmAPokmVugFCURuI3YgZhKYKw6z+LtnUfH6gaeu/0Uwr4Trz8VHzjqICF55Yj6O7Mlxzg8adVXlu1ODkAOtFfJq764fc6+pHo1DSxAPUR5gK4BgOAcA1rIgOIMod9tlWpr4ssQOLcp6sU3KQyNwEqMko6FDeqDUe7AYANQR9F/jmdzmzVLUS8FskaZp3qkFSzVnU3a2bDRUoOK7hyPmZ4JckLQI+B165Bt6NrUyw9x8pT43kCPa3fJkvvtynxPAaeQG+CHs8j625+29hHY2vEWnW0a8DvQ3r26H79tBe7Lq+SiEK/gPi61O2FrZ22ZIpbCQwtATdiNsEtjYDBsEpkGYCDa0sCMpnj17v3eA3BJ7AE0Cl75B5A8SC3leJ+kQRBco92OcmF3cLD7ovEvqH8AFZTjO/McNediRaewO6uK8DjB5gz0tYsT2VYBzRl9NIE+b7D+0YdFOCJ4BrUqK2JEI4gHZSGK1WuYU2gZskGJSbjIOhQNghVcNrwQ0CiSxXGLLgWyX4VmJrFiKNlCfpzkepZqBr4cE2PPeruUu3kDR8F/lu/yOajhM5cOSYsri6IgEcCSw+hJ8AD6FmZmww8KVXog9AT16bRb9PpxELtwGg+u4FCD+j9YTX+qVfYGm7FSK7M1SxaW8Uhp0Dv4Z5hy1mUpbmsvQ56Cc1j6N6fOcYX1DPsj3R9G1uG3Pnq/yXo+AfAJw9ooHv3xQV12Qnlx1tKj/qOtbH1xlYQg+CAAzeSwE5Zx2scbcm+ZBdwLvTgHq7Jeop8LYBO9gIgVcsyjR+63IAVyDHHTscqd65Jrwu+PxLLPNq4g8voR2LbXOsuILDuXODxgzy0d6T36er0AJzDHJcmxQMzBYQgC3wIR0sW9HTpVqSZhOPKdqtqQhB2Vgg8vGdalDr08B6CUrcU8VpGH5moAMeuZKJaVp92z4wv2mc3ogs1W0YFnlNGLElwaoBPDX9gxkWKlTuWXjjLdW1q7k0GnkBP67cp0COBa1NtMj1LO1mBXJjzLlGjipoXekmj559dbaSjpALSXgYnJyVy05Dne4b8+01XrP5cz5Df0z9ynVYcHjZ2eX0RxOcsF2VZQUvAgkvObmSYqUrU1lzBOo4IRRTCMdG4BiCKHACClQkglWsSulHB/cpguAzACvoZNXXC1blw6kbqCK8ktjw5u5kfMoGdAI8fTAEeP7ACvIEMvfsivc+pBmnFoqSCH77XHWH1DEGRQEyU6oDPHRWrUAT7FTA6exwIsnBNH+14oy9IiuwYpH9w2mv+Yakn4ZgWpoANIYmg7LgHAWlZgLjfgJzqagX5KtmwwCdf58DNahCQnlp7huD2Q09J+iBZxsATK4/kAs+N56Fr07X0BHiSxAKWnpu5GYPxPDw/j+J0885SO78KzpzuWNoV+e2rz8bX8vyvpOOUw0EfGELjaRzNfZCH9pz5m18d6NicZRNYgqCuPhyxpLrkUO3pa6bak+XCbspD7VbcfuqvmEDiUaCVIHPjmgTXAD8AozLvmhCgGvhkHeCIQiCi+9SFXyo/iIebODnHV2ZoKfXzfHPAR5iZ5Q26K6KKPg2eZxcLwy4gcGeyi0aAx7GKofezpXforNthfvPm/CYGGyoN5sqaBkEBpwVA3YJ099n3EH4mGG1A6sDzD0y/oLSsScsi9AVMlL5uNRNHgAq4YA3cpdgUQIek7TqVvQA9bd51UMZQf1j32RnVL/o7sfLE0nPKFYxSBcjcREvvR+fnGUksBLtJT885RhYkPtvc9Pn4xkVJ9SVptV7KpoLjs9/6rHTOu+tK532wvnRx6MbSZdO2lq6aubNsbdzuis/n7q9Y93Fi1aalqTVbl6fVbl6aWrthYVLt+nkHar+cs79uddTO6vnvrS+PnLi6ZMpLC4teeWJWIf0bKuVopS7oAp+jR5bgh1SGdu8N7Rblvxz5fifTXxpbYHl/HjivND+1+qTlaqsiyOXlNfObNoNNVYKMMs9qlNG9z0L44Vz2I/jcfbpVCLLWk3xYiuo+ACDMdYsQrEhWxuHGQPJOwzXgt29dTmPwvdNPgiV+ZtwTs5rFnYnAG+QAT4L0wx7gwtsrPTMj3/kiCWGXIoI1ACJIsRRxry3TbWrvwzWUDkNbDT4AiGDDgn+eW9DToWkLgWm7TVF6JqvMVetRc6fqlqNicapt4XRA6pmpfudW7JH+fYPviii54tmIqOdngaCnx/O0zE2WU6owVOQCT4Vex36b4x6f1Ta+/6x6+jOP4Hvw2Iejv96+4mAjg64k9edVMakopfZSzr6KM8mb8o9tW3GwYfXMnVVxb31W/sZzcyrp73fGJwC/JfitpxjhhKDbQ357w8COq+8piJmDf+Fxj0Q3p+8uOWolnRRQLCqR/uPsI8BY2s/CNQadCz4SAE3ugWRd9vKIIIRRdYeKjH26ELS2dQhzUwoQU0hcn1ZtxPz4xIj5H65HNydbbqV0Rl9bh/hdB9ixrnyiHdGX3Cfy+6dO8w7c7FGR8rUAQAOUuKZbjdZ93XVqg9OCoBV/vA6xx86uaYDsegxSwGZf+7QcBYJ24o3ATLvP0mKKBgT9u00Rmivm7DvsPjMvPznrKAOPJRaeDj10bWInFrsoXZJYJlLS2aiHoyv4NBWljrl1z9rMlmuCLo3FsBJdXwjin5WbUHmW/l5NC0I2llCD/1J67/ju2qfFhKaRBTjir+b6fO6uaf/M9Rr4FyNr4Xvq/lHfrL+5cmYlWR9NAWjtJRmjJYSfKxeUcs2jDkp3TaCI1iWAcL/qLtWsR3WuQxOAmGQB0VCyzBVrMj0nYPVdNd5HTbdPjOwz4xicaNA6rn/cKUmrtoA36tGY75yY4NGkjIZLkHgDcUlYRwgatY4i9WsAjCAdiuheBegZlqAPOMKadd/4ehzt8g2cIwAtCF5vdyqORozRv/BsRlhXk3CsWKMGVJHZEs5tkj7oDxFVbN05rk2EHhalK65NSGKBeN74/rPPjX0stpq+Z7MGh/GPxVRsWJJSU3Cwvq0gvd7Lz6j38ui9J5dj/hKbhCQdpY0c76Wvoa/LaPDySfx9Cg7Ve4XprDqv6CCJQXk9IHig6uy25WkNMyZ+Uk0MuWjA7wSBb+4vVj7BLWaCeoaOomDj15iQsjhsUw3Fjy5pxd9FZM2l0A9xTzvQZBQJ6OQerONeFl7jXoSdDkqYIzBZ6Da1Rwt0zhrsBxlWpQDMAqJ9ncx1RXnNnOmpWnsRL68sh/9kl0Y9Gl1FxezyCVVg1w48+UQbzjV+x+Xr5sXsykyGhB0HgLAORf/ayNLg5/8aYWjLAKHhbrUAiWC0AQqjAUncq1mIZvap7V71B0mWDUIEqA1AG4oIUm0NwGgIIYjWYoYzR3Bu+TK7mmNQTpnCcbHyggLAE2uPY97o2tRPVpCT0sXSG/No7MVxf4yrG+SEDUBn6fy+5M+XpBZmZhmnbcCazKH4X28jpxb964DMIwkcGYqddace3FJ4Yv7762tGPxRluUAPUiXAyJ/N6gvqFdJL65Ay7tHY+vyUH2de1tAbajZlEe6lH8LuzIAAeDCXa1gDAeBAaC3imgjWAIwuLDUhCGU/Woyw1z8YXRAmAiRhHWQn5OA1d5zhTFjXIudSkb1fZDXguXzBvSPLpCO8Brwg0rAHZ5TJ/jH945KMOKRIriULFSGIJRsITdhjFvrbblQ/4LPXEIpWso3Izli1hYA04GeAEeS/C47tLvWfrYprNkjthBwcO9URx3+XHAAjnQQiZTkErogKfhZImMDCunrm5l0d43nUBYXjck2cDGKcGFMdOmHVgeT9Fd8qsUZ17uwDuJG0ubYHpJZ2YFF/JoGQJCD0ax1m7yk/vXLGtlpKjDl+NauPuPRR0G0h/319QPe7kH9oP6rnEraqWjx9O1l1HZNQygpbuRA8ALhdDDpDArfdMIpkbS/ORQhKmO/j0YYlrmvQkz02DI34Y4JcG0k3JGcOsCQJ9GTu7EXLsdMlHGz1cY1jvdPhpfJw4/fcmBqzOClB5VIAdAI7B3ijH4v5xq1P2pdacypRQOdamXYMEsEI8UkAowZMw20q+zRA6pD0D800vPYPR80q9LOGc93NKusIRbt8w7YkbUi6wn32fhugOiwBcLimQ1HU9eQcAd82OhjWfX8c83jsSfZ6dShVkA4sWjyvPYmFYnOXyEI8Qh8sy6ScQNHFUY9EH1w2e09OZpbeQ9WGnp2lah9OjLLv6VYmNBenkUHILlMBIUKvILnG27Y624uY+MWZyf/zUelVskEvkebzYQQ/qUvKgF5TK/CbT3p2bnFmYvV5NwmFMy0TshoFdDKy5NqGnx8odlF7EYYCOpgbblSYK+5Tw5Lcj9egDgBVXKoOEBGSsu7eVxJxUHxPd7XmUN2jgK+ZFP362jI4fqh5RL/o82LdBYnoAR9IbZbcTg5RH3yVoNYs4ohrRpccEcBRhCBEOCIARcpeo1+q4WJFSOKY1nm3Kst/DBIhaVuN2l4/7lOzjMNuC4d7dVeqDUDdctQtxa6dwoFAxGusaWQI/dBP9p7pnAR22cpjQX2eQI9jd+Mejz01ul90FcX1pJRAFUEwL2zymsS9O0qOuoDKsIr+ZfSXtAMA1NrC6cDMgb3WocY6+JR2cQS/hE3F3uq4JG/apA0dNOP1jW1/HrSQ46VfaxYfJfG8wcfNdarUgLtl46eMF+4Mb1oUted4TUGLxOcIdOy2rPd2ZtYT2FiBuVwL+GC05yz82j0yRxDCmmk1WtahDkUZRXhftxa1684l4cC1mnSDMJV9aD2qI1qI7sji3ytb7+ziXEsNqSFme2I0PagdLTzqo/l4zFH39IuhfSIzfNcuohCEOIJ81DPq7eBs96pW+4ig1OHoOwFHhyVCMcW61oAH61DPqEnu2zKsSJEJS7sxAMDMsiD9dsLB6+vTPxUtytWLk4qcZ4STuE4L8NzWYyP7zjw/5rHYhiG9A1A00/RfundaQSj1qd25rbBFaR/n1i/qfVXdPf7gh/fBQjSsRtkPoMO9uI46sLfCWzkn1Yt6cwvDzdT0Vzd6U4KXNQ68I6IRf3bcBs0X7Kgv2n9SJkwKfoMJT86t3r+15CJ/6mcV5rcE4nM7AXAy39FhXfapEsCx9LkPa3GXcW2C0AAj3NehZ4PUv8WI8MM9AD8VjJihiiAVATxd0LlAZLDwUUlN7TV79MC6bu1zBL0j4s4cRbFcaDpwLvztz/YJvCSb1UzK0eFmrxnt4HRIIghlPwrLPESNuEcDngtO/Z4OQDsjFUeEHci4j0C0pUBOjTt2vVWcAUg7qcZ2q/pvOG7LjDWK2ArLl///BLRSGjke10YuzmPDHpxZTs9PC69ZevHuiOIPx604QEduNfk8fQML/1ECSrufqgVGfQ3h6KtLDo6sNHJbrluR5c0N2e1FvEIwY03yr+mTNrSR5+mo83M8E3TL1FuueXQPBf+CafNJSE0/FvX2+m9KcprYqgt08ziQ3cBA66CdOOfRmsPaLpgLJB3rD2EI+9y99ToAZcS5yD8Q7XsIQrQWcU1kg9BO4NHnuIaA1BNr4DopuzGQaZu1v/w4Hj1EGZw1I/rORAvw5LxZu1L0OkdfEkjimg5JTQbwQHarOOvrMlmGFakk4MA9O1kHT+DQwWjDUAGnWc9oQBHgp8PSLutASNoWpF2eYViIOgTdfToI9etD7tyAZHzE5kCJglumILE9Q98H3xeZzZDb/FVunV703/lTOTKNHqswYlG/XFsnb3T6jEaRXB+i5JUNaw9788P3ehEErYiJ69vVOdgxIEf1i3XCLqReoUEm6l68Zfo/0sbP4BdB3yim8rNF6RfYtVVJNXRJOY0BIG3PbCDxyICytR0gaMORpa/v0qxFWAMYIhB5dIEI+wGUAMY9dlxRtyYRoAhAUzYQEXp2ZirGGnGvbhFifDElm7S39MioB6MCn6Y0vXBrWPPKVen59LWQaIOJOWqJhp3FagMSrxFe+j0DmAjF3SnV3tyZO7y3hy/2xj05iz+NB5IRgvvM8MY9NcsLeW2Nt+aTdAeCpnTL0U66seOOFgAtd6qfZBxbdpzRBiHu0yxJo3cqym4CYMcPcb9dzI/30uj3Lh2HLA26M7ycD0leGLMzMyW15qyViKPLgmBXs1RZdkE/ghJLN1hZ7h4AYAYlpmxZl+8tnLHfmz55gxc+4SuWAztSJ6271wd8DLHP0Kl2t5RbQ/vSxnrIwDw5ZeSqrxN3lgXKC1IPN3aA2zYGnkBPBICDdUf61yAAUTst4T6EJAjuA/xUKCpxyHo74UZzwSIIUbBHsQQNcPqAo+8yDfvezt2lR4b3mVGlpElXfrkpv0aNP2IJB98D6InEIlQg6KwhEK3WcHBPsxqNEo7/Y+/Mg6q6tz3v++NVd//R/bq6qrururq6u6rfq66ufp2bO/S9uUlukpubwZjEOKECAgoyKKI4xBkFAZlkVBEEBQWZB2VwwHnAENREM5kgahxiYub5ZlBWr/XbLvyxsvy54SW5mXbVt/bZex8Vz+Hsz/mu3xqa216ChZFllKXqqzdg5PAc2FTWKdyjz56pAoCKeC1Rc4h+1xb9P88JTP+9UnUX6F9H3Y3G3Uk4bkAKiPoZWaXXOZKS46sOy98HDPu/F/lodmcm9t/ctfP0VT/hUv3aUJqOa6Dz5RT9yzGJowuzLpurTyLk9uGa21ZYEdMAK6Y1QjIqhYSQQzHsSL6htzS8YsAXb2pHRrXiKuge+8eCfzX2jqRM2ew55E8ZZ7Pmt319An/QZ09eIbCRDOTaaS+0Qx4LB7j9GAor89vw72vrfB1ajqAOnYetB8/Btv1noRkXKZv3nIGm3WfM420HzkErPoeev6P7ogo/HYj6se4aJfh0ADKwdIBeFscW6BiaaijVvzokDHXQMRzlNbdrFDBzOkRxvAff08gReQOa5wbetfLFtn1n3vWVlGNnp8rzyuMDWiMAAU2UkrmqQ/KQT3e45+jrkLqgjrJPrXAJLoj/MROeemgNPDm8CJ54dB08+XAhPPHQWhh9zyq8bo3BQkh2HDnvJ2mH5AakKzPVuqaCUlxTXKECPccapGtd0W9yDYdX/btFHaDuqRwaAF17R1mGfk3uD6Njs9PmF4SV7u86zn/euZboy1nqLlPPXnXXOArw+TonYajDch/ez6uKuyA/YQesiK6HpKg6SMI9wY6VQtCb3sSwY/ldv8M/W/c5hYOte9ALVEKnwg5nE/0TPuE5se7yxdzgDVfWpu6DQ0cvGFi1U5wVAVTb/ipU1r8IZbiwWFLUBYU5h6EAn5edsAsy57dD5rw2yMCsmvQ5rZA+uxVJ3gIrZ27DH4y09V8k+nvS41vM3535dDtkLdgOqxbvhOyluyB3eQfkJ+2GfIwDF6TthzVolddmHYQi/PmK8o9A8ZqjULLuGShd/yxsLO2GsjIcZbP5OajY8jxU1JyEqvoXoLrpJajZ+jLUt70CDTtehcaOHthmwHsW2vFm1Y7g3XlMcZUq+C6LY0suKApHqWWedviCo9tJuuXfNS7BYtcBI0ewvdLOzvN/9eEqFYg66hv5vIDjASWBR+l44yr2tyCql2jU1J6AKX/Juvn5+H0ajB1eCKPGVcCT4yqNRoypMHp01GZPT6GeLIMn78+Dsb/xIDl99GroOHTW10QOee3wUPup+juv1DKKBB1XCYd/J6hDla75dY7+k3L8FPn7KfjXk3V8JufEDM/p7B+IfF96l4SnDruhj6pyNwHQ5Q6fiucJCNrANMd4f2xtfAFKsw9AWnwzLIuogeVTayExsg4So1AMvGgPdsm2w+uH3g1nx3Kt28U1XaPcEn6NqfMXJVuqsBt1Z+K/xye9PSAU9euUt5JnNHxFgMpP3osw2QkZCDEG1k9J/bY5lmTsNL3wRitI0Q0keoO8NyuyFpYb4eNofONiULH4psU1QMqsJlg5txmnA7RAVkI7ZCftgLy0Dli9ai8UFhyE9UVHoHRjF5RvOQ5b6k9CbctLCNTXoOXgWdj5rAQmA1BKB+NuH9rj45qjtEM9l79q13F7IX7q8JxDe7ov9Slg1OVylK51R13SLerXBCAlTGVz8XVr9mH3i5R+Rzf+4QIYF1gFYwKr4akJVTAyYAuMn1QLOdmdmGGG7ZROXoWmxtMQM32rgd7DqEeeKIMxCEnTburJfNixv1eHnZ9RVbKtnAuAmoN0Ss9KlY87RdmGOsDY3vvQ0cGGUPVjeV5ATnON7tINIwc0b+cS1+fuft7OVt5/6Ny7CiQZoK4QqrMhubv+0S133aN7ZmMXAq695WXYvK4TCpbvwPtkLSRMqYJl4dUe7CzgMewYeHSP1YFH8pWh2YeJcxfs0UI4rf2B25UePIhPHFCtPnN80fmfGNx0MfAYdih60ZMJdjH9sPMUaYBHb555E5eRwqvNm7uUNHkLLAmrxFqQClgUgpq0GRYGb0KVw4LAMpg/cSM8TZqwAeaNL4W5AaUwZ+x6o/jRxTBnXAnMC9qAYY9yWBxZAQnTqyBxVg0kP90IaYubISupDXLSdkJB9h68CR+AktJOKKvshi0Nz0Edritt3dsD2zHsJkEp1xzd8POfoFNRc/wsZWDeDH+nd+/uvvi1o12cK2NVB6D7WAJRglE6Rim1lMOGYXpCM/DkiPHY0zAwoBwmhtTCBATcuKAaGIsKi2iEF05dBbl9/fV1SEneD8NHVyD0NsFDCL3Rd2WYv2t2UBHsP6Ym4bhHUrkSdPzXN7pdo7vEQ0+u0VyjY41RK+GQXXJ4r8vdcNydoON2hp0CjA73qEs60eOX+6jxen8DhkUNu31O3HCGUP3XOjozU33tbR04dA4atpyA4sy9aIS24r3Pu+8tDdtC90C6H3qKqGF3Z0xCIomBJx0ew84Cnp/1u/AHsnpEvV2M796Y+Acuo4CFHTR6Un8G0GPg2Q7PAI8UIx1enefw6I0cALwt9IbrwAsywEMR7Bh4Gwzw5iLkCHizxxjooYpwOvE6mEkaWYgDHAthxuNrIXbEGpj+2GqYhmP6Y1A0tj/ajPHPNdONI2m8/4M5/QMgo4fnQ+yotTArYB3MmVQC88PLYNG0zbB8VjWkLGyAjKRtkJu5E9aieynZ2AmbMWRXi9Dchs6j4xi7SBWAJILr+9hd5YLVZuy1tsPnPlEbAMi9XzHchpCE44aiLvmc9KVNN9ckH8yFkMn1EIwKCquDwJA64+pi41rgwusfAm8a9ELDGwh6ntND8I26Z5X5O7OTWxhwSpnG7YcdH1IAKeTfNepNyd3QdIVK9Wn+LhfpWmtU+qbyXk3Q0V2i3/M+i/x1KOrHMwMKub8mZfEeFFmpWmmHA36uSR1Dn98oQ6qcabq9jdzbEchLaMeIVg19gUdtMve3xSEVeL9DMfCmkKrY4THwdIfHa3iWu0tG9cMu1g08bCs2oK8otrwsHOQ8u8T/ipktJ0W/xAvJGCP92QGP5ALe1FrL4XnuznZ4i0MIeh7wFpDI4aHI4enAKzbAmzXKAh7B7om1Rjbwpj2a7wHvERt4uf3Ai0DRQMgp95sBkTQokoZGmpEioaQbXdcnkbTBrrgPxSGuEY9kQ8zIApg5oRDmTi41wFw2pxrSEpqvT7o3ncM01DXiSv32V95S6xtJrnVHZ8jUfc3hJB3X/EEzL3PHzeJf/AIxZWojgcto0hSCXr0JWb77zudwu217+xkYbq/tjSyHsb9LNckvtY0nZb2j1kJOAlFrJ8fSE290GMq9lP9Zjf7qHHWwyeuuNUbbHdoAdNUzspQkHAlP/4B0u0kJvi2bnnnNnmZQWfbM1bb2l6DzuNIPVYMmy7026ccpquf3YY7C1sZTUFHSCUWZuyFnaSukxNXBwknldL+i6BTdv7wv7/QlHoX3N5QFPLoHkiyHt3yAw0PYSeCxu2PRfdiHw5szYb0s99gf9dvivx822G3k/8r4twF3rGgXabQfLptW88lPNqQpwpomW4hgx4oRwJuqAI9kA0+ENOkXZT5BzwU82+GNJOA5HR4Bj1weOzyUAB7JAC/TzM4KlcC7K80DHirIAM9ImWSOsiYhhP0565LdFLp8y7O9WqYqH7u737hhKK9Lp7jXDxxVh6gfk4oK9yPEb7RzwtcyMroJImOaISKqCcIjmwz0QqY0QHtrD/jd4ma2wuNjK8npmXW9x4cXe6HN4GI1SWefbBwujrV1RwahhKAOTekc/csdXtV1mJ0jS8LTZ2j1iHSIuhyF/GqphnNsVefQ1iCl6PPU2z8cdmRBL33JDLs3A2aOWYvLFxWQm9QCm0oOQ2vri7D34FklxMpS1iPtNUcNnpRdjvkCddXHYcOag1Cwoh3S5jZAQmQlzJtQSvceXl6hexLdm0h0r0JtZOB5yzPG3ZH6gWeFNFGWu5NreEkkJWmFHZ5VcH5L4M2bWHJxAOzuSDoW8Nv0f1CB5r93ZtIa2ZV7bnDppZ/yGp4EXvKtgCfW8QzwjJwOTwUeSQee5fAYeKhbAS+KHB4Dj/TAKpyCzMBD2Q7v7gynwzMjSlATLOChCHjULqlvQEPole3dokyDpZVpyB6rEoTulnH+SzrcwHP0Sa3ddgo7YqT0wy52xjaIiUVN3wZTo5thalQzur0mWLhoF/T19YHfjeBIwCOnR9Ajjbo32/w7ldXHlNCqY46jNqtRnBcwpGO1tEN3iEauukhd7pCphOTQs1JdDcd9ZqgewozzDUUHISm+CsON+Bkbsxrixq2F5XGVUJS7G/Z2nhfgE2CUx45OOPx44dSygzf7YqafwM+bPtmcdE8GfXbN0sSscetwXX8DLJteiXV9NZA0swqWx+JaWUwFLI3eDEsiED5TyvA5eH+ZhPeWIATWxBKYHYD3kzF4Pxm9Dr84033ERIvovkLLJSaKNAuF9xxUMd2DPOh5wKN7lAe8iTeBt8B2eAZ4mxl4HNK0w5l2SBNhJzM0UUrCiqvLytNBpZcGdlFJPoXlB/9h2LexYUw0jPqQibq8M8lxzdd+SsAj0YtrJ62k6CFNkg08dngc1qQ33QYe/VLQLwg7PJQBHkoFnnsNj0SwM2FNC3gPW8B7MIeBhw7PH/BIwZrDY1kOL/zh7P64+aQ/pZ8Q9Y0O6c/r0Ms6bGkQ1M7bTQKGBMYOrPOMearAuyHh6xY/swXiZrXBDHRn02e0GOhFTdtqwHfi+JswmK23532TzfmEV75gwPcYhTbxtY0PLvbRO1Vc00ZVOdrFWefcEiBUahxdQ479z2fU9q6CfykJOO2adh1/zrXZu6gFHtymUTOkzKuFnft6lHVHd9kGH0tgNjadtJ3Jp/j563MBL8zIi85M+ZNZnqAvsfTZps+4t4ThRXboSy/dB+h+QPcFuj/Ql2OKCpn7RixqAPC8e4xZQpHAmyuBx7DjkCY7PIKd5fDY3ekZmv6Bx7CTfTQXTNrAOSas06PvSPxPw77NjZpuYubLa9/ovBJR8c5Py+GhdOChZKZmnZK0gtLX8EgipLnRnbQyqmgA8NjlTffCmirwIvsd3k3ghX8DeCgJvLvI4ZGEw2PoiZAmurtP+fdgw6ZnetQOOK6WcTr4dGeotYuTsBOwVKZy6FBEyX3yogYvhI//5zlxzTBn7naYPbsdZsa3UXIKyUAvM+MwDHYjNzguuIbKGEzN3hNjPfCNejDf/JvVjc9r64zuDFYdjAxDAUTrvA5Aeay6RZINRHaQ+mBj1+gpLTnHkanKcrlJATrZfHwPura5oeu9e9jvVsL4B/NgwuiNMAHLSyYGboGgiRUQNGYjTPxzLt3jvC/496RD6br9etkGS7umJ+bg71YyOxQaIfS+Cry7MwYC708MPNT9FvA86JnPvge8PAk8D3oMOxTdTxh4syzgIexQ628PvOABwEMJ4KGEw5PAk0krDDwuPFfX8BaGbhwwAYHG1E38deJ/+dZAJ9f1xv4quUbQFb/t5/SkzNza9xNJWmEx7HTgiTW8BJQNPNJigp4MaYo1PFGa4M7S5KQVex3vkXwShzRRnLRCIuBlq8BjhxcqgWcmLBvgeSLoiZBm4O9X2l14PvPRP9V5Xfx5V3s4tyQchSQoeW8DclNVNyXfeMXhIfh+LcAemfN3wtx5CL057RA/u63f7e3c0QtD2eLx7xmFwHtqvHF6Rk+OKje1fYnzah0ZrAoEXfWK+qBjlttNKi7RV6ccluMcS53f6AuKQ++juh2dWvSIXK+O8qECA7kJWFISjJm2KSv2wbKluyEMM3BDMAM3DJOSwkKqIfixtQw+LA/aojtJKQE8saZIa3fcagxhmva6mWhuAY/X1xl4+Lmlz6/q8Dgjm4FnYIei+4IROzyUcXhPDAhp2sDjNTwBvP41PMowZ+ANDGeGmIQVDXgiaYWAZ2AnHR6JYGekw67szYFrdisujPl1yn8f9t1u8HfYkSUW/8GvxADQtxNiqj/6UQPPv8Pj4nMGHieuWA7vBvBCDfBkaQJCTwceiYHHmZqctGJnaZJiFOBxlqbu8Ei2wzNSHJ6Vqcnuzgpphv0580srM/MtAyy7hZwu0WCc9/wYxWBTIehuH6ePn5KOUl9f5HPtWLsY8Wi2V4rzaB4k4M1v8eIOWITrdPMJfE/vILdnoDcLdeWNT2AoW86qIzB6YhVDrz/EOfbuTOriMqhOOLs1GDqOhdyhU1m/6D6WUHSHVPWWcMIdqs/Ts1OVTjkSlHu6LkAsrtEF0Dr0yBIDuonothOX74Ezr70HvH3+2Vewufx5mIJJSeERDRCBmbnhgZtx7qfXMzV5Xq1j7dFf4/Gc5NYuK+HrM83hcXIZhzNthxfuOTyCHUmENPuB52Vyi5AmA084PDucSaJ7ku7wSEEGeDKkaSesMPCUOjwtYcUd0lw0uVyOULoS8JvEf/wuSSdLF34T8KvkF6XbmzZyde+PFHgMOxbXg3DSihbStIHHa3hO4C0QtXhiDU+GNDlxxQaeDGnKLE2xhpftJa1QaYIHvAHreBzSDLGApzo8ljcF4Bp1VbESVp4lYLHa9b6q8hyLoWc7Pn6eL5e4gyXBqDlHRzPxpfFVXIIDSxdth+XL90JCgge9xQg92+2tSNoHQ93WrnmWitWNxkysNuB7EqE3avg6+vfJZWrZqG75G1bsHlysXfMFTH7shqhMptnngCVDToGjnNihZq3yse0EF0WVG/c+YVy5AV0gasaMbQZw2rZp43MQFYWZuZigFIPZudHhWHd5j9cwIDe1VThK2fHGrd0Hej+2B2mH3p1+nR1eCEqGNM1nloGHsAvXQpo28B7xgGev4cVqIc2RNvBIKvCskgSSBF7F7dbw7LZiLuCpkxLmBdrZmEZv433of38voJONpjE0kCpmO5EjuJwYW//XHx3wlG4rSpbmN0sTVIdXaQEPZQPPEdJk6FnAkyFNvRaPgGegJ9fwOEuTgOeoxSPgidIEBh47PA5r0ugbrL/jzgYY4kx9tf3YJQYd7vlxv6xrFgDlY5I4L6DIYBTPFdM42C1KEDpU0/oifvP3wlbzp9VAasoBSMYQ1/Jle2AZaskSBN8S4/YM9KqrXoShbrnZnaZDS0AwAi/QAA8dHwrd3jh8fZfNriYI+x1kzPJf2+iqZXRnskrY8TBj/4X/mtTrEpLuY7lnMQw3VXR57RJHrPNgh69/EKq76w1wbYWru2AaJihNx1rLWMzSjUNABiF4qFxl/dp9DFOlWcDtyzaC7lr5Mn+GcHbkO5PUNTw9pEnAk0krURzS1IBHkg5vpACezNCUwBNJK5yXoIY0SXpbMU8EPJQzaWVGM0x7vOCMgN3V0b9e8athf8ttzJ0r/h/+IC/L8oUZYwrPpeLa3o+1NCH5ViFNAzsVeNxthaFnZWnSGp7RrR2eVYvnAp5ei8fA424rIqTJDu9e4fAYeDb0fABvyiPZJmmFlZ7a1kWgQzHY6LG9J/F13rPEOQFEXQw32w2KaywLmAw5cf3pqDIvgWB4HmRlHob09EOQtvIAtQQjN0fgM25vKYEPoXfy+bdgqFvayoMQGFqHrckIerUw1nN6RmPvz4FpGHaz1xd3iyHHyjFLHusu0S292bh7Ioc8L491SOrA1CEpz0t3KN2jUNz4Qhj/51wDuUkhKHz90/C9vd325pVPIC6uBUHXAvG4bhsfj+FsvC9MwM8Ila1UVD7LgFOgxqFWXfNC1x/oz3T+48peAzsNePdySJMTVrLoc43KtoHn3+E9IZJWdOCJpBWt6NyuwWOHx7Drby2m9NF0Z2maNbwZTX1h92VJ2L3KzaD/5tvk/5H4r7FmL124PQohvD8vtOzKj6kswTg8EdIkyQbSy5V+mrIswXZ43i+JtYZn1+KNK5HF5zbwtFo8O6SJEu3FZPH5fVkkExZhh8dJKxzS9IC3Ujg8lFjD40xNnNx83m4p1orp/G3HPOi1eZDjY95bjy/bxwxJfp50hrwfuhR3yADcsvVUf4H5ioWtZo0tK8OD3srUA+T2DPQSE/cS+Ah6vH43pC0J/x6vS0udcXrjUQQ+cnvj0IHga0kjsPTkG33qBoPOVdsoM1UlKN3ukOVyjG7X6B5bpYVS3dJdolKuUV5+1GRjBgXXEOhMQkooamvzafCzbVh/3IBuDmre3O1Gs6LrTERg0j1p0Nj6EgPPmYwj1xRLiw6+aGW8X2HghSjA45AmJ6x4Di9bruFJh+fdI3gNTwJvJMqDnY+Qpne/mu8lrdC9TJQlyKLzLbKPJgNP77RiwS45tvGaaASNSjo8mDq773FtL+UuIjEKxFj7S0uiqj78UTWQVgrPlYkJMqSJ2uLstkLfkkj+Hd46uyzBEdIUDs/dbUUmragOL8iuxePC8xvAm/Jw9uf2F5w5kWWHWg3sPLWSPKAJEA6EopF9jeHHcOQ9X3O4wnaWAJ1rLXFuxEbz80c9ng9rCrqgIO+ogV42KjPjEKSjI0tF8CWjIyBY0dreBx98AUPdlizpMB1agsPqjQJD2O3hut7YTV4ReuNzjsxU97R/hqJezmEeS4k/q89uZLlbw7mPdUi6O+a4w60sPbRKih23BiaOKDSwC51cb7IvJ2NCyvlzH4Cf7dLFj2DunHYDugWYuLQI13KXoMuPC9ts3qv4YGwArjhL2RVHjq/a233pGmU592e7P7jqq/71uxvAC3M4PHsNL5KzNB/WgKc7PA5puovOGXgGdjKkKR2evoYnG0c7uqwkTav7K95f3hX8qCVDNeyHugX8MeffYM1eEvWKQ4EsWE+Krf/iBwo8gp0IabrW8NylCTJphYHnreNt1NqLWZmaRaLbigt4InHF1U+THJ4sPhdZmmpI0wIeOzzS5IdWnbPD2Hlr951qFcCTkiBstZyeBzkfsqBJxww46R6lO5Rg3Ix1bzwFITNxJxSufdaDXv4zNObnJvTSPOileNAzzaCHulHSC01W4NZk1IjahDh5+gK+vtmZO/SBxRyOFeeUPcqZlaqfV/buNnFyr9c4yrZwHS4QknzD0l3CsWHjEQjA393QkBqCnQHdFMy8jJ/VCoPZsrMOw0Jcu12MsFuKSUwJ+KVlOYa4w4d79ZPFRQfUdUQWw1AeB/1x5Uv8+Yl5ouCSkrCCksAjh8ewM9LW8Bh4QwxpypIEmbAiyxIM8DzYSeDpbcUM7OzRQAlTKz8IuHNggxMaRi6nlf9wwffbxP+GP3Q1CoT6Ih/L6/nhNaPW24u5G0hbrcVQagNpfWKC7/ZiMqQ5XZ+YYKSHNB3dVgh2op+mDTwjy+FxWBND1UYTf0cwTL5g9Vt9u2rHK2+33AAZ7wertn5ZQDQSUBQOUgJTOkQWQ3H2lFIvu3jUGigtOY43rmNQVNgNa1d70MvLPWqgtyrrMLs9A7+hbpcvf2y6tEREN8PkqU0GfCHhHvSCbri98XiDWzSjQqw78mMBPkephnrev3T3yFKeIwYa28fiHD0euvbIY4dix66BoOFrPFdnlRmsTNkPg9lqql4gV0ego1o9U8qQjGHupfPbTGgzHDu2dHRdcCTi6OenjVp9qH+G5KM5z/cDzy5LuBHOnKwXnRtFCuAZ2PEanjOkKR3eepG0wsDjNTwBvBC9j6Z7UoIEXgPMxHwP4oLFiOtU/jbsx7gF/CrlXixhOCHBF4AOMG5s0flUHN73w3F4CvD0kCZDTwDPPRNvAckKaaJ8T0zgsKbu8NzA40xN88FRHF6II6TJwCMR7Bh43ER68sPZJizDCr47/flt3RevbTt+mWDF4DOSxxKM0h3KaxKI0jHaj3VAGtiZ52xqNu7OKC99D5RjGvqGUpzej2s26wh6a7pgNbq9/FwT4iQR9AwEh7pt334GohF4UTFbqR8nNaE24LPd3oRHVkP0qAKRvdpfrmFDjpN1tCxWPqdCz32sa6fDHapQFDAUUFRgqIZT5Z/xnWRDsyEDKAoRVkOgM4qIbDKlBpmD/NJy5PBFD3To6pLR4VOR+kp0+xmY2BQ3scT83qctbRr0yKqkebVcgE5Zm8+pbcVs4N0/0OFx0goDT3ZZMTV4jpCmo62YK6R5qz6aqNs5PJRdeD6t7lrwXennBBs+H3dn0lPDfswb2VIMc4bjf0YWENIv5btPh5W/+WNzeDwIVgeedHii24o+IkjU4jmAh9KzNGV7MX0NL0yfmKAXn+sTE+gD2ofZmhcRejLmDrGBRfsJeCQCFu+tc/Z5SzoQWTok5XUJQR2QS+dUex1VRq6Gqi0vQGXFKdhU9jxBz+n2CIRD3Wh9kFuTRd9wehFRBL1GcnsGeoGjSylxxQ7BSvip54z4HEtmpDq64DAc3fIPyQ7H+Z0kvTuOXIfU+qaq4JQJPFkprTCRwBDRSKAz9XRR0c2mzCAX38fBbBcvfAQrlu8l2JE7NMpAaK7CL0CZqfvws5BG5TnQsu+MszOOPF+26eirVgH6+/iZlMAjMfCspBW1Bg8l+mgK4KFESFMAz6fDY+DJWXhLuHG0YzQQZ2guDCt/m1sUsqi2Gznxf4b9VLbgPyT+uxvZnF+iQMzcu7jkb9mtZYZv4MluK07gkWzg+e+nySFNpYG0cHliDY8dntJthTM1tfZi+oggCbxJ92Zcn/zwqnPWlHNVyxbUdzLgtjLshBToyeu21HM6BPVzfLzt2YsQcl+Gt3a3ZBvU1b5koFdV+QJs3nQSyjag2ysxbo+hR27PQG9exGb44N1PYbDbtWt9MO/pHV5rsrhWmBa7bUAjanZ7kyZ4iSstz1xQoOcza1WvYZQlHSz7nHSLlmNUQOnQDukQhTQwul2kdI2XWWoYNX5SMYQ+VUyOzoAuBl21V1O3jb54DO69u97HoDOuLiv9kFnXy0NwFuR2wuJpXtOC1CWNziQc+zxpV9dF6liF4r6a2V/Za3ikyc6QpnR4VkiTJGvw5KQEvY8miR2enJRA4UySBjw57VwfDRRd1xeJ7SiVe8Y6yv8Y9lPcJvxz8v/EovV65T9N35bOL8Sm1Kl/+/ZiEniyFo/LEtjlCeDJiQmctMKlCezwSCJpRYQ0VeDdug5PFJ9nwxQBPKufprsOz2ogHfpA1tehD2adCVCSkWixOewvWb2YjTsgiSU9c3s3wU7KhiCfa/H29rGEpQ49/Trtb+kKVxcd4KJ5aKx7CRobXoF6hF5N9YuwhZweQo/dHoGveF23SWhZOrPO/LmuvadhsNuLL1y92ZosXkxfwJsxz9oLC/FunnUdr3ISjqxjlJIF/3qdo4CguO63hlE6RVn4LwGp78VjtdG4kDjn1I7uCxD4h1SYGlZDXVJQBnTUWcXU1a1Bxz7YjcKgBnRYp5mTdQTyczphNf49awu6oLDgGeoxS233oOOY5zCdU/8tUUlP/zreIzkfaMDjtmIU0nR3WZFtxfSkFf99NG13Z/XSVIa/uorOGXgJUVWf4xdn7onJ+gCTU8YO+zls1CJm3B3J5fif/lq8CBQ2e2s2zt7jxtTfN/BIdpYmyQZekj4TD8XAI1VySJNdnnsIbL/Lc09McA+B1bqtiH6acg1PD2nSGh6VH3wZen9mj/YeUUgi7KFVZ4PvTjPlCUH3pF3HtOI37Xh8wfpDJxlizSQHAG01C+ApTpEhqTlIJxBnh28wP9+CyRvNjLrmptPQ2PgKNNS/DLU1L0E1ur2KzScJfLS2Z6CXn3UQEOjeVIM1e2CwG4VC56PDmzuXGlFvh5ke9EyIk91eBDm9iHqvxVjjc/ZapF7Ib61P8rF1XTsnoah3xZFt4jRICoCKxzoA5fMYZOKxdYwaPARLyjph4l1p1CEFRR1SSC0wa5YpHjfrb4PdyNFRKJRdHbn+ddgmbn1RN5Rg+HtuqFfeUrhmX7/b3OMj8Sbq8bz+dbyw+zOufCNLUwce1+Gpo4FkwooOPHs0UDFJTkrQszQpUiWBF1bJDs/ATjaOToyq7YvxuqZcF3kcR7gB9M9qo/80hjoL5Nw9nqY9bVRh7wrM6vxegSemnisOj0OaJHqDSRbwKqXDU9qLbZRZmn5q8bSQJkqUJaD0kCYDz0h3eKipw3M+D+YWYsp7gmHNftDZCv1z1pd4/UN7baK49virDDuprRKC8rqUDUAJTR+QrDvYi42AU7zRRgUHYcf2MwZ6Ldte6wdffd3L1D7MhDk5xBmDa339/UNx/W8w2/MnrvT345yP4pFD9tghO8RJ3fyLNh2FVpmRagPOymDVSzXktcuKYxQg1QHI0usZ3f1TGW4CkFprON05DmUaR9LCeggdsdpzdKiZM1sHFI/Pn7ede2j63vJyOikUSq7OtBwrLnyWQEeF6eZLUWHOQZMANWN8oV3Mr9c/WteXzKjkgbDoSlde5sJzBXhqWzF7NBCJSxKMrNFAGvBm+QAeOzwUT0ogWSUJ7mnnc4NKr+A6/4cyUx+VTEPGh/2ct4Bfr/yPaG9T8MWQLxDpOo0iSoip+fh7SVphUVEkA4+7rYghsMoanpKpyd+MZEhzYPH57DFuhyeTVgh4ckQQr+GR5BBYEoU0ZXsxBt7UEXkfY0LKmVuA7iNMVDkbfE86pxCrQhjSYvQXVmLSG+VtL11owhuulA02edzsQxYkxV53kGkr224U+mbBnt3nYNfOXtje7kGvFaFHHTiaGk8PgN7KBc0D/n8RGLr66+f+bphUs7dsJoZzErx+nAsX2tMXzNghXtfzQpwIPurMn792P7RxGNaVnerMUpWlGewKpRh86nP5WLSNc4ZS/beJk/DTwqsCnDITVQKTmglEBGyAWQg6cnVzZiPobhSPcz3d6ZffGdT6K4OuaK1xdR7oNpwwTaYr8EtRVeUpmDFqjYFe1daTsrxDrWsk4GWnb++2ps5cdTaOvs8d0owWWZqKw5NF5xzSVNqKiTU8ezSQOvx1y4DRQEsiKj7FMO/rSnb+SWxHec+wXzaR3HLnivn4ApnwmBbujB1beC4prvGr77j43D0xwQ5pSuCFSeBt/mbSCspqIO07pBnrTFohEfBQIqRp99O0HV7E8Nyvpjyacx7j65d10CV/OGV4ztlJCDp8zPPBnMK/7x27tgb/7p4te3veZlAR3BoV+DXSXp7nvVCTE4Q6OKNHe04tbW4dHNj/Ouzbex72dJwdAL5tW18lt0fQoxAnNfcF+f8ry9oOfrbqtXto/ZNakxH0qBG1aUK9EEUhTp61Z4c4J96dDhmZO7RMVQk7d5KOBCEf23sLkK2qOySpHW9sdygdonSL8s+5Gouz3IB0ZKxGj8yH6egwZuNryl1S5t/okrJoIRaP42tP77nf7dL59zB5qR90RuUMOlzzrcEvRbW4/pu3YoeXsDWn2gKeu9B/Q0XXa9YXyi+VkKYCPKXo3NFHkx0eAw8li859reHJLiskOSkhYWrVtQg1KYVMTHLcz97V3b5HZ3I0vlhnUXCrJJc5OAk3ZWZz37c2McEGntZtxarD02bikZZI4IUw8NR+mo6ZeGrxuQSeDT11RBD30+SJCVOH512LeCz34oTfpfC3MCGa+p16CR3dG0F3p/VxsTmGJ7h+7bbQwySXXtpbkxVerj549pNGBh5Jc33qOf25Ohh1Ve/r6f+5WxtOmfqqQwcvEPjMDbBj11ka7GrA19bihTizE9vV/1vIH1fC229+BK5tb/MJDA+nEuxp+oJpS7bcmr5A0CO3N8+atReHjiQI36fk5c0MPJ/Sahe1cg/NKUp3KCApASnOW3C0QcjXxF6sJQqJtUV53pcw1A7xcVsZdlaXlP7icQMvv1v9+v3w9JRy2FhynByd0RZc462+AbpG/GLUhIlPWxteNolQEcNz9DVH5XHzvp737d8rHgCrN46+CbwIvY+mEYcz5aQEt8Nb75yFRwkrXJJAsmvwSEvDK69F4TodR3ZsUZ5G4D+n/udhv2z+6/jG3Zn8AE5cL8UX8CMUKPo67MGsnkVTK99L/bbCmhzSFKUJiQw8tYG0TFoRM/FQVlmC4vBuOROPdFuHF2WXJYgG0pEIOQxZXpr4eyubUmkIMOn+jNfQoX0qG0YHkBB4flweJrN8TiFQ+9yMScUH6rsv9jHoNDUIsInrCiR1EDYqAMxZvddzn/dnQvezb0DXM5cN9A4fuggHD3hub/cNt9fe1mOgF/1Y3i3/j2kzK6Gvrw+0raHkgOk7ys9NSujwpi944OMQp5m3t8BAjxNa2iH4fgRe0jZRv6hmovoCID9Pd4P+XaQOR5QCRxuS7Qoc5WMGZJsMkUqAylCqUOP+MyYkPH+ecXUEO+PqGHRJ+IWDi8d7e94FP1vy9E1mXTU/fe9NV4fh7gbM7G3CRKetTafN70o7avbEIvN+12x/WVl71GX31JyC2dDcRxMl24qJPpoEOwk8t8PTu6yQfAx/lQ6PgBde8UXEQ8bRXf8lfPkd9erESvwAfDFbOHNQ0VfUtzM+qORS4oyGL30DT8JOJq5wHZ4AHkqZmGADj2T10/SAR5INpOVMPFl87mgvJksTPIcXNTz/euSTBVdwXa7XAShyIecjEIZYn9YnRgJZwLNdngN22H1F1On1LZxTfajBApr1mOXjWEDQBp6ApeYi58dVmp8nYWoZPP/cW3Cs+4oB39HOSwQ+Az3b7VWVdd/WxS6L2AA9L74BvF258B6sTmgE+fosnbeNWpPxyCGCHs3ao8nqvLZH4DPQC8YQVlp6u558418qECUwJfT4nBuSGljdwJSuUQJTh6AIqSrXZWi1BEf2TLo/y3N1+JqSq1ue4LUDS1rugS4t5YCpp8te2gy32egLDYLGq9mMn1Bkwpd1NZ6ra258hcLfBnTb23tgF0YHcpe1mOdmpLTKpgB6wT8Koyz9X0AjH8n5mEOaoo+mmJRgjwbKdTk8va2Ye9q5XnRuZ2lO3vRZ6H2ZalIbFo+fp8jcL+HL7yDJhXqu4YvchQJFvBj8Ntltcn/OMocZKPcQWBIDzz0TL8zVT5OTVm7VbUUJaTocnl2LF43H2Bvy08gn8i9haEemAssklM8w7Hg6cmT+J4FUhmDV3ZHY4bEYdiwddsbZfWInGy1dWHekHm9QLAJT3bGLtOdjKXlef45PSPK58OE55mcqXbULTp18y0Dv+LErJOP2Oo9cgkOHMMS577xxe1kLm1yws19HfP2zIebRnH5XJ7Vweg1kpJt+nGbsULKYtccDZgl6QbiGl5nTccsMVXnMapbn+LnuLjeOc0PviKPDUoWfhKI75CpbxQlXmZuHTZ1HFBjQLcPXNDGBe196sEtPJdihUveb9+pU19nbrcHauQNQtu4oNDHoWl+DHQi6nTvOwO5dvbBvzzloa3zR/D7EBRerw41JMhEn5N70E/0JUY/mvPVN4KHEGp4Y/mpPSnDU4A29ywqFNBeFbroWN3bdReyhy1PIpU6Pu2NFaNRvi/9+2C/bd7sh+P6JpjTwep9D1zDL8GxcQNH5xVFVH8hyB+nw7HCmUbQNPJLi8FCm8FwCT2RpzleSVvSZeCgdeBA7qvDa9DFr35nySG4vhirPS9crRc5rErrf8Edz3sMkFDH/TvTOpL2YkMCwU8Ka6EzSr+G19+zXetmyxs56D3ADZJ1jEPJjIQE4H+ca6Zj21vnNu1/t/zkP7+2Bl196m4rBzTDX5068ySFOcnsEPeP24sevo+d/K5ozufxmE2oEnz19wU5oIfAFYsZsbuF+RxKOWr7B0PNbvqE9Hoyr1KDohKoEon5NAs7fMQMvC5N9IkeuNa6Oe1+mIui4HVhW+kFTU7digefEwh/IhN5X3gRtu3DmqqlLtd/HRRFlHL40jq4Dw997d5+lL0kYGr9gIgUxI/LMgNhtR1/3lYATYdXiTfnLqvOO0UDcVkwCb3Cz8Eh642gju4/m/OCyvtkT118NuSe9l5PQFD1HxeNmssEv2/e9wd+NuzPlbvymkUtvBL9JDtEN/IMQnLA7Hbt2L8AuL4mxDV+lKGt4EnhJisPz1U+Tgee/n6a3hvcUanzxZ9Gj1lyiYnB0XO8o/x/N4b4xGTOn0PV9HHJPhjUZQY4DkkNfLeBxWJMlwpoT8M+jztth5cTklmdqGWyKxDUJQw2IvNeB6HCI6bkdXjeLv2TB2d4P4LVX34NXT7+L4HsHXjh1laBHTs+A75mjOLEagYevybcGvNiAIsjzGlEb8KV7bo8GzNK6Hrs9CnGaAvfVONqmyZ2xqgFRh6T7MckFRlfhvxuI/vuoqufdjcb1c+lp7RAzep3X+zLJ632Zjo6OQLcq07QDMzV1CyIr+b3BkGCWgZu9vd5zFZ4O/OYXHpoQ0lz3Ajk6A7r9e89TGNzArvPIRfOlKW1OjVeEXnpYrWmUiTvxk0v6p59TVAbBxqOB3Gt4HNJ0A09maHKXFZLaOPrpSRu/nDlu3WUKWeJn3E5CkbV0HeP+b9JjdM8d9sv2QxlTlP4P6P5GoPtLw+L2Tu5dx3KF+/CX72zUk6t74yYUX5w3ufzq4sgtHy2Nqf0icVp9n+fuZC2egZ4Anu7wZOKKAR7u5wRv+Co+sOTjuPFFV2NGrbmATuwMOrIedG+vi5/dpesT/5CKP3v+2ejRa/5qemdygbmYf2c5POny7Bl4qsuzHV7Qn9I5vZr0RTK2FSOg3UISeMo5IQlAn89jzZ22yZtqPr0Czp39AHrPvA89rw2EHoU42e1VFh8ZItx0TcXkl9U8YDa7k6BnQpw8Wd1e2xuPr3lhVbcNNndWqn6e5L+mUWsA4ABjsz84Wm3iVBi6gEgabJYqurkWmD5+vQe6VAadaQdmYLc696hpBzZjbKEEGX42i6Ecy00y4qtgAoemFWXMb6DwpQ068yWpu+sNOHH8Cmxevc88L2VZsxh2fEnKAG/ZvOrD4t7zBd57eiJH5F2OHpH/Jbo62TiahLATDu+RW5Yl6F1WUHPGl/TNDSz9YmZA0VvoLnvw883N4FWNvWPF/2fvvIOrvLP+rkxmkkySmfyb5M28k2SSyR9v4t13tnq9rrs2Nl5jg01Hokk0Y8CA6QgJAQJVJNRRR6KK3owRRSCEJIqQwQIEqNFtg41NM2B+Oef3cMTR2XN/egDB6/XqN/Odp10wvs+9z+eeXgfxuckwBecfgjrXT3+986uIf9/jF5GvQqrsLLiBO5TuLn51FwtFIRmkAeJg9WEQIxzZI62xVd1TH+q91AaIqzUMf/eBui1CnRnaJdGD2a+jmgEezmbM7bkp+8EXBGvpwt5Oujbk1bj7g/6o98xEBSsDX+XQV5S08sjCky7NQV3iuU8f4iery5fDA8gpHYBSGgy1axKA0hLE2KL9txVDQXdz07emqfFba+mdqvfAVweFyOjmJGtv3sfLOhR4I95Jxp6cNHYIoUfWHsX2MK6HshmBi1fX6GUbdE7LZnWBUZcbfrR1Ffpz6Olt4RQwOoHIr4trbpcqAm82QOajftnWfUmgS4z3QJfCisfBQ/K49xIsoCx0eVvQVVWeMwfgB9JhAB1+bj6H2PDOLcft6yaE5lnYScli/6jwtRXt/Dfv9Ia4WchLC+qhZrZx5LspX33YLeWHkV2T74Huj3gz6f4wgJxi4QHkUsyYDzLujumVcW10j9QLw7ouPDMQvENQFN4I31+WRe3UFTAWUiDj8jed1tzfugX4TxH/puc/z34ef7XAjd1EKcI/Yd0F6+340HeTy0f0TD8LcL2Fv/JkNxUPeCA2FYG1EQPpbs1+Anho4ZHIwuOZmtB+7B53ewx8I64CYbasWgGcC3x8X14X+/JYSlqOS8sbWt2vB8vPmPMwiLW5+RoKrT2EHro4EXoohB7GYTr0vsEvaJq1R5PVrbWXmNB2snrkrO1eYfvWOnLH6qUbmnT4yX25JekQlOdUy9FtVa5zyHndaUXqrtaIaavNxyF5fJqB7ZLCe19mJFeILFr/oi49FeVn0aJDNziCzsaCj0FM+IujX6LXwNZfhnZN1BJzZAIOWKKbKjvws4at/a5jmAa+p1dESMev7qE3DLLhI3CeaWcSys809gcflGFydNHgFxd8HTWyoP7jHilNsA9j6J8J1G73glTlfi8tOBDafVHZuBEFu8MhHpaQX1FXUN5wMx8e4OOH5FGvTNlNBbO6+FQEPvsOxYEnLTzVyqMYHopcmhTHC4YJCqyF2IW8HfXfLqtuscBbCsCBfQ4vOKYtXaNjlAZGuu4Cpw5M2qatOkSxTHPp4veg6xZ6Z89+19bae+DirCxvMh19nycOzDW5OYcRejRrz1p7SQv3t8b2YsEiCZ+0wfb6XFnVwoCnJOjoEBR/hiReJ2HnAiGHmS4dev474ujuVBcUHRbkzMkrcYSTBV3yQs99Se3AsjMPmDxoB5YSu+uJ7iV+NvbuakCrDkGHyU/oHbDtyurhh9Np+AE1pvsi+91ZV9msDjjmGatx8dsOsr/7ysKk0sPjgrN2D3ghupbCGM9IO3D4KoaBgjrXz7u2Dyy83L8qLB63tO7MkQs/nq29aEgtn180pw6fv/f5/qabFZ+duPrpioPns2I2Hx/WJ213aI9FZUO7Je0Z9GbCvhCwdIJfiamGmqqDfV+IPgIZjIcADpWDuiaWD+2+aM+Ivum7Rw/O3TV+9JKySTD5ePqsdfuiM3fXZmw+dnFJ9dn7IIMqAijw/XzI/JoQVkCdVAJ0U3FMN2cxPFfiCsGOxGN4BDtwx95jnRV+nL+otAYhhyLgPTxuPY9ix3SObRkwCWgCkk5xcKLmJ3lW0/Au8ebqlVvm669umsuXb1jwnTv7EHyNDZ61t3X1kQ5/mMwYWWwK8mto+oIFH0FvEbP2pn64wgx+K6GNa7bElagjAec4dgNSwo7O+7cMVztijGJfvaa/1u1SlduImWvMBMiITbFWndfkOYuaPAPslsA9SE8oe+L7uTx7H7ov0apD0OGPJRR6DOznaM5oLykmZ9UhZ1YqKjFl5xEOPH5t3b7GW5mFlSeiItZVjBu8ePfgLvH70MODTR18Wm8Qkoi6Af1fL33cPaUxfEhufdzHy+uHvhr7pRb7B8suo7Mrys8Zds9F/Q+bzcnb+/xm7pc7Nh29RJBzqe7IeXioAojgQVxoddZuC9g+qQClvGYJHrN92qLouAi+JAUwFPSTkUVeYflrSjcVFLk0XcBDyTieTFwh0LHkFW7hoYJffWjdDeuZWsYBV+zBSYWeFIGM/pwEJkGOwxCP5T7fck2fVmL/jdMGLjbXrt0233xz21y5ctN8+eUNc+H89+bihe+txdfU6EGvJK+iw4E3Z8IqmrVnocetvXRm7WH5wuiBi2U8UpEKP3w9P0bpINTP6/LjSpXgRPm1EjVoan/GR6wxesEWM7Z/dpsmz3kPmjwXAuywJdji5CdPSEqauZbcl2DVEeg8b8HZlmsmJ8brqxkbv02NO/L4ZEr23i8Y8L5lTQDcHXSq4T0pb7y1ovTklcL1n5/LXlZ1Kg3+rqS0nUeWrjrcVFXWcKuuotmcUHQctGlJ9fkA4PsOGntMwdaOQZ3r57PQPw03l/eyg7KBrGMna87f8wO7Q0cuAJCaLezyHgAsX99KSRgi2FRY0uvzAXaTRhdjRhYBj8+8ozFA3MrjwPPEYMdn4FngiTgeQq+3UotHwokJvG9eytqaZoRVkRWBi+0zEKIEHBnc6Ngpp/XIz+Px2FBvVlkCuLtuXL9jvvvuBw49BB6CD609G9db4rUg61DFhW/EAbN2qnqRBz47YDYb+jNmZaKL04vtjXo/3UyduJwDz2c2qrt0Q54r0cEptzr8/O5LKPqON7q11nEuIXWnGf1BOo7usaArzKvBdmC27+Vy0Krlx7B4/Inv57TBOeS+tKBrbrKgwx9O9vO0ZcUB+7pZU0ucCTmozOLqep6ARucdoORy1jqWwuf/QGULAs4NvldiNPA19fxFZO/ORJWfwXr/F5FdeIZmL/DLFyXvbECXpR/Y7T18DmFmlUdboQLacnAR0JRzKhjxelWzmTJ2ue2moE81ZxaecGtCSQJZeHLgK0qP4/GOK3o9HmZmXm+twfvt3BMINrRCUQQ+UjFdw33fkjCU5zSrUF7zFPpespehuWi7uXXrLorAhy5OBB+6N/FBZaGXFb2pw4GXGlNqB8yuXHEMxw4R9NDSQ/ChtWezOGEElpkbu5XcsVpCj18Q+qlldF3j0i1Geey2CuU5/wk5EoYOaKYu2W9GdltE7kuCnW0HVvKgHVhRdtUT388JvdPRqvMsuuZr8IPpO6vLl65bl/m+Ui9Tc8qYIgScUzklh5t4OVSgzjhS/sGHyTHQSQjiwsf2twQE38aCSh18z82ugHKE3wV1rr/NhV0BWDAYH+Q392yp+9oP6JpA2A6Igy23ivZ15Wv7CvDylXN5EPSeNn4F75UJVp6cecfGAL0sLDwCHrk11Xo8BXgAOhQHHsEOtxCnpNFN0Ow45iDFGhFstMVzHIRyv5j+jAZIEIMnbtm+PJbWI7sO96bv8163jLLNtXY+3e0f7lnoff/9HWvpfXP1Fll7NraXNH11hwMvP6Pi4aw9gJ619miyOlgh5OLsB/ciqaiSQ84t9+v0gn8CnD9rkcu/Zai9XsJQHktJGGpuVLGfs77WhEKLt6JC2+SZQGebPK+H93/j+hNmecHBJ++c0ysdLToUgg5/MNnPzpWvb9rP1Bc1Z+3rPgbvwlpRqiFVuOnYBfZ338osrjJrK1sCtYrTwCePnU3Hd1efBfAFtvg2FFSeG/jCfM/zxfXLqKWQ1f6fgzrX386CX1CDWH9JeMjP/eZAecP3fmB3pvYCfrks4HLhYZqNsCNVcdF5AiJKBaMbkvD66ZNKqKCUgIcScTy08Ah4CDtH4govTfBgJ+vxeE9Nkld8zqA36K3E1gJVKIo/yeKPIIKfHpOk8yIxRwKSgEf7EoYSiqoFmV16kr6w2D0DmwFz6OHka3JxorVnH1rzxhR3KOz6/34eTl+wA2Y3gBB6aO0h+BB6FNvLTN3vlSTsrKfkG3c5h3ZOyn9do9+ifzck3dalhKF27HiNAkqhIpiWAHVmvMkz731pmzyvWV775BZerzQEnfUKkFV3FX44Xfv2tv0hdenct16HnT7pzgxVBHXRp8e/4jV3mBDW93dzzajeaSYc4s9p+RWmpKJRgFIr/vffIWcjaG/VWfOF7urE8/cXzVhTr2Qrf4WZnEGd62/BjTl7CLtx6Nr7rqai6YYf2NVDvG7ZAQ9yOSQBvWzaiv08DkWyCNlxIGtxxrS1bN4dt/AE8MitSRaeAB4rTwiYuNLPXYDOXZp2G/Jq7F0edwBg/WhBx8HHAIhSoEjnfIuDjsORoElWI0FwUYktSbC6fctOKSfoWd26fQ/dmwQ+a+3NHJLTsSUJ/TJx7BANmEXoWWtvNTyIV3kuTgu9hDnbTL8/zudZqwx8JJmkQ8cuCIprDhj6tBppq+3z43ZdqCVanNEdd2wXmv2ej6YZdRZ0mzbwJs9nbJeUAfCaJ3NppqFV54HuSivoUPYzdRuE35PQdxa22xYud+2RFp4picCj0p9eIPx7+sJ3dBRAdtaUVSYlp9yUlDeo4LPHjlZxUgi+/VWBY3xVpfXXP3onuUWZcZcF1t5/DOpcP1XLLvJ1LKikGwYm+42jlc03/cDuC4BdIQGuqpmLw4+OLcRoS+eyUfIaieDHgIiwk9MQhusWnrDyWAE6s/BarTwVeChh4QHk1AJ0cmvCPm9UnbrpaJOITZJU8KE4BCUIuQqFZahLL+NILK6iGjw59gU3aOmh8CGFDysLvU/6pHco8JIiNpod8JDdziar44OYoLe6pM7G9maMKDIfhmTxGKQs1+DZqXLLXq8CUhw7wSi3EmQuAMrrOhwlEN0WpJSz6fjQvyw0SxZXIujQsibQ2bFPZbua7NDfse+nPhnweqai+9Jadd9B5u+N6x7o7vzgwe7evftm0EvwfXs1pt2EnLTiypOyzs+DHQEPxL6P8GMUvAbRFoDhk1eZtMJKs6a6RZR0uMs6JAw3w3tYXUnxPSFwf5Zk7mmBH8KyK9WpztjeT3B1fy7i/7LBsQCGmJt1VS23/cCupua8BRCHXBZ8uBbDFsRgpwNQyp4n6HHw0Z+1bszVFnZu4CU+AB6KEldYAbpm4f1BieOx0gSQ1lNTy9bEWFObGqCY3KovCXZ+s1QZIFUYFojSDfZaBZA6JGNybAo6wH1ewHln+HC644HPWnqzwnI7FHib1hyjAbM0a6/V2ttI1h5AD9uPhc9ez2KQvpJ2JBydoJTAk5ai3gxA14pH7Hyz3A1HHz1V3a3kSOOG5ZlFc7ei+5I3ecZ7gNMMbJeUuWOXPVkMD4CHoCOLDoUeA/ws0Y+pUV0T0TWpDjbmEEzMLPucJ630pMYOCDtKGBPAox+nXkgiGscKmRnQtDp9SaWoZ3TXLUogfgr3//MA8b3Py5vuRg0vqJddWaCEIbxz9t1PZPX41dz/AllGza2we2nB7ePVLT/4gV0VwC6bwQ1BR8JjkoTaYrYl8KkSr1u8v8lMnbDKG/CKg11JHHivM+BJt6YsTaCOKwg97tJE8dIEK6U0ARWgp2bI6/E32Zf02ow5pXfVWKSEHiXsuCVgqJwT4JPHdC46zXbVsEM8XQuBh8IHV/KMjktaCXsjHkcO4aw9fODSrD0Lva1bTiH40BLB6dn2fU5ZdYjBzj/0pOiaXrYhLEQh4U4l6YX//uHIgahDUwflIzcdnxWxzkQB0PDHBTV5RtDt32fbgVnlJZY+0X2d3C8DfxyRVYeysONrJDQQ6PP7eXpmKp/kwTutQPNmad3h947DDr+fFnj2R6oFHpUa2e922JsLYeDwCpNeXO0q63BYhC3o5kTIqdqy9MDFvr+ec6vtdPPI/e//v4j/GdS5/uVW8HOx/wEa8bZ+mAb8du4PR/c1+orZlR06ZzLgpmeCAHC0leCT10jqcTaHpIBlFnRQmTJuBY7yoInmBD2K4xH0/AGPtxkjt6YoQJfAc3dc4cNgbZbm5dakld/Naxw7ag1BTo9JEuw0cSjSsWYtkmTZhgOYsxO2eYXx0Dzaz8KH1rLUjqvDi/qoGBoM25FDdnTM3j0treAr3d4A7jbPxZkZv9PG74qqZBYqSpxj0OOSQNRrGpXzAoryvAQngomOJQzd8HMD0b97lfb15JtEGMszoV8mui9pRh2+/9jo2U4zqDl8kRo8P7aSppVg0hNZdVZi4dghuKfRCDWnIiM37Ke/F9rKXYD4HbXyI+uOYMeAR7Cb5yWgsdaBdngsCL07w99OMjMnlQD8DpjV1cK16oAhWXtHA5QxHN595vborgtlbO8KGBcvBnWuZ7969lz5r+HNX8dKD+5U7az/tj3QtYC2MdihcF8eZ5IEFOU1DkUJRlLmvkao11lux3dw4I1kFh5ZeczCo3o8CTxZfI7iMTwex1OAJ6CnJK6g+DigwV2TW8K6F5icymaWnUqiuKQOOXnsshL117vdqOHzN3vZcm8vNH7Xni2fdxjwlmbupcnqcsAsQc9aIpEfLTUfDc6WSTggkaQj932UbaDccJTnVBiqINT3CYrSutRgqB23CPjJfTcM82HA79A/xZH70r7vB6q9iQa1NZew7yXqiRJXNi6pMHcBcuTCVBZ8/+D79fKCgAk6dDxjakk5y3g+yy07DjyCnXRncuCFgOjHLZ+UjqGOUd1STMTU1SZv41GlVZzubl0Hqgxg7dWBFk4pkS7OO2DtBQd1rme7cAAs9zOXbmy/VVgzFJ1vOOjBjpSOWw49JwhJOgxJCDnapu9tMJNHL8PBjAg8MdGcxfFo/Ieaqcnr8VgBOis+d7UYG+BwafZRJqDDrK77fELCyH4FN4d0zTUxxTWsJEMTJejwfc0qRPFjAToVejogp0Wss//GcT0WGb/rzPGLHVOOAPGbmkMXcPoCNhlG64LAhy5Oa+1RbO/Dbslm1rxNvjNVOfToPIGLSjVEMwCSE47SikTpLlZNbmByq1AHpwSi3Cfxa7qCATR7dzdy0OF9QNBROzCcjfjY9/Y0fEbaWxg3HghWXqAZjnQ8aUxxGf29ff8Q3ULAk8kq/TTr7nfWlaladxx4NEePnhUTQ/PNwow9ZlVli6/pG9sctXufraq5DOVdN9rOzYuc0zkB/RktCKKO5m/+ssyyhvZg1wBaCTcWAMcEQBLQw3MoOpZglOcyaSteh8epe86YSSOLaRIxWXhWFMcbKd2aMlMTxBtJUwE6j+O5RwUJC0/W40kLTxSdw5fz0tC38wwCb9LULTJpRy/fYMf8OimPrhPs+NaTDkPl/JQHReSfQBq533X3zj34/3py4MVMXIEPVxo5JCerU2wPkyrs+5q6rpYl3OilG4UCfAHKNrR91UqU9Y0SmvxYB6V/69EdYyQR+AK6W9WEGxmTxH6kRWllYF3bGXXU9xJl24GdgQHA5WAJ9nyM+4yWm59lvytd4tutaxwXlkcTz3HcFrfw7PeuLyWqEPB0685+tznwBj+EHQMeTUlPsM+Q0T3SzdzIjaZw2/F2p2yshfe1KkAm55E9DXdGdkk8L96rFdiYP6hzPb0FUw/+wgvLY8cvO3W2nXZhp2ov4BfagixNEQMfO2YAVLc6FGmbsuu0mTSsCCcP48h9zcITbk0GPJBoMQaysNM7rjgL0KVLkwNPrcdDt8vp1i//m0kNQ97KNUMAemEfLMHEG5mow+CnQw6vcQjiMcEum29RKgxBAnR0PDVyvTeP7t1k8wgLY35PBDt8rw5VNtsO+jRg9hg8dHGUTM1ha+2B9eFZezmJO8wASF8vrGpWeq0K+JHoWNY5+hfBUJ5DSaiKLji63JakhKErDumyDgl8+jWC4GxwZc/+cAmCzr73J0/waQbfmpbma7aN3PRB2Y98b6cDTP3EgsELAt+LxHaTb0b0SiPg4QSSC8K6I+BRBjVZd6AHiWcIOws8Czv06BDw8DnQdkr6awQ8+6OZhsbaZ8zU0UtNakGlWVXtjjl+FsDaO7av+f4nvdPPiPersnP6wtMrLP8neIOvt04m7pl6qbkd2B0/csE+GFOrmhW54Wf36by2L44JkItK680nYUU4Yj8w8FBu4MnEFd3Ck25NORsPFChTs68CvIFvJrSZzB72Xu69IW/lWOAN+UueiS44pGei6uUZdM3bFzBkoBTXCYTsnDgmOM6K/9T+O0NhaOejrHljip5sOsJHRdiImmbtWegdr8Op6hZ8Fnpk7X3SP8tMGL+UJm64M1dRtK8dcwDqNY26xaifI5DJfdxKQLqtR5SN6ynnCXS+rUb+ej1BJ3tbnRkK9xwtOoTd6VOsyTPcF+qSsnvz0UeefbgstdS0t1rOfOWNpOqVqmaf8nPBr8VV0d8NrtgvLewoM1Nad7/V3ZkhijuTYnfeD2H7fGCwA3mwQ++RfcaMAuEzZzxOjI/ZZpaWnRaF/iRMatGtveOg6I+K28T14Ll8ss8/R/zXoM7Vceut/5X8b6HXWy29ySEvzL9Vf+jcXRfsamvOo2vRgi0FtiQCnQo/BxA1CzFVADBxc52ZOKjAjH0vow3wxnjAI+hpmZoCeoGApxegE/BkLV4wWni+W4zNxUbRDfQeg1VyBmFHwENNnLwZ31MCG0/cIeixrFU6VoEotyRRzyisRAHHqPTdD1rIzTGPsvZuffzEleA/RJtjNeds5/yWlmv4kEXo0WR1BB9Cz7o49+7y3JmJJYd5dqq+9Sc5jspVv8gsSAWK7tehNABq8UW369WZYOOKIbqBOAS6nOzaWodWHYEO7wlOxrB9U6kd2MTeab7v7YguCdbl3d4q//SYV683qpB1wdGTbnr/Zi4BAjsYfUPWHUgrRaBmEQA8HXYUt+PA4+5MD3bMusOkOA92+NzB5499Do3tkWHmREJcubReL/Ina08pVM+et+W0hB6WiAV1rg5rCB3DOxXs23b8qgt2BwB26QQ6HXp8n7ZOpYl9qTgYLDqhf64Z1z0TlNEWel4cjyw87tYMCLxheqamC3j65ASQGAarJq8M7Jr4FW+BNLxX/h0Lu665KM+t+X6hyahoIqjJbFV2nll3LIlHvo6D0L2v1zzOX2L7U1rd+P62EcvpkoKhmY8FvBUZu7HtFE1gwAGzaOnhg5cmqyP4bAJFyuwNZnC3JGcz8gIlQSffJwzz9evcIpRbCU0ZV2T77Ng9y1HuSxhKq5C/TrceZVKOAs3Jk1aaNHh/yX2JoMN7grCjJs9YOL5zY63p5dPK+6zkoPGzVqTt9Ab/hq+Rsxspg5Xij/i8avVKDfxz3C2Zmek/WSWGgNfWnfnKQ3dmGAFPwG6kAB4+i8aguqXZZ1XUjA0mb2ud2i5uTbXepWVdXsU5YT2f6IReBywIPL/Mp//mLNja0F5BOQIsufIh1BZ5W+1YA19ASJLk8fzCajOhT475uEemAB5ZeM44ngSejONJ4MkCdD45QbfydLcmwQ7PY13Q+VYr5vWEM0PfzDHcwrN6J99E5R5QslSdZRsa6LRrHIxqob8EYcKamtYvXPPpL82jrOVpj16PNzVkMfbj5GOH8EFrLYvmZmvtoXsNrT3r5vzwnSQzLWoDj0eSBAQddY0SiNo1DkB5rBX8u89JUApYSouxRYejOwuVH0sokpzTORKWVGKTZ4QdgQ7vC28HhrL1dFlzN7R7bz/pm278rqQHQ4cXpOzgsUe+tdDL2XaCmrCjIKsz7h4Cj2dmys4qsvaOYnc2MU1kZnLrLkzG7iTwvB/a5GnynkvwfBqLei/DPrsiJ6812euPqgk4O6EZtezJuSZn31nxPh7vnLjwJLD71fz/xDupfNIno9E1067y8HkCGgIPtyR+TkgC0H0sYTg3sxx67y0249/Pgg9NlgQeyBHHU1uMqfV4bWvx1GGweuJKsExcUSagD3wrkX9wfwh7N/fe0C45BqFHSSsUx/t44iYEm8xwJeBJyfMcjhx0TPy8DktS8vYTrV+2z6saDC2/Vt5Yb5aeL40GF9r55qtoNeCDlYbM4gQGAh9aezRZ3brbeoL7Kq30ZIDpGxx47LxawoHgCgzKfAlBV5E/yXXeNcWfn9OOpQQAC0lq/NE9dYOfK6xqgfhYjDlU0cCbPGO/VNsl5faDlmDUJSV2wjJnZmbd4Wbjd80Y7CXDpJQcdpZrxC3ee+yhZyrqWu9f28Qw2UZMWncIPDUzE4FH1h3F7kJZsgp6hfDZQbDD5wpZdx8y4JF1R7DDZxYKn2GoiAmrTebKGiOTcDbB/5NMaClMKG2Q0OtMZHnsRJWoQnoj4QPwzcnD5wJOK98HsFtU5QEtCbYAN1LAc1LJ8BoJxhQJRradHVdqJnywGCWBp8XxOPBkHI8DDyUtPLLyHBaeWo/nbDGGGvhG/G1WdwfHC5sJdgQ8dGmShTe0R6FJ3nWGZauKkgyCoU8QZjpFwNOBiO5V+neXbao1j7qOHmiC96v9AmVsI3W+6aqctUdjh/CBi9Czlh5NVo/9ZKUZOXCxiD0K8IlzAoq88bicziGBKCHpLvrXwUii89Kq1K1IV7s4YRlKdyuHpN5knK7rFuPUaatN/KSVCDrqfYlWnYUc731Ja012GUBjAW/kbEtaGk5cMo+w4Hsab/9swb5GdWYjaXr46n2s6LyxTewORbE76cpEKZmZunWnuzNbYSesO3JnknU3rrsFHjy7LPC851nPbKuI8avB4jvGE3JsR5dDwsWZHrH+lBwqi3kXQZ3L/4K5TD35m7i3tP5q4Anl5z2geVCz+1zJQuIcBx2KQ08X/MoJj9xsJvayHwwJPJSM4RHwtAJ0ZxxPT1yh0gTWSNpZgC4SV7xG0tiNAtsdUQshdGteDn0r2yDwyJ0pgTekW76ZNn+nBzklqSddr1/UAUlSLUa5r1uK/V72HmCFCZ+ax1m1lWec0Iscnm8utHyDD08+aw9Fs/YQeAQ9q9P1X8FDar6JTN35MOYoslNz2T6dbz2Hkvt65qqc0ajPbNTdptLV6nalCsix6+rEf7cLFeWOOZLk67mlmFV60gLs0oVreD9470unZV+x/QuzY+0hZtX5X82nLiPsMKM5YKkGnf8oNOdhDd6L8wl45M4UwKPaOxm7Q/HYXVwr8EKZOxNEySpu4JF1J4BH1h3BbmKvHPgxkGMm9c01c2duMvmfnWyTkLMXPi88kSVuwnKZvZkZ1Ln8FpfP+Qd401qn8qbCL4hAsNtz+JxZ6EGOtrQPUuFH+/p1hB5/nQDiwn0NZubktfhhwA8FBx5Kj+OBAsbxqAD9DfeoINRQOSroRdZTU8bxfHRcGfBa7Km2iSq514e+gcADvcmAx2J4qLDexSalvJEgFyijVRb3U60jA5eAoBSdd8BvWHCm19dyRIF53PXlxWsmbdZaTGTBonT7PoUPzTGlaw6p0xdQ+HBF1xlaFRx8GEvKnLvRBL8Rhz1UCU4yJsnOi2NlK6BIwHRbjhyAymvUGY4oFXjSsuTX6dgNSjonVejom+oj1ghQycX+qAg50Q7s6ayV6V7CyoSxxTLOKJNz4IdiIrUVgzZkMZdFsoraRixYdWfyNmIEPFFoLmJ3CLxRzJ0JzxzmzrSuTFBA6w6fb6BcC7zJffPM1OACEzN/u1myp6E1QedTiOvVwWecShYihxWw5wkqanhQ53IvbFkDb9ZnIAOCGxvzVWPtxfsa7HZBX8wEBje2LyCo7pPcALTnvW3i7lNm+thVDz4MHux04GX4zdR0xPFA6jBYlG7hEfCklUfA4xbeoLcXXuEfzsFvpzQO/fNig8DzoBcAeO8WWM1I2itBB8cgF/h0qxDFr4smAG4ITpi6ijWQfuKFVpwzNZ0sPXzAEvRQ1655Ls5zzd9g2YwJj98mE3No/JTWbFxudbkmdMjhxY4yj1xuJdI1DYpqZxyRgKMA0N1kXI835rvcpfxYADK+qBK+V0l4Twh0T3XhDyGbsJK1x9UpB4Xek4ZWCw9KqQh2AUsRGOxYsooEHll39EOYYncceGTdEexAZN2BWmN3mKzCgCdh1wcEsJvSP99M7l9gpg6A733oUpOYsscU72+20FsL96AW9gl6U/pn8uL0u2C8/DGoc7lKEGaP4Q/ism3Hr2iwKwXYMdAp4NPO+ZeEYey2E2bqyOX4iwc/DNLCQxHwNLemu+OK71FBBDxRmoCScTyCHW4Z8FAhf4q/C26Zb1t7/D0ffSa0iwc6buGhqCyBgEfQGx6y3KTsb9LrGt0lHHReWIgSgPpWdryJyCijz4q11J7FImuPg49ie1lg3YWAuytrfxOPOfot5ZCARGmAJMm5jZokCCUoSXKOo+pqJdDlcJBJi1GJKepJOARI2hfgFACUcKTrQ6D0Y9uqA+Zprzu37+L3B0FmcssbCGzq+KrFEIJh2eVYjymsO+nKFMAj2FGyCrPueOwuVLfuKDNTs+4Y8Jg707PuMEzjAQ9hB5qMwOuXb6ZY4IGCl5hpIUvMrFErTUpBtVlaDVmcoKpKD3pfVDTfH9c9pYk9wy/3eC7ivwV1LsWV+VzU/4E3qHUWU9ToorpAsIuvbGZCoNGWJGDofI0begvWHTVThxbjrx0PeH0eAo/ieOOZlRcIeGMcmZqOxBV3HI+A5+i4wuvxQl6Ovd/r11HNLHvs+2GYlUnWHYGPxfFkDA+BNxgUnlUlyzZwXwCPzqnXtD/nBqaAYuJnD0fB7N54xDzrxaGHsaQQKEwPX7idslBxq46iylDAx14jZzLKkg2trpHDkcld/J8tICjihuK8LnktVzlWY42qpfjompOx21r4t27eMU9z0aSN4VDCIOORMvs0MnbrAZYc8z31zfQ1FeEFBjyEXZsm0aLuLkApAv2YlskqYwXsMO+AuzPJe4WwI3cmWncWeMGFZpoHPGjBVmxmgKImrDMZJbU2aWdXVYu18o7ua/ox9NXYyw+TWCIPDPrvEf8uqHPxZf5Vz+dmb6c3CTp0Xz1Zc/6ehF3ZYQ92cQJ44pyAIZd+no4lDOfkVJopIYUwFDLfAx7CDsQsPJG4glJLE2QcT7XwaHICt/JC1Xo8cmuqwEO1tfBAIS8uuE/dVEhh3TO/IthJC49gx8sSyMob/B5YeYNWmuSKpkepWdQAKbckZ7E/P9//QRH54nkbzTNcMraH9V5YwG/SKps56LRMVn0kFQHPfY1Ax+GoZbXKzjccnLpLVZcEn2410jWHG5UAq7WPkzFHCUAJSBlTHN4/w+TO3/xM3JkzojaopR08xjhyQObuVg/K7+edFUNe28IORbBDyVIEDF3wJtECePS8INgppQjSnSlLEci6A5F1B2pj3RV61h1qYJGZMajYaubgpVbRM7eYbJhDuPFB6UJlaf11aJT940PoReXjMz6oc7Vadx/wB/G6FQfPaqUHcQQ3lzgEUW4g6tYiPMgj52/Hm42yN37yAwtvkgc8R+IKWXh6HM+dqSkTV7RRQXE0KggUeFQQaoAHPYQdTmhmQWWcdQdxu9eyDAAPxYGHwvidDrxuFnhWUxP2iLINse9QihCck1Dk5wNq2MDFXqun91PMv9S60HzVZr2GL9qhxS1lVio/R1shBXx0TT+nuUxlXSMHpLMJgNuNKo/dMUUJT65cAU0GOxGPFNahsCYXrq81AyDb9lzj1+ZprLqaFuzYgrMiTRZMQpFF/TJrtd8L82taE1YgD0FrI+aeisCaRFvgUSkCxe70QnPeN5Ncme5SBP/WHQFvOgFvsAe88CHL4MfAcjMrdLmJW7DDLIfEliMAvaJFu7hr08AzfmRQ5/Kml0Maa2t6/Pi+GUexMbTsoBKHsbTKtooTW1J7YIx3gDEWph2ET1qHN9ne7MkPgQfKDWTlBQSe59IESQvviVqMWeBppQl/7daE8zCLq03acMjrCacs7P7EgPc6Qo9gF8ClScB71wPe0D7FJn7naSoJ0cDGz7th+JidcaZEb6b/L0eq+dNPZhjULUk2F+fHvDRDA6IORn1fPyetQn+DjTnotOuyEw4HptuVqh9r8UY9xkiSCTa0FZAcP2GZLSPpyCUbjk+dtVZknCrZrPub74Eb8wabknBHJKv4axItSxFeDdBGDCQLzUfpheYoSlYR1p0EXh4+71jsrhBdmeTOJOAR7DzggSLCVsAki9Umo/Cgqdrfcn/qgCzed/N6z19F/GPQ3/v64Jez59KbAiPwvztc3fIDh91BgB0BLUZspeLkNXmdRMdC0RuOmRkjV3i/aAZ4Iujpbk0Lu0AF6Kj2JyeQS1MvT0DoEfAckxNQfw083PZ7acFJDrv+L8fWhxLsBPQofheotRjP1BzcvdBq/KzPEGqyhAP3+TlNBEqUhKQbiGw/ofQkdjWx/2/J00vMs15rc/aYXvALPnrFQdlYnI51CApRdqoYVyXhxqHJzityDTPWJYHHrUcOO1UENH6M0jNUJQh1N6uEoxS3IjP3nDb9X4mhmswOW9i2DmJw+D0yWeUN7cYUY/IrjrP43W1m3aFU6y5En3mnF5q7YndKGzFm3bFSBJmsgrBDoWWHQtgJdybCTnFntgIvdAUAb6WJGLYSfnisMgvCPzUbNtVdD34++hp7/mz6u3Ztvv/LqP+N7azoDclO232Sw+4IwA6trgUIMrklEdBcx1x0TsBvTn61mT5kKd5YvMEEPeHStFae7tJ8jI4rZOHJYbCoYUriihN4f+QF6KgYqLWLaWPZ9fnD/FNhf86CvycT/h4GOlGSAHJmaXouTQAedF4Z8v4SM29DHWW1SulF/5UPJI7hOoeh77ZwYf0zqE0UlRU89UWFyDj9euLM1XrCjTj2q3QmAUTNIqTX0DG7roGRX6PzbmW6pMBUbw2nulT9NxOXUl4Tu6waY2Zm14aOS2CaFZbrWXeR6ylmKGOOdM5ux40poinnGEZoCFRoPkC4M9WpCC8z4DHrTtTeCeuOZWbK2J207jjwuHWHsTs9WYXDjiw8su5AFnZWs0eUmKhRq82UYQVtnkHYVOTvNlEF3oCt9EYMeTX21Bnmyjx65IKXJSkAt4DLBUF+7LIOIYV8dtxOvJH4C8Yz3RF4IGHhMeCBRD0eAx6oPeAJ6DksPJBSmuDuuDLoT/H3yY3JdGdY1+wfQ18B2L3GrDsUAU/W4enAewi97gi9/8/emUdHVWd5vObMcqbPmX3mzPbP9OxLq0DTy2nttm0dxRYUASPZ1yIJSdghYQtUkkpIQoBAAkhk3/d9RxYRCCrSCiKQEIhCiyIojTbSbL+595UXL7dvLk+WsbtTv3O+5733e2VMQuV96u5zXF6/NbKWMQI4oWqCnISiPDcgya1HAuTgMZuUrvf3PlmlIP4F+PlroPtOs5akw/dsIFoJOvo5twa18g3NUqRrOrehZww7tiEpe6aiFHAacUcJQW5Bkui+VMmUl8GNX+4aDv7c3emaW73pC69IhZsC1t00rQsOigEw/ocYv6PQQdWJONYkOsGy7mSTaBCfeUfWnXRn0sw7CTzbupOwQymxu0Q7dsetOwm8/IzZ5xIfLCOXJu/CcqJVZm0C6TvzX8S2LUfPfTm8NdIurHyvFIKNH20Ayj2pUTuOuZFD1+I/pJdmO5QD74Zbc5a08phL00pckS5NO3FFFqBn8sQVu8UYiiw8AFT15efbl55UG+VCogoCD607lO7SRIn4nWHhIfDSwMobPu11pY6Rn5P4vgE9QxOExoE7Kw4ecvgzDk2uc/8fa864TThD0FWsPoBQs0TQ83P0N5KKv0YDowlIu+4RRVD09iw4Go0BpvhrIk6w49e2DHDScXjlBpfVYcwdQW/fzgZ0ZUbeU6Vr1DmOMoO1ZtNhnJBwlbk0LyQ9VnUs9fExl03gPWRORTBLEew2YiCrFIEDj8XupHXnGQIEPLTuUAx2I7+AXSh78fVesVPegwzND7TnT0ybkoMAvOexwUjrysr8wdhvIOnpF1GYOfMQwa7xrfddrQK7UexYIQAo4GfukUatfceN7LUM//G8Ty0RC28eAo9Dj/7xQSJxpTtK1OLJxBUqTbASVyLQMyw8nrhyA3rK5IRKgFHNL7Azu3ijnePTEDI7T7sc/Imw8jS3Ji9N6KRbeAQ8VEbiQlf+UiOVdJiNAfSuN3KfH2+t/pBQQD/nxoWvunu51s3f67UhK4CEGR6DrLXjjVr5hTWOqiVgkvi+hJ1uTXK4GSA1O+HQteFiNeAorUS9hMMs37DLOeh64JAl4CosYy3i/K8Dr53ASfreeyknY5pawsEtTIJe//4Ld7bUlxWzpNM7Vp9NerCcShFkZxWCncjMtEsRdHcmAU9ad3VqoXmkyBwkShEoWQVhh9DznpPClTkCYDe4x9xPgx2rGwHwF1v4+bdCluaTrTZ+B7ArYl0ILh164+RlhF0zwA4/KSGoSusBShx0JAlB9dpWeM4+gOziCOw48MjCA0VScSMWXgEDXj7ILk2w43gEPBRZeJ58dlyhbC0qTUClokuz0/iT9OmSaXxc+9DfwPE0qws6JkAnsjSn2XV4CDsJvG6g5+a63AFrRE2jLQKgBOR4eo0KRP18DLPy0sAFde7DC+5eLGw8jJ0zMtOnkntVS7pByWxUE4o1Xy1DVcJPsxA5DH10xTHPJTClJPxoT8YUOSx1QBqgnGLsS+F+Xs5sLCfAGkmvSYCftaRuO07Rj4RZukxwL+w6TnWNMuYoZzdi2cJ+/O8sxbQrOZvSYezxtMfHXKHYnd43k1t3om+mPtFct+5AinUngKe7M4fyZBWM37HY3ZAe8y5mPVNzDJrO0/BoqaugBTH3F7dv7TV3/wy/iBsjaWbXbGsi6w5nL43yYMeAR9dsTwKRziUUJRzLYKRH8bgd5HtGszwCPBQCT3drUhyPgGeVJpB4HA/FavHUvprcpYkSiSuglhJXYC/xsdEyXnelW9uiHmxqfDd+P6PzC6c94Ol1eL6SVihLkwMvNWauK5hYz7rfWIX+fN+yBm1gcvWHxAL6Gcv7znN3e72y4QDEY8IuHcbKVO9qokQbEWsU0rNUW9yX1mLt7dYy2tahblVKSZhyABpgJBnuU+2+LNvgRyND1QZlPlj+mEWLFtu08rXug1Pn1Y45uza+7TUhp/dPZuIUV7OjUS3wJ3Err2bz4XP4kGdjcmLhg302uPHeoD2ha7EPjmqEEMTJjKfG/0qfaF4lrTuaeUews607PXYnau9kGzG9FGFYxvxrA1NnfZz1TG1T9/alNDCai37us6BxsW1D3wxEl2fdzbjxpvrfqrPNX8Bu8xunPHCFEWAg70hAE+Cj+yATeny/dO0hFxq0Gn3OKASe90ml8AbwNCsPlDiLJ66QS5Pcmgx4ZosxkNFiTHZckXG8FoDXo9OEK7Fgsck3HE6KD4gF95bzgZTBTtOuiTo8EcObTlaeHcPrdjPw0hIWuPD6w2ZHHJSEl90ujqAm9wUw65vh+6gVc/Luznpt+xEXDzG7FKi3q9reqMcb6VpCUNxX5jRy2Mk9ea1YhIoVCa8bCm3OcnNmuSAk1+SH17iqje8oQPQfb5R7/q1Ee2+yAUqjplEDopqBWr7odZcWGfiLH1i8CecjYdLCKKivK82b7Y1zulEaBfcHFCx2U/a+a7pVJfj6D2TuTBhcHROz+Pfpbw/6SX4bPoBOgnsUbpDC0pozyY9CyVDnmrPBDtXXPdj5KEXoKaYi2NYdNYnWMzO5dVeQPudXvRNePJ3eYWxD9+8wwOm6DFqOeRkw9fyPAtF1UxnCjZYzW1cfPEOF5QAvIQE/Uj27x+8LS5DulUHXlJJJu10oawkGVyPAQ9gR8DQLDwWwk7V4g1ktHkhvMQZSCtAJeCDDwmOlCerkBBCNBUl7uuYUFrjKoDBa0AFlxbYL/SO8hppGwyy50UdvWHiPC+A9KSaek1gvTbTuSAQ9BF7q8/Ncdp9Vrgp+76Nlof9tdcixYSj3S9cedLEQu/EebgCorSv233E25oLal7yvlQjDYCs2HWYuVXk0zn0BEsVARxKgpHN5pPvV4MnIDk6XDyUvyWb4xG26+xTlA4R+XsM1AVyCoWm73MDQSlc6/zU7Y1VCj8t8HZ3bx5IZu11mch29P7i8FnW9AIDjNhxSYo237HiD7kxmyZUUttRkA8CXEtOmeNctAHIdXIU/T/hRRUPqU9XHM7vUfpTdZeKlLPZsUGN3OvDgWWQDryBx1vX+yTMu9Ow6qTnx4YrGGKiHpu/FVtGr8EzP7fK9sr8ORJc9xbx3l5qmk1CG8DaUH2DGZBGoBBTGI52j6JwkXsctvlIJy41HXPHQdVgMGckiEsArBCHw9MQV4dIkUWlCrCdqIn07s/FAsh5P77jCC9B7PDvxkuiJSf3q6p75z4o/DRgLPnkG+X8T7Dr1PIvjGWUJRgwPhNYdB15q7Hw3cOxOagSgFvqT5D0deDYAJfQG17wEVqz3M2JyCcZlbrfODkeeRNzA8ZNd5bYGHwk5/NoYSWVmrdpQJHHgcQ0Zv0V9QNGk74FFqzQXqQSt6UKVoCTY8f0RtVudhEuPpDpXC0AW1qIZe+T7djaqtAj1TNVJGOZYut8VAwBLZu1xVWsOCGgKlyk/VxoCjF1z8H0MI1DsCmd6Bm6xIA783wCMcnR50mQFH7r6/HdKTyb/uLIh5Ykx6A5tCj49oRmAeCr7uYkf5MS8cDav+5TzvWLrPusT9+Il0MVecXW/gL0z2d0mnww+M+F42hNjG/G/j4cpKeDqPQVw8z4E+1LbkrcwLwCA3hVzAwLRZU9D4Nbdru2N54+99T7+4RLgSBJ8BENdEoKoerDq6va64pzlrggr/znwQAx4aOX9uksTxArQpVtTWnkEPFSLBei97Y4rehyPZ2o+Od4lPTmuSUlMOR3Ttqij7ybdbYq3MTfK6eCTU8nK0+fhydIEgh2IrDsSwo6Alxq/wA2b9zOEmapK2QHHOJews18XUX71ZurA4mniiOXu448+c34WFq8vfXEHFpVHMvV6z8X+qvS1CWYCelaMUdvXslRNONrXbOJ//9DKWz68Bo/dxAHKrccWu+DUWjFHvgcfQvvmL4IHpP7/HlSy+nbdqVISkioQuezkGzuTVcIQhdfB2Ek7mDtzZeArLnAD/hVCBABYCyPS3sGv8/ULIVzyM4zHgRX3bNSK+4oLfnlz6Zc5MLHuHeyXOR2SVIrhD4YUEiCj/SIFfsV41KAI4+hLCje44qylKCyCjLS7ERYec2vaiSsg0XFFHRWkuzSpHs8sQLdn44F6dJv0C3BxUKYlU8nir/pGjPl26N/4GKaER6sahEsTZPfSROjJpBVp4aXGzXfpKfA7X3vYaABAR5J8HYksRbufqgToYHDfYUzmRoYq1s31ne/e3HNMhdzOdW+5yn7zcYhrxO0LraoKxr/ko+G4X1kAlPI/wkqCb/RLRxwkRFgPM/zZMLOVwKZYj3q7OH70pMCy//Bl5v+735AlPClHQJXBUwehH1iq53bJhrxnl3XQ/vhtDRdwBBD9bACHpwJ3uLq2L/2HmDZF3cFrMxKsqvnwwWEffO1P7zHgPoQPw69BjsUYME6eib9/1F8GostatvnOrbv6V5o+Xb7vpBtZHwFViAEPrrU9eV8H3sx9rqTXClfScxm2tiHgkYWH4kkrKFaagMICdObWJAtP7bgi4ni6hYeSLk1ya+oWHk9ceab2WgIEspU35yeQeRl3u3Ut4MYYxL9ecseaZjVLUwceJa3I+B0BD4XAAy1wwazlLrztmNkarkKBoNkmTp4bICyGwvD0SOsxJixdqPTmqGXDwNbcjtUEObJ8Xc6Aha5iR6MZa7QhaIHR94gq/Zpk1DKGV7zp8vrOM8HXO3+RsBSltUhA01ypumu1bMWb9CFDB+3D5a5qyxGCI4cpB6AAIZNVtuGjjMNnaYcpDryc7Bk7WBeR9zBZ5V51pkIQAgAfAcBmIphw7A6EiRaiVQmw2ghH/F72wvmbcDwCaga9Dzrg3W9TMh2eG2EAaA5abeB6/R4OaM1sP+UPA9F19xbWY9CbYljG9EOQpIKwIwG88IhAu7WKOfRIWxtdSfFmFwbQEexQ1OaGW3kSeNKtya082XGlwBwVxIFnx/F63WJUUE6n2utpnWvebcG/vkyPEfhfjzwS+gP4Otu5+yKj64tnlXl4epbmTa3FQAbwUsC1mTVgrRu1+4TdCUeca6qQVqKU0UN18OTtLpg21XwYJz9d7fpCfKt00zsMnLcvHYR0n65Fwo4OTA48fo2yQflKE7gvN7sgpNmTi5dnJI5ac1DA0q8lqUKSsmRl7RlM1pjsBldtdGNfbpQxR5mMI/unSjiiBADF0YCk9lqUDUC9zrFmT/MV+J0iUBwKoDIiEF2tPVGl+FssKHt9z67jn4314EXAi5yPQLF9fuTnUiVz33BhyAosyVlOwBMWHgOelbhCwEPJjivk0jQK0EXiipGp2QLwQLnPTrqe1nH8CaVbikO3Rtf7ww8H7mjJuEFxA/tj/Tz43PTPwbqzY3gopfD8Jth199yaCLuIoAtLXtEW1hKO5LMzjtFAXO6NFhajPJaB1TZ02ituEMSw+kKsqz90SxkG1yXrD2mgFODz6U6VI6cEAM3s1Nu2Hvm5Dr8KcHUOKFvrEh4b/WW9WdpU1YWqg8+OMQ6E0gcO02DSFJdfuR4tOs1daluNdBRQZEcJQi4rzsgl9m0oShfrgOHLdvO6OrSWAtHV6q27RfSmCOXOObQ04srUhMDjR/N1IYjVhcu2utLcFS6MsFOAx6FHmZojReKKGscj4OmJK2qLMYSd/8kJAnjdXria8tNxx6jMQOgU+POT7kX/ue5tQv8BX/9j9kn8TI8uM64S8GwLDyUKz1kMTwAPtMj1n7BbNAVgoDP6ppog9ANJ+2jLdqvaI6qMZBw6mtahce9OJv5XbD3qgsl1N95jI2fXK00B7CxUuVcO6fzdv18a6VDSfaIbte5tBkUTlHYiDh0tlytd62UaYgqHAkN5bluNdI1lHkdvSlaJrta9ujwQuo9Zd1fXQWZm4ReWHB2laJ/AJl8XgobP4ZrdLtxrJcLOUzgCPbTyhIUn4nggHsdD6BWSyMLj2ZpJPI7HLLz4mUriCkoAT7g0UWjhoTzgPV93JQnShGlEktAv0UWCtTv3OHv2UZZSDQ+tshMZHacbWZocdjrwyMJDtyYBLzlpkUuFJJaCOfupGYAurX+qhKBxbVqO/mXDUN6XAOTXdyKrjEMbXuwDiigCWt+RKzx3Y2ZwOgOcYTEa8cZciBeiVYcZouMELC3JkgwdkhKCEpK0J6Qn2ZCkZUhAVIv9JRjzy9a9yssF8FkXiK7WvcANt4TeFEV95r2Nrszh9c0IMUU2BEdCDKgEOvKXwSiasjyAHYoDjyw9BjySkbiid1xJMUcFCZcmAU93ayLwZHlCbve6S4mPjj5KJQZClyEQPZXidPd6yfo8Kkon2ClJK1ZrMQY7At7CiAB4KQC81NQlrmDez2RrOAWCyp7WSFy/ZwPRgtydg1ACkPbsTFR9z7/71Lg32rAeB0OtXHcovyjbcuS2EnLIVYpu0hGz6xWXqv8yDv9Zqf4nctjTN+wxVSTpNq3e2fR5TPuSkyxZpSYQXa3cumtX3IYVu16ZvPHQGYQdahi8aVAIMr6HRwk/3Cta9KYrG7zelfVaibBjwAMJ4N3KpVkE0jquoHTgycQVkJ64grBreVQQHHvG1Z2HyckUN5M6j4Wo2BHla/pwMvqmBI5ONccN4IFmi6QVATxUHLk0F3ki6CWnL3X5cwF6DGo68LhUGApwCvhZMKR7Eoxyj0BnWI+VEojWuX9YctlAVOHpH4rDp+9yhXPqhfWoHfUEm2LIzCxZfYC9zrAGxR7VNer7NgglKPlRQlE/arKtSgRej+S6HXwaCcbDA9EVaO2xu+U30p/jp+wbjr39QEPgocThhud0HMrOR4BFVzQP3F/DNyLouCKw06w8AB3pthNXUBx4KOnW5KUJ1my85+pcbvyLF5I7jMV2PZ+0ALqT4Lrsn/D90J8FvsaF6dQAvVX8e0vpXPuu6LQCksATZQkyaSVhoadkhF3y4gjwwMpLzljm8mfvV9vIjZKt4tiehCQqLPZJOkA57Ni1lIQilwHESnbfsiDLbfjppRuWG1XbNyQ74FSqliQBzL/GGOcaRCXk7HPd1arDz4o5yiMBruXxVQS88NL9zbz5Pab4B6Krda+YtqG2/ME5YM7eIwi6oV/ADM/pmvbofPjOJlf84quudNA6hJsuCTwWwyPYqeUJFMPz1WJsLkoFHll4suMKuTV7JU77ZQrOh2pHozNUHcBklK+5BkZmbv4Jdlfg32dSx5omiuHxwnMJPJmlyV2aFMNLQRHw0pZ60Bsw8w0JPAFBdm71T90r4UdHw2UqwCfP5XW5AsIKw41K962EnEoJTSPpxizjMIAoZN+TYPSVrWpDT17br5V7UpbVKCXdsH7dpwx8AqBxP67cx/+GscQnEF2te2HG0o0kiIfL95NlZ6kQsi6La3a50n6rCWyWOPBIN1t3JBbDwyPP1JRxPBt49qigPskzPoeGzk0xNO1X10XsjtKtTVGH39RhiBg7pHIFUlKH6kaepUnAk2UJepYmWngIvZuBl5S+1FNKcJnrP+MNs12cDkS6r8BOsQbDEn7sWoCU9kwXqu5mNV2n/JpkW41WpqoFQHkkGXum69Sn5VhlxBpVWMr7VjKOlICfnamqXfvrhMPPB5au2St6Sz4SiK7WvXDgH39T5I17aR9BbTC4Mflx+PojrmjKXhfmbkv/whgej+P9uoUn3ZoolrhiT06wE1fQyuuXMvNSxrO1x7EJqwG5X+EHAOyMghZU4Ldgxd1X+ndeo1ieyPLYmKMZz7AYHkqOByLg8RieBzvm0hTAQysvKbjc9Z++z4NNkd/+qfJaHpXzUnEtASfhKl2pEpJydJWEoi16rQlIHYiWNFCK/UoRe/RbxjFaglW3Km1QSuhp+yYUbY0x3KcqJOlcOXJVbG/8NAYmGDBX5pJAdEUXxKNW3yg+hToVBFs+CI/DoCNK4fKDLjS53pUO2WDAzJ+FVyYTVyLAswrQ9ckJEnpUfC4svPy0OVdzk6afTXt6/LHu3y1914DcFfiDWO+NAmlf/ueB38KFvfTA5Vp/c//F0Q3pXWSnFQ92IDWGp7o0CXoceEmZK1y/qa8z2ImOOqKPqn8wkmwwlmqQ1ODIY40CmNKFGtYsQ5Q/KOoT/Y1Yo2pNGuAzGgHcS2tSgtC2Huk1hpWog89+3RgLlNJCBMU/Nvp19rfwedd24X8KRFfrXt3uD/3XTb36cuc3FVe97MIjNoGrcg2C6u5Jc2lKtyaL40kLDyUtPB7HQw0IzrmYHVt3Kvmxqgb4dPehgJrUNdBLmOL/u9FZnGJ6xVv5zxn7w4qGdLDsEHiyDo9ieLwsgReeJ3PgpX0JvOQgQK9HBHo5Y3a50J5m1kKO91Ml0b4EHwelhKENyLB5LmFoxxhLhJtVWIViz7IgOTC1c022G1VCUAejPLfdrJV+Sz0kCE35B2GVeJ0pNaZoKys4nT74UVeiwYHoii542E+8Yd19O3ymNG8Fh9TdBp5Wj2ckrugWHsXxhvVYeK1f+qyPg10mNsU/VH4MW235GaEB2omZWugGDPwOrtRvhv5YZm/GPlh2LP35OdfTuhguTZ60kqAlrdxs4RHwErNXumDhFlcIDaeLjH6qasNxDkcOOXnOASqtRlsSfjYcDSiGORCVfQZMgpyAo//6xXLLojQBKK9tVRjAZNCz5b/IH2VbinKPA9LncVDVxsP4d85gt8LrehRdrXs92zb0F/CG+OxG7C5h6um7Cjg7W9PO1MwSbk3Q4KwFl/KSpp2Gll4Nz8sR9raacNQRQq619M7DTFL8mcX07OaM+LlX07pawCOX5iI1SxOBR9YdB14SKHXAelew5jDrt6pL3isWIJSAJBVZ0zc4FCU0xV5YhZ4NyeKdTYZLVQBTwFECcZQCTwZJmZEqpYPTthptMJIsMJIsC7JeQNKqe9SOfpNyjL3Q0v3noIaYT/8+7JUPRVd0YS0ZvTGw+XH4Hlp3MpYnE1dKcpe7wtylV/N7LvysT9rMM5ndpzSnPVXdEP+jikaEm2jlZekiDFd9GQvCn2tb1JmsuNa48FMt/D4mgxz/d06Lm/GJWnged3MMD2GX7MfCy1rhAS8xZ5VL6rXG9Z29X/RaldLBR3vyiNKtRR2WJbRHEm7TEsOtKkX3e5WucbnQ1qt4d7MOSQlSf8k3JL00g+2PYlAU8DTrHu0mAWbBv+06FXtFG96B4cF75b6U/6Qbs+m4rvIdjdegzd577P1+AYdYB6IrurBoGd4Qx290YO82+cS9Bd0qF+q9/GpBzqLP+qXPPpMdy4EWxnEdlw2IWToOE4fnAbzzMNs0OidKLvd7AP4y6dZNerr2eBpZd36TVtKWSuAh7EArI8Drucol5K72lF29243c02w0GdevdTjqsuFpW4wkmWAjAUr7g5e/6f3uEjuO8+A3YmsD7NuxxCIrEcfKUjWtRpAVjyQZiTm2dWhLgrAMBtL2hekVKd1qXNmu44YVecfJN7a1WN8M9afj3ubvcxyKGoiu6MKF1g9Pww/1XnGNw6mk90pXDHsIqRG9ll0enrfk0pDcxRcH5yy8kJ89/3z/zLnn+gbnnOmdNvN0XvL0U9Cd5N2s7lNOZHab1JTRubYxrdOExpQOY496QGsfPk3Nju9QF0E7QRU4DBESNP4+EF1+Y7Wx5L4mxT5U3piWMO/aly5NMS1BlCVYFh7CLjEHBcDLW+MSeq916UXb3JDtTQQ1fkSJfX5PB2LIPNdAaLtTi30Akr824YmqLx+m0HQ5LWOaB7/8ea+6EMywKzIScMwMVdqXgLMgiDIzUqXblB9lko0OR7onrcYRMFVhQPUWl9Vnrot9uDyS7DZiuQ1HOr9HscfMzOl7bq63KwoFoiu6aIlMvsuQ0fgRuLsukOvwa9SHzz1Q9DpYbEvBLTkWPqX1gVT7LtgJJmq93ZUp9ofEoM+P0pPmfAbQEy5NlAAeq8XjwEvKFhYeAq/XWg96yQWb3KDVh8UUDTxH0bnc02VbhrZsy1C+RodiZr95Lb5voTGxS+w83vXIm+16l69zBQv3uZFg8RRJi5HHGjU3qy3blWq4VIVsK7GevRaH0c7d63oVrXQZ6VNd3E8q5c/ujRgq2tbg33rUyjXMmkYbln3Cq/FZdo19T2uiSSrRJR987mvQFdBx0HZIIJkFQCvGkgCIuT2Oc95ifjD2G4HouqcLRxdRMgvT1aRuU94j4FHheYpflyZZeKgcBj0AXkKfdS6h73qXVbvXDdt1wpq6oQNRSEBSSnWh8nPdapTDjHUoFizaB5aDv/c6WYGJXSa4dLAEM2EUT07hctd79AY3YMrLLn/h627Yxndc0Z4TDIp0tEo1CJp2RmuYzi1Agsu5EL6HwQtecwMmbXd9Rq11PQsWux49Z7nUhBc8920MTZs3lN1vPrMmLYtRiO77AqH+mn5la/fih3Q2BeGoV0cbXdFFCy2nuwCvq6BP4A323hdWw96YB4q3wHE5jMqZDfs18GAt8FxpbcMPYvsrjBsGous3Iq4H/z7Z0pqPe3R0Q2rSwus8S9Oz8GQdXvDXyhIY8CIxPLTwCHjxALz4futd8rAtru+KQxJyNIHDuFZfr1iNBC8610GqW40SlvpeRs+Zd/VDIGQUem7BhE7VLiVusssIwvT67JmepZjZe67L6r/AZecvcj2HLAFgLnN5MLsuL7zGsyJ7V21wfcdtdn3GbHJ94DqvZLXLHbHCe232oIUuCyDbI3e2y8ia4blfU5PqvP9H0rMTPEsNvDp3/P3j1yhce1DJYPXRZ7W+JUjSng3LPiWrD4pQyfmYdqH/CURXdPEFD7tvxbQr/kHXtsUP4RGSPr4P59/FpA+41w7HBMH5/fg6tAYx0wliZv8ORer/AkMT/xYtMa+vZHT9Vq9u7cLfgYdEs3BxfpCaMue83jxauDQBdihKWiELD607svDiPeCBAHhx/Te4eFBw/B439OXjNHJKjp4i4R4dJQhpz7QU7WsSgVG3EqWGbDiE3YjwdxUVKCM43e6lqlqXugtVh6PeMDyvaFWTcGOew+dXILqiK7qiy+jM8lfwsFgrH2TxT4xtSEtffN3opSnr8LiFh8ATFh4IgTdgo4sbuMklDN/qei95m0ZP0SQOKQQcnTMQ6vCjPX4uIef/vGXrMHvY0lYPOordDV99wOyIE7bikQYENWuQjrlDlx5hheWoD7vdF3ogEF3RFV3R5adeD1svYfKSqNn7OCVp5kfMwrPLEnKUGJ6w8DwNBOgN2uRi8ze7tHF73MBtx2juIh1JBDo6J2tQH1NFMGTXhXxftyT9W4qkl4+5hJ+ObfXA61W53hVbfVRvB3p2Mg7GC/eJ7+Pn2B4xEF3RFV3R9VVd3dR8miv2x5UNqcHFV0UMT5YlqBYeCi08FLk00cKL/QJ4sQWbXTxYezkLDsjpHAQ5fq2JoEfnfF9Cktyk6lDjoQooWwLjoFVvue4/HNVqYZeW8qIrht8JL/YPKTWNIa07Dl3Lc+OICmbN2Mm/B8gPeLf7fSX/Goiu/2PvvIOrvq48/jZtd3azs9mdndk2s5P8k53sJB5viB0njhN37GBA7b2n9lQoooOETbENWAWQAVEEAiGqBMJgiioqIAl1CXUE6p0qwDg2YEBCQmfP+V0dcbn58bNi7ESRfmfmO7f8XsR7UvI++Z57z71mmGHGVz2QgIr48QvltrK54guHx+5LPsYnrZB0gJfGwKOUpgI81NIssL+XDT4RxRCY1kRwI6mQU+dVyc/UFCnPqeBT5+Vn2Oo7SH4eGFtC5QjfOFzcx62EqS+sgbnjNxhqxssR4PjlavxbfbPvhzbZLDvRMNwaR7WvAlHfJXJLKj0/gJttTsrvwfXp0Dbz9gMzzPgKkbaj7MepO8vtaXsqgjJiK9elx1XtydxXs+bkgdoFOYdqrCcO1/5ozIFvXPB/467bNPXLzvbc6k7f6QdvS2dpckpT3aVJEilNEqc0CXic0kQx8NzfzUbo5YDt/Rzw2XQagjKaGWB6kgFnBEOGnZ57lKQ/JwOPWxWkc9af+Fog4oFQm/fGRgj13Q1bFx6GuA9SISEiG7J2lEDh/qo/SXlxFXA8qgAOhZ+A3e8lQeSCQxA+LQ6We8RA4IRIguITvdeg6FwIVso9FODxWO4bF/2rR8QJIVgb7+GN5bXKe2ikXd8WM8wwY3iRFFPys5Sdp8NTdpQ3Ht9dAel7KyE9thIy4qrgxP5qOHmgBrI/OgM5H9dC7uGzkH/0XG1BYl1oYULjj8dS+QJdgotfMNdRIMsd79nzmXGkVwEeuzudTSuyw8tkh4dSgYdadgpsy3PBJ6oCAk+0wmIFaDhmyXNGUFTBpj4zhKU6p87PCEni+rxhC3c/w8KJW2Bz4CE4ui4LCvYRrP58IiDueT8JPpweB4uctoD/8x8OyxlOm7tPLtNg8PHY8IQcVSoM1VrEoJi8Lix7UP+7d5Z2ilvMMMOML4+UnWU/SowuPZC8owxSdpYDwS4NYZcRWwWZ+6oJdgJ0B8/AKYLdEQ12UHCsDoqT6qE4peFBaWrjjqLkpv+0jJGguwLpoAC9WkzPCZtbfWYn9BunNBWHh5JSmvrAW5GLygNrcD74RldCYFYrLCo9z5KBxy3NG8GQwWYshp4BTPWAOHdLDlifWfmlNXfk4rYvPgrZu04TeEaUTsaUwL7gVIiYHQ9L3baB7elH07X+WCO4oriTYaaUc+hKLep/rDOURXcrTpsZWzVY6wssrO89ZN58YIYZw4jgYPhWwraSFUkxZb3o6hh27OoMYVeYWM+wA4QdlKU3Q3lG892qzNZAgLFTj0j1mnSWqc4X+V0v2/ZOnzkpA0a7NOWyBA8Dh2dHd0fAs34ggOcWkg/W0ELw3VENgdltsJjBp7g9nudWcYMqEFVocl9vrAtPFo8D48vALs6WVKWlEQ+uymC4jHhFzNz/yPufgsXryxF2+ifeqHPDAyFJBeO7JxrveLy8tk75/fXgIRYzzNpfM8wYRhzemvv9hOjSBIQdaM5uVwXD7hFnl0WwO1SrpTHzjpz7Y9gdb4TTaU0EO6g80QLVWW1Qk922tzW99W/HUpqTTqGndRQUKEXrn3r77L3sPVcXeCR2eAJ4DDsGHsGOHZ4GPQYeqUCDnnVlEfjuroGgU+3wjoASw4+ljBl0Siv3VUhya+wYdYEYlHIOPCds1IXenNc2QOKGUyMadJRaXT87Ht2dBLs5cfA+ws7oNJwVhvPcGp96E7g9r00nhdlC5+hazDDDjGHAblfJvxzbVnrmEdjtqXh0vS5+cL3ukFivewR2yQ1QktL4COyqTrYK2OW0wZncdqjN6yisPXH1HyxjKF58Mfg76OwC8AupWwd8nzi8dl/wXpA6YODwFHenODwUOzyGHckNgee6qhhcw0vAd28tzM9qJfCRZOjhWAEgvUaGIY1VIMpjlr6TVNKoigraYdrSw3Tslu6Oy03zPhqRsDu6Lhtmv7b+0ZNU5u+HZSVY/K/WPuqfjENSwcfP9QFJKuzo8ffflWumMM0w4wkiJqbyu4nRp3MIdJTGTN0l1usYdgVJDdBefx2udH4GzTXdUJBQN7ReVzTo7EpSBegojVmR2YLOjmDXOgS7s/kdcK6gE+qLuo4CwLfG4Ekt38cyhhV89ZAsun3D07a9wzvo+AN2eAJ4KL01vPcHgaes4TH03MIKNbki9FxWC+iR7NuqYFpCIwQVdRLEJJ0XUiAozaMkKCpjA6eIMk6rkhYcqQYvl826bm/u+I0QH5o2IkB3fEu+tjvULgEa76iEGcsTMFXbpZx4Q1JOx+Hn3CpgVAv/ZfDNXZdxxjYu7LyZwjTDjCeMhO2noxh22uaUPQ9hV4Ypyf7+AZDji5s9lLqUYUfOTg925Opk2EFDcRc0l54PHsNHlP27uGled7NGj6dTVKvXwtR+yeGpdXicznzsGh5JBZ7Lh6XgvOY0OK8tA+cN5eC97xzMPSlc30Ih6qtSoNgli4ElA1KBoARI1S2qaVJMBQaEpWA5xyq93wuVCfzF1vYOrc6Epa5/tDkFIb0FFh6rUTbnGEku8JfH2Cpjbt8+XHUD1+rO0r9npjDNMOMJI3FH6ZtJMbwTU6QxMxB2vF536w/3QC86Gz/hNKYMO5HGZNg96uygseQ8NOH/qJtPX4DmiovPWsZg0IHi+GV15ctu2PB4c1OLd1ByD0KPN61wSlMpS2DgKQ4PYacCz2WNgJ7TujJwikCtrwC37TUwJaEJAgs7CXqqCFB6fQacDEp+jY4rVOZUSJL452c3w/T3j/LpLCr4tMLxtTP3U1rxG4Vc6uZ8qsujf08tQ6BDsbUSi6UI6cfsaNWtaSSI8ViVegLO0pzmB74+O2rVC6HFOCRi0v+s+UeLGWaYMfw4fPjwt5N3lJ+V05gZ0podrdE9Lv5w7QsopTTmcVqvY9gJ0NWcapdhp7k6GXat5RehteJiHsDYS8VgWnOhnJLyte39wv33mztwPe+6bh3arz7s8JoW3+255OSAtEtTODwD4JFoDU8GHokcHmlyRLkGPKcNFTB5YyU4RVaB5/46mIXunMAVxHBjkIk51RFyX5UEOKmV5hmOLDVV+nZuKwSEJoM7X6Sqoyl4qkqwY5dWfJ4XW/FEgMvbW679nFCf3TD9xbWPrbVzeG2HhUm1wy3VMHydfm1j18D0pYfLcV3zD8q/TTWM6XQji8UMM8z40yM5psyXd2JyjR3DLutAjbYLs7/vAejFtQufyzsxBeyyeXMKgg5hV1fIsBOgaykTsGurvATtVZegq6Z7wlhbx5OL091f3djm5/sx4N16QK1jYvR166/C2x+T7rztjulOz3dS7+nv0uRNKyTh8ATwUJLDI9iRw1OBN2kTqQomRlaDy86z4JfYDPMLOxl81Or19WUMRBmEskPUhePbBe0wc30mOBwxhseTeT6zCha7bIVV/nshYlY8RAV9DDvfTYT9oWlawXoaFpBnbCvSTlXZuTQB1s85ACEIy0XOUTDr1fV0gov889RTc2BK4AEIPFbzuN2oKN3yjmGVbnB/1saTRXizQqN++jJkgsUMM8x4AuDtLK/RnN0eLjt4dCcmAa+r6RPQi/rSC1LZAcGOnJ1wdQw7TmMy7NoqLkI7wq6j+rKmrjPd2WPM3S2VAHbHz/FRv78P3qPndxj8pxwBDX7Y+tpj79hfjmghB/iYL+BOz4D4K+7LsgfY4cnAU9fwXB5xeKcZeEIbKlEMO9Tmak1vRZ2BiVvPgOu+Bg1+c3M7CHKqVDeo90yVARSVsQLBwJwWmBGhwO8blCdeNjsjPI3cJr0HZSNOl0EJhzw2Lt1YUtgBAcFJNZgmbdJ5D7dwQ9Mi/D9K37OYYYYZXz0S95b+UCs72CtSmAw7rrE7pZUdiJKDi22fAkff/X5oPdM9CLtWGXacwtR3dhLsOmuuIOyuwPna7r7Oms4fWMZA0LZxunxz6EzIVzZ1Euh8fRF4UxFyBDx/1LSj2Betn9+hfq/xm7vUdKcMTfdJW1o8FybetAbnEfAYduzwNLlIm1ZIckqTJIBXScBDIfC21MDEqBp4C4E3YWstTNhWC7+PPguT9tSDx5FmCMhsg0D8+y6QgKbIEH4L9J8ZukRu+bUEv1lbT8EULGvw9o7hQvYnkgdeZeQ3KxZmrEkXbq5EgFavhEOFH0keq2BUYfh2TnPPlPnxlbZnVl7Tey94I8de2uBkMcMMM5480NXNFwXllQJ2B1TYibKDwgRxVFgZAq4mt4PX69jZ8eYUTmOSq1Oc3UXh7KoU2J3thguoi/VXPceIu1shgeqWn8+hB76YyvRFyBHwfPwRfgg5HwLeVFRAAvWpRR0Db+edN5R0p1ra8Jm7E8Lv7cTPrWEFvIaHUndpPty0ojo8FXjk8gh6BLw3EXiaYs7BGzvq4M2ddeB6sAl8UlthTn4nzBcgY8lQk8dqy311rAJTfyzPI5wWHK+DmVGnYFpIEkxZchj85u3H3+Ee8PaMBk+nSNRm6mtzflg3NxVhOR3XCWdtz4OgrCZ1zVEuzdCfZxBKkmsXZTDyXGBS7WVv9+gi/Hvd1vs70kHkeODzsxYzzDDj64v02Kpk2dllS7DjGrtCLjtIEZtTDHZicgpTcXYXac2OYEegk50dXDx3FS7WXYXL9df2jpHb0m8+vCU98rzDQc4OATcFYYdOz4/604/hnGh9EHQOamcmgs+MBFSi6Dvi77m/tL6NAGcAv5vk/DzeSfzcbXWRsoYn79Isl9fwCHYMPJTi8LafRZ1DEfTqNOiN31mv6fVdDfBWfDN4JrZCQHY7zC8R0EIIcqtCT0+6cGQtVF6nyHidUd1Nqi/j18rg47H+7lWGnXhGKuqAWZtOVnuMjyjkXZeKenBDyk6s7/uJxQwzzPj6I3NfVTXCTrntQHJ2ugXlDDuRwsQNKup6naGzI9CRqyPYXaq/RrCDKw3XsiyjPPALbZl8O7qf38cP0L2Ru0PgCcDR2IF9gpyDABeAc9r9eSgcO2YnCeDNSgLHnGSt9fbed9v9lQ2d1v8zhN8t+6TNzR5vJ9xwCy8aIJfHa3gMPHJ4AnpVBDqxjqemNLcR8IYcHopgh9qFwNvdoGn87kZ4fU8TjI9rBrejreCb0Q6z8oT7YzEAFRhK/WHD0Mg5GkkF4ZeuS6pjdV4Go+wGZ2/Pb/G2bS2lo+R0/z5Phd7A1GWIx09X/ZvFDDPM+OYCXd1Vgh0dAJ0jHQBNKUw+KqwUQUepTHVzCheUq86uqfQCw47W69jZ6cGORLCD7sZr9ZZRHAHjYr6LX26XhnZmTopq1lwcwo5TlyKVeYz6Gty8p5OjQ816FHLeCD3vucngINF4fqrW+s5LAW+f/Xdw1+d5BX6qHth+Hd7p7tjVbl+WfstV1OIx7MjdMewYeCRewyOHJwOP3Z3QnkZJTfDa3iZ4NbZZ02v7W2Di4TawJ7eB74kOhCACr0RAb54EQ2VsBEVujWUMPxWiKgBp3shB6m60mR1X0uHwii7GsoJug79DC4Ju5sRxwX9vMcMMM77ZyM3N/Q66ugGGHbk6hl2RgJ0Gup67fSRydOzs1DQmOzuGHW1OIambU+A8w47SmAg6FMLuOlxtuv6ZZRQH1k25SV90vb6+B/sIdiJtSTeia60AGwEPRX0HwU2kMRFwKTQW1woR3HDsg7BDifGC4+BF8As8Dj4oL9/4ex6vb7qA8PvcaJMGrives7+yrsVjRvwF28pTPZjW5F2aIqUZJTk8sX7H6UwlpSkcngw7GXivxLXAy/tIrQ8V3wpvIQStye3gk9kOAbmdGgTnDQOCBtDj+ScAo/GaoqrAgo7PcN2w2OGzI8f+i5VdBr/vHlSC29Mhk4Mtwd+ymGGGGX++K4AQdvdVZydf7UMbVDjOFXYR7OSyAwKdXFAu6usqNLGzM0hjCth1NyHwmj+5ahnFgWmrvKFygpfXNfjwhpTpBDuUBrVj4PZeOjhH5IMH1kBOyWgGB/5dXLeVgFNYFvjMPiZSmgg3DX7UBg5CjmAXmAZe2DoWYhsk5L0wHRxB6eA99WCP+xuRl9BxGMKPb3Gwv7mhxT4trsu2PP2m06aKAXJ4lM58U3N4DD0GnpLWROAh6IRihQTwFOhJUiE4QYHgPBWC1GcZu0Juh51SDVLmdJ8XdV6auTX3pI/vjmT7c+Gl+Hu7Y/A77aNicfzvgI913If/ZDHDDDP+MoGbUy6ozo42pxDsuKC8AR1bY9lFTmMS7Ej6m1ME7NSdmLw5RcCuQYMdg45VYxmlgTdO//SRUzo8425p63GYsvQm4M1MAOfIQpiBX+ozSoVm4hfrzBLR8pjkl9IAVoSi17xkhFwqeKE8CXgEuUANcthHwBHw3sb2HbpxAV+/KAPHovWcdbTPw7rzM/tLEZcRgHyItaGsv1h5hdYAbXM+umgNy/pi4rYzuptWaP1OdngMOwaegB0Db/h6ZX+LBkHXxHawp7aDV0YHTMnq0NYG5xQz7HSBSJDSfy61CvxUEeCaZkbnJXj77jho/eXqXKqNQ4GBBtA5n6IbMjzGBf+rxQwzzPjLBzq70+rmFPUeu6HbDk5x2YE+7NQaOxLDjnSZnR25OpQCvLRRvFklGgUk/LJspXSlN7o6b4Sec8hJCMhvZ9AZSIEf/u6te8px/S4R4XacQCfcHUENIee1kOCWibDLAA9svViLT4Anth5LToAXypPG8xL73T323La/uuGq9ecrpS9yQ/Vbn1t93j4pstk+NbbTtiT5usua/Ltvba8dYOhJDo/dnQy8r1WvHWiF3x9qhclH28AtGYGY1q6tEwbkIBTzJYeoB0UFbrOTa69N33CiwXdWbKHH+PX51p+H1lMaeti/l6fCFriMW/UfFjPMMGNkRf7RugPSbQdcdkCwMzoAWt2cQseEkYycnZrCVHRjs2UUht8Pg/9OLkXwdt7e7TO4Pudx8IwGsICSLm4VMey4r45FOz2vHZw2FaKDS9XcnOdCFDm6xZmiRbB5LBbyWnoSPJeI1gPlTuN3s8T4/WzweC8LPAJT+t0dcXcxBXrD+otV/N6HLdowY//tmna729YW+5wD563L0z51XZd/Z/LWyr439jQMEKD+3Hppfyu8/pG2XjjgcqT1lndcZYdvZG6h/3tHjjj8dx1wfz0i1fbMqir+Ww3zcz6wvRTRZ3fa1ifPm+dcmmHGCI3CxDoPqcZOLihXL22lzSkkcnW6zk5erxtas5M2p1yRYKfqWuunr4/OQvMQZ/kcTNyYMuCYkwT2+GoNVtNI6NiopTHPycBT+2orP/fPaAKX1Tno3DSnJxzdkkG9S5BDYeuJYPNcKlp3BB21BDyS+/Kch1pxCq8nSut399/fY5+87XPbi+sIgreHD0D9k2Gs41Zesv7mw2brGxvqrNbtdfYpsY3WwCPt1sVJF6zLjndbQzJvuK3Kvum6JveuS0TB3cmbiu9N3lx2b+LWyp4J28/0TIiuvjNxS/kXzhtLbjqvK/jMdXXOp26hJz+xrki/5vZuylXbooTLtqCjF+xT41rsblH1tlci6q3PrqK6RSoNGPgK73nA9sLaHoRbv91//333wJQH9g/EtUxa+9u1D6SLWIMsZphhxsiL3MSaH+B6XZ8GO7WgXKQw1at9SLKzY9ixs1PSmIawY92sr4fvjc50ZtjhoRsPcLMK7bicHFnEYDMSgVAGIEsFJUrfGXofOwv25Rno7DLAvlSBnJAAHMqOcNO0TEAOYcdf5mIcnAfu2KfWFpKHczkD7oHJ992nHui1WXfctb2+8XPrc+G3GSZ/7bL9+sP7tolR991943rtC5IeuIfmDdg/wM8dli8u26U7B7UWfx/L8fdj39krnZKSZTHDDDNGZpxOb8pkZ2dUdiCnMVvLdXZinmVXJ5UdKBtUdNXySbxlFAbdVYZfgHeHLgq17brhNT9RA9RUcmeiJdEct9wnoLEU+EktS3WKyutscZXo7NLBHd0dwkyAbpkGODEmqHE7BDkEHopaa2g+2BB2dmy1PimsAOwrCwbbQrCuKgSPsPwB+6K0Pvusj3vtnrt77RM237G9sOa29dnVd9Fd9Y8UoFmfWdVn+926Ptubkf12l+geu+eePvvUA/ftCxJ6rQhz2+oicEO54mej1kqAo89IwMc56weiJfjR78I+P5EdHuk+3YhhMcMMM0ZeVKQ3PV95gm8ob9N1durVPq2PKzuo46PCxHqdgbNjPehu/fR/LaMwMA3mKZ+s4sB0pl926xDk/Bl4+mLQcV93jqHJY9X1yX16NqWgA5y3FKOryySXRmAjibQcOzkZciF5KIIcSUCOWgacDWUlIRQ0SIQXC0CEo7Bv/bBYzGGLfXxN4YB9RXa/+5L0PltQUq99zse9tqn7e2zee3rs1pge26SoXnSLvdbfreux/XJ1L4LpPqYie63YRwfZi+eI9qL76rU+j/oN6oW1962/XXsf4XXf+hICDNfUbK+s78Of0Wdz2nbf5rFL+/n2uUfu295J7bPhv43vY8B1bQm+T3xfa0vpvWl92xqaE6CjPsGOPoMrfn6ao9ZGbXC+9rndBuHnhvDzwBbf58NDn58Oc7KYYYYZIzMQdkl820Ht0FFhOpe2SjV24mofnRq7BsMNKqp2jeLdmalDKbLxG89NDD9FkCMx8GSYKVJeU6ILRLkvA093nsfsBv1PNIMrviePD7IJeOTmBNgQctjqQw6FYwKcAJ0AHEKNwUYqEYAjaLAILOtKwRXlQqI+KeI0tqfBmVqUC7Wy1vN8GbhsQK0vAzeUK4r6PEfPSa445p/JrQu368R7cCHheyTYuZLCxfuzCvCJ972ykD4DQg9bgh7Dj6GHrVVAD10vQg/H9klbH6ZznwrbYTHDDDNGZlRltfwEyw56uexA9/QUATp2djLslBo71PBgd+tG843/sozC8PxZ+D9TamvooGi/fVd98zsk2BlJF34KLBl4PDcMKeBk8JF8MpvBeX0+2ENzCG4iVSla8cUuIEfORnzhE9xojFAgWVEENquAmyQBFhcBNwIbQw1BxSAjUFEr5LyxnIVjbEnU31hBfZJ4vWhJ8msJhgw//rk0JujRWMBPgFA7SFsFn/OqIu2zuBDgB1sbwZBahl9YvlAwCsfk+uwBh+S05iWLBW/yN8MMM0Zm1OZ3+HAKE6W3E1OFners1Bo7Iw3g2t1bo/hkFXdp+3r3hIi8AT+EDInBpTfWh594ZgxKxRXqO0DdlKkKUb8crGeLQpCFnULAFYAKOTcBOXZz5JYIFAw2bFGSu5LcF0KORIAScHJDcd+JgEb9TdQKwDlhH1ucq0TRuFIWP+dn4j+DP4vkQi2N6d9jsPL7wmfy+3PGz0Bjdn70Wallx+e2anBND1sCnjeegDM1Ex1yaC6BUDi85TkDmLp+mNb8afBTFjPMMGPkBoJu7bAubT37EHaX9U5PMRa+7sZiyygOuuZlCHjjN9Q48to1aPkw6AzE8NNrZfkZgJDnDByiMqebXhVrfjGn0dnkIeQE9Bhybgy5NShybwgMNynlqDkvgtyQQxMty2kQUtw6R1YMySUS51FauxmfoaQWn5G4z2IokkSfNHl9+UMQRgjYEuSEyywbdHvYrh10nwLcBEH6bKJdKUBPwLOuzB46AMCRVEdpXnJ4Wmt7dcMDKa35rsUMM8wYuQGH4dvNJedj5J2YBDoZdhfUgvJhw451PRwA/maUXwU0dEmr6+wDZ/VAx3NPLgbX8OVnAEmU/rOiTnCLrUTHk48gKNbW4BgWQqelNCJBBjXowJwYPpGD0NL62Eogm7ylSpOT0k7ajO2go5tE7WYSPa8GZ2pZ+Fp6Rj+X5yZvYPhVUp+gKDlAzfkJx8kApPXEtYMtpzgReM7o9FwovYmOd3pBBwRIx74RAF1DCjTnZ3fESjtRQwotZphhxsgOghGCbi46u/62ysfeYyenMVHDgl3PtaYb3pZRHu5PB/9Q3gLvur34M4IbiUGnP1afkeSx2qoOkOd5ToWikVs0Ap++M7QdrMHUZT46uhINHk4CctQS3LCPiiTQCQgx7CSgEYAIaNJcNUzeWgNOUdUwCUV9ltNWnJPEr8G+eA3d1L5p8OdFYZ+dH0GT3wO9J3Z72E4adJ8MPqc1BHBqSzW5kdPjS3MR8o7k+j+uiUT37haar0HPtihNXsd7QGu5FjPMMGPkBwLvxc7qy3Xk6khyjR3DrlsGnbHKu5tvPGMZA2F9KmTqw0OXw847CjvAu6SLZQg7ed5bGSt9lqFbVJ/rrx0+bs7YHcrPPVMbwHVTIcKtBN1YOTst4cCw7yLgJoCGMCJQOTHQWNtqYNK2M0JaH+eiz6BwLCReg3KiZ1uxT9omA1K7ww/hWU2tgGQku8RB97dx0GkK50kX4WJfpDsna+t7OF7Dbo+dXjH44GeUaxvlvks0wjFMpDbtz68ZeHj1UojdYoYZZvz1pDi7zlydcuHs1Uvs7KT1uuEArw1fZ+MU5liI/2fvzIOruu47/pLJ0k47bTppkyZtZzpt/mptQkyatHHijg2OjTZrQTwhQGK1wRgH7KSN3SQWEjZmMZhFWBL7IkACJCShxUILSHra0f6kp6cnPYF2CWPHNjYGo9PfuVe/q6NfDqcPJ52Yp/Ob+c4599x7H08Xzfno9zu/37kRM+JTrXKE8D2V0QgvCj35OIWj1a4FJVZ6CexkHqF6DKVeO5TJdxguONcG3l0F1PxVA3zquccF8DGghNAyvTYRcgC0YIRbkqng5ObJvjCO93AYBkMLn2W2e0WAwrmdJlwBeiYEd0x4gNvrMMzJ1/jMcOs2aKHPj0NM4Jl6vZwtzu1AuFFhrSMktlw0oBc1L5kJ24wdtWnTpu3+MqfT+RUA3RzQHghf9g25lJmY3aDtQ11j/8lK2Zds08rYF2Cis95y/fyrue0IPAI+IvW5TaA6/j42cp0CnBLACddJYakKo6qvoUCk45FnWll4YhVAqg7UOOGxIciaDbAFJbUYbWByi6GgFJQ5Dq15Lgn6IGw5CE3BMbSBiU3Qgjjg9kK7q4F7guab3Hcb8MO1QACe6fHx45BtBuxM6G0xw5rhWy6yZQ55xivATjyG0GcJC4ew5sLVp8Ww5ph+0as2bff5Gt9g5+Bfj7hGZoy6Rp8ccY0t5Js/D7dff6C/4/2vozc3HS3iu/H/Kq7hJBa4bi4SgLcA+4LwPPapkkDtkDW7m0CN3KP2EInouDrUSsOr6sQbeh0FYqzDy+afAm8sCUKIybDWlmLCbC4oYF8rCwYFcU0cB6SAoEUhEPn4XGgBlEYbAALYmeDb02TCcI8Z9uSgM9f2AHpmiNNog7bzdb36ifKFWgF6FTxMSzJdEXzyuka+i04EZHMuho2658/aKLxRfuMPbNq0adPmh9uJLcGJbsGPNnWfInBTigIMJteT0LoAdhU45gMkY/CzVCFTKgI99TEdJxCUXqvOUI3Od7HQg3UAO9D+BlAzm7u/VVAbCzrQxubua+PQM9pAGA/kfcMbNN/GHgiwCwAh+AJ2N7JAHtqENggUsgfaNy+zQO7t7TKTXIJ49ibXDl5GUc6L8BUbAag1L77E2GdzcfBeE3hcMzfE2bRp06bN/9bvNmzBiW61fa87DWDFvTpUNAqP8RyB1FJQPtzrmtAucg/CjvSlAKTjMeRYfj0NleIYSr0mqfYc1R6heN0CWDsLOVDLgg9cZgEHGlmACUJo26Dl8IM2mXuHAL8kDr5WDjzTA9wLwOPhTQBe4B7QrgYOPVCDAb2QnbxMoQoSVyrA42xWlWrQLFaQ/DhkdwULjy9jy2JThW3GNtTZtGnTps0P6+/O40QX/2LaYDoCTSEZELNBCLtGUAwIz8tEw6UUoKB79zRpS8cI2KjouNzrUwFTDshY/m/ndbD5GbAueLKJhR+DhJSUahaSUsOCk6rBs4N+Ug2ADpQIY4Z48oyDhUI2ZQSEUxcWupm66F/aF1v5eJlZorByTZYBPFTYjLhv2LRp06bNz4DXg5Pc4Z3FH56BidDOAURbhQ5Veg3QoY4oAUlhScew/f215FjtFQkM1eFVxRjxEBXnZLp3UNIxem6p5HoCNWlLNW9DEVu5NofNx/IEQwlBNm3atGnzF1s8Y+ufiS9AvXSu5U4Gz1CsNGXHFsHHRQC4kcDOCWOrHF4KSus4WvFZFH52HFOGV+Vh0phSD4tderhOdi2FoByE6vArVcw9eoq+FPark2rUZR1LfQQl9I21yKUv5LHFIW/d0et42rRp80uLfDB+llV/NzPho46KXpYJ0KKgi0RRUAHYKjnoBOVWGfejFLAkolAkiibnKFAp1FYlVd22//trnTimgh3NRCX3kHO+gTBGEV6NUWSorixwXVdnqdIMVCoKRx9gCloIb5NfHn1UfOlsjk2bNm3a/MVgV43FOMEt+smmXg6sLPTsuEg/Oqd1RBzfi96doK0wZsFN/AwKPgJUu0ILaJ+OSbTmxXPX4E0ANxY4ZAk36rFFKkDSsXsfV5dpbC2o35Dffk0KRNJHkVpFoS+OqTU/vpStiTklruMN2bRp06bNj2rwNlkZmvMSuziwsgXARWAfgZV22WtPq/cioBoJ7JpBiwgk8VqlfIRepAp2wnhstpM9u+R4P/+5Fha0X1eEUGkfRUOndEx9LPce1SFT7G8taNi940LnElWYVPqZaiBSUeDNi7vAnotNY5EzLeCxqO/FfdumTZs2bX7yDrxzOLn9et3JqxxaOaAIBB5RVGbTQNQv08v5uV87fte7O0NAaafwlItCTw5LMqaC5RrYQWR5yF638SLbC53vy+Bop31sfVS0ui+/xwct2F7U8nzo7t4UCkJ5K4egUnIQhm4uYWtWnGWLHtn2nlWAPiMhxKZNm7b72/KOV/9F0YnmJ0tPt/zq0pm2cxWZTo8ju6OwOrfztdp8d3h9Qfu3pklIswont52v510z1uAQcBLNz3WO2YPfrOD9VBAF3ivCtZFiXwU+cq3dFzAq4Bdd0cPWL01jC3+4iW+X9kmUwyvzFtXriurQqhqECugpAYjju0qc/P+jztF7Z3mlV5696hNA1V4l9SxDUxvZ6mcy2cqnkq9P7qsZv8GmTZu2+9eKTjSGFqc1jwDsWNnZNuY452SV2R2s+ryL1eZ3ssuFXaypyPNxU0n3C+mwEbWflyQ4cXJL2Vn8Ww6tfFB4Za+hCN4KQJoH3lLkrIQrvF9NYFcHktwjAI1KDb5IH0W9yRVQ47Y+5pSZbfhQwqACktinx2pA0r4MhOQ6uRcoD69G7bnYaWTMFnd99CYBHkgOS+V5dWE/tgsvdbNnns1ia6KO3pj08OJzbdq0abv/7Hxqy18VHW88Vgw7VHDYlWe0sdbKq8zdMGiArq7AbcCusdjDAHas9VIPg7eplzsr+77jx8Drw8ktdV/5DQ6ut0FhAniMPgLwUvcnRkZnTttIKw1nUqBR+OHn4bGsxb5PsJR7j2tfymNrV6S9a3zPH77qsqtDp2oQUqnLNNTHinFR8/eWG3WRGWkNw/lyoKohqOjTMaqVa7PYz6JTbwuJK8N8c3GbNm3a7h8rLS39UuGJphrw7Bh6du+N3WBot299ypov9rDGIg9rLu1mLSbsWAefzKuujnkcw9/wU+C9j5NbRmrdJxxchVUW8KA1FToBrnmOXn7tx1Fx5yop8ArgPhFy8hZEx0lfBTd6TPtRJR62PiqVPRN9yIBG5KNbGiVgVEkNQpQMnARKZAxbpfcYyYGX7DD+CHlrS353GzzXZejlKdYJleUeiuQb+lkr1mXx58cTV24LG0n/nU2bNm33jxWmNr8swq65rJdR6+96h8MOPTvWDpN7Z/VVBi+VZd2X+8/42xsV+CtgxK2kCjNaPuXgKgEB4FAIKKMfctHLIn+y2RM5Z2t1GwFeDQjBFSa2xLujsAvFY3IepYIjBd7K/TXshfnHWeycN7uMyTo8sUECT9JSqa+x01Aql9KDVJ+3E83bV2W8qilu1RE3f647sMxDHTKVr0HKCvkV8Iz9RY7x/KIf3tytE1e0absP7cLxlgcBdrfENbs2CGVSG/ZevxvsmLdxkHmbB6L8KmFl1ut/KQKvsqBznE+wVaAwDrcJifALye9mkYv2u3kySE2heT2qAxQpeIRcYeIxgRoVnlN7iGqA8nDmC/ZUZp/16g1jsn72WGsk9SpVXiNKDUG5fE26IX0KxfD9tdf4d/9Z+B6vtJCfgpLATy11SDVq+yUDeEsDd7cLL4Rdb9OmTdv9YcVpLRmXzrROJqjkdLAaWLP76P1PGNr4+DjrAMBhGNOCXb0Ju96mQdbXPNRr8yOLemDjP4jAay3rMcB1GeEmaX+a4WHhL2cN8+u3xmWN0izNnxPYQatUGLYoMhZOASqKwG8efP8XFp5g65anf2JN1q+c9yLkJLCVe42KxBspJOm4zx6kvHzjqf31RlnAqoAdfUYyEAGecL1iXAE8xdiisy0G8FbO398l/G5stmnz6Z2bmfuqZ2Xvr99w/kDd6byDdZX5R+p7C442XC883thenNpUVHSq+Ujp6eYVRSdav2nTpu3/w8Cz658CuzwzQaUB1uu8bSNswPMO66iSwO7yJOyutgyxvrZhNtI68k0/ffHrTYRWG8jy7IinN/uUhwXtrrnJ74mZvdVNgXe40itCEvsEWkKrgBkdDyd9eu+yo5eNyXrNshMGkEH8bQPvhFKgUeARWeO09UHh9+JBkhb7IQcbPuTffeXsbcP4XJco4IstAZ7vNY5iuPOix3iGz8Yc65vcUzP+iE3bXS1rX/U3s1Jq3shKqe3L3l/HzsO+pHmH6ln+kcsMYMcAdqzoRBPjyXIlsKwy8cf3eFmGs9KR6VxiZIJr0/YHgV268295NmZFJoHdBTMbkyeqtJZ5/0/Y9QPs+p0jbKh9NMBvElZmbvyRtU7zvYTrIrgiJkAVxFtBj53sYo8d7eJJDXxSHi8477wt3ne5ipcmeBFEFH6KcQJGKgI8mZe45pW3jcl6RXiy5Z0EpLbfQhBZXiPxHLFPx8Pka4kUvPQciIJN3afXBx1s+ph/99ifbMb/E6PIXw5NtSKUY3Iw8qSV55afHJ1MWokvsGn7HUtPLP3zzLdqXjmXXPNBdkotywHY5R6sZ3mHBdilTsKuNL2FXTzNYWfOR1Y5VK6rpS6/M4AxnQ2r7fe0srOtgY6sdoQdLz8QYWes2VHYeSbCmFeahyzYDbSPsEHQUOfYb2x+YuEPbnzE2jj6+xuHRHAtI54dgm926gTwHt1qQOW/XzxFvTz2qsOL9ypEwEfGw8iYFJzi9fBvro89ZQBv0Y+3XJmA+Ltz0j2MwjGcfhaCil5HAEa9TZrJSoGoCKUqPcngQ823jC3RfvjaDXymsGepPKSqCrv6UP5hp21Fj/EMn1t9+poAvCabtimW8Zbjgcy91T3g2bHsfRx2pmeHsHv7mAC7NAnszDnJrP2Fean+baMk6mhpqfdPbNq0fVaryHbOp54dB91Qz3XWWdMn9exE2PW1AuycALuOUTbkGmUjrrEtfvSmhAcFD+89EVprEXLYood33ARexOrUqwYof/BqT4tjKvDyCCSxVQNPfZ56gfSa2LQmY6Jev/DkOHif48bP9MjmnjmnPQjPe1KYYpwqnLRyrxQkwlMRYp17uO228Wy/l3AHn+lpcq0yZOoTAOWKLu4yw8Kr0keEcHeDTZtlZ/dWhWQmVX9wLnkq7PIPkzCmADvMISifgF0Vwi7fhB3MS0ZJVGNxd3V9We+3bNq0fRZz5HX9Mw1juusHGLfB7nemwK6nYYCs2Zme3dAE7IY7x3g73288vBlxfy9MauOQmWpB62X00gi45kyENIMS66w6rTe2FAzTbM3lCCUZ8CgM6bgSlHJArnrjojFRP78y/QML4mGJ7tlnPPL1SISnynsk4JJmnqrWJ/E+sYBf4e3hfU8eclrvpGuvumrWOIIIHCkA5edlIVRFcf+i3A4TeCtODeF3gP1WL9q0mbBLqrJnvlU9jp6dGMa0QHcSQAfCMigxYc6RDbA7z8OYBuzQs4O5yYNRJ14D7G12ePTb5rV9tswp+KV6F2Bn7J6Ca3bdADYAnSEPwg49OznsDI24R/7Jv17+KpYluKwyg3iAX0DlpIImBB4TB56hyIdfN4q7F/z4dU+HAEuuAxReRBR6IDUQ6XkCrudeyjMm6tUxR69YGZpPH/Ui8IjIv0lg52solYjAU70eKbak/8RBp/WKHijuN/5PLpmbAaDkIVMcl16D4+ot3mLPtJhJK8tSB/R78abamaSa759Lqv54Cux4cgrAjocvu1qG2c2PbrPxO+NsbOB9Vg1AQ9hVZJrrdZU5Juz4H+CiZyfOTW3lXiiL8pY5nc6v2LRpu1druOAuEhNUwJO5q2cHIUwhjImgQ9iNXfevhWX2BZjMbuHElpPWcAuBtc3hJbAz+49nTgIvYu2pXrz3YGLpB3RfzafwPoQLBSgFjxKIeCw/t+7p02b9WMBuN36nsJeyRx63gEclB1uQIqyKUoIPRa9XZKaGiIX98Pv5ZHLTp/gzNDp6jbBmLQIP76OgI2CTJd9Q6NEx3l+1w6zDe3rBwe5J4CUct01jw0xMCGH28+QUIxPzgAk7CGEa6nVdY9Ru3bzNqgBujnMYxrTyCAB2XdyzE2GHuzsJ81Nfsk2btnu15uKuYBF2lmdX3y/NxhxoxzU7ArzOsVf8cGsxK4X/+L4KK0kipdIEHtVPc7ot4M1NbrTCmksf39ZLk1d2EeBhn7Z0jCqAgIhe99TFbj5JG1rwb69ZyRbBb5TdQA9P6k2ifFhzDKKAUwNUDk1fMleLeljgnlrrj5Da8l4jC7aZhFJJX9KSbFKaqUqEY8+vyzKe4+KHt1wVdlpZbZvmBrDbh54dwg7X60ogGeVu1t06wr06HsYUYSfz7AjsMPo08LBNm7Z7tbYy7+F2hzpBBcoOMIyJkEPx7MwGVs++7IfA68CJLemNwncRVmcnwPIkCW0+kW8CD8W3GcP7z+6vmFKiUA+KoNAkwCJ9JRzpOIIo+nQLAs/aYYUrZMvFD2ef9UjuwT6V7+dDybFPnqMMdhS68HyDtzs+xp+hCjbrpqUioT5IAka5BBDa813GLjXrlqaJm0ezqJlx/zitYZdU/S8Auzs5E55dHklOqYbw5N1syPuuuGY3db2utBszxXkYcwrs3DV9OEc5dLmCtnu2xlLv12AT6H53jRDGpKUHTrP0gHp2oFvDHcMP+ukLYCtxYtsclzWCk+tFAxIIPWxBF3qmAC9i/Wkrm291yM4B6uUloqdIAUoBSI9VkCRQWp5UZQEvZs6OyR1Cnku9Ah4eAaYcntSDxDbIJxjK1wODFOexT/VEtoc9tbnUSrwpK+n6CJ/lQqWXice0BfmYjbpmQ6G5frd0cv0uYkZ8u22aW3ZKXeYU2B2eWmN36Wwb36nprh4eJs2Znp1H6tlxuapM2HXV9ol/kPO5Su9lqu3erbOm/7uQoNLGYdfbZMIO1utEz04Gu5HhrrFgP3490Hmc3H7zYlofTq4tApyecHgnVToVeD/d1wpF6AmWV5V3vPaOCLwGUASBJgEZjivgB1LAcNWmYgt4zyw87MXvYp+7w83LKOZWKECHgCPHqn4IbekYPU+lOMe3bgtNKLTeOF5a1PkhPku7j4CTQ05934LcDqPg3Nx4e2fnpIe3YZttGlvGkZqvA+zuUM/uAqmx42CjxrcuNEHHNenZNZlvYxE3vKCeHYecmFuQYdOm7bNYV1fXV680DW4C2N0B2Bme3eDd1uzc19KHuob+xtdsUEdG+wOOHNdSCGFshxDGz+oKXQ935XV99XMOvGM4uf386cM9IqwWO0zYAYxQBjwQdqh5Sw7242c8F5F4lXp5SZX4OXLQwTnso5QeIJ7H/oqd5Rbw1q5M/y1+FwDxb+ccdbPAwh76GXIAomTQVShE/Xnq6wn45qRB3eCvzo/hz1BR2v0xlnook25oX3Esg+Kzvykwnh/uQ4oKnxk/rdeQcg7UxeQeku+eIpYd8N2cXFDudH3kQ/bhezeh5Om6sXUhwq6x6O6wQ88O9+7lnp34R/mVlqEbfZV9f2rTpu2z2mDz4EMQwowbaB/NGeocHZ6A3XugEl5cPuoafdLn4vYs17ercly5Qm2NuJuLu/WS50e2z6GFzoz7GkxqLpzcnrXvdYugelnw7BBMXI+mTgXe3MQGnkaPtWN3Ck83fSp+ThMoHIEnwE9oxXEck8IPx8T7Yg/XIfD45tG88NyqYwvcVXNzdma3HJ5KuNHrfYdhiBKq6jKNx467WcR/nbNq4GrKzKSVVpCiZhFFP1O+fkjOR+c4+dodbho96d3NTGie7i9/zTtYn8FDmLhed+EEqbEjBeXWjk60xk6SiYmwQ8/OM2VLQ7L5RdtwsE2btj9UrV5/x/tfh/aL93pvdZZrBvyCv1tXMOWXm2Ze3ems6lth+xzZ07OSvxw5I/6C+Nd8wktnp6zBvYnAI3o0zQSdqIiwPVctLy/qLQ/18lIq8X4CNwI4PCeDG4Ug9iMzWxF4hhY+ss1reSgvnhmE7dCIZ4h9uYLwvAJ80vtkUoGWXlPea3rM69Itj7lpoiyhCURg6du6og/Xrvkfs4Zx/aKT4/aHNn4w6SHHP22b5gaw6+ewe/uYGcaEPTFlBeVijZ0IO9OzK+FeHSanSDy7Wg464tm1TMKu38gtGE2wadP2xzRnuvMr8IvdhCnGfe5r7OaNW6y/6xr/paZx+Ruey33f+dzU381ISLFgR8KZqMS7AO8xWGeiwAvaWv6p8Hm3CrNap2RsNoPsCC4fRb1AEZji2FMlninAW2nf7xF3W+Hf74niHinsRMBS2IqtHFp4DYUkikJRDc+5xT0m8FYft+obnZVXMeNVnbFKz1lj6jXGqKw267mtXnYCQcv1Ht+YwDaNLS6OfRHCmJ8C7HgI09hBpYSEMXH3FB/KDgjsrophTFyvM3RlAnRifsGga3S/TZu2P6Y1FLmfx/Ri+IXGTC2+0wL/RcaNqMWM0Gzb58BgbesXIuyeCdvt7qiYulNKAWjuXUA0J8sEHlXk7G0DlpcXs6+DAvQgenmfWXL48RY3jja3xUp7xwLerI0jj8E63uM5HhFe+FkUcDKg+gBCHKPj6uQc6kXOLeg2gbfsULdRDvBQgrURQDVI4UES+R5GXfPLXPO5QcJK9H9sviJsJ7bDNs3tf9m78qiorjT/znTPTE/P0nNyZuaPzNIzffrMmihqYrZOTxQ1YkTZChU0KgG3uMbY2Uy6WAQVJUbigisgyqasyiqrLC4sArJVFcWm7OBC3ECoubfwu9x3fTyrrFcUTr3vnO90jk1V3ffq1fu933d/3+/DM+sA7BCz44NdfDUZN1aDHmgr8htpsANmRxvUMw/Bz+zZwX4dOD2Bchz0BSmcHHJYMiryGs/RT239Pfd1OO5238cXMoAcpQbtuGPpnhrkmuGEbmhgXYVn2mkq8rQASuTm6ioCOrbnhAFvoU/mIwpIH6Qk3+CxvCqUi+F9JM6NG+IB8DD4DdGAbneobNA2Ss0CJ8sgBfcHIdnXQtLgyL5uPgOuzwNADMr68rD7EbV+PNB7O8l4oAKRPUHRNg6RPUi3uKrRhwSvqA76nDlP8XuDs/JID694LfOpOCV7xAAaJ2+0TzViajieDAzpRSqk7SCHMDuhHjuW2fFV4wB2Iy1SOLHLUwknhxyWDHQRN5FG9qsjbK65qmP0AoYntepO0uPXpemyWFlTMdlvOgYiuKm5ve3fciVTNcyWHteIAMuctAaYmCCQKp1izl4tvL+nY/AzLC8MwENiprfum1ReWXPJOztJec7xm+RufVkzV8uCGqQQoIn9f5DPey3DCJnXMKxxVtwIw1O4HNDbo62avbcNzlsOA2SCjNLIPcb1284Tduf+7i7Y94SRQElKTvknnBVHRmTZq8DsYLSPvoyZVIPBTj/t4Hpeo25w4Imuv++BQW0HGOhYsANxCu30BGAH2VHXlc7JIYclAz2pNWuoixdAjr5wWZuy7truf7cI2E1T/gttI7Zoml93dmLVE3bKwXYW4PJQCfO8ZoTVgTpTJOcjVSQoNnGGheT/xLI8dzMwPK+gXB7gfeIUoiI38MUhary2WRc0YwGmMf/OsjpBMBR+jbBKFf7NNkYzAngf7dOvfaPjj8SuLYN6PfNezL8b1uTvHlshwO6YnOT7FWfFkZOT83PUYzecd5aZY5dExCm4zw4zOszuiHsKK05hH4qhhMmOIYMSJszeBLAbsTXsCuXkkMOS0VB+Kw4u2p6WO7pObd/oBSvcxH4XK0EtochEDcRXKPXdo5jwyw9Z9vUjfYMvaMQlNmBzRqXC9WAVfJb7uwGt1ZcaeZ8TYQbAc4ss5wHepx5nOsjxvu3frF9brMZURsmCFfvvxgtxIAtwSwKZQqFnW3/4+KiGnjEIn8eyO+EyrPg+44bPkkbZ3Tu7mmjBEfXfQ06TvWdwVhyI2bXTYAdKTBjaCnt2NLMDsKspFHBPKWHbDogSE6XYvaPLn5NDDktGc0XHJvqCvUXbkgnnec4C4TzJezf95B6gTOhgwS6GKjXOuQStBy+Wc49XDiJhzE/Esuzrc930Z1WjXC4x4H2UqyFOITg3ecTw/CA/PHZjeMYpNTo2ST9XuvJsBvEoxQ3zeqcV5bpTpC8yoUiMOYr3NLLA5x55nRb4dNLnycH/4l3FGzvo0UCdqBT+j5yVBgK7VBjtAz12TNsB9NtCGZPusQNxCk+8Rvb2aWYHrE4I7GAOpxxyWDLwvCp0oVaghFFCYvnAEuVMl9e97egb2lrFATU7uy4L5XzqJjobqzDjUMZCGdP4dF4XoSIMa6rvveLUWt5eYSQArPTCFZKL3/TvJTdyn/TbaF14DxL+fkKlbYJmxKqNmoUXsC2GAF64ACsUFtoIgx4NjBs2JwqyO8WHQfoWDvugAvywQreZJFtrA3pBQvVqGO0DZUwhJWblMz12PANouqEcWB2txGStDdl83Kvu/RtOjpczlkxT/p1isvciZxtvL8Q+nHHZRDFt56+4lzBuqrps9A4t4mA3jFRWq7lxjsVTlK+im1U3LVIpy1bzwO4qSjcxkUoBaUMwKmeH1ekUb/i1kTaFJYd5zeg16AbsKTForPbP4gGex/wD9UR1uPJkA1oXBvIJCXgzYZL890VE6RqkTFTD+QoWackQE9qwQLg0onRMdoenNJAHlrWnNDzVpo2vA2d1AS5KtZQBtIoBO2baAdNjB8OlGf9elAB0omAHk1pSOTlerrD77f4/R709n7vY+JSALJ7JfrTPtF8xVfnblw701L3/1K7qSRsD7DRt9V3vj7tIRRHzM6S0y6b27X46H132TJvAekNvyllauCkbnI7fnqfFEMNRJ4sf0J8fJzHLWwYWY9BIvSLiJjn+/909AngRqgkFdKwht4MylbDS0JD8ZjhXSmlZMCgzSd8dFsow3x86Z7vqCOBN9mlR/I/yrzgrDAR2WSBQAbAjbQcMs2PaDvhWYQyzIyXM51SHOut6lnJyvDyhsPGejX4w5GlbPDEYevtACeVlsifrwmyvruuTjrqeH9CFugUDXWurZUxfscKOPq8/+F/oZfftfAu1Bt8oge3ZRhkIeNCm8PtdasIwf7dTU8OUU7dKCBwO6fU8wNvoGfOQFmPYnqzD68L7ZRMK8LAKFs6Z08boVlgz6mMkfXifSvA5S8OuUewuqou+Pub/UPyI/f7sjpQNYAPuUW9Nn0DOCqPkguotao4dO9oHxCkoaU9MpseO7NfxprMYsBXSU4nuLT/j5Jj4gZ4I/wzdeEMZQDMwvfdbex/QiwaaUP0f6BwS1/s1Sw7VsWB31AQ2YoxyE08dp79Xnz8mtNLryJWY5W1adRbf0AmLQd6Q5PPtd+X8hNdkmzCBypqXGnn7pAqHYBVrHI3TydTPKUDsbl3cyHlZpGd3LeR7WbBfNSZLV16Av8P5xPk15SSrdFXKaIgVATuxhnKa2dFKTNEyJiQytp/HyTHxA/vwoZJa2liA9vG7AXe3KQ42brLf34J6wh4L/p2NT9gHHyh/zslhnE/mZJ8cOIeuU327iy/ym8svYhsrE26eSPhhVGnTxfHAqIBlim9PbmY9b2beXmCaEuTaP6bzWN7yOfsIw3Rae3qkPSFSPXHEKkkaPiNG35feVmya36O6YjJtwvRy78mrY7G7YTRR4rEoS58ZWEtZjhVZ44No5UXVb1AZ87awOOXZoa1sjx0BuqdJypjimSBPO5/gAWNnYJI2m75eoar6y039d1tu6+62jmSXpmfowvGCJvwjf/Y1vhGcHAYHYsYr6fMXHJjeR4NLJUoP6VSFBqXd4fInuPcP1rRqaUgFOyTWRSIAWRlSzAO8VcvCQIWIXWDUZHBtttbygJffyGPLdgdLoJWC13SeJwHgbVwfL8zunppri+VH+4of0/vuWGzGWWGg/bo5COyGAOxYcQrN6nC2MGVMppn8eXmju677rzk5Jm6AWAL9KDJY4Fr2TkD/tbSabgA5oawp0N5d8uYOsL6iFWIyrTcgHCcp/wGdrz5i7WW/X82WMgMlL8UZls6rwnmlsaPhl+/Q6zpVJM26nM/XANjBQFh63E0/Zix6FWmy5cua7NQJx68SO4VaEpJMLPu6nymj2V033Vhu9+O1AYNYuuuhVup1ffhas8pWpMLmjSBOYd1TWGYHSkycbI+deHb1dKo6f8PJ8VIwjJ0sYHm8v6uv6fqthwBsYonZn/v0HT8x76HGKk9ODtHAbJiUMm18+/OSq3mlw8SiJnOILQxKLBhRTN9xk6xvur/mWr6W16awRqp9PM9YeiAsPheEOWHZv35N0ZYta4JRNJ0uioMqotA8nEcUmuEmftb6rcmE3blR7E7hIs7u2CG/6IHhMb3dwFlpoBLmGrRfNyiwX8cKVChxisHMTt1W3/OfnBwTP1xsvBUs2HnNCOxCdH4AAM1A0LuHflzDsq+f4eE82ftD+nzt/jae525SQk8qsBDLWxCY20+vcdO68Bp6jakSAfIa7wwey1v2wR4t2cf7LPYWKWvmWUiVmdog/EAwxffOqEKzipSivzeB/brSExE8I3tolj3vQMmgUXuxXuEdfINpv99xVhqayzdnILDrBWZHTUVBCYbxBu/XQWa2Vt99hZPjpSmn3aN/EEve8HvYCMzOyDzw5Vm2jeH+4tf8/pmTQ9Ar09nGhzQKL5+5p5Gdb7fdvJJ6g9PZ7Qj9vQ5EnL7KM5f2lmBNINCAXLXkeAO5SVOKxNkpFmhPQC0RM07py6pC5Uwo/99DPZLDsL9pikKTniLh/t5uYNiYTYqyuxmnBcwEjt3QuUwloIzTqh38W8paXm0qbzuKWN0QWIUhVkcLVAxlde3YmEKXo3uuQK8kpuFXV5Lq/k0Ws1icYfgEs+yuOKmy43nAdrtZ8N/xhfIEAyZvL2+ybxQnh0DPnY8ndZ4eJ0eVDtAgEm2emzf05hnVpjDrZO0wcmBph/UufjdAXUGZS19BaW/imhZkqXH5jtzo13tG91E2Z92wjzfj7Pju42GhjPC5UhHDaJyH92Y0wPn4wQR253ShFp8H2Lvrpa6RwbkHS5+M+T1Fq0d6LuOffZhx2nKum8fyXveZxll5NJe1/3drZXsMAruHjE2YKOB11ne3dtZ1f9tR0SE6WT49veIvCxOr91xOrq2j7M36UF9gWvnFhjc5OcY3sDsK/hHRP4RjykSVGNBh2l+aUqfLPHlNl49mTlVkabBak/c3Z4OzG9imdL2RrRxMr6NPM1H3fXKc13NXjnLx+IgvDM6FAVl36e/1i81neLZjIRKsacOmhNGBsB9H8crjWA2J16E3ky4YJ7DLQwByZoyRSoEjvYow5by0oGkIBvHOK2x6cas130xhdrcoRC1q/n2RYr6p/PmHs0LxXqxfO7WXF8vJoQ8MXIjVOSCwO9Fe230ZgV0LArbBpwB3DwFcHfrfbGQV5t2m7p5qCEsrSq6fXny+RnMlhRhWQ/M7mFU/uVHY5CszvvEVS8Qwisx7PQ29w2OBHS63pR+7+kzmnC7HT0Tk73q1vcNY8EK/N7Yn4+Sgz/1qamjnw5zUGt6Mu6DxuJmnN+hsTxlpLr3oIF3afBQXXfaIWJ5JME3Baw9/Ph4t1nBC5UNSpktvMP/5uSTuUKOw/0FF9l6/PEfUmd+ZwnIzVbot7meE2N3AvENlY7I7mAxP5+wcvq2cw3cpdFlzGBsdcHIIBh4H1tbW9kvuBaIorfqVa2n17SXpIyDXcL1d11TdifsAcfJm7WmutnpxcozH6Bmft9hSZlpoUfNYYHcjVwsAJ5hZYaV4s5f8Pe7PY/ryyjk5iD8p9jgkIpDlx6ANAaZkj58Qw4iyJkwFQOVFsm/l/v4udTW17xhv4toXx1TwB8I6H1GNMpxDasJY4jXmbz+IHZsB2+/M4Ql5ivIaHoOiVhLAZ9mdmzi7m5OiGRO0Z0bDcaiwN6mWWvdxTg7JozRTHVGWOeLbqUV7hBBtmt6nzi4txMYM7SX2a8vafs3JYV5XD+STmUf/YD2RKrOvqU8Q7KrzAOzEMxfN6+pr1L8H3vgdYAEVCWRe4+TAFmJr6b273KQbQ/T08k3jqTyM1xjN8hb6Ztymv1fltugWGrC3mTJjrkCr27Isktz013lEArji9ohWso7TavM6qcQ9x2v03QDyQPfNqjC1yQwXZgMuj3q6fxnVR18jc5EJwJjriVAj5a1Yo/wo03P0TqPfd0AWlEkbRUWtf4Gmpw9W5Y+wuRa0JwjR1XQbgI4eOYQFM5s5Ocw6WNSeBaOChIr2MUQouowT1yhgE8+y1Hry2q3OBxr54hWfAM7KY8W/Kn+BzkUrYXfLjjTSYHGmsGm81YcY8IwvbTr9WE+XZFPOlg9SDiMmWaB9+tWF0YGwK6P5A2GPVg7BGrDSdE6BOW3DhNPp87g2ek3ZmfV6xeoBEz93xdHL5Lg/nvW9hpxfcVcVLFIxaC8Sg55teD1WbNIWZds5OSSL6kuNb9FenRjg2rV9uu7mO9TEdKrfrxr7c3bKrlTmCuxxiS7yavoHi30xxyplXkmqATAzOBvLbulfmxZW3MLs4zVbu7E0Aof1tOouN6FqiLbqch1vuT1W9Z1G4BGuMgr08CRylym+vWT/d2agBgbUmroHufJQEX8g7PQAcoN2QAyFtxa89kR0w8+VxHIMlwbFj/v4jWHUd0cY7p7tcfq9u0vgc2oK0H9xXnDq+8IdF++KrilDa7CBOG5bcPYKVVPvX8txsnBCqqgtanKDsqWaYXPg5EJ6/UhTe1cxJ4fZ2hA8WHZXmaPuEwA7XF8GEDMq86Ku65DnJv5CB9nPcnrd7/cchHUaRBMF62a3EF4pcJ+l3EMS9GVNo5kezICD3PFNXButMnUBtmq8LJ8HeCsXjDqZOC8/phHsP8NrP4f2sjJfWMyChTD4fcRLmfO+J2vx+GB3dyXuu4Myrglpn6PWbVlyeqT/cPFJLd2OYRtWL76vesnwz8Hnx+5w2QDPY3OyzxRODkmi/srNyfSk9J6WO7oWis3dEvblPMbJYZ54OshVB/nN0iOaMfrsMHABiBmdquJm/ft8seiglh0fxFlpOE3ye5v2Q8yILSfKzGso5wNAjG9iOTtmeJBGAZ/CYb+K9rzMTKgixxQh0bigtStP36KVoc5rI5qwzF5MsYib0+cUmNZYzqbzJph5x597FymByOjj41dGGe2b/qPOKCtPNIh+B5HqF2pHUcwOrKF+k3s4OSSJkhLdnyI29xA8OTu1fRjo2IGx7KDYtZwc0seiqb7/xTKu2qLGeyItCC+c2RFletC8GHEFbhKw33PViv1K98N5+MQxuJpmd/stbIg8+9Qo0M3SN3gbBnpzj1YNoRIfEUKs+DBIBaXNGpRrTXBd2ewRA/t4T1yn+II5ORGwYKUkux5jy53Aelhmx6b9nvwHdM9qwNYoUspcIMH5//TrFP2xbkbHSh8nGgH0SPQY4zQv1Fvo6J1KP0TcQubx8rBSiaK1qj0Q/DhhUKxItsm2ZOYTq/jRP6ZVtnvGclQBdmdSqlEdGz/tMCA7gIUbVrp3ShSHIScKbwPYlcJN04I5K1YtyPLEQY/0d/XQ33GgT1IXHFu6CSNy5uU16DyCL+m2rIjWrfeKvoMmchC3ENpIGYPuc02wz2kEy52zL0KDtvh+pWKaXwcBddRjer2wabgCHZsXvJeJ6kzovdvgFU1s/rCzjdi6TBqKe149hBg5+Synyd4zODkkicbGxl+013TVGGJP1q7q/oiTwzz7R6hWz1NNng3OahAAO1xvBtAyKQvPVun38lirMdwDaM0m0a5v+LVUFgK7A3WfhRMpHmeFqVAaU9aEVEETNkx8uJN7fnTig6+Jg2Ln52h0nkF5mPENeboe07AG5di82emL+A5gplSKlzuznj8FHr+nwi5IRX9eYnxFjxT+oZCOqaNWYhs9Y3gTR+bvvfRA9HiSXrwfUTE3qIJyXjnKySFZtNXc/jV2ZxEBu9uolLmUk8M84WTj8x77dNxS1f5YCPDKM1QAWiYnpvVfu4U0ME3oG6xw7zQMjn/D6tBqSpkJ7M6iiW/+c8JVAHpGMz3cLkCrF9e7h6iJzyYcowRem6sCc9D5i72/9P3ApmfY3ge7NdQUcPGMUBnkJeq8IYqnNN7vl6w/rpNF0p7/T78cbcVYNmPvqGn27CCVKCBfMAHwPovMp46tTVZrSu/WgoDNE2UCypsoH3bUdRV1qHr29dT3yFaL5gx0QR+if7hb0WTmscQqWeGlkgFeOfKRO7UzRW3N09Dtpyl/iY6bOHNERJfeBzA4ZGmgg0zU0EDHAp5BwOf0h/gOujevMK1u2Bx7lAsz6nWrA7KG16yMaFk0bcd9BvgGnT1DtcjsGq/JpLQPzMNsi+ypbUMCrxpcpoU+QwlzScx1avhtNM+zFK+DXZsUkyPsY0ub6c+Rm9DND4CcHONjVAwTtSEzwi8L9t5pS28BWEmSmaEl+qZ25qaksrJWEFc49kVv+6ObZhPxnnSYAGA3Nx2xhLB6PcMjLI9ie5SQBVIQ+Gah91C8uYOIIbZvPk2GoR4pkn7djml1ulW+Gf0rPhptgqf2v9qgf+1Fcu6RiiG0b9dFWhCQE1F5YdMQVtO6Ca1HYuPsZTODRlnerEAhWzFovjelBxO3PRAGixyAXDg55Ph/MOB1Ib6gqT2WIUSvnwgB3tVkaDSXLgvjKkHUQBKB8CvWaNK92esEMRk+C3J2SyZWMJ6qx4AHSYBOnPGNwfK+TiQg4YocPSqfTkcPlhjw2L49jy8T1EveCiAMk56jZxdyfchYv1DaOmzxNL9H+dnqB/hBZasZvwvXxBu6LW5PxSueMf285vNdOf1SilYgFY7B+dQ+XqBxJgp+07Efp/NrykmcHHJMnLlrvkfoH4+3xwk1A3Qw5QBsxCTNgtjKoaVvB/A247GIw4rKyUT0cHTfxXvMcFfLZpRKNzeUgB1heQT4wo0DPdwkjUQlpIUgOaZMP+NvLwhXzJguidUP3N2PXFbYkDIk6Q8cmZiuMmTun34vkH79uejSTuxxGjgO38fKw8WUvdg+2ArAps8NguuPMw3wnPyTL8NnYH9dIzUBj8AYHg8z5uSQY4LccGvpH3BebNktIcCrK4TeO+nzM8cfa5h+vO+syDtzCEayXMuoJ60IdnDT8U4oUszdU6RYeih3wbny1nErZcarMdgRwGNZ3hwAOUa9CcAnBHh4QCmlnuyFnryvzXgcdpe0Q/Zny1qcd6dcdVlzMnfRO/5wvfNyQUD2PVGww2Bt9z1PkXlod3pDNfqu/MbxIWTd9lRQbN5/nsWYbYzaNIeXhEraF/Q+bp8xaI7mJB9e1cbBRvm3nBxyWDoUU/z//hl1ZmXbIyHAK4y7YTbA+9zxYD6zjgzOCuL/2LsO6KjOKz17ds/mbM3uZk929+ye7GY3OUnWMRYmtuMSO8R0SUiaIlENtsEObhDHFduxYEQHAcIU0UwTMsL0boo6KgjU26ggQAghEGDTQejt/ZDu6J9f7z1Nl1jmnnPPCGbmzXsz773vv/d+97sRvac+xsc84pkZdqHo9e0pPvPn2zIBiAJINIV+lVfn65vqEFIWGbKmggFPBfh005yaRBbT24mn7X2epMIigTvck0kKrQA2IwGbhYDNEhKbaXlqWgV9FkeUOq5P8ccxmU2LHcBuzidbbcV+jsS5DWPi621KM2MGdLR7WJ6fVYsoT2abDszwbLGA3lj+DJyvuufzk9N/QDVpuWZ6NcDwDFiPMFOQNVw8OV96Zsa3GuxMTDH3GeAtmJSUK10kNx+GBnRKp42wU/VHL69kwJvYfrMhgOvcTP3cjELc3H0W2WUQ4G2oVIZ8WWEHvcFtYKcGeo5EFulvEfwGE9ED6UOpAR3g7jkI7Cg8xcDmoreCSGN8M+GUXh+h6aWVDmnM6DfW246STqZuzc7H9bxJoxIR5YnHjNFMV6T9R0uJZ3W8PtZTQvr3Nb05jjxWTOqrLTMELGA9hCE4Tzw5Z72xwaYCeNB7AzD5zHctOXqNV5J27zXlxYeg/24aH6/1481nAQCZ7WSViGUpxWI6yeEm8vmWTJ+lAHdWAewY8OAAPE3gY8CTozzZQRCxD4alaAQjUlD7ess7+43FQW1XwIaUJNoSIj7ZdSFk/tFbXbYnILIbt9Zhu38YttS2JK32LmubDjlUeW1o4rGaiPkHj5snJ6Vbxq1KMY9emuIcE9IJwDEvSgtflVEq///IxHzalwRl7GBBr/TZmSflKK//Lo/qeIgcj3cQV6ZE6wifr9f47g/4YkiypXf0/2LBTtfQB6QSNRukGuh+kseSz8Rikp7/aSC6DJio35jjzFTzCtbO9KGPenJaoSQkPbMnpHxNQVPGUOH9M5B76KLaS/XFnW0XlvV1S++pL3hSkKdtbePjXTbvm28BeCs4nTl8qT3Nawmen2EJjs20//vX00t9AnbEygwhEGDAk0BPSm/qR3tietP01sbTYi/cloTcWzjWBC+yMy39Zh/iz6CWgfOmV9fUhk/e2RQyP1MP2PTBbuzqGvkG/nJY3DEiruSZnoghVRcry285+uPWc87UxyzDl6bqppZTqm/Zj+mZ6SVmqucOSqu5y8+PoRl5E8clOSgVYUqFYx3PU6ZmnP08BJhoML2jpe+gpYOAZl3pqQpU1C+t/2PpNeVV9Ohiogin+Z30y+Yg68b7GaOAPbw2utecv2HBW/aq3NPX1AAvb0+FzwHv/YglyY7EFevx7pJZA5DRPiRy1NmFNwIAKVp+xBOG5pZ1Obft7MwMpJKm2YW1jdHbj4Yl5FQ5pK/WZJZ7vXaXVKmEri5XgiXQA9jhkaM8GfTkPj3ReYo2+3uvrallhZVwb7Iwx6/aK9SzajxtLEea040UKY/tOdtVvbE9cmpB3dHZ5m8GU5BvQvaVXcJrIKv2cvBim7AYOiX0RWLKA088d8tRD9WTGCOCykuScHcVotKOTI31c3e0ZanvbxBdU1+S82LJTfc/EU6JDjSR9zijE+p3fDJwP9HlU5dUxaJTEgt8DngrPtlZLKehhveJ/me/kkh6Rf8QQOvBhXUYfUduMDSV9H3l9yraG5eD95c7sNyC95ZevH/zeXZGYUcP2cJ0b4Jd8IFqArsyAB6cIz31aM9JIsvQBVm3LEEd6dgRz844eeJItQJm48dCWi90y4nTzpIotJ4zzduXIepnegh4+K7rXPjd74hTIdCwrS/btTG143dcoPk7Riw5UqDzmTcRfWEhNC56X5NDlPfZ3oveUlzBYkvY9ibHyM76Wxy7cNz1oTuLGi2WRfbjw4xNp/V8e8f8ijIqC1hIXc8puv4WUS99fxmIlM0jlt5PJVv6z81Rez2lPU0GH9mRjQWPHEoqnJi8uWh96tfF5ZnbS+8e3V1emr2nfG3eAdvbeQcqf24IWPcaVl7iCfHZ6BWqYtEXa5oBSD73/StyWujm6CCbBBUSP08c/0jlwvrO8nT7hQX23+j4FEvf2cewite4GO/RRbsEjDXd+umj0f8tznErpZpQXvv0gKEbckrE57jWg9qd8P83Qr6p+NZbk81DNlQA8NgR5YmgJ0d8XYLeENLPhKK/IIrdANFo1O2mCZ9rHrs8xfzyihRnwI5URbKR5lMF7B1FomIPRhO1egJ46M1r7yW7bX5iWoOl75xqS8RiG1KleC5syv7LobGZN6ETiogKbQH82SB6aEqfJR2vkwg2LVqAb/7TlkyxXxD7onbORb4wK3/Yk9Pr7a99avoZruWxKLa750Z43KETQoS3Vzh/f450odhmErop72S78LR9v029rf26WHj/mK6xT7g9StOfiKkBoBkXHjwRsqv4/MAMlfPjrbUpnb8jgKfVaPCB7Y2r+t6hxPxphzcVthDYKWlbShQCO+XornIlm7Jix/bblBMHq5T8Q9V3C1NPfp6XlxfoR+zG/rt9jtMRjqgC3kmWE/ODj312ZrZ0siYa/GioFbCuJTuICFo3A6SVcJEhzSRfoOhFQlrGCcDDzex+TWtPO2HFOHd/upwe45oO3Rya+TncEL0S3e2pUsJWMdixA/DaPLjN5UgPrlrXG7yyuBUECuFmeGn35vy7OMZYAeyweMDzeBT3R+/mj0WHFmiLNTWnhaL1e+9YNq1LD4s5KABezEkt0KaoRMhk6EfrOFZRFQaSZsbX1teZe/M5oO0g5niDrWmcsy9XSAtmcCaE/l0rLAqvh69OL+P3YEEoSJL9rBPIPR37V3R9jKNSQLrOMbRYnp+Zb3lnfSpSu9iu3iKCvtcilW2s54Wnt23/+hOPHdxYUERgp6RsLlYyCeRqis8rtSXnleMHq5XcfZXK8W8I7A5XKwXJNUpx2kmFFrXHSzNOPWIIWLcAnkNNqCjZdkkN8MrSTvoN8Ka9ula+AG7zCesvo/rd0/S5Vxz24/2kNN3oI7XmDm7IIDLIaVlyKw/QlFe24uvQhL2KbxjvJR7QIqiI9RHLkNhMb0R3Q9eVA/C0QA+PcpSn2rYAD15edI+lt1goeuPqzBsFBHafM8Aetl0XSThISemTaapvU9R0hm+uITuLz6u8DsBqTwWHLMzi4ah+cbQEiNGI6v5NYADr5HdDthbU4zVavzUINPxZmOgOmTZeVKg5WKlQtvFUdQVEmY4Iz1oIsLI8NiVLTOeCoSq+RwR1iKOLfXqopdH/N2mkKa8gOoTYAmcvuqyFvpuQqtKSQtG5NcTgIzuwrvCHhxILLhxhsNtRpty906Kwtdy9B5BDZKcUptS2gV1GGyu5Mvv0udKjZwJDXf1puAHjRHWm4bzgYJXfAG83tSfw4EkhjTLJ7+OSekU/LqlFYFwKg54u8FkoRafCIjts6TPz+zqAp5SQrqSVbxgvxdsJGJEvzskVPwOKIcINohlRg6fRXfjKUiW8DfA0gE8/yuMUZwjpUoI0Ia7Sl8YevJJKkesrPMZnQ7aNUp21Dt+t5QtdwLNMSkh1eH3oggy114l1NLAz/Ql4TM5h4oa0b0hTV4npNpNp8Wkx5Yt6XKfjeXG2/bc2TkqqV2OSDp2dcg3zBvmc09LYxNT2gWluAB5lOISsxSm6Hjfjb5FQJb+HjovZrc18rlN5YpEMTCIDFSILWNg4u19YICAC7Lw962pfKrsQnv3Z4cSCrQx26STIUXm8QZHtVHlTG9il1trBzkZDr6uPnVFq8s4mGALmP7P0if6RfKJcOnmpVV0wuhxg5Def0C9WVl0p5V4aPxNYfgkGprgvuPE6pdS/Iq2ELvo6qa/w2IhHZ/wjbx/jVsTncw5Xt77GN4wh878RboSc7uK+L4eeRfRoeRrdAfD0QY+jPe1IL3RZ/j3UjsRjmvGnbY2JBHah7YxD1EGZsi46RIq19hHHK0ZuOseNBcBlO+DFZtzwJ+CFOwJepbwQov+rEKL2a/1XFNPIpO3n9KI88T1hn+9t1vv8wUtP3DW/vLoGZA7OGgD0PZ2eIC82HK+HDakaCw8mnTSQb9JoI7iF8yFsdWaZq+es+aOkdDrOa9L2miGEb/CxHUzMH4E0ZurXALu2ml1F3llFtrrS84jsHMCuCmB3vF45md+g1BU0GA0B84sxu0phf+U3s1TTmfDMzUV+BbzVf9pd1uniCIp5ppuYrD+jz6932Jd3N6Y5RfFH2u63vEJnt+Yz8xT9e+LN/9Du0pbxBA5tzb5CLVOF0CGubNHo7LZWIkV3RgI6OMBOcgn0yvGoWtMLI41MHv3DPvGNdeWfbS24cP/mNGhelhrQOcM4Zcaf7CASyYozfLOHg1DiT8ADIPFnQ9JM3C/8hg66nVMP2WuEelEeInhnp5uz919deh/s+68ua+2krZlY5XZbguzIZGi9BwxSzdoc1aSxTWIeN7u6L2CAcn1Qajk4QtMZ/DI09XBSYQmDHVKZWRQQ5O6zKTev3lbYbl2/o5Sk1yllmZzGdAS7U4XnKKN27pghYH5rOH9ZPGE+jFpSqwV4RzacABD51Yf3ialwjI6sawzdZCCXUDpGrJW0mmJ2ZuECdCbFiZu9dIEWoeiPbYuF/zWLU65P6FjZV3ekUjtHleY3wEZjqbGZ+e5Gd+HryjoAj10X9Bj4JLAjBqZck9JhsVKqbk41RbE2sbFejzAh9phxtCCTdkL2l13m5/DIzeb+crQCdOznNHvUgkjUoRF77BpHNuj7W8Uo707otsKzeN8QGjkkHjuNMWrxxn4O/MaFFgUZrMWsQ0YXzfKyPxlTZZqyI2twek2LW/MNl6YUcgQveAvdGz7mGrmvLTmp9G8J7O4x2IGNmbO3UqHWg/v1umoCs9qiRgK7tsiuIksd7M4UNyr1pefvVFVVfc8QMN8biBTiibPwg02VqoB3+rJyYJVrYBU/eYcy5pmZypw3E9wGvD+NWimv6m90o+I6px9tIpkGPVJOgR5d4Kg5yfqCxj7T/o3+tquDRL/71dl3GPCE4aJGaydwJWBKLxXqeJfdEQgO3Us32xUlADt+ZODrEvC4bQF/R2JcjrO6lSELbRFz026gQd38VkdjN6ZBdKrR7Cm5IKUyWxG1mYfFd5CtelsbQYCRKPyI/qCN6V/A+3TXBTH6vP/bJ1fddKhX9p2j9F9Vyu8Ro7yOafCmRWnMPBRv7Nxm4LFvdi3Ks0QtdrgW0RqiB1rBu4ubpEZ0GxaInui/GmfuQW+dDKS1xl4xvzb4zwB4z6VvK1Uyd4pg1956cKRGKUqtBdipRXZIYXJkB7BTzpadVxrKL/QxBMz3BokeqSVBNcJrqrroMlh9YF7S1sj+uFXZujCt1R3A2/FFxhWAnEReecMA617QOyP254Wty650VslfTs21q8rvFqcHsBix+fGOGz1WtmrpUgAAvwYyVS73VyWUKyYAnegMeCLwadb04OWcRtRTHWmyRC6tCovLuSP26Znf2dTxXQ6Ymy1Hn51SV1FLbbhho+9NFKG2jG1L+QI07a+1LLH5G/DQBiCQMIqxT2CfCuevEjw9Rb3n772tDWKUh9/TtOhQvtDm0OjNfR1wpNa5RdG2grP8+7JwOUBc7z1DvzpmB3jTp1syPBU6N01OykDELi0YE5gE5k/L2FY2CZFd9u4KAeyq0XrgAHYc2VXLaUwGO/IGIrWct1143RAwnxvkgET1BCVja8E5FcBD6O0yWI18aro9/Wd9ZU26u1He+L5zMuT6V3cLwUKwlvblklCPOA+igbMpRDTOagFDFNXAPu4o+tsp7lrjgNDrxa/BSByXpgscqlEsy4vJSwB6cBH02HVBj1ObQ4l8Yfpsd7Nl0uazFmISEpDBz5imHrgSuqzgnlaTugmvlZmoDHaj+HuyN1KfxqTxDtkvB23OW/iOxBuz8Y9fN/gb8Iwf77Crg0ARR1ZJMY5fr/letBlA/5Nfi8URwEIc8OrNfe23rdqpzAT3tjERB60CzhC2mEHsauZBJ3XPfhVSZt11HyCCyjtZu6lmJ4BdKUVyFxu+UypyzrSD3ek2sMurV2pPnAXYdYrszhHYnatoUhorL4w3BMwvKU2xbkDh90nVsUA1x+o9EoEG49JdwIv/eHuhDAqQHjJ0s4FAI0afAJ7QfaXNToPe+FWaoPfm3tJL7WQFewSjAaiIijpqg6+tTnEpukuqYMDTB72u05vO9OoB8PDoCHgESrz/FM3laUXCAP/gJXl3HcgXtF0xDSgzYocsPnbX74D30fZGgbRSDpkt+z71m6d0VVMESIspc4tJ6LcMX+TNiBX6ml22KFhe6ajdoQcS6iZORWTzDuThPSBseQJ2LL8meJXx0Zjnjb1j/hMCESCUWR6J/ld/1e9gJBf2TK6UxqwhMIOdIjAD0NkI+BDZCWCHwEFIY94HOjhl0Jp6GwLmW0MjqHQi4Ye4662m8zHPzrQTDYb/KqbCE/JKVJ+YWimtudbQA4x0+UJRVxHEik+4krrhm4nsUG1pBzyuV6CWoxrhAeSElGCW80M96b0Eapb44k6gZ9QCPXYp0uNHZm+KyiwMdqKLUZ75g22N4veHETvUsO6glgEdTvSSyYNk8TfXzGS3BC9gcPCrG4XjkY5BGTIng1/XVZTXJErUyU3n3vQXd1br9rjx56OOinPQFe1NdxZhclqUmZ5OOPazkZiaBeT7MdEBTecjn4r+e4OXLW9Xw18T2N1DZAewQ58d0pgAOkR2ADtEdvY0ZlE72JU0ymAHv1VaqvylIWB+qUUpokM02ltN5+NfmJMpsvX2xGfddBfwJg9bLgPDvbYZV91vGFfisG9vrUtxZTq3WHMSosU6PCdOsQAQqG0DaUzxfU6z3XZUAuzgMugx8DlJZmHXZnAC+ETAE9KbSAE2iQobiGpkpZBQkgfjEUOy98eMvd/MrJXPj5B5/u2/k9mWske88ZXT2zD/cbMqs9X0B24696InUC1PI+XIKWX0urk6lQNtO3gvNC/dATuMPwLL1QsTElow/oxq5TOoZeE5b6VBTxyqLipoJ6gUp6FmJzSVC5HdaQnszjmCHTzHEDDfGwDDQXi2t7VFqyXh+L5KjxvH42kKgtuDYRdnXrUEcc3MPl9rnaGHGGSSxDSUsyQWZvBBNky+UFmslx3KJGrvB31dZDAyW7Ert3xZokTFF8FFwNOK9jTbFuQoT05xBqtEemKK0/jp7guaRJfBsbaBK0tatQbKMugNnZN6zeHc+P36Or+DnZySFH3wAuVFOl5nt4EoDyQffr88487bPnBfjareZzv9/zbORXf69hAVArjcqtuN4+yHpt9xc7p9sjf6eQuTa83FAkFFTmPWFehHduznbBeCDQHzm4KIwj7iiWnXNQFvr+tz8CaFxjmcsJ+OWJHqSVrzQ/PSZHkVz4K0rhrl/P/JEjSlP4a6YlJy28T3KcvocQptcwImKIPqPCwo+r8wvsdJiTY7wENLk1lszjjqIkR84RulnbEoz73TEUu2k1tAFugyVbS/Shm2rAjeGfTiVSI9F4CPAU92gFyISqRn5EZtqc/OOHnnBWmYrCrg8aM5om0WHFoePKXuezpdQWqwVobEZnm8HbjPotat1VpTJ1q5HcZVR3RI7FS30pnha49WoI0B2Y/7k+M/3JSOloTw+NRipFWDD1Z8h/Oe9VXRAjF0Y25NxLKUovsZj/e+SoOIAXr+mMWs4rstQdFBBg+MwC4RYCekMRns5MiOySmOXnFxtSFg/jEQP8QTYMxzM68A3Lw1+PUjsyPDbhylOPk5D6K8ZpmW7PSMrSDrEHrPQuT4+SJwwS+3TZWwvm15PPonOlMPrunoQuqD0LqsSggiy9OinQAy0MQLXNH6NCeWKcOXFTLgsXeV3mSXWxZ0GJz6c/UAeBGxGfY6JVKTEdH7LgEMxXl64t9wtfTmgC/psyjS606wg5v+sPm8w+828Wt3tsNRnkP0iykJPtnvDTZFZlJGxKcWsZqQuxFa8P6Ky269n/fFc8dMyStQ+eFrRHbM3TO4aeU59T+ozDrdiDQmwE5qKkfbgSbYna+8cOZSzaXvGwLmH0M+W/zhX+07p8mbgCc3jUc9bj3lqfLKh5ZOUV4rbfcXTvQbfobXe9FtAE+M/YFqfEeaeMp48XVgqrnaWKsFxli9agJe5OJUUY9Sv254UhkeXwTAY9DTBD4R9IwCg9OVmh4DHv8NoJNTnGGk9Ri+MPsOA52GS1PUxQhPJrN0H+CFTEvu+N2GLlL6rnUfgFGzE1N4vgTzAQdrOvV4egI0iMLw2N3O6Vlj3MHj6B9Uu7bA+DS4abasul8Q0OUC6GSwa5BrduwVTUebypp+agiY/wwDGcUffcKAeee0AO/YbteFo6ePX58hn1jbF6Vf8ijKa5ui0OzqrDxEgiojSK6SEkYpaNMQr0VvHIaQQscQ6USsCDHA0wnwu4KUKCI8RJKWXlP3iDPsXK1hWN5an6q6Ev3ikKZ0GFaw/Drst266aI9NGbG0kJwBD64V5akzOE1aoKdf19MUn5bTnIMElwAPKU64GviJ3q1RHtiY4R/sUPqvKNF93aBl+boyYWi7ML/yZQ3EuE2/3+DTumS/HXJa88F3CJVDkMCsLW8H3+IpkSU5WfmLuvyGT6hmd+dMCUd2qjW7W1Sze19RlD83BMy/Bsqu+MO/HRp3GuDmrUkJse8kdhqxH/fu5jxPo7yPVKI8ApxHnGCklsvsLdQZulrJYuYa5KoAinKdTd4PqgfuIKX2kWJTOsaduJrOQQ+aK4CH1avYi6YLqBtLAXbs+pHecv30JnvknLRbUePX1UURySSKlGKgqBI1elWN5bM9zWEq6U0N0ONHLcCDO4KdVN+TAK/HOyTSTOGLKoMXHL3RzfvC09AfeMdUDYwyQtO/zrV6C+ONaJ5fBMTbDV6yM6VNPyHAG99Qfn4ZRXZ5BHDfkeeeq7iwlKK6VxsrGn9sCFi39ZCZxJPgPdPiOm3AK3MZmJZ9uLXTjKr3IpYk4zlPo7xIVo/v8E2GLgzkEzrm2bI8ERqDIU7sLBhBzQN1skjqedOS0xI/A6NdXK1JQN1CltTSU3Khgn21OHVa6/MGEaNs5DICuiUFyihyAJ4EfppkFlGRBY+Wmck3Ikcsr4LclV4EHEl1ubBlha1qoBesH+kB4GTQk8EPrlbX4wnlPd15YGyLOWRBBQ2rvdlt+5Lw4AIeWnigaNOuVXtd55o8AKIayZEFamcPm7VHIgr75BHxNVqAl7PTdcD7MnqPHFEpI/pMK8VznvrHkZ2luSyPTn3U2Unm0K/s9P7+c7PBTHPlQkN0CPBjhQ8tpxEoF13ZLrPPINhL1O4LqNGhDqFbmBc/72DlVa10JoCOfQSDnkqKk13u1Yual3EnavB8m9bKGfJXiPTwGjR/R9FQUss7X9ULKU4p0pOBT+7XY9DrMr3JQCc89njAk1sZwDItC1mU43fg67v+AQM8bownFictWk/rXH/ZVNJ4B2oshoA9vCY3TEePXVmtBXjZO1wHvIRZB9XqX61J85IbvDERXY7yiH35tcFJA9GE2hDmygQRNNhaJm5IRYTl6goTUSLPp5OdJyr4zDMcZ49BoULtdVEJpcqoxflwBjzNKE+O9CLjcu9FUqpSipBbogbG2iInbDgdOePINSO9TrWuB9cWnmag01dm0U9vqrUvPFCgZ3oz4ZTDRIkB86qMH25rRB+if/bhwQE8pPehyqMDchUgqt1nVAcsYO2N52+KJ0nM62tt2oBX6jIobYtLu6h2MoK96asoL6L31Mdc1cO0PGYtlreDwZ3uThAPW5tdwelIeV6bL11c5UJhXy2dOXppgfISwE4APbhqTU94jJqw4ZQlyKHJlwkydQ76m+xdTVrQT28y0HHrgg7oyeDHrhnl9WgANPLkCHmmYP95lcYPt9YPXFXc8jCnNBHRaSwq4XdAHiPvfZ+EErCAiYYwXzxhZkzQBrys7a4D3t7l2bfVTsxRT03Px/NeivJkUD3k2snOE8etf+QeOsFb0UvnLr0aLQmQ+sK2jNN35/gc8KA/qQOwxj2Vyktf5KsCHnwEuwB8UYjq+s2tEr6TBugU2utzYYuqNYSndSI9GfSgv6nbqycLT7PLgCf16j2YZBaIT0M7VEsmi1LG1aaRK0+SZmcTNaLfhBj1w0JaQSbDtDg5n76DXPXvZ0qmMWjqE4aABUw2YiiNFk+WT0Zq1/CytpW4BUp04V5Ru2i3x6U1+yrKwxR3gxtm7BX9H2BuYRuSSn8zZJLA/nL1AoXaCmjR3EPnSxcnqmOcivz8sA0lADx2AB67ek0vev93Zjp2LvjTOJb5EOKlydLL7b2V49bWiwxOvWjPKAtPqwMfg57sADhn0psq/XoPHugNounxaEVwVjQZr7WExVUYX19/Knzyzouhs1NvDo5Hk7rN+Rre1w9WW0L4msxiGidl16GVxeWpz/jfDQELmFZbwlvBC+q1AO/oVvcAb/gT04rVTsiYV9emeyXKW5Z1Aw3t0vYveVKgNj02ZSBPNZfqe5cAfEwI6UkuDxnF31LjrfLSknxlzBcnOMqDq0Z7I+nvYWO/rBXqm1VIE6nNUIz6YPsVlV49dv1ePfVoT12DE65f05Ndt22h5zM4bZj9J7Jfd8Hpd+C0tVNuobou9ZqeIfJQlWnMqhqQYwbFF7T8f+rDg24tj8iS/Do0bjEVxhCwgKF+JZ4gr/xm1iUtwMt0E/Bef3GuvSFakjHLwfPe8MUfbOHitW6bgqtpznbVlHoV4LsMZhiIIUz/726Xh2Qi2nNIr+6qUMYuOgHAY3cAvdHsi/KUqP7z7ClMNNGHB0X/gyjRRv//HT8/POZIi8DgdFZ/E97lpIVgp9mbbqU3ezTgDZmf7XDOIfsg6sCag6y/JZWfibRoXU016ONgxzoLghE0oFZHQLonets0h+RapT8NLB6wv0bpt6f6PkC/uJX2fXO18rtEUriZf/S65YU5VSrHfIZ0cwMCzQ+7kTLIz+VpCd4jrfBYn3j7TVjqWbuJfjpvgd74383rpOpCN4ShBg8NvXuUHplE21NV9IeCA0RqTdaduYPSuveGgbod7xcmVIvPjVxXrLwcd5xAj1wAPk5vAuxGxR1rjXp+Vo2QFpomD9W09In+kYNc3MJjcpM6XL+mp6PMInuwykBZ1TFDXbcu6Ohw9kTyStJtIUrLdWaBBjF4tBq195oeIFftj9RSbBl4uLZ7zt10ArQjBGYHCMwIyDCfrx+JWQPI+n5VDZ1PlyLj8E93NxGB67xKqSOWFguBuXMPq9EF8kP5pGiubW71lpYmfMGkpFz7zfHpmbXiBO/ZbyQc9RbgQbIsMqjTOJV6bw1/HPqzWX8HmrPeOBKLMU4J+aai2wCPxwnxZGoxnfkygRvATgY89tHzs+9R6quuA+ymRGswe4cIDftXweBUa1DXqesx4KkAnzaDEx6iweKUSSz6+ptyirNnMjctg+ZfFRaKnxjctOG/nPYvdN4OoO18Y98eKeH4G/AAatg+orP+uwjQthGYJZEn+Ob7IyLP/7F3pUFRnmu2a2qq5sdkZmpq5v6Y5dfMrbo1U/fGLdeb/V6jJi4jUdoWEBAXlEUBWTQac5OGbjZZXKIYRY3ELbig4r6CgIpLiBpXVhURV4xc4w7fvKfxad9+eb+PbuhuyM33VJ36TEBomrbP9zzvec5pNYbm1VK2oh2vJ55Eh2zQ65dXuCsU3rTh/SZNPP9+X2WniOjbuQevcv9wm8eNXGQfOUx4N60cn+MupEeuaX+A/XrS4i4Je/qk/IqJe/xYt5PLzk/qOhoX+S462G2Eh4BY7rl+RuPW0YWXlImsuwNAeAR7l5d55DlCVrmfY4Ga0pUJVmbbJwJD5l2TG09rnOmJQhYX0xbQ8eEqKjiBoU7v6knP9XoM+X3IbiJMvbmODLZ5XSz29abw0Uuy7zv4gBsIr4RhXxupIXJoQH4VkVq3YGjOqecmpjIW3hOK9U7vFytcSbLfSQJ1pxseywjvh6KaTpHQntzjLXxXNHXq+nu8WjM/42C9O0kv5J20dnJlJlN+x+Bk4YAbd8QYC7Hr906LA9C5Tsh9wZSc3UV4SIhuZft/rS/P8F6NM9f8oExccAoA6TmMNoOzjrxgqxP28Q8jtFVmg/lvNF4vB+lz/aeua+QJj66APFePIB1xCkIWjdUFuZiFoLajp7arJ0E3W419Usi/tqrcsVOGbEd+r0+yygCicv01h3O1XTXo2HCO1q0in6FLT7f4pB5qtqXFB+ZWmQZlVFGIrgiknxv0+sUVFHcOCseLR+seyAjvYmldp0kooJ/1kt2gelr+/THsDtP+30PnFbuT8DZkHmow9SYSt+Pi0F8v/Dtt1xVLFDsrOUQjEAnImLkGJtJINDCm7CjHkjlsvXqKeMU3ZbsyelCGwoIy7f9v/JKKl2RnRxvpzT+u+L2dyluiFfzpT+a/1QjNfQ3LvXabOCZ955bTVTs9QHtXDxBJD3BuvCmSnvaZntjh9bwzPeOYpVwOYmKmoetFvzv714WDS7s9vM3VHQpHECGE7g0rDB90Q+c2MI919ItPPh+VuKfJGLX+2mhTTiVzXKGjElfUq4cMev3ySuxivtt36a6M8KrKr3VeUMKCX+2Ze0HLr06esIqUjxjdNCPY1Z2kJ+bwAUgyVxn1jGcfb1A1Pu5vbQwOXl4bNmNrc5z5YGtC8mElatFxZdKa04o/S5AYWkJjoJ4JnwPVyiSQnQSCH+aBjpLdIQLiOtp7Y5dqpy3IjaflEUPybo8gxgvRaFNOfEMEBacAiQ1Zz1FxovNiHbedmJBZaXBTwXqPvi5LEriCrkhGelBCQhEJoOuDiMQ2mvTiczL4a9bRs4zEUXO23zZO+abOBD/WN1Ou0Q1XJ/CAHUucQpSYsZclNqCf+V8Nev3yikZUhJJNFTdkhFdX0dBpApphzLHH+QQyU+E5M3e28i/cz8Yuc2uXhzFqYPv9v2dQsQmL96PwMcmi+f0gY07ttBmFT2aaDykzE4tsSEgqdkC85bASby1RohYcU0LzKpSxW9mbcXHPknb7F1xQQuefBEBy9k4vIHh5DS/bHvu71H/u2IouMYf+DgyhRR9OdHm8iIWMp11cWwDZCZZksj091bQFkJ2s08NVHHHKltO71Xh6ROJ+/rV4GypZ901zEgfyr/OPkw886G5xzuCVF1qRUu87o6DROG55NfxDTW9Q+obLwN7daZhHMNFVCgwocMMA4Y5uNaaXw10fYeeKMllEEBJ8O01AmdPWH3vVMSXXm2fsUoJYd8GtQ1wDSbmT9L6x7qmSjCfL8QbCdbdh8rFlcsNY5vIfMimvPpx1dvHmA61EeA6wtJEeIc7ahqjso4wAv1fG7Lrc7YQ3Lu8MyM4OdHtB0zfcFJRrAw0aRft3vGgnYPrGe1IfTnmnB9CZnoDOu7IA2vt6HSo41cJku43wjCFf88bcKwxuLPwO4RvLqWzvfpR7tsVr5LbifKtP2qFmm1/oqMWVJvZeQOYGLuAJwzn2vrUF5+zYlcVOon8f87/rpKZXhwUVI/+CWm7eJvXTvF19t9Pkszp5L99NtHyRsFNJiNvisCgLUsTnuhMJI79sZzsGlSH97DivermzpHSEMW9YGwMYSYeM//pqWHzBj9PNB1pekR51e69ILza5xHaNzmojP9Ou7llXCP3ylAPhTUwvecHGuE/43SSnRA+9Egfwz0dwelmrxIOTxptC4oILZ3razizigrpGth5AXR4PDTELoZtWFj5aehYk9JyeY/baHGFwc8Fnkj/Lg7Bj0KpLbv9ZQKToIJEAgXEk69puuEhsjfBsxeuT3WiF46YMO6A2QZVeerkrMWGW/1eqfpr7vz7ZKeLZvaz8GT/CTIgteJzISG/swEx7lxfUP/mMuwkP5tX+fa01ou8gVJiSBfx0hkaXDr77Wu4EDMqsZGd8dZPjNjdFm/e/kBEfMD2lVInKPKpMWuU98hu5r0qZMu+EDZNfwu/DbPtzjrt9OrfTKmbd9j98gvuYARk3gnnjaRfCZHnic9KDU0548mw9cUldW8iiPd7k4RXi841Y73DmBDGVwQOF82z+dQzRx5BlZ1q6opAckVX6CAvtJmQgkjLSOTx7OYbMg4G7sY9lEPaDDXrp5Yny/Z31ff4FGNg/+aEa4R3+9nSnyYcRjz2RO2Ly6lsgvPjpBQ5L3Cs+33He3aS3dPa2s3RHy+EeE2A4RO1Tx/fSX7SAge60XQHO/5oC2B3tpJiNd2IsRa0y4gMimfAlYNsFjxJewMbzypRsEF4bxn2y1WElxNTb3NvQQWFUJCp5A2M3PQiWRwzhKosZEgmP4JJ6E9A2nlYfbxLh0VV7X8/7xtOD2c9o6p/Cv04tHt6/zRdv3nynb7iOMzVnHi8IEhZlppFfVjIBExnEd4SbDHsZuWUw0g1CYLO+D6eXVwuuA+ILswHL5260FwMiBmWX2MdhPgurQHiA/4BX3nfBb6Z9J/49zyUqWL7Hzp2WjJuR4gcwn8U/UvKPdBEv/FmUS0hoXv1U875nDqQHpJYqUxeUK8Y9njnrm7DytJ3wJmeVt2LfzpWFfLjU4HkSA3LHgTwZ0amQnixBHVBTb7p8pkfQztYDNBScHa8ugAC9lp4+KmYT/7r5y6j+Kf9i8FTROL+X5RvJPmnz6EmrakWD6UHseRmRVvQXI/uYiVZZNGDsnVTNXjtr2OssgflYDrYJR/TSqyeUKMs/W1TZ5E63FSA7ev1xrgu6SYQXN33zT8JZXrkHSA/G2LIYkdXOHnRD7IKOiBHgNEibGepdJUC4mQT5fVUd/unORzzxxaSVKSH5P7h3CZ3tTIXNP6GEZx+3kV7g5G/4Lu1HkmVrdQFkR8XD32/JlXYenIB8tEkQOz01/02CugentphFa1dPK1NPhFfXFgayx2Z6N40TqySmGbxQOA9j3dZMSsoXgPWI2yamqjYNm8e6OMqKlAKPvYJhAVNHmnz7Jf+bQS+9empRoCdhR26pVKl5oaTzy+fYtePP8WbGbX2aGP+yy2MO55xis55F/jx2N+EhLNa/n7WdkzpCcA2dLByiszeCseiWmFLsjCuKM5g0h8ZtvhfDEd+ENWfct4C++7ISnlXOcNwGv2HzK4VxmaaaD2cqssc9znLgKREertTpjRNJT6Le5IjP9TM9Ijr1To+uMiELrqKYBSCCI/JTH29KCNBt3d2MbQ7Sem+fYfn91vLfSMVw8QaugRHzQkRp2fxq9dLr51KYqfMv5gUJ+ZdlhFd76nqXSAdJ5/Q9poxbWQ/CA+JiNjl0eTN8Fxd7ostbl7r/iiSQ9gVkzQY3FGJ02Bh0CHsjSMIiN9m2aWHMW6l1keZ9z2nEGfLtWbcQXlD+OQfC470yMWLqoOO3SB/r26lXQ76ECbVD0oIj6WkTHxGeqN4EZN2etpCFrqrqzQsqKeouJS1wV/cnLgxgX8s0IKNVzVnF28SH3z27CbygcoZ9hZ29ZZn6JL2lqyX1+jmvJozjX9jRPgvqZYR348Itt52loasD2VGXFzTcoQN5xDw2GzxBekhvkHRizcY+1jcMbi6MQY2/Nb+Ofb+XHVONjEgwLpocX9BEnV7wxq6PN0NzK5SIzHIb6U3JONLK/czsLC/tn5wxGRYRFLfpthgxxCeoi+d6IuERyI5Mot502niawBOefMypuqDOg7o9J3b13Dva/HjOLoWPzEJwcU8xlod6GR6c7CbuN+g69T03vf4qioVL9hVz8e5fbWpHePev3lf2dXI1Aciz7OJJ7ekX8duVpPgdNtL7LH57C5+XN/E9SlJwP2b45hDx8rgH1ZjBQ0WjQri9sF3AL2gBmMOzyZ9saybSCyw432myQxxQRPZxEJ4NwVPy+JTs8xpy9XCVsSwc9uvJg5MIT4gZcrXTA5xcUFe3IxvJQRxvUpcHyE2n1To9lxScIC7X0xYo1fyjeYpDSoVeeunlySLzZNvBs0K4opKaULbhbJfIZkwvS6O9k5z67X0QHpFe2KQ8h+XUxTO3VHiI9FonvJ9O7i88buFu1uClQleJsSfX6f0UMXv7QyK9zo43Q9adVSIzj9kQNvdIq6nPK9k4UrJVznFnaY1ex80qfIikBSI9QI30CMFyMYvqgrr8TI+uqsvpdHUlYggQSY/+rLayQHBXirrY3T1lNlj/YdBLL728otS0JxoAx7efuyUjvIo9l7tENmEDs+zrCSEsG89GeHGvSA8hsfRx7O7tXEoCFvcvpYe8lXJS8uZ+nXb0vFHse40Wvv/TCdPybxHpTVn+nUsG1cY9lcrUjGM2RDIEhqzgM/xu4OZG7DqxdK9Bdlg0vwZLMknEEMATHo02CeLaAkEkPvFMT7XbM3bsyKJhPC2NF5ISn/a5XtcX1D/Ez/Z2aovDmoheeunlnYLhKv8mlz9vf7WM8C4fvdolopnL+2oyuyEiO0LC9IInfLcZMTCz1FOjTZBpcP8USgnnUcvGvP9p8FJBCNDuvMz/q+qYFCg423b1Ru2vcm4VYdEJO+GFfr73EUQ5MkUqnTGy8eqyjoQ1E/685xlHeEKXRxDELARxT0/e7eGq3e0B8l09gB9r4kpkpyFoEQmPrvy+Hik4ZePNrgXJ+gatcBhnQ/Fr0EsvvbxTOFfi3+Q+HbtUajHWcL5rwpVti8p+5BVgs2K3PifSoy5vvDGnmn8syaF5ZZ4iPawrBP4+5azkjf4SSM97yfOJpe123j7IqIqyFreC9KIzjij+hRdVyW7Y4RoldOX3ytS5R22ITC9TmDnvdS4e6TLf3cHhgtw2tOA/fEGD3YuTkd0kjvS4Tk/s9lSFLNrqTbpKhSzymCH1MFkO8vHmcO1OD+CIT4v0tIlPhE/SAYfnGM7+Br300st7BWm+wxirt6XlbvXdVqlwZeXJLpEMfDPp+4QG5l61gPAYiPjMCWy0+WZKHa/azLPurvIU6RUuPtIc+EbyBZmBLeuK/uCV0WaflF8x0jsuW1YPm7PzEY04I3JOKkGbz2HMaROnDGdxRAFbzitTs44pUelH7BhrWlLlYCPWy9rfMdU9aXfHIZmWx5OYPZqYtjBR6PbUOj060wPxBeEqX1LXWFvQUnASZJ2etoLTJ/cHxYc59xP5aas3+Q5Py3jauY7PZiH2x7kc2VnO2MKJ9dJLL+/KkEX7rJO7L9z2hHDlk9FLiuzE2s/amBS7QyHSI8yO2/qcTzH262uto6BYT2Drl6VNbDG9UhZHAt8/gxcq+PWMv2ffb4eMfJDUEMnsyWhfL8aGMiU6rQ1RaW1EF5a4/xk6Q8e/n5j0iljN/0sKUQFPA4QMweDo/LswnCZQl4erJEFdUHBKz/XkzixCx+d02oL8bE9TzGJML3po6msTTrWYTDnVPl9LxptyH07nxCwc+YHgxHM934l5jhmNfZJ6GfTSS6/uz8ZbPGvTZalwZXfXhCvr0vdf4eXv06fmPwDhAfx4Mypi3T2Hs6T351KEkEdQMP/wHc7kWkBimjeWbeFxCHm6moVTwEfZleMj196IMO9/ZiM9nPGllLSGM6ILDFxag3Gx0KV9h/ElxCkIxISTB4MidPO3EMLL5wf6DZl/MSz7OBlPy0lPdbypTXpBLnlwqplOA6KCUzttYdSSihaE+zo47WSWPudGnJod3xDNFPWOFZzD00qgxOV9K+cY9NJLL68XiScm8m8GIe+k3ZcRXlX5tS6TC6+QDBycXWmJ3e7Q5RHxjfd1PM/7PDD3sAdJD2eMD8ZJ1Zsgj6RCn9+k/4OX1JsfQDzTQTLDfcq2U3u8GJXiMcPIV/Y5GOWuNO+8xEjvBu+cPznrSAsZT/Og0aad+Ij0uE6PIz+R9FTXFlwIk3XZlYWAlHbx5/fNLH1CSQtSO7JVMgWn1nhTPtocxL6WaWAm/7s5gZsbg1566eX9oigY8Q2h5lT9T7Iw2D0rukYsC+I2nODPmP4ct62Fujye+BIZ6flzqwroYGBE7UnSY+nrL6KHLShWIZJzyIfzUpLFa+j2qPNyAY8ZYUagq4PhNfvvStnnhf4x48h2JtohyzfChE+3PyRLMpCeSHzqZ3raI07RgzNIa0FdJD6n9vXUw2THzNl+t91z0Mdyz2dFu4ghgCc8UczisisLrr4R6xx+P3AxMeill17dvo/nINPfklNUK+vySvPPdHn5mxHHFV68gi5PRnpz4gtfIGGBP/uYF/PtCU+SHmCdlFeqQjbPWDecijM3bwlaXi6G0/OlhXIQss0aqpclVuXxt8z2X2rzK502dJ4DsQeNzb1DlmREehhtqpIeQRhv0lV9xKnd6YkrC/4S0iOI6k1ceVcW0/xjDufBBHaGV0lCFpH05GkLEhWnBvkR6Y1IKVJG97XYvy9+Lwa99NKr+8v4eqKVf1OINy6ukxHemQNVXSYUnBvx4hUQHkE80/skbuszhKvyIov5sRtOepr0ls3ZdnZMb3mCM4JRTb0SR3nHY5D25hIHIqIIJsPsMWxmj6EYf2bJ9SPJ7xCPCWsIKr6dPy6M22h73uJHLipyFMbMvxGRcRRkR4SnSnp0nid2e5IFdS0rMtc6PbkdmbaYBR9/K+WK9Lkw72pS8d90yoNziBNilmELT7Lvn6pwxt2HdeNlvfTqMesJ1rfFN4ablXdaRMK7evqGW87L2Nd/yItXtEgvIabgsZDL9WRR/OZTnia9DZmHGgL6WS+qdlW9k3aZ+pp/bejmgtEv7fPJ4NfPWrs2dV8dfqaEUTk82SGItz4ircxuSebQ5QHZID2B+LRJT1xbEO3I5M4smnZkmoGyUg9Ov9E5lSrE/2TUsjNau3o03iTi4zo+50hvCAh4UBb/fR+yUeZ/GfTSS6/uL+oiYKTMoBCOFZ69KdvH27/qVJfJJHxw1mFevGIF0amQHq6xURuahTHd48UzN1d4mvRYRt+j2I8XFWmcpz1Bd4zwy+6JdbFs0Bhz/gTDbPwMNvNsY06REPtzPTLlMNmREeEBjt2ehPAIUiELYSFBw46MXFnUPDhxFbo8ddJrg9+MzTdVyZ+teWjYkYnEp63elJlPs88ZbcwRU/bDDHrppVePW0Jfx/9DzY5dL11PKN92vstEkmfZU8mLV2bHbnkO0iOIxAdER6xvEsyuH3m+06NMvQN1wW+nntIglxdtu3QWX9s6gIcKxIrRJkZkGsGzrZPfn1u2Iavohn0H0kQ7kLTYbm2MSC5uhTsL58EJgPBknR4ID8SnfaYn6fQk6k2h09MgPYITCk7Ab24J1KuA3B80fnOjkLKgYT6NDk/bmUUkvNGhq8UpQK4er6OXXj2wsGjtIGR4M/UhOjqR8C6WcgnobgqGDfqorcvjIO30oiPXN5lYd8cTDfL2vEF65AlKUn4N3DH2TpyP5WJvkRxhbL/k87lzCn/gzbIjBpFxt3394G540sEXZEfWjvQyAU3iA2S7egSh26O1Bel4U+a/KcIp/03/xRWtzKFG83djXHSqRVhbADSMpy/w403pcjpdfRO2tht5Q0Rk0EsvvXpeQRUovqGeL6v5USS8xku33UIemZyhNDAzetNjIjqtEWdCzKZHJGQhTHg3/ZjoyOJJH87p/7ewGKpNJ9ST59A5M99EMxt9BrDsvX6BfzD/o5rjCs56cCbHPv9jqPo0SE5cIr+ZMnl1GVSw9Dg3zyu+JfqFjumfXB9uOfiCrMhkhAfIz/TKQXiATL0J0pOf6y2UjjeJ9OQp6k4qOIn08GeMKzWfo/fSalV29ajL0zSeFlcXeNIbZT0ERaa4+P+aQS+99Oq5xZR+DiSUHrX2sidsxmjvjYXONvBp6LbubjpIDtdCXAkOnd4sZkGG1AVRnLE6eW+Nt7q9NSl7ayIGZZcwIQQF2LqCRghNXj7fteSE4iIgwmjGGSNImH9sKz7fcZ4yCAl+AzOqp6UcboUdGUCkp9npZQjER6SXJR1xgvTk400CdXpCtwcIpCePFwJk6s3xK2o6vCkIX3NVc0mdOjypmAWdnjxi6OP5JxCUq3CG3XW2BHO99NKrZxeTu4eKZtKso3vuqbGmZdIqh3Fb3NT8ZhCetY3wpOd5hM/iC1toOZ0ANefcyLVHvUV6JGxJDV99JPjN1ArqxjwNdG7JbF9wx5KjP4mPJ3H8yhKIehw+f3RObXRyCfPfPAIQ4UlJD4js6Fwv2+nxJiAZb4LsxG5PlfS00xYi11Kyuyb8mLuKxH9TjBnqMFB2OEd8PktOK6bBWY4J+ggT1ksvvXp8kaO+g+/gpi8PtosMYokKyt4V7kkhH/v7lHP0vZCWAKIDZONNkfzM8duVcSMWthtl4dxq68KSJm8SH5CfcfD6DN/FxaxzrXc3ycHkOnrYwuJvrHuq5MKa/VckOX8t46esboT5NEynyXjaTnzpTnV6GmsLuEqIT6bg1Baz4CqKWXDVDJP1j9soU2Q+hU+ow43Q++m1RHZquXpitp6c9AiM7NjjNH2Y7aDY9e2d9I5BL730+vkUG7Vl828WE99Lb7p/tckjak0av/Hqy6iwtXeTY9oIj7q9jtYWpoWvu8tcNZqFbu//2bvyoKqvLP3rqZ6ensx0zXTN/DdL90x110xVJ47RtHYSs2eSyUxWbUAWBQGNRhRQQQVFlofghsYV9xi13UVAVEBZBGQRQUSUfV8F3MUN3p17IIf83nn3Xd5TsCW5p+qra5Wp/PChv49z7vd953qw646zfHTaA895xjCCeR2ez+PK0l1fi8yDhBkS8izDPU5wZVPfWZUZwe/m4D7O0rNObsl9DMIdUK2SzM2OqfNibgPZIZDwEJLxJmBgIQtCbltASElPnMEp2a0XENdJVLsA43dbObpNuruA2HZqUAfyszDiHHCL+udr8zEjE2Hkd7QTNFWqVA2v4ukdv6Uv4LyEy22U8CrzGgaNIL58D5SEuBE9vCmst8uLR5gQnsEC8QXMieue+MYys60HYB7fvDD20rMmPTE55TzaszSpetXs/XmLHLekAYJctqWHTtl5FkQnG/xjCrjhvRnFJwNh2+L4yyJzvNOna0tnG9J6fPkYE9BPehGk0yOkh/ASdnvUrydMZZEns4gN6gjLW9QJ4TkHnzLxZSIgxeerD1almxD/aMM1++giksxCSI8sk5WR3udwZ/fOCpPn8jGmt6ZKlaphuzLolP4f9IKJ0WZjTej6Tu/KH5wVPV+f7YD4K3zel5O2N4R7I+npx5vyEScks3jwfE6RgnLqOyuyeKfUCs8b7gACn4y+QNOXe+tU/5gbcwzpDIBkZ4IIwW49JD3piBOFLBYN6gBKeNSgDichPYS4y8MTSc/ZcLrLbqS5yMeHB3/HrD3bSTtdhxl76jF7E2G2U4/CgoLzi6gcPh7FRa79IpVVmipVqoZ1tuYn9IVSc7HpPiW9C7gjbxAAnY7+PmSB99GHQHimiBtwxAkAFafT+ytFMvWuL99bmfFNyImy4Uh00fOPFqJ/kcJpwoZyX76pfC6Q3XfQdXiCTq8XQHjCez0v0XhTblC3OnhafqdnOZnFZVn6Qz66vmn2wwzfAAFd8bwvNqTRKDHHdflG9OtJiE9IevoR54QVWcxuXCTdl7hWZWSqUvUDiBqjKf1bgmLKKeHVF7UM6noe3D6OAhYYbeo7PThlXj2awwmRZPZ/WFonVDqOXXoRjOTw3OeV4HAMCquRXMaEFwnVh28sq5oxP+7u3LA0NjcsvRcC0hN2e9jl2d7pkfEmHXHKCY+KWejGBeF402VlVrfdKPNAb1DHgsEeFKuc4DpNPhv7TRU0ikxOeuIR54TIDGb3WgQJEQ9bqFJUvq/Y7aW/SNhW8CtNlarhKV4Jm29yF/aK4T5XZxop6Z3dXzSIHcwxk+7F3T66GggPQYkPIPbqAeHhbr0ENsPj2xZYcGphoWrTArtNaRAW/byQHAht4D6P322Cz++GULX51rLK6f7HbvuFpLJ5oWkcQHjfwYCkJ+z2ELTbQ+KTk57UsoCgwdNi24KHgPREwdOTo7J7eIpKk+B+thQCB+iEAOG4IuPhRGkcmeU7PSQ9u6Vp6LNDdMMWee1HXiyY/UXWsZIpaYeLd5/ZX3T19J8u9pz6toCd+Ca/8/i280nHNueGH9yc+a+aKlXDoRxHB/8jzSVM3JVdP9ib0Cnc+XhKL6ufN+vQPSQ8hN6rF0ajyOAkG9QBIfzXM7/c2+7wekSVRen/KEMFSP+BbKBreNadHCg7vf5ndRqV1ZMNBxVf+cfe9edEB2QHJ5AdgnR6CEm3R8UsWZT0xMRHRCzEoC4Yb9ow4tQLWdbkGh0Eq37A+gF3sroQg3qT339/ZYV444JkizqxLtgHJTK7MeEmI3H+g+DH2o+8Lpyq/E3uibKM7PirjJMeSz9czFJ4GAUnPZa4u5f0WPy28yx2S+6tIxuzPTVVqoZHoHToLhN/2werWkQbFFL3Fg7ai/9QVGqLXsACiSqhPrGmZIewkMgCZygZb+IJHd9cn6Ndk/93TTkVt1ATu9vrkTlLJm9PB5EICCIG2bPXxE3y2bBl/bsIsPuSr6XLiX+9XvPjuvyDUxgCyA6AXZ4JbB1xRtARJyo45epNSnziFUPyEScVsiCmrDrXw7c61JiNcUcZauDzw88ycvqeLLPubnHCTUEyCxIenmTF0Penw8wDkIdpaip/OfRV7Udel1Jr3ApPV94rSK5gefwOH0nv7JHLvaR3Zt9FlrSnkJ3cdYEd395LeuxYdO7J2O2Zv9BUqXq+1ZqGMfRFUpxWeX2oklcQa3wO5uk8VmAurxB2edSkLhlvUgDxBc6L7+Gqzlr734c3WBnl1QnkBMIX8L5BqssanwN56+cdvrB54bGibYuPl3wTerIMrAdgEIcVRpE8hSXQcWs65G9ypWgmbF2A7EsrnvfIka9OmjbrQLtfUDKbv+RMHwjhUeKjnZ7tpJfZf8623bJASU+i4JQTn+uy9Mc4xqQG/COr06/h35WEzdn3HUaZdHcwgqybtEkcRYakh0DC6+/2NhQwB7toqsSsh43y2o+8Ss7VvlySWfvoUno1KzxTyYD0zp8qZ9nHOenFXuklvariNnbnxn1WeqGZnfyGk96O8yxuax4nvZwtmipVz3/cWMh5/T9+38/W1d6qNyW86zXX2ZldFwaV9PzIslLv6X+6TgmPWBdopydUcVLSC5nHwc+Fc2O7v/TY1ez83spy6Kjwuc8YD2BkOXX63la/xUnGhUGnGWBBEJAdIgVBOj3S5UmID4hOR3wS24LEpC5XcCLkpKc79bYFV8PpBzyMuYN+PpDKc2xd5g3Z3xMA+PQwikwfSUZDp/VdHpwOXJxi/+5KswDw8SOC/1n7kVdJScnPynMbiq6eq2Oc9BiQ3sWUKoadXk5CKSs6W8P0lXW8FDu9PtLbkvuhpkrVcFkbhEg9cKGZdnnFqVWDnlYCI0X9WM9/1qEuYaeH8EWIR5wASnpIeHAigv0SmPfsQ7fd7DZVTRwXWYXbGQYR6JtrdP6/r8s9pu5u8vaPu79gUTILWHy6FwsRetILIqQXDLCC+Kzu9ijpZdJOD07s9OCUxZGJ7/ToiJOQnmvQyTv8e32HflZgx4jnIdlkLAydeRdd8mpNBicSHsJxQTzjHSW1HWQ4vRTxS02VVlPQElSZ38g46TEkvWJCepcyapm+znHC6x9v7oDxZl5D/Ob8FzRVqp7XAp8RrDsxkYK/GnG9rcJUsdlR1cmSd54fVNKL25B1G7Yg6BSVnYHeRx8T0sMOj3R7MoO6kPgEQAI8wQL9E4y+vke7Zkzb0+bmEF3txMeNEF7tMHYpjEQb7UcbQAkKEWe3YGcfAO4fgTCdPogqnzR+fcUUl221np67W2b6HL41P+CUMTAgiQUGJvcjYBECic+E8AjpAQjp4WhTcK8nsy3IrQuZQuJDPOlePQAVskz2j+kUJai4vh6ZB6NL+vfDbVxkLs3RnLQi4zGJIpMSn8NGTn4euLjVBPvsXo36a01Vb9UVtRbWFDazqguE9HhXB6SH481qPtK80XaXlfGRZtqhYnbmQBFL2ttHegk781nstrw3NVWqnvMtCm/QF8KO0Diz9JXCpPIhWcOj/4mfE0tjsE+s0XKnFzcQ6Vnu9uYKyc4U/if7sQQxH3GqF0ELTLF4YWIvFgUk4YngRDcQ6QEI6S2hI05TwkPISQ9glVcPuz1qUJeb1G0QswCcp+9pEG2b8Hxr+TnICxXe89L7Pbed1ZjKgjAhPUp4PCbM4bP1ZjmmfKrhrjx2uu6upubnDcWtj+q47xZJr+J8AyvNru8fbxalVfeSXn5iOeMKTpYVd4VlxpT0k14yV3CCbSFhV/4cTZWq59+XF3qAiiqq8htMVge1lbezJOzyBhFRXvty9C/Dia9FVKFyk0JPeHJzOoIQnpz0EEh4cNpCeuaE1wskPTgJ4SGE400y4iSkJ7nXo6RnxZ1eJsJq2wKAjjfh1I83PVeeYw648YJg+vuraPg3ClUecBFJHdnk3u769XmjPopsEsAC6TkvSWb2JCaML+stUuIU82otbx3bdKWNNV5uZfWXzEkPuj3o9Ir4tQZXcCLpgZgFSK/PtsBJ7/S+XtLbq6lS9bzX+JcNv6LS+UDnLRVgS9CT3qWUyiHxqc35dF2aiTCBR4cZgOTEkN7rib16QuKTkx4SHoGQ9BYmAgjp0U4PIO705CPOFB1ktgV6p4ewRsFJOz3AAISHIH49JD7P8NTHdhaScMCuYVHQNMFcqOIy78g1TGbpz+DcINitt/Y8c5q8EywHVIm5zu3XwT/XVAkIr92J78VkQHoNnPR4t8dqLzaz6oImVslJr4x7ca9k1bLLGX2kBwpOuM+D0eY5nVcv9eAl6PRyNFWqhkmXF0ZfNLnxJTepYjNlT8GQpI+4vhphMsZy/Xx9n11hdqyY8BDi0SaCdnni8aac+CjhWer0kPQQhPAo6dl6r4eEx0+ZbUHe6cltC0Ixi+33em4L42/iSieCR4uctqaT779UqGI/LrLaXbJiCM7ebi/gBLN/Yxl9XucfR4Z8pqmyWNfKr41sLWtnQHrNuk4PSQ86vfJcXaeXVt3b6RWmVmOn971X78ClHZoqVcOh7H4X/Lf8BWHijZryxrKaa5UdQ7I6iOI4V+lBdqL++W7jN1YaJF2eZMRJ1JsA8X2e7d2efLxJOz04A/XjTSRAEeEBZApOcaeH0Hd5thvUEULLgl7BKd+r5+y+kyan4Ib95q2BccWyNBrH34cXm4lawpK7RPmbiMlROcxx4haBrzIkfeKLhn/RVEmLpbKfcsK73096V3m3V9KGpNc34sxv7O309LaFQi5muZDUp+BE0ss4enmmpkrV8DGjh0yiL479q5KLqYAl60jxoBMe3t+Aas9knPVhVFmomPAQA9/tWT/eREi6PGm3J+/0dLCq01uMnR6AjDelqSziTs/24GkAkp5cyDIjMsPowBWrIrKDdUcDpdnAmNNMqMIDovuDpwWkN8kvltm/Fkmf18PDn5dASLqmyqriZJfLwfSk18hJD8abKGZB20Jpdl3veBMN6kh6OdymkHGsZKymStVwsinwF0YOB0OABL+moLFLT3gw70/cPnS5k+5vLj9nEiXFl78Ge8caYbwJIAZ1HdlZGTxtu5gFIVZwIuFRyO70vjuB5AJFhKc7BbYFmUFdMN5MJ8Rn9Z0e6fbE1gV3v5jrYCsRkF2P3/iNaQNtpoeNEfDf00QV99V5ZsHTALflmXxl0kaR3aBx/EsGJY23sVrKOryQ8BAtOtLTdXrmtoXUqj4F56nykvz8/L/UVKkaXvvyQsfSF8m8CRsazWwKieVDulEAIr70XwOsAlrsHdMdLhezWE98ACQ8sZDFknUBTkJ6tt3rBQrELEB2FNSgPl/s1YNTfqcXJvDqiRWcNolZvoo4a3QEFaZ4hNmx3u/IBStyRxtgawTNF50SkfoIt6gj6cE52fswsx+7FP47uuUgym505N9pqmwuxthPWkvb0yjp4XiTdnoVeShm6ffqPS5IqnpFU6VqmC6JXW4+2kxsImZ0jBwbKhi9PlydTtb9tC70PvpISnq+kk3qdLxJiE9wp4ew8k7vpG22Beu8ekh6cALhiePISKcnID0bR5zyZBYP6OowIowAMkkhKHyg7/EJ3s07vbL0spkq0/dQmy6Dsy9/c0ECm/hBlKirO8NVmL/TVD1VtZa2/hsnubsWSe8yJz0z20IdkB6kshg0VaqGsYDlZ/wnZjpm4mOLq7f1pFd2rm7IV+v4frLORKYOW7Hneh24Q8abpNOzqcvDE/EUQhaJbUHY6QEo8UmFLEB2cAoJD+Av9+sh8Vm9Yoh2eV5L04VdHcKH38WhmXwgeH20Jt3s3u7zdeX64Gn3xYnM8eO1omc1cAWmnTKRD161VXR+wEmuWTTeJF49VHAaS7NrN0IWp6ZK1XCuCS8F/zt/qdwy+cl9TPgdPtowMaTnHCsZctKb/8dN1JtlhAWyBmJbIKksQtJDhD6tdUFOfEB0/CSkJ+r2RKQnjyNDDHinJxezpNus4PSce1TU1eEY8haECNgYOMB0gP10DZ6rshkQnkdoCnMev6lH8KyHfAJhmDRixd9oqp648uPzX8iOufprGGeaxIxduvlL7s3bYwXp1VYVNL6nqVL1A1JtOtAXzsyPVlfprQod/NcpuwuGlPBwLxq8VE26gVcjagJgxCkgPWpQD5MqOOWkZ7tXD2DDnR4iEM/kgW0LwkgyuWWBWhcAenP6XAuENy3wRJcD38Juqatz5naCfctO11v7vdwRdPyKIET6gXvY6QdTw9OZ88Qt93knLyK743ajgn+jqXriKkyt+fuitJq93EvXzVNTYBNC27m4q45mQpaK9rdaytpDONklcLRyPOQKzvPcq7ep6UqrR3tpu9qBp+qHV1zivYW+eFZ5772gT2Gpu9g8ZKpNKnCAlysVOHzlvqvF8nhTsmZIQnqE8CjkGZzzqYLTVuJLNoXwTs9m0kPCs0rBCfBakvTYsW+ZLrPU1QW77jgL963Wfg93hydW2Y80V3S6TN3V5OK6o4Pf0z6gvzdhZGil2kY+OMUFJ/HoqWvm9/A1xa291oLzieX/PYCwRdk8VP3w65PRwS/wl04JfQmd2J5V9ixixyjgfsj3s/WpuEQWAbvulvjE9hDCs7hB3SBOZYFT7tWz3aD+NBmcsm5PT3hEzCLx6lkx4vQOOdPjYrepgn+ujy2R3ZQ3l2cfWZ3WauMPLI1gQBcQ5wNOdLcEz7nBO71AFQs2ONV8qeM/674zlIPF4N7N+6yj6Vafry6tOlFTpUqVpn0xIvhFkrUJ6Mo/VXoDCQ86vqzDaEgfekTPP1oIL0+i4uz4yuPb1jBJKgu535PHkc0h403rNi7AaXvwNO32bMvglNsWLHR6dIu6L783c52ysw7HjSLYvxzWCNsMbP1+HV2T3u4wylBj5T7BFk50fp/+xzI1Nhvc3MyPW4ipHOPDeNdXpalSpaqvJowMmWqmqBttuMUDZh/oNyqcRqvCM8CxdRnXp4zDRbKm6frTXLY3hQru9nC3nnSnHp5P1e3JQ6cR8tBp6tUTdXuC0aao0yPE56cjPp+QFKOb+zf18LlJSOgeKGaPbzp3z9bvU+z6zFuOow2lVhBdNbcYTFcd3ZBaD5g+O7O1ooP1dn2FTfGaKlWqsNhPRPd57m8uu87/8XQj6cGoZKiJjiKE3yPR0GEALGz1tIuuD54dY+QkJwmeJpAQ3pPv1ZMSn0zBSUmPEp7AoI7ER0iPjDhnLjx+35nbAGCkKCGhxzPejzqL40tbcTw6u8tlTHjRAER3mVsMnN9+O/inmqqhjhHbLVBgdjeUtIzRVKlS9X1BPiGPGjtMX1hzvlh3rbO60zjUKSzyZbJJ1WB4tiCueDDls3W1i2cd6SaRZABbhSyyLepP6teT2xaoghMgN6ibdHoIID0/fnrO2t/uwLe1D0BCRrin2xuRVPMU2aj3yRYMihy7EWGfQqSdpuqZLXxtKW1fwYmunaOH42Jrace7mipVqszro9+s/Su7EaHJovixaxUdRrzPk/jzhjSSLMh5K5iZ73IwAXomfbi6csGsww/NDOoIYlAflPEmRpER4pOMOKWdnljIIrcs+CxK7J7stLUaMy9lgK0VYB0gn6+tY8wbzmMMF0X/f/j7M/6/Qt5RpvE/O/mp0bEqVdasEhIlsXh/uq6K/8RoxN15KGJ51ti/PKWerhqicHp7RcWcmQdu452ejuysXyY7zybbAiU8hIj0ABKDOkJ+p+cbcLLbY9ruponvrShHVasEjyG0e+siusLHdhxcldo4cZShXKS67CU6VapUqRpO9cWYpf8gsit4fbT6Es/e68a8zfT9F5854SHCPXZlOIwKqydfI73nu+P07opyT+dtdXO9Dt4NEZOebr+e7SuGEEuE403EwOrNQHm3x4kumXnNjbkzySG6yn5MOPlzW/TS3fT5eG3awZUpTYPxme82nCrlXWST4FmtE14MHqGpUqVK1fBMYjH8E3+RmS389HhreTn3+jzqVW5yFVjq3sJnSnTUtxfuuSvTBkn8A8dxkZVuDtHVPjP33wqeE2cEwiPdnpT4bF8x9OQjTv+Akz3TZuxtc/owqhzI28o/I4PPY4nL9nRYvDtYn/XmwLh8TqDX6bO48rJGJaSoUqXqB2BXCPstf6m1mcVNjV3aUpZdC3v0QAVGNyv8Oe73uiOm7c7iozYUa1iLHoc/LK2F7ete0/d2LJoT1yOIIpN2emLCk5vUqZglkGOOX9zDGV77Oqa4bKt1+mh1Oe/i6mz5s8Aanhl87dIG/yMFmI4yWFg2Y08mKmUJSuAHI02Vqv9n71yDoryvMP5+6W06+dIP7bQzbZ3kQ9uJcila0ySNtTZ1ptqxiEuQEANJUEgadJRKsFu7VxAQkhIBUQQUgiIGUOgi94uwCHI33JZloVyWFShJJDFGiG/PGX0nU7ssoCAs+/xmzuCgyLIf3odz/uf/PACsBOg3eNcdTqpxK/f0JpuLuz5l0Ruii67FqQ1LKnrSYktEQLp+1nthtsegN3lk6LUhqsdny3sG7gZ3+6UOvx2Y8Z8Dez+8FRp8aVpBQjifDc7DJHjyEJ14KER390Bw7u2AwIxRX69Ek/eLMQbPddpBznx7uNeqmvTfGFVDl8WvcbjuAr+fHPHz5Vub371i/fsr63j0LQC7oamo60c1l7q2VWa17Sk727pep+v5lgAA+F94ZEXC123lgTtdmdU0xqLXT7EiRcnXllz0pKLMNkt4QFrNnk3RVdJZ30IWb0Ryd+j1m4geL7oG8BKZXbNQeq7VmOmS9yj9/Sf0/nz+sGJmy+PS74WI2qN/ybjKVwMWz9u0bEDKs7NSRXBKsR+6qrueaC0znuD08vqCbrE2r1OsudghlmS2mQvTW+BjCoC1RRaZi7LS2gMwO668n0Wv99rQEoueba9HXnTx3xhdLS1e2EPxuRk7zsi9T1SkKP7VyV3sYr9X1DFWS+d1VioCl8jtB86zI2uxFg5zbas0iS3lJvH2rSlx6s602FBsFEszW8WijOY3BADA/9/TowdemrUHYXjgmetkP/YVpyuUnJbGm8u3MsKL+5W+KVXsNOKzPoy9Oy3LQOCmuRvlDu6wT1LlabXOwOdxj3EJ6PberbGX+WK6ldc2SVl1HgKwK0zNZq2RHJI4RaG9ul80NAyLEt2NZvFK9kdiWWbrZMHZ5lUCAMCKDZmLUmHtgf3qc0eGWkoNH7OPX1m6lKNnP3UpruYmX8oO90+rPvDnY+V0d43PA7vZa3IhhY3EdZQtuXjJJNQzoSIm6Gxdmqagl8/MlupnT1Xq+mycfXaSEP9CAHYHGUmPcoICi56hbkDkTm/QMC4O0YY1RwfpabzJold6vu0dAQBgHVpk2UUPwjvWbKsS5TlGuq8nXsls5YfpSqi7LIZ0LjiSHlbYe+pwfnvcwZymmKBzV1kc/7HrVCULV7B7fPkhr8QKzpHjz7OQxR/Mbj5FIspfx18vXRVYLsXngPu3xVXNFBfEdnM4r7NPzO0TPzF3fJ2e0Htf9KTxZlOxkc/07otee5YAALAhei7q37LDhrUH5e6NUQNt5cbJ2ns2ZKhlWImHLtbbuMrxJcf4wCLMfrlhuPEkJycMs+h9ZLmXldfI4817oschsSx61y4bRH1+R64AALDNdlfNT6kLKJvJ0ipFk9dVd6lj2tHFZRkVe2HeCHwx+vIMlmTc1dXTVu7TAlgBojc2QZaAkujd6/QaudMbFLtqB8TrVX1ic6lRbCg0yAUAwOywI76HkypICpJ9sAI3x/TokvR9ji40S110RkgG3El62sCcwWSao4TUIdjCXEmRQeOxUlSQuXNUGm9KosedHoveF61lpp8JAIC547FG8XPuDmZYr5/av+1YHWWvTTi68CxB3Y18M/2qp5t2cMbrD87KWiymrDwsrZbvktj1SKL34Hizp35Q7NT3BwsAgPnD3QE9QOU2liC+oA1IPY3VbhVCiBa9Eg7mVnuv1bTZ2Bqlrlx9gPMQBbAisRgt37d0j2ZLaejDXy+yfNLXPOQrAAAeje1Oil9y2rWN1fyP5S8nsVsIzvcWoWL3ZzW8sj6sbpYrEml8BisAh8DSaVlj6Rp9zWIY/dtIx9iWwfbB7wkAgIXBd5Xi2+S5qLJ1j43GaCNa/zP15CAC4Xv0KwZfhfufaSGfU9MsQlcuW6NyEwAAACws2920P/RwUcbzmHNG4XNTm+Q7T5bTqPOmowvXfCs3tmr8oCyhkrrmsVmErpPGl1tx1QAAAB5P3FDmLN6Rt2hlvi5ZoRt2dCGbrchbsyVg09HiOTjBmEno9mD7EgAAHjMerpq19BAunc2Cy+dXYUbtG6mN+Qn6244ublKdjSgZC/U8XjeHsSVXG/0C4UseqIiBAQCAJfXkdFb/gR7KTXOJxHlzc0zJ8dCcRiktwJHqfHTFsHzniSrvddrOOfp1FvJ7i9ElAAAsM+GTuao2eDirz7E35xyMlycCNkU3Rr6V0Zb7fvXkShW5M9rCAbn3yWKfdZomKb1glrpD7igptIyyRgAAALC82bla+4MdTupQenj3z7GTmaKup/Gv7scupih0l0kozPYqcGQuPaD0S9b7b4isl5ZP5lgm3oTlxSABAACAfcGXoGnB5Y/0MM+Tups5Vv/L6zQF+7bGZsUEZRaQq4uVPLmlr/zjtVOpivwelW9y+esvRFaTwN2YZ8TQCG29vkd2busxtgQAgBVkTk2jOiU5tLQ8VPacs3qEcvrqg7fH10QHnatPCytszTtW828Sns8XW9jy4vSfJf09r0P72umaoK2xVb7PHmn0dFMPSqbN86yJHS6qkzIn9e/gigIAACscr9WaH/N6PXd+klH1I9Skp4umx8tNe/XVZ48UBfw+OjfYPe68wi85MzLwg7x3956rjA2+0BofkmNKeCenKyEkp5E+ViWEZOviQz68cPTtjEz+tyGyhAv7tvwzN3BTVIHf8xEVPs+E1VOQasdCJKiT0PdRpVDS+J9kTyu+KQAAAHA8ZL+O+Q6PPflCO4nCAAuEvRf/HNTFnaYzOT8vF8UqAQAAAHhw09PdSbGahYJE430af1aTgHy2zAXuroeLykgda7rMSfn6S6vVT+E8DgAAwEMtvnBcEY0Dd1LXFEUCU7LDSTW+BMI2RcslHSTCF3ibkl6Dl7urypk7VAEAAABYzFEoCeGTMmfN89QNepIY7iNRiqBKoyplcaKPvVT9VINUZioL1RjVBNWn97tHs8xZfZ2NmO+L2XH6v7T05/0kartkLsotnC+32y3xGwIAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAgP+ydy5QcpRVHp/do7u6Z11ZFdBdz6K4riLIqguSBQxJDI959fQ8k5m8ZiaZSWf6/Zy8p5PpmRDCKzNB8aB49CjIrJnpqupuEgmLR1YeyiGgyx5YWF0kUQ8IkiNrNAqz/0vX3eq++6XoDsMwId8953fu/e5XVV3d1fX9635V06NtLtg0frpsAr9Ak05P/Nn10Yl3pgcm/jIdmTpt1D/53rRv8oyRyN4P7Azu/WDGv/esHev2nj0csj46GrA+vt1vnjuyzjh/R9D4dCZgXDDqz140GjAuyfiN+SMhY+FwMLt4JJC9Evm6TDDbOBqY8mYCU60j/qmOTHCqcyQwtXzUb6waCRq9iPtH/VPrMkEjMBIwwthGDOtGsV5oxJ/1Y/u+0aDRR8vSOrQubQP5duRbMn6zCfvbgHztjuDUFXiNzw8HphaMBrOfy4SyF9O+0T7SvtI+I/+J4bDxsR0Dxt8PB8wPXx22/i7js/72moH8+0eDE6enoxPvubp/4t30WdBnQp8NfUbT+mfetGnTps2xdPqet9FgSUIxHJz6yPZA9pM04GJgXUSDMg34I8GpbhrIMYAnMcAPYTDeCUEYzwSyt44Gst/CwL0Xy2SRt9BfQH4/+u9G/F2scy/E4D7wIHgIHMQ6P4J/DNt8HP5J8BPwNDgMfjkSzD4H/wI4Al4CR8Ex8DKY1lTFH8HvwW/Bb8CL4Hkcm2dxnH6B+BB42j4GT9IxwfH5dxyDR9H/MHI/BA8g/33476HvHvQdoGNcPNaGRccefd8G30TfLfj+7Eb/DnwvttDFAF0AIL8Swt2GvrrR4ORlOwbMC+kihAR8JGycSWI9of9llDZtp659qf9Lbycx2hkw/oau7ulqPxM055EYURWCQWUJBqAeR4ym0oivweCyh8WIBqSi+GTvp0EM/inw8+LABxHRgqBxITP7/A7Qxc4z8E+AgxmILfxdmeJF1W3gy+gfQ1V+NYkqBDc+TBU3qmnk2oYhqlQxY/nPjoQmz2NR3Zky3qVFVZu2GTSaUqIpNRInOuloWoymtyBEg1QZ4US9CfFXIVB3kBgh/le6grarHhajI+APp/pgq4WieoZnke2SoDHX4X39PXgBHMI5+p/DAeMRvJ/7wF3AALdn/FNfgR/b7s+ODENQEffQVHRmYPJSmmImAcXUsf7/jtreOtUV3SehKT6agqF7LxCnNaiWUiRcNHVDU3k0bWeL1WFw9FQf6N9U5pqQnKAYbJsB0rPA0ElAeuaRn/VvtgWz/w3/MPwB9N+RDhlfTAezI9tDRmx70OxOBwzPdtwvHo5MnkP3mdPp9J/WaNM2WzYWLPw5PdBADyxgkOwiEYMfA5OYHvmBXWW9cqqLx4wye8Iz8wIz02IQKmdrcJYImSfMljnOVhfesM/zxEX4GPxPwb04/rcPhbK70kEzApFsg5+XxgwR3Vuv0aatEqN5+uGByXPoyThMP2zE9OEXUJ2ZxZvwxrOnuvAomUNitM2F6oVmRsRlRkVhswubjotxQmyUhM3jsomgeC4TMpRsqgqzApzlN1fIFhe2Ehwzol/wMjgEHtgayn4b/kZ8dxLpsOFJ4yld/Y+WT1FLd9/zDnqE234M/Av0cAb4Hy1Sx6EyUZplMXqdwlOtuFQhJo5QuLMhVB3rw+YbyiChygs4J5DrzDzydWRbLlchGySl/SGTP3vKU0wo19lY2naOP8cuiAsId5SiirZaTMvjX20JZQ+AXVvC2a7NmC5t1w/kvDWnI+npRDyl+HUM+D8GfzwlKqmZFKlqhClEzJ4YbWKqER4eoELHZ72NGAgVvL6BPxW24MtJERxXhthmCZHqSFZASsSvm/CMbAO45MIS9XYGRX9FAiza7AVVCTDHDlJQ4V0qb5WAsjgyaP8WPLAplL0JFeFCfa/wJLcRv7GB/obopBKsuStSlYlTNYJUfcUjBwb3akV44IgKe5VwzIhgyLbE+j8ShIgJmY8LuF/ZFyWKcYxx+l3zkpiCeFVUv25CQbwieFmTQMyIdrgEPiZO3lXsiWTY4LaTE16K+WBYttkLqhNRRyBDhowJjlkk3arOpzZHLG+NtpPP6G/RThbR2iapSqhmW6QkJzgFJwXJrfJxqWqUouQuMuqBVMZRMVhXKARMlHDriyIGUQa5CHlJxES+vC9COHklYUK0KyVSDXLdmQTvMQrke42ql+XPqwzOxbjNsfBMnD3HCjifiLKQOrEaFlPylvg+KkRSKZii6iwTSqPE87lX4hW5DUA9NWs8R7d9arSdfEY/6US/CDGXRGtIwVZ3TlyoXB482BBiz1QgTBwLKhemisWpamGKVSBCjmCIWAiIEIyKRSMk2xHKVUeQ4LhCAqVxLEft6qj+ddwR7+dECRERk2NXsJzz+Ts5xIzFXkmEvSKGKBY9iDmxEFEX4RSxJEFEORaETSmQjJi6NYC7EFK83vEqHlgfMRfVaDt5jeal6ZdGtgenrsvgj7YhWL8WwnXSiZYUKmqv57ZamGTbESeJe9XE3qHC6SfOxTgnxUgKEyFFSlVdsFfjLiwStWg4eQWc9zOl+RjaNgO2D9gMMLwM5xXw+uuwX+uiFijN5wjOOyBHcL+fKNsf7rMYrCdB3m0bTizyru+j7HV5uzIn98v5/JzPGLG7iIuY4DjEXsSSsIiFqCpE0yRvwxUme1eBlDgiyO0wvFsFGbU9kMKYIM/TsPDIQRyNZyBy1mDU3LYxlDuvRttb88eEM/78WemA5U0HzW3AhGA9I6YK3cRLCJcBXvthio2Mq2gxyik/d4RIVSRa8t6RqJoqFib1FJwaKUhu1ZBLtSMHNClSfvZSTETsLxlQWTjIEz6GxYO8zAsot1b0+TjPfYJ+ysvlOC/ojwPR50Y/e0LkRU69f8rtWvY2LIDYxidigmPJOoJjwQDBsWw7x4G8OGZ8TBGTl2LrItYBJxYiaRa9yKmEMuwmlvY6kZI2V6ARQMtGFZ5gkaQ4Vuq5ehReUUG+Ah5PhK3bkxEjBcG7fEOwcHqNtlPX0nHrfZvxC/hbw1bflrC5bVPI+gqEaz/E7DH4I+4CpnjKz22aUAqVhIXJhaTEXbzcBUyKlqygOBZUJUxqkWJhEtWQWpi4wvGLAc8nxMgRHo4B56TQEBCRPhYTEbPA9OH1+6iPc3bs5NWsiZXGgriDzK1muF+N+zLydSrdVsxC20IMT9jvcbV8b+r3SiJInmOC4zLWOl6JT7G8ah2fRAorf0dYNMUFjFPdlgutz/Yy57fbAfKlAho1hYDyRZc8F9yngcMCCGIZUghjRZ6NR4yDsahpxcPGF9HeFI8aq2L4bxoD+KHtGm3aqrF0sPBXqUjunPXR7OKNEbMbU4KbMX14M3wO8+aPQMR+NSiFzK3yClcuXknlgxTwLg9EON50q7BAZZVVQHg/CxYIKKe1crJqIl8cYEQFtFZWRyIWFYsQJo6tolchBn8pLNJLeh1kTk0iP90Dz/QS3BZ9nCO644QTw6uW522ptuNG2brdvC2OE9xmT3Cb37dFIAdPUL/I8TpOTFjFnIgdrPLjECvm4LnN4urE9nr9lIPvA/BlMYTRXgZtXpa/L+w5tlGLsFpIJQMCv0BMuVYqeK/g/vLhSMz8QThqTMKPRVCl4dzuCoeN+dFo7ux0Wj9kou1NMPpxWDzldCYJI4TwUkwdeCBSPfFoLp4MmyOJSO5mtCcgVHeDgxCon8G/xOIVZdFSi5dCuF6/eAG1eInKaoA9IC/xCVRTajzASE+sqViY1PSyZ6RA8IBfMtizsLBfZfetSnAMRG4lxQxygHIEt508RGQFIM+sQH45gKe2hLft5BBjGxLVtjnnbMeOed95n0rfQ7edK31P0nM/PHBy3M997LtL2sQKO7fczi1ztsHL8zJyfQn6WKBtpEA7glvGGkZUpkw/4y54PA3rVH2iynMqPKWwvYj2f2Ea84c4H/eHY7nbQjFrD6q1bWiHIWwr0K6Lxcx5IfxfRj/+Z6P+43BtbzkL4o/jI5F9H8AX/9xwOD8/ErG8wUiuFydIEidAGkJ2TRAnBk6KW4PR3B3wFvruBveDRyFWT+FE+jn8ixCvYzxVyCche1BabTmVlvDAvcpieLovXo5arEAFQiUEqrziobwQI45ZeODLBuYVcY6Rt2OGhWcZQAwozgHyTtxV1sZ65OMUl9NFiJzoZ5R9nYm8g9NGHyHjXNGLtoT7l3JbkefXW5Is7kd7spjrSOaRK5AHlJMe/cIDud/Hfc/LGSHkDIspH+ceWwx77Xg1ebvCoxz7Pniu/rjCo9zaoqgJIcu5CdnvcO68gPgQzqcn/HHrIPz3ca7dFYhYRhCCFYiaXw6g6sJ9vatDkdwWiFk0HLNWhmNmA87jf0YV9rEg7pfp37rUpu0Nsv7+h97eP3jXu/shov3Jwkf6o/lPrsNV45qEuciHE7Evanb0xcxuXMn61yTySfihvnh+J6YIx/vj+VvBt4AJ0TqAgeL+NdH8oxCrJ1fHcofhf42B5hgQwiUQU2hEty1Y8OUVVRFHsCh2qWRYnFawOLFn0ZKClBRCwYKiGLRfi44ixXUorpD2hEObnWPfSv12m2m1abF9c8ppe+1lPKkC5cgjV3jVNxHIleK1wTYAbQPw65AX+wDhsz3l+H2TOAIhnsvIo49Ei3IryRfFCn3lFR7lyDM9sipjHyuirsYsrsKOQrCe749az8A/AR6GeP0b+A7IgtsgYLeA3b6otcMHMfJhpgUXer4BCNJA3GqDmNWti5qXDcTNC/242AwkzA9DoM6ke166stKmTVuZqC7Dfc3uZP79vbiP0A1RRbV00cpYbiGm0uoxuHWsSOa7IV4Dq2K5BCqtrasgqhgQxyFKNy9PWrfA34pB8mtdydw3lkFkMUD+S2eiMNmZLBgYSHPgTgym38Eyd3cl899dmsjdi/77OuO5B5em8g9hwH0Eg/GPwX8sSeWfgH8KA/NP4X+GyuQw4l+C58ALEJoj4CVwtC2R/wP8K8UBvsDiwx6QIBTgHdC2c47wNKPdnEK+KCyI4Ul8SoSmHu2rQB36LoevBVcMFpAv+gbkqd9T7LPXKW6/0fZN/HrUZpEq2R+GhXUJV2eOMMuK62W0j+HzPgpeAkcgSs+DZ3FMfgEO4Tg9jfZP4J9cmbAex/F8bFUy/yMI2EHED8E/CMG6D8f2e/D39CZzB3pj+f09CavQE7esHogO8ntXJ6wJ3Le7HdXXN9bgWPfiggpV1y24uLq5F2LUF8uP4mJrM+7BxiBmPsQrkGvtixdq+yBGfRCjtfHCJ3yRqQ/5EpNnaDHSpk2bthOy6T9ZgKmmWkwpN6atv/DgP1x7I1OnNW+YfG9zYv8ZLaiQW1KFD7bE82e1rs+dvSSW/4fmVO6cJYncec2D1j+2JPd9piV+54VYZh7E5xIsN78llVvYmti3uHXwzis7knfWtcdynvaE1dyeKrS1JwtLIEhd7an8io5EbjlEqbMDFwbwrZ0py9uRKDR2JK26rnjuSvQvXpqwFixN5j63NJa7GFXVRRD5C5bGCp/uTBjndw7uO7czbn28K2l9tAsXHF3Yx2XY1+XY554NhdNXR/e9h6r8dhII/JPhdtxfJqHQv5qvTZs2bdq0adOmTZs2bdq0adOmTZs2bdq0adOmTZs2bdq0adOmTZs2bdq0adOmTZs2bdq0adOmTZs2bdq0adOmTZs2bdq0adOmTZs2bdq0adOmTZs2bdq0adOmTZs2bdreNPN4bjzTU7f7Km/jeG1Tw+46T/1YPdHcuKehqWGskTznqJ+WI2gdid2H7eypK8XjwfolNGKbTFPDTY1MaZ6Wk9C2JPyajOyX0PtQ4nG8pGaOWHv79e9sqh/b6q0f3+KtBXVjm8tAnvoJT8P40KvUjQ9Ruxl4a3dvUdHM/VjW49n5rpo5aN0L0u/wXnHDUBmLbZR5RtV3XQn/v69lEeH023Be9AOKFxAUC5BrWbCLvMyV4uTm7xpqnr9rsPWya/ubL7umvXXBrsXehdf+U/2lO/66Zpat7ZKdy1ou3Tn0Khe7sYMoi9vmEYgJiiXc91nbO20FI2W0XVAhn1Ex/Np8qgLOd1j6qfSHarSdHAaR8ELYppvqi3jr4B3QdvpoOU8D+fHppsbxaU/jnmmPB8CjjTwz5lBfJQ0qxstpLOJ1h5ZR01ApY1h+7FjNHDEcj7XOZyTfE45N8fiB3a/SRNRS7FC6vpeW575a5obInPyeLrjhNIjStPdKcNWNeF83ki+2kW++4nqC2jacA5c78Dbgi7nFDPeX9l3nQO2SfMvni5Ssb+eutXHWpXbzQptFAH0ExZRr+V/2zj04zuo845reQ5MmfySBSSZtpjNthpm2gUDTEgLIRrfd1a5WkmXLsiRLthG2iSnQ2z9tSkkJEINtwLaQbFlY8lVgDGmTbaczbZr8kV5DO9O0KZ3pwMCkTUumQxgSaDDq8+53Hr3feTn60CdL2l3Pd2aeOdf9Lit7f/u855xv1+1lH1VtAwBF7If2frPnpi8c6b5p72hvy/6fX3XgffqBSu+nH5jvialXdP39keL1TzmhrPX7RFq+7r55gA65iPXPv029v+YkZdY/KTnLonvfpg2/Cl3rcoh11R/Nb7iGUgFy76yrY7pKdM+Ceq/6XLkpS40EPIKEoADASk4oK0AUBFblTn1tiZLXU12iQwniWJ6XUqAaBUDIfPkq8XyqugDe3Xff/SPl0qP/5v0NCkaBLyPB8eEvM3wPnm9uvrvufnW6XAbwALluwsxJ2gTU3VX4EYCEXhCMBo4GgKI2BSPKPhgJRAj1JQARskAE0JD7QFy/OBC13YchwPdn5fUP5uTfxqoA74YvVHpucLCT/EYRwcf2BBAqBFVhCEKJECT4kFMEX40gqADMgNdwwFOghJyUgqcExcBVKosUWBAdn6dFwGIAQ9hR7nieDkF6btVhim0h6XUHZc/Fe60P4El4me+X+QLB9z36YuK5bCruet1r3fgQEOH4NtYj8OhQAerIjTqYdUNSVrcqbR4c3RjXp5Aj2ASMkAdGusmgW1QgQksAIvs41gOitlmHKPlSYPgtQHRopX/Dr+emvRU4yvneG0UPSE4J6CgFoYEglMoNIg+5QZYTIJjODRJ8CkCrdADsvSYDXkMBT8FiAGJBQaAFJMcgTIrxY3Qfni92j1tJO7Q4qIrQImAy5UQlg439yaoL4JW6D/1VSZ1w/MuElrsovv/8u6lrDn/x8AFaLh38W3541pfDi4doNWRerRNYVUX92uegCGl/VQSjgSIdYwiIySHU5NCp9iU7xAQYsl1hGClqn5PQ70oCj2FVgg+5iHUrA0FXDrtByakVDomGIZjsBFO5wAx4jZqK5cPlMBSsmwK4CDBRzzik8KIwJgFWBGKCQ+Mxuo14ztVR+HzRPdUceKXSo9fGvpDYLxLub+O7Pcq6cr5WYWgByi8wj9xQb8Bzc5Wcp6ToYtX9EYyQ9hN+qCv0+BpCTqGnbjEMRILOzCsmAxFKcohs92CIXAFpw6Qi6wqf71r/0KdWDHgIn4oIPZFCcG8MgoQiBLAtG4LWDSaHRCELwUQnyDJFCKYHoEIwA16jAe9tQOl9zIBA3VixHAKW6+dYvK7UK3rMaFzVIwoDpxRXebVE0CaoToDX2TN+mu8RrivogIu83sCXkaLn9iDj6A08I5dXPvh0vQGP84wMmwNynJO085Dsi6BmwFhmu0KPbpFhT1ECEE34lEBjnzpElQViGIaSs42QY7txi4mu8PWelod+/aKB1xwBj6FTlAE1XUgDEXTaruBjmXVPBJ8NiVqlhyChl8oFWgCmmQsE8D6fAa/BgBeGC9q6IAVTBLHiBtGEiCBbBFwsx9od6CgCkKClOuUcVn0TnnB+9hmxj2ONko9jVVPg5XsO/hz+Fm9C+v7p3wE5yoShAlGhGHLllH6Jse5R+t/Kd0/+Yl2FNL1FU958pIOcv3iHDpfwKxko0i1aIGooVGTDpxaIBpRhIIoIQ0hhaMOlXDCD4ywtTGpXlqor/E65Y/9FLZfHqtDKYgtmkPsQhIwbJARZN24wZUiUeapwKAGY1gXaMGiiC0Q5A17jAK8XwCPEIAsBgMc6PsoBkMJYju9DjmN0biRUpM2DCMfq8a3ShyX5upVWTYFX2DCxj38L3J864+7F/hb+lxEC0jpmQhCvkWNzrI6JIDheT8AjkAE5Mx9pVgA798eVwxgvIuSczEpWAlGkLlFgZ7Z0EJSQCZsSiEnziHb+MDx3aF0h5KDGdg986hZR9hbQ/HNfy/3vbVpmAjwr8TlCio6PEJSyQpB16wZThEQDThA5lTQnyHL6RTEWgEt2gRnwGgx4E+UgKOgiCCaFGDRZFYHWSW2YMOAi1MLOi68tUNVjm3NsOuKJ7aqJkNifJHvs4LmKGydrBry+von34u/wPch3vfxbQFKWdnXaBKFxzfI6vkbKHK8uXMBogfmDYnHi/fUCPDo2QE3BjDLnIJH7C3YIM9eHNgJRYMjVq+51aPNdotnaQSCaPZAEWiBkat0h5w+tM+xeAVcIKQi1TY69b/nA21cB9MxiGQjlMATDewmTQ6JOCsGLdoG9q+YCgwDMgNdQwNs4US5YwChMBEQOdoSXL8KLwOIxCv1VoWzBJGMpPT6OYc9hzxMMbXZapQ5hsh4B25y3piHNYv/R3+Lfo6DXHnPFvE7et4E96uj3HFwMnhwf5WYMx5U2TPx+vQCPIVhv8RNhjRww4yIdzk3SEXrbOdAWhx+hp22lJCBC4ZBp2B2qM9Q2f+6QcDSuENJVp0EY8jUKugOh8Oj3SzcfuHxZwGs7UPEXy+yzq0YXWzHqFNpDGHaCbFdnqErtAu2iGAIwtQv0tPg84HUZ8BoLeO4Djx+e6gYMCPtFR52ienEBkGHY8BhFSo/ng5HafLSqQoLQz/F4bfA4lH+sgSmRlNOoJsAbG5v4cfwtXux0MC7EYMb7XYDhRg+Gnvg6voYgxNggNNFvx3yneWT6p+oBeAAYQezNPyI385KJQERugXjIrVBlH8GqDz4wQEyAoV1Yo3OHqNMthlaYWlfIcYRefJ9kGIRhRwiXt3/vcoHnb6GAwlsqWA9vmyAAWVcA0vmldIEp5gJXLgwahl8GvAYEHuFhgUJtWkwGMhYsyeK5RISX7wxFNkxpgGkBV0wV/uSxRATJpHcdcFl/XZOVmQNTW/RvcVTui18WNK/ev4wxkrYIbn/eufGxP40cHEQAetAkMA0sFZQ4z9Ed9QI8iuF2QE4BpUCUnECENMSLnEAEqBSI2h4BjH0Qt3oQeoSkwNDOHxJ8gbnD4LyhDZHqIhrfFUIWhAmOUB8XxznC14rFB1OHpuEQK/ZJNHaRjEKQ9YATTAyHcj4w2QWKwi6QQEzrApcNQAu/DHiNlPJ901fkN012Ft9BedGWuI4FhLHs3+SrGJTtt8dPFscWBo72Aw7fzuPDngoBFq/xVNgS66M8J3nkKcxhXda01gmbvgGcb1Tdm7pedacEvIW4wEu/vLyS23LiZ+T6UX45Bs4IYgvA9KDpHZegxDzvv/DxVbUD3vT7cD0COsIL5XE6W3V3BohcsFPsOvyH2M/4ofrW4Y8V5SHohUf3AGoPA3b/BUASjmFHyDZdSBNcPQqIDiwLeHaRjN02oQC02yieLbXinlofWB1dH6hDWl879V23711NWcrSWqRS/9SHAKpvQISWgoHwUxEYVtJuXjP1YF/f3I/W4p5yQ8fWA8ZyLxHoPJdtrpfANiAsbJxcCGOh/Z4FYPKYJhwN+aFr836V+iYKNQceAMbQOcre4iq0iXSlbrcDoi7AuaupwZL8cgUc5L1whK+rS7ShUTtHSODZxTKPTKZ+nF37gYqdF/QAqPOEWtc9g3/TlKUsZWnlUufg1MfxAf5iyM0BGL6bG6SmF5QfelwUa8PYwWNv5rdM7azpVoRNR75E8OZ5L7g2kQGhSsaqk/1hW/+xj/B4pc1HLseY1/15UwUmxmuIWecGqQiOm4/+Ra2BF5hr9OYik4HYcMBT8HQ9+svyTFdCjnOEECEYXCyDctwNPpf2vAiFViC7OEYB6OphF5gBL0tZWrGU2zKVKww+/mpuaHo+B2iJUBYBDJADXEIYM6TvATIdNYXd0MyVgHAEOAURRRcrfRgT3TvKxtkeOWGPmx84dgTjOTbkdhkK5pcFhSvgKBDM9R+9umbAGwHwNnHlqc4xciFOke0WiM71ddLhNSr0ug/ezznC8GIZQtDOGWpItLNz34dTnTP/cMXOCUYAVAgK5MIu8OEMeFnK0orAbvDYLnx4X6DrIcykrJqmHAgVjPlhaKsqt/W46MWO4eO/UnPXOnD0SIFAc45UrldUGIpA3mlASEhxfG74+NUB13ilukY9fvX9kNe4Y+b90C7BSvieqKnD43ym5LFVwJy7VCBGojtF3sAOj3syD727VB5/kYtl7KpR3YDvFIZgMeXvL1aCC2PyZvN8yAXmM+BlKUsXlWROLT88/VAHINUBSIlyI746RFspwGwYcsCwLpACQP9B5gJrPmez49TluZGZN6oQdqFW41AVUsMRqCWX+ymoI1w09FgYPv4lud9CNM6HJiHILwSDBKCCD+d9k6HSmgCPq0u5qIgwo6NTIHLRjbQThgBeYycsvnkIAtCCm+wtBONO0NUfGUkFvCKAZ+YDw4tiIOsCM+BlKUvLT21DMz/dvvXx8wQY3VqihlUCP5WAcaaq3OjxZ+TY9XCPANw9Ahq60g66T1wnYE5we67WC21iPN6jQtJiGB4/crnHRQ6uGu7FMcVN0lV6gMSXg721CmkCcv7CHYU2H3Dgba8pSp3aPNX4wCuPf4ZbKCLY6dYJ1L09hIQex0ne3XnwruUAj+FRKLA9AlIAEnoZ8LKUpeWm/Mj0FbmtM39XdXCjM1Xlts3Od4i2n/C1TTTLfhlLORc4I3JhzMf3cyVmrVNxbOKy9m2zL1evdURApI6UACS4+T7gPlAXELpxQ9P/arcP2O0OucHHn42crecYFawGqNKnYKw6zup2h1oAj9fkzT3qohtdcKMwpAu8JBwe5iHzXIhDsHFFKiEnuW6o132Drn5vKsAWD1ZCc4GQXRATAmAGvCxlKbWz2z7zS7nRmRcIKiq/NYKC5DmV366As7rQvm3mtnq6T8B3F92oQKzdQa0dAK+qCkKoCkKK43mfJ255p/NgnnKQwIQcWBWqBB9ydZMKPulD+/G7agE8O6eY13AsrzO2ejVq57hLAXiF7kNXLqxIDfwUFOCGnPWgCxxPtzoUwOMPDMceo8Y2+zBukYZAM+BlKUvpYDcy25obnX0FTi360IeDa4Pad4hOzrfdckpySNtC7W18HYTjvApw5OvpPsWVtW8/+Rwk1+fcG0R4O1e3ACr3XsDFcqyM+e+lPALsGjyyDPB6CYoAOirvLYQynSIkEFV3bKCIc73QfPdf/tiahzR12wUX2+g8I3LU2eYtuoEuiZCmPMibz4DlRnsCkK4POUW3p0DsOnQiHfAOVXQe0Em3RAj06P5Yjru/DHhZytJSU/v22R34UP9h5HBmIflwF80w17KV7df8pfzIyavqLmQ7eryL7pPXTcALuDuQ8/4JQhHHS19u+4nPLvV8+ALx23R3HRDhprAl/OJ9swRrBMSh6f41d3jD07pVAzlXr7IN8rdqRNDD2Gp7wwOv3Dd5VbFPf/rJe6KM5ISblF0/pADsOXw4VUgTwGNYlHOEsZWgdHlmJSjdXwa8LGVpSW4HDuY+urI2fOC3wrGJ2saQi249jfy01EXaD7EN/dE4Hfvs+p1zH67He8Z1f7UN1wi4yT0TPCKFoEDfuVuMl1zqnKf8QW702AfSwANu8lWczwcZXR3nQ1FGm4Wie83s38uc4FoCz4WsdfXqIKGnbg/iVg7kbLs0gFfa8FgPt2JILhAT+BGC/EFlzwUqAMXl3ZceeDoHiLLIWwlq3R/Dn8XiwQx4WcpSUrruzrl3td9yek5DktB2ET/cY6q2uX4dKwotZPmT5t1z765PJ3vyk869adjWhWUB6gjixuXRcWG8ABJjTjyW9ryA3H7CrfreIc/RQULxPrx/cWfJPow/ddOaAk8XHBF0Uqbo9kTsZ9slAryJ3+SGe+R0dyj7dXWB49oGwQH+blrgMSwKEXaQWRRDANL9iTLgZSlLCS5n58wH8cH+9TY6Nc+lnZlv3emrTdqkzzm6kLOTMW27zjzClZj1mHCdZ6P7iRwr4SMwo9oUgnSskaNVl/extOft2Hn6o4DmBTpJOQ7feynTXfpQFPh5UPziWgJP4MXrkjLDlx4IoQAILwng4Ukyk7HfrCTsUI7k/cgvAejK0tfVM35rOuAdrnD+T4CnC2AIPOP+vPBnBrwsZSmYWnafuRJQ+w8NP0IEH92eSvvc2NZIrPP1F5DfXq/3TOjgfi5EDlbvDfAj2Ony0Oe5Vx07duaLFwNbHCM6N10mjx2FWL3wanv8vA6KhO1aAI/bJ+wKU8ktCCX3HeHxhgZeR//4RwG17xf6vd81JPwIPMKPkKP7c6HPyVSOvNgdAQ8i6LxtEMb9sQ3KgJelLAVT+9jJdfjQ/t+4m2vZKTo7f/Ous/Mtot1zFOqufSckQKDTE+nrX2u79Wyx3u8dQDvQsgv3JDJws3BvXYDgWQBRx+ZuYVhxeeHUVh5b5Nwdw6UMqyZBEZpoWoPUzJCmAxkXMgnMlgDChgcetlWcF7h5wINY937tgs8Q9d3fW6XS1HvSnBOvqcS3QRB+hF4S/PAbhBnwspSleAK4tkL/lwiwMUqBpiFOhaKoFULbt9vHznyinu+bH+CAxavqVqP7w3tAyEf3o3ATEYLSLqDUhSPLh97XIL0GnB+5hlahVge+EBQxDgtm5j6wFu8XnC0326vjxDUYEKIvAMKRBgUe/r5YdLPd/tivwk6B5wERsDPhz2/yiGmAB/kLXwi7MPwIPpQz4GUpSwv/idt3nr1H5+SqsIrc2+4nIt0GfeZJ6Fw1b5G6iE5PAafzejvP/FPb7tMfaWqAhHv8HWh+/W1PRvercPNDtXS8uGe5f8kJpdYdpzZfdDj51jNdrQ5wFOp8X71wKl0d5xxRd/OLp/9gLUKavI4cn5rjoJcEQqwwZej1rkb8+SvsL/wKgKdPj3HAAwAJPzo+ws5BbkLK2rdpcjo98CYqMg/IhS8p4ZcBL0tZyu358k/iQ/7kO8Lr1kgWipA4GwKgqvUAIvTl67c9854GeQj2T+CeXhJo6Hydc6oO9C2EG0OYTgCjQFL0gmwiX4ltIDj/c3hP5VwCNAO+M85pargV18zrYtv/9GGF7WoDj3OXEEOVAjICWdt0Va/UCcG59tHZHXmoY+vMdoB6mwj1UTx/dLRj28xIx+jxrSI89WZYhM34Q3lInk6D+pbc1tktqA9gP+AAtkRsxsb9fhF+nWITfm1iE0KoG/Hs0T4R6hvQvgFtvaj3FAame3CcblFucLpcHDxazg8f68JPXJUKg1MlgKuY3zI9gP2Fn+0cmJqBm/s6VpdegAg5brGwv4Bvf7WeTs8D3nJ+9goh0Yq36jMZfi7smQEvS1mqpuaxU+/Hh+fXGLKjk1NonZtft+fc/Prbn/KFNvRBcEMBp4dw6CE++aMR0vrb5oYEanJfyCPnpsBX0KNN+jiuVQDI/l1zK+ZY2sZO7gLo8D5GDrsKPwcztDsYz4m4IMhdg7pArCIdW+2QJuDGfYiEHuSAR+ihTjASgnSCEKFIF8jwp+QMh3rPK4W8PYrcsxhbFGO3SLj6NMfxB4Y5znuGKcTfH/SeFMMxBB7bIMKOMvCLZOD3PFcqpw1pukUvhF4K+I2/Uuw5XKmqG4qVS12Q5CxT0b4/5tDBBZVKUFFyllV4yPXiKkB5yVl+2FfHAUhylmNqj/Lujv17m7KUpTTpxtuf/AV8cP+7AE3AZeElaqF0sUoiGJtvf+qt5j3n75AQaSOFc2/eNfePC4Aj/Kv3prDHfdLhiaL3CP0CP4x9Jbdn5R7gXBz748tadp5+mfN0uDaGT3Ue1YWbpU/qBKE6w1PfEre4msCLHi3HxTK6itRbzQtoeU4wgpipqwtEnU5RIUhXqAtjZIwHQNY5f8gxkD531ImrRhWA+jNM1XyLwk/GCgAJP0KPuT5ezdWT4Uf93rL+XWycqOiiF+Rh+Png6w3AL3m+TyRls8dPymaTuz7hJf54M/Nsz7geofhga+9XHTzlVPwxWwo/ZvvVpixlaemLU564AR+g370ZobgWzs3RzTlHt+728/Prf+P8/Lo7nlahjna6PFF8Tu81qKupwdK62564We5b7kvuj18ACBjCBu3SL/ce3a/2QeceXHnXee5z8rcRx9YC4TycXxS354EQeQiEgM6ZztUEHqHGRUyo6/5BrWsbxA37BB7qbqWp1nNxAELeo90cENUBztDtUboaVB2f/5DzId/9FYbU/aFP4SdS58eHZF8s/L7bNjT+weUB70hFf2/Qqc8XwQcRetSSwAcRehTB55QAvpIvgg8i9FSFGPwKnt4ZfPkMeFlaYlp359MDN935zBvNVXg9ZeD1JKWhPSdtl7Gi6LWAAPT0fzbf+cy1DQn/PecqkasV0bVGcGsG5AWEAkD2S1namh0cMf7NlrG5n11xoOyeuwLv8xs4Pl2l+zucQ54MQsCYIPzKqgHvjvPvI8R4XgtASEBmXaAHQD45xguDKhClzwuBEnJeCFS3RUiZ4U/CkHXvkW0KQ4UfoZcWfixb+CG38EN+bLCJabnA071+Kge5MPgSw52LC7Azro8i8JhDBnzG9VGJrq+wJMeXAS9L/8/emcDGddxnfIECCZqzLtCkAQK4bpJaF2VL5PKSRIqWIyusldpBjTqHY1eWlDSVI1E3JUqhLMmO3TZN2gRII1uSddWQbB0kRergIUuyYyZpq6ape6OojQJpLqBtajuJZfb7dvbjf0d+fNrl26W5q/kDH/bNvJl3DIH58Zs3b15+Q3e3PHCsQ2DLhZY6cHbwzVBT24mR5tVdI01QM4U0xf1Uiw/Lv7t1pTr8cnN3T03nfdC96v6YFlQWCHzYxzJsM8JFUGS7Na88fjBVosD5H+M5CVlNENLfzgdhdvYsITcKQpSDWv7gcHUpgadZolQUABf6ABTIcgEI+Q6QMuB5afdFCrk9uT8b/vTgp+FRwU+Qe5Pgx6HTk0mG+wk8TXwR+Cjf9Ql8pR7uNPmuL9rxxYPvzwoDXwBeiLi4q/PwW9CR7yXUCLOmNd0OZASY4GUA09CmycDoAAChLnW67oHed6XKNHA/j2tYlr9IE25qG94z91FsIwDRgZ/3z/KEIoYeZ5cMeJ85PE1tD+jpWWrus8OrgvDWFUcPlQp4BJZmiFKRAIx3gHR/qkfJ/Ulyf5Ln/vTMz9wfpW2DIaQPDieGnya9+PDb48PPJPBRL3z047vem0oQAB2AZ1+Y17ZUouFOSUuaSTHQywd8gl6h4AvACxETczf2XDdvTfdQU1uXhui84UjmEYLz0MmjnNPaHqhbaTo95/ooQpJaefTrmoZfbqEhQ9zLzwh/ivdGqAl82Kd/DLKAs30An8tv6xqagPcDe3OeL2rSkIOggZD5vD6DnuW9RgdeCuB5r0lAPgBdugAAKq16SntrivrwU1rwQ9qGPpPBz18GTfAT+AyCseDbrd8XWu/b8+spRULgUVHgixnuNAl40eAj8EoIvkTDnFQAXoix49a2p38Tz9f+wYYss0OVhNm6k4SZ6+izTu8WCGUpbjOP+yjnfABN1H8d8FujoZlyDUB7h+4V24S6A30GcMcFFNtHMLKtnLvjPkL/9pIvd4ZJNYQazytnqWeNAiEdH+HGcppUpGevzrEf/ZNSAI/gElg5OzQfAN5mALTFxQ2ABj8oGfzM+S2Kh58k4HnbnuvDtu/6IsEn4Al+3xLsksbiux/ry3m5PUqCXyHgo/OLgp4U/4xv4sEXgBciokNa3VUPOP0g49LW9RJw7LjtWdxKBzJCjE5mLvbPXU+5skg7ADgHpOd5Lze3Hb+z7L8Esfb023GPP1absD0EFAJvLu8bEuAExWYHRdXRtP+SP3sFyC7B3ekZKt0mgeegKxBqWBbbkF4XEQD/BxNr3l0K4BF0BDChFwlAW6DAg58DnsHPga/o8LNngpLAZ593ioefDz5tS1GuT/oZ3v3bOH9+Z9HeR8XrEX166V2KgV5e4FscD748J7fk+3wPKs7zvQC8EBZz1/XdhY75FQOcE7cNbr0ZoRzzbLiSv5KDnKuzpvv7zWu60pUxU7Xrc4S9c7s9ri3wy3uGI6a71T7Cn/fP9hMUs26we9mEzSRdeexTgJmctrsWBzcNMRNusQDEbNQ1xQaeZolChB5Bxl+KwPPhh7Ix8EM6b/g50Nm2J4HOll+T4sB3IH/wmRzs3gi+y9Cx375n34yUopjA0ysOPvQSgK+kw5xSEd1eAF6IHDeAzniDg5bg5jr0ORv6Ruasp2sD3ARCiNt0cXPQsbNM48ZTKIfyzuXpWd73GtecvD5VAcEVLnCf/0rA8d7VVvMEPgjtppmZ2ifnyzoEDqG3ee7ak6up5tXdq1tWncDvCaah7mze0dXNyGeaYhk8J8Qv8rCf4vYC5KEs6+hYXhpufQNgdpnn1RD0GwF49GoAfInPXIsJPMwEdU4Sv3iO6MMP6Rj4IR0JvyuXsNOQp8GPaaoQ8PnwE/hMSwoB35jw+xGe9T266L49v5FSlAp4kqA3weBLPsyZdFJLAN41H+zM5q3u/gagRmgRXg5YHNJ0k06yz6J6MjBrwP769tMoCxA6sGnoknWYpsPhMc5Ubzj77lSFRHNb9528PwKM995IkMnhQti2fxBsGJj5zPOAiH0GSQMhwSg4alIQ29FcJAAkkFJy15okpJmgNqGmy9Wx10Q0eUYOnnAzADLtA9A5whVPf6KowANUITe8mj/8qCj4ye0Z/Ax8Al40+Hz45Q0+AS/a9V0VfK8DjkfwVfoVWI9zpj+8XXrgJQBf0mHOiZ/UYtALwAuBySkAUmN775kMwDb0aZiS0DLnxn3tBCGdCvYTaJqFSbABlARAw6YzIw0om3WEu6qXfweuoHIC7vViBuZuqJbtw38Q0G6nCCU9q8S2aw+2g8qjXZmmHJgyeREgdNDks1M5QuZ5IMTxDIJMGwCZNgDaTFFdM9MCoIBM4HkANAdo6eaVx/6KowDFAh6PqYW1PfitMPjlLCquGabS4ws+e+R25N/OX3xZI38t87d9HfC2xxLA9+Vo8PkAjAff/jtSExitAJ7e64vQ1aD389a7d71IAXijAuxMd/lanCMALlIAXKQAvRcBO9MdJsBuVIAe9NVRAXamxSa4vRcBvKy+8lQqxLUZjZtPXg9AfY8gI8Sasx0r4VdPeKEzR5rODnL70BkzH3A7PVK3+SwAJxCeJPwodtbr2TlWGOzqdd9qF0EFTo9tRskZA4aunQhEgqkpAoQZOEaBEOVyQHjlkGkuAB1MfQD6DpDAKwCAhBz3y7UybfA7Nr+4wHvaW6lH4BPw9EvImeuDsNj2m/2VEMDuXwi8BOB7Ca+3vGOigSfoFej2wtcSQpQ57Db2p9GBfj/TGbtOVxCzDh1ifh3yazv6RyE4157TyQUyn3Vfqevo/91UBQbgcQRim/BeXVu0n6G79doPbphl5N4MhKxLEPIfBucKNRSMcr0eCHFMD4IJAMi0D0ClDYCCn7lMc39yfnr+11M84Pmws20ffnrWBwl4+AXw3uRYeP+hxQY806L8wcdlz/54woD3KQGvIOgF4IUo/4CruwOd48uQQEVlYeY6zsZsfrpjAB22hil7R+FWiw4f+1hGz/P+iy4oVYFR23H6BgD/ch3u2YHHuWDeO8GnSSmNAmEWej4ITzmHDAmCLM804WcQ7CkEgEgDYpAB0Jy6XCjA5wFQ8POeu0KarAQJeBqmtZm6q45OLQbw9M6f5/L87StdnzQpgMcRDADulEA3Trf3Gp/hTRjwtGC1QS+fIc4AvBDlOxOzftPpNnSMr7NDpWsT0JCnoTkvXx0rt2uQX7NlYCTt4Mh9AuALhELlrjjT95V6A7zahCBjWyHPQNiQBSH3CUKsS81x7phluN+14ZUAFCQNgKgzJgBV3hygKy8I+9JrJZCAZ87PwNck56dtb33UE98oFvAkLUtn8sFn0nqkT02KL57j5fcpANwvCLmCwOdD7zlOWpkw4Al6pnygF4AXoryCH1Wt33T2a3p9IAO1LQY1/hJmNVsHMYTp8ih21LWZ/KGRNPaxM29kh00AEH5fODdwc+fQr1Qu7C5cB/j8lG3Be+c985cwYt6VINQ/DFRDBmKuntpNdQyAJ2MACIg5F04xLfhpm8eTfOe3zknw0wo5tjBAFn4++DTMGTfk+Wrj2qPvSQo8veMXBz7f8ZkEvEkBvWUHv6QZneN1e/x6e+mBt0fAKwR6AXghynHCxcV31nacPclOkh1n2ndq7GwJM0Ito7qOAcqlv+CEjt512FlYVmfyzz0+HYtLV/QrG1uGNuofg5y2o9u1oV2kXZkzFAEoh1wIADUb1sEPQlnWl+T8PHdt8DPXJ8iN4fqYFvwEvkj4cdtcn8R0z7ZiAU/SAuMUARetSQc8fdvvBwmh95OP/P7uXys18CADXv7DmwF4Icon6jqH3l+9ZeBSDZ0JwSa3tmWQHaxzKIAdoUYn15CFGjtkQo3itobqZiM9a9sz6NAH2zUTs1KDMEd7/aeA33Cl22WaAMS22jcGgGpDAVCThCgBLxd+Ap/cnjf0SQl+5voMeIJfBAglg56AJzngxYHvhw1th385CfD0UrsHvnyHOQm8SRQfXn5oKYGXDHoH9kwE8MYFvQC8EOUQDRvPzmKHrQ46A7ctDm7MY0fLX4FNnW01yhJq/G3I5rFDv5l5nUOvpjf3/17qGojaTWc/zbaa3XkObeaGcwk8tV99BAAJOgFQQ6CQhj3N/TlYUsz34Ecwqt019Gnw8+SBT9AT+EweBKOgJxF20eAT9OwrGJ9JCrzxQm/B5wG8SbYCz23LD/31+KG3n+KszeZSA08qcGgzAC/E5I7ZnUO3ozP+qTpoip0pO2YBzrkT59jQqbMjZj7BxjymWQbb50ZuevA8AfjD9OaBxmtlgg/u/7tsF7aF2ou/AmDa2hbtyrQNC6fl/CCWY13Bz8Dn8n34nRH45PwkQS8SfA35gS+Z2/PB908pTLYYL/D0PUWpJQZ8kxl4iluXH5o7buAZ9F4APEvyiGDRPXsjgBcJvQC8EOUVgNwKPF+7rGFKuRQq7dwbpc6agKPQGTvgEW5UTbbsjO0XqH+s7hj4QOoaiZpt5z4829pGoFPbsR3VpgKe2lOuj5Lb068Dnbk+ScCTigO9ePDFu71Y6Mnl9Xw0CfCogp2egDcJ47Zlhw4lHdpcuOTAxlIBj58cioZeAF6IMl3cGB3un6oDNjfiddYe5OToqgA4SoCTZmF/1fYLQ1UPX7ju2nLIz5yqcuBXu6nN2H7KE/QoN5HHBEd8rqWmY/DGYmlOR19+Wn91zWvvnQPgXYYSOL2uZ5IAr0DoTXrgfWTpgfdj1ub/jQ96At7+lxcu3XdDAF6IEDExE99pg6s7wY5WoKMMdH6nze2bHOT0K8ih/jlCjmK5vdM7//4t11Rbdj47Q22hfwTUTtZ+JgOfOT7+LSb/7N1TTxJ4hUPPXB4/+5QYePlBb5IDT68p/GVHAuBJPRxSn3DgmQLwQkzeqN50/n3pzqHv1MSAzmAn0FEGOqnK1+szdlz8W+gSNW3HsxndtP3CpSk7vplRFbanI2/KQy49Y/v5Szdi+7ceRhr51Icefj6j6SiL54GZcjd+8flLUyAeD9dzCZNhKO7PSOmbsc1zTHsoWwfHrUJ5XKuOy3PjOBd5Tp47c63TIeZTrM9zTt35zf2pPK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pzK90zBq3xUH2ke0r/1Z7Jz63wRD27zDP+maWesXR99FOLvFSc66X7S+kbbi2veB8GNZkQRPJDBIJdN57rFf01ZFei322wvxk1jiiNH7M5+/iurOvuToQcdHp/kZM8/zi7LDtdE59dbeYXDHS5engbHHojfs9vSFS/VaXdCXiAXRxEwIPWRB9xCs/VSJDxvu0Y0mDJ51Xrzn5ehx60PnpfndGSDKnAOSj2fBhrlej/9iopoz1wG9Q7rmn4k/PLAa+54zaXvx2333do0+nr2e8Vf+69UH3L527E+xk21RTUt148UnwzY8uHH29d+M7lZdN2VdO3fW9Uv+Xu4U8uKCeoNgCwEQg+GGt8Usx2J3rcBonJffpK3+VnD2483WCNx50JP+QgZFmueuNwl3vMhn5/vsPdWl56PPGvXD19IE3VmJg/mzcp/VZ3gB1beLDuoFho7B4qtHzHyT1NDyqDTAEaX5OWnlsHoPIzrGJQWqGXPO+Qr02Q/PGYCwP7zP/qg/4FiWKT/WliX0exr6pQC3F//d25NdN+tdqzdlZa7YENJ68BOgyz7ib0Ui29WH3rzIG8GwfWn7y2fk563WtkSQ793twq/nuGqHqakDfi/er3rQVfcUVGWL5kIXkp4D1wNA397tzCVa/vKcw7VvpFZ1pyELIzM3fkol6uW+RCvDlyp9kVarcrMlwufBhROM1vzOT+q8u6DngMu9vbuIA7M84AXuyYPdSDc7+TdawcoDLBBwmokULYL+HXsfhYPydBStDTJ+8t8yX0Yj/E+/1ATTC9onsFursfD8X6GfKd+Hq4F1fM2FN9JOXs72sLfa14Lx4G1Zc0tr6/4/wnq3+7pwZWKblK60OE3+ekTFjDyDqNWH/tWMC6V8wvkWgUzJqjL1RnM7ddaLa5LHENBd+AU5hBh7ZeaOXFX9q7A/BoLn8r4s7UBtK8jYfnk3lR+1q7JDOTgQexS9MAHmAXM2a3EzM6lcoW0p0zhz2AFYuBx/umpYd9E3LS8pPHkOoG1cFoFKcLpSRmAHotd97fmBNIlXZ14wHIYfkSWCkkx6JbcAUuitpWcTDp1PXyS7UMtx6jypy61nfJDbvk1Z2VtJaiZzAvK2VXGRZkRgPy4Y9Ef8kVGUFBR3VjQ+j9KtDeR4rtNsWNTL5wKdNzs7OtOQZdRkq2s2TGQWPe2gd1C+gN+68FEXempd2Yhx+kV59fU951wCMZ7kwGHqw7Bl40AS96VCrdk+ac2F8kYSePGXy81e/T7uUtS7pRBQh9gYVkpbYtPlxvQg/Zit1tokM2KWVxTaVylVwxschU7mtTB6z2bFuUcYUBF1Fbuc9V3kpfe6w5esTGUrJ4fXeB36do90Ru4rGoO3RFRqAbVOyTCAOosV9qvrxkys7c/JPlt+5izcki8LAmo6yg8ArmpngoADzedrWlN/OlrRF3pm1gYULjm9PHnWzlMeykOxMKBjy0zKHjVOfwrtw7wMqGsK8oW7EAhVtUgSMkwGecE1ZkQ2mTOgluSjhQJ1ZaeOeZb674c1cXDkAXJQNYhNJSKtBK/QIr5k9IqTieevHT5ormHg+0e9X5dwtuLH11ZxUl6JTh/bRZzHgu8DfpqZYfSguwOncQd3nphujfuakBc6sFdGzNdYhyjpY6G+Iy/fMRfxmPZzHwWABeF0Hv5R8vNsujXnBFhlKXRzEmfpMm9V3p7cJyBEjE7wzYQQS7N0eSXt7pD87uT74IoGnQ0/elhKVne63bYil6lFUWWAljN1ebH2B0Ysf73ul/517xP0DiCf0brgWD3Kj/SfQmzz3YQEX1t3o6sMIpJMTgfYX78y6lEs0oin++d/x3ekLM78XH5v01uXmXIN6pxOial07dlVNiA93Z6g4FXQn9/B3LTvI8hC/ftB+QCb7xew33ZtfAbvaI7XjfIu7Muw1MhOa3zYQJqZ22QKyEnVmOwA8Wx+9iRgWARwLw5pBm/2aHs2vNaUBJSAIM0mEmgWcHpu4GhQC9qxXNap3eK/1WVAlLb0Znua3RlsvWRxDut4UUjyv8oLSlO2ZP4v1rIuG9xZeKRrKmG8iN3OC56tSTEEeF6kk+iM7RdYjuhZrwOgg/gxf67TKhCfn+DSc/mjV0vdcW+8PfDO7mIY8m/O3D2QAjZkSQNeZuTX1+9dns9zw3uwp0cIkepKV45k1Mg1cJcw++cEvosZWHeUu4Njlk03nAG/3UUrPYPMUVGcGH6U4Y8p8JlZ3aSgwSwIu1uDNh4flhR8K3mjdGbHOSE486xQwmoWLeV6Go3HfJcp8CRBOYXiwiq0yodUUNDi0vVGt+qNFiqwNjc18mqE4OtNNypGBlTBu4xpOx9czHgEpXTf7N9LsBIsAJ0KouanQqafX50lyftT+qvW+qPNZVTr+jIq/BqSpodGro96J9HAAKSF4tbwIYOwXop3+X81nCmC1lBL+rQeDXgngfSh3o7/pnD3wz50fj/zFQw+lIDfvh/Lz3Us43dRXooPMZbmfpjP2YYzDX+OecaAN4LNPKgxh2ZhLL3E5yb8IQoFZ5Dntq6HP/767ICD4GPRH9b2Y8Z/rg9VWdY93p7kyGHQTrjoGHB5CBN4esuzcAPGj4Nmdd7GGn6GIdwAd4QdiHGGbYDwF89nuKxf1yvzTP5zQrECn6sPwWTWpmoXbDgD4Jf+cK40B3F/rmHBtsdWZa/r9sU/wBXw3KBjoZbLC0ABUAppxA483x6V1wbFvrvr1NnKcdq29gQeAKAjBADCDj/4BV8T+qDvt7RJC96qStOtqEjjKW2r8rpDj0a31Awycj0dtRSYqqT44/4O2qGB33u0xd+QHNLTv8c8tsAI+hRxJWHmTG9PBlXcTz9nVaPG/8/66ItBK714HYgWEB3Jg7ae8XnWPh6e5MaeGxO9O07hh20EzqH7di5kEn/3ytH2xFDDxs5T4fWyxC+zUoCCQxUeY3qJPiibSsG/Te3jTLFdBU2XWfA+29CHSr4LuXkwkaC8yhzMHszJLPOwtwsHKRvQpQlBHc3HprOLv0FnH2VnC67NctwLVZkRVkIVYXNACEfis1nJZy8YflLYmTt1eitVoQ8H1Gf++3sIDpA5GU0if6n+jffFj5f9yI/k1SlmUBVTRvBpA6VGcPFTuJU9Ixj/jnlNkkQG+OAb1oxdKT0IvXLL2OBR7+DfjCcKfD02Oxj7ki4+4DsQKz5diwJxd4O6kcAbCDrOUIZsIKHkYTeLOG3QbezP/b6iROTXeyT1cBeKQ6ATYJPbHPoJRS3ZsCnOK+yiK9MH3H0sNs5fFaVQvvp3YOqzVLi4CzbueP31pell3T4QkoiI1h4q8qbIQ7Uivh4GM+1/aapRVckK0VjF79HEu+Vr8mjjXwyXthDcKKbSwNj0sUPwNt16L6rXBzYodQKynt+cdjv+vqpgM1dZpVN+apxdmn0nM/tdbRIZ4G9zOJt6xwgA4ri29fcjwwh6Q4bwwD8KDtbOUJ1+ZtSy9GQk9mbsLaY+B1sKU3qe/qtglxkXFPZQqzjYeSoLL5cqesjqB3V+FkFciI35nA28YPqx92v32JNHSLkzBpt3P+eDlDD1tjHxDkfYYcJAEnYajs8+tU+AUvTF8wKaVKLCvU/17jIAhMB+tVSf0iqzrSbQlrBqUYVQR1b46W+cogs1xjeAkJ8GFfQlOHnf2clL3JuJTVIrTGCWHlIpGGE5raLXxxWfn67hq0bNPjsjEn6Jl4FoXb3aXOF40MFPdlQ+ry92vv4r4E4Ah4bSFnnisTEufuCsYzB4qc+ZN205yxBfVrmD9uQ2+4H3qYX6A7Vh6Dj6GnuzYZeCJzs2OAh983qE/8LX5vscyVKzJCH1jAlN64YsNKaKY+m+GvzVOKzSGZnRkN4Enrjl2a7M40rDs8vADe67/eTA/iDufs0TI/kAoDkGM44ZiBp2xNS8/cl5DUIShA2VjWpAJj5E8SvcZEcJ0a4/5DKMkogT6onylLoPjWvbmvrsFzucPicHBTVpAbz5PDQLNkrup1j3YwmoBTABnEcuR9eRwq7HSYhg5B+/2GGxRxy8qCxvt2gx7YePIa4rEK+KBCZEAiwaUrvUV+AMsY8o8W5F3IKP7clpRSFrDqIAac2NeBB4VwfyllYKYsOkrzxGbME7SlOSMAPMwj8Baprk2W6dokCeh1an3e+GdWmu9vmisy2teR3ExgGdMBK6Mz7KB40U6MYSfLEUzrTsbvZinAe+3FZHoodzhnMr0MOGw1yMl9cZ/YDwZGBYRQSY6euZl73NvCNVkcbLa1W8IkprX9om/81VsXvnu5qfxqh8TiMDmX5zewK1fATJd+r97dxq1d14r85XnpIhVwVGEoIKm4V3X3qAKyEFbisMcfDTcompE3qs0L7Hpv+7lPxjy1xKOB7/lesaXkORjU2RbfgMfjv0e/v066XuNGbcqh4vHgrcAu1EpQYQtZzuvX5T2s3ONlFKtLc14bsgnzA+YJiOaNAPRIbOVJ6M0W8Tw1iQVzmJnEApnQCx/w8O8jq/7Oe4zV/V2Rcd+rKUAEoZ0fh8eyg/Ricxm/i5bZmYCd6s7cxu7MO7Aj4aGeQXrz5W3O6SNuBh4Lxww37TxkvS7doywzFshbb16D+m1+7Rt72yYlPBbzTJBV6rPlhIYmxrtXZDbh54Y7HldTcoWSTXwycQfH9kJ/5TqsQW8ugSDHR/sMLaW0Q4epbkUqW5ZoEceglA3D9RU1tDihgKxyH2SAzA49t81dmuN3gQJ+92T9naLShqi+yz1aRxe06sJqA52z1mbMKMQaRSz56u6VR33WVcWz6iTMxLEGM/t9cj9z1yWaL7Y6MwYn0byQhPmB5opkmisYeuzaJJnQYysPUqAXo9TnsaUXpwAPCkNIiMqcFrQYsbt0V2S0f8AdYk6yg/ok1KHtWBj+UCwzO1NpJaa7M2cL4BnuTDys7KZg4JGS8IDT/VudDw67nYIAwMTWKmkZFirHDMYiiyVZXtioJiXQYqVmPK8cTaa53RIeZKWG7pOltKYbCpjDBTm416rJykAdIVuqJdJSVQSIleX7KJZHyRruRqqna3SuVFwhaF4m6/AyTdpXrLpK91wuv+z46HV4fTX9nPKCBgAySM2j3bJ0292m1r6q5jnpPpVu1ZLQQCktTZvk6wA/lHDAjRwy/LAEE+ortRUuUPvWcVaA8yf08+codXVFZw8WBnVhes7XsLtX3ZrA8ipQ43NlypaFxJfNCzOd6YPeDijJmQ7oYX4A9F5MZtcmxNAzXJuGpYf5R7o2BfS0eF5CmEsVpgxY1ybTFWtUuiLj/gbV+jyKFdH5jX35J4s8HbL2HcOONdaSnRmI3ZnxO5mw8poBPMAODzge9FnDtzgn3i0RkNPgFzoQ+XqRBZbmtrrkj+NrWZnFX4gFLZdT4ehiJSuvFZMZNSluCZe7ssZ9BdAKQFlL1BHWHeIhBYAbwAZodZwAQwC0puQ2BN05Wscb+zkdapb4o9i3AJR/jnY/y7xXX8BYAaZXHDNU4fpEYXwo2Z+Fp0pbZr20wYvPr5LVuXVwr+hHwtu2LjZRwm7OsLfzik5VBF+A9WJdsGYBEnDynFTQn5N7ssJZOHm3M/VXG5ypAzc6017YyOCDlUeCa9Ow8oYGLD0AT8TzIOHaZEtPz9qUSSwSeu0DH+ZFNNJuMZYfm+aKjPAMtMAyH+LpQzZUdwzw7M2i8YDp5QgMO47fBWBHD/EMA3jTXngbDzzdu9k5dqgYoLJKQq9IB6S8NyT5Sv841rZw8nZOQFCFFcJPpF36w/1CDrWBPnKXldLkWSSyTIVMSw9WHKwwgKjL1EQCACsLfYCfATdNdhC69ebidgDKcyzN+uNzdphKMEpYQmossjzfh9gqFcHb4Zd7zPNFwNXpCBEIYxYhCep+l/JBPaDwQFzfvuhwcBfmuRrHq8DJoxxLyMnXmPvy+OjuHLLWkmkVmPXOqwHgQZgLADzMDa+Zrk0GHiw9M2vTsPSMJBaSpT5PcW0q0IPucf5Md0b8KPELw2o/NXBg6p+6IiMcgx/o2INmm6PYsbvaF8+TsBMZmrJ3Jheby/idbt1tYeDh4eX4HVt3+GbHDzzds8k5eqBQBV0+4IWtABqfM85Li1A7r8NT6bnpc192Bil9FakzyxUkpNxvnA6/r6r4MhJoOOaIbdDyDAZeRWEDXI4ATrdTQ+llZIzeBXjWY3vrOHtvVX2JKQlV6zqNdmvTo0NWJuEg1oraP1js1uQWam1XIZ8vtJ6j+F6/9i8vFpci16rL2HL290FdmBdrReKODjxI3qNbfDoEtyRmwu1Hi6GuwzYI9KBAPM/v1oQYeiKeJzI3zfo8lh94ejwPwJOWXruAF9V3jRmj/RRhD1dkhHc81yv6a7xuHj/U1IWlJSztxOzWnZmdCQnrTitHMIEHX70feGzhwbWBh58e8CQn83cFKuR435QOR3ktdJVQrExCbF30vjrTLz933JbyuuLG1vuplavzXEHCjIgzstrADtdYBMZ6AAVg6e6CaxUxxLat39qhYgsE9UQdzVoMqUxDf33oMUYtjgjB8uOYnxov3rLgncYgDavTlLIYK+xkfPmFb8c1Ht2V9Vlw2NlrHiXg7C3idJVcqKU+mHudV3651nnlubcAPAifeQk9zAuapdfWtSktvRFBocdNppVSBVGU3s54Hv49ZlISFvB2RUbHDARFzS4sQ783v3xeVDuBZ65sries4MFhd6aZsKIWm8/0uzMZdsKdSWLYQXjopwxYjw8BXdvoHEnPdxhceZAAXR7D0NjPEyBU9lX3qARoaUGj7KIPK+8KeinmnfC2O07XWN7sVBQ1AmJmjNEUzjMAZRkG4mWccPJACTE/WKQy6UaCTe+MY3eH6i3kQspWlQrdjaoDDpLnNOsQSUhqsXt9caOD1TGUZYo+JohNVFxkWsxuA7+Ok9pOpuXctMTrFNCpsAu9pEOcz/2g0okfu82J6rfGiSLg3YEeyYCeGc8z3ZszOIEFMurzGHqW+jwTepxdLpYSClqQHsrKCpgTUWd701xM2l9uEhkdmXIc95z5kI/470TPvPaubC4tPHXtu1RLsbkAnj/Dqk05gmrdmcDDB2HaoI1ORlquCTHsW44FvPRzVivQvL9SJLEAdO215pCA4snzSdhaE3Rkwo033/eAgU53dbpzASeWBXwsrY+q2LdJB6K6H/o6jQpQ7WUcuqWIZuaI90mrr+RsRUtUv+VuJZvzvC3rj66/bt7/4n8kVJ/ZX/BFUNhlWbrjhFzAb79+5rCb5oEkZ+Kzq+H2A/QAPAifc4hdm5B0bQayNklKfd5MFXrbJPQYeKHE86C2SwmxdCOBmr4nmklt19Gb1BUZHT8Cnfgdoyjd3a5ic2ndyfjdKAE8hp3aXWWrdGeSksz4nQDeOgYePhDk5ljvvJOaA6gJMfDU85C8RweiuF+Csc579b66n1QRNItyADhd+QJ4kAI+QIItuwdd+H8g0casiYS0Y3sJhtpT1fIacWwBo8VVqh7L8zpIbdZhzu3+rrLzT+qKzKvU7kuurvEHrGwgF6Glc4NF04OK8+8W3woGOzdgZwBO6a0arIhfbxmnAC9zdw59rt9yJv5iNYBnQI8UsPJIgXjeeoae5toE8CDMI7Io3czc1PtthpjEAjH0EkLoxDLh5ys/F0lBw12R0XlJLPTQ7zP+APRQrSoNBXihZ2cqC70qwBPxO87ONKw7qI070wAePgS3gRdFmkznDu7K9gMpN7ueZR5L6PE5DYL2c1KXRBJLCGoi0FWQy6rwkh57tCfj6NCrdjcAFg+Vygp8so8qgy7YVu4zTES7OQNcOggh3brU4WhPsrHeY7Mc9fs9uW2tvvJLta1T+q90/3FSS9zOgX3mfzXQgemHXObAlt3FjGCwq3ZKRBcdlqhPFJmuAoTyvIBh+vrTzkRqnowWWxBDbxKAB/UTrk0DelNlPA8y4nlc3iSTWMxOLLNN96YoVYgerSwaq5cqQKqVN6X/uhaxcPRm/5eQyOi8MfyR6C/Rm/9+m3KFFzdU3YM7kwvOpXVnAs/SXSUAu5dU684oR3j7bsAD7PBNEB8QOl7r7N+e5eQAZgJqfMwyrsvzEnA6JIXF587zhbTGGsBYVtgoYol6DDFPB6F8DVt4lPzB1t1DJVh6okkAQ888x1BUQChqFE2QyYxXhhuDUbacK7FZi1ZLUJcOy9C64PAq/TXkIeD1G/euOdaMOLIAX3nAsmsyGkA3n9iT84UFdrJmURVfcwvrTZxXG41vmpfhjKN14MaSxkOA3s9XGdBjK+/eoDdDh57eZNq+lJAKvbjQoId/i+yacxjJQq7I6OzBTYxjTpt/kNeHJtXdpbuKcGfq695BbwYDHsnvVhDAe+0O8ET8LgA7Eb9jNwe+AUb19QMPHxT6cKxx9m27AHABTv5tjiEc87UcO/hUC5H3zet8vrzoss11ievBrEQ+L/d16dcBh4dRADlBRW0EANhobeYk+HBd2aetmelqAhMSABT36OAT99ljifp1XXbwQShbQWlDVW5d66Rnl3FWtqYb+zec+iSYGxOw0zNZlbIOeyaqatkVX0Qm5h5nzM+WOWN/ttwZ9zSJgUeaIKAn4nlmqQJDTytV4CQW2XpMFqVDRtamWFXB4tq0tB/D72ol16Vp3WX3+9aCr7gio2vLFQY+EZdl/FHgS6+4a/0dF2FayhEYeIY7EzJ7Z0JG7R0nq0AMuxDcmf1uuz7w4cCHBB8WfEj2bj5nQk7um0AUAsT4PgFNATzNeqwXRemw+qrI9VRwqf6uVmO+fs0CR0MPsYUHVRU3yAQerTG4bBXH0q1DuW+AUoekzYKU1qIJTi27VF6DxHkNitqxACFqGxHnW/zqzkptncXkhENXgsIuq06NQ9oTbSQMg0Oy8Hy1Ezc2xRn91FJaT2+ZDj0GnoQeW3mhJ7EYTaZF5qZenwcJ1yZDT3NtQnJlhUBT6N5xN4xayQoyML7hioyuH0P6RH+d/igFJIc1se9Kr4Sd7J3pl7TwzOxMfXUESzkC0om5HEHPzoTYupPuTAYePixwj0z4xSpn96YzfkhdyvKL9xleJsTovACjgF6OBKXY5y3ieU0B9xLgV5jrY6CFGlO0XLMn4NRxJ5WHUL7SyzIzlY+t7eEKFPCJ+2QNI8NKAlQr+Gfg6Kt2CLCxDKiaoNPBx+eUBBt5nwQkuvGkrT1eTXW318zP9/wJKRUq8MjyKraWZ8jjeyvbKDhXTXPDZmfkT5c4o3+6lKC3zAY9tvSMeB5JuDaDQy+Jk1gYegw8tvQAPF5OSMbzZL/NO9AjKfE8hh5ej/Xt/p+98wzO8sruOB8yk0k2X5JMJpOZzGQys5MP2TXGZV2wjY1xWVxjszJgg+jFYHDf2LishCQQQgUEBtOrwQ3TexOqCDXUe+9gsAEDpunJOS865urvw+GRjL2Y6J35z73Pfa4ESDzv7z31nnLahn098NaQ/+rR/bpxXs/fEfFv9Mspdx+KMY/GlE53oSfmuttZBWvvGHZ6s2iGncTvwJ25Qik2h2QVyM4U6w6BN5FhR/ohLtA/3vt8cYoBPXeuKxdGDYhoDZbQG00pSUDogFUE0IR7AjmwHhGWqOLcppsVeNwtBssyRBbcYA8AzxBYiAgyBCRanIrrVbUqAYKwBy1J1yI0knIQhvs35NW/cEdYh0Nno19fW+XCrjijHixIIx7Z+bgjw44gstwb3TfWG9PvssY+Eudaegw8fm75+dVdmySM5+muzR9lbkL7sZVqPA87sfzFPk4IXZv8fdqoeP+0mynLRy316H7deC82ufkYkg79H/tEcbPpNq3YPEyAN051Z7qxOwGe6s5k2En8znVnYjkCx+5Y6M6cBO7MwKfDduAFPjXSuHZhcgBs2Qw4AZ1AUCTrzlwBJQnBp66hNWhDU7Ma8eu07FMFhHWlrTcr8BhclhCGuI5CgNrNw7U1rRZSP3NR+1rYh5afOkdASgzyx1mosPfAtsJG6tBS5z7fs97+vDIAu/R6pbxDTdDBdb3sAvbmpdXSs7/UG/VQjDeqb4w3mgXQAytPhd5k/9BjQTxPdW2qJ6XbSSx6k2mO2b1wa5h7qPOlAT1Dn+7R/bpxX0N7zvwNliwMvjOiPvyVL8+Rb1oOeu1YjjBO6a4yGtyZencVyc5k2e5M0tWyMycrwOOHhR8cfoD40+N4mq+enyjAYwkAYY0kazIC7BxwAgB5bo2+hICDuZ504455N6lrs7akxSrZYHUGgAg6BKPWdNxym1qAtM5xxHv6QcWyH9rIISARhgjIxG1FjZTBWes+33OnrCt1s0+LtLgiwlBGBBzAkpVLsHsveAk1uYj2RpJ+AN7DsQg9y7UpVh7G81ji2tS6sFgnK0j/XuWkdJJRlA5WHn9fPgjarbW7SOcKDuvR/brxX9yWiKAXB4WSZ94bvqLVbRQdphwFJMBTjwJiOdadUY7gq9icszPlARDgiXUnwOMHiIEnbpOVcw8I5EACOIGcch+FoASwOcBUwKhAULcUZR0Bp8LOtf4aym4u6JXkOrWI0CRAkVbuoQFQA55fCxKBZ93TIYlg1OFoW5AiZV2Da+L24qZBt4e7Tajb4qesSxFLVKCH2aoohKSbkSr3DqfUUOb3Yj4dQIAn0GMFoDdG4nmQxCKuTYQe1uex7Hie4toE6BmuTTw/j+VCj9+nzgf16pAY9F3gEOju16+tI0vYJMzwGt9/Vln4RCs7k/WZ1V3FTVbR43cD9XKEAOwkfmdad+LOZOAx7EiPxNGDxYr1ls/e52U5IMtCsAHgnDV97lqGKIQez13LT3WbotsVAKdKT7CpKqaemjdDHV5Ri1b8r48gWNMgaDcXNwFpryPgEHIIRhmLDFDqmah6/BCvBWpJO4pbKLGiynW/zQ/ZmAYQVbNPBWwIxxKwJg+nVNMzvdAbfn8UHY01sx16My8D7yGx9GIJen7jeWjpoWtTTla4Rr9Npz4PTlboVJNp1usDFpyBE+pbgm6ZekeP7tev0NK7N/bvKJ12PP9Coe9ebej4z86Gvfyl1SwajwJCdyZ2V5GTzdVyBAEexu/c+rsJHd2ZCvD44WLFeEvj9jDoRAI+WFPuWWDUAaq7TVnGuuiwyFhDdyuCsoAKk5vKW3/NrkwrS1XuKeUavuodBUR2Wzn9NA7LqjSgaB5RZbtYcc0Eo+2OTd5VytBzz3C8sGT61kNFilUI0FPjkG5STVZyFT3HH3vD7osKAG/YAy70ogV64toE6M3SoKcXpZvQc608iecx7MTSc6AHmZtOPE89NPYDuqa/H7ZyKwkcytv9ukFecoz/bdP+hVsMBfUMHUW/pBnUemgljZv5IMIBPacW0bzZOb3bFKc7D74zvC74gRnlYx6NLXvlmbmVb76wsH5K8PKjH4xeferD0WvOfzBqbRsCT2AnsTv/zaK1cgTdumOJO9MFnrhTFkXv8jKzGhhQgVFgJWsiuc5W4ed/zIGvBwtSsQpxD67pMUJZR5XysTMVrb+qkxPKCpqvWrKRr4NOhyLe14BonbSB3xsACPsQiDjHaxm74m7VoKetqZmqKbtLWyGmd+7TeQm5DhgRfCQ9KUf2ZSZVeW8EzfeCe8/wgu8LqN3Kc6DnWnli6Ylrk6EHpQrj7aJ0hJ5+fh5aeejaHAJNpqFUQaDH94bcPb2143thaBIl/f1Tj+7XX7HU4Lbw/6AsoQEUj5vC/dvoF3OQ9A3J+6VFMD07iMA49vG4Mmph1jJl+KrzYt3Rfzqx8PTuKnrvTLDuIDtTs+5YfQPAu/wJk7Rgxg4GmugK5BzQKfdlbgiAB3PLsswx4ot5uc0MgYCrspLE88K8ZoEgAFKPMRbR/oYb3OKrL2vlekbMWL1ahxt3nx/g6TWRADoQ3DOhaYEPR5TlUu1sYo4v9+rWtZllFIM65XyIbU3aVXrkqqUehiWZe7A2YNkNvTcyIAHeMLby2i29EQ8w8Fz3pmRtShJLnF2UDsC7BvRYaqmCWHq6a1M9Toi+bsn5oNvDTkJvzC+4VWOP7tcv2xCa3I+/I40nK+0TGiX9+EYSWofHh9PxRK8NmF/3bvCy0//74jLLnclyrDtSO+z07Ey07uI8BN7IPtGBT5vzpm27DDgHdBk0imTdgR3KuW9aiSC4DwBESJYXQTwOWm/VlLYy/PQ4ImSm8shA4e/ZWEHtqG6Q9mHVnImZA51tDBn1jfo11jUaAFTg6N+aRAAa98BSNOBnxh8RjOA6BcH+xZE7Drrx+iG9I3PyMxouAvBAAMCsBoLCUrZ+vCHtwCOJpee6N/m54+cP4nlKEovt2mTBcUJYlG4cGgtJLEapAovA+tG3GN6h99mY7jPtfoHXQw+F/A25Je+ixJI36RPGRmkK61dD75l29u2gec2RE1dVzXv/q7I1cbvLtq48WJW4Ja8xM6H8WF5qzYniQ3XflWU3nK3KbT5XW9hysaHoyKWmkiNtPBamVp+oo7WyzPrT2fvKju37Irtx3bz9VR9/uL4sfNyKstf/Z07t8Psjjwf16hQEvx9y77SKCU/NqXx78KLjbw9a0qa5M18V607proLAY9i57kx+qPgTZQB2D152r/ADODdsiws4Zw7XDDeZO9coXpcxNaXm9JoFSfmLYnZmzp26+eCKefsPHzpUfwEsQROMOTm+C8oZYGwJ6hamWICwlsttoMharCVotlT9cu3JWunP4hgdW6q5EJf0WeuIJRt6Vxws7wDrEPaKNBBqkOxadxyYg9y9CEO/EBT5+pqQscv3dWgmP3h+guU+RRBOm7yGjxoiEfDuIQnwWAw8B3rk3nSSWAR4UJ/Xz4jn0fMOrk2Bnn1SOvbbHNSxVIGF8TwG4Mg+Uc3wXnX0T71Cn+3R/bq+LzySnwD32J96hi3kH7gPgJD7IPL8X0YsrV0xY1tF4oa8ppKM+tMMrBbqrv5Lqb6wlcF45uD24talEVvKX3smvs4BoekGHfnwzLK3Bi389rXnnXIEpeDcys5E644/UfJDxg8cu1f44eMHcXbIJgaZb2XKCGBkgKSn112Y+c6XySMejDpE/5azJA/KPE6GvrL6QEamA0yGHUBUrglgnTtLjsTWUg4AT4ktqmLAsuuTsyO5kL2JIHqkquuW4LF2uHF9YHU74NiSy4HEG6PMw3eHnFxrzqOxjvM8mDsCgIIAdl0+p9F2pyrwsmOQuA/XXn4iLtH9f7qIklgEaLJHA1/8B+u9F+9i2Imme0OvBj0GnuraJDlW3hglnkeCUgU1nsfAw6J0HXoMPJYSzyPQ8eHSZwfeHn4cnt8tg38f8a89ul/X/9X/t/F/S6eUP0GgW0o/6OPXcBFeeOP5udUMldStha21ec3nGTg3opqKj7TlJVV+88VH+6reH7a4Qo6+N/5txyj+V/7mwIVnfJUjSP1dv3bgSbKK685k2LHYzdIea4j7cIN3KKsRFQCZjCK5l+muEZxi3l+XgsW9zpEsje8EL0rYvrmg0bEWXdcoukplzUg4sWJhLXqijaJsgS7ugzhiLh9USzAszqdUdAJXKamMVdjiVRAgeV6Sz/cJarkk2m8k5yj3BHYgWcd7OvD8l3Nge7eudMARwOHX8Ghbglb80X8s0doDcytmmJNef+6le6blOR/MTuzZkFdnWZHLZu7wBv8hguVAj2DnWHrBrmsTkljEvQmWngu9a/fbfMqF3ny736YBPenCwhbf6IejG+D5PU3vw+O6z7L7Gc6qY3O5PXvSbfqKVoL3xnNzWz+dvac6P7ny2yaGya9UzSS2Pnd8kl4XNfmTsuDe009c7d9NqdQNE56Kr3n9TwsuQjkCWHhx7cBj647kAG8E64HL7kx++PhB5AeSP43Gh25yIAcy1hMTK0+NeChg0Xmg8yP6RaUtiN6ZmZHV0ObbcoS1AgLIsa4lgGAijms9ypovZePcBRTcAwHQ8B7ex5iju4ZF/VqBP+zHezgqa5YQoFj/mAf7ZE0FKILPASOA0LYcjXtWiQZeJ+0uPUIf2BqcMqSS7PS67zVgfr4w0XuJIPfine3A+wPNHegx8IZq0GPgudBDK++nFqXbnViw9RhLzs+jPQtO0UkHJ8DbdKi7AfR1fvEPlNrRzALI4Zv9xaljl1fu/Tyrsa6g5QLD4mZV7oGKb2a99WnZ4DvCr1oi8eLd0yonP/dRyytPztXjd/2gHEHid33YumOJdcfAuyx+OOdO2xqAWHr2ZckcJbDbtC6nBmqaWOdeeTY+ccfWwmYEJku3IG0VdQ16DEs3ucYFH6zhfbwnstdQCEL/blaBmXIP4KcCEQVxQrM9HFxb7tVcA4K5NiSxTRxmn9oAlGuBKgj2AvxgzQXZoqR8bo9F8lgTn5qVhGDc8mkmPSvTPfLOcPtBlkCPIchi8OnxPLHypCi93dIj4Em/TShV8JXEAtBzurDoRelg6S1po/cDTPa7SIkpod2Htl7HNl5szdEPdhfJ0zSs9/RvP3pvXVnGntKvOWkEwHDTi//NyZvzWkJGLK64WuyPOpS3Tnx2TsOEJ+boxeYCuwclWYUk7kyw8Ia0a37Ujh/AdrAdeABBFu3bnsGuH7eAd8LTs5O2kdsS92c4c8N6NGHI8DpSfaSzrk2MOWJGKt5HKGJmKoLOBmFXLEe8Z4JS74+aDWsAQeiLCnWOatwQrUERwsz3mu1mxTWApD5H96sA0AYn7nlr8Mf7OzSafm9ditzfu7mAnqEZ/AGcdRl6JLL0GHgCPS2JxXVtiqUnwDPiebHi2uzo3rROVniGpZcqYCeWV5+b9w09w9/B+0p290kH1+l1ufh76jtUI1eruitvm+pNe3lVBWdA8pt+ty6LM0O3rUyrffWZ+Hr95xZ2jNyddQS+NklWEesOgSfJKiwEHj+grEVxuzsAT+YyLp69J9v9JDzkvsiczRty63TLEIGJ0tb1PVl0+ndlif+2YTWlLegmBdAJVOGeMQL4lOSdLlmOdi2jfg+Sc6ysVFs5Bvwc16le4I9t4dByJHU17mhbkPYazkUYP8RYYjbF86ipRKkbR0/dV/FN8r4y+kAZ45HbE4EnVh5Ab3pAQ3XouaUKEs9zLD1oMm3X57nQg/PzdNfmG0ELvycoo1XXwI2fu8sNrkOXE6qRu7s9NqcmaUx4PPbI5mUptZzZ+HPGyxqKW73aolavsrDVK6dz24pJnIiQr4uzBN1RxC62wLlvlXTCcjV9rzr6no3Fvwz8KrIbvl8euaVcXJ7YAWb8E3E14/vHt0nsDrMzJX43TNyZUjt0z+UHVNwxS+fsY7i1q+GHOVtwQb2ulIO8FjQvIS2zsU3uAyh9CaGH1wjNHEoIqaAC9FbD4mNrMDe3Sb6HAjXN3WrAUQMiQhGyTWGf3ENwGrWN16xzVMCoAhCvbZjCOoARYYkglHWEJQuhipDU3ah+rUNrXT+NQ40lbliVTsC7cgrApGdmJ016Jp49KpyARdBjEfBcK8+FnuXa7E3A0zI3GXoPOsBDSw8zN3XXJkux8lgLGHQXCLjV8L5BFl7YB0/fEfL3PbpfPxF0t4U9QtZcqgI5DgpfoCM6KovTak5dJxdgAD6lBKHCdkhlHaY3PLIK0rIbvBR6iFwlO0pBybqhVJjLmM5vcpR6nk1/NsORD0WtKmxl2F5X8DUUtl76dNbuCvo5nv5xYk/YqbGPx1aN/+PsNgKeE7+L6uDOFNgNYbELph14/NDyg7ri4wMMu4AEfBFvfCop3LQ3osiBHQgtQ32OgES4oWWIa3kEtZLCloDlV1dGP2saS4vIlUm/g3SfCTj+oSiCNQ2AeI0CcCn30M0qY9dcrBrczDVct5WDcDT26Q3FMbYIMUnfblTYh3sgdihCa/HdEUtd12bbxKdnnyTYucDraOmxW5OEwBNLT8/cdOJ5fVhKEosDPLD0/Pbb5GbPl0b1ja6GAvJLVMu8iA/B7tH9+ontvW4J7xPUK/SABrox/WY27vjkUP1PicuxNVVNVhWngR/OpTc2gloSPeDJpCRHyTC/DDKeB/a74JN7MndGmAPokmVugFCURuI3YgZhKYKw6z+LtnUfH6gaeu/0Uwr4Trz8VHzjqICF55Yj6O7Mlxzg8adVXlu1ODkAOtFfJq764fc6+pHo1DSxAPUR5gK4BgOAcA1rIgOIMod9tlWpr4ssQOLcp6sU3KQyNwEqMko6FDeqDUe7AYANQR9F/jmdzmzVLUS8FskaZp3qkFSzVnU3a2bDRUoOK7hyPmZ4JckLQI+B165Bt6NrUyw9x8pT43kCPa3fJkvvtynxPAaeQG+CHs8j625+29hHY2vEWnW0a8DvQ3r26H79tBe7Lq+SiEK/gPi61O2FrZ22ZIpbCQwtATdiNsEtjYDBsEpkGYCDa0sCMpnj17v3eA3BJ7AE0Cl75B5A8SC3leJ+kQRBco92OcmF3cLD7ovEvqH8AFZTjO/McNediRaewO6uK8DjB5gz0tYsT2VYBzRl9NIE+b7D+0YdFOCJ4BrUqK2JEI4gHZSGK1WuYU2gZskGJSbjIOhQNghVcNrwQ0CiSxXGLLgWyX4VmJrFiKNlCfpzkepZqBr4cE2PPeruUu3kDR8F/lu/yOajhM5cOSYsri6IgEcCSw+hJ8AD6FmZmww8KVXog9AT16bRb9PpxELtwGg+u4FCD+j9YTX+qVfYGm7FSK7M1SxaW8Uhp0Dv4Z5hy1mUpbmsvQ56Cc1j6N6fOcYX1DPsj3R9G1uG3Pnq/yXo+AfAJw9ooHv3xQV12Qnlx1tKj/qOtbH1xlYQg+CAAzeSwE5Zx2scbcm+ZBdwLvTgHq7Jeop8LYBO9gIgVcsyjR+63IAVyDHHTscqd65Jrwu+PxLLPNq4g8voR2LbXOsuILDuXODxgzy0d6T36er0AJzDHJcmxQMzBYQgC3wIR0sW9HTpVqSZhOPKdqtqQhB2Vgg8vGdalDr08B6CUrcU8VpGH5moAMeuZKJaVp92z4wv2mc3ogs1W0YFnlNGLElwaoBPDX9gxkWKlTuWXjjLdW1q7k0GnkBP67cp0COBa1NtMj1LO1mBXJjzLlGjipoXekmj559dbaSjpALSXgYnJyVy05Dne4b8+01XrP5cz5Df0z9ynVYcHjZ2eX0RxOcsF2VZQUvAgkvObmSYqUrU1lzBOo4IRRTCMdG4BiCKHACClQkglWsSulHB/cpguAzACvoZNXXC1blw6kbqCK8ktjw5u5kfMoGdAI8fTAEeP7ACvIEMvfsivc+pBmnFoqSCH77XHWH1DEGRQEyU6oDPHRWrUAT7FTA6exwIsnBNH+14oy9IiuwYpH9w2mv+Yakn4ZgWpoANIYmg7LgHAWlZgLjfgJzqagX5KtmwwCdf58DNahCQnlp7huD2Q09J+iBZxsATK4/kAs+N56Fr07X0BHiSxAKWnpu5GYPxPDw/j+J0885SO78KzpzuWNoV+e2rz8bX8vyvpOOUw0EfGELjaRzNfZCH9pz5m18d6NicZRNYgqCuPhyxpLrkUO3pa6bak+XCbspD7VbcfuqvmEDiUaCVIHPjmgTXAD8AozLvmhCgGvhkHeCIQiCi+9SFXyo/iIebODnHV2ZoKfXzfHPAR5iZ5Q26K6KKPg2eZxcLwy4gcGeyi0aAx7GKofezpXforNthfvPm/CYGGyoN5sqaBkEBpwVA3YJ099n3EH4mGG1A6sDzD0y/oLSsScsi9AVMlL5uNRNHgAq4YA3cpdgUQIek7TqVvQA9bd51UMZQf1j32RnVL/o7sfLE0nPKFYxSBcjcREvvR+fnGUksBLtJT885RhYkPtvc9Pn4xkVJ9SVptV7KpoLjs9/6rHTOu+tK532wvnRx6MbSZdO2lq6aubNsbdzuis/n7q9Y93Fi1aalqTVbl6fVbl6aWrthYVLt+nkHar+cs79uddTO6vnvrS+PnLi6ZMpLC4teeWJWIf0bKuVopS7oAp+jR5bgh1SGdu8N7Rblvxz5fifTXxpbYHl/HjivND+1+qTlaqsiyOXlNfObNoNNVYKMMs9qlNG9z0L44Vz2I/jcfbpVCLLWk3xYiuo+ACDMdYsQrEhWxuHGQPJOwzXgt29dTmPwvdNPgiV+ZtwTs5rFnYnAG+QAT4L0wx7gwtsrPTMj3/kiCWGXIoI1ACJIsRRxry3TbWrvwzWUDkNbDT4AiGDDgn+eW9DToWkLgWm7TVF6JqvMVetRc6fqlqNicapt4XRA6pmpfudW7JH+fYPviii54tmIqOdngaCnx/O0zE2WU6owVOQCT4Vex36b4x6f1Ta+/6x6+jOP4Hvw2Iejv96+4mAjg64k9edVMakopfZSzr6KM8mb8o9tW3GwYfXMnVVxb31W/sZzcyrp73fGJwC/JfitpxjhhKDbQ357w8COq+8piJmDf+Fxj0Q3p+8uOWolnRRQLCqR/uPsI8BY2s/CNQadCz4SAE3ugWRd9vKIIIRRdYeKjH26ELS2dQhzUwoQU0hcn1ZtxPz4xIj5H65HNydbbqV0Rl9bh/hdB9ixrnyiHdGX3Cfy+6dO8w7c7FGR8rUAQAOUuKZbjdZ93XVqg9OCoBV/vA6xx86uaYDsegxSwGZf+7QcBYJ24o3ATLvP0mKKBgT9u00Rmivm7DvsPjMvPznrKAOPJRaeDj10bWInFrsoXZJYJlLS2aiHoyv4NBWljrl1z9rMlmuCLo3FsBJdXwjin5WbUHmW/l5NC0I2llCD/1J67/ju2qfFhKaRBTjir+b6fO6uaf/M9Rr4FyNr4Xvq/lHfrL+5cmYlWR9NAWjtJRmjJYSfKxeUcs2jDkp3TaCI1iWAcL/qLtWsR3WuQxOAmGQB0VCyzBVrMj0nYPVdNd5HTbdPjOwz4xicaNA6rn/cKUmrtoA36tGY75yY4NGkjIZLkHgDcUlYRwgatY4i9WsAjCAdiuheBegZlqAPOMKadd/4ehzt8g2cIwAtCF5vdyqORozRv/BsRlhXk3CsWKMGVJHZEs5tkj7oDxFVbN05rk2EHhalK65NSGKBeN74/rPPjX0stpq+Z7MGh/GPxVRsWJJSU3Cwvq0gvd7Lz6j38ui9J5dj/hKbhCQdpY0c76Wvoa/LaPDySfx9Cg7Ve4XprDqv6CCJQXk9IHig6uy25WkNMyZ+Uk0MuWjA7wSBb+4vVj7BLWaCeoaOomDj15iQsjhsUw3Fjy5pxd9FZM2l0A9xTzvQZBQJ6OQerONeFl7jXoSdDkqYIzBZ6Da1Rwt0zhrsBxlWpQDMAqJ9ncx1RXnNnOmpWnsRL68sh/9kl0Y9Gl1FxezyCVVg1w48+UQbzjV+x+Xr5sXsykyGhB0HgLAORf/ayNLg5/8aYWjLAKHhbrUAiWC0AQqjAUncq1mIZvap7V71B0mWDUIEqA1AG4oIUm0NwGgIIYjWYoYzR3Bu+TK7mmNQTpnCcbHyggLAE2uPY97o2tRPVpCT0sXSG/No7MVxf4yrG+SEDUBn6fy+5M+XpBZmZhmnbcCazKH4X28jpxb964DMIwkcGYqddace3FJ4Yv7762tGPxRluUAPUiXAyJ/N6gvqFdJL65Ay7tHY+vyUH2de1tAbajZlEe6lH8LuzIAAeDCXa1gDAeBAaC3imgjWAIwuLDUhCGU/Woyw1z8YXRAmAiRhHWQn5OA1d5zhTFjXIudSkb1fZDXguXzBvSPLpCO8Brwg0rAHZ5TJ/jH945KMOKRIriULFSGIJRsITdhjFvrbblQ/4LPXEIpWso3Izli1hYA04GeAEeS/C47tLvWfrYprNkjthBwcO9URx3+XHAAjnQQiZTkErogKfhZImMDCunrm5l0d43nUBYXjck2cDGKcGFMdOmHVgeT9Fd8qsUZ17uwDuJG0ubYHpJZ2YFF/JoGQJCD0ax1m7yk/vXLGtlpKjDl+NauPuPRR0G0h/319QPe7kH9oP6rnEraqWjx9O1l1HZNQygpbuRA8ALhdDDpDArfdMIpkbS/ORQhKmO/j0YYlrmvQkz02DI34Y4JcG0k3JGcOsCQJ9GTu7EXLsdMlHGz1cY1jvdPhpfJw4/fcmBqzOClB5VIAdAI7B3ijH4v5xq1P2pdacypRQOdamXYMEsEI8UkAowZMw20q+zRA6pD0D800vPYPR80q9LOGc93NKusIRbt8w7YkbUi6wn32fhugOiwBcLimQ1HU9eQcAd82OhjWfX8c83jsSfZ6dShVkA4sWjyvPYmFYnOXyEI8Qh8sy6ScQNHFUY9EH1w2e09OZpbeQ9WGnp2lah9OjLLv6VYmNBenkUHILlMBIUKvILnG27Y624uY+MWZyf/zUelVskEvkebzYQQ/qUvKgF5TK/CbT3p2bnFmYvV5NwmFMy0TshoFdDKy5NqGnx8odlF7EYYCOpgbblSYK+5Tw5Lcj9egDgBVXKoOEBGSsu7eVxJxUHxPd7XmUN2jgK+ZFP362jI4fqh5RL/o82LdBYnoAR9IbZbcTg5RH3yVoNYs4ohrRpccEcBRhCBEOCIARcpeo1+q4WJFSOKY1nm3Kst/DBIhaVuN2l4/7lOzjMNuC4d7dVeqDUDdctQtxa6dwoFAxGusaWQI/dBP9p7pnAR22cpjQX2eQI9jd+Mejz01ul90FcX1pJRAFUEwL2zymsS9O0qOuoDKsIr+ZfSXtAMA1NrC6cDMgb3WocY6+JR2cQS/hE3F3uq4JG/apA0dNOP1jW1/HrSQ46VfaxYfJfG8wcfNdarUgLtl46eMF+4Mb1oUted4TUGLxOcIdOy2rPd2ZtYT2FiBuVwL+GC05yz82j0yRxDCmmk1WtahDkUZRXhftxa1684l4cC1mnSDMJV9aD2qI1qI7sji3ytb7+ziXEsNqSFme2I0PagdLTzqo/l4zFH39IuhfSIzfNcuohCEOIJ81DPq7eBs96pW+4ig1OHoOwFHhyVCMcW61oAH61DPqEnu2zKsSJEJS7sxAMDMsiD9dsLB6+vTPxUtytWLk4qcZ4STuE4L8NzWYyP7zjw/5rHYhiG9A1A00/RfundaQSj1qd25rbBFaR/n1i/qfVXdPf7gh/fBQjSsRtkPoMO9uI46sLfCWzkn1Yt6cwvDzdT0Vzd6U4KXNQ68I6IRf3bcBs0X7Kgv2n9SJkwKfoMJT86t3r+15CJ/6mcV5rcE4nM7AXAy39FhXfapEsCx9LkPa3GXcW2C0AAj3NehZ4PUv8WI8MM9AD8VjJihiiAVATxd0LlAZLDwUUlN7TV79MC6bu1zBL0j4s4cRbFcaDpwLvztz/YJvCSb1UzK0eFmrxnt4HRIIghlPwrLPESNuEcDngtO/Z4OQDsjFUeEHci4j0C0pUBOjTt2vVWcAUg7qcZ2q/pvOG7LjDWK2ArLl///BLRSGjke10YuzmPDHpxZTs9PC69ZevHuiOIPx604QEduNfk8fQML/1ECSrufqgVGfQ3h6KtLDo6sNHJbrluR5c0N2e1FvEIwY03yr+mTNrSR5+mo83M8E3TL1FuueXQPBf+CafNJSE0/FvX2+m9KcprYqgt08ziQ3cBA66CdOOfRmsPaLpgLJB3rD2EI+9y99ToAZcS5yD8Q7XsIQrQWcU1kg9BO4NHnuIaA1BNr4DopuzGQaZu1v/w4Hj1EGZw1I/rORAvw5LxZu1L0OkdfEkjimg5JTQbwQHarOOvrMlmGFakk4MA9O1kHT+DQwWjDUAGnWc9oQBHgp8PSLutASNoWpF2eYViIOgTdfToI9etD7tyAZHzE5kCJglumILE9Q98H3xeZzZDb/FVunV703/lTOTKNHqswYlG/XFsnb3T6jEaRXB+i5JUNaw9788P3ehEErYiJ69vVOdgxIEf1i3XCLqReoUEm6l68Zfo/0sbP4BdB3yim8rNF6RfYtVVJNXRJOY0BIG3PbCDxyICytR0gaMORpa/v0qxFWAMYIhB5dIEI+wGUAMY9dlxRtyYRoAhAUzYQEXp2ZirGGnGvbhFifDElm7S39MioB6MCn6Y0vXBrWPPKVen59LWQaIOJOWqJhp3FagMSrxFe+j0DmAjF3SnV3tyZO7y3hy/2xj05iz+NB5IRgvvM8MY9NcsLeW2Nt+aTdAeCpnTL0U66seOOFgAtd6qfZBxbdpzRBiHu0yxJo3cqym4CYMcPcb9dzI/30uj3Lh2HLA26M7ycD0leGLMzMyW15qyViKPLgmBXs1RZdkE/ghJLN1hZ7h4AYAYlpmxZl+8tnLHfmz55gxc+4SuWAztSJ6271wd8DLHP0Kl2t5RbQ/vSxnrIwDw5ZeSqrxN3lgXKC1IPN3aA2zYGnkBPBICDdUf61yAAUTst4T6EJAjuA/xUKCpxyHo74UZzwSIIUbBHsQQNcPqAo+8yDfvezt2lR4b3mVGlpElXfrkpv0aNP2IJB98D6InEIlQg6KwhEK3WcHBPsxqNEo7/Y+/Mg6q6tz3v++NVd//R/bq6qrururq6u6rfq66ufp2bO/S9uUlukpubwZjEOKECAgoyKKI4xBkFAZlkVBEEBQWZB2VwwHnAENREM5kgahxiYub5ZlBWr/XbLvyxsvy54SW5mXbVt/bZex8Vz+Hsz/mu3xqa216ChZFllKXqqzdg5PAc2FTWKdyjz56pAoCKeC1Rc4h+1xb9P88JTP+9UnUX6F9H3Y3G3Uk4bkAKiPoZWaXXOZKS46sOy98HDPu/F/lodmcm9t/ctfP0VT/hUv3aUJqOa6Dz5RT9yzGJowuzLpurTyLk9uGa21ZYEdMAK6Y1QjIqhYSQQzHsSL6htzS8YsAXb2pHRrXiKuge+8eCfzX2jqRM2ew55E8ZZ7Pmt319An/QZ09eIbCRDOTaaS+0Qx4LB7j9GAor89vw72vrfB1ajqAOnYetB8/Btv1noRkXKZv3nIGm3WfM420HzkErPoeev6P7ogo/HYj6se4aJfh0ADKwdIBeFscW6BiaaijVvzokDHXQMRzlNbdrFDBzOkRxvAff08gReQOa5wbetfLFtn1n3vWVlGNnp8rzyuMDWiMAAU2UkrmqQ/KQT3e45+jrkLqgjrJPrXAJLoj/MROeemgNPDm8CJ54dB08+XAhPPHQWhh9zyq8bo3BQkh2HDnvJ2mH5AakKzPVuqaCUlxTXKECPccapGtd0W9yDYdX/btFHaDuqRwaAF17R1mGfk3uD6Njs9PmF4SV7u86zn/euZboy1nqLlPPXnXXOArw+TonYajDch/ez6uKuyA/YQesiK6HpKg6SMI9wY6VQtCb3sSwY/ldv8M/W/c5hYOte9ALVEKnwg5nE/0TPuE5se7yxdzgDVfWpu6DQ0cvGFi1U5wVAVTb/ipU1r8IZbiwWFLUBYU5h6EAn5edsAsy57dD5rw2yMCsmvQ5rZA+uxVJ3gIrZ27DH4y09V8k+nvS41vM3535dDtkLdgOqxbvhOyluyB3eQfkJ+2GfIwDF6TthzVolddmHYQi/PmK8o9A8ZqjULLuGShd/yxsLO2GsjIcZbP5OajY8jxU1JyEqvoXoLrpJajZ+jLUt70CDTtehcaOHthmwHsW2vFm1Y7g3XlMcZUq+C6LY0suKApHqWWedviCo9tJuuXfNS7BYtcBI0ewvdLOzvN/9eEqFYg66hv5vIDjASWBR+l44yr2tyCql2jU1J6AKX/Juvn5+H0ajB1eCKPGVcCT4yqNRoypMHp01GZPT6GeLIMn78+Dsb/xIDl99GroOHTW10QOee3wUPup+juv1DKKBB1XCYd/J6hDla75dY7+k3L8FPn7KfjXk3V8JufEDM/p7B+IfF96l4SnDruhj6pyNwHQ5Q6fiucJCNrANMd4f2xtfAFKsw9AWnwzLIuogeVTayExsg4So1AMvGgPdsm2w+uH3g1nx3Kt28U1XaPcEn6NqfMXJVuqsBt1Z+K/xye9PSAU9euUt5JnNHxFgMpP3osw2QkZCDEG1k9J/bY5lmTsNL3wRitI0Q0keoO8NyuyFpYb4eNofONiULH4psU1QMqsJlg5txmnA7RAVkI7ZCftgLy0Dli9ai8UFhyE9UVHoHRjF5RvOQ5b6k9CbctLCNTXoOXgWdj5rAQmA1BKB+NuH9rj45qjtEM9l79q13F7IX7q8JxDe7ov9Slg1OVylK51R13SLerXBCAlTGVz8XVr9mH3i5R+Rzf+4QIYF1gFYwKr4akJVTAyYAuMn1QLOdmdmGGG7ZROXoWmxtMQM32rgd7DqEeeKIMxCEnTburJfNixv1eHnZ9RVbKtnAuAmoN0Ss9KlY87RdmGOsDY3vvQ0cGGUPVjeV5ATnON7tINIwc0b+cS1+fuft7OVt5/6Ny7CiQZoK4QqrMhubv+0S133aN7ZmMXAq695WXYvK4TCpbvwPtkLSRMqYJl4dUe7CzgMewYeHSP1YFH8pWh2YeJcxfs0UI4rf2B25UePIhPHFCtPnN80fmfGNx0MfAYdih60ZMJdjH9sPMUaYBHb555E5eRwqvNm7uUNHkLLAmrxFqQClgUgpq0GRYGb0KVw4LAMpg/cSM8TZqwAeaNL4W5AaUwZ+x6o/jRxTBnXAnMC9qAYY9yWBxZAQnTqyBxVg0kP90IaYubISupDXLSdkJB9h68CR+AktJOKKvshi0Nz0Edritt3dsD2zHsJkEp1xzd8POfoFNRc/wsZWDeDH+nd+/uvvi1o12cK2NVB6D7WAJRglE6Rim1lMOGYXpCM/DkiPHY0zAwoBwmhtTCBATcuKAaGIsKi2iEF05dBbl9/fV1SEneD8NHVyD0NsFDCL3Rd2WYv2t2UBHsP6Ym4bhHUrkSdPzXN7pdo7vEQ0+u0VyjY41RK+GQXXJ4r8vdcNydoON2hp0CjA73qEs60eOX+6jxen8DhkUNu31O3HCGUP3XOjozU33tbR04dA4atpyA4sy9aIS24r3Pu+8tDdtC90C6H3qKqGF3Z0xCIomBJx0ew84Cnp/1u/AHsnpEvV2M796Y+Acuo4CFHTR6Un8G0GPg2Q7PAI8UIx1enefw6I0cALwt9IbrwAsywEMR7Bh4Gwzw5iLkCHizxxjooYpwOvE6mEkaWYgDHAthxuNrIXbEGpj+2GqYhmP6Y1A0tj/ajPHPNdONI2m8/4M5/QMgo4fnQ+yotTArYB3MmVQC88PLYNG0zbB8VjWkLGyAjKRtkJu5E9aieynZ2AmbMWRXi9Dchs6j4xi7SBWAJILr+9hd5YLVZuy1tsPnPlEbAMi9XzHchpCE44aiLvmc9KVNN9ckH8yFkMn1EIwKCquDwJA64+pi41rgwusfAm8a9ELDGwh6ntND8I26Z5X5O7OTWxhwSpnG7YcdH1IAKeTfNepNyd3QdIVK9Wn+LhfpWmtU+qbyXk3Q0V2i3/M+i/x1KOrHMwMKub8mZfEeFFmpWmmHA36uSR1Dn98oQ6qcabq9jdzbEchLaMeIVg19gUdtMve3xSEVeL9DMfCmkKrY4THwdIfHa3iWu0tG9cMu1g08bCs2oK8otrwsHOQ8u8T/ipktJ0W/xAvJGCP92QGP5ALe1FrL4XnuznZ4i0MIeh7wFpDI4aHI4enAKzbAmzXKAh7B7om1Rjbwpj2a7wHvERt4uf3Ai0DRQMgp95sBkTQokoZGmpEioaQbXdcnkbTBrrgPxSGuEY9kQ8zIApg5oRDmTi41wFw2pxrSEpqvT7o3ncM01DXiSv32V95S6xtJrnVHZ8jUfc3hJB3X/EEzL3PHzeJf/AIxZWojgcto0hSCXr0JWb77zudwu217+xkYbq/tjSyHsb9LNckvtY0nZb2j1kJOAlFrJ8fSE290GMq9lP9Zjf7qHHWwyeuuNUbbHdoAdNUzspQkHAlP/4B0u0kJvi2bnnnNnmZQWfbM1bb2l6DzuNIPVYMmy7026ccpquf3YY7C1sZTUFHSCUWZuyFnaSukxNXBwknldL+i6BTdv7wv7/QlHoX3N5QFPLoHkiyHt3yAw0PYSeCxu2PRfdiHw5szYb0s99gf9dvivx822G3k/8r4twF3rGgXabQfLptW88lPNqQpwpomW4hgx4oRwJuqAI9kA0+ENOkXZT5BzwU82+GNJOA5HR4Bj1weOzyUAB7JAC/TzM4KlcC7K80DHirIAM9ImWSOsiYhhP0565LdFLp8y7O9WqYqH7u737hhKK9Lp7jXDxxVh6gfk4oK9yPEb7RzwtcyMroJImOaISKqCcIjmwz0QqY0QHtrD/jd4ma2wuNjK8npmXW9x4cXe6HN4GI1SWefbBwujrV1RwahhKAOTekc/csdXtV1mJ0jS8LTZ2j1iHSIuhyF/GqphnNsVefQ1iCl6PPU2z8cdmRBL33JDLs3A2aOWYvLFxWQm9QCm0oOQ2vri7D34FklxMpS1iPtNUcNnpRdjvkCddXHYcOag1Cwoh3S5jZAQmQlzJtQSvceXl6hexLdm0h0r0JtZOB5yzPG3ZH6gWeFNFGWu5NreEkkJWmFHZ5VcH5L4M2bWHJxAOzuSDoW8Nv0f1CB5r93ZtIa2ZV7bnDppZ/yGp4EXvKtgCfW8QzwjJwOTwUeSQee5fAYeKhbAS+KHB4Dj/TAKpyCzMBD2Q7v7gynwzMjSlATLOChCHjULqlvQEPole3dokyDpZVpyB6rEoTulnH+SzrcwHP0Sa3ddgo7YqT0wy52xjaIiUVN3wZTo5thalQzur0mWLhoF/T19YHfjeBIwCOnR9Ajjbo32/w7ldXHlNCqY46jNqtRnBcwpGO1tEN3iEauukhd7pCphOTQs1JdDcd9ZqgewozzDUUHISm+CsON+Bkbsxrixq2F5XGVUJS7G/Z2nhfgE2CUx45OOPx44dSygzf7YqafwM+bPtmcdE8GfXbN0sSscetwXX8DLJteiXV9NZA0swqWx+JaWUwFLI3eDEsiED5TyvA5eH+ZhPeWIATWxBKYHYD3kzF4Pxm9Dr84033ERIvovkLLJSaKNAuF9xxUMd2DPOh5wKN7lAe8iTeBt8B2eAZ4mxl4HNK0w5l2SBNhJzM0UUrCiqvLytNBpZcGdlFJPoXlB/9h2LexYUw0jPqQibq8M8lxzdd+SsAj0YtrJ62k6CFNkg08dngc1qQ33QYe/VLQLwg7PJQBHkoFnnsNj0SwM2FNC3gPW8B7MIeBhw7PH/BIwZrDY1kOL/zh7P64+aQ/pZ8Q9Y0O6c/r0Ms6bGkQ1M7bTQKGBMYOrPOMearAuyHh6xY/swXiZrXBDHRn02e0GOhFTdtqwHfi+JswmK23532TzfmEV75gwPcYhTbxtY0PLvbRO1Vc00ZVOdrFWefcEiBUahxdQ479z2fU9q6CfykJOO2adh1/zrXZu6gFHtymUTOkzKuFnft6lHVHd9kGH0tgNjadtJ3Jp/j563MBL8zIi85M+ZNZnqAvsfTZps+4t4ThRXboSy/dB+h+QPcFuj/Ql2OKCpn7RixqAPC8e4xZQpHAmyuBx7DjkCY7PIKd5fDY3ekZmv6Bx7CTfTQXTNrAOSas06PvSPxPw77NjZpuYubLa9/ovBJR8c5Py+GhdOChZKZmnZK0gtLX8EgipLnRnbQyqmgA8NjlTffCmirwIvsd3k3ghX8DeCgJvLvI4ZGEw2PoiZAmurtP+fdgw6ZnetQOOK6WcTr4dGeotYuTsBOwVKZy6FBEyX3yogYvhI//5zlxzTBn7naYPbsdZsa3UXIKyUAvM+MwDHYjNzguuIbKGEzN3hNjPfCNejDf/JvVjc9r64zuDFYdjAxDAUTrvA5Aeay6RZINRHaQ+mBj1+gpLTnHkanKcrlJATrZfHwPura5oeu9e9jvVsL4B/NgwuiNMAHLSyYGboGgiRUQNGYjTPxzLt3jvC/496RD6br9etkGS7umJ+bg71YyOxQaIfS+Cry7MwYC708MPNT9FvA86JnPvge8PAk8D3oMOxTdTxh4syzgIexQ628PvOABwEMJ4KGEw5PAk0krDDwuPFfX8BaGbhwwAYHG1E38deJ/+dZAJ9f1xv4quUbQFb/t5/SkzNza9xNJWmEx7HTgiTW8BJQNPNJigp4MaYo1PFGa4M7S5KQVex3vkXwShzRRnLRCIuBlq8BjhxcqgWcmLBvgeSLoiZBm4O9X2l14PvPRP9V5Xfx5V3s4tyQchSQoeW8DclNVNyXfeMXhIfh+LcAemfN3wtx5CL057RA/u63f7e3c0QtD2eLx7xmFwHtqvHF6Rk+OKje1fYnzah0ZrAoEXfWK+qBjlttNKi7RV6ccluMcS53f6AuKQ++juh2dWvSIXK+O8qECA7kJWFISjJm2KSv2wbKluyEMM3BDMAM3DJOSwkKqIfixtQw+LA/aojtJKQE8saZIa3fcagxhmva6mWhuAY/X1xl4+Lmlz6/q8Dgjm4FnYIei+4IROzyUcXhPDAhp2sDjNTwBvP41PMowZ+ANDGeGmIQVDXgiaYWAZ2AnHR6JYGekw67szYFrdisujPl1yn8f9t1u8HfYkSUW/8GvxADQtxNiqj/6UQPPv8Pj4nMGHieuWA7vBvBCDfBkaQJCTwceiYHHmZqctGJnaZJiFOBxlqbu8Ei2wzNSHJ6Vqcnuzgpphv0580srM/MtAyy7hZwu0WCc9/wYxWBTIehuH6ePn5KOUl9f5HPtWLsY8Wi2V4rzaB4k4M1v8eIOWITrdPMJfE/vILdnoDcLdeWNT2AoW86qIzB6YhVDrz/EOfbuTOriMqhOOLs1GDqOhdyhU1m/6D6WUHSHVPWWcMIdqs/Ts1OVTjkSlHu6LkAsrtEF0Dr0yBIDuonothOX74Ezr70HvH3+2Vewufx5mIJJSeERDRCBmbnhgZtx7qfXMzV5Xq1j7dFf4/Gc5NYuK+HrM83hcXIZhzNthxfuOTyCHUmENPuB52Vyi5AmA084PDucSaJ7ku7wSEEGeDKkaSesMPCUOjwtYcUd0lw0uVyOULoS8JvEf/wuSSdLF34T8KvkF6XbmzZyde+PFHgMOxbXg3DSihbStIHHa3hO4C0QtXhiDU+GNDlxxQaeDGnKLE2xhpftJa1QaYIHvAHreBzSDLGApzo8ljcF4Bp1VbESVp4lYLHa9b6q8hyLoWc7Pn6eL5e4gyXBqDlHRzPxpfFVXIIDSxdth+XL90JCgge9xQg92+2tSNoHQ93WrnmWitWNxkysNuB7EqE3avg6+vfJZWrZqG75G1bsHlysXfMFTH7shqhMptnngCVDToGjnNihZq3yse0EF0WVG/c+YVy5AV0gasaMbQZw2rZp43MQFYWZuZigFIPZudHhWHd5j9cwIDe1VThK2fHGrd0Hej+2B2mH3p1+nR1eCEqGNM1nloGHsAvXQpo28B7xgGev4cVqIc2RNvBIKvCskgSSBF7F7dbw7LZiLuCpkxLmBdrZmEZv433of38voJONpjE0kCpmO5EjuJwYW//XHx3wlG4rSpbmN0sTVIdXaQEPZQPPEdJk6FnAkyFNvRaPgGegJ9fwOEuTgOeoxSPgidIEBh47PA5r0ugbrL/jzgYY4kx9tf3YJQYd7vlxv6xrFgDlY5I4L6DIYBTPFdM42C1KEDpU0/oifvP3wlbzp9VAasoBSMYQ1/Jle2AZaskSBN8S4/YM9KqrXoShbrnZnaZDS0AwAi/QAA8dHwrd3jh8fZfNriYI+x1kzPJf2+iqZXRnskrY8TBj/4X/mtTrEpLuY7lnMQw3VXR57RJHrPNgh69/EKq76w1wbYWru2AaJihNx1rLWMzSjUNABiF4qFxl/dp9DFOlWcDtyzaC7lr5Mn+GcHbkO5PUNTw9pEnAk0krURzS1IBHkg5vpACezNCUwBNJK5yXoIY0SXpbMU8EPJQzaWVGM0x7vOCMgN3V0b9e8athf8ttzJ0r/h/+IC/L8oUZYwrPpeLa3o+1NCH5ViFNAzsVeNxthaFnZWnSGp7RrR2eVYvnAp5ei8fA424rIqTJDu9e4fAYeDb0fABvyiPZJmmFlZ7a1kWgQzHY6LG9J/F13rPEOQFEXQw32w2KaywLmAw5cf3pqDIvgWB4HmRlHob09EOQtvIAtQQjN0fgM25vKYEPoXfy+bdgqFvayoMQGFqHrckIerUw1nN6RmPvz4FpGHaz1xd3iyHHyjFLHusu0S292bh7Ioc8L491SOrA1CEpz0t3KN2jUNz4Qhj/51wDuUkhKHz90/C9vd325pVPIC6uBUHXAvG4bhsfj+FsvC9MwM8Ila1UVD7LgFOgxqFWXfNC1x/oz3T+48peAzsNePdySJMTVrLoc43KtoHn3+E9IZJWdOCJpBWt6NyuwWOHx7Drby2m9NF0Z2maNbwZTX1h92VJ2L3KzaD/5tvk/5H4r7FmL124PQohvD8vtOzKj6kswTg8EdIkyQbSy5V+mrIswXZ43i+JtYZn1+KNK5HF5zbwtFo8O6SJEu3FZPH5fVkkExZhh8dJKxzS9IC3Ujg8lFjD40xNnNx83m4p1orp/G3HPOi1eZDjY95bjy/bxwxJfp50hrwfuhR3yADcsvVUf4H5ioWtZo0tK8OD3srUA+T2DPQSE/cS+Ah6vH43pC0J/x6vS0udcXrjUQQ+cnvj0IHga0kjsPTkG33qBoPOVdsoM1UlKN3ukOVyjG7X6B5bpYVS3dJdolKuUV5+1GRjBgXXEOhMQkooamvzafCzbVh/3IBuDmre3O1Gs6LrTERg0j1p0Nj6EgPPmYwj1xRLiw6+aGW8X2HghSjA45AmJ6x4Di9bruFJh+fdI3gNTwJvJMqDnY+Qpne/mu8lrdC9TJQlyKLzLbKPJgNP77RiwS45tvGaaASNSjo8mDq773FtL+UuIjEKxFj7S0uiqj78UTWQVgrPlYkJMqSJ2uLstkLfkkj+Hd46uyzBEdIUDs/dbUUmragOL8iuxePC8xvAm/Jw9uf2F5w5kWWHWg3sPLWSPKAJEA6EopF9jeHHcOQ9X3O4wnaWAJ1rLXFuxEbz80c9ng9rCrqgIO+ogV42KjPjEKSjI0tF8CWjIyBY0dreBx98AUPdlizpMB1agsPqjQJD2O3hut7YTV4ReuNzjsxU97R/hqJezmEeS4k/q89uZLlbw7mPdUi6O+a4w60sPbRKih23BiaOKDSwC51cb7IvJ2NCyvlzH4Cf7dLFj2DunHYDugWYuLQI13KXoMuPC9ts3qv4YGwArjhL2RVHjq/a233pGmU592e7P7jqq/71uxvAC3M4PHsNL5KzNB/WgKc7PA5puovOGXgGdjKkKR2evoYnG0c7uqwkTav7K95f3hX8qCVDNeyHugX8MeffYM1eEvWKQ4EsWE+Krf/iBwo8gp0IabrW8NylCTJphYHnreNt1NqLWZmaRaLbigt4InHF1U+THJ4sPhdZmmpI0wIeOzzS5IdWnbPD2Hlr951qFcCTkiBstZyeBzkfsqBJxww46R6lO5Rg3Ix1bzwFITNxJxSufdaDXv4zNObnJvTSPOileNAzzaCHulHSC01W4NZk1IjahDh5+gK+vtmZO/SBxRyOFeeUPcqZlaqfV/buNnFyr9c4yrZwHS4QknzD0l3CsWHjEQjA393QkBqCnQHdFMy8jJ/VCoPZsrMOw0Jcu12MsFuKSUwJ+KVlOYa4w4d79ZPFRQfUdUQWw1AeB/1x5Uv8+Yl5ouCSkrCCksAjh8ewM9LW8Bh4QwxpypIEmbAiyxIM8DzYSeDpbcUM7OzRQAlTKz8IuHNggxMaRi6nlf9wwffbxP+GP3Q1CoT6Ih/L6/nhNaPW24u5G0hbrcVQagNpfWKC7/ZiMqQ5XZ+YYKSHNB3dVgh2op+mDTwjy+FxWBND1UYTf0cwTL5g9Vt9u2rHK2+33AAZ7wertn5ZQDQSUBQOUgJTOkQWQ3H2lFIvu3jUGigtOY43rmNQVNgNa1d70MvLPWqgtyrrMLs9A7+hbpcvf2y6tEREN8PkqU0GfCHhHvSCbri98XiDWzSjQqw78mMBPkephnrev3T3yFKeIwYa28fiHD0euvbIY4dix66BoOFrPFdnlRmsTNkPg9lqql4gV0ego1o9U8qQjGHupfPbTGgzHDu2dHRdcCTi6OenjVp9qH+G5KM5z/cDzy5LuBHOnKwXnRtFCuAZ2PEanjOkKR3eepG0wsDjNTwBvBC9j6Z7UoIEXgPMxHwP4oLFiOtU/jbsx7gF/CrlXixhOCHBF4AOMG5s0flUHN73w3F4CvD0kCZDTwDPPRNvAckKaaJ8T0zgsKbu8NzA40xN88FRHF6II6TJwCMR7Bh43ER68sPZJizDCr47/flt3RevbTt+mWDF4DOSxxKM0h3KaxKI0jHaj3VAGtiZ52xqNu7OKC99D5RjGvqGUpzej2s26wh6a7pgNbq9/FwT4iQR9AwEh7pt334GohF4UTFbqR8nNaE24LPd3oRHVkP0qAKRvdpfrmFDjpN1tCxWPqdCz32sa6fDHapQFDAUUFRgqIZT5Z/xnWRDsyEDKAoRVkOgM4qIbDKlBpmD/NJy5PBFD3To6pLR4VOR+kp0+xmY2BQ3scT83qctbRr0yKqkebVcgE5Zm8+pbcVs4N0/0OFx0goDT3ZZMTV4jpCmo62YK6R5qz6aqNs5PJRdeD6t7lrwXennBBs+H3dn0lPDfswb2VIMc4bjf0YWENIv5btPh5W/+WNzeDwIVgeedHii24o+IkjU4jmAh9KzNGV7MX0NL0yfmKAXn+sTE+gD2ofZmhcRejLmDrGBRfsJeCQCFu+tc/Z5SzoQWTok5XUJQR2QS+dUex1VRq6Gqi0vQGXFKdhU9jxBz+n2CIRD3Wh9kFuTRd9wehFRBL1GcnsGeoGjSylxxQ7BSvip54z4HEtmpDq64DAc3fIPyQ7H+Z0kvTuOXIfU+qaq4JQJPFkprTCRwBDRSKAz9XRR0c2mzCAX38fBbBcvfAQrlu8l2JE7NMpAaK7CL0CZqfvws5BG5TnQsu+MszOOPF+26eirVgH6+/iZlMAjMfCspBW1Bg8l+mgK4KFESFMAz6fDY+DJWXhLuHG0YzQQZ2guDCt/m1sUsqi2Gznxf4b9VLbgPyT+uxvZnF+iQMzcu7jkb9mtZYZv4MluK07gkWzg+e+nySFNpYG0cHliDY8dntJthTM1tfZi+oggCbxJ92Zcn/zwqnPWlHNVyxbUdzLgtjLshBToyeu21HM6BPVzfLzt2YsQcl+Gt3a3ZBvU1b5koFdV+QJs3nQSyjag2ysxbo+hR27PQG9exGb44N1PYbDbtWt9MO/pHV5rsrhWmBa7bUAjanZ7kyZ4iSstz1xQoOcza1WvYZQlHSz7nHSLlmNUQOnQDukQhTQwul2kdI2XWWoYNX5SMYQ+VUyOzoAuBl21V1O3jb54DO69u97HoDOuLiv9kFnXy0NwFuR2wuJpXtOC1CWNziQc+zxpV9dF6liF4r6a2V/Za3ikyc6QpnR4VkiTJGvw5KQEvY8miR2enJRA4UySBjw57VwfDRRd1xeJ7SiVe8Y6yv8Y9lPcJvxz8v/EovV65T9N35bOL8Sm1Kl/+/ZiEniyFo/LEtjlCeDJiQmctMKlCezwSCJpRYQ0VeDdug5PFJ9nwxQBPKufprsOz2ogHfpA1tehD2adCVCSkWixOewvWb2YjTsgiSU9c3s3wU7KhiCfa/H29rGEpQ49/Trtb+kKVxcd4KJ5aKx7CRobXoF6hF5N9YuwhZweQo/dHoGveF23SWhZOrPO/LmuvadhsNuLL1y92ZosXkxfwJsxz9oLC/FunnUdr3ISjqxjlJIF/3qdo4CguO63hlE6RVn4LwGp78VjtdG4kDjn1I7uCxD4h1SYGlZDXVJQBnTUWcXU1a1Bxz7YjcKgBnRYp5mTdQTyczphNf49awu6oLDgGeoxS233oOOY5zCdU/8tUUlP/zreIzkfaMDjtmIU0nR3WZFtxfSkFf99NG13Z/XSVIa/uorOGXgJUVWf4xdn7onJ+gCTU8YO+zls1CJm3B3J5fif/lq8CBQ2e2s2zt7jxtTfN/BIdpYmyQZekj4TD8XAI1VySJNdnnsIbL/Lc09McA+B1bqtiH6acg1PD2nSGh6VH3wZen9mj/YeUUgi7KFVZ4PvTjPlCUH3pF3HtOI37Xh8wfpDJxlizSQHAG01C+ApTpEhqTlIJxBnh28wP9+CyRvNjLrmptPQ2PgKNNS/DLU1L0E1ur2KzScJfLS2Z6CXn3UQEOjeVIM1e2CwG4VC56PDmzuXGlFvh5ke9EyIk91eBDm9iHqvxVjjc/ZapF7Ib61P8rF1XTsnoah3xZFt4jRICoCKxzoA5fMYZOKxdYwaPARLyjph4l1p1CEFRR1SSC0wa5YpHjfrb4PdyNFRKJRdHbn+ddgmbn1RN5Rg+HtuqFfeUrhmX7/b3OMj8Sbq8bz+dbyw+zOufCNLUwce1+Gpo4FkwooOPHs0UDFJTkrQszQpUiWBF1bJDs/ATjaOToyq7YvxuqZcF3kcR7gB9M9qo/80hjoL5Nw9nqY9bVRh7wrM6vxegSemnisOj0OaJHqDSRbwKqXDU9qLbZRZmn5q8bSQJkqUJaD0kCYDz0h3eKipw3M+D+YWYsp7gmHNftDZCv1z1pd4/UN7baK49virDDuprRKC8rqUDUAJTR+QrDvYi42AU7zRRgUHYcf2MwZ6Ldte6wdffd3L1D7MhDk5xBmDa339/UNx/W8w2/MnrvT345yP4pFD9tghO8RJ3fyLNh2FVpmRagPOymDVSzXktcuKYxQg1QHI0usZ3f1TGW4CkFprON05DmUaR9LCeggdsdpzdKiZM1sHFI/Pn7ede2j63vJyOikUSq7OtBwrLnyWQEeF6eZLUWHOQZMANWN8oV3Mr9c/WteXzKjkgbDoSlde5sJzBXhqWzF7NBCJSxKMrNFAGvBm+QAeOzwUT0ogWSUJ7mnnc4NKr+A6/4cyUx+VTEPGh/2ct4Bfr/yPaG9T8MWQLxDpOo0iSoip+fh7SVphUVEkA4+7rYghsMoanpKpyd+MZEhzYPH57DFuhyeTVgh4ckQQr+GR5BBYEoU0ZXsxBt7UEXkfY0LKmVuA7iNMVDkbfE86pxCrQhjSYvQXVmLSG+VtL11owhuulA02edzsQxYkxV53kGkr224U+mbBnt3nYNfOXtje7kGvFaFHHTiaGk8PgN7KBc0D/n8RGLr66+f+bphUs7dsJoZzErx+nAsX2tMXzNghXtfzQpwIPurMn792P7RxGNaVnerMUpWlGewKpRh86nP5WLSNc4ZS/beJk/DTwqsCnDITVQKTmglEBGyAWQg6cnVzZiPobhSPcz3d6ZffGdT6K4OuaK1xdR7oNpwwTaYr8EtRVeUpmDFqjYFe1daTsrxDrWsk4GWnb++2ps5cdTaOvs8d0owWWZqKw5NF5xzSVNqKiTU8ezSQOvx1y4DRQEsiKj7FMO/rSnb+SWxHec+wXzaR3HLnivn4ApnwmBbujB1beC4prvGr77j43D0xwQ5pSuCFSeBt/mbSCspqIO07pBnrTFohEfBQIqRp99O0HV7E8Nyvpjyacx7j65d10CV/OGV4ztlJCDp8zPPBnMK/7x27tgb/7p4te3veZlAR3BoV+DXSXp7nvVCTE4Q6OKNHe04tbW4dHNj/Ouzbex72dJwdAL5tW18lt0fQoxAnNfcF+f8ry9oOfrbqtXto/ZNakxH0qBG1aUK9EEUhTp61Z4c4J96dDhmZO7RMVQk7d5KOBCEf23sLkK2qOySpHW9sdygdonSL8s+5Gouz3IB0ZKxGj8yH6egwZuNryl1S5t/okrJoIRaP42tP77nf7dL59zB5qR90RuUMOlzzrcEvRbW4/pu3YoeXsDWn2gKeu9B/Q0XXa9YXyi+VkKYCPKXo3NFHkx0eAw8li859reHJLiskOSkhYWrVtQg1KYVMTHLcz97V3b5HZ3I0vlhnUXCrJJc5OAk3ZWZz37c2McEGntZtxarD02bikZZI4IUw8NR+mo6ZeGrxuQSeDT11RBD30+SJCVOH512LeCz34oTfpfC3MCGa+p16CR3dG0F3p/VxsTmGJ7h+7bbQwySXXtpbkxVerj549pNGBh5Jc33qOf25Ohh1Ve/r6f+5WxtOmfqqQwcvEPjMDbBj11ka7GrA19bihTizE9vV/1vIH1fC229+BK5tb/MJDA+nEuxp+oJpS7bcmr5A0CO3N8+atReHjiQI36fk5c0MPJ/Sahe1cg/NKUp3KCApASnOW3C0QcjXxF6sJQqJtUV53pcw1A7xcVsZdlaXlP7icQMvv1v9+v3w9JRy2FhynByd0RZc462+AbpG/GLUhIlPWxteNolQEcNz9DVH5XHzvp737d8rHgCrN46+CbwIvY+mEYcz5aQEt8Nb75yFRwkrXJJAsmvwSEvDK69F4TodR3ZsUZ5G4D+n/udhv2z+6/jG3Zn8AE5cL8UX8CMUKPo67MGsnkVTK99L/bbCmhzSFKUJiQw8tYG0TFoRM/FQVlmC4vBuOROPdFuHF2WXJYgG0pEIOQxZXpr4eyubUmkIMOn+jNfQoX0qG0YHkBB4flweJrN8TiFQ+9yMScUH6rsv9jHoNDUIsInrCiR1EDYqAMxZvddzn/dnQvezb0DXM5cN9A4fuggHD3hub/cNt9fe1mOgF/1Y3i3/j2kzK6Gvrw+0raHkgOk7ys9NSujwpi944OMQp5m3t8BAjxNa2iH4fgRe0jZRv6hmovoCID9Pd4P+XaQOR5QCRxuS7Qoc5WMGZJsMkUqAylCqUOP+MyYkPH+ecXUEO+PqGHRJ+IWDi8d7e94FP1vy9E1mXTU/fe9NV4fh7gbM7G3CRKetTafN70o7avbEIvN+12x/WVl71GX31JyC2dDcRxMl24qJPpoEOwk8t8PTu6yQfAx/lQ6PgBde8UXEQ8bRXf8lfPkd9erESvwAfDFbOHNQ0VfUtzM+qORS4oyGL30DT8JOJq5wHZ4AHkqZmGADj2T10/SAR5INpOVMPFl87mgvJksTPIcXNTz/euSTBVdwXa7XAShyIecjEIZYn9YnRgJZwLNdngN22H1F1On1LZxTfajBApr1mOXjWEDQBp6ApeYi58dVmp8nYWoZPP/cW3Cs+4oB39HOSwQ+Az3b7VWVdd/WxS6L2AA9L74BvF258B6sTmgE+fosnbeNWpPxyCGCHs3ao8nqvLZH4DPQC8YQVlp6u558418qECUwJfT4nBuSGljdwJSuUQJTh6AIqSrXZWi1BEf2TLo/y3N1+JqSq1ue4LUDS1rugS4t5YCpp8te2gy32egLDYLGq9mMn1Bkwpd1NZ6ra258hcLfBnTb23tgF0YHcpe1mOdmpLTKpgB6wT8Koyz9X0AjH8n5mEOaoo+mmJRgjwbKdTk8va2Ye9q5XnRuZ2lO3vRZ6H2ZalIbFo+fp8jcL+HL7yDJhXqu4YvchQJFvBj8Ntltcn/OMocZKPcQWBIDzz0TL8zVT5OTVm7VbUUJaTocnl2LF43H2Bvy08gn8i9haEemAssklM8w7Hg6cmT+J4FUhmDV3ZHY4bEYdiwddsbZfWInGy1dWHekHm9QLAJT3bGLtOdjKXlef45PSPK58OE55mcqXbULTp18y0Dv+LErJOP2Oo9cgkOHMMS577xxe1kLm1yws19HfP2zIebRnH5XJ7Vweg1kpJt+nGbsULKYtccDZgl6QbiGl5nTccsMVXnMapbn+LnuLjeOc0PviKPDUoWfhKI75CpbxQlXmZuHTZ1HFBjQLcPXNDGBe196sEtPJdihUveb9+pU19nbrcHauQNQtu4oNDHoWl+DHQi6nTvOwO5dvbBvzzloa3zR/D7EBRerw41JMhEn5N70E/0JUY/mvPVN4KHEGp4Y/mpPSnDU4A29ywqFNBeFbroWN3bdReyhy1PIpU6Pu2NFaNRvi/9+2C/bd7sh+P6JpjTwep9D1zDL8GxcQNH5xVFVH8hyB+nw7HCmUbQNPJLi8FCm8FwCT2RpzleSVvSZeCgdeBA7qvDa9DFr35nySG4vhirPS9crRc5rErrf8Edz3sMkFDH/TvTOpL2YkMCwU8Ka6EzSr+G19+zXetmyxs56D3ADZJ1jEPJjIQE4H+ca6Zj21vnNu1/t/zkP7+2Bl196m4rBzTDX5068ySFOcnsEPeP24sevo+d/K5ozufxmE2oEnz19wU5oIfAFYsZsbuF+RxKOWr7B0PNbvqE9Hoyr1KDohKoEon5NAs7fMQMvC5N9IkeuNa6Oe1+mIui4HVhW+kFTU7digefEwh/IhN5X3gRtu3DmqqlLtd/HRRFlHL40jq4Dw997d5+lL0kYGr9gIgUxI/LMgNhtR1/3lYATYdXiTfnLqvOO0UDcVkwCb3Cz8Eh642gju4/m/OCyvtkT118NuSe9l5PQFD1HxeNmssEv2/e9wd+NuzPlbvymkUtvBL9JDtEN/IMQnLA7Hbt2L8AuL4mxDV+lKGt4EnhJisPz1U+Tgee/n6a3hvcUanzxZ9Gj1lyiYnB0XO8o/x/N4b4xGTOn0PV9HHJPhjUZQY4DkkNfLeBxWJMlwpoT8M+jztth5cTklmdqGWyKxDUJQw2IvNeB6HCI6bkdXjeLv2TB2d4P4LVX34NXT7+L4HsHXjh1laBHTs+A75mjOLEagYevybcGvNiAIsjzGlEb8KV7bo8GzNK6Hrs9CnGaAvfVONqmyZ2xqgFRh6T7MckFRlfhvxuI/vuoqufdjcb1c+lp7RAzep3X+zLJ632Zjo6OQLcq07QDMzV1CyIr+b3BkGCWgZu9vd5zFZ4O/OYXHpoQ0lz3Ajk6A7r9e89TGNzArvPIRfOlKW1OjVeEXnpYrWmUiTvxk0v6p59TVAbBxqOB3Gt4HNJ0A09maHKXFZLaOPrpSRu/nDlu3WUKWeJn3E5CkbV0HeP+b9JjdM8d9sv2QxlTlP4P6P5GoPtLw+L2Tu5dx3KF+/CX72zUk6t74yYUX5w3ufzq4sgtHy2Nqf0icVp9n+fuZC2egZ4Anu7wZOKKAR7u5wRv+Co+sOTjuPFFV2NGrbmATuwMOrIedG+vi5/dpesT/5CKP3v+2ejRa/5qemdygbmYf2c5POny7Bl4qsuzHV7Qn9I5vZr0RTK2FSOg3UISeMo5IQlAn89jzZ22yZtqPr0Czp39AHrPvA89rw2EHoU42e1VFh8ZItx0TcXkl9U8YDa7k6BnQpw8Wd1e2xuPr3lhVbcNNndWqn6e5L+mUWsA4ABjsz84Wm3iVBi6gEgabJYqurkWmD5+vQe6VAadaQdmYLc696hpBzZjbKEEGX42i6Ecy00y4qtgAoemFWXMb6DwpQ068yWpu+sNOHH8Cmxevc88L2VZsxh2fEnKAG/ZvOrD4t7zBd57eiJH5F2OHpH/Jbo62TiahLATDu+RW5Yl6F1WUHPGl/TNDSz9YmZA0VvoLnvw883N4FWNvWPF/2fvvIOrvLP+rkxmkkySmfyb5M28k2SSyR9v4t13tnq9rrs2Nl5jg01Hokk0Y8CA6QgJAQJVJNRRR6KK3owRRSCEJIqQwQIEqNFtg41NM2B+Oef3cMTR2XN/egDB6/XqN/Odp10wvs+9z+eeXgfxuckwBecfgjrXT3+986uIf9/jF5GvQqrsLLiBO5TuLn51FwtFIRmkAeJg9WEQIxzZI62xVd1TH+q91AaIqzUMf/eBui1CnRnaJdGD2a+jmgEezmbM7bkp+8EXBGvpwt5Oujbk1bj7g/6o98xEBSsDX+XQV5S08sjCky7NQV3iuU8f4iery5fDA8gpHYBSGgy1axKA0hLE2KL9txVDQXdz07emqfFba+mdqvfAVweFyOjmJGtv3sfLOhR4I95Jxp6cNHYIoUfWHsX2MK6HshmBi1fX6GUbdE7LZnWBUZcbfrR1Ffpz6Olt4RQwOoHIr4trbpcqAm82QOajftnWfUmgS4z3QJfCisfBQ/K49xIsoCx0eVvQVVWeMwfgB9JhAB1+bj6H2PDOLcft6yaE5lnYScli/6jwtRXt/Dfv9Ia4WchLC+qhZrZx5LspX33YLeWHkV2T74Huj3gz6f4wgJxi4QHkUsyYDzLujumVcW10j9QLw7ouPDMQvENQFN4I31+WRe3UFTAWUiDj8jed1tzfugX4TxH/puc/z34ef7XAjd1EKcI/Yd0F6+340HeTy0f0TD8LcL2Fv/JkNxUPeCA2FYG1EQPpbs1+Anho4ZHIwuOZmtB+7B53ewx8I64CYbasWgGcC3x8X14X+/JYSlqOS8sbWt2vB8vPmPMwiLW5+RoKrT2EHro4EXoohB7GYTr0vsEvaJq1R5PVrbWXmNB2snrkrO1eYfvWOnLH6qUbmnT4yX25JekQlOdUy9FtVa5zyHndaUXqrtaIaavNxyF5fJqB7ZLCe19mJFeILFr/oi49FeVn0aJDNziCzsaCj0FM+IujX6LXwNZfhnZN1BJzZAIOWKKbKjvws4at/a5jmAa+p1dESMev7qE3DLLhI3CeaWcSys809gcflGFydNHgFxd8HTWyoP7jHilNsA9j6J8J1G73glTlfi8tOBDafVHZuBEFu8MhHpaQX1FXUN5wMx8e4OOH5FGvTNlNBbO6+FQEPvsOxYEnLTzVyqMYHopcmhTHC4YJCqyF2IW8HfXfLqtuscBbCsCBfQ4vOKYtXaNjlAZGuu4Cpw5M2qatOkSxTHPp4veg6xZ6Z89+19bae+DirCxvMh19nycOzDW5OYcRejRrz1p7SQv3t8b2YsEiCZ+0wfb6XFnVwoCnJOjoEBR/hiReJ2HnAiGHmS4dev474ujuVBcUHRbkzMkrcYSTBV3yQs99Se3AsjMPmDxoB5YSu+uJ7iV+NvbuakCrDkGHyU/oHbDtyurhh9Np+AE1pvsi+91ZV9msDjjmGatx8dsOsr/7ysKk0sPjgrN2D3ghupbCGM9IO3D4KoaBgjrXz7u2Dyy83L8qLB63tO7MkQs/nq29aEgtn180pw6fv/f5/qabFZ+duPrpioPns2I2Hx/WJ213aI9FZUO7Je0Z9GbCvhCwdIJfiamGmqqDfV+IPgIZjIcADpWDuiaWD+2+aM+Ivum7Rw/O3TV+9JKySTD5ePqsdfuiM3fXZmw+dnFJ9dn7IIMqAijw/XzI/JoQVkCdVAJ0U3FMN2cxPFfiCsGOxGN4BDtwx95jnRV+nL+otAYhhyLgPTxuPY9ix3SObRkwCWgCkk5xcKLmJ3lW0/Au8ebqlVvm669umsuXb1jwnTv7EHyNDZ61t3X1kQ5/mMwYWWwK8mto+oIFH0FvEbP2pn64wgx+K6GNa7bElagjAec4dgNSwo7O+7cMVztijGJfvaa/1u1SlduImWvMBMiITbFWndfkOYuaPAPslsA9SE8oe+L7uTx7H7ov0apD0OGPJRR6DOznaM5oLykmZ9UhZ1YqKjFl5xEOPH5t3b7GW5mFlSeiItZVjBu8ePfgLvH70MODTR18Wm8Qkoi6Af1fL33cPaUxfEhufdzHy+uHvhr7pRb7B8suo7Mrys8Zds9F/Q+bzcnb+/xm7pc7Nh29RJBzqe7IeXioAojgQVxoddZuC9g+qQClvGYJHrN92qLouAi+JAUwFPSTkUVeYflrSjcVFLk0XcBDyTieTFwh0LHkFW7hoYJffWjdDeuZWsYBV+zBSYWeFIGM/pwEJkGOwxCP5T7fck2fVmL/jdMGLjbXrt0233xz21y5ctN8+eUNc+H89+bihe+txdfU6EGvJK+iw4E3Z8IqmrVnocetvXRm7WH5wuiBi2U8UpEKP3w9P0bpINTP6/LjSpXgRPm1EjVoan/GR6wxesEWM7Z/dpsmz3kPmjwXAuywJdji5CdPSEqauZbcl2DVEeg8b8HZlmsmJ8brqxkbv02NO/L4ZEr23i8Y8L5lTQDcHXSq4T0pb7y1ovTklcL1n5/LXlZ1Kg3+rqS0nUeWrjrcVFXWcKuuotmcUHQctGlJ9fkA4PsOGntMwdaOQZ3r57PQPw03l/eyg7KBrGMna87f8wO7Q0cuAJCaLezyHgAsX99KSRgi2FRY0uvzAXaTRhdjRhYBj8+8ozFA3MrjwPPEYMdn4FngiTgeQq+3UotHwokJvG9eytqaZoRVkRWBi+0zEKIEHBnc6Ngpp/XIz+Px2FBvVlkCuLtuXL9jvvvuBw49BB6CD609G9db4rUg61DFhW/EAbN2qnqRBz47YDYb+jNmZaKL04vtjXo/3UyduJwDz2c2qrt0Q54r0cEptzr8/O5LKPqON7q11nEuIXWnGf1BOo7usaArzKvBdmC27+Vy0Krlx7B4/Inv57TBOeS+tKBrbrKgwx9O9vO0ZcUB+7pZU0ucCTmozOLqep6ARucdoORy1jqWwuf/QGULAs4NvldiNPA19fxFZO/ORJWfwXr/F5FdeIZmL/DLFyXvbECXpR/Y7T18DmFmlUdboQLacnAR0JRzKhjxelWzmTJ2ue2moE81ZxaecGtCSQJZeHLgK0qP4/GOK3o9HmZmXm+twfvt3BMINrRCUQQ+UjFdw33fkjCU5zSrUF7zFPpespehuWi7uXXrLorAhy5OBB+6N/FBZaGXFb2pw4GXGlNqB8yuXHEMxw4R9NDSQ/ChtWezOGEElpkbu5XcsVpCj18Q+qlldF3j0i1Geey2CuU5/wk5EoYOaKYu2W9GdltE7kuCnW0HVvKgHVhRdtUT388JvdPRqvMsuuZr8IPpO6vLl65bl/m+Ui9Tc8qYIgScUzklh5t4OVSgzjhS/sGHyTHQSQjiwsf2twQE38aCSh18z82ugHKE3wV1rr/NhV0BWDAYH+Q392yp+9oP6JpA2A6Igy23ivZ15Wv7CvDylXN5EPSeNn4F75UJVp6cecfGAL0sLDwCHrk11Xo8BXgAOhQHHsEOtxCnpNFN0Ow45iDFGhFstMVzHIRyv5j+jAZIEIMnbtm+PJbWI7sO96bv8163jLLNtXY+3e0f7lnoff/9HWvpfXP1Fll7NraXNH11hwMvP6Pi4aw9gJ619miyOlgh5OLsB/ciqaiSQ84t9+v0gn8CnD9rkcu/Zai9XsJQHktJGGpuVLGfs77WhEKLt6JC2+SZQGebPK+H93/j+hNmecHBJ++c0ysdLToUgg5/MNnPzpWvb9rP1Bc1Z+3rPgbvwlpRqiFVuOnYBfZ338osrjJrK1sCtYrTwCePnU3Hd1efBfAFtvg2FFSeG/jCfM/zxfXLqKWQ1f6fgzrX386CX1CDWH9JeMjP/eZAecP3fmB3pvYCfrks4HLhYZqNsCNVcdF5AiJKBaMbkvD66ZNKqKCUgIcScTy08Ah4CDtH4govTfBgJ+vxeE9Nkld8zqA36K3E1gJVKIo/yeKPIIKfHpOk8yIxRwKSgEf7EoYSiqoFmV16kr6w2D0DmwFz6OHka3JxorVnH1rzxhR3KOz6/34eTl+wA2Y3gBB6aO0h+BB6FNvLTN3vlSTsrKfkG3c5h3ZOyn9do9+ifzck3dalhKF27HiNAkqhIpiWAHVmvMkz731pmzyvWV775BZerzQEnfUKkFV3FX44Xfv2tv0hdenct16HnT7pzgxVBHXRp8e/4jV3mBDW93dzzajeaSYc4s9p+RWmpKJRgFIr/vffIWcjaG/VWfOF7urE8/cXzVhTr2Qrf4WZnEGd62/BjTl7CLtx6Nr7rqai6YYf2NVDvG7ZAQ9yOSQBvWzaiv08DkWyCNlxIGtxxrS1bN4dt/AE8MitSRaeAB4rTwiYuNLPXYDOXZp2G/Jq7F0edwBg/WhBx8HHAIhSoEjnfIuDjsORoElWI0FwUYktSbC6fctOKSfoWd26fQ/dmwQ+a+3NHJLTsSUJ/TJx7BANmEXoWWtvNTyIV3kuTgu9hDnbTL8/zudZqwx8JJmkQ8cuCIprDhj6tBppq+3z43ZdqCVanNEdd2wXmv2ej6YZdRZ0mzbwJs9nbJeUAfCaJ3NppqFV54HuSivoUPYzdRuE35PQdxa22xYud+2RFp4picCj0p9eIPx7+sJ3dBRAdtaUVSYlp9yUlDeo4LPHjlZxUgi+/VWBY3xVpfXXP3onuUWZcZcF1t5/DOpcP1XLLvJ1LKikGwYm+42jlc03/cDuC4BdIQGuqpmLw4+OLcRoS+eyUfIaieDHgIiwk9MQhusWnrDyWAE6s/BarTwVeChh4QHk1AJ0cmvCPm9UnbrpaJOITZJU8KE4BCUIuQqFZahLL+NILK6iGjw59gU3aOmh8CGFDysLvU/6pHco8JIiNpod8JDdziar44OYoLe6pM7G9maMKDIfhmTxGKQs1+DZqXLLXq8CUhw7wSi3EmQuAMrrOhwlEN0WpJSz6fjQvyw0SxZXIujQsibQ2bFPZbua7NDfse+nPhnweqai+9Jadd9B5u+N6x7o7vzgwe7evftm0EvwfXs1pt2EnLTiypOyzs+DHQEPxL6P8GMUvAbRFoDhk1eZtMJKs6a6RZR0uMs6JAw3w3tYXUnxPSFwf5Zk7mmBH8KyK9WpztjeT3B1fy7i/7LBsQCGmJt1VS23/cCupua8BRCHXBZ8uBbDFsRgpwNQyp4n6HHw0Z+1bszVFnZu4CU+AB6KEldYAbpm4f1BieOx0gSQ1lNTy9bEWFObGqCY3KovCXZ+s1QZIFUYFojSDfZaBZA6JGNybAo6wH1ewHln+HC644HPWnqzwnI7FHib1hyjAbM0a6/V2ttI1h5AD9uPhc9ez2KQvpJ2JBydoJTAk5ai3gxA14pH7Hyz3A1HHz1V3a3kSOOG5ZlFc7ei+5I3ecZ7gNMMbJeUuWOXPVkMD4CHoCOLDoUeA/ws0Y+pUV0T0TWpDjbmEEzMLPucJ630pMYOCDtKGBPAox+nXkgiGscKmRnQtDp9SaWoZ3TXLUogfgr3//MA8b3Py5vuRg0vqJddWaCEIbxz9t1PZPX41dz/AllGza2we2nB7ePVLT/4gV0VwC6bwQ1BR8JjkoTaYrYl8KkSr1u8v8lMnbDKG/CKg11JHHivM+BJt6YsTaCOKwg97tJE8dIEK6U0ARWgp2bI6/E32Zf02ow5pXfVWKSEHiXsuCVgqJwT4JPHdC46zXbVsEM8XQuBh8IHV/KMjktaCXsjHkcO4aw9fODSrD0Lva1bTiH40BLB6dn2fU5ZdYjBzj/0pOiaXrYhLEQh4U4l6YX//uHIgahDUwflIzcdnxWxzkQB0PDHBTV5RtDt32fbgVnlJZY+0X2d3C8DfxyRVYeysONrJDQQ6PP7eXpmKp/kwTutQPNmad3h947DDr+fFnj2R6oFHpUa2e922JsLYeDwCpNeXO0q63BYhC3o5kTIqdqy9MDFvr+ec6vtdPPI/e//v4j/GdS5/uVW8HOx/wEa8bZ+mAb8du4PR/c1+orZlR06ZzLgpmeCAHC0leCT10jqcTaHpIBlFnRQmTJuBY7yoInmBD2K4xH0/AGPtxkjt6YoQJfAc3dc4cNgbZbm5dakld/Naxw7ag1BTo9JEuw0cSjSsWYtkmTZhgOYsxO2eYXx0Dzaz8KH1rLUjqvDi/qoGBoM25FDdnTM3j0treAr3d4A7jbPxZkZv9PG74qqZBYqSpxj0OOSQNRrGpXzAoryvAQngomOJQzd8HMD0b97lfb15JtEGMszoV8mui9pRh2+/9jo2U4zqDl8kRo8P7aSppVg0hNZdVZi4dghuKfRCDWnIiM37Ke/F9rKXYD4HbXyI+uOYMeAR7Cb5yWgsdaBdngsCL07w99OMjMnlQD8DpjV1cK16oAhWXtHA5QxHN595vborgtlbO8KGBcvBnWuZ7969lz5r+HNX8dKD+5U7az/tj3QtYC2MdihcF8eZ5IEFOU1DkUJRlLmvkao11lux3dw4I1kFh5ZeczCo3o8CTxZfI7iMTwex1OAJ6CnJK6g+DigwV2TW8K6F5icymaWnUqiuKQOOXnsshL117vdqOHzN3vZcm8vNH7Xni2fdxjwlmbupcnqcsAsQc9aIpEfLTUfDc6WSTggkaQj932UbaDccJTnVBiqINT3CYrSutRgqB23CPjJfTcM82HA79A/xZH70r7vB6q9iQa1NZew7yXqiRJXNi6pMHcBcuTCVBZ8/+D79fKCgAk6dDxjakk5y3g+yy07DjyCnXRncuCFgOjHLZ+UjqGOUd1STMTU1SZv41GlVZzubl0Hqgxg7dWBFk4pkS7OO2DtBQd1rme7cAAs9zOXbmy/VVgzFJ1vOOjBjpSOWw49JwhJOgxJCDnapu9tMJNHL8PBjAg8MdGcxfFo/Ieaqcnr8VgBOis+d7UYG+BwafZRJqDDrK77fELCyH4FN4d0zTUxxTWsJEMTJejwfc0qRPFjAToVejogp0Wss//GcT0WGb/rzPGLHVOOAPGbmkMXcPoCNhlG64LAhy5Oa+1RbO/Dbslm1rxNvjNVOfToPIGLSjVEMwCSE47SikTpLlZNbmByq1AHpwSi3Cfxa7qCATR7dzdy0OF9QNBROzCcjfjY9/Y0fEbaWxg3HghWXqAZjnQ8aUxxGf29ff8Q3ULAk8kq/TTr7nfWlaladxx4NEePnhUTQ/PNwow9ZlVli6/pG9sctXufraq5DOVdN9rOzYuc0zkB/RktCKKO5m/+ssyyhvZg1wBaCTcWAMcEQBLQw3MoOpZglOcyaSteh8epe86YSSOLaRIxWXhWFMcbKd2aMlMTxBtJUwE6j+O5RwUJC0/W40kLTxSdw5fz0tC38wwCb9LULTJpRy/fYMf8OimPrhPs+NaTDkPl/JQHReSfQBq533X3zj34/3py4MVMXIEPVxo5JCerU2wPkyrs+5q6rpYl3OilG4UCfAHKNrR91UqU9Y0SmvxYB6V/69EdYyQR+AK6W9WEGxmTxH6kRWllYF3bGXXU9xJl24GdgQHA5WAJ9nyM+4yWm59lvytd4tutaxwXlkcTz3HcFrfw7PeuLyWqEPB0685+tznwBj+EHQMeTUlPsM+Q0T3SzdzIjaZw2/F2p2yshfe1KkAm55E9DXdGdkk8L96rFdiYP6hzPb0FUw/+wgvLY8cvO3W2nXZhp2ov4BfagixNEQMfO2YAVLc6FGmbsuu0mTSsCCcP48h9zcITbk0GPJBoMQaysNM7rjgL0KVLkwNPrcdDt8vp1i//m0kNQ97KNUMAemEfLMHEG5mow+CnQw6vcQjiMcEum29RKgxBAnR0PDVyvTeP7t1k8wgLY35PBDt8rw5VNtsO+jRg9hg8dHGUTM1ha+2B9eFZezmJO8wASF8vrGpWeq0K+JHoWNY5+hfBUJ5DSaiKLji63JakhKErDumyDgl8+jWC4GxwZc/+cAmCzr73J0/waQbfmpbma7aN3PRB2Y98b6cDTP3EgsELAt+LxHaTb0b0SiPg4QSSC8K6I+BRBjVZd6AHiWcIOws8Czv06BDw8DnQdkr6awQ8+6OZhsbaZ8zU0UtNakGlWVXtjjl+FsDaO7av+f4nvdPPiPersnP6wtMrLP8neIOvt04m7pl6qbkd2B0/csE+GFOrmhW54Wf36by2L44JkItK680nYUU4Yj8w8FBu4MnEFd3Ck25NORsPFChTs68CvIFvJrSZzB72Xu69IW/lWOAN+UueiS44pGei6uUZdM3bFzBkoBTXCYTsnDgmOM6K/9T+O0NhaOejrHljip5sOsJHRdiImmbtWegdr8Op6hZ8Fnpk7X3SP8tMGL+UJm64M1dRtK8dcwDqNY26xaifI5DJfdxKQLqtR5SN6ynnCXS+rUb+ej1BJ3tbnRkK9xwtOoTd6VOsyTPcF+qSsnvz0UeefbgstdS0t1rOfOWNpOqVqmaf8nPBr8VV0d8NrtgvLewoM1Nad7/V3ZkhijuTYnfeD2H7fGCwA3mwQ++RfcaMAuEzZzxOjI/ZZpaWnRaF/iRMatGtveOg6I+K28T14Ll8ss8/R/zXoM7Vceut/5X8b6HXWy29ySEvzL9Vf+jcXRfsamvOo2vRgi0FtiQCnQo/BxA1CzFVADBxc52ZOKjAjH0vow3wxnjAI+hpmZoCeoGApxegE/BkLV4wWni+W4zNxUbRDfQeg1VyBmFHwENNnLwZ31MCG0/cIeixrFU6VoEotyRRzyisRAHHqPTdD1rIzTGPsvZuffzEleA/RJtjNeds5/yWlmv4kEXo0WR1BB9Cz7o49+7y3JmJJYd5dqq+9Sc5jspVv8gsSAWK7tehNABq8UW369WZYOOKIbqBOAS6nOzaWodWHYEO7wlOxrB9U6kd2MTeab7v7YguCdbl3d4q//SYV683qpB1wdGTbnr/Zi4BAjsYfUPWHUgrRaBmEQA8HXYUt+PA4+5MD3bMusOkOA92+NzB5499Do3tkWHmREJcubReL/Ina08pVM+et+W0hB6WiAV1rg5rCB3DOxXs23b8qgt2BwB26QQ6HXp8n7ZOpYl9qTgYLDqhf64Z1z0TlNEWel4cjyw87tYMCLxheqamC3j65ASQGAarJq8M7Jr4FW+BNLxX/h0Lu665KM+t+X6hyahoIqjJbFV2nll3LIlHvo6D0L2v1zzOX2L7U1rd+P62EcvpkoKhmY8FvBUZu7HtFE1gwAGzaOnhg5cmqyP4bAJFyuwNZnC3JGcz8gIlQSffJwzz9evcIpRbCU0ZV2T77Ng9y1HuSxhKq5C/TrceZVKOAs3Jk1aaNHh/yX2JoMN7grCjJs9YOL5zY63p5dPK+6zkoPGzVqTt9Ab/hq+Rsxspg5Xij/i8avVKDfxz3C2Zmek/WSWGgNfWnfnKQ3dmGAFPwG6kAB4+i8aguqXZZ1XUjA0mb2ud2i5uTbXepWVdXsU5YT2f6IReBywIPL/Mp//mLNja0F5BOQIsufIh1BZ5W+1YA19ASJLk8fzCajOhT475uEemAB5ZeM44ngSejONJ4MkCdD45QbfydLcmwQ7PY13Q+VYr5vWEM0PfzDHcwrN6J99E5R5QslSdZRsa6LRrHIxqob8EYcKamtYvXPPpL82jrOVpj16PNzVkMfbj5GOH8EFrLYvmZmvtoXsNrT3r5vzwnSQzLWoDj0eSBAQddY0SiNo1DkB5rBX8u89JUApYSouxRYejOwuVH0sokpzTORKWVGKTZ4QdgQ7vC28HhrL1dFlzN7R7bz/pm278rqQHQ4cXpOzgsUe+tdDL2XaCmrCjIKsz7h4Cj2dmys4qsvaOYnc2MU1kZnLrLkzG7iTwvB/a5GnynkvwfBqLei/DPrsiJ6812euPqgk4O6EZtezJuSZn31nxPh7vnLjwJLD71fz/xDupfNIno9E1067y8HkCGgIPtyR+TkgC0H0sYTg3sxx67y0249/Pgg9NlgQeyBHHU1uMqfV4bWvx1GGweuJKsExcUSagD3wrkX9wfwh7N/fe0C45BqFHSSsUx/t44iYEm8xwJeBJyfMcjhx0TPy8DktS8vYTrV+2z6saDC2/Vt5Yb5aeL40GF9r55qtoNeCDlYbM4gQGAh9aezRZ3brbeoL7Kq30ZIDpGxx47LxawoHgCgzKfAlBV5E/yXXeNcWfn9OOpQQAC0lq/NE9dYOfK6xqgfhYjDlU0cCbPGO/VNsl5faDlmDUJSV2wjJnZmbd4Wbjd80Y7CXDpJQcdpZrxC3ee+yhZyrqWu9f28Qw2UZMWncIPDUzE4FH1h3F7kJZsgp6hfDZQbDD5wpZdx8y4JF1R7DDZxYKn2GoiAmrTebKGiOTcDbB/5NMaClMKG2Q0OtMZHnsRJWoQnoj4QPwzcnD5wJOK98HsFtU5QEtCbYAN1LAc1LJ8BoJxhQJRradHVdqJnywGCWBp8XxOPBkHI8DDyUtPLLyHBaeWo/nbDGGGvhG/G1WdwfHC5sJdgQ8dGmShTe0R6FJ3nWGZauKkgyCoU8QZjpFwNOBiO5V+neXbao1j7qOHmiC96v9AmVsI3W+6aqctUdjh/CBi9Czlh5NVo/9ZKUZOXCxiD0K8IlzAoq88bicziGBKCHpLvrXwUii89Kq1K1IV7s4YRlKdyuHpN5knK7rFuPUaatN/KSVCDrqfYlWnYUc731Ja012GUBjAW/kbEtaGk5cMo+w4Hsab/9swb5GdWYjaXr46n2s6LyxTewORbE76cpEKZmZunWnuzNbYSesO3JnknU3rrsFHjy7LPC851nPbKuI8avB4jvGE3JsR5dDwsWZHrH+lBwqi3kXQZ3L/4K5TD35m7i3tP5q4Anl5z2geVCz+1zJQuIcBx2KQ08X/MoJj9xsJvayHwwJPJSM4RHwtAJ0ZxxPT1yh0gTWSNpZgC4SV7xG0tiNAtsdUQshdGteDn0r2yDwyJ0pgTekW76ZNn+nBzklqSddr1/UAUlSLUa5r1uK/V72HmCFCZ+ax1m1lWec0Iscnm8utHyDD08+aw9Fs/YQeAQ9q9P1X8FDar6JTN35MOYoslNz2T6dbz2Hkvt65qqc0ajPbNTdptLV6nalCsix6+rEf7cLFeWOOZLk67mlmFV60gLs0oVreD9470unZV+x/QuzY+0hZtX5X82nLiPsMKM5YKkGnf8oNOdhDd6L8wl45M4UwKPaOxm7Q/HYXVwr8EKZOxNEySpu4JF1J4BH1h3BbmKvHPgxkGMm9c01c2duMvmfnWyTkLMXPi88kSVuwnKZvZkZ1Ln8FpfP+Qd401qn8qbCL4hAsNtz+JxZ6EGOtrQPUuFH+/p1hB5/nQDiwn0NZubktfhhwA8FBx5Kj+OBAsbxqAD9DfeoINRQOSroRdZTU8bxfHRcGfBa7Km2iSq514e+gcADvcmAx2J4qLDexSalvJEgFyijVRb3U60jA5eAoBSdd8BvWHCm19dyRIF53PXlxWsmbdZaTGTBonT7PoUPzTGlaw6p0xdQ+HBF1xlaFRx8GEvKnLvRBL8Rhz1UCU4yJsnOi2NlK6BIwHRbjhyAymvUGY4oFXjSsuTX6dgNSjonVejom+oj1ghQycX+qAg50Q7s6ayV6V7CyoSxxTLOKJNz4IdiIrUVgzZkMZdFsoraRixYdWfyNmIEPFFoLmJ3CLxRzJ0JzxzmzrSuTFBA6w6fb6BcC7zJffPM1OACEzN/u1myp6E1QedTiOvVwWecShYihxWw5wkqanhQ53IvbFkDb9ZnIAOCGxvzVWPtxfsa7HZBX8wEBje2LyCo7pPcALTnvW3i7lNm+thVDz4MHux04GX4zdR0xPFA6jBYlG7hEfCklUfA4xbeoLcXXuEfzsFvpzQO/fNig8DzoBcAeO8WWM1I2itBB8cgF/h0qxDFr4smAG4ITpi6ijWQfuKFVpwzNZ0sPXzAEvRQ1655Ls5zzd9g2YwJj98mE3No/JTWbFxudbkmdMjhxY4yj1xuJdI1DYpqZxyRgKMA0N1kXI835rvcpfxYADK+qBK+V0l4Twh0T3XhDyGbsJK1x9UpB4Xek4ZWCw9KqQh2AUsRGOxYsooEHll39EOYYncceGTdEexAZN2BWmN3mKzCgCdh1wcEsJvSP99M7l9gpg6A733oUpOYsscU72+20FsL96AW9gl6U/pn8uL0u2C8/DGoc7lKEGaP4Q/ism3Hr2iwKwXYMdAp4NPO+ZeEYey2E2bqyOX4iwc/DNLCQxHwNLemu+OK71FBBDxRmoCScTyCHW4Z8FAhf4q/C26Zb1t7/D0ffSa0iwc6buGhqCyBgEfQGx6y3KTsb9LrGt0lHHReWIgSgPpWdryJyCijz4q11J7FImuPg49ie1lg3YWAuytrfxOPOfot5ZCARGmAJMm5jZokCCUoSXKOo+pqJdDlcJBJi1GJKepJOARI2hfgFACUcKTrQ6D0Y9uqA+Zprzu37+L3B0FmcssbCGzq+KrFEIJh2eVYjymsO+nKFMAj2FGyCrPueOwuVLfuKDNTs+4Y8Jg707PuMEzjAQ9hB5qMwOuXb6ZY4IGCl5hpIUvMrFErTUpBtVlaDVmcoKpKD3pfVDTfH9c9pYk9wy/3eC7ivwV1LsWV+VzU/4E3qHUWU9ToorpAsIuvbGZCoNGWJGDofI0begvWHTVThxbjrx0PeH0eAo/ieOOZlRcIeGMcmZqOxBV3HI+A5+i4wuvxQl6Ovd/r11HNLHvs+2GYlUnWHYGPxfFkDA+BNxgUnlUlyzZwXwCPzqnXtD/nBqaAYuJnD0fB7N54xDzrxaGHsaQQKEwPX7idslBxq46iylDAx14jZzLKkg2trpHDkcld/J8tICjihuK8LnktVzlWY42qpfjompOx21r4t27eMU9z0aSN4VDCIOORMvs0MnbrAZYc8z31zfQ1FeEFBjyEXZsm0aLuLkApAv2YlskqYwXsMO+AuzPJe4WwI3cmWncWeMGFZpoHPGjBVmxmgKImrDMZJbU2aWdXVYu18o7ua/ox9NXYyw+TWCIPDPrvEf8uqHPxZf5Vz+dmb6c3CTp0Xz1Zc/6ehF3ZYQ92cQJ44pyAIZd+no4lDOfkVJopIYUwFDLfAx7CDsQsPJG4glJLE2QcT7XwaHICt/JC1Xo8cmuqwEO1tfBAIS8uuE/dVEhh3TO/IthJC49gx8sSyMob/B5YeYNWmuSKpkepWdQAKbckZ7E/P9//QRH54nkbzTNcMraH9V5YwG/SKps56LRMVn0kFQHPfY1Ax+GoZbXKzjccnLpLVZcEn2410jWHG5UAq7WPkzFHCUAJSBlTHN4/w+TO3/xM3JkzojaopR08xjhyQObuVg/K7+edFUNe28IORbBDyVIEDF3wJtECePS8INgppQjSnSlLEci6A5F1B2pj3RV61h1qYJGZMajYaubgpVbRM7eYbJhDuPFB6UJlaf11aJT940PoReXjMz6oc7Vadx/wB/G6FQfPaqUHcQQ3lzgEUW4g6tYiPMgj52/Hm42yN37yAwtvkgc8R+IKWXh6HM+dqSkTV7RRQXE0KggUeFQQaoAHPYQdTmhmQWWcdQdxu9eyDAAPxYGHwvidDrxuFnhWUxP2iLINse9QihCck1Dk5wNq2MDFXqun91PMv9S60HzVZr2GL9qhxS1lVio/R1shBXx0TT+nuUxlXSMHpLMJgNuNKo/dMUUJT65cAU0GOxGPFNahsCYXrq81AyDb9lzj1+ZprLqaFuzYgrMiTRZMQpFF/TJrtd8L82taE1YgD0FrI+aeisCaRFvgUSkCxe70QnPeN5Ncme5SBP/WHQFvOgFvsAe88CHL4MfAcjMrdLmJW7DDLIfEliMAvaJFu7hr08AzfmRQ5/Kml0Maa2t6/Pi+GUexMbTsoBKHsbTKtooTW1J7YIx3gDEWph2ET1qHN9ne7MkPgQfKDWTlBQSe59IESQvviVqMWeBppQl/7daE8zCLq03acMjrCacs7P7EgPc6Qo9gF8ClScB71wPe0D7FJn7naSoJ0cDGz7th+JidcaZEb6b/L0eq+dNPZhjULUk2F+fHvDRDA6IORn1fPyetQn+DjTnotOuyEw4HptuVqh9r8UY9xkiSCTa0FZAcP2GZLSPpyCUbjk+dtVZknCrZrPub74Eb8wabknBHJKv4axItSxFeDdBGDCQLzUfpheYoSlYR1p0EXh4+71jsrhBdmeTOJOAR7DzggSLCVsAki9Umo/Cgqdrfcn/qgCzed/N6z19F/GPQ3/v64Jez59KbAiPwvztc3fIDh91BgB0BLUZspeLkNXmdRMdC0RuOmRkjV3i/aAZ4Iujpbk0Lu0AF6Kj2JyeQS1MvT0DoEfAckxNQfw083PZ7acFJDrv+L8fWhxLsBPQofheotRjP1BzcvdBq/KzPEGqyhAP3+TlNBEqUhKQbiGw/ofQkdjWx/2/J00vMs15rc/aYXvALPnrFQdlYnI51CApRdqoYVyXhxqHJzityDTPWJYHHrUcOO1UENH6M0jNUJQh1N6uEoxS3IjP3nDb9X4mhmswOW9i2DmJw+D0yWeUN7cYUY/IrjrP43W1m3aFU6y5En3mnF5q7YndKGzFm3bFSBJmsgrBDoWWHQtgJdybCTnFntgIvdAUAb6WJGLYSfnisMgvCPzUbNtVdD34++hp7/mz6u3Ztvv/LqP+N7azoDclO232Sw+4IwA6trgUIMrklEdBcx1x0TsBvTn61mT5kKd5YvMEEPeHStFae7tJ8jI4rZOHJYbCoYUriihN4f+QF6KgYqLWLaWPZ9fnD/FNhf86CvycT/h4GOlGSAHJmaXouTQAedF4Z8v4SM29DHWW1SulF/5UPJI7hOoeh77ZwYf0zqE0UlRU89UWFyDj9euLM1XrCjTj2q3QmAUTNIqTX0DG7roGRX6PzbmW6pMBUbw2nulT9NxOXUl4Tu6waY2Zm14aOS2CaFZbrWXeR6ylmKGOOdM5ux40poinnGEZoCFRoPkC4M9WpCC8z4DHrTtTeCeuOZWbK2J207jjwuHWHsTs9WYXDjiw8su5AFnZWs0eUmKhRq82UYQVtnkHYVOTvNlEF3oCt9EYMeTX21Bnmyjx65IKXJSkAt4DLBUF+7LIOIYV8dtxOvJH4C8Yz3RF4IGHhMeCBRD0eAx6oPeAJ6DksPJBSmuDuuDLoT/H3yY3JdGdY1+wfQ18B2L3GrDsUAU/W4enAewi97gi9/8/emUdHVWd5vObMcqbPmX3mzPbP9OxLq0DTy2nttm0dxRYUASPZ1yIJSdghYQtUkkpIQoBAAkhk3/d9RxYRCCrSCiKQEIhCiyIojTbSbL+595UXL7dvLk+WsbtTv3O+5733e2VMQuV96u5zXF6/NbKWMQI4oWqCnISiPDcgya1HAuTgMZuUrvf3PlmlIP4F+PlroPtOs5akw/dsIFoJOvo5twa18g3NUqRrOrehZww7tiEpe6aiFHAacUcJQW5Bkui+VMmUl8GNX+4aDv7c3emaW73pC69IhZsC1t00rQsOigEw/ocYv6PQQdWJONYkOsGy7mSTaBCfeUfWnXRn0sw7CTzbupOwQymxu0Q7dsetOwm8/IzZ5xIfLCOXJu/CcqJVZm0C6TvzX8S2LUfPfTm8NdIurHyvFIKNH20Ayj2pUTuOuZFD1+I/pJdmO5QD74Zbc5a08phL00pckS5NO3FFFqBn8sQVu8UYiiw8AFT15efbl55UG+VCogoCD607lO7SRIn4nWHhIfDSwMobPu11pY6Rn5P4vgE9QxOExoE7Kw4ecvgzDk2uc/8fa864TThD0FWsPoBQs0TQ83P0N5KKv0YDowlIu+4RRVD09iw4Go0BpvhrIk6w49e2DHDScXjlBpfVYcwdQW/fzgZ0ZUbeU6Vr1DmOMoO1ZtNhnJBwlbk0LyQ9VnUs9fExl03gPWRORTBLEew2YiCrFIEDj8XupHXnGQIEPLTuUAx2I7+AXSh78fVesVPegwzND7TnT0ybkoMAvOexwUjrysr8wdhvIOnpF1GYOfMQwa7xrfddrQK7UexYIQAo4GfukUatfceN7LUM//G8Ty0RC28eAo9Dj/7xQSJxpTtK1OLJxBUqTbASVyLQMyw8nrhyA3rK5IRKgFHNL7Azu3ijnePTEDI7T7sc/Imw8jS3Ji9N6KRbeAQ8VEbiQlf+UiOVdJiNAfSuN3KfH2+t/pBQQD/nxoWvunu51s3f67UhK4CEGR6DrLXjjVr5hTWOqiVgkvi+hJ1uTXK4GSA1O+HQteFiNeAorUS9hMMs37DLOeh64JAl4CosYy3i/K8Dr53ASfreeyknY5pawsEtTIJe//4Ld7bUlxWzpNM7Vp9NerCcShFkZxWCncjMtEsRdHcmAU9ad3VqoXmkyBwkShEoWQVhh9DznpPClTkCYDe4x9xPgx2rGwHwF1v4+bdCluaTrTZ+B7ArYl0ILh164+RlhF0zwA4/KSGoSusBShx0JAlB9dpWeM4+gOziCOw48MjCA0VScSMWXgEDXj7ILk2w43gEPBRZeJ58dlyhbC0qTUClokuz0/iT9OmSaXxc+9DfwPE0qws6JkAnsjSn2XV4CDsJvG6g5+a63AFrRE2jLQKgBOR4eo0KRP18DLPy0sAFde7DC+5eLGw8jJ0zMtOnkntVS7pByWxUE4o1Xy1DVcJPsxA5DH10xTHPJTClJPxoT8YUOSx1QBqgnGLsS+F+Xs5sLCfAGkmvSYCftaRuO07Rj4RZukxwL+w6TnWNMuYoZzdi2cJ+/O8sxbQrOZvSYezxtMfHXKHYnd43k1t3om+mPtFct+5AinUngKe7M4fyZBWM37HY3ZAe8y5mPVNzDJrO0/BoqaugBTH3F7dv7TV3/wy/iBsjaWbXbGsi6w5nL43yYMeAR9dsTwKRziUUJRzLYKRH8bgd5HtGszwCPBQCT3drUhyPgGeVJpB4HA/FavHUvprcpYkSiSuglhJXYC/xsdEyXnelW9uiHmxqfDd+P6PzC6c94Ol1eL6SVihLkwMvNWauK5hYz7rfWIX+fN+yBm1gcvWHxAL6Gcv7znN3e72y4QDEY8IuHcbKVO9qokQbEWsU0rNUW9yX1mLt7dYy2tahblVKSZhyABpgJBnuU+2+LNvgRyND1QZlPlj+mEWLFtu08rXug1Pn1Y45uza+7TUhp/dPZuIUV7OjUS3wJ3Err2bz4XP4kGdjcmLhg302uPHeoD2ha7EPjmqEEMTJjKfG/0qfaF4lrTuaeUews607PXYnau9kGzG9FGFYxvxrA1NnfZz1TG1T9/alNDCai37us6BxsW1D3wxEl2fdzbjxpvrfqrPNX8Bu8xunPHCFEWAg70hAE+Cj+yATeny/dO0hFxq0Gn3OKASe90ml8AbwNCsPlDiLJ66QS5Pcmgx4ZosxkNFiTHZckXG8FoDXo9OEK7Fgsck3HE6KD4gF95bzgZTBTtOuiTo8EcObTlaeHcPrdjPw0hIWuPD6w2ZHHJSEl90ujqAm9wUw65vh+6gVc/Luznpt+xEXDzG7FKi3q9reqMcb6VpCUNxX5jRy2Mk9ea1YhIoVCa8bCm3OcnNmuSAk1+SH17iqje8oQPQfb5R7/q1Ee2+yAUqjplEDopqBWr7odZcWGfiLH1i8CecjYdLCKKivK82b7Y1zulEaBfcHFCx2U/a+a7pVJfj6D2TuTBhcHROz+Pfpbw/6SX4bPoBOgnsUbpDC0pozyY9CyVDnmrPBDtXXPdj5KEXoKaYi2NYdNYnWMzO5dVeQPudXvRNePJ3eYWxD9+8wwOm6DFqOeRkw9fyPAtF1UxnCjZYzW1cfPEOF5QAvIQE/Uj27x+8LS5DulUHXlJJJu10oawkGVyPAQ9gR8DQLDwWwk7V4g1ktHkhvMQZSCtAJeCDDwmOlCerkBBCNBUl7uuYUFrjKoDBa0AFlxbYL/SO8hppGwyy50UdvWHiPC+A9KSaek1gvTbTuSAQ9BF7q8/Ncdp9Vrgp+76Nlof9tdcixYSj3S9cedLEQu/EebgCorSv233E25oLal7yvlQjDYCs2HWYuVXk0zn0BEsVARxKgpHN5pPvV4MnIDk6XDyUvyWb4xG26+xTlA4R+XsM1AVyCoWm73MDQSlc6/zU7Y1VCj8t8HZ3bx5IZu11mch29P7i8FnW9AIDjNhxSYo237HiD7kxmyZUUttRkA8CXEtOmeNctAHIdXIU/T/hRRUPqU9XHM7vUfpTdZeKlLPZsUGN3OvDgWWQDryBx1vX+yTMu9Ow6qTnx4YrGGKiHpu/FVtGr8EzP7fK9sr8ORJc9xbx3l5qmk1CG8DaUH2DGZBGoBBTGI52j6JwkXsctvlIJy41HXPHQdVgMGckiEsArBCHw9MQV4dIkUWlCrCdqIn07s/FAsh5P77jCC9B7PDvxkuiJSf3q6p75z4o/DRgLPnkG+X8T7Dr1PIvjGWUJRgwPhNYdB15q7Hw3cOxOagSgFvqT5D0deDYAJfQG17wEVqz3M2JyCcZlbrfODkeeRNzA8ZNd5bYGHwk5/NoYSWVmrdpQJHHgcQ0Zv0V9QNGk74FFqzQXqQSt6UKVoCTY8f0RtVudhEuPpDpXC0AW1qIZe+T7djaqtAj1TNVJGOZYut8VAwBLZu1xVWsOCGgKlyk/VxoCjF1z8H0MI1DsCmd6Bm6xIA783wCMcnR50mQFH7r6/HdKTyb/uLIh5Ykx6A5tCj49oRmAeCr7uYkf5MS8cDav+5TzvWLrPusT9+Il0MVecXW/gL0z2d0mnww+M+F42hNjG/G/j4cpKeDqPQVw8z4E+1LbkrcwLwCA3hVzAwLRZU9D4Nbdru2N54+99T7+4RLgSBJ8BENdEoKoerDq6va64pzlrggr/znwQAx4aOX9uksTxArQpVtTWnkEPFSLBei97Y4rehyPZ2o+Od4lPTmuSUlMOR3Ttqij7ybdbYq3MTfK6eCTU8nK0+fhydIEgh2IrDsSwo6Alxq/wA2b9zOEmapK2QHHOJews18XUX71ZurA4mniiOXu448+c34WFq8vfXEHFpVHMvV6z8X+qvS1CWYCelaMUdvXslRNONrXbOJ//9DKWz68Bo/dxAHKrccWu+DUWjFHvgcfQvvmL4IHpP7/HlSy+nbdqVISkioQuezkGzuTVcIQhdfB2Ek7mDtzZeArLnAD/hVCBABYCyPS3sGv8/ULIVzyM4zHgRX3bNSK+4oLfnlz6Zc5MLHuHeyXOR2SVIrhD4YUEiCj/SIFfsV41KAI4+hLCje44qylKCyCjLS7ERYec2vaiSsg0XFFHRWkuzSpHs8sQLdn44F6dJv0C3BxUKYlU8nir/pGjPl26N/4GKaER6sahEsTZPfSROjJpBVp4aXGzXfpKfA7X3vYaABAR5J8HYksRbufqgToYHDfYUzmRoYq1s31ne/e3HNMhdzOdW+5yn7zcYhrxO0LraoKxr/ko+G4X1kAlPI/wkqCb/RLRxwkRFgPM/zZMLOVwKZYj3q7OH70pMCy//Bl5v+735AlPClHQJXBUwehH1iq53bJhrxnl3XQ/vhtDRdwBBD9bACHpwJ3uLq2L/2HmDZF3cFrMxKsqvnwwWEffO1P7zHgPoQPw69BjsUYME6eib9/1F8GostatvnOrbv6V5o+Xb7vpBtZHwFViAEPrrU9eV8H3sx9rqTXClfScxm2tiHgkYWH4kkrKFaagMICdObWJAtP7bgi4ni6hYeSLk1ya+oWHk9ceab2WgIEspU35yeQeRl3u3Ut4MYYxL9ecseaZjVLUwceJa3I+B0BD4XAAy1wwazlLrztmNkarkKBoNkmTp4bICyGwvD0SOsxJixdqPTmqGXDwNbcjtUEObJ8Xc6Aha5iR6MZa7QhaIHR94gq/Zpk1DKGV7zp8vrOM8HXO3+RsBSltUhA01ypumu1bMWb9CFDB+3D5a5qyxGCI4cpB6AAIZNVtuGjjMNnaYcpDryc7Bk7WBeR9zBZ5V51pkIQAgAfAcBmIphw7A6EiRaiVQmw2ghH/F72wvmbcDwCaga9Dzrg3W9TMh2eG2EAaA5abeB6/R4OaM1sP+UPA9F19xbWY9CbYljG9EOQpIKwIwG88IhAu7WKOfRIWxtdSfFmFwbQEexQ1OaGW3kSeNKtya082XGlwBwVxIFnx/F63WJUUE6n2utpnWvebcG/vkyPEfhfjzwS+gP4Otu5+yKj64tnlXl4epbmTa3FQAbwUsC1mTVgrRu1+4TdCUeca6qQVqKU0UN18OTtLpg21XwYJz9d7fpCfKt00zsMnLcvHYR0n65Fwo4OTA48fo2yQflKE7gvN7sgpNmTi5dnJI5ac1DA0q8lqUKSsmRl7RlM1pjsBldtdGNfbpQxR5mMI/unSjiiBADF0YCk9lqUDUC9zrFmT/MV+J0iUBwKoDIiEF2tPVGl+FssKHt9z67jn4314EXAi5yPQLF9fuTnUiVz33BhyAosyVlOwBMWHgOelbhCwEPJjivk0jQK0EXiipGp2QLwQLnPTrqe1nH8CaVbikO3Rtf7ww8H7mjJuEFxA/tj/Tz43PTPwbqzY3gopfD8Jth199yaCLuIoAtLXtEW1hKO5LMzjtFAXO6NFhajPJaB1TZ02ituEMSw+kKsqz90SxkG1yXrD2mgFODz6U6VI6cEAM3s1Nu2Hvm5Dr8KcHUOKFvrEh4b/WW9WdpU1YWqg8+OMQ6E0gcO02DSFJdfuR4tOs1daluNdBRQZEcJQi4rzsgl9m0oShfrgOHLdvO6OrSWAtHV6q27RfSmCOXOObQ04srUhMDjR/N1IYjVhcu2utLcFS6MsFOAx6FHmZojReKKGscj4OmJK2qLMYSd/8kJAnjdXria8tNxx6jMQOgU+POT7kX/ue5tQv8BX/9j9kn8TI8uM64S8GwLDyUKz1kMTwAPtMj1n7BbNAVgoDP6ppog9ANJ+2jLdqvaI6qMZBw6mtahce9OJv5XbD3qgsl1N95jI2fXK00B7CxUuVcO6fzdv18a6VDSfaIbte5tBkUTlHYiDh0tlytd62UaYgqHAkN5bluNdI1lHkdvSlaJrta9ujwQuo9Zd1fXQWZm4ReWHB2laJ/AJl8XgobP4ZrdLtxrJcLOUzgCPbTyhIUn4nggHsdD6BWSyMLj2ZpJPI7HLLz4mUriCkoAT7g0UWjhoTzgPV93JQnShGlEktAv0UWCtTv3OHv2UZZSDQ+tshMZHacbWZocdjrwyMJDtyYBLzlpkUuFJJaCOfupGYAurX+qhKBxbVqO/mXDUN6XAOTXdyKrjEMbXuwDiigCWt+RKzx3Y2ZwOgOcYTEa8cZciBeiVYcZouMELC3JkgwdkhKCEpK0J6Qn2ZCkZUhAVIv9JRjzy9a9yssF8FkXiK7WvcANt4TeFEV95r2Nrszh9c0IMUU2BEdCDKgEOvKXwSiasjyAHYoDjyw9BjySkbiid1xJMUcFCZcmAU93ayLwZHlCbve6S4mPjj5KJQZClyEQPZXidPd6yfo8Kkon2ClJK1ZrMQY7At7CiAB4KQC81NQlrmDez2RrOAWCyp7WSFy/ZwPRgtydg1ACkPbsTFR9z7/71Lg32rAeB0OtXHcovyjbcuS2EnLIVYpu0hGz6xWXqv8yDv9Zqf4nctjTN+wxVSTpNq3e2fR5TPuSkyxZpSYQXa3cumtX3IYVu16ZvPHQGYQdahi8aVAIMr6HRwk/3Cta9KYrG7zelfVaibBjwAMJ4N3KpVkE0jquoHTgycQVkJ64grBreVQQHHvG1Z2HyckUN5M6j4Wo2BHla/pwMvqmBI5ONccN4IFmi6QVATxUHLk0F3ki6CWnL3X5cwF6DGo68LhUGApwCvhZMKR7Eoxyj0BnWI+VEojWuX9YctlAVOHpH4rDp+9yhXPqhfWoHfUEm2LIzCxZfYC9zrAGxR7VNer7NgglKPlRQlE/arKtSgRej+S6HXwaCcbDA9EVaO2xu+U30p/jp+wbjr39QEPgocThhud0HMrOR4BFVzQP3F/DNyLouCKw06w8AB3pthNXUBx4KOnW5KUJ1my85+pcbvyLF5I7jMV2PZ+0ALqT4Lrsn/D90J8FvsaF6dQAvVX8e0vpXPuu6LQCksATZQkyaSVhoadkhF3y4gjwwMpLzljm8mfvV9vIjZKt4tiehCQqLPZJOkA57Ni1lIQilwHESnbfsiDLbfjppRuWG1XbNyQ74FSqliQBzL/GGOcaRCXk7HPd1arDz4o5yiMBruXxVQS88NL9zbz5Pab4B6Krda+YtqG2/ME5YM7eIwi6oV/ADM/pmvbofPjOJlf84quudNA6hJsuCTwWwyPYqeUJFMPz1WJsLkoFHll4suMKuTV7JU77ZQrOh2pHozNUHcBklK+5BkZmbv4Jdlfg32dSx5omiuHxwnMJPJmlyV2aFMNLQRHw0pZ60Bsw8w0JPAFBdm71T90r4UdHw2UqwCfP5XW5AsIKw41K962EnEoJTSPpxizjMIAoZN+TYPSVrWpDT17br5V7UpbVKCXdsH7dpwx8AqBxP67cx/+GscQnEF2te2HG0o0kiIfL95NlZ6kQsi6La3a50n6rCWyWOPBIN1t3JBbDwyPP1JRxPBt49qigPskzPoeGzk0xNO1X10XsjtKtTVGH39RhiBg7pHIFUlKH6kaepUnAk2UJepYmWngIvZuBl5S+1FNKcJnrP+MNs12cDkS6r8BOsQbDEn7sWoCU9kwXqu5mNV2n/JpkW41WpqoFQHkkGXum69Sn5VhlxBpVWMr7VjKOlICfnamqXfvrhMPPB5au2St6Sz4SiK7WvXDgH39T5I17aR9BbTC4Mflx+PojrmjKXhfmbkv/whgej+P9uoUn3ZoolrhiT06wE1fQyuuXMvNSxrO1x7EJqwG5X+EHAOyMghZU4Ldgxd1X+ndeo1ieyPLYmKMZz7AYHkqOByLg8RieBzvm0hTAQysvKbjc9Z++z4NNkd/+qfJaHpXzUnEtASfhKl2pEpJydJWEoi16rQlIHYiWNFCK/UoRe/RbxjFaglW3Km1QSuhp+yYUbY0x3KcqJOlcOXJVbG/8NAYmGDBX5pJAdEUXxKNW3yg+hToVBFs+CI/DoCNK4fKDLjS53pUO2WDAzJ+FVyYTVyLAswrQ9ckJEnpUfC4svPy0OVdzk6afTXt6/LHu3y1914DcFfiDWO+NAmlf/ueB38KFvfTA5Vp/c//F0Q3pXWSnFQ92IDWGp7o0CXoceEmZK1y/qa8z2ImOOqKPqn8wkmwwlmqQ1ODIY40CmNKFGtYsQ5Q/KOoT/Y1Yo2pNGuAzGgHcS2tSgtC2Huk1hpWog89+3RgLlNJCBMU/Nvp19rfwedd24X8KRFfrXt3uD/3XTb36cuc3FVe97MIjNoGrcg2C6u5Jc2lKtyaL40kLDyUtPB7HQw0IzrmYHVt3Kvmxqgb4dPehgJrUNdBLmOL/u9FZnGJ6xVv5zxn7w4qGdLDsEHiyDo9ieLwsgReeJ3PgpX0JvOQgQK9HBHo5Y3a50J5m1kKO91Ml0b4EHwelhKENyLB5LmFoxxhLhJtVWIViz7IgOTC1c022G1VCUAejPLfdrJV+Sz0kCE35B2GVeJ0pNaZoKys4nT74UVeiwYHoii542E+8Yd19O3ymNG8Fh9TdBp5Wj2ckrugWHsXxhvVYeK1f+qyPg10mNsU/VH4MW235GaEB2omZWugGDPwOrtRvhv5YZm/GPlh2LP35OdfTuhguTZ60kqAlrdxs4RHwErNXumDhFlcIDaeLjH6qasNxDkcOOXnOASqtRlsSfjYcDSiGORCVfQZMgpyAo//6xXLLojQBKK9tVRjAZNCz5b/IH2VbinKPA9LncVDVxsP4d85gt8LrehRdrXs92zb0F/CG+OxG7C5h6um7Cjg7W9PO1MwSbk3Q4KwFl/KSpp2Gll4Nz8sR9raacNQRQq619M7DTFL8mcX07OaM+LlX07pawCOX5iI1SxOBR9YdB14SKHXAelew5jDrt6pL3isWIJSAJBVZ0zc4FCU0xV5YhZ4NyeKdTYZLVQBTwFECcZQCTwZJmZEqpYPTthptMJIsMJIsC7JeQNKqe9SOfpNyjL3Q0v3noIaYT/8+7JUPRVd0YS0ZvTGw+XH4Hlp3MpYnE1dKcpe7wtylV/N7LvysT9rMM5ndpzSnPVXdEP+jikaEm2jlZekiDFd9GQvCn2tb1JmsuNa48FMt/D4mgxz/d06Lm/GJWnged3MMD2GX7MfCy1rhAS8xZ5VL6rXG9Z29X/RaldLBR3vyiNKtRR2WJbRHEm7TEsOtKkX3e5WucbnQ1qt4d7MOSQlSf8k3JL00g+2PYlAU8DTrHu0mAWbBv+06FXtFG96B4cF75b6U/6Qbs+m4rvIdjdegzd577P1+AYdYB6IrurBoGd4Qx290YO82+cS9Bd0qF+q9/GpBzqLP+qXPPpMdy4EWxnEdlw2IWToOE4fnAbzzMNs0OidKLvd7AP4y6dZNerr2eBpZd36TVtKWSuAh7EArI8Drucol5K72lF29243c02w0GdevdTjqsuFpW4wkmWAjAUr7g5e/6f3uEjuO8+A3YmsD7NuxxCIrEcfKUjWtRpAVjyQZiTm2dWhLgrAMBtL2hekVKd1qXNmu44YVecfJN7a1WN8M9afj3ubvcxyKGoiu6MKF1g9Pww/1XnGNw6mk90pXDHsIqRG9ll0enrfk0pDcxRcH5yy8kJ89/3z/zLnn+gbnnOmdNvN0XvL0U9Cd5N2s7lNOZHab1JTRubYxrdOExpQOY496QGsfPk3Nju9QF0E7QRU4DBESNP4+EF1+Y7Wx5L4mxT5U3piWMO/aly5NMS1BlCVYFh7CLjEHBcDLW+MSeq916UXb3JDtTQQ1fkSJfX5PB2LIPNdAaLtTi30Akr824YmqLx+m0HQ5LWOaB7/8ea+6EMywKzIScMwMVdqXgLMgiDIzUqXblB9lko0OR7onrcYRMFVhQPUWl9Vnrot9uDyS7DZiuQ1HOr9HscfMzOl7bq63KwoFoiu6aIlMvsuQ0fgRuLsukOvwa9SHzz1Q9DpYbEvBLTkWPqX1gVT7LtgJJmq93ZUp9ofEoM+P0pPmfAbQEy5NlAAeq8XjwEvKFhYeAq/XWg96yQWb3KDVh8UUDTxH0bnc02VbhrZsy1C+RodiZr95Lb5voTGxS+w83vXIm+16l69zBQv3uZFg8RRJi5HHGjU3qy3blWq4VIVsK7GevRaH0c7d63oVrXQZ6VNd3E8q5c/ujRgq2tbg33rUyjXMmkYbln3Cq/FZdo19T2uiSSrRJR987mvQFdBx0HZIIJkFQCvGkgCIuT2Oc95ifjD2G4HouqcLRxdRMgvT1aRuU94j4FHheYpflyZZeKgcBj0AXkKfdS6h73qXVbvXDdt1wpq6oQNRSEBSSnWh8nPdapTDjHUoFizaB5aDv/c6WYGJXSa4dLAEM2EUT07hctd79AY3YMrLLn/h627Yxndc0Z4TDIp0tEo1CJp2RmuYzi1Agsu5EL6HwQtecwMmbXd9Rq11PQsWux49Z7nUhBc8920MTZs3lN1vPrMmLYtRiO77AqH+mn5la/fih3Q2BeGoV0cbXdFFCy2nuwCvq6BP4A323hdWw96YB4q3wHE5jMqZDfs18GAt8FxpbcMPYvsrjBsGous3Iq4H/z7Z0pqPe3R0Q2rSwus8S9Oz8GQdXvDXyhIY8CIxPLTwCHjxALz4futd8rAtru+KQxJyNIHDuFZfr1iNBC8610GqW40SlvpeRs+Zd/VDIGQUem7BhE7VLiVusssIwvT67JmepZjZe67L6r/AZecvcj2HLAFgLnN5MLsuL7zGsyJ7V21wfcdtdn3GbHJ94DqvZLXLHbHCe232oIUuCyDbI3e2y8ia4blfU5PqvP9H0rMTPEsNvDp3/P3j1yhce1DJYPXRZ7W+JUjSng3LPiWrD4pQyfmYdqH/CURXdPEFD7tvxbQr/kHXtsUP4RGSPr4P59/FpA+41w7HBMH5/fg6tAYx0wliZv8ORer/AkMT/xYtMa+vZHT9Vq9u7cLfgYdEs3BxfpCaMue83jxauDQBdihKWiELD607svDiPeCBAHhx/Te4eFBw/B439OXjNHJKjp4i4R4dJQhpz7QU7WsSgVG3EqWGbDiE3YjwdxUVKCM43e6lqlqXugtVh6PeMDyvaFWTcGOew+dXILqiK7qiy+jM8lfwsFgrH2TxT4xtSEtffN3opSnr8LiFh8ATFh4IgTdgo4sbuMklDN/qei95m0ZP0SQOKQQcnTMQ6vCjPX4uIef/vGXrMHvY0lYPOordDV99wOyIE7bikQYENWuQjrlDlx5hheWoD7vdF3ogEF3RFV3R5adeD1svYfKSqNn7OCVp5kfMwrPLEnKUGJ6w8DwNBOgN2uRi8ze7tHF73MBtx2juIh1JBDo6J2tQH1NFMGTXhXxftyT9W4qkl4+5hJ+ObfXA61W53hVbfVRvB3p2Mg7GC/eJ7+Pn2B4xEF3RFV3R9VVd3dR8miv2x5UNqcHFV0UMT5YlqBYeCi08FLk00cKL/QJ4sQWbXTxYezkLDsjpHAQ5fq2JoEfnfF9Cktyk6lDjoQooWwLjoFVvue4/HNVqYZeW8qIrht8JL/YPKTWNIa07Dl3Lc+OICmbN2Mm/B8gPeLf7fSX/Goiu/2PvvIOrvq48/jZtd3azs9mdndk2s5P8k53sJB5viB0njhN37GBA7b2n9lQoooOETbENWAWQAVEEAiGqBMJgiioqIAl1CXUE6p0qwDg2YEBCQmfP+V0dcbn58bNi7ESRfmfmO7f8XsR7UvI++Z57z71mmGHGVz2QgIr48QvltrK54guHx+5LPsYnrZB0gJfGwKOUpgI81NIssL+XDT4RxRCY1kRwI6mQU+dVyc/UFCnPqeBT5+Vn2Oo7SH4eGFtC5QjfOFzcx62EqS+sgbnjNxhqxssR4PjlavxbfbPvhzbZLDvRMNwaR7WvAlHfJXJLKj0/gJttTsrvwfXp0Dbz9gMzzPgKkbaj7MepO8vtaXsqgjJiK9elx1XtydxXs+bkgdoFOYdqrCcO1/5ozIFvXPB/467bNPXLzvbc6k7f6QdvS2dpckpT3aVJEilNEqc0CXic0kQx8NzfzUbo5YDt/Rzw2XQagjKaGWB6kgFnBEOGnZ57lKQ/JwOPWxWkc9af+Fog4oFQm/fGRgj13Q1bFx6GuA9SISEiG7J2lEDh/qo/SXlxFXA8qgAOhZ+A3e8lQeSCQxA+LQ6We8RA4IRIguITvdeg6FwIVso9FODxWO4bF/2rR8QJIVgb7+GN5bXKe2ikXd8WM8wwY3iRFFPys5Sdp8NTdpQ3Ht9dAel7KyE9thIy4qrgxP5qOHmgBrI/OgM5H9dC7uGzkH/0XG1BYl1oYULjj8dS+QJdgotfMNdRIMsd79nzmXGkVwEeuzudTSuyw8tkh4dSgYdadgpsy3PBJ6oCAk+0wmIFaDhmyXNGUFTBpj4zhKU6p87PCEni+rxhC3c/w8KJW2Bz4CE4ui4LCvYRrP58IiDueT8JPpweB4uctoD/8x8OyxlOm7tPLtNg8PHY8IQcVSoM1VrEoJi8Lix7UP+7d5Z2ilvMMMOML4+UnWU/SowuPZC8owxSdpYDwS4NYZcRWwWZ+6oJdgJ0B8/AKYLdEQ12UHCsDoqT6qE4peFBaWrjjqLkpv+0jJGguwLpoAC9WkzPCZtbfWYn9BunNBWHh5JSmvrAW5GLygNrcD74RldCYFYrLCo9z5KBxy3NG8GQwWYshp4BTPWAOHdLDlifWfmlNXfk4rYvPgrZu04TeEaUTsaUwL7gVIiYHQ9L3baB7elH07X+WCO4oriTYaaUc+hKLep/rDOURXcrTpsZWzVY6wssrO89ZN58YIYZw4jgYPhWwraSFUkxZb3o6hh27OoMYVeYWM+wA4QdlKU3Q3lG892qzNZAgLFTj0j1mnSWqc4X+V0v2/ZOnzkpA0a7NOWyBA8Dh2dHd0fAs34ggOcWkg/W0ELw3VENgdltsJjBp7g9nudWcYMqEFVocl9vrAtPFo8D48vALs6WVKWlEQ+uymC4jHhFzNz/yPufgsXryxF2+ifeqHPDAyFJBeO7JxrveLy8tk75/fXgIRYzzNpfM8wYRhzemvv9hOjSBIQdaM5uVwXD7hFnl0WwO1SrpTHzjpz7Y9gdb4TTaU0EO6g80QLVWW1Qk922tzW99W/HUpqTTqGndRQUKEXrn3r77L3sPVcXeCR2eAJ4DDsGHsGOHZ4GPQYeqUCDnnVlEfjuroGgU+3wjoASw4+ljBl0Siv3VUhya+wYdYEYlHIOPCds1IXenNc2QOKGUyMadJRaXT87Ht2dBLs5cfA+ws7oNJwVhvPcGp96E7g9r00nhdlC5+hazDDDjGHAblfJvxzbVnrmEdjtqXh0vS5+cL3ukFivewR2yQ1QktL4COyqTrYK2OW0wZncdqjN6yisPXH1HyxjKF58Mfg76OwC8AupWwd8nzi8dl/wXpA6YODwFHenODwUOzyGHckNgee6qhhcw0vAd28tzM9qJfCRZOjhWAEgvUaGIY1VIMpjlr6TVNKoigraYdrSw3Tslu6Oy03zPhqRsDu6Lhtmv7b+0ZNU5u+HZSVY/K/WPuqfjENSwcfP9QFJKuzo8ffflWumMM0w4wkiJqbyu4nRp3MIdJTGTN0l1usYdgVJDdBefx2udH4GzTXdUJBQN7ReVzTo7EpSBegojVmR2YLOjmDXOgS7s/kdcK6gE+qLuo4CwLfG4Ekt38cyhhV89ZAsun3D07a9wzvo+AN2eAJ4KL01vPcHgaes4TH03MIKNbki9FxWC+iR7NuqYFpCIwQVdRLEJJ0XUiAozaMkKCpjA6eIMk6rkhYcqQYvl826bm/u+I0QH5o2IkB3fEu+tjvULgEa76iEGcsTMFXbpZx4Q1JOx+Hn3CpgVAv/ZfDNXZdxxjYu7LyZwjTDjCeMhO2noxh22uaUPQ9hV4Ypyf7+AZDji5s9lLqUYUfOTg925Opk2EFDcRc0l54PHsNHlP27uGled7NGj6dTVKvXwtR+yeGpdXicznzsGh5JBZ7Lh6XgvOY0OK8tA+cN5eC97xzMPSlc30Ih6qtSoNgli4ElA1KBoARI1S2qaVJMBQaEpWA5xyq93wuVCfzF1vYOrc6Epa5/tDkFIb0FFh6rUTbnGEku8JfH2Cpjbt8+XHUD1+rO0r9npjDNMOMJI3FH6ZtJMbwTU6QxMxB2vF536w/3QC86Gz/hNKYMO5HGZNg96uygseQ8NOH/qJtPX4DmiovPWsZg0IHi+GV15ctu2PB4c1OLd1ByD0KPN61wSlMpS2DgKQ4PYacCz2WNgJ7TujJwikCtrwC37TUwJaEJAgs7CXqqCFB6fQacDEp+jY4rVOZUSJL452c3w/T3j/LpLCr4tMLxtTP3U1rxG4Vc6uZ8qsujf08tQ6BDsbUSi6UI6cfsaNWtaSSI8ViVegLO0pzmB74+O2rVC6HFOCRi0v+s+UeLGWaYMfw4fPjwt5N3lJ+V05gZ0podrdE9Lv5w7QsopTTmcVqvY9gJ0NWcapdhp7k6GXat5RehteJiHsDYS8VgWnOhnJLyte39wv33mztwPe+6bh3arz7s8JoW3+255OSAtEtTODwD4JFoDU8GHokcHmlyRLkGPKcNFTB5YyU4RVaB5/46mIXunMAVxHBjkIk51RFyX5UEOKmV5hmOLDVV+nZuKwSEJoM7X6Sqoyl4qkqwY5dWfJ4XW/FEgMvbW679nFCf3TD9xbWPrbVzeG2HhUm1wy3VMHydfm1j18D0pYfLcV3zD8q/TTWM6XQji8UMM8z40yM5psyXd2JyjR3DLutAjbYLs7/vAejFtQufyzsxBeyyeXMKgg5hV1fIsBOgaykTsGurvATtVZegq6Z7wlhbx5OL091f3djm5/sx4N16QK1jYvR166/C2x+T7rztjulOz3dS7+nv0uRNKyTh8ATwUJLDI9iRw1OBN2kTqQomRlaDy86z4JfYDPMLOxl81Or19WUMRBmEskPUhePbBe0wc30mOBwxhseTeT6zCha7bIVV/nshYlY8RAV9DDvfTYT9oWlawXoaFpBnbCvSTlXZuTQB1s85ACEIy0XOUTDr1fV0gov889RTc2BK4AEIPFbzuN2oKN3yjmGVbnB/1saTRXizQqN++jJkgsUMM8x4AuDtLK/RnN0eLjt4dCcmAa+r6RPQi/rSC1LZAcGOnJ1wdQw7TmMy7NoqLkI7wq6j+rKmrjPd2WPM3S2VAHbHz/FRv78P3qPndxj8pxwBDX7Y+tpj79hfjmghB/iYL+BOz4D4K+7LsgfY4cnAU9fwXB5xeKcZeEIbKlEMO9Tmak1vRZ2BiVvPgOu+Bg1+c3M7CHKqVDeo90yVARSVsQLBwJwWmBGhwO8blCdeNjsjPI3cJr0HZSNOl0EJhzw2Lt1YUtgBAcFJNZgmbdJ5D7dwQ9Mi/D9K37OYYYYZXz0S95b+UCs72CtSmAw7rrE7pZUdiJKDi22fAkff/X5oPdM9CLtWGXacwtR3dhLsOmuuIOyuwPna7r7Oms4fWMZA0LZxunxz6EzIVzZ1Euh8fRF4UxFyBDx/1LSj2Betn9+hfq/xm7vUdKcMTfdJW1o8FybetAbnEfAYduzwNLlIm1ZIckqTJIBXScBDIfC21MDEqBp4C4E3YWstTNhWC7+PPguT9tSDx5FmCMhsg0D8+y6QgKbIEH4L9J8ZukRu+bUEv1lbT8EULGvw9o7hQvYnkgdeZeQ3KxZmrEkXbq5EgFavhEOFH0keq2BUYfh2TnPPlPnxlbZnVl7Tey94I8de2uBkMcMMM5480NXNFwXllQJ2B1TYibKDwgRxVFgZAq4mt4PX69jZ8eYUTmOSq1Oc3UXh7KoU2J3thguoi/VXPceIu1shgeqWn8+hB76YyvRFyBHwfPwRfgg5HwLeVFRAAvWpRR0Db+edN5R0p1ra8Jm7E8Lv7cTPrWEFvIaHUndpPty0ojo8FXjk8gh6BLw3EXiaYs7BGzvq4M2ddeB6sAl8UlthTn4nzBcgY8lQk8dqy311rAJTfyzPI5wWHK+DmVGnYFpIEkxZchj85u3H3+Ee8PaMBk+nSNRm6mtzflg3NxVhOR3XCWdtz4OgrCZ1zVEuzdCfZxBKkmsXZTDyXGBS7WVv9+gi/Hvd1vs70kHkeODzsxYzzDDj64v02Kpk2dllS7DjGrtCLjtIEZtTDHZicgpTcXYXac2OYEegk50dXDx3FS7WXYXL9df2jpHb0m8+vCU98rzDQc4OATcFYYdOz4/604/hnGh9EHQOamcmgs+MBFSi6Dvi77m/tL6NAGcAv5vk/DzeSfzcbXWRsoYn79Isl9fwCHYMPJTi8LafRZ1DEfTqNOiN31mv6fVdDfBWfDN4JrZCQHY7zC8R0EIIcqtCT0+6cGQtVF6nyHidUd1Nqi/j18rg47H+7lWGnXhGKuqAWZtOVnuMjyjkXZeKenBDyk6s7/uJxQwzzPj6I3NfVTXCTrntQHJ2ugXlDDuRwsQNKup6naGzI9CRqyPYXaq/RrCDKw3XsiyjPPALbZl8O7qf38cP0L2Ru0PgCcDR2IF9gpyDABeAc9r9eSgcO2YnCeDNSgLHnGSt9fbed9v9lQ2d1v8zhN8t+6TNzR5vJ9xwCy8aIJfHa3gMPHJ4AnpVBDqxjqemNLcR8IYcHopgh9qFwNvdoGn87kZ4fU8TjI9rBrejreCb0Q6z8oT7YzEAFRhK/WHD0Mg5GkkF4ZeuS6pjdV4Go+wGZ2/Pb/G2bS2lo+R0/z5Phd7A1GWIx09X/ZvFDDPM+OYCXd1Vgh0dAJ0jHQBNKUw+KqwUQUepTHVzCheUq86uqfQCw47W69jZ6cGORLCD7sZr9ZZRHAHjYr6LX26XhnZmTopq1lwcwo5TlyKVeYz6Gty8p5OjQ816FHLeCD3vucngINF4fqrW+s5LAW+f/Xdw1+d5BX6qHth+Hd7p7tjVbl+WfstV1OIx7MjdMewYeCRewyOHJwOP3Z3QnkZJTfDa3iZ4NbZZ02v7W2Di4TawJ7eB74kOhCACr0RAb54EQ2VsBEVujWUMPxWiKgBp3shB6m60mR1X0uHwii7GsoJug79DC4Ju5sRxwX9vMcMMM77ZyM3N/Q66ugGGHbk6hl2RgJ0Gup67fSRydOzs1DQmOzuGHW1OIambU+A8w47SmAg6FMLuOlxtuv6ZZRQH1k25SV90vb6+B/sIdiJtSTeia60AGwEPRX0HwU2kMRFwKTQW1woR3HDsg7BDifGC4+BF8As8Dj4oL9/4ex6vb7qA8PvcaJMGrives7+yrsVjRvwF28pTPZjW5F2aIqUZJTk8sX7H6UwlpSkcngw7GXivxLXAy/tIrQ8V3wpvIQStye3gk9kOAbmdGgTnDQOCBtDj+ScAo/GaoqrAgo7PcN2w2OGzI8f+i5VdBr/vHlSC29Mhk4Mtwd+ymGGGGX++K4AQdvdVZydf7UMbVDjOFXYR7OSyAwKdXFAu6usqNLGzM0hjCth1NyHwmj+5ahnFgWmrvKFygpfXNfjwhpTpBDuUBrVj4PZeOjhH5IMH1kBOyWgGB/5dXLeVgFNYFvjMPiZSmgg3DX7UBg5CjmAXmAZe2DoWYhsk5L0wHRxB6eA99WCP+xuRl9BxGMKPb3Gwv7mhxT4trsu2PP2m06aKAXJ4lM58U3N4DD0GnpLWROAh6IRihQTwFOhJUiE4QYHgPBWC1GcZu0Juh51SDVLmdJ8XdV6auTX3pI/vjmT7c+Gl+Hu7Y/A77aNicfzvgI913If/ZDHDDDP+MoGbUy6ozo42pxDsuKC8AR1bY9lFTmMS7Ej6m1ME7NSdmLw5RcCuQYMdg45VYxmlgTdO//SRUzo8425p63GYsvQm4M1MAOfIQpiBX+ozSoVm4hfrzBLR8pjkl9IAVoSi17xkhFwqeKE8CXgEuUANcthHwBHw3sb2HbpxAV+/KAPHovWcdbTPw7rzM/tLEZcRgHyItaGsv1h5hdYAbXM+umgNy/pi4rYzuptWaP1OdngMOwaegB0Db/h6ZX+LBkHXxHawp7aDV0YHTMnq0NYG5xQz7HSBSJDSfy61CvxUEeCaZkbnJXj77jho/eXqXKqNQ4GBBtA5n6IbMjzGBf+rxQwzzPjLBzq70+rmFPUeu6HbDk5x2YE+7NQaOxLDjnSZnR25OpQCvLRRvFklGgUk/LJspXSlN7o6b4Sec8hJCMhvZ9AZSIEf/u6te8px/S4R4XacQCfcHUENIee1kOCWibDLAA9svViLT4Anth5LToAXypPG8xL73T323La/uuGq9ecrpS9yQ/Vbn1t93j4pstk+NbbTtiT5usua/Ltvba8dYOhJDo/dnQy8r1WvHWiF3x9qhclH28AtGYGY1q6tEwbkIBTzJYeoB0UFbrOTa69N33CiwXdWbKHH+PX51p+H1lMaeti/l6fCFriMW/UfFjPMMGNkRf7RugPSbQdcdkCwMzoAWt2cQseEkYycnZrCVHRjs2UUht8Pg/9OLkXwdt7e7TO4Pudx8IwGsICSLm4VMey4r45FOz2vHZw2FaKDS9XcnOdCFDm6xZmiRbB5LBbyWnoSPJeI1gPlTuN3s8T4/WzweC8LPAJT+t0dcXcxBXrD+otV/N6HLdowY//tmna729YW+5wD563L0z51XZd/Z/LWyr439jQMEKD+3Hppfyu8/pG2XjjgcqT1lndcZYdvZG6h/3tHjjj8dx1wfz0i1fbMqir+Ww3zcz6wvRTRZ3fa1ifPm+dcmmHGCI3CxDoPqcZOLihXL22lzSkkcnW6zk5erxtas5M2p1yRYKfqWuunr4/OQvMQZ/kcTNyYMuCYkwT2+GoNVtNI6NiopTHPycBT+2orP/fPaAKX1Tno3DSnJxzdkkG9S5BDYeuJYPNcKlp3BB21BDyS+/Kch1pxCq8nSut399/fY5+87XPbi+sIgreHD0D9k2Gs41Zesv7mw2brGxvqrNbtdfYpsY3WwCPt1sVJF6zLjndbQzJvuK3Kvum6JveuS0TB3cmbiu9N3lx2b+LWyp4J28/0TIiuvjNxS/kXzhtLbjqvK/jMdXXOp26hJz+xrki/5vZuylXbooTLtqCjF+xT41rsblH1tlci6q3PrqK6RSoNGPgK73nA9sLaHoRbv91//333wJQH9g/EtUxa+9u1D6SLWIMsZphhxsiL3MSaH+B6XZ8GO7WgXKQw1at9SLKzY9ixs1PSmIawY92sr4fvjc50ZtjhoRsPcLMK7bicHFnEYDMSgVAGIEsFJUrfGXofOwv25Rno7DLAvlSBnJAAHMqOcNO0TEAOYcdf5mIcnAfu2KfWFpKHczkD7oHJ992nHui1WXfctb2+8XPrc+G3GSZ/7bL9+sP7tolR991943rtC5IeuIfmDdg/wM8dli8u26U7B7UWfx/L8fdj39krnZKSZTHDDDNGZpxOb8pkZ2dUdiCnMVvLdXZinmVXJ5UdKBtUdNXySbxlFAbdVYZfgHeHLgq17brhNT9RA9RUcmeiJdEct9wnoLEU+EktS3WKyutscZXo7NLBHd0dwkyAbpkGODEmqHE7BDkEHopaa2g+2BB2dmy1PimsAOwrCwbbQrCuKgSPsPwB+6K0Pvusj3vtnrt77RM237G9sOa29dnVd9Fd9Y8UoFmfWdVn+926Ptubkf12l+geu+eePvvUA/ftCxJ6rQhz2+oicEO54mej1kqAo89IwMc56weiJfjR78I+P5EdHuk+3YhhMcMMM0ZeVKQ3PV95gm8ob9N1durVPq2PKzuo46PCxHqdgbNjPehu/fR/LaMwMA3mKZ+s4sB0pl926xDk/Bl4+mLQcV93jqHJY9X1yX16NqWgA5y3FKOryySXRmAjibQcOzkZciF5KIIcSUCOWgacDWUlIRQ0SIQXC0CEo7Bv/bBYzGGLfXxN4YB9RXa/+5L0PltQUq99zse9tqn7e2zee3rs1pge26SoXnSLvdbfreux/XJ1L4LpPqYie63YRwfZi+eI9qL76rU+j/oN6oW1962/XXsf4XXf+hICDNfUbK+s78Of0Wdz2nbf5rFL+/n2uUfu295J7bPhv43vY8B1bQm+T3xfa0vpvWl92xqaE6CjPsGOPoMrfn6ao9ZGbXC+9rndBuHnhvDzwBbf58NDn58Oc7KYYYYZIzMQdkl820Ht0FFhOpe2SjV24mofnRq7BsMNKqp2jeLdmalDKbLxG89NDD9FkCMx8GSYKVJeU6ILRLkvA093nsfsBv1PNIMrviePD7IJeOTmBNgQctjqQw6FYwKcAJ0AHEKNwUYqEYAjaLAILOtKwRXlQqI+KeI0tqfBmVqUC7Wy1vN8GbhsQK0vAzeUK4r6PEfPSa445p/JrQu368R7cCHheyTYuZLCxfuzCvCJ972ykD4DQg9bgh7Dj6GHrVVAD10vQg/H9klbH6ZznwrbYTHDDDNGZlRltfwEyw56uexA9/QUATp2djLslBo71PBgd+tG843/sozC8PxZ+D9TamvooGi/fVd98zsk2BlJF34KLBl4PDcMKeBk8JF8MpvBeX0+2ENzCG4iVSla8cUuIEfORnzhE9xojFAgWVEENquAmyQBFhcBNwIbQw1BxSAjUFEr5LyxnIVjbEnU31hBfZJ4vWhJ8msJhgw//rk0JujRWMBPgFA7SFsFn/OqIu2zuBDgB1sbwZBahl9YvlAwCsfk+uwBh+S05iWLBW/yN8MMM0Zm1OZ3+HAKE6W3E1OFners1Bo7Iw3g2t1bo/hkFXdp+3r3hIi8AT+EDInBpTfWh594ZgxKxRXqO0DdlKkKUb8crGeLQpCFnULAFYAKOTcBOXZz5JYIFAw2bFGSu5LcF0KORIAScHJDcd+JgEb9TdQKwDlhH1ucq0TRuFIWP+dn4j+DP4vkQi2N6d9jsPL7wmfy+3PGz0Bjdn70Wallx+e2anBND1sCnjeegDM1Ex1yaC6BUDi85TkDmLp+mNb8afBTFjPMMGPkBoJu7bAubT37EHaX9U5PMRa+7sZiyygOuuZlCHjjN9Q48to1aPkw6AzE8NNrZfkZgJDnDByiMqebXhVrfjGn0dnkIeQE9Bhybgy5NShybwgMNynlqDkvgtyQQxMty2kQUtw6R1YMySUS51FauxmfoaQWn5G4z2IokkSfNHl9+UMQRgjYEuSEyywbdHvYrh10nwLcBEH6bKJdKUBPwLOuzB46AMCRVEdpXnJ4Wmt7dcMDKa35rsUMM8wYuQGH4dvNJedj5J2YBDoZdhfUgvJhw451PRwA/maUXwU0dEmr6+wDZ/VAx3NPLgbX8OVnAEmU/rOiTnCLrUTHk48gKNbW4BgWQqelNCJBBjXowJwYPpGD0NL62Eogm7ylSpOT0k7ajO2go5tE7WYSPa8GZ2pZ+Fp6Rj+X5yZvYPhVUp+gKDlAzfkJx8kApPXEtYMtpzgReM7o9FwovYmOd3pBBwRIx74RAF1DCjTnZ3fESjtRQwotZphhxsgOghGCbi46u/62ysfeYyenMVHDgl3PtaYb3pZRHu5PB/9Q3gLvur34M4IbiUGnP1afkeSx2qoOkOd5ToWikVs0Ap++M7QdrMHUZT46uhINHk4CctQS3LCPiiTQCQgx7CSgEYAIaNJcNUzeWgNOUdUwCUV9ltNWnJPEr8G+eA3d1L5p8OdFYZ+dH0GT3wO9J3Z72E4adJ8MPqc1BHBqSzW5kdPjS3MR8o7k+j+uiUT37haar0HPtihNXsd7QGu5FjPMMGPkBwLvxc7qy3Xk6khyjR3DrlsGnbHKu5tvPGMZA2F9KmTqw0OXw847CjvAu6SLZQg7ed5bGSt9lqFbVJ/rrx0+bs7YHcrPPVMbwHVTIcKtBN1YOTst4cCw7yLgJoCGMCJQOTHQWNtqYNK2M0JaH+eiz6BwLCReg3KiZ1uxT9omA1K7ww/hWU2tgGQku8RB97dx0GkK50kX4WJfpDsna+t7OF7Dbo+dXjH44GeUaxvlvks0wjFMpDbtz68ZeHj1UojdYoYZZvz1pDi7zlydcuHs1Uvs7KT1uuEArw1fZ+MU5liI/2fvzIOruu47/pLJ0k47bTppkyZtZzpt/mptQkyatHHijg2OjTZrQTwhQGK1wRgH7KSN3SQWEjZmMZhFWBL7IkACJCShxUILSHra0f6kp6cnPYF2CWPHNjYGo9PfuVe/q6NfDqcPJ52Yp/Ob+c4599x7H08Xzfno9zu/37kRM+JTrXKE8D2V0QgvCj35OIWj1a4FJVZ6CexkHqF6DKVeO5TJdxguONcG3l0F1PxVA3zquccF8DGghNAyvTYRcgC0YIRbkqng5ObJvjCO93AYBkMLn2W2e0WAwrmdJlwBeiYEd0x4gNvrMMzJ1/jMcOs2aKHPj0NM4Jl6vZwtzu1AuFFhrSMktlw0oBc1L5kJ24wdtWnTpu3+MqfT+RUA3RzQHghf9g25lJmY3aDtQ11j/8lK2Zds08rYF2Cis95y/fyrue0IPAI+IvW5TaA6/j42cp0CnBLACddJYakKo6qvoUCk45FnWll4YhVAqg7UOOGxIciaDbAFJbUYbWByi6GgFJQ5Dq15Lgn6IGw5CE3BMbSBiU3Qgjjg9kK7q4F7guab3Hcb8MO1QACe6fHx45BtBuxM6G0xw5rhWy6yZQ55xivATjyG0GcJC4ew5sLVp8Ww5ph+0as2bff5Gt9g5+Bfj7hGZoy6Rp8ccY0t5Js/D7dff6C/4/2vozc3HS3iu/H/Kq7hJBa4bi4SgLcA+4LwPPapkkDtkDW7m0CN3KP2EInouDrUSsOr6sQbeh0FYqzDy+afAm8sCUKIybDWlmLCbC4oYF8rCwYFcU0cB6SAoEUhEPn4XGgBlEYbAALYmeDb02TCcI8Z9uSgM9f2AHpmiNNog7bzdb36ifKFWgF6FTxMSzJdEXzyuka+i04EZHMuho2658/aKLxRfuMPbNq0adPmh9uJLcGJbsGPNnWfInBTigIMJteT0LoAdhU45gMkY/CzVCFTKgI99TEdJxCUXqvOUI3Od7HQg3UAO9D+BlAzm7u/VVAbCzrQxubua+PQM9pAGA/kfcMbNN/GHgiwCwAh+AJ2N7JAHtqENggUsgfaNy+zQO7t7TKTXIJ49ibXDl5GUc6L8BUbAag1L77E2GdzcfBeE3hcMzfE2bRp06bN/9bvNmzBiW61fa87DWDFvTpUNAqP8RyB1FJQPtzrmtAucg/CjvSlAKTjMeRYfj0NleIYSr0mqfYc1R6heN0CWDsLOVDLgg9cZgEHGlmACUJo26Dl8IM2mXuHAL8kDr5WDjzTA9wLwOPhTQBe4B7QrgYOPVCDAb2QnbxMoQoSVyrA42xWlWrQLFaQ/DhkdwULjy9jy2JThW3GNtTZtGnTps0P6+/O40QX/2LaYDoCTSEZELNBCLtGUAwIz8tEw6UUoKB79zRpS8cI2KjouNzrUwFTDshY/m/ndbD5GbAueLKJhR+DhJSUahaSUsOCk6rBs4N+Ug2ADpQIY4Z48oyDhUI2ZQSEUxcWupm66F/aF1v5eJlZorByTZYBPFTYjLhv2LRp06bNz4DXg5Pc4Z3FH56BidDOAURbhQ5Veg3QoY4oAUlhScew/f215FjtFQkM1eFVxRjxEBXnZLp3UNIxem6p5HoCNWlLNW9DEVu5NofNx/IEQwlBNm3atGnzF1s8Y+ufiS9AvXSu5U4Gz1CsNGXHFsHHRQC4kcDOCWOrHF4KSus4WvFZFH52HFOGV+Vh0phSD4tderhOdi2FoByE6vArVcw9eoq+FPark2rUZR1LfQQl9I21yKUv5LHFIW/d0et42rRp80uLfDB+llV/NzPho46KXpYJ0KKgi0RRUAHYKjnoBOVWGfejFLAkolAkiibnKFAp1FYlVd22//trnTimgh3NRCX3kHO+gTBGEV6NUWSorixwXVdnqdIMVCoKRx9gCloIb5NfHn1UfOlsjk2bNm3a/MVgV43FOMEt+smmXg6sLPTsuEg/Oqd1RBzfi96doK0wZsFN/AwKPgJUu0ILaJ+OSbTmxXPX4E0ANxY4ZAk36rFFKkDSsXsfV5dpbC2o35Dffk0KRNJHkVpFoS+OqTU/vpStiTklruMN2bRp06bNj2rwNlkZmvMSuziwsgXARWAfgZV22WtPq/cioBoJ7JpBiwgk8VqlfIRepAp2wnhstpM9u+R4P/+5Fha0X1eEUGkfRUOndEx9LPce1SFT7G8taNi940LnElWYVPqZaiBSUeDNi7vAnotNY5EzLeCxqO/FfdumTZs2bX7yDrxzOLn9et3JqxxaOaAIBB5RVGbTQNQv08v5uV87fte7O0NAaafwlItCTw5LMqaC5RrYQWR5yF638SLbC53vy+Bop31sfVS0ui+/xwct2F7U8nzo7t4UCkJ5K4egUnIQhm4uYWtWnGWLHtn2nlWAPiMhxKZNm7b72/KOV/9F0YnmJ0tPt/zq0pm2cxWZTo8ju6OwOrfztdp8d3h9Qfu3pklIswont52v510z1uAQcBLNz3WO2YPfrOD9VBAF3ivCtZFiXwU+cq3dFzAq4Bdd0cPWL01jC3+4iW+X9kmUwyvzFtXriurQqhqECugpAYjju0qc/P+jztF7Z3mlV5696hNA1V4l9SxDUxvZ6mcy2cqnkq9P7qsZv8GmTZu2+9eKTjSGFqc1jwDsWNnZNuY452SV2R2s+ryL1eZ3ssuFXaypyPNxU0n3C+mwEbWflyQ4cXJL2Vn8Ww6tfFB4Za+hCN4KQJoH3lLkrIQrvF9NYFcHktwjAI1KDb5IH0W9yRVQ47Y+5pSZbfhQwqACktinx2pA0r4MhOQ6uRcoD69G7bnYaWTMFnd99CYBHkgOS+V5dWE/tgsvdbNnns1ia6KO3pj08OJzbdq0abv/7Hxqy18VHW88Vgw7VHDYlWe0sdbKq8zdMGiArq7AbcCusdjDAHas9VIPg7eplzsr+77jx8Drw8ktdV/5DQ6ut0FhAniMPgLwUvcnRkZnTttIKw1nUqBR+OHn4bGsxb5PsJR7j2tfymNrV6S9a3zPH77qsqtDp2oQUqnLNNTHinFR8/eWG3WRGWkNw/lyoKohqOjTMaqVa7PYz6JTbwuJK8N8c3GbNm3a7h8rLS39UuGJphrw7Bh6du+N3WBot299ypov9rDGIg9rLu1mLSbsWAefzKuujnkcw9/wU+C9j5NbRmrdJxxchVUW8KA1FToBrnmOXn7tx1Fx5yop8ArgPhFy8hZEx0lfBTd6TPtRJR62PiqVPRN9yIBG5KNbGiVgVEkNQpQMnARKZAxbpfcYyYGX7DD+CHlrS353GzzXZejlKdYJleUeiuQb+lkr1mXx58cTV24LG0n/nU2bNm33jxWmNr8swq65rJdR6+96h8MOPTvWDpN7Z/VVBi+VZd2X+8/42xsV+CtgxK2kCjNaPuXgKgEB4FAIKKMfctHLIn+y2RM5Z2t1GwFeDQjBFSa2xLujsAvFY3IepYIjBd7K/TXshfnHWeycN7uMyTo8sUECT9JSqa+x01Aql9KDVJ+3E83bV2W8qilu1RE3f647sMxDHTKVr0HKCvkV8Iz9RY7x/KIf3tytE1e0absP7cLxlgcBdrfENbs2CGVSG/ZevxvsmLdxkHmbB6L8KmFl1ut/KQKvsqBznE+wVaAwDrcJifALye9mkYv2u3kySE2heT2qAxQpeIRcYeIxgRoVnlN7iGqA8nDmC/ZUZp/16g1jsn72WGsk9SpVXiNKDUG5fE26IX0KxfD9tdf4d/9Z+B6vtJCfgpLATy11SDVq+yUDeEsDd7cLL4Rdb9OmTdv9YcVpLRmXzrROJqjkdLAaWLP76P1PGNr4+DjrAMBhGNOCXb0Ju96mQdbXPNRr8yOLemDjP4jAay3rMcB1GeEmaX+a4WHhL2cN8+u3xmWN0izNnxPYQatUGLYoMhZOASqKwG8efP8XFp5g65anf2JN1q+c9yLkJLCVe42KxBspJOm4zx6kvHzjqf31RlnAqoAdfUYyEAGecL1iXAE8xdiisy0G8FbO398l/G5stmnz6Z2bmfuqZ2Xvr99w/kDd6byDdZX5R+p7C442XC883thenNpUVHSq+Ujp6eYVRSdav2nTpu3/w8Cz658CuzwzQaUB1uu8bSNswPMO66iSwO7yJOyutgyxvrZhNtI68k0/ffHrTYRWG8jy7IinN/uUhwXtrrnJ74mZvdVNgXe40itCEvsEWkKrgBkdDyd9eu+yo5eNyXrNshMGkEH8bQPvhFKgUeARWeO09UHh9+JBkhb7IQcbPuTffeXsbcP4XJco4IstAZ7vNY5iuPOix3iGz8Yc65vcUzP+iE3bXS1rX/U3s1Jq3shKqe3L3l/HzsO+pHmH6ln+kcsMYMcAdqzoRBPjyXIlsKwy8cf3eFmGs9KR6VxiZIJr0/YHgV268295NmZFJoHdBTMbkyeqtJZ5/0/Y9QPs+p0jbKh9NMBvElZmbvyRtU7zvYTrIrgiJkAVxFtBj53sYo8d7eJJDXxSHi8477wt3ne5ipcmeBFEFH6KcQJGKgI8mZe45pW3jcl6RXiy5Z0EpLbfQhBZXiPxHLFPx8Pka4kUvPQciIJN3afXBx1s+ph/99ifbMb/E6PIXw5NtSKUY3Iw8qSV55afHJ1MWokvsGn7HUtPLP3zzLdqXjmXXPNBdkotywHY5R6sZ3mHBdilTsKuNL2FXTzNYWfOR1Y5VK6rpS6/M4AxnQ2r7fe0srOtgY6sdoQdLz8QYWes2VHYeSbCmFeahyzYDbSPsEHQUOfYb2x+YuEPbnzE2jj6+xuHRHAtI54dgm926gTwHt1qQOW/XzxFvTz2qsOL9ypEwEfGw8iYFJzi9fBvro89ZQBv0Y+3XJmA+Ltz0j2MwjGcfhaCil5HAEa9TZrJSoGoCKUqPcngQ823jC3RfvjaDXymsGepPKSqCrv6UP5hp21Fj/EMn1t9+poAvCabtimW8Zbjgcy91T3g2bHsfRx2pmeHsHv7mAC7NAnszDnJrP2Fean+baMk6mhpqfdPbNq0fVaryHbOp54dB91Qz3XWWdMn9exE2PW1AuycALuOUTbkGmUjrrEtfvSmhAcFD+89EVprEXLYood33ARexOrUqwYof/BqT4tjKvDyCCSxVQNPfZ56gfSa2LQmY6Jev/DkOHif48bP9MjmnjmnPQjPe1KYYpwqnLRyrxQkwlMRYp17uO228Wy/l3AHn+lpcq0yZOoTAOWKLu4yw8Kr0keEcHeDTZtlZ/dWhWQmVX9wLnkq7PIPkzCmADvMISifgF0Vwi7fhB3MS0ZJVGNxd3V9We+3bNq0fRZz5HX9Mw1juusHGLfB7nemwK6nYYCs2Zme3dAE7IY7x3g73288vBlxfy9MauOQmWpB62X00gi45kyENIMS66w6rTe2FAzTbM3lCCUZ8CgM6bgSlHJArnrjojFRP78y/QML4mGJ7tlnPPL1SISnynsk4JJmnqrWJ/E+sYBf4e3hfU8eclrvpGuvumrWOIIIHCkA5edlIVRFcf+i3A4TeCtODeF3gP1WL9q0mbBLqrJnvlU9jp6dGMa0QHcSQAfCMigxYc6RDbA7z8OYBuzQs4O5yYNRJ14D7G12ePTb5rV9tswp+KV6F2Bn7J6Ca3bdADYAnSEPwg49OznsDI24R/7Jv17+KpYluKwyg3iAX0DlpIImBB4TB56hyIdfN4q7F/z4dU+HAEuuAxReRBR6IDUQ6XkCrudeyjMm6tUxR69YGZpPH/Ui8IjIv0lg52solYjAU70eKbak/8RBp/WKHijuN/5PLpmbAaDkIVMcl16D4+ot3mLPtJhJK8tSB/R78abamaSa759Lqv54Cux4cgrAjocvu1qG2c2PbrPxO+NsbOB9Vg1AQ9hVZJrrdZU5Juz4H+CiZyfOTW3lXiiL8pY5nc6v2LRpu1druOAuEhNUwJO5q2cHIUwhjImgQ9iNXfevhWX2BZjMbuHElpPWcAuBtc3hJbAz+49nTgIvYu2pXrz3YGLpB3RfzafwPoQLBSgFjxKIeCw/t+7p02b9WMBuN36nsJeyRx63gEclB1uQIqyKUoIPRa9XZKaGiIX98Pv5ZHLTp/gzNDp6jbBmLQIP76OgI2CTJd9Q6NEx3l+1w6zDe3rBwe5J4CUct01jw0xMCGH28+QUIxPzgAk7CGEa6nVdY9Ru3bzNqgBujnMYxrTyCAB2XdyzE2GHuzsJ81Nfsk2btnu15uKuYBF2lmdX3y/NxhxoxzU7ArzOsVf8cGsxK4X/+L4KK0kipdIEHtVPc7ot4M1NbrTCmksf39ZLk1d2EeBhn7Z0jCqAgIhe99TFbj5JG1rwb69ZyRbBb5TdQA9P6k2ifFhzDKKAUwNUDk1fMleLeljgnlrrj5Da8l4jC7aZhFJJX9KSbFKaqUqEY8+vyzKe4+KHt1wVdlpZbZvmBrDbh54dwg7X60ogGeVu1t06wr06HsYUYSfz7AjsMPo08LBNm7Z7tbYy7+F2hzpBBcoOMIyJkEPx7MwGVs++7IfA68CJLemNwncRVmcnwPIkCW0+kW8CD8W3GcP7z+6vmFKiUA+KoNAkwCJ9JRzpOIIo+nQLAs/aYYUrZMvFD2ef9UjuwT6V7+dDybFPnqMMdhS68HyDtzs+xp+hCjbrpqUioT5IAka5BBDa813GLjXrlqaJm0ezqJlx/zitYZdU/S8Auzs5E55dHklOqYbw5N1syPuuuGY3db2utBszxXkYcwrs3DV9OEc5dLmCtnu2xlLv12AT6H53jRDGpKUHTrP0gHp2oFvDHcMP+ukLYCtxYtsclzWCk+tFAxIIPWxBF3qmAC9i/Wkrm291yM4B6uUloqdIAUoBSI9VkCRQWp5UZQEvZs6OyR1Cnku9Ah4eAaYcntSDxDbIJxjK1wODFOexT/VEtoc9tbnUSrwpK+n6CJ/lQqWXice0BfmYjbpmQ6G5frd0cv0uYkZ8u22aW3ZKXeYU2B2eWmN36Wwb36nprh4eJs2Znp1H6tlxuapM2HXV9ol/kPO5Su9lqu3erbOm/7uQoNLGYdfbZMIO1utEz04Gu5HhrrFgP3490Hmc3H7zYlofTq4tApyecHgnVToVeD/d1wpF6AmWV5V3vPaOCLwGUASBJgEZjivgB1LAcNWmYgt4zyw87MXvYp+7w83LKOZWKECHgCPHqn4IbekYPU+lOMe3bgtNKLTeOF5a1PkhPku7j4CTQ05934LcDqPg3Nx4e2fnpIe3YZttGlvGkZqvA+zuUM/uAqmx42CjxrcuNEHHNenZNZlvYxE3vKCeHYecmFuQYdOm7bNYV1fXV680DW4C2N0B2Bme3eDd1uzc19KHuob+xtdsUEdG+wOOHNdSCGFshxDGz+oKXQ935XV99XMOvGM4uf386cM9IqwWO0zYAYxQBjwQdqh5Sw7242c8F5F4lXp5SZX4OXLQwTnso5QeIJ7H/oqd5Rbw1q5M/y1+FwDxb+ccdbPAwh76GXIAomTQVShE/Xnq6wn45qRB3eCvzo/hz1BR2v0xlnook25oX3Esg+Kzvykwnh/uQ4oKnxk/rdeQcg7UxeQeku+eIpYd8N2cXFDudH3kQ/bhezeh5Om6sXUhwq6x6O6wQ88O9+7lnp34R/mVlqEbfZV9f2rTpu2z2mDz4EMQwowbaB/NGeocHZ6A3XugEl5cPuoafdLn4vYs17ercly5Qm2NuJuLu/WS50e2z6GFzoz7GkxqLpzcnrXvdYugelnw7BBMXI+mTgXe3MQGnkaPtWN3Ck83fSp+ThMoHIEnwE9oxXEck8IPx8T7Yg/XIfD45tG88NyqYwvcVXNzdma3HJ5KuNHrfYdhiBKq6jKNx467WcR/nbNq4GrKzKSVVpCiZhFFP1O+fkjOR+c4+dodbho96d3NTGie7i9/zTtYn8FDmLhed+EEqbEjBeXWjk60xk6SiYmwQ8/OM2VLQ7L5RdtwsE2btj9UrV5/x/tfh/aL93pvdZZrBvyCv1tXMOWXm2Ze3ems6lth+xzZ07OSvxw5I/6C+Nd8wktnp6zBvYnAI3o0zQSdqIiwPVctLy/qLQ/18lIq8X4CNwI4PCeDG4Ug9iMzWxF4hhY+ss1reSgvnhmE7dCIZ4h9uYLwvAJ80vtkUoGWXlPea3rM69Itj7lpoiyhCURg6du6og/Xrvkfs4Zx/aKT4/aHNn4w6SHHP22b5gaw6+ewe/uYGcaEPTFlBeVijZ0IO9OzK+FeHSanSDy7Wg464tm1TMKu38gtGE2wadP2xzRnuvMr8IvdhCnGfe5r7OaNW6y/6xr/paZx+Ruey33f+dzU381ISLFgR8KZqMS7AO8xWGeiwAvaWv6p8Hm3CrNap2RsNoPsCC4fRb1AEZji2FMlninAW2nf7xF3W+Hf74niHinsRMBS2IqtHFp4DYUkikJRDc+5xT0m8FYft+obnZVXMeNVnbFKz1lj6jXGqKw267mtXnYCQcv1Ht+YwDaNLS6OfRHCmJ8C7HgI09hBpYSEMXH3FB/KDgjsrophTFyvM3RlAnRifsGga3S/TZu2P6Y1FLmfx/Ri+IXGTC2+0wL/RcaNqMWM0Gzb58BgbesXIuyeCdvt7qiYulNKAWjuXUA0J8sEHlXk7G0DlpcXs6+DAvQgenmfWXL48RY3jja3xUp7xwLerI0jj8E63uM5HhFe+FkUcDKg+gBCHKPj6uQc6kXOLeg2gbfsULdRDvBQgrURQDVI4UES+R5GXfPLXPO5QcJK9H9sviJsJ7bDNs3tf9m78qiorjT/znTPTE/P0nNyZuaPzNIzffrMmihqYrZOTxQ1YkTZChU0KgG3uMbY2Uy6WAQVJUbigisgyqasyiqrLC4sArJVFcWm7OBC3ECoubfwu9x3fTyrrFcUTr3vnO90jk1V3ffq1fu933d/3+/DM+sA7BCz44NdfDUZN1aDHmgr8htpsANmRxvUMw/Bz+zZwX4dOD2Bchz0BSmcHHJYMiryGs/RT239Pfd1OO5238cXMoAcpQbtuGPpnhrkmuGEbmhgXYVn2mkq8rQASuTm6ioCOrbnhAFvoU/mIwpIH6Qk3+CxvCqUi+F9JM6NG+IB8DD4DdGAbneobNA2Ss0CJ8sgBfcHIdnXQtLgyL5uPgOuzwNADMr68rD7EbV+PNB7O8l4oAKRPUHRNg6RPUi3uKrRhwSvqA76nDlP8XuDs/JID694LfOpOCV7xAAaJ2+0TzViajieDAzpRSqk7SCHMDuhHjuW2fFV4wB2Iy1SOLHLUwknhxyWDHQRN5FG9qsjbK65qmP0AoYntepO0uPXpemyWFlTMdlvOgYiuKm5ve3fciVTNcyWHteIAMuctAaYmCCQKp1izl4tvL+nY/AzLC8MwENiprfum1ReWXPJOztJec7xm+RufVkzV8uCGqQQoIn9f5DPey3DCJnXMKxxVtwIw1O4HNDbo62avbcNzlsOA2SCjNLIPcb1284Tduf+7i7Y94SRQElKTvknnBVHRmTZq8DsYLSPvoyZVIPBTj/t4Hpeo25w4Imuv++BQW0HGOhYsANxCu30BGAH2VHXlc7JIYclAz2pNWuoixdAjr5wWZuy7truf7cI2E1T/gttI7Zoml93dmLVE3bKwXYW4PJQCfO8ZoTVgTpTJOcjVSQoNnGGheT/xLI8dzMwPK+gXB7gfeIUoiI38MUhary2WRc0YwGmMf/OsjpBMBR+jbBKFf7NNkYzAngf7dOvfaPjj8SuLYN6PfNezL8b1uTvHlshwO6YnOT7FWfFkZOT83PUYzecd5aZY5dExCm4zw4zOszuiHsKK05hH4qhhMmOIYMSJszeBLAbsTXsCuXkkMOS0VB+Kw4u2p6WO7pObd/oBSvcxH4XK0EtochEDcRXKPXdo5jwyw9Z9vUjfYMvaMQlNmBzRqXC9WAVfJb7uwGt1ZcaeZ8TYQbAc4ss5wHepx5nOsjxvu3frF9brMZURsmCFfvvxgtxIAtwSwKZQqFnW3/4+KiGnjEIn8eyO+EyrPg+44bPkkbZ3Tu7mmjBEfXfQ06TvWdwVhyI2bXTYAdKTBjaCnt2NLMDsKspFHBPKWHbDogSE6XYvaPLn5NDDktGc0XHJvqCvUXbkgnnec4C4TzJezf95B6gTOhgwS6GKjXOuQStBy+Wc49XDiJhzE/Esuzrc930Z1WjXC4x4H2UqyFOITg3ecTw/CA/PHZjeMYpNTo2ST9XuvJsBvEoxQ3zeqcV5bpTpC8yoUiMOYr3NLLA5x55nRb4dNLnycH/4l3FGzvo0UCdqBT+j5yVBgK7VBjtAz12TNsB9NtCGZPusQNxCk+8Rvb2aWYHrE4I7GAOpxxyWDLwvCp0oVaghFFCYvnAEuVMl9e97egb2lrFATU7uy4L5XzqJjobqzDjUMZCGdP4dF4XoSIMa6rvveLUWt5eYSQArPTCFZKL3/TvJTdyn/TbaF14DxL+fkKlbYJmxKqNmoUXsC2GAF64ACsUFtoIgx4NjBs2JwqyO8WHQfoWDvugAvywQreZJFtrA3pBQvVqGO0DZUwhJWblMz12PANouqEcWB2txGStDdl83Kvu/RtOjpczlkxT/p1isvciZxtvL8Q+nHHZRDFt56+4lzBuqrps9A4t4mA3jFRWq7lxjsVTlK+im1U3LVIpy1bzwO4qSjcxkUoBaUMwKmeH1ekUb/i1kTaFJYd5zeg16AbsKTForPbP4gGex/wD9UR1uPJkA1oXBvIJCXgzYZL890VE6RqkTFTD+QoWackQE9qwQLg0onRMdoenNJAHlrWnNDzVpo2vA2d1AS5KtZQBtIoBO2baAdNjB8OlGf9elAB0omAHk1pSOTlerrD77f4/R709n7vY+JSALJ7JfrTPtF8xVfnblw701L3/1K7qSRsD7DRt9V3vj7tIRRHzM6S0y6b27X46H132TJvAekNvyllauCkbnI7fnqfFEMNRJ4sf0J8fJzHLWwYWY9BIvSLiJjn+/909AngRqgkFdKwht4MylbDS0JD8ZjhXSmlZMCgzSd8dFsow3x86Z7vqCOBN9mlR/I/yrzgrDAR2WSBQAbAjbQcMs2PaDvhWYQyzIyXM51SHOut6lnJyvDyhsPGejX4w5GlbPDEYevtACeVlsifrwmyvruuTjrqeH9CFugUDXWurZUxfscKOPq8/+F/oZfftfAu1Bt8oge3ZRhkIeNCm8PtdasIwf7dTU8OUU7dKCBwO6fU8wNvoGfOQFmPYnqzD68L7ZRMK8LAKFs6Z08boVlgz6mMkfXifSvA5S8OuUewuqou+Pub/UPyI/f7sjpQNYAPuUW9Nn0DOCqPkguotao4dO9oHxCkoaU9MpseO7NfxprMYsBXSU4nuLT/j5Jj4gZ4I/wzdeEMZQDMwvfdbex/QiwaaUP0f6BwS1/s1Sw7VsWB31AQ2YoxyE08dp79Xnz8mtNLryJWY5W1adRbf0AmLQd6Q5PPtd+X8hNdkmzCBypqXGnn7pAqHYBVrHI3TydTPKUDsbl3cyHlZpGd3LeR7WbBfNSZLV16Av8P5xPk15SSrdFXKaIgVATuxhnKa2dFKTNEyJiQytp/HyTHxA/vwoZJa2liA9vG7AXe3KQ42brLf34J6wh4L/p2NT9gHHyh/zslhnE/mZJ8cOIeuU327iy/ym8svYhsrE26eSPhhVGnTxfHAqIBlim9PbmY9b2beXmCaEuTaP6bzWN7yOfsIw3Rae3qkPSFSPXHEKkkaPiNG35feVmya36O6YjJtwvRy78mrY7G7YTRR4rEoS58ZWEtZjhVZ44No5UXVb1AZ87awOOXZoa1sjx0BuqdJypjimSBPO5/gAWNnYJI2m75eoar6y039d1tu6+62jmSXpmfowvGCJvwjf/Y1vhGcHAYHYsYr6fMXHJjeR4NLJUoP6VSFBqXd4fInuPcP1rRqaUgFOyTWRSIAWRlSzAO8VcvCQIWIXWDUZHBtttbygJffyGPLdgdLoJWC13SeJwHgbVwfL8zunppri+VH+4of0/vuWGzGWWGg/bo5COyGAOxYcQrN6nC2MGVMppn8eXmju677rzk5Jm6AWAL9KDJY4Fr2TkD/tbSabgA5oawp0N5d8uYOsL6iFWIyrTcgHCcp/wGdrz5i7WW/X82WMgMlL8UZls6rwnmlsaPhl+/Q6zpVJM26nM/XANjBQFh63E0/Zix6FWmy5cua7NQJx68SO4VaEpJMLPu6nymj2V033Vhu9+O1AYNYuuuhVup1ffhas8pWpMLmjSBOYd1TWGYHSkycbI+deHb1dKo6f8PJ8VIwjJ0sYHm8v6uv6fqthwBsYonZn/v0HT8x76HGKk9ODtHAbJiUMm18+/OSq3mlw8SiJnOILQxKLBhRTN9xk6xvur/mWr6W16awRqp9PM9YeiAsPheEOWHZv35N0ZYta4JRNJ0uioMqotA8nEcUmuEmftb6rcmE3blR7E7hIs7u2CG/6IHhMb3dwFlpoBLmGrRfNyiwX8cKVChxisHMTt1W3/OfnBwTP1xsvBUs2HnNCOxCdH4AAM1A0LuHflzDsq+f4eE82ftD+nzt/jae525SQk8qsBDLWxCY20+vcdO68Bp6jakSAfIa7wwey1v2wR4t2cf7LPYWKWvmWUiVmdog/EAwxffOqEKzipSivzeB/brSExE8I3tolj3vQMmgUXuxXuEdfINpv99xVhqayzdnILDrBWZHTUVBCYbxBu/XQWa2Vt99hZPjpSmn3aN/EEve8HvYCMzOyDzw5Vm2jeH+4tf8/pmTQ9Ar09nGhzQKL5+5p5Gdb7fdvJJ6g9PZ7Qj9vQ5EnL7KM5f2lmBNINCAXLXkeAO5SVOKxNkpFmhPQC0RM07py6pC5Uwo/99DPZLDsL9pikKTniLh/t5uYNiYTYqyuxmnBcwEjt3QuUwloIzTqh38W8paXm0qbzuKWN0QWIUhVkcLVAxlde3YmEKXo3uuQK8kpuFXV5Lq/k0Ws1icYfgEs+yuOKmy43nAdrtZ8N/xhfIEAyZvL2+ybxQnh0DPnY8ndZ4eJ0eVDtAgEm2emzf05hnVpjDrZO0wcmBph/UufjdAXUGZS19BaW/imhZkqXH5jtzo13tG91E2Z92wjzfj7Pju42GhjPC5UhHDaJyH92Y0wPn4wQR253ShFp8H2Lvrpa6RwbkHS5+M+T1Fq0d6LuOffZhx2nKum8fyXveZxll5NJe1/3drZXsMAruHjE2YKOB11ne3dtZ1f9tR0SE6WT49veIvCxOr91xOrq2j7M36UF9gWvnFhjc5OcY3sDsK/hHRP4RjykSVGNBh2l+aUqfLPHlNl49mTlVkabBak/c3Z4OzG9imdL2RrRxMr6NPM1H3fXKc13NXjnLx+IgvDM6FAVl36e/1i81neLZjIRKsacOmhNGBsB9H8crjWA2J16E3ky4YJ7DLQwByZoyRSoEjvYow5by0oGkIBvHOK2x6cas130xhdrcoRC1q/n2RYr6p/PmHs0LxXqxfO7WXF8vJoQ8MXIjVOSCwO9Fe230ZgV0LArbBpwB3DwFcHfrfbGQV5t2m7p5qCEsrSq6fXny+RnMlhRhWQ/M7mFU/uVHY5CszvvEVS8Qwisx7PQ29w2OBHS63pR+7+kzmnC7HT0Tk73q1vcNY8EK/N7Yn4+Sgz/1qamjnw5zUGt6Mu6DxuJmnN+hsTxlpLr3oIF3afBQXXfaIWJ5JME3Baw9/Ph4t1nBC5UNSpktvMP/5uSTuUKOw/0FF9l6/PEfUmd+ZwnIzVbot7meE2N3AvENlY7I7mAxP5+wcvq2cw3cpdFlzGBsdcHIIBh4H1tbW9kvuBaIorfqVa2n17SXpIyDXcL1d11TdifsAcfJm7WmutnpxcozH6Bmft9hSZlpoUfNYYHcjVwsAJ5hZYaV4s5f8Pe7PY/ryyjk5iD8p9jgkIpDlx6ANAaZkj58Qw4iyJkwFQOVFsm/l/v4udTW17xhv4toXx1TwB8I6H1GNMpxDasJY4jXmbz+IHZsB2+/M4Ql5ivIaHoOiVhLAZ9mdmzi7m5OiGRO0Z0bDcaiwN6mWWvdxTg7JozRTHVGWOeLbqUV7hBBtmt6nzi4txMYM7SX2a8vafs3JYV5XD+STmUf/YD2RKrOvqU8Q7KrzAOzEMxfN6+pr1L8H3vgdYAEVCWRe4+TAFmJr6b273KQbQ/T08k3jqTyM1xjN8hb6Ztymv1fltugWGrC3mTJjrkCr27Isktz013lEArji9ohWso7TavM6qcQ9x2v03QDyQPfNqjC1yQwXZgMuj3q6fxnVR18jc5EJwJjriVAj5a1Yo/wo03P0TqPfd0AWlEkbRUWtf4Gmpw9W5Y+wuRa0JwjR1XQbgI4eOYQFM5s5Ocw6WNSeBaOChIr2MUQouowT1yhgE8+y1Hry2q3OBxr54hWfAM7KY8W/Kn+BzkUrYXfLjjTSYHGmsGm81YcY8IwvbTr9WE+XZFPOlg9SDiMmWaB9+tWF0YGwK6P5A2GPVg7BGrDSdE6BOW3DhNPp87g2ek3ZmfV6xeoBEz93xdHL5Lg/nvW9hpxfcVcVLFIxaC8Sg55teD1WbNIWZds5OSSL6kuNb9FenRjg2rV9uu7mO9TEdKrfrxr7c3bKrlTmCuxxiS7yavoHi30xxyplXkmqATAzOBvLbulfmxZW3MLs4zVbu7E0Aof1tOouN6FqiLbqch1vuT1W9Z1G4BGuMgr08CRylym+vWT/d2agBgbUmroHufJQEX8g7PQAcoN2QAyFtxa89kR0w8+VxHIMlwbFj/v4jWHUd0cY7p7tcfq9u0vgc2oK0H9xXnDq+8IdF++KrilDa7CBOG5bcPYKVVPvX8txsnBCqqgtanKDsqWaYXPg5EJ6/UhTe1cxJ4fZ2hA8WHZXmaPuEwA7XF8GEDMq86Ku65DnJv5CB9nPcnrd7/cchHUaRBMF62a3EF4pcJ+l3EMS9GVNo5kezICD3PFNXButMnUBtmq8LJ8HeCsXjDqZOC8/phHsP8NrP4f2sjJfWMyChTD4fcRLmfO+J2vx+GB3dyXuu4Myrglpn6PWbVlyeqT/cPFJLd2OYRtWL76vesnwz8Hnx+5w2QDPY3OyzxRODkmi/srNyfSk9J6WO7oWis3dEvblPMbJYZ54OshVB/nN0iOaMfrsMHABiBmdquJm/ft8seiglh0fxFlpOE3ye5v2Q8yILSfKzGso5wNAjG9iOTtmeJBGAZ/CYb+K9rzMTKgixxQh0bigtStP36KVoc5rI5qwzF5MsYib0+cUmNZYzqbzJph5x597FymByOjj41dGGe2b/qPOKCtPNIh+B5HqF2pHUcwOrKF+k3s4OSSJkhLdnyI29xA8OTu1fRjo2IGx7KDYtZwc0seiqb7/xTKu2qLGeyItCC+c2RFletC8GHEFbhKw33PViv1K98N5+MQxuJpmd/stbIg8+9Qo0M3SN3gbBnpzj1YNoRIfEUKs+DBIBaXNGpRrTXBd2ewRA/t4T1yn+II5ORGwYKUkux5jy53Aelhmx6b9nvwHdM9qwNYoUspcIMH5//TrFP2xbkbHSh8nGgH0SPQY4zQv1Fvo6J1KP0TcQubx8rBSiaK1qj0Q/DhhUKxItsm2ZOYTq/jRP6ZVtnvGclQBdmdSqlEdGz/tMCA7gIUbVrp3ShSHIScKbwPYlcJN04I5K1YtyPLEQY/0d/XQ33GgT1IXHFu6CSNy5uU16DyCL+m2rIjWrfeKvoMmchC3ENpIGYPuc02wz2kEy52zL0KDtvh+pWKaXwcBddRjer2wabgCHZsXvJeJ6kzovdvgFU1s/rCzjdi6TBqKe149hBg5+Synyd4zODkkicbGxl+013TVGGJP1q7q/oiTwzz7R6hWz1NNng3OahAAO1xvBtAyKQvPVun38lirMdwDaM0m0a5v+LVUFgK7A3WfhRMpHmeFqVAaU9aEVEETNkx8uJN7fnTig6+Jg2Ln52h0nkF5mPENeboe07AG5di82emL+A5gplSKlzuznj8FHr+nwi5IRX9eYnxFjxT+oZCOqaNWYhs9Y3gTR+bvvfRA9HiSXrwfUTE3qIJyXjnKySFZtNXc/jV2ZxEBu9uolLmUk8M84WTj8x77dNxS1f5YCPDKM1QAWiYnpvVfu4U0ME3oG6xw7zQMjn/D6tBqSpkJ7M6iiW/+c8JVAHpGMz3cLkCrF9e7h6iJzyYcowRem6sCc9D5i72/9P3ApmfY3ge7NdQUcPGMUBnkJeq8IYqnNN7vl6w/rpNF0p7/T78cbcVYNmPvqGn27CCVKCBfMAHwPovMp46tTVZrSu/WgoDNE2UCypsoH3bUdRV1qHr29dT3yFaL5gx0QR+if7hb0WTmscQqWeGlkgFeOfKRO7UzRW3N09Dtpyl/iY6bOHNERJfeBzA4ZGmgg0zU0EDHAp5BwOf0h/gOujevMK1u2Bx7lAsz6nWrA7KG16yMaFk0bcd9BvgGnT1DtcjsGq/JpLQPzMNsi+ypbUMCrxpcpoU+QwlzScx1avhtNM+zFK+DXZsUkyPsY0ub6c+Rm9DND4CcHONjVAwTtSEzwi8L9t5pS28BWEmSmaEl+qZ25qaksrJWEFc49kVv+6ObZhPxnnSYAGA3Nx2xhLB6PcMjLI9ie5SQBVIQ+Gah91C8uYOIIbZvPk2GoR4pkn7djml1ulW+Gf0rPhptgqf2v9qgf+1Fcu6RiiG0b9dFWhCQE1F5YdMQVtO6Ca1HYuPsZTODRlnerEAhWzFovjelBxO3PRAGixyAXDg55Ph/MOB1Ib6gqT2WIUSvnwgB3tVkaDSXLgvjKkHUQBKB8CvWaNK92esEMRk+C3J2SyZWMJ6qx4AHSYBOnPGNwfK+TiQg4YocPSqfTkcPlhjw2L49jy8T1EveCiAMk56jZxdyfchYv1DaOmzxNL9H+dnqB/hBZasZvwvXxBu6LW5PxSueMf285vNdOf1SilYgFY7B+dQ+XqBxJgp+07Efp/NrykmcHHJMnLlrvkfoH4+3xwk1A3Qw5QBsxCTNgtjKoaVvB/A247GIw4rKyUT0cHTfxXvMcFfLZpRKNzeUgB1heQT4wo0DPdwkjUQlpIUgOaZMP+NvLwhXzJguidUP3N2PXFbYkDIk6Q8cmZiuMmTun34vkH79uejSTuxxGjgO38fKw8WUvdg+2ArAps8NguuPMw3wnPyTL8NnYH9dIzUBj8AYHg8z5uSQY4LccGvpH3BebNktIcCrK4TeO+nzM8cfa5h+vO+syDtzCEayXMuoJ60IdnDT8U4oUszdU6RYeih3wbny1nErZcarMdgRwGNZ3hwAOUa9CcAnBHh4QCmlnuyFnryvzXgcdpe0Q/Zny1qcd6dcdVlzMnfRO/5wvfNyQUD2PVGww2Bt9z1PkXlod3pDNfqu/MbxIWTd9lRQbN5/nsWYbYzaNIeXhEraF/Q+bp8xaI7mJB9e1cbBRvm3nBxyWDoUU/z//hl1ZmXbIyHAK4y7YTbA+9zxYD6zjgzOCuL/2LsO6KjOKz17ds/mbM3uZk929+ye7GY3OUnWMRYmtuMSO8R0SUiaIlENtsEObhDHFduxYEQHAcIU0UwTMsL0boo6KgjU26ggQAghEGDTQejt/ZDu6J9f7z1Nl1jmnnPPCGbmzXsz773vv/d+97sRvac+xsc84pkZdqHo9e0pPvPn2zIBiAJINIV+lVfn65vqEFIWGbKmggFPBfh005yaRBbT24mn7X2epMIigTvck0kKrQA2IwGbhYDNEhKbaXlqWgV9FkeUOq5P8ccxmU2LHcBuzidbbcV+jsS5DWPi621KM2MGdLR7WJ6fVYsoT2abDszwbLGA3lj+DJyvuufzk9N/QDVpuWZ6NcDwDFiPMFOQNVw8OV96Zsa3GuxMTDH3GeAtmJSUK10kNx+GBnRKp42wU/VHL69kwJvYfrMhgOvcTP3cjELc3H0W2WUQ4G2oVIZ8WWEHvcFtYKcGeo5EFulvEfwGE9ED6UOpAR3g7jkI7Cg8xcDmoreCSGN8M+GUXh+h6aWVDmnM6DfW246STqZuzc7H9bxJoxIR5YnHjNFMV6T9R0uJZ3W8PtZTQvr3Nb05jjxWTOqrLTMELGA9hCE4Tzw5Z72xwaYCeNB7AzD5zHctOXqNV5J27zXlxYeg/24aH6/1481nAQCZ7WSViGUpxWI6yeEm8vmWTJ+lAHdWAewY8OAAPE3gY8CTozzZQRCxD4alaAQjUlD7ess7+43FQW1XwIaUJNoSIj7ZdSFk/tFbXbYnILIbt9Zhu38YttS2JK32LmubDjlUeW1o4rGaiPkHj5snJ6Vbxq1KMY9emuIcE9IJwDEvSgtflVEq///IxHzalwRl7GBBr/TZmSflKK//Lo/qeIgcj3cQV6ZE6wifr9f47g/4YkiypXf0/2LBTtfQB6QSNRukGuh+kseSz8Rikp7/aSC6DJio35jjzFTzCtbO9KGPenJaoSQkPbMnpHxNQVPGUOH9M5B76KLaS/XFnW0XlvV1S++pL3hSkKdtbePjXTbvm28BeCs4nTl8qT3Nawmen2EJjs20//vX00t9AnbEygwhEGDAk0BPSm/qR3tietP01sbTYi/cloTcWzjWBC+yMy39Zh/iz6CWgfOmV9fUhk/e2RQyP1MP2PTBbuzqGvkG/nJY3DEiruSZnoghVRcry285+uPWc87UxyzDl6bqppZTqm/Zj+mZ6SVmqucOSqu5y8+PoRl5E8clOSgVYUqFYx3PU6ZmnP08BJhoML2jpe+gpYOAZl3pqQpU1C+t/2PpNeVV9Ohiogin+Z30y+Yg68b7GaOAPbw2utecv2HBW/aq3NPX1AAvb0+FzwHv/YglyY7EFevx7pJZA5DRPiRy1NmFNwIAKVp+xBOG5pZ1Obft7MwMpJKm2YW1jdHbj4Yl5FQ5pK/WZJZ7vXaXVKmEri5XgiXQA9jhkaM8GfTkPj3ReYo2+3uvrallhZVwb7Iwx6/aK9SzajxtLEea040UKY/tOdtVvbE9cmpB3dHZ5m8GU5BvQvaVXcJrIKv2cvBim7AYOiX0RWLKA088d8tRD9WTGCOCykuScHcVotKOTI31c3e0ZanvbxBdU1+S82LJTfc/EU6JDjSR9zijE+p3fDJwP9HlU5dUxaJTEgt8DngrPtlZLKehhveJ/me/kkh6Rf8QQOvBhXUYfUduMDSV9H3l9yraG5eD95c7sNyC95ZevH/zeXZGYUcP2cJ0b4Jd8IFqArsyAB6cIz31aM9JIsvQBVm3LEEd6dgRz844eeJItQJm48dCWi90y4nTzpIotJ4zzduXIepnegh4+K7rXPjd74hTIdCwrS/btTG143dcoPk7Riw5UqDzmTcRfWEhNC56X5NDlPfZ3oveUlzBYkvY9ibHyM76Wxy7cNz1oTuLGi2WRfbjw4xNp/V8e8f8ijIqC1hIXc8puv4WUS99fxmIlM0jlt5PJVv6z81Rez2lPU0GH9mRjQWPHEoqnJi8uWh96tfF5ZnbS+8e3V1emr2nfG3eAdvbeQcqf24IWPcaVl7iCfHZ6BWqYtEXa5oBSD73/StyWujm6CCbBBUSP08c/0jlwvrO8nT7hQX23+j4FEvf2cewite4GO/RRbsEjDXd+umj0f8tznErpZpQXvv0gKEbckrE57jWg9qd8P83Qr6p+NZbk81DNlQA8NgR5YmgJ0d8XYLeENLPhKK/IIrdANFo1O2mCZ9rHrs8xfzyihRnwI5URbKR5lMF7B1FomIPRhO1egJ46M1r7yW7bX5iWoOl75xqS8RiG1KleC5syv7LobGZN6ETiogKbQH82SB6aEqfJR2vkwg2LVqAb/7TlkyxXxD7onbORb4wK3/Yk9Pr7a99avoZruWxKLa750Z43KETQoS3Vzh/f450odhmErop72S78LR9v029rf26WHj/mK6xT7g9StOfiKkBoBkXHjwRsqv4/MAMlfPjrbUpnb8jgKfVaPCB7Y2r+t6hxPxphzcVthDYKWlbShQCO+XornIlm7Jix/bblBMHq5T8Q9V3C1NPfp6XlxfoR+zG/rt9jtMRjqgC3kmWE/ODj312ZrZ0siYa/GioFbCuJTuICFo3A6SVcJEhzSRfoOhFQlrGCcDDzex+TWtPO2HFOHd/upwe45oO3Rya+TncEL0S3e2pUsJWMdixA/DaPLjN5UgPrlrXG7yyuBUECuFmeGn35vy7OMZYAeyweMDzeBT3R+/mj0WHFmiLNTWnhaL1e+9YNq1LD4s5KABezEkt0KaoRMhk6EfrOFZRFQaSZsbX1teZe/M5oO0g5niDrWmcsy9XSAtmcCaE/l0rLAqvh69OL+P3YEEoSJL9rBPIPR37V3R9jKNSQLrOMbRYnp+Zb3lnfSpSu9iu3iKCvtcilW2s54Wnt23/+hOPHdxYUERgp6RsLlYyCeRqis8rtSXnleMHq5XcfZXK8W8I7A5XKwXJNUpx2kmFFrXHSzNOPWIIWLcAnkNNqCjZdkkN8MrSTvoN8Ka9ula+AG7zCesvo/rd0/S5Vxz24/2kNN3oI7XmDm7IIDLIaVlyKw/QlFe24uvQhL2KbxjvJR7QIqiI9RHLkNhMb0R3Q9eVA/C0QA+PcpSn2rYAD15edI+lt1goeuPqzBsFBHafM8Aetl0XSThISemTaapvU9R0hm+uITuLz6u8DsBqTwWHLMzi4ah+cbQEiNGI6v5NYADr5HdDthbU4zVavzUINPxZmOgOmTZeVKg5WKlQtvFUdQVEmY4Iz1oIsLI8NiVLTOeCoSq+RwR1iKOLfXqopdH/N2mkKa8gOoTYAmcvuqyFvpuQqtKSQtG5NcTgIzuwrvCHhxILLhxhsNtRpty906Kwtdy9B5BDZKcUptS2gV1GGyu5Mvv0udKjZwJDXf1puAHjRHWm4bzgYJXfAG83tSfw4EkhjTLJ7+OSekU/LqlFYFwKg54u8FkoRafCIjts6TPz+zqAp5SQrqSVbxgvxdsJGJEvzskVPwOKIcINohlRg6fRXfjKUiW8DfA0gE8/yuMUZwjpUoI0Ia7Sl8YevJJKkesrPMZnQ7aNUp21Dt+t5QtdwLNMSkh1eH3oggy114l1NLAz/Ql4TM5h4oa0b0hTV4npNpNp8Wkx5Yt6XKfjeXG2/bc2TkqqV2OSDp2dcg3zBvmc09LYxNT2gWluAB5lOISsxSm6Hjfjb5FQJb+HjovZrc18rlN5YpEMTCIDFSILWNg4u19YICAC7Lw962pfKrsQnv3Z4cSCrQx26STIUXm8QZHtVHlTG9il1trBzkZDr6uPnVFq8s4mGALmP7P0if6RfKJcOnmpVV0wuhxg5Def0C9WVl0p5V4aPxNYfgkGprgvuPE6pdS/Iq2ELvo6qa/w2IhHZ/wjbx/jVsTncw5Xt77GN4wh878RboSc7uK+L4eeRfRoeRrdAfD0QY+jPe1IL3RZ/j3UjsRjmvGnbY2JBHah7YxD1EGZsi46RIq19hHHK0ZuOseNBcBlO+DFZtzwJ+CFOwJepbwQov+rEKL2a/1XFNPIpO3n9KI88T1hn+9t1vv8wUtP3DW/vLoGZA7OGgD0PZ2eIC82HK+HDakaCw8mnTSQb9JoI7iF8yFsdWaZq+es+aOkdDrOa9L2miGEb/CxHUzMH4E0ZurXALu2ml1F3llFtrrS84jsHMCuCmB3vF45md+g1BU0GA0B84sxu0phf+U3s1TTmfDMzUV+BbzVf9pd1uniCIp5ppuYrD+jz6932Jd3N6Y5RfFH2u63vEJnt+Yz8xT9e+LN/9Du0pbxBA5tzb5CLVOF0CGubNHo7LZWIkV3RgI6OMBOcgn0yvGoWtMLI41MHv3DPvGNdeWfbS24cP/mNGhelhrQOcM4Zcaf7CASyYozfLOHg1DiT8ADIPFnQ9JM3C/8hg66nVMP2WuEelEeInhnp5uz919deh/s+68ua+2krZlY5XZbguzIZGi9BwxSzdoc1aSxTWIeN7u6L2CAcn1Qajk4QtMZ/DI09XBSYQmDHVKZWRQQ5O6zKTev3lbYbl2/o5Sk1yllmZzGdAS7U4XnKKN27pghYH5rOH9ZPGE+jFpSqwV4RzacABD51Yf3ialwjI6sawzdZCCXUDpGrJW0mmJ2ZuECdCbFiZu9dIEWoeiPbYuF/zWLU65P6FjZV3ekUjtHleY3wEZjqbGZ+e5Gd+HryjoAj10X9Bj4JLAjBqZck9JhsVKqbk41RbE2sbFejzAh9phxtCCTdkL2l13m5/DIzeb+crQCdOznNHvUgkjUoRF77BpHNuj7W8Uo707otsKzeN8QGjkkHjuNMWrxxn4O/MaFFgUZrMWsQ0YXzfKyPxlTZZqyI2twek2LW/MNl6YUcgQveAvdGz7mGrmvLTmp9G8J7O4x2IGNmbO3UqHWg/v1umoCs9qiRgK7tsiuIksd7M4UNyr1pefvVFVVfc8QMN8biBTiibPwg02VqoB3+rJyYJVrYBU/eYcy5pmZypw3E9wGvD+NWimv6m90o+I6px9tIpkGPVJOgR5d4Kg5yfqCxj7T/o3+tquDRL/71dl3GPCE4aJGaydwJWBKLxXqeJfdEQgO3Us32xUlADt+ZODrEvC4bQF/R2JcjrO6lSELbRFz026gQd38VkdjN6ZBdKrR7Cm5IKUyWxG1mYfFd5CtelsbQYCRKPyI/qCN6V/A+3TXBTH6vP/bJ1fddKhX9p2j9F9Vyu8Ro7yOafCmRWnMPBRv7Nxm4LFvdi3Ks0QtdrgW0RqiB1rBu4ubpEZ0GxaInui/GmfuQW+dDKS1xl4xvzb4zwB4z6VvK1Uyd4pg1956cKRGKUqtBdipRXZIYXJkB7BTzpadVxrKL/QxBMz3BokeqSVBNcJrqrroMlh9YF7S1sj+uFXZujCt1R3A2/FFxhWAnEReecMA617QOyP254Wty650VslfTs21q8rvFqcHsBix+fGOGz1WtmrpUgAAvwYyVS73VyWUKyYAnegMeCLwadb04OWcRtRTHWmyRC6tCovLuSP26Znf2dTxXQ6Ymy1Hn51SV1FLbbhho+9NFKG2jG1L+QI07a+1LLH5G/DQBiCQMIqxT2CfCuevEjw9Rb3n772tDWKUh9/TtOhQvtDm0OjNfR1wpNa5RdG2grP8+7JwOUBc7z1DvzpmB3jTp1syPBU6N01OykDELi0YE5gE5k/L2FY2CZFd9u4KAeyq0XrgAHYc2VXLaUwGO/IGIrWct1143RAwnxvkgET1BCVja8E5FcBD6O0yWI18aro9/Wd9ZU26u1He+L5zMuT6V3cLwUKwlvblklCPOA+igbMpRDTOagFDFNXAPu4o+tsp7lrjgNDrxa/BSByXpgscqlEsy4vJSwB6cBH02HVBj1ObQ4l8Yfpsd7Nl0uazFmISEpDBz5imHrgSuqzgnlaTugmvlZmoDHaj+HuyN1KfxqTxDtkvB23OW/iOxBuz8Y9fN/gb8Iwf77Crg0ARR1ZJMY5fr/letBlA/5Nfi8URwEIc8OrNfe23rdqpzAT3tjERB60CzhC2mEHsauZBJ3XPfhVSZt11HyCCyjtZu6lmJ4BdKUVyFxu+UypyzrSD3ek2sMurV2pPnAXYdYrszhHYnatoUhorL4w3BMwvKU2xbkDh90nVsUA1x+o9EoEG49JdwIv/eHuhDAqQHjJ0s4FAI0afAJ7QfaXNToPe+FWaoPfm3tJL7WQFewSjAaiIijpqg6+tTnEpukuqYMDTB72u05vO9OoB8PDoCHgESrz/FM3laUXCAP/gJXl3HcgXtF0xDSgzYocsPnbX74D30fZGgbRSDpkt+z71m6d0VVMESIspc4tJ6LcMX+TNiBX6ml22KFhe6ajdoQcS6iZORWTzDuThPSBseQJ2LL8meJXx0Zjnjb1j/hMCESCUWR6J/ld/1e9gJBf2TK6UxqwhMIOdIjAD0NkI+BDZCWCHwEFIY94HOjhl0Jp6GwLmW0MjqHQi4Ye4662m8zHPzrQTDYb/KqbCE/JKVJ+YWimtudbQA4x0+UJRVxHEik+4krrhm4nsUG1pBzyuV6CWoxrhAeSElGCW80M96b0Eapb44k6gZ9QCPXYp0uNHZm+KyiwMdqKLUZ75g22N4veHETvUsO6glgEdTvSSyYNk8TfXzGS3BC9gcPCrG4XjkY5BGTIng1/XVZTXJErUyU3n3vQXd1br9rjx56OOinPQFe1NdxZhclqUmZ5OOPazkZiaBeT7MdEBTecjn4r+e4OXLW9Xw18T2N1DZAewQ58d0pgAOkR2ADtEdvY0ZlE72JU0ymAHv1VaqvylIWB+qUUpokM02ltN5+NfmJMpsvX2xGfddBfwJg9bLgPDvbYZV91vGFfisG9vrUtxZTq3WHMSosU6PCdOsQAQqG0DaUzxfU6z3XZUAuzgMugx8DlJZmHXZnAC+ETAE9KbSAE2iQobiGpkpZBQkgfjEUOy98eMvd/MrJXPj5B5/u2/k9mWske88ZXT2zD/cbMqs9X0B24696InUC1PI+XIKWX0urk6lQNtO3gvNC/dATuMPwLL1QsTElow/oxq5TOoZeE5b6VBTxyqLipoJ6gUp6FmJzSVC5HdaQnszjmCHTzHEDDfGwDDQXi2t7VFqyXh+L5KjxvH42kKgtuDYRdnXrUEcc3MPl9rnaGHGGSSxDSUsyQWZvBBNky+UFmslx3KJGrvB31dZDAyW7Ert3xZokTFF8FFwNOK9jTbFuQoT05xBqtEemKK0/jp7guaRJfBsbaBK0tatQbKMugNnZN6zeHc+P36Or+DnZySFH3wAuVFOl5nt4EoDyQffr88487bPnBfjareZzv9/zbORXf69hAVArjcqtuN4+yHpt9xc7p9sjf6eQuTa83FAkFFTmPWFehHduznbBeCDQHzm4KIwj7iiWnXNQFvr+tz8CaFxjmcsJ+OWJHqSVrzQ/PSZHkVz4K0rhrl/P/JEjSlP4a6YlJy28T3KcvocQptcwImKIPqPCwo+r8wvsdJiTY7wENLk1lszjjqIkR84RulnbEoz73TEUu2k1tAFugyVbS/Shm2rAjeGfTiVSI9F4CPAU92gFyISqRn5EZtqc/OOHnnBWmYrCrg8aM5om0WHFoePKXuezpdQWqwVobEZnm8HbjPotat1VpTJ1q5HcZVR3RI7FS30pnha49WoI0B2Y/7k+M/3JSOloTw+NRipFWDD1Z8h/Oe9VXRAjF0Y25NxLKUovsZj/e+SoOIAXr+mMWs4rstQdFBBg+MwC4RYCekMRns5MiOySmOXnFxtSFg/jEQP8QTYMxzM68A3Lw1+PUjsyPDbhylOPk5D6K8ZpmW7PSMrSDrEHrPQuT4+SJwwS+3TZWwvm15PPonOlMPrunoQuqD0LqsSggiy9OinQAy0MQLXNH6NCeWKcOXFTLgsXeV3mSXWxZ0GJz6c/UAeBGxGfY6JVKTEdH7LgEMxXl64t9wtfTmgC/psyjS606wg5v+sPm8w+828Wt3tsNRnkP0iykJPtnvDTZFZlJGxKcWsZqQuxFa8P6Ky269n/fFc8dMyStQ+eFrRHbM3TO4aeU59T+ozDrdiDQmwE5qKkfbgSbYna+8cOZSzaXvGwLmH0M+W/zhX+07p8mbgCc3jUc9bj3lqfLKh5ZOUV4rbfcXTvQbfobXe9FtAE+M/YFqfEeaeMp48XVgqrnaWKsFxli9agJe5OJUUY9Sv254UhkeXwTAY9DTBD4R9IwCg9OVmh4DHv8NoJNTnGGk9Ri+MPsOA52GS1PUxQhPJrN0H+CFTEvu+N2GLlL6rnUfgFGzE1N4vgTzAQdrOvV4egI0iMLw2N3O6Vlj3MHj6B9Uu7bA+DS4abasul8Q0OUC6GSwa5BrduwVTUebypp+agiY/wwDGcUffcKAeee0AO/YbteFo6ePX58hn1jbF6Vf8ijKa5ui0OzqrDxEgiojSK6SEkYpaNMQr0VvHIaQQscQ6USsCDHA0wnwu4KUKCI8RJKWXlP3iDPsXK1hWN5an6q6Ev3ikKZ0GFaw/Drst266aI9NGbG0kJwBD64V5akzOE1aoKdf19MUn5bTnIMElwAPKU64GviJ3q1RHtiY4R/sUPqvKNF93aBl+boyYWi7ML/yZQ3EuE2/3+DTumS/HXJa88F3CJVDkMCsLW8H3+IpkSU5WfmLuvyGT6hmd+dMCUd2qjW7W1Sze19RlD83BMy/Bsqu+MO/HRp3GuDmrUkJse8kdhqxH/fu5jxPo7yPVKI8ApxHnGCklsvsLdQZulrJYuYa5KoAinKdTd4PqgfuIKX2kWJTOsaduJrOQQ+aK4CH1avYi6YLqBtLAXbs+pHecv30JnvknLRbUePX1UURySSKlGKgqBI1elWN5bM9zWEq6U0N0ONHLcCDO4KdVN+TAK/HOyTSTOGLKoMXHL3RzfvC09AfeMdUDYwyQtO/zrV6C+ONaJ5fBMTbDV6yM6VNPyHAG99Qfn4ZRXZ5BHDfkeeeq7iwlKK6VxsrGn9sCFi39ZCZxJPgPdPiOm3AK3MZmJZ9uLXTjKr3IpYk4zlPo7xIVo/v8E2GLgzkEzrm2bI8ERqDIU7sLBhBzQN1skjqedOS0xI/A6NdXK1JQN1CltTSU3Khgn21OHVa6/MGEaNs5DICuiUFyihyAJ4EfppkFlGRBY+Wmck3Ikcsr4LclV4EHEl1ubBlha1qoBesH+kB4GTQk8EPrlbX4wnlPd15YGyLOWRBBQ2rvdlt+5Lw4AIeWnigaNOuVXtd55o8AKIayZEFamcPm7VHIgr75BHxNVqAl7PTdcD7MnqPHFEpI/pMK8VznvrHkZ2luSyPTn3U2Unm0K/s9P7+c7PBTHPlQkN0CPBjhQ8tpxEoF13ZLrPPINhL1O4LqNGhDqFbmBc/72DlVa10JoCOfQSDnkqKk13u1Yual3EnavB8m9bKGfJXiPTwGjR/R9FQUss7X9ULKU4p0pOBT+7XY9DrMr3JQCc89njAk1sZwDItC1mU43fg67v+AQM8bownFictWk/rXH/ZVNJ4B2oshoA9vCY3TEePXVmtBXjZO1wHvIRZB9XqX61J85IbvDERXY7yiH35tcFJA9GE2hDmygQRNNhaJm5IRYTl6goTUSLPp5OdJyr4zDMcZ49BoULtdVEJpcqoxflwBjzNKE+O9CLjcu9FUqpSipBbogbG2iInbDgdOePINSO9TrWuB9cWnmag01dm0U9vqrUvPFCgZ3oz4ZTDRIkB86qMH25rRB+if/bhwQE8pPehyqMDchUgqt1nVAcsYO2N52+KJ0nM62tt2oBX6jIobYtLu6h2MoK96asoL6L31Mdc1cO0PGYtlreDwZ3uThAPW5tdwelIeV6bL11c5UJhXy2dOXppgfISwE4APbhqTU94jJqw4ZQlyKHJlwkydQ76m+xdTVrQT28y0HHrgg7oyeDHrhnl9WgANPLkCHmmYP95lcYPt9YPXFXc8jCnNBHRaSwq4XdAHiPvfZ+EErCAiYYwXzxhZkzQBrys7a4D3t7l2bfVTsxRT03Px/NeivJkUD3k2snOE8etf+QeOsFb0UvnLr0aLQmQ+sK2jNN35/gc8KA/qQOwxj2Vyktf5KsCHnwEuwB8UYjq+s2tEr6TBugU2utzYYuqNYSndSI9GfSgv6nbqycLT7PLgCf16j2YZBaIT0M7VEsmi1LG1aaRK0+SZmcTNaLfhBj1w0JaQSbDtDg5n76DXPXvZ0qmMWjqE4aABUw2YiiNFk+WT0Zq1/CytpW4BUp04V5Ru2i3x6U1+yrKwxR3gxtm7BX9H2BuYRuSSn8zZJLA/nL1AoXaCmjR3EPnSxcnqmOcivz8sA0lADx2AB67ek0vev93Zjp2LvjTOJb5EOKlydLL7b2V49bWiwxOvWjPKAtPqwMfg57sADhn0psq/XoPHugNounxaEVwVjQZr7WExVUYX19/Knzyzouhs1NvDo5Hk7rN+Rre1w9WW0L4msxiGidl16GVxeWpz/jfDQELmFZbwlvBC+q1AO/oVvcAb/gT04rVTsiYV9emeyXKW5Z1Aw3t0vYveVKgNj02ZSBPNZfqe5cAfEwI6UkuDxnF31LjrfLSknxlzBcnOMqDq0Z7I+nvYWO/rBXqm1VIE6nNUIz6YPsVlV49dv1ePfVoT12DE65f05Ndt22h5zM4bZj9J7Jfd8Hpd+C0tVNuobou9ZqeIfJQlWnMqhqQYwbFF7T8f+rDg24tj8iS/Do0bjEVxhCwgKF+JZ4gr/xm1iUtwMt0E/Bef3GuvSFakjHLwfPe8MUfbOHitW6bgqtpznbVlHoV4LsMZhiIIUz/726Xh2Qi2nNIr+6qUMYuOgHAY3cAvdHsi/KUqP7z7ClMNNGHB0X/gyjRRv//HT8/POZIi8DgdFZ/E97lpIVgp9mbbqU3ezTgDZmf7XDOIfsg6sCag6y/JZWfibRoXU016ONgxzoLghE0oFZHQLonets0h+RapT8NLB6wv0bpt6f6PkC/uJX2fXO18rtEUriZf/S65YU5VSrHfIZ0cwMCzQ+7kTLIz+VpCd4jrfBYn3j7TVjqWbuJfjpvgd74383rpOpCN4ShBg8NvXuUHplE21NV9IeCA0RqTdaduYPSuveGgbod7xcmVIvPjVxXrLwcd5xAj1wAPk5vAuxGxR1rjXp+Vo2QFpomD9W09In+kYNc3MJjcpM6XL+mp6PMInuwykBZ1TFDXbcu6Ohw9kTyStJtIUrLdWaBBjF4tBq195oeIFftj9RSbBl4uLZ7zt10ArQjBGYHCMwIyDCfrx+JWQPI+n5VDZ1PlyLj8E93NxGB67xKqSOWFguBuXMPq9EF8kP5pGiubW71lpYmfMGkpFz7zfHpmbXiBO/ZbyQc9RbgQbIsMqjTOJV6bw1/HPqzWX8HmrPeOBKLMU4J+aai2wCPxwnxZGoxnfkygRvATgY89tHzs+9R6quuA+ymRGswe4cIDftXweBUa1DXqesx4KkAnzaDEx6iweKUSSz6+ptyirNnMjctg+ZfFRaKnxjctOG/nPYvdN4OoO18Y98eKeH4G/AAatg+orP+uwjQthGYJZEn+Ob7IyLP/7F3pUFRnmu2a2qq5sdkZmpq5v6Y5dfMrbo1U/fGLdeb/V6jJi4jUdoWEBAXlEUBWTQac5OGbjZZXKIYRY3ELbig4r6CgIpLiBpXVhURV4xc4w7fvKfxad9+eb+PbuhuyM33VJ36TEBomrbP9zzvec5pNYbm1VK2oh2vJ55Eh2zQ65dXuCsU3rTh/SZNPP9+X2WniOjbuQevcv9wm8eNXGQfOUx4N60cn+MupEeuaX+A/XrS4i4Je/qk/IqJe/xYt5PLzk/qOhoX+S462G2Eh4BY7rl+RuPW0YWXlImsuwNAeAR7l5d55DlCVrmfY4Ga0pUJVmbbJwJD5l2TG09rnOmJQhYX0xbQ8eEqKjiBoU7v6knP9XoM+X3IbiJMvbmODLZ5XSz29abw0Uuy7zv4gBsIr4RhXxupIXJoQH4VkVq3YGjOqecmpjIW3hOK9U7vFytcSbLfSQJ1pxseywjvh6KaTpHQntzjLXxXNHXq+nu8WjM/42C9O0kv5J20dnJlJlN+x+Bk4YAbd8QYC7Hr906LA9C5Tsh9wZSc3UV4SIhuZft/rS/P8F6NM9f8oExccAoA6TmMNoOzjrxgqxP28Q8jtFVmg/lvNF4vB+lz/aeua+QJj66APFePIB1xCkIWjdUFuZiFoLajp7arJ0E3W419Usi/tqrcsVOGbEd+r0+yygCicv01h3O1XTXo2HCO1q0in6FLT7f4pB5qtqXFB+ZWmQZlVFGIrgiknxv0+sUVFHcOCseLR+seyAjvYmldp0kooJ/1kt2gelr+/THsDtP+30PnFbuT8DZkHmow9SYSt+Pi0F8v/Dtt1xVLFDsrOUQjEAnImLkGJtJINDCm7CjHkjlsvXqKeMU3ZbsyelCGwoIy7f9v/JKKl2RnRxvpzT+u+L2dyluiFfzpT+a/1QjNfQ3LvXabOCZ955bTVTs9QHtXDxBJD3BuvCmSnvaZntjh9bwzPeOYpVwOYmKmoetFvzv714WDS7s9vM3VHQpHECGE7g0rDB90Q+c2MI919ItPPh+VuKfJGLX+2mhTTiVzXKGjElfUq4cMev3ySuxivtt36a6M8KrKr3VeUMKCX+2Ze0HLr06esIqUjxjdNCPY1Z2kJ+bwAUgyVxn1jGcfb1A1Pu5vbQwOXl4bNmNrc5z5YGtC8mElatFxZdKa04o/S5AYWkJjoJ4JnwPVyiSQnQSCH+aBjpLdIQLiOtp7Y5dqpy3IjaflEUPybo8gxgvRaFNOfEMEBacAiQ1Zz1FxovNiHbedmJBZaXBTwXqPvi5LEriCrkhGelBCQhEJoOuDiMQ2mvTiczL4a9bRs4zEUXO23zZO+abOBD/WN1Ou0Q1XJ/CAHUucQpSYsZclNqCf+V8Nev3yikZUhJJNFTdkhFdX0dBpApphzLHH+QQyU+E5M3e28i/cz8Yuc2uXhzFqYPv9v2dQsQmL96PwMcmi+f0gY07ttBmFT2aaDykzE4tsSEgqdkC85bASby1RohYcU0LzKpSxW9mbcXHPknb7F1xQQuefBEBy9k4vIHh5DS/bHvu71H/u2IouMYf+DgyhRR9OdHm8iIWMp11cWwDZCZZksj091bQFkJ2s08NVHHHKltO71Xh6ROJ+/rV4GypZ901zEgfyr/OPkw886G5xzuCVF1qRUu87o6DROG55NfxDTW9Q+obLwN7daZhHMNFVCgwocMMA4Y5uNaaXw10fYeeKMllEEBJ8O01AmdPWH3vVMSXXm2fsUoJYd8GtQ1wDSbmT9L6x7qmSjCfL8QbCdbdh8rFlcsNY5vIfMimvPpx1dvHmA61EeA6wtJEeIc7ahqjso4wAv1fG7Lrc7YQ3Lu8MyM4OdHtB0zfcFJRrAw0aRft3vGgnYPrGe1IfTnmnB9CZnoDOu7IA2vt6HSo41cJku43wjCFf88bcKwxuLPwO4RvLqWzvfpR7tsVr5LbifKtP2qFmm1/oqMWVJvZeQOYGLuAJwzn2vrUF5+zYlcVOon8f87/rpKZXhwUVI/+CWm7eJvXTvF19t9Pkszp5L99NtHyRsFNJiNvisCgLUsTnuhMJI79sZzsGlSH97DivermzpHSEMW9YGwMYSYeM//pqWHzBj9PNB1pekR51e69ILza5xHaNzmojP9Ou7llXCP3ylAPhTUwvecHGuE/43SSnRA+9Egfwz0dwelmrxIOTxptC4oILZ3razizigrpGth5AXR4PDTELoZtWFj5aehYk9JyeY/baHGFwc8Fnkj/Lg7Bj0KpLbv9ZQKToIJEAgXEk69puuEhsjfBsxeuT3WiF46YMO6A2QZVeerkrMWGW/1eqfpr7vz7ZKeLZvaz8GT/CTIgteJzISG/swEx7lxfUP/mMuwkP5tX+fa01ou8gVJiSBfx0hkaXDr77Wu4EDMqsZGd8dZPjNjdFm/e/kBEfMD2lVInKPKpMWuU98hu5r0qZMu+EDZNfwu/DbPtzjrt9OrfTKmbd9j98gvuYARk3gnnjaRfCZHnic9KDU0548mw9cUldW8iiPd7k4RXi841Y73DmBDGVwQOF82z+dQzRx5BlZ1q6opAckVX6CAvtJmQgkjLSOTx7OYbMg4G7sY9lEPaDDXrp5Yny/Z31ff4FGNg/+aEa4R3+9nSnyYcRjz2RO2Ly6lsgvPjpBQ5L3Cs+33He3aS3dPa2s3RHy+EeE2A4RO1Tx/fSX7SAge60XQHO/5oC2B3tpJiNd2IsRa0y4gMimfAlYNsFjxJewMbzypRsEF4bxn2y1WElxNTb3NvQQWFUJCp5A2M3PQiWRwzhKosZEgmP4JJ6E9A2nlYfbxLh0VV7X8/7xtOD2c9o6p/Cv04tHt6/zRdv3nynb7iOMzVnHi8IEhZlppFfVjIBExnEd4SbDHsZuWUw0g1CYLO+D6eXVwuuA+ILswHL5260FwMiBmWX2MdhPgurQHiA/4BX3nfBb6Z9J/49zyUqWL7Hzp2WjJuR4gcwn8U/UvKPdBEv/FmUS0hoXv1U875nDqQHpJYqUxeUK8Y9njnrm7DytJ3wJmeVt2LfzpWFfLjU4HkSA3LHgTwZ0amQnixBHVBTb7p8pkfQztYDNBScHa8ugAC9lp4+KmYT/7r5y6j+Kf9i8FTROL+X5RvJPmnz6EmrakWD6UHseRmRVvQXI/uYiVZZNGDsnVTNXjtr2OssgflYDrYJR/TSqyeUKMs/W1TZ5E63FSA7ev1xrgu6SYQXN33zT8JZXrkHSA/G2LIYkdXOHnRD7IKOiBHgNEibGepdJUC4mQT5fVUd/unORzzxxaSVKSH5P7h3CZ3tTIXNP6GEZx+3kV7g5G/4Lu1HkmVrdQFkR8XD32/JlXYenIB8tEkQOz01/02CugentphFa1dPK1NPhFfXFgayx2Z6N40TqySmGbxQOA9j3dZMSsoXgPWI2yamqjYNm8e6OMqKlAKPvYJhAVNHmnz7Jf+bQS+9empRoCdhR26pVKl5oaTzy+fYtePP8WbGbX2aGP+yy2MO55xis55F/jx2N+EhLNa/n7WdkzpCcA2dLByiszeCseiWmFLsjCuKM5g0h8ZtvhfDEd+ENWfct4C++7ISnlXOcNwGv2HzK4VxmaaaD2cqssc9znLgKREertTpjRNJT6Le5IjP9TM9Ijr1To+uMiELrqKYBSCCI/JTH29KCNBt3d2MbQ7Sem+fYfn91vLfSMVw8QaugRHzQkRp2fxq9dLr51KYqfMv5gUJ+ZdlhFd76nqXSAdJ5/Q9poxbWQ/CA+JiNjl0eTN8Fxd7ostbl7r/iiSQ9gVkzQY3FGJ02Bh0CHsjSMIiN9m2aWHMW6l1keZ9z2nEGfLtWbcQXlD+OQfC470yMWLqoOO3SB/r26lXQ76ECbVD0oIj6WkTHxGeqN4EZN2etpCFrqrqzQsqKeouJS1wV/cnLgxgX8s0IKNVzVnF28SH3z27CbygcoZ9hZ29ZZn6JL2lqyX1+jmvJozjX9jRPgvqZYR348Itt52loasD2VGXFzTcoQN5xDw2GzxBekhvkHRizcY+1jcMbi6MQY2/Nb+Ofb+XHVONjEgwLpocX9BEnV7wxq6PN0NzK5SIzHIb6U3JONLK/czsLC/tn5wxGRYRFLfpthgxxCeoi+d6IuERyI5Mot502niawBOefMypuqDOg7o9J3b13Dva/HjOLoWPzEJwcU8xlod6GR6c7CbuN+g69T03vf4qioVL9hVz8e5fbWpHePev3lf2dXI1Aciz7OJJ7ekX8duVpPgdNtL7LH57C5+XN/E9SlJwP2b45hDx8rgH1ZjBQ0WjQri9sF3AL2gBmMOzyZ9saybSCyw432myQxxQRPZxEJ4NwVPy+JTs8xpy9XCVsSwc9uvJg5MIT4gZcrXTA5xcUFe3IxvJQRxvUpcHyE2n1To9lxScIC7X0xYo1fyjeYpDSoVeeunlySLzZNvBs0K4opKaULbhbJfIZkwvS6O9k5z67X0QHpFe2KQ8h+XUxTO3VHiI9FonvJ9O7i88buFu1uClQleJsSfX6f0UMXv7QyK9zo43Q9adVSIzj9kQNvdIq6nPK9k4UrJVznFnaY1ex80qfIikBSI9QI30CMFyMYvqgrr8TI+uqsvpdHUlYggQSY/+rLayQHBXirrY3T1lNlj/YdBLL728otS0JxoAx7efuyUjvIo9l7tENmEDs+zrCSEsG89GeHGvSA8hsfRx7O7tXEoCFvcvpYe8lXJS8uZ+nXb0vFHse40Wvv/TCdPybxHpTVn+nUsG1cY9lcrUjGM2RDIEhqzgM/xu4OZG7DqxdK9Bdlg0vwZLMknEEMATHo02CeLaAkEkPvFMT7XbM3bsyKJhPC2NF5ISn/a5XtcX1D/Ez/Z2aovDmoheeunlnYLhKv8mlz9vf7WM8C4fvdolopnL+2oyuyEiO0LC9IInfLcZMTCz1FOjTZBpcP8USgnnUcvGvP9p8FJBCNDuvMz/q+qYFCg423b1Ru2vcm4VYdEJO+GFfr73EUQ5MkUqnTGy8eqyjoQ1E/685xlHeEKXRxDELARxT0/e7eGq3e0B8l09gB9r4kpkpyFoEQmPrvy+Hik4ZePNrgXJ+gatcBhnQ/Fr0EsvvbxTOFfi3+Q+HbtUajHWcL5rwpVti8p+5BVgs2K3PifSoy5vvDGnmn8syaF5ZZ4iPawrBP4+5azkjf4SSM97yfOJpe123j7IqIqyFreC9KIzjij+hRdVyW7Y4RoldOX3ytS5R22ITC9TmDnvdS4e6TLf3cHhgtw2tOA/fEGD3YuTkd0kjvS4Tk/s9lSFLNrqTbpKhSzymCH1MFkO8vHmcO1OD+CIT4v0tIlPhE/SAYfnGM7+Br300st7BWm+wxirt6XlbvXdVqlwZeXJLpEMfDPp+4QG5l61gPAYiPjMCWy0+WZKHa/azLPurvIU6RUuPtIc+EbyBZmBLeuK/uCV0WaflF8x0jsuW1YPm7PzEY04I3JOKkGbz2HMaROnDGdxRAFbzitTs44pUelH7BhrWlLlYCPWy9rfMdU9aXfHIZmWx5OYPZqYtjBR6PbUOj060wPxBeEqX1LXWFvQUnASZJ2etoLTJ/cHxYc59xP5aas3+Q5Py3jauY7PZiH2x7kc2VnO2MKJ9dJLL+/KkEX7rJO7L9z2hHDlk9FLiuzE2s/amBS7QyHSI8yO2/qcTzH262uto6BYT2Drl6VNbDG9UhZHAt8/gxcq+PWMv2ffb4eMfJDUEMnsyWhfL8aGMiU6rQ1RaW1EF5a4/xk6Q8e/n5j0iljN/0sKUQFPA4QMweDo/LswnCZQl4erJEFdUHBKz/XkzixCx+d02oL8bE9TzGJML3po6msTTrWYTDnVPl9LxptyH07nxCwc+YHgxHM934l5jhmNfZJ6GfTSS6/uz8ZbPGvTZalwZXfXhCvr0vdf4eXv06fmPwDhAfx4Mypi3T2Hs6T351KEkEdQMP/wHc7kWkBimjeWbeFxCHm6moVTwEfZleMj196IMO9/ZiM9nPGllLSGM6ILDFxag3Gx0KV9h/ElxCkIxISTB4MidPO3EMLL5wf6DZl/MSz7OBlPy0lPdbypTXpBLnlwqplOA6KCUzttYdSSihaE+zo47WSWPudGnJod3xDNFPWOFZzD00qgxOV9K+cY9NJLL68XiScm8m8GIe+k3ZcRXlX5tS6TC6+QDBycXWmJ3e7Q5RHxjfd1PM/7PDD3sAdJD2eMD8ZJ1Zsgj6RCn9+k/4OX1JsfQDzTQTLDfcq2U3u8GJXiMcPIV/Y5GOWuNO+8xEjvBu+cPznrSAsZT/Og0aad+Ij0uE6PIz+R9FTXFlwIk3XZlYWAlHbx5/fNLH1CSQtSO7JVMgWn1nhTPtocxL6WaWAm/7s5gZsbg1566eX9oigY8Q2h5lT9T7Iw2D0rukYsC+I2nODPmP4ct62Fujye+BIZ6flzqwroYGBE7UnSY+nrL6KHLShWIZJzyIfzUpLFa+j2qPNyAY8ZYUagq4PhNfvvStnnhf4x48h2JtohyzfChE+3PyRLMpCeSHzqZ3raI07RgzNIa0FdJD6n9vXUw2THzNl+t91z0Mdyz2dFu4ghgCc8UczisisLrr4R6xx+P3AxMeill17dvo/nINPfklNUK+vySvPPdHn5mxHHFV68gi5PRnpz4gtfIGGBP/uYF/PtCU+SHmCdlFeqQjbPWDecijM3bwlaXi6G0/OlhXIQss0aqpclVuXxt8z2X2rzK502dJ4DsQeNzb1DlmREehhtqpIeQRhv0lV9xKnd6YkrC/4S0iOI6k1ceVcW0/xjDufBBHaGV0lCFpH05GkLEhWnBvkR6Y1IKVJG97XYvy9+Lwa99NKr+8v4eqKVf1OINy6ukxHemQNVXSYUnBvx4hUQHkE80/skbuszhKvyIov5sRtOepr0ls3ZdnZMb3mCM4JRTb0SR3nHY5D25hIHIqIIJsPsMWxmj6EYf2bJ9SPJ7xCPCWsIKr6dPy6M22h73uJHLipyFMbMvxGRcRRkR4SnSnp0nid2e5IFdS0rMtc6PbkdmbaYBR9/K+WK9Lkw72pS8d90yoNziBNilmELT7Lvn6pwxt2HdeNlvfTqMesJ1rfFN4ablXdaRMK7evqGW87L2Nd/yItXtEgvIabgsZDL9WRR/OZTnia9DZmHGgL6WS+qdlW9k3aZ+pp/bejmgtEv7fPJ4NfPWrs2dV8dfqaEUTk82SGItz4ircxuSebQ5QHZID2B+LRJT1xbEO3I5M4smnZkmoGyUg9Ov9E5lSrE/2TUsjNau3o03iTi4zo+50hvCAh4UBb/fR+yUeZ/GfTSS6/uL+oiYKTMoBCOFZ69KdvH27/qVJfJJHxw1mFevGIF0amQHq6xURuahTHd48UzN1d4mvRYRt+j2I8XFWmcpz1Bd4zwy+6JdbFs0Bhz/gTDbPwMNvNsY06REPtzPTLlMNmREeEBjt2ehPAIUiELYSFBw46MXFnUPDhxFbo8ddJrg9+MzTdVyZ+teWjYkYnEp63elJlPs88ZbcwRU/bDDHrppVePW0Jfx/9DzY5dL11PKN92vstEkmfZU8mLV2bHbnkO0iOIxAdER6xvEsyuH3m+06NMvQN1wW+nntIglxdtu3QWX9s6gIcKxIrRJkZkGsGzrZPfn1u2Iavohn0H0kQ7kLTYbm2MSC5uhTsL58EJgPBknR4ID8SnfaYn6fQk6k2h09MgPYITCk7Ab24J1KuA3B80fnOjkLKgYT6NDk/bmUUkvNGhq8UpQK4er6OXXj2wsGjtIGR4M/UhOjqR8C6WcgnobgqGDfqorcvjIO30oiPXN5lYd8cTDfL2vEF65AlKUn4N3DH2TpyP5WJvkRxhbL/k87lzCn/gzbIjBpFxt3394G540sEXZEfWjvQyAU3iA2S7egSh26O1Bel4U+a/KcIp/03/xRWtzKFG83djXHSqRVhbADSMpy/w403pcjpdfRO2tht5Q0Rk0EsvvXpeQRUovqGeL6v5USS8xku33UIemZyhNDAzetNjIjqtEWdCzKZHJGQhTHg3/ZjoyOJJH87p/7ewGKpNJ9ST59A5M99EMxt9BrDsvX6BfzD/o5rjCs56cCbHPv9jqPo0SE5cIr+ZMnl1GVSw9Dg3zyu+JfqFjumfXB9uOfiCrMhkhAfIz/TKQXiATL0J0pOf6y2UjjeJ9OQp6k4qOIn08GeMKzWfo/fSalV29ajL0zSeFlcXeNIbZT0ERaa4+P+aQS+99Oq5xZR+DiSUHrX2sidsxmjvjYXONvBp6LbubjpIDtdCXAkOnd4sZkGG1AVRnLE6eW+Nt7q9NSl7ayIGZZcwIQQF2LqCRghNXj7fteSE4iIgwmjGGSNImH9sKz7fcZ4yCAl+AzOqp6UcboUdGUCkp9npZQjER6SXJR1xgvTk400CdXpCtwcIpCePFwJk6s3xK2o6vCkIX3NVc0mdOjypmAWdnjxi6OP5JxCUq3CG3XW2BHO99NKrZxeTu4eKZtKso3vuqbGmZdIqh3Fb3NT8ZhCetY3wpOd5hM/iC1toOZ0ANefcyLVHvUV6JGxJDV99JPjN1ArqxjwNdG7JbF9wx5KjP4mPJ3H8yhKIehw+f3RObXRyCfPfPAIQ4UlJD4js6Fwv2+nxJiAZb4LsxG5PlfS00xYi11Kyuyb8mLuKxH9TjBnqMFB2OEd8PktOK6bBWY4J+ggT1ksvvXp8kaO+g+/gpi8PtosMYokKyt4V7kkhH/v7lHP0vZCWAKIDZONNkfzM8duVcSMWthtl4dxq68KSJm8SH5CfcfD6DN/FxaxzrXc3ycHkOnrYwuJvrHuq5MKa/VckOX8t46esboT5NEynyXjaTnzpTnV6GmsLuEqIT6bg1Baz4CqKWXDVDJP1j9soU2Q+hU+ow43Q++m1RHZquXpitp6c9AiM7NjjNH2Y7aDY9e2d9I5BL730+vkUG7Vl828WE99Lb7p/tckjak0av/Hqy6iwtXeTY9oIj7q9jtYWpoWvu8tcNZqFbu//2bvyoKqvLP3rqZ6ensx0zXTN/DdL90x110xVJ47RtHYSs2eSyUxWbUAWBQGNRhRQQQVFlofghsYV9xi13UVAVEBZBGQRQUSUfV8F3MUN3p17IIf83nn3Xd5TsCW5p+qra5Wp/PChv49z7vd953qw646zfHTaA895xjCCeR2ez+PK0l1fi8yDhBkS8izDPU5wZVPfWZUZwe/m4D7O0rNObsl9DMIdUK2SzM2OqfNibgPZIZDwEJLxJmBgIQtCbltASElPnMEp2a0XENdJVLsA43dbObpNuruA2HZqUAfyszDiHHCL+udr8zEjE2Hkd7QTNFWqVA2v4ukdv6Uv4LyEy22U8CrzGgaNIL58D5SEuBE9vCmst8uLR5gQnsEC8QXMieue+MYys60HYB7fvDD20rMmPTE55TzaszSpetXs/XmLHLekAYJctqWHTtl5FkQnG/xjCrjhvRnFJwNh2+L4yyJzvNOna0tnG9J6fPkYE9BPehGk0yOkh/ASdnvUrydMZZEns4gN6gjLW9QJ4TkHnzLxZSIgxeerD1almxD/aMM1++giksxCSI8sk5WR3udwZ/fOCpPn8jGmt6ZKlaphuzLolP4f9IKJ0WZjTej6Tu/KH5wVPV+f7YD4K3zel5O2N4R7I+npx5vyEScks3jwfE6RgnLqOyuyeKfUCs8b7gACn4y+QNOXe+tU/5gbcwzpDIBkZ4IIwW49JD3piBOFLBYN6gBKeNSgDichPYS4y8MTSc/ZcLrLbqS5yMeHB3/HrD3bSTtdhxl76jF7E2G2U4/CgoLzi6gcPh7FRa79IpVVmipVqoZ1tuYn9IVSc7HpPiW9C7gjbxAAnY7+PmSB99GHQHimiBtwxAkAFafT+ytFMvWuL99bmfFNyImy4Uh00fOPFqJ/kcJpwoZyX76pfC6Q3XfQdXiCTq8XQHjCez0v0XhTblC3OnhafqdnOZnFZVn6Qz66vmn2wwzfAAFd8bwvNqTRKDHHdflG9OtJiE9IevoR54QVWcxuXCTdl7hWZWSqUvUDiBqjKf1bgmLKKeHVF7UM6noe3D6OAhYYbeo7PThlXj2awwmRZPZ/WFonVDqOXXoRjOTw3OeV4HAMCquRXMaEFwnVh28sq5oxP+7u3LA0NjcsvRcC0hN2e9jl2d7pkfEmHXHKCY+KWejGBeF402VlVrfdKPNAb1DHgsEeFKuc4DpNPhv7TRU0ikxOeuIR54TIDGb3WgQJEQ9bqFJUvq/Y7aW/SNhW8CtNlarhKV4Jm29yF/aK4T5XZxop6Z3dXzSIHcwxk+7F3T66GggPQYkPIPbqAeHhbr0ENsPj2xZYcGphoWrTArtNaRAW/byQHAht4D6P322Cz++GULX51rLK6f7HbvuFpLJ5oWkcQHjfwYCkJ+z2ELTbQ+KTk57UsoCgwdNi24KHgPREwdOTo7J7eIpKk+B+thQCB+iEAOG4IuPhRGkcmeU7PSQ9u6Vp6LNDdMMWee1HXiyY/UXWsZIpaYeLd5/ZX3T19J8u9pz6toCd+Ca/8/i280nHNueGH9yc+a+aKlXDoRxHB/8jzSVM3JVdP9ib0Cnc+XhKL6ufN+vQPSQ8hN6rF0ajyOAkG9QBIfzXM7/c2+7wekSVRen/KEMFSP+BbKBreNadHCg7vf5ndRqV1ZMNBxVf+cfe9edEB2QHJ5AdgnR6CEm3R8UsWZT0xMRHRCzEoC4Yb9ow4tQLWdbkGh0Eq37A+gF3sroQg3qT339/ZYV444JkizqxLtgHJTK7MeEmI3H+g+DH2o+8Lpyq/E3uibKM7PirjJMeSz9czFJ4GAUnPZa4u5f0WPy28yx2S+6tIxuzPTVVqoZHoHToLhN/2werWkQbFFL3Fg7ai/9QVGqLXsACiSqhPrGmZIewkMgCZygZb+IJHd9cn6Ndk/93TTkVt1ATu9vrkTlLJm9PB5EICCIG2bPXxE3y2bBl/bsIsPuSr6XLiX+9XvPjuvyDUxgCyA6AXZ4JbB1xRtARJyo45epNSnziFUPyEScVsiCmrDrXw7c61JiNcUcZauDzw88ycvqeLLPubnHCTUEyCxIenmTF0Penw8wDkIdpaip/OfRV7Udel1Jr3ApPV94rSK5gefwOH0nv7JHLvaR3Zt9FlrSnkJ3cdYEd395LeuxYdO7J2O2Zv9BUqXq+1ZqGMfRFUpxWeX2oklcQa3wO5uk8VmAurxB2edSkLhlvUgDxBc6L7+Gqzlr734c3WBnl1QnkBMIX8L5BqssanwN56+cdvrB54bGibYuPl3wTerIMrAdgEIcVRpE8hSXQcWs65G9ypWgmbF2A7EsrnvfIka9OmjbrQLtfUDKbv+RMHwjhUeKjnZ7tpJfZf8623bJASU+i4JQTn+uy9Mc4xqQG/COr06/h35WEzdn3HUaZdHcwgqybtEkcRYakh0DC6+/2NhQwB7toqsSsh43y2o+8Ss7VvlySWfvoUno1KzxTyYD0zp8qZ9nHOenFXuklvariNnbnxn1WeqGZnfyGk96O8yxuax4nvZwtmipVz3/cWMh5/T9+38/W1d6qNyW86zXX2ZldFwaV9PzIslLv6X+6TgmPWBdopydUcVLSC5nHwc+Fc2O7v/TY1ez83spy6Kjwuc8YD2BkOXX63la/xUnGhUGnGWBBEJAdIgVBOj3S5UmID4hOR3wS24LEpC5XcCLkpKc79bYFV8PpBzyMuYN+PpDKc2xd5g3Z3xMA+PQwikwfSUZDp/VdHpwOXJxi/+5KswDw8SOC/1n7kVdJScnPynMbiq6eq2Oc9BiQ3sWUKoadXk5CKSs6W8P0lXW8FDu9PtLbkvuhpkrVcFkbhEg9cKGZdnnFqVWDnlYCI0X9WM9/1qEuYaeH8EWIR5wASnpIeHAigv0SmPfsQ7fd7DZVTRwXWYXbGQYR6JtrdP6/r8s9pu5u8vaPu79gUTILWHy6FwsRetILIqQXDLCC+Kzu9ijpZdJOD07s9OCUxZGJ7/ToiJOQnmvQyTv8e32HflZgx4jnIdlkLAydeRdd8mpNBicSHsJxQTzjHSW1HWQ4vRTxS02VVlPQElSZ38g46TEkvWJCepcyapm+znHC6x9v7oDxZl5D/Ob8FzRVqp7XAp8RrDsxkYK/GnG9rcJUsdlR1cmSd54fVNKL25B1G7Yg6BSVnYHeRx8T0sMOj3R7MoO6kPgEQAI8wQL9E4y+vke7Zkzb0+bmEF3txMeNEF7tMHYpjEQb7UcbQAkKEWe3YGcfAO4fgTCdPogqnzR+fcUUl221np67W2b6HL41P+CUMTAgiQUGJvcjYBECic+E8AjpAQjp4WhTcK8nsy3IrQuZQuJDPOlePQAVskz2j+kUJai4vh6ZB6NL+vfDbVxkLs3RnLQi4zGJIpMSn8NGTn4euLjVBPvsXo36a01Vb9UVtRbWFDazqguE9HhXB6SH481qPtK80XaXlfGRZtqhYnbmQBFL2ttHegk781nstrw3NVWqnvMtCm/QF8KO0Diz9JXCpPIhWcOj/4mfE0tjsE+s0XKnFzcQ6Vnu9uYKyc4U/if7sQQxH3GqF0ELTLF4YWIvFgUk4YngRDcQ6QEI6S2hI05TwkPISQ9glVcPuz1qUJeb1G0QswCcp+9pEG2b8Hxr+TnICxXe89L7Pbed1ZjKgjAhPUp4PCbM4bP1ZjmmfKrhrjx2uu6upubnDcWtj+q47xZJr+J8AyvNru8fbxalVfeSXn5iOeMKTpYVd4VlxpT0k14yV3CCbSFhV/4cTZWq59+XF3qAiiqq8htMVge1lbezJOzyBhFRXvty9C/Dia9FVKFyk0JPeHJzOoIQnpz0EEh4cNpCeuaE1wskPTgJ4SGE400y4iSkJ7nXo6RnxZ1eJsJq2wKAjjfh1I83PVeeYw648YJg+vuraPg3ClUecBFJHdnk3u769XmjPopsEsAC6TkvSWb2JCaML+stUuIU82otbx3bdKWNNV5uZfWXzEkPuj3o9Ir4tQZXcCLpgZgFSK/PtsBJ7/S+XtLbq6lS9bzX+JcNv6LS+UDnLRVgS9CT3qWUyiHxqc35dF2aiTCBR4cZgOTEkN7rib16QuKTkx4SHoGQ9BYmAgjp0U4PIO705CPOFB1ktgV6p4ewRsFJOz3AAISHIH49JD7P8NTHdhaScMCuYVHQNMFcqOIy78g1TGbpz+DcINitt/Y8c5q8EywHVIm5zu3XwT/XVAkIr92J78VkQHoNnPR4t8dqLzaz6oImVslJr4x7ca9k1bLLGX2kBwpOuM+D0eY5nVcv9eAl6PRyNFWqhkmXF0ZfNLnxJTepYjNlT8GQpI+4vhphMsZy/Xx9n11hdqyY8BDi0SaCdnni8aac+CjhWer0kPQQhPAo6dl6r4eEx0+ZbUHe6cltC0Ixi+33em4L42/iSieCR4uctqaT779UqGI/LrLaXbJiCM7ebi/gBLN/Yxl9XucfR4Z8pqmyWNfKr41sLWtnQHrNuk4PSQ86vfJcXaeXVt3b6RWmVmOn971X78ClHZoqVcOh7H4X/Lf8BWHijZryxrKaa5UdQ7I6iOI4V+lBdqL++W7jN1YaJF2eZMRJ1JsA8X2e7d2efLxJOz04A/XjTSRAEeEBZApOcaeH0Hd5thvUEULLgl7BKd+r5+y+kyan4Ib95q2BccWyNBrH34cXm4lawpK7RPmbiMlROcxx4haBrzIkfeKLhn/RVEmLpbKfcsK73096V3m3V9KGpNc34sxv7O309LaFQi5muZDUp+BE0ss4enmmpkrV8DGjh0yiL479q5KLqYAl60jxoBMe3t+Aas9knPVhVFmomPAQA9/tWT/eREi6PGm3J+/0dLCq01uMnR6AjDelqSziTs/24GkAkp5cyDIjMsPowBWrIrKDdUcDpdnAmNNMqMIDovuDpwWkN8kvltm/Fkmf18PDn5dASLqmyqriZJfLwfSk18hJD8abKGZB20Jpdl3veBMN6kh6OdymkHGsZKymStVwsinwF0YOB0OABL+moLFLT3gw70/cPnS5k+5vLj9nEiXFl78Ge8caYbwJIAZ1HdlZGTxtu5gFIVZwIuFRyO70vjuB5AJFhKc7BbYFmUFdMN5MJ8Rn9Z0e6fbE1gV3v5jrYCsRkF2P3/iNaQNtpoeNEfDf00QV99V5ZsHTALflmXxl0kaR3aBx/EsGJY23sVrKOryQ8BAtOtLTdXrmtoXUqj4F56nykvz8/L/UVKkaXvvyQsfSF8m8CRsazWwKieVDulEAIr70XwOsAlrsHdMdLhezWE98ACQ8sZDFknUBTkJ6tt3rBQrELEB2FNSgPl/s1YNTfqcXJvDqiRWcNolZvoo4a3QEFaZ4hNmx3u/IBStyRxtgawTNF50SkfoIt6gj6cE52fswsx+7FP47uuUgym505N9pqmwuxthPWkvb0yjp4XiTdnoVeShm6ffqPS5IqnpFU6VqmC6JXW4+2kxsImZ0jBwbKhi9PlydTtb9tC70PvpISnq+kk3qdLxJiE9wp4ew8k7vpG22Beu8ekh6cALhiePISKcnID0bR5zyZBYP6OowIowAMkkhKHyg7/EJ3s07vbL0spkq0/dQmy6Dsy9/c0ECm/hBlKirO8NVmL/TVD1VtZa2/hsnubsWSe8yJz0z20IdkB6kshg0VaqGsYDlZ/wnZjpm4mOLq7f1pFd2rm7IV+v4frLORKYOW7Hneh24Q8abpNOzqcvDE/EUQhaJbUHY6QEo8UmFLEB2cAoJD+Av9+sh8Vm9Yoh2eV5L04VdHcKH38WhmXwgeH20Jt3s3u7zdeX64Gn3xYnM8eO1omc1cAWmnTKRD161VXR+wEmuWTTeJF49VHAaS7NrN0IWp6ZK1XCuCS8F/zt/qdwy+cl9TPgdPtowMaTnHCsZctKb/8dN1JtlhAWyBmJbIKksQtJDhD6tdUFOfEB0/CSkJ+r2RKQnjyNDDHinJxezpNus4PSce1TU1eEY8haECNgYOMB0gP10DZ6rshkQnkdoCnMev6lH8KyHfAJhmDRixd9oqp648uPzX8iOufprGGeaxIxduvlL7s3bYwXp1VYVNL6nqVL1A1JtOtAXzsyPVlfprQod/NcpuwuGlPBwLxq8VE26gVcjagJgxCkgPWpQD5MqOOWkZ7tXD2DDnR4iEM/kgW0LwkgyuWWBWhcAenP6XAuENy3wRJcD38Juqatz5naCfctO11v7vdwRdPyKIET6gXvY6QdTw9OZ88Qt93knLyK743ajgn+jqXriKkyt+fuitJq93EvXzVNTYBNC27m4q45mQpaK9rdaytpDONklcLRyPOQKzvPcq7ep6UqrR3tpu9qBp+qHV1zivYW+eFZ5772gT2Gpu9g8ZKpNKnCAlysVOHzlvqvF8nhTsmZIQnqE8CjkGZzzqYLTVuJLNoXwTs9m0kPCs0rBCfBakvTYsW+ZLrPU1QW77jgL963Wfg93hydW2Y80V3S6TN3V5OK6o4Pf0z6gvzdhZGil2kY+OMUFJ/HoqWvm9/A1xa291oLzieX/PYCwRdk8VP3w65PRwS/wl04JfQmd2J5V9ixixyjgfsj3s/WpuEQWAbvulvjE9hDCs7hB3SBOZYFT7tWz3aD+NBmcsm5PT3hEzCLx6lkx4vQOOdPjYrepgn+ujy2R3ZQ3l2cfWZ3WauMPLI1gQBcQ5wNOdLcEz7nBO71AFQs2ONV8qeM/674zlIPF4N7N+6yj6Vafry6tOlFTpUqVpn0xIvhFkrUJ6Mo/VXoDCQ86vqzDaEgfekTPP1oIL0+i4uz4yuPb1jBJKgu535PHkc0h403rNi7AaXvwNO32bMvglNsWLHR6dIu6L783c52ysw7HjSLYvxzWCNsMbP1+HV2T3u4wylBj5T7BFk50fp/+xzI1Nhvc3MyPW4ipHOPDeNdXpalSpaqvJowMmWqmqBttuMUDZh/oNyqcRqvCM8CxdRnXp4zDRbKm6frTXLY3hQru9nC3nnSnHp5P1e3JQ6cR8tBp6tUTdXuC0aao0yPE56cjPp+QFKOb+zf18LlJSOgeKGaPbzp3z9bvU+z6zFuOow2lVhBdNbcYTFcd3ZBaD5g+O7O1ooP1dn2FTfGaKlWqsNhPRPd57m8uu87/8XQj6cGoZKiJjiKE3yPR0GEALGz1tIuuD54dY+QkJwmeJpAQ3pPv1ZMSn0zBSUmPEp7AoI7ER0iPjDhnLjx+35nbAGCkKCGhxzPejzqL40tbcTw6u8tlTHjRAER3mVsMnN9+O/inmqqhjhHbLVBgdjeUtIzRVKlS9X1BPiGPGjtMX1hzvlh3rbO60zjUKSzyZbJJ1WB4tiCueDDls3W1i2cd6SaRZABbhSyyLepP6teT2xaoghMgN6ibdHoIID0/fnrO2t/uwLe1D0BCRrin2xuRVPMU2aj3yRYMihy7EWGfQqSdpuqZLXxtKW1fwYmunaOH42Jrace7mipVqszro9+s/Su7EaHJovixaxUdRrzPk/jzhjSSLMh5K5iZ73IwAXomfbi6csGsww/NDOoIYlAflPEmRpER4pOMOKWdnljIIrcs+CxK7J7stLUaMy9lgK0VYB0gn6+tY8wbzmMMF0X/f/j7M/6/Qt5RpvE/O/mp0bEqVdasEhIlsXh/uq6K/8RoxN15KGJ51ti/PKWerhqicHp7RcWcmQdu452ejuysXyY7zybbAiU8hIj0ABKDOkJ+p+cbcLLbY9ruponvrShHVasEjyG0e+siusLHdhxcldo4cZShXKS67CU6VapUqRpO9cWYpf8gsit4fbT6Es/e68a8zfT9F5854SHCPXZlOIwKqydfI73nu+P07opyT+dtdXO9Dt4NEZOebr+e7SuGEEuE403EwOrNQHm3x4kumXnNjbkzySG6yn5MOPlzW/TS3fT5eG3awZUpTYPxme82nCrlXWST4FmtE14MHqGpUqVK1fBMYjH8E3+RmS389HhreTn3+jzqVW5yFVjq3sJnSnTUtxfuuSvTBkn8A8dxkZVuDtHVPjP33wqeE2cEwiPdnpT4bF8x9OQjTv+Akz3TZuxtc/owqhzI28o/I4PPY4nL9nRYvDtYn/XmwLh8TqDX6bO48rJGJaSoUqXqB2BXCPstf6m1mcVNjV3aUpZdC3v0QAVGNyv8Oe73uiOm7c7iozYUa1iLHoc/LK2F7ete0/d2LJoT1yOIIpN2emLCk5vUqZglkGOOX9zDGV77Oqa4bKt1+mh1Oe/i6mz5s8Aanhl87dIG/yMFmI4yWFg2Y08mKmUJSuAHI02Vqv9n71yDoryvMP5+6W06+dIP7bQzbZ3kQ9uJcila0ySNtTZ1ptqxiEuQEANJUEgadJRKsFu7VxAQkhIBUQQUgiIGUOgi94uwCHI33JZloVyWFShJJDFGiG/PGX0nU7ssoCAs+/xmzuCgyLIf3odz/uf/PACsBOg3eNcdTqpxK/f0JpuLuz5l0Ruii67FqQ1LKnrSYktEQLp+1nthtsegN3lk6LUhqsdny3sG7gZ3+6UOvx2Y8Z8Dez+8FRp8aVpBQjifDc7DJHjyEJ14KER390Bw7u2AwIxRX69Ek/eLMQbPddpBznx7uNeqmvTfGFVDl8WvcbjuAr+fHPHz5Vub371i/fsr63j0LQC7oamo60c1l7q2VWa17Sk727pep+v5lgAA+F94ZEXC123lgTtdmdU0xqLXT7EiRcnXllz0pKLMNkt4QFrNnk3RVdJZ30IWb0Ryd+j1m4geL7oG8BKZXbNQeq7VmOmS9yj9/Sf0/nz+sGJmy+PS74WI2qN/ybjKVwMWz9u0bEDKs7NSRXBKsR+6qrueaC0znuD08vqCbrE2r1OsudghlmS2mQvTW+BjCoC1RRaZi7LS2gMwO668n0Wv99rQEoueba9HXnTx3xhdLS1e2EPxuRk7zsi9T1SkKP7VyV3sYr9X1DFWS+d1VioCl8jtB86zI2uxFg5zbas0iS3lJvH2rSlx6s602FBsFEszW8WijOY3BADA/9/TowdemrUHYXjgmetkP/YVpyuUnJbGm8u3MsKL+5W+KVXsNOKzPoy9Oy3LQOCmuRvlDu6wT1LlabXOwOdxj3EJ6PberbGX+WK6ldc2SVl1HgKwK0zNZq2RHJI4RaG9ul80NAyLEt2NZvFK9kdiWWbrZMHZ5lUCAMCKDZmLUmHtgf3qc0eGWkoNH7OPX1m6lKNnP3UpruYmX8oO90+rPvDnY+V0d43PA7vZa3IhhY3EdZQtuXjJJNQzoSIm6Gxdmqagl8/MlupnT1Xq+mycfXaSEP9CAHYHGUmPcoICi56hbkDkTm/QMC4O0YY1RwfpabzJold6vu0dAQBgHVpk2UUPwjvWbKsS5TlGuq8nXsls5YfpSqi7LIZ0LjiSHlbYe+pwfnvcwZymmKBzV1kc/7HrVCULV7B7fPkhr8QKzpHjz7OQxR/Mbj5FIspfx18vXRVYLsXngPu3xVXNFBfEdnM4r7NPzO0TPzF3fJ2e0Htf9KTxZlOxkc/07otee5YAALAhei7q37LDhrUH5e6NUQNt5cbJ2ns2ZKhlWImHLtbbuMrxJcf4wCLMfrlhuPEkJycMs+h9ZLmXldfI4817oschsSx61y4bRH1+R64AALDNdlfNT6kLKJvJ0ipFk9dVd6lj2tHFZRkVe2HeCHwx+vIMlmTc1dXTVu7TAlgBojc2QZaAkujd6/QaudMbFLtqB8TrVX1ic6lRbCg0yAUAwOywI76HkypICpJ9sAI3x/TokvR9ji40S110RkgG3El62sCcwWSao4TUIdjCXEmRQeOxUlSQuXNUGm9KosedHoveF61lpp8JAIC547FG8XPuDmZYr5/av+1YHWWvTTi68CxB3Y18M/2qp5t2cMbrD87KWiymrDwsrZbvktj1SKL34Hizp35Q7NT3BwsAgPnD3QE9QOU2liC+oA1IPY3VbhVCiBa9Eg7mVnuv1bTZ2Bqlrlx9gPMQBbAisRgt37d0j2ZLaejDXy+yfNLXPOQrAAAeje1Oil9y2rWN1fyP5S8nsVsIzvcWoWL3ZzW8sj6sbpYrEml8BisAh8DSaVlj6Rp9zWIY/dtIx9iWwfbB7wkAgIXBd5Xi2+S5qLJ1j43GaCNa/zP15CAC4Xv0KwZfhfufaSGfU9MsQlcuW6NyEwAAACws2920P/RwUcbzmHNG4XNTm+Q7T5bTqPOmowvXfCs3tmr8oCyhkrrmsVmErpPGl1tx1QAAAB5P3FDmLN6Rt2hlvi5ZoRt2dCGbrchbsyVg09HiOTjBmEno9mD7EgAAHjMerpq19BAunc2Cy+dXYUbtG6mN+Qn6244ublKdjSgZC/U8XjeHsSVXG/0C4UseqIiBAQCAJfXkdFb/gR7KTXOJxHlzc0zJ8dCcRiktwJHqfHTFsHzniSrvddrOOfp1FvJ7i9ElAAAsM+GTuao2eDirz7E35xyMlycCNkU3Rr6V0Zb7fvXkShW5M9rCAbn3yWKfdZomKb1glrpD7igptIyyRgAAALC82bla+4MdTupQenj3z7GTmaKup/Gv7scupih0l0kozPYqcGQuPaD0S9b7b4isl5ZP5lgm3oTlxSABAACAfcGXoGnB5Y/0MM+Tups5Vv/L6zQF+7bGZsUEZRaQq4uVPLmlr/zjtVOpivwelW9y+esvRFaTwN2YZ8TQCG29vkd2busxtgQAgBVkTk2jOiU5tLQ8VPacs3qEcvrqg7fH10QHnatPCytszTtW828Sns8XW9jy4vSfJf09r0P72umaoK2xVb7PHmn0dFMPSqbN86yJHS6qkzIn9e/gigIAACscr9WaH/N6PXd+klH1I9Skp4umx8tNe/XVZ48UBfw+OjfYPe68wi85MzLwg7x3956rjA2+0BofkmNKeCenKyEkp5E+ViWEZOviQz68cPTtjEz+tyGyhAv7tvwzN3BTVIHf8xEVPs+E1VOQasdCJKiT0PdRpVDS+J9kTyu+KQAAAHA8ZL+O+Q6PPflCO4nCAAuEvRf/HNTFnaYzOT8vF8UqAQAAAHhw09PdSbGahYJE430af1aTgHy2zAXuroeLykgda7rMSfn6S6vVT+E8DgAAwEMtvnBcEY0Dd1LXFEUCU7LDSTW+BMI2RcslHSTCF3ibkl6Dl7urypk7VAEAAABYzFEoCeGTMmfN89QNepIY7iNRiqBKoyplcaKPvVT9VINUZioL1RjVBNWn97tHs8xZfZ2NmO+L2XH6v7T05/0kartkLsotnC+32y3xGwIAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAgP+ydy5QcpRVHp/do7u6Z11ZFdBdz6K4riLIqguSBQxJDI959fQ8k5m8ZiaZSWf6/Zy8p5PpmRDCKzNB8aB49CjIrJnpqupuEgmLR1YeyiGgyx5YWF0kUQ8IkiNrNAqz/0vX3eq++6XoDsMwId8953fu/e5XVV3d1fX9635V06NtLtg0frpsAr9Ak05P/Nn10Yl3pgcm/jIdmTpt1D/53rRv8oyRyN4P7Azu/WDGv/esHev2nj0csj46GrA+vt1vnjuyzjh/R9D4dCZgXDDqz140GjAuyfiN+SMhY+FwMLt4JJC9Evm6TDDbOBqY8mYCU60j/qmOTHCqcyQwtXzUb6waCRq9iPtH/VPrMkEjMBIwwthGDOtGsV5oxJ/1Y/u+0aDRR8vSOrQubQP5duRbMn6zCfvbgHztjuDUFXiNzw8HphaMBrOfy4SyF9O+0T7SvtI+I/+J4bDxsR0Dxt8PB8wPXx22/i7js/72moH8+0eDE6enoxPvubp/4t30WdBnQp8NfUbT+mfetGnTps2xdPqet9FgSUIxHJz6yPZA9pM04GJgXUSDMg34I8GpbhrIMYAnMcAPYTDeCUEYzwSyt44Gst/CwL0Xy2SRt9BfQH4/+u9G/F2scy/E4D7wIHgIHMQ6P4J/DNt8HP5J8BPwNDgMfjkSzD4H/wI4Al4CR8Ex8DKY1lTFH8HvwW/Bb8CL4Hkcm2dxnH6B+BB42j4GT9IxwfH5dxyDR9H/MHI/BA8g/33476HvHvQdoGNcPNaGRccefd8G30TfLfj+7Eb/DnwvttDFAF0AIL8Swt2GvrrR4ORlOwbMC+kihAR8JGycSWI9of9llDZtp659qf9Lbycx2hkw/oau7ulqPxM055EYURWCQWUJBqAeR4ym0oivweCyh8WIBqSi+GTvp0EM/inw8+LABxHRgqBxITP7/A7Qxc4z8E+AgxmILfxdmeJF1W3gy+gfQ1V+NYkqBDc+TBU3qmnk2oYhqlQxY/nPjoQmz2NR3Zky3qVFVZu2GTSaUqIpNRInOuloWoymtyBEg1QZ4US9CfFXIVB3kBgh/le6grarHhajI+APp/pgq4WieoZnke2SoDHX4X39PXgBHMI5+p/DAeMRvJ/7wF3AALdn/FNfgR/b7s+ODENQEffQVHRmYPJSmmImAcXUsf7/jtreOtUV3SehKT6agqF7LxCnNaiWUiRcNHVDU3k0bWeL1WFw9FQf6N9U5pqQnKAYbJsB0rPA0ElAeuaRn/VvtgWz/w3/MPwB9N+RDhlfTAezI9tDRmx70OxOBwzPdtwvHo5MnkP3mdPp9J/WaNM2WzYWLPw5PdBADyxgkOwiEYMfA5OYHvmBXWW9cqqLx4wye8Iz8wIz02IQKmdrcJYImSfMljnOVhfesM/zxEX4GPxPwb04/rcPhbK70kEzApFsg5+XxgwR3Vuv0aatEqN5+uGByXPoyThMP2zE9OEXUJ2ZxZvwxrOnuvAomUNitM2F6oVmRsRlRkVhswubjotxQmyUhM3jsomgeC4TMpRsqgqzApzlN1fIFhe2Ehwzol/wMjgEHtgayn4b/kZ8dxLpsOFJ4yld/Y+WT1FLd9/zDnqE234M/Av0cAb4Hy1Sx6EyUZplMXqdwlOtuFQhJo5QuLMhVB3rw+YbyiChygs4J5DrzDzydWRbLlchGySl/SGTP3vKU0wo19lY2naOP8cuiAsId5SiirZaTMvjX20JZQ+AXVvC2a7NmC5t1w/kvDWnI+npRDyl+HUM+D8GfzwlKqmZFKlqhClEzJ4YbWKqER4eoELHZ72NGAgVvL6BPxW24MtJERxXhthmCZHqSFZASsSvm/CMbAO45MIS9XYGRX9FAiza7AVVCTDHDlJQ4V0qb5WAsjgyaP8WPLAplL0JFeFCfa/wJLcRv7GB/obopBKsuStSlYlTNYJUfcUjBwb3akV44IgKe5VwzIhgyLbE+j8ShIgJmY8LuF/ZFyWKcYxx+l3zkpiCeFVUv25CQbwieFmTQMyIdrgEPiZO3lXsiWTY4LaTE16K+WBYttkLqhNRRyBDhowJjlkk3arOpzZHLG+NtpPP6G/RThbR2iapSqhmW6QkJzgFJwXJrfJxqWqUouQuMuqBVMZRMVhXKARMlHDriyIGUQa5CHlJxES+vC9COHklYUK0KyVSDXLdmQTvMQrke42ql+XPqwzOxbjNsfBMnD3HCjifiLKQOrEaFlPylvg+KkRSKZii6iwTSqPE87lX4hW5DUA9NWs8R7d9arSdfEY/6US/CDGXRGtIwVZ3TlyoXB482BBiz1QgTBwLKhemisWpamGKVSBCjmCIWAiIEIyKRSMk2xHKVUeQ4LhCAqVxLEft6qj+ddwR7+dECRERk2NXsJzz+Ts5xIzFXkmEvSKGKBY9iDmxEFEX4RSxJEFEORaETSmQjJi6NYC7EFK83vEqHlgfMRfVaDt5jeal6ZdGtgenrsvgj7YhWL8WwnXSiZYUKmqv57ZamGTbESeJe9XE3qHC6SfOxTgnxUgKEyFFSlVdsFfjLiwStWg4eQWc9zOl+RjaNgO2D9gMMLwM5xXw+uuwX+uiFijN5wjOOyBHcL+fKNsf7rMYrCdB3m0bTizyru+j7HV5uzIn98v5/JzPGLG7iIuY4DjEXsSSsIiFqCpE0yRvwxUme1eBlDgiyO0wvFsFGbU9kMKYIM/TsPDIQRyNZyBy1mDU3LYxlDuvRttb88eEM/78WemA5U0HzW3AhGA9I6YK3cRLCJcBXvthio2Mq2gxyik/d4RIVSRa8t6RqJoqFib1FJwaKUhu1ZBLtSMHNClSfvZSTETsLxlQWTjIEz6GxYO8zAsot1b0+TjPfYJ+ysvlOC/ojwPR50Y/e0LkRU69f8rtWvY2LIDYxidigmPJOoJjwQDBsWw7x4G8OGZ8TBGTl2LrItYBJxYiaRa9yKmEMuwmlvY6kZI2V6ARQMtGFZ5gkaQ4Vuq5ehReUUG+Ah5PhK3bkxEjBcG7fEOwcHqNtlPX0nHrfZvxC/hbw1bflrC5bVPI+gqEaz/E7DH4I+4CpnjKz22aUAqVhIXJhaTEXbzcBUyKlqygOBZUJUxqkWJhEtWQWpi4wvGLAc8nxMgRHo4B56TQEBCRPhYTEbPA9OH1+6iPc3bs5NWsiZXGgriDzK1muF+N+zLydSrdVsxC20IMT9jvcbV8b+r3SiJInmOC4zLWOl6JT7G8ah2fRAorf0dYNMUFjFPdlgutz/Yy57fbAfKlAho1hYDyRZc8F9yngcMCCGIZUghjRZ6NR4yDsahpxcPGF9HeFI8aq2L4bxoD+KHtGm3aqrF0sPBXqUjunPXR7OKNEbMbU4KbMX14M3wO8+aPQMR+NSiFzK3yClcuXknlgxTwLg9EON50q7BAZZVVQHg/CxYIKKe1crJqIl8cYEQFtFZWRyIWFYsQJo6tolchBn8pLNJLeh1kTk0iP90Dz/QS3BZ9nCO644QTw6uW522ptuNG2brdvC2OE9xmT3Cb37dFIAdPUL/I8TpOTFjFnIgdrPLjECvm4LnN4urE9nr9lIPvA/BlMYTRXgZtXpa/L+w5tlGLsFpIJQMCv0BMuVYqeK/g/vLhSMz8QThqTMKPRVCl4dzuCoeN+dFo7ux0Wj9kou1NMPpxWDzldCYJI4TwUkwdeCBSPfFoLp4MmyOJSO5mtCcgVHeDgxCon8G/xOIVZdFSi5dCuF6/eAG1eInKaoA9IC/xCVRTajzASE+sqViY1PSyZ6RA8IBfMtizsLBfZfetSnAMRG4lxQxygHIEt508RGQFIM+sQH45gKe2hLft5BBjGxLVtjnnbMeOed95n0rfQ7edK31P0nM/PHBy3M997LtL2sQKO7fczi1ztsHL8zJyfQn6WKBtpEA7glvGGkZUpkw/4y54PA3rVH2iynMqPKWwvYj2f2Ea84c4H/eHY7nbQjFrD6q1bWiHIWwr0K6Lxcx5IfxfRj/+Z6P+43BtbzkL4o/jI5F9H8AX/9xwOD8/ErG8wUiuFydIEidAGkJ2TRAnBk6KW4PR3B3wFvruBveDRyFWT+FE+jn8ixCvYzxVyCche1BabTmVlvDAvcpieLovXo5arEAFQiUEqrziobwQI45ZeODLBuYVcY6Rt2OGhWcZQAwozgHyTtxV1sZ65OMUl9NFiJzoZ5R9nYm8g9NGHyHjXNGLtoT7l3JbkefXW5Is7kd7spjrSOaRK5AHlJMe/cIDud/Hfc/LGSHkDIspH+ceWwx77Xg1ebvCoxz7Pniu/rjCo9zaoqgJIcu5CdnvcO68gPgQzqcn/HHrIPz3ca7dFYhYRhCCFYiaXw6g6sJ9vatDkdwWiFk0HLNWhmNmA87jf0YV9rEg7pfp37rUpu0Nsv7+h97eP3jXu/shov3Jwkf6o/lPrsNV45qEuciHE7Evanb0xcxuXMn61yTySfihvnh+J6YIx/vj+VvBt4AJ0TqAgeL+NdH8oxCrJ1fHcofhf42B5hgQwiUQU2hEty1Y8OUVVRFHsCh2qWRYnFawOLFn0ZKClBRCwYKiGLRfi44ixXUorpD2hEObnWPfSv12m2m1abF9c8ppe+1lPKkC5cgjV3jVNxHIleK1wTYAbQPw65AX+wDhsz3l+H2TOAIhnsvIo49Ei3IryRfFCn3lFR7lyDM9sipjHyuirsYsrsKOQrCe749az8A/AR6GeP0b+A7IgtsgYLeA3b6otcMHMfJhpgUXer4BCNJA3GqDmNWti5qXDcTNC/242AwkzA9DoM6ke166stKmTVuZqC7Dfc3uZP79vbiP0A1RRbV00cpYbiGm0uoxuHWsSOa7IV4Dq2K5BCqtrasgqhgQxyFKNy9PWrfA34pB8mtdydw3lkFkMUD+S2eiMNmZLBgYSHPgTgym38Eyd3cl899dmsjdi/77OuO5B5em8g9hwH0Eg/GPwX8sSeWfgH8KA/NP4X+GyuQw4l+C58ALEJoj4CVwtC2R/wP8K8UBvsDiwx6QIBTgHdC2c47wNKPdnEK+KCyI4Ul8SoSmHu2rQB36LoevBVcMFpAv+gbkqd9T7LPXKW6/0fZN/HrUZpEq2R+GhXUJV2eOMMuK62W0j+HzPgpeAkcgSs+DZ3FMfgEO4Tg9jfZP4J9cmbAex/F8bFUy/yMI2EHED8E/CMG6D8f2e/D39CZzB3pj+f09CavQE7esHogO8ntXJ6wJ3Le7HdXXN9bgWPfiggpV1y24uLq5F2LUF8uP4mJrM+7BxiBmPsQrkGvtixdq+yBGfRCjtfHCJ3yRqQ/5EpNnaDHSpk2bthOy6T9ZgKmmWkwpN6atv/DgP1x7I1OnNW+YfG9zYv8ZLaiQW1KFD7bE82e1rs+dvSSW/4fmVO6cJYncec2D1j+2JPd9piV+54VYZh7E5xIsN78llVvYmti3uHXwzis7knfWtcdynvaE1dyeKrS1JwtLIEhd7an8io5EbjlEqbMDFwbwrZ0py9uRKDR2JK26rnjuSvQvXpqwFixN5j63NJa7GFXVRRD5C5bGCp/uTBjndw7uO7czbn28K2l9tAsXHF3Yx2XY1+XY554NhdNXR/e9h6r8dhII/JPhdtxfJqHQv5qvTZs2bdq0adOmTZs2bdq0adOmTZs2bdq0adOmTZs2bdq0adOmTZs2bdq0adOmTZs2bdq0adOmTZs2bdq0adOmTZs2bdq0adOmTZs2bdq0adOmTZs2bdq0adOmTZs2bdreNPN4bjzTU7f7Km/jeG1Tw+46T/1YPdHcuKehqWGskTznqJ+WI2gdid2H7eypK8XjwfolNGKbTFPDTY1MaZ6Wk9C2JPyajOyX0PtQ4nG8pGaOWHv79e9sqh/b6q0f3+KtBXVjm8tAnvoJT8P40KvUjQ9Ruxl4a3dvUdHM/VjW49n5rpo5aN0L0u/wXnHDUBmLbZR5RtV3XQn/v69lEeH023Be9AOKFxAUC5BrWbCLvMyV4uTm7xpqnr9rsPWya/ubL7umvXXBrsXehdf+U/2lO/66Zpat7ZKdy1ou3Tn0Khe7sYMoi9vmEYgJiiXc91nbO20FI2W0XVAhn1Ex/Np8qgLOd1j6qfSHarSdHAaR8ELYppvqi3jr4B3QdvpoOU8D+fHppsbxaU/jnmmPB8CjjTwz5lBfJQ0qxstpLOJ1h5ZR01ApY1h+7FjNHDEcj7XOZyTfE45N8fiB3a/SRNRS7FC6vpeW575a5obInPyeLrjhNIjStPdKcNWNeF83ki+2kW++4nqC2jacA5c78Dbgi7nFDPeX9l3nQO2SfMvni5Ssb+eutXHWpXbzQptFAH0ExZRr+V/2zj04zuo845reQ5MmfySBSSZtpjNthpm2gUDTEgLIRrfd1a5WkmXLsiRLthG2iSnQ2z9tSkkJEINtwLaQbFlY8lVgDGmTbaczbZr8kV5DO9O0KZ3pwMCkTUumQxgSaDDq8+53Hr3feTn60CdL2l3Pd2aeOdf9Lit7f/u855xv1+1lH1VtAwBF7If2frPnpi8c6b5p72hvy/6fX3XgffqBSu+nH5jvialXdP39keL1TzmhrPX7RFq+7r55gA65iPXPv029v+YkZdY/KTnLonvfpg2/Cl3rcoh11R/Nb7iGUgFy76yrY7pKdM+Ceq/6XLkpS40EPIKEoADASk4oK0AUBFblTn1tiZLXU12iQwniWJ6XUqAaBUDIfPkq8XyqugDe3Xff/SPl0qP/5v0NCkaBLyPB8eEvM3wPnm9uvrvufnW6XAbwALluwsxJ2gTU3VX4EYCEXhCMBo4GgKI2BSPKPhgJRAj1JQARskAE0JD7QFy/OBC13YchwPdn5fUP5uTfxqoA74YvVHpucLCT/EYRwcf2BBAqBFVhCEKJECT4kFMEX40gqADMgNdwwFOghJyUgqcExcBVKosUWBAdn6dFwGIAQ9hR7nieDkF6btVhim0h6XUHZc/Fe60P4El4me+X+QLB9z36YuK5bCruet1r3fgQEOH4NtYj8OhQAerIjTqYdUNSVrcqbR4c3RjXp5Aj2ASMkAdGusmgW1QgQksAIvs41gOitlmHKPlSYPgtQHRopX/Dr+emvRU4yvneG0UPSE4J6CgFoYEglMoNIg+5QZYTIJjODRJ8CkCrdADsvSYDXkMBT8FiAGJBQaAFJMcgTIrxY3Qfni92j1tJO7Q4qIrQImAy5UQlg439yaoL4JW6D/1VSZ1w/MuElrsovv/8u6lrDn/x8AFaLh38W3541pfDi4doNWRerRNYVUX92uegCGl/VQSjgSIdYwiIySHU5NCp9iU7xAQYsl1hGClqn5PQ70oCj2FVgg+5iHUrA0FXDrtByakVDomGIZjsBFO5wAx4jZqK5cPlMBSsmwK4CDBRzzik8KIwJgFWBGKCQ+Mxuo14ztVR+HzRPdUceKXSo9fGvpDYLxLub+O7Pcq6cr5WYWgByi8wj9xQb8Bzc5Wcp6ToYtX9EYyQ9hN+qCv0+BpCTqGnbjEMRILOzCsmAxFKcohs92CIXAFpw6Qi6wqf71r/0KdWDHgIn4oIPZFCcG8MgoQiBLAtG4LWDSaHRCELwUQnyDJFCKYHoEIwA16jAe9tQOl9zIBA3VixHAKW6+dYvK7UK3rMaFzVIwoDpxRXebVE0CaoToDX2TN+mu8RrivogIu83sCXkaLn9iDj6A08I5dXPvh0vQGP84wMmwNynJO085Dsi6BmwFhmu0KPbpFhT1ECEE34lEBjnzpElQViGIaSs42QY7txi4mu8PWelod+/aKB1xwBj6FTlAE1XUgDEXTaruBjmXVPBJ8NiVqlhyChl8oFWgCmmQsE8D6fAa/BgBeGC9q6IAVTBLHiBtGEiCBbBFwsx9od6CgCkKClOuUcVn0TnnB+9hmxj2ONko9jVVPg5XsO/hz+Fm9C+v7p3wE5yoShAlGhGHLllH6Jse5R+t/Kd0/+Yl2FNL1FU958pIOcv3iHDpfwKxko0i1aIGooVGTDpxaIBpRhIIoIQ0hhaMOlXDCD4ywtTGpXlqor/E65Y/9FLZfHqtDKYgtmkPsQhIwbJARZN24wZUiUeapwKAGY1gXaMGiiC0Q5A17jAK8XwCPEIAsBgMc6PsoBkMJYju9DjmN0biRUpM2DCMfq8a3ShyX5upVWTYFX2DCxj38L3J864+7F/hb+lxEC0jpmQhCvkWNzrI6JIDheT8AjkAE5Mx9pVgA798eVwxgvIuSczEpWAlGkLlFgZ7Z0EJSQCZsSiEnziHb+MDx3aF0h5KDGdg986hZR9hbQ/HNfy/3vbVpmAjwr8TlCio6PEJSyQpB16wZThEQDThA5lTQnyHL6RTEWgEt2gRnwGgx4E+UgKOgiCCaFGDRZFYHWSW2YMOAi1MLOi68tUNVjm3NsOuKJ7aqJkNifJHvs4LmKGydrBry+von34u/wPch3vfxbQFKWdnXaBKFxzfI6vkbKHK8uXMBogfmDYnHi/fUCPDo2QE3BjDLnIJH7C3YIM9eHNgJRYMjVq+51aPNdotnaQSCaPZAEWiBkat0h5w+tM+xeAVcIKQi1TY69b/nA21cB9MxiGQjlMATDewmTQ6JOCsGLdoG9q+YCgwDMgNdQwNs4US5YwChMBEQOdoSXL8KLwOIxCv1VoWzBJGMpPT6OYc9hzxMMbXZapQ5hsh4B25y3piHNYv/R3+Lfo6DXHnPFvE7et4E96uj3HFwMnhwf5WYMx5U2TPx+vQCPIVhv8RNhjRww4yIdzk3SEXrbOdAWhx+hp22lJCBC4ZBp2B2qM9Q2f+6QcDSuENJVp0EY8jUKugOh8Oj3SzcfuHxZwGs7UPEXy+yzq0YXWzHqFNpDGHaCbFdnqErtAu2iGAIwtQv0tPg84HUZ8BoLeO4Djx+e6gYMCPtFR52ienEBkGHY8BhFSo/ng5HafLSqQoLQz/F4bfA4lH+sgSmRlNOoJsAbG5v4cfwtXux0MC7EYMb7XYDhRg+Gnvg6voYgxNggNNFvx3yneWT6p+oBeAAYQezNPyI385KJQERugXjIrVBlH8GqDz4wQEyAoV1Yo3OHqNMthlaYWlfIcYRefJ9kGIRhRwiXt3/vcoHnb6GAwlsqWA9vmyAAWVcA0vmldIEp5gJXLgwahl8GvAYEHuFhgUJtWkwGMhYsyeK5RISX7wxFNkxpgGkBV0wV/uSxRATJpHcdcFl/XZOVmQNTW/RvcVTui18WNK/ev4wxkrYIbn/eufGxP40cHEQAetAkMA0sFZQ4z9Ed9QI8iuF2QE4BpUCUnECENMSLnEAEqBSI2h4BjH0Qt3oQeoSkwNDOHxJ8gbnD4LyhDZHqIhrfFUIWhAmOUB8XxznC14rFB1OHpuEQK/ZJNHaRjEKQ9YATTAyHcj4w2QWKwi6QQEzrApcNQAu/DHiNlPJ901fkN012Ft9BedGWuI4FhLHs3+SrGJTtt8dPFscWBo72Aw7fzuPDngoBFq/xVNgS66M8J3nkKcxhXda01gmbvgGcb1Tdm7pedacEvIW4wEu/vLyS23LiZ+T6UX45Bs4IYgvA9KDpHZegxDzvv/DxVbUD3vT7cD0COsIL5XE6W3V3BohcsFPsOvyH2M/4ofrW4Y8V5SHohUf3AGoPA3b/BUASjmFHyDZdSBNcPQqIDiwLeHaRjN02oQC02yieLbXinlofWB1dH6hDWl879V23711NWcrSWqRS/9SHAKpvQISWgoHwUxEYVtJuXjP1YF/f3I/W4p5yQ8fWA8ZyLxHoPJdtrpfANiAsbJxcCGOh/Z4FYPKYJhwN+aFr836V+iYKNQceAMbQOcre4iq0iXSlbrcDoi7AuaupwZL8cgUc5L1whK+rS7ShUTtHSODZxTKPTKZ+nF37gYqdF/QAqPOEWtc9g3/TlKUsZWnlUufg1MfxAf5iyM0BGL6bG6SmF5QfelwUa8PYwWNv5rdM7azpVoRNR75E8OZ5L7g2kQGhSsaqk/1hW/+xj/B4pc1HLseY1/15UwUmxmuIWecGqQiOm4/+Ra2BF5hr9OYik4HYcMBT8HQ9+svyTFdCjnOEECEYXCyDctwNPpf2vAiFViC7OEYB6OphF5gBL0tZWrGU2zKVKww+/mpuaHo+B2iJUBYBDJADXEIYM6TvATIdNYXd0MyVgHAEOAURRRcrfRgT3TvKxtkeOWGPmx84dgTjOTbkdhkK5pcFhSvgKBDM9R+9umbAGwHwNnHlqc4xciFOke0WiM71ddLhNSr0ug/ezznC8GIZQtDOGWpItLNz34dTnTP/cMXOCUYAVAgK5MIu8OEMeFnK0orAbvDYLnx4X6DrIcykrJqmHAgVjPlhaKsqt/W46MWO4eO/UnPXOnD0SIFAc45UrldUGIpA3mlASEhxfG74+NUB13ilukY9fvX9kNe4Y+b90C7BSvieqKnD43ym5LFVwJy7VCBGojtF3sAOj3syD727VB5/kYtl7KpR3YDvFIZgMeXvL1aCC2PyZvN8yAXmM+BlKUsXlWROLT88/VAHINUBSIlyI746RFspwGwYcsCwLpACQP9B5gJrPmez49TluZGZN6oQdqFW41AVUsMRqCWX+ymoI1w09FgYPv4lud9CNM6HJiHILwSDBKCCD+d9k6HSmgCPq0u5qIgwo6NTIHLRjbQThgBeYycsvnkIAtCCm+wtBONO0NUfGUkFvCKAZ+YDw4tiIOsCM+BlKUvLT21DMz/dvvXx8wQY3VqihlUCP5WAcaaq3OjxZ+TY9XCPANw9Ahq60g66T1wnYE5we67WC21iPN6jQtJiGB4/crnHRQ6uGu7FMcVN0lV6gMSXg721CmkCcv7CHYU2H3Dgba8pSp3aPNX4wCuPf4ZbKCLY6dYJ1L09hIQex0ne3XnwruUAj+FRKLA9AlIAEnoZ8LKUpeWm/Mj0FbmtM39XdXCjM1Xlts3Od4i2n/C1TTTLfhlLORc4I3JhzMf3cyVmrVNxbOKy9m2zL1evdURApI6UACS4+T7gPlAXELpxQ9P/arcP2O0OucHHn42crecYFawGqNKnYKw6zup2h1oAj9fkzT3qohtdcKMwpAu8JBwe5iHzXIhDsHFFKiEnuW6o132Drn5vKsAWD1ZCc4GQXRATAmAGvCxlKbWz2z7zS7nRmRcIKiq/NYKC5DmV366As7rQvm3mtnq6T8B3F92oQKzdQa0dAK+qCkKoCkKK43mfJ255p/NgnnKQwIQcWBWqBB9ydZMKPulD+/G7agE8O6eY13AsrzO2ejVq57hLAXiF7kNXLqxIDfwUFOCGnPWgCxxPtzoUwOMPDMceo8Y2+zBukYZAM+BlKUvpYDcy25obnX0FTi360IeDa4Pad4hOzrfdckpySNtC7W18HYTjvApw5OvpPsWVtW8/+Rwk1+fcG0R4O1e3ACr3XsDFcqyM+e+lPALsGjyyDPB6CYoAOirvLYQynSIkEFV3bKCIc73QfPdf/tiahzR12wUX2+g8I3LU2eYtuoEuiZCmPMibz4DlRnsCkK4POUW3p0DsOnQiHfAOVXQe0Em3RAj06P5Yjru/DHhZytJSU/v22R34UP9h5HBmIflwF80w17KV7df8pfzIyavqLmQ7eryL7pPXTcALuDuQ8/4JQhHHS19u+4nPLvV8+ALx23R3HRDhprAl/OJ9swRrBMSh6f41d3jD07pVAzlXr7IN8rdqRNDD2Gp7wwOv3Dd5VbFPf/rJe6KM5ISblF0/pADsOXw4VUgTwGNYlHOEsZWgdHlmJSjdXwa8LGVpSW4HDuY+urI2fOC3wrGJ2saQi249jfy01EXaD7EN/dE4Hfvs+p1zH67He8Z1f7UN1wi4yT0TPCKFoEDfuVuMl1zqnKf8QW702AfSwANu8lWczwcZXR3nQ1FGm4Wie83s38uc4FoCz4WsdfXqIKGnbg/iVg7kbLs0gFfa8FgPt2JILhAT+BGC/EFlzwUqAMXl3ZceeDoHiLLIWwlq3R/Dn8XiwQx4WcpSUrruzrl3td9yek5DktB2ET/cY6q2uX4dKwotZPmT5t1z765PJ3vyk869adjWhWUB6gjixuXRcWG8ABJjTjyW9ryA3H7CrfreIc/RQULxPrx/cWfJPow/ddOaAk8XHBF0Uqbo9kTsZ9slAryJ3+SGe+R0dyj7dXWB49oGwQH+blrgMSwKEXaQWRRDANL9iTLgZSlLCS5n58wH8cH+9TY6Nc+lnZlv3emrTdqkzzm6kLOTMW27zjzClZj1mHCdZ6P7iRwr4SMwo9oUgnSskaNVl/extOft2Hn6o4DmBTpJOQ7feynTXfpQFPh5UPziWgJP4MXrkjLDlx4IoQAILwng4Ukyk7HfrCTsUI7k/cgvAejK0tfVM35rOuAdrnD+T4CnC2AIPOP+vPBnBrwsZSmYWnafuRJQ+w8NP0IEH92eSvvc2NZIrPP1F5DfXq/3TOjgfi5EDlbvDfAj2Ony0Oe5Vx07duaLFwNbHCM6N10mjx2FWL3wanv8vA6KhO1aAI/bJ+wKU8ktCCX3HeHxhgZeR//4RwG17xf6vd81JPwIPMKPkKP7c6HPyVSOvNgdAQ8i6LxtEMb9sQ3KgJelLAVT+9jJdfjQ/t+4m2vZKTo7f/Ous/Mtot1zFOqufSckQKDTE+nrX2u79Wyx3u8dQDvQsgv3JDJws3BvXYDgWQBRx+ZuYVhxeeHUVh5b5Nwdw6UMqyZBEZpoWoPUzJCmAxkXMgnMlgDChgcetlWcF7h5wINY937tgs8Q9d3fW6XS1HvSnBOvqcS3QRB+hF4S/PAbhBnwspSleAK4tkL/lwiwMUqBpiFOhaKoFULbt9vHznyinu+bH+CAxavqVqP7w3tAyEf3o3ATEYLSLqDUhSPLh97XIL0GnB+5hlahVge+EBQxDgtm5j6wFu8XnC0326vjxDUYEKIvAMKRBgUe/r5YdLPd/tivwk6B5wERsDPhz2/yiGmAB/kLXwi7MPwIPpQz4GUpSwv/idt3nr1H5+SqsIrc2+4nIt0GfeZJ6Fw1b5G6iE5PAafzejvP/FPb7tMfaWqAhHv8HWh+/W1PRvercPNDtXS8uGe5f8kJpdYdpzZfdDj51jNdrQ5wFOp8X71wKl0d5xxRd/OLp/9gLUKavI4cn5rjoJcEQqwwZej1rkb8+SvsL/wKgKdPj3HAAwAJPzo+ws5BbkLK2rdpcjo98CYqMg/IhS8p4ZcBL0tZyu358k/iQ/7kO8Lr1kgWipA4GwKgqvUAIvTl67c9854GeQj2T+CeXhJo6Hydc6oO9C2EG0OYTgCjQFL0gmwiX4ltIDj/c3hP5VwCNAO+M85pargV18zrYtv/9GGF7WoDj3OXEEOVAjICWdt0Va/UCcG59tHZHXmoY+vMdoB6mwj1UTx/dLRj28xIx+jxrSI89WZYhM34Q3lInk6D+pbc1tktqA9gP+AAtkRsxsb9fhF+nWITfm1iE0KoG/Hs0T4R6hvQvgFtvaj3FAame3CcblFucLpcHDxazg8f68JPXJUKg1MlgKuY3zI9gP2Fn+0cmJqBm/s6VpdegAg5brGwv4Bvf7WeTs8D3nJ+9goh0Yq36jMZfi7smQEvS1mqpuaxU+/Hh+fXGLKjk1NonZtft+fc/Prbn/KFNvRBcEMBp4dw6CE++aMR0vrb5oYEanJfyCPnpsBX0KNN+jiuVQDI/l1zK+ZY2sZO7gLo8D5GDrsKPwcztDsYz4m4IMhdg7pArCIdW+2QJuDGfYiEHuSAR+ihTjASgnSCEKFIF8jwp+QMh3rPK4W8PYrcsxhbFGO3SLj6NMfxB4Y5znuGKcTfH/SeFMMxBB7bIMKOMvCLZOD3PFcqpw1pukUvhF4K+I2/Uuw5XKmqG4qVS12Q5CxT0b4/5tDBBZVKUFFyllV4yPXiKkB5yVl+2FfHAUhylmNqj/Lujv17m7KUpTTpxtuf/AV8cP+7AE3AZeElaqF0sUoiGJtvf+qt5j3n75AQaSOFc2/eNfePC4Aj/Kv3prDHfdLhiaL3CP0CP4x9Jbdn5R7gXBz748tadp5+mfN0uDaGT3Ue1YWbpU/qBKE6w1PfEre4msCLHi3HxTK6itRbzQtoeU4wgpipqwtEnU5RIUhXqAtjZIwHQNY5f8gxkD531ImrRhWA+jNM1XyLwk/GCgAJP0KPuT5ezdWT4Uf93rL+XWycqOiiF+Rh+Png6w3AL3m+TyRls8dPymaTuz7hJf54M/Nsz7geofhga+9XHTzlVPwxWwo/ZvvVpixlaemLU564AR+g370ZobgWzs3RzTlHt+728/Prf+P8/Lo7nlahjna6PFF8Tu81qKupwdK62564We5b7kvuj18ACBjCBu3SL/ce3a/2QeceXHnXee5z8rcRx9YC4TycXxS354EQeQiEgM6ZztUEHqHGRUyo6/5BrWsbxA37BB7qbqWp1nNxAELeo90cENUBztDtUboaVB2f/5DzId/9FYbU/aFP4SdS58eHZF8s/L7bNjT+weUB70hFf2/Qqc8XwQcRetSSwAcRehTB55QAvpIvgg8i9FSFGPwKnt4ZfPkMeFlaYlp359MDN935zBvNVXg9ZeD1JKWhPSdtl7Gi6LWAAPT0fzbf+cy1DQn/PecqkasV0bVGcGsG5AWEAkD2S1namh0cMf7NlrG5n11xoOyeuwLv8xs4Pl2l+zucQ54MQsCYIPzKqgHvjvPvI8R4XgtASEBmXaAHQD45xguDKhClzwuBEnJeCFS3RUiZ4U/CkHXvkW0KQ4UfoZcWfixb+CG38EN+bLCJabnA071+Kge5MPgSw52LC7Azro8i8JhDBnzG9VGJrq+wJMeXAS9L/8/emcDGddxnfIECCZqzLtCkAQK4bpJaF2VL5PKSRIqWIyusldpBjTqHY1eWlDSVI1E3JUqhLMmO3TZN2gRII1uSddWQbB0kRergIUuyYyZpq6ape6OojQJpLqBtajuJZfb7dvbjf0d+fNrl26W5q/kDH/bNvJl3DIH58Zs3b15+Q3e3PHCsQ2DLhZY6cHbwzVBT24mR5tVdI01QM4U0xf1Uiw/Lv7t1pTr8cnN3T03nfdC96v6YFlQWCHzYxzJsM8JFUGS7Na88fjBVosD5H+M5CVlNENLfzgdhdvYsITcKQpSDWv7gcHUpgadZolQUABf6ABTIcgEI+Q6QMuB5afdFCrk9uT8b/vTgp+FRwU+Qe5Pgx6HTk0mG+wk8TXwR+Cjf9Ql8pR7uNPmuL9rxxYPvzwoDXwBeiLi4q/PwW9CR7yXUCLOmNd0OZASY4GUA09CmycDoAAChLnW67oHed6XKNHA/j2tYlr9IE25qG94z91FsIwDRgZ/3z/KEIoYeZ5cMeJ85PE1tD+jpWWrus8OrgvDWFUcPlQp4BJZmiFKRAIx3gHR/qkfJ/Ulyf5Ln/vTMz9wfpW2DIaQPDieGnya9+PDb48PPJPBRL3z047vem0oQAB2AZ1+Y17ZUouFOSUuaSTHQywd8gl6h4AvACxETczf2XDdvTfdQU1uXhui84UjmEYLz0MmjnNPaHqhbaTo95/ooQpJaefTrmoZfbqEhQ9zLzwh/ivdGqAl82Kd/DLKAs30An8tv6xqagPcDe3OeL2rSkIOggZD5vD6DnuW9RgdeCuB5r0lAPgBdugAAKq16SntrivrwU1rwQ9qGPpPBz18GTfAT+AyCseDbrd8XWu/b8+spRULgUVHgixnuNAl40eAj8EoIvkTDnFQAXoix49a2p38Tz9f+wYYss0OVhNm6k4SZ6+izTu8WCGUpbjOP+yjnfABN1H8d8FujoZlyDUB7h+4V24S6A30GcMcFFNtHMLKtnLvjPkL/9pIvd4ZJNYQazytnqWeNAiEdH+HGcppUpGevzrEf/ZNSAI/gElg5OzQfAN5mALTFxQ2ABj8oGfzM+S2Kh58k4HnbnuvDtu/6IsEn4Al+3xLsksbiux/ry3m5PUqCXyHgo/OLgp4U/4xv4sEXgBciokNa3VUPOP0g49LW9RJw7LjtWdxKBzJCjE5mLvbPXU+5skg7ADgHpOd5Lze3Hb+z7L8Esfb023GPP1absD0EFAJvLu8bEuAExWYHRdXRtP+SP3sFyC7B3ekZKt0mgeegKxBqWBbbkF4XEQD/BxNr3l0K4BF0BDChFwlAW6DAg58DnsHPga/o8LNngpLAZ593ioefDz5tS1GuT/oZ3v3bOH9+Z9HeR8XrEX166V2KgV5e4FscD748J7fk+3wPKs7zvQC8EBZz1/XdhY75FQOcE7cNbr0ZoRzzbLiSv5KDnKuzpvv7zWu60pUxU7Xrc4S9c7s9ri3wy3uGI6a71T7Cn/fP9hMUs26we9mEzSRdeexTgJmctrsWBzcNMRNusQDEbNQ1xQaeZolChB5Bxl+KwPPhh7Ix8EM6b/g50Nm2J4HOll+T4sB3IH/wmRzs3gi+y9Cx375n34yUopjA0ysOPvQSgK+kw5xSEd1eAF6IHDeAzniDg5bg5jr0ORv6Ruasp2sD3ARCiNt0cXPQsbNM48ZTKIfyzuXpWd73GtecvD5VAcEVLnCf/0rA8d7VVvMEPgjtppmZ2ifnyzoEDqG3ee7ak6up5tXdq1tWncDvCaah7mze0dXNyGeaYhk8J8Qv8rCf4vYC5KEs6+hYXhpufQNgdpnn1RD0GwF49GoAfInPXIsJPMwEdU4Sv3iO6MMP6Rj4IR0JvyuXsNOQp8GPaaoQ8PnwE/hMSwoB35jw+xGe9T266L49v5FSlAp4kqA3weBLPsyZdFJLAN41H+zM5q3u/gagRmgRXg5YHNJ0k06yz6J6MjBrwP769tMoCxA6sGnoknWYpsPhMc5Ubzj77lSFRHNb9528PwKM995IkMnhQti2fxBsGJj5zPOAiH0GSQMhwSg4alIQ29FcJAAkkFJy15okpJmgNqGmy9Wx10Q0eUYOnnAzADLtA9A5whVPf6KowANUITe8mj/8qCj4ye0Z/Ax8Al40+Hz45Q0+AS/a9V0VfK8DjkfwVfoVWI9zpj+8XXrgJQBf0mHOiZ/UYtALwAuBySkAUmN775kMwDb0aZiS0DLnxn3tBCGdCvYTaJqFSbABlARAw6YzIw0om3WEu6qXfweuoHIC7vViBuZuqJbtw38Q0G6nCCU9q8S2aw+2g8qjXZmmHJgyeREgdNDks1M5QuZ5IMTxDIJMGwCZNgDaTFFdM9MCoIBM4HkANAdo6eaVx/6KowDFAh6PqYW1PfitMPjlLCquGabS4ws+e+R25N/OX3xZI38t87d9HfC2xxLA9+Vo8PkAjAff/jtSExitAJ7e64vQ1aD389a7d71IAXijAuxMd/lanCMALlIAXKQAvRcBO9MdJsBuVIAe9NVRAXamxSa4vRcBvKy+8lQqxLUZjZtPXg9AfY8gI8Sasx0r4VdPeKEzR5rODnL70BkzH3A7PVK3+SwAJxCeJPwodtbr2TlWGOzqdd9qF0EFTo9tRskZA4aunQhEgqkpAoQZOEaBEOVyQHjlkGkuAB1MfQD6DpDAKwCAhBz3y7UybfA7Nr+4wHvaW6lH4BPw9EvImeuDsNj2m/2VEMDuXwi8BOB7Ca+3vGOigSfoFej2wtcSQpQ57Db2p9GBfj/TGbtOVxCzDh1ifh3yazv6RyE4157TyQUyn3Vfqevo/91UBQbgcQRim/BeXVu0n6G79doPbphl5N4MhKxLEPIfBucKNRSMcr0eCHFMD4IJAMi0D0ClDYCCn7lMc39yfnr+11M84Pmws20ffnrWBwl4+AXw3uRYeP+hxQY806L8wcdlz/54woD3KQGvIOgF4IUo/4CruwOd48uQQEVlYeY6zsZsfrpjAB22hil7R+FWiw4f+1hGz/P+iy4oVYFR23H6BgD/ch3u2YHHuWDeO8GnSSmNAmEWej4ITzmHDAmCLM804WcQ7CkEgEgDYpAB0Jy6XCjA5wFQ8POeu0KarAQJeBqmtZm6q45OLQbw9M6f5/L87StdnzQpgMcRDADulEA3Trf3Gp/hTRjwtGC1QS+fIc4AvBDlOxOzftPpNnSMr7NDpWsT0JCnoTkvXx0rt2uQX7NlYCTt4Mh9AuALhELlrjjT95V6A7zahCBjWyHPQNiQBSH3CUKsS81x7phluN+14ZUAFCQNgKgzJgBV3hygKy8I+9JrJZCAZ87PwNck56dtb33UE98oFvAkLUtn8sFn0nqkT02KL57j5fcpANwvCLmCwOdD7zlOWpkw4Al6pnygF4AXoryCH1Wt33T2a3p9IAO1LQY1/hJmNVsHMYTp8ih21LWZ/KGRNPaxM29kh00AEH5fODdwc+fQr1Qu7C5cB/j8lG3Be+c985cwYt6VINQ/DFRDBmKuntpNdQyAJ2MACIg5F04xLfhpm8eTfOe3zknw0wo5tjBAFn4++DTMGTfk+Wrj2qPvSQo8veMXBz7f8ZkEvEkBvWUHv6QZneN1e/x6e+mBt0fAKwR6AXghynHCxcV31nacPclOkh1n2ndq7GwJM0Ito7qOAcqlv+CEjt512FlYVmfyzz0+HYtLV/QrG1uGNuofg5y2o9u1oV2kXZkzFAEoh1wIADUb1sEPQlnWl+T8PHdt8DPXJ8iN4fqYFvwEvkj4cdtcn8R0z7ZiAU/SAuMUARetSQc8fdvvBwmh95OP/P7uXys18CADXv7DmwF4Icon6jqH3l+9ZeBSDZ0JwSa3tmWQHaxzKIAdoUYn15CFGjtkQo3itobqZiM9a9sz6NAH2zUTs1KDMEd7/aeA33Cl22WaAMS22jcGgGpDAVCThCgBLxd+Ap/cnjf0SQl+5voMeIJfBAglg56AJzngxYHvhw1th385CfD0UrsHvnyHOQm8SRQfXn5oKYGXDHoH9kwE8MYFvQC8EOUQDRvPzmKHrQ46A7ctDm7MY0fLX4FNnW01yhJq/G3I5rFDv5l5nUOvpjf3/17qGojaTWc/zbaa3XkObeaGcwk8tV99BAAJOgFQQ6CQhj3N/TlYUsz34Ecwqt019Gnw8+SBT9AT+EweBKOgJxF20eAT9OwrGJ9JCrzxQm/B5wG8SbYCz23LD/31+KG3n+KszeZSA08qcGgzAC/E5I7ZnUO3ozP+qTpoip0pO2YBzrkT59jQqbMjZj7BxjymWQbb50ZuevA8AfjD9OaBxmtlgg/u/7tsF7aF2ou/AmDa2hbtyrQNC6fl/CCWY13Bz8Dn8n34nRH45PwkQS8SfA35gS+Z2/PB908pTLYYL/D0PUWpJQZ8kxl4iluXH5o7buAZ9F4APEvyiGDRPXsjgBcJvQC8EOUVgNwKPF+7rGFKuRQq7dwbpc6agKPQGTvgEW5UTbbsjO0XqH+s7hj4QOoaiZpt5z4829pGoFPbsR3VpgKe2lOuj5Lb068Dnbk+ScCTigO9ePDFu71Y6Mnl9Xw0CfCogp2egDcJ47Zlhw4lHdpcuOTAxlIBj58cioZeAF6IMl3cGB3un6oDNjfiddYe5OToqgA4SoCTZmF/1fYLQ1UPX7ju2nLIz5yqcuBXu6nN2H7KE/QoN5HHBEd8rqWmY/DGYmlOR19+Wn91zWvvnQPgXYYSOL2uZ5IAr0DoTXrgfWTpgfdj1ub/jQ96At7+lxcu3XdDAF6IEDExE99pg6s7wY5WoKMMdH6nze2bHOT0K8ih/jlCjmK5vdM7//4t11Rbdj47Q22hfwTUTtZ+JgOfOT7+LSb/7N1TTxJ4hUPPXB4/+5QYePlBb5IDT68p/GVHAuBJPRxSn3DgmQLwQkzeqN50/n3pzqHv1MSAzmAn0FEGOqnK1+szdlz8W+gSNW3HsxndtP3CpSk7vplRFbanI2/KQy49Y/v5Szdi+7ceRhr51Icefj6j6SiL54GZcjd+8flLUyAeD9dzCZNhKO7PSOmbsc1zTHsoWwfHrUJ5XKuOy3PjOBd5Tp47c63TIeZTrM9zTt35zf2pPK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as=&quot;geometry&quot;&gt;&#xA;            &lt;mxPoint x=&quot;1366&quot; y=&quot;189.93399999999997&quot; as=&quot;targetPoint&quot; /&gt;&#xA;            &lt;mxPoint x=&quot;1106&quot; y=&quot;340&quot; as=&quot;sourcePoint&quot; /&gt;&#xA;            &lt;Array as=&quot;points&quot;&gt;&#xA;              &lt;mxPoint x=&quot;1042&quot; y=&quot;506&quot; /&gt;&#xA;              &lt;mxPoint x=&quot;1042&quot; y=&quot;1255&quot; /&gt;&#xA;              &lt;mxPoint x=&quot;875&quot; y=&quot;1255&quot; /&gt;&#xA;            &lt;/Array&gt;&#xA;            &lt;mxPoint as=&quot;offset&quot; /&gt;&#xA;          &lt;/mxGeometry&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;didfd-8ZjGSJsfbEYHLc-2&quot; value=&quot;&amp;lt;div style=&amp;quot;font-size: 12px;&amp;quot;&amp;gt;&amp;lt;font style=&amp;quot;font-size: 12px;&amp;quot;&amp;gt;Initial image pulled from zarf-injector nodeport&amp;lt;/font&amp;gt;&amp;lt;/div&amp;gt;&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=12;strokeColor=none;rotation=-90;fillColor=#7F17CF;fontColor=#FFFFFF;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;-36.96&quot; y=&quot;369&quot; width=&quot;270&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;didfd-8ZjGSJsfbEYHLc-5&quot; value=&quot;&amp;lt;font style=&amp;quot;font-size: 12px;&amp;quot;&amp;gt;Post registry boot all images pull from the registry&amp;lt;br style=&amp;quot;font-size: 12px;&amp;quot;&amp;gt;&amp;lt;/font&amp;gt;&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=12;strokeColor=none;rotation=-90;fontColor=#FFFFFF;fillColor=#7F17CF;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;4&quot; y=&quot;416.93&quot; width=&quot;287&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;didfd-8ZjGSJsfbEYHLc-6&quot; value=&quot;&amp;lt;font style=&amp;quot;font-size: 12px;&amp;quot;&amp;gt;POD Create / Flux GitRepository Create Webhook&amp;lt;/font&amp;gt;&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=12;strokeColor=none;rotation=-90;fillColor=#5A5A5A;fontColor=#FFFFFF;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;908.5&quot; y=&quot;866.5&quot; width=&quot;294&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;bWJzMlEZ4epBngl2Byjv-2&quot; value=&quot;&amp;lt;font style=&amp;quot;font-size: 12px;&amp;quot;&amp;gt;https://github.com/defenseunicorns/zarf&amp;lt;/font&amp;gt;&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=12;strokeColor=none;rotation=0;fillColor=#666666;fontColor=#FFFFFF;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;-431.8&quot; y=&quot;1247&quot; width=&quot;287&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;bWJzMlEZ4epBngl2Byjv-3&quot; value=&quot;&amp;lt;font style=&amp;quot;font-size: 14px;&amp;quot;&amp;gt;&amp;amp;nbsp;&amp;amp;nbsp; 1. Create the Zarf State in the cluster&amp;lt;/font&amp;gt;&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=14;strokeColor=none;rotation=0;fillColor=#1e8ea6;fontColor=#FFFFFF;align=left;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;-300&quot; y=&quot;-115.99999999999994&quot; width=&quot;270&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;bWJzMlEZ4epBngl2Byjv-4&quot; value=&quot;&amp;lt;div style=&amp;quot;&amp;quot; align=&amp;quot;left&amp;quot;&amp;gt;&amp;lt;font style=&amp;quot;font-size: 14px;&amp;quot;&amp;gt;&amp;amp;nbsp;&amp;amp;nbsp; 2. Launch the injector system&amp;lt;/font&amp;gt;&amp;lt;/div&amp;gt;&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=14;strokeColor=none;rotation=0;fillColor=#1e8ea6;fontColor=#FFFFFF;align=left;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;-300&quot; y=&quot;-75.92999999999995&quot; width=&quot;270&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;bWJzMlEZ4epBngl2Byjv-5&quot; value=&quot;&amp;amp;nbsp;&amp;amp;nbsp; 3. Deploy the Zarf Registry&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=14;strokeColor=none;rotation=0;fillColor=#1e8ea6;fontColor=#FFFFFF;align=left;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;-300&quot; y=&quot;-35.92999999999995&quot; width=&quot;270&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;bWJzMlEZ4epBngl2Byjv-6&quot; value=&quot;&amp;amp;nbsp;&amp;amp;nbsp; 4. Deploy the Zarf Agent&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=14;strokeColor=none;rotation=0;fillColor=#1e8ea6;fontColor=#FFFFFF;align=left;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;-300&quot; y=&quot;4.07000000000005&quot; width=&quot;270&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;bWJzMlEZ4epBngl2Byjv-7&quot; value=&quot;&amp;amp;nbsp;&amp;amp;nbsp; 5. (Optional) Deploy the Zarf Git Server&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=14;strokeColor=none;rotation=0;fillColor=#1e8ea6;fontColor=#FFFFFF;align=left;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;-300&quot; y=&quot;44.00000000000005&quot; width=&quot;270&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;bWJzMlEZ4epBngl2Byjv-8&quot; value=&quot;&amp;amp;nbsp;&amp;amp;nbsp; 6. Push package assets to the cluster&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=14;strokeColor=none;rotation=0;fillColor=#1e8ea6;fontColor=#FFFFFF;align=left;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;-300&quot; y=&quot;84.00000000000006&quot; width=&quot;270&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;C33fVyuv5c7poSlRtFcJ-2&quot; value=&quot;&quot; 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1.2; pointer-events: all; font-weight: bold; white-space: normal; overflow-wrap: normal;"><span style="font-size: 14px">Zarf Registry </span></div></div></div></foreignObject><text x="1215" y="927" fill="#000000" font-family="Helvetica" font-size="14px" text-anchor="end" font-weight="bold">Zarf Registry </text></switch></g><image x="782.49" y="808.5" width="34.58" height="44" 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normal; overflow-wrap: normal;">Dynamic configmaps: <br style="font-size: 12px" />n = tarball size / 512 KB</div></div></div></foreignObject><text x="1084" y="290" fill="#000000" font-family="Helvetica" font-size="12px">Dynamic configmaps:...</text></switch></g><path d="M 1030 318 L 997 318 Q 987 318 987 308 L 987 292" fill="none" stroke="#5a5a5a" stroke-miterlimit="10" stroke-dasharray="3 3" pointer-events="stroke"/><path d="M 1050 342 L 977 342 Q 967 342 967 332 L 967 292" fill="none" stroke="#5a5a5a" stroke-miterlimit="10" stroke-dasharray="3 3" pointer-events="stroke"/><path d="M 1040.9 328.75 L 987 328.82 Q 977 328.83 977 318.83 L 977 292" fill="none" stroke="#5a5a5a" stroke-miterlimit="10" stroke-dasharray="3 3" pointer-events="stroke"/><ellipse cx="667" cy="292" rx="30" ry="30" fill="#2875e2" stroke="#2875e2" pointer-events="all"/><g transform="translate(-0.5 -0.5)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe center; width: 58px; height: 1px; padding-top: 292px; margin-left: 638px;"><div style="box-sizing: border-box; font-size: 0px; text-align: center;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 12px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;"><span>Dynamic<br />NodePort</span><br /></div></div></div></foreignObject><text x="667" y="296" fill="#FFFFFF" font-family="Helvetica" font-size="12px" text-anchor="middle">Dynamic...</text></switch></g><image x="782.49" y="227.5" width="34.58" height="44" 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image pulled from zarf-injector nodeport</font></div></div></div></div></foreignObject><text x="555" y="539" fill="#FFFFFF" font-family="Helvetica" font-size="12px" text-anchor="middle">Initial image pulled from zarf-injector nodep...</text></switch></g><rect x="461" y="568.93" width="287" height="27.93" rx="4.19" ry="4.19" fill="#7f17cf" stroke="none" transform="rotate(-90,604.5,582.89)" pointer-events="all"/><g transform="translate(-0.5 -0.5)rotate(-90 604.5 582.8949999999995)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe center; width: 285px; height: 1px; padding-top: 583px; margin-left: 462px;"><div style="box-sizing: border-box; font-size: 0px; text-align: center;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 12px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;"><font style="font-size: 12px;">Post registry boot all images pull from the registry<br style="font-size: 12px;" /></font></div></div></div></foreignObject><text x="605" y="586" fill="#FFFFFF" font-family="Helvetica" font-size="12px" text-anchor="middle">Post registry boot all images pull from the regi...</text></switch></g><rect x="1365.5" y="1018.5" width="294" height="27.93" rx="4.19" ry="4.19" fill="#5a5a5a" stroke="none" transform="rotate(-90,1512.5,1032.47)" pointer-events="all"/><g transform="translate(-0.5 -0.5)rotate(-90 1512.499999999999 1032.4649999999997)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe center; width: 292px; height: 1px; padding-top: 1032px; margin-left: 1366px;"><div style="box-sizing: border-box; font-size: 0px; text-align: center;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 12px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;"><font style="font-size: 12px;">POD Create / Flux GitRepository Create Webhook</font></div></div></div></foreignObject><text x="1512" y="1036" fill="#FFFFFF" font-family="Helvetica" font-size="12px" text-anchor="middle">POD Create / Flux GitRepository Create Webhook</text></switch></g><rect x="25.2" y="1399" width="287" height="27.93" rx="4.19" ry="4.19" fill="#666666" stroke="none" pointer-events="all"/><g transform="translate(-0.5 -0.5)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe center; width: 285px; height: 1px; padding-top: 1413px; margin-left: 26px;"><div style="box-sizing: border-box; font-size: 0px; text-align: center;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 12px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;"><font style="font-size: 12px;">https://github.com/defenseunicorns/zarf</font></div></div></div></foreignObject><text x="169" y="1417" fill="#FFFFFF" font-family="Helvetica" font-size="12px" text-anchor="middle">https://github.com/defenseunicorns/zarf</text></switch></g><rect x="157" y="36" width="270" height="27.93" rx="4.19" ry="4.19" fill="#1e8ea6" stroke="none" pointer-events="all"/><g transform="translate(-0.5 -0.5)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe flex-start; width: 268px; height: 1px; padding-top: 50px; margin-left: 159px;"><div style="box-sizing: border-box; font-size: 0px; text-align: left;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 14px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;"><font style="font-size: 14px;">   1. Create the Zarf State in the cluster</font></div></div></div></foreignObject><text x="159" y="54" fill="#FFFFFF" font-family="Helvetica" font-size="14px">1. Create the Zarf State in the clu...</text></switch></g><rect x="157" y="76.07" width="270" height="27.93" rx="4.19" ry="4.19" fill="#1e8ea6" stroke="none" pointer-events="all"/><g transform="translate(-0.5 -0.5)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe flex-start; width: 268px; height: 1px; padding-top: 90px; margin-left: 159px;"><div style="box-sizing: border-box; font-size: 0px; text-align: left;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 14px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;"><div align="left" style=""><font style="font-size: 14px;">   2. Launch the injector system</font></div></div></div></div></foreignObject><text x="159" y="94" fill="#FFFFFF" font-family="Helvetica" font-size="14px">   2. Launch the injector system</text></switch></g><rect x="157" y="116.07" width="270" height="27.93" rx="4.19" ry="4.19" fill="#1e8ea6" stroke="none" pointer-events="all"/><g transform="translate(-0.5 -0.5)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe flex-start; width: 268px; height: 1px; padding-top: 130px; margin-left: 159px;"><div style="box-sizing: border-box; font-size: 0px; text-align: left;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 14px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;">   3. Deploy the Zarf Registry</div></div></div></foreignObject><text x="159" y="134" fill="#FFFFFF" font-family="Helvetica" font-size="14px">   3. Deploy the Zarf Registry</text></switch></g><rect x="157" y="156.07" width="270" height="27.93" rx="4.19" ry="4.19" fill="#1e8ea6" stroke="none" pointer-events="all"/><g transform="translate(-0.5 -0.5)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe flex-start; width: 268px; height: 1px; padding-top: 170px; margin-left: 159px;"><div style="box-sizing: border-box; font-size: 0px; text-align: left;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 14px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;">   4. Deploy the Zarf Agent</div></div></div></foreignObject><text x="159" y="174" fill="#FFFFFF" font-family="Helvetica" font-size="14px">   4. Deploy the Zarf Agent</text></switch></g><rect x="157" y="196" width="270" height="27.93" rx="4.19" ry="4.19" fill="#1e8ea6" stroke="none" pointer-events="all"/><g transform="translate(-0.5 -0.5)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe flex-start; width: 268px; height: 1px; padding-top: 210px; margin-left: 159px;"><div style="box-sizing: border-box; font-size: 0px; text-align: left;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 14px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;">   5. (Optional) Deploy the Zarf Git Server</div></div></div></foreignObject><text x="159" y="214" fill="#FFFFFF" font-family="Helvetica" font-size="14px">5. (Optional) Deploy the Zarf Git S...</text></switch></g><rect x="157" y="236" width="270" height="27.93" rx="4.19" ry="4.19" fill="#1e8ea6" stroke="none" pointer-events="all"/><g transform="translate(-0.5 -0.5)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe flex-start; width: 268px; height: 1px; padding-top: 250px; margin-left: 159px;"><div style="box-sizing: border-box; font-size: 0px; text-align: left;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 14px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;">   6. Push package assets to the cluster</div></div></div></foreignObject><text x="159" y="254" fill="#FFFFFF" font-family="Helvetica" font-size="14px">6. Push package assets to the clust...</text></switch></g><image x="-0.5" y="-0.9099999999999999" width="145.08" height="192.41" 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as=&quot;geometry&quot;&gt;&#xA;            &lt;mxPoint x=&quot;1366&quot; y=&quot;189.93399999999997&quot; as=&quot;targetPoint&quot; /&gt;&#xA;            &lt;mxPoint x=&quot;1106&quot; y=&quot;340&quot; as=&quot;sourcePoint&quot; /&gt;&#xA;            &lt;Array as=&quot;points&quot;&gt;&#xA;              &lt;mxPoint x=&quot;1042&quot; y=&quot;506&quot; /&gt;&#xA;              &lt;mxPoint x=&quot;1042&quot; y=&quot;1255&quot; /&gt;&#xA;              &lt;mxPoint x=&quot;875&quot; y=&quot;1255&quot; /&gt;&#xA;            &lt;/Array&gt;&#xA;            &lt;mxPoint as=&quot;offset&quot; /&gt;&#xA;          &lt;/mxGeometry&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;didfd-8ZjGSJsfbEYHLc-2&quot; value=&quot;&amp;lt;div style=&amp;quot;font-size: 12px;&amp;quot;&amp;gt;&amp;lt;font style=&amp;quot;font-size: 12px;&amp;quot;&amp;gt;Initial image pulled from zarf-injector nodeport&amp;lt;/font&amp;gt;&amp;lt;/div&amp;gt;&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=12;strokeColor=none;rotation=-90;fillColor=#7F17CF;fontColor=#FFFFFF;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;-36.96&quot; y=&quot;369&quot; width=&quot;270&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;didfd-8ZjGSJsfbEYHLc-5&quot; value=&quot;&amp;lt;font style=&amp;quot;font-size: 12px;&amp;quot;&amp;gt;Post registry boot all images pull from the registry&amp;lt;br style=&amp;quot;font-size: 12px;&amp;quot;&amp;gt;&amp;lt;/font&amp;gt;&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=12;strokeColor=none;rotation=-90;fontColor=#FFFFFF;fillColor=#7F17CF;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;4&quot; y=&quot;416.93&quot; width=&quot;287&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;didfd-8ZjGSJsfbEYHLc-6&quot; value=&quot;&amp;lt;font style=&amp;quot;font-size: 12px;&amp;quot;&amp;gt;POD Create / Flux GitRepository Create Webhook&amp;lt;/font&amp;gt;&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=12;strokeColor=none;rotation=-90;fillColor=#5A5A5A;fontColor=#FFFFFF;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;908.5&quot; y=&quot;866.5&quot; width=&quot;294&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;bWJzMlEZ4epBngl2Byjv-2&quot; value=&quot;&amp;lt;font style=&amp;quot;font-size: 12px;&amp;quot;&amp;gt;https://github.com/zarf-dev/zarf&amp;lt;/font&amp;gt;&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=12;strokeColor=none;rotation=0;fillColor=#666666;fontColor=#FFFFFF;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;-431.8&quot; y=&quot;1247&quot; width=&quot;287&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;bWJzMlEZ4epBngl2Byjv-3&quot; value=&quot;&amp;lt;font style=&amp;quot;font-size: 14px;&amp;quot;&amp;gt;&amp;amp;nbsp;&amp;amp;nbsp; 1. Create the Zarf State in the cluster&amp;lt;/font&amp;gt;&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=14;strokeColor=none;rotation=0;fillColor=#1e8ea6;fontColor=#FFFFFF;align=left;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;-300&quot; y=&quot;-115.99999999999994&quot; width=&quot;270&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;bWJzMlEZ4epBngl2Byjv-4&quot; value=&quot;&amp;lt;div style=&amp;quot;&amp;quot; align=&amp;quot;left&amp;quot;&amp;gt;&amp;lt;font style=&amp;quot;font-size: 14px;&amp;quot;&amp;gt;&amp;amp;nbsp;&amp;amp;nbsp; 2. Launch the injector system&amp;lt;/font&amp;gt;&amp;lt;/div&amp;gt;&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=14;strokeColor=none;rotation=0;fillColor=#1e8ea6;fontColor=#FFFFFF;align=left;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;-300&quot; y=&quot;-75.92999999999995&quot; width=&quot;270&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;bWJzMlEZ4epBngl2Byjv-5&quot; value=&quot;&amp;amp;nbsp;&amp;amp;nbsp; 3. Deploy the Zarf Registry&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=14;strokeColor=none;rotation=0;fillColor=#1e8ea6;fontColor=#FFFFFF;align=left;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;-300&quot; y=&quot;-35.92999999999995&quot; width=&quot;270&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;bWJzMlEZ4epBngl2Byjv-6&quot; value=&quot;&amp;amp;nbsp;&amp;amp;nbsp; 4. Deploy the Zarf Agent&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=14;strokeColor=none;rotation=0;fillColor=#1e8ea6;fontColor=#FFFFFF;align=left;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;-300&quot; y=&quot;4.07000000000005&quot; width=&quot;270&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;bWJzMlEZ4epBngl2Byjv-7&quot; value=&quot;&amp;amp;nbsp;&amp;amp;nbsp; 5. (Optional) Deploy the Zarf Git Server&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=14;strokeColor=none;rotation=0;fillColor=#1e8ea6;fontColor=#FFFFFF;align=left;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;-300&quot; y=&quot;44.00000000000005&quot; width=&quot;270&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;bWJzMlEZ4epBngl2Byjv-8&quot; value=&quot;&amp;amp;nbsp;&amp;amp;nbsp; 6. Push package assets to the cluster&quot; style=&quot;rounded=1;whiteSpace=wrap;html=1;labelBorderColor=none;fontSize=14;strokeColor=none;rotation=0;fillColor=#1e8ea6;fontColor=#FFFFFF;align=left;&quot; parent=&quot;1&quot; vertex=&quot;1&quot;&gt;&#xA;          &lt;mxGeometry x=&quot;-300&quot; y=&quot;84.00000000000006&quot; width=&quot;270&quot; height=&quot;27.93&quot; as=&quot;geometry&quot; /&gt;&#xA;        &lt;/mxCell&gt;&#xA;        &lt;mxCell id=&quot;C33fVyuv5c7poSlRtFcJ-2&quot; value=&quot;&quot; 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1.2; pointer-events: all; font-weight: bold; white-space: normal; overflow-wrap: normal;"><span style="font-size: 14px">Zarf Registry </span></div></div></div></foreignObject><text x="1215" y="927" fill="#000000" font-family="Helvetica" font-size="14px" text-anchor="end" font-weight="bold">Zarf Registry </text></switch></g><image x="782.49" y="808.5" width="34.58" height="44" 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normal; overflow-wrap: normal;">Dynamic configmaps: <br style="font-size: 12px" />n = tarball size / 512 KB</div></div></div></foreignObject><text x="1084" y="290" fill="#000000" font-family="Helvetica" font-size="12px">Dynamic configmaps:...</text></switch></g><path d="M 1030 318 L 997 318 Q 987 318 987 308 L 987 292" fill="none" stroke="#5a5a5a" stroke-miterlimit="10" stroke-dasharray="3 3" pointer-events="stroke"/><path d="M 1050 342 L 977 342 Q 967 342 967 332 L 967 292" fill="none" stroke="#5a5a5a" stroke-miterlimit="10" stroke-dasharray="3 3" pointer-events="stroke"/><path d="M 1040.9 328.75 L 987 328.82 Q 977 328.83 977 318.83 L 977 292" fill="none" stroke="#5a5a5a" stroke-miterlimit="10" stroke-dasharray="3 3" pointer-events="stroke"/><ellipse cx="667" cy="292" rx="30" ry="30" fill="#2875e2" stroke="#2875e2" pointer-events="all"/><g transform="translate(-0.5 -0.5)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe center; width: 58px; height: 1px; padding-top: 292px; margin-left: 638px;"><div style="box-sizing: border-box; font-size: 0px; text-align: center;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 12px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;"><span>Dynamic<br />NodePort</span><br /></div></div></div></foreignObject><text x="667" y="296" fill="#FFFFFF" font-family="Helvetica" font-size="12px" text-anchor="middle">Dynamic...</text></switch></g><image x="782.49" y="227.5" width="34.58" height="44" 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image pulled from zarf-injector nodeport</font></div></div></div></div></foreignObject><text x="555" y="539" fill="#FFFFFF" font-family="Helvetica" font-size="12px" text-anchor="middle">Initial image pulled from zarf-injector nodep...</text></switch></g><rect x="461" y="568.93" width="287" height="27.93" rx="4.19" ry="4.19" fill="#7f17cf" stroke="none" transform="rotate(-90,604.5,582.89)" pointer-events="all"/><g transform="translate(-0.5 -0.5)rotate(-90 604.5 582.8949999999995)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe center; width: 285px; height: 1px; padding-top: 583px; margin-left: 462px;"><div style="box-sizing: border-box; font-size: 0px; text-align: center;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 12px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;"><font style="font-size: 12px;">Post registry boot all images pull from the registry<br style="font-size: 12px;" /></font></div></div></div></foreignObject><text x="605" y="586" fill="#FFFFFF" font-family="Helvetica" font-size="12px" text-anchor="middle">Post registry boot all images pull from the regi...</text></switch></g><rect x="1365.5" y="1018.5" width="294" height="27.93" rx="4.19" ry="4.19" fill="#5a5a5a" stroke="none" transform="rotate(-90,1512.5,1032.47)" pointer-events="all"/><g transform="translate(-0.5 -0.5)rotate(-90 1512.499999999999 1032.4649999999997)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe center; width: 292px; height: 1px; padding-top: 1032px; margin-left: 1366px;"><div style="box-sizing: border-box; font-size: 0px; text-align: center;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 12px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;"><font style="font-size: 12px;">POD Create / Flux GitRepository Create Webhook</font></div></div></div></foreignObject><text x="1512" y="1036" fill="#FFFFFF" font-family="Helvetica" font-size="12px" text-anchor="middle">POD Create / Flux GitRepository Create Webhook</text></switch></g><rect x="25.2" y="1399" width="287" height="27.93" rx="4.19" ry="4.19" fill="#666666" stroke="none" pointer-events="all"/><g transform="translate(-0.5 -0.5)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe center; width: 285px; height: 1px; padding-top: 1413px; margin-left: 26px;"><div style="box-sizing: border-box; font-size: 0px; text-align: center;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 12px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;"><font style="font-size: 12px;">https://github.com/zarf-dev/zarf</font></div></div></div></foreignObject><text x="169" y="1417" fill="#FFFFFF" font-family="Helvetica" font-size="12px" text-anchor="middle">https://github.com/zarf-dev/zarf</text></switch></g><rect x="157" y="36" width="270" height="27.93" rx="4.19" ry="4.19" fill="#1e8ea6" stroke="none" pointer-events="all"/><g transform="translate(-0.5 -0.5)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe flex-start; width: 268px; height: 1px; padding-top: 50px; margin-left: 159px;"><div style="box-sizing: border-box; font-size: 0px; text-align: left;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 14px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;"><font style="font-size: 14px;">   1. Create the Zarf State in the cluster</font></div></div></div></foreignObject><text x="159" y="54" fill="#FFFFFF" font-family="Helvetica" font-size="14px">1. Create the Zarf State in the clu...</text></switch></g><rect x="157" y="76.07" width="270" height="27.93" rx="4.19" ry="4.19" fill="#1e8ea6" stroke="none" pointer-events="all"/><g transform="translate(-0.5 -0.5)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe flex-start; width: 268px; height: 1px; padding-top: 90px; margin-left: 159px;"><div style="box-sizing: border-box; font-size: 0px; text-align: left;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 14px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;"><div align="left" style=""><font style="font-size: 14px;">   2. Launch the injector system</font></div></div></div></div></foreignObject><text x="159" y="94" fill="#FFFFFF" font-family="Helvetica" font-size="14px">   2. Launch the injector system</text></switch></g><rect x="157" y="116.07" width="270" height="27.93" rx="4.19" ry="4.19" fill="#1e8ea6" stroke="none" pointer-events="all"/><g transform="translate(-0.5 -0.5)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe flex-start; width: 268px; height: 1px; padding-top: 130px; margin-left: 159px;"><div style="box-sizing: border-box; font-size: 0px; text-align: left;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 14px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;">   3. Deploy the Zarf Registry</div></div></div></foreignObject><text x="159" y="134" fill="#FFFFFF" font-family="Helvetica" font-size="14px">   3. Deploy the Zarf Registry</text></switch></g><rect x="157" y="156.07" width="270" height="27.93" rx="4.19" ry="4.19" fill="#1e8ea6" stroke="none" pointer-events="all"/><g transform="translate(-0.5 -0.5)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe flex-start; width: 268px; height: 1px; padding-top: 170px; margin-left: 159px;"><div style="box-sizing: border-box; font-size: 0px; text-align: left;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 14px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;">   4. Deploy the Zarf Agent</div></div></div></foreignObject><text x="159" y="174" fill="#FFFFFF" font-family="Helvetica" font-size="14px">   4. Deploy the Zarf Agent</text></switch></g><rect x="157" y="196" width="270" height="27.93" rx="4.19" ry="4.19" fill="#1e8ea6" stroke="none" pointer-events="all"/><g transform="translate(-0.5 -0.5)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe flex-start; width: 268px; height: 1px; padding-top: 210px; margin-left: 159px;"><div style="box-sizing: border-box; font-size: 0px; text-align: left;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 14px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;">   5. (Optional) Deploy the Zarf Git Server</div></div></div></foreignObject><text x="159" y="214" fill="#FFFFFF" font-family="Helvetica" font-size="14px">5. (Optional) Deploy the Zarf Git S...</text></switch></g><rect x="157" y="236" width="270" height="27.93" rx="4.19" ry="4.19" fill="#1e8ea6" stroke="none" pointer-events="all"/><g transform="translate(-0.5 -0.5)"><switch><foreignObject style="overflow: visible; text-align: left;" pointer-events="none" width="100%" height="100%" requiredFeatures="http://www.w3.org/TR/SVG11/feature#Extensibility"><div xmlns="http://www.w3.org/1999/xhtml" style="display: flex; align-items: unsafe center; justify-content: unsafe flex-start; width: 268px; height: 1px; padding-top: 250px; margin-left: 159px;"><div style="box-sizing: border-box; font-size: 0px; text-align: left;" data-drawio-colors="color: #FFFFFF; "><div style="display: inline-block; font-size: 14px; font-family: Helvetica; color: rgb(255, 255, 255); line-height: 1.2; pointer-events: all; white-space: normal; overflow-wrap: normal;">   6. Push package assets to the cluster</div></div></div></foreignObject><text x="159" y="254" fill="#FFFFFF" font-family="Helvetica" font-size="14px">6. Push package assets to the clust...</text></switch></g><image x="-0.5" y="-0.9099999999999999" width="145.08" height="192.41" 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" 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diff --git a/site/public/tutorials/package_create_init.html b/site/public/tutorials/package_create_init.html
index 6a21effc08..9c8e80e906 100644
--- a/site/public/tutorials/package_create_init.html
+++ b/site/public/tutorials/package_create_init.html
@@ -158,7 +158,7 @@
 <b style="color:#ff55ff;">    </b>-<b style="color:#ff55ff;"> packages/zarf-agent/manifests/deployment.yaml</b>
 <b style="color:#ff55ff;">    </b>-<b style="color:#ff55ff;"> packages/zarf-agent/manifests/webhook.yaml</b>
 <b style="color:#ff55ff;">  </b><b style="color:#55ffff;">images</b>:
-  -<b style="color:#ff55ff;"> ghcr.io/defenseunicorns/zarf/agent:local</b>
+  -<b style="color:#ff55ff;"> ghcr.io/zarf-dev/zarf/agent:local</b>
 <b style="color:#ff55ff;"></b>-<b style="color:#55ffff;"> name</b>:<b style="color:#ff55ff;"> git-server</b>
 <b style="color:#ff55ff;">  </b><b style="color:#55ffff;">description</b>: |
 <b style="color:#ff55ff;">    Deploys Gitea to provide git repositories for Kubernetes configurations.</b>
diff --git a/site/public/tutorials/publish_and_deploy_manifest.html b/site/public/tutorials/publish_and_deploy_manifest.html
index 74e8928a4a..19977b88e0 100644
--- a/site/public/tutorials/publish_and_deploy_manifest.html
+++ b/site/public/tutorials/publish_and_deploy_manifest.html
@@ -51,7 +51,7 @@
 $ mkdir -p zarf-publish-tutorial &amp;&amp; cd zarf-publish-tutorial
 
 <b class="GRN"># For this tutorial we will use the  example package
-# located here: https://github.com/defenseunicorns/zarf/blob/main/examples/helm-oci-chart/zarf.yaml</b>
+# located here: https://github.com/zarf-dev/zarf/blob/main/examples/helm-oci-chart/zarf.yaml</b>
 $ cat &lt;&lt;EOF &gt; zarf.yaml
 kind: ZarfPackageConfig
 metadata:
diff --git a/site/public/tutorials/resource_adoption_deploy.html b/site/public/tutorials/resource_adoption_deploy.html
index dac25e7967..814f4c541f 100644
--- a/site/public/tutorials/resource_adoption_deploy.html
+++ b/site/public/tutorials/resource_adoption_deploy.html
@@ -88,7 +88,7 @@
 <b class=YEL></b>
 <b class=YEL>This package has 1 artifacts with software bill-of-materials (SBOM) included. You can view them now</b>
 <b class=YEL>in the zarf-sbom folder in this directory or to go directly to one, open this in your browser:</b>
-<b class=YEL></b><b class=WHI></b><b class=HIW>/Users/jason/src/github.com/defenseunicorns/zarf/zarf-sbom/sbom-viewer-defenseunicorns_zarf-game_multi-tile-dark.html</b><b class=YEL></b><b class=WHI></b><b class=YEL></b>
+<b class=YEL></b><b class=WHI></b><b class=HIW>/Users/jason/src/github.com/zarf-dev/zarf/zarf-sbom/sbom-viewer-defenseunicorns_zarf-game_multi-tile-dark.html</b><b class=YEL></b><b class=WHI></b><b class=YEL></b>
 <b class=YEL></b>
 <b class=YEL>* This directory will be removed after package deployment.</b>
 <b class=YEL></b>
diff --git a/site/public/tutorials/resource_adoption_package.html b/site/public/tutorials/resource_adoption_package.html
index a252ad6632..5a4c744f2e 100644
--- a/site/public/tutorials/resource_adoption_package.html
+++ b/site/public/tutorials/resource_adoption_package.html
@@ -49,7 +49,7 @@
 <pre>
 <b class="WHI">$ zarf package create examples/dos-games</b>
 
-<b class=YEL>Using config file /Users/jason/src/github.com/defenseunicorns/zarf/zarf-config.toml</b>
+<b class=YEL>Using config file /Users/jason/src/github.com/zarf-dev/zarf/zarf-config.toml</b>
 <b class=YEL></b>
 <b class=YEL>Saving log file to</b>
 <b class=YEL>/var/folders/bk/rz1xx2sd5zn134c0_j1s2n5r0000gp/T/zarf-2023-05-10-11-24-25-3678510320.log</b>
diff --git a/site/src/content/docs/contribute/nerd-notes.mdx b/site/src/content/docs/contribute/nerd-notes.mdx
index 6264dd5266..33dd73b35d 100644
--- a/site/src/content/docs/contribute/nerd-notes.mdx
+++ b/site/src/content/docs/contribute/nerd-notes.mdx
@@ -10,10 +10,10 @@ Zarf is written entirely in [go](https://go.dev/), except for a single 868Kb bin
 
 - All workloads are installed in the cluster via the [Helm SDK](https://helm.sh/docs/topics/advanced/#go-sdk)
 - The OCI Registries used are both from [Docker](https://github.com/distribution/distribution)
-- Currently, the Registry and Git servers _are not HA_, see [#375](https://github.com/defenseunicorns/zarf/issues/375) and [#376](https://github.com/defenseunicorns/zarf/issues/376) for discussion on this
+- Currently, the Registry and Git servers _are not HA_, see [#375](https://github.com/zarf-dev/zarf/issues/375) and [#376](https://github.com/zarf-dev/zarf/issues/376) for discussion on this
 - To avoid TLS issues, Zarf binds to `127.0.0.1:31999` on each node as a [NodePort](https://kubernetes.io/docs/concepts/services-networking/service/#type-nodeport) to allow all nodes to access the pod(s) in the cluster
-- Zarf utilizes a [mutating admission webhook](https://kubernetes.io/docs/reference/access-authn-authz/admission-controllers/#mutatingadmissionwebhook) called the [`zarf-agent`](https://github.com/defenseunicorns/zarf/tree/main/src/internal/agent) to modify the image property within the `PodSpec`. The purpose is to redirect it to Zarf's configured registry instead of the the original registry (such as DockerHub, GCR, or Quay). Additionally, the webhook attaches the appropriate [ImagePullSecret](https://kubernetes.io/docs/concepts/containers/images/#specifying-imagepullsecrets-on-a-pod) for the seed registry to the pod. This configuration allows the pod to successfully retrieve the image from the seed registry, even when operating in an air-gapped environment.
-- Zarf uses a custom injector system to bootstrap a new cluster. See the PR [#329](https://github.com/defenseunicorns/zarf/pull/329) and [ADR](https://github.com/defenseunicorns/zarf/blob/main/adr/0003-image-injection-into-remote-clusters-without-native-support.md) for more details on how we came to this solution.  The general steps are listed below:
+- Zarf utilizes a [mutating admission webhook](https://kubernetes.io/docs/reference/access-authn-authz/admission-controllers/#mutatingadmissionwebhook) called the [`zarf-agent`](https://github.com/zarf-dev/zarf/tree/main/src/internal/agent) to modify the image property within the `PodSpec`. The purpose is to redirect it to Zarf's configured registry instead of the the original registry (such as DockerHub, GCR, or Quay). Additionally, the webhook attaches the appropriate [ImagePullSecret](https://kubernetes.io/docs/concepts/containers/images/#specifying-imagepullsecrets-on-a-pod) for the seed registry to the pod. This configuration allows the pod to successfully retrieve the image from the seed registry, even when operating in an air-gapped environment.
+- Zarf uses a custom injector system to bootstrap a new cluster. See the PR [#329](https://github.com/zarf-dev/zarf/pull/329) and [ADR](https://github.com/zarf-dev/zarf/blob/main/adr/0003-image-injection-into-remote-clusters-without-native-support.md) for more details on how we came to this solution.  The general steps are listed below:
   - Get a list of images in the cluster
   - Attempt to create an ephemeral pod using an image from the list
   - A small rust binary that is compiled using [musl](https://www.musl-libc.org/) to keep the max binary size as minimal as possible
diff --git a/site/src/content/docs/contribute/testing.mdx b/site/src/content/docs/contribute/testing.mdx
index c64c643aa6..6805190229 100644
--- a/site/src/content/docs/contribute/testing.mdx
+++ b/site/src/content/docs/contribute/testing.mdx
@@ -2,7 +2,7 @@
 title: Running Tests
 ---
 
-Currently, we primarily test Zarf through a series of [end-to-end tests](https://github.com/defenseunicorns/zarf/tree/main/src/test/e2e). These tests are called in the `test-*.yml` workflows and undergo automatic execution against several K8s distros whenever a pull request is created or updated.
+Currently, we primarily test Zarf through a series of [end-to-end tests](https://github.com/zarf-dev/zarf/tree/main/src/test/e2e). These tests are called in the `test-*.yml` workflows and undergo automatic execution against several K8s distros whenever a pull request is created or updated.
 
 In addition, Zarf implements unit tests for specific functions where edge cases prove difficult to cover through end-to-end testing alone. Unit tests follow standard Go convention and are `*_test.go` files.
 
diff --git a/site/src/content/docs/faq.mdx b/site/src/content/docs/faq.mdx
index e4bca91bba..5f57435ea2 100644
--- a/site/src/content/docs/faq.mdx
+++ b/site/src/content/docs/faq.mdx
@@ -10,7 +10,7 @@ Defense Unicorns' mission is to advance freedom and independence globally throug
 
 ## What license is Zarf under?
 
-Zarf is under the [Apache License 2.0](https://github.com/defenseunicorns/zarf/blob/main/LICENSE). This is one of the most commonly used licenses for open-source software.
+Zarf is under the [Apache License 2.0](https://github.com/zarf-dev/zarf/blob/main/LICENSE). This is one of the most commonly used licenses for open-source software.
 
 ## Is Zarf free to use?
 
@@ -18,7 +18,7 @@ Yes! Zarf is Free and Open-Source Software (FOSS). And will remain free forever.
 
 ## Do I have to use Homebrew to install Zarf?
 
-No, the Zarf binary and init package can be downloaded from the [Releases Page](https://github.com/defenseunicorns/zarf/releases). Zarf does not need to be installed or available to all users on the system, but it does need to be executable for the current user (i.e. `chmod +x zarf` for Linux/Mac).
+No, the Zarf binary and init package can be downloaded from the [Releases Page](https://github.com/zarf-dev/zarf/releases). Zarf does not need to be installed or available to all users on the system, but it does need to be executable for the current user (i.e. `chmod +x zarf` for Linux/Mac).
 
 ## What dependencies does Zarf have?
 
@@ -26,7 +26,7 @@ Zarf is statically compiled and written in [Go](https://golang.org/) and [Rust](
 
 ## How can I improve the speed of loading large images from Docker on `zarf package create`?
 
-Due to some limitations with how Docker provides access to local image layers, `zarf package create` has to rely on `docker save` under the hood which is [very slow overall](https://github.com/defenseunicorns/zarf/issues/1214) and also takes a long time to report progress. We experimented with many ways to improve this, but for now recommend leveraging a local docker registry to speed up the process.
+Due to some limitations with how Docker provides access to local image layers, `zarf package create` has to rely on `docker save` under the hood which is [very slow overall](https://github.com/zarf-dev/zarf/issues/1214) and also takes a long time to report progress. We experimented with many ways to improve this, but for now recommend leveraging a local docker registry to speed up the process.
 
 This can be done by running a local registry and pushing the images to it before running `zarf package create`. This will allow `zarf package create` to pull the images from the local registry instead of Docker. This can also be combined with [component actions](/ref/actions/) and [`--registry-override`](/commands/zarf_package_create/) to make the process automatic. Given an example image of `registry.enterprise.corp/my-giant-image:v2` you could do something like this:
 
@@ -74,8 +74,8 @@ metadata:
 
 components:
   repos:
-    - https://github.com/defenseunicorns/zarf.git
-    - ssh://git@github.com/defenseunicorns/zarf.git
+    - https://github.com/zarf-dev/zarf.git
+    - ssh://git@github.com/zarf-dev/zarf.git
     - file:///home/zarf/workspace/zarf
     - git://somegithost.com/zarf.git
 ```
diff --git a/site/src/content/docs/getting-started/install.mdx b/site/src/content/docs/getting-started/install.mdx
index 7c115d8cfb..c92b7ba0ef 100644
--- a/site/src/content/docs/getting-started/install.mdx
+++ b/site/src/content/docs/getting-started/install.mdx
@@ -14,12 +14,12 @@ brew tap defenseunicorns/tap && brew install zarf
 
 ## GitHub Releases
 
-All [Zarf releases](https://github.com/defenseunicorns/zarf/releases) on GitHub include prebuilt binaries that you can download and use. We offer range of combinations of OS and architecture for you to choose from.
+All [Zarf releases](https://github.com/zarf-dev/zarf/releases) on GitHub include prebuilt binaries that you can download and use. We offer range of combinations of OS and architecture for you to choose from.
 
 export const downloadScript = (os, arch) => `
-ZARF_VERSION=$(curl -sIX HEAD https://github.com/defenseunicorns/zarf/releases/latest | grep -i ^location: | grep -Eo 'v[0-9]+.[0-9]+.[0-9]+')
+ZARF_VERSION=$(curl -sIX HEAD https://github.com/zarf-dev/zarf/releases/latest | grep -i ^location: | grep -Eo 'v[0-9]+.[0-9]+.[0-9]+')
 
-curl -sL "https://github.com/defenseunicorns/zarf/releases/download/\${ZARF_VERSION}/zarf_\${ZARF_VERSION}_${os}_${arch}" -o zarf
+curl -sL "https://github.com/zarf-dev/zarf/releases/download/\${ZARF_VERSION}/zarf_\${ZARF_VERSION}_${os}_${arch}" -o zarf
 chmod +x zarf
 `
 
@@ -66,9 +66,9 @@ sudo mv zarf /usr/local/bin/zarf
 To download Zarf on Windows you can run the following (replacing `$ZarfVersion` with any release version of Zarf):
 
 export const downloadPowerShellScript = (arch) => `
-$ZarfVersion = (Invoke-RestMethod https://api.github.com/repos/defenseunicorns/zarf/releases/latest).tag_name
+$ZarfVersion = (Invoke-RestMethod https://api.github.com/repos/zarf-dev/zarf/releases/latest).tag_name
 
-Start-BitsTransfer -Source "https://github.com/defenseunicorns/zarf/releases/download/$($ZarfVersion)/zarf_$($ZarfVersion)_Windows_${arch}.exe" -Destination zarf.exe
+Start-BitsTransfer -Source "https://github.com/zarf-dev/zarf/releases/download/$($ZarfVersion)/zarf_$($ZarfVersion)_Windows_${arch}.exe" -Destination zarf.exe
 `
 
 <Tabs>
@@ -96,7 +96,7 @@ The following are unofficial methods of installing Zarf that are maintained by t
 If you want to build the CLI from scratch, you can do that too. Our local builds depend on [Go](https://golang.org/doc/install) and [make](https://www.gnu.org/software/make/).
 
 ```bash
-git clone https://github.com/defenseunicorns/zarf
+git clone https://github.com/zarf-dev/zarf
 cd zarf
 # build the CLI for your current OS and architecture
 make
@@ -134,7 +134,7 @@ $ zarf tools download-init
 $ zarf init --confirm
 ```
 
-The default 'init' package can also be obtained by visiting the [Zarf releases](https://github.com/defenseunicorns/zarf/releases) page and downloading it into your working directory or into `~/.zarf-cache/zarf-init-<amd64|arm64>-vX.X.X.tar.zst`.
+The default 'init' package can also be obtained by visiting the [Zarf releases](https://github.com/zarf-dev/zarf/releases) page and downloading it into your working directory or into `~/.zarf-cache/zarf-init-<amd64|arm64>-vX.X.X.tar.zst`.
 
 :::tip
 
diff --git a/site/src/content/docs/index.mdx b/site/src/content/docs/index.mdx
index 48ac086e1c..abf11bc393 100644
--- a/site/src/content/docs/index.mdx
+++ b/site/src/content/docs/index.mdx
@@ -45,7 +45,7 @@ Zarf provides a way to package and deploy software in a way that is **repeatable
 - Builtin Git server with [Gitea](https://gitea.com/)
 - Builtin Docker registry
 - Builtin [K9s Dashboard](https://k9scli.io/) for managing a cluster from the terminal
-- [Mutating Webhook](https://github.com/defenseunicorns/zarf/blob/main/adr/0005-mutating-webhook.md) to automatically update Kubernetes pod's image path and pull secrets as well as [Flux Git Repository](https://fluxcd.io/docs/components/source/gitrepositories/) URLs and secret references
+- [Mutating Webhook](https://github.com/zarf-dev/zarf/blob/main/adr/0005-mutating-webhook.md) to automatically update Kubernetes pod's image path and pull secrets as well as [Flux Git Repository](https://fluxcd.io/docs/components/source/gitrepositories/) URLs and secret references
 - Builtin [command to find images](/commands/zarf_dev_find-images/) and resources from a Helm chart
 - Tunneling capability to [connect to Kubernetes resources](/commands/zarf_connect/) without network routing, DNS, TLS or Ingress configuration required
 
diff --git a/site/src/content/docs/ref/components.mdx b/site/src/content/docs/ref/components.mdx
index b8f85d6fc6..50be327f1b 100644
--- a/site/src/content/docs/ref/components.mdx
+++ b/site/src/content/docs/ref/components.mdx
@@ -162,19 +162,19 @@ The [`podinfo-flux`](/ref/examples/podinfo-flux/) example showcases a simple Git
 
 #### Tag-Based Git Repository Clone
 
-Tag-based `git` repository cloning is the **recommended** way of cloning a `git` repository for air-gapped deployments because it wraps meaning around a specific point in git history that can easily be traced back to the online world. Tag-based clones are defined using the `scheme://host/repo@tag` format as seen in the example of the `defenseunicorns/zarf` repository (`https://github.com/defenseunicorns/zarf.git@v0.15.0`).
+Tag-based `git` repository cloning is the **recommended** way of cloning a `git` repository for air-gapped deployments because it wraps meaning around a specific point in git history that can easily be traced back to the online world. Tag-based clones are defined using the `scheme://host/repo@tag` format as seen in the example of the `zarf-dev/zarf` repository (`https://github.com/zarf-dev/zarf.git@v0.15.0`).
 
 A tag-based clone only mirrors the tag defined in the Zarf definition. The tag will be applied on the `git` mirror to a zarf-specific branch name based on the tag name (e.g. the tag `v0.1.0` will be pushed to the `zarf-ref-v0.1.0` branch).  This ensures that this tag will be pushed and received properly by the airgap `git` server.
 
 :::note
 
-If you would like to use a protocol scheme other than http/https, you can do so with something like the following: `ssh://git@github.com/defenseunicorns/zarf.git@v0.15.0`.  Using this you can also clone from a local repo to help you manage larger git repositories: `file:///home/zarf/workspace/zarf@v0.15.0`.
+If you would like to use a protocol scheme other than http/https, you can do so with something like the following: `ssh://git@github.com/zarf-dev/zarf.git@v0.15.0`.  Using this you can also clone from a local repo to help you manage larger git repositories: `file:///home/zarf/workspace/zarf@v0.15.0`.
 
 :::
 
 :::caution
 
-Because Zarf creates long-lived mirrors of repositories in the air gap, it does not support shallow clones (i.e. `git clone --depth x`).  These may be present in build environments (i.e. [GitLab runners](https://github.com/defenseunicorns/zarf/issues/1698)) and should be avoided.  To learn more about shallow and partial clones see the [GitHub blog on the topic](https://github.blog/2020-12-21-get-up-to-speed-with-partial-clone-and-shallow-clone).
+Because Zarf creates long-lived mirrors of repositories in the air gap, it does not support shallow clones (i.e. `git clone --depth x`).  These may be present in build environments (i.e. [GitLab runners](https://github.com/zarf-dev/zarf/issues/1698)) and should be avoided.  To learn more about shallow and partial clones see the [GitHub blog on the topic](https://github.blog/2020-12-21-get-up-to-speed-with-partial-clone-and-shallow-clone).
 
 :::
 
@@ -182,7 +182,7 @@ Because Zarf creates long-lived mirrors of repositories in the air gap, it does
 
 #### SHA-Based Git Repository Clone
 
-In addition to tags, Zarf also supports cloning and pushing a specific SHA hash from a `git` repository, but this is **not recommended** as it is less readable/understandable than tag cloning.  Commit SHAs are defined using the same `scheme://host/repo@shasum` format as seen in the example of the `defenseunicorns/zarf` repository (`https://github.com/defenseunicorns/zarf.git@c74e2e9626da0400e0a41e78319b3054c53a5d4e`).
+In addition to tags, Zarf also supports cloning and pushing a specific SHA hash from a `git` repository, but this is **not recommended** as it is less readable/understandable than tag cloning.  Commit SHAs are defined using the same `scheme://host/repo@shasum` format as seen in the example of the `zarf-dev/zarf` repository (`https://github.com/zarf-dev/zarf.git@c74e2e9626da0400e0a41e78319b3054c53a5d4e`).
 
 A SHA-based clone only mirrors the SHA hash defined in the Zarf definition. The SHA will be applied on the `git` mirror to a zarf-specific branch name based on the SHA hash (e.g. the SHA `c74e2e9626da0400e0a41e78319b3054c53a5d4e` will be pushed to the `zarf-ref-c74e2e9626da0400e0a41e78319b3054c53a5d4e` branch).  This ensures that this tag will be pushed and received properly by the airgap `git` server.
 
diff --git a/site/src/content/docs/ref/dev.mdx b/site/src/content/docs/ref/dev.mdx
index 10fdf34a31..bdf0fe50f7 100644
--- a/site/src/content/docs/ref/dev.mdx
+++ b/site/src/content/docs/ref/dev.mdx
@@ -8,7 +8,7 @@ tableOfContents:
 
 ## Schema Validation
 
-Zarf uses the [Zarf package schema](https://github.com/defenseunicorns/zarf/blob/main/zarf.schema.json) to define its configuration files. This schema is used to describe package configuration options and enable the validation of configuration files prior to their use in building a Zarf Package.
+Zarf uses the [Zarf package schema](https://github.com/zarf-dev/zarf/blob/main/zarf.schema.json) to define its configuration files. This schema is used to describe package configuration options and enable the validation of configuration files prior to their use in building a Zarf Package.
 
 ### `zarf dev lint`
 
@@ -28,7 +28,7 @@ zarf dev lint <dir>
 
 ```json
   "yaml.schemas": {
-    "https://raw.githubusercontent.com/defenseunicorns/zarf/main/zarf.schema.json": "zarf.yaml"
+    "https://raw.githubusercontent.com/zarf-dev/zarf/main/zarf.schema.json": "zarf.yaml"
   }
 ```
 
@@ -43,10 +43,10 @@ When successfully installed, the `yaml.schema` line will match the color of the
 To ensure consistent validation of the Zarf schema version in a `zarf.yaml` file, it can be beneficial to lock it to a specific version. This can be achieved by appending the following statement to the **first line** of any given `zarf.yaml` file:
 
 ```yaml
-# yaml-language-server: $schema=https://raw.githubusercontent.com/defenseunicorns/zarf/<VERSION>/zarf.schema.json
+# yaml-language-server: $schema=https://raw.githubusercontent.com/zarf-dev/zarf/<VERSION>/zarf.schema.json
 ```
 
-In the above example, `<VERSION>` should be replaced with the specific [Zarf release](https://github.com/defenseunicorns/zarf/releases).
+In the above example, `<VERSION>` should be replaced with the specific [Zarf release](https://github.com/zarf-dev/zarf/releases).
 
 ![yaml schema](https://user-images.githubusercontent.com/92826525/226490465-1e6a56f7-41c4-45bf-923b-5242fa4ab64e.png)
 
diff --git a/site/src/content/docs/ref/init-package.mdx b/site/src/content/docs/ref/init-package.mdx
index 8a8daa55de..1af8d3d18e 100644
--- a/site/src/content/docs/ref/init-package.mdx
+++ b/site/src/content/docs/ref/init-package.mdx
@@ -51,7 +51,7 @@ While there is no distro-agnostic method to inject images into a cluster, every
 
 But then we have another problem of how to reassemble the image on the other side, as we don't have any consistent image that exists in the cluster that would have such utilities. This is where the `zarf-injector` Rust binary comes in.
 
-> For compiling the `zarf-injector` binary, refer to its [README.md](https://github.com/defenseunicorns/zarf/tree/main/src/injector/README.md).
+> For compiling the `zarf-injector` binary, refer to its [README.md](https://github.com/zarf-dev/zarf/tree/main/src/injector/README.md).
 
 The `zarf-injector` binary is statically compiled and injected into the cluster as a `configmap` along with the chunks of the `registry:2` image. During the `zarf-seed-registry`'s deployment, the `zarf-injector` binary is run in a pod that mounts the `configmaps` and reassembles the `registry:2` image. It then hosts a temporary, pull-only Docker registry implemented in Rust so that a real registry can be deployed into the cluster from the hosted `registry:2` image.
 
@@ -76,7 +76,7 @@ Doing this keeps Zarf cluster agnostic, however does require that the kubelet be
 
 :::note
 
-The `registry:2` image and the Zarf Agent image can be configured with a custom init package using the `registry_image_*` and `agent_image_*` templates defined in the Zarf repo's [zarf-config.toml](https://github.com/defenseunicorns/zarf/blob/main/zarf-config.toml).  This allows you to swap them for enterprise provided / hardened versions if desired such as those provided by [Iron Bank](https://repo1.dso.mil/dsop/opensource/defenseunicorns/zarf/zarf-agent).
+The `registry:2` image and the Zarf Agent image can be configured with a custom init package using the `registry_image_*` and `agent_image_*` templates defined in the Zarf repo's [zarf-config.toml](https://github.com/zarf-dev/zarf/blob/main/zarf-config.toml).  This allows you to swap them for enterprise provided / hardened versions if desired such as those provided by [Iron Bank](https://repo1.dso.mil/dsop/opensource/defenseunicorns/zarf/zarf-agent).
 
 :::
 
@@ -95,7 +95,7 @@ It leverages the same `docker-registry` chart used in `zarf-seed-registry` but w
 
 You can further customize how the registry behaves by setting variables such as `REGISTRY_PVC_SIZE` with a [config file](/ref/config-files/) or `--set` on `zarf init`.
 
-To see a full list of `variables` you can view the [`zarf.yaml` that defines the registry](https://github.com/defenseunicorns/zarf/blob/main/packages/zarf-registry/zarf.yaml).
+To see a full list of `variables` you can view the [`zarf.yaml` that defines the registry](https://github.com/zarf-dev/zarf/blob/main/packages/zarf-registry/zarf.yaml).
 
 :::
 
@@ -216,7 +216,7 @@ root@machine ~ # zarf init --components k3s --set K3S_ARGS="" --confirm
 
 You can further customize how the git-server behaves by setting variables such as `GIT_SERVER_PVC_SIZE` with a [config file](/ref/config-files/) or `--set` on `zarf init`.
 
-To see a full list of `variables` you can view the [zarf.yaml that defines the git-server](https://github.com/defenseunicorns/zarf/blob/main/packages/gitea/zarf.yaml).
+To see a full list of `variables` you can view the [zarf.yaml that defines the git-server](https://github.com/zarf-dev/zarf/blob/main/packages/gitea/zarf.yaml).
 
 :::
 
@@ -273,7 +273,7 @@ components:
 In order to reproduce / build the following example, you will need to have the Zarf repository cloned locally.
 
 ```bash
-git clone https://github.com/defenseunicorns/zarf.git
+git clone https://github.com/zarf-dev/zarf.git
 cd zarf
 mv zarf.yaml zarf.yaml.bak
 ```
diff --git a/site/src/content/docs/ref/packages.mdx b/site/src/content/docs/ref/packages.mdx
index 723c6ed845..5a2e3562ad 100644
--- a/site/src/content/docs/ref/packages.mdx
+++ b/site/src/content/docs/ref/packages.mdx
@@ -28,7 +28,7 @@ Typically, an init package is the first Zarf Package to be deployed on a cluster
 
 :::tip
 
-Check out our [K3s cluster package](https://github.com/defenseunicorns/zarf/blob/main/packages/distros/k3s/zarf.yaml) to see an example of a Zarf Package that installs a Kubernetes distribution
+Check out our [K3s cluster package](https://github.com/zarf-dev/zarf/blob/main/packages/distros/k3s/zarf.yaml) to see an example of a Zarf Package that installs a Kubernetes distribution
 
 :::
 
diff --git a/site/src/content/docs/roadmap.mdx b/site/src/content/docs/roadmap.mdx
index 68878e6dbb..43a80e41ad 100644
--- a/site/src/content/docs/roadmap.mdx
+++ b/site/src/content/docs/roadmap.mdx
@@ -6,15 +6,15 @@ title: Roadmap
 
 The issue board for Zarf is hosted on a [GitHub Project Board](https://github.com/orgs/defenseunicorns/projects/1) that tracks the issues the Zarf team is working along with future work we are prioritizing.
 
-If you would like to add bug reports or feature requests, please [add an issue](https://github.com/defenseunicorns/zarf/issues) to the GitHub repository under the appropriate template. If you have a more general question about a feature, feel free to ask the team in the [Zarf Kubernetes Slack Channel](https://kubernetes.slack.com/archives/C03B6BJAUJ3).
+If you would like to add bug reports or feature requests, please [add an issue](https://github.com/zarf-dev/zarf/issues) to the GitHub repository under the appropriate template. If you have a more general question about a feature, feel free to ask the team in the [Zarf Kubernetes Slack Channel](https://kubernetes.slack.com/archives/C03B6BJAUJ3).
 
-We also accept contributions from the community (regardless of where a particular bug or feature is in the queue), so feel free to read our [contributing guidelines](/contribute/contributor-guide) and [submit a PR](https://github.com/defenseunicorns/zarf/pulls)!  You can also ask any development related questions in the [Zarf Dev Kubernetes Slack Channel](https://kubernetes.slack.com/archives/C03BP9Z3CMA).
+We also accept contributions from the community (regardless of where a particular bug or feature is in the queue), so feel free to read our [contributing guidelines](/contribute/contributor-guide) and [submit a PR](https://github.com/zarf-dev/zarf/pulls)!  You can also ask any development related questions in the [Zarf Dev Kubernetes Slack Channel](https://kubernetes.slack.com/archives/C03BP9Z3CMA).
 
 ## 2024 General Roadmap
 
 ### Q1: Community Building and Refactoring
 
-- [X] - Establish a [monthly community meetup](https://github.com/defenseunicorns/zarf/issues/2202) to engage members of the community and answer questions.
+- [X] - Establish a [monthly community meetup](https://github.com/zarf-dev/zarf/issues/2202) to engage members of the community and answer questions.
 - [ ] - Refactor and add tests to library code shared with [UDS-CLI](https://github.com/defenseunicorns/uds-cli) and split into a new GitHub repository.
 - [ ] - Gather OpenSSF donation requirements and clear off pre-reqs (additional maintainers and sponsor working group).
 
@@ -81,6 +81,6 @@ Deprecated features are features that are no longer recommended for use and:
 
 ## General Availability (GA) Release
 
-Right now, Zarf itself is still in its 'beta' phase. We are working on some final things before we release the official 1.0 General Availability (GA) release. The work still needed for the GA release can be found in our issues with [this filter](https://github.com/defenseunicorns/zarf/issues?q=is%3Aopen+is%3Aissue+label%3Aga).
+Right now, Zarf itself is still in its 'beta' phase. We are working on some final things before we release the official 1.0 General Availability (GA) release. The work still needed for the GA release can be found in our issues with [this filter](https://github.com/zarf-dev/zarf/issues?q=is%3Aopen+is%3Aissue+label%3Aga).
 
 We are currently targeting Q4 2024 to have Zarf be generally available and will be pushing weekly releases until then to add necessary features and fix bugs as well as improve docs, architecture and test coverage behind the scenes.
diff --git a/site/src/content/docs/support.mdx b/site/src/content/docs/support.mdx
index 2cf650b416..b3d8aa75f1 100644
--- a/site/src/content/docs/support.mdx
+++ b/site/src/content/docs/support.mdx
@@ -8,4 +8,4 @@ title: Support
    - [Getting Started](/getting-started)
 2. Look for an answer in the [Frequently Asked Questions](/faq).
 3. Ask a question in [the Zarf Slack Channel](https://kubernetes.slack.com/archives/C03B6BJAUJ3)
-4. [Read issues, report a bug, or request a new feature](https://github.com/defenseunicorns/zarf/issues)
+4. [Read issues, report a bug, or request a new feature](https://github.com/zarf-dev/zarf/issues)
diff --git a/site/src/content/docs/tutorials/0-creating-a-zarf-package.mdx b/site/src/content/docs/tutorials/0-creating-a-zarf-package.mdx
index 84634b4386..4300d8c72f 100644
--- a/site/src/content/docs/tutorials/0-creating-a-zarf-package.mdx
+++ b/site/src/content/docs/tutorials/0-creating-a-zarf-package.mdx
@@ -27,7 +27,7 @@ In order to create a Zarf package you first need to have an idea of what applica
 
 ### Creating the Package Definition
 
-A `zarf.yaml` file follows the [Zarf Package Schema](https://github.com/defenseunicorns/zarf/blob/main/zarf.schema.json) and allows us to specify package metadata and a set of components for us to deploy. We start a package definition with the `kind` of package we are making and `metadata` that describes the package.  You can start our WordPress package by creating a new `zarf.yaml` with the following content:
+A `zarf.yaml` file follows the [Zarf Package Schema](https://github.com/zarf-dev/zarf/blob/main/zarf.schema.json) and allows us to specify package metadata and a set of components for us to deploy. We start a package definition with the `kind` of package we are making and `metadata` that describes the package.  You can start our WordPress package by creating a new `zarf.yaml` with the following content:
 
 ```yaml
 kind: ZarfPackageConfig # ZarfPackageConfig is the package kind for most normal zarf packages
@@ -40,7 +40,7 @@ metadata:
 
 :::tip
 
-You can run [`zarf dev lint <directory>`](/commands/zarf_dev_lint/) to validate against the [`zarf.schema.json`](https://github.com/defenseunicorns/zarf/blob/main/zarf.schema.json), or setup [VSCode](/ref/dev/#vscode) to see errors in real-time.
+You can run [`zarf dev lint <directory>`](/commands/zarf_dev_lint/) to validate against the [`zarf.schema.json`](https://github.com/zarf-dev/zarf/blob/main/zarf.schema.json), or setup [VSCode](/ref/dev/#vscode) to see errors in real-time.
 
 :::
 
diff --git a/site/src/content/docs/tutorials/1-initializing-a-k8s-cluster.mdx b/site/src/content/docs/tutorials/1-initializing-a-k8s-cluster.mdx
index 006d3a5743..deb26aa0ce 100644
--- a/site/src/content/docs/tutorials/1-initializing-a-k8s-cluster.mdx
+++ b/site/src/content/docs/tutorials/1-initializing-a-k8s-cluster.mdx
@@ -12,9 +12,9 @@ In this tutorial, we will demonstrate how to initialize Zarf onto a K8s cluster.
 
 Before beginning this tutorial you will need the following:
 
-- The [Zarf](https://github.com/defenseunicorns/zarf) repository cloned: ([`git clone` Instructions](https://docs.github.com/en/repositories/creating-and-managing-repositories/cloning-a-repository))
+- The [Zarf](https://github.com/zarf-dev/zarf) repository cloned: ([`git clone` Instructions](https://docs.github.com/en/repositories/creating-and-managing-repositories/cloning-a-repository))
 - Zarf binary installed on your $PATH: ([Installing Zarf](/getting-started/install/))
-- An init-package downloaded: ([init-package Build Instructions](/tutorials/0-creating-a-zarf-package/)) or ([Download Location](https://github.com/defenseunicorns/zarf/releases))
+- An init-package downloaded: ([init-package Build Instructions](/tutorials/0-creating-a-zarf-package/)) or ([Download Location](https://github.com/zarf-dev/zarf/releases))
 - A local Kubernetes cluster
 
 ## Initializing the Cluster
diff --git a/site/src/content/docs/tutorials/3-deploy-a-retro-arcade.mdx b/site/src/content/docs/tutorials/3-deploy-a-retro-arcade.mdx
index 9364e98bbe..abfcd55b42 100644
--- a/site/src/content/docs/tutorials/3-deploy-a-retro-arcade.mdx
+++ b/site/src/content/docs/tutorials/3-deploy-a-retro-arcade.mdx
@@ -16,7 +16,7 @@ In previous tutorials, we learned how to [create a package](/tutorials/0-creatin
 
 Before beginning this tutorial you will need the following:
 
-- The [Zarf](https://github.com/defenseunicorns/zarf) repository cloned: ([git clone instructions](https://docs.github.com/en/repositories/creating-and-managing-repositories/cloning-a-repository))
+- The [Zarf](https://github.com/zarf-dev/zarf) repository cloned: ([git clone instructions](https://docs.github.com/en/repositories/creating-and-managing-repositories/cloning-a-repository))
 - Zarf binary installed on your $PATH: ([Installing Zarf](/getting-started/install/))
 - [An initialized cluster](/tutorials/1-initializing-a-k8s-cluster/)
 
diff --git a/site/src/content/docs/tutorials/4-creating-a-k8s-cluster-with-zarf.mdx b/site/src/content/docs/tutorials/4-creating-a-k8s-cluster-with-zarf.mdx
index 81492468d7..2ca6056dbf 100644
--- a/site/src/content/docs/tutorials/4-creating-a-k8s-cluster-with-zarf.mdx
+++ b/site/src/content/docs/tutorials/4-creating-a-k8s-cluster-with-zarf.mdx
@@ -20,9 +20,9 @@ The 'k3s' component requires root access (not just `sudo`!) when deploying as it
 
 Before beginning this tutorial you will need the following:
 
-- The [Zarf](https://github.com/defenseunicorns/zarf) repository cloned: ([`git clone` Instructions](https://docs.github.com/en/repositories/creating-and-managing-repositories/cloning-a-repository))
+- The [Zarf](https://github.com/zarf-dev/zarf) repository cloned: ([`git clone` Instructions](https://docs.github.com/en/repositories/creating-and-managing-repositories/cloning-a-repository))
 - Zarf binary installed on your $PATH: ([Installing Zarf](/getting-started/install/))
-- An init-package built/downloaded: ([init-package Build Instructions](/tutorials/0-creating-a-zarf-package/)) or ([Download Location](https://github.com/defenseunicorns/zarf/releases))
+- An init-package built/downloaded: ([init-package Build Instructions](/tutorials/0-creating-a-zarf-package/)) or ([Download Location](https://github.com/zarf-dev/zarf/releases))
 
 ## Creating the Cluster
 
diff --git a/site/src/content/docs/tutorials/5-big-bang.mdx b/site/src/content/docs/tutorials/5-big-bang.mdx
index b239f73ea3..bf073df59a 100644
--- a/site/src/content/docs/tutorials/5-big-bang.mdx
+++ b/site/src/content/docs/tutorials/5-big-bang.mdx
@@ -36,7 +36,7 @@ To learn more about Big Bang's requirements in general, see their documentation:
 Before beginning this tutorial you will need the following:
 
 - A local copy of the Zarf repository
-  - `git clone https://github.com/defenseunicorns/zarf.git`
+  - `git clone https://github.com/zarf-dev/zarf.git`
 - A kubernetes cluster onto which you can deploy Zarf and Big Bang
 - The latest version of the Zarf `cli`
   - Follow instructions on https://docs.zarf.dev/getting-started/install/
@@ -208,4 +208,4 @@ See the Troubleshooting section of the Big Bang Quick Start for help troubleshoo
 
 Also, ensure that you have followed all of the steps required in the [pre-requisites](#prerequisites) section.
 
-If you feel that the error you are encountering is one with Zarf feel free to [open an issue](https://github.com/defenseunicorns/zarf/issues/new/choose) or reach out via [slack](https://kubernetes.slack.com/archives/C03B6BJAUJ3).
+If you feel that the error you are encountering is one with Zarf feel free to [open an issue](https://github.com/zarf-dev/zarf/issues/new/choose) or reach out via [slack](https://kubernetes.slack.com/archives/C03B6BJAUJ3).
diff --git a/site/src/content/docs/tutorials/7-custom-init-packages.mdx b/site/src/content/docs/tutorials/7-custom-init-packages.mdx
index e99c8f08b6..1f1e78cad9 100644
--- a/site/src/content/docs/tutorials/7-custom-init-packages.mdx
+++ b/site/src/content/docs/tutorials/7-custom-init-packages.mdx
@@ -20,7 +20,7 @@ When creating a Zarf 'init' package, you must have a network connection so that
 
 Before beginning this tutorial you will need the following:
 
-- The [Zarf](https://github.com/defenseunicorns/zarf) repository cloned: ([git clone instructions](https://docs.github.com/en/repositories/creating-and-managing-repositories/cloning-a-repository))
+- The [Zarf](https://github.com/zarf-dev/zarf) repository cloned: ([git clone instructions](https://docs.github.com/en/repositories/creating-and-managing-repositories/cloning-a-repository))
 - Zarf binary installed on your $PATH: ([Installing Zarf](/getting-started/install/))
 - (if building a local [`zarf-agent`](/faq#what-is-the-zarf-agent)) The [Docker CLI](https://docs.docker.com/desktop/) installed and the tools to [Build your own CLI](/getting-started/install/#building-from-source)
 
diff --git a/site/src/content/docs/tutorials/9-package-create-differential.mdx b/site/src/content/docs/tutorials/9-package-create-differential.mdx
index 176424805c..56207fab42 100644
--- a/site/src/content/docs/tutorials/9-package-create-differential.mdx
+++ b/site/src/content/docs/tutorials/9-package-create-differential.mdx
@@ -18,7 +18,7 @@ In this tutorial, you will create a differential package using Zarf.  This is us
 For following along locally, please ensure the following prerequisites are met:
 
 - Zarf binary installed on your `$PATH`: ([Installing Zarf](/getting-started/install/))
-- The [Zarf](https://github.com/defenseunicorns/zarf) repository cloned: ([`git clone` Instructions](https://docs.github.com/en/repositories/creating-and-managing-repositories/cloning-a-repository))
+- The [Zarf](https://github.com/zarf-dev/zarf) repository cloned: ([`git clone` Instructions](https://docs.github.com/en/repositories/creating-and-managing-repositories/cloning-a-repository))
 
 ## Create a Differential Package
 
diff --git a/site/src/content/docs/tutorials/index.mdx b/site/src/content/docs/tutorials/index.mdx
index 9c0b43ef6d..c8db1f80e5 100644
--- a/site/src/content/docs/tutorials/index.mdx
+++ b/site/src/content/docs/tutorials/index.mdx
@@ -11,9 +11,9 @@ This section of the documentation has a collection of tutorials that will help y
 If a tutorial has any prerequisites, they will be listed at the beginning of the tutorial with instructions on how to fulfill them.
 Almost all tutorials will have the following prerequisites/assumptions:
 
-1. The [Zarf](https://github.com/defenseunicorns/zarf) repository cloned: ([git clone instructions](https://docs.github.com/en/repositories/creating-and-managing-repositories/cloning-a-repository))
+1. The [Zarf](https://github.com/zarf-dev/zarf) repository cloned: ([git clone instructions](https://docs.github.com/en/repositories/creating-and-managing-repositories/cloning-a-repository))
 1. You have a Zarf binary installed on your $PATH: ([Installing Zarf](/getting-started/install))
-1. You have an init-package built/downloaded: ([init-package Build Instructions](/tutorials/0-creating-a-zarf-package)) or ([Download Location](https://github.com/defenseunicorns/zarf/releases))
+1. You have an init-package built/downloaded: ([init-package Build Instructions](/tutorials/0-creating-a-zarf-package)) or ([Download Location](https://github.com/zarf-dev/zarf/releases))
 1. Have a kubernetes cluster running/available (ex. [k3s](https://k3s.io/)/[k3d](https://k3d.io/v5.4.1/)/[Kind](https://kind.sigs.k8s.io/docs/user/quick-start#installation))
 
 ## Setting Up a Local Kubernetes Cluster
diff --git a/src/cmd/common/setup.go b/src/cmd/common/setup.go
index 6fab6e134b..703d9355bf 100644
--- a/src/cmd/common/setup.go
+++ b/src/cmd/common/setup.go
@@ -10,10 +10,10 @@ import (
 	"os"
 	"time"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
 	"github.com/pterm/pterm"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 // LogLevelCLI holds the log level as input from a command
diff --git a/src/cmd/common/vendor.go b/src/cmd/common/vendor.go
index 5f10726204..a8ff1db5ad 100644
--- a/src/cmd/common/vendor.go
+++ b/src/cmd/common/vendor.go
@@ -10,8 +10,8 @@ import (
 
 	"slices"
 
-	"github.com/defenseunicorns/zarf/src/config"
 	"github.com/spf13/cobra"
+	"github.com/zarf-dev/zarf/src/config"
 )
 
 var vendorCmds = []string{
diff --git a/src/cmd/common/viper.go b/src/cmd/common/viper.go
index b852800611..bbd0f64c0c 100644
--- a/src/cmd/common/viper.go
+++ b/src/cmd/common/viper.go
@@ -8,10 +8,10 @@ import (
 	"os"
 	"strings"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
 	"github.com/spf13/viper"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 // Constants for use when loading configurations from viper config files
diff --git a/src/cmd/connect.go b/src/cmd/connect.go
index 89eb341b45..26f012660e 100644
--- a/src/cmd/connect.go
+++ b/src/cmd/connect.go
@@ -9,10 +9,10 @@ import (
 
 	"github.com/spf13/cobra"
 
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
 )
 
 var (
diff --git a/src/cmd/destroy.go b/src/cmd/destroy.go
index 0faa1d5c3e..a6c45519b0 100644
--- a/src/cmd/destroy.go
+++ b/src/cmd/destroy.go
@@ -12,12 +12,12 @@ import (
 	"regexp"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/internal/packager/helm"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/internal/packager/helm"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
 
 	"github.com/spf13/cobra"
 )
diff --git a/src/cmd/dev.go b/src/cmd/dev.go
index e304ca2edf..c31e0d5fe8 100644
--- a/src/cmd/dev.go
+++ b/src/cmd/dev.go
@@ -14,19 +14,19 @@ import (
 
 	"github.com/AlecAivazis/survey/v2"
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/cmd/common"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/mholt/archiver/v3"
 	"github.com/pterm/pterm"
 	"github.com/sergi/go-diff/diffmatchpatch"
 	"github.com/spf13/cobra"
 	"github.com/spf13/viper"
+	"github.com/zarf-dev/zarf/src/cmd/common"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 var extractPath string
diff --git a/src/cmd/initialize.go b/src/cmd/initialize.go
index 2262454866..4d1c61363b 100644
--- a/src/cmd/initialize.go
+++ b/src/cmd/initialize.go
@@ -16,15 +16,15 @@ import (
 	"github.com/AlecAivazis/survey/v2"
 	"github.com/defenseunicorns/pkg/helpers/v2"
 	"github.com/defenseunicorns/pkg/oci"
-	"github.com/defenseunicorns/zarf/src/cmd/common"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/sources"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/pkg/zoci"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/cmd/common"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager"
+	"github.com/zarf-dev/zarf/src/pkg/packager/sources"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/pkg/zoci"
+	"github.com/zarf-dev/zarf/src/types"
 
 	"github.com/spf13/cobra"
 )
diff --git a/src/cmd/internal.go b/src/cmd/internal.go
index b385564151..7ff0315356 100644
--- a/src/cmd/internal.go
+++ b/src/cmd/internal.go
@@ -13,17 +13,17 @@ import (
 	"strings"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/cmd/common"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/internal/agent"
-	"github.com/defenseunicorns/zarf/src/internal/packager/git"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/invopop/jsonschema"
 	"github.com/spf13/cobra"
 	"github.com/spf13/cobra/doc"
 	"github.com/spf13/pflag"
+	"github.com/zarf-dev/zarf/src/cmd/common"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/internal/agent"
+	"github.com/zarf-dev/zarf/src/internal/packager/git"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 var (
diff --git a/src/cmd/package.go b/src/cmd/package.go
index fa939e10bb..8b1405e25c 100644
--- a/src/cmd/package.go
+++ b/src/cmd/package.go
@@ -12,21 +12,21 @@ import (
 	"regexp"
 	"strings"
 
-	"github.com/defenseunicorns/zarf/src/cmd/common"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/sources"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/cmd/common"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/sources"
+	"github.com/zarf-dev/zarf/src/types"
 
 	"oras.land/oras-go/v2/registry"
 
 	"github.com/AlecAivazis/survey/v2"
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/packager"
 	"github.com/spf13/cobra"
 	"github.com/spf13/viper"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/packager"
 )
 
 var packageCmd = &cobra.Command{
diff --git a/src/cmd/root.go b/src/cmd/root.go
index ee40254fe0..086a1cab6c 100644
--- a/src/cmd/root.go
+++ b/src/cmd/root.go
@@ -14,13 +14,13 @@ import (
 	"github.com/pterm/pterm"
 	"github.com/spf13/cobra"
 
-	"github.com/defenseunicorns/zarf/src/cmd/common"
-	"github.com/defenseunicorns/zarf/src/cmd/tools"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/cmd/common"
+	"github.com/zarf-dev/zarf/src/cmd/tools"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 var (
diff --git a/src/cmd/tools/archiver.go b/src/cmd/tools/archiver.go
index d62ce32785..e3bf2f2629 100644
--- a/src/cmd/tools/archiver.go
+++ b/src/cmd/tools/archiver.go
@@ -10,13 +10,13 @@ import (
 	"path/filepath"
 	"strings"
 
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
 	"github.com/mholt/archiver/v3"
 	"github.com/spf13/cobra"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
 )
 
-// ldflags github.com/defenseunicorns/zarf/src/cmd/tools.archiverVersion=x.x.x
+// ldflags github.com/zarf-dev/zarf/src/cmd/tools.archiverVersion=x.x.x
 var archiverVersion string
 
 var archiverCmd = &cobra.Command{
diff --git a/src/cmd/tools/common.go b/src/cmd/tools/common.go
index 0844df9801..7f8f375be0 100644
--- a/src/cmd/tools/common.go
+++ b/src/cmd/tools/common.go
@@ -7,10 +7,10 @@ package tools
 import (
 	"fmt"
 
-	"github.com/defenseunicorns/zarf/src/cmd/common"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
 	"github.com/spf13/cobra"
+	"github.com/zarf-dev/zarf/src/cmd/common"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
 )
 
 var toolsCmd = &cobra.Command{
diff --git a/src/cmd/tools/crane.go b/src/cmd/tools/crane.go
index ea8924be61..4df8daebb3 100644
--- a/src/cmd/tools/crane.go
+++ b/src/cmd/tools/crane.go
@@ -11,18 +11,18 @@ import (
 	"strings"
 
 	"github.com/AlecAivazis/survey/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/internal/packager/images"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/types"
 	craneCmd "github.com/google/go-containerregistry/cmd/crane/cmd"
 	"github.com/google/go-containerregistry/pkg/crane"
 	"github.com/google/go-containerregistry/pkg/logs"
 	v1 "github.com/google/go-containerregistry/pkg/v1"
 	"github.com/spf13/cobra"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/internal/packager/images"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func init() {
diff --git a/src/cmd/tools/helm.go b/src/cmd/tools/helm.go
index dd2bf30d76..0d37f8d017 100644
--- a/src/cmd/tools/helm.go
+++ b/src/cmd/tools/helm.go
@@ -7,12 +7,12 @@ package tools
 import (
 	"os"
 
-	"github.com/defenseunicorns/zarf/src/cmd/tools/helm"
-	"github.com/defenseunicorns/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/cmd/tools/helm"
+	"github.com/zarf-dev/zarf/src/config/lang"
 	"helm.sh/helm/v3/pkg/action"
 )
 
-// ldflags github.com/defenseunicorns/zarf/src/cmd/tools.helmVersion=x.x.x
+// ldflags github.com/zarf-dev/zarf/src/cmd/tools.helmVersion=x.x.x
 var helmVersion string
 
 func init() {
diff --git a/src/cmd/tools/helm/repo_add.go b/src/cmd/tools/helm/repo_add.go
index de695bff5c..1d73a05467 100644
--- a/src/cmd/tools/helm/repo_add.go
+++ b/src/cmd/tools/helm/repo_add.go
@@ -31,10 +31,10 @@ import (
 	"time"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
 	"github.com/gofrs/flock"
 	"github.com/pkg/errors"
 	"github.com/spf13/cobra"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
 	"golang.org/x/term"
 	"sigs.k8s.io/yaml"
 
diff --git a/src/cmd/tools/k9s.go b/src/cmd/tools/k9s.go
index ceabe6a547..4866548ce8 100644
--- a/src/cmd/tools/k9s.go
+++ b/src/cmd/tools/k9s.go
@@ -7,9 +7,9 @@ package tools
 import (
 	"os"
 
-	"github.com/defenseunicorns/zarf/src/config/lang"
 	k9s "github.com/derailed/k9s/cmd"
 	"github.com/spf13/cobra"
+	"github.com/zarf-dev/zarf/src/config/lang"
 
 	// This allows for go linkname to be used in this file.  Go linkname is used so that we can pull the CLI flags from k9s and generate proper docs for the vendored tool.
 	_ "unsafe"
diff --git a/src/cmd/tools/kubectl.go b/src/cmd/tools/kubectl.go
index e9eb820ff5..bccabe89f1 100644
--- a/src/cmd/tools/kubectl.go
+++ b/src/cmd/tools/kubectl.go
@@ -7,10 +7,10 @@ package tools
 import (
 	"os"
 
-	"github.com/defenseunicorns/zarf/src/cmd/common"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
 	"github.com/spf13/cobra"
+	"github.com/zarf-dev/zarf/src/cmd/common"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 	kubeCLI "k8s.io/component-base/cli"
 	kubeCmd "k8s.io/kubectl/pkg/cmd"
 
diff --git a/src/cmd/tools/syft.go b/src/cmd/tools/syft.go
index 1b466027a3..57051021a0 100644
--- a/src/cmd/tools/syft.go
+++ b/src/cmd/tools/syft.go
@@ -7,10 +7,10 @@ package tools
 import (
 	"github.com/anchore/clio"
 	syftCLI "github.com/anchore/syft/cmd/syft/cli"
-	"github.com/defenseunicorns/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/config/lang"
 )
 
-// ldflags github.com/defenseunicorns/zarf/src/cmd/tools.syftVersion=x.x.x
+// ldflags github.com/zarf-dev/zarf/src/cmd/tools.syftVersion=x.x.x
 var syftVersion string
 
 func init() {
diff --git a/src/cmd/tools/wait.go b/src/cmd/tools/wait.go
index bb767ec972..fda0344fbc 100644
--- a/src/cmd/tools/wait.go
+++ b/src/cmd/tools/wait.go
@@ -8,10 +8,10 @@ import (
 	"fmt"
 	"time"
 
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
 	"github.com/spf13/cobra"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
 
 	// Import to initialize client auth plugins.
 	_ "k8s.io/client-go/plugin/pkg/client/auth"
diff --git a/src/cmd/tools/yq.go b/src/cmd/tools/yq.go
index 4dbf43ddff..85d72ab767 100644
--- a/src/cmd/tools/yq.go
+++ b/src/cmd/tools/yq.go
@@ -5,8 +5,8 @@
 package tools
 
 import (
-	"github.com/defenseunicorns/zarf/src/config/lang"
 	yq "github.com/mikefarah/yq/v4/cmd"
+	"github.com/zarf-dev/zarf/src/config/lang"
 )
 
 func init() {
diff --git a/src/cmd/tools/zarf.go b/src/cmd/tools/zarf.go
index f911b2ec40..3f97be20eb 100644
--- a/src/cmd/tools/zarf.go
+++ b/src/cmd/tools/zarf.go
@@ -18,18 +18,18 @@ import (
 	"github.com/defenseunicorns/pkg/helpers/v2"
 	"github.com/defenseunicorns/pkg/oci"
 
-	"github.com/defenseunicorns/zarf/src/cmd/common"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/internal/packager/git"
-	"github.com/defenseunicorns/zarf/src/internal/packager/helm"
-	"github.com/defenseunicorns/zarf/src/internal/packager/template"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/sources"
-	"github.com/defenseunicorns/zarf/src/pkg/pki"
-	"github.com/defenseunicorns/zarf/src/pkg/zoci"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/cmd/common"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/internal/packager/git"
+	"github.com/zarf-dev/zarf/src/internal/packager/helm"
+	"github.com/zarf-dev/zarf/src/internal/packager/template"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/sources"
+	"github.com/zarf-dev/zarf/src/pkg/pki"
+	"github.com/zarf-dev/zarf/src/pkg/zoci"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 var subAltNames []string
diff --git a/src/cmd/version.go b/src/cmd/version.go
index 589cab9929..26299c7db5 100644
--- a/src/cmd/version.go
+++ b/src/cmd/version.go
@@ -15,8 +15,8 @@ import (
 	goyaml "github.com/goccy/go-yaml"
 	"github.com/spf13/cobra"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
 )
 
 var outputFormat string
diff --git a/src/config/config.go b/src/config/config.go
index 203767f6d8..4f55f48e61 100644
--- a/src/config/config.go
+++ b/src/config/config.go
@@ -12,7 +12,7 @@ import (
 	"strings"
 	"time"
 
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // Zarf Global Configuration Constants.
diff --git a/src/extensions/bigbang/banner.go b/src/extensions/bigbang/banner.go
index 07314b3141..e6791eec58 100644
--- a/src/extensions/bigbang/banner.go
+++ b/src/extensions/bigbang/banner.go
@@ -5,8 +5,8 @@
 package bigbang
 
 import (
-	"github.com/defenseunicorns/zarf/src/pkg/message"
 	"github.com/pterm/pterm"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 func printBanner() {
diff --git a/src/extensions/bigbang/bigbang.go b/src/extensions/bigbang/bigbang.go
index b89b61f460..b97c8f6e25 100644
--- a/src/extensions/bigbang/bigbang.go
+++ b/src/extensions/bigbang/bigbang.go
@@ -14,15 +14,15 @@ import (
 
 	"github.com/Masterminds/semver/v3"
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/internal/packager/helm"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/pkg/variables"
-	"github.com/defenseunicorns/zarf/src/types"
-	"github.com/defenseunicorns/zarf/src/types/extensions"
 	fluxHelmCtrl "github.com/fluxcd/helm-controller/api/v2beta1"
 	fluxSrcCtrl "github.com/fluxcd/source-controller/api/v1beta2"
+	"github.com/zarf-dev/zarf/src/internal/packager/helm"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/pkg/variables"
+	"github.com/zarf-dev/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types/extensions"
 	"helm.sh/helm/v3/pkg/chartutil"
 	corev1 "k8s.io/api/core/v1"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
diff --git a/src/extensions/bigbang/flux.go b/src/extensions/bigbang/flux.go
index e67129c07c..d67097f26c 100644
--- a/src/extensions/bigbang/flux.go
+++ b/src/extensions/bigbang/flux.go
@@ -11,11 +11,11 @@ import (
 	"path/filepath"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/internal/packager/kustomize"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
-	"github.com/defenseunicorns/zarf/src/types/extensions"
 	fluxHelmCtrl "github.com/fluxcd/helm-controller/api/v2beta1"
+	"github.com/zarf-dev/zarf/src/internal/packager/kustomize"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types/extensions"
 	"helm.sh/helm/v3/pkg/chartutil"
 	v1 "k8s.io/api/apps/v1"
 	corev1 "k8s.io/api/core/v1"
diff --git a/src/extensions/bigbang/manifests.go b/src/extensions/bigbang/manifests.go
index cec481d6cb..3eb88bee6c 100644
--- a/src/extensions/bigbang/manifests.go
+++ b/src/extensions/bigbang/manifests.go
@@ -11,9 +11,9 @@ import (
 	"strings"
 
 	"github.com/Masterminds/semver/v3"
-	"github.com/defenseunicorns/zarf/src/types/extensions"
 	fluxHelmCtrl "github.com/fluxcd/helm-controller/api/v2beta1"
 	fluxSrcCtrl "github.com/fluxcd/source-controller/api/v1"
+	"github.com/zarf-dev/zarf/src/types/extensions"
 	corev1 "k8s.io/api/core/v1"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
 )
diff --git a/src/extensions/bigbang/test/bigbang_test.go b/src/extensions/bigbang/test/bigbang_test.go
index 4e016c6a6f..641ba566d1 100644
--- a/src/extensions/bigbang/test/bigbang_test.go
+++ b/src/extensions/bigbang/test/bigbang_test.go
@@ -14,10 +14,10 @@ import (
 	"strings"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
-	test "github.com/defenseunicorns/zarf/src/test"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
+	test "github.com/zarf-dev/zarf/src/test"
 )
 
 // The Big Bang project ID on Repo1
diff --git a/src/internal/agent/hooks/argocd-application.go b/src/internal/agent/hooks/argocd-application.go
index b9197bae51..8886ba2ff9 100644
--- a/src/internal/agent/hooks/argocd-application.go
+++ b/src/internal/agent/hooks/argocd-application.go
@@ -10,12 +10,12 @@ import (
 	"fmt"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/internal/agent/operations"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/internal/agent/operations"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/types"
 	v1 "k8s.io/api/admission/v1"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
 )
diff --git a/src/internal/agent/hooks/argocd-application_test.go b/src/internal/agent/hooks/argocd-application_test.go
index 6ef39b2730..31ec452959 100644
--- a/src/internal/agent/hooks/argocd-application_test.go
+++ b/src/internal/agent/hooks/argocd-application_test.go
@@ -9,10 +9,10 @@ import (
 	"net/http"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/internal/agent/http/admission"
-	"github.com/defenseunicorns/zarf/src/internal/agent/operations"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/internal/agent/http/admission"
+	"github.com/zarf-dev/zarf/src/internal/agent/operations"
+	"github.com/zarf-dev/zarf/src/types"
 	v1 "k8s.io/api/admission/v1"
 	"k8s.io/apimachinery/pkg/runtime"
 )
diff --git a/src/internal/agent/hooks/argocd-repository.go b/src/internal/agent/hooks/argocd-repository.go
index 23e05df999..2311b50511 100644
--- a/src/internal/agent/hooks/argocd-repository.go
+++ b/src/internal/agent/hooks/argocd-repository.go
@@ -11,12 +11,12 @@ import (
 	"fmt"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/internal/agent/operations"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/internal/agent/operations"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/types"
 	v1 "k8s.io/api/admission/v1"
 	corev1 "k8s.io/api/core/v1"
 )
diff --git a/src/internal/agent/hooks/argocd-repository_test.go b/src/internal/agent/hooks/argocd-repository_test.go
index 4506b682e1..fdc99fe1c2 100644
--- a/src/internal/agent/hooks/argocd-repository_test.go
+++ b/src/internal/agent/hooks/argocd-repository_test.go
@@ -10,10 +10,10 @@ import (
 	"net/http"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/internal/agent/http/admission"
-	"github.com/defenseunicorns/zarf/src/internal/agent/operations"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/internal/agent/http/admission"
+	"github.com/zarf-dev/zarf/src/internal/agent/operations"
+	"github.com/zarf-dev/zarf/src/types"
 	v1 "k8s.io/api/admission/v1"
 	corev1 "k8s.io/api/core/v1"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
diff --git a/src/internal/agent/hooks/common.go b/src/internal/agent/hooks/common.go
index ed1de69797..52ea3bb509 100644
--- a/src/internal/agent/hooks/common.go
+++ b/src/internal/agent/hooks/common.go
@@ -4,7 +4,7 @@
 // Package hooks contains the mutation hooks for the Zarf agent.
 package hooks
 
-import "github.com/defenseunicorns/zarf/src/internal/agent/operations"
+import "github.com/zarf-dev/zarf/src/internal/agent/operations"
 
 func getLabelPatch(currLabels map[string]string) operations.PatchOperation {
 	if currLabels == nil {
diff --git a/src/internal/agent/hooks/flux-gitrepo.go b/src/internal/agent/hooks/flux-gitrepo.go
index 8256b40aae..079ee6a8e0 100644
--- a/src/internal/agent/hooks/flux-gitrepo.go
+++ b/src/internal/agent/hooks/flux-gitrepo.go
@@ -10,14 +10,14 @@ import (
 	"fmt"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/internal/agent/operations"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
 	fluxmeta "github.com/fluxcd/pkg/apis/meta"
 	flux "github.com/fluxcd/source-controller/api/v1"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/internal/agent/operations"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
 	v1 "k8s.io/api/admission/v1"
 )
 
diff --git a/src/internal/agent/hooks/flux-gitrepo_test.go b/src/internal/agent/hooks/flux-gitrepo_test.go
index a68cbfe591..dc9c17a093 100644
--- a/src/internal/agent/hooks/flux-gitrepo_test.go
+++ b/src/internal/agent/hooks/flux-gitrepo_test.go
@@ -9,13 +9,13 @@ import (
 	"net/http"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/internal/agent/http/admission"
-	"github.com/defenseunicorns/zarf/src/internal/agent/operations"
-	"github.com/defenseunicorns/zarf/src/types"
 	fluxmeta "github.com/fluxcd/pkg/apis/meta"
 	flux "github.com/fluxcd/source-controller/api/v1"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/internal/agent/http/admission"
+	"github.com/zarf-dev/zarf/src/internal/agent/operations"
+	"github.com/zarf-dev/zarf/src/types"
 	v1 "k8s.io/api/admission/v1"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
 	"k8s.io/apimachinery/pkg/runtime"
diff --git a/src/internal/agent/hooks/flux-helmrepo.go b/src/internal/agent/hooks/flux-helmrepo.go
index 6fb0e7e712..90aab22f7a 100644
--- a/src/internal/agent/hooks/flux-helmrepo.go
+++ b/src/internal/agent/hooks/flux-helmrepo.go
@@ -11,14 +11,14 @@ import (
 	"strings"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/internal/agent/operations"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
 	"github.com/fluxcd/pkg/apis/meta"
 	flux "github.com/fluxcd/source-controller/api/v1"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/internal/agent/operations"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
 	v1 "k8s.io/api/admission/v1"
 )
 
diff --git a/src/internal/agent/hooks/flux-helmrepo_test.go b/src/internal/agent/hooks/flux-helmrepo_test.go
index 85895bd31b..d0e48a0074 100644
--- a/src/internal/agent/hooks/flux-helmrepo_test.go
+++ b/src/internal/agent/hooks/flux-helmrepo_test.go
@@ -9,13 +9,13 @@ import (
 	"net/http"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/internal/agent/http/admission"
-	"github.com/defenseunicorns/zarf/src/internal/agent/operations"
-	"github.com/defenseunicorns/zarf/src/types"
 	fluxmeta "github.com/fluxcd/pkg/apis/meta"
 	flux "github.com/fluxcd/source-controller/api/v1"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/internal/agent/http/admission"
+	"github.com/zarf-dev/zarf/src/internal/agent/operations"
+	"github.com/zarf-dev/zarf/src/types"
 	v1 "k8s.io/api/admission/v1"
 	corev1 "k8s.io/api/core/v1"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
diff --git a/src/internal/agent/hooks/flux-ocirepo.go b/src/internal/agent/hooks/flux-ocirepo.go
index 00d7ded917..045b315e3a 100644
--- a/src/internal/agent/hooks/flux-ocirepo.go
+++ b/src/internal/agent/hooks/flux-ocirepo.go
@@ -10,14 +10,14 @@ import (
 	"fmt"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/internal/agent/operations"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
 	"github.com/fluxcd/pkg/apis/meta"
 	flux "github.com/fluxcd/source-controller/api/v1beta2"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/internal/agent/operations"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
 	v1 "k8s.io/api/admission/v1"
 )
 
diff --git a/src/internal/agent/hooks/flux-ocirepo_test.go b/src/internal/agent/hooks/flux-ocirepo_test.go
index 4b2ff6cf57..5cab4d2530 100644
--- a/src/internal/agent/hooks/flux-ocirepo_test.go
+++ b/src/internal/agent/hooks/flux-ocirepo_test.go
@@ -9,13 +9,13 @@ import (
 	"net/http"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/internal/agent/http/admission"
-	"github.com/defenseunicorns/zarf/src/internal/agent/operations"
-	"github.com/defenseunicorns/zarf/src/types"
 	fluxmeta "github.com/fluxcd/pkg/apis/meta"
 	flux "github.com/fluxcd/source-controller/api/v1beta2"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/internal/agent/http/admission"
+	"github.com/zarf-dev/zarf/src/internal/agent/operations"
+	"github.com/zarf-dev/zarf/src/types"
 	v1 "k8s.io/api/admission/v1"
 	corev1 "k8s.io/api/core/v1"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
diff --git a/src/internal/agent/hooks/pods.go b/src/internal/agent/hooks/pods.go
index a152aa4a8a..1eaccb5fbb 100644
--- a/src/internal/agent/hooks/pods.go
+++ b/src/internal/agent/hooks/pods.go
@@ -9,12 +9,12 @@ import (
 	"encoding/json"
 	"fmt"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/internal/agent/operations"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/internal/agent/operations"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
 	v1 "k8s.io/api/admission/v1"
 
 	corev1 "k8s.io/api/core/v1"
diff --git a/src/internal/agent/hooks/pods_test.go b/src/internal/agent/hooks/pods_test.go
index 3a41f9227c..dafa786f8c 100644
--- a/src/internal/agent/hooks/pods_test.go
+++ b/src/internal/agent/hooks/pods_test.go
@@ -9,11 +9,11 @@ import (
 	"net/http"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/internal/agent/http/admission"
-	"github.com/defenseunicorns/zarf/src/internal/agent/operations"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/internal/agent/http/admission"
+	"github.com/zarf-dev/zarf/src/internal/agent/operations"
+	"github.com/zarf-dev/zarf/src/types"
 	v1 "k8s.io/api/admission/v1"
 	corev1 "k8s.io/api/core/v1"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
diff --git a/src/internal/agent/hooks/utils_test.go b/src/internal/agent/hooks/utils_test.go
index f2d4ed6136..84ee8a4c47 100644
--- a/src/internal/agent/hooks/utils_test.go
+++ b/src/internal/agent/hooks/utils_test.go
@@ -11,10 +11,10 @@ import (
 	"net/http/httptest"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/internal/agent/operations"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/internal/agent/operations"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/types"
 	v1 "k8s.io/api/admission/v1"
 	corev1 "k8s.io/api/core/v1"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
diff --git a/src/internal/agent/http/admission/handler.go b/src/internal/agent/http/admission/handler.go
index f1d3cd8ead..56589a7c73 100644
--- a/src/internal/agent/http/admission/handler.go
+++ b/src/internal/agent/http/admission/handler.go
@@ -12,9 +12,9 @@ import (
 	"io"
 	"net/http"
 
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/internal/agent/operations"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/internal/agent/operations"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 	corev1 "k8s.io/api/admission/v1"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
 	"k8s.io/apimachinery/pkg/runtime"
diff --git a/src/internal/agent/http/proxy.go b/src/internal/agent/http/proxy.go
index 2a78b88eea..8a9d939507 100644
--- a/src/internal/agent/http/proxy.go
+++ b/src/internal/agent/http/proxy.go
@@ -14,10 +14,10 @@ import (
 	"net/url"
 	"strings"
 
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
 )
 
 // ProxyHandler constructs a new httputil.ReverseProxy and returns an http handler.
diff --git a/src/internal/agent/http/server.go b/src/internal/agent/http/server.go
index 62fb72c59d..b5953ee0e2 100644
--- a/src/internal/agent/http/server.go
+++ b/src/internal/agent/http/server.go
@@ -10,11 +10,11 @@ import (
 	"net/http"
 	"time"
 
-	"github.com/defenseunicorns/zarf/src/internal/agent/hooks"
-	"github.com/defenseunicorns/zarf/src/internal/agent/http/admission"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
 	"github.com/prometheus/client_golang/prometheus/promhttp"
+	"github.com/zarf-dev/zarf/src/internal/agent/hooks"
+	"github.com/zarf-dev/zarf/src/internal/agent/http/admission"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 // NewAdmissionServer creates a http.Server for the mutating webhook admission handler.
diff --git a/src/internal/agent/operations/hook.go b/src/internal/agent/operations/hook.go
index 5ce42b8810..627ce58094 100644
--- a/src/internal/agent/operations/hook.go
+++ b/src/internal/agent/operations/hook.go
@@ -7,8 +7,8 @@ package operations
 import (
 	"fmt"
 
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 	admission "k8s.io/api/admission/v1"
 )
 
diff --git a/src/internal/agent/start.go b/src/internal/agent/start.go
index 9acd2afcc4..80a04c642f 100644
--- a/src/internal/agent/start.go
+++ b/src/internal/agent/start.go
@@ -12,9 +12,9 @@ import (
 
 	"golang.org/x/sync/errgroup"
 
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	agentHttp "github.com/defenseunicorns/zarf/src/internal/agent/http"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	agentHttp "github.com/zarf-dev/zarf/src/internal/agent/http"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 // Heavily influenced by https://github.com/douglasmakey/admissioncontroller and
diff --git a/src/internal/packager/git/checkout.go b/src/internal/packager/git/checkout.go
index 2a39382cda..4441e48873 100644
--- a/src/internal/packager/git/checkout.go
+++ b/src/internal/packager/git/checkout.go
@@ -7,10 +7,10 @@ package git
 import (
 	"fmt"
 
-	"github.com/defenseunicorns/zarf/src/pkg/message"
 	"github.com/go-git/go-git/v5"
 	"github.com/go-git/go-git/v5/plumbing"
 	"github.com/go-git/go-git/v5/plumbing/object"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 // CheckoutTag performs a `git checkout` of the provided tag to a detached HEAD.
diff --git a/src/internal/packager/git/clone.go b/src/internal/packager/git/clone.go
index 0123b81f2f..6e70077511 100644
--- a/src/internal/packager/git/clone.go
+++ b/src/internal/packager/git/clone.go
@@ -9,12 +9,12 @@ import (
 	"errors"
 	"strings"
 
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
 	"github.com/go-git/go-git/v5"
 	goConfig "github.com/go-git/go-git/v5/config"
 	"github.com/go-git/go-git/v5/plumbing"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
 )
 
 // clone performs a `git clone` of a given repo.
diff --git a/src/internal/packager/git/common.go b/src/internal/packager/git/common.go
index 1c03fd3343..6864d3dea5 100644
--- a/src/internal/packager/git/common.go
+++ b/src/internal/packager/git/common.go
@@ -8,9 +8,9 @@ import (
 	"fmt"
 	"strings"
 
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/go-git/go-git/v5/plumbing"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // Git is the main struct for managing git repositories.
diff --git a/src/internal/packager/git/gitea.go b/src/internal/packager/git/gitea.go
index 7bf9afe53f..a6c2f4b48a 100644
--- a/src/internal/packager/git/gitea.go
+++ b/src/internal/packager/git/gitea.go
@@ -16,10 +16,10 @@ import (
 
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // CreateTokenResponse is the response given from creating a token in Gitea
diff --git a/src/internal/packager/git/pull.go b/src/internal/packager/git/pull.go
index 79313cde32..bd2472c08c 100644
--- a/src/internal/packager/git/pull.go
+++ b/src/internal/packager/git/pull.go
@@ -9,10 +9,10 @@ import (
 	"path"
 	"strings"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
 	"github.com/go-git/go-git/v5/plumbing"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
 )
 
 // DownloadRepoToTemp clones or updates a repo into a temp folder to perform ephemeral actions (i.e. process chart repos).
diff --git a/src/internal/packager/git/push.go b/src/internal/packager/git/push.go
index 9bd52e2c79..494ee40db6 100644
--- a/src/internal/packager/git/push.go
+++ b/src/internal/packager/git/push.go
@@ -10,13 +10,13 @@ import (
 	"os"
 	"path"
 
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
 	"github.com/go-git/go-git/v5"
 	goConfig "github.com/go-git/go-git/v5/config"
 	"github.com/go-git/go-git/v5/plumbing"
 	"github.com/go-git/go-git/v5/plumbing/transport"
 	"github.com/go-git/go-git/v5/plumbing/transport/http"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
 )
 
 // PushRepo pushes a git repository from the local path to the configured git server.
@@ -145,7 +145,7 @@ func (g *Git) push(repo *git.Repository, spinner *message.Spinner) error {
 		RemoteName: offlineRemoteName,
 		Auth:       &gitCred,
 		Progress:   spinner,
-		// TODO: (@JEFFMCCOY) add the parsing for the `+` force prefix (see https://github.com/defenseunicorns/zarf/issues/1410)
+		// TODO: (@JEFFMCCOY) add the parsing for the `+` force prefix (see https://github.com/zarf-dev/zarf/issues/1410)
 		//Force: isForce,
 		// If a provided refspec doesn't push anything, it is just ignored
 		RefSpecs: []goConfig.RefSpec{
diff --git a/src/internal/packager/helm/chart.go b/src/internal/packager/helm/chart.go
index 0ff647b60a..f9ac5eefe0 100644
--- a/src/internal/packager/helm/chart.go
+++ b/src/internal/packager/helm/chart.go
@@ -24,9 +24,9 @@ import (
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // InstallOrUpgradeChart performs a helm install of the given chart.
diff --git a/src/internal/packager/helm/common.go b/src/internal/packager/helm/common.go
index 6fba4d364e..e4dd729a19 100644
--- a/src/internal/packager/helm/common.go
+++ b/src/internal/packager/helm/common.go
@@ -14,11 +14,11 @@ import (
 	"strconv"
 	"time"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/variables"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/variables"
+	"github.com/zarf-dev/zarf/src/types"
 	"helm.sh/helm/v3/pkg/action"
 	"helm.sh/helm/v3/pkg/chart"
 	"helm.sh/helm/v3/pkg/cli"
diff --git a/src/internal/packager/helm/destroy.go b/src/internal/packager/helm/destroy.go
index 8f7060c7c7..44c519a00a 100644
--- a/src/internal/packager/helm/destroy.go
+++ b/src/internal/packager/helm/destroy.go
@@ -7,8 +7,8 @@ package helm
 import (
 	"regexp"
 
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 	"helm.sh/helm/v3/pkg/action"
 )
 
diff --git a/src/internal/packager/helm/images.go b/src/internal/packager/helm/images.go
index 447aefc780..390ce5c8be 100644
--- a/src/internal/packager/helm/images.go
+++ b/src/internal/packager/helm/images.go
@@ -5,8 +5,8 @@ package helm
 
 import (
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
 	"github.com/goccy/go-yaml"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 	"helm.sh/helm/v3/pkg/chart/loader"
 	"helm.sh/helm/v3/pkg/chartutil"
 )
diff --git a/src/internal/packager/helm/post-render.go b/src/internal/packager/helm/post-render.go
index b03aa6a93a..5f45b437a0 100644
--- a/src/internal/packager/helm/post-render.go
+++ b/src/internal/packager/helm/post-render.go
@@ -14,11 +14,11 @@ import (
 	"slices"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
 	"helm.sh/helm/v3/pkg/releaseutil"
 	corev1 "k8s.io/api/core/v1"
 	"k8s.io/client-go/dynamic"
diff --git a/src/internal/packager/helm/repo.go b/src/internal/packager/helm/repo.go
index 6bc19c8e50..c3ea9c646f 100644
--- a/src/internal/packager/helm/repo.go
+++ b/src/internal/packager/helm/repo.go
@@ -11,13 +11,13 @@ import (
 	"strings"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/internal/packager/git"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/internal/packager/git"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
 	"helm.sh/helm/v3/pkg/action"
 	"helm.sh/helm/v3/pkg/chart"
 	"helm.sh/helm/v3/pkg/cli"
diff --git a/src/internal/packager/helm/utils.go b/src/internal/packager/helm/utils.go
index 4f6119de8e..8d3d5f3202 100644
--- a/src/internal/packager/helm/utils.go
+++ b/src/internal/packager/helm/utils.go
@@ -8,7 +8,7 @@ import (
 	"fmt"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 	"helm.sh/helm/v3/pkg/action"
 	"helm.sh/helm/v3/pkg/chart"
 	"helm.sh/helm/v3/pkg/chartutil"
diff --git a/src/internal/packager/helm/zarf.go b/src/internal/packager/helm/zarf.go
index 91d3fe917f..0381ef4b52 100644
--- a/src/internal/packager/helm/zarf.go
+++ b/src/internal/packager/helm/zarf.go
@@ -17,13 +17,13 @@ import (
 
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
 
-	"github.com/defenseunicorns/zarf/src/internal/packager/template"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/pkg/variables"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/internal/packager/template"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/pkg/variables"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // UpdateZarfRegistryValues updates the Zarf registry deployment with the new state values
diff --git a/src/internal/packager/images/common.go b/src/internal/packager/images/common.go
index 8efb18f12d..3e2ad406ff 100644
--- a/src/internal/packager/images/common.go
+++ b/src/internal/packager/images/common.go
@@ -9,13 +9,13 @@ import (
 	"time"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/google/go-containerregistry/pkg/authn"
 	"github.com/google/go-containerregistry/pkg/crane"
 	v1 "github.com/google/go-containerregistry/pkg/v1"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // PullConfig is the configuration for pulling images.
@@ -104,7 +104,7 @@ func createPushOpts(cfg PushConfig, pb *message.ProgressBar) []crane.Option {
 
 	transport := http.DefaultTransport.(*http.Transport).Clone()
 	transport.TLSClientConfig.InsecureSkipVerify = config.CommonOptions.Insecure
-	// TODO (@WSTARR) This is set to match the TLSHandshakeTimeout to potentially mitigate effects of https://github.com/defenseunicorns/zarf/issues/1444
+	// TODO (@WSTARR) This is set to match the TLSHandshakeTimeout to potentially mitigate effects of https://github.com/zarf-dev/zarf/issues/1444
 	transport.ResponseHeaderTimeout = 10 * time.Second
 
 	transportWithProgressBar := helpers.NewTransport(transport, pb)
diff --git a/src/internal/packager/images/pull.go b/src/internal/packager/images/pull.go
index 5636e7229d..7a313c5db0 100644
--- a/src/internal/packager/images/pull.go
+++ b/src/internal/packager/images/pull.go
@@ -19,11 +19,6 @@ import (
 	"time"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
 	"github.com/google/go-containerregistry/pkg/crane"
 	"github.com/google/go-containerregistry/pkg/logs"
 	"github.com/google/go-containerregistry/pkg/name"
@@ -37,6 +32,11 @@ import (
 	"github.com/google/go-containerregistry/pkg/v1/types"
 	"github.com/moby/moby/client"
 	ocispec "github.com/opencontainers/image-spec/specs-go/v1"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
 	"golang.org/x/sync/errgroup"
 )
 
@@ -132,7 +132,7 @@ func Pull(ctx context.Context, cfg PullConfig) (map[transform.Image]v1.Image, er
 							ref, utils.ByteFormat(float64(rawImg.Size), 2))
 					}
 
-					// Use unbuffered opener to avoid OOM Kill issues https://github.com/defenseunicorns/zarf/issues/1214.
+					// Use unbuffered opener to avoid OOM Kill issues https://github.com/zarf-dev/zarf/issues/1214.
 					// This will also take forever to load large images.
 					img, err = daemon.Image(reference, daemon.WithUnbufferedOpener())
 					if err != nil {
@@ -254,7 +254,7 @@ func Pull(ctx context.Context, cfg PullConfig) (map[transform.Image]v1.Image, er
 
 	// Needed because when pulling from the local docker daemon, while using the docker containerd runtime
 	// Crane incorrectly names the blob of the docker image config to a sha that does not match the contents
-	// https://github.com/defenseunicorns/zarf/issues/2584
+	// https://github.com/zarf-dev/zarf/issues/2584
 	// This is a band aid fix while we wait for crane and or docker to create the permanent fix
 	blobDir := filepath.Join(cfg.DestinationDirectory, "blobs", "sha256")
 	err = filepath.Walk(blobDir, func(path string, fi os.FileInfo, err error) error {
diff --git a/src/internal/packager/images/pull_test.go b/src/internal/packager/images/pull_test.go
index 4ee0ca5478..eef8bbc9e8 100644
--- a/src/internal/packager/images/pull_test.go
+++ b/src/internal/packager/images/pull_test.go
@@ -10,8 +10,8 @@ import (
 	"path/filepath"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
 )
 
 func TestPull(t *testing.T) {
diff --git a/src/internal/packager/images/push.go b/src/internal/packager/images/push.go
index 3048218662..08625ab385 100644
--- a/src/internal/packager/images/push.go
+++ b/src/internal/packager/images/push.go
@@ -10,13 +10,13 @@ import (
 	"time"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
 	"github.com/google/go-containerregistry/pkg/crane"
 	"github.com/google/go-containerregistry/pkg/logs"
 	v1 "github.com/google/go-containerregistry/pkg/v1"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
 )
 
 // Push pushes images to a registry.
diff --git a/src/internal/packager/sbom/catalog.go b/src/internal/packager/sbom/catalog.go
index d60d7a70b7..aadeeea257 100755
--- a/src/internal/packager/sbom/catalog.go
+++ b/src/internal/packager/sbom/catalog.go
@@ -24,12 +24,12 @@ import (
 	"github.com/anchore/syft/syft/sbom"
 	"github.com/anchore/syft/syft/source"
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
 	v1 "github.com/google/go-containerregistry/pkg/v1"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
 )
 
 // Builder is the main struct used to build SBOM artifacts.
diff --git a/src/internal/packager/sbom/tools.go b/src/internal/packager/sbom/tools.go
index 860b50e879..60aa998958 100644
--- a/src/internal/packager/sbom/tools.go
+++ b/src/internal/packager/sbom/tools.go
@@ -9,8 +9,8 @@ import (
 	"path/filepath"
 
 	"github.com/AlecAivazis/survey/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
 )
 
 // ViewSBOMFiles opens a browser to view the SBOM files and pauses for user input.
diff --git a/src/internal/packager/sbom/viewer.go b/src/internal/packager/sbom/viewer.go
index 3362d251ac..8bc9fd9e0e 100644
--- a/src/internal/packager/sbom/viewer.go
+++ b/src/internal/packager/sbom/viewer.go
@@ -9,8 +9,8 @@ import (
 	"fmt"
 	"html/template"
 
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
 )
 
 func (b *Builder) createSBOMViewerAsset(identifier string, jsonData []byte) error {
diff --git a/src/internal/packager/template/template.go b/src/internal/packager/template/template.go
index 8b76252aa1..70f7808cc2 100644
--- a/src/internal/packager/template/template.go
+++ b/src/internal/packager/template/template.go
@@ -10,14 +10,14 @@ import (
 	"log/slog"
 	"strings"
 
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/interactive"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/pkg/variables"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/interactive"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/pkg/variables"
 )
 
 const (
diff --git a/src/pkg/cluster/cluster.go b/src/pkg/cluster/cluster.go
index 5d15550482..b4eb28051b 100644
--- a/src/pkg/cluster/cluster.go
+++ b/src/pkg/cluster/cluster.go
@@ -18,7 +18,7 @@ import (
 
 	pkgkubernetes "github.com/defenseunicorns/pkg/kubernetes"
 
-	"github.com/defenseunicorns/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 const (
diff --git a/src/pkg/cluster/data.go b/src/pkg/cluster/data.go
index 21a060742e..7b19257040 100644
--- a/src/pkg/cluster/data.go
+++ b/src/pkg/cluster/data.go
@@ -22,12 +22,12 @@ import (
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // HandleDataInjection waits for the target pod(s) to come up and inject the data into them
diff --git a/src/pkg/cluster/injector.go b/src/pkg/cluster/injector.go
index 52824843bf..48552ac5e1 100644
--- a/src/pkg/cluster/injector.go
+++ b/src/pkg/cluster/injector.go
@@ -26,10 +26,10 @@ import (
 	"github.com/defenseunicorns/pkg/helpers/v2"
 	pkgkubernetes "github.com/defenseunicorns/pkg/kubernetes"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
 )
 
 // StartInjection initializes a Zarf injection into the cluster.
diff --git a/src/pkg/cluster/namespace.go b/src/pkg/cluster/namespace.go
index c65c968d0e..6d4256ef83 100644
--- a/src/pkg/cluster/namespace.go
+++ b/src/pkg/cluster/namespace.go
@@ -12,7 +12,7 @@ import (
 	kerrors "k8s.io/apimachinery/pkg/api/errors"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
 
-	"github.com/defenseunicorns/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 // DeleteZarfNamespace deletes the Zarf namespace from the connected cluster.
diff --git a/src/pkg/cluster/secrets.go b/src/pkg/cluster/secrets.go
index d083f6bbf4..3cdeabe826 100644
--- a/src/pkg/cluster/secrets.go
+++ b/src/pkg/cluster/secrets.go
@@ -15,9 +15,9 @@ import (
 	corev1 "k8s.io/api/core/v1"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // DockerConfig contains the authentication information from the machine's docker config.
diff --git a/src/pkg/cluster/secrets_test.go b/src/pkg/cluster/secrets_test.go
index 20d3fe70f9..80cd33b933 100644
--- a/src/pkg/cluster/secrets_test.go
+++ b/src/pkg/cluster/secrets_test.go
@@ -12,7 +12,7 @@ import (
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
 	"k8s.io/client-go/kubernetes/fake"
 
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestGenerateRegistryPullCredsWithOutSvc(t *testing.T) {
diff --git a/src/pkg/cluster/state.go b/src/pkg/cluster/state.go
index 65fba1431a..bdc14e5989 100644
--- a/src/pkg/cluster/state.go
+++ b/src/pkg/cluster/state.go
@@ -17,11 +17,11 @@ import (
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/pki"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/pki"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // Zarf Cluster Constants.
diff --git a/src/pkg/cluster/state_test.go b/src/pkg/cluster/state_test.go
index 524b0e3295..cf52d195dc 100644
--- a/src/pkg/cluster/state_test.go
+++ b/src/pkg/cluster/state_test.go
@@ -17,9 +17,9 @@ import (
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
 
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/pki"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/pki"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestInitZarfState(t *testing.T) {
diff --git a/src/pkg/cluster/tunnel.go b/src/pkg/cluster/tunnel.go
index 3f8433ed9f..f0a1a660e0 100644
--- a/src/pkg/cluster/tunnel.go
+++ b/src/pkg/cluster/tunnel.go
@@ -23,8 +23,8 @@ import (
 	"k8s.io/client-go/transport/spdy"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // Zarf specific connect strings
diff --git a/src/pkg/cluster/tunnel_test.go b/src/pkg/cluster/tunnel_test.go
index fd1866da19..9ce09770e9 100644
--- a/src/pkg/cluster/tunnel_test.go
+++ b/src/pkg/cluster/tunnel_test.go
@@ -12,7 +12,7 @@ import (
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
 	"k8s.io/client-go/kubernetes/fake"
 
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestListConnections(t *testing.T) {
diff --git a/src/pkg/cluster/zarf.go b/src/pkg/cluster/zarf.go
index 93d8406ced..7320e4610b 100644
--- a/src/pkg/cluster/zarf.go
+++ b/src/pkg/cluster/zarf.go
@@ -17,9 +17,9 @@ import (
 	kerrors "k8s.io/apimachinery/pkg/api/errors"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // GetDeployedZarfPackages gets metadata information about packages that have been deployed to the cluster.
diff --git a/src/pkg/cluster/zarf_test.go b/src/pkg/cluster/zarf_test.go
index 4abfb81e8f..f7e9b481ec 100644
--- a/src/pkg/cluster/zarf_test.go
+++ b/src/pkg/cluster/zarf_test.go
@@ -16,8 +16,8 @@ import (
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
 	"k8s.io/client-go/kubernetes/fake"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // TestPackageSecretNeedsWait verifies that Zarf waits for webhooks to complete correctly.
diff --git a/src/pkg/interactive/components.go b/src/pkg/interactive/components.go
index 4e24f3f083..f48db25043 100644
--- a/src/pkg/interactive/components.go
+++ b/src/pkg/interactive/components.go
@@ -8,10 +8,10 @@ import (
 	"fmt"
 
 	"github.com/AlecAivazis/survey/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/pterm/pterm"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // SelectOptionalComponent prompts to confirm optional components
diff --git a/src/pkg/interactive/prompt.go b/src/pkg/interactive/prompt.go
index d832982538..759f520948 100644
--- a/src/pkg/interactive/prompt.go
+++ b/src/pkg/interactive/prompt.go
@@ -8,8 +8,8 @@ import (
 	"fmt"
 
 	"github.com/AlecAivazis/survey/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/variables"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/variables"
 )
 
 // PromptSigPassword prompts the user for the password to their private key
diff --git a/src/pkg/layout/component.go b/src/pkg/layout/component.go
index c933fce6f6..f52e6bbe06 100644
--- a/src/pkg/layout/component.go
+++ b/src/pkg/layout/component.go
@@ -11,9 +11,9 @@ import (
 	"path/filepath"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/mholt/archiver/v3"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // ComponentPaths contains paths for a component.
diff --git a/src/pkg/layout/image.go b/src/pkg/layout/image.go
index 7d236410bf..13ed0af43d 100644
--- a/src/pkg/layout/image.go
+++ b/src/pkg/layout/image.go
@@ -49,7 +49,7 @@ func (i *Images) AddV1Image(img v1.Image) error {
 		return err
 	}
 	// Cannot use img.ConfigName to get this value because of an upstream bug in crane / docker using the containerd runtime
-	// https://github.com/defenseunicorns/zarf/issues/2584
+	// https://github.com/zarf-dev/zarf/issues/2584
 	i.AddBlob(manifest.Config.Digest.Hex)
 	manifestSha, err := img.Digest()
 	if err != nil {
diff --git a/src/pkg/layout/package.go b/src/pkg/layout/package.go
index 1b99379e81..aef5e849d6 100644
--- a/src/pkg/layout/package.go
+++ b/src/pkg/layout/package.go
@@ -13,14 +13,14 @@ import (
 
 	"github.com/Masterminds/semver/v3"
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/interactive"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/deprecated"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/google/go-containerregistry/pkg/crane"
 	"github.com/mholt/archiver/v3"
 	ocispec "github.com/opencontainers/image-spec/specs-go/v1"
+	"github.com/zarf-dev/zarf/src/pkg/interactive"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/deprecated"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // PackagePaths is the default package layout.
diff --git a/src/pkg/layout/split.go b/src/pkg/layout/split.go
index aecf295dad..4668107405 100644
--- a/src/pkg/layout/split.go
+++ b/src/pkg/layout/split.go
@@ -13,8 +13,8 @@ import (
 	"os"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // splitFile will split the file into chunks and remove the original file.
diff --git a/src/pkg/layout/split_test.go b/src/pkg/layout/split_test.go
index b7f48fc9f6..718dc7bfee 100644
--- a/src/pkg/layout/split_test.go
+++ b/src/pkg/layout/split_test.go
@@ -10,8 +10,8 @@ import (
 	"path/filepath"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestSplitFile(t *testing.T) {
diff --git a/src/pkg/message/connect.go b/src/pkg/message/connect.go
index 75f87fdd64..499a9e3602 100644
--- a/src/pkg/message/connect.go
+++ b/src/pkg/message/connect.go
@@ -7,7 +7,7 @@ package message
 import (
 	"fmt"
 
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // PrintConnectStringTable prints a table of connect strings.
diff --git a/src/pkg/message/credentials.go b/src/pkg/message/credentials.go
index 19f86f8516..74b127a1c6 100644
--- a/src/pkg/message/credentials.go
+++ b/src/pkg/message/credentials.go
@@ -8,8 +8,8 @@ import (
 	"fmt"
 	"strings"
 
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/pterm/pterm"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // Common constants for printing credentials
diff --git a/src/pkg/message/message.go b/src/pkg/message/message.go
index 0ead8b0e01..f9d7d48c3c 100644
--- a/src/pkg/message/message.go
+++ b/src/pkg/message/message.go
@@ -12,9 +12,9 @@ import (
 	"time"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
 	"github.com/fatih/color"
 	"github.com/pterm/pterm"
+	"github.com/zarf-dev/zarf/src/config"
 )
 
 // LogLevel is the level of logging to display.
diff --git a/src/pkg/packager/actions/actions.go b/src/pkg/packager/actions/actions.go
index 2f01757d6c..c92457675c 100644
--- a/src/pkg/packager/actions/actions.go
+++ b/src/pkg/packager/actions/actions.go
@@ -13,12 +13,12 @@ import (
 	"time"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/internal/packager/template"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
-	"github.com/defenseunicorns/zarf/src/pkg/variables"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/internal/packager/template"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
+	"github.com/zarf-dev/zarf/src/pkg/variables"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // Run runs all provided actions.
diff --git a/src/pkg/packager/common.go b/src/pkg/packager/common.go
index 0f59319ae6..3b7f59f968 100644
--- a/src/pkg/packager/common.go
+++ b/src/pkg/packager/common.go
@@ -15,17 +15,17 @@ import (
 	"github.com/Masterminds/semver/v3"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/internal/packager/template"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/deprecated"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/sources"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/pkg/variables"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/internal/packager/template"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/deprecated"
+	"github.com/zarf-dev/zarf/src/pkg/packager/sources"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/pkg/variables"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // Packager is the main struct for managing packages.
diff --git a/src/pkg/packager/common_test.go b/src/pkg/packager/common_test.go
index 6927082f9b..ac47544515 100644
--- a/src/pkg/packager/common_test.go
+++ b/src/pkg/packager/common_test.go
@@ -13,9 +13,9 @@ import (
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
 	"k8s.io/client-go/kubernetes/fake"
 
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestValidatePackageArchitecture(t *testing.T) {
diff --git a/src/pkg/packager/composer/list.go b/src/pkg/packager/composer/list.go
index 69aa5fdb8e..06f67ec816 100644
--- a/src/pkg/packager/composer/list.go
+++ b/src/pkg/packager/composer/list.go
@@ -11,13 +11,13 @@ import (
 	"strings"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/extensions/bigbang"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/deprecated"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/pkg/variables"
-	"github.com/defenseunicorns/zarf/src/pkg/zoci"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/extensions/bigbang"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/packager/deprecated"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/pkg/variables"
+	"github.com/zarf-dev/zarf/src/pkg/zoci"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // Node is a node in the import chain
diff --git a/src/pkg/packager/composer/list_test.go b/src/pkg/packager/composer/list_test.go
index 0f96e0beb0..e720fdf57c 100644
--- a/src/pkg/packager/composer/list_test.go
+++ b/src/pkg/packager/composer/list_test.go
@@ -11,10 +11,10 @@ import (
 	"path/filepath"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/pkg/variables"
-	"github.com/defenseunicorns/zarf/src/types"
-	"github.com/defenseunicorns/zarf/src/types/extensions"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/variables"
+	"github.com/zarf-dev/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types/extensions"
 )
 
 func TestNewImportChain(t *testing.T) {
diff --git a/src/pkg/packager/composer/oci.go b/src/pkg/packager/composer/oci.go
index f4f02fbaf3..129013d487 100644
--- a/src/pkg/packager/composer/oci.go
+++ b/src/pkg/packager/composer/oci.go
@@ -13,13 +13,13 @@ import (
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
 	"github.com/defenseunicorns/pkg/oci"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/pkg/zoci"
 	"github.com/mholt/archiver/v3"
 	ocispec "github.com/opencontainers/image-spec/specs-go/v1"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/pkg/zoci"
 	ocistore "oras.land/oras-go/v2/content/oci"
 )
 
diff --git a/src/pkg/packager/composer/override.go b/src/pkg/packager/composer/override.go
index 4a07a1d936..feb4b4b6f3 100644
--- a/src/pkg/packager/composer/override.go
+++ b/src/pkg/packager/composer/override.go
@@ -7,7 +7,7 @@ package composer
 import (
 	"fmt"
 
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func overrideMetadata(c *types.ZarfComponent, override types.ZarfComponent) error {
diff --git a/src/pkg/packager/composer/pathfixer.go b/src/pkg/packager/composer/pathfixer.go
index fac110c47c..f13537dfd9 100644
--- a/src/pkg/packager/composer/pathfixer.go
+++ b/src/pkg/packager/composer/pathfixer.go
@@ -8,7 +8,7 @@ import (
 	"path/filepath"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func makePathRelativeTo(path, relativeTo string) string {
diff --git a/src/pkg/packager/create.go b/src/pkg/packager/create.go
index ee9a7fd2bc..517726eba4 100755
--- a/src/pkg/packager/create.go
+++ b/src/pkg/packager/create.go
@@ -10,10 +10,10 @@ import (
 	"os"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/creator"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/creator"
 )
 
 // Create generates a Zarf package tarball for a given PackageConfig and optional base directory.
diff --git a/src/pkg/packager/creator/compose.go b/src/pkg/packager/creator/compose.go
index 6cd5277388..8844c0305f 100644
--- a/src/pkg/packager/creator/compose.go
+++ b/src/pkg/packager/creator/compose.go
@@ -7,9 +7,9 @@ package creator
 import (
 	"context"
 
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/composer"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/composer"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // ComposeComponents composes components and their dependencies into a single Zarf package using an import chain.
diff --git a/src/pkg/packager/creator/compose_test.go b/src/pkg/packager/creator/compose_test.go
index 35e298f553..a4dd2fdf9e 100644
--- a/src/pkg/packager/creator/compose_test.go
+++ b/src/pkg/packager/creator/compose_test.go
@@ -8,8 +8,8 @@ import (
 	"context"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestComposeComponents(t *testing.T) {
diff --git a/src/pkg/packager/creator/creator.go b/src/pkg/packager/creator/creator.go
index aae86172c6..34e511458f 100644
--- a/src/pkg/packager/creator/creator.go
+++ b/src/pkg/packager/creator/creator.go
@@ -7,8 +7,8 @@ package creator
 import (
 	"context"
 
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // Creator is an interface for creating Zarf packages.
diff --git a/src/pkg/packager/creator/creator_test.go b/src/pkg/packager/creator/creator_test.go
index 18a4a64c0a..1c2e3b7153 100644
--- a/src/pkg/packager/creator/creator_test.go
+++ b/src/pkg/packager/creator/creator_test.go
@@ -9,9 +9,9 @@ import (
 	"path/filepath"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestLoadPackageDefinition(t *testing.T) {
diff --git a/src/pkg/packager/creator/differential.go b/src/pkg/packager/creator/differential.go
index d2c3c80480..a373bcc4f2 100644
--- a/src/pkg/packager/creator/differential.go
+++ b/src/pkg/packager/creator/differential.go
@@ -8,11 +8,11 @@ import (
 	"context"
 	"os"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/sources"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/packager/sources"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // loadDifferentialData sets any images and repos from the existing reference package in the DifferentialData and returns it.
diff --git a/src/pkg/packager/creator/normal.go b/src/pkg/packager/creator/normal.go
index 027df385fa..b8135a8c2f 100644
--- a/src/pkg/packager/creator/normal.go
+++ b/src/pkg/packager/creator/normal.go
@@ -17,24 +17,24 @@ import (
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
 	"github.com/defenseunicorns/pkg/oci"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/extensions/bigbang"
-	"github.com/defenseunicorns/zarf/src/internal/packager/git"
-	"github.com/defenseunicorns/zarf/src/internal/packager/helm"
-	"github.com/defenseunicorns/zarf/src/internal/packager/images"
-	"github.com/defenseunicorns/zarf/src/internal/packager/kustomize"
-	"github.com/defenseunicorns/zarf/src/internal/packager/sbom"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/actions"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/filters"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/sources"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/pkg/zoci"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/mholt/archiver/v3"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/extensions/bigbang"
+	"github.com/zarf-dev/zarf/src/internal/packager/git"
+	"github.com/zarf-dev/zarf/src/internal/packager/helm"
+	"github.com/zarf-dev/zarf/src/internal/packager/images"
+	"github.com/zarf-dev/zarf/src/internal/packager/kustomize"
+	"github.com/zarf-dev/zarf/src/internal/packager/sbom"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/actions"
+	"github.com/zarf-dev/zarf/src/pkg/packager/filters"
+	"github.com/zarf-dev/zarf/src/pkg/packager/sources"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/pkg/zoci"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 var (
diff --git a/src/pkg/packager/creator/skeleton.go b/src/pkg/packager/creator/skeleton.go
index e0e86126b4..091874c84f 100644
--- a/src/pkg/packager/creator/skeleton.go
+++ b/src/pkg/packager/creator/skeleton.go
@@ -13,17 +13,17 @@ import (
 	"strings"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/extensions/bigbang"
-	"github.com/defenseunicorns/zarf/src/internal/packager/helm"
-	"github.com/defenseunicorns/zarf/src/internal/packager/kustomize"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/pkg/zoci"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/mholt/archiver/v3"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/extensions/bigbang"
+	"github.com/zarf-dev/zarf/src/internal/packager/helm"
+	"github.com/zarf-dev/zarf/src/internal/packager/kustomize"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/pkg/zoci"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 var (
diff --git a/src/pkg/packager/creator/template.go b/src/pkg/packager/creator/template.go
index df2fc86038..5a06651c53 100644
--- a/src/pkg/packager/creator/template.go
+++ b/src/pkg/packager/creator/template.go
@@ -7,12 +7,12 @@ package creator
 import (
 	"fmt"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/interactive"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/pkg/variables"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/interactive"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/pkg/variables"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // FillActiveTemplate merges user-specified variables into the configuration templates of a zarf.yaml.
diff --git a/src/pkg/packager/creator/utils.go b/src/pkg/packager/creator/utils.go
index 43ab469565..5c3f962766 100644
--- a/src/pkg/packager/creator/utils.go
+++ b/src/pkg/packager/creator/utils.go
@@ -9,9 +9,9 @@ import (
 	"runtime"
 	"time"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/deprecated"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/packager/deprecated"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // recordPackageMetadata records various package metadata during package create.
diff --git a/src/pkg/packager/deploy.go b/src/pkg/packager/deploy.go
index 9044772169..35f31514fd 100644
--- a/src/pkg/packager/deploy.go
+++ b/src/pkg/packager/deploy.go
@@ -23,19 +23,19 @@ import (
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/internal/packager/git"
-	"github.com/defenseunicorns/zarf/src/internal/packager/helm"
-	"github.com/defenseunicorns/zarf/src/internal/packager/images"
-	"github.com/defenseunicorns/zarf/src/internal/packager/template"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/actions"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/filters"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/internal/packager/git"
+	"github.com/zarf-dev/zarf/src/internal/packager/helm"
+	"github.com/zarf-dev/zarf/src/internal/packager/images"
+	"github.com/zarf-dev/zarf/src/internal/packager/template"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/actions"
+	"github.com/zarf-dev/zarf/src/pkg/packager/filters"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 var (
diff --git a/src/pkg/packager/deploy_test.go b/src/pkg/packager/deploy_test.go
index 5bb21bfcca..6e82cbcb10 100644
--- a/src/pkg/packager/deploy_test.go
+++ b/src/pkg/packager/deploy_test.go
@@ -6,10 +6,10 @@ package packager
 import (
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/pkg/packager/sources"
-	"github.com/defenseunicorns/zarf/src/pkg/variables"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/packager/sources"
+	"github.com/zarf-dev/zarf/src/pkg/variables"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestGenerateValuesOverrides(t *testing.T) {
diff --git a/src/pkg/packager/deprecated/common.go b/src/pkg/packager/deprecated/common.go
index 4867ac52b2..f97e07bce0 100644
--- a/src/pkg/packager/deprecated/common.go
+++ b/src/pkg/packager/deprecated/common.go
@@ -12,9 +12,9 @@ import (
 	"slices"
 
 	"github.com/Masterminds/semver/v3"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/pterm/pterm"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // BreakingChange represents a breaking change that happened on a specified Zarf version.
@@ -35,7 +35,7 @@ func (bc BreakingChange) String() string {
 
 // List of migrations tracked in the zarf.yaml build data.
 const (
-	// This should be updated when a breaking change is introduced to the Zarf package structure.  See: https://github.com/defenseunicorns/zarf/releases/tag/v0.27.0
+	// This should be updated when a breaking change is introduced to the Zarf package structure.  See: https://github.com/zarf-dev/zarf/releases/tag/v0.27.0
 	LastNonBreakingVersion   = "v0.27.0"
 	ScriptsToActionsMigrated = "scripts-to-actions"
 	PluralizeSetVariable     = "pluralize-set-variable"
diff --git a/src/pkg/packager/deprecated/common_test.go b/src/pkg/packager/deprecated/common_test.go
index 6dec381554..b789f0c2ce 100644
--- a/src/pkg/packager/deprecated/common_test.go
+++ b/src/pkg/packager/deprecated/common_test.go
@@ -9,8 +9,8 @@ import (
 	"testing"
 
 	"github.com/Masterminds/semver/v3"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 func TestPrintBreakingChanges(t *testing.T) {
diff --git a/src/pkg/packager/deprecated/pluralize-set-variable.go b/src/pkg/packager/deprecated/pluralize-set-variable.go
index c3dc13e06c..44ea9c7f9c 100644
--- a/src/pkg/packager/deprecated/pluralize-set-variable.go
+++ b/src/pkg/packager/deprecated/pluralize-set-variable.go
@@ -7,8 +7,8 @@ package deprecated
 import (
 	"fmt"
 
-	"github.com/defenseunicorns/zarf/src/pkg/variables"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/pkg/variables"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func migrateSetVariableToSetVariables(c types.ZarfComponent) (types.ZarfComponent, string) {
diff --git a/src/pkg/packager/deprecated/scripts-to-actions.go b/src/pkg/packager/deprecated/scripts-to-actions.go
index 2040e7eb90..f296e49ec3 100644
--- a/src/pkg/packager/deprecated/scripts-to-actions.go
+++ b/src/pkg/packager/deprecated/scripts-to-actions.go
@@ -8,7 +8,7 @@ import (
 	"fmt"
 	"math"
 
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // migrateScriptsToActions coverts the deprecated scripts to the new actions
diff --git a/src/pkg/packager/dev.go b/src/pkg/packager/dev.go
index 138d175109..4363c0b49a 100644
--- a/src/pkg/packager/dev.go
+++ b/src/pkg/packager/dev.go
@@ -13,15 +13,15 @@ import (
 	"runtime"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/creator"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/filters"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/lint"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/fatih/color"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/creator"
+	"github.com/zarf-dev/zarf/src/pkg/packager/filters"
+	"github.com/zarf-dev/zarf/src/pkg/packager/lint"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // DevDeploy creates + deploys a package in one shot
diff --git a/src/pkg/packager/filters/deploy.go b/src/pkg/packager/filters/deploy.go
index f5ac17916f..40555fb9a2 100644
--- a/src/pkg/packager/filters/deploy.go
+++ b/src/pkg/packager/filters/deploy.go
@@ -11,8 +11,8 @@ import (
 
 	"github.com/agnivade/levenshtein"
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/interactive"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/pkg/interactive"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // ForDeploy creates a new deployment filter.
diff --git a/src/pkg/packager/filters/deploy_test.go b/src/pkg/packager/filters/deploy_test.go
index 1bb548f1cb..5b31a2269e 100644
--- a/src/pkg/packager/filters/deploy_test.go
+++ b/src/pkg/packager/filters/deploy_test.go
@@ -10,8 +10,8 @@ import (
 	"testing"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func componentFromQuery(t *testing.T, q string) types.ZarfComponent {
diff --git a/src/pkg/packager/filters/diff.go b/src/pkg/packager/filters/diff.go
index fe722e9741..bbba9ab789 100644
--- a/src/pkg/packager/filters/diff.go
+++ b/src/pkg/packager/filters/diff.go
@@ -6,10 +6,10 @@ package filters
 import (
 	"fmt"
 
-	"github.com/defenseunicorns/zarf/src/internal/packager/git"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/go-git/go-git/v5/plumbing"
+	"github.com/zarf-dev/zarf/src/internal/packager/git"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // ByDifferentialData filters any images and repos already present in the reference package components.
diff --git a/src/pkg/packager/filters/diff_test.go b/src/pkg/packager/filters/diff_test.go
index 8ee64fab84..0b279b8f08 100644
--- a/src/pkg/packager/filters/diff_test.go
+++ b/src/pkg/packager/filters/diff_test.go
@@ -6,8 +6,8 @@ package filters
 import (
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestCopyFilter(t *testing.T) {
diff --git a/src/pkg/packager/filters/empty.go b/src/pkg/packager/filters/empty.go
index 860799fb7b..af4eb09663 100644
--- a/src/pkg/packager/filters/empty.go
+++ b/src/pkg/packager/filters/empty.go
@@ -4,7 +4,7 @@
 // Package filters contains core implementations of the ComponentFilterStrategy interface.
 package filters
 
-import "github.com/defenseunicorns/zarf/src/types"
+import "github.com/zarf-dev/zarf/src/types"
 
 // Empty returns a filter that does nothing.
 func Empty() ComponentFilterStrategy {
diff --git a/src/pkg/packager/filters/empty_test.go b/src/pkg/packager/filters/empty_test.go
index 8096219ad5..8d55fd70ad 100644
--- a/src/pkg/packager/filters/empty_test.go
+++ b/src/pkg/packager/filters/empty_test.go
@@ -7,8 +7,8 @@ package filters
 import (
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestEmptyFilter_Apply(t *testing.T) {
diff --git a/src/pkg/packager/filters/os.go b/src/pkg/packager/filters/os.go
index b031f35bbc..845c0cb400 100644
--- a/src/pkg/packager/filters/os.go
+++ b/src/pkg/packager/filters/os.go
@@ -7,7 +7,7 @@ package filters
 import (
 	"errors"
 
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // ByLocalOS creates a new filter that filters components based on local (runtime) OS.
diff --git a/src/pkg/packager/filters/os_test.go b/src/pkg/packager/filters/os_test.go
index 7d54beecd3..4dcc4b5279 100644
--- a/src/pkg/packager/filters/os_test.go
+++ b/src/pkg/packager/filters/os_test.go
@@ -7,8 +7,8 @@ package filters
 import (
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestLocalOSFilter(t *testing.T) {
diff --git a/src/pkg/packager/filters/select.go b/src/pkg/packager/filters/select.go
index 9116efe453..35694f580f 100644
--- a/src/pkg/packager/filters/select.go
+++ b/src/pkg/packager/filters/select.go
@@ -6,7 +6,7 @@ package filters
 
 import (
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // BySelectState creates a new simple included filter.
diff --git a/src/pkg/packager/filters/select_test.go b/src/pkg/packager/filters/select_test.go
index 9d87fbf014..b4d4ac9289 100644
--- a/src/pkg/packager/filters/select_test.go
+++ b/src/pkg/packager/filters/select_test.go
@@ -7,8 +7,8 @@ package filters
 import (
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func Test_selectStateFilter_Apply(t *testing.T) {
diff --git a/src/pkg/packager/filters/strat.go b/src/pkg/packager/filters/strat.go
index 497778b2df..1411ae3c5f 100644
--- a/src/pkg/packager/filters/strat.go
+++ b/src/pkg/packager/filters/strat.go
@@ -7,7 +7,7 @@ package filters
 import (
 	"fmt"
 
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // ComponentFilterStrategy is a strategy interface for filtering components.
diff --git a/src/pkg/packager/filters/strat_test.go b/src/pkg/packager/filters/strat_test.go
index 5f5391153c..12f7dad86e 100644
--- a/src/pkg/packager/filters/strat_test.go
+++ b/src/pkg/packager/filters/strat_test.go
@@ -7,8 +7,8 @@ package filters
 import (
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestCombine(t *testing.T) {
diff --git a/src/pkg/packager/generate.go b/src/pkg/packager/generate.go
index d03e80c88d..905859bc53 100644
--- a/src/pkg/packager/generate.go
+++ b/src/pkg/packager/generate.go
@@ -11,11 +11,11 @@ import (
 	"strings"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/types"
 	goyaml "github.com/goccy/go-yaml"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // Generate generates a Zarf package definition.
diff --git a/src/pkg/packager/inspect.go b/src/pkg/packager/inspect.go
index d68ae5f5de..bfa29d860b 100644
--- a/src/pkg/packager/inspect.go
+++ b/src/pkg/packager/inspect.go
@@ -10,8 +10,8 @@ import (
 	"os"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/internal/packager/sbom"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/internal/packager/sbom"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
 )
 
 // Inspect list the contents of a package.
diff --git a/src/pkg/packager/interactive.go b/src/pkg/packager/interactive.go
index 8c67fd55fe..3a09595eab 100644
--- a/src/pkg/packager/interactive.go
+++ b/src/pkg/packager/interactive.go
@@ -11,11 +11,11 @@ import (
 
 	"github.com/AlecAivazis/survey/v2"
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
 	"github.com/pterm/pterm"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
 )
 
 func (p *Packager) confirmAction(stage string, warnings []string, sbomViewFiles []string) (confirm bool) {
diff --git a/src/pkg/packager/lint/findings.go b/src/pkg/packager/lint/findings.go
index 5b184146ed..8b48bdea78 100644
--- a/src/pkg/packager/lint/findings.go
+++ b/src/pkg/packager/lint/findings.go
@@ -6,7 +6,7 @@ package lint
 
 import (
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // GroupFindingsByPath groups findings by their package path
diff --git a/src/pkg/packager/lint/findings_test.go b/src/pkg/packager/lint/findings_test.go
index 99f0b7a652..522135eb96 100644
--- a/src/pkg/packager/lint/findings_test.go
+++ b/src/pkg/packager/lint/findings_test.go
@@ -7,8 +7,8 @@ package lint
 import (
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestGroupFindingsByPath(t *testing.T) {
diff --git a/src/pkg/packager/lint/lint.go b/src/pkg/packager/lint/lint.go
index 27a823deff..34ab432fe0 100644
--- a/src/pkg/packager/lint/lint.go
+++ b/src/pkg/packager/lint/lint.go
@@ -12,15 +12,15 @@ import (
 	"strings"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/composer"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/creator"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/xeipuuv/gojsonschema"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/packager/composer"
+	"github.com/zarf-dev/zarf/src/pkg/packager/creator"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // ZarfSchema is exported so main.go can embed the schema file
diff --git a/src/pkg/packager/lint/lint_test.go b/src/pkg/packager/lint/lint_test.go
index 67af529a8d..213c0938d2 100644
--- a/src/pkg/packager/lint/lint_test.go
+++ b/src/pkg/packager/lint/lint_test.go
@@ -11,10 +11,10 @@ import (
 	"os"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/pkg/variables"
-	"github.com/defenseunicorns/zarf/src/types"
 	goyaml "github.com/goccy/go-yaml"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/variables"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestZarfSchema(t *testing.T) {
diff --git a/src/pkg/packager/mirror.go b/src/pkg/packager/mirror.go
index 27ffaf9c18..9cafe38f58 100644
--- a/src/pkg/packager/mirror.go
+++ b/src/pkg/packager/mirror.go
@@ -10,10 +10,10 @@ import (
 	"runtime"
 	"strings"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/filters"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/filters"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // Mirror pulls resources from a package (images, git repositories, etc) and pushes them to remotes in the air gap without deploying them
diff --git a/src/pkg/packager/prepare.go b/src/pkg/packager/prepare.go
index 9a4f7a1280..c71038b2f8 100644
--- a/src/pkg/packager/prepare.go
+++ b/src/pkg/packager/prepare.go
@@ -16,16 +16,16 @@ import (
 	"github.com/goccy/go-yaml"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/internal/packager/helm"
-	"github.com/defenseunicorns/zarf/src/internal/packager/images"
-	"github.com/defenseunicorns/zarf/src/internal/packager/kustomize"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/creator"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/google/go-containerregistry/pkg/crane"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/internal/packager/helm"
+	"github.com/zarf-dev/zarf/src/internal/packager/images"
+	"github.com/zarf-dev/zarf/src/internal/packager/kustomize"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/creator"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
 	v1 "k8s.io/api/apps/v1"
 	batchv1 "k8s.io/api/batch/v1"
 	corev1 "k8s.io/api/core/v1"
diff --git a/src/pkg/packager/publish.go b/src/pkg/packager/publish.go
index 6f5e90843c..bf664f2739 100644
--- a/src/pkg/packager/publish.go
+++ b/src/pkg/packager/publish.go
@@ -12,16 +12,16 @@ import (
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
 	"github.com/defenseunicorns/pkg/oci"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/creator"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/filters"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/sources"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/pkg/zoci"
-	"github.com/defenseunicorns/zarf/src/types"
 	ocispec "github.com/opencontainers/image-spec/specs-go/v1"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/creator"
+	"github.com/zarf-dev/zarf/src/pkg/packager/filters"
+	"github.com/zarf-dev/zarf/src/pkg/packager/sources"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/pkg/zoci"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // Publish publishes the package to a registry
diff --git a/src/pkg/packager/remove.go b/src/pkg/packager/remove.go
index be34b6dda7..dbfbf7d690 100644
--- a/src/pkg/packager/remove.go
+++ b/src/pkg/packager/remove.go
@@ -18,14 +18,14 @@ import (
 	kerrors "k8s.io/apimachinery/pkg/api/errors"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/internal/packager/helm"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/actions"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/filters"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/sources"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/internal/packager/helm"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/actions"
+	"github.com/zarf-dev/zarf/src/pkg/packager/filters"
+	"github.com/zarf-dev/zarf/src/pkg/packager/sources"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // Remove removes a package that was already deployed onto a cluster, uninstalling all installed helm charts.
diff --git a/src/pkg/packager/sources/cluster.go b/src/pkg/packager/sources/cluster.go
index 5936c5d6f0..bd671120e8 100644
--- a/src/pkg/packager/sources/cluster.go
+++ b/src/pkg/packager/sources/cluster.go
@@ -9,11 +9,11 @@ import (
 	"fmt"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/filters"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/packager/filters"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 var (
diff --git a/src/pkg/packager/sources/new.go b/src/pkg/packager/sources/new.go
index c9f1f46a14..9018632085 100644
--- a/src/pkg/packager/sources/new.go
+++ b/src/pkg/packager/sources/new.go
@@ -12,12 +12,12 @@ import (
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
 	"github.com/defenseunicorns/pkg/oci"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/filters"
-	"github.com/defenseunicorns/zarf/src/pkg/zoci"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/filters"
+	"github.com/zarf-dev/zarf/src/pkg/zoci"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // PackageSource is an interface for package sources.
diff --git a/src/pkg/packager/sources/new_test.go b/src/pkg/packager/sources/new_test.go
index 9c7629ba42..a1a495b3ca 100644
--- a/src/pkg/packager/sources/new_test.go
+++ b/src/pkg/packager/sources/new_test.go
@@ -17,9 +17,9 @@ import (
 
 	"github.com/stretchr/testify/require"
 
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/filters"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/packager/filters"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestNewPackageSource(t *testing.T) {
@@ -51,13 +51,13 @@ func TestNewPackageSource(t *testing.T) {
 		},
 		{
 			name:             "https",
-			src:              "https://github.com/defenseunicorns/zarf/releases/download/v1.0.0/zarf-init-amd64-v1.0.0.tar.zst",
+			src:              "https://github.com/zarf-dev/zarf/releases/download/v1.0.0/zarf-init-amd64-v1.0.0.tar.zst",
 			expectedIdentify: "https",
 			expectedType:     &URLSource{},
 		},
 		{
 			name:             "http",
-			src:              "http://github.com/defenseunicorns/zarf/releases/download/v1.0.0/zarf-init-amd64-v1.0.0.tar.zst",
+			src:              "http://github.com/zarf-dev/zarf/releases/download/v1.0.0/zarf-init-amd64-v1.0.0.tar.zst",
 			expectedIdentify: "http",
 			expectedType:     &URLSource{},
 		},
diff --git a/src/pkg/packager/sources/oci.go b/src/pkg/packager/sources/oci.go
index 84ba85ebaf..99a98137fc 100644
--- a/src/pkg/packager/sources/oci.go
+++ b/src/pkg/packager/sources/oci.go
@@ -12,14 +12,14 @@ import (
 	"path/filepath"
 	"strings"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/filters"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/pkg/zoci"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/mholt/archiver/v3"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/filters"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/pkg/zoci"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 var (
diff --git a/src/pkg/packager/sources/split.go b/src/pkg/packager/sources/split.go
index 1594a51c20..473aa0008a 100644
--- a/src/pkg/packager/sources/split.go
+++ b/src/pkg/packager/sources/split.go
@@ -15,10 +15,10 @@ import (
 	"strings"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/filters"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/filters"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 var (
diff --git a/src/pkg/packager/sources/tarball.go b/src/pkg/packager/sources/tarball.go
index 663a4bd31c..b99253c0a5 100644
--- a/src/pkg/packager/sources/tarball.go
+++ b/src/pkg/packager/sources/tarball.go
@@ -14,12 +14,12 @@ import (
 	"path/filepath"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/filters"
-	"github.com/defenseunicorns/zarf/src/pkg/zoci"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/mholt/archiver/v3"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/filters"
+	"github.com/zarf-dev/zarf/src/pkg/zoci"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 var (
diff --git a/src/pkg/packager/sources/url.go b/src/pkg/packager/sources/url.go
index 9fa3cfb8e0..02fc785d81 100644
--- a/src/pkg/packager/sources/url.go
+++ b/src/pkg/packager/sources/url.go
@@ -12,11 +12,11 @@ import (
 	"strings"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/packager/filters"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/packager/filters"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 var (
diff --git a/src/pkg/packager/sources/utils.go b/src/pkg/packager/sources/utils.go
index f880e11d0e..bb2e3227d9 100644
--- a/src/pkg/packager/sources/utils.go
+++ b/src/pkg/packager/sources/utils.go
@@ -12,12 +12,12 @@ import (
 	"strings"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/zoci"
-	"github.com/defenseunicorns/zarf/src/types"
 	goyaml "github.com/goccy/go-yaml"
 	"github.com/mholt/archiver/v3"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/zoci"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // GetValidPackageExtensions returns the valid package extensions.
diff --git a/src/pkg/packager/sources/validate.go b/src/pkg/packager/sources/validate.go
index 1d8a4f6255..427d05708a 100644
--- a/src/pkg/packager/sources/validate.go
+++ b/src/pkg/packager/sources/validate.go
@@ -14,10 +14,10 @@ import (
 	"strings"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
 )
 
 var (
diff --git a/src/pkg/pki/pki.go b/src/pkg/pki/pki.go
index 6923042393..0eaf5ea82b 100644
--- a/src/pkg/pki/pki.go
+++ b/src/pkg/pki/pki.go
@@ -16,7 +16,7 @@ import (
 	"time"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // Based off of https://github.com/dmcgowan/quicktls/blob/master/main.go
diff --git a/src/pkg/transform/git_test.go b/src/pkg/transform/git_test.go
index 70145275aa..19c5778966 100644
--- a/src/pkg/transform/git_test.go
+++ b/src/pkg/transform/git_test.go
@@ -13,9 +13,9 @@ import (
 var gitURLs = []string{
 	// Normal git repos and references for pushing/pulling
 	"https://repo1.dso.mil/platform-one/big-bang/apps/security-tools/twistlock.git",
-	"https://github.com/defenseunicorns/zarf.git",
+	"https://github.com/zarf-dev/zarf.git",
 	"https://ghcr.io/stefanprodan/podinfo_fasd-123.git",
-	"git://k3d-cluster.localhost/defenseunicorns/zarf-agent",
+	"git://k3d-cluster.localhost/zarf-dev/zarf-agent",
 	"http://localhost:5000/some-cool-repo",
 	"ssh://ghcr.io/stefanprodan/podinfo@6.0.0",
 	"https://stefanprodan/podinfo.git@adf0fasd10.1.223124123123-asdf",
@@ -23,19 +23,19 @@ var gitURLs = []string{
 	"file:///srv/git/stefanprodan/podinfo@adf0fasd10.1.223124123123-asdf",
 	"https://me0515@dev.azure.com/me0515/zarf-public-test/_git/zarf-public-test",
 	"https://me0515@dev.azure.com/me0515/zarf-public-test/_git/zarf-public-test@524980951ff16e19dc25232e9aea8fd693989ba6",
-	"https://github.com/defenseunicorns/zarf.helm.git",
-	"https://github.com/defenseunicorns/zarf.git@refs/tags/v0.16.0",
+	"https://github.com/zarf-dev/zarf.helm.git",
+	"https://github.com/zarf-dev/zarf.git@refs/tags/v0.16.0",
 	"https://github.com/DoD-Platform-One/big-bang.git@refs/heads/release-1.54.x",
 	"https://github.com/prometheus-community/helm-charts.git@kube-prometheus-stack-47.3.0",
 	"https://github.com/prometheus-community/",
 	"https://github.com/",
 
 	// Smart Git Protocol URLs for proxying (https://www.git-scm.com/docs/http-protocol)
-	"https://github.com/defenseunicorns/zarf.helm.git/info/refs",
-	"https://github.com/defenseunicorns/zarf.helm.git/info/refs?service=git-upload-pack",
-	"https://github.com/defenseunicorns/zarf.helm.git/info/refs?service=git-receive-pack",
-	"https://github.com/defenseunicorns/zarf.helm.git/git-upload-pack",
-	"https://github.com/defenseunicorns/zarf.helm.git/git-receive-pack",
+	"https://github.com/zarf-dev/zarf.helm.git/info/refs",
+	"https://github.com/zarf-dev/zarf.helm.git/info/refs?service=git-upload-pack",
+	"https://github.com/zarf-dev/zarf.helm.git/info/refs?service=git-receive-pack",
+	"https://github.com/zarf-dev/zarf.helm.git/git-upload-pack",
+	"https://github.com/zarf-dev/zarf.helm.git/git-receive-pack",
 }
 
 var badGitURLs = []string{
@@ -48,11 +48,11 @@ func TestMutateGitURLsInText(t *testing.T) {
 	originalText := `
 	# Here we handle invalid URLs (see below comment)
 	# We transform https://*/*.git URLs
-	https://github.com/defenseunicorns/zarf.git
+	https://github.com/zarf-dev/zarf.git
 	# Even URLs with things on either side
-	stuff https://github.com/defenseunicorns/zarf.git andthings
+	stuff https://github.com/zarf-dev/zarf.git andthings
 	# Including ssh://*/*.git URLs
-	ssh://git@github.com/defenseunicorns/zarf.git
+	ssh://git@github.com/zarf-dev/zarf.git
 	# Or non .git URLs
 	https://www.defenseunicorns.com/
 	`
@@ -60,11 +60,11 @@ func TestMutateGitURLsInText(t *testing.T) {
 	expectedText := `
 	# Here we handle invalid URLs (see below comment)
 	# We transform https://*/*.git URLs
-	https://gitlab.com/repo-owner/zarf-1211668992.git
+	https://gitlab.com/repo-owner/zarf-4156197301.git
 	# Even URLs with things on either side
-	stuff https://gitlab.com/repo-owner/zarf-1211668992.git andthings
+	stuff https://gitlab.com/repo-owner/zarf-4156197301.git andthings
 	# Including ssh://*/*.git URLs
-	https://gitlab.com/repo-owner/zarf-2566185087.git
+	https://gitlab.com/repo-owner/zarf-1231196790.git
 	# Or non .git URLs
 	https://www.defenseunicorns.com/
 	`
@@ -77,9 +77,9 @@ func TestGitURLSplitRef(t *testing.T) {
 	var expectedResult = [][]string{
 		// Normal git repos and references for pushing/pulling
 		{"https://repo1.dso.mil/platform-one/big-bang/apps/security-tools/twistlock.git", ""},
-		{"https://github.com/defenseunicorns/zarf.git", ""},
+		{"https://github.com/zarf-dev/zarf.git", ""},
 		{"https://ghcr.io/stefanprodan/podinfo_fasd-123.git", ""},
-		{"git://k3d-cluster.localhost/defenseunicorns/zarf-agent", ""},
+		{"git://k3d-cluster.localhost/zarf-dev/zarf-agent", ""},
 		{"http://localhost:5000/some-cool-repo", ""},
 		{"ssh://ghcr.io/stefanprodan/podinfo", "6.0.0"},
 		{"https://stefanprodan/podinfo.git", "adf0fasd10.1.223124123123-asdf"},
@@ -87,19 +87,19 @@ func TestGitURLSplitRef(t *testing.T) {
 		{"file:///srv/git/stefanprodan/podinfo", "adf0fasd10.1.223124123123-asdf"},
 		{"https://me0515@dev.azure.com/me0515/zarf-public-test/_git/zarf-public-test", ""},
 		{"https://me0515@dev.azure.com/me0515/zarf-public-test/_git/zarf-public-test", "524980951ff16e19dc25232e9aea8fd693989ba6"},
-		{"https://github.com/defenseunicorns/zarf.helm.git", ""},
-		{"https://github.com/defenseunicorns/zarf.git", "refs/tags/v0.16.0"},
+		{"https://github.com/zarf-dev/zarf.helm.git", ""},
+		{"https://github.com/zarf-dev/zarf.git", "refs/tags/v0.16.0"},
 		{"https://github.com/DoD-Platform-One/big-bang.git", "refs/heads/release-1.54.x"},
 		{"https://github.com/prometheus-community/helm-charts.git", "kube-prometheus-stack-47.3.0"},
 		{"https://github.com/prometheus-community", ""},
 		{"https://github.com/", ""},
 
 		// Smart Git Protocol URLs for proxying (https://www.git-scm.com/docs/http-protocol)
-		{"https://github.com/defenseunicorns/zarf.helm.git", ""},
-		{"https://github.com/defenseunicorns/zarf.helm.git", ""},
-		{"https://github.com/defenseunicorns/zarf.helm.git", ""},
-		{"https://github.com/defenseunicorns/zarf.helm.git", ""},
-		{"https://github.com/defenseunicorns/zarf.helm.git", ""},
+		{"https://github.com/zarf-dev/zarf.helm.git", ""},
+		{"https://github.com/zarf-dev/zarf.helm.git", ""},
+		{"https://github.com/zarf-dev/zarf.helm.git", ""},
+		{"https://github.com/zarf-dev/zarf.helm.git", ""},
+		{"https://github.com/zarf-dev/zarf.helm.git", ""},
 	}
 
 	for idx, url := range gitURLs {
@@ -119,9 +119,9 @@ func TestGitURLtoFolderName(t *testing.T) {
 	var expectedResult = []string{
 		// Normal git repos and references for pushing/pulling
 		"twistlock-1590638614",
-		"zarf-3863619701",
+		"zarf-3457133088",
 		"podinfo_fasd-123-1478387306",
-		"zarf-agent-802453811",
+		"zarf-agent-927663661",
 		"some-cool-repo-1916670310",
 		"podinfo-1350532569",
 		"podinfo-1853010387",
@@ -129,19 +129,19 @@ func TestGitURLtoFolderName(t *testing.T) {
 		"podinfo-122075437",
 		"zarf-public-test-612413317",
 		"zarf-public-test-634307705",
-		"zarf.helm-2570741950",
-		"zarf-2175050463",
+		"zarf.helm-93697844",
+		"zarf-2360044954",
 		"big-bang-2705706079",
 		"helm-charts-1319967699",
 		"prometheus-community-3453166319",
 		"-1276058275",
 
 		// Smart Git Protocol URLs for proxying (https://www.git-scm.com/docs/http-protocol)
-		"zarf.helm-2570741950",
-		"zarf.helm-2570741950",
-		"zarf.helm-2570741950",
-		"zarf.helm-2570741950",
-		"zarf.helm-2570741950",
+		"zarf.helm-93697844",
+		"zarf.helm-93697844",
+		"zarf.helm-93697844",
+		"zarf.helm-93697844",
+		"zarf.helm-93697844",
 	}
 
 	for idx, url := range gitURLs {
@@ -160,9 +160,9 @@ func TestGitURLtoRepoName(t *testing.T) {
 	var expectedResult = []string{
 		// Normal git repos and references for pushing/pulling
 		"twistlock-97328248",
-		"zarf-1211668992",
+		"zarf-4156197301",
 		"podinfo_fasd-123-84577122",
-		"zarf-agent-3633494462",
+		"zarf-agent-1776579160",
 		"some-cool-repo-926913879",
 		"podinfo-2985051089",
 		"podinfo-2197246515",
@@ -170,19 +170,19 @@ func TestGitURLtoRepoName(t *testing.T) {
 		"podinfo-1175499642",
 		"zarf-public-test-2170732467",
 		"zarf-public-test-2170732467",
-		"zarf.helm-842267124",
-		"zarf-1211668992",
+		"zarf.helm-693435256",
+		"zarf-4156197301",
 		"big-bang-2366614037",
 		"helm-charts-3648076006",
 		"prometheus-community-2749132599",
 		"-98306241",
 
 		// Smart Git Protocol URLs for proxying (https://www.git-scm.com/docs/http-protocol)
-		"zarf.helm-842267124",
-		"zarf.helm-842267124",
-		"zarf.helm-842267124",
-		"zarf.helm-842267124",
-		"zarf.helm-842267124",
+		"zarf.helm-693435256",
+		"zarf.helm-693435256",
+		"zarf.helm-693435256",
+		"zarf.helm-693435256",
+		"zarf.helm-693435256",
 	}
 
 	for idx, url := range gitURLs {
@@ -201,9 +201,9 @@ func TestGitURL(t *testing.T) {
 	var expectedResult = []string{
 		// Normal git repos and references for pushing/pulling
 		"https://gitlab.com/repo-owner/twistlock-97328248.git",
-		"https://gitlab.com/repo-owner/zarf-1211668992.git",
+		"https://gitlab.com/repo-owner/zarf-4156197301.git",
 		"https://gitlab.com/repo-owner/podinfo_fasd-123-84577122.git",
-		"https://gitlab.com/repo-owner/zarf-agent-3633494462",
+		"https://gitlab.com/repo-owner/zarf-agent-1776579160",
 		"https://gitlab.com/repo-owner/some-cool-repo-926913879",
 		"https://gitlab.com/repo-owner/podinfo-2985051089",
 		"https://gitlab.com/repo-owner/podinfo-2197246515.git",
@@ -211,19 +211,19 @@ func TestGitURL(t *testing.T) {
 		"https://gitlab.com/repo-owner/podinfo-1175499642",
 		"https://gitlab.com/repo-owner/zarf-public-test-2170732467",
 		"https://gitlab.com/repo-owner/zarf-public-test-2170732467",
-		"https://gitlab.com/repo-owner/zarf.helm-842267124.git",
-		"https://gitlab.com/repo-owner/zarf-1211668992.git",
+		"https://gitlab.com/repo-owner/zarf.helm-693435256.git",
+		"https://gitlab.com/repo-owner/zarf-4156197301.git",
 		"https://gitlab.com/repo-owner/big-bang-2366614037.git",
 		"https://gitlab.com/repo-owner/helm-charts-3648076006.git",
 		"https://gitlab.com/repo-owner/prometheus-community-2749132599",
 		"https://gitlab.com/repo-owner/-98306241",
 
 		// Smart Git Protocol URLs for proxying (https://www.git-scm.com/docs/http-protocol)
-		"https://gitlab.com/repo-owner/zarf.helm-842267124.git/info/refs",
-		"https://gitlab.com/repo-owner/zarf.helm-842267124.git/info/refs?service=git-upload-pack",
-		"https://gitlab.com/repo-owner/zarf.helm-842267124.git/info/refs?service=git-receive-pack",
-		"https://gitlab.com/repo-owner/zarf.helm-842267124.git/git-upload-pack",
-		"https://gitlab.com/repo-owner/zarf.helm-842267124.git/git-receive-pack",
+		"https://gitlab.com/repo-owner/zarf.helm-693435256.git/info/refs",
+		"https://gitlab.com/repo-owner/zarf.helm-693435256.git/info/refs?service=git-upload-pack",
+		"https://gitlab.com/repo-owner/zarf.helm-693435256.git/info/refs?service=git-receive-pack",
+		"https://gitlab.com/repo-owner/zarf.helm-693435256.git/git-upload-pack",
+		"https://gitlab.com/repo-owner/zarf.helm-693435256.git/git-receive-pack",
 	}
 
 	for idx, url := range gitURLs {
diff --git a/src/pkg/transform/image_test.go b/src/pkg/transform/image_test.go
index cc61154efa..13fd300c25 100644
--- a/src/pkg/transform/image_test.go
+++ b/src/pkg/transform/image_test.go
@@ -13,11 +13,11 @@ import (
 var imageRefs = []string{
 	"nginx",
 	"nginx:1.23.3",
-	"defenseunicorns/zarf-agent:v0.22.1",
-	"defenseunicorns/zarf-agent@sha256:84605f731c6a18194794c51e70021c671ab064654b751aa57e905bce55be13de",
+	"zarf-dev/zarf-agent:v0.22.1",
+	"zarf-dev/zarf-agent@sha256:84605f731c6a18194794c51e70021c671ab064654b751aa57e905bce55be13de",
 	"busybox:latest@sha256:3fbc632167424a6d997e74f52b878d7cc478225cffac6bc977eedfe51c7f4e79",
 	"ghcr.io/stefanprodan/podinfo:6.3.3",
-	"registry1.dso.mil/ironbank/opensource/defenseunicorns/zarf/zarf-agent:v0.25.0",
+	"registry1.dso.mil/ironbank/opensource/zarf-dev/zarf/zarf-agent:v0.25.0",
 	"gitlab.com/project/gitea/gitea:1.19.3-rootless-zarf-3431384023",
 	"oci://10.43.130.183:5000/stefanprodan/manifests/podinfo",
 }
@@ -33,11 +33,11 @@ func TestImageTransformHost(t *testing.T) {
 		// Normal git repos and references for pushing/pulling
 		"gitlab.com/project/library/nginx:latest-zarf-3793515731",
 		"gitlab.com/project/library/nginx:1.23.3-zarf-3793515731",
-		"gitlab.com/project/defenseunicorns/zarf-agent:v0.22.1-zarf-4283503412",
-		"gitlab.com/project/defenseunicorns/zarf-agent@sha256:84605f731c6a18194794c51e70021c671ab064654b751aa57e905bce55be13de",
+		"gitlab.com/project/zarf-dev/zarf-agent:v0.22.1-zarf-2183797434",
+		"gitlab.com/project/zarf-dev/zarf-agent@sha256:84605f731c6a18194794c51e70021c671ab064654b751aa57e905bce55be13de",
 		"gitlab.com/project/library/busybox@sha256:3fbc632167424a6d997e74f52b878d7cc478225cffac6bc977eedfe51c7f4e79",
 		"gitlab.com/project/stefanprodan/podinfo:6.3.3-zarf-2985051089",
-		"gitlab.com/project/ironbank/opensource/defenseunicorns/zarf/zarf-agent:v0.25.0-zarf-2003217571",
+		"gitlab.com/project/ironbank/opensource/zarf-dev/zarf/zarf-agent:v0.25.0-zarf-1211467612",
 		"gitlab.com/project/gitea/gitea:1.19.3-rootless-zarf-3431384023",
 		"gitlab.com/project/stefanprodan/manifests/podinfo:latest-zarf-531355090",
 	}
@@ -58,11 +58,11 @@ func TestImageTransformHostWithoutChecksum(t *testing.T) {
 	var expectedResult = []string{
 		"gitlab.com/project/library/nginx:latest",
 		"gitlab.com/project/library/nginx:1.23.3",
-		"gitlab.com/project/defenseunicorns/zarf-agent:v0.22.1",
-		"gitlab.com/project/defenseunicorns/zarf-agent@sha256:84605f731c6a18194794c51e70021c671ab064654b751aa57e905bce55be13de",
+		"gitlab.com/project/zarf-dev/zarf-agent:v0.22.1",
+		"gitlab.com/project/zarf-dev/zarf-agent@sha256:84605f731c6a18194794c51e70021c671ab064654b751aa57e905bce55be13de",
 		"gitlab.com/project/library/busybox@sha256:3fbc632167424a6d997e74f52b878d7cc478225cffac6bc977eedfe51c7f4e79",
 		"gitlab.com/project/stefanprodan/podinfo:6.3.3",
-		"gitlab.com/project/ironbank/opensource/defenseunicorns/zarf/zarf-agent:v0.25.0",
+		"gitlab.com/project/ironbank/opensource/zarf-dev/zarf/zarf-agent:v0.25.0",
 		"gitlab.com/project/gitea/gitea:1.19.3-rootless-zarf-3431384023",
 		"gitlab.com/project/stefanprodan/manifests/podinfo:latest",
 	}
@@ -83,11 +83,11 @@ func TestParseImageRef(t *testing.T) {
 	var expectedResult = [][]string{
 		{"docker.io/", "library/nginx", "latest", ""},
 		{"docker.io/", "library/nginx", "1.23.3", ""},
-		{"docker.io/", "defenseunicorns/zarf-agent", "v0.22.1", ""},
-		{"docker.io/", "defenseunicorns/zarf-agent", "", "sha256:84605f731c6a18194794c51e70021c671ab064654b751aa57e905bce55be13de"},
+		{"docker.io/", "zarf-dev/zarf-agent", "v0.22.1", ""},
+		{"docker.io/", "zarf-dev/zarf-agent", "", "sha256:84605f731c6a18194794c51e70021c671ab064654b751aa57e905bce55be13de"},
 		{"docker.io/", "library/busybox", "latest", "sha256:3fbc632167424a6d997e74f52b878d7cc478225cffac6bc977eedfe51c7f4e79"},
 		{"ghcr.io/", "stefanprodan/podinfo", "6.3.3", ""},
-		{"registry1.dso.mil/", "ironbank/opensource/defenseunicorns/zarf/zarf-agent", "v0.25.0", ""},
+		{"registry1.dso.mil/", "ironbank/opensource/zarf-dev/zarf/zarf-agent", "v0.25.0", ""},
 		{"gitlab.com/", "project/gitea/gitea", "1.19.3-rootless-zarf-3431384023", ""},
 		{"10.43.130.183:5000/", "stefanprodan/manifests/podinfo", "latest", ""},
 	}
diff --git a/src/pkg/utils/auth.go b/src/pkg/utils/auth.go
index 69a313cc13..c66b29b548 100644
--- a/src/pkg/utils/auth.go
+++ b/src/pkg/utils/auth.go
@@ -12,8 +12,8 @@ import (
 	"path/filepath"
 	"strings"
 
-	"github.com/defenseunicorns/zarf/src/pkg/message"
 	"github.com/go-git/go-git/v5/plumbing/transport/http"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 // Credential represents authentication for a given host.
diff --git a/src/pkg/utils/auth_test.go b/src/pkg/utils/auth_test.go
index 6260e7af0d..3493cdf919 100644
--- a/src/pkg/utils/auth_test.go
+++ b/src/pkg/utils/auth_test.go
@@ -7,9 +7,9 @@ package utils
 import (
 	"testing"
 
-	mocks "github.com/defenseunicorns/zarf/src/test/mocks"
 	"github.com/go-git/go-git/v5/plumbing/transport/http"
 	"github.com/stretchr/testify/require"
+	mocks "github.com/zarf-dev/zarf/src/test/mocks"
 )
 
 func TestCredentialParser(t *testing.T) {
diff --git a/src/pkg/utils/bytes.go b/src/pkg/utils/bytes.go
index 4ff6c06d59..032cc65334 100644
--- a/src/pkg/utils/bytes.go
+++ b/src/pkg/utils/bytes.go
@@ -13,7 +13,7 @@ import (
 	"time"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 // RoundUp rounds a float64 to the given number of decimal places.
diff --git a/src/pkg/utils/cosign.go b/src/pkg/utils/cosign.go
index fc66d92ba9..ae8e553cda 100644
--- a/src/pkg/utils/cosign.go
+++ b/src/pkg/utils/cosign.go
@@ -12,13 +12,13 @@ import (
 	"strings"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
 	"github.com/google/go-containerregistry/pkg/authn"
 	"github.com/google/go-containerregistry/pkg/name"
 	"github.com/google/go-containerregistry/pkg/v1/remote"
 	"github.com/pkg/errors"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 
 	"github.com/sigstore/cosign/v2/cmd/cosign/cli/fulcio"
 	"github.com/sigstore/cosign/v2/cmd/cosign/cli/options"
diff --git a/src/pkg/utils/image.go b/src/pkg/utils/image.go
index a6490375dc..828fea84ad 100644
--- a/src/pkg/utils/image.go
+++ b/src/pkg/utils/image.go
@@ -11,10 +11,10 @@ import (
 	"path/filepath"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
 	v1 "github.com/google/go-containerregistry/pkg/v1"
 	"github.com/google/go-containerregistry/pkg/v1/layout"
 	ocispec "github.com/opencontainers/image-spec/specs-go/v1"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
 )
 
 // LoadOCIImage returns a v1.Image with the image ref specified from a location provided, or an error if the image cannot be found.
diff --git a/src/pkg/utils/io.go b/src/pkg/utils/io.go
index 16c1abf377..06885d623a 100755
--- a/src/pkg/utils/io.go
+++ b/src/pkg/utils/io.go
@@ -10,8 +10,8 @@ import (
 	"path/filepath"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 const (
diff --git a/src/pkg/utils/network.go b/src/pkg/utils/network.go
index 8a4a93821f..e17c086161 100644
--- a/src/pkg/utils/network.go
+++ b/src/pkg/utils/network.go
@@ -15,8 +15,8 @@ import (
 	"strings"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 func parseChecksum(src string) (string, string, error) {
diff --git a/src/pkg/utils/network_test.go b/src/pkg/utils/network_test.go
index c2f059d7fe..d2357f907d 100644
--- a/src/pkg/utils/network_test.go
+++ b/src/pkg/utils/network_test.go
@@ -21,7 +21,7 @@ import (
 func TestParseChecksum(t *testing.T) {
 	t.Parallel()
 
-	adr := "https://raw.githubusercontent.com/defenseunicorns/zarf/main/.adr-dir"
+	adr := "https://raw.githubusercontent.com/zarf-dev/zarf/main/.adr-dir"
 	sum := "930f4d5a191812e57b39bd60fca789ace07ec5acd36d63e1047604c8bdf998a3"
 
 	tests := []struct {
diff --git a/src/pkg/utils/wait.go b/src/pkg/utils/wait.go
index 4ccc3d2481..fd2d7f1422 100644
--- a/src/pkg/utils/wait.go
+++ b/src/pkg/utils/wait.go
@@ -14,9 +14,9 @@ import (
 	"strings"
 	"time"
 
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
 
-	"github.com/defenseunicorns/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 // isJSONPathWaitType checks if the condition is a JSONPath or condition.
diff --git a/src/pkg/utils/wait_test.go b/src/pkg/utils/wait_test.go
index 1c66400ae1..30ca050a1e 100644
--- a/src/pkg/utils/wait_test.go
+++ b/src/pkg/utils/wait_test.go
@@ -7,9 +7,9 @@ package utils
 import (
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/pkg/message"
 	"github.com/stretchr/testify/require"
 	"github.com/stretchr/testify/suite"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 type TestIsJSONPathWaitTypeSuite struct {
diff --git a/src/pkg/utils/yaml.go b/src/pkg/utils/yaml.go
index bc49d46502..e61083bc51 100644
--- a/src/pkg/utils/yaml.go
+++ b/src/pkg/utils/yaml.go
@@ -15,13 +15,13 @@ import (
 	"regexp"
 	"strings"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
 	"github.com/fatih/color"
 	goyaml "github.com/goccy/go-yaml"
 	"github.com/goccy/go-yaml/lexer"
 	"github.com/goccy/go-yaml/printer"
 	"github.com/pterm/pterm"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 	"k8s.io/apimachinery/pkg/apis/meta/v1/unstructured"
 	"k8s.io/apimachinery/pkg/runtime"
 	kubeyaml "k8s.io/apimachinery/pkg/util/yaml"
diff --git a/src/pkg/variables/types.go b/src/pkg/variables/types.go
index f6f51a6917..3fb8d18d80 100644
--- a/src/pkg/variables/types.go
+++ b/src/pkg/variables/types.go
@@ -8,7 +8,7 @@ import (
 	"fmt"
 	"regexp"
 
-	"github.com/defenseunicorns/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/config/lang"
 )
 
 // VariableType represents a type of a Zarf package variable
diff --git a/src/pkg/zoci/common.go b/src/pkg/zoci/common.go
index 8a19d58cc7..41cf415d1b 100644
--- a/src/pkg/zoci/common.go
+++ b/src/pkg/zoci/common.go
@@ -8,9 +8,9 @@ import (
 	"log/slog"
 
 	"github.com/defenseunicorns/pkg/oci"
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
 	ocispec "github.com/opencontainers/image-spec/specs-go/v1"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 const (
diff --git a/src/pkg/zoci/copier.go b/src/pkg/zoci/copier.go
index d6ed8dffb4..74c8636a74 100644
--- a/src/pkg/zoci/copier.go
+++ b/src/pkg/zoci/copier.go
@@ -10,8 +10,8 @@ import (
 	"fmt"
 
 	"github.com/defenseunicorns/pkg/oci"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
 	ocispec "github.com/opencontainers/image-spec/specs-go/v1"
+	"github.com/zarf-dev/zarf/src/pkg/message"
 	"oras.land/oras-go/v2/content"
 )
 
diff --git a/src/pkg/zoci/fetch.go b/src/pkg/zoci/fetch.go
index 33f155059f..3a2d04bb9f 100644
--- a/src/pkg/zoci/fetch.go
+++ b/src/pkg/zoci/fetch.go
@@ -8,9 +8,9 @@ import (
 	"context"
 
 	"github.com/defenseunicorns/pkg/oci"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/types"
 	ocispec "github.com/opencontainers/image-spec/specs-go/v1"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // FetchZarfYAML fetches the zarf.yaml file from the remote repository.
diff --git a/src/pkg/zoci/pull.go b/src/pkg/zoci/pull.go
index bd259259e1..c74e66588d 100644
--- a/src/pkg/zoci/pull.go
+++ b/src/pkg/zoci/pull.go
@@ -11,11 +11,11 @@ import (
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
 	"github.com/defenseunicorns/pkg/oci"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
 	ocispec "github.com/opencontainers/image-spec/specs-go/v1"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
 	"oras.land/oras-go/v2/content/file"
 )
 
diff --git a/src/pkg/zoci/push.go b/src/pkg/zoci/push.go
index 19ee37a761..63a80b425f 100644
--- a/src/pkg/zoci/push.go
+++ b/src/pkg/zoci/push.go
@@ -10,10 +10,10 @@ import (
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
 	"github.com/defenseunicorns/pkg/oci"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/types"
 	ocispec "github.com/opencontainers/image-spec/specs-go/v1"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/types"
 	"oras.land/oras-go/v2"
 	"oras.land/oras-go/v2/content/file"
 )
diff --git a/src/pkg/zoci/utils.go b/src/pkg/zoci/utils.go
index bcd5da45d4..e9ac1f57e3 100644
--- a/src/pkg/zoci/utils.go
+++ b/src/pkg/zoci/utils.go
@@ -10,7 +10,7 @@ import (
 	"strings"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/types"
+	"github.com/zarf-dev/zarf/src/types"
 	"oras.land/oras-go/v2/registry"
 )
 
diff --git a/src/test/common.go b/src/test/common.go
index 70492f014c..0339fe0f48 100644
--- a/src/test/common.go
+++ b/src/test/common.go
@@ -17,8 +17,8 @@ import (
 	"slices"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
 )
 
 // ZarfE2ETest Struct holding common fields most of the tests will utilize.
diff --git a/src/test/e2e/05_tarball_test.go b/src/test/e2e/05_tarball_test.go
index e4ebfde06d..ab91e06e4d 100644
--- a/src/test/e2e/05_tarball_test.go
+++ b/src/test/e2e/05_tarball_test.go
@@ -12,10 +12,10 @@ import (
 	"testing"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestMultiPartPackage(t *testing.T) {
diff --git a/src/test/e2e/07_create_git_test.go b/src/test/e2e/07_create_git_test.go
index 6c1e3a38c6..af475a3593 100644
--- a/src/test/e2e/07_create_git_test.go
+++ b/src/test/e2e/07_create_git_test.go
@@ -9,8 +9,8 @@ import (
 	"path/filepath"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
 )
 
 func TestCreateGit(t *testing.T) {
diff --git a/src/test/e2e/08_create_differential_test.go b/src/test/e2e/08_create_differential_test.go
index ff0a1a698c..d692d1b9cc 100644
--- a/src/test/e2e/08_create_differential_test.go
+++ b/src/test/e2e/08_create_differential_test.go
@@ -9,12 +9,12 @@ import (
 	"path/filepath"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/mholt/archiver/v3"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 // TestCreateDifferential creates several differential packages and ensures the reference package images and repos are not included in the new package.
@@ -63,7 +63,7 @@ func TestCreateDifferential(t *testing.T) {
 	expectedGitRepos := []string{
 		"https://github.com/stefanprodan/podinfo.git",
 		"https://github.com/kelseyhightower/nocode.git",
-		"https://github.com/defenseunicorns/zarf.git@refs/tags/v0.26.0",
+		"https://github.com/zarf-dev/zarf.git@refs/tags/v0.26.0",
 	}
 	require.Len(t, actualGitRepos, 4, "zarf.yaml from the differential package does not contain the correct number of repos")
 	for _, expectedRepo := range expectedGitRepos {
diff --git a/src/test/e2e/12_lint_test.go b/src/test/e2e/12_lint_test.go
index dc31217601..a577bb397f 100644
--- a/src/test/e2e/12_lint_test.go
+++ b/src/test/e2e/12_lint_test.go
@@ -9,8 +9,8 @@ import (
 	"path/filepath"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/config/lang"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/config/lang"
 )
 
 func TestLint(t *testing.T) {
diff --git a/src/test/e2e/13_zarf_package_generate_test.go b/src/test/e2e/13_zarf_package_generate_test.go
index ad613ba96a..305141739c 100644
--- a/src/test/e2e/13_zarf_package_generate_test.go
+++ b/src/test/e2e/13_zarf_package_generate_test.go
@@ -8,10 +8,10 @@ import (
 	"path/filepath"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestZarfDevGenerate(t *testing.T) {
diff --git a/src/test/e2e/20_zarf_init_test.go b/src/test/e2e/20_zarf_init_test.go
index f54fc54f85..572cedea0f 100644
--- a/src/test/e2e/20_zarf_init_test.go
+++ b/src/test/e2e/20_zarf_init_test.go
@@ -12,8 +12,8 @@ import (
 
 	"encoding/json"
 
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestZarfInit(t *testing.T) {
diff --git a/src/test/e2e/21_connect_creds_test.go b/src/test/e2e/21_connect_creds_test.go
index 8a2a1f65ba..b96d6c579b 100644
--- a/src/test/e2e/21_connect_creds_test.go
+++ b/src/test/e2e/21_connect_creds_test.go
@@ -13,8 +13,8 @@ import (
 	"strings"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
 )
 
 type RegistryResponse struct {
diff --git a/src/test/e2e/22_git_and_gitops_test.go b/src/test/e2e/22_git_and_gitops_test.go
index 572702dbe4..559bb79e3f 100644
--- a/src/test/e2e/22_git_and_gitops_test.go
+++ b/src/test/e2e/22_git_and_gitops_test.go
@@ -13,10 +13,10 @@ import (
 	"path/filepath"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/internal/packager/git"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/internal/packager/git"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/types"
 )
 
 func TestGit(t *testing.T) {
diff --git a/src/test/e2e/23_data_injection_test.go b/src/test/e2e/23_data_injection_test.go
index 9e4bbef7c3..08f913fc41 100644
--- a/src/test/e2e/23_data_injection_test.go
+++ b/src/test/e2e/23_data_injection_test.go
@@ -12,9 +12,9 @@ import (
 	"testing"
 	"time"
 
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
 )
 
 func TestDataInjection(t *testing.T) {
diff --git a/src/test/e2e/25_helm_test.go b/src/test/e2e/25_helm_test.go
index 280ba3d7ec..071732da10 100644
--- a/src/test/e2e/25_helm_test.go
+++ b/src/test/e2e/25_helm_test.go
@@ -132,7 +132,7 @@ func testHelmUninstallRollback(t *testing.T) {
 	// Ensure this leaves behind a dos-games chart.
 	// We do not want to uninstall charts that had failed installs/upgrades
 	// to prevent unintentional deletion and/or data loss in production environments.
-	// https://github.com/defenseunicorns/zarf/issues/2455
+	// https://github.com/zarf-dev/zarf/issues/2455
 	helmOut, err := exec.Command("helm", "list", "-n", "dos-games").Output()
 	require.NoError(t, err)
 	require.Contains(t, string(helmOut), "zarf-f53a99d4a4dd9a3575bedf59cd42d48d751ae866")
diff --git a/src/test/e2e/26_simple_packages_test.go b/src/test/e2e/26_simple_packages_test.go
index 97a67423e3..05a95d97d2 100644
--- a/src/test/e2e/26_simple_packages_test.go
+++ b/src/test/e2e/26_simple_packages_test.go
@@ -11,8 +11,8 @@ import (
 	"path/filepath"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
 )
 
 func TestDosGames(t *testing.T) {
diff --git a/src/test/e2e/27_deploy_regression_test.go b/src/test/e2e/27_deploy_regression_test.go
index fec8d55433..49808addff 100644
--- a/src/test/e2e/27_deploy_regression_test.go
+++ b/src/test/e2e/27_deploy_regression_test.go
@@ -9,8 +9,8 @@ import (
 	"fmt"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
 )
 
 func TestGHCRDeploy(t *testing.T) {
diff --git a/src/test/e2e/28_wait_test.go b/src/test/e2e/28_wait_test.go
index 0de68f243e..e1b22b4f28 100644
--- a/src/test/e2e/28_wait_test.go
+++ b/src/test/e2e/28_wait_test.go
@@ -10,8 +10,8 @@ import (
 
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/test"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/test"
 )
 
 type zarfCommandResult struct {
diff --git a/src/test/e2e/50_oci_publish_deploy_test.go b/src/test/e2e/50_oci_publish_deploy_test.go
index f3d5d89428..81e5e39f54 100644
--- a/src/test/e2e/50_oci_publish_deploy_test.go
+++ b/src/test/e2e/50_oci_publish_deploy_test.go
@@ -13,9 +13,9 @@ import (
 	"time"
 
 	"github.com/defenseunicorns/pkg/oci"
-	"github.com/defenseunicorns/zarf/src/pkg/zoci"
 	"github.com/stretchr/testify/require"
 	"github.com/stretchr/testify/suite"
+	"github.com/zarf-dev/zarf/src/pkg/zoci"
 	"oras.land/oras-go/v2/registry"
 	"oras.land/oras-go/v2/registry/remote"
 )
diff --git a/src/test/e2e/51_oci_compose_test.go b/src/test/e2e/51_oci_compose_test.go
index 124dbb953a..b38db002a6 100644
--- a/src/test/e2e/51_oci_compose_test.go
+++ b/src/test/e2e/51_oci_compose_test.go
@@ -13,12 +13,12 @@ import (
 	"testing"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/layout"
-	"github.com/defenseunicorns/zarf/src/pkg/transform"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/types"
 	"github.com/stretchr/testify/require"
 	"github.com/stretchr/testify/suite"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
 	corev1 "k8s.io/api/core/v1"
 	"oras.land/oras-go/v2/registry"
 )
diff --git a/src/test/e2e/99_yolo_test.go b/src/test/e2e/99_yolo_test.go
index 01671b8600..93a9b9ed60 100644
--- a/src/test/e2e/99_yolo_test.go
+++ b/src/test/e2e/99_yolo_test.go
@@ -10,8 +10,8 @@ import (
 	"net/http"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
 )
 
 func TestYOLOMode(t *testing.T) {
diff --git a/src/test/e2e/main_test.go b/src/test/e2e/main_test.go
index 6c9c283a55..9fe02d40df 100644
--- a/src/test/e2e/main_test.go
+++ b/src/test/e2e/main_test.go
@@ -10,9 +10,9 @@ import (
 	"path/filepath"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/pkg/message"
-	"github.com/defenseunicorns/zarf/src/test"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/test"
 )
 
 var (
diff --git a/src/test/external/common.go b/src/test/external/common.go
index 2e9cd8bb68..36e8405a25 100644
--- a/src/test/external/common.go
+++ b/src/test/external/common.go
@@ -12,10 +12,10 @@ import (
 	"testing"
 	"time"
 
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
-	"github.com/defenseunicorns/zarf/src/test"
 	"github.com/otiai10/copy"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
+	"github.com/zarf-dev/zarf/src/test"
 )
 
 var zarfBinPath = path.Join("../../../build", test.GetCLIName())
diff --git a/src/test/external/ext_in_cluster_test.go b/src/test/external/ext_in_cluster_test.go
index 655cb7c59a..97a52fda0a 100644
--- a/src/test/external/ext_in_cluster_test.go
+++ b/src/test/external/ext_in_cluster_test.go
@@ -15,10 +15,10 @@ import (
 	"time"
 
 	pkgkubernetes "github.com/defenseunicorns/pkg/kubernetes"
-	"github.com/defenseunicorns/zarf/src/pkg/cluster"
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
 	"github.com/stretchr/testify/require"
 	"github.com/stretchr/testify/suite"
+	"github.com/zarf-dev/zarf/src/pkg/cluster"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
 	"k8s.io/apimachinery/pkg/runtime/schema"
 	"sigs.k8s.io/cli-utils/pkg/object"
 )
diff --git a/src/test/external/ext_out_cluster_test.go b/src/test/external/ext_out_cluster_test.go
index b32960c318..dfcc9da580 100644
--- a/src/test/external/ext_out_cluster_test.go
+++ b/src/test/external/ext_out_cluster_test.go
@@ -16,10 +16,10 @@ import (
 	"testing"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/pkg/utils"
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
 	"github.com/stretchr/testify/require"
 	"github.com/stretchr/testify/suite"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
 	"helm.sh/helm/v3/pkg/repo"
 )
 
diff --git a/src/test/nightly/ecr_publish_test.go b/src/test/nightly/ecr_publish_test.go
index 8d696660c8..7716ebf270 100644
--- a/src/test/nightly/ecr_publish_test.go
+++ b/src/test/nightly/ecr_publish_test.go
@@ -11,9 +11,9 @@ import (
 	"path/filepath"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/config"
-	"github.com/defenseunicorns/zarf/src/test"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/test"
 )
 
 var (
diff --git a/src/test/packages/08-differential-package/zarf.yaml b/src/test/packages/08-differential-package/zarf.yaml
index c1e5d4ab71..5f5fae02c0 100644
--- a/src/test/packages/08-differential-package/zarf.yaml
+++ b/src/test/packages/08-differential-package/zarf.yaml
@@ -11,8 +11,8 @@ components:
       - ghcr.io/stefanprodan/podinfo:6.0.0
       - ghcr.io/zarf-dev/zarf/agent:###ZARF_PKG_TMPL_PACKAGE_VERSION###
     repos:
-      - https://github.com/defenseunicorns/zarf.git@c74e2e9626da0400e0a41e78319b3054c53a5d4e
-      - https://github.com/defenseunicorns/zarf.git@refs/tags/###ZARF_PKG_TMPL_PACKAGE_VERSION###
+      - https://github.com/zarf-dev/zarf.git@c74e2e9626da0400e0a41e78319b3054c53a5d4e
+      - https://github.com/zarf-dev/zarf.git@refs/tags/###ZARF_PKG_TMPL_PACKAGE_VERSION###
 
   - name: generalized-assets
     required: true
@@ -22,4 +22,4 @@ components:
       # Do a full Git Repo Mirror
       - https://github.com/stefanprodan/podinfo.git
       - https://github.com/kelseyhightower/nocode.git
-      - https://github.com/defenseunicorns/zarf.git@refs/heads/main
+      - https://github.com/zarf-dev/zarf.git@refs/heads/main
diff --git a/src/test/packages/51-import-everything/zarf.yaml b/src/test/packages/51-import-everything/zarf.yaml
index b69ef73086..2f29435f1e 100644
--- a/src/test/packages/51-import-everything/zarf.yaml
+++ b/src/test/packages/51-import-everything/zarf.yaml
@@ -39,7 +39,7 @@ components:
       - source: ../09-composable-packages/files/coffee-ipsum.txt
         target: ../09-composable-packages/coffee-ipsum.txt
         # Import of a file from a URL
-      - source: https://raw.githubusercontent.com/defenseunicorns/zarf/main/README.md
+      - source: https://raw.githubusercontent.com/zarf-dev/zarf/main/README.md
         target: files/zarf-readme.md
     actions:
       onDeploy:
diff --git a/src/test/upgrade/previously_built_test.go b/src/test/upgrade/previously_built_test.go
index 179bad0432..a7c42e87a1 100644
--- a/src/test/upgrade/previously_built_test.go
+++ b/src/test/upgrade/previously_built_test.go
@@ -9,9 +9,9 @@ import (
 	"path"
 	"testing"
 
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
-	test "github.com/defenseunicorns/zarf/src/test"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
+	test "github.com/zarf-dev/zarf/src/test"
 )
 
 func kubectl(args ...string) (string, string, error) {
diff --git a/src/types/component.go b/src/types/component.go
index 958d60e74d..4ccf392970 100644
--- a/src/types/component.go
+++ b/src/types/component.go
@@ -5,10 +5,10 @@
 package types
 
 import (
-	"github.com/defenseunicorns/zarf/src/pkg/utils/exec"
-	"github.com/defenseunicorns/zarf/src/pkg/variables"
-	"github.com/defenseunicorns/zarf/src/types/extensions"
 	"github.com/invopop/jsonschema"
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
+	"github.com/zarf-dev/zarf/src/pkg/variables"
+	"github.com/zarf-dev/zarf/src/types/extensions"
 )
 
 // ZarfComponent is the primary functional grouping of assets to deploy by Zarf.
diff --git a/src/types/k8s.go b/src/types/k8s.go
index 2c2c6b3527..a8f61856ce 100644
--- a/src/types/k8s.go
+++ b/src/types/k8s.go
@@ -9,7 +9,7 @@ import (
 	"time"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/config/lang"
 )
 
 // WebhookStatus defines the status of a Component Webhook operating on a Zarf package secret.
diff --git a/src/types/package.go b/src/types/package.go
index cff00da592..c78f1fe461 100644
--- a/src/types/package.go
+++ b/src/types/package.go
@@ -4,7 +4,7 @@
 // Package types contains all the types used by Zarf.
 package types
 
-import "github.com/defenseunicorns/zarf/src/pkg/variables"
+import "github.com/zarf-dev/zarf/src/pkg/variables"
 
 // ZarfPackageKind is an enum of the different kinds of Zarf packages.
 type ZarfPackageKind string
diff --git a/src/types/validate.go b/src/types/validate.go
index 131c556e39..4d39d36b23 100644
--- a/src/types/validate.go
+++ b/src/types/validate.go
@@ -12,7 +12,7 @@ import (
 	"slices"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/config/lang"
 )
 
 const (
diff --git a/src/types/validate_test.go b/src/types/validate_test.go
index 64af534f58..f283302675 100644
--- a/src/types/validate_test.go
+++ b/src/types/validate_test.go
@@ -11,9 +11,9 @@ import (
 	"testing"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/defenseunicorns/zarf/src/config/lang"
-	"github.com/defenseunicorns/zarf/src/pkg/variables"
 	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/variables"
 )
 
 func TestZarfPackageValidate(t *testing.T) {
diff --git a/zarf.schema.json b/zarf.schema.json
index 3004a424b1..8658787b3b 100644
--- a/zarf.schema.json
+++ b/zarf.schema.json
@@ -1,6 +1,6 @@
 {
   "$schema": "https://json-schema.org/draft/2020-12/schema",
-  "$id": "https://github.com/defenseunicorns/zarf/src/types/zarf-package",
+  "$id": "https://github.com/zarf-dev/zarf/src/types/zarf-package",
   "$defs": {
     "BigBang": {
       "properties": {

From 290d0662ec77a02af51a90001b1bc14d2acbf295 Mon Sep 17 00:00:00 2001
From: schristoff <28318173+schristoff@users.noreply.github.com>
Date: Sun, 21 Jul 2024 16:04:50 -0400
Subject: [PATCH 10/68] chore: move context.TODO to context.Background()
 (#2742)

Signed-off-by: schristoff-du <167717759+schristoff-du@users.noreply.github.com>
Co-authored-by: schristoff-du <167717759+schristoff-du@users.noreply.github.com>
---
 src/cmd/dev.go                     |  4 ++--
 src/extensions/bigbang/bigbang.go  | 11 ++++++-----
 src/internal/packager/git/clone.go | 10 +++++-----
 src/internal/packager/git/pull.go  |  9 +++++----
 src/internal/packager/helm/repo.go | 13 +++++++------
 src/pkg/packager/creator/normal.go | 14 +++++++-------
 src/pkg/packager/generate.go       |  5 +++--
 src/pkg/packager/prepare.go        |  6 +++---
 8 files changed, 38 insertions(+), 34 deletions(-)

diff --git a/src/cmd/dev.go b/src/cmd/dev.go
index c31e0d5fe8..b10f2dde51 100644
--- a/src/cmd/dev.go
+++ b/src/cmd/dev.go
@@ -71,7 +71,7 @@ var devGenerateCmd = &cobra.Command{
 	Args:    cobra.ExactArgs(1),
 	Short:   lang.CmdDevGenerateShort,
 	Example: lang.CmdDevGenerateExample,
-	RunE: func(_ *cobra.Command, args []string) error {
+	RunE: func(cmd *cobra.Command, args []string) error {
 		pkgConfig.GenerateOpts.Name = args[0]
 
 		pkgConfig.CreateOpts.BaseDir = "."
@@ -83,7 +83,7 @@ var devGenerateCmd = &cobra.Command{
 		}
 		defer pkgClient.ClearTempPaths()
 
-		err = pkgClient.Generate()
+		err = pkgClient.Generate(cmd.Context())
 		if err != nil {
 			return err
 		}
diff --git a/src/extensions/bigbang/bigbang.go b/src/extensions/bigbang/bigbang.go
index b97c8f6e25..e312f382f9 100644
--- a/src/extensions/bigbang/bigbang.go
+++ b/src/extensions/bigbang/bigbang.go
@@ -5,6 +5,7 @@
 package bigbang
 
 import (
+	"context"
 	"fmt"
 	"os"
 	"path"
@@ -42,7 +43,7 @@ var tenMins = metav1.Duration{
 
 // Run mutates a component that should deploy Big Bang to a set of manifests
 // that contain the flux deployment of Big Bang
-func Run(YOLO bool, tmpPaths *layout.ComponentPaths, c types.ZarfComponent) (types.ZarfComponent, error) {
+func Run(ctx context.Context, YOLO bool, tmpPaths *layout.ComponentPaths, c types.ZarfComponent) (types.ZarfComponent, error) {
 	cfg := c.Extensions.BigBang
 	manifests := []types.ZarfManifest{}
 
@@ -99,7 +100,7 @@ func Run(YOLO bool, tmpPaths *layout.ComponentPaths, c types.ZarfComponent) (typ
 	)
 
 	// Download the chart from Git and save it to a temporary directory.
-	err = helmCfg.PackageChartFromGit(c.DeprecatedCosignKeyPath)
+	err = helmCfg.PackageChartFromGit(ctx, c.DeprecatedCosignKeyPath)
 	if err != nil {
 		return c, fmt.Errorf("unable to download Big Bang Chart: %w", err)
 	}
@@ -220,7 +221,7 @@ func Run(YOLO bool, tmpPaths *layout.ComponentPaths, c types.ZarfComponent) (typ
 			gitRepo := gitRepos[hr.NamespacedSource]
 			values := hrValues[namespacedName]
 
-			images, err := findImagesforBBChartRepo(gitRepo, values)
+			images, err := findImagesforBBChartRepo(ctx, gitRepo, values)
 			if err != nil {
 				return c, fmt.Errorf("unable to find images for chart repo: %w", err)
 			}
@@ -523,7 +524,7 @@ func addBigBangManifests(YOLO bool, manifestDir string, cfg *extensions.BigBang)
 }
 
 // findImagesforBBChartRepo finds and returns the images for the Big Bang chart repo
-func findImagesforBBChartRepo(repo string, values chartutil.Values) (images []string, err error) {
+func findImagesforBBChartRepo(ctx context.Context, repo string, values chartutil.Values) (images []string, err error) {
 	matches := strings.Split(repo, "@")
 	if len(matches) < 2 {
 		return images, fmt.Errorf("cannot convert git repo %s to helm chart without a version tag", repo)
@@ -532,7 +533,7 @@ func findImagesforBBChartRepo(repo string, values chartutil.Values) (images []st
 	spinner := message.NewProgressSpinner("Discovering images in %s", repo)
 	defer spinner.Stop()
 
-	gitPath, err := helm.DownloadChartFromGitToTemp(repo, spinner)
+	gitPath, err := helm.DownloadChartFromGitToTemp(ctx, repo, spinner)
 	if err != nil {
 		return images, err
 	}
diff --git a/src/internal/packager/git/clone.go b/src/internal/packager/git/clone.go
index 6e70077511..bd38cbcdd4 100644
--- a/src/internal/packager/git/clone.go
+++ b/src/internal/packager/git/clone.go
@@ -18,7 +18,7 @@ import (
 )
 
 // clone performs a `git clone` of a given repo.
-func (g *Git) clone(gitURL string, ref plumbing.ReferenceName, shallow bool) error {
+func (g *Git) clone(ctx context.Context, gitURL string, ref plumbing.ReferenceName, shallow bool) error {
 	cloneOptions := &git.CloneOptions{
 		URL:        gitURL,
 		Progress:   g.Spinner,
@@ -47,7 +47,7 @@ func (g *Git) clone(gitURL string, ref plumbing.ReferenceName, shallow bool) err
 	repo, err := git.PlainClone(g.GitPath, false, cloneOptions)
 	if err != nil {
 		message.Notef("Falling back to host 'git', failed to clone the repo %q with Zarf: %s", gitURL, err.Error())
-		return g.gitCloneFallback(gitURL, ref, shallow)
+		return g.gitCloneFallback(ctx, gitURL, ref, shallow)
 	}
 
 	// If we're cloning the whole repo, we need to also fetch the other branches besides the default.
@@ -72,7 +72,7 @@ func (g *Git) clone(gitURL string, ref plumbing.ReferenceName, shallow bool) err
 }
 
 // gitCloneFallback is a fallback if go-git fails to clone a repo.
-func (g *Git) gitCloneFallback(gitURL string, ref plumbing.ReferenceName, shallow bool) error {
+func (g *Git) gitCloneFallback(ctx context.Context, gitURL string, ref plumbing.ReferenceName, shallow bool) error {
 	// If we can't clone with go-git, fallback to the host clone
 	// Only support "all tags" due to the azure clone url format including a username
 	cloneArgs := []string{"clone", "--origin", onlineRemoteName, gitURL, g.GitPath}
@@ -96,7 +96,7 @@ func (g *Git) gitCloneFallback(gitURL string, ref plumbing.ReferenceName, shallo
 
 	message.Command("git %s", strings.Join(cloneArgs, " "))
 
-	_, _, err := exec.CmdWithContext(context.TODO(), cloneExecConfig, "git", cloneArgs...)
+	_, _, err := exec.CmdWithContext(ctx, cloneExecConfig, "git", cloneArgs...)
 	if err != nil {
 		return err
 	}
@@ -113,7 +113,7 @@ func (g *Git) gitCloneFallback(gitURL string, ref plumbing.ReferenceName, shallo
 
 		message.Command("git %s", strings.Join(fetchArgs, " "))
 
-		_, _, err := exec.CmdWithContext(context.TODO(), fetchExecConfig, "git", fetchArgs...)
+		_, _, err := exec.CmdWithContext(ctx, fetchExecConfig, "git", fetchArgs...)
 		if err != nil {
 			return err
 		}
diff --git a/src/internal/packager/git/pull.go b/src/internal/packager/git/pull.go
index bd2472c08c..5d9e6f1006 100644
--- a/src/internal/packager/git/pull.go
+++ b/src/internal/packager/git/pull.go
@@ -5,6 +5,7 @@
 package git
 
 import (
+	"context"
 	"fmt"
 	"path"
 	"strings"
@@ -16,7 +17,7 @@ import (
 )
 
 // DownloadRepoToTemp clones or updates a repo into a temp folder to perform ephemeral actions (i.e. process chart repos).
-func (g *Git) DownloadRepoToTemp(gitURL string) error {
+func (g *Git) DownloadRepoToTemp(ctx context.Context, gitURL string) error {
 	g.Spinner.Updatef("g.DownloadRepoToTemp(%s)", gitURL)
 
 	path, err := utils.MakeTempDir(config.CommonOptions.TempDirectory)
@@ -26,7 +27,7 @@ func (g *Git) DownloadRepoToTemp(gitURL string) error {
 
 	// If downloading to temp, set this as a shallow clone to only pull the exact
 	// gitURL w/ ref that was specified since we will throw away git history anyway
-	if err = g.Pull(gitURL, path, true); err != nil {
+	if err = g.Pull(ctx, gitURL, path, true); err != nil {
 		return fmt.Errorf("unable to pull the git repo at %s: %w", gitURL, err)
 	}
 
@@ -34,7 +35,7 @@ func (g *Git) DownloadRepoToTemp(gitURL string) error {
 }
 
 // Pull clones or updates a git repository into the target folder.
-func (g *Git) Pull(gitURL, targetFolder string, shallow bool) error {
+func (g *Git) Pull(ctx context.Context, gitURL, targetFolder string, shallow bool) error {
 	g.Spinner.Updatef("Processing git repo %s", gitURL)
 
 	// Split the remote url and the zarf reference
@@ -59,7 +60,7 @@ func (g *Git) Pull(gitURL, targetFolder string, shallow bool) error {
 	g.GitPath = path.Join(targetFolder, repoFolder)
 
 	// Clone the git repository.
-	err = g.clone(gitURLNoRef, ref, shallow)
+	err = g.clone(ctx, gitURLNoRef, ref, shallow)
 	if err != nil {
 		return fmt.Errorf("not a valid git repo or unable to clone (%s): %w", gitURL, err)
 	}
diff --git a/src/internal/packager/helm/repo.go b/src/internal/packager/helm/repo.go
index c3ea9c646f..148a4176a4 100644
--- a/src/internal/packager/helm/repo.go
+++ b/src/internal/packager/helm/repo.go
@@ -5,6 +5,7 @@
 package helm
 
 import (
+	"context"
 	"fmt"
 	"os"
 	"path/filepath"
@@ -32,7 +33,7 @@ import (
 )
 
 // PackageChart creates a chart archive from a path to a chart on the host os and builds chart dependencies
-func (h *Helm) PackageChart(cosignKeyPath string) error {
+func (h *Helm) PackageChart(ctx context.Context, cosignKeyPath string) error {
 	if len(h.chart.URL) > 0 {
 		url, refPlain, err := transform.GitURLSplitRef(h.chart.URL)
 		// check if the chart is a git url with a ref (if an error is returned url will be empty)
@@ -47,7 +48,7 @@ func (h *Helm) PackageChart(cosignKeyPath string) error {
 				h.chart.URL = fmt.Sprintf("%s@%s", h.chart.URL, h.chart.Version)
 			}
 
-			err = h.PackageChartFromGit(cosignKeyPath)
+			err = h.PackageChartFromGit(ctx, cosignKeyPath)
 			if err != nil {
 				return fmt.Errorf("unable to pull the chart %q from git: %w", h.chart.Name, err)
 			}
@@ -113,12 +114,12 @@ func (h *Helm) PackageChartFromLocalFiles(cosignKeyPath string) error {
 }
 
 // PackageChartFromGit is a special implementation of chart archiving that supports the https://p1.dso.mil/#/products/big-bang/ model.
-func (h *Helm) PackageChartFromGit(cosignKeyPath string) error {
+func (h *Helm) PackageChartFromGit(ctx context.Context, cosignKeyPath string) error {
 	spinner := message.NewProgressSpinner("Processing helm chart %s", h.chart.Name)
 	defer spinner.Stop()
 
 	// Retrieve the repo containing the chart
-	gitPath, err := DownloadChartFromGitToTemp(h.chart.URL, spinner)
+	gitPath, err := DownloadChartFromGitToTemp(ctx, h.chart.URL, spinner)
 	if err != nil {
 		return err
 	}
@@ -232,12 +233,12 @@ func (h *Helm) DownloadPublishedChart(cosignKeyPath string) error {
 }
 
 // DownloadChartFromGitToTemp downloads a chart from git into a temp directory
-func DownloadChartFromGitToTemp(url string, spinner *message.Spinner) (string, error) {
+func DownloadChartFromGitToTemp(ctx context.Context, url string, spinner *message.Spinner) (string, error) {
 	// Create the Git configuration and download the repo
 	gitCfg := git.NewWithSpinner(types.GitServerInfo{}, spinner)
 
 	// Download the git repo to a temporary directory
-	err := gitCfg.DownloadRepoToTemp(url)
+	err := gitCfg.DownloadRepoToTemp(ctx, url)
 	if err != nil {
 		return "", fmt.Errorf("unable to download the git repo %s: %w", url, err)
 	}
diff --git a/src/pkg/packager/creator/normal.go b/src/pkg/packager/creator/normal.go
index b8135a8c2f..3b34b7e846 100644
--- a/src/pkg/packager/creator/normal.go
+++ b/src/pkg/packager/creator/normal.go
@@ -86,7 +86,7 @@ func (pc *PackageCreator) LoadPackageDefinition(ctx context.Context, src *layout
 	warnings = append(warnings, templateWarnings...)
 
 	// After templates are filled process any create extensions
-	pkg.Components, err = pc.processExtensions(pkg.Components, src, pkg.Metadata.YOLO)
+	pkg.Components, err = pc.processExtensions(ctx, pkg.Components, src, pkg.Metadata.YOLO)
 	if err != nil {
 		return types.ZarfPackage{}, nil, err
 	}
@@ -142,7 +142,7 @@ func (pc *PackageCreator) Assemble(ctx context.Context, dst *layout.PackagePaths
 			}
 		}
 
-		if err := pc.addComponent(component, dst); err != nil {
+		if err := pc.addComponent(ctx, component, dst); err != nil {
 			onFailure()
 			return fmt.Errorf("unable to add component %q: %w", component.Name, err)
 		}
@@ -327,7 +327,7 @@ func (pc *PackageCreator) Output(ctx context.Context, dst *layout.PackagePaths,
 	return nil
 }
 
-func (pc *PackageCreator) processExtensions(components []types.ZarfComponent, layout *layout.PackagePaths, isYOLO bool) (processedComponents []types.ZarfComponent, err error) {
+func (pc *PackageCreator) processExtensions(ctx context.Context, components []types.ZarfComponent, layout *layout.PackagePaths, isYOLO bool) (processedComponents []types.ZarfComponent, err error) {
 	// Create component paths and process extensions for each component.
 	for _, c := range components {
 		componentPaths, err := layout.Components.Create(c)
@@ -337,7 +337,7 @@ func (pc *PackageCreator) processExtensions(components []types.ZarfComponent, la
 
 		// Big Bang
 		if c.Extensions.BigBang != nil {
-			if c, err = bigbang.Run(isYOLO, componentPaths, c); err != nil {
+			if c, err = bigbang.Run(ctx, isYOLO, componentPaths, c); err != nil {
 				return nil, fmt.Errorf("unable to process bigbang extension: %w", err)
 			}
 		}
@@ -348,7 +348,7 @@ func (pc *PackageCreator) processExtensions(components []types.ZarfComponent, la
 	return processedComponents, nil
 }
 
-func (pc *PackageCreator) addComponent(component types.ZarfComponent, dst *layout.PackagePaths) error {
+func (pc *PackageCreator) addComponent(ctx context.Context, component types.ZarfComponent, dst *layout.PackagePaths) error {
 	message.HeaderInfof("📦 %s COMPONENT", strings.ToUpper(component.Name))
 
 	componentPaths, err := dst.Components.Create(component)
@@ -364,7 +364,7 @@ func (pc *PackageCreator) addComponent(component types.ZarfComponent, dst *layou
 	// If any helm charts are defined, process them.
 	for _, chart := range component.Charts {
 		helmCfg := helm.New(chart, componentPaths.Charts, componentPaths.Values)
-		if err := helmCfg.PackageChart(componentPaths.Charts); err != nil {
+		if err := helmCfg.PackageChart(ctx, componentPaths.Charts); err != nil {
 			return err
 		}
 	}
@@ -514,7 +514,7 @@ func (pc *PackageCreator) addComponent(component types.ZarfComponent, dst *layou
 		for _, url := range component.Repos {
 			// Pull all the references if there is no `@` in the string.
 			gitCfg := git.NewWithSpinner(types.GitServerInfo{}, spinner)
-			if err := gitCfg.Pull(url, componentPaths.Repos, false); err != nil {
+			if err := gitCfg.Pull(ctx, url, componentPaths.Repos, false); err != nil {
 				return fmt.Errorf("unable to pull git repo %s: %w", url, err)
 			}
 		}
diff --git a/src/pkg/packager/generate.go b/src/pkg/packager/generate.go
index 905859bc53..d1fc593033 100644
--- a/src/pkg/packager/generate.go
+++ b/src/pkg/packager/generate.go
@@ -5,6 +5,7 @@
 package packager
 
 import (
+	"context"
 	"fmt"
 	"os"
 	"path/filepath"
@@ -19,7 +20,7 @@ import (
 )
 
 // Generate generates a Zarf package definition.
-func (p *Packager) Generate() (err error) {
+func (p *Packager) Generate(ctx context.Context) (err error) {
 	generatedZarfYAMLPath := filepath.Join(p.cfg.GenerateOpts.Output, layout.ZarfYAML)
 	spinner := message.NewProgressSpinner("Generating package for %q at %s", p.cfg.GenerateOpts.Name, generatedZarfYAMLPath)
 
@@ -61,7 +62,7 @@ func (p *Packager) Generate() (err error) {
 		},
 	}
 
-	images, err := p.findImages()
+	images, err := p.findImages(ctx)
 	if err != nil {
 		// purposefully not returning error here, as we can still generate the package without images
 		message.Warnf("Unable to find images: %s", err.Error())
diff --git a/src/pkg/packager/prepare.go b/src/pkg/packager/prepare.go
index c71038b2f8..340ac1c85a 100644
--- a/src/pkg/packager/prepare.go
+++ b/src/pkg/packager/prepare.go
@@ -70,10 +70,10 @@ func (p *Packager) FindImages(ctx context.Context) (map[string][]string, error)
 		message.Warn(warning)
 	}
 
-	return p.findImages()
+	return p.findImages(ctx)
 }
 
-func (p *Packager) findImages() (imgMap map[string][]string, err error) {
+func (p *Packager) findImages(ctx context.Context) (imgMap map[string][]string, err error) {
 	repoHelmChartPath := p.cfg.FindImagesOpts.RepoHelmChartPath
 	kubeVersionOverride := p.cfg.FindImagesOpts.KubeVersionOverride
 	whyImage := p.cfg.FindImagesOpts.Why
@@ -172,7 +172,7 @@ func (p *Packager) findImages() (imgMap map[string][]string, err error) {
 				helm.WithVariableConfig(p.variableConfig),
 			)
 
-			err = helmCfg.PackageChart(component.DeprecatedCosignKeyPath)
+			err = helmCfg.PackageChart(ctx, component.DeprecatedCosignKeyPath)
 			if err != nil {
 				return nil, fmt.Errorf("unable to package the chart %s: %w", chart.Name, err)
 			}

From 1d8a86b094a8bd3eeacbd21b10a68f9975aa5db1 Mon Sep 17 00:00:00 2001
From: Kenny Paul <44849153+KennyPaul@users.noreply.github.com>
Date: Sun, 21 Jul 2024 15:48:36 -0700
Subject: [PATCH 11/68] docs: charter update (#2731)

Signed-off-by: Kenny Paul <kpaul@linuxfoundation.org>
Co-authored-by: schristoff <28318173+schristoff@users.noreply.github.com>
---
 CHARTER.pdf | Bin 0 -> 396835 bytes
 1 file changed, 0 insertions(+), 0 deletions(-)
 create mode 100644 CHARTER.pdf

diff --git a/CHARTER.pdf b/CHARTER.pdf
new file mode 100644
index 0000000000000000000000000000000000000000..6834ea3fb555a6cf01a4ade5bd4ae63e267c342b
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z8CKFTf-hY)P~yf?nldxLQ09n>8sec#!P)~FB*h4axMX$Zo3?peF<<?WY|Zy2)>>`{
pExb)Nc{~x!Or1kT|DQ1=YNQ+9+YN0;1%*k7L!ngHuBqs%{trv40KxzO

literal 0
HcmV?d00001


From b0c6d569354c910fbc792edc51ee11cd7f25cc03 Mon Sep 17 00:00:00 2001
From: schristoff <28318173+schristoff@users.noreply.github.com>
Date: Mon, 22 Jul 2024 11:24:15 -0600
Subject: [PATCH 12/68] chore: update CODEOWNERS to protect TSC files (#2744)

Signed-off-by: schristoff-du <167717759+schristoff-du@users.noreply.github.com>
Co-authored-by: schristoff-du <167717759+schristoff-du@users.noreply.github.com>
---
 CODEOWNERS | 1 +
 1 file changed, 1 insertion(+)

diff --git a/CODEOWNERS b/CODEOWNERS
index 976d425740..1f66adaee1 100644
--- a/CODEOWNERS
+++ b/CODEOWNERS
@@ -3,3 +3,4 @@
 /CODEOWNERS @zarf-dev/tsc
 /cosign.pub @zarf-dev/tsc
 /LICENSE @zarf-dev/tsc
+/CHARTER.pdf @zarf-dev/tsc

From 612bd8e6254b2c7c802ec8704801d42340e33926 Mon Sep 17 00:00:00 2001
From: Philip Laine <philip.laine@gmail.com>
Date: Mon, 22 Jul 2024 21:06:54 +0200
Subject: [PATCH 13/68] fix: replace debug logs with returning errors (#2719)

Signed-off-by: Philip Laine <philip.laine@gmail.com>
---
 src/cmd/destroy.go                         |  2 +-
 src/internal/agent/http/proxy.go           |  4 +-
 src/internal/packager/git/clone.go         |  5 +-
 src/internal/packager/helm/post-render.go  |  6 +-
 src/pkg/packager/common.go                 |  5 +-
 src/pkg/packager/deprecated/common.go      | 13 ++--
 src/pkg/packager/deprecated/common_test.go |  3 +-
 src/pkg/utils/auth.go                      | 73 ++++++++++------------
 src/pkg/utils/auth_test.go                 | 34 +++++-----
 src/test/mocks/read_closer_mock.go         | 24 -------
 10 files changed, 81 insertions(+), 88 deletions(-)
 delete mode 100644 src/test/mocks/read_closer_mock.go

diff --git a/src/cmd/destroy.go b/src/cmd/destroy.go
index a6c45519b0..1e3d1bb646 100644
--- a/src/cmd/destroy.go
+++ b/src/cmd/destroy.go
@@ -68,7 +68,7 @@ var destroyCmd = &cobra.Command{
 					// Don't remove scripts we can't execute so the user can try to manually run
 					continue
 				} else if err != nil {
-					message.Debugf("Received error when trying to execute the script (%s): %#v", script, err)
+					return fmt.Errorf("received an error when executing the script %s: %w", script, err)
 				}
 
 				// Try to remove the script, but ignore any errors
diff --git a/src/internal/agent/http/proxy.go b/src/internal/agent/http/proxy.go
index 8a9d939507..719ef17281 100644
--- a/src/internal/agent/http/proxy.go
+++ b/src/internal/agent/http/proxy.go
@@ -112,7 +112,9 @@ func proxyResponseTransform(resp *http.Response) error {
 		message.Debugf("Before Resp Location %#v", resp.Header.Get("Location"))
 
 		locationURL, err := url.Parse(resp.Header.Get("Location"))
-		message.Debugf("%#v", err)
+		if err != nil {
+			return err
+		}
 		locationURL.Path = transform.NoTransform + locationURL.Path
 		locationURL.Host = resp.Request.Header.Get("X-Forwarded-Host")
 
diff --git a/src/internal/packager/git/clone.go b/src/internal/packager/git/clone.go
index bd38cbcdd4..2f607670e7 100644
--- a/src/internal/packager/git/clone.go
+++ b/src/internal/packager/git/clone.go
@@ -38,7 +38,10 @@ func (g *Git) clone(ctx context.Context, gitURL string, ref plumbing.ReferenceNa
 	}
 
 	// Setup git credentials if we have them, ignore if we don't.
-	gitCred := utils.FindAuthForHost(gitURL)
+	gitCred, err := utils.FindAuthForHost(gitURL)
+	if err != nil {
+		return err
+	}
 	if gitCred != nil {
 		cloneOptions.Auth = &gitCred.Auth
 	}
diff --git a/src/internal/packager/helm/post-render.go b/src/internal/packager/helm/post-render.go
index 5f45b437a0..8d6c157427 100644
--- a/src/internal/packager/helm/post-render.go
+++ b/src/internal/packager/helm/post-render.go
@@ -285,6 +285,10 @@ func (r *renderer) editHelmResources(ctx context.Context, resources []releaseuti
 					return err
 				}
 				resource, err := dc.Resource(mapping.Resource).Namespace(deployedNamespace).Get(ctx, rawData.GetName(), metav1.GetOptions{})
+				// Ignore resources that are yet to be created
+				if kerrors.IsNotFound(err) {
+					return nil
+				}
 				if err != nil {
 					return err
 				}
@@ -308,7 +312,7 @@ func (r *renderer) editHelmResources(ctx context.Context, resources []releaseuti
 				return nil
 			}()
 			if err != nil {
-				message.Debugf("Unable to adopt resource %s: %s", rawData.GetName(), err.Error())
+				return fmt.Errorf("unable to adopt the resource %s: %w", rawData.GetName(), err)
 			}
 		}
 		// Finally place this back onto the output buffer
diff --git a/src/pkg/packager/common.go b/src/pkg/packager/common.go
index 3b7f59f968..d790275d12 100644
--- a/src/pkg/packager/common.go
+++ b/src/pkg/packager/common.go
@@ -192,7 +192,10 @@ func (p *Packager) attemptClusterChecks(ctx context.Context) (err error) {
 	// Check for any breaking changes between the initialized Zarf version and this CLI
 	if existingInitPackage, _ := p.cluster.GetDeployedPackage(ctx, "init"); existingInitPackage != nil {
 		// Use the build version instead of the metadata since this will support older Zarf versions
-		deprecated.PrintBreakingChanges(os.Stderr, existingInitPackage.Data.Build.Version, config.CLIVersion)
+		err := deprecated.PrintBreakingChanges(os.Stderr, existingInitPackage.Data.Build.Version, config.CLIVersion)
+		if err != nil {
+			return err
+		}
 	}
 
 	spinner.Success()
diff --git a/src/pkg/packager/deprecated/common.go b/src/pkg/packager/deprecated/common.go
index f97e07bce0..e0dd708c27 100644
--- a/src/pkg/packager/deprecated/common.go
+++ b/src/pkg/packager/deprecated/common.go
@@ -5,6 +5,7 @@
 package deprecated
 
 import (
+	"errors"
 	"fmt"
 	"io"
 	"strings"
@@ -78,11 +79,14 @@ func MigrateComponent(build types.ZarfBuildData, component types.ZarfComponent)
 }
 
 // PrintBreakingChanges prints the breaking changes between the provided version and the current CLIVersion.
-func PrintBreakingChanges(w io.Writer, deployedZarfVersion, cliVersion string) {
+func PrintBreakingChanges(w io.Writer, deployedZarfVersion, cliVersion string) error {
 	deployedSemver, err := semver.NewVersion(deployedZarfVersion)
+	// Dev versions of Zarf are not semver.
+	if errors.Is(err, semver.ErrInvalidSemVer) {
+		return nil
+	}
 	if err != nil {
-		message.Debugf("Unable to check for breaking changes between Zarf versions")
-		return
+		return fmt.Errorf("unable to check for breaking changes between Zarf versions: %w", err)
 	}
 
 	// List of breaking changes to warn the user of.
@@ -103,7 +107,7 @@ func PrintBreakingChanges(w io.Writer, deployedZarfVersion, cliVersion string) {
 	}
 
 	if len(applicableBreakingChanges) == 0 {
-		return
+		return nil
 	}
 
 	// Print header information
@@ -123,4 +127,5 @@ func PrintBreakingChanges(w io.Writer, deployedZarfVersion, cliVersion string) {
 	}
 
 	message.HorizontalRule()
+	return nil
 }
diff --git a/src/pkg/packager/deprecated/common_test.go b/src/pkg/packager/deprecated/common_test.go
index b789f0c2ce..ed562593ad 100644
--- a/src/pkg/packager/deprecated/common_test.go
+++ b/src/pkg/packager/deprecated/common_test.go
@@ -48,7 +48,8 @@ func TestPrintBreakingChanges(t *testing.T) {
 			t.Parallel()
 			var output bytes.Buffer
 			message.InitializePTerm(&output)
-			PrintBreakingChanges(&output, tt.deployedVersion, tt.cliVersion)
+			err := PrintBreakingChanges(&output, tt.deployedVersion, tt.cliVersion)
+			require.NoError(t, err)
 			for _, bc := range tt.breakingChanges {
 				require.Contains(t, output.String(), bc.String())
 			}
diff --git a/src/pkg/utils/auth.go b/src/pkg/utils/auth.go
index c66b29b548..0bc5cf501a 100644
--- a/src/pkg/utils/auth.go
+++ b/src/pkg/utils/auth.go
@@ -6,14 +6,13 @@ package utils
 
 import (
 	"bufio"
-	"io"
+	"errors"
 	"net/url"
 	"os"
 	"path/filepath"
 	"strings"
 
 	"github.com/go-git/go-git/v5/plumbing/transport/http"
-	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 // Credential represents authentication for a given host.
@@ -23,47 +22,47 @@ type Credential struct {
 }
 
 // FindAuthForHost finds the authentication scheme for a given host using .git-credentials then .netrc.
-func FindAuthForHost(baseURL string) *Credential {
+func FindAuthForHost(baseURL string) (*Credential, error) {
 	homePath, _ := os.UserHomeDir()
 
 	// Read the ~/.git-credentials file
 	credentialsPath := filepath.Join(homePath, ".git-credentials")
-	// Dogsled the error since we are ok if this file doesn't exist (error message debugged on close)
-	credentialsFile, _ := os.Open(credentialsPath)
-	gitCreds := credentialParser(credentialsFile)
+	gitCreds, err := credentialParser(credentialsPath)
+	if err != nil {
+		return nil, err
+	}
 
 	// Read the ~/.netrc file
 	netrcPath := filepath.Join(homePath, ".netrc")
-	// Dogsled the error since we are ok if this file doesn't exist (error message debugged on close)
-	netrcFile, _ := os.Open(netrcPath)
-	netrcCreds := netrcParser(netrcFile)
+	netrcCreds, err := netrcParser(netrcPath)
+	if err != nil {
+		return nil, err
+	}
 
 	// Combine the creds together (.netrc second because it could have a default)
 	creds := append(gitCreds, netrcCreds...)
-
-	// Look for a match for the given host path in the creds file
 	for _, cred := range creds {
 		// An empty credPath means that we have reached the default from the .netrc
 		hasPath := strings.Contains(baseURL, cred.Path) || cred.Path == ""
 		if hasPath {
-			return &cred
+			return &cred, nil
 		}
 	}
-
-	return nil
+	return nil, nil
 }
 
 // credentialParser parses a user's .git-credentials file to find git creds for hosts.
-func credentialParser(file io.ReadCloser) []Credential {
-	var credentials []Credential
-
-	defer func(file io.ReadCloser) {
-		err := file.Close()
-		if err != nil {
-			message.Debugf("Unable to load an existing git credentials file: %s", err.Error())
-		}
-	}(file)
+func credentialParser(path string) ([]Credential, error) {
+	file, err := os.Open(path)
+	if errors.Is(err, os.ErrNotExist) {
+		return nil, nil
+	}
+	if err != nil {
+		return nil, err
+	}
+	defer file.Close()
 
+	var credentials []Credential
 	scanner := bufio.NewScanner(file)
 	for scanner.Scan() {
 		gitURL, err := url.Parse(scanner.Text())
@@ -80,27 +79,25 @@ func credentialParser(file io.ReadCloser) []Credential {
 		}
 		credentials = append(credentials, credential)
 	}
-
-	return credentials
+	return credentials, nil
 }
 
 // netrcParser parses a user's .netrc file using the method curl did pre 7.84.0: https://daniel.haxx.se/blog/2022/05/31/netrc-pains/.
-func netrcParser(file io.ReadCloser) []Credential {
-	var credentials []Credential
-
-	defer func(file io.ReadCloser) {
-		err := file.Close()
-		if err != nil {
-			message.Debugf("Unable to load an existing netrc file: %s", err.Error())
-		}
-	}(file)
+func netrcParser(path string) ([]Credential, error) {
+	file, err := os.Open(path)
+	if errors.Is(err, os.ErrNotExist) {
+		return nil, nil
+	}
+	if err != nil {
+		return nil, err
+	}
+	defer file.Close()
 
+	var credentials []Credential
 	scanner := bufio.NewScanner(file)
-
 	activeMacro := false
 	activeCommand := ""
 	var activeMachine map[string]string
-
 	for scanner.Scan() {
 		line := scanner.Text()
 
@@ -154,13 +151,11 @@ func netrcParser(file io.ReadCloser) []Credential {
 			}
 		}
 	}
-
 	// Append the last machine (if exists) at the end of the file
 	if activeMachine != nil {
 		credentials = appendNetrcMachine(activeMachine, credentials)
 	}
-
-	return credentials
+	return credentials, nil
 }
 
 func appendNetrcMachine(machine map[string]string, credentials []Credential) []Credential {
diff --git a/src/pkg/utils/auth_test.go b/src/pkg/utils/auth_test.go
index 3493cdf919..bad85c2c4a 100644
--- a/src/pkg/utils/auth_test.go
+++ b/src/pkg/utils/auth_test.go
@@ -5,23 +5,25 @@
 package utils
 
 import (
+	"os"
+	"path/filepath"
 	"testing"
 
 	"github.com/go-git/go-git/v5/plumbing/transport/http"
 	"github.com/stretchr/testify/require"
-	mocks "github.com/zarf-dev/zarf/src/test/mocks"
 )
 
 func TestCredentialParser(t *testing.T) {
-	credentialsFile := &mocks.MockReadCloser{
-		MockData: []byte(
-			`https://wayne:password@github.com/
+	t.Parallel()
+
+	data := `https://wayne:password@github.com/
 bad line
 <really bad="line"/>
 https://wayne:p%40ss%20word%2520@zarf.dev
-http://google.com`,
-		),
-	}
+http://google.com`
+	path := filepath.Join(t.TempDir(), "file")
+	err := os.WriteFile(path, []byte(data), 0o644)
+	require.NoError(t, err)
 
 	expectedCreds := []Credential{
 		{
@@ -47,15 +49,15 @@ http://google.com`,
 		},
 	}
 
-	gitCredentials := credentialParser(credentialsFile)
+	gitCredentials, err := credentialParser(path)
+	require.NoError(t, err)
 	require.Equal(t, expectedCreds, gitCredentials)
 }
 
 func TestNetRCParser(t *testing.T) {
+	t.Parallel()
 
-	netrcFile := &mocks.MockReadCloser{
-		MockData: []byte(
-			`# top of file comment
+	data := `# top of file comment
 machine github.com
 	login wayne
     password password
@@ -70,9 +72,10 @@ machine google.com #comment password fun and login info!
 
 default
   login anonymous
-	password password`,
-		),
-	}
+	password password`
+	path := filepath.Join(t.TempDir(), "file")
+	err := os.WriteFile(path, []byte(data), 0o644)
+	require.NoError(t, err)
 
 	expectedCreds := []Credential{
 		{
@@ -105,6 +108,7 @@ default
 		},
 	}
 
-	netrcCredentials := netrcParser(netrcFile)
+	netrcCredentials, err := netrcParser(path)
+	require.NoError(t, err)
 	require.Equal(t, expectedCreds, netrcCredentials)
 }
diff --git a/src/test/mocks/read_closer_mock.go b/src/test/mocks/read_closer_mock.go
deleted file mode 100644
index 494215f41e..0000000000
--- a/src/test/mocks/read_closer_mock.go
+++ /dev/null
@@ -1,24 +0,0 @@
-// SPDX-License-Identifier: Apache-2.0
-// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
-
-// Package mocks contains all the mocks used in Zarf tests.
-package mocks
-
-// MockReadCloser is a mock for the go ReadCloser object.
-type (
-	MockReadCloser struct {
-		MockData     []byte
-		MockReadErr  error
-		MockCloseErr error
-	}
-)
-
-// Read copies a tests expected data and returns an expectedError.
-func (mrc *MockReadCloser) Read(buf []byte) (n int, err error) {
-	numBytes := copy(buf, mrc.MockData)
-	mrc.MockData = mrc.MockData[numBytes:len(mrc.MockData)]
-	return numBytes, mrc.MockReadErr
-}
-
-// Close simply returns the expected close err from a test.
-func (mrc *MockReadCloser) Close() error { return mrc.MockCloseErr }

From 1c3e426b4e8aa4de2d7a0c28d191075e85de6ecd Mon Sep 17 00:00:00 2001
From: Philip Laine <philip.laine@gmail.com>
Date: Mon, 22 Jul 2024 21:17:57 +0200
Subject: [PATCH 14/68] fix: data injection to return errors (#2720)

Signed-off-by: Philip Laine <philip.laine@gmail.com>
---
 src/pkg/cluster/data.go    | 182 +++++++++++++++++++------------------
 src/pkg/packager/deploy.go |  21 +++--
 2 files changed, 103 insertions(+), 100 deletions(-)

diff --git a/src/pkg/cluster/data.go b/src/pkg/cluster/data.go
index 7b19257040..cd46dbb28b 100644
--- a/src/pkg/cluster/data.go
+++ b/src/pkg/cluster/data.go
@@ -13,7 +13,6 @@ import (
 	"sort"
 	"strconv"
 	"strings"
-	"sync"
 	"time"
 
 	corev1 "k8s.io/api/core/v1"
@@ -32,12 +31,10 @@ import (
 
 // HandleDataInjection waits for the target pod(s) to come up and inject the data into them
 // todo:  this currently requires kubectl but we should have enough k8s work to make this native now.
-func (c *Cluster) HandleDataInjection(ctx context.Context, wg *sync.WaitGroup, data types.ZarfDataInjection, componentPath *layout.ComponentPaths, dataIdx int) {
-	defer wg.Done()
+func (c *Cluster) HandleDataInjection(ctx context.Context, data types.ZarfDataInjection, componentPath *layout.ComponentPaths, dataIdx int) error {
 	injectionCompletionMarker := filepath.Join(componentPath.DataInjections, config.GetDataInjectionMarker())
 	if err := os.WriteFile(injectionCompletionMarker, []byte("🦄"), helpers.ReadWriteUser); err != nil {
-		message.WarnErrf(err, "Unable to create the data injection completion marker")
-		return
+		return fmt.Errorf("unable to create the data injection completion marker: %w", err)
 	}
 
 	tarCompressFlag := ""
@@ -59,103 +56,110 @@ func (c *Cluster) HandleDataInjection(ctx context.Context, wg *sync.WaitGroup, d
 	shell, shellArgs := exec.GetOSShell(exec.Shell{Windows: "cmd"})
 
 	if _, _, err := exec.Cmd(shell, append(shellArgs, "tar --version")...); err != nil {
-		message.WarnErr(err, "Unable to execute tar on this system.  Please ensure it is installed and on your $PATH.")
-		return
+		return fmt.Errorf("unable to execute tar, ensure it is installed in the $PATH: %w", err)
 	}
 
-iterator:
-	// The eternal loop because some data injections can take a very long time
 	for {
-		message.Debugf("Attempting to inject data into %s", data.Target)
-		source := filepath.Join(componentPath.DataInjections, filepath.Base(data.Target.Path))
-		if helpers.InvalidPath(source) {
-			// The path is likely invalid because of how we compose OCI components, add an index suffix to the filename
-			source = filepath.Join(componentPath.DataInjections, strconv.Itoa(dataIdx), filepath.Base(data.Target.Path))
+		select {
+		case <-ctx.Done():
+			return ctx.Err()
+		default:
+			message.Debugf("Attempting to inject data into %s", data.Target)
+			source := filepath.Join(componentPath.DataInjections, filepath.Base(data.Target.Path))
 			if helpers.InvalidPath(source) {
-				message.Warnf("Unable to find the data injection source path %s", source)
-				return
+				// The path is likely invalid because of how we compose OCI components, add an index suffix to the filename
+				source = filepath.Join(componentPath.DataInjections, strconv.Itoa(dataIdx), filepath.Base(data.Target.Path))
+				if helpers.InvalidPath(source) {
+					return fmt.Errorf("could not find the data injection source path %s", source)
+				}
 			}
-		}
 
-		target := podLookup{
-			Namespace: data.Target.Namespace,
-			Selector:  data.Target.Selector,
-			Container: data.Target.Container,
-		}
-
-		// Wait until the pod we are injecting data into becomes available
-		pods := waitForPodsAndContainers(ctx, c.Clientset, target, podFilterByInitContainer)
-		if len(pods) < 1 {
-			continue
-		}
+			target := podLookup{
+				Namespace: data.Target.Namespace,
+				Selector:  data.Target.Selector,
+				Container: data.Target.Container,
+			}
 
-		// Inject into all the pods
-		for _, pod := range pods {
-			// Try to use the embedded kubectl if we can
-			zarfCommand, err := utils.GetFinalExecutableCommand()
-			kubectlBinPath := "kubectl"
+			// Wait until the pod we are injecting data into becomes available
+			pods, err := waitForPodsAndContainers(ctx, c.Clientset, target, podFilterByInitContainer)
 			if err != nil {
-				message.Warnf("Unable to get the zarf executable path, falling back to host kubectl: %s", err)
-			} else {
-				kubectlBinPath = fmt.Sprintf("%s tools kubectl", zarfCommand)
+				return err
+			}
+			if len(pods) < 1 {
+				continue
 			}
-			kubectlCmd := fmt.Sprintf("%s exec -i -n %s %s -c %s ", kubectlBinPath, data.Target.Namespace, pod.Name, data.Target.Container)
 
-			// Note that each command flag is separated to provide the widest cross-platform tar support
-			tarCmd := fmt.Sprintf("tar -c %s -f -", tarCompressFlag)
-			untarCmd := fmt.Sprintf("tar -x %s -v -f - -C %s", tarCompressFlag, data.Target.Path)
+			// Inject into all the pods
+			for _, pod := range pods {
+				// Try to use the embedded kubectl if we can
+				zarfCommand, err := utils.GetFinalExecutableCommand()
+				kubectlBinPath := "kubectl"
+				if err != nil {
+					message.Warnf("Unable to get the zarf executable path, falling back to host kubectl: %s", err)
+				} else {
+					kubectlBinPath = fmt.Sprintf("%s tools kubectl", zarfCommand)
+				}
+				kubectlCmd := fmt.Sprintf("%s exec -i -n %s %s -c %s ", kubectlBinPath, data.Target.Namespace, pod.Name, data.Target.Container)
 
-			// Must create the target directory before trying to change to it for untar
-			mkdirCmd := fmt.Sprintf("%s -- mkdir -p %s", kubectlCmd, data.Target.Path)
-			if err := exec.CmdWithPrint(shell, append(shellArgs, mkdirCmd)...); err != nil {
-				message.Warnf("Unable to create the data injection target directory %s in pod %s", data.Target.Path, pod.Name)
-				continue iterator
-			}
+				// Note that each command flag is separated to provide the widest cross-platform tar support
+				tarCmd := fmt.Sprintf("tar -c %s -f -", tarCompressFlag)
+				untarCmd := fmt.Sprintf("tar -x %s -v -f - -C %s", tarCompressFlag, data.Target.Path)
 
-			cpPodCmd := fmt.Sprintf("%s -C %s . | %s -- %s",
-				tarCmd,
-				source,
-				kubectlCmd,
-				untarCmd,
-			)
-
-			// Do the actual data injection
-			if err := exec.CmdWithPrint(shell, append(shellArgs, cpPodCmd)...); err != nil {
-				message.Warnf("Error copying data into the pod %#v: %#v\n", pod.Name, err)
-				continue iterator
-			}
+				// Must create the target directory before trying to change to it for untar
+				mkdirCmd := fmt.Sprintf("%s -- mkdir -p %s", kubectlCmd, data.Target.Path)
+				if err := exec.CmdWithPrint(shell, append(shellArgs, mkdirCmd)...); err != nil {
+					return fmt.Errorf("unable to create the data injection target directory %s in pod %s: %w", data.Target.Path, pod.Name, err)
+				}
+
+				cpPodCmd := fmt.Sprintf("%s -C %s . | %s -- %s",
+					tarCmd,
+					source,
+					kubectlCmd,
+					untarCmd,
+				)
 
-			// Leave a marker in the target container for pods to track the sync action
-			cpPodCmd = fmt.Sprintf("%s -C %s %s | %s -- %s",
-				tarCmd,
-				componentPath.DataInjections,
-				config.GetDataInjectionMarker(),
-				kubectlCmd,
-				untarCmd,
-			)
-
-			if err := exec.CmdWithPrint(shell, append(shellArgs, cpPodCmd)...); err != nil {
-				message.Warnf("Error saving the zarf sync completion file after injection into pod %#v\n", pod.Name)
-				continue iterator
+				// Do the actual data injection
+				if err := exec.CmdWithPrint(shell, append(shellArgs, cpPodCmd)...); err != nil {
+					return fmt.Errorf("could not copy data into the pod %s: %w", pod.Name, err)
+				}
+
+				// Leave a marker in the target container for pods to track the sync action
+				cpPodCmd = fmt.Sprintf("%s -C %s %s | %s -- %s",
+					tarCmd,
+					componentPath.DataInjections,
+					config.GetDataInjectionMarker(),
+					kubectlCmd,
+					untarCmd,
+				)
+
+				if err := exec.CmdWithPrint(shell, append(shellArgs, cpPodCmd)...); err != nil {
+					return fmt.Errorf("could not save the Zarf sync completion file after injection into pod %s: %w", pod.Name, err)
+				}
 			}
-		}
 
-		// Do not look for a specific container after injection in case they are running an init container
-		podOnlyTarget := podLookup{
-			Namespace: data.Target.Namespace,
-			Selector:  data.Target.Selector,
-		}
+			// Do not look for a specific container after injection in case they are running an init container
+			podOnlyTarget := podLookup{
+				Namespace: data.Target.Namespace,
+				Selector:  data.Target.Selector,
+			}
 
-		// Block one final time to make sure at least one pod has come up and injected the data
-		// Using only the pod as the final selector because we don't know what the container name will be
-		// Still using the init container filter to make sure we have the right running pod
-		_ = waitForPodsAndContainers(ctx, c.Clientset, podOnlyTarget, podFilterByInitContainer)
+			// Block one final time to make sure at least one pod has come up and injected the data
+			// Using only the pod as the final selector because we don't know what the container name will be
+			// Still using the init container filter to make sure we have the right running pod
+			_, err = waitForPodsAndContainers(ctx, c.Clientset, podOnlyTarget, podFilterByInitContainer)
+			if err != nil {
+				return err
+			}
 
-		// Cleanup now to reduce disk pressure
-		_ = os.RemoveAll(source)
+			// Cleanup now to reduce disk pressure
+			err = os.RemoveAll(source)
+			if err != nil {
+				return err
+			}
 
-		// Return to stop the loop
-		return
+			// Return to stop the loop
+			return nil
+		}
 	}
 }
 
@@ -173,7 +177,7 @@ type podFilter func(pod corev1.Pod) bool
 // It will wait up to 90 seconds for the pods to be found and will return a list of matching pod names
 // If the timeout is reached, an empty list will be returned.
 // TODO: Test, refactor and/or remove.
-func waitForPodsAndContainers(ctx context.Context, clientset kubernetes.Interface, target podLookup, include podFilter) []corev1.Pod {
+func waitForPodsAndContainers(ctx context.Context, clientset kubernetes.Interface, target podLookup, include podFilter) ([]corev1.Pod, error) {
 	waitCtx, cancel := context.WithTimeout(ctx, 90*time.Second)
 	defer cancel()
 
@@ -183,16 +187,14 @@ func waitForPodsAndContainers(ctx context.Context, clientset kubernetes.Interfac
 	for {
 		select {
 		case <-waitCtx.Done():
-			message.Debug("Pod lookup failed: %v", ctx.Err())
-			return nil
+			return nil, ctx.Err()
 		case <-timer.C:
 			listOpts := metav1.ListOptions{
 				LabelSelector: target.Selector,
 			}
 			podList, err := clientset.CoreV1().Pods(target.Namespace).List(ctx, listOpts)
 			if err != nil {
-				message.Debug("Unable to find matching pods: %w", err)
-				return nil
+				return nil, err
 			}
 
 			message.Debug("Found %d pods for target %#v", len(podList.Items), target)
@@ -245,7 +247,7 @@ func waitForPodsAndContainers(ctx context.Context, clientset kubernetes.Interfac
 				}
 			}
 			if len(readyPods) > 0 {
-				return readyPods
+				return readyPods, nil
 			}
 			timer.Reset(3 * time.Second)
 		}
diff --git a/src/pkg/packager/deploy.go b/src/pkg/packager/deploy.go
index 35f31514fd..5c174a684f 100644
--- a/src/pkg/packager/deploy.go
+++ b/src/pkg/packager/deploy.go
@@ -14,9 +14,10 @@ import (
 	"runtime"
 	"strconv"
 	"strings"
-	"sync"
 	"time"
 
+	"golang.org/x/sync/errgroup"
+
 	corev1 "k8s.io/api/core/v1"
 	kerrors "k8s.io/apimachinery/pkg/api/errors"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
@@ -293,7 +294,6 @@ func (p *Packager) deployComponent(ctx context.Context, component types.ZarfComp
 	hasCharts := len(component.Charts) > 0
 	hasManifests := len(component.Manifests) > 0
 	hasRepos := len(component.Repos) > 0
-	hasDataInjections := len(component.DataInjections) > 0
 	hasFiles := len(component.Files) > 0
 
 	onDeploy := component.Actions.OnDeploy
@@ -344,14 +344,11 @@ func (p *Packager) deployComponent(ctx context.Context, component types.ZarfComp
 		}
 	}
 
-	if hasDataInjections {
-		waitGroup := sync.WaitGroup{}
-		defer waitGroup.Wait()
-
-		for idx, data := range component.DataInjections {
-			waitGroup.Add(1)
-			go p.cluster.HandleDataInjection(ctx, &waitGroup, data, componentPath, idx)
-		}
+	g, gCtx := errgroup.WithContext(ctx)
+	for idx, data := range component.DataInjections {
+		g.Go(func() error {
+			return p.cluster.HandleDataInjection(gCtx, data, componentPath, idx)
+		})
 	}
 
 	if hasCharts || hasManifests {
@@ -364,6 +361,10 @@ func (p *Packager) deployComponent(ctx context.Context, component types.ZarfComp
 		return charts, fmt.Errorf("unable to run component after action: %w", err)
 	}
 
+	err = g.Wait()
+	if err != nil {
+		return nil, err
+	}
 	return charts, nil
 }
 

From 0d3d0c3e89bbc222103fe9c110176eaa108c331b Mon Sep 17 00:00:00 2001
From: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
Date: Mon, 22 Jul 2024 16:34:23 -0400
Subject: [PATCH 15/68] feat: revert "feat: remove .metadata.image from schema
 (#2606)" (#2618)

---
 src/types/package.go | 1 +
 zarf.schema.json     | 4 ++++
 2 files changed, 5 insertions(+)

diff --git a/src/types/package.go b/src/types/package.go
index c78f1fe461..17419dd6e3 100644
--- a/src/types/package.go
+++ b/src/types/package.go
@@ -47,6 +47,7 @@ type ZarfMetadata struct {
 	Description       string `json:"description,omitempty" jsonschema:"description=Additional information about this package"`
 	Version           string `json:"version,omitempty" jsonschema:"description=Generic string set by a package author to track the package version (Note: ZarfInitConfigs will always be versioned to the CLIVersion they were created with)"`
 	URL               string `json:"url,omitempty" jsonschema:"description=Link to package information when online"`
+	Image             string `json:"image,omitempty" jsonschema:"description=An image URL to embed in this package (Reserved for future use in Zarf UI)"`
 	Uncompressed      bool   `json:"uncompressed,omitempty" jsonschema:"description=Disable compression of this package"`
 	Architecture      string `json:"architecture,omitempty" jsonschema:"description=The target cluster architecture for this package,example=arm64,example=amd64"`
 	YOLO              bool   `json:"yolo,omitempty" jsonschema:"description=Yaml OnLy Online (YOLO): True enables deploying a Zarf package without first running zarf init against the cluster. This is ideal for connected environments where you want to use existing VCS and container registries."`
diff --git a/zarf.schema.json b/zarf.schema.json
index 8658787b3b..b5c7a971d4 100644
--- a/zarf.schema.json
+++ b/zarf.schema.json
@@ -1023,6 +1023,10 @@
           "type": "string",
           "description": "Link to package information when online"
         },
+        "image": {
+          "type": "string",
+          "description": "An image URL to embed in this package (Reserved for future use in Zarf UI)"
+        },
         "uncompressed": {
           "type": "boolean",
           "description": "Disable compression of this package"

From 05ef439336f0d02771d51f0c388ef994acf201e1 Mon Sep 17 00:00:00 2001
From: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
Date: Mon, 22 Jul 2024 16:50:14 -0400
Subject: [PATCH 16/68] chore: updating permissions of eks & ecr nightly tests
 (#2745)

Signed-off-by: Austin Abro <AustinAbro321@gmail.com>
---
 .github/workflows/nightly-ecr.yml    |  5 +++--
 .github/workflows/nightly-eks.yml    |  8 ++++----
 packages/distros/eks/eks.yaml        | 17 +++++++++++++++++
 src/test/nightly/ecr_publish_test.go |  4 ++--
 4 files changed, 26 insertions(+), 8 deletions(-)

diff --git a/.github/workflows/nightly-ecr.yml b/.github/workflows/nightly-ecr.yml
index 655d3c4dd1..f922e89dba 100644
--- a/.github/workflows/nightly-ecr.yml
+++ b/.github/workflows/nightly-ecr.yml
@@ -2,7 +2,6 @@ name: Test ECR Publishing
 on:
   schedule:
    - cron: '0 7 * * * ' ## Every day at 0700 UTC
-
   workflow_dispatch: ## Give us the ability to run this manually
 
 
@@ -28,11 +27,13 @@ jobs:
       - name: Build the Zarf binary
         run: make build-cli-linux-amd
 
-      - name: Configure AWS Credentials
+      - name: Auth with AWS
         uses: aws-actions/configure-aws-credentials@010d0da01d0b5a38af31e9c3470dbfdabdecca3a # v4.0.1
         with:
           role-to-assume: ${{ secrets.AWS_NIGHTLY_ROLE }}
+          role-session-name: ${{ github.job || github.event.client_payload.pull_request.head.sha || github.sha }}
           aws-region: us-east-1
+          role-duration-seconds: 3600
 
       # NOTE: The aws cli will need to be explicitly installed on self-hosted runners
       - name: Login to the ECR Registry
diff --git a/.github/workflows/nightly-eks.yml b/.github/workflows/nightly-eks.yml
index c4bee3432f..1fe4f4ad7c 100644
--- a/.github/workflows/nightly-eks.yml
+++ b/.github/workflows/nightly-eks.yml
@@ -2,7 +2,6 @@ name: Test EKS Cluster
 on:
   schedule:
    - cron: '0 7 * * *' ## Every day at 0700 UTC
-
   workflow_dispatch: ## Give us the ability to run this manually
     inputs:
       cluster_name:
@@ -36,12 +35,13 @@ jobs:
       - name: Build binary and zarf packages
         uses: ./.github/actions/packages
 
-      - name: Configure AWS Credentials
+      - name: Auth with AWS
         uses: aws-actions/configure-aws-credentials@010d0da01d0b5a38af31e9c3470dbfdabdecca3a # v4.0.1
         with:
           role-to-assume: ${{ secrets.AWS_NIGHTLY_ROLE }}
+          role-session-name: ${{ github.job || github.event.client_payload.pull_request.head.sha || github.sha }}
           aws-region: us-east-1
-          role-duration-seconds: 14400
+          role-duration-seconds: 3600
 
       - name: Build the eks package
         run: ./build/zarf package create packages/distros/eks -o build --confirm
@@ -55,7 +55,7 @@ jobs:
             --confirm
 
       - name: Run tests
-        run: make test-e2e ARCH=amd64
+        run: make test-e2e-with-cluster ARCH=amd64
 
       - name: Teardown the cluster
         if: always()
diff --git a/packages/distros/eks/eks.yaml b/packages/distros/eks/eks.yaml
index 50ae84a197..530da71f8c 100644
--- a/packages/distros/eks/eks.yaml
+++ b/packages/distros/eks/eks.yaml
@@ -5,15 +5,28 @@ metadata:
   name: ###ZARF_VAR_EKS_CLUSTER_NAME###
   region: ###ZARF_VAR_EKS_CLUSTER_REGION###
   version: "###ZARF_VAR_EKS_CLUSTER_VERSION###"
+  tags:
+    PermissionsBoundary: "zarf_dev_base_policy"
 
 iam:
   withOIDC: true
+  serviceRolePermissionsBoundary: "arn:aws:iam::173911864621:policy/zarf_dev_base_policy"
 
 addons:
   - name: aws-ebs-csi-driver
     version: "###ZARF_VAR_EBS_DRIVER_VERSION###"
     attachPolicyARNs:
       - arn:aws:iam::aws:policy/service-role/AmazonEBSCSIDriverPolicy
+    permissionsBoundary: "arn:aws:iam::173911864621:policy/zarf_dev_base_policy"
+    tags:
+      PermissionsBoundary: "zarf_dev_base_policy"
+
+  - name: vpc-cni
+    attachPolicyARNs:
+      - arn:aws:iam::aws:policy/AmazonEKS_CNI_Policy
+    permissionsBoundary: "arn:aws:iam::173911864621:policy/zarf_dev_base_policy"
+    tags:
+      PermissionsBoundary: "zarf_dev_base_policy"
 
 managedNodeGroups:
 - instanceType: ###ZARF_VAR_EKS_INSTANCE_TYPE###
@@ -21,3 +34,7 @@ managedNodeGroups:
   minSize: 3
   maxSize: 6
   spot: true
+  tags:
+    PermissionsBoundary: "zarf_dev_base_policy"
+  iam:
+    instanceRolePermissionsBoundary: "arn:aws:iam::173911864621:policy/zarf_dev_base_policy"
diff --git a/src/test/nightly/ecr_publish_test.go b/src/test/nightly/ecr_publish_test.go
index 7716ebf270..2d872c16e1 100644
--- a/src/test/nightly/ecr_publish_test.go
+++ b/src/test/nightly/ecr_publish_test.go
@@ -45,8 +45,8 @@ func TestECRPublishing(t *testing.T) {
 	testPackageVersion := "0.0.1"
 	testPackageFileName := fmt.Sprintf("zarf-package-%s-%s-%s.tar.zst", testPackageName, e2e.Arch, testPackageVersion)
 	testPackageLocation := filepath.Join(tmpDir, testPackageFileName)
-	registryURL := "oci://public.ecr.aws/t8y5r5z5/zarf-nightly"
-	upstreamPackageURL := fmt.Sprintf("%s/%s:%s-%s", registryURL, testPackageName, testPackageVersion, e2e.Arch)
+	registryURL := "oci://public.ecr.aws/z6q5p6f7/zarf-nightly"
+	upstreamPackageURL := fmt.Sprintf("%s/%s:%s", registryURL, testPackageName, testPackageVersion)
 	keyFlag := fmt.Sprintf("--key=%s", "./src/test/packages/zarf-test.pub")
 
 	// Build the package with our test signature

From c77f4461ec611147b44871f3bd227bf6c05b7c83 Mon Sep 17 00:00:00 2001
From: Philip Laine <philip.laine@gmail.com>
Date: Tue, 23 Jul 2024 18:15:09 +0200
Subject: [PATCH 17/68] refactor: move setup CLI to only run once in root
 command (#2722)

Signed-off-by: Philip Laine <philip.laine@gmail.com>
---
 src/cmd/common/setup.go    | 50 ++++++++++++++++----------------------
 src/cmd/root.go            | 41 ++++++++++++++++++++++++-------
 src/cmd/tools/common.go    | 15 ++----------
 src/cmd/version.go         |  7 ++----
 src/config/config.go       |  6 -----
 src/config/lang/english.go |  2 --
 src/pkg/message/message.go |  8 ++++--
 src/pkg/utils/yaml.go      |  6 ++---
 8 files changed, 66 insertions(+), 69 deletions(-)

diff --git a/src/cmd/common/setup.go b/src/cmd/common/setup.go
index 703d9355bf..ac47d0c95d 100644
--- a/src/cmd/common/setup.go
+++ b/src/cmd/common/setup.go
@@ -5,43 +5,38 @@
 package common
 
 import (
+	"errors"
 	"fmt"
 	"io"
 	"os"
 	"time"
 
 	"github.com/pterm/pterm"
-	"github.com/zarf-dev/zarf/src/config"
-	"github.com/zarf-dev/zarf/src/config/lang"
+
 	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
-// LogLevelCLI holds the log level as input from a command
-var LogLevelCLI string
-
-// SetupCLI sets up the CLI logging, interrupt functions, and more
-func SetupCLI() {
-	match := map[string]message.LogLevel{
-		"warn":  message.WarnLevel,
-		"info":  message.InfoLevel,
-		"debug": message.DebugLevel,
-		"trace": message.TraceLevel,
-	}
-
-	if config.NoColor {
+// SetupCLI sets up the CLI logging
+func SetupCLI(logLevel string, skipLogFile, noColor bool) error {
+	if noColor {
 		message.DisableColor()
 	}
 
 	printViperConfigUsed()
 
-	// No log level set, so use the default
-	if LogLevelCLI != "" {
-		if lvl, ok := match[LogLevelCLI]; ok {
-			message.SetLogLevel(lvl)
-			message.Debug("Log level set to " + LogLevelCLI)
-		} else {
-			message.Warn(lang.RootCmdErrInvalidLogLevel)
+	if logLevel != "" {
+		match := map[string]message.LogLevel{
+			"warn":  message.WarnLevel,
+			"info":  message.InfoLevel,
+			"debug": message.DebugLevel,
+			"trace": message.TraceLevel,
 		}
+		lvl, ok := match[logLevel]
+		if !ok {
+			return errors.New("invalid log level, valid options are warn, info, debug, and trace")
+		}
+		message.SetLogLevel(lvl)
+		message.Debug("Log level set to " + logLevel)
 	}
 
 	// Disable progress bars for CI envs
@@ -50,21 +45,18 @@ func SetupCLI() {
 		message.NoProgress = true
 	}
 
-	if !config.SkipLogFile {
+	if !skipLogFile {
 		ts := time.Now().Format("2006-01-02-15-04-05")
-
 		f, err := os.CreateTemp("", fmt.Sprintf("zarf-%s-*.log", ts))
 		if err != nil {
-			message.WarnErr(err, "Error creating a log file in a temporary directory")
-			return
+			return fmt.Errorf("could not create a log file in a the temporary directory: %w", err)
 		}
 		logFile, err := message.UseLogFile(f)
 		if err != nil {
-			message.WarnErr(err, "Error saving a log file to a temporary directory")
-			return
+			return fmt.Errorf("could not save a log file to the temporary directory: %w", err)
 		}
-
 		pterm.SetDefaultOutput(io.MultiWriter(os.Stderr, logFile))
 		message.Notef("Saving log file to %s", f.Name())
 	}
+	return nil
 }
diff --git a/src/cmd/root.go b/src/cmd/root.go
index 086a1cab6c..876efdf20e 100644
--- a/src/cmd/root.go
+++ b/src/cmd/root.go
@@ -26,20 +26,43 @@ import (
 var (
 	// Default global config for the packager
 	pkgConfig = types.PackagerConfig{}
+	// LogLevelCLI holds the log level as input from a command
+	LogLevelCLI string
+	// SkipLogFile is a flag to skip logging to a file
+	SkipLogFile bool
+	// NoColor is a flag to disable colors in output
+	NoColor bool
 )
 
 var rootCmd = &cobra.Command{
 	Use: "zarf COMMAND",
-	PersistentPreRun: func(cmd *cobra.Command, _ []string) {
-		// Skip for vendor-only commands
+	PersistentPreRunE: func(cmd *cobra.Command, _ []string) error {
+		// Skip for vendor only commands
 		if common.CheckVendorOnlyFromPath(cmd) {
-			return
+			return nil
 		}
-		// Don't log the help command
+
+		skipLogFile := SkipLogFile
+
+		// Dont write tool commands to file.
+		comps := strings.Split(cmd.CommandPath(), " ")
+		if len(comps) > 1 && comps[1] == "tools" {
+			skipLogFile = true
+		}
+		if len(comps) > 1 && comps[1] == "version" {
+			skipLogFile = true
+		}
+
+		// Dont write help command to file.
 		if cmd.Parent() == nil {
-			config.SkipLogFile = true
+			skipLogFile = true
+		}
+
+		err := common.SetupCLI(LogLevelCLI, skipLogFile, NoColor)
+		if err != nil {
+			return err
 		}
-		common.SetupCLI()
+		return nil
 	},
 	Short:         lang.RootCmdShort,
 	Long:          lang.RootCmdLong,
@@ -89,11 +112,11 @@ func init() {
 
 	v := common.InitViper()
 
-	rootCmd.PersistentFlags().StringVarP(&common.LogLevelCLI, "log-level", "l", v.GetString(common.VLogLevel), lang.RootCmdFlagLogLevel)
+	rootCmd.PersistentFlags().StringVarP(&LogLevelCLI, "log-level", "l", v.GetString(common.VLogLevel), lang.RootCmdFlagLogLevel)
 	rootCmd.PersistentFlags().StringVarP(&config.CLIArch, "architecture", "a", v.GetString(common.VArchitecture), lang.RootCmdFlagArch)
-	rootCmd.PersistentFlags().BoolVar(&config.SkipLogFile, "no-log-file", v.GetBool(common.VNoLogFile), lang.RootCmdFlagSkipLogFile)
+	rootCmd.PersistentFlags().BoolVar(&SkipLogFile, "no-log-file", v.GetBool(common.VNoLogFile), lang.RootCmdFlagSkipLogFile)
 	rootCmd.PersistentFlags().BoolVar(&message.NoProgress, "no-progress", v.GetBool(common.VNoProgress), lang.RootCmdFlagNoProgress)
-	rootCmd.PersistentFlags().BoolVar(&config.NoColor, "no-color", v.GetBool(common.VNoColor), lang.RootCmdFlagNoColor)
+	rootCmd.PersistentFlags().BoolVar(&NoColor, "no-color", v.GetBool(common.VNoColor), lang.RootCmdFlagNoColor)
 	rootCmd.PersistentFlags().StringVar(&config.CommonOptions.CachePath, "zarf-cache", v.GetString(common.VZarfCache), lang.RootCmdFlagCachePath)
 	rootCmd.PersistentFlags().StringVar(&config.CommonOptions.TempDirectory, "tmpdir", v.GetString(common.VTmpDir), lang.RootCmdFlagTempDir)
 	rootCmd.PersistentFlags().BoolVar(&config.CommonOptions.Insecure, "insecure", v.GetBool(common.VInsecure), lang.RootCmdFlagInsecure)
diff --git a/src/cmd/tools/common.go b/src/cmd/tools/common.go
index 7f8f375be0..0aef6e95c5 100644
--- a/src/cmd/tools/common.go
+++ b/src/cmd/tools/common.go
@@ -8,25 +8,14 @@ import (
 	"fmt"
 
 	"github.com/spf13/cobra"
-	"github.com/zarf-dev/zarf/src/cmd/common"
-	"github.com/zarf-dev/zarf/src/config"
+
 	"github.com/zarf-dev/zarf/src/config/lang"
 )
 
 var toolsCmd = &cobra.Command{
 	Use:     "tools",
 	Aliases: []string{"t"},
-	PersistentPreRun: func(cmd *cobra.Command, _ []string) {
-		config.SkipLogFile = true
-
-		// Skip for vendor-only commands
-		if common.CheckVendorOnlyFromPath(cmd) {
-			return
-		}
-
-		common.SetupCLI()
-	},
-	Short: lang.CmdToolsShort,
+	Short:   lang.CmdToolsShort,
 }
 
 // Include adds the tools command to the root command.
diff --git a/src/cmd/version.go b/src/cmd/version.go
index 26299c7db5..a08af2aaab 100644
--- a/src/cmd/version.go
+++ b/src/cmd/version.go
@@ -24,11 +24,8 @@ var outputFormat string
 var versionCmd = &cobra.Command{
 	Use:     "version",
 	Aliases: []string{"v"},
-	PersistentPreRun: func(_ *cobra.Command, _ []string) {
-		config.SkipLogFile = true
-	},
-	Short: lang.CmdVersionShort,
-	Long:  lang.CmdVersionLong,
+	Short:   lang.CmdVersionShort,
+	Long:    lang.CmdVersionLong,
 	RunE: func(_ *cobra.Command, _ []string) error {
 		if outputFormat == "" {
 			fmt.Println(config.CLIVersion)
diff --git a/src/config/config.go b/src/config/config.go
index 4f55f48e61..dc60ea2fd8 100644
--- a/src/config/config.go
+++ b/src/config/config.go
@@ -60,12 +60,6 @@ var (
 	// ZarfSeedPort is the NodePort Zarf uses for the 'seed registry'
 	ZarfSeedPort string
 
-	// SkipLogFile is a flag to skip logging to a file
-	SkipLogFile bool
-
-	// NoColor is a flag to disable colors in output
-	NoColor bool
-
 	CosignPublicKey string
 
 	// Timestamp of when the CLI was started
diff --git a/src/config/lang/english.go b/src/config/lang/english.go
index df39428f48..9b90c23b22 100644
--- a/src/config/lang/english.go
+++ b/src/config/lang/english.go
@@ -58,8 +58,6 @@ const (
 	RootCmdDeprecatedDeploy = "Deprecated: Please use \"zarf package deploy %s\" to deploy this package.  This warning will be removed in Zarf v1.0.0."
 	RootCmdDeprecatedCreate = "Deprecated: Please use \"zarf package create\" to create this package.  This warning will be removed in Zarf v1.0.0."
 
-	RootCmdErrInvalidLogLevel = "Invalid log level. Valid options are: warn, info, debug, trace."
-
 	// zarf connect
 	CmdConnectShort = "Accesses services or pods deployed in the cluster"
 	CmdConnectLong  = "Uses a k8s port-forward to connect to resources within the cluster referenced by your kube-context.\n" +
diff --git a/src/pkg/message/message.go b/src/pkg/message/message.go
index f9d7d48c3c..e271cbf9d4 100644
--- a/src/pkg/message/message.go
+++ b/src/pkg/message/message.go
@@ -14,7 +14,6 @@ import (
 	"github.com/defenseunicorns/pkg/helpers/v2"
 	"github.com/fatih/color"
 	"github.com/pterm/pterm"
-	"github.com/zarf-dev/zarf/src/config"
 )
 
 // LogLevel is the level of logging to display.
@@ -99,6 +98,11 @@ func DisableColor() {
 	pterm.DisableColor()
 }
 
+// ColorEnabled returns true if color printing is enabled.
+func ColorEnabled() bool {
+	return pterm.PrintColor
+}
+
 // ZarfCommand prints a zarf terminal command.
 func ZarfCommand(format string, a ...any) {
 	Command("zarf "+format, a...)
@@ -276,7 +280,7 @@ func Table(header []string, data [][]string) {
 // preventing future characters from taking on the given color
 // returns string as normal if color is disabled
 func ColorWrap(str string, attr color.Attribute) string {
-	if config.NoColor || str == "" {
+	if !ColorEnabled() || str == "" {
 		return str
 	}
 	return fmt.Sprintf("\x1b[%dm%s\x1b[0m", attr, str)
diff --git a/src/pkg/utils/yaml.go b/src/pkg/utils/yaml.go
index e61083bc51..5f86202970 100644
--- a/src/pkg/utils/yaml.go
+++ b/src/pkg/utils/yaml.go
@@ -20,12 +20,12 @@ import (
 	"github.com/goccy/go-yaml/lexer"
 	"github.com/goccy/go-yaml/printer"
 	"github.com/pterm/pterm"
-	"github.com/zarf-dev/zarf/src/config"
-	"github.com/zarf-dev/zarf/src/pkg/message"
 	"k8s.io/apimachinery/pkg/apis/meta/v1/unstructured"
 	"k8s.io/apimachinery/pkg/runtime"
 	kubeyaml "k8s.io/apimachinery/pkg/util/yaml"
 	k8syaml "sigs.k8s.io/yaml"
+
+	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 const yamlEscape = "\x1b"
@@ -93,7 +93,7 @@ func ColorPrintYAML(data any, hints map[string]string, spaceRootLists bool) {
 		outputYAML = strings.Replace(outputYAML, key, value, 1)
 	}
 
-	if config.NoColor {
+	if !message.ColorEnabled() {
 		// If no color is specified strip any color codes from the output - https://regex101.com/r/YFyIwC/2
 		ansiRegex := regexp.MustCompile(`\x1b\[(.*?)m`)
 		outputYAML = ansiRegex.ReplaceAllString(outputYAML, "")

From 5c74276d5c4fd1f6bf00f93347c469a0d90522e4 Mon Sep 17 00:00:00 2001
From: schristoff <28318173+schristoff@users.noreply.github.com>
Date: Wed, 24 Jul 2024 17:00:00 -0600
Subject: [PATCH 18/68] chore: move context.TODO to context.Background() (3)
 (#2747)

Signed-off-by: schristoff-du <167717759+schristoff-du@users.noreply.github.com>
Co-authored-by: schristoff-du <167717759+schristoff-du@users.noreply.github.com>
---
 src/extensions/bigbang/bigbang.go         |  2 +-
 src/internal/packager/helm/chart.go       | 13 +++++++------
 src/internal/packager/helm/post-render.go |  4 ++--
 src/internal/packager/helm/zarf.go        |  4 ++--
 src/pkg/packager/deploy.go                |  8 ++++----
 src/pkg/packager/prepare.go               |  2 +-
 6 files changed, 17 insertions(+), 16 deletions(-)

diff --git a/src/extensions/bigbang/bigbang.go b/src/extensions/bigbang/bigbang.go
index e312f382f9..ebe068f003 100644
--- a/src/extensions/bigbang/bigbang.go
+++ b/src/extensions/bigbang/bigbang.go
@@ -107,7 +107,7 @@ func Run(ctx context.Context, YOLO bool, tmpPaths *layout.ComponentPaths, c type
 
 	// Template the chart so we can see what GitRepositories are being referenced in the
 	// manifests created with the provided Helm.
-	template, _, err := helmCfg.TemplateChart()
+	template, _, err := helmCfg.TemplateChart(ctx)
 	if err != nil {
 		return c, fmt.Errorf("unable to template Big Bang Chart: %w", err)
 	}
diff --git a/src/internal/packager/helm/chart.go b/src/internal/packager/helm/chart.go
index f9ac5eefe0..0bd483df7f 100644
--- a/src/internal/packager/helm/chart.go
+++ b/src/internal/packager/helm/chart.go
@@ -5,6 +5,7 @@
 package helm
 
 import (
+	"context"
 	"errors"
 	"fmt"
 	"time"
@@ -30,7 +31,7 @@ import (
 )
 
 // InstallOrUpgradeChart performs a helm install of the given chart.
-func (h *Helm) InstallOrUpgradeChart() (types.ConnectStrings, string, error) {
+func (h *Helm) InstallOrUpgradeChart(ctx context.Context) (types.ConnectStrings, string, error) {
 	fromMessage := h.chart.URL
 	if fromMessage == "" {
 		fromMessage = "Zarf-generated helm chart"
@@ -52,7 +53,7 @@ func (h *Helm) InstallOrUpgradeChart() (types.ConnectStrings, string, error) {
 		return nil, "", fmt.Errorf("unable to initialize the K8s client: %w", err)
 	}
 
-	postRender, err := h.newRenderer()
+	postRender, err := h.newRenderer(ctx)
 	if err != nil {
 		return nil, "", fmt.Errorf("unable to create helm renderer: %w", err)
 	}
@@ -126,7 +127,7 @@ func (h *Helm) InstallOrUpgradeChart() (types.ConnectStrings, string, error) {
 }
 
 // TemplateChart generates a helm template from a given chart.
-func (h *Helm) TemplateChart() (manifest string, chartValues chartutil.Values, err error) {
+func (h *Helm) TemplateChart(ctx context.Context) (manifest string, chartValues chartutil.Values, err error) {
 	message.Debugf("helm.TemplateChart()")
 	spinner := message.NewProgressSpinner("Templating helm chart %s", h.chart.Name)
 	defer spinner.Stop()
@@ -170,7 +171,7 @@ func (h *Helm) TemplateChart() (manifest string, chartValues chartutil.Values, e
 		return "", nil, fmt.Errorf("unable to load chart data: %w", err)
 	}
 
-	client.PostRenderer, err = h.newRenderer()
+	client.PostRenderer, err = h.newRenderer(ctx)
 	if err != nil {
 		return "", nil, fmt.Errorf("unable to create helm renderer: %w", err)
 	}
@@ -204,7 +205,7 @@ func (h *Helm) RemoveChart(namespace string, name string, spinner *message.Spinn
 
 // UpdateReleaseValues updates values for a given chart release
 // (note: this only works on single-deep charts, charts with dependencies (like loki-stack) will not work)
-func (h *Helm) UpdateReleaseValues(updatedValues map[string]interface{}) error {
+func (h *Helm) UpdateReleaseValues(ctx context.Context, updatedValues map[string]interface{}) error {
 	spinner := message.NewProgressSpinner("Updating values for helm release %s", h.chart.ReleaseName)
 	defer spinner.Stop()
 
@@ -213,7 +214,7 @@ func (h *Helm) UpdateReleaseValues(updatedValues map[string]interface{}) error {
 		return fmt.Errorf("unable to initialize the K8s client: %w", err)
 	}
 
-	postRender, err := h.newRenderer()
+	postRender, err := h.newRenderer(ctx)
 	if err != nil {
 		return fmt.Errorf("unable to create helm renderer: %w", err)
 	}
diff --git a/src/internal/packager/helm/post-render.go b/src/internal/packager/helm/post-render.go
index 8d6c157427..9a514fc6a6 100644
--- a/src/internal/packager/helm/post-render.go
+++ b/src/internal/packager/helm/post-render.go
@@ -37,7 +37,7 @@ type renderer struct {
 	namespaces     map[string]*corev1.Namespace
 }
 
-func (h *Helm) newRenderer() (*renderer, error) {
+func (h *Helm) newRenderer(ctx context.Context) (*renderer, error) {
 	message.Debugf("helm.NewRenderer()")
 
 	rend := &renderer{
@@ -49,7 +49,7 @@ func (h *Helm) newRenderer() (*renderer, error) {
 		return rend, nil
 	}
 
-	namespace, err := h.cluster.Clientset.CoreV1().Namespaces().Get(context.TODO(), h.chart.Namespace, metav1.GetOptions{})
+	namespace, err := h.cluster.Clientset.CoreV1().Namespaces().Get(ctx, h.chart.Namespace, metav1.GetOptions{})
 	if err != nil && !kerrors.IsNotFound(err) {
 		return nil, fmt.Errorf("unable to check for existing namespace %q in cluster: %w", h.chart.Namespace, err)
 	}
diff --git a/src/internal/packager/helm/zarf.go b/src/internal/packager/helm/zarf.go
index 0381ef4b52..8706fe2711 100644
--- a/src/internal/packager/helm/zarf.go
+++ b/src/internal/packager/helm/zarf.go
@@ -45,7 +45,7 @@ func (h *Helm) UpdateZarfRegistryValues(ctx context.Context) error {
 		Namespace:   "zarf",
 		ReleaseName: "zarf-docker-registry",
 	}
-	err = h.UpdateReleaseValues(registryValues)
+	err = h.UpdateReleaseValues(ctx, registryValues)
 	if err != nil {
 		return fmt.Errorf("error updating the release values: %w", err)
 	}
@@ -119,7 +119,7 @@ func (h *Helm) UpdateZarfAgentValues(ctx context.Context) error {
 			}
 			h.variableConfig.SetApplicationTemplates(applicationTemplates)
 
-			err = h.UpdateReleaseValues(map[string]interface{}{})
+			err = h.UpdateReleaseValues(ctx, map[string]interface{}{})
 			if err != nil {
 				return fmt.Errorf("error updating the release values: %w", err)
 			}
diff --git a/src/pkg/packager/deploy.go b/src/pkg/packager/deploy.go
index 5c174a684f..73aec8f006 100644
--- a/src/pkg/packager/deploy.go
+++ b/src/pkg/packager/deploy.go
@@ -352,7 +352,7 @@ func (p *Packager) deployComponent(ctx context.Context, component types.ZarfComp
 	}
 
 	if hasCharts || hasManifests {
-		if charts, err = p.installChartAndManifests(componentPath, component); err != nil {
+		if charts, err = p.installChartAndManifests(ctx, componentPath, component); err != nil {
 			return charts, err
 		}
 	}
@@ -610,7 +610,7 @@ func (p *Packager) generateValuesOverrides(chart types.ZarfChart, componentName
 }
 
 // Install all Helm charts and raw k8s manifests into the k8s cluster.
-func (p *Packager) installChartAndManifests(componentPaths *layout.ComponentPaths, component types.ZarfComponent) (installedCharts []types.InstalledChart, err error) {
+func (p *Packager) installChartAndManifests(ctx context.Context, componentPaths *layout.ComponentPaths, component types.ZarfComponent) (installedCharts []types.InstalledChart, err error) {
 	for _, chart := range component.Charts {
 		// Do not wait for the chart to be ready if data injections are present.
 		if len(component.DataInjections) > 0 {
@@ -646,7 +646,7 @@ func (p *Packager) installChartAndManifests(componentPaths *layout.ComponentPath
 				p.cfg.PkgOpts.Retries),
 		)
 
-		addedConnectStrings, installedChartName, err := helmCfg.InstallOrUpgradeChart()
+		addedConnectStrings, installedChartName, err := helmCfg.InstallOrUpgradeChart(ctx)
 		if err != nil {
 			return installedCharts, err
 		}
@@ -699,7 +699,7 @@ func (p *Packager) installChartAndManifests(componentPaths *layout.ComponentPath
 		}
 
 		// Install the chart.
-		addedConnectStrings, installedChartName, err := helmCfg.InstallOrUpgradeChart()
+		addedConnectStrings, installedChartName, err := helmCfg.InstallOrUpgradeChart(ctx)
 		if err != nil {
 			return installedCharts, err
 		}
diff --git a/src/pkg/packager/prepare.go b/src/pkg/packager/prepare.go
index 340ac1c85a..2b888c3966 100644
--- a/src/pkg/packager/prepare.go
+++ b/src/pkg/packager/prepare.go
@@ -185,7 +185,7 @@ func (p *Packager) findImages(ctx context.Context) (imgMap map[string][]string,
 			}
 
 			// Generate helm templates for this chart
-			chartTemplate, chartValues, err := helmCfg.TemplateChart()
+			chartTemplate, chartValues, err := helmCfg.TemplateChart(ctx)
 			if err != nil {
 				message.WarnErrf(err, "Problem rendering the helm template for %s: %s", chart.Name, err.Error())
 				erroredCharts = append(erroredCharts, chart.Name)

From 437e63ce6ac54b2c71ca4d837647646230c1500a Mon Sep 17 00:00:00 2001
From: "renovate[bot]" <29139614+renovate[bot]@users.noreply.github.com>
Date: Wed, 24 Jul 2024 18:13:34 -0600
Subject: [PATCH 19/68] fix(deps): update github.com/anchore/clio digest to
 ac88e09 (#2527)

Co-authored-by: renovate[bot] <29139614+renovate[bot]@users.noreply.github.com>
---
 go.mod | 12 ++++++------
 go.sum | 24 ++++++++++++------------
 2 files changed, 18 insertions(+), 18 deletions(-)

diff --git a/go.mod b/go.mod
index 9bf35fbbba..d69363783f 100644
--- a/go.mod
+++ b/go.mod
@@ -9,7 +9,7 @@ require (
 	github.com/AlecAivazis/survey/v2 v2.3.7
 	github.com/Masterminds/semver/v3 v3.2.1
 	github.com/agnivade/levenshtein v1.1.1
-	github.com/anchore/clio v0.0.0-20240408173007-3c4abf89e72f
+	github.com/anchore/clio v0.0.0-20240705045624-ac88e09ad9d0
 	github.com/anchore/stereoscope v0.0.1
 	github.com/anchore/syft v0.100.0
 	github.com/defenseunicorns/pkg/helpers/v2 v2.0.1
@@ -40,14 +40,14 @@ require (
 	github.com/sigstore/sigstore/pkg/signature/kms/azure v1.8.1
 	github.com/sigstore/sigstore/pkg/signature/kms/gcp v1.8.1
 	github.com/sigstore/sigstore/pkg/signature/kms/hashivault v1.8.1
-	github.com/spf13/cobra v1.8.0
+	github.com/spf13/cobra v1.8.1
 	github.com/spf13/pflag v1.0.5
 	github.com/spf13/viper v1.18.2
 	github.com/stretchr/testify v1.9.0
 	github.com/xeipuuv/gojsonschema v1.2.0
 	golang.org/x/crypto v0.24.0
 	golang.org/x/sync v0.7.0
-	golang.org/x/term v0.21.0
+	golang.org/x/term v0.22.0
 	helm.sh/helm/v3 v3.14.2
 	k8s.io/api v0.30.0
 	k8s.io/apimachinery v0.30.0
@@ -132,7 +132,7 @@ require (
 	github.com/alibabacloud-go/tea-xml v1.1.3 // indirect
 	github.com/aliyun/credentials-go v1.3.1 // indirect
 	github.com/anchore/bubbly v0.0.0-20231115134915-def0aba654a9 // indirect
-	github.com/anchore/fangs v0.0.0-20231201140849-5075d28d6d8b // indirect
+	github.com/anchore/fangs v0.0.0-20240508143433-f016b099950f // indirect
 	github.com/anchore/go-logger v0.0.0-20230725134548-c21dafa1ec5a // indirect
 	github.com/anchore/go-macholibre v0.0.0-20220308212642-53e6d0aaf6fb // indirect
 	github.com/anchore/go-struct-converter v0.0.0-20221118182256-c68fdcfa2092 // indirect
@@ -199,7 +199,7 @@ require (
 	github.com/containerd/ttrpc v1.2.2 // indirect
 	github.com/containerd/typeurl/v2 v2.1.1 // indirect
 	github.com/coreos/go-oidc/v3 v3.9.0 // indirect
-	github.com/cpuguy83/go-md2man/v2 v2.0.3 // indirect
+	github.com/cpuguy83/go-md2man/v2 v2.0.4 // indirect
 	github.com/cyberphone/json-canonicalization v0.0.0-20231011164504-785e29786b46 // indirect
 	github.com/cyphar/filepath-securejoin v0.2.4 // indirect
 	github.com/davecgh/go-spew v1.1.2-0.20180830191138-d8f796af33cc // indirect
@@ -483,7 +483,7 @@ require (
 	golang.org/x/mod v0.17.0 // indirect
 	golang.org/x/net v0.26.0 // indirect
 	golang.org/x/oauth2 v0.21.0 // indirect
-	golang.org/x/sys v0.21.0 // indirect
+	golang.org/x/sys v0.22.0 // indirect
 	golang.org/x/text v0.16.0 // indirect
 	golang.org/x/time v0.5.0 // indirect
 	golang.org/x/tools v0.21.1-0.20240508182429-e35e4ccd0d2d // indirect
diff --git a/go.sum b/go.sum
index 27f7af4f00..a0be8e7f61 100644
--- a/go.sum
+++ b/go.sum
@@ -372,10 +372,10 @@ github.com/aliyun/credentials-go v1.3.1 h1:uq/0v7kWrxmoLGpqjx7vtQ/s03f0zR//0br/x
 github.com/aliyun/credentials-go v1.3.1/go.mod h1:8jKYhQuDawt8x2+fusqa1Y6mPxemTsBEN04dgcAcYz0=
 github.com/anchore/bubbly v0.0.0-20231115134915-def0aba654a9 h1:p0ZIe0htYOX284Y4axJaGBvXHU0VCCzLN5Wf5XbKStU=
 github.com/anchore/bubbly v0.0.0-20231115134915-def0aba654a9/go.mod h1:3ZsFB9tzW3vl4gEiUeuSOMDnwroWxIxJelOOHUp8dSw=
-github.com/anchore/clio v0.0.0-20240408173007-3c4abf89e72f h1:2xJPf4KWzxFDwZK/yax+h8QHP2Gnn4fgXUCCeizhbyU=
-github.com/anchore/clio v0.0.0-20240408173007-3c4abf89e72f/go.mod h1:1k7cwq2CeVH9dgAl0X/JBBfJ4y/E8h2R9KqByDkrCA4=
-github.com/anchore/fangs v0.0.0-20231201140849-5075d28d6d8b h1:L/djgY7ZbZ/38+wUtdkk398W3PIBJLkt1N8nU/7e47A=
-github.com/anchore/fangs v0.0.0-20231201140849-5075d28d6d8b/go.mod h1:TLcE0RE5+8oIx2/NPWem/dq1DeaMoC+fPEH7hoSzPLo=
+github.com/anchore/clio v0.0.0-20240705045624-ac88e09ad9d0 h1:rtO6Bcc5KX1i6Ndj4pFcFUkE5PaiKv0J4hKSlmbEIXQ=
+github.com/anchore/clio v0.0.0-20240705045624-ac88e09ad9d0/go.mod h1:U3M+opzBUkSBUIRUXsQj6ZgrX9i7Nn0YLn4CjmhKMNI=
+github.com/anchore/fangs v0.0.0-20240508143433-f016b099950f h1:NOhzafCyNYFi88qxkBFjMzQo4dRa1vDhBzx+0Uovx8Q=
+github.com/anchore/fangs v0.0.0-20240508143433-f016b099950f/go.mod h1:sVpRS2yNCw6tLVpvA1QSDVWTJVpCuAm8JNZgn4Sjz/k=
 github.com/anchore/go-logger v0.0.0-20230725134548-c21dafa1ec5a h1:nJ2G8zWKASyVClGVgG7sfM5mwoZlZ2zYpIzN2OhjWkw=
 github.com/anchore/go-logger v0.0.0-20230725134548-c21dafa1ec5a/go.mod h1:ubLFmlsv8/DFUQrZwY5syT5/8Er3ugSr4rDFwHsE3hg=
 github.com/anchore/go-macholibre v0.0.0-20220308212642-53e6d0aaf6fb h1:iDMnx6LIjtjZ46C0akqveX83WFzhpTD3eqOthawb5vU=
@@ -578,8 +578,8 @@ github.com/coreos/go-systemd/v22 v22.5.0 h1:RrqgGjYQKalulkV8NGVIfkXQf6YYmOyiJKk8
 github.com/coreos/go-systemd/v22 v22.5.0/go.mod h1:Y58oyj3AT4RCenI/lSvhwexgC+NSVTIJ3seZv2GcEnc=
 github.com/cpuguy83/go-md2man/v2 v2.0.0-20190314233015-f79a8a8ca69d/go.mod h1:maD7wRr/U5Z6m/iR4s+kqSMx2CaBsrgA7czyZG/E6dU=
 github.com/cpuguy83/go-md2man/v2 v2.0.1/go.mod h1:tgQtvFlXSQOSOSIRvRPT7W67SCa46tRHOmNcaadrF8o=
-github.com/cpuguy83/go-md2man/v2 v2.0.3 h1:qMCsGGgs+MAzDFyp9LpAe1Lqy/fY/qCovCm0qnXZOBM=
-github.com/cpuguy83/go-md2man/v2 v2.0.3/go.mod h1:tgQtvFlXSQOSOSIRvRPT7W67SCa46tRHOmNcaadrF8o=
+github.com/cpuguy83/go-md2man/v2 v2.0.4 h1:wfIWP927BUkWJb2NmU/kNDYIBTh/ziUX91+lVfRxZq4=
+github.com/cpuguy83/go-md2man/v2 v2.0.4/go.mod h1:tgQtvFlXSQOSOSIRvRPT7W67SCa46tRHOmNcaadrF8o=
 github.com/creack/pty v1.1.17/go.mod h1:MOBLtS5ELjhRRrroQr9kyvTxUAFNvYEK993ew/Vr4O4=
 github.com/creack/pty v1.1.21 h1:1/QdRyBaHHJP61QkWMXlOIBfsgdDeeKfK8SYVUWJKf0=
 github.com/creack/pty v1.1.21/go.mod h1:MOBLtS5ELjhRRrroQr9kyvTxUAFNvYEK993ew/Vr4O4=
@@ -1584,8 +1584,8 @@ github.com/spf13/cast v1.4.1/go.mod h1:Qx5cxh0v+4UWYiBimWS+eyWzqEqokIECu5etghLkU
 github.com/spf13/cast v1.6.0 h1:GEiTHELF+vaR5dhz3VqZfFSzZjYbgeKDpBxQVS4GYJ0=
 github.com/spf13/cast v1.6.0/go.mod h1:ancEpBxwJDODSW/UG4rDrAqiKolqNNh2DX3mk86cAdo=
 github.com/spf13/cobra v1.3.0/go.mod h1:BrRVncBjOJa/eUcVVm9CE+oC6as8k+VYr4NY7WCi9V4=
-github.com/spf13/cobra v1.8.0 h1:7aJaZx1B85qltLMc546zn58BxxfZdR/W22ej9CFoEf0=
-github.com/spf13/cobra v1.8.0/go.mod h1:WXLWApfZ71AjXPya3WOlMsY9yMs7YeiHhFVlvLyhcho=
+github.com/spf13/cobra v1.8.1 h1:e5/vxKd/rZsfSJMUX1agtjeTDf+qv1/JdBF8gg5k9ZM=
+github.com/spf13/cobra v1.8.1/go.mod h1:wHxEcudfqmLYa8iTfL+OuZPbBZkmvliBWKIezN3kD9Y=
 github.com/spf13/jwalterweatherman v1.1.0/go.mod h1:aNWZUN0dPAAO/Ljvb5BEdw96iTZ0EXowPYD95IqWIGo=
 github.com/spf13/pflag v1.0.5 h1:iy+VFUOCP1a+8yFto/drg2CJ5u0yRoB7fZw3DKv/JXA=
 github.com/spf13/pflag v1.0.5/go.mod h1:McXfInJRrz4CZXVZOBLb0bTZqETkiAhM9Iw0y3An2Bg=
@@ -2067,8 +2067,8 @@ golang.org/x/sys v0.8.0/go.mod h1:oPkhp1MJrh7nUepCBck5+mAzfO9JrbApNNgaTdGDITg=
 golang.org/x/sys v0.9.0/go.mod h1:oPkhp1MJrh7nUepCBck5+mAzfO9JrbApNNgaTdGDITg=
 golang.org/x/sys v0.12.0/go.mod h1:oPkhp1MJrh7nUepCBck5+mAzfO9JrbApNNgaTdGDITg=
 golang.org/x/sys v0.17.0/go.mod h1:/VUhepiaJMQUp4+oa/7Zr1D23ma6VTLIYjOOTFZPUcA=
-golang.org/x/sys v0.21.0 h1:rF+pYz3DAGSQAxAu1CbC7catZg4ebC4UIeIhKxBZvws=
-golang.org/x/sys v0.21.0/go.mod h1:/VUhepiaJMQUp4+oa/7Zr1D23ma6VTLIYjOOTFZPUcA=
+golang.org/x/sys v0.22.0 h1:RI27ohtqKCnwULzJLqkv897zojh5/DwS/ENaMzUOaWI=
+golang.org/x/sys v0.22.0/go.mod h1:/VUhepiaJMQUp4+oa/7Zr1D23ma6VTLIYjOOTFZPUcA=
 golang.org/x/term v0.0.0-20201117132131-f5c789dd3221/go.mod h1:Nr5EML6q2oocZ2LXRh80K7BxOlk5/8JxuGnuhpl+muw=
 golang.org/x/term v0.0.0-20201126162022-7de9c90e9dd1/go.mod h1:bj7SfCRtBDWHUb9snDiAeCFNEtKQo2Wmx5Cou7ajbmo=
 golang.org/x/term v0.0.0-20210220032956-6a3ed077a48d/go.mod h1:bj7SfCRtBDWHUb9snDiAeCFNEtKQo2Wmx5Cou7ajbmo=
@@ -2082,8 +2082,8 @@ golang.org/x/term v0.6.0/go.mod h1:m6U89DPEgQRMq3DNkDClhWw02AUbt2daBVO4cn4Hv9U=
 golang.org/x/term v0.8.0/go.mod h1:xPskH00ivmX89bAKVGSKKtLOWNx2+17Eiy94tnKShWo=
 golang.org/x/term v0.9.0/go.mod h1:M6DEAAIenWoTxdKrOltXcmDY3rSplQUkrvaDU5FcQyo=
 golang.org/x/term v0.17.0/go.mod h1:lLRBjIVuehSbZlaOtGMbcMncT+aqLLLmKrsjNrUguwk=
-golang.org/x/term v0.21.0 h1:WVXCp+/EBEHOj53Rvu+7KiT/iElMrO8ACK16SMZ3jaA=
-golang.org/x/term v0.21.0/go.mod h1:ooXLefLobQVslOqselCNF4SxFAaoS6KujMbsGzSDmX0=
+golang.org/x/term v0.22.0 h1:BbsgPEJULsl2fV/AT3v15Mjva5yXKQDyKf+TbDz7QJk=
+golang.org/x/term v0.22.0/go.mod h1:F3qCibpT5AMpCRfhfT53vVJwhLtIVHhB9XDjfFvnMI4=
 golang.org/x/text v0.0.0-20170915032832-14c0d48ead0c/go.mod h1:NqM8EUOU14njkJ3fqMW+pc6Ldnwhi/IjpwHt7yyuwOQ=
 golang.org/x/text v0.3.0/go.mod h1:NqM8EUOU14njkJ3fqMW+pc6Ldnwhi/IjpwHt7yyuwOQ=
 golang.org/x/text v0.3.1-0.20180807135948-17ff2d5776d2/go.mod h1:NqM8EUOU14njkJ3fqMW+pc6Ldnwhi/IjpwHt7yyuwOQ=

From b96446752706a9ffa4f02b0fcec6f657141f384d Mon Sep 17 00:00:00 2001
From: Philip Laine <philip.laine@gmail.com>
Date: Thu, 25 Jul 2024 10:21:45 +0200
Subject: [PATCH 20/68] refactor: add error handling to view SBOM files (#2752)

Signed-off-by: Philip Laine <philip.laine@gmail.com>
---
 src/internal/packager/sbom/tools.go | 43 ++++++++++++++++-------------
 src/pkg/packager/creator/normal.go  |  5 +++-
 src/pkg/packager/inspect.go         |  5 +++-
 3 files changed, 32 insertions(+), 21 deletions(-)

diff --git a/src/internal/packager/sbom/tools.go b/src/internal/packager/sbom/tools.go
index 60aa998958..972b709906 100644
--- a/src/internal/packager/sbom/tools.go
+++ b/src/internal/packager/sbom/tools.go
@@ -14,26 +14,31 @@ import (
 )
 
 // ViewSBOMFiles opens a browser to view the SBOM files and pauses for user input.
-func ViewSBOMFiles(directory string) {
-	sbomViewFiles, _ := filepath.Glob(filepath.Join(directory, "sbom-viewer-*"))
-
-	if len(sbomViewFiles) > 0 {
-		link := sbomViewFiles[0]
-		msg := fmt.Sprintf("This package has %d images with software bill-of-materials (SBOM) included. If your browser did not open automatically you can copy and paste this file location into your browser address bar to view them: %s\n\n", len(sbomViewFiles), link)
-		message.Note(msg)
-
-		if err := exec.LaunchURL(link); err != nil {
-			message.Debug(err)
-		}
+func ViewSBOMFiles(directory string) error {
+	sbomViewFiles, err := filepath.Glob(filepath.Join(directory, "sbom-viewer-*"))
+	if err != nil {
+		return err
+	}
 
-		// Use survey.Input to hang until user input
-		var value string
-		prompt := &survey.Input{
-			Message: "Hit the 'enter' key when you are done viewing the SBOM files",
-			Default: "",
-		}
-		_ = survey.AskOne(prompt, &value)
-	} else {
+	if len(sbomViewFiles) == 0 {
 		message.Note("There were no images with software bill-of-materials (SBOM) included.")
+		return nil
+	}
+
+	link := sbomViewFiles[0]
+	msg := fmt.Sprintf("This package has %d images with software bill-of-materials (SBOM) included. If your browser did not open automatically you can copy and paste this file location into your browser address bar to view them: %s\n\n", len(sbomViewFiles), link)
+	message.Note(msg)
+	if err := exec.LaunchURL(link); err != nil {
+		return err
+	}
+	var value string
+	prompt := &survey.Input{
+		Message: "Hit the 'enter' key when you are done viewing the SBOM files",
+		Default: "",
+	}
+	err = survey.AskOne(prompt, &value)
+	if err != nil {
+		return err
 	}
+	return nil
 }
diff --git a/src/pkg/packager/creator/normal.go b/src/pkg/packager/creator/normal.go
index 3b34b7e846..52baa708e4 100644
--- a/src/pkg/packager/creator/normal.go
+++ b/src/pkg/packager/creator/normal.go
@@ -321,7 +321,10 @@ func (pc *PackageCreator) Output(ctx context.Context, dst *layout.PackagePaths,
 		}
 
 		if pc.createOpts.ViewSBOM {
-			sbom.ViewSBOMFiles(sbomDir)
+			err := sbom.ViewSBOMFiles(sbomDir)
+			if err != nil {
+				return err
+			}
 		}
 	}
 	return nil
diff --git a/src/pkg/packager/inspect.go b/src/pkg/packager/inspect.go
index bfa29d860b..88b1de88d8 100644
--- a/src/pkg/packager/inspect.go
+++ b/src/pkg/packager/inspect.go
@@ -47,7 +47,10 @@ func (p *Packager) Inspect(ctx context.Context) (err error) {
 	}
 
 	if p.cfg.InspectOpts.ViewSBOM {
-		sbom.ViewSBOMFiles(sbomDir)
+		err := sbom.ViewSBOMFiles(sbomDir)
+		if err != nil {
+			return err
+		}
 	}
 
 	return nil

From 5058a673bef1496195afd9e193a64030df6f28ba Mon Sep 17 00:00:00 2001
From: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
Date: Thu, 25 Jul 2024 04:44:50 -0400
Subject: [PATCH 21/68] feat: annotate image mutation (#2755)

Signed-off-by: Austin Abro <AustinAbro321@gmail.com>
Signed-off-by: Philip Laine <philip.laine@gmail.com>
Co-authored-by: Philip Laine <philip.laine@gmail.com>
---
 src/internal/agent/hooks/pods.go      | 16 ++++++++++++++++
 src/internal/agent/hooks/pods_test.go | 22 +++++++++++++++++++---
 2 files changed, 35 insertions(+), 3 deletions(-)

diff --git a/src/internal/agent/hooks/pods.go b/src/internal/agent/hooks/pods.go
index 1eaccb5fbb..60362785a5 100644
--- a/src/internal/agent/hooks/pods.go
+++ b/src/internal/agent/hooks/pods.go
@@ -20,6 +20,8 @@ import (
 	corev1 "k8s.io/api/core/v1"
 )
 
+const annotationPrefix = "zarf.dev"
+
 // NewPodMutationHook creates a new instance of pods mutation hook.
 func NewPodMutationHook(ctx context.Context, cluster *cluster.Cluster) operations.Hook {
 	return operations.Hook{
@@ -40,6 +42,10 @@ func parsePod(object []byte) (*corev1.Pod, error) {
 	return &pod, nil
 }
 
+func getImageAnnotationKey(containerName string) string {
+	return fmt.Sprintf("%s/original-image-%s", annotationPrefix, containerName)
+}
+
 func mutatePod(ctx context.Context, r *v1.AdmissionRequest, cluster *cluster.Cluster) (*operations.Result, error) {
 	pod, err := parsePod(r.Object.Raw)
 	if err != nil {
@@ -66,6 +72,11 @@ func mutatePod(ctx context.Context, r *v1.AdmissionRequest, cluster *cluster.Clu
 	zarfSecret := []corev1.LocalObjectReference{{Name: config.ZarfImagePullSecretName}}
 	patches = append(patches, operations.ReplacePatchOperation("/spec/imagePullSecrets", zarfSecret))
 
+	updatedAnnotations := pod.Annotations
+	if updatedAnnotations == nil {
+		updatedAnnotations = make(map[string]string)
+	}
+
 	// update the image host for each init container
 	for idx, container := range pod.Spec.InitContainers {
 		path := fmt.Sprintf("/spec/initContainers/%d/image", idx)
@@ -74,6 +85,7 @@ func mutatePod(ctx context.Context, r *v1.AdmissionRequest, cluster *cluster.Clu
 			message.Warnf(lang.AgentErrImageSwap, container.Image)
 			continue // Continue, because we might as well attempt to mutate the other containers for this pod
 		}
+		updatedAnnotations[getImageAnnotationKey(container.Name)] = container.Image
 		patches = append(patches, operations.ReplacePatchOperation(path, replacement))
 	}
 
@@ -85,6 +97,7 @@ func mutatePod(ctx context.Context, r *v1.AdmissionRequest, cluster *cluster.Clu
 			message.Warnf(lang.AgentErrImageSwap, container.Image)
 			continue // Continue, because we might as well attempt to mutate the other containers for this pod
 		}
+		updatedAnnotations[getImageAnnotationKey(container.Name)] = container.Image
 		patches = append(patches, operations.ReplacePatchOperation(path, replacement))
 	}
 
@@ -96,11 +109,14 @@ func mutatePod(ctx context.Context, r *v1.AdmissionRequest, cluster *cluster.Clu
 			message.Warnf(lang.AgentErrImageSwap, container.Image)
 			continue // Continue, because we might as well attempt to mutate the other containers for this pod
 		}
+		updatedAnnotations[getImageAnnotationKey(container.Name)] = container.Image
 		patches = append(patches, operations.ReplacePatchOperation(path, replacement))
 	}
 
 	patches = append(patches, getLabelPatch(pod.Labels))
 
+	patches = append(patches, operations.ReplacePatchOperation("/metadata/annotations", updatedAnnotations))
+
 	return &operations.Result{
 		Allowed:  true,
 		PatchOps: patches,
diff --git a/src/internal/agent/hooks/pods_test.go b/src/internal/agent/hooks/pods_test.go
index dafa786f8c..60bd09d0f5 100644
--- a/src/internal/agent/hooks/pods_test.go
+++ b/src/internal/agent/hooks/pods_test.go
@@ -50,11 +50,12 @@ func TestPodMutationWebhook(t *testing.T) {
 					Annotations: map[string]string{"should-be": "mutated"},
 				},
 				Spec: corev1.PodSpec{
-					Containers:     []corev1.Container{{Image: "nginx"}},
-					InitContainers: []corev1.Container{{Image: "busybox"}},
+					Containers:     []corev1.Container{{Name: "nginx", Image: "nginx"}},
+					InitContainers: []corev1.Container{{Name: "different", Image: "busybox"}},
 					EphemeralContainers: []corev1.EphemeralContainer{
 						{
 							EphemeralContainerCommon: corev1.EphemeralContainerCommon{
+								Name:  "alpine",
 								Image: "alpine",
 							},
 						},
@@ -85,6 +86,15 @@ func TestPodMutationWebhook(t *testing.T) {
 						"should-be":  "mutated",
 					},
 				),
+				operations.ReplacePatchOperation(
+					"/metadata/annotations",
+					map[string]string{
+						"zarf.dev/original-image-nginx":     "nginx",
+						"zarf.dev/original-image-alpine":    "alpine",
+						"zarf.dev/original-image-different": "busybox",
+						"should-be":                         "mutated",
+					},
+				),
 			},
 			code: http.StatusOK,
 		},
@@ -108,7 +118,7 @@ func TestPodMutationWebhook(t *testing.T) {
 					Labels: nil,
 				},
 				Spec: corev1.PodSpec{
-					Containers: []corev1.Container{{Image: "nginx"}},
+					Containers: []corev1.Container{{Name: "nginx", Image: "nginx"}},
 				},
 			}),
 			patch: []operations.PatchOperation{
@@ -124,6 +134,12 @@ func TestPodMutationWebhook(t *testing.T) {
 					"/metadata/labels",
 					map[string]string{"zarf-agent": "patched"},
 				),
+				operations.ReplacePatchOperation(
+					"/metadata/annotations",
+					map[string]string{
+						"zarf.dev/original-image-nginx": "nginx",
+					},
+				),
 			},
 			code: http.StatusOK,
 		},

From 049fe2e110f16b050e1ebf6eb239e831b3275ee4 Mon Sep 17 00:00:00 2001
From: schristoff <28318173+schristoff@users.noreply.github.com>
Date: Thu, 25 Jul 2024 02:50:59 -0600
Subject: [PATCH 22/68] chore: move context.TODO to context.Background() (2)
 (#2746)

Signed-off-by: schristoff-du <167717759+schristoff-du@users.noreply.github.com>
Co-authored-by: schristoff-du <167717759+schristoff-du@users.noreply.github.com>
---
 src/pkg/utils/exec/exec.go                    |  8 ++++
 src/test/common.go                            | 11 ++---
 src/test/e2e/00_use_cli_test.go               | 44 ++++++++---------
 src/test/e2e/01_component_choice_test.go      |  6 +--
 src/test/e2e/02_component_actions_test.go     | 20 ++++----
 src/test/e2e/03_deprecations_test.go          | 14 +++---
 src/test/e2e/04_create_templating_test.go     | 10 ++--
 src/test/e2e/05_tarball_test.go               | 12 ++---
 src/test/e2e/06_create_sbom_test.go           | 10 ++--
 src/test/e2e/07_create_git_test.go            |  2 +-
 src/test/e2e/08_create_differential_test.go   |  6 +--
 src/test/e2e/09_component_compose_test.go     |  6 +--
 src/test/e2e/10_component_flavor_test.go      |  8 ++--
 src/test/e2e/11_oci_pull_inspect_test.go      | 10 ++--
 src/test/e2e/12_lint_test.go                  |  4 +-
 src/test/e2e/13_find_images_test.go           | 16 +++----
 src/test/e2e/13_zarf_package_generate_test.go |  2 +-
 src/test/e2e/14_create_sha_index_test.go      |  2 +-
 src/test/e2e/20_zarf_init_test.go             | 48 +++++++++----------
 src/test/e2e/21_connect_creds_test.go         | 14 +++---
 src/test/e2e/22_git_and_gitops_test.go        | 30 ++++++------
 src/test/e2e/23_data_injection_test.go        |  8 ++--
 src/test/e2e/24_variables_test.go             | 16 +++----
 src/test/e2e/25_helm_test.go                  | 46 +++++++++---------
 src/test/e2e/26_simple_packages_test.go       | 16 +++----
 src/test/e2e/27_deploy_regression_test.go     |  9 ++--
 src/test/e2e/28_wait_test.go                  | 12 ++---
 src/test/e2e/29_config_file_test.go           | 18 +++----
 .../e2e/30_component_action_cluster_test.go   |  8 ++--
 .../e2e/31_checksum_and_signature_test.go     | 12 ++---
 src/test/e2e/32_component_webhooks_test.go    | 16 +++----
 src/test/e2e/33_manifest_with_symlink_test.go |  4 +-
 src/test/e2e/34_custom_init_package_test.go   | 10 ++--
 src/test/e2e/35_custom_retries_test.go        |  6 +--
 src/test/e2e/50_oci_publish_deploy_test.go    | 22 ++++-----
 src/test/e2e/51_oci_compose_test.go           | 26 +++++-----
 src/test/e2e/99_appliance_remove_test.go      | 10 ++--
 src/test/e2e/99_yolo_test.go                  | 10 ++--
 src/test/external/common.go                   |  3 +-
 src/test/external/ext_in_cluster_test.go      |  2 +-
 src/test/nightly/ecr_publish_test.go          | 12 ++---
 src/test/upgrade/previously_built_test.go     | 37 +++++++-------
 42 files changed, 295 insertions(+), 291 deletions(-)

diff --git a/src/pkg/utils/exec/exec.go b/src/pkg/utils/exec/exec.go
index 40b4023d50..a3957edd31 100644
--- a/src/pkg/utils/exec/exec.go
+++ b/src/pkg/utils/exec/exec.go
@@ -15,6 +15,7 @@ import (
 	"runtime"
 	"strings"
 	"sync"
+	"testing"
 )
 
 // Config is a struct for configuring the Cmd function.
@@ -50,6 +51,13 @@ func CmdWithPrint(command string, args ...string) error {
 	return err
 }
 
+// CmdWithTesting takes a *testing.T and generates a context the cancels on cleanup
+func CmdWithTesting(t *testing.T, config Config, command string, args ...string) (string, string, error) {
+	ctx, cancel := context.WithCancel(context.Background())
+	t.Cleanup(cancel)
+	return CmdWithContext(ctx, config, command, args...)
+}
+
 // CmdWithContext executes a given command with given config.
 func CmdWithContext(ctx context.Context, config Config, command string, args ...string) (string, string, error) {
 	if command == "" {
diff --git a/src/test/common.go b/src/test/common.go
index 0339fe0f48..c75e71ec7c 100644
--- a/src/test/common.go
+++ b/src/test/common.go
@@ -6,7 +6,6 @@ package test
 
 import (
 	"bufio"
-	"context"
 	"fmt"
 	"os"
 	"regexp"
@@ -53,7 +52,7 @@ func GetCLIName() string {
 }
 
 // Zarf executes a Zarf command.
-func (e2e *ZarfE2ETest) Zarf(args ...string) (string, string, error) {
+func (e2e *ZarfE2ETest) Zarf(t *testing.T, args ...string) (string, string, error) {
 	if !slices.Contains(args, "--tmpdir") && !slices.Contains(args, "tools") {
 		tmpdir, err := os.MkdirTemp("", "zarf-")
 		if err != nil {
@@ -76,14 +75,14 @@ func (e2e *ZarfE2ETest) Zarf(args ...string) (string, string, error) {
 		args = append(args, "--zarf-cache", cacheDir)
 		defer os.RemoveAll(cacheDir)
 	}
-	return exec.CmdWithContext(context.TODO(), exec.PrintCfg(), e2e.ZarfBinPath, args...)
+	return exec.CmdWithTesting(t, exec.PrintCfg(), e2e.ZarfBinPath, args...)
 }
 
 // Kubectl executes `zarf tools kubectl ...`
-func (e2e *ZarfE2ETest) Kubectl(args ...string) (string, string, error) {
+func (e2e *ZarfE2ETest) Kubectl(t *testing.T, args ...string) (string, string, error) {
 	tk := []string{"tools", "kubectl"}
 	args = append(tk, args...)
-	return e2e.Zarf(args...)
+	return e2e.Zarf(t, args...)
 }
 
 // CleanFiles removes files and directories that have been created during the test.
@@ -132,7 +131,7 @@ func (e2e *ZarfE2ETest) TeardownRegistry(t *testing.T, port int) {
 // GetZarfVersion returns the current build/zarf version
 func (e2e *ZarfE2ETest) GetZarfVersion(t *testing.T) string {
 	// Get the version of the CLI
-	stdOut, stdErr, err := e2e.Zarf("version")
+	stdOut, stdErr, err := e2e.Zarf(t, "version")
 	require.NoError(t, err, stdOut, stdErr)
 	return strings.Trim(stdOut, "\n")
 }
diff --git a/src/test/e2e/00_use_cli_test.go b/src/test/e2e/00_use_cli_test.go
index 93c5778c0c..ff8a07106b 100644
--- a/src/test/e2e/00_use_cli_test.go
+++ b/src/test/e2e/00_use_cli_test.go
@@ -35,7 +35,7 @@ func TestUseCLI(t *testing.T) {
 		err := os.WriteFile(shasumTestFilePath, []byte("random test data 🦄\n"), helpers.ReadWriteUser)
 		require.NoError(t, err)
 
-		stdOut, stdErr, err := e2e.Zarf("prepare", "sha256sum", shasumTestFilePath)
+		stdOut, stdErr, err := e2e.Zarf(t, "prepare", "sha256sum", shasumTestFilePath)
 		require.NoError(t, err, stdOut, stdErr)
 		require.Equal(t, expectedShasum, stdOut, "The expected SHASUM should equal the actual SHASUM")
 	})
@@ -45,7 +45,7 @@ func TestUseCLI(t *testing.T) {
 		// Test `zarf prepare sha256sum` for a remote asset
 		expectedShasum := "c3cdea0573ba5a058ec090b5d2683bf398e8b1614c37ec81136ed03b78167617\n"
 
-		stdOut, stdErr, err := e2e.Zarf("prepare", "sha256sum", "https://zarf-public.s3-us-gov-west-1.amazonaws.com/pipelines/zarf-prepare-shasum-remote-test-file.txt")
+		stdOut, stdErr, err := e2e.Zarf(t, "prepare", "sha256sum", "https://zarf-public.s3-us-gov-west-1.amazonaws.com/pipelines/zarf-prepare-shasum-remote-test-file.txt")
 		require.NoError(t, err, stdOut, stdErr)
 		require.Contains(t, stdOut, expectedShasum, "The expected SHASUM should equal the actual SHASUM")
 	})
@@ -53,19 +53,19 @@ func TestUseCLI(t *testing.T) {
 	t.Run("zarf version", func(t *testing.T) {
 		t.Parallel()
 		// Test `zarf version`
-		version, _, err := e2e.Zarf("version")
+		version, _, err := e2e.Zarf(t, "version")
 		require.NoError(t, err)
 		require.NotEmpty(t, version, "Zarf version should not be an empty string")
 		version = strings.Trim(version, "\n")
 
 		// test `zarf version --output=json`
-		stdOut, _, err := e2e.Zarf("version", "--output=json")
+		stdOut, _, err := e2e.Zarf(t, "version", "--output=json")
 		require.NoError(t, err)
 		jsonVersion := fmt.Sprintf(",\"version\":\"%s\"}", version)
 		require.Contains(t, stdOut, jsonVersion, "Zarf version should be the same in all formats")
 
 		// test `zarf version --output=yaml`
-		stdOut, _, err = e2e.Zarf("version", "--output=yaml")
+		stdOut, _, err = e2e.Zarf(t, "version", "--output=yaml")
 		require.NoError(t, err)
 		yamlVersion := fmt.Sprintf("version: %s", version)
 		require.Contains(t, stdOut, yamlVersion, "Zarf version should be the same in all formats")
@@ -75,23 +75,23 @@ func TestUseCLI(t *testing.T) {
 		t.Parallel()
 		// Test for expected failure when given a bad component input
 		path := fmt.Sprintf("build/zarf-package-component-actions-%s.tar.zst", e2e.Arch)
-		_, _, err := e2e.Zarf("package", "deploy", path, "--components=on-create,foo,git-server", "--confirm")
+		_, _, err := e2e.Zarf(t, "package", "deploy", path, "--components=on-create,foo,git-server", "--confirm")
 		require.Error(t, err)
 	})
 
 	t.Run("zarf deploy should return a warning when no components are deployed", func(t *testing.T) {
 		t.Parallel()
-		_, _, err := e2e.Zarf("package", "create", "src/test/packages/00-no-components", "-o=build", "--confirm")
+		_, _, err := e2e.Zarf(t, "package", "create", "src/test/packages/00-no-components", "-o=build", "--confirm")
 		require.NoError(t, err)
 		path := fmt.Sprintf("build/zarf-package-no-components-%s.tar.zst", e2e.Arch)
 
 		// Test that excluding all components with a leading dash results in a warning
-		_, stdErr, err := e2e.Zarf("package", "deploy", path, "--components=-deselect-me", "--confirm")
+		_, stdErr, err := e2e.Zarf(t, "package", "deploy", path, "--components=-deselect-me", "--confirm")
 		require.NoError(t, err)
 		require.Contains(t, stdErr, "No components were selected for deployment")
 
 		// Test that excluding still works even if a wildcard is given
-		_, stdErr, err = e2e.Zarf("package", "deploy", path, "--components=*,-deselect-me", "--confirm")
+		_, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--components=*,-deselect-me", "--confirm")
 		require.NoError(t, err)
 		require.NotContains(t, stdErr, "DESELECT-ME COMPONENT")
 	})
@@ -99,13 +99,13 @@ func TestUseCLI(t *testing.T) {
 	t.Run("changing log level", func(t *testing.T) {
 		t.Parallel()
 		// Test that changing the log level actually applies the requested level
-		_, stdErr, _ := e2e.Zarf("internal", "crc32", "zarf", "--log-level=debug")
+		_, stdErr, _ := e2e.Zarf(t, "internal", "crc32", "zarf", "--log-level=debug")
 		expectedOutString := "Log level set to debug"
 		require.Contains(t, stdErr, expectedOutString, "The log level should be changed to 'debug'")
 	})
 
 	t.Run("zarf package to test bad remote images", func(t *testing.T) {
-		_, stdErr, err := e2e.Zarf("package", "create", "src/test/packages/00-remote-pull-fail", "--confirm")
+		_, stdErr, err := e2e.Zarf(t, "package", "create", "src/test/packages/00-remote-pull-fail", "--confirm")
 		// expecting zarf to have an error and output to stderr
 		require.Error(t, err)
 		// Make sure we print the get request error (only look for GET since the actual error changes based on login status)
@@ -116,11 +116,11 @@ func TestUseCLI(t *testing.T) {
 
 	t.Run("zarf package to test archive path", func(t *testing.T) {
 		t.Parallel()
-		stdOut, stdErr, err := e2e.Zarf("package", "create", "packages/distros/eks", "--confirm")
+		stdOut, stdErr, err := e2e.Zarf(t, "package", "create", "packages/distros/eks", "--confirm")
 		require.NoError(t, err, stdOut, stdErr)
 
 		path := fmt.Sprintf("zarf-package-distro-eks-%s-0.0.3.tar.zst", e2e.Arch)
-		stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--confirm")
+		stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--confirm")
 		require.NoError(t, err, stdOut, stdErr)
 
 		require.FileExists(t, "binaries/eksctl_Darwin_x86_64")
@@ -134,7 +134,7 @@ func TestUseCLI(t *testing.T) {
 		t.Parallel()
 		tmpdir := t.TempDir()
 		cacheDir := filepath.Join(t.TempDir(), ".cache-location")
-		stdOut, stdErr, err := e2e.Zarf("package", "create", "examples/dos-games", "--zarf-cache", cacheDir, "--tmpdir", tmpdir, "--log-level=debug", "-o=build", "--confirm")
+		stdOut, stdErr, err := e2e.Zarf(t, "package", "create", "examples/dos-games", "--zarf-cache", cacheDir, "--tmpdir", tmpdir, "--log-level=debug", "-o=build", "--confirm")
 		require.Contains(t, stdErr, tmpdir, "The other tmp path should show as being created")
 		require.NoError(t, err, stdOut, stdErr)
 
@@ -147,7 +147,7 @@ func TestUseCLI(t *testing.T) {
 		t.Parallel()
 		path := fmt.Sprintf("build/zarf-package-component-actions-%s.tar.zst", e2e.Arch)
 		tmpdir := t.TempDir()
-		stdOut, stdErr, err := e2e.Zarf("package", "inspect", path, "--tmpdir", tmpdir, "--log-level=debug")
+		stdOut, stdErr, err := e2e.Zarf(t, "package", "inspect", path, "--tmpdir", tmpdir, "--log-level=debug")
 		require.Contains(t, stdErr, tmpdir, "The other tmp path should show as being created")
 		require.NoError(t, err, stdOut, stdErr)
 	})
@@ -164,7 +164,7 @@ func TestUseCLI(t *testing.T) {
 			e2e.CleanFiles(firstFile, secondFile)
 		})
 		path := fmt.Sprintf("build/zarf-package-component-choice-%s.tar.zst", e2e.Arch)
-		stdOut, stdErr, err := e2e.Zarf("package", "deploy", path, "--tmpdir", tmpdir, "--log-level=debug", "--confirm")
+		stdOut, stdErr, err := e2e.Zarf(t, "package", "deploy", path, "--tmpdir", tmpdir, "--log-level=debug", "--confirm")
 		require.Contains(t, stdErr, tmpdir, "The other tmp path should show as being created")
 		require.NoError(t, err, stdOut, stdErr)
 	})
@@ -174,7 +174,7 @@ func TestUseCLI(t *testing.T) {
 		tmpdir := t.TempDir()
 		// Test removal of cache
 		cachePath := filepath.Join(tmpdir, ".cache-location")
-		stdOut, stdErr, err := e2e.Zarf("tools", "clear-cache", "--zarf-cache", cachePath)
+		stdOut, stdErr, err := e2e.Zarf(t, "tools", "clear-cache", "--zarf-cache", cachePath)
 		require.NoError(t, err, stdOut, stdErr)
 		// Check that ReadDir returns no such file or directory for the cachePath
 		_, err = os.ReadDir(cachePath)
@@ -196,7 +196,7 @@ func TestUseCLI(t *testing.T) {
 		t.Cleanup(func() {
 			e2e.CleanFiles(tlsCA, tlsCert, tlsKey)
 		})
-		stdOut, stdErr, err := e2e.Zarf("tools", "gen-pki", "github.com", "--sub-alt-name", "google.com")
+		stdOut, stdErr, err := e2e.Zarf(t, "tools", "gen-pki", "github.com", "--sub-alt-name", "google.com")
 		require.NoError(t, err, stdOut, stdErr)
 		require.Contains(t, stdErr, "Successfully created a chain of trust for github.com")
 
@@ -225,16 +225,16 @@ func TestUseCLI(t *testing.T) {
 		require.NoError(t, err)
 
 		// Test that yq can eval properly
-		_, stdErr, err := e2e.Zarf("tools", "yq", "eval", "-i", `.items[1].name = "renamed-item"`, file)
+		_, stdErr, err := e2e.Zarf(t, "tools", "yq", "eval", "-i", `.items[1].name = "renamed-item"`, file)
 		require.NoError(t, err, stdErr)
-		stdOut, _, err := e2e.Zarf("tools", "yq", ".items[1].name", file)
+		stdOut, _, err := e2e.Zarf(t, "tools", "yq", ".items[1].name", file)
 		require.NoError(t, err)
 		require.Contains(t, stdOut, "renamed-item")
 
 		// Test that yq ea can be used properly
-		_, _, err = e2e.Zarf("tools", "yq", "eval-all", "-i", `. as $doc ireduce ({}; .items += $doc.items)`, file, otherFile)
+		_, _, err = e2e.Zarf(t, "tools", "yq", "eval-all", "-i", `. as $doc ireduce ({}; .items += $doc.items)`, file, otherFile)
 		require.NoError(t, err)
-		stdOut, _, err = e2e.Zarf("tools", "yq", "e", ".items | length", file)
+		stdOut, _, err = e2e.Zarf(t, "tools", "yq", "e", ".items | length", file)
 		require.NoError(t, err)
 		require.Equal(t, "4\n", stdOut)
 	})
diff --git a/src/test/e2e/01_component_choice_test.go b/src/test/e2e/01_component_choice_test.go
index 8930094f24..8668586956 100644
--- a/src/test/e2e/01_component_choice_test.go
+++ b/src/test/e2e/01_component_choice_test.go
@@ -26,11 +26,11 @@ func TestComponentChoice(t *testing.T) {
 
 	// Try to deploy both and expect failure due to only one component allowed at a time
 	// We currently don't have a pattern to actually test the interactive prompt, so just testing automation for now
-	stdOut, stdErr, err := e2e.Zarf("package", "deploy", path, "--components=first-choice,second-choice", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "deploy", path, "--components=first-choice,second-choice", "--confirm")
 	require.Error(t, err, stdOut, stdErr)
 
 	// Deploy a single choice and expect success
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--components=first-choice", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--components=first-choice", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "Component first-choice is using group which has been deprecated", "output should show a warning for group being deprecated.")
 
@@ -40,7 +40,7 @@ func TestComponentChoice(t *testing.T) {
 	require.NoFileExists(t, secondFile)
 
 	// Deploy using default choice
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Verify the file was created
diff --git a/src/test/e2e/02_component_actions_test.go b/src/test/e2e/02_component_actions_test.go
index b709c0c267..94f9d997db 100644
--- a/src/test/e2e/02_component_actions_test.go
+++ b/src/test/e2e/02_component_actions_test.go
@@ -31,7 +31,7 @@ func TestComponentActions(t *testing.T) {
 
 	/* Create */
 	// Try creating the package to test the onCreate actions.
-	stdOut, stdErr, err := e2e.Zarf("package", "create", "examples/component-actions", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", "examples/component-actions", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "Completed \"Create a test file\"")
 	require.Contains(t, stdErr, "Completed \"touch test-create-after.txt\"")
@@ -54,7 +54,7 @@ func TestComponentActions(t *testing.T) {
 		t.Parallel()
 
 		// Deploy the simple script that should pass.
-		stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--components=on-deploy-and-remove", "--confirm")
+		stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--components=on-deploy-and-remove", "--confirm")
 		require.NoError(t, err, stdOut, stdErr)
 
 		// Check that the deploy artifacts were created.
@@ -63,7 +63,7 @@ func TestComponentActions(t *testing.T) {
 		}
 
 		// Remove the simple script that should pass.
-		stdOut, stdErr, err = e2e.Zarf("package", "remove", path, "--components=on-deploy-and-remove", "--confirm")
+		stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", path, "--components=on-deploy-and-remove", "--confirm")
 		require.NoError(t, err, stdOut, stdErr)
 
 		// Check that the deploy artifacts were removed.
@@ -75,7 +75,7 @@ func TestComponentActions(t *testing.T) {
 	t.Run("action on-deploy-with-timeout", func(t *testing.T) {
 		t.Parallel()
 		// Deploy the simple action that should fail the timeout.
-		stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--components=on-deploy-with-timeout", "--confirm")
+		stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--components=on-deploy-with-timeout", "--confirm")
 		require.Error(t, err, stdOut, stdErr)
 		require.Contains(t, stdErr, "after 1 second")
 		require.Contains(t, stdErr, "😭😭😭 this action failed because it took too long to run 😭😭😭")
@@ -85,7 +85,7 @@ func TestComponentActions(t *testing.T) {
 		t.Parallel()
 
 		// Test using a Zarf Variable within the action
-		stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--components=on-deploy-with-variable", "--confirm")
+		stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--components=on-deploy-with-variable", "--confirm")
 		require.NoError(t, err, stdOut, stdErr)
 		require.Contains(t, stdErr, "the dog says ruff")
 
@@ -94,7 +94,7 @@ func TestComponentActions(t *testing.T) {
 	t.Run("action on-deploy-with-dynamic-variable", func(t *testing.T) {
 		t.Parallel()
 		// Test using dynamic and multiple-variables
-		stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--components=on-deploy-with-dynamic-variable,on-deploy-with-multiple-variables", "--confirm")
+		stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--components=on-deploy-with-dynamic-variable,on-deploy-with-multiple-variables", "--confirm")
 		require.NoError(t, err, stdOut, stdErr)
 		require.Contains(t, stdErr, "the cat says meow")
 		require.Contains(t, stdErr, "the dog says ruff")
@@ -108,7 +108,7 @@ func TestComponentActions(t *testing.T) {
 		deployWithEnvVarArtifact := "test-filename-from-env.txt"
 
 		// Test using environment variables
-		stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--components=on-deploy-with-env-var", "--confirm")
+		stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--components=on-deploy-with-env-var", "--confirm")
 		require.NoError(t, err, stdOut, stdErr)
 		require.FileExists(t, deployWithEnvVarArtifact)
 
@@ -121,7 +121,7 @@ func TestComponentActions(t *testing.T) {
 		deployTemplatedArtifact := "test-templated.txt"
 
 		// Test using a templated file but without dynamic variables
-		stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--components=on-deploy-with-template-use-of-variable", "--confirm")
+		stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--components=on-deploy-with-template-use-of-variable", "--confirm")
 		require.NoError(t, err, stdOut, stdErr)
 		outTemplated, err := os.ReadFile(deployTemplatedArtifact)
 		require.NoError(t, err)
@@ -133,7 +133,7 @@ func TestComponentActions(t *testing.T) {
 		e2e.CleanFiles(deployTemplatedArtifact)
 
 		// Test using a templated file with dynamic variables
-		stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--components=on-deploy-with-template-use-of-variable,on-deploy-with-dynamic-variable,on-deploy-with-multiple-variables", "--confirm")
+		stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--components=on-deploy-with-template-use-of-variable,on-deploy-with-dynamic-variable,on-deploy-with-multiple-variables", "--confirm")
 		require.NoError(t, err, stdOut, stdErr)
 		outTemplated, err = os.ReadFile(deployTemplatedArtifact)
 		require.NoError(t, err)
@@ -147,7 +147,7 @@ func TestComponentActions(t *testing.T) {
 
 	t.Run("action on-deploy-immediate-failure", func(t *testing.T) {
 		t.Parallel()
-		stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--components=on-deploy-immediate-failure", "--confirm")
+		stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--components=on-deploy-immediate-failure", "--confirm")
 		require.Error(t, err, stdOut, stdErr)
 		require.Contains(t, stdErr, "failed to deploy package")
 		// regression test to ensure that failed commands are not erroneously flagged as a timeout
diff --git a/src/test/e2e/03_deprecations_test.go b/src/test/e2e/03_deprecations_test.go
index 9d1c96b0c9..0414a3915e 100644
--- a/src/test/e2e/03_deprecations_test.go
+++ b/src/test/e2e/03_deprecations_test.go
@@ -30,7 +30,7 @@ func TestDeprecatedComponentScripts(t *testing.T) {
 	// 1. Try creating the package to test the create scripts
 	testPackagePath := fmt.Sprintf("%s/zarf-package-deprecated-component-scripts-%s.tar.zst", testPackageDirPath, e2e.Arch)
 	outputFlag := fmt.Sprintf("-o=%s", testPackageDirPath)
-	stdOut, stdErr, err := e2e.Zarf("package", "create", testPackageDirPath, outputFlag, "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", testPackageDirPath, outputFlag, "--confirm")
 	defer e2e.CleanFiles(testPackagePath)
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "Component '1-test-deprecated-prepare-scripts' is using scripts")
@@ -46,7 +46,7 @@ func TestDeprecatedComponentScripts(t *testing.T) {
 	}
 
 	// 2. Deploy the simple script that should pass
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", testPackagePath, "--confirm", "--components=2-test-deprecated-deploy-scripts")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", testPackagePath, "--confirm", "--components=2-test-deprecated-deploy-scripts")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Check that the deploy artifacts were created
@@ -55,7 +55,7 @@ func TestDeprecatedComponentScripts(t *testing.T) {
 	}
 
 	// 3. Deploy the simple script that should fail the timeout
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", testPackagePath, "--confirm", "--components=3-test-deprecated-timeout-scripts")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", testPackagePath, "--confirm", "--components=3-test-deprecated-timeout-scripts")
 	require.Error(t, err, stdOut, stdErr)
 }
 
@@ -79,24 +79,24 @@ func TestDeprecatedSetAndPackageVariables(t *testing.T) {
 	outputFlag := fmt.Sprintf("-o=%s", testPackageDirPath)
 
 	// Check that the command still errors out
-	stdOut, stdErr, err := e2e.Zarf("package", "create", testPackageDirPath, outputFlag, "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", testPackageDirPath, outputFlag, "--confirm")
 	require.Error(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "template \"ECHO\" must be '--set'")
 
 	// Check that the command displays a warning on create
-	stdOut, stdErr, err = e2e.Zarf("package", "create", testPackageDirPath, outputFlag, "--confirm", "--set", "ECHO=Zarf-The-Axolotl")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "create", testPackageDirPath, outputFlag, "--confirm", "--set", "ECHO=Zarf-The-Axolotl")
 	defer e2e.CleanFiles(testPackagePath)
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "Component '1-test-deprecated-set-variable' is using setVariable")
 	require.Contains(t, stdErr, "deprecated syntax ###ZARF_PKG_VAR_ECHO###")
 
 	// 1. Deploy the setVariable action that should pass and output the variable
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", testPackagePath, "--confirm", "--components=1-test-deprecated-set-variable")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", testPackagePath, "--confirm", "--components=1-test-deprecated-set-variable")
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "Hello from Hello Kitteh")
 
 	// 2. Deploy the setVariable action that should pass and output the variable
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", testPackagePath, "--confirm", "--components=2-test-deprecated-pkg-var")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", testPackagePath, "--confirm", "--components=2-test-deprecated-pkg-var")
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "Zarf-The-Axolotl")
 }
diff --git a/src/test/e2e/04_create_templating_test.go b/src/test/e2e/04_create_templating_test.go
index a77ba1abd6..d69839547b 100644
--- a/src/test/e2e/04_create_templating_test.go
+++ b/src/test/e2e/04_create_templating_test.go
@@ -24,15 +24,15 @@ func TestCreateTemplating(t *testing.T) {
 	pkgName := fmt.Sprintf("zarf-package-variables-%s.tar.zst", e2e.Arch)
 
 	// Test that not specifying a package variable results in an error
-	_, stdErr, _ := e2e.Zarf("package", "create", "examples/variables", "--confirm")
+	_, stdErr, _ := e2e.Zarf(t, "package", "create", "examples/variables", "--confirm")
 	expectedOutString := "variable 'NGINX_VERSION' must be '--set' when using the '--confirm' flag"
 	require.Contains(t, stdErr, "", expectedOutString)
 
 	// Test a simple package variable example with `--set` (will fail to pull an image if this is not set correctly)
-	stdOut, stdErr, err := e2e.Zarf("package", "create", "examples/variables", "--set", "NGINX_VERSION=1.23.3", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", "examples/variables", "--set", "NGINX_VERSION=1.23.3", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
-	stdOut, stdErr, err = e2e.Zarf("t", "archiver", "decompress", pkgName, decompressPath, "--unarchive-all")
+	stdOut, stdErr, err = e2e.Zarf(t, "t", "archiver", "decompress", pkgName, decompressPath, "--unarchive-all")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Check that the constant in the zarf.yaml is replaced correctly
@@ -41,14 +41,14 @@ func TestCreateTemplating(t *testing.T) {
 	require.Contains(t, string(builtConfig), "name: NGINX_VERSION\n  value: 1.23.3")
 
 	// Test that files and file folders template and handle SBOMs correctly
-	stdOut, stdErr, err = e2e.Zarf("package", "create", "src/test/packages/04-file-folders-templating-sbom/", "--sbom-out", sbomPath, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "create", "src/test/packages/04-file-folders-templating-sbom/", "--sbom-out", sbomPath, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "Creating SBOMs for 0 images and 2 components with files.")
 
 	fileFoldersPkgName := fmt.Sprintf("zarf-package-file-folders-templating-sbom-%s.tar.zst", e2e.Arch)
 
 	// Deploy the package and look for the variables in the output
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", fileFoldersPkgName, "--set", "DOGGO=doggy", "--set", "KITTEH=meowza", "--set", "PANDA=pandemonium", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", fileFoldersPkgName, "--set", "DOGGO=doggy", "--set", "KITTEH=meowza", "--set", "PANDA=pandemonium", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "A doggy barks!")
 	require.Contains(t, stdErr, "  - meowza")
diff --git a/src/test/e2e/05_tarball_test.go b/src/test/e2e/05_tarball_test.go
index ab91e06e4d..cac1a07582 100644
--- a/src/test/e2e/05_tarball_test.go
+++ b/src/test/e2e/05_tarball_test.go
@@ -30,7 +30,7 @@ func TestMultiPartPackage(t *testing.T) {
 	e2e.CleanFiles(deployPath, outputFile)
 
 	// Create the package with a max size of 20MB
-	stdOut, stdErr, err := e2e.Zarf("package", "create", createPath, "--max-package-size=20", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", createPath, "--max-package-size=20", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	parts, err := filepath.Glob("zarf-package-multi-part-*")
@@ -53,7 +53,7 @@ func TestMultiPartPackage(t *testing.T) {
 	require.Equal(t, 3, pkgData.Count)
 	fmt.Printf("%#v", pkgData)
 
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", deployPath, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", deployPath, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Verify the package was deployed
@@ -87,10 +87,10 @@ func TestReproducibleTarballs(t *testing.T) {
 		unpack2    = filepath.Join(tmp, "unpack2")
 	)
 
-	stdOut, stdErr, err := e2e.Zarf("package", "create", createPath, "--confirm", "--output", tmp)
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", createPath, "--confirm", "--output", tmp)
 	require.NoError(t, err, stdOut, stdErr)
 
-	stdOut, stdErr, err = e2e.Zarf("tools", "archiver", "decompress", tb, unpack1)
+	stdOut, stdErr, err = e2e.Zarf(t, "tools", "archiver", "decompress", tb, unpack1)
 	require.NoError(t, err, stdOut, stdErr)
 
 	var pkg1 types.ZarfPackage
@@ -99,10 +99,10 @@ func TestReproducibleTarballs(t *testing.T) {
 
 	e2e.CleanFiles(unpack1, tb)
 
-	stdOut, stdErr, err = e2e.Zarf("package", "create", createPath, "--confirm", "--output", tmp)
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "create", createPath, "--confirm", "--output", tmp)
 	require.NoError(t, err, stdOut, stdErr)
 
-	stdOut, stdErr, err = e2e.Zarf("tools", "archiver", "decompress", tb, unpack2)
+	stdOut, stdErr, err = e2e.Zarf(t, "tools", "archiver", "decompress", tb, unpack2)
 	require.NoError(t, err, stdOut, stdErr)
 
 	var pkg2 types.ZarfPackage
diff --git a/src/test/e2e/06_create_sbom_test.go b/src/test/e2e/06_create_sbom_test.go
index d040ba2e05..75b1b309ff 100644
--- a/src/test/e2e/06_create_sbom_test.go
+++ b/src/test/e2e/06_create_sbom_test.go
@@ -20,7 +20,7 @@ func TestCreateSBOM(t *testing.T) {
 
 	pkgName := fmt.Sprintf("zarf-package-dos-games-%s-1.0.0.tar.zst", e2e.Arch)
 
-	stdOut, stdErr, err := e2e.Zarf("package", "create", "examples/dos-games", "--sbom-out", sbomPath, "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", "examples/dos-games", "--sbom-out", sbomPath, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "Creating SBOMs for 1 images and 0 components with files.")
 	// Test that the game package generates the SBOMs we expect (images only)
@@ -31,7 +31,7 @@ func TestCreateSBOM(t *testing.T) {
 	// Clean the SBOM path so it is force to be recreated
 	e2e.CleanFiles(sbomPath)
 
-	stdOut, stdErr, err = e2e.Zarf("package", "inspect", pkgName, "--sbom-out", sbomPath)
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "inspect", pkgName, "--sbom-out", sbomPath)
 	require.NoError(t, err, stdOut, stdErr)
 	// Test that the game package generates the SBOMs we expect (images only)
 	_, err = os.ReadFile(filepath.Join(sbomPath, "dos-games", "sbom-viewer-docker.io_defenseunicorns_zarf-game_multi-tile-dark.html"))
@@ -41,17 +41,17 @@ func TestCreateSBOM(t *testing.T) {
 	_, err = os.ReadFile(filepath.Join(sbomPath, "dos-games", "docker.io_defenseunicorns_zarf-game_multi-tile-dark.json"))
 	require.NoError(t, err)
 
-	stdOut, _, err = e2e.Zarf("package", "inspect", pkgName, "--list-images")
+	stdOut, _, err = e2e.Zarf(t, "package", "inspect", pkgName, "--list-images")
 	require.NoError(t, err)
 	require.Equal(t, "- defenseunicorns/zarf-game:multi-tile-dark\n", stdOut)
 
 	// Pull the current zarf binary version to find the corresponding init package
-	version, stdErr, err := e2e.Zarf("version")
+	version, stdErr, err := e2e.Zarf(t, "version")
 	require.NoError(t, err, version, stdErr)
 
 	initName := fmt.Sprintf("build/zarf-init-%s-%s.tar.zst", e2e.Arch, strings.TrimSpace(version))
 
-	stdOut, stdErr, err = e2e.Zarf("package", "inspect", initName, "--sbom-out", sbomPath)
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "inspect", initName, "--sbom-out", sbomPath)
 	require.NoError(t, err, stdOut, stdErr)
 	// Test that we preserve the filepath
 	_, err = os.ReadFile(filepath.Join(sbomPath, "dos-games", "sbom-viewer-docker.io_defenseunicorns_zarf-game_multi-tile-dark.html"))
diff --git a/src/test/e2e/07_create_git_test.go b/src/test/e2e/07_create_git_test.go
index af475a3593..7a08043c1f 100644
--- a/src/test/e2e/07_create_git_test.go
+++ b/src/test/e2e/07_create_git_test.go
@@ -21,7 +21,7 @@ func TestCreateGit(t *testing.T) {
 
 	// Extract the test package.
 	path := fmt.Sprintf("build/zarf-package-git-data-%s-0.0.1.tar.zst", e2e.Arch)
-	stdOut, stdErr, err := e2e.Zarf("tools", "archiver", "decompress", path, extractDir, "--unarchive-all")
+	stdOut, stdErr, err := e2e.Zarf(t, "tools", "archiver", "decompress", path, extractDir, "--unarchive-all")
 	require.NoError(t, err, stdOut, stdErr)
 	defer e2e.CleanFiles(extractDir)
 
diff --git a/src/test/e2e/08_create_differential_test.go b/src/test/e2e/08_create_differential_test.go
index d692d1b9cc..97aaf40de2 100644
--- a/src/test/e2e/08_create_differential_test.go
+++ b/src/test/e2e/08_create_differential_test.go
@@ -28,17 +28,17 @@ func TestCreateDifferential(t *testing.T) {
 	differentialFlag := fmt.Sprintf("--differential=%s", packageName)
 
 	// Build the package a first time
-	stdOut, stdErr, err := e2e.Zarf("package", "create", packagePath, "--set=PACKAGE_VERSION=v0.25.0", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", packagePath, "--set=PACKAGE_VERSION=v0.25.0", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	defer e2e.CleanFiles(packageName)
 
 	// Build the differential package without changing the version
-	_, stdErr, err = e2e.Zarf("package", "create", packagePath, "--set=PACKAGE_VERSION=v0.25.0", differentialFlag, "--confirm")
+	_, stdErr, err = e2e.Zarf(t, "package", "create", packagePath, "--set=PACKAGE_VERSION=v0.25.0", differentialFlag, "--confirm")
 	require.Error(t, err, "zarf package create should have errored when a differential package was being created without updating the package version number")
 	require.Contains(t, e2e.StripMessageFormatting(stdErr), lang.PkgCreateErrDifferentialSameVersion)
 
 	// Build the differential package
-	stdOut, stdErr, err = e2e.Zarf("package", "create", packagePath, "--set=PACKAGE_VERSION=v0.26.0", differentialFlag, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "create", packagePath, "--set=PACKAGE_VERSION=v0.26.0", differentialFlag, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	defer e2e.CleanFiles(differentialPackageName)
 
diff --git a/src/test/e2e/09_component_compose_test.go b/src/test/e2e/09_component_compose_test.go
index 176b96207e..37a905456a 100644
--- a/src/test/e2e/09_component_compose_test.go
+++ b/src/test/e2e/09_component_compose_test.go
@@ -45,7 +45,7 @@ func (suite *CompositionSuite) TearDownSuite() {
 func (suite *CompositionSuite) Test_0_ComposabilityExample() {
 	suite.T().Log("E2E: Package Compose Example")
 
-	_, stdErr, err := e2e.Zarf("package", "create", composeExample, "-o", "build", "--no-color", "--confirm")
+	_, stdErr, err := e2e.Zarf(suite.T(), "package", "create", composeExample, "-o", "build", "--no-color", "--confirm")
 	suite.NoError(err)
 
 	// Ensure that common names merge
@@ -71,7 +71,7 @@ func (suite *CompositionSuite) Test_0_ComposabilityExample() {
 func (suite *CompositionSuite) Test_1_FullComposability() {
 	suite.T().Log("E2E: Full Package Compose")
 
-	_, stdErr, err := e2e.Zarf("package", "create", composeTest, "-o", "build", "--no-color", "--confirm")
+	_, stdErr, err := e2e.Zarf(suite.T(), "package", "create", composeTest, "-o", "build", "--no-color", "--confirm")
 	suite.NoError(err)
 
 	// Ensure that names merge and that composition is added appropriately
@@ -183,7 +183,7 @@ func (suite *CompositionSuite) Test_1_FullComposability() {
 func (suite *CompositionSuite) Test_2_ComposabilityBadLocalOS() {
 	suite.T().Log("E2E: Package Compose Example")
 
-	_, stdErr, err := e2e.Zarf("package", "create", composeTestBadLocalOS, "-o", "build", "--no-color", "--confirm")
+	_, stdErr, err := e2e.Zarf(suite.T(), "package", "create", composeTestBadLocalOS, "-o", "build", "--no-color", "--confirm")
 	suite.Error(err)
 	suite.Contains(stdErr, "\"only.localOS\" \"linux\" cannot be redefined as \"windows\" during compose")
 }
diff --git a/src/test/e2e/10_component_flavor_test.go b/src/test/e2e/10_component_flavor_test.go
index 3ae8cfc234..a1f748bd22 100644
--- a/src/test/e2e/10_component_flavor_test.go
+++ b/src/test/e2e/10_component_flavor_test.go
@@ -46,7 +46,7 @@ func (suite *FlavorSuite) TearDownSuite() {
 func (suite *FlavorSuite) Test_0_FlavorExample() {
 	suite.T().Log("E2E: Package Flavor Example")
 
-	_, stdErr, err := e2e.Zarf("package", "create", flavorExample, "-o", "build", "--flavor", "oracle-cookie-crunch", "--no-color", "--confirm")
+	_, stdErr, err := e2e.Zarf(suite.T(), "package", "create", flavorExample, "-o", "build", "--flavor", "oracle-cookie-crunch", "--no-color", "--confirm")
 	suite.NoError(err)
 
 	// Ensure that the oracle image is included
@@ -64,7 +64,7 @@ func (suite *FlavorSuite) Test_0_FlavorExample() {
 func (suite *FlavorSuite) Test_1_FlavorArchFiltering() {
 	suite.T().Log("E2E: Package Flavor + Arch Filtering")
 
-	_, stdErr, err := e2e.Zarf("package", "create", flavorTest, "-o", "build", "--flavor", "vanilla", "-a", "amd64", "--no-color", "--confirm")
+	_, stdErr, err := e2e.Zarf(suite.T(), "package", "create", flavorTest, "-o", "build", "--flavor", "vanilla", "-a", "amd64", "--no-color", "--confirm")
 	suite.NoError(err)
 
 	// Ensure that the initial filter was applied
@@ -82,7 +82,7 @@ func (suite *FlavorSuite) Test_1_FlavorArchFiltering() {
 	suite.NotContains(stdErr, `chocolate-amd`)
 	suite.NotContains(stdErr, `chocolate-arm`)
 
-	_, stdErr, err = e2e.Zarf("package", "create", flavorTest, "-o", "build", "--flavor", "chocolate", "-a", "amd64", "--no-color", "--confirm")
+	_, stdErr, err = e2e.Zarf(suite.T(), "package", "create", flavorTest, "-o", "build", "--flavor", "chocolate", "-a", "amd64", "--no-color", "--confirm")
 	suite.NoError(err)
 
 	// Ensure that the initial filter was applied
@@ -100,7 +100,7 @@ func (suite *FlavorSuite) Test_1_FlavorArchFiltering() {
 	suite.NotContains(stdErr, `vanilla-amd`)
 	suite.NotContains(stdErr, `chocolate-arm`)
 
-	_, stdErr, err = e2e.Zarf("package", "create", flavorTest, "-o", "build", "--flavor", "chocolate", "-a", "arm64", "--no-color", "--confirm")
+	_, stdErr, err = e2e.Zarf(suite.T(), "package", "create", flavorTest, "-o", "build", "--flavor", "chocolate", "-a", "arm64", "--no-color", "--confirm")
 	suite.NoError(err)
 
 	// Ensure that the initial filter was applied
diff --git a/src/test/e2e/11_oci_pull_inspect_test.go b/src/test/e2e/11_oci_pull_inspect_test.go
index 98e5e4ff52..a992a50f55 100644
--- a/src/test/e2e/11_oci_pull_inspect_test.go
+++ b/src/test/e2e/11_oci_pull_inspect_test.go
@@ -45,7 +45,7 @@ func (suite *PullInspectTestSuite) Test_0_Pull() {
 	ref := fmt.Sprintf("oci://ghcr.io/zarf-dev/packages/dos-games:1.0.0-%s", e2e.Arch)
 
 	// Pull the package via OCI.
-	stdOut, stdErr, err := e2e.Zarf("package", "pull", ref)
+	stdOut, stdErr, err := e2e.Zarf(suite.T(), "package", "pull", ref)
 	suite.NoError(err, stdOut, stdErr)
 	suite.Contains(stdErr, fmt.Sprintf("Pulling %q", ref))
 	suite.Contains(stdErr, "Validating full package checksums")
@@ -55,13 +55,13 @@ func (suite *PullInspectTestSuite) Test_0_Pull() {
 
 	// Verify the package was pulled correctly.
 	suite.FileExists(out)
-	stdOut, stdErr, err = e2e.Zarf("package", "inspect", out, "--key", "https://zarf.dev/cosign.pub", "--sbom-out", sbomTmp)
+	stdOut, stdErr, err = e2e.Zarf(suite.T(), "package", "inspect", out, "--key", "https://zarf.dev/cosign.pub", "--sbom-out", sbomTmp)
 	suite.NoError(err, stdOut, stdErr)
 	suite.Contains(stdErr, "Validating SBOM checksums")
 	suite.Contains(stdErr, "Package signature validated!")
 
 	// Test pull w/ bad ref.
-	stdOut, stdErr, err = e2e.Zarf("package", "pull", "oci://"+badPullInspectRef.String(), "--insecure")
+	stdOut, stdErr, err = e2e.Zarf(suite.T(), "package", "pull", "oci://"+badPullInspectRef.String(), "--insecure")
 	suite.Error(err, stdOut, stdErr)
 }
 
@@ -69,13 +69,13 @@ func (suite *PullInspectTestSuite) Test_1_Remote_Inspect() {
 	suite.T().Log("E2E: Package Inspect oci://")
 
 	// Test inspect w/ bad ref.
-	_, stdErr, err := e2e.Zarf("package", "inspect", "oci://"+badPullInspectRef.String(), "--insecure")
+	_, stdErr, err := e2e.Zarf(suite.T(), "package", "inspect", "oci://"+badPullInspectRef.String(), "--insecure")
 	suite.Error(err, stdErr)
 
 	// Test inspect on a public package.
 	// NOTE: This also makes sure that Zarf does not attempt auth when inspecting a public package.
 	ref := fmt.Sprintf("oci://ghcr.io/zarf-dev/packages/dos-games:1.0.0-%s", e2e.Arch)
-	_, stdErr, err = e2e.Zarf("package", "inspect", ref)
+	_, stdErr, err = e2e.Zarf(suite.T(), "package", "inspect", ref)
 	suite.NoError(err, stdErr)
 }
 
diff --git a/src/test/e2e/12_lint_test.go b/src/test/e2e/12_lint_test.go
index a577bb397f..6b7239a17a 100644
--- a/src/test/e2e/12_lint_test.go
+++ b/src/test/e2e/12_lint_test.go
@@ -20,7 +20,7 @@ func TestLint(t *testing.T) {
 		t.Log("E2E: Test lint on schema success")
 
 		// This runs lint on the zarf.yaml in the base directory of the repo
-		_, _, err := e2e.Zarf("dev", "lint")
+		_, _, err := e2e.Zarf(t, "dev", "lint")
 		require.NoError(t, err, "Expect no error here because the yaml file is following schema")
 	})
 
@@ -30,7 +30,7 @@ func TestLint(t *testing.T) {
 		testPackagePath := filepath.Join("src", "test", "packages", "12-lint")
 		configPath := filepath.Join(testPackagePath, "zarf-config.toml")
 		os.Setenv("ZARF_CONFIG", configPath)
-		_, stderr, err := e2e.Zarf("dev", "lint", testPackagePath, "-f", "good-flavor")
+		_, stderr, err := e2e.Zarf(t, "dev", "lint", testPackagePath, "-f", "good-flavor")
 		os.Unsetenv("ZARF_CONFIG")
 		require.Error(t, err, "Require an exit code since there was warnings / errors")
 		strippedStderr := e2e.StripMessageFormatting(stderr)
diff --git a/src/test/e2e/13_find_images_test.go b/src/test/e2e/13_find_images_test.go
index 27e7bbe715..a161ed15f6 100644
--- a/src/test/e2e/13_find_images_test.go
+++ b/src/test/e2e/13_find_images_test.go
@@ -18,11 +18,11 @@ func TestFindImages(t *testing.T) {
 	t.Run("zarf prepare find-images", func(t *testing.T) {
 		t.Parallel()
 		// Test `zarf prepare find-images` for a remote asset
-		stdOut, stdErr, err := e2e.Zarf("prepare", "find-images", "examples/helm-charts")
+		stdOut, stdErr, err := e2e.Zarf(t, "prepare", "find-images", "examples/helm-charts")
 		require.NoError(t, err, stdOut, stdErr)
 		require.Contains(t, stdOut, "ghcr.io/stefanprodan/podinfo:6.4.0", "The chart image should be found by Zarf")
 		// Test `zarf prepare find-images` with a chart that uses helm annotations
-		stdOut, stdErr, err = e2e.Zarf("prepare", "find-images", "src/test/packages/00-helm-annotations")
+		stdOut, stdErr, err = e2e.Zarf(t, "prepare", "find-images", "src/test/packages/00-helm-annotations")
 		require.NoError(t, err, stdOut, stdErr)
 		require.Contains(t, stdOut, "registry1.dso.mil/ironbank/opensource/istio/pilot:1.17.2", "The pilot image should be found by Zarf")
 	})
@@ -34,13 +34,13 @@ func TestFindImages(t *testing.T) {
 
 		// Test `zarf prepare find-images` on a chart that has a `kubeVersion` declaration greater than the Helm default (v1.20.0)
 		// This should pass because we build Zarf specifying the kubeVersion value from the kubernetes client-go library instead
-		stdOut, stdErr, err := e2e.Zarf("prepare", "find-images", "src/test/packages/00-kube-version-override")
+		stdOut, stdErr, err := e2e.Zarf(t, "prepare", "find-images", "src/test/packages/00-kube-version-override")
 		require.NoError(t, err, stdOut, stdErr)
 		require.Contains(t, stdOut, controllerImageWithTag, "The chart image should be found by Zarf")
 		require.Contains(t, stdOut, controlImageWithSignature, "The image signature should be found by Zarf")
 
 		// Test `zarf prepare find-images` with `--kube-version` specified and less than than the declared minimum (v1.21.0)
-		stdOut, stdErr, err = e2e.Zarf("prepare", "find-images", "--kube-version=v1.20.0", "src/test/packages/00-kube-version-override")
+		stdOut, stdErr, err = e2e.Zarf(t, "prepare", "find-images", "--kube-version=v1.20.0", "src/test/packages/00-kube-version-override")
 		require.Error(t, err, stdOut, stdErr)
 		require.Contains(t, stdErr, "Problem rendering the helm template for cert-manager", "The kubeVersion declaration should prevent this from templating")
 		require.Contains(t, stdErr, "following charts had errors: [cert-manager]", "Zarf should print an ending error message")
@@ -51,14 +51,14 @@ func TestFindImages(t *testing.T) {
 		registry := "coolregistry.gov"
 		agentTag := "test"
 
-		stdOut, _, err := e2e.Zarf("prepare", "find-images", ".", "--registry-url", registry, "--create-set", fmt.Sprintf("agent_image_tag=%s", agentTag))
+		stdOut, _, err := e2e.Zarf(t, "prepare", "find-images", ".", "--registry-url", registry, "--create-set", fmt.Sprintf("agent_image_tag=%s", agentTag))
 		require.NoError(t, err)
 		internalRegistryImage := fmt.Sprintf("%s/%s:%s", registry, "zarf-dev/zarf/agent", agentTag)
 		require.Contains(t, stdOut, internalRegistryImage, "registry image should be found with registry url")
 		require.Contains(t, stdOut, "busybox:latest", "Busybox image should be found as long as helm chart doesn't error")
 
 		path := filepath.Join("src", "test", "packages", "00-find-images-with-vars")
-		stdOut, _, err = e2e.Zarf("prepare", "find-images", path, "--deploy-set", "BUSYBOX_IMAGE=busybox:earliest")
+		stdOut, _, err = e2e.Zarf(t, "prepare", "find-images", path, "--deploy-set", "BUSYBOX_IMAGE=busybox:earliest")
 		require.NoError(t, err)
 		require.Contains(t, stdOut, "nginx:latest", "Manifests aren't interpreting vars")
 		require.Contains(t, stdOut, "busybox:earliest", "Values files aren't interpreting vars")
@@ -69,7 +69,7 @@ func TestFindImages(t *testing.T) {
 		testPackagePath := filepath.Join("examples", "wordpress")
 		sets := []string{"WORDPRESS_USERNAME=zarf", "WORDPRESS_PASSWORD=fake", "WORDPRESS_EMAIL=hello@defenseunicorns.com", "WORDPRESS_FIRST_NAME=zarf", "WORDPRESS_LAST_NAME=zarf", "WORDPRESS_BLOG_NAME=blog"}
 		deploysSet := strings.Join(sets, ",")
-		stdOut, _, err := e2e.Zarf("dev", "find-images", testPackagePath, "--why", "docker.io/bitnami/apache-exporter:0.13.3-debian-11-r2", "--deploy-set", deploysSet)
+		stdOut, _, err := e2e.Zarf(t, "dev", "find-images", testPackagePath, "--why", "docker.io/bitnami/apache-exporter:0.13.3-debian-11-r2", "--deploy-set", deploysSet)
 		require.NoError(t, err)
 		require.Contains(t, stdOut, "component: wordpress")
 		require.Contains(t, stdOut, "chart: wordpress")
@@ -80,7 +80,7 @@ func TestFindImages(t *testing.T) {
 		t.Parallel()
 		testPackagePath := filepath.Join("examples", "manifests")
 
-		stdOut, _, err := e2e.Zarf("dev", "find-images", testPackagePath, "--why", "httpd:alpine3.18")
+		stdOut, _, err := e2e.Zarf(t, "dev", "find-images", testPackagePath, "--why", "httpd:alpine3.18")
 		require.NoError(t, err)
 		require.Contains(t, stdOut, "component: httpd-local")
 		require.Contains(t, stdOut, "manifest: simple-httpd-deployment")
diff --git a/src/test/e2e/13_zarf_package_generate_test.go b/src/test/e2e/13_zarf_package_generate_test.go
index 305141739c..9d73747210 100644
--- a/src/test/e2e/13_zarf_package_generate_test.go
+++ b/src/test/e2e/13_zarf_package_generate_test.go
@@ -24,7 +24,7 @@ func TestZarfDevGenerate(t *testing.T) {
 		version := "6.4.0"
 		gitPath := "charts/podinfo"
 
-		stdOut, stdErr, err := e2e.Zarf("dev", "generate", "podinfo", "--url", url, "--version", version, "--gitPath", gitPath, "--output-directory", tmpDir)
+		stdOut, stdErr, err := e2e.Zarf(t, "dev", "generate", "podinfo", "--url", url, "--version", version, "--gitPath", gitPath, "--output-directory", tmpDir)
 		require.NoError(t, err, stdOut, stdErr)
 
 		zarfPackage := types.ZarfPackage{}
diff --git a/src/test/e2e/14_create_sha_index_test.go b/src/test/e2e/14_create_sha_index_test.go
index 59993c5874..eb2849975a 100644
--- a/src/test/e2e/14_create_sha_index_test.go
+++ b/src/test/e2e/14_create_sha_index_test.go
@@ -32,7 +32,7 @@ func TestCreateIndexShaErrors(t *testing.T) {
 
 	for _, tc := range testCases {
 		t.Run(tc.name, func(t *testing.T) {
-			_, stderr, err := e2e.Zarf("package", "create", tc.packagePath, "--confirm")
+			_, stderr, err := e2e.Zarf(t, "package", "create", tc.packagePath, "--confirm")
 			require.Error(t, err)
 			require.Contains(t, stderr, tc.expectedImageInStderr)
 		})
diff --git a/src/test/e2e/20_zarf_init_test.go b/src/test/e2e/20_zarf_init_test.go
index 572cedea0f..6f788ef3b1 100644
--- a/src/test/e2e/20_zarf_init_test.go
+++ b/src/test/e2e/20_zarf_init_test.go
@@ -37,25 +37,25 @@ func TestZarfInit(t *testing.T) {
 
 	if runtime.GOOS == "linux" {
 		// Build init package with different arch than the cluster arch.
-		stdOut, stdErr, err := e2e.Zarf("package", "create", "src/test/packages/20-mismatched-arch-init", "--architecture", mismatchedArch, "--confirm")
+		stdOut, stdErr, err := e2e.Zarf(t, "package", "create", "src/test/packages/20-mismatched-arch-init", "--architecture", mismatchedArch, "--confirm")
 		require.NoError(t, err, stdOut, stdErr)
 
 		// Check that `zarf init` returns an error because of the mismatched architectures.
 		// We need to use the --architecture flag here to force zarf to find the package.
-		_, stdErr, err = e2e.Zarf("init", "--architecture", mismatchedArch, "--components=k3s", "--confirm")
+		_, stdErr, err = e2e.Zarf(t, "init", "--architecture", mismatchedArch, "--components=k3s", "--confirm")
 		require.Error(t, err, stdErr)
 		require.Contains(t, stdErr, expectedErrorMessage)
 	}
 
 	if !e2e.ApplianceMode {
 		// throw a pending pod into the cluster to ensure we can properly ignore them when selecting images
-		_, _, err := e2e.Kubectl("apply", "-f", "https://raw.githubusercontent.com/kubernetes/website/main/content/en/examples/pods/pod-with-node-affinity.yaml")
+		_, _, err := e2e.Kubectl(t, "apply", "-f", "https://raw.githubusercontent.com/kubernetes/website/main/content/en/examples/pods/pod-with-node-affinity.yaml")
 		require.NoError(t, err)
 	}
 
 	// Check for any old secrets to ensure that they don't get saved in the init log
 	oldState := types.ZarfState{}
-	base64State, _, err := e2e.Kubectl("get", "secret", "zarf-state", "-n", "zarf", "-o", "jsonpath={.data.state}")
+	base64State, _, err := e2e.Kubectl(t, "get", "secret", "zarf-state", "-n", "zarf", "-o", "jsonpath={.data.state}")
 	if err == nil {
 		oldStateJSON, err := base64.StdEncoding.DecodeString(base64State)
 		require.NoError(t, err)
@@ -64,7 +64,7 @@ func TestZarfInit(t *testing.T) {
 	}
 
 	// run `zarf init`
-	_, initStdErr, err := e2e.Zarf("init", "--components="+initComponents, "--nodeport", "31337", "-l", "trace", "--confirm")
+	_, initStdErr, err := e2e.Zarf(t, "init", "--components="+initComponents, "--nodeport", "31337", "-l", "trace", "--confirm")
 	require.NoError(t, err)
 	require.Contains(t, initStdErr, "an inventory of all software contained in this package")
 	require.NotContains(t, initStdErr, "This package does NOT contain an SBOM. If you require an SBOM, please contact the creator of this package to request a version that includes an SBOM.")
@@ -73,7 +73,7 @@ func TestZarfInit(t *testing.T) {
 
 	// Verify that any state secrets were not included in the log
 	state := types.ZarfState{}
-	base64State, _, err = e2e.Kubectl("get", "secret", "zarf-state", "-n", "zarf", "-o", "jsonpath={.data.state}")
+	base64State, _, err = e2e.Kubectl(t, "get", "secret", "zarf-state", "-n", "zarf", "-o", "jsonpath={.data.state}")
 	require.NoError(t, err)
 	stateJSON, err := base64.StdEncoding.DecodeString(base64State)
 	require.NoError(t, err)
@@ -83,18 +83,18 @@ func TestZarfInit(t *testing.T) {
 
 	if e2e.ApplianceMode {
 		// make sure that we upgraded `k3s` correctly and are running the correct version - this should match that found in `packages/distros/k3s`
-		kubeletVersion, _, err := e2e.Kubectl("get", "nodes", "-o", "jsonpath={.items[0].status.nodeInfo.kubeletVersion}")
+		kubeletVersion, _, err := e2e.Kubectl(t, "get", "nodes", "-o", "jsonpath={.items[0].status.nodeInfo.kubeletVersion}")
 		require.NoError(t, err)
 		require.Contains(t, kubeletVersion, "v1.28.4+k3s2")
 	}
 
 	// Check that the registry is running on the correct NodePort
-	stdOut, _, err := e2e.Kubectl("get", "service", "-n", "zarf", "zarf-docker-registry", "-o=jsonpath='{.spec.ports[*].nodePort}'")
+	stdOut, _, err := e2e.Kubectl(t, "get", "service", "-n", "zarf", "zarf-docker-registry", "-o=jsonpath='{.spec.ports[*].nodePort}'")
 	require.NoError(t, err)
 	require.Contains(t, stdOut, "31337")
 
 	// Check that the registry is running with the correct scale down policy
-	stdOut, _, err = e2e.Kubectl("get", "hpa", "-n", "zarf", "zarf-docker-registry", "-o=jsonpath='{.spec.behavior.scaleDown.selectPolicy}'")
+	stdOut, _, err = e2e.Kubectl(t, "get", "hpa", "-n", "zarf", "zarf-docker-registry", "-o=jsonpath='{.spec.behavior.scaleDown.selectPolicy}'")
 	require.NoError(t, err)
 	require.Contains(t, stdOut, "Min")
 
@@ -104,8 +104,8 @@ func TestZarfInit(t *testing.T) {
 	verifyZarfServiceLabels(t)
 
 	// Special sizing-hacking for reducing resources where Kind + CI eats a lot of free cycles (ignore errors)
-	_, _, _ = e2e.Kubectl("scale", "deploy", "-n", "kube-system", "coredns", "--replicas=1")
-	_, _, _ = e2e.Kubectl("scale", "deploy", "-n", "zarf", "agent-hook", "--replicas=1")
+	_, _, _ = e2e.Kubectl(t, "scale", "deploy", "-n", "kube-system", "coredns", "--replicas=1")
+	_, _, _ = e2e.Kubectl(t, "scale", "deploy", "-n", "zarf", "agent-hook", "--replicas=1")
 }
 
 func checkLogForSensitiveState(t *testing.T, logText string, zarfState types.ZarfState) {
@@ -129,7 +129,7 @@ func verifyZarfNamespaceLabels(t *testing.T) {
 	t.Helper()
 
 	expectedLabels := `'{"app.kubernetes.io/managed-by":"zarf","kubernetes.io/metadata.name":"zarf"}'`
-	actualLabels, _, err := e2e.Kubectl("get", "ns", "zarf", "-o=jsonpath='{.metadata.labels}'")
+	actualLabels, _, err := e2e.Kubectl(t, "get", "ns", "zarf", "-o=jsonpath='{.metadata.labels}'")
 	require.NoError(t, err)
 	require.Equal(t, expectedLabels, actualLabels)
 }
@@ -139,19 +139,19 @@ func verifyZarfSecretLabels(t *testing.T) {
 
 	// zarf state
 	expectedLabels := `'{"app.kubernetes.io/managed-by":"zarf"}'`
-	actualLabels, _, err := e2e.Kubectl("get", "-n=zarf", "secret", "zarf-state", "-o=jsonpath='{.metadata.labels}'")
+	actualLabels, _, err := e2e.Kubectl(t, "get", "-n=zarf", "secret", "zarf-state", "-o=jsonpath='{.metadata.labels}'")
 	require.NoError(t, err)
 	require.Equal(t, expectedLabels, actualLabels)
 
 	// init package secret
 	expectedLabels = `'{"app.kubernetes.io/managed-by":"zarf","package-deploy-info":"init"}'`
-	actualLabels, _, err = e2e.Kubectl("get", "-n=zarf", "secret", "zarf-package-init", "-o=jsonpath='{.metadata.labels}'")
+	actualLabels, _, err = e2e.Kubectl(t, "get", "-n=zarf", "secret", "zarf-package-init", "-o=jsonpath='{.metadata.labels}'")
 	require.NoError(t, err)
 	require.Equal(t, expectedLabels, actualLabels)
 
 	// registry
 	expectedLabels = `'{"app.kubernetes.io/managed-by":"zarf"}'`
-	actualLabels, _, err = e2e.Kubectl("get", "-n=zarf", "secret", "private-registry", "-o=jsonpath='{.metadata.labels}'")
+	actualLabels, _, err = e2e.Kubectl(t, "get", "-n=zarf", "secret", "private-registry", "-o=jsonpath='{.metadata.labels}'")
 	require.NoError(t, err)
 	require.Equal(t, expectedLabels, actualLabels)
 
@@ -160,13 +160,13 @@ func verifyZarfSecretLabels(t *testing.T) {
 	// this secret does not have the managed by zarf label
 	// because it is deployed as a helm chart rather than generated in Go code.
 	expectedLabels = `'{"app.kubernetes.io/managed-by":"Helm"}'`
-	actualLabels, _, err = e2e.Kubectl("get", "-n=zarf", "secret", "agent-hook-tls", "-o=jsonpath='{.metadata.labels}'")
+	actualLabels, _, err = e2e.Kubectl(t, "get", "-n=zarf", "secret", "agent-hook-tls", "-o=jsonpath='{.metadata.labels}'")
 	require.NoError(t, err)
 	require.Equal(t, expectedLabels, actualLabels)
 
 	// git server
 	expectedLabels = `'{"app.kubernetes.io/managed-by":"zarf"}'`
-	actualLabels, _, err = e2e.Kubectl("get", "-n=zarf", "secret", "private-git-server", "-o=jsonpath='{.metadata.labels}'")
+	actualLabels, _, err = e2e.Kubectl(t, "get", "-n=zarf", "secret", "private-git-server", "-o=jsonpath='{.metadata.labels}'")
 	require.NoError(t, err)
 	require.Equal(t, expectedLabels, actualLabels)
 }
@@ -175,24 +175,24 @@ func verifyZarfPodLabels(t *testing.T) {
 	t.Helper()
 
 	// registry
-	podHash, _, err := e2e.Kubectl("get", "-n=zarf", "--selector=app=docker-registry", "pods", `-o=jsonpath="{.items[0].metadata.labels['pod-template-hash']}"`)
+	podHash, _, err := e2e.Kubectl(t, "get", "-n=zarf", "--selector=app=docker-registry", "pods", `-o=jsonpath="{.items[0].metadata.labels['pod-template-hash']}"`)
 	require.NoError(t, err)
 	expectedLabels := fmt.Sprintf(`'{"app":"docker-registry","pod-template-hash":%s,"release":"zarf-docker-registry","zarf.dev/agent":"ignore"}'`, podHash)
-	actualLabels, _, err := e2e.Kubectl("get", "-n=zarf", "--selector=app=docker-registry", "pods", "-o=jsonpath='{.items[0].metadata.labels}'")
+	actualLabels, _, err := e2e.Kubectl(t, "get", "-n=zarf", "--selector=app=docker-registry", "pods", "-o=jsonpath='{.items[0].metadata.labels}'")
 	require.NoError(t, err)
 	require.Equal(t, expectedLabels, actualLabels)
 
 	// agent
-	podHash, _, err = e2e.Kubectl("get", "-n=zarf", "--selector=app=agent-hook", "pods", `-o=jsonpath="{.items[0].metadata.labels['pod-template-hash']}"`)
+	podHash, _, err = e2e.Kubectl(t, "get", "-n=zarf", "--selector=app=agent-hook", "pods", `-o=jsonpath="{.items[0].metadata.labels['pod-template-hash']}"`)
 	require.NoError(t, err)
 	expectedLabels = fmt.Sprintf(`'{"app":"agent-hook","pod-template-hash":%s,"zarf.dev/agent":"ignore"}'`, podHash)
-	actualLabels, _, err = e2e.Kubectl("get", "-n=zarf", "--selector=app=agent-hook", "pods", "-o=jsonpath='{.items[0].metadata.labels}'")
+	actualLabels, _, err = e2e.Kubectl(t, "get", "-n=zarf", "--selector=app=agent-hook", "pods", "-o=jsonpath='{.items[0].metadata.labels}'")
 	require.NoError(t, err)
 	require.Equal(t, expectedLabels, actualLabels)
 
 	// git server
 	patchedLabel := `"zarf-agent":"patched"`
-	actualLabels, _, err = e2e.Kubectl("get", "-n=zarf", "--selector=app.kubernetes.io/instance=zarf-gitea  ", "pods", "-o=jsonpath='{.items[0].metadata.labels}'")
+	actualLabels, _, err = e2e.Kubectl(t, "get", "-n=zarf", "--selector=app.kubernetes.io/instance=zarf-gitea  ", "pods", "-o=jsonpath='{.items[0].metadata.labels}'")
 	require.NoError(t, err)
 	require.Contains(t, actualLabels, patchedLabel)
 }
@@ -202,13 +202,13 @@ func verifyZarfServiceLabels(t *testing.T) {
 
 	// registry
 	expectedLabels := `'{"app.kubernetes.io/managed-by":"Helm","zarf.dev/connect-name":"registry"}'`
-	actualLabels, _, err := e2e.Kubectl("get", "-n=zarf", "service", "zarf-connect-registry", "-o=jsonpath='{.metadata.labels}'")
+	actualLabels, _, err := e2e.Kubectl(t, "get", "-n=zarf", "service", "zarf-connect-registry", "-o=jsonpath='{.metadata.labels}'")
 	require.NoError(t, err)
 	require.Equal(t, expectedLabels, actualLabels)
 
 	// git server
 	expectedLabels = `'{"app.kubernetes.io/managed-by":"Helm","zarf.dev/connect-name":"git"}'`
-	actualLabels, _, err = e2e.Kubectl("get", "-n=zarf", "service", "zarf-connect-git", "-o=jsonpath='{.metadata.labels}'")
+	actualLabels, _, err = e2e.Kubectl(t, "get", "-n=zarf", "service", "zarf-connect-git", "-o=jsonpath='{.metadata.labels}'")
 	require.NoError(t, err)
 	require.Equal(t, expectedLabels, actualLabels)
 }
diff --git a/src/test/e2e/21_connect_creds_test.go b/src/test/e2e/21_connect_creds_test.go
index b96d6c579b..e794de3f3e 100644
--- a/src/test/e2e/21_connect_creds_test.go
+++ b/src/test/e2e/21_connect_creds_test.go
@@ -24,17 +24,17 @@ type RegistryResponse struct {
 func TestConnectAndCreds(t *testing.T) {
 	t.Log("E2E: Connect")
 
-	prevAgentSecretData, _, err := e2e.Kubectl("get", "secret", "agent-hook-tls", "-n", "zarf", "-o", "jsonpath={.data}")
+	prevAgentSecretData, _, err := e2e.Kubectl(t, "get", "secret", "agent-hook-tls", "-n", "zarf", "-o", "jsonpath={.data}")
 	require.NoError(t, err)
 
 	ctx := context.Background()
 
 	connectToZarfServices(ctx, t)
 
-	stdOut, stdErr, err := e2e.Zarf("tools", "update-creds", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "tools", "update-creds", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
-	newAgentSecretData, _, err := e2e.Kubectl("get", "secret", "agent-hook-tls", "-n", "zarf", "-o", "jsonpath={.data}")
+	newAgentSecretData, _, err := e2e.Kubectl(t, "get", "secret", "agent-hook-tls", "-n", "zarf", "-o", "jsonpath={.data}")
 	require.NoError(t, err)
 	require.NotEqual(t, prevAgentSecretData, newAgentSecretData, "agent secrets should not be the same")
 
@@ -81,7 +81,7 @@ func TestMetrics(t *testing.T) {
 
 func connectToZarfServices(ctx context.Context, t *testing.T) {
 	// Make the Registry contains the images we expect
-	stdOut, stdErr, err := e2e.Zarf("tools", "registry", "catalog")
+	stdOut, stdErr, err := e2e.Zarf(t, "tools", "registry", "catalog")
 	require.NoError(t, err, stdOut, stdErr)
 	registryList := strings.Split(strings.Trim(stdOut, "\n "), "\n")
 
@@ -93,13 +93,13 @@ func connectToZarfServices(ctx context.Context, t *testing.T) {
 	require.Contains(t, stdOut, "library/registry")
 
 	// Get the git credentials
-	stdOut, stdErr, err = e2e.Zarf("tools", "get-creds", "git")
+	stdOut, stdErr, err = e2e.Zarf(t, "tools", "get-creds", "git")
 	require.NoError(t, err, stdOut, stdErr)
 	gitPushPassword := strings.TrimSpace(stdOut)
-	stdOut, stdErr, err = e2e.Zarf("tools", "get-creds", "git-readonly")
+	stdOut, stdErr, err = e2e.Zarf(t, "tools", "get-creds", "git-readonly")
 	require.NoError(t, err, stdOut, stdErr)
 	gitPullPassword := strings.TrimSpace(stdOut)
-	stdOut, stdErr, err = e2e.Zarf("tools", "get-creds", "artifact")
+	stdOut, stdErr, err = e2e.Zarf(t, "tools", "get-creds", "artifact")
 	require.NoError(t, err, stdOut, stdErr)
 	gitArtifactToken := strings.TrimSpace(stdOut)
 
diff --git a/src/test/e2e/22_git_and_gitops_test.go b/src/test/e2e/22_git_and_gitops_test.go
index 559bb79e3f..363d5be1df 100644
--- a/src/test/e2e/22_git_and_gitops_test.go
+++ b/src/test/e2e/22_git_and_gitops_test.go
@@ -23,14 +23,14 @@ func TestGit(t *testing.T) {
 	t.Log("E2E: Git")
 
 	buildPath := filepath.Join("src", "test", "packages", "22-git-data")
-	stdOut, stdErr, err := e2e.Zarf("package", "create", buildPath, "-o=build", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", buildPath, "-o=build", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	path := fmt.Sprintf("build/zarf-package-git-data-test-%s-1.0.0.tar.zst", e2e.Arch)
 	defer e2e.CleanFiles(path)
 
 	// Deploy the git data example (with component globbing to test that as well)
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--components=full-repo,specific-*", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--components=full-repo,specific-*", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	c, err := cluster.NewCluster()
@@ -135,54 +135,54 @@ func waitFluxPodInfoDeployment(t *testing.T) {
 	require.NoError(t, err)
 	// Deploy the flux example and verify that it works
 	path := fmt.Sprintf("build/zarf-package-podinfo-flux-%s.tar.zst", e2e.Arch)
-	stdOut, stdErr, err := e2e.Zarf("package", "deploy", path, "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "deploy", path, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Tests the URL mutation for GitRepository CRD for Flux.
-	stdOut, stdErr, err = e2e.Kubectl("get", "gitrepositories", "podinfo", "-n", "flux-system", "-o", "jsonpath={.spec.url}")
+	stdOut, stdErr, err = e2e.Kubectl(t, "get", "gitrepositories", "podinfo", "-n", "flux-system", "-o", "jsonpath={.spec.url}")
 	require.NoError(t, err, stdOut, stdErr)
 	expectedMutatedRepoURL := fmt.Sprintf("%s/%s/podinfo-1646971829.git", types.ZarfInClusterGitServiceURL, types.ZarfGitPushUser)
 	require.Equal(t, expectedMutatedRepoURL, stdOut)
 
 	// Tests the URL mutation for HelmRepository CRD for Flux.
-	stdOut, stdErr, err = e2e.Kubectl("get", "helmrepositories", "podinfo", "-n", "flux-system", "-o", "jsonpath={.spec.url}")
+	stdOut, stdErr, err = e2e.Kubectl(t, "get", "helmrepositories", "podinfo", "-n", "flux-system", "-o", "jsonpath={.spec.url}")
 	require.NoError(t, err, stdOut, stdErr)
 	expectedMutatedRepoURL = fmt.Sprintf("oci://%s/stefanprodan/charts", registryAddress)
 	require.Equal(t, expectedMutatedRepoURL, stdOut)
-	stdOut, stdErr, err = e2e.Kubectl("get", "helmrelease", "podinfo", "-n", "flux-system", "-o", "jsonpath={.spec.chart.spec.version}")
+	stdOut, stdErr, err = e2e.Kubectl(t, "get", "helmrelease", "podinfo", "-n", "flux-system", "-o", "jsonpath={.spec.chart.spec.version}")
 	require.NoError(t, err, stdOut, stdErr)
 	expectedMutatedRepoTag := "6.4.0"
 	require.Equal(t, expectedMutatedRepoTag, stdOut)
 
 	// Tests the URL mutation for OCIRepository CRD for Flux.
-	stdOut, stdErr, err = e2e.Kubectl("get", "ocirepositories", "podinfo", "-n", "flux-system", "-o", "jsonpath={.spec.url}")
+	stdOut, stdErr, err = e2e.Kubectl(t, "get", "ocirepositories", "podinfo", "-n", "flux-system", "-o", "jsonpath={.spec.url}")
 	require.NoError(t, err, stdOut, stdErr)
 	expectedMutatedRepoURL = fmt.Sprintf("oci://%s/stefanprodan/manifests/podinfo", registryAddress)
 	require.Equal(t, expectedMutatedRepoURL, stdOut)
-	stdOut, stdErr, err = e2e.Kubectl("get", "ocirepositories", "podinfo", "-n", "flux-system", "-o", "jsonpath={.spec.ref.tag}")
+	stdOut, stdErr, err = e2e.Kubectl(t, "get", "ocirepositories", "podinfo", "-n", "flux-system", "-o", "jsonpath={.spec.ref.tag}")
 	require.NoError(t, err, stdOut, stdErr)
 	expectedMutatedRepoTag = "6.4.0-zarf-2823281104"
 	require.Equal(t, expectedMutatedRepoTag, stdOut)
 
 	// Remove the flux example when deployment completes
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", "podinfo-flux", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", "podinfo-flux", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Prune the flux images to reduce disk pressure
-	stdOut, stdErr, err = e2e.Zarf("tools", "registry", "prune", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "tools", "registry", "prune", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }
 
 func waitArgoDeployment(t *testing.T) {
 	// Deploy the argocd example and verify that it works
 	path := fmt.Sprintf("build/zarf-package-argocd-%s.tar.zst", e2e.Arch)
-	stdOut, stdErr, err := e2e.Zarf("package", "deploy", path, "--components=argocd-apps", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "deploy", path, "--components=argocd-apps", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	expectedMutatedRepoURL := fmt.Sprintf("%s/%s/podinfo-1646971829.git", types.ZarfInClusterGitServiceURL, types.ZarfGitPushUser)
 
 	// Tests the mutation of the private repository Secret for ArgoCD.
-	stdOut, stdErr, err = e2e.Kubectl("get", "secret", "argocd-repo-github-podinfo", "-n", "argocd", "-o", "jsonpath={.data.url}")
+	stdOut, stdErr, err = e2e.Kubectl(t, "get", "secret", "argocd-repo-github-podinfo", "-n", "argocd", "-o", "jsonpath={.data.url}")
 	require.NoError(t, err, stdOut, stdErr)
 
 	expectedMutatedPrivateRepoURLSecret, err := base64.StdEncoding.DecodeString(stdOut)
@@ -190,15 +190,15 @@ func waitArgoDeployment(t *testing.T) {
 	require.Equal(t, expectedMutatedRepoURL, string(expectedMutatedPrivateRepoURLSecret))
 
 	// Tests the mutation of the repoURL for Application CRD source(s) for ArgoCD.
-	stdOut, stdErr, err = e2e.Kubectl("get", "application", "apps", "-n", "argocd", "-o", "jsonpath={.spec.sources[0].repoURL}")
+	stdOut, stdErr, err = e2e.Kubectl(t, "get", "application", "apps", "-n", "argocd", "-o", "jsonpath={.spec.sources[0].repoURL}")
 	require.NoError(t, err, stdOut, stdErr)
 	require.Equal(t, expectedMutatedRepoURL, stdOut)
 
 	// Remove the argocd example when deployment completes
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", "argocd", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", "argocd", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Prune the ArgoCD images to reduce disk pressure
-	stdOut, stdErr, err = e2e.Zarf("tools", "registry", "prune", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "tools", "registry", "prune", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }
diff --git a/src/test/e2e/23_data_injection_test.go b/src/test/e2e/23_data_injection_test.go
index 08f913fc41..c7400b240e 100644
--- a/src/test/e2e/23_data_injection_test.go
+++ b/src/test/e2e/23_data_injection_test.go
@@ -33,9 +33,9 @@ func TestDataInjection(t *testing.T) {
 	}
 
 	// Verify the file and injection marker were created
-	runningKiwixPod, _, err := e2e.Kubectl("--namespace=kiwix", "get", "pods", "--selector=app=kiwix-serve", "--field-selector=status.phase=Running", "--output=jsonpath={.items[0].metadata.name}")
+	runningKiwixPod, _, err := e2e.Kubectl(t, "--namespace=kiwix", "get", "pods", "--selector=app=kiwix-serve", "--field-selector=status.phase=Running", "--output=jsonpath={.items[0].metadata.name}")
 	require.NoError(t, err)
-	stdOut, stdErr, err := e2e.Kubectl("--namespace=kiwix", "logs", runningKiwixPod, "--tail=5", "-c=kiwix-serve")
+	stdOut, stdErr, err := e2e.Kubectl(t, "--namespace=kiwix", "logs", runningKiwixPod, "--tail=5", "-c=kiwix-serve")
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, stdOut, "devops.stackexchange.com_en_all_2023-05.zim")
 	require.Contains(t, stdOut, ".zarf-injection-")
@@ -53,11 +53,11 @@ func TestDataInjection(t *testing.T) {
 	require.Equal(t, 200, resp.StatusCode)
 
 	// Remove the data injection example
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", path, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", path, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Ensure that the `requirements.txt` file is discovered correctly
-	stdOut, stdErr, err = e2e.Zarf("package", "inspect", path, "--sbom-out", sbomPath)
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "inspect", path, "--sbom-out", sbomPath)
 	require.NoError(t, err, stdOut, stdErr)
 	require.FileExists(t, filepath.Join(sbomPath, "kiwix", "compare.html"), "A compare.html file should have been made")
 
diff --git a/src/test/e2e/24_variables_test.go b/src/test/e2e/24_variables_test.go
index 765c8902bf..f5b06116d0 100644
--- a/src/test/e2e/24_variables_test.go
+++ b/src/test/e2e/24_variables_test.go
@@ -27,34 +27,34 @@ func TestVariables(t *testing.T) {
 	e2e.CleanFiles(tfPath, evilPath)
 
 	// Test that specifying an invalid setVariable value results in an error
-	stdOut, stdErr, err := e2e.Zarf("package", "create", evilSrc, "--set", "NUMB3R5=K1TT3H", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", evilSrc, "--set", "NUMB3R5=K1TT3H", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	expectedOutString := "\"K1TT3H\""
 	require.Contains(t, stdErr, "", expectedOutString)
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", evilPath, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", evilPath, "--confirm")
 	require.Error(t, err, stdOut, stdErr)
 	expectedOutString = "variable \"HELLO_KITTEH\" does not match pattern "
 	require.Contains(t, stdErr, "", expectedOutString)
 
 	// Test that specifying an invalid constant value results in an error
-	stdOut, stdErr, err = e2e.Zarf("package", "create", src, "--set", "NGINX_VERSION=", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "create", src, "--set", "NGINX_VERSION=", "--confirm")
 	require.Error(t, err, stdOut, stdErr)
 	expectedOutString = "constant \"NGINX_VERSION\" does not match pattern "
 	require.Contains(t, stdErr, "", expectedOutString)
 
 	// Test that not specifying a prompted variable results in an error
-	_, stdErr, _ = e2e.Zarf("package", "deploy", path, "--confirm")
+	_, stdErr, _ = e2e.Zarf(t, "package", "deploy", path, "--confirm")
 	expectedOutString = "variable 'SITE_NAME' must be '--set' when using the '--confirm' flag"
 	require.Contains(t, stdErr, "", expectedOutString)
 
 	// Test that specifying an invalid variable value results in an error
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--set", "SITE_NAME=#INVALID", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--set", "SITE_NAME=#INVALID", "--confirm")
 	require.Error(t, err, stdOut, stdErr)
 	expectedOutString = "variable \"SITE_NAME\" does not match pattern "
 	require.Contains(t, stdErr, "", expectedOutString)
 
 	// Deploy nginx
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--confirm", "--set", "SITE_NAME=Lula Web", "--set", "AWS_REGION=unicorn-land", "-l", "trace")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--confirm", "--set", "SITE_NAME=Lula Web", "--set", "AWS_REGION=unicorn-land", "-l", "trace")
 	require.NoError(t, err, stdOut, stdErr)
 	// Verify that the variables were shown to the user in the formats we expect
 	require.Contains(t, stdErr, "currently set to 'Defense Unicorns' (default)")
@@ -73,7 +73,7 @@ func TestVariables(t *testing.T) {
 	require.Contains(t, string(outputTF), "unicorn-land")
 
 	// Verify the configmap was properly templated
-	kubectlOut, _, _ := e2e.Kubectl("-n", "nginx", "get", "configmap", "nginx-configmap", "-o", "jsonpath='{.data.index\\.html}' ")
+	kubectlOut, _, _ := e2e.Kubectl(t, "-n", "nginx", "get", "configmap", "nginx-configmap", "-o", "jsonpath='{.data.index\\.html}' ")
 	// OPTIONAL_FOOTER should remain unset because it was not set during deploy
 	require.Contains(t, string(kubectlOut), "</pre>\n    \n  </body>")
 	// STYLE should take the default value
@@ -88,7 +88,7 @@ func TestVariables(t *testing.T) {
 	require.Contains(t, string(kubectlOut), "63af41aebec53e3679948b254073c3c0d603d47ab01b03ab14abd7d98234e101")
 
 	// Remove the variables example
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", path, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", path, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	e2e.CleanFiles(tfPath, evilPath)
diff --git a/src/test/e2e/25_helm_test.go b/src/test/e2e/25_helm_test.go
index 071732da10..322d3c89dd 100644
--- a/src/test/e2e/25_helm_test.go
+++ b/src/test/e2e/25_helm_test.go
@@ -36,52 +36,52 @@ func testHelmChartsExample(t *testing.T) {
 
 	// Create a package that has a tarball as a local chart
 	localTgzChartPath := filepath.Join("src", "test", "packages", "25-local-tgz-chart")
-	stdOut, stdErr, err := e2e.Zarf("package", "create", localTgzChartPath, "--tmpdir", tmpdir, "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", localTgzChartPath, "--tmpdir", tmpdir, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	defer e2e.CleanFiles(fmt.Sprintf("zarf-package-helm-charts-local-tgz-%s-0.0.1.tar.zst", e2e.Arch))
 
 	// Create a package that needs dependencies
 	evilChartDepsPath := filepath.Join("src", "test", "packages", "25-evil-chart-deps")
-	stdOut, stdErr, err = e2e.Zarf("package", "create", evilChartDepsPath, "--tmpdir", tmpdir, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "create", evilChartDepsPath, "--tmpdir", tmpdir, "--confirm")
 	require.Error(t, err, stdOut, stdErr)
 	require.Contains(t, e2e.StripMessageFormatting(stdErr), "could not download https://charts.jetstack.io/charts/cert-manager-v1.11.1.tgz")
 	require.FileExists(t, filepath.Join(evilChartDepsPath, "good-chart", "charts", "gitlab-runner-0.55.0.tgz"))
 
 	// Create a package with a chart name that doesn't exist in a repo
 	evilChartLookupPath := filepath.Join("src", "test", "packages", "25-evil-chart-lookup")
-	stdOut, stdErr, err = e2e.Zarf("package", "create", evilChartLookupPath, "--tmpdir", tmpdir, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "create", evilChartLookupPath, "--tmpdir", tmpdir, "--confirm")
 	require.Error(t, err, stdOut, stdErr)
 	require.Contains(t, e2e.StripMessageFormatting(stdErr), "chart \"asdf\" version \"6.4.0\" not found")
 	require.Contains(t, e2e.StripMessageFormatting(stdErr), "Available charts and versions from \"https://stefanprodan.github.io/podinfo\":")
 
 	// Create a test package (with a registry override (host+subpath to host+subpath) to test that as well)
-	stdOut, stdErr, err = e2e.Zarf("package", "create", "examples/helm-charts", "-o", "build", "--registry-override", "ghcr.io/stefanprodan=docker.io/stefanprodan", "--tmpdir", tmpdir, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "create", "examples/helm-charts", "-o", "build", "--registry-override", "ghcr.io/stefanprodan=docker.io/stefanprodan", "--tmpdir", tmpdir, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Create a test package (with a registry override (host to host+subpath) to test that as well)
 	// expect to fail as ghcr.io is overridden and the expected final image doesn't exist but the override works well based on the error message in the output
-	stdOut, stdErr, err = e2e.Zarf("package", "create", "examples/helm-charts", "-o", "build", "--registry-override", "ghcr.io=localhost:555/noway", "--tmpdir", tmpdir, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "create", "examples/helm-charts", "-o", "build", "--registry-override", "ghcr.io=localhost:555/noway", "--tmpdir", tmpdir, "--confirm")
 	require.Error(t, err, stdOut, stdErr)
 	require.Contains(t, string(stdErr), "localhost:555/noway")
 
 	// Create a test package (with a registry override (host+subpath to host) to test that as well)
 	// works same as the above failing test
-	stdOut, stdErr, err = e2e.Zarf("package", "create", "examples/helm-charts", "-o", "build", "--registry-override", "ghcr.io/stefanprodan=localhost:555", "--tmpdir", tmpdir, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "create", "examples/helm-charts", "-o", "build", "--registry-override", "ghcr.io/stefanprodan=localhost:555", "--tmpdir", tmpdir, "--confirm")
 	require.Error(t, err, stdOut, stdErr)
 	require.Contains(t, string(stdErr), "localhost:555")
 
 	// Create the package (with a registry override (host to host) to test that as well)
-	stdOut, stdErr, err = e2e.Zarf("package", "create", "examples/helm-charts", "-o", "build", "--registry-override", "ghcr.io=docker.io", "--tmpdir", tmpdir, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "create", "examples/helm-charts", "-o", "build", "--registry-override", "ghcr.io=docker.io", "--tmpdir", tmpdir, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Deploy the example package.
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", helmChartsPkg, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", helmChartsPkg, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, string(stdErr), "registryOverrides", "registry overrides was not saved to build data")
 	require.Contains(t, string(stdErr), "docker.io", "docker.io not found in registry overrides")
 
 	// Remove the example package.
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", "helm-charts", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", "helm-charts", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }
 
@@ -90,13 +90,13 @@ func testHelmEscaping(t *testing.T) {
 	t.Log("E2E: Helm chart escaping")
 
 	// Create the package.
-	stdOut, stdErr, err := e2e.Zarf("package", "create", "src/test/packages/25-evil-templates/", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", "src/test/packages/25-evil-templates/", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	path := fmt.Sprintf("zarf-package-evil-templates-%s.tar.zst", e2e.Arch)
 
 	// Deploy the package.
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Verify the configmap was deployed, escaped, and contains all of its data
@@ -108,7 +108,7 @@ func testHelmEscaping(t *testing.T) {
 	require.Contains(t, string(kubectlOut), `TG9yZW0gaXBzdW0gZG9sb3Igc2l0IGFtZXQsIGNvbnNlY3RldHVyIG`)
 
 	// Remove the package.
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", "evil-templates", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", "evil-templates", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }
 
@@ -119,11 +119,11 @@ func testHelmUninstallRollback(t *testing.T) {
 	evilPath := fmt.Sprintf("zarf-package-dos-games-%s.tar.zst", e2e.Arch)
 
 	// Create the evil package (with the bad service).
-	stdOut, stdErr, err := e2e.Zarf("package", "create", "src/test/packages/25-evil-dos-games/", "--skip-sbom", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", "src/test/packages/25-evil-dos-games/", "--skip-sbom", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Deploy the evil package.
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", evilPath, "--timeout", "10s", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", evilPath, "--timeout", "10s", "--confirm")
 	require.Error(t, err, stdOut, stdErr)
 
 	// This package contains SBOMable things but was created with --skip-sbom
@@ -138,7 +138,7 @@ func testHelmUninstallRollback(t *testing.T) {
 	require.Contains(t, string(helmOut), "zarf-f53a99d4a4dd9a3575bedf59cd42d48d751ae866")
 
 	// Deploy the good package.
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", goodPath, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", goodPath, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Ensure this upgrades/fixes the dos-games chart.
@@ -147,7 +147,7 @@ func testHelmUninstallRollback(t *testing.T) {
 	require.Contains(t, string(helmOut), "zarf-f53a99d4a4dd9a3575bedf59cd42d48d751ae866")
 
 	// Deploy the evil package.
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", evilPath, "--timeout", "10s", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", evilPath, "--timeout", "10s", "--confirm")
 	require.Error(t, err, stdOut, stdErr)
 
 	// Ensure that we rollback properly
@@ -156,7 +156,7 @@ func testHelmUninstallRollback(t *testing.T) {
 	require.Contains(t, string(helmOut), "Rollback to 4")
 
 	// Deploy the evil package (again to ensure we check full history)
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", evilPath, "--timeout", "10s", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", evilPath, "--timeout", "10s", "--confirm")
 	require.Error(t, err, stdOut, stdErr)
 
 	// Ensure that we rollback properly
@@ -165,7 +165,7 @@ func testHelmUninstallRollback(t *testing.T) {
 	require.Contains(t, string(helmOut), "Rollback to 8")
 
 	// Remove the package.
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", "dos-games", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", "dos-games", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }
 
@@ -176,11 +176,11 @@ func testHelmAdoption(t *testing.T) {
 	deploymentManifest := "src/test/packages/25-manifest-adoption/deployment.yaml"
 
 	// Deploy dos-games manually into the cluster without Zarf
-	kubectlOut, _, _ := e2e.Kubectl("apply", "-f", deploymentManifest)
+	kubectlOut, _, _ := e2e.Kubectl(t, "apply", "-f", deploymentManifest)
 	require.Contains(t, string(kubectlOut), "deployment.apps/game created")
 
 	// Deploy dos-games into the cluster with Zarf
-	stdOut, stdErr, err := e2e.Zarf("package", "deploy", packagePath, "--confirm", "--adopt-existing-resources")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "deploy", packagePath, "--confirm", "--adopt-existing-resources")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Ensure that this does create a dos-games chart
@@ -188,14 +188,14 @@ func testHelmAdoption(t *testing.T) {
 	require.NoError(t, err)
 	require.Contains(t, string(helmOut), "zarf-f53a99d4a4dd9a3575bedf59cd42d48d751ae866")
 
-	existingLabel, _, err := e2e.Kubectl("get", "ns", "dos-games", "-o=jsonpath={.metadata.labels.keep-this}")
+	existingLabel, _, err := e2e.Kubectl(t, "get", "ns", "dos-games", "-o=jsonpath={.metadata.labels.keep-this}")
 	require.Equal(t, "label", existingLabel)
 	require.NoError(t, err)
-	existingAnnotation, _, err := e2e.Kubectl("get", "ns", "dos-games", "-o=jsonpath={.metadata.annotations.keep-this}")
+	existingAnnotation, _, err := e2e.Kubectl(t, "get", "ns", "dos-games", "-o=jsonpath={.metadata.annotations.keep-this}")
 	require.Equal(t, "annotation", existingAnnotation)
 	require.NoError(t, err)
 
 	// Remove the package.
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", "dos-games", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", "dos-games", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }
diff --git a/src/test/e2e/26_simple_packages_test.go b/src/test/e2e/26_simple_packages_test.go
index 05a95d97d2..6e4c20bd8a 100644
--- a/src/test/e2e/26_simple_packages_test.go
+++ b/src/test/e2e/26_simple_packages_test.go
@@ -21,7 +21,7 @@ func TestDosGames(t *testing.T) {
 	path := filepath.Join("build", fmt.Sprintf("zarf-package-dos-games-%s-1.0.0.tar.zst", e2e.Arch))
 
 	// Deploy the game
-	stdOut, stdErr, err := e2e.Zarf("package", "deploy", path, "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "deploy", path, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	c, err := cluster.NewCluster()
@@ -35,18 +35,18 @@ func TestDosGames(t *testing.T) {
 	require.NoError(t, err, resp)
 	require.Equal(t, 200, resp.StatusCode)
 
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", "dos-games", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", "dos-games", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	testCreate := filepath.Join("src", "test", "packages", "26-image-dos-games")
 	testDeploy := filepath.Join("build", fmt.Sprintf("zarf-package-dos-games-images-%s.tar.zst", e2e.Arch))
 
 	// Create the game image test package
-	stdOut, stdErr, err = e2e.Zarf("package", "create", testCreate, "-o", "build", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "create", testCreate, "-o", "build", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Deploy the game image test package
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", testDeploy, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", testDeploy, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }
 
@@ -56,11 +56,11 @@ func TestManifests(t *testing.T) {
 	path := filepath.Join("build", fmt.Sprintf("zarf-package-manifests-%s-0.0.1.tar.zst", e2e.Arch))
 
 	// Deploy the package
-	stdOut, stdErr, err := e2e.Zarf("package", "deploy", path, "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "deploy", path, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Remove the package
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", "manifests", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", "manifests", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }
 
@@ -71,10 +71,10 @@ func TestAgentIgnore(t *testing.T) {
 	testDeploy := filepath.Join("build", fmt.Sprintf("zarf-package-agent-ignore-namespace-%s.tar.zst", e2e.Arch))
 
 	// Create the agent ignore test package
-	stdOut, stdErr, err := e2e.Zarf("package", "create", testCreate, "-o", "build", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", testCreate, "-o", "build", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Deploy the agent ignore test package
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", testDeploy, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", testDeploy, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }
diff --git a/src/test/e2e/27_deploy_regression_test.go b/src/test/e2e/27_deploy_regression_test.go
index 49808addff..f16c3d243a 100644
--- a/src/test/e2e/27_deploy_regression_test.go
+++ b/src/test/e2e/27_deploy_regression_test.go
@@ -5,7 +5,6 @@
 package test
 
 import (
-	"context"
 	"fmt"
 	"testing"
 
@@ -26,10 +25,10 @@ func TestGHCRDeploy(t *testing.T) {
 	}
 
 	// Test with command from https://docs.zarf.dev/getting-started/install/
-	stdOut, stdErr, err := e2e.Zarf("package", "deploy", fmt.Sprintf("oci://🦄/dos-games:1.0.0-%s@sha256:%s", e2e.Arch, sha), "--key=https://zarf.dev/cosign.pub", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "deploy", fmt.Sprintf("oci://🦄/dos-games:1.0.0-%s@sha256:%s", e2e.Arch, sha), "--key=https://zarf.dev/cosign.pub", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", "dos-games", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", "dos-games", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }
 
@@ -39,9 +38,9 @@ func TestCosignDeploy(t *testing.T) {
 	// Test with command from https://docs.zarf.dev/getting-started/install/
 	command := fmt.Sprintf("%s package deploy sget://defenseunicorns/zarf-hello-world:$(uname -m) --confirm", e2e.ZarfBinPath)
 
-	stdOut, stdErr, err := exec.CmdWithContext(context.TODO(), exec.PrintCfg(), "sh", "-c", command)
+	stdOut, stdErr, err := exec.CmdWithTesting(t, exec.PrintCfg(), "sh", "-c", command)
 	require.NoError(t, err, stdOut, stdErr)
 
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", "dos-games", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", "dos-games", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }
diff --git a/src/test/e2e/28_wait_test.go b/src/test/e2e/28_wait_test.go
index e1b22b4f28..e150d163fd 100644
--- a/src/test/e2e/28_wait_test.go
+++ b/src/test/e2e/28_wait_test.go
@@ -20,22 +20,22 @@ type zarfCommandResult struct {
 	err    error
 }
 
-func zarfCommandWStruct(e2e test.ZarfE2ETest, path string) (result zarfCommandResult) {
-	result.stdOut, result.stdErr, result.err = e2e.Zarf("package", "deploy", path, "--confirm")
+func zarfCommandWStruct(t *testing.T, e2e test.ZarfE2ETest, path string) (result zarfCommandResult) {
+	result.stdOut, result.stdErr, result.err = e2e.Zarf(t, "package", "deploy", path, "--confirm")
 	return result
 }
 
 func TestNoWait(t *testing.T) {
 	t.Log("E2E: Helm Wait")
 
-	stdOut, stdErr, err := e2e.Zarf("package", "create", "src/test/packages/28-helm-no-wait", "-o=build", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", "src/test/packages/28-helm-no-wait", "-o=build", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	path := fmt.Sprintf("build/zarf-package-helm-no-wait-%s.tar.zst", e2e.Arch)
 
 	zarfChannel := make(chan zarfCommandResult, 1)
 	go func() {
-		zarfChannel <- zarfCommandWStruct(e2e, path)
+		zarfChannel <- zarfCommandWStruct(t, e2e, path)
 	}()
 
 	stdOut = ""
@@ -50,10 +50,10 @@ func TestNoWait(t *testing.T) {
 	case <-time.After(30 * time.Second):
 		t.Error("Timeout waiting for zarf deploy (it tried to wait)")
 		t.Log("Removing hanging namespace...")
-		_, _, _ = e2e.Kubectl("delete", "namespace", "no-wait", "--force=true", "--wait=false", "--grace-period=0")
+		_, _, _ = e2e.Kubectl(t, "delete", "namespace", "no-wait", "--force=true", "--wait=false", "--grace-period=0")
 	}
 	require.NoError(t, err, stdOut, stdErr)
 
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", "helm-no-wait", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", "helm-no-wait", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }
diff --git a/src/test/e2e/29_config_file_test.go b/src/test/e2e/29_config_file_test.go
index 40c66b4204..e947621518 100644
--- a/src/test/e2e/29_config_file_test.go
+++ b/src/test/e2e/29_config_file_test.go
@@ -31,7 +31,7 @@ func TestConfigFile(t *testing.T) {
 
 	configFileDefaultTests(t)
 
-	stdOut, stdErr, err := e2e.Zarf("package", "remove", path, "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "remove", path, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	e2e.CleanFiles(path)
@@ -40,12 +40,12 @@ func TestConfigFile(t *testing.T) {
 func configFileTests(t *testing.T, dir, path string) {
 	t.Helper()
 
-	_, stdErr, err := e2e.Zarf("package", "create", dir, "--confirm")
+	_, stdErr, err := e2e.Zarf(t, "package", "create", dir, "--confirm")
 	require.NoError(t, err)
 	require.Contains(t, string(stdErr), "This is a zebra and they have stripes")
 	require.Contains(t, string(stdErr), "This is a leopard and they have spots")
 
-	_, stdErr, err = e2e.Zarf("package", "deploy", path, "--confirm")
+	_, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--confirm")
 	require.NoError(t, err)
 	require.Contains(t, string(stdErr), "📦 LION COMPONENT")
 	require.NotContains(t, string(stdErr), "📦 LEOPARD COMPONENT")
@@ -55,7 +55,7 @@ func configFileTests(t *testing.T, dir, path string) {
 	require.NotContains(t, string(stdErr), "This package does NOT contain an SBOM.")
 
 	// Verify the configmap was properly templated
-	kubectlOut, _, err := e2e.Kubectl("-n", "zarf", "get", "configmap", "simple-configmap", "-o", "jsonpath={.data.templateme\\.properties}")
+	kubectlOut, _, err := e2e.Kubectl(t, "-n", "zarf", "get", "configmap", "simple-configmap", "-o", "jsonpath={.data.templateme\\.properties}")
 	require.NoError(t, err)
 	require.Contains(t, string(kubectlOut), "scorpion=iridescent")
 	require.Contains(t, string(kubectlOut), "camel_spider=matte")
@@ -89,7 +89,7 @@ b42JLSKqwpvVjQDiFZPI/0wZTo3WkWm9Rd7CAACheb8S70K1r/JIzsmIcnj0v4xs
 sfd+R35UE+m8MExbDP4lKFParmvi2/UZfb3VFNMmMPTV6AEIBl6N4PmhHMZOsIRs
 H4RxbE+FpmsMAUCpdrzvFkc=
 -----END PRIVATE KEY-----`
-	kubectlOut, _, err = e2e.Kubectl("-n", "zarf", "get", "configmap", "simple-configmap", "-o", "jsonpath={.data.tls-key}")
+	kubectlOut, _, err = e2e.Kubectl(t, "-n", "zarf", "get", "configmap", "simple-configmap", "-o", "jsonpath={.data.tls-key}")
 	require.NoError(t, err)
 	require.Equal(t, tlsKey, kubectlOut)
 }
@@ -142,25 +142,25 @@ func configFileDefaultTests(t *testing.T) {
 	defer os.Unsetenv("ZARF_CONFIG")
 
 	// Test global flags
-	stdOut, _, _ := e2e.Zarf("--help")
+	stdOut, _, _ := e2e.Zarf(t, "--help")
 	for _, test := range globalFlags {
 		require.Contains(t, string(stdOut), test)
 	}
 
 	// Test init flags
-	stdOut, _, _ = e2e.Zarf("init", "--help")
+	stdOut, _, _ = e2e.Zarf(t, "init", "--help")
 	for _, test := range initFlags {
 		require.Contains(t, string(stdOut), test)
 	}
 
 	// Test package create flags
-	stdOut, _, _ = e2e.Zarf("package", "create", "--help")
+	stdOut, _, _ = e2e.Zarf(t, "package", "create", "--help")
 	for _, test := range packageCreateFlags {
 		require.Contains(t, string(stdOut), test)
 	}
 
 	// Test package deploy flags
-	stdOut, _, _ = e2e.Zarf("package", "deploy", "--help")
+	stdOut, _, _ = e2e.Zarf(t, "package", "deploy", "--help")
 	for _, test := range packageDeployFlags {
 		require.Contains(t, string(stdOut), test)
 	}
diff --git a/src/test/e2e/30_component_action_cluster_test.go b/src/test/e2e/30_component_action_cluster_test.go
index 5d6658152f..6763a042dc 100644
--- a/src/test/e2e/30_component_action_cluster_test.go
+++ b/src/test/e2e/30_component_action_cluster_test.go
@@ -17,10 +17,10 @@ func TestComponentActionRemove(t *testing.T) {
 
 	packagePath := filepath.Join("build", fmt.Sprintf("zarf-package-component-actions-%s.tar.zst", e2e.Arch))
 
-	stdOut, stdErr, err := e2e.Zarf("package", "deploy", packagePath, "--confirm", "--components=on-remove")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "deploy", packagePath, "--confirm", "--components=on-remove")
 	require.NoError(t, err, stdOut, stdErr)
 
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", packagePath, "--confirm", "--components=on-remove")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", packagePath, "--confirm", "--components=on-remove")
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "NAME")
 	require.Contains(t, stdErr, "DATA")
@@ -34,10 +34,10 @@ func TestComponentActionEdgeCases(t *testing.T) {
 	sourcePath := filepath.Join("src", "test", "packages", "31-component-actions-edgecases")
 	packagePath := fmt.Sprintf("zarf-package-component-actions-edgecases-%s.tar.zst", e2e.Arch)
 
-	stdOut, stdErr, err := e2e.Zarf("package", "create", sourcePath, "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", sourcePath, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	defer e2e.CleanFiles(packagePath)
 
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", packagePath, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", packagePath, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }
diff --git a/src/test/e2e/31_checksum_and_signature_test.go b/src/test/e2e/31_checksum_and_signature_test.go
index 2b3856779f..e8aed4c1cb 100644
--- a/src/test/e2e/31_checksum_and_signature_test.go
+++ b/src/test/e2e/31_checksum_and_signature_test.go
@@ -19,32 +19,32 @@ func TestChecksumAndSignature(t *testing.T) {
 	privateKeyFlag := "--signing-key=src/test/packages/zarf-test.prv-key"
 	publicKeyFlag := "--key=src/test/packages/zarf-test.pub"
 
-	stdOut, stdErr, err := e2e.Zarf("package", "create", testPackageDirPath, privateKeyFlag, "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", testPackageDirPath, privateKeyFlag, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	defer e2e.CleanFiles(pkgName)
 
 	/* Test operations during package inspect */
 	// Test that we can inspect the yaml of the package without the private key
-	stdOut, stdErr, err = e2e.Zarf("package", "inspect", pkgName)
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "inspect", pkgName)
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Test that we don't get an error when we remember to provide the public key
-	stdOut, stdErr, err = e2e.Zarf("package", "inspect", pkgName, publicKeyFlag)
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "inspect", pkgName, publicKeyFlag)
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "Verified OK")
 
 	/* Test operations during package deploy */
 	// Test that we get an error when trying to deploy a package without providing the public key
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", pkgName, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", pkgName, "--confirm")
 	require.Error(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "failed to deploy package: unable to load the package: package is signed but no key was provided - add a key with the --key flag or use the --insecure flag and run the command again")
 
 	// Test that we don't get an error when we remember to provide the public key
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", pkgName, publicKeyFlag, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", pkgName, publicKeyFlag, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "Zarf deployment complete")
 
 	// Remove the package
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", pkgName, publicKeyFlag, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", pkgName, publicKeyFlag, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }
diff --git a/src/test/e2e/32_component_webhooks_test.go b/src/test/e2e/32_component_webhooks_test.go
index d409e62521..7d6d761835 100644
--- a/src/test/e2e/32_component_webhooks_test.go
+++ b/src/test/e2e/32_component_webhooks_test.go
@@ -16,32 +16,32 @@ func TestComponentWebhooks(t *testing.T) {
 
 	// Deploy example Pepr webhook.
 	webhookPath := fmt.Sprintf("build/zarf-package-component-webhooks-%s-0.0.1.tar.zst", e2e.Arch)
-	stdOut, stdErr, err := e2e.Zarf("package", "deploy", webhookPath, "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "deploy", webhookPath, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
-	stdOut, stdErr, err = e2e.Zarf("tools", "wait-for", "deployment", "pepr-cb5693ef-d13c-5fe1-b5ad-c870fd911b3b", "available", "-n=pepr-system")
+	stdOut, stdErr, err = e2e.Zarf(t, "tools", "wait-for", "deployment", "pepr-cb5693ef-d13c-5fe1-b5ad-c870fd911b3b", "available", "-n=pepr-system")
 	require.NoError(t, err, stdOut, stdErr)
 	defer e2e.CleanFiles(webhookPath)
 
 	// Ensure package deployments wait for webhooks to complete.
 	gamesPath := fmt.Sprintf("build/zarf-package-dos-games-%s-1.0.0.tar.zst", e2e.Arch)
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", gamesPath, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", gamesPath, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "Waiting for webhook \"test-webhook\" to complete for component \"baseline\"")
 
 	// Ensure package deployments with the '--skip-webhooks' flag do not wait on webhooks to complete.
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", gamesPath, "--skip-webhooks", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", gamesPath, "--skip-webhooks", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	require.NotContains(t, stdErr, "Waiting for webhook \"test-webhook\" to complete for component \"baseline\"")
 
 	// Remove the Pepr webhook package.
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", "component-webhooks", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", "component-webhooks", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
-	stdOut, stdErr, err = e2e.Kubectl("delete", "namespace", "pepr-system")
+	stdOut, stdErr, err = e2e.Kubectl(t, "delete", "namespace", "pepr-system")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Remove the dos-games package.
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", "dos-games", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", "dos-games", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
-	stdOut, stdErr, err = e2e.Kubectl("delete", "namespace", "dos-games")
+	stdOut, stdErr, err = e2e.Kubectl(t, "delete", "namespace", "dos-games")
 	require.NoError(t, err, stdOut, stdErr)
 }
diff --git a/src/test/e2e/33_manifest_with_symlink_test.go b/src/test/e2e/33_manifest_with_symlink_test.go
index 4664189636..9748154dc7 100644
--- a/src/test/e2e/33_manifest_with_symlink_test.go
+++ b/src/test/e2e/33_manifest_with_symlink_test.go
@@ -17,14 +17,14 @@ func TestManifestWithSymlink(t *testing.T) {
 
 	// Build the package, should succeed, even though there is a symlink in the package.
 	buildPath := filepath.Join("src", "test", "packages", "34-manifest-with-symlink")
-	stdOut, stdErr, err := e2e.Zarf("package", "create", buildPath, "-o=build", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", buildPath, "-o=build", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	path := fmt.Sprintf("build/zarf-package-manifest-with-symlink-%s-0.0.1.tar.zst", e2e.Arch)
 	require.FileExists(t, path)
 	defer e2e.CleanFiles(path)
 
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--confirm")
 	defer e2e.CleanFiles("temp/manifests")
 	require.NoError(t, err, stdOut, stdErr)
 	require.FileExists(t, "temp/manifests/resources/img", "Symlink does not exist in the package as expected.")
diff --git a/src/test/e2e/34_custom_init_package_test.go b/src/test/e2e/34_custom_init_package_test.go
index 6229255aca..c61cf91e2d 100644
--- a/src/test/e2e/34_custom_init_package_test.go
+++ b/src/test/e2e/34_custom_init_package_test.go
@@ -20,28 +20,28 @@ func TestCustomInit(t *testing.T) {
 	privateKeyFlag := "--signing-key=src/test/packages/zarf-test.prv-key"
 	publicKeyFlag := "--key=src/test/packages/zarf-test.pub"
 
-	stdOut, stdErr, err := e2e.Zarf("package", "create", buildPath, privateKeyFlag, "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", buildPath, privateKeyFlag, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	defer e2e.CleanFiles(pkgName)
 
 	/* Test operations during package inspect */
 	// Test that we can inspect the yaml of the package without the private key
-	stdOut, stdErr, err = e2e.Zarf("package", "inspect", pkgName)
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "inspect", pkgName)
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Test that we don't get an error when we remember to provide the public key
-	stdOut, stdErr, err = e2e.Zarf("package", "inspect", pkgName, publicKeyFlag)
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "inspect", pkgName, publicKeyFlag)
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "Verified OK")
 
 	/* Test operations during package deploy */
 	// Test that we get an error when trying to deploy a package without providing the public key
-	stdOut, stdErr, err = e2e.Zarf("init", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "init", "--confirm")
 	require.Error(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "unable to load the package: package is signed but no key was provided - add a key with the --key flag or use the --insecure flag and run the command again")
 
 	/* Test operations during package deploy */
 	// Test that we can deploy the package with the public key
-	stdOut, stdErr, err = e2e.Zarf("init", "--confirm", publicKeyFlag)
+	stdOut, stdErr, err = e2e.Zarf(t, "init", "--confirm", publicKeyFlag)
 	require.NoError(t, err, stdOut, stdErr)
 }
diff --git a/src/test/e2e/35_custom_retries_test.go b/src/test/e2e/35_custom_retries_test.go
index 92d7e2fffe..e6a87ff5e1 100644
--- a/src/test/e2e/35_custom_retries_test.go
+++ b/src/test/e2e/35_custom_retries_test.go
@@ -21,14 +21,14 @@ func TestRetries(t *testing.T) {
 	buildPath := filepath.Join("src", "test", "packages", "25-evil-dos-games")
 	pkgName := fmt.Sprintf("zarf-package-dos-games-%s.tar.zst", e2e.Arch)
 
-	stdOut, stdErr, err := e2e.Zarf("package", "create", buildPath, "--tmpdir", tmpDir, "--output", tmpDir, "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", buildPath, "--tmpdir", tmpDir, "--output", tmpDir, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", path.Join(tmpDir, pkgName), "--retries", "2", "--timeout", "3s", "--tmpdir", tmpDir, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path.Join(tmpDir, pkgName), "--retries", "2", "--timeout", "3s", "--tmpdir", tmpDir, "--confirm")
 	require.Error(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "Retrying in 5s")
 	require.Contains(t, e2e.StripMessageFormatting(stdErr), "unable to install chart after 2 attempts")
 
-	_, _, err = e2e.Zarf("package", "remove", "dos-games", "--confirm")
+	_, _, err = e2e.Zarf(t, "package", "remove", "dos-games", "--confirm")
 	require.NoError(t, err)
 }
diff --git a/src/test/e2e/50_oci_publish_deploy_test.go b/src/test/e2e/50_oci_publish_deploy_test.go
index 81e5e39f54..f72fbb28b5 100644
--- a/src/test/e2e/50_oci_publish_deploy_test.go
+++ b/src/test/e2e/50_oci_publish_deploy_test.go
@@ -54,35 +54,35 @@ func (suite *PublishDeploySuiteTestSuite) Test_0_Publish() {
 	// Publish package.
 	example := filepath.Join(suite.PackagesDir, fmt.Sprintf("zarf-package-helm-charts-%s-0.0.1.tar.zst", e2e.Arch))
 	ref := suite.Reference.String()
-	stdOut, stdErr, err := e2e.Zarf("package", "publish", example, "oci://"+ref, "--insecure")
+	stdOut, stdErr, err := e2e.Zarf(suite.T(), "package", "publish", example, "oci://"+ref, "--insecure")
 	suite.NoError(err, stdOut, stdErr)
 	suite.Contains(stdErr, "Published "+ref)
 
 	// Pull the package via OCI.
-	stdOut, stdErr, err = e2e.Zarf("package", "pull", "oci://"+ref+"/helm-charts:0.0.1", "--insecure")
+	stdOut, stdErr, err = e2e.Zarf(suite.T(), "package", "pull", "oci://"+ref+"/helm-charts:0.0.1", "--insecure")
 	suite.NoError(err, stdOut, stdErr)
 
 	// Publish w/ package missing `metadata.version` field.
 	example = filepath.Join(suite.PackagesDir, fmt.Sprintf("zarf-package-component-actions-%s.tar.zst", e2e.Arch))
-	_, stdErr, err = e2e.Zarf("package", "publish", example, "oci://"+ref, "--insecure")
+	_, stdErr, err = e2e.Zarf(suite.T(), "package", "publish", example, "oci://"+ref, "--insecure")
 	suite.Error(err, stdErr)
 
 	// Inline publish package.
 	dir := filepath.Join("examples", "helm-charts")
-	stdOut, stdErr, err = e2e.Zarf("package", "create", dir, "-o", "oci://"+ref, "--insecure", "--oci-concurrency=5", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(suite.T(), "package", "create", dir, "-o", "oci://"+ref, "--insecure", "--oci-concurrency=5", "--confirm")
 	suite.NoError(err, stdOut, stdErr)
 
 	// Inline publish flavor.
 	dir = filepath.Join("examples", "package-flavors")
-	stdOut, stdErr, err = e2e.Zarf("package", "create", dir, "-o", "oci://"+ref, "--flavor", "oracle-cookie-crunch", "--insecure", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(suite.T(), "package", "create", dir, "-o", "oci://"+ref, "--flavor", "oracle-cookie-crunch", "--insecure", "--confirm")
 	suite.NoError(err, stdOut, stdErr)
 
 	// Inspect published flavor.
-	stdOut, stdErr, err = e2e.Zarf("package", "inspect", "oci://"+ref+"/package-flavors:1.0.0-oracle-cookie-crunch", "--insecure")
+	stdOut, stdErr, err = e2e.Zarf(suite.T(), "package", "inspect", "oci://"+ref+"/package-flavors:1.0.0-oracle-cookie-crunch", "--insecure")
 	suite.NoError(err, stdOut, stdErr)
 
 	// Inspect the published package.
-	stdOut, stdErr, err = e2e.Zarf("package", "inspect", "oci://"+ref+"/helm-charts:0.0.1", "--insecure")
+	stdOut, stdErr, err = e2e.Zarf(suite.T(), "package", "inspect", "oci://"+ref+"/helm-charts:0.0.1", "--insecure")
 	suite.NoError(err, stdOut, stdErr)
 }
 
@@ -95,15 +95,15 @@ func (suite *PublishDeploySuiteTestSuite) Test_1_Deploy() {
 	ref := suite.Reference.String()
 
 	// Deploy the package via OCI.
-	stdOut, stdErr, err := e2e.Zarf("package", "deploy", "oci://"+ref, "--insecure", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(suite.T(), "package", "deploy", "oci://"+ref, "--insecure", "--confirm")
 	suite.NoError(err, stdOut, stdErr)
 
 	// Remove the package via OCI.
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", "oci://"+ref, "--insecure", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(suite.T(), "package", "remove", "oci://"+ref, "--insecure", "--confirm")
 	suite.NoError(err, stdOut, stdErr)
 
 	// Test deploy w/ bad ref.
-	_, stdErr, err = e2e.Zarf("package", "deploy", "oci://"+badDeployRef.String(), "--insecure", "--confirm")
+	_, stdErr, err = e2e.Zarf(suite.T(), "package", "deploy", "oci://"+badDeployRef.String(), "--insecure", "--confirm")
 	suite.Error(err, stdErr)
 }
 
@@ -116,7 +116,7 @@ func (suite *PublishDeploySuiteTestSuite) Test_2_Pull_And_Deploy() {
 	suite.FileExists(local)
 
 	// Deploy the local package.
-	stdOut, stdErr, err := e2e.Zarf("package", "deploy", local, "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(suite.T(), "package", "deploy", local, "--confirm")
 	suite.NoError(err, stdOut, stdErr)
 }
 
diff --git a/src/test/e2e/51_oci_compose_test.go b/src/test/e2e/51_oci_compose_test.go
index b38db002a6..0d98d13c8b 100644
--- a/src/test/e2e/51_oci_compose_test.go
+++ b/src/test/e2e/51_oci_compose_test.go
@@ -63,50 +63,50 @@ func (suite *SkeletonSuite) Test_0_Publish_Skeletons() {
 	ref := suite.Reference.String()
 
 	helmCharts := filepath.Join("examples", "helm-charts")
-	_, stdErr, err := e2e.Zarf("package", "publish", helmCharts, "oci://"+ref, "--insecure")
+	_, stdErr, err := e2e.Zarf(suite.T(), "package", "publish", helmCharts, "oci://"+ref, "--insecure")
 	suite.NoError(err)
 	suite.Contains(stdErr, "Published "+ref)
 
 	bigBang := filepath.Join("src", "test", "packages", "51-import-everything", "big-bang-min")
-	_, stdErr, err = e2e.Zarf("package", "publish", bigBang, "oci://"+ref, "--insecure")
+	_, stdErr, err = e2e.Zarf(suite.T(), "package", "publish", bigBang, "oci://"+ref, "--insecure")
 	suite.NoError(err)
 	suite.Contains(stdErr, "Published "+ref)
 
 	composable := filepath.Join("src", "test", "packages", "09-composable-packages")
-	_, stdErr, err = e2e.Zarf("package", "publish", composable, "oci://"+ref, "--insecure")
+	_, stdErr, err = e2e.Zarf(suite.T(), "package", "publish", composable, "oci://"+ref, "--insecure")
 	suite.NoError(err)
 	suite.Contains(stdErr, "Published "+ref)
 
-	_, stdErr, err = e2e.Zarf("package", "publish", importEverything, "oci://"+ref, "--insecure")
+	_, stdErr, err = e2e.Zarf(suite.T(), "package", "publish", importEverything, "oci://"+ref, "--insecure")
 	suite.NoError(err)
 	suite.Contains(stdErr, "Published "+ref)
 
-	_, _, err = e2e.Zarf("package", "inspect", "oci://"+ref+"/import-everything:0.0.1", "--insecure", "-a", "skeleton")
+	_, _, err = e2e.Zarf(suite.T(), "package", "inspect", "oci://"+ref+"/import-everything:0.0.1", "--insecure", "-a", "skeleton")
 	suite.NoError(err)
 
-	_, _, err = e2e.Zarf("package", "pull", "oci://"+ref+"/import-everything:0.0.1", "-o", "build", "--insecure", "-a", "skeleton")
+	_, _, err = e2e.Zarf(suite.T(), "package", "pull", "oci://"+ref+"/import-everything:0.0.1", "-o", "build", "--insecure", "-a", "skeleton")
 	suite.NoError(err)
 
-	_, _, err = e2e.Zarf("package", "pull", "oci://"+ref+"/helm-charts:0.0.1", "-o", "build", "--insecure", "-a", "skeleton")
+	_, _, err = e2e.Zarf(suite.T(), "package", "pull", "oci://"+ref+"/helm-charts:0.0.1", "-o", "build", "--insecure", "-a", "skeleton")
 	suite.NoError(err)
 
-	_, _, err = e2e.Zarf("package", "pull", "oci://"+ref+"/big-bang-min:2.10.0", "-o", "build", "--insecure", "-a", "skeleton")
+	_, _, err = e2e.Zarf(suite.T(), "package", "pull", "oci://"+ref+"/big-bang-min:2.10.0", "-o", "build", "--insecure", "-a", "skeleton")
 	suite.NoError(err)
 
-	_, _, err = e2e.Zarf("package", "pull", "oci://"+ref+"/test-compose-package:0.0.1", "-o", "build", "--insecure", "-a", "skeleton")
+	_, _, err = e2e.Zarf(suite.T(), "package", "pull", "oci://"+ref+"/test-compose-package:0.0.1", "-o", "build", "--insecure", "-a", "skeleton")
 	suite.NoError(err)
 }
 
 func (suite *SkeletonSuite) Test_1_Compose_Everything_Inception() {
 	suite.T().Log("E2E: Skeleton Package Compose oci://")
 
-	_, _, err := e2e.Zarf("package", "create", importEverything, "-o", "build", "--insecure", "--confirm")
+	_, _, err := e2e.Zarf(suite.T(), "package", "create", importEverything, "-o", "build", "--insecure", "--confirm")
 	suite.NoError(err)
 
-	_, _, err = e2e.Zarf("package", "create", importception, "-o", "build", "--insecure", "--confirm")
+	_, _, err = e2e.Zarf(suite.T(), "package", "create", importception, "-o", "build", "--insecure", "--confirm")
 	suite.NoError(err)
 
-	_, stdErr, err := e2e.Zarf("package", "inspect", importEverythingPath)
+	_, stdErr, err := e2e.Zarf(suite.T(), "package", "inspect", importEverythingPath)
 	suite.NoError(err)
 
 	targets := []string{
@@ -140,7 +140,7 @@ func (suite *SkeletonSuite) Test_2_FilePaths() {
 		unpacked := strings.TrimSuffix(pkgTar, ".tar.zst")
 		defer os.RemoveAll(unpacked)
 		defer os.RemoveAll(pkgTar)
-		_, _, err := e2e.Zarf("tools", "archiver", "decompress", pkgTar, unpacked, "--unarchive-all")
+		_, _, err := e2e.Zarf(suite.T(), "tools", "archiver", "decompress", pkgTar, unpacked, "--unarchive-all")
 		suite.NoError(err)
 		suite.DirExists(unpacked)
 
diff --git a/src/test/e2e/99_appliance_remove_test.go b/src/test/e2e/99_appliance_remove_test.go
index 321f353228..1cd25d41e4 100644
--- a/src/test/e2e/99_appliance_remove_test.go
+++ b/src/test/e2e/99_appliance_remove_test.go
@@ -24,23 +24,23 @@ func TestApplianceRemove(t *testing.T) {
 	path := fmt.Sprintf("build/zarf-init-%s-%s.tar.zst", e2e.Arch, initPackageVersion)
 
 	// Package remove the cluster to test Zarf cleaning up after itself
-	stdOut, stdErr, err := e2e.Zarf("package", "remove", path, "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "remove", path, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Check that the cluster is now gone
-	_, _, err = e2e.Kubectl("get", "nodes")
+	_, _, err = e2e.Kubectl(t, "get", "nodes")
 	require.Error(t, err)
 
 	// TODO (@WSTARR) - This needs to be refactored to use the remove logic instead of reaching into a magic directory
 	// Re-init the cluster so that we can test if the destroy scripts run
-	stdOut, stdErr, err = e2e.Zarf("init", "--components=k3s", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "init", "--components=k3s", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Destroy the cluster to test Zarf cleaning up after itself
-	stdOut, stdErr, err = e2e.Zarf("destroy", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "destroy", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Check that the cluster gone again
-	_, _, err = e2e.Kubectl("get", "nodes")
+	_, _, err = e2e.Kubectl(t, "get", "nodes")
 	require.Error(t, err)
 }
diff --git a/src/test/e2e/99_yolo_test.go b/src/test/e2e/99_yolo_test.go
index 93a9b9ed60..03281df1a7 100644
--- a/src/test/e2e/99_yolo_test.go
+++ b/src/test/e2e/99_yolo_test.go
@@ -23,13 +23,13 @@ func TestYOLOMode(t *testing.T) {
 	}
 
 	// Destroy the cluster to test Zarf cleaning up after itself
-	stdOut, stdErr, err := e2e.Zarf("destroy", "--confirm", "--remove-components")
+	stdOut, stdErr, err := e2e.Zarf(t, "destroy", "--confirm", "--remove-components")
 	require.NoError(t, err, stdOut, stdErr)
 
 	path := fmt.Sprintf("build/zarf-package-yolo-%s.tar.zst", e2e.Arch)
 
 	// Deploy the YOLO package
-	stdOut, stdErr, err = e2e.Zarf("package", "deploy", path, "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	c, err := cluster.NewCluster()
@@ -43,7 +43,7 @@ func TestYOLOMode(t *testing.T) {
 	require.NoError(t, err, resp)
 	require.Equal(t, 200, resp.StatusCode)
 
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", "yolo", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", "yolo", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }
 
@@ -53,9 +53,9 @@ func TestDevDeploy(t *testing.T) {
 		return
 	}
 
-	stdOut, stdErr, err := e2e.Zarf("dev", "deploy", "examples/dos-games")
+	stdOut, stdErr, err := e2e.Zarf(t, "dev", "deploy", "examples/dos-games")
 	require.NoError(t, err, stdOut, stdErr)
 
-	stdOut, stdErr, err = e2e.Zarf("package", "remove", "dos-games", "--confirm")
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "remove", "dos-games", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }
diff --git a/src/test/external/common.go b/src/test/external/common.go
index 36e8405a25..0209ddadb2 100644
--- a/src/test/external/common.go
+++ b/src/test/external/common.go
@@ -5,7 +5,6 @@
 package external
 
 import (
-	"context"
 	"path"
 	"path/filepath"
 	"strings"
@@ -47,7 +46,7 @@ func verifyWaitSuccess(t *testing.T, timeoutMinutes time.Duration, cmd string, a
 			// after delay, try running
 		default:
 			// Check information from the given command
-			stdOut, _, err := exec.CmdWithContext(context.TODO(), exec.PrintCfg(), cmd, args...)
+			stdOut, _, err := exec.CmdWithTesting(t, exec.PrintCfg(), cmd, args...)
 			// Log error
 			if err != nil {
 				t.Log(string(stdOut), err)
diff --git a/src/test/external/ext_in_cluster_test.go b/src/test/external/ext_in_cluster_test.go
index 97a52fda0a..bddc84fbf6 100644
--- a/src/test/external/ext_in_cluster_test.go
+++ b/src/test/external/ext_in_cluster_test.go
@@ -187,7 +187,7 @@ func (suite *ExtInClusterTestSuite) Test_1_Deploy() {
 	err = pkgkubernetes.WaitForReady(waitCtx, c.Watcher, objs)
 	suite.NoError(err)
 
-	_, _, err = exec.CmdWithContext(context.TODO(), exec.PrintCfg(), zarfBinPath, "destroy", "--confirm")
+	_, _, err = exec.CmdWithTesting(suite.T(), exec.PrintCfg(), zarfBinPath, "destroy", "--confirm")
 	suite.NoError(err, "unable to teardown zarf")
 }
 
diff --git a/src/test/nightly/ecr_publish_test.go b/src/test/nightly/ecr_publish_test.go
index 2d872c16e1..ea58faa677 100644
--- a/src/test/nightly/ecr_publish_test.go
+++ b/src/test/nightly/ecr_publish_test.go
@@ -50,33 +50,33 @@ func TestECRPublishing(t *testing.T) {
 	keyFlag := fmt.Sprintf("--key=%s", "./src/test/packages/zarf-test.pub")
 
 	// Build the package with our test signature
-	stdOut, stdErr, err := e2e.Zarf("package", "create", "examples/helm-charts", "--signing-key=./src/test/packages/zarf-test.prv-key", "--confirm", fmt.Sprintf("-o=%s", tmpDir))
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", "examples/helm-charts", "--signing-key=./src/test/packages/zarf-test.prv-key", "--confirm", fmt.Sprintf("-o=%s", tmpDir))
 	require.NoError(t, err, stdOut, stdErr)
 	require.FileExists(t, testPackageLocation)
 
 	// Validate that we can publish the package to ECR without an issue
-	stdOut, stdErr, err = e2e.Zarf("package", "publish", testPackageLocation, registryURL, keyFlag)
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "publish", testPackageLocation, registryURL, keyFlag)
 	require.NoError(t, err, stdOut, stdErr)
 
 	// Ensure we get a warning when trying to inspect the online published package
-	stdOut, stdErr, err = e2e.Zarf("package", "inspect", upstreamPackageURL, keyFlag, "--sbom-out", tmpDir)
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "inspect", upstreamPackageURL, keyFlag, "--sbom-out", tmpDir)
 	require.NoError(t, err, stdOut, stdErr)
 	require.Contains(t, stdErr, "Validating SBOM checksums")
 	require.Contains(t, stdErr, "Package signature validated!")
 
 	// Validate that we can pull the package down from ECR
-	stdOut, stdErr, err = e2e.Zarf("package", "pull", upstreamPackageURL)
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "pull", upstreamPackageURL)
 	require.NoError(t, err, stdOut, stdErr)
 	defer e2e.CleanFiles(testPackageFileName)
 
 	// Ensure we get a warning when trying to inspect the package without providing the public key
-	stdOut, stdErr, err = e2e.Zarf("package", "inspect", testPackageFileName)
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "inspect", testPackageFileName)
 	require.NoError(t, err, stdOut, stdErr)
 	require.NotContains(t, stdErr, "Validating SBOM checksums")
 	require.Contains(t, stdErr, "The package was signed but no public key was provided, skipping signature validation")
 
 	// Validate that we get no warnings when inspecting the package while providing the public key
-	stdOut, stdErr, err = e2e.Zarf("package", "inspect", testPackageFileName, keyFlag)
+	stdOut, stdErr, err = e2e.Zarf(t, "package", "inspect", testPackageFileName, keyFlag)
 	require.NoError(t, err, stdOut, stdErr)
 	require.NotContains(t, stdErr, "Validating SBOM checksums")
 	require.Contains(t, stdErr, "Package signature validated!")
diff --git a/src/test/upgrade/previously_built_test.go b/src/test/upgrade/previously_built_test.go
index a7c42e87a1..0b59761d6d 100644
--- a/src/test/upgrade/previously_built_test.go
+++ b/src/test/upgrade/previously_built_test.go
@@ -5,7 +5,6 @@
 package upgrade
 
 import (
-	"context"
 	"path"
 	"testing"
 
@@ -14,15 +13,15 @@ import (
 	test "github.com/zarf-dev/zarf/src/test"
 )
 
-func kubectl(args ...string) (string, string, error) {
+func kubectl(t *testing.T, args ...string) (string, string, error) {
 	tk := []string{"tools", "kubectl"}
 	args = append(tk, args...)
-	return zarf(args...)
+	return zarf(t, args...)
 }
 
-func zarf(args ...string) (string, string, error) {
+func zarf(t *testing.T, args ...string) (string, string, error) {
 	zarfBinPath := path.Join("../../../build", test.GetCLIName())
-	return exec.CmdWithContext(context.TODO(), exec.PrintCfg(), zarfBinPath, args...)
+	return exec.CmdWithTesting(t, exec.PrintCfg(), zarfBinPath, args...)
 }
 
 func TestPreviouslyBuiltZarfPackage(t *testing.T) {
@@ -30,18 +29,18 @@ func TestPreviouslyBuiltZarfPackage(t *testing.T) {
 	t.Log("Upgrade: Previously Built Zarf Package")
 
 	// For the upgrade test, podinfo-upgrade should already be in the cluster (version 6.3.3) (see .github/workflows/test-upgrade.yml)
-	kubectlOut, _, _ := kubectl("-n=podinfo-upgrade", "rollout", "status", "deployment/podinfo-upgrade")
+	kubectlOut, _, _ := kubectl(t, "-n=podinfo-upgrade", "rollout", "status", "deployment/podinfo-upgrade")
 	require.Contains(t, kubectlOut, "successfully rolled out")
-	kubectlOut, _, _ = kubectl("-n=podinfo-upgrade", "get", "deployment", "podinfo-upgrade", "-o=jsonpath={.metadata.labels}}")
+	kubectlOut, _, _ = kubectl(t, "-n=podinfo-upgrade", "get", "deployment", "podinfo-upgrade", "-o=jsonpath={.metadata.labels}}")
 	require.Contains(t, kubectlOut, "6.3.3")
 
 	// Verify that the private-registry secret and private-git-server secret in the podinfo-upgrade namespace are the same after re-init
 	// This tests that `zarf tools update-creds` successfully updated the other namespace
-	zarfRegistrySecret, _, _ := kubectl("-n=zarf", "get", "secret", "private-registry", "-o", "jsonpath={.data}")
-	podinfoRegistrySecret, _, _ := kubectl("-n=podinfo-upgrade", "get", "secret", "private-registry", "-o", "jsonpath={.data}")
+	zarfRegistrySecret, _, _ := kubectl(t, "-n=zarf", "get", "secret", "private-registry", "-o", "jsonpath={.data}")
+	podinfoRegistrySecret, _, _ := kubectl(t, "-n=podinfo-upgrade", "get", "secret", "private-registry", "-o", "jsonpath={.data}")
 	require.Equal(t, zarfRegistrySecret, podinfoRegistrySecret, "the zarf registry secret and podinfo-upgrade registry secret did not match")
-	zarfGitServerSecret, _, _ := kubectl("-n=zarf", "get", "secret", "private-git-server", "-o", "jsonpath={.data}")
-	podinfoGitServerSecret, _, _ := kubectl("-n=podinfo-upgrade", "get", "secret", "private-git-server", "-o", "jsonpath={.data}")
+	zarfGitServerSecret, _, _ := kubectl(t, "-n=zarf", "get", "secret", "private-git-server", "-o", "jsonpath={.data}")
+	podinfoGitServerSecret, _, _ := kubectl(t, "-n=podinfo-upgrade", "get", "secret", "private-git-server", "-o", "jsonpath={.data}")
 	require.Equal(t, zarfGitServerSecret, podinfoGitServerSecret, "the zarf git server secret and podinfo-upgrade git server secret did not match")
 
 	// We also expect a 6.3.4 package to have been previously built
@@ -49,7 +48,7 @@ func TestPreviouslyBuiltZarfPackage(t *testing.T) {
 
 	// Deploy the package.
 	zarfDeployArgs := []string{"package", "deploy", previouslyBuiltPackage, "--confirm"}
-	stdOut, stdErr, err := zarf(zarfDeployArgs...)
+	stdOut, stdErr, err := zarf(t, zarfDeployArgs...)
 	require.NoError(t, err, stdOut, stdErr)
 
 	// [DEPRECATIONS] We expect any deprecated things to work from the old package
@@ -57,18 +56,18 @@ func TestPreviouslyBuiltZarfPackage(t *testing.T) {
 	require.Contains(t, stdErr, "-----BEGIN PUBLIC KEY-----")
 
 	// Verify that podinfo-upgrade successfully deploys in the cluster (version 6.3.4)
-	kubectlOut, _, _ = kubectl("-n=podinfo-upgrade", "rollout", "status", "deployment/podinfo-upgrade")
+	kubectlOut, _, _ = kubectl(t, "-n=podinfo-upgrade", "rollout", "status", "deployment/podinfo-upgrade")
 	require.Contains(t, kubectlOut, "successfully rolled out")
-	kubectlOut, _, _ = kubectl("-n=podinfo-upgrade", "get", "deployment", "podinfo-upgrade", "-o=jsonpath={.metadata.labels}}")
+	kubectlOut, _, _ = kubectl(t, "-n=podinfo-upgrade", "get", "deployment", "podinfo-upgrade", "-o=jsonpath={.metadata.labels}}")
 	require.Contains(t, kubectlOut, "6.3.4")
 
 	// We also want to build a new package.
-	stdOut, stdErr, err = zarf("package", "create", "../../../src/test/upgrade", "--set", "PODINFO_VERSION=6.3.5", "--confirm")
+	stdOut, stdErr, err = zarf(t, "package", "create", "../../../src/test/upgrade", "--set", "PODINFO_VERSION=6.3.5", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 	newlyBuiltPackage := "zarf-package-test-upgrade-package-amd64-6.3.5.tar.zst"
 
 	// Deploy the package.
-	stdOut, stdErr, err = zarf("package", "deploy", newlyBuiltPackage, "--confirm")
+	stdOut, stdErr, err = zarf(t, "package", "deploy", newlyBuiltPackage, "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	// [DEPRECATIONS] We expect any deprecated things to work from the new package
@@ -76,12 +75,12 @@ func TestPreviouslyBuiltZarfPackage(t *testing.T) {
 	require.Contains(t, stdErr, "-----BEGIN PUBLIC KEY-----")
 
 	// Verify that podinfo-upgrade successfully deploys in the cluster (version 6.3.5)
-	kubectlOut, _, _ = kubectl("-n=podinfo-upgrade", "rollout", "status", "deployment/podinfo-upgrade")
+	kubectlOut, _, _ = kubectl(t, "-n=podinfo-upgrade", "rollout", "status", "deployment/podinfo-upgrade")
 	require.Contains(t, kubectlOut, "successfully rolled out")
-	kubectlOut, _, _ = kubectl("-n=podinfo-upgrade", "get", "deployment", "podinfo-upgrade", "-o=jsonpath={.metadata.labels}}")
+	kubectlOut, _, _ = kubectl(t, "-n=podinfo-upgrade", "get", "deployment", "podinfo-upgrade", "-o=jsonpath={.metadata.labels}}")
 	require.Contains(t, kubectlOut, "6.3.5")
 
 	// Remove the package.
-	stdOut, stdErr, err = zarf("package", "remove", "test-upgrade-package", "--confirm")
+	stdOut, stdErr, err = zarf(t, "package", "remove", "test-upgrade-package", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 }

From 1c8e55f265ed8bb57cf1ee7008956725be42451f Mon Sep 17 00:00:00 2001
From: Xander Grzywinski <xandergrzyw@gmail.com>
Date: Thu, 25 Jul 2024 01:53:12 -0700
Subject: [PATCH 23/68] docs: update repo name across docs (#2735)

Signed-off-by: Xander Grzywinski <xandergrzyw@gmail.com>
Co-authored-by: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
---
 site/public/tutorials/package_create_wordpress.html         | 2 +-
 site/src/content/docs/ref/deploy.mdx                        | 2 +-
 site/src/content/docs/ref/deployment-ui.mdx                 | 2 +-
 site/src/content/docs/roadmap.mdx                           | 2 +-
 site/src/content/docs/tutorials/3-deploy-a-retro-arcade.mdx | 2 +-
 5 files changed, 5 insertions(+), 5 deletions(-)

diff --git a/site/public/tutorials/package_create_wordpress.html b/site/public/tutorials/package_create_wordpress.html
index abb216bb08..940bd94cc9 100644
--- a/site/public/tutorials/package_create_wordpress.html
+++ b/site/public/tutorials/package_create_wordpress.html
@@ -91,7 +91,7 @@
 <b style="color:#ffffff;">  </b><b style="color:#55ffff;">sensitive</b>:<b style="color:#ffffff;"> true</b>
 <b style="color:#ffffff;"></b>-<b style="color:#55ffff;"> name</b>:<b style="color:#ff55ff;"> WORDPRESS_EMAIL</b>
 <b style="color:#ff55ff;">  </b><b style="color:#55ffff;">description</b>:<b style="color:#ff55ff;"> The email that is used for the WordPress admin account</b>
-<b style="color:#ff55ff;">  </b><b style="color:#55ffff;">default</b>:<b style="color:#ff55ff;"> hello@defenseunicorns.com</b>
+<b style="color:#ff55ff;">  </b><b style="color:#55ffff;">default</b>:<b style="color:#ff55ff;"> hello@zarf-dev.com</b>
 <b style="color:#ff55ff;">  </b><b style="color:#55ffff;">prompt</b>:<b style="color:#ffffff;"> true</b>
 <b style="color:#ffffff;"></b>-<b style="color:#55ffff;"> name</b>:<b style="color:#ff55ff;"> WORDPRESS_FIRST_NAME</b>
 <b style="color:#ff55ff;">  </b><b style="color:#55ffff;">description</b>:<b style="color:#ff55ff;"> The first name that is used for the WordPress admin account</b>
diff --git a/site/src/content/docs/ref/deploy.mdx b/site/src/content/docs/ref/deploy.mdx
index 28e61f7114..dbb5dc1679 100644
--- a/site/src/content/docs/ref/deploy.mdx
+++ b/site/src/content/docs/ref/deploy.mdx
@@ -117,7 +117,7 @@ $ zarf connect [service name]
 
 :::note
 
-You can also specify a package locally, or via oci such as `zarf package deploy oci://defenseunicorns/dos-games:1.0.0-$(uname -m) --key=https://zarf.dev/cosign.pub`
+You can also specify a package locally, or via oci such as `zarf package deploy oci://defenseunicorns/dos-games:1.0.0 --key=https://zarf.dev/cosign.pub`
 
 :::
 
diff --git a/site/src/content/docs/ref/deployment-ui.mdx b/site/src/content/docs/ref/deployment-ui.mdx
index c560a4fc92..b21f028a51 100644
--- a/site/src/content/docs/ref/deployment-ui.mdx
+++ b/site/src/content/docs/ref/deployment-ui.mdx
@@ -24,7 +24,7 @@ The Zarf Deployment Web UI can easily be downloaded from the [Zarf UI Github Pro
 
 Follow these steps to get started using the Web UI
 
-1. Step one: [Download the Zarf UI](https://github.com/defenseunicorns/zarf-ui/releases/latest) version that matches your system (i.e. `zarf-ui_v0.1.0-Darwin_arm64`)
+1. Step one: [Download the Zarf UI](https://github.com/zarf-dev/zarf-ui/releases/latest) version that matches your system (i.e. `zarf-ui_v0.1.0-Darwin_arm64`)
 2. Step two: (if applicable) Mark the file as executable with `chmod +x zarf-ui_v0.1.0-Darwin_arm64`
 3. Step three: Run the binary with `./zarf-ui_v0.1.0-Darwin_arm64` or by double clicking the file in your file browser
 
diff --git a/site/src/content/docs/roadmap.mdx b/site/src/content/docs/roadmap.mdx
index 43a80e41ad..f0a9244752 100644
--- a/site/src/content/docs/roadmap.mdx
+++ b/site/src/content/docs/roadmap.mdx
@@ -4,7 +4,7 @@ title: Roadmap
 
 ## Issue Tracking
 
-The issue board for Zarf is hosted on a [GitHub Project Board](https://github.com/orgs/defenseunicorns/projects/1) that tracks the issues the Zarf team is working along with future work we are prioritizing.
+The issue board for Zarf is hosted on a [GitHub Project Board](https://github.com/orgs/zarf-dev/projects/1) that tracks the issues the Zarf team is working along with future work we are prioritizing.
 
 If you would like to add bug reports or feature requests, please [add an issue](https://github.com/zarf-dev/zarf/issues) to the GitHub repository under the appropriate template. If you have a more general question about a feature, feel free to ask the team in the [Zarf Kubernetes Slack Channel](https://kubernetes.slack.com/archives/C03B6BJAUJ3).
 
diff --git a/site/src/content/docs/tutorials/3-deploy-a-retro-arcade.mdx b/site/src/content/docs/tutorials/3-deploy-a-retro-arcade.mdx
index abfcd55b42..ebb499ffbb 100644
--- a/site/src/content/docs/tutorials/3-deploy-a-retro-arcade.mdx
+++ b/site/src/content/docs/tutorials/3-deploy-a-retro-arcade.mdx
@@ -22,7 +22,7 @@ Before beginning this tutorial you will need the following:
 
 ## Deploying the Arcade
 
-1. The `dos-games` package is easily deployable via `oci://` by running `zarf package deploy oci://defenseunicorns/dos-games:1.0.0-$(uname -m) --key=https://zarf.dev/cosign.pub`.
+1. The `dos-games` package is easily deployable via `oci://` by running `zarf package deploy oci://defenseunicorns/dos-games:1.0.0 --key=https://zarf.dev/cosign.pub`.
 
 :::tip
 

From 5f91e88d4036e05de4dd822d882a3775f94fa48a Mon Sep 17 00:00:00 2001
From: Philip Laine <philip.laine@gmail.com>
Date: Thu, 25 Jul 2024 15:38:54 +0200
Subject: [PATCH 24/68] fix: add whitespace linter and fix all warnings (#2764)

Signed-off-by: Philip Laine <philip.laine@gmail.com>
---
 .golangci.yaml                             | 1 +
 src/cmd/tools/yq.go                        | 1 -
 src/extensions/bigbang/flux.go             | 1 -
 src/internal/agent/hooks/flux-gitrepo.go   | 1 -
 src/internal/agent/hooks/flux-helmrepo.go  | 1 -
 src/internal/agent/hooks/flux-ocirepo.go   | 1 -
 src/internal/packager/git/gitea.go         | 1 -
 src/internal/packager/helm/post-render.go  | 2 --
 src/internal/packager/helm/repo.go         | 1 -
 src/pkg/cluster/zarf.go                    | 1 -
 src/pkg/interactive/prompt.go              | 1 -
 src/pkg/message/credentials.go             | 1 -
 src/pkg/packager/actions/actions.go        | 1 -
 src/pkg/packager/common.go                 | 1 -
 src/pkg/packager/composer/oci.go           | 1 -
 src/pkg/packager/creator/skeleton.go       | 1 -
 src/pkg/packager/deploy.go                 | 2 --
 src/pkg/packager/filters/deploy_test.go    | 1 -
 src/pkg/packager/filters/os_test.go        | 1 -
 src/pkg/packager/prepare.go                | 2 --
 src/pkg/utils/bytes.go                     | 1 -
 src/pkg/utils/image.go                     | 1 -
 src/pkg/utils/wait.go                      | 3 ---
 src/pkg/zoci/copier.go                     | 1 -
 src/test/e2e/02_component_actions_test.go  | 2 --
 src/test/e2e/12_lint_test.go               | 2 --
 src/test/e2e/13_find_images_test.go        | 2 --
 src/test/e2e/14_create_sha_index_test.go   | 1 -
 src/test/e2e/50_oci_publish_deploy_test.go | 1 -
 src/test/e2e/51_oci_compose_test.go        | 3 ---
 src/test/external/ext_out_cluster_test.go  | 1 -
 src/types/validate.go                      | 1 -
 32 files changed, 1 insertion(+), 41 deletions(-)

diff --git a/.golangci.yaml b/.golangci.yaml
index ab7cc77904..37d811f119 100644
--- a/.golangci.yaml
+++ b/.golangci.yaml
@@ -14,6 +14,7 @@ linters:
     - goimports
     - nolintlint
     - testifylint
+    - whitespace
 linters-settings:
   govet:
     enable-all: true
diff --git a/src/cmd/tools/yq.go b/src/cmd/tools/yq.go
index 85d72ab767..41839f568b 100644
--- a/src/cmd/tools/yq.go
+++ b/src/cmd/tools/yq.go
@@ -10,7 +10,6 @@ import (
 )
 
 func init() {
-
 	yqCmd := yq.New()
 	yqCmd.Example = lang.CmdToolsYqExample
 	yqCmd.Use = "yq"
diff --git a/src/extensions/bigbang/flux.go b/src/extensions/bigbang/flux.go
index d67097f26c..91680970e9 100644
--- a/src/extensions/bigbang/flux.go
+++ b/src/extensions/bigbang/flux.go
@@ -120,7 +120,6 @@ func readFluxImages(localPath string) (images []string, err error) {
 			for _, container := range pod.Containers {
 				images = append(images, container.Image)
 			}
-
 		}
 	}
 
diff --git a/src/internal/agent/hooks/flux-gitrepo.go b/src/internal/agent/hooks/flux-gitrepo.go
index 079ee6a8e0..38a5aedadb 100644
--- a/src/internal/agent/hooks/flux-gitrepo.go
+++ b/src/internal/agent/hooks/flux-gitrepo.go
@@ -38,7 +38,6 @@ func NewGitRepositoryMutationHook(ctx context.Context, cluster *cluster.Cluster)
 
 // mutateGitRepoCreate mutates the git repository url to point to the repository URL defined in the ZarfState.
 func mutateGitRepo(ctx context.Context, r *v1.AdmissionRequest, cluster *cluster.Cluster) (result *operations.Result, err error) {
-
 	var (
 		patches   []operations.PatchOperation
 		isPatched bool
diff --git a/src/internal/agent/hooks/flux-helmrepo.go b/src/internal/agent/hooks/flux-helmrepo.go
index 90aab22f7a..c053bb669b 100644
--- a/src/internal/agent/hooks/flux-helmrepo.go
+++ b/src/internal/agent/hooks/flux-helmrepo.go
@@ -36,7 +36,6 @@ func NewHelmRepositoryMutationHook(ctx context.Context, cluster *cluster.Cluster
 
 // mutateHelmRepo mutates the repository url to point to the repository URL defined in the ZarfState.
 func mutateHelmRepo(ctx context.Context, r *v1.AdmissionRequest, cluster *cluster.Cluster) (*operations.Result, error) {
-
 	src := &flux.HelmRepository{}
 	if err := json.Unmarshal(r.Object.Raw, &src); err != nil {
 		return nil, fmt.Errorf(lang.ErrUnmarshal, err)
diff --git a/src/internal/agent/hooks/flux-ocirepo.go b/src/internal/agent/hooks/flux-ocirepo.go
index 045b315e3a..021a0a619d 100644
--- a/src/internal/agent/hooks/flux-ocirepo.go
+++ b/src/internal/agent/hooks/flux-ocirepo.go
@@ -35,7 +35,6 @@ func NewOCIRepositoryMutationHook(ctx context.Context, cluster *cluster.Cluster)
 
 // mutateOCIRepo mutates the oci repository url to point to the repository URL defined in the ZarfState.
 func mutateOCIRepo(ctx context.Context, r *v1.AdmissionRequest, cluster *cluster.Cluster) (*operations.Result, error) {
-
 	src := &flux.OCIRepository{}
 	if err := json.Unmarshal(r.Object.Raw, &src); err != nil {
 		return nil, fmt.Errorf(lang.ErrUnmarshal, err)
diff --git a/src/internal/packager/git/gitea.go b/src/internal/packager/git/gitea.go
index a6c2f4b48a..4bfbcf60ab 100644
--- a/src/internal/packager/git/gitea.go
+++ b/src/internal/packager/git/gitea.go
@@ -103,7 +103,6 @@ func (g *Git) CreateReadOnlyUser(ctx context.Context) error {
 
 // UpdateZarfGiteaUsers updates Zarf gitea users
 func (g *Git) UpdateZarfGiteaUsers(ctx context.Context, oldState *types.ZarfState) error {
-
 	//Update git read only user password
 	err := g.UpdateGitUser(ctx, oldState.GitServer.PushPassword, g.Server.PullUsername, g.Server.PullPassword)
 	if err != nil {
diff --git a/src/internal/packager/helm/post-render.go b/src/internal/packager/helm/post-render.go
index 9a514fc6a6..60d8fde0e3 100644
--- a/src/internal/packager/helm/post-render.go
+++ b/src/internal/packager/helm/post-render.go
@@ -125,7 +125,6 @@ func (r *renderer) adoptAndUpdateNamespaces(ctx context.Context) error {
 		return err
 	}
 	for name, namespace := range r.namespaces {
-
 		// Check to see if this namespace already exists
 		var existingNamespace bool
 		for _, serverNamespace := range namespaceList.Items {
@@ -205,7 +204,6 @@ func (r *renderer) adoptAndUpdateNamespaces(ctx context.Context) error {
 			if err != nil {
 				message.WarnErrf(err, "Problem creating git server secret for the %s namespace", name)
 			}
-
 		}
 	}
 	return nil
diff --git a/src/internal/packager/helm/repo.go b/src/internal/packager/helm/repo.go
index 148a4176a4..1e47b6e6bf 100644
--- a/src/internal/packager/helm/repo.go
+++ b/src/internal/packager/helm/repo.go
@@ -58,7 +58,6 @@ func (h *Helm) PackageChart(ctx context.Context, cosignKeyPath string) error {
 				return fmt.Errorf("unable to download the published chart %q: %w", h.chart.Name, err)
 			}
 		}
-
 	} else {
 		err := h.PackageChartFromLocalFiles(cosignKeyPath)
 		if err != nil {
diff --git a/src/pkg/cluster/zarf.go b/src/pkg/cluster/zarf.go
index 7320e4610b..71d6f73c9e 100644
--- a/src/pkg/cluster/zarf.go
+++ b/src/pkg/cluster/zarf.go
@@ -105,7 +105,6 @@ func (c *Cluster) StripZarfLabelsAndSecretsFromNamespaces(ctx context.Context) {
 
 // PackageSecretNeedsWait checks if a package component has a running webhook that needs to be waited on.
 func (c *Cluster) PackageSecretNeedsWait(deployedPackage *types.DeployedPackage, component types.ZarfComponent, skipWebhooks bool) (needsWait bool, waitSeconds int, hookName string) {
-
 	// Skip checking webhook status when '--skip-webhooks' flag is provided and for YOLO packages
 	if skipWebhooks || deployedPackage == nil || deployedPackage.Data.Metadata.YOLO {
 		return false, 0, ""
diff --git a/src/pkg/interactive/prompt.go b/src/pkg/interactive/prompt.go
index 759f520948..c22b05e449 100644
--- a/src/pkg/interactive/prompt.go
+++ b/src/pkg/interactive/prompt.go
@@ -24,7 +24,6 @@ func PromptSigPassword() ([]byte, error) {
 
 // PromptVariable prompts the user for a value for a variable
 func PromptVariable(variable variables.InteractiveVariable) (value string, err error) {
-
 	if variable.Description != "" {
 		message.Question(variable.Description)
 	}
diff --git a/src/pkg/message/credentials.go b/src/pkg/message/credentials.go
index 74b127a1c6..34134e6484 100644
--- a/src/pkg/message/credentials.go
+++ b/src/pkg/message/credentials.go
@@ -91,7 +91,6 @@ func PrintCredentialUpdates(oldState *types.ZarfState, newState *types.ZarfState
 	}
 
 	for _, service := range services {
-
 		HorizontalRule()
 
 		switch service {
diff --git a/src/pkg/packager/actions/actions.go b/src/pkg/packager/actions/actions.go
index c92457675c..541c73b0fe 100644
--- a/src/pkg/packager/actions/actions.go
+++ b/src/pkg/packager/actions/actions.go
@@ -97,7 +97,6 @@ func runAction(defaultCfg types.ZarfComponentActionDefaults, action types.ZarfCo
 	// Keep trying until the max retries is reached.
 retryCmd:
 	for remaining := actionDefaults.MaxRetries + 1; remaining > 0; remaining-- {
-
 		// Perform the action run.
 		tryCmd := func(ctx context.Context) error {
 			// Try running the command and continue the retry loop if it fails.
diff --git a/src/pkg/packager/common.go b/src/pkg/packager/common.go
index d790275d12..a5b77ff9d1 100644
--- a/src/pkg/packager/common.go
+++ b/src/pkg/packager/common.go
@@ -170,7 +170,6 @@ func (p *Packager) hasImages() bool {
 // attemptClusterChecks attempts to connect to the cluster and check for useful metadata and config mismatches.
 // NOTE: attemptClusterChecks should only return an error if there is a problem significant enough to halt a deployment, otherwise it should return nil and print a warning message.
 func (p *Packager) attemptClusterChecks(ctx context.Context) (err error) {
-
 	spinner := message.NewProgressSpinner("Gathering additional cluster information (if available)")
 	defer spinner.Stop()
 
diff --git a/src/pkg/packager/composer/oci.go b/src/pkg/packager/composer/oci.go
index 129013d487..2541e45f32 100644
--- a/src/pkg/packager/composer/oci.go
+++ b/src/pkg/packager/composer/oci.go
@@ -104,7 +104,6 @@ func (ic *ImportChain) fetchOCISkeleton(ctx context.Context) error {
 			if err != nil {
 				return err
 			}
-
 		}
 	}
 
diff --git a/src/pkg/packager/creator/skeleton.go b/src/pkg/packager/creator/skeleton.go
index 091874c84f..3c95623542 100644
--- a/src/pkg/packager/creator/skeleton.go
+++ b/src/pkg/packager/creator/skeleton.go
@@ -182,7 +182,6 @@ func (sc *SkeletonCreator) addComponent(component types.ZarfComponent, dst *layo
 
 	// If any helm charts are defined, process them.
 	for chartIdx, chart := range component.Charts {
-
 		if chart.LocalPath != "" {
 			rel := filepath.Join(layout.ChartsDir, fmt.Sprintf("%s-%d", chart.Name, chartIdx))
 			dst := filepath.Join(componentPaths.Base, rel)
diff --git a/src/pkg/packager/deploy.go b/src/pkg/packager/deploy.go
index 73aec8f006..735a0b69db 100644
--- a/src/pkg/packager/deploy.go
+++ b/src/pkg/packager/deploy.go
@@ -142,7 +142,6 @@ func (p *Packager) deployComponents(ctx context.Context) (deployedComponents []t
 
 	// Process all the components we are deploying
 	for _, component := range p.cfg.Pkg.Components {
-
 		deployedComponent := types.DeployedComponent{
 			Name:               component.Name,
 			Status:             types.ComponentStatusDeploying,
@@ -716,7 +715,6 @@ func (p *Packager) installChartAndManifests(ctx context.Context, componentPaths
 }
 
 func (p *Packager) printTablesForDeployment(ctx context.Context, componentsToDeploy []types.DeployedComponent) {
-
 	// If not init config, print the application connection table
 	if !p.cfg.Pkg.IsInitConfig() {
 		message.PrintConnectStringTable(p.connectStrings)
diff --git a/src/pkg/packager/filters/deploy_test.go b/src/pkg/packager/filters/deploy_test.go
index 5b31a2269e..7c69007223 100644
--- a/src/pkg/packager/filters/deploy_test.go
+++ b/src/pkg/packager/filters/deploy_test.go
@@ -111,7 +111,6 @@ func componentMatrix(_ *testing.T) []types.ZarfComponent {
 }
 
 func TestDeployFilter_Apply(t *testing.T) {
-
 	possibilities := componentMatrix(t)
 
 	tests := map[string]struct {
diff --git a/src/pkg/packager/filters/os_test.go b/src/pkg/packager/filters/os_test.go
index 4dcc4b5279..98c5678c96 100644
--- a/src/pkg/packager/filters/os_test.go
+++ b/src/pkg/packager/filters/os_test.go
@@ -12,7 +12,6 @@ import (
 )
 
 func TestLocalOSFilter(t *testing.T) {
-
 	pkg := types.ZarfPackage{}
 	for _, os := range types.SupportedOS() {
 		pkg.Components = append(pkg.Components, types.ZarfComponent{
diff --git a/src/pkg/packager/prepare.go b/src/pkg/packager/prepare.go
index 2b888c3966..ea883d6970 100644
--- a/src/pkg/packager/prepare.go
+++ b/src/pkg/packager/prepare.go
@@ -118,7 +118,6 @@ func (p *Packager) findImages(ctx context.Context) (imgMap map[string][]string,
 	}
 
 	for _, component := range p.cfg.Pkg.Components {
-
 		if len(component.Charts)+len(component.Manifests)+len(component.Repos) < 1 {
 			// Skip if it doesn't have what we need
 			continue
@@ -163,7 +162,6 @@ func (p *Packager) findImages(ctx context.Context) (imgMap map[string][]string,
 		}
 
 		for _, chart := range component.Charts {
-
 			helmCfg := helm.New(
 				chart,
 				componentPaths.Charts,
diff --git a/src/pkg/utils/bytes.go b/src/pkg/utils/bytes.go
index 032cc65334..7dd159b91f 100644
--- a/src/pkg/utils/bytes.go
+++ b/src/pkg/utils/bytes.go
@@ -60,7 +60,6 @@ func ByteFormat(inputNum float64, precision int) string {
 // RenderProgressBarForLocalDirWrite creates a progress bar that continuously tracks the progress of writing files to a local directory and all of its subdirectories.
 // NOTE: This function runs infinitely until either completeChan or errChan is triggered, this function should be run in a goroutine while a different thread/process is writing to the directory.
 func RenderProgressBarForLocalDirWrite(filepath string, expectedTotal int64, completeChan chan error, updateText string, successText string) {
-
 	// Create a progress bar
 	title := fmt.Sprintf("%s (%s of %s)", updateText, ByteFormat(float64(0), 2), ByteFormat(float64(expectedTotal), 2))
 	progressBar := message.NewProgressBar(expectedTotal, title)
diff --git a/src/pkg/utils/image.go b/src/pkg/utils/image.go
index 828fea84ad..3756a759e1 100644
--- a/src/pkg/utils/image.go
+++ b/src/pkg/utils/image.go
@@ -35,7 +35,6 @@ func LoadOCIImage(imgPath string, refInfo transform.Image) (v1.Image, error) {
 		if manifest.Annotations[ocispec.AnnotationBaseImageName] == refInfo.Reference ||
 			// A backwards compatibility shim for older Zarf versions that would leave docker.io off of image annotations
 			(manifest.Annotations[ocispec.AnnotationBaseImageName] == refInfo.Path+refInfo.TagOrDigest && refInfo.Host == "docker.io") {
-
 			// This is the image we are looking for, load it and then return
 			return layoutPath.Image(manifest.Digest)
 		}
diff --git a/src/pkg/utils/wait.go b/src/pkg/utils/wait.go
index fd2d7f1422..a6727d9e35 100644
--- a/src/pkg/utils/wait.go
+++ b/src/pkg/utils/wait.go
@@ -153,10 +153,8 @@ func waitForNetworkEndpoint(resource, name, condition string, timeout time.Durat
 		select {
 		case <-expired:
 			return errors.New("wait timed out")
-
 		default:
 			switch resource {
-
 			case "http", "https":
 				// Handle HTTP and HTTPS endpoints.
 				url := fmt.Sprintf("%s://%s", resource, name)
@@ -191,7 +189,6 @@ func waitForNetworkEndpoint(resource, name, condition string, timeout time.Durat
 					message.Debug(err)
 					continue
 				}
-
 			default:
 				// Fallback to any generic protocol using net.Dial
 				conn, err := net.Dial(resource, name)
diff --git a/src/pkg/zoci/copier.go b/src/pkg/zoci/copier.go
index 74c8636a74..f1564bfaed 100644
--- a/src/pkg/zoci/copier.go
+++ b/src/pkg/zoci/copier.go
@@ -17,7 +17,6 @@ import (
 
 // CopyPackage copies a zarf package from one OCI registry to another
 func CopyPackage(ctx context.Context, src *Remote, dst *Remote, concurrency int) error {
-
 	srcManifest, err := src.FetchRoot(ctx)
 	if err != nil {
 		return err
diff --git a/src/test/e2e/02_component_actions_test.go b/src/test/e2e/02_component_actions_test.go
index 94f9d997db..8ef710ee90 100644
--- a/src/test/e2e/02_component_actions_test.go
+++ b/src/test/e2e/02_component_actions_test.go
@@ -88,7 +88,6 @@ func TestComponentActions(t *testing.T) {
 		stdOut, stdErr, err = e2e.Zarf(t, "package", "deploy", path, "--components=on-deploy-with-variable", "--confirm")
 		require.NoError(t, err, stdOut, stdErr)
 		require.Contains(t, stdErr, "the dog says ruff")
-
 	})
 
 	t.Run("action on-deploy-with-dynamic-variable", func(t *testing.T) {
@@ -100,7 +99,6 @@ func TestComponentActions(t *testing.T) {
 		require.Contains(t, stdErr, "the dog says ruff")
 		require.Contains(t, stdErr, "the snake says hiss")
 		require.Contains(t, stdErr, "with a TF_VAR, the snake also says hiss")
-
 	})
 
 	t.Run("action on-deploy-with-env-var", func(t *testing.T) {
diff --git a/src/test/e2e/12_lint_test.go b/src/test/e2e/12_lint_test.go
index 6b7239a17a..58e19536ce 100644
--- a/src/test/e2e/12_lint_test.go
+++ b/src/test/e2e/12_lint_test.go
@@ -55,7 +55,5 @@ func TestLint(t *testing.T) {
 		// Check reported filepaths
 		require.Contains(t, strippedStderr, "Linting package \"dos-games\" at oci://🦄/dos-games:1.0.0")
 		require.Contains(t, strippedStderr, fmt.Sprintf("Linting package \"lint\" at %s", testPackagePath))
-
 	})
-
 }
diff --git a/src/test/e2e/13_find_images_test.go b/src/test/e2e/13_find_images_test.go
index a161ed15f6..474aa27eb8 100644
--- a/src/test/e2e/13_find_images_test.go
+++ b/src/test/e2e/13_find_images_test.go
@@ -85,7 +85,5 @@ func TestFindImages(t *testing.T) {
 		require.Contains(t, stdOut, "component: httpd-local")
 		require.Contains(t, stdOut, "manifest: simple-httpd-deployment")
 		require.Contains(t, stdOut, "image: httpd:alpine3.18")
-
 	})
-
 }
diff --git a/src/test/e2e/14_create_sha_index_test.go b/src/test/e2e/14_create_sha_index_test.go
index eb2849975a..40b198738b 100644
--- a/src/test/e2e/14_create_sha_index_test.go
+++ b/src/test/e2e/14_create_sha_index_test.go
@@ -37,5 +37,4 @@ func TestCreateIndexShaErrors(t *testing.T) {
 			require.Contains(t, stderr, tc.expectedImageInStderr)
 		})
 	}
-
 }
diff --git a/src/test/e2e/50_oci_publish_deploy_test.go b/src/test/e2e/50_oci_publish_deploy_test.go
index f72fbb28b5..905a5f7ed7 100644
--- a/src/test/e2e/50_oci_publish_deploy_test.go
+++ b/src/test/e2e/50_oci_publish_deploy_test.go
@@ -164,6 +164,5 @@ func (suite *PublishDeploySuiteTestSuite) Test_3_Copy() {
 }
 
 func TestPublishDeploySuite(t *testing.T) {
-
 	suite.Run(t, new(PublishDeploySuiteTestSuite))
 }
diff --git a/src/test/e2e/51_oci_compose_test.go b/src/test/e2e/51_oci_compose_test.go
index 0d98d13c8b..034fc0e15a 100644
--- a/src/test/e2e/51_oci_compose_test.go
+++ b/src/test/e2e/51_oci_compose_test.go
@@ -185,7 +185,6 @@ func (suite *SkeletonSuite) DirOrFileExists(path string) {
 }
 
 func (suite *SkeletonSuite) verifyComponentPaths(unpackedPath string, components []types.ZarfComponent, isSkeleton bool) {
-
 	if isSkeleton {
 		suite.NoDirExists(filepath.Join(unpackedPath, "images"))
 		suite.NoDirExists(filepath.Join(unpackedPath, "sboms"))
@@ -280,10 +279,8 @@ func (suite *SkeletonSuite) verifyComponentPaths(unpackedPath string, components
 			}
 		}
 	}
-
 }
 
 func TestSkeletonSuite(t *testing.T) {
-
 	suite.Run(t, new(SkeletonSuite))
 }
diff --git a/src/test/external/ext_out_cluster_test.go b/src/test/external/ext_out_cluster_test.go
index dfcc9da580..86f2ef0edd 100644
--- a/src/test/external/ext_out_cluster_test.go
+++ b/src/test/external/ext_out_cluster_test.go
@@ -54,7 +54,6 @@ type ExtOutClusterTestSuite struct {
 }
 
 func (suite *ExtOutClusterTestSuite) SetupSuite() {
-
 	suite.Assertions = require.New(suite.T())
 
 	// Teardown any leftovers from previous tests
diff --git a/src/types/validate.go b/src/types/validate.go
index 4d39d36b23..63ee4584d9 100644
--- a/src/types/validate.go
+++ b/src/types/validate.go
@@ -241,7 +241,6 @@ func (as ZarfComponentActionSet) Validate() error {
 			if actionErr := action.Validate(); actionErr != nil {
 				err = errors.Join(err, fmt.Errorf(lang.PkgValidateErrAction, actionErr))
 			}
-
 		}
 	}
 

From 3d6c3423975b6d2fdc13646be37396ee7e8937c0 Mon Sep 17 00:00:00 2001
From: schristoff <28318173+schristoff@users.noreply.github.com>
Date: Thu, 25 Jul 2024 07:42:09 -0600
Subject: [PATCH 25/68] chore: move context.TODO to context.Background() (5)
 (#2750)

Signed-off-by: schristoff-du <167717759+schristoff-du@users.noreply.github.com>
Co-authored-by: schristoff-du <167717759+schristoff-du@users.noreply.github.com>
---
 src/cmd/dev.go                             |  4 ++--
 src/internal/packager/helm/repo.go         | 22 +++++++++++-----------
 src/pkg/packager/creator/normal.go         |  8 ++++----
 src/pkg/packager/prepare.go                |  2 +-
 src/pkg/packager/sources/url.go            |  4 ++--
 src/pkg/utils/network.go                   |  4 ++--
 src/pkg/utils/network_test.go              |  4 +++-
 src/test/e2e/50_oci_publish_deploy_test.go |  4 ++--
 src/test/external/ext_in_cluster_test.go   |  3 ++-
 src/test/external/ext_out_cluster_test.go  |  3 ++-
 src/test/testutil/testutil.go              | 18 ++++++++++++++++++
 11 files changed, 49 insertions(+), 27 deletions(-)
 create mode 100644 src/test/testutil/testutil.go

diff --git a/src/cmd/dev.go b/src/cmd/dev.go
index b10f2dde51..80a602afdb 100644
--- a/src/cmd/dev.go
+++ b/src/cmd/dev.go
@@ -142,7 +142,7 @@ var devSha256SumCmd = &cobra.Command{
 	Aliases: []string{"s"},
 	Short:   lang.CmdDevSha256sumShort,
 	Args:    cobra.ExactArgs(1),
-	RunE: func(_ *cobra.Command, args []string) error {
+	RunE: func(cmd *cobra.Command, args []string) error {
 		hashErr := errors.New("unable to compute the SHA256SUM hash")
 
 		fileName := args[0]
@@ -169,7 +169,7 @@ var devSha256SumCmd = &cobra.Command{
 			}
 
 			downloadPath := filepath.Join(tmp, fileBase)
-			err = utils.DownloadToFile(fileName, downloadPath, "")
+			err = utils.DownloadToFile(cmd.Context(), fileName, downloadPath, "")
 			if err != nil {
 				return errors.Join(hashErr, err)
 			}
diff --git a/src/internal/packager/helm/repo.go b/src/internal/packager/helm/repo.go
index 1e47b6e6bf..9397a7f760 100644
--- a/src/internal/packager/helm/repo.go
+++ b/src/internal/packager/helm/repo.go
@@ -53,13 +53,13 @@ func (h *Helm) PackageChart(ctx context.Context, cosignKeyPath string) error {
 				return fmt.Errorf("unable to pull the chart %q from git: %w", h.chart.Name, err)
 			}
 		} else {
-			err = h.DownloadPublishedChart(cosignKeyPath)
+			err = h.DownloadPublishedChart(ctx, cosignKeyPath)
 			if err != nil {
 				return fmt.Errorf("unable to download the published chart %q: %w", h.chart.Name, err)
 			}
 		}
 	} else {
-		err := h.PackageChartFromLocalFiles(cosignKeyPath)
+		err := h.PackageChartFromLocalFiles(ctx, cosignKeyPath)
 		if err != nil {
 			return fmt.Errorf("unable to package the %q chart: %w", h.chart.Name, err)
 		}
@@ -68,7 +68,7 @@ func (h *Helm) PackageChart(ctx context.Context, cosignKeyPath string) error {
 }
 
 // PackageChartFromLocalFiles creates a chart archive from a path to a chart on the host os.
-func (h *Helm) PackageChartFromLocalFiles(cosignKeyPath string) error {
+func (h *Helm) PackageChartFromLocalFiles(ctx context.Context, cosignKeyPath string) error {
 	spinner := message.NewProgressSpinner("Processing helm chart %s:%s from %s", h.chart.Name, h.chart.Version, h.chart.LocalPath)
 	defer spinner.Stop()
 
@@ -102,7 +102,7 @@ func (h *Helm) PackageChartFromLocalFiles(cosignKeyPath string) error {
 	}
 
 	// Finalize the chart
-	err = h.finalizeChartPackage(saved, cosignKeyPath)
+	err = h.finalizeChartPackage(ctx, saved, cosignKeyPath)
 	if err != nil {
 		return err
 	}
@@ -126,11 +126,11 @@ func (h *Helm) PackageChartFromGit(ctx context.Context, cosignKeyPath string) er
 
 	// Set the directory for the chart and package it
 	h.chart.LocalPath = filepath.Join(gitPath, h.chart.GitPath)
-	return h.PackageChartFromLocalFiles(cosignKeyPath)
+	return h.PackageChartFromLocalFiles(ctx, cosignKeyPath)
 }
 
 // DownloadPublishedChart loads a specific chart version from a remote repo.
-func (h *Helm) DownloadPublishedChart(cosignKeyPath string) error {
+func (h *Helm) DownloadPublishedChart(ctx context.Context, cosignKeyPath string) error {
 	spinner := message.NewProgressSpinner("Processing helm chart %s:%s from repo %s", h.chart.Name, h.chart.Version, h.chart.URL)
 	defer spinner.Stop()
 
@@ -221,7 +221,7 @@ func (h *Helm) DownloadPublishedChart(cosignKeyPath string) error {
 	}
 
 	// Finalize the chart
-	err = h.finalizeChartPackage(saved, cosignKeyPath)
+	err = h.finalizeChartPackage(ctx, saved, cosignKeyPath)
 	if err != nil {
 		return err
 	}
@@ -245,7 +245,7 @@ func DownloadChartFromGitToTemp(ctx context.Context, url string, spinner *messag
 	return gitCfg.GitPath, nil
 }
 
-func (h *Helm) finalizeChartPackage(saved, cosignKeyPath string) error {
+func (h *Helm) finalizeChartPackage(ctx context.Context, saved, cosignKeyPath string) error {
 	// Ensure the name is consistent for deployments
 	destinationTarball := StandardName(h.chartPath, h.chart) + ".tgz"
 	err := os.Rename(saved, destinationTarball)
@@ -253,19 +253,19 @@ func (h *Helm) finalizeChartPackage(saved, cosignKeyPath string) error {
 		return fmt.Errorf("unable to save the final chart tarball: %w", err)
 	}
 
-	err = h.packageValues(cosignKeyPath)
+	err = h.packageValues(ctx, cosignKeyPath)
 	if err != nil {
 		return fmt.Errorf("unable to process the values for the package: %w", err)
 	}
 	return nil
 }
 
-func (h *Helm) packageValues(cosignKeyPath string) error {
+func (h *Helm) packageValues(ctx context.Context, cosignKeyPath string) error {
 	for valuesIdx, path := range h.chart.ValuesFiles {
 		dst := StandardValuesName(h.valuesPath, h.chart, valuesIdx)
 
 		if helpers.IsURL(path) {
-			if err := utils.DownloadToFile(path, dst, cosignKeyPath); err != nil {
+			if err := utils.DownloadToFile(ctx, path, dst, cosignKeyPath); err != nil {
 				return fmt.Errorf(lang.ErrDownloading, path, err.Error())
 			}
 		} else {
diff --git a/src/pkg/packager/creator/normal.go b/src/pkg/packager/creator/normal.go
index 52baa708e4..32e2ea1bbb 100644
--- a/src/pkg/packager/creator/normal.go
+++ b/src/pkg/packager/creator/normal.go
@@ -390,7 +390,7 @@ func (pc *PackageCreator) addComponent(ctx context.Context, component types.Zarf
 				compressedFile := filepath.Join(componentPaths.Temp, compressedFileName)
 
 				// If the file is an archive, download it to the componentPath.Temp
-				if err := utils.DownloadToFile(file.Source, compressedFile, component.DeprecatedCosignKeyPath); err != nil {
+				if err := utils.DownloadToFile(ctx, file.Source, compressedFile, component.DeprecatedCosignKeyPath); err != nil {
 					return fmt.Errorf(lang.ErrDownloading, file.Source, err.Error())
 				}
 
@@ -399,7 +399,7 @@ func (pc *PackageCreator) addComponent(ctx context.Context, component types.Zarf
 					return fmt.Errorf(lang.ErrFileExtract, file.ExtractPath, compressedFileName, err.Error())
 				}
 			} else {
-				if err := utils.DownloadToFile(file.Source, dst, component.DeprecatedCosignKeyPath); err != nil {
+				if err := utils.DownloadToFile(ctx, file.Source, dst, component.DeprecatedCosignKeyPath); err != nil {
 					return fmt.Errorf(lang.ErrDownloading, file.Source, err.Error())
 				}
 			}
@@ -450,7 +450,7 @@ func (pc *PackageCreator) addComponent(ctx context.Context, component types.Zarf
 			dst := filepath.Join(componentPaths.Base, rel)
 
 			if helpers.IsURL(data.Source) {
-				if err := utils.DownloadToFile(data.Source, dst, component.DeprecatedCosignKeyPath); err != nil {
+				if err := utils.DownloadToFile(ctx, data.Source, dst, component.DeprecatedCosignKeyPath); err != nil {
 					return fmt.Errorf(lang.ErrDownloading, data.Source, err.Error())
 				}
 			} else {
@@ -483,7 +483,7 @@ func (pc *PackageCreator) addComponent(ctx context.Context, component types.Zarf
 				// Copy manifests without any processing.
 				spinner.Updatef("Copying manifest %s", path)
 				if helpers.IsURL(path) {
-					if err := utils.DownloadToFile(path, dst, component.DeprecatedCosignKeyPath); err != nil {
+					if err := utils.DownloadToFile(ctx, path, dst, component.DeprecatedCosignKeyPath); err != nil {
 						return fmt.Errorf(lang.ErrDownloading, path, err.Error())
 					}
 				} else {
diff --git a/src/pkg/packager/prepare.go b/src/pkg/packager/prepare.go
index ea883d6970..0ca1f35f91 100644
--- a/src/pkg/packager/prepare.go
+++ b/src/pkg/packager/prepare.go
@@ -231,7 +231,7 @@ func (p *Packager) findImages(ctx context.Context) (imgMap map[string][]string,
 				if helpers.IsURL(f) {
 					mname := fmt.Sprintf("manifest-%s-%d.yaml", manifest.Name, idx)
 					destination := filepath.Join(componentPaths.Manifests, mname)
-					if err := utils.DownloadToFile(f, destination, component.DeprecatedCosignKeyPath); err != nil {
+					if err := utils.DownloadToFile(ctx, f, destination, component.DeprecatedCosignKeyPath); err != nil {
 						return nil, fmt.Errorf(lang.ErrDownloading, f, err.Error())
 					}
 					f = destination
diff --git a/src/pkg/packager/sources/url.go b/src/pkg/packager/sources/url.go
index 02fc785d81..d3d79af237 100644
--- a/src/pkg/packager/sources/url.go
+++ b/src/pkg/packager/sources/url.go
@@ -30,7 +30,7 @@ type URLSource struct {
 }
 
 // Collect downloads a package from the source URL.
-func (s *URLSource) Collect(_ context.Context, dir string) (string, error) {
+func (s *URLSource) Collect(ctx context.Context, dir string) (string, error) {
 	if !config.CommonOptions.Insecure && s.Shasum == "" && !strings.HasPrefix(s.PackageSource, helpers.SGETURLPrefix) {
 		return "", fmt.Errorf("remote package provided without a shasum, use --insecure to ignore, or provide one w/ --shasum")
 	}
@@ -43,7 +43,7 @@ func (s *URLSource) Collect(_ context.Context, dir string) (string, error) {
 
 	dstTarball := filepath.Join(dir, "zarf-package-url-unknown")
 
-	if err := utils.DownloadToFile(packageURL, dstTarball, s.SGetKeyPath); err != nil {
+	if err := utils.DownloadToFile(ctx, packageURL, dstTarball, s.SGetKeyPath); err != nil {
 		return "", err
 	}
 
diff --git a/src/pkg/utils/network.go b/src/pkg/utils/network.go
index e17c086161..4bd6945f36 100644
--- a/src/pkg/utils/network.go
+++ b/src/pkg/utils/network.go
@@ -39,7 +39,7 @@ func parseChecksum(src string) (string, string, error) {
 }
 
 // DownloadToFile downloads a given URL to the target filepath (including the cosign key if necessary).
-func DownloadToFile(src string, dst string, cosignKeyPath string) (err error) {
+func DownloadToFile(ctx context.Context, src string, dst string, cosignKeyPath string) (err error) {
 	message.Debugf("Downloading %s to %s", src, dst)
 	// check if the parsed URL has a checksum
 	// if so, remove it and use the checksum to validate the file
@@ -66,7 +66,7 @@ func DownloadToFile(src string, dst string, cosignKeyPath string) (err error) {
 	}
 	// If the source url starts with the sget protocol use that, otherwise do a typical GET call
 	if parsed.Scheme == helpers.SGETURLScheme {
-		err = Sget(context.TODO(), src, cosignKeyPath, file)
+		err = Sget(ctx, src, cosignKeyPath, file)
 		if err != nil {
 			return fmt.Errorf("unable to download file with sget: %s: %w", src, err)
 		}
diff --git a/src/pkg/utils/network_test.go b/src/pkg/utils/network_test.go
index d2357f907d..02e308f170 100644
--- a/src/pkg/utils/network_test.go
+++ b/src/pkg/utils/network_test.go
@@ -13,6 +13,8 @@ import (
 	"strings"
 	"testing"
 
+	"github.com/zarf-dev/zarf/src/test/testutil"
+
 	"github.com/stretchr/testify/require"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
@@ -136,7 +138,7 @@ func TestDownloadToFile(t *testing.T) {
 			}
 			fmt.Println(src)
 			dst := filepath.Join(t.TempDir(), tt.fileName)
-			err := DownloadToFile(src, dst, "")
+			err := DownloadToFile(testutil.TestContext(t), src, dst, "")
 			if tt.expectedErr != "" {
 				require.ErrorContains(t, err, tt.expectedErr)
 				return
diff --git a/src/test/e2e/50_oci_publish_deploy_test.go b/src/test/e2e/50_oci_publish_deploy_test.go
index 905a5f7ed7..217c1b2de6 100644
--- a/src/test/e2e/50_oci_publish_deploy_test.go
+++ b/src/test/e2e/50_oci_publish_deploy_test.go
@@ -5,7 +5,6 @@
 package test
 
 import (
-	"context"
 	"fmt"
 	"path/filepath"
 	"strings"
@@ -16,6 +15,7 @@ import (
 	"github.com/stretchr/testify/require"
 	"github.com/stretchr/testify/suite"
 	"github.com/zarf-dev/zarf/src/pkg/zoci"
+	"github.com/zarf-dev/zarf/src/test/testutil"
 	"oras.land/oras-go/v2/registry"
 	"oras.land/oras-go/v2/registry/remote"
 )
@@ -139,7 +139,7 @@ func (suite *PublishDeploySuiteTestSuite) Test_3_Copy() {
 	suite.NoError(err)
 	reg.PlainHTTP = true
 	attempt := 0
-	ctx := context.TODO()
+	ctx := testutil.TestContext(t)
 	for attempt <= 5 {
 		err = reg.Ping(ctx)
 		if err == nil {
diff --git a/src/test/external/ext_in_cluster_test.go b/src/test/external/ext_in_cluster_test.go
index bddc84fbf6..ffe5a08b73 100644
--- a/src/test/external/ext_in_cluster_test.go
+++ b/src/test/external/ext_in_cluster_test.go
@@ -19,6 +19,7 @@ import (
 	"github.com/stretchr/testify/suite"
 	"github.com/zarf-dev/zarf/src/pkg/cluster"
 	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
+	"github.com/zarf-dev/zarf/src/test/testutil"
 	"k8s.io/apimachinery/pkg/runtime/schema"
 	"sigs.k8s.io/cli-utils/pkg/object"
 )
@@ -103,7 +104,7 @@ func (suite *ExtInClusterTestSuite) Test_0_Mirror() {
 	c, err := cluster.NewCluster()
 	suite.NoError(err)
 
-	ctx := context.TODO()
+	ctx := testutil.TestContext(suite.T())
 
 	// Check that the registry contains the images we want
 	tunnelReg, err := c.NewTunnel("external-registry", "svc", "external-registry-docker-registry", "", 0, 5000)
diff --git a/src/test/external/ext_out_cluster_test.go b/src/test/external/ext_out_cluster_test.go
index 86f2ef0edd..e2cbaccefb 100644
--- a/src/test/external/ext_out_cluster_test.go
+++ b/src/test/external/ext_out_cluster_test.go
@@ -20,6 +20,7 @@ import (
 	"github.com/stretchr/testify/suite"
 	"github.com/zarf-dev/zarf/src/pkg/utils"
 	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
+	"github.com/zarf-dev/zarf/src/test/testutil"
 	"helm.sh/helm/v3/pkg/repo"
 )
 
@@ -206,7 +207,7 @@ func (suite *ExtOutClusterTestSuite) createHelmChartInGitea(baseURL string, user
 	podinfoTarballPath := filepath.Join(tempDir, fmt.Sprintf("podinfo-%s.tgz", podInfoVersion))
 	suite.NoError(err, "Unable to package chart")
 
-	err = utils.DownloadToFile(fmt.Sprintf("https://stefanprodan.github.io/podinfo/podinfo-%s.tgz", podInfoVersion), podinfoTarballPath, "")
+	err = utils.DownloadToFile(testutil.TestContext(suite.T()), fmt.Sprintf("https://stefanprodan.github.io/podinfo/podinfo-%s.tgz", podInfoVersion), podinfoTarballPath, "")
 	suite.NoError(err)
 	url := fmt.Sprintf("%s/api/packages/%s/helm/api/charts", baseURL, username)
 
diff --git a/src/test/testutil/testutil.go b/src/test/testutil/testutil.go
new file mode 100644
index 0000000000..862bca937d
--- /dev/null
+++ b/src/test/testutil/testutil.go
@@ -0,0 +1,18 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+// Package testutil provides global testing helper functions
+package testutil
+
+import (
+	"context"
+	"testing"
+)
+
+// TestContext takes a testing.T and returns a context that is
+// attached to the test by t.Cleanup()
+func TestContext(t *testing.T) context.Context {
+	ctx, cancel := context.WithCancel(context.Background())
+	t.Cleanup(cancel)
+	return ctx
+}

From 70e8b8def7a91e054f9763250cd464877f5e6fc7 Mon Sep 17 00:00:00 2001
From: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
Date: Thu, 25 Jul 2024 09:48:27 -0400
Subject: [PATCH 26/68] feat: run schema validation on create (#2585)

Signed-off-by: Austin Abro <AustinAbro321@gmail.com>
---
 main.go                                       |   2 +-
 src/cmd/dev.go                                |   4 +-
 src/config/lang/english.go                    |   7 -
 src/pkg/lint/findings.go                      | 115 ++++++++
 src/pkg/lint/findings_test.go                 | 105 +++++++
 src/pkg/lint/lint.go                          | 136 +++++++++
 src/pkg/lint/lint_test.go                     |  71 +++++
 src/pkg/lint/rules.go                         | 108 +++++++
 src/pkg/lint/rules_test.go                    | 137 +++++++++
 src/pkg/lint/schema.go                        |  79 +++++
 .../lint/lint_test.go => lint/schema_test.go} | 164 +----------
 src/pkg/packager/creator/creator_test.go      |  38 ++-
 src/pkg/packager/creator/normal.go            |   3 +-
 src/pkg/packager/creator/skeleton.go          |   2 +-
 src/pkg/packager/creator/utils.go             |  22 ++
 src/pkg/packager/dev.go                       |  75 +----
 src/pkg/packager/lint/findings.go             |  41 ---
 src/pkg/packager/lint/findings_test.go        | 122 --------
 src/pkg/packager/lint/lint.go                 | 278 ------------------
 src/pkg/variables/types.go                    |  13 -
 src/types/package.go                          |   2 +
 src/types/validate.go                         |  34 ---
 src/types/validate_test.go                    |  45 +--
 23 files changed, 825 insertions(+), 778 deletions(-)
 create mode 100644 src/pkg/lint/findings.go
 create mode 100644 src/pkg/lint/findings_test.go
 create mode 100644 src/pkg/lint/lint.go
 create mode 100644 src/pkg/lint/lint_test.go
 create mode 100644 src/pkg/lint/rules.go
 create mode 100644 src/pkg/lint/rules_test.go
 create mode 100644 src/pkg/lint/schema.go
 rename src/pkg/{packager/lint/lint_test.go => lint/schema_test.go} (56%)
 delete mode 100644 src/pkg/packager/lint/findings.go
 delete mode 100644 src/pkg/packager/lint/findings_test.go
 delete mode 100644 src/pkg/packager/lint/lint.go

diff --git a/main.go b/main.go
index 70feb480f4..f424789b54 100644
--- a/main.go
+++ b/main.go
@@ -13,7 +13,7 @@ import (
 
 	"github.com/zarf-dev/zarf/src/cmd"
 	"github.com/zarf-dev/zarf/src/config"
-	"github.com/zarf-dev/zarf/src/pkg/packager/lint"
+	"github.com/zarf-dev/zarf/src/pkg/lint"
 )
 
 //go:embed cosign.pub
diff --git a/src/cmd/dev.go b/src/cmd/dev.go
index 80a602afdb..322b82fb84 100644
--- a/src/cmd/dev.go
+++ b/src/cmd/dev.go
@@ -22,6 +22,7 @@ import (
 	"github.com/zarf-dev/zarf/src/cmd/common"
 	"github.com/zarf-dev/zarf/src/config"
 	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/lint"
 	"github.com/zarf-dev/zarf/src/pkg/message"
 	"github.com/zarf-dev/zarf/src/pkg/packager"
 	"github.com/zarf-dev/zarf/src/pkg/transform"
@@ -269,6 +270,7 @@ var devLintCmd = &cobra.Command{
 	Short:   lang.CmdDevLintShort,
 	Long:    lang.CmdDevLintLong,
 	RunE: func(cmd *cobra.Command, args []string) error {
+		config.CommonOptions.Confirm = true
 		pkgConfig.CreateOpts.BaseDir = common.SetBaseDirectory(args)
 		v := common.GetViper()
 		pkgConfig.CreateOpts.SetVariables = helpers.TransformAndMergeMap(
@@ -280,7 +282,7 @@ var devLintCmd = &cobra.Command{
 		}
 		defer pkgClient.ClearTempPaths()
 
-		return pkgClient.Lint(cmd.Context())
+		return lint.Validate(cmd.Context(), pkgConfig.CreateOpts)
 	},
 }
 
diff --git a/src/config/lang/english.go b/src/config/lang/english.go
index 9b90c23b22..33698de7a5 100644
--- a/src/config/lang/english.go
+++ b/src/config/lang/english.go
@@ -630,19 +630,15 @@ const (
 // Package validate
 const (
 	PkgValidateTemplateDeprecation        = "Package template %q is using the deprecated syntax ###ZARF_PKG_VAR_%s###. This will be removed in Zarf v1.0.0. Please update to ###ZARF_PKG_TMPL_%s###."
-	PkgValidateMustBeUppercase            = "variable name %q must be all uppercase and contain no special characters except _"
 	PkgValidateErrAction                  = "invalid action: %w"
 	PkgValidateErrActionCmdWait           = "action %q cannot be both a command and wait action"
 	PkgValidateErrActionClusterNetwork    = "a single wait action must contain only one of cluster or network"
 	PkgValidateErrChart                   = "invalid chart definition: %w"
 	PkgValidateErrChartName               = "chart %q exceed the maximum length of %d characters"
-	PkgValidateErrChartNameMissing        = "chart must include a name"
 	PkgValidateErrChartNameNotUnique      = "chart name %q is not unique"
 	PkgValidateErrChartNamespaceMissing   = "chart %q must include a namespace"
 	PkgValidateErrChartURLOrPath          = "chart %q must have either a url or localPath"
 	PkgValidateErrChartVersion            = "chart %q must include a chart version"
-	PkgValidateErrComponentName           = "component name %q must be all lowercase and contain no special characters except '-' and cannot start with a '-'"
-	PkgValidateErrComponentLocalOS        = "component %q contains a localOS value that is not supported: %s (supported: %s)"
 	PkgValidateErrComponentNameNotUnique  = "component name %q is not unique"
 	PkgValidateErrComponentReqDefault     = "component %q cannot be both required and default"
 	PkgValidateErrComponentReqGrouped     = "component %q cannot be both required and grouped"
@@ -654,11 +650,8 @@ const (
 	PkgValidateErrManifest                = "invalid manifest definition: %w"
 	PkgValidateErrManifestFileOrKustomize = "manifest %q must have at least one file or kustomization"
 	PkgValidateErrManifestNameLength      = "manifest %q exceed the maximum length of %d characters"
-	PkgValidateErrManifestNameMissing     = "manifest must include a name"
 	PkgValidateErrManifestNameNotUnique   = "manifest name %q is not unique"
-	PkgValidateErrPkgConstantName         = "constant name %q must be all uppercase and contain no special characters except _"
 	PkgValidateErrPkgConstantPattern      = "provided value for constant %q does not match pattern %q"
-	PkgValidateErrPkgName                 = "package name %q must be all lowercase and contain no special characters except '-' and cannot start with a '-'"
 	PkgValidateErrVariable                = "invalid package variable: %w"
 	PkgValidateErrYOLONoArch              = "cluster architecture not allowed in YOLO"
 	PkgValidateErrYOLONoDistro            = "cluster distros not allowed in YOLO"
diff --git a/src/pkg/lint/findings.go b/src/pkg/lint/findings.go
new file mode 100644
index 0000000000..a8ad9b5eac
--- /dev/null
+++ b/src/pkg/lint/findings.go
@@ -0,0 +1,115 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+// Package lint contains functions for verifying zarf yaml files are valid
+package lint
+
+import (
+	"fmt"
+	"path/filepath"
+
+	"github.com/defenseunicorns/pkg/helpers/v2"
+	"github.com/fatih/color"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+)
+
+// PackageFinding is a struct that contains a finding about something wrong with a package
+type PackageFinding struct {
+	// YqPath is the path to the key where the error originated from, this is sometimes empty in the case of a general error
+	YqPath      string
+	Description string
+	// Item is the value of a key that is causing an error, for example a bad image name
+	Item string
+	// PackageNameOverride shows the name of the package that the error originated from
+	// If it is not set the base package will be used when displaying the error
+	PackageNameOverride string
+	// PackagePathOverride shows the path to the package that the error originated from
+	// If it is not set the base package will be used when displaying the error
+	PackagePathOverride string
+	Severity            Severity
+}
+
+// Severity is the type of finding
+type Severity int
+
+// different severities of package errors
+const (
+	SevErr Severity = iota + 1
+	SevWarn
+)
+
+func (f PackageFinding) itemizedDescription() string {
+	if f.Item == "" {
+		return f.Description
+	}
+	return fmt.Sprintf("%s - %s", f.Description, f.Item)
+}
+
+func colorWrapSev(s Severity) string {
+	if s == SevErr {
+		return message.ColorWrap("Error", color.FgRed)
+	} else if s == SevWarn {
+		return message.ColorWrap("Warning", color.FgYellow)
+	}
+	return "unknown"
+}
+
+func filterLowerSeverity(findings []PackageFinding, severity Severity) []PackageFinding {
+	findings = helpers.RemoveMatches(findings, func(finding PackageFinding) bool {
+		return finding.Severity > severity
+	})
+	return findings
+}
+
+// PrintFindings prints the findings of the given severity in a table
+func PrintFindings(findings []PackageFinding, severity Severity, baseDir string, packageName string) {
+	findings = filterLowerSeverity(findings, severity)
+	if len(findings) == 0 {
+		return
+	}
+	mapOfFindingsByPath := GroupFindingsByPath(findings, packageName)
+
+	header := []string{"Type", "Path", "Message"}
+
+	for _, findings := range mapOfFindingsByPath {
+		lintData := [][]string{}
+		for _, finding := range findings {
+			lintData = append(lintData, []string{
+				colorWrapSev(finding.Severity),
+				message.ColorWrap(finding.YqPath, color.FgCyan),
+				finding.itemizedDescription(),
+			})
+		}
+		var packagePathFromUser string
+		if helpers.IsOCIURL(findings[0].PackagePathOverride) {
+			packagePathFromUser = findings[0].PackagePathOverride
+		} else {
+			packagePathFromUser = filepath.Join(baseDir, findings[0].PackagePathOverride)
+		}
+		message.Notef("Linting package %q at %s", findings[0].PackageNameOverride, packagePathFromUser)
+		message.Table(header, lintData)
+	}
+}
+
+// GroupFindingsByPath groups findings by their package path
+func GroupFindingsByPath(findings []PackageFinding, packageName string) map[string][]PackageFinding {
+	for i := range findings {
+		if findings[i].PackageNameOverride == "" {
+			findings[i].PackageNameOverride = packageName
+		}
+		if findings[i].PackagePathOverride == "" {
+			findings[i].PackagePathOverride = "."
+		}
+	}
+
+	mapOfFindingsByPath := make(map[string][]PackageFinding)
+	for _, finding := range findings {
+		mapOfFindingsByPath[finding.PackagePathOverride] = append(mapOfFindingsByPath[finding.PackagePathOverride], finding)
+	}
+	return mapOfFindingsByPath
+}
+
+// HasSevOrHigher returns true if the findings contain a severity equal to or greater than the given severity
+func HasSevOrHigher(findings []PackageFinding, severity Severity) bool {
+	return len(filterLowerSeverity(findings, severity)) > 0
+}
diff --git a/src/pkg/lint/findings_test.go b/src/pkg/lint/findings_test.go
new file mode 100644
index 0000000000..f3c09673c8
--- /dev/null
+++ b/src/pkg/lint/findings_test.go
@@ -0,0 +1,105 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+// Package lint contains functions for verifying zarf yaml files are valid
+package lint
+
+import (
+	"testing"
+
+	"github.com/stretchr/testify/require"
+)
+
+func TestGroupFindingsByPath(t *testing.T) {
+	t.Parallel()
+	tests := []struct {
+		name        string
+		findings    []PackageFinding
+		severity    Severity
+		packageName string
+		want        map[string][]PackageFinding
+	}{
+		{
+			name: "same package multiple findings",
+			findings: []PackageFinding{
+				{Severity: SevWarn, PackageNameOverride: "import", PackagePathOverride: "path"},
+				{Severity: SevWarn, PackageNameOverride: "import", PackagePathOverride: "path"},
+			},
+			packageName: "testPackage",
+			want: map[string][]PackageFinding{
+				"path": {
+					{Severity: SevWarn, PackageNameOverride: "import", PackagePathOverride: "path"},
+					{Severity: SevWarn, PackageNameOverride: "import", PackagePathOverride: "path"},
+				},
+			},
+		},
+		{
+			name: "different packages single finding",
+			findings: []PackageFinding{
+				{Severity: SevWarn, PackageNameOverride: "import", PackagePathOverride: "path"},
+				{Severity: SevErr, PackageNameOverride: "", PackagePathOverride: ""},
+			},
+			packageName: "testPackage",
+			want: map[string][]PackageFinding{
+				"path": {{Severity: SevWarn, PackageNameOverride: "import", PackagePathOverride: "path"}},
+				".":    {{Severity: SevErr, PackageNameOverride: "testPackage", PackagePathOverride: "."}},
+			},
+		},
+	}
+	for _, tt := range tests {
+		t.Run(tt.name, func(t *testing.T) {
+			t.Parallel()
+			require.Equal(t, tt.want, GroupFindingsByPath(tt.findings, tt.packageName))
+		})
+	}
+}
+
+func TestHasSeverity(t *testing.T) {
+	t.Parallel()
+	tests := []struct {
+		name     string
+		severity Severity
+		expected bool
+		findings []PackageFinding
+	}{
+		{
+			name: "error severity present",
+			findings: []PackageFinding{
+				{
+					Severity: SevErr,
+				},
+			},
+			severity: SevErr,
+			expected: true,
+		},
+		{
+			name: "error severity not present",
+			findings: []PackageFinding{
+				{
+					Severity: SevWarn,
+				},
+			},
+			severity: SevErr,
+			expected: false,
+		},
+		{
+			name: "err and warning severity present",
+			findings: []PackageFinding{
+				{
+					Severity: SevWarn,
+				},
+				{
+					Severity: SevErr,
+				},
+			},
+			severity: SevErr,
+			expected: true,
+		},
+	}
+	for _, tt := range tests {
+		t.Run(tt.name, func(t *testing.T) {
+			t.Parallel()
+			require.Equal(t, tt.expected, HasSevOrHigher(tt.findings, tt.severity))
+		})
+	}
+}
diff --git a/src/pkg/lint/lint.go b/src/pkg/lint/lint.go
new file mode 100644
index 0000000000..fda3da01f9
--- /dev/null
+++ b/src/pkg/lint/lint.go
@@ -0,0 +1,136 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+// Package lint contains functions for verifying zarf yaml files are valid
+package lint
+
+import (
+	"context"
+	"errors"
+	"fmt"
+	"os"
+
+	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/packager/composer"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+	"github.com/zarf-dev/zarf/src/types"
+)
+
+// Validate lints the given Zarf package
+func Validate(ctx context.Context, createOpts types.ZarfCreateOptions) error {
+	var findings []PackageFinding
+	if err := os.Chdir(createOpts.BaseDir); err != nil {
+		return fmt.Errorf("unable to access directory %q: %w", createOpts.BaseDir, err)
+	}
+	var pkg types.ZarfPackage
+	if err := utils.ReadYaml(layout.ZarfYAML, &pkg); err != nil {
+		return err
+	}
+
+	compFindings, err := lintComponents(ctx, pkg, createOpts)
+	if err != nil {
+		return err
+	}
+	findings = append(findings, compFindings...)
+	schemaFindings, err := ValidatePackageSchema()
+	if err != nil {
+		return err
+	}
+	findings = append(findings, schemaFindings...)
+
+	if len(findings) == 0 {
+		message.Successf("0 findings for %q", pkg.Metadata.Name)
+		return nil
+	}
+	PrintFindings(findings, SevWarn, createOpts.BaseDir, pkg.Metadata.Name)
+	if HasSevOrHigher(findings, SevErr) {
+		return errors.New("errors during lint")
+	}
+	return nil
+}
+
+func lintComponents(ctx context.Context, pkg types.ZarfPackage, createOpts types.ZarfCreateOptions) ([]PackageFinding, error) {
+	var findings []PackageFinding
+
+	for i, component := range pkg.Components {
+		arch := config.GetArch(pkg.Metadata.Architecture)
+		if !composer.CompatibleComponent(component, arch, createOpts.Flavor) {
+			continue
+		}
+
+		chain, err := composer.NewImportChain(ctx, component, i, pkg.Metadata.Name, arch, createOpts.Flavor)
+
+		if err != nil {
+			return nil, err
+		}
+
+		node := chain.Head()
+		for node != nil {
+			component := node.ZarfComponent
+			compFindings, err := fillComponentTemplate(&component, createOpts)
+			if err != nil {
+				return nil, err
+			}
+			compFindings = append(compFindings, CheckComponentValues(component, node.Index())...)
+			for i := range compFindings {
+				compFindings[i].PackagePathOverride = node.ImportLocation()
+				compFindings[i].PackageNameOverride = node.OriginalPackageName()
+			}
+			findings = append(findings, compFindings...)
+			node = node.Next()
+		}
+	}
+	return findings, nil
+}
+
+func fillComponentTemplate(c *types.ZarfComponent, createOpts types.ZarfCreateOptions) ([]PackageFinding, error) {
+	var findings []PackageFinding
+	templateMap := map[string]string{}
+
+	setVarsAndWarn := func(templatePrefix string, deprecated bool) error {
+		yamlTemplates, err := utils.FindYamlTemplates(c, templatePrefix, "###")
+		if err != nil {
+			return err
+		}
+
+		var unSetTemplates bool
+		for key := range yamlTemplates {
+			if deprecated {
+				findings = append(findings, PackageFinding{
+					Description: fmt.Sprintf(lang.PkgValidateTemplateDeprecation, key, key, key),
+					Severity:    SevWarn,
+				})
+			}
+			if _, present := createOpts.SetVariables[key]; !present {
+				unSetTemplates = true
+			}
+		}
+		if unSetTemplates {
+			findings = append(findings, PackageFinding{
+				Description: lang.UnsetVarLintWarning,
+				Severity:    SevWarn,
+			})
+		}
+		for key, value := range createOpts.SetVariables {
+			templateMap[fmt.Sprintf("%s%s###", templatePrefix, key)] = value
+		}
+		return nil
+	}
+
+	if err := setVarsAndWarn(types.ZarfPackageTemplatePrefix, false); err != nil {
+		return nil, err
+	}
+
+	// [DEPRECATION] Set the Package Variable syntax as well for backward compatibility
+	if err := setVarsAndWarn(types.ZarfPackageVariablePrefix, true); err != nil {
+		return nil, err
+	}
+
+	if err := utils.ReloadYamlTemplate(c, templateMap); err != nil {
+		return nil, err
+	}
+	return findings, nil
+}
diff --git a/src/pkg/lint/lint_test.go b/src/pkg/lint/lint_test.go
new file mode 100644
index 0000000000..d5c5a03495
--- /dev/null
+++ b/src/pkg/lint/lint_test.go
@@ -0,0 +1,71 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+// Package lint contains functions for verifying zarf yaml files are valid
+package lint
+
+import (
+	"context"
+	"fmt"
+	"testing"
+
+	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/config/lang"
+	"github.com/zarf-dev/zarf/src/types"
+)
+
+func TestLintComponents(t *testing.T) {
+	t.Run("Test composable components with bad path", func(t *testing.T) {
+		t.Parallel()
+		zarfPackage := types.ZarfPackage{
+			Components: []types.ZarfComponent{
+				{
+					Import: types.ZarfComponentImport{Path: "bad-path"},
+				},
+			},
+			Metadata: types.ZarfMetadata{Name: "test-zarf-package"},
+		}
+
+		createOpts := types.ZarfCreateOptions{Flavor: "", BaseDir: "."}
+		_, err := lintComponents(context.Background(), zarfPackage, createOpts)
+		require.Error(t, err)
+	})
+}
+func TestFillComponentTemplate(t *testing.T) {
+	createOpts := types.ZarfCreateOptions{
+		SetVariables: map[string]string{
+			"KEY1": "value1",
+			"KEY2": "value2",
+		},
+	}
+
+	component := types.ZarfComponent{
+		Images: []string{
+			fmt.Sprintf("%s%s###", types.ZarfPackageTemplatePrefix, "KEY1"),
+			fmt.Sprintf("%s%s###", types.ZarfPackageVariablePrefix, "KEY2"),
+			fmt.Sprintf("%s%s###", types.ZarfPackageTemplatePrefix, "KEY3"),
+		},
+	}
+
+	findings, err := fillComponentTemplate(&component, createOpts)
+	require.NoError(t, err)
+	expectedFindings := []PackageFinding{
+		{
+			Severity:    SevWarn,
+			Description: "There are templates that are not set and won't be evaluated during lint",
+		},
+		{
+			Severity:    SevWarn,
+			Description: fmt.Sprintf(lang.PkgValidateTemplateDeprecation, "KEY2", "KEY2", "KEY2"),
+		},
+	}
+	expectedComponent := types.ZarfComponent{
+		Images: []string{
+			"value1",
+			"value2",
+			fmt.Sprintf("%s%s###", types.ZarfPackageTemplatePrefix, "KEY3"),
+		},
+	}
+	require.ElementsMatch(t, expectedFindings, findings)
+	require.Equal(t, expectedComponent, component)
+}
diff --git a/src/pkg/lint/rules.go b/src/pkg/lint/rules.go
new file mode 100644
index 0000000000..17c22256a4
--- /dev/null
+++ b/src/pkg/lint/rules.go
@@ -0,0 +1,108 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+// Package lint contains functions for verifying zarf yaml files are valid
+package lint
+
+import (
+	"fmt"
+	"strings"
+
+	"github.com/defenseunicorns/pkg/helpers/v2"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/types"
+)
+
+func isPinnedImage(image string) (bool, error) {
+	transformedImage, err := transform.ParseImageRef(image)
+	if err != nil {
+		if strings.Contains(image, types.ZarfPackageTemplatePrefix) ||
+			strings.Contains(image, types.ZarfPackageVariablePrefix) {
+			return true, nil
+		}
+		return false, err
+	}
+	if isCosignSignature(transformedImage.Tag) || isCosignAttestation(transformedImage.Tag) {
+		return true, nil
+	}
+	return (transformedImage.Digest != ""), err
+}
+
+func isCosignSignature(image string) bool {
+	return strings.HasSuffix(image, ".sig")
+}
+
+func isCosignAttestation(image string) bool {
+	return strings.HasSuffix(image, ".att")
+}
+
+func isPinnedRepo(repo string) bool {
+	return (strings.Contains(repo, "@"))
+}
+
+// CheckComponentValues runs lint rules validating values on component keys, should be run after templating
+func CheckComponentValues(c types.ZarfComponent, i int) []PackageFinding {
+	var findings []PackageFinding
+	findings = append(findings, checkForUnpinnedRepos(c, i)...)
+	findings = append(findings, checkForUnpinnedImages(c, i)...)
+	findings = append(findings, checkForUnpinnedFiles(c, i)...)
+	return findings
+}
+
+func checkForUnpinnedRepos(c types.ZarfComponent, i int) []PackageFinding {
+	var findings []PackageFinding
+	for j, repo := range c.Repos {
+		repoYqPath := fmt.Sprintf(".components.[%d].repos.[%d]", i, j)
+		if !isPinnedRepo(repo) {
+			findings = append(findings, PackageFinding{
+				YqPath:      repoYqPath,
+				Description: "Unpinned repository",
+				Item:        repo,
+				Severity:    SevWarn,
+			})
+		}
+	}
+	return findings
+}
+
+func checkForUnpinnedImages(c types.ZarfComponent, i int) []PackageFinding {
+	var findings []PackageFinding
+	for j, image := range c.Images {
+		imageYqPath := fmt.Sprintf(".components.[%d].images.[%d]", i, j)
+		pinnedImage, err := isPinnedImage(image)
+		if err != nil {
+			findings = append(findings, PackageFinding{
+				YqPath:      imageYqPath,
+				Description: "Failed to parse image reference",
+				Item:        image,
+				Severity:    SevWarn,
+			})
+			continue
+		}
+		if !pinnedImage {
+			findings = append(findings, PackageFinding{
+				YqPath:      imageYqPath,
+				Description: "Image not pinned with digest",
+				Item:        image,
+				Severity:    SevWarn,
+			})
+		}
+	}
+	return findings
+}
+
+func checkForUnpinnedFiles(c types.ZarfComponent, i int) []PackageFinding {
+	var findings []PackageFinding
+	for j, file := range c.Files {
+		fileYqPath := fmt.Sprintf(".components.[%d].files.[%d]", i, j)
+		if file.Shasum == "" && helpers.IsURL(file.Source) {
+			findings = append(findings, PackageFinding{
+				YqPath:      fileYqPath,
+				Description: "No shasum for remote file",
+				Item:        file.Source,
+				Severity:    SevWarn,
+			})
+		}
+	}
+	return findings
+}
diff --git a/src/pkg/lint/rules_test.go b/src/pkg/lint/rules_test.go
new file mode 100644
index 0000000000..bf080ac506
--- /dev/null
+++ b/src/pkg/lint/rules_test.go
@@ -0,0 +1,137 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+// Package lint contains functions for verifying zarf yaml files are valid
+package lint
+
+import (
+	"errors"
+	"testing"
+
+	"github.com/stretchr/testify/require"
+	"github.com/zarf-dev/zarf/src/types"
+)
+
+func TestUnpinnedRepo(t *testing.T) {
+	t.Parallel()
+	unpinnedRepo := "https://github.com/zarf-dev/zarf-public-test.git"
+	component := types.ZarfComponent{Repos: []string{
+		unpinnedRepo,
+		"https://dev.azure.com/zarf-dev/zarf-public-test/_git/zarf-public-test@v0.0.1",
+	}}
+	findings := checkForUnpinnedRepos(component, 0)
+	expected := []PackageFinding{
+		{
+			Item:        unpinnedRepo,
+			Description: "Unpinned repository",
+			Severity:    SevWarn,
+			YqPath:      ".components.[0].repos.[0]",
+		},
+	}
+	require.Equal(t, expected, findings)
+}
+
+func TestUnpinnedImageWarning(t *testing.T) {
+	t.Parallel()
+	unpinnedImage := "registry.com:9001/whatever/image:1.0.0"
+	badImage := "badimage:badimage@@sha256:3fbc632167424a6d997e74f5"
+	cosignSignature := "ghcr.io/stefanprodan/podinfo:sha256-57a654ace69ec02ba8973093b6a786faa15640575fbf0dbb603db55aca2ccec8.sig"
+	cosignAttestation := "ghcr.io/stefanprodan/podinfo:sha256-57a654ace69ec02ba8973093b6a786faa15640575fbf0dbb603db55aca2ccec8.att"
+	component := types.ZarfComponent{Images: []string{
+		unpinnedImage,
+		"busybox:latest@sha256:3fbc632167424a6d997e74f52b878d7cc478225cffac6bc977eedfe51c7f4e79",
+		badImage,
+		cosignSignature,
+		cosignAttestation,
+	}}
+	findings := checkForUnpinnedImages(component, 0)
+	expected := []PackageFinding{
+		{
+			Item:        unpinnedImage,
+			Description: "Image not pinned with digest",
+			Severity:    SevWarn,
+			YqPath:      ".components.[0].images.[0]",
+		},
+		{
+			Item:        badImage,
+			Description: "Failed to parse image reference",
+			Severity:    SevWarn,
+			YqPath:      ".components.[0].images.[2]",
+		},
+	}
+	require.Equal(t, expected, findings)
+}
+
+func TestUnpinnnedFileWarning(t *testing.T) {
+	t.Parallel()
+	fileURL := "http://example.com/file.zip"
+	localFile := "local.txt"
+	zarfFiles := []types.ZarfFile{
+		{
+			Source: fileURL,
+		},
+		{
+			Source: localFile,
+		},
+		{
+			Source: fileURL,
+			Shasum: "fake-shasum",
+		},
+	}
+	component := types.ZarfComponent{Files: zarfFiles}
+	findings := checkForUnpinnedFiles(component, 0)
+	expected := []PackageFinding{
+		{
+			Item:        fileURL,
+			Description: "No shasum for remote file",
+			Severity:    SevWarn,
+			YqPath:      ".components.[0].files.[0]",
+		},
+	}
+	require.Equal(t, expected, findings)
+	require.Len(t, findings, 1)
+}
+
+func TestIsImagePinned(t *testing.T) {
+	t.Parallel()
+	tests := []struct {
+		input    string
+		expected bool
+		err      error
+	}{
+		{
+			input:    "registry.com:8080/zarf-dev/whatever",
+			expected: false,
+			err:      nil,
+		},
+		{
+			input:    "ghcr.io/zarf-dev/pepr/controller:v0.15.0",
+			expected: false,
+			err:      nil,
+		},
+		{
+			input:    "busybox:latest@sha256:3fbc632167424a6d997e74f52b878d7cc478225cffac6bc977eedfe51c7f4e79",
+			expected: true,
+			err:      nil,
+		},
+		{
+			input:    "busybox:bad/image",
+			expected: false,
+			err:      errors.New("invalid reference format"),
+		},
+		{
+			input:    "busybox:###ZARF_PKG_TMPL_BUSYBOX_IMAGE###",
+			expected: true,
+			err:      nil,
+		},
+	}
+	for _, tc := range tests {
+		t.Run(tc.input, func(t *testing.T) {
+			actual, err := isPinnedImage(tc.input)
+			if err != nil {
+				require.EqualError(t, err, tc.err.Error())
+			}
+			require.Equal(t, tc.expected, actual)
+		})
+	}
+}
diff --git a/src/pkg/lint/schema.go b/src/pkg/lint/schema.go
new file mode 100644
index 0000000000..ae3e991863
--- /dev/null
+++ b/src/pkg/lint/schema.go
@@ -0,0 +1,79 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+// Package lint contains functions for verifying zarf yaml files are valid
+package lint
+
+import (
+	"fmt"
+	"io/fs"
+	"regexp"
+
+	"github.com/xeipuuv/gojsonschema"
+	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+)
+
+// ZarfSchema is exported so main.go can embed the schema file
+var ZarfSchema fs.ReadFileFS
+
+// ValidatePackageSchema checks the Zarf package in the current directory against the Zarf schema
+func ValidatePackageSchema() ([]PackageFinding, error) {
+	var untypedZarfPackage interface{}
+	if err := utils.ReadYaml(layout.ZarfYAML, &untypedZarfPackage); err != nil {
+		return nil, err
+	}
+
+	jsonSchema, err := ZarfSchema.ReadFile("zarf.schema.json")
+	if err != nil {
+		return nil, err
+	}
+
+	return getSchemaFindings(jsonSchema, untypedZarfPackage)
+}
+
+func makeFieldPathYqCompat(field string) string {
+	if field == "(root)" {
+		return field
+	}
+	// \b is a metacharacter that will stop at the next non-word character (including .)
+	// https://regex101.com/r/pIRPk0/1
+	re := regexp.MustCompile(`(\b\d+\b)`)
+
+	wrappedField := re.ReplaceAllString(field, "[$1]")
+
+	return fmt.Sprintf(".%s", wrappedField)
+}
+
+func getSchemaFindings(jsonSchema []byte, obj interface{}) ([]PackageFinding, error) {
+	var findings []PackageFinding
+	schemaErrors, err := runSchema(jsonSchema, obj)
+	if err != nil {
+		return nil, err
+	}
+
+	for _, schemaErr := range schemaErrors {
+		findings = append(findings, PackageFinding{
+			YqPath:      makeFieldPathYqCompat(schemaErr.Field()),
+			Description: schemaErr.Description(),
+			Severity:    SevErr,
+		})
+	}
+
+	return findings, nil
+}
+
+func runSchema(jsonSchema []byte, pkg interface{}) ([]gojsonschema.ResultError, error) {
+	schemaLoader := gojsonschema.NewBytesLoader(jsonSchema)
+	documentLoader := gojsonschema.NewGoLoader(pkg)
+
+	result, err := gojsonschema.Validate(schemaLoader, documentLoader)
+	if err != nil {
+		return nil, err
+	}
+
+	if !result.Valid() {
+		return result.Errors(), nil
+	}
+	return nil, nil
+}
diff --git a/src/pkg/packager/lint/lint_test.go b/src/pkg/lint/schema_test.go
similarity index 56%
rename from src/pkg/packager/lint/lint_test.go
rename to src/pkg/lint/schema_test.go
index 213c0938d2..bb6adde541 100644
--- a/src/pkg/packager/lint/lint_test.go
+++ b/src/pkg/lint/schema_test.go
@@ -5,8 +5,6 @@
 package lint
 
 import (
-	"context"
-	"errors"
 	"fmt"
 	"os"
 	"testing"
@@ -19,7 +17,7 @@ import (
 
 func TestZarfSchema(t *testing.T) {
 	t.Parallel()
-	zarfSchema, err := os.ReadFile("../../../../zarf.schema.json")
+	zarfSchema, err := os.ReadFile("../../../zarf.schema.json")
 	require.NoError(t, err)
 
 	tests := []struct {
@@ -119,7 +117,6 @@ func TestZarfSchema(t *testing.T) {
 		},
 	}
 	for _, tt := range tests {
-		tt := tt
 		t.Run(tt.name, func(t *testing.T) {
 			t.Parallel()
 			findings, err := runSchema(zarfSchema, tt.pkg)
@@ -173,17 +170,17 @@ components:
 
 	t.Run("test schema findings is created as expected", func(t *testing.T) {
 		t.Parallel()
-		findings, err := validateSchema(zarfSchema, types.ZarfPackage{
+		findings, err := getSchemaFindings(zarfSchema, types.ZarfPackage{
 			Kind: types.ZarfInitConfig,
 			Metadata: types.ZarfMetadata{
 				Name: "invalid",
 			},
 		})
 		require.NoError(t, err)
-		expected := []types.PackageFinding{
+		expected := []PackageFinding{
 			{
 				Description: "Invalid type. Expected: array, given: null",
-				Severity:    types.SevErr,
+				Severity:    SevErr,
 				YqPath:      ".components",
 			},
 		}
@@ -191,89 +188,8 @@ components:
 	})
 }
 
-func TestValidateComponent(t *testing.T) {
+func TestYqCompat(t *testing.T) {
 	t.Parallel()
-
-	t.Run("Unpinnned repo warning", func(t *testing.T) {
-		t.Parallel()
-		unpinnedRepo := "https://github.com/zarf-dev/zarf-public-test.git"
-		component := types.ZarfComponent{Repos: []string{
-			unpinnedRepo,
-			"https://dev.azure.com/defenseunicorns/zarf-public-test/_git/zarf-public-test@v0.0.1",
-		}}
-		findings := checkForUnpinnedRepos(component, 0)
-		expected := []types.PackageFinding{
-			{
-				Item:        unpinnedRepo,
-				Description: "Unpinned repository",
-				Severity:    types.SevWarn,
-				YqPath:      ".components.[0].repos.[0]",
-			},
-		}
-		require.Equal(t, expected, findings)
-	})
-
-	t.Run("Unpinnned image warning", func(t *testing.T) {
-		t.Parallel()
-		unpinnedImage := "registry.com:9001/whatever/image:1.0.0"
-		badImage := "badimage:badimage@@sha256:3fbc632167424a6d997e74f5"
-		cosignSignature := "ghcr.io/stefanprodan/podinfo:sha256-57a654ace69ec02ba8973093b6a786faa15640575fbf0dbb603db55aca2ccec8.sig"
-		cosignAttestation := "ghcr.io/stefanprodan/podinfo:sha256-57a654ace69ec02ba8973093b6a786faa15640575fbf0dbb603db55aca2ccec8.att"
-		component := types.ZarfComponent{Images: []string{
-			unpinnedImage,
-			"busybox:latest@sha256:3fbc632167424a6d997e74f52b878d7cc478225cffac6bc977eedfe51c7f4e79",
-			badImage,
-			cosignSignature,
-			cosignAttestation,
-		}}
-		findings := checkForUnpinnedImages(component, 0)
-		expected := []types.PackageFinding{
-			{
-				Item:        unpinnedImage,
-				Description: "Image not pinned with digest",
-				Severity:    types.SevWarn,
-				YqPath:      ".components.[0].images.[0]",
-			},
-			{
-				Item:        badImage,
-				Description: "Failed to parse image reference",
-				Severity:    types.SevWarn,
-				YqPath:      ".components.[0].images.[2]",
-			},
-		}
-		require.Equal(t, expected, findings)
-	})
-
-	t.Run("Unpinnned file warning", func(t *testing.T) {
-		t.Parallel()
-		fileURL := "http://example.com/file.zip"
-		localFile := "local.txt"
-		zarfFiles := []types.ZarfFile{
-			{
-				Source: fileURL,
-			},
-			{
-				Source: localFile,
-			},
-			{
-				Source: fileURL,
-				Shasum: "fake-shasum",
-			},
-		}
-		component := types.ZarfComponent{Files: zarfFiles}
-		findings := checkForUnpinnedFiles(component, 0)
-		expectedErr := []types.PackageFinding{
-			{
-				Item:        fileURL,
-				Description: "No shasum for remote file",
-				Severity:    types.SevWarn,
-				YqPath:      ".components.[0].files.[0]",
-			},
-		}
-		require.Equal(t, expectedErr, findings)
-		require.Len(t, findings, 1)
-	})
-
 	t.Run("Wrap standalone numbers in bracket", func(t *testing.T) {
 		t.Parallel()
 		input := "components12.12.import.path"
@@ -288,74 +204,4 @@ func TestValidateComponent(t *testing.T) {
 		actual := makeFieldPathYqCompat(input)
 		require.Equal(t, input, actual)
 	})
-
-	t.Run("Test composable components with bad path", func(t *testing.T) {
-		t.Parallel()
-		zarfPackage := types.ZarfPackage{
-			Components: []types.ZarfComponent{
-				{
-					Import: types.ZarfComponentImport{Path: "bad-path"},
-				},
-			},
-			Metadata: types.ZarfMetadata{Name: "test-zarf-package"},
-		}
-
-		createOpts := types.ZarfCreateOptions{Flavor: "", BaseDir: "."}
-		_, err := lintComponents(context.Background(), zarfPackage, createOpts)
-		require.Error(t, err)
-	})
-
-	t.Run("isImagePinned", func(t *testing.T) {
-		t.Parallel()
-		tests := []struct {
-			input    string
-			expected bool
-			err      error
-		}{
-			{
-				input:    "registry.com:8080/defenseunicorns/whatever",
-				expected: false,
-				err:      nil,
-			},
-			{
-				input:    "ghcr.io/defenseunicorns/pepr/controller:v0.15.0",
-				expected: false,
-				err:      nil,
-			},
-			{
-				input:    "busybox:latest@sha256:3fbc632167424a6d997e74f52b878d7cc478225cffac6bc977eedfe51c7f4e79",
-				expected: true,
-				err:      nil,
-			},
-			{
-				input:    "busybox:bad/image",
-				expected: false,
-				err:      errors.New("invalid reference format"),
-			},
-			{
-				input:    "busybox:###ZARF_PKG_TMPL_BUSYBOX_IMAGE###",
-				expected: true,
-				err:      nil,
-			},
-			{
-				input:    "ghcr.io/stefanprodan/podinfo:sha256-57a654ace69ec02ba8973093b6a786faa15640575fbf0dbb603db55aca2ccec8.sig",
-				expected: true,
-				err:      nil,
-			},
-			{
-				input:    "ghcr.io/stefanprodan/podinfo:sha256-57a654ace69ec02ba8973093b6a786faa15640575fbf0dbb603db55aca2ccec8.att",
-				expected: true,
-				err:      nil,
-			},
-		}
-		for _, tc := range tests {
-			t.Run(tc.input, func(t *testing.T) {
-				actual, err := isPinnedImage(tc.input)
-				if err != nil {
-					require.EqualError(t, err, tc.err.Error())
-				}
-				require.Equal(t, tc.expected, actual)
-			})
-		}
-	})
 }
diff --git a/src/pkg/packager/creator/creator_test.go b/src/pkg/packager/creator/creator_test.go
index 1c2e3b7153..9312fe0a2c 100644
--- a/src/pkg/packager/creator/creator_test.go
+++ b/src/pkg/packager/creator/creator_test.go
@@ -6,16 +6,33 @@ package creator
 
 import (
 	"context"
+	"io/fs"
+	"os"
 	"path/filepath"
 	"testing"
 
 	"github.com/stretchr/testify/require"
 	"github.com/zarf-dev/zarf/src/pkg/layout"
+	"github.com/zarf-dev/zarf/src/pkg/lint"
 	"github.com/zarf-dev/zarf/src/types"
 )
 
+type mockSchemaLoader struct {
+	b []byte
+}
+
+func (m *mockSchemaLoader) ReadFile(_ string) ([]byte, error) {
+	return m.b, nil
+}
+
+// Satisfy fs.ReadFileFS interface
+func (m *mockSchemaLoader) Open(_ string) (fs.File, error) {
+	return nil, nil
+}
+
 func TestLoadPackageDefinition(t *testing.T) {
-	t.Parallel()
+	// TODO once creator is refactored to not expect to be in the same directory as the zarf.yaml file
+	// this test can be re-parallelized
 	tests := []struct {
 		name        string
 		testDir     string
@@ -31,7 +48,7 @@ func TestLoadPackageDefinition(t *testing.T) {
 		{
 			name:        "invalid package definition",
 			testDir:     "invalid",
-			expectedErr: "package must have at least 1 component",
+			expectedErr: "found errors in schema",
 			creator:     NewPackageCreator(types.ZarfCreateOptions{}, ""),
 		},
 		{
@@ -43,17 +60,28 @@ func TestLoadPackageDefinition(t *testing.T) {
 		{
 			name:        "invalid package definition",
 			testDir:     "invalid",
-			expectedErr: "package must have at least 1 component",
+			expectedErr: "found errors in schema",
 			creator:     NewSkeletonCreator(types.ZarfCreateOptions{}, types.ZarfPublishOptions{}),
 		},
 	}
+	b, err := os.ReadFile("../../../../zarf.schema.json")
+	require.NoError(t, err)
+	lint.ZarfSchema = &mockSchemaLoader{b: b}
 
 	for _, tt := range tests {
 		tt := tt
 		t.Run(tt.name, func(t *testing.T) {
-			t.Parallel()
+			cwd, err := os.Getwd()
+			require.NoError(t, err)
+			defer func() {
+				err = os.Chdir(cwd)
+				require.NoError(t, err)
+			}()
+			path := filepath.Join("testdata", tt.testDir)
+			err = os.Chdir(path)
+			require.NoError(t, err)
 
-			src := layout.New(filepath.Join("testdata", tt.testDir))
+			src := layout.New(".")
 			pkg, _, err := tt.creator.LoadPackageDefinition(context.Background(), src)
 
 			if tt.expectedErr == "" {
diff --git a/src/pkg/packager/creator/normal.go b/src/pkg/packager/creator/normal.go
index 32e2ea1bbb..6f42c55865 100644
--- a/src/pkg/packager/creator/normal.go
+++ b/src/pkg/packager/creator/normal.go
@@ -74,7 +74,6 @@ func (pc *PackageCreator) LoadPackageDefinition(ctx context.Context, src *layout
 	if err != nil {
 		return types.ZarfPackage{}, nil, err
 	}
-
 	warnings = append(warnings, composeWarnings...)
 
 	// After components are composed, template the active package.
@@ -119,7 +118,7 @@ func (pc *PackageCreator) LoadPackageDefinition(ctx context.Context, src *layout
 		}
 	}
 
-	if err := pkg.Validate(); err != nil {
+	if err := Validate(pkg, pc.createOpts.BaseDir); err != nil {
 		return types.ZarfPackage{}, nil, err
 	}
 
diff --git a/src/pkg/packager/creator/skeleton.go b/src/pkg/packager/creator/skeleton.go
index 3c95623542..9ddf24379a 100644
--- a/src/pkg/packager/creator/skeleton.go
+++ b/src/pkg/packager/creator/skeleton.go
@@ -70,7 +70,7 @@ func (sc *SkeletonCreator) LoadPackageDefinition(ctx context.Context, src *layou
 		message.Warn(warning)
 	}
 
-	if err := pkg.Validate(); err != nil {
+	if err := Validate(pkg, sc.createOpts.BaseDir); err != nil {
 		return types.ZarfPackage{}, nil, err
 	}
 
diff --git a/src/pkg/packager/creator/utils.go b/src/pkg/packager/creator/utils.go
index 5c3f962766..4d72edb59f 100644
--- a/src/pkg/packager/creator/utils.go
+++ b/src/pkg/packager/creator/utils.go
@@ -5,15 +5,37 @@
 package creator
 
 import (
+	"fmt"
 	"os"
 	"runtime"
 	"time"
 
 	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/pkg/lint"
 	"github.com/zarf-dev/zarf/src/pkg/packager/deprecated"
 	"github.com/zarf-dev/zarf/src/types"
 )
 
+// Validate errors if a package violates the schema or any runtime validations
+// This must be run while in the parent directory of the zarf.yaml being validated
+func Validate(pkg types.ZarfPackage, baseDir string) error {
+	if err := pkg.Validate(); err != nil {
+		return fmt.Errorf("package validation failed: %w", err)
+	}
+
+	findings, err := lint.ValidatePackageSchema()
+	if err != nil {
+		return fmt.Errorf("unable to check schema: %w", err)
+	}
+
+	if lint.HasSevOrHigher(findings, lint.SevErr) {
+		lint.PrintFindings(findings, lint.SevErr, baseDir, pkg.Metadata.Name)
+		return fmt.Errorf("found errors in schema")
+	}
+
+	return nil
+}
+
 // recordPackageMetadata records various package metadata during package create.
 func recordPackageMetadata(pkg *types.ZarfPackage, createOpts types.ZarfCreateOptions) error {
 	now := time.Now()
diff --git a/src/pkg/packager/dev.go b/src/pkg/packager/dev.go
index 4363c0b49a..1c1208be14 100644
--- a/src/pkg/packager/dev.go
+++ b/src/pkg/packager/dev.go
@@ -6,21 +6,16 @@ package packager
 
 import (
 	"context"
-	"errors"
 	"fmt"
 	"os"
-	"path/filepath"
 	"runtime"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/fatih/color"
 	"github.com/zarf-dev/zarf/src/config"
 	"github.com/zarf-dev/zarf/src/pkg/layout"
 	"github.com/zarf-dev/zarf/src/pkg/message"
 	"github.com/zarf-dev/zarf/src/pkg/packager/creator"
 	"github.com/zarf-dev/zarf/src/pkg/packager/filters"
-	"github.com/zarf-dev/zarf/src/pkg/packager/lint"
-	"github.com/zarf-dev/zarf/src/pkg/utils"
 	"github.com/zarf-dev/zarf/src/types"
 )
 
@@ -58,8 +53,8 @@ func (p *Packager) DevDeploy(ctx context.Context) error {
 		return err
 	}
 
-	if err := p.cfg.Pkg.Validate(); err != nil {
-		return fmt.Errorf("unable to validate package: %w", err)
+	if err := creator.Validate(p.cfg.Pkg, p.cfg.CreateOpts.BaseDir); err != nil {
+		return fmt.Errorf("package validation failed: %w", err)
 	}
 
 	if err := p.populatePackageVariableConfig(); err != nil {
@@ -110,69 +105,3 @@ func (p *Packager) DevDeploy(ctx context.Context) error {
 	// cd back
 	return os.Chdir(cwd)
 }
-
-// Lint ensures a package is valid & follows suggested conventions
-func (p *Packager) Lint(ctx context.Context) error {
-	if err := os.Chdir(p.cfg.CreateOpts.BaseDir); err != nil {
-		return fmt.Errorf("unable to access directory %q: %w", p.cfg.CreateOpts.BaseDir, err)
-	}
-
-	if err := utils.ReadYaml(layout.ZarfYAML, &p.cfg.Pkg); err != nil {
-		return err
-	}
-
-	findings, err := lint.Validate(ctx, p.cfg.Pkg, p.cfg.CreateOpts)
-	if err != nil {
-		return fmt.Errorf("linting failed: %w", err)
-	}
-
-	if len(findings) == 0 {
-		message.Successf("0 findings for %q", p.cfg.Pkg.Metadata.Name)
-		return nil
-	}
-
-	mapOfFindingsByPath := lint.GroupFindingsByPath(findings, types.SevWarn, p.cfg.Pkg.Metadata.Name)
-
-	header := []string{"Type", "Path", "Message"}
-
-	for _, findings := range mapOfFindingsByPath {
-		lintData := [][]string{}
-		for _, finding := range findings {
-			lintData = append(lintData, []string{
-				colorWrapSev(finding.Severity),
-				message.ColorWrap(finding.YqPath, color.FgCyan),
-				itemizedDescription(finding.Description, finding.Item),
-			})
-		}
-		var packagePathFromUser string
-		if helpers.IsOCIURL(findings[0].PackagePathOverride) {
-			packagePathFromUser = findings[0].PackagePathOverride
-		} else {
-			packagePathFromUser = filepath.Join(p.cfg.CreateOpts.BaseDir, findings[0].PackagePathOverride)
-		}
-		message.Notef("Linting package %q at %s", findings[0].PackageNameOverride, packagePathFromUser)
-		message.Table(header, lintData)
-	}
-
-	if lint.HasSeverity(findings, types.SevErr) {
-		return errors.New("errors during lint")
-	}
-
-	return nil
-}
-
-func itemizedDescription(description string, item string) string {
-	if item == "" {
-		return description
-	}
-	return fmt.Sprintf("%s - %s", description, item)
-}
-
-func colorWrapSev(s types.Severity) string {
-	if s == types.SevErr {
-		return message.ColorWrap("Error", color.FgRed)
-	} else if s == types.SevWarn {
-		return message.ColorWrap("Warning", color.FgYellow)
-	}
-	return "unknown"
-}
diff --git a/src/pkg/packager/lint/findings.go b/src/pkg/packager/lint/findings.go
deleted file mode 100644
index 8b48bdea78..0000000000
--- a/src/pkg/packager/lint/findings.go
+++ /dev/null
@@ -1,41 +0,0 @@
-// SPDX-License-Identifier: Apache-2.0
-// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
-
-// Package lint contains functions for verifying zarf yaml files are valid
-package lint
-
-import (
-	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/zarf-dev/zarf/src/types"
-)
-
-// GroupFindingsByPath groups findings by their package path
-func GroupFindingsByPath(findings []types.PackageFinding, severity types.Severity, packageName string) map[string][]types.PackageFinding {
-	findings = helpers.RemoveMatches(findings, func(finding types.PackageFinding) bool {
-		return finding.Severity > severity
-	})
-	for i := range findings {
-		if findings[i].PackageNameOverride == "" {
-			findings[i].PackageNameOverride = packageName
-		}
-		if findings[i].PackagePathOverride == "" {
-			findings[i].PackagePathOverride = "."
-		}
-	}
-
-	mapOfFindingsByPath := make(map[string][]types.PackageFinding)
-	for _, finding := range findings {
-		mapOfFindingsByPath[finding.PackagePathOverride] = append(mapOfFindingsByPath[finding.PackagePathOverride], finding)
-	}
-	return mapOfFindingsByPath
-}
-
-// HasSeverity returns true if the findings contain a severity equal to or greater than the given severity
-func HasSeverity(findings []types.PackageFinding, severity types.Severity) bool {
-	for _, finding := range findings {
-		if finding.Severity <= severity {
-			return true
-		}
-	}
-	return false
-}
diff --git a/src/pkg/packager/lint/findings_test.go b/src/pkg/packager/lint/findings_test.go
deleted file mode 100644
index 522135eb96..0000000000
--- a/src/pkg/packager/lint/findings_test.go
+++ /dev/null
@@ -1,122 +0,0 @@
-// SPDX-License-Identifier: Apache-2.0
-// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
-
-// Package lint contains functions for verifying zarf yaml files are valid
-package lint
-
-import (
-	"testing"
-
-	"github.com/stretchr/testify/require"
-	"github.com/zarf-dev/zarf/src/types"
-)
-
-func TestGroupFindingsByPath(t *testing.T) {
-	t.Parallel()
-	tests := []struct {
-		name        string
-		findings    []types.PackageFinding
-		severity    types.Severity
-		packageName string
-		want        map[string][]types.PackageFinding
-	}{
-		{
-			name: "same package multiple findings",
-			findings: []types.PackageFinding{
-				{Severity: types.SevWarn, PackageNameOverride: "import", PackagePathOverride: "path"},
-				{Severity: types.SevWarn, PackageNameOverride: "import", PackagePathOverride: "path"},
-			},
-			severity:    types.SevWarn,
-			packageName: "testPackage",
-			want: map[string][]types.PackageFinding{
-				"path": {
-					{Severity: types.SevWarn, PackageNameOverride: "import", PackagePathOverride: "path"},
-					{Severity: types.SevWarn, PackageNameOverride: "import", PackagePathOverride: "path"},
-				},
-			},
-		},
-		{
-			name: "different packages single finding",
-			findings: []types.PackageFinding{
-				{Severity: types.SevWarn, PackageNameOverride: "import", PackagePathOverride: "path"},
-				{Severity: types.SevErr, PackageNameOverride: "", PackagePathOverride: ""},
-			},
-			severity:    types.SevWarn,
-			packageName: "testPackage",
-			want: map[string][]types.PackageFinding{
-				"path": {{Severity: types.SevWarn, PackageNameOverride: "import", PackagePathOverride: "path"}},
-				".":    {{Severity: types.SevErr, PackageNameOverride: "testPackage", PackagePathOverride: "."}},
-			},
-		},
-		{
-			name: "Multiple findings, mixed severity",
-			findings: []types.PackageFinding{
-				{Severity: types.SevWarn, PackageNameOverride: "", PackagePathOverride: ""},
-				{Severity: types.SevErr, PackageNameOverride: "", PackagePathOverride: ""},
-			},
-			severity:    types.SevErr,
-			packageName: "testPackage",
-			want: map[string][]types.PackageFinding{
-				".": {{Severity: types.SevErr, PackageNameOverride: "testPackage", PackagePathOverride: "."}},
-			},
-		},
-	}
-	for _, tt := range tests {
-		tt := tt
-		t.Run(tt.name, func(t *testing.T) {
-			t.Parallel()
-			require.Equal(t, tt.want, GroupFindingsByPath(tt.findings, tt.severity, tt.packageName))
-		})
-	}
-}
-
-func TestHasSeverity(t *testing.T) {
-	t.Parallel()
-	tests := []struct {
-		name     string
-		severity types.Severity
-		expected bool
-		findings []types.PackageFinding
-	}{
-		{
-			name: "error severity present",
-			findings: []types.PackageFinding{
-				{
-					Severity: types.SevErr,
-				},
-			},
-			severity: types.SevErr,
-			expected: true,
-		},
-		{
-			name: "error severity not present",
-			findings: []types.PackageFinding{
-				{
-					Severity: types.SevWarn,
-				},
-			},
-			severity: types.SevErr,
-			expected: false,
-		},
-		{
-			name: "err and warning severity present",
-			findings: []types.PackageFinding{
-				{
-					Severity: types.SevWarn,
-				},
-				{
-					Severity: types.SevErr,
-				},
-			},
-			severity: types.SevErr,
-			expected: true,
-		},
-	}
-	for _, tt := range tests {
-		tt := tt
-		t.Run(tt.name, func(t *testing.T) {
-			t.Parallel()
-			require.Equal(t, tt.expected, HasSeverity(tt.findings, tt.severity))
-		})
-	}
-}
diff --git a/src/pkg/packager/lint/lint.go b/src/pkg/packager/lint/lint.go
deleted file mode 100644
index 34ab432fe0..0000000000
--- a/src/pkg/packager/lint/lint.go
+++ /dev/null
@@ -1,278 +0,0 @@
-// SPDX-License-Identifier: Apache-2.0
-// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
-
-// Package lint contains functions for verifying zarf yaml files are valid
-package lint
-
-import (
-	"context"
-	"fmt"
-	"io/fs"
-	"regexp"
-	"strings"
-
-	"github.com/defenseunicorns/pkg/helpers/v2"
-	"github.com/xeipuuv/gojsonschema"
-	"github.com/zarf-dev/zarf/src/config"
-	"github.com/zarf-dev/zarf/src/config/lang"
-	"github.com/zarf-dev/zarf/src/pkg/layout"
-	"github.com/zarf-dev/zarf/src/pkg/packager/composer"
-	"github.com/zarf-dev/zarf/src/pkg/packager/creator"
-	"github.com/zarf-dev/zarf/src/pkg/transform"
-	"github.com/zarf-dev/zarf/src/pkg/utils"
-	"github.com/zarf-dev/zarf/src/types"
-)
-
-// ZarfSchema is exported so main.go can embed the schema file
-var ZarfSchema fs.ReadFileFS
-
-// Validate the given Zarf package. The Zarf package should not already be composed when sent to this function.
-func Validate(ctx context.Context, pkg types.ZarfPackage, createOpts types.ZarfCreateOptions) ([]types.PackageFinding, error) {
-	var findings []types.PackageFinding
-	compFindings, err := lintComponents(ctx, pkg, createOpts)
-	if err != nil {
-		return nil, err
-	}
-	findings = append(findings, compFindings...)
-
-	jsonSchema, err := ZarfSchema.ReadFile("zarf.schema.json")
-	if err != nil {
-		return nil, err
-	}
-
-	var untypedZarfPackage interface{}
-	if err := utils.ReadYaml(layout.ZarfYAML, &untypedZarfPackage); err != nil {
-		return nil, err
-	}
-
-	schemaFindings, err := validateSchema(jsonSchema, untypedZarfPackage)
-	if err != nil {
-		return nil, err
-	}
-	findings = append(findings, schemaFindings...)
-
-	return findings, nil
-}
-
-func lintComponents(ctx context.Context, pkg types.ZarfPackage, createOpts types.ZarfCreateOptions) ([]types.PackageFinding, error) {
-	var findings []types.PackageFinding
-
-	for i, component := range pkg.Components {
-		arch := config.GetArch(pkg.Metadata.Architecture)
-		if !composer.CompatibleComponent(component, arch, createOpts.Flavor) {
-			continue
-		}
-
-		chain, err := composer.NewImportChain(ctx, component, i, pkg.Metadata.Name, arch, createOpts.Flavor)
-		if err != nil {
-			return nil, err
-		}
-
-		node := chain.Head()
-		for node != nil {
-			component := node.ZarfComponent
-			compFindings := fillComponentTemplate(&component, &createOpts)
-			compFindings = append(compFindings, checkComponent(component, node.Index())...)
-			for i := range compFindings {
-				compFindings[i].PackagePathOverride = node.ImportLocation()
-				compFindings[i].PackageNameOverride = node.OriginalPackageName()
-			}
-			findings = append(findings, compFindings...)
-			node = node.Next()
-		}
-	}
-	return findings, nil
-}
-
-func fillComponentTemplate(c *types.ZarfComponent, createOpts *types.ZarfCreateOptions) []types.PackageFinding {
-	var findings []types.PackageFinding
-	err := creator.ReloadComponentTemplate(c)
-	if err != nil {
-		findings = append(findings, types.PackageFinding{
-			Description: err.Error(),
-			Severity:    types.SevWarn,
-		})
-	}
-	templateMap := map[string]string{}
-
-	setVarsAndWarn := func(templatePrefix string, deprecated bool) {
-		yamlTemplates, err := utils.FindYamlTemplates(c, templatePrefix, "###")
-		if err != nil {
-			findings = append(findings, types.PackageFinding{
-				Description: err.Error(),
-				Severity:    types.SevWarn,
-			})
-		}
-
-		for key := range yamlTemplates {
-			if deprecated {
-				findings = append(findings, types.PackageFinding{
-					Description: fmt.Sprintf(lang.PkgValidateTemplateDeprecation, key, key, key),
-					Severity:    types.SevWarn,
-				})
-			}
-			_, present := createOpts.SetVariables[key]
-			if !present {
-				findings = append(findings, types.PackageFinding{
-					Description: lang.UnsetVarLintWarning,
-					Severity:    types.SevWarn,
-				})
-			}
-		}
-		for key, value := range createOpts.SetVariables {
-			templateMap[fmt.Sprintf("%s%s###", templatePrefix, key)] = value
-		}
-	}
-
-	setVarsAndWarn(types.ZarfPackageTemplatePrefix, false)
-
-	// [DEPRECATION] Set the Package Variable syntax as well for backward compatibility
-	setVarsAndWarn(types.ZarfPackageVariablePrefix, true)
-
-	//nolint: errcheck // This error should bubble up
-	utils.ReloadYamlTemplate(c, templateMap)
-	return findings
-}
-
-func isPinnedImage(image string) (bool, error) {
-	transformedImage, err := transform.ParseImageRef(image)
-	if err != nil {
-		if strings.Contains(image, types.ZarfPackageTemplatePrefix) ||
-			strings.Contains(image, types.ZarfPackageVariablePrefix) {
-			return true, nil
-		}
-		return false, err
-	}
-	if isCosignSignature(transformedImage.Tag) || isCosignAttestation(transformedImage.Tag) {
-		return true, nil
-	}
-	return (transformedImage.Digest != ""), err
-}
-
-func isCosignSignature(image string) bool {
-	return strings.HasSuffix(image, ".sig")
-}
-
-func isCosignAttestation(image string) bool {
-	return strings.HasSuffix(image, ".att")
-}
-
-func isPinnedRepo(repo string) bool {
-	return (strings.Contains(repo, "@"))
-}
-
-// checkComponent runs lint rules against a component
-func checkComponent(c types.ZarfComponent, i int) []types.PackageFinding {
-	var findings []types.PackageFinding
-	findings = append(findings, checkForUnpinnedRepos(c, i)...)
-	findings = append(findings, checkForUnpinnedImages(c, i)...)
-	findings = append(findings, checkForUnpinnedFiles(c, i)...)
-	return findings
-}
-
-func checkForUnpinnedRepos(c types.ZarfComponent, i int) []types.PackageFinding {
-	var findings []types.PackageFinding
-	for j, repo := range c.Repos {
-		repoYqPath := fmt.Sprintf(".components.[%d].repos.[%d]", i, j)
-		if !isPinnedRepo(repo) {
-			findings = append(findings, types.PackageFinding{
-				YqPath:      repoYqPath,
-				Description: "Unpinned repository",
-				Item:        repo,
-				Severity:    types.SevWarn,
-			})
-		}
-	}
-	return findings
-}
-
-func checkForUnpinnedImages(c types.ZarfComponent, i int) []types.PackageFinding {
-	var findings []types.PackageFinding
-	for j, image := range c.Images {
-		imageYqPath := fmt.Sprintf(".components.[%d].images.[%d]", i, j)
-		pinnedImage, err := isPinnedImage(image)
-		if err != nil {
-			findings = append(findings, types.PackageFinding{
-				YqPath:      imageYqPath,
-				Description: "Failed to parse image reference",
-				Item:        image,
-				Severity:    types.SevWarn,
-			})
-			continue
-		}
-		if !pinnedImage {
-			findings = append(findings, types.PackageFinding{
-				YqPath:      imageYqPath,
-				Description: "Image not pinned with digest",
-				Item:        image,
-				Severity:    types.SevWarn,
-			})
-		}
-	}
-	return findings
-}
-
-func checkForUnpinnedFiles(c types.ZarfComponent, i int) []types.PackageFinding {
-	var findings []types.PackageFinding
-	for j, file := range c.Files {
-		fileYqPath := fmt.Sprintf(".components.[%d].files.[%d]", i, j)
-		if file.Shasum == "" && helpers.IsURL(file.Source) {
-			findings = append(findings, types.PackageFinding{
-				YqPath:      fileYqPath,
-				Description: "No shasum for remote file",
-				Item:        file.Source,
-				Severity:    types.SevWarn,
-			})
-		}
-	}
-	return findings
-}
-
-func makeFieldPathYqCompat(field string) string {
-	if field == "(root)" {
-		return field
-	}
-	// \b is a metacharacter that will stop at the next non-word character (including .)
-	// https://regex101.com/r/pIRPk0/1
-	re := regexp.MustCompile(`(\b\d+\b)`)
-
-	wrappedField := re.ReplaceAllString(field, "[$1]")
-
-	return fmt.Sprintf(".%s", wrappedField)
-}
-
-func validateSchema(jsonSchema []byte, untypedZarfPackage interface{}) ([]types.PackageFinding, error) {
-	var findings []types.PackageFinding
-
-	schemaErrors, err := runSchema(jsonSchema, untypedZarfPackage)
-	if err != nil {
-		return nil, err
-	}
-
-	if len(schemaErrors) != 0 {
-		for _, schemaErr := range schemaErrors {
-			findings = append(findings, types.PackageFinding{
-				YqPath:      makeFieldPathYqCompat(schemaErr.Field()),
-				Description: schemaErr.Description(),
-				Severity:    types.SevErr,
-			})
-		}
-	}
-
-	return findings, err
-}
-
-func runSchema(jsonSchema []byte, pkg interface{}) ([]gojsonschema.ResultError, error) {
-	schemaLoader := gojsonschema.NewBytesLoader(jsonSchema)
-	documentLoader := gojsonschema.NewGoLoader(pkg)
-
-	result, err := gojsonschema.Validate(schemaLoader, documentLoader)
-	if err != nil {
-		return nil, err
-	}
-
-	if !result.Valid() {
-		return result.Errors(), nil
-	}
-	return nil, nil
-}
diff --git a/src/pkg/variables/types.go b/src/pkg/variables/types.go
index 3fb8d18d80..b106e911fa 100644
--- a/src/pkg/variables/types.go
+++ b/src/pkg/variables/types.go
@@ -60,21 +60,8 @@ type SetVariable struct {
 	Value    string `json:"value" jsonschema:"description=The value the variable is currently set with"`
 }
 
-// Validate runs all validation checks on a package variable.
-func (v Variable) Validate() error {
-	if !IsUppercaseNumberUnderscore(v.Name) {
-		return fmt.Errorf(lang.PkgValidateMustBeUppercase, v.Name)
-	}
-	return nil
-}
-
 // Validate runs all validation checks on a package constant.
 func (c Constant) Validate() error {
-	// ensure the constant name is only capitals and underscores
-	if !IsUppercaseNumberUnderscore(c.Name) {
-		return fmt.Errorf(lang.PkgValidateErrPkgConstantName, c.Name)
-	}
-
 	if !regexp.MustCompile(c.Pattern).MatchString(c.Value) {
 		return fmt.Errorf(lang.PkgValidateErrPkgConstantPattern, c.Name, c.Pattern)
 	}
diff --git a/src/types/package.go b/src/types/package.go
index 17419dd6e3..cb097d6e42 100644
--- a/src/types/package.go
+++ b/src/types/package.go
@@ -43,6 +43,8 @@ func (pkg ZarfPackage) IsSBOMAble() bool {
 
 // ZarfMetadata lists information about the current ZarfPackage.
 type ZarfMetadata struct {
+	// The Name regex permits lowercase letters, numbers, and hyphens not at the start
+	// https://regex101.com/r/FLdG9G/2
 	Name              string `json:"name" jsonschema:"description=Name to identify this Zarf package,pattern=^[a-z0-9][a-z0-9\\-]*$"`
 	Description       string `json:"description,omitempty" jsonschema:"description=Additional information about this package"`
 	Version           string `json:"version,omitempty" jsonschema:"description=Generic string set by a package author to track the package version (Note: ZarfInitConfigs will always be versioned to the CLIVersion they were created with)"`
diff --git a/src/types/validate.go b/src/types/validate.go
index 63ee4584d9..e045e69520 100644
--- a/src/types/validate.go
+++ b/src/types/validate.go
@@ -9,7 +9,6 @@ import (
 	"fmt"
 	"path/filepath"
 	"regexp"
-	"slices"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
 	"github.com/zarf-dev/zarf/src/config/lang"
@@ -45,20 +44,6 @@ func (pkg ZarfPackage) Validate() error {
 		err = errors.Join(err, fmt.Errorf(lang.PkgValidateErrInitNoYOLO))
 	}
 
-	if !IsLowercaseNumberHyphenNoStartHyphen(pkg.Metadata.Name) {
-		err = errors.Join(err, fmt.Errorf(lang.PkgValidateErrPkgName, pkg.Metadata.Name))
-	}
-
-	if len(pkg.Components) == 0 {
-		err = errors.Join(err, fmt.Errorf("package must have at least 1 component"))
-	}
-
-	for _, variable := range pkg.Variables {
-		if varErr := variable.Validate(); varErr != nil {
-			err = errors.Join(err, fmt.Errorf(lang.PkgValidateErrVariable, varErr))
-		}
-	}
-
 	for _, constant := range pkg.Constants {
 		if varErr := constant.Validate(); varErr != nil {
 			err = errors.Join(err, fmt.Errorf(lang.PkgValidateErrConstant, varErr))
@@ -96,14 +81,6 @@ func (pkg ZarfPackage) Validate() error {
 		}
 		uniqueComponentNames[component.Name] = true
 
-		if !IsLowercaseNumberHyphenNoStartHyphen(component.Name) {
-			err = errors.Join(err, fmt.Errorf(lang.PkgValidateErrComponentName, component.Name))
-		}
-
-		if !slices.Contains(supportedOS, component.Only.LocalOS) {
-			err = errors.Join(err, fmt.Errorf(lang.PkgValidateErrComponentLocalOS, component.Name, component.Only.LocalOS, supportedOS))
-		}
-
 		if component.IsRequired() {
 			if component.Default {
 				err = errors.Join(err, fmt.Errorf(lang.PkgValidateErrComponentReqDefault, component.Name))
@@ -254,9 +231,6 @@ func (as ZarfComponentActionSet) Validate() error {
 // Validate runs all validation checks on an action.
 func (action ZarfComponentAction) Validate() error {
 	var err error
-	for _, variable := range action.SetVariables {
-		err = errors.Join(err, variable.Validate())
-	}
 
 	if action.Wait != nil {
 		// Validate only cmd or wait, not both
@@ -282,10 +256,6 @@ func (action ZarfComponentAction) Validate() error {
 func (chart ZarfChart) Validate() error {
 	var err error
 
-	if chart.Name == "" {
-		err = errors.Join(err, fmt.Errorf(lang.PkgValidateErrChartNameMissing))
-	}
-
 	if len(chart.Name) > ZarfMaxChartNameLength {
 		err = errors.Join(err, fmt.Errorf(lang.PkgValidateErrChartName, chart.Name, ZarfMaxChartNameLength))
 	}
@@ -314,10 +284,6 @@ func (chart ZarfChart) Validate() error {
 func (manifest ZarfManifest) Validate() error {
 	var err error
 
-	if manifest.Name == "" {
-		err = errors.Join(err, fmt.Errorf(lang.PkgValidateErrManifestNameMissing))
-	}
-
 	if len(manifest.Name) > ZarfMaxChartNameLength {
 		err = errors.Join(err, fmt.Errorf(lang.PkgValidateErrManifestNameLength, manifest.Name, ZarfMaxChartNameLength))
 	}
diff --git a/src/types/validate_test.go b/src/types/validate_test.go
index f283302675..b0ebc60e8f 100644
--- a/src/types/validate_test.go
+++ b/src/types/validate_test.go
@@ -38,30 +38,16 @@ func TestZarfPackageValidate(t *testing.T) {
 			},
 			expectedErrs: nil,
 		},
-		{
-			name: "no components",
-			pkg: ZarfPackage{
-				Kind: ZarfPackageConfig,
-				Metadata: ZarfMetadata{
-					Name: "empty-components",
-				},
-				Components: []ZarfComponent{},
-			},
-			expectedErrs: []string{"package must have at least 1 component"},
-		},
 		{
 			name: "invalid package",
 			pkg: ZarfPackage{
 				Kind: ZarfPackageConfig,
 				Metadata: ZarfMetadata{
-					Name: "-invalid-package",
+					Name: "invalid-package",
 				},
 				Components: []ZarfComponent{
 					{
-						Name: "-invalid",
-						Only: ZarfComponentOnlyTarget{
-							LocalOS: "unsupportedOS",
-						},
+						Name:     "invalid",
 						Required: helpers.BoolPtr(true),
 						Default:  true,
 						Charts: []ZarfChart{
@@ -95,15 +81,7 @@ func TestZarfPackageValidate(t *testing.T) {
 						Name: "duplicate",
 					},
 				},
-				Variables: []variables.InteractiveVariable{
-					{
-						Variable: variables.Variable{Name: "not_uppercase"},
-					},
-				},
 				Constants: []variables.Constant{
-					{
-						Name: "not_uppercase",
-					},
 					{
 						Name:    "BAD",
 						Pattern: "^good_val$",
@@ -112,13 +90,8 @@ func TestZarfPackageValidate(t *testing.T) {
 				},
 			},
 			expectedErrs: []string{
-				fmt.Sprintf(lang.PkgValidateErrPkgName, "-invalid-package"),
-				fmt.Errorf(lang.PkgValidateErrVariable, fmt.Errorf(lang.PkgValidateMustBeUppercase, "not_uppercase")).Error(),
-				fmt.Errorf(lang.PkgValidateErrConstant, fmt.Errorf(lang.PkgValidateErrPkgConstantName, "not_uppercase")).Error(),
 				fmt.Errorf(lang.PkgValidateErrConstant, fmt.Errorf(lang.PkgValidateErrPkgConstantPattern, "BAD", "^good_val$")).Error(),
-				fmt.Sprintf(lang.PkgValidateErrComponentName, "-invalid"),
-				fmt.Sprintf(lang.PkgValidateErrComponentLocalOS, "-invalid", "unsupportedOS", supportedOS),
-				fmt.Sprintf(lang.PkgValidateErrComponentReqDefault, "-invalid"),
+				fmt.Sprintf(lang.PkgValidateErrComponentReqDefault, "invalid"),
 				fmt.Sprintf(lang.PkgValidateErrChartNameNotUnique, "chart1"),
 				fmt.Sprintf(lang.PkgValidateErrManifestNameNotUnique, "manifest1"),
 				fmt.Sprintf(lang.PkgValidateErrComponentReqGrouped, "required-in-group"),
@@ -187,11 +160,6 @@ func TestValidateManifest(t *testing.T) {
 			manifest:     ZarfManifest{Name: "valid", Files: []string{"a-file"}},
 			expectedErrs: nil,
 		},
-		{
-			name:         "empty name",
-			manifest:     ZarfManifest{Name: "", Files: []string{"a-file"}},
-			expectedErrs: []string{lang.PkgValidateErrManifestNameMissing},
-		},
 		{
 			name:         "long name",
 			manifest:     ZarfManifest{Name: longName, Files: []string{"a-file"}},
@@ -231,11 +199,6 @@ func TestValidateChart(t *testing.T) {
 			chart:        ZarfChart{Name: "chart1", Namespace: "whatever", URL: "http://whatever", Version: "v1.0.0"},
 			expectedErrs: nil,
 		},
-		{
-			name:         "empty name",
-			chart:        ZarfChart{Name: "", Namespace: "whatever", URL: "http://whatever", Version: "v1.0.0"},
-			expectedErrs: []string{lang.PkgValidateErrChartNameMissing},
-		},
 		{
 			name:  "long name",
 			chart: ZarfChart{Name: longName, Namespace: "whatever", URL: "http://whatever", Version: "v1.0.0"},
@@ -244,7 +207,7 @@ func TestValidateChart(t *testing.T) {
 			},
 		},
 		{
-			name:  "no url or local path",
+			name:  "no url, local path, version, or namespace",
 			chart: ZarfChart{Name: "invalid"},
 			expectedErrs: []string{
 				fmt.Sprintf(lang.PkgValidateErrChartNamespaceMissing, "invalid"),

From a93d65a5518daf3d598a3586a3fae8ced126b7eb Mon Sep 17 00:00:00 2001
From: Philip Laine <philip.laine@gmail.com>
Date: Thu, 25 Jul 2024 17:22:11 +0200
Subject: [PATCH 27/68] refactor: remove overly verbose debug logs (#2751)

Signed-off-by: Philip Laine <philip.laine@gmail.com>
---
 src/internal/agent/hooks/argocd-application.go |  2 --
 src/internal/agent/http/admission/handler.go   |  3 ---
 src/internal/agent/http/server.go              |  5 -----
 src/internal/agent/operations/hook.go          |  3 ---
 src/internal/packager/git/checkout.go          |  6 ------
 src/internal/packager/git/gitea.go             | 10 ----------
 src/internal/packager/helm/chart.go            | 10 ++--------
 src/internal/packager/helm/images.go           |  2 --
 src/internal/packager/helm/post-render.go      |  2 --
 src/internal/packager/images/push.go           |  2 --
 src/pkg/cluster/tunnel.go                      |  2 --
 src/pkg/packager/common.go                     | 16 ++++------------
 src/pkg/packager/creator/compose.go            |  2 --
 src/pkg/packager/creator/normal.go             |  2 --
 src/pkg/packager/creator/skeleton.go           |  2 --
 src/pkg/packager/prepare.go                    |  3 +--
 src/pkg/packager/sources/new.go                |  3 ---
 src/pkg/packager/sources/oci.go                |  2 --
 src/pkg/utils/io.go                            |  5 -----
 src/pkg/utils/network.go                       |  1 -
 src/test/e2e/00_use_cli_test.go                |  2 ++
 21 files changed, 9 insertions(+), 76 deletions(-)

diff --git a/src/internal/agent/hooks/argocd-application.go b/src/internal/agent/hooks/argocd-application.go
index 8886ba2ff9..f9d3238aee 100644
--- a/src/internal/agent/hooks/argocd-application.go
+++ b/src/internal/agent/hooks/argocd-application.go
@@ -72,8 +72,6 @@ func mutateApplication(ctx context.Context, r *v1.AdmissionRequest, cluster *clu
 		return nil, fmt.Errorf(lang.ErrUnmarshal, err)
 	}
 
-	message.Debugf("Data %v", string(r.Object.Raw))
-
 	patches := []operations.PatchOperation{}
 
 	if app.Spec.Source != nil {
diff --git a/src/internal/agent/http/admission/handler.go b/src/internal/agent/http/admission/handler.go
index 56589a7c73..4b4d69323b 100644
--- a/src/internal/agent/http/admission/handler.go
+++ b/src/internal/agent/http/admission/handler.go
@@ -117,9 +117,6 @@ func (h *Handler) Serve(hook operations.Hook) http.HandlerFunc {
 			return
 		}
 
-		message.Debug("PATCH: ", string(admissionResponse.Response.Patch))
-		message.Debug("RESPONSE: ", string(jsonResponse))
-
 		message.Infof(lang.AgentInfoWebhookAllowed, r.URL.Path, review.Request.Operation, result.Allowed)
 		w.WriteHeader(http.StatusOK)
 		//nolint: errcheck // ignore
diff --git a/src/internal/agent/http/server.go b/src/internal/agent/http/server.go
index b5953ee0e2..6a79aaa449 100644
--- a/src/internal/agent/http/server.go
+++ b/src/internal/agent/http/server.go
@@ -14,13 +14,10 @@ import (
 	"github.com/zarf-dev/zarf/src/internal/agent/hooks"
 	"github.com/zarf-dev/zarf/src/internal/agent/http/admission"
 	"github.com/zarf-dev/zarf/src/pkg/cluster"
-	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 // NewAdmissionServer creates a http.Server for the mutating webhook admission handler.
 func NewAdmissionServer(ctx context.Context, port string) (*http.Server, error) {
-	message.Debugf("http.NewAdmissionServer(%s)", port)
-
 	c, err := cluster.NewCluster()
 	if err != nil {
 		return nil, err
@@ -56,8 +53,6 @@ func NewAdmissionServer(ctx context.Context, port string) (*http.Server, error)
 
 // NewProxyServer creates and returns an http proxy server.
 func NewProxyServer(port string) *http.Server {
-	message.Debugf("http.NewHTTPProxy(%s)", port)
-
 	mux := http.NewServeMux()
 	mux.Handle("/healthz", healthz())
 	mux.Handle("/", ProxyHandler())
diff --git a/src/internal/agent/operations/hook.go b/src/internal/agent/operations/hook.go
index 627ce58094..8c411adee7 100644
--- a/src/internal/agent/operations/hook.go
+++ b/src/internal/agent/operations/hook.go
@@ -8,7 +8,6 @@ import (
 	"fmt"
 
 	"github.com/zarf-dev/zarf/src/config/lang"
-	"github.com/zarf-dev/zarf/src/pkg/message"
 	admission "k8s.io/api/admission/v1"
 )
 
@@ -32,8 +31,6 @@ type Hook struct {
 
 // Execute evaluates the request and try to execute the function for operation specified in the request.
 func (h *Hook) Execute(r *admission.AdmissionRequest) (*Result, error) {
-	message.Debugf("operations.Execute(*admission.AdmissionRequest) - %#v , %s/%s: %#v", r.Kind, r.Namespace, r.Name, r.Operation)
-
 	switch r.Operation {
 	case admission.Create:
 		return wrapperExecution(h.Create, r)
diff --git a/src/internal/packager/git/checkout.go b/src/internal/packager/git/checkout.go
index 4441e48873..2ee91d96b5 100644
--- a/src/internal/packager/git/checkout.go
+++ b/src/internal/packager/git/checkout.go
@@ -15,8 +15,6 @@ import (
 
 // CheckoutTag performs a `git checkout` of the provided tag to a detached HEAD.
 func (g *Git) CheckoutTag(tag string) error {
-	message.Debugf("git checkout tag %s", tag)
-
 	options := &git.CheckoutOptions{
 		Branch: ParseRef(tag),
 	}
@@ -35,8 +33,6 @@ func (g *Git) checkoutRefAsBranch(ref string, branch plumbing.ReferenceName) err
 // than checking out to a detached head, checks out to the provided branch ref
 // It will delete the branch provided if it exists.
 func (g *Git) checkoutTagAsBranch(tag string, branch plumbing.ReferenceName) error {
-	message.Debugf("git checkout tag %s on %s", tag, branch)
-
 	repo, err := git.PlainOpen(g.GitPath)
 	if err != nil {
 		return fmt.Errorf("not a valid git repo or unable to open: %w", err)
@@ -54,8 +50,6 @@ func (g *Git) checkoutTagAsBranch(tag string, branch plumbing.ReferenceName) err
 // with the provided hash
 // It will delete the branch provided if it exists.
 func (g *Git) checkoutHashAsBranch(hash plumbing.Hash, branch plumbing.ReferenceName) error {
-	message.Debugf("git checkout hash %s on %s", hash, branch)
-
 	repo, err := git.PlainOpen(g.GitPath)
 	if err != nil {
 		return fmt.Errorf("not a valid git repo or unable to open: %w", err)
diff --git a/src/internal/packager/git/gitea.go b/src/internal/packager/git/gitea.go
index 4bfbcf60ab..a6715d29d5 100644
--- a/src/internal/packager/git/gitea.go
+++ b/src/internal/packager/git/gitea.go
@@ -32,8 +32,6 @@ type CreateTokenResponse struct {
 
 // CreateReadOnlyUser uses the Gitea API to create a non-admin Zarf user.
 func (g *Git) CreateReadOnlyUser(ctx context.Context) error {
-	message.Debugf("git.CreateReadOnlyUser()")
-
 	c, err := cluster.NewCluster()
 	if err != nil {
 		return err
@@ -119,8 +117,6 @@ func (g *Git) UpdateZarfGiteaUsers(ctx context.Context, oldState *types.ZarfStat
 
 // UpdateGitUser updates Zarf git server users
 func (g *Git) UpdateGitUser(ctx context.Context, oldAdminPass string, username string, userpass string) error {
-	message.Debugf("git.UpdateGitUser()")
-
 	c, err := cluster.NewCluster()
 	if err != nil {
 		return err
@@ -157,8 +153,6 @@ func (g *Git) UpdateGitUser(ctx context.Context, oldAdminPass string, username s
 
 // CreatePackageRegistryToken uses the Gitea API to create a package registry token.
 func (g *Git) CreatePackageRegistryToken(ctx context.Context) (CreateTokenResponse, error) {
-	message.Debugf("git.CreatePackageRegistryToken()")
-
 	c, err := cluster.NewCluster()
 	if err != nil {
 		return CreateTokenResponse{}, err
@@ -287,8 +281,6 @@ func UpdateGiteaPVC(ctx context.Context, shouldRollBack bool) (string, error) {
 
 // DoHTTPThings adds http request boilerplate and perform the request, checking for a successful response.
 func (g *Git) DoHTTPThings(request *netHttp.Request, username, secret string) ([]byte, int, error) {
-	message.Debugf("git.DoHttpThings()")
-
 	// Prep the request with boilerplate
 	client := &netHttp.Client{Timeout: time.Second * 20}
 	request.SetBasicAuth(username, secret)
@@ -312,8 +304,6 @@ func (g *Git) DoHTTPThings(request *netHttp.Request, username, secret string) ([
 }
 
 func (g *Git) addReadOnlyUserToRepo(tunnelURL, repo string) error {
-	message.Debugf("git.addReadOnlyUserToRepo()")
-
 	// Add the readonly user to the repo
 	addCollabBody := map[string]string{
 		"permission": "read",
diff --git a/src/internal/packager/helm/chart.go b/src/internal/packager/helm/chart.go
index 0bd483df7f..bca8773294 100644
--- a/src/internal/packager/helm/chart.go
+++ b/src/internal/packager/helm/chart.go
@@ -61,7 +61,6 @@ func (h *Helm) InstallOrUpgradeChart(ctx context.Context) (types.ConnectStrings,
 	histClient := action.NewHistory(h.actionConfig)
 	tryHelm := func() error {
 		var err error
-		var output *release.Release
 
 		releases, histErr := histClient.Run(h.chart.ReleaseName)
 
@@ -71,14 +70,14 @@ func (h *Helm) InstallOrUpgradeChart(ctx context.Context) (types.ConnectStrings,
 			// No prior release, try to install it.
 			spinner.Updatef("Attempting chart installation")
 
-			output, err = h.installChart(postRender)
+			_, err = h.installChart(postRender)
 		} else if histErr == nil && len(releases) > 0 {
 			// Otherwise, there is a prior release so upgrade it.
 			spinner.Updatef("Attempting chart upgrade")
 
 			lastRelease := releases[len(releases)-1]
 
-			output, err = h.upgradeChart(lastRelease, postRender)
+			_, err = h.upgradeChart(lastRelease, postRender)
 		} else {
 			// 😭 things aren't working
 			return fmt.Errorf("unable to verify the chart installation status: %w", histErr)
@@ -88,7 +87,6 @@ func (h *Helm) InstallOrUpgradeChart(ctx context.Context) (types.ConnectStrings,
 			return err
 		}
 
-		message.Debug(output.Info.Description)
 		spinner.Success()
 		return nil
 	}
@@ -128,7 +126,6 @@ func (h *Helm) InstallOrUpgradeChart(ctx context.Context) (types.ConnectStrings,
 
 // TemplateChart generates a helm template from a given chart.
 func (h *Helm) TemplateChart(ctx context.Context) (manifest string, chartValues chartutil.Values, err error) {
-	message.Debugf("helm.TemplateChart()")
 	spinner := message.NewProgressSpinner("Templating helm chart %s", h.chart.Name)
 	defer spinner.Stop()
 
@@ -324,7 +321,6 @@ func (h *Helm) upgradeChart(lastRelease *release.Release, postRender *renderer)
 }
 
 func (h *Helm) rollbackChart(name string, version int) error {
-	message.Debugf("helm.rollbackChart(%s)", name)
 	client := action.NewRollback(h.actionConfig)
 	client.CleanupOnFail = true
 	client.Force = true
@@ -335,7 +331,6 @@ func (h *Helm) rollbackChart(name string, version int) error {
 }
 
 func (h *Helm) uninstallChart(name string) (*release.UninstallReleaseResponse, error) {
-	message.Debugf("helm.uninstallChart(%s)", name)
 	client := action.NewUninstall(h.actionConfig)
 	client.KeepHistory = false
 	client.Wait = true
@@ -344,7 +339,6 @@ func (h *Helm) uninstallChart(name string) (*release.UninstallReleaseResponse, e
 }
 
 func (h *Helm) loadChartData() (*chart.Chart, chartutil.Values, error) {
-	message.Debugf("helm.loadChartData()")
 	var (
 		loadedChart *chart.Chart
 		chartValues chartutil.Values
diff --git a/src/internal/packager/helm/images.go b/src/internal/packager/helm/images.go
index 390ce5c8be..b5399f2590 100644
--- a/src/internal/packager/helm/images.go
+++ b/src/internal/packager/helm/images.go
@@ -6,7 +6,6 @@ package helm
 import (
 	"github.com/defenseunicorns/pkg/helpers/v2"
 	"github.com/goccy/go-yaml"
-	"github.com/zarf-dev/zarf/src/pkg/message"
 	"helm.sh/helm/v3/pkg/chart/loader"
 	"helm.sh/helm/v3/pkg/chartutil"
 )
@@ -45,7 +44,6 @@ func FindAnnotatedImagesForChart(chartPath string, values chartutil.Values) (ima
 		// Only include the image if the current values/condition specify it should be included
 		if i.Condition != "" {
 			value, err := values.PathValue(i.Condition)
-			message.Debugf("%#v - %#v - %#v\n", value, i.Condition, err)
 			// We intentionally ignore the error here because the key could be missing from the values.yaml
 			if err == nil && value == true {
 				images = append(images, i.Image)
diff --git a/src/internal/packager/helm/post-render.go b/src/internal/packager/helm/post-render.go
index 60d8fde0e3..b115b33ddf 100644
--- a/src/internal/packager/helm/post-render.go
+++ b/src/internal/packager/helm/post-render.go
@@ -38,8 +38,6 @@ type renderer struct {
 }
 
 func (h *Helm) newRenderer(ctx context.Context) (*renderer, error) {
-	message.Debugf("helm.NewRenderer()")
-
 	rend := &renderer{
 		Helm:           h,
 		connectStrings: types.ConnectStrings{},
diff --git a/src/internal/packager/images/push.go b/src/internal/packager/images/push.go
index 08625ab385..0d0752f9fe 100644
--- a/src/internal/packager/images/push.go
+++ b/src/internal/packager/images/push.go
@@ -99,8 +99,6 @@ func Push(ctx context.Context, cfg PushConfig) error {
 					return err
 				}
 
-				message.Debugf("push %s -> %s)", refInfo.Reference, offlineNameCRC)
-
 				if err = pushImage(img, offlineNameCRC); err != nil {
 					return err
 				}
diff --git a/src/pkg/cluster/tunnel.go b/src/pkg/cluster/tunnel.go
index f0a1a660e0..719d81e008 100644
--- a/src/pkg/cluster/tunnel.go
+++ b/src/pkg/cluster/tunnel.go
@@ -185,8 +185,6 @@ func (c *Cluster) checkForZarfConnectLabel(ctx context.Context, name string) (Tu
 	var err error
 	var zt TunnelInfo
 
-	message.Debugf("Looking for a Zarf Connect Label in the cluster")
-
 	selector, err := metav1.LabelSelectorAsSelector(&metav1.LabelSelector{
 		MatchLabels: map[string]string{
 			ZarfConnectLabelName: name,
diff --git a/src/pkg/packager/common.go b/src/pkg/packager/common.go
index a5b77ff9d1..a753ec29d4 100644
--- a/src/pkg/packager/common.go
+++ b/src/pkg/packager/common.go
@@ -107,25 +107,17 @@ func New(cfg *types.PackagerConfig, mods ...Modifier) (*Packager, error) {
 
 	// If the temp directory is not set, set it to the default
 	if pkgr.layout == nil {
-		if err = pkgr.setTempDirectory(config.CommonOptions.TempDirectory); err != nil {
+		dir, err := utils.MakeTempDir(config.CommonOptions.TempDirectory)
+		if err != nil {
 			return nil, fmt.Errorf("unable to create package temp paths: %w", err)
 		}
+		message.Debug("Using temporary directory:", dir)
+		pkgr.layout = layout.New(dir)
 	}
 
 	return pkgr, nil
 }
 
-// setTempDirectory sets the temp directory for the packager.
-func (p *Packager) setTempDirectory(path string) error {
-	dir, err := utils.MakeTempDir(path)
-	if err != nil {
-		return fmt.Errorf("unable to create package temp paths: %w", err)
-	}
-
-	p.layout = layout.New(dir)
-	return nil
-}
-
 // ClearTempPaths removes the temp directory and any files within it.
 func (p *Packager) ClearTempPaths() {
 	// Remove the temp directory, but don't throw an error if it fails
diff --git a/src/pkg/packager/creator/compose.go b/src/pkg/packager/creator/compose.go
index 8844c0305f..bbd1325b31 100644
--- a/src/pkg/packager/creator/compose.go
+++ b/src/pkg/packager/creator/compose.go
@@ -7,7 +7,6 @@ package creator
 import (
 	"context"
 
-	"github.com/zarf-dev/zarf/src/pkg/message"
 	"github.com/zarf-dev/zarf/src/pkg/packager/composer"
 	"github.com/zarf-dev/zarf/src/types"
 )
@@ -37,7 +36,6 @@ func ComposeComponents(ctx context.Context, pkg types.ZarfPackage, flavor string
 		if err != nil {
 			return types.ZarfPackage{}, nil, err
 		}
-		message.Debugf("%s", chain)
 
 		// migrate any deprecated component configurations now
 		warning := chain.Migrate(pkg.Build)
diff --git a/src/pkg/packager/creator/normal.go b/src/pkg/packager/creator/normal.go
index 6f42c55865..99b0f572b4 100644
--- a/src/pkg/packager/creator/normal.go
+++ b/src/pkg/packager/creator/normal.go
@@ -372,8 +372,6 @@ func (pc *PackageCreator) addComponent(ctx context.Context, component types.Zarf
 	}
 
 	for filesIdx, file := range component.Files {
-		message.Debugf("Loading %#v", file)
-
 		rel := filepath.Join(layout.FilesDir, strconv.Itoa(filesIdx), filepath.Base(file.Target))
 		dst := filepath.Join(componentPaths.Base, rel)
 		destinationDir := filepath.Dir(dst)
diff --git a/src/pkg/packager/creator/skeleton.go b/src/pkg/packager/creator/skeleton.go
index 9ddf24379a..c7b2d3d706 100644
--- a/src/pkg/packager/creator/skeleton.go
+++ b/src/pkg/packager/creator/skeleton.go
@@ -209,8 +209,6 @@ func (sc *SkeletonCreator) addComponent(component types.ZarfComponent, dst *layo
 	}
 
 	for filesIdx, file := range component.Files {
-		message.Debugf("Loading %#v", file)
-
 		if helpers.IsURL(file.Source) {
 			continue
 		}
diff --git a/src/pkg/packager/prepare.go b/src/pkg/packager/prepare.go
index 0ca1f35f91..a52cc9c0f4 100644
--- a/src/pkg/packager/prepare.go
+++ b/src/pkg/packager/prepare.go
@@ -255,8 +255,7 @@ func (p *Packager) findImages(ctx context.Context) (imgMap map[string][]string,
 				}
 
 				// Break the manifest into separate resources
-				contentString := string(contents)
-				message.Debugf("%s", contentString)
+				// TODO: Do not dogsled error
 				yamls, _ := utils.SplitYAML(contents)
 				resources = append(resources, yamls...)
 
diff --git a/src/pkg/packager/sources/new.go b/src/pkg/packager/sources/new.go
index 9018632085..4d43cc229c 100644
--- a/src/pkg/packager/sources/new.go
+++ b/src/pkg/packager/sources/new.go
@@ -14,7 +14,6 @@ import (
 	"github.com/defenseunicorns/pkg/oci"
 	"github.com/zarf-dev/zarf/src/config"
 	"github.com/zarf-dev/zarf/src/pkg/layout"
-	"github.com/zarf-dev/zarf/src/pkg/message"
 	"github.com/zarf-dev/zarf/src/pkg/packager/filters"
 	"github.com/zarf-dev/zarf/src/pkg/zoci"
 	"github.com/zarf-dev/zarf/src/types"
@@ -85,7 +84,5 @@ func New(pkgOpts *types.ZarfPackageOptions) (PackageSource, error) {
 		return nil, fmt.Errorf("could not identify source type for %q", pkgSrc)
 	}
 
-	message.Debugf("Using %T for %q", source, pkgSrc)
-
 	return source, nil
 }
diff --git a/src/pkg/packager/sources/oci.go b/src/pkg/packager/sources/oci.go
index 99a98137fc..33e4ba3fad 100644
--- a/src/pkg/packager/sources/oci.go
+++ b/src/pkg/packager/sources/oci.go
@@ -35,8 +35,6 @@ type OCISource struct {
 
 // LoadPackage loads a package from an OCI registry.
 func (s *OCISource) LoadPackage(ctx context.Context, dst *layout.PackagePaths, filter filters.ComponentFilterStrategy, unarchiveAll bool) (pkg types.ZarfPackage, warnings []string, err error) {
-	message.Debugf("Loading package from %q", s.PackageSource)
-
 	pkg, err = s.FetchZarfYAML(ctx)
 	if err != nil {
 		return pkg, nil, err
diff --git a/src/pkg/utils/io.go b/src/pkg/utils/io.go
index 06885d623a..7edee56422 100755
--- a/src/pkg/utils/io.go
+++ b/src/pkg/utils/io.go
@@ -11,7 +11,6 @@ import (
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
 	"github.com/zarf-dev/zarf/src/config"
-	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 const (
@@ -25,14 +24,10 @@ func MakeTempDir(basePath string) (string, error) {
 			return "", err
 		}
 	}
-
 	tmp, err := os.MkdirTemp(basePath, tmpPathPrefix)
 	if err != nil {
 		return "", err
 	}
-
-	message.Debug("Using temporary directory:", tmp)
-
 	return tmp, nil
 }
 
diff --git a/src/pkg/utils/network.go b/src/pkg/utils/network.go
index 4bd6945f36..be0b80a2ed 100644
--- a/src/pkg/utils/network.go
+++ b/src/pkg/utils/network.go
@@ -40,7 +40,6 @@ func parseChecksum(src string) (string, string, error) {
 
 // DownloadToFile downloads a given URL to the target filepath (including the cosign key if necessary).
 func DownloadToFile(ctx context.Context, src string, dst string, cosignKeyPath string) (err error) {
-	message.Debugf("Downloading %s to %s", src, dst)
 	// check if the parsed URL has a checksum
 	// if so, remove it and use the checksum to validate the file
 	src, checksum, err := parseChecksum(src)
diff --git a/src/test/e2e/00_use_cli_test.go b/src/test/e2e/00_use_cli_test.go
index ff8a07106b..b663d58454 100644
--- a/src/test/e2e/00_use_cli_test.go
+++ b/src/test/e2e/00_use_cli_test.go
@@ -143,6 +143,7 @@ func TestUseCLI(t *testing.T) {
 		require.Greater(t, len(files), 1)
 	})
 
+	// TODO: Refactor test as it depends on debug log output for validation.
 	t.Run("zarf package inspect with tmpdir", func(t *testing.T) {
 		t.Parallel()
 		path := fmt.Sprintf("build/zarf-package-component-actions-%s.tar.zst", e2e.Arch)
@@ -152,6 +153,7 @@ func TestUseCLI(t *testing.T) {
 		require.NoError(t, err, stdOut, stdErr)
 	})
 
+	// TODO: Refactor test as it depends on debug log output for validation.
 	t.Run("zarf package deploy with tmpdir", func(t *testing.T) {
 		t.Parallel()
 		tmpdir := t.TempDir()

From eae2a02a690fa409c7a7a064786c6d68324941aa Mon Sep 17 00:00:00 2001
From: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
Date: Thu, 25 Jul 2024 15:36:26 -0400
Subject: [PATCH 28/68] ci: improve nightly eks test (#2759)

Signed-off-by: Austin Abro <AustinAbro321@gmail.com>
---
 .github/workflows/nightly-eks.yml        | 18 +++++++++++++++++-
 examples/kiwix/manifests/deployment.yaml |  2 ++
 packages/distros/eks/eks.yaml            | 18 ++++++++----------
 packages/distros/eks/zarf.yaml           | 12 ++++++------
 4 files changed, 33 insertions(+), 17 deletions(-)

diff --git a/.github/workflows/nightly-eks.yml b/.github/workflows/nightly-eks.yml
index 1fe4f4ad7c..eee9191155 100644
--- a/.github/workflows/nightly-eks.yml
+++ b/.github/workflows/nightly-eks.yml
@@ -41,7 +41,7 @@ jobs:
           role-to-assume: ${{ secrets.AWS_NIGHTLY_ROLE }}
           role-session-name: ${{ github.job || github.event.client_payload.pull_request.head.sha || github.sha }}
           aws-region: us-east-1
-          role-duration-seconds: 3600
+          role-duration-seconds: 7200
 
       - name: Build the eks package
         run: ./build/zarf package create packages/distros/eks -o build --confirm
@@ -57,6 +57,22 @@ jobs:
       - name: Run tests
         run: make test-e2e-with-cluster ARCH=amd64
 
+      - name: get pods
+        if: always()
+        run: kubectl get pods -n kiwix -o yaml
+
+      - name: describe pod
+        if: always()
+        run: kubectl describe pods -n kiwix
+
+      - name: get nodes
+        if: always()
+        run: kubectl get nodes -o yaml
+
+      - name: describe nodes
+        if: always()
+        run: kubectl describe nodes
+
       - name: Teardown the cluster
         if: always()
         run: |
diff --git a/examples/kiwix/manifests/deployment.yaml b/examples/kiwix/manifests/deployment.yaml
index e187c684e6..ba05eb767c 100644
--- a/examples/kiwix/manifests/deployment.yaml
+++ b/examples/kiwix/manifests/deployment.yaml
@@ -6,6 +6,8 @@ metadata:
   labels:
     app: kiwix-serve
 spec:
+  strategy:
+    type: Recreate
   selector:
     matchLabels:
       app: kiwix-serve
diff --git a/packages/distros/eks/eks.yaml b/packages/distros/eks/eks.yaml
index 530da71f8c..cf859f77a5 100644
--- a/packages/distros/eks/eks.yaml
+++ b/packages/distros/eks/eks.yaml
@@ -4,29 +4,27 @@ kind: ClusterConfig
 metadata:
   name: ###ZARF_VAR_EKS_CLUSTER_NAME###
   region: ###ZARF_VAR_EKS_CLUSTER_REGION###
-  version: "###ZARF_VAR_EKS_CLUSTER_VERSION###"
   tags:
-    PermissionsBoundary: "zarf_dev_base_policy"
+    PermissionsBoundary: "###ZARF_VAR_PERMISSIONS_BOUNDARY_TAG###"
 
 iam:
   withOIDC: true
-  serviceRolePermissionsBoundary: "arn:aws:iam::173911864621:policy/zarf_dev_base_policy"
+  serviceRolePermissionsBoundary: "###ZARF_VAR_PERMISSIONS_BOUNDARY_ARN###"
 
 addons:
   - name: aws-ebs-csi-driver
-    version: "###ZARF_VAR_EBS_DRIVER_VERSION###"
     attachPolicyARNs:
       - arn:aws:iam::aws:policy/service-role/AmazonEBSCSIDriverPolicy
-    permissionsBoundary: "arn:aws:iam::173911864621:policy/zarf_dev_base_policy"
+    permissionsBoundary: "###ZARF_VAR_PERMISSIONS_BOUNDARY_ARN###"
     tags:
-      PermissionsBoundary: "zarf_dev_base_policy"
+      PermissionsBoundary: "###ZARF_VAR_PERMISSIONS_BOUNDARY_TAG###"
 
   - name: vpc-cni
     attachPolicyARNs:
       - arn:aws:iam::aws:policy/AmazonEKS_CNI_Policy
-    permissionsBoundary: "arn:aws:iam::173911864621:policy/zarf_dev_base_policy"
+    permissionsBoundary: "###ZARF_VAR_PERMISSIONS_BOUNDARY_ARN###"
     tags:
-      PermissionsBoundary: "zarf_dev_base_policy"
+      PermissionsBoundary: "###ZARF_VAR_PERMISSIONS_BOUNDARY_TAG###"
 
 managedNodeGroups:
 - instanceType: ###ZARF_VAR_EKS_INSTANCE_TYPE###
@@ -35,6 +33,6 @@ managedNodeGroups:
   maxSize: 6
   spot: true
   tags:
-    PermissionsBoundary: "zarf_dev_base_policy"
+    PermissionsBoundary: "###ZARF_VAR_PERMISSIONS_BOUNDARY_TAG###"
   iam:
-    instanceRolePermissionsBoundary: "arn:aws:iam::173911864621:policy/zarf_dev_base_policy"
+    instanceRolePermissionsBoundary: "###ZARF_VAR_PERMISSIONS_BOUNDARY_ARN###"
diff --git a/packages/distros/eks/zarf.yaml b/packages/distros/eks/zarf.yaml
index 8172dfdf60..1fed3b20a1 100644
--- a/packages/distros/eks/zarf.yaml
+++ b/packages/distros/eks/zarf.yaml
@@ -17,13 +17,13 @@ variables:
     description: The AWS region to setup the cluster and associated networking
     default: us-east-1
 
-  - name: EKS_CLUSTER_VERSION
-    description: The Kubernetes version to use for the cluster
-    default: "1.27"
+  - name: PERMISSIONS_BOUNDARY_ARN
+    description: The ARN of the IAM permissions boundary to apply to the cluster resources
+    default: arn:aws:iam::173911864621:policy/zarf_dev_base_policy
 
-  - name: EBS_DRIVER_VERSION
-    description: The AEBS driver version to use for the cluster (must be available on the K8s version)
-    default: "v1.21.0-eksbuild.1"
+  - name: PERMISSIONS_BOUNDARY_TAG
+    description: The tag to apply to the cluster resources to indicate the permissions boundary
+    default: zarf_dev_base_policy
 
 components:
   - name: load-eksctl

From 3770e6cc8f83d25b2f04ad3deaa2dc8eee8c8d8e Mon Sep 17 00:00:00 2001
From: Philip Laine <philip.laine@gmail.com>
Date: Thu, 25 Jul 2024 22:29:29 +0200
Subject: [PATCH 29/68] chore: logging ADR (#2588)

Signed-off-by: Philip Laine <philip.laine@gmail.com>
Co-authored-by: schristoff <28318173+schristoff@users.noreply.github.com>
---
 adr/0025-logging.md | 235 ++++++++++++++++++++++++++++++++++++++++++++
 1 file changed, 235 insertions(+)
 create mode 100644 adr/0025-logging.md

diff --git a/adr/0025-logging.md b/adr/0025-logging.md
new file mode 100644
index 0000000000..dbd8664c7c
--- /dev/null
+++ b/adr/0025-logging.md
@@ -0,0 +1,235 @@
+# 25. Logging
+
+Date: 2024-06-06
+
+## Status
+
+Proposed
+
+## Context
+
+Zarf is currently using an in-house built logging solution which in turn depends on pterm. This solution is used to output information to the end user who is using the Zarf CLI. This output is for the most part formatted with the purpose of CLI user experience. Logging function calls are done both in the CLI specific code as well as in the packages. The logging is implemented in such a way that different levels exist with different impacts and log destinations. A common pattern that is used is to call `message.Fatal` whenever an error occurs. This will output the message to STDERR while writing the actual error message to a debug log and exiting the program. Exiting the program in this manner makes unit testing difficult while also skipping proper context handling and skipping any clean-up that was intended to run before exiting the program. Some logging components like the progress bar and spinner are accessed through a shared global state that is not thread safe. The coupling to logging becomes complicated as disabling the progress bar is a challenge while multi threading these functions which access the global state resulting in complicated access patterns.
+
+## Decision
+
+I am proposing to completely refactor the logging functionality to follow a more standardized format using the newish slog interfaces. On top of that we would refactor the current internationalization by converting them to standardized errors.
+
+* Replace the message package with a slog interface.
+* Replace the lang package with static errors.
+* Remove any use of `message.Fatal` and instead return errors.
+* Refactor use of `message.WarnErr` to either return error or to log the error.
+* Refactor existing functions that print formatted outputs to defer the printing to the CLI.
+* Define a new interface for spinner and progress bar that is passed in as a function parameter.
+
+The message package currently exports the following functions which should be replaced by its logr counterpart.
+
+| Function | Replacement | Comment |
+| --- | --- | --- |
+| ZarfCommand | Info | Just formats a slice as a command. |
+| Command | Info | Outputs a command with a prefix and style. |
+| Debug | Debug | |
+| Debugf | Debug | |
+| ErrorWebf | N/A | Not used anywhere. |
+| Warn | Warn | |
+| Warnf | Warn | |
+| WarnErr | Warn | |
+| WarnErrf | Warn | |
+| Fatal | N/A | Should not be used. |
+| Fatalf | N/A | Should not be used. |
+| Info | Info | |
+| Infof | Info | |
+| Success | Info | Seems to be a info log with a checkmark prefix. |
+| Successf | Info | Seems to be a info log with a checkmark prefix. |
+| Question | ? | Open question how to resolve this. |
+| Questionf | ? | Open question how to resolve this. |
+| Note | Info | Should just be an info or maybe a debug log. |
+| Notef | Info | Should just be an info or maybe a debug log. |
+| Title | ? | Not sure how this should be replaced as it formats with separator. |
+| HeaderInfof | ? | |
+| HorizontalRule | ? | |
+| JSONValue | N/A | Should be replaced with a marshal. |
+| Paragraph | ? | |
+| Paragraphn | ? | |
+| PrintDiff | ? | |
+| Table | ? | Need to come up with a good syntax for functions to return output that can print as a table. |
+| ColorWrap | ? | Should this be used? | 
+| PrintConnectStringTable | N/A | This logic should not exist in the message package. |
+| PrintCredentialTable | N/A | This logic should not exist in the message package. |
+| PrintComponentCredential | N/A | This logic should not exist in the message package. |
+| PrintCredentialUpdates | N/A | This logic should not exist in the message package. |
+| Spinner | Interface | New Spinner interface. |
+| ProgressBar | Interface | New progress bar interface. |
+
+The majority of simple logging changes should be possible with little signature changes. Replacing the existing output with a slog interface would allow other implementations to be used. A challenge initially may be the changes to table output formatting to make it work properly. This change will require some refactoring of existing code. A requirement for the changes is that they have to improve the UX for users looking at log files. As I understand the present day the spinners will cause a new line everytime they update, resulting in a lot of bloat. A goal should be to make sure that this does not happen in the future.
+
+Spinners and progress bars however are a bit more challenging. They need to be refactored so that they are no longer instantiated outside of the CLI code. They should instead be passed as a function parameter to each function that needs them. A good example of a project that solves the problem in a similar manner is Kind. In Kind they create a [status object from the logger](https://github.com/kubernetes-sigs/kind/blob/7799e72306db315ea4f4b1cac90ff68404da4f28/pkg/internal/cli/status.go#L39) which they then [pass to where it is needed](https://github.com/kubernetes-sigs/kind/blob/7799e72306db315ea4f4b1cac90ff68404da4f28/pkg/cluster/internal/create/create.go#L133). Doing so results in a single status object created which is reused where ever it is needed. A lot of inspiration can be take from how Kind deals with CLI output. While they use klog instead of slog there are a lot of similarities. They have for example a check if the output is in a terminal or not, and will disable the spinner accordingly. 
+
+Here is a suggestion for how a thread safe spinner could be implemented with a shared logger. This also allows for parallel spinners and progress bars.
+
+```golang
+package main
+
+import (
+	"context"
+	"fmt"
+	"io"
+	"log/slog"
+	"os"
+	"sync"
+	"time"
+
+	"github.com/pterm/pterm"
+)
+
+func main() {
+	err := run()
+	if err != nil {
+		panic(err)
+	}
+}
+
+func run() error {
+	h := NewPtermHandler(os.Stderr)
+	log := slog.New(h)
+
+	log.Info("before")
+
+	spinner := NewSpinner(log)
+	spinner.Update("Running some job")
+	log.Info("after")
+	time.Sleep(1 * time.Second)
+	spinner.Update("Doing some update")
+
+	time.Sleep(2 * time.Second)
+
+	spinner.Succeed()
+
+	time.Sleep(2 * time.Second)
+
+	return nil
+}
+
+type PtermHandler struct {
+	printer *pterm.MultiPrinter
+	attrs   []slog.Attr
+	group   string
+}
+
+func NewPtermHandler(w io.Writer) *PtermHandler {
+	printer, _ := pterm.DefaultMultiPrinter.WithWriter(w).Start()
+	return &PtermHandler{
+		printer: printer,
+	}
+}
+
+func (h *PtermHandler) Enabled(context.Context, slog.Level) bool {
+	return true
+}
+
+func (h *PtermHandler) Handle(ctx context.Context, r slog.Record) error {
+	l := fmt.Sprintf("%s: %s\n", r.Level, r.Message)
+	_, err := h.printer.NewWriter().Write([]byte(l))
+	return err
+}
+
+func (h *PtermHandler) WithAttrs(attrs []slog.Attr) slog.Handler {
+	return &PtermHandler{
+		printer: h.printer,
+		attrs:   append(h.attrs, attrs...),
+		group:   h.group,
+	}
+}
+
+func (h *PtermHandler) WithGroup(name string) slog.Handler {
+	return &PtermHandler{
+		printer: h.printer,
+		attrs:   h.attrs,
+		group:   name,
+	}
+}
+
+type Spinner struct {
+	sequence    []string
+	mx          sync.Mutex
+	log         *slog.Logger
+	printer     *pterm.MultiPrinter
+	firstStatus string
+	status      string
+	spinner     *pterm.SpinnerPrinter
+}
+
+func NewSpinner(log *slog.Logger) *Spinner {
+	h, ok := log.Handler().(*PtermHandler)
+	if !ok {
+		return &Spinner{
+			log: log,
+		}
+	}
+	return &Spinner{
+		sequence: []string{`  ⠋ `, `  ⠙ `, `  ⠹ `, `  ⠸ `, `  ⠼ `, `  ⠴ `, `  ⠦ `, `  ⠧ `, `  ⠇ `, `  ⠏ `},
+		log:      log,
+		printer:  h.printer,
+	}
+}
+
+func (s *Spinner) Update(status string) {
+	s.mx.Lock()
+	defer s.mx.Unlock()
+
+	// Do not update if status is the same.
+	if s.status == status {
+		return
+	}
+	if s.firstStatus == "" {
+		s.firstStatus = status
+	}
+	s.status = status
+
+	// If no printer we log normally.
+	if s.printer == nil {
+		s.log.Info(status)
+		return
+	}
+
+	// Create or update the spinner.
+	if s.spinner == nil {
+		spinner, _ := pterm.DefaultSpinner.WithWriter(s.printer.NewWriter()).WithSequence(s.sequence...).Start(status)
+		s.spinner = spinner
+		return
+	}
+	s.spinner.UpdateText(status)
+}
+
+func (s *Spinner) Fail() {
+	s.mx.Lock()
+	defer s.mx.Lock()
+
+	if s.printer == nil {
+		return
+	}
+	s.spinner.Fail(s.firstStatus)
+}
+
+func (s *Spinner) Succeed() {
+	s.mx.Lock()
+	defer s.mx.Unlock()
+
+	if s.printer == nil {
+		return
+	}
+	s.spinner.Success(s.firstStatus)
+}
+```
+
+The work will most likely have to be split into a couple of steps.
+
+1. Remove any use of message fatal.
+2. Refactor table printing functions.
+3. Replace message logging with a structured logger.
+4. Replace spinner and progress bars.
+
+## Consequences
+
+Refactoring the message package would make importing Zarf packages as a library simpler. It would also simplify any unit testing and debugging efforts by using predictable errors. Additionally it should allow us to enable parallel testing where we have disabled it currently.
+
+While not intended it may have some user facing change if we chose to change the format of the log output slightly. While that may not be the intention currently it may become so in the future.

From 81f1c7085ea954fd0d8e1610bc516d2b342965e8 Mon Sep 17 00:00:00 2001
From: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
Date: Fri, 26 Jul 2024 03:51:53 -0400
Subject: [PATCH 30/68] test: decrease reliance on dockerhub (#2766)

Signed-off-by: Austin Abro <AustinAbro321@gmail.com>
---
 src/test/e2e/04_create_templating_test.go      | 11 +++++------
 src/test/e2e/13_find_images_test.go            | 18 ++++++++++--------
 .../00-find-images-with-vars/values.yaml       |  1 -
 src/test/packages/04-templating/zarf.yaml      | 14 ++++++++++++++
 .../deployment.yaml                            |  2 +-
 .../simple-helm/Chart.yaml                     |  0
 .../simple-helm/templates/deployment.yaml      |  4 ++--
 .../13-find-images-with-vars/values.yaml       |  1 +
 .../zarf.yaml                                  |  8 ++++----
 .../28-helm-no-wait/never-ready.pod.yaml       |  4 ++--
 src/test/packages/28-helm-no-wait/zarf.yaml    |  2 +-
 11 files changed, 40 insertions(+), 25 deletions(-)
 delete mode 100644 src/test/packages/00-find-images-with-vars/values.yaml
 create mode 100644 src/test/packages/04-templating/zarf.yaml
 rename src/test/packages/{00-find-images-with-vars => 13-find-images-with-vars}/deployment.yaml (86%)
 rename src/test/packages/{00-find-images-with-vars => 13-find-images-with-vars}/simple-helm/Chart.yaml (100%)
 rename src/test/packages/{00-find-images-with-vars => 13-find-images-with-vars}/simple-helm/templates/deployment.yaml (82%)
 create mode 100644 src/test/packages/13-find-images-with-vars/values.yaml
 rename src/test/packages/{00-find-images-with-vars => 13-find-images-with-vars}/zarf.yaml (77%)

diff --git a/src/test/e2e/04_create_templating_test.go b/src/test/e2e/04_create_templating_test.go
index d69839547b..a93f23027d 100644
--- a/src/test/e2e/04_create_templating_test.go
+++ b/src/test/e2e/04_create_templating_test.go
@@ -21,15 +21,14 @@ func TestCreateTemplating(t *testing.T) {
 	decompressPath := filepath.Join(tmpdir, ".package-decompressed")
 	sbomPath := filepath.Join(tmpdir, ".sbom-location")
 
-	pkgName := fmt.Sprintf("zarf-package-variables-%s.tar.zst", e2e.Arch)
+	pkgName := fmt.Sprintf("zarf-package-templating-%s.tar.zst", e2e.Arch)
 
 	// Test that not specifying a package variable results in an error
-	_, stdErr, _ := e2e.Zarf(t, "package", "create", "examples/variables", "--confirm")
-	expectedOutString := "variable 'NGINX_VERSION' must be '--set' when using the '--confirm' flag"
-	require.Contains(t, stdErr, "", expectedOutString)
+	_, _, err := e2e.Zarf(t, "package", "create", "src/test/packages/04-templating", "--confirm")
+	require.Error(t, err)
 
 	// Test a simple package variable example with `--set` (will fail to pull an image if this is not set correctly)
-	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", "examples/variables", "--set", "NGINX_VERSION=1.23.3", "--confirm")
+	stdOut, stdErr, err := e2e.Zarf(t, "package", "create", "src/test/packages/04-templating", "--set", "PODINFO_VERSION=6.4.0", "--confirm")
 	require.NoError(t, err, stdOut, stdErr)
 
 	stdOut, stdErr, err = e2e.Zarf(t, "t", "archiver", "decompress", pkgName, decompressPath, "--unarchive-all")
@@ -38,7 +37,7 @@ func TestCreateTemplating(t *testing.T) {
 	// Check that the constant in the zarf.yaml is replaced correctly
 	builtConfig, err := os.ReadFile(decompressPath + "/zarf.yaml")
 	require.NoError(t, err)
-	require.Contains(t, string(builtConfig), "name: NGINX_VERSION\n  value: 1.23.3")
+	require.Contains(t, string(builtConfig), "name: PODINFO_VERSION\n  value: 6.4.0")
 
 	// Test that files and file folders template and handle SBOMs correctly
 	stdOut, stdErr, err = e2e.Zarf(t, "package", "create", "src/test/packages/04-file-folders-templating-sbom/", "--sbom-out", sbomPath, "--confirm")
diff --git a/src/test/e2e/13_find_images_test.go b/src/test/e2e/13_find_images_test.go
index 474aa27eb8..39f6691b16 100644
--- a/src/test/e2e/13_find_images_test.go
+++ b/src/test/e2e/13_find_images_test.go
@@ -48,20 +48,22 @@ func TestFindImages(t *testing.T) {
 
 	t.Run("zarf dev find-images with helm or manifest vars", func(t *testing.T) {
 		t.Parallel()
-		registry := "coolregistry.gov"
+		registry := "zarf.dev"
 		agentTag := "test"
 
-		stdOut, _, err := e2e.Zarf(t, "prepare", "find-images", ".", "--registry-url", registry, "--create-set", fmt.Sprintf("agent_image_tag=%s", agentTag))
+		stdOut, _, err := e2e.Zarf(t, "dev", "find-images", ".", "--registry-url", registry, "--create-set", fmt.Sprintf("agent_image_tag=%s", agentTag), "--skip-cosign")
+
 		require.NoError(t, err)
 		internalRegistryImage := fmt.Sprintf("%s/%s:%s", registry, "zarf-dev/zarf/agent", agentTag)
-		require.Contains(t, stdOut, internalRegistryImage, "registry image should be found with registry url")
-		require.Contains(t, stdOut, "busybox:latest", "Busybox image should be found as long as helm chart doesn't error")
+		require.Contains(t, stdOut, internalRegistryImage)
+		// busybox image is in git init package
+		require.Contains(t, stdOut, "busybox:latest")
 
-		path := filepath.Join("src", "test", "packages", "00-find-images-with-vars")
-		stdOut, _, err = e2e.Zarf(t, "prepare", "find-images", path, "--deploy-set", "BUSYBOX_IMAGE=busybox:earliest")
+		path := filepath.Join("src", "test", "packages", "13-find-images-with-vars")
+		stdOut, _, err = e2e.Zarf(t, "dev", "find-images", path, "--deploy-set", "PODINFO_IMAGE=zarf.dev/podinfo:latest", "--skip-cosign")
 		require.NoError(t, err)
-		require.Contains(t, stdOut, "nginx:latest", "Manifests aren't interpreting vars")
-		require.Contains(t, stdOut, "busybox:earliest", "Values files aren't interpreting vars")
+		require.Contains(t, stdOut, "ghcr.io/zarf-dev/zarf/agent:v0.36.1")
+		require.Contains(t, stdOut, "zarf.dev/podinfo:latest")
 	})
 
 	t.Run("zarf test find images --why w/ helm chart success", func(t *testing.T) {
diff --git a/src/test/packages/00-find-images-with-vars/values.yaml b/src/test/packages/00-find-images-with-vars/values.yaml
deleted file mode 100644
index da10dacc6b..0000000000
--- a/src/test/packages/00-find-images-with-vars/values.yaml
+++ /dev/null
@@ -1 +0,0 @@
-busybox: ###ZARF_VAR_BUSYBOX_IMAGE###
diff --git a/src/test/packages/04-templating/zarf.yaml b/src/test/packages/04-templating/zarf.yaml
new file mode 100644
index 0000000000..bcc8e5cc35
--- /dev/null
+++ b/src/test/packages/04-templating/zarf.yaml
@@ -0,0 +1,14 @@
+kind: ZarfPackageConfig
+metadata:
+  name: templating
+
+constants:
+  - name: PODINFO_VERSION
+    value: "###ZARF_PKG_TMPL_PODINFO_VERSION###"
+    pattern: "^[\\w\\-\\.]+$"
+
+components:
+  - name: variables-with-podinfo
+    images:
+      # This sets the nginx image tag to the same PKG_TMPL used for the constant above to keep the zarf.yaml and nginx-deployment.yaml in sync
+      - "ghcr.io/stefanprodan/podinfo:###ZARF_PKG_TMPL_PODINFO_VERSION###"
diff --git a/src/test/packages/00-find-images-with-vars/deployment.yaml b/src/test/packages/13-find-images-with-vars/deployment.yaml
similarity index 86%
rename from src/test/packages/00-find-images-with-vars/deployment.yaml
rename to src/test/packages/13-find-images-with-vars/deployment.yaml
index 8d4b344dae..c0f766fd9b 100644
--- a/src/test/packages/00-find-images-with-vars/deployment.yaml
+++ b/src/test/packages/13-find-images-with-vars/deployment.yaml
@@ -16,4 +16,4 @@ spec:
     spec:
       containers:
         - name: server
-          image: "###ZARF_CONST_SAMPLE_IMAGE###"
+          image: "###ZARF_CONST_AGENT_IMAGE###"
diff --git a/src/test/packages/00-find-images-with-vars/simple-helm/Chart.yaml b/src/test/packages/13-find-images-with-vars/simple-helm/Chart.yaml
similarity index 100%
rename from src/test/packages/00-find-images-with-vars/simple-helm/Chart.yaml
rename to src/test/packages/13-find-images-with-vars/simple-helm/Chart.yaml
diff --git a/src/test/packages/00-find-images-with-vars/simple-helm/templates/deployment.yaml b/src/test/packages/13-find-images-with-vars/simple-helm/templates/deployment.yaml
similarity index 82%
rename from src/test/packages/00-find-images-with-vars/simple-helm/templates/deployment.yaml
rename to src/test/packages/13-find-images-with-vars/simple-helm/templates/deployment.yaml
index 335cb8afbb..c5bb598e7d 100644
--- a/src/test/packages/00-find-images-with-vars/simple-helm/templates/deployment.yaml
+++ b/src/test/packages/13-find-images-with-vars/simple-helm/templates/deployment.yaml
@@ -15,5 +15,5 @@ spec:
         app: simple-deployment
     spec:
       containers:
-        - name: busybox
-          image: {{.Values.busybox}}
+        - name: podinfo
+          image: {{.Values.podinfo}}
diff --git a/src/test/packages/13-find-images-with-vars/values.yaml b/src/test/packages/13-find-images-with-vars/values.yaml
new file mode 100644
index 0000000000..525c3d3bd8
--- /dev/null
+++ b/src/test/packages/13-find-images-with-vars/values.yaml
@@ -0,0 +1 @@
+podinfo: ###ZARF_VAR_PODINFO_IMAGE###
diff --git a/src/test/packages/00-find-images-with-vars/zarf.yaml b/src/test/packages/13-find-images-with-vars/zarf.yaml
similarity index 77%
rename from src/test/packages/00-find-images-with-vars/zarf.yaml
rename to src/test/packages/13-find-images-with-vars/zarf.yaml
index b58911d993..bc234638c6 100644
--- a/src/test/packages/00-find-images-with-vars/zarf.yaml
+++ b/src/test/packages/13-find-images-with-vars/zarf.yaml
@@ -4,12 +4,12 @@ metadata:
   description: Simple zarf package with variables
 
 variables:
-  - name: BUSYBOX_IMAGE
-    default: "busybox:latest"
+  - name: PODINFO_IMAGE
+    default: "ghcr.io/stefanprodan/podinfo:latest"
 
 constants:
-  - name: SAMPLE_IMAGE
-    value: "nginx:latest"
+  - name: AGENT_IMAGE
+    value: "ghcr.io/zarf-dev/zarf/agent:v0.36.1"
 
 components:
 - name: simple-var
diff --git a/src/test/packages/28-helm-no-wait/never-ready.pod.yaml b/src/test/packages/28-helm-no-wait/never-ready.pod.yaml
index 6fa1682d52..3ad9bd944e 100644
--- a/src/test/packages/28-helm-no-wait/never-ready.pod.yaml
+++ b/src/test/packages/28-helm-no-wait/never-ready.pod.yaml
@@ -4,8 +4,8 @@ metadata:
   name: never-ready-zarf-wait-test
 spec:
   containers:
-  - name: alpine
-    image: alpine:latest
+  - name: podinfo
+    image: ghcr.io/stefanprodan/podinfo:6.4.0
     command:
       - "sleep"
       - "infinity"
diff --git a/src/test/packages/28-helm-no-wait/zarf.yaml b/src/test/packages/28-helm-no-wait/zarf.yaml
index 177fe6792a..7b8881f886 100644
--- a/src/test/packages/28-helm-no-wait/zarf.yaml
+++ b/src/test/packages/28-helm-no-wait/zarf.yaml
@@ -13,4 +13,4 @@ components:
         files:
           - never-ready.pod.yaml
     images:
-      - alpine:latest
+      - ghcr.io/stefanprodan/podinfo:6.4.0

From 58d55b9e6a5f1711d020490fc969cf290a69b162 Mon Sep 17 00:00:00 2001
From: Philip Laine <philip.laine@gmail.com>
Date: Fri, 26 Jul 2024 14:02:19 +0200
Subject: [PATCH 31/68] refactor: replace warning logs with returning errors
 (#2762)

Signed-off-by: Philip Laine <philip.laine@gmail.com>
---
 src/config/lang/english.go            |  1 -
 src/internal/agent/hooks/pods.go      | 10 +++-------
 src/internal/agent/http/proxy.go      | 11 ++---------
 src/internal/packager/git/checkout.go |  7 +------
 src/internal/packager/git/push.go     |  8 ++------
 src/pkg/packager/actions/actions.go   |  1 -
 6 files changed, 8 insertions(+), 30 deletions(-)

diff --git a/src/config/lang/english.go b/src/config/lang/english.go
index 33698de7a5..780a50a3bc 100644
--- a/src/config/lang/english.go
+++ b/src/config/lang/english.go
@@ -611,7 +611,6 @@ const (
 	AgentErrGetState               = "failed to load zarf state: %w"
 	AgentErrParsePod               = "failed to parse pod: %w"
 	AgentErrHostnameMatch          = "failed to complete hostname matching: %w"
-	AgentErrImageSwap              = "Unable to swap the host for (%s)"
 	AgentErrInvalidMethod          = "invalid method only POST requests are allowed"
 	AgentErrInvalidOp              = "invalid operation: %s"
 	AgentErrInvalidType            = "only content type 'application/json' is supported"
diff --git a/src/internal/agent/hooks/pods.go b/src/internal/agent/hooks/pods.go
index 60362785a5..7d7a6a8023 100644
--- a/src/internal/agent/hooks/pods.go
+++ b/src/internal/agent/hooks/pods.go
@@ -13,7 +13,6 @@ import (
 	"github.com/zarf-dev/zarf/src/config/lang"
 	"github.com/zarf-dev/zarf/src/internal/agent/operations"
 	"github.com/zarf-dev/zarf/src/pkg/cluster"
-	"github.com/zarf-dev/zarf/src/pkg/message"
 	"github.com/zarf-dev/zarf/src/pkg/transform"
 	v1 "k8s.io/api/admission/v1"
 
@@ -82,8 +81,7 @@ func mutatePod(ctx context.Context, r *v1.AdmissionRequest, cluster *cluster.Clu
 		path := fmt.Sprintf("/spec/initContainers/%d/image", idx)
 		replacement, err := transform.ImageTransformHost(registryURL, container.Image)
 		if err != nil {
-			message.Warnf(lang.AgentErrImageSwap, container.Image)
-			continue // Continue, because we might as well attempt to mutate the other containers for this pod
+			return nil, err
 		}
 		updatedAnnotations[getImageAnnotationKey(container.Name)] = container.Image
 		patches = append(patches, operations.ReplacePatchOperation(path, replacement))
@@ -94,8 +92,7 @@ func mutatePod(ctx context.Context, r *v1.AdmissionRequest, cluster *cluster.Clu
 		path := fmt.Sprintf("/spec/ephemeralContainers/%d/image", idx)
 		replacement, err := transform.ImageTransformHost(registryURL, container.Image)
 		if err != nil {
-			message.Warnf(lang.AgentErrImageSwap, container.Image)
-			continue // Continue, because we might as well attempt to mutate the other containers for this pod
+			return nil, err
 		}
 		updatedAnnotations[getImageAnnotationKey(container.Name)] = container.Image
 		patches = append(patches, operations.ReplacePatchOperation(path, replacement))
@@ -106,8 +103,7 @@ func mutatePod(ctx context.Context, r *v1.AdmissionRequest, cluster *cluster.Clu
 		path := fmt.Sprintf("/spec/containers/%d/image", idx)
 		replacement, err := transform.ImageTransformHost(registryURL, container.Image)
 		if err != nil {
-			message.Warnf(lang.AgentErrImageSwap, container.Image)
-			continue // Continue, because we might as well attempt to mutate the other containers for this pod
+			return nil, err
 		}
 		updatedAnnotations[getImageAnnotationKey(container.Name)] = container.Image
 		patches = append(patches, operations.ReplacePatchOperation(path, replacement))
diff --git a/src/internal/agent/http/proxy.go b/src/internal/agent/http/proxy.go
index 719ef17281..33709dfff7 100644
--- a/src/internal/agent/http/proxy.go
+++ b/src/internal/agent/http/proxy.go
@@ -146,22 +146,15 @@ func replaceBodyLinks(resp *http.Response) error {
 	forwardedPrefix := fmt.Sprintf("%s%s%s", getTLSScheme(resp.Request.TLS), resp.Request.Header.Get("X-Forwarded-Host"), transform.NoTransform)
 	targetPrefix := fmt.Sprintf("%s%s", getTLSScheme(resp.TLS), resp.Request.Host)
 
-	body, err := io.ReadAll(resp.Body)
+	b, err := io.ReadAll(resp.Body)
 	if err != nil {
 		return err
 	}
-
 	err = resp.Body.Close()
 	if err != nil {
 		return err
 	}
-
-	bodyString := string(body)
-	message.Warnf("%s", bodyString)
-
-	bodyString = strings.ReplaceAll(bodyString, targetPrefix, forwardedPrefix)
-
-	message.Warnf("%s", bodyString)
+	bodyString := strings.ReplaceAll(string(b), targetPrefix, forwardedPrefix)
 
 	// Setup the new reader, and correct the content length
 	resp.Body = io.NopCloser(strings.NewReader(bodyString))
diff --git a/src/internal/packager/git/checkout.go b/src/internal/packager/git/checkout.go
index 2ee91d96b5..5a9a960508 100644
--- a/src/internal/packager/git/checkout.go
+++ b/src/internal/packager/git/checkout.go
@@ -10,7 +10,6 @@ import (
 	"github.com/go-git/go-git/v5"
 	"github.com/go-git/go-git/v5/plumbing"
 	"github.com/go-git/go-git/v5/plumbing/object"
-	"github.com/zarf-dev/zarf/src/pkg/message"
 )
 
 // CheckoutTag performs a `git checkout` of the provided tag to a detached HEAD.
@@ -54,7 +53,6 @@ func (g *Git) checkoutHashAsBranch(hash plumbing.Hash, branch plumbing.Reference
 	if err != nil {
 		return fmt.Errorf("not a valid git repo or unable to open: %w", err)
 	}
-
 	objRef, err := repo.Object(plumbing.AnyObject, hash)
 	if err != nil {
 		return fmt.Errorf("an error occurred when getting the repo's object reference: %w", err)
@@ -67,10 +65,7 @@ func (g *Git) checkoutHashAsBranch(hash plumbing.Hash, branch plumbing.Reference
 	case *object.Commit:
 		commitHash = objRef.Hash
 	default:
-		// This shouldn't ever hit, but we should at least log it if someday it
-		// does get hit
-		message.Warnf("Checkout failed. Hash type %s not supported.", objRef.Type().String())
-		return err
+		return fmt.Errorf("hash type %s not supported", objRef.Type().String())
 	}
 
 	options := &git.CheckoutOptions{
diff --git a/src/internal/packager/git/push.go b/src/internal/packager/git/push.go
index 494ee40db6..98236d2316 100644
--- a/src/internal/packager/git/push.go
+++ b/src/internal/packager/git/push.go
@@ -45,8 +45,7 @@ func (g *Git) PushRepo(srcURL, targetFolder string) error {
 
 	repo, err := g.prepRepoForPush()
 	if err != nil {
-		message.Warnf("error when prepping the repo for push.. %v", err)
-		return err
+		return fmt.Errorf("could not prepare the repo for push: %w", err)
 	}
 
 	if err := g.push(repo, spinner); err != nil {
@@ -64,14 +63,11 @@ func (g *Git) PushRepo(srcURL, targetFolder string) error {
 		remoteURL := remote.Config().URLs[0]
 		repoName, err := transform.GitURLtoRepoName(remoteURL)
 		if err != nil {
-			message.Warnf("Unable to add the read-only user to the repo: %s\n", repoName)
 			return err
 		}
-
 		err = g.addReadOnlyUserToRepo(g.Server.Address, repoName)
 		if err != nil {
-			message.Warnf("Unable to add the read-only user to the repo: %s\n", repoName)
-			return err
+			return fmt.Errorf("unable to add the read only user to the repo %s: %w", repoName, err)
 		}
 	}
 
diff --git a/src/pkg/packager/actions/actions.go b/src/pkg/packager/actions/actions.go
index 541c73b0fe..250e7bf100 100644
--- a/src/pkg/packager/actions/actions.go
+++ b/src/pkg/packager/actions/actions.go
@@ -110,7 +110,6 @@ retryCmd:
 			for _, v := range action.SetVariables {
 				variableConfig.SetVariable(v.Name, out, v.Sensitive, v.AutoIndent, v.Type)
 				if err := variableConfig.CheckVariablePattern(v.Name, v.Pattern); err != nil {
-					message.WarnErr(err, err.Error())
 					return err
 				}
 			}

From 754c615a96518172f18927a2f3c8226074bcde7d Mon Sep 17 00:00:00 2001
From: Philip Laine <philip.laine@gmail.com>
Date: Fri, 26 Jul 2024 14:32:38 +0200
Subject: [PATCH 32/68] fix: type assertion error checking and enforce linter
 (#2770)

Signed-off-by: Philip Laine <philip.laine@gmail.com>
---
 .golangci.yaml                              | 1 +
 src/extensions/bigbang/test/bigbang_test.go | 5 ++++-
 src/pkg/cluster/injector_test.go            | 5 ++++-
 src/test/e2e/22_git_and_gitops_test.go      | 3 ++-
 4 files changed, 11 insertions(+), 3 deletions(-)

diff --git a/.golangci.yaml b/.golangci.yaml
index 37d811f119..9426dd911e 100644
--- a/.golangci.yaml
+++ b/.golangci.yaml
@@ -57,6 +57,7 @@ linters-settings:
   testifylint:
     enable-all: true
   errcheck:
+    check-type-assertions: true
     exclude-functions:
       - (*github.com/spf13/cobra.Command).Help
       - (*github.com/spf13/cobra.Command).MarkFlagRequired
diff --git a/src/extensions/bigbang/test/bigbang_test.go b/src/extensions/bigbang/test/bigbang_test.go
index 641ba566d1..f8bf1cd448 100644
--- a/src/extensions/bigbang/test/bigbang_test.go
+++ b/src/extensions/bigbang/test/bigbang_test.go
@@ -186,7 +186,10 @@ func getReleases() (latest, previous string, err error) {
 
 	// Iterate over the tags returned by the API, and filter out tags that don't match the regular expression
 	for _, tag := range data {
-		name := tag["name"].(string)
+		name, ok := tag["name"].(string)
+		if !ok {
+			return "", "", fmt.Errorf("name key is not of type string")
+		}
 		if re.MatchString(name) {
 			releases = append(releases, name)
 		}
diff --git a/src/pkg/cluster/injector_test.go b/src/pkg/cluster/injector_test.go
index 07abc3bb6c..67dff422f2 100644
--- a/src/pkg/cluster/injector_test.go
+++ b/src/pkg/cluster/injector_test.go
@@ -34,7 +34,10 @@ func TestInjector(t *testing.T) {
 		Watcher:   pkgkubernetes.NewImmediateWatcher(status.CurrentStatus),
 	}
 	cs.PrependReactor("delete-collection", "configmaps", func(action k8stesting.Action) (bool, runtime.Object, error) {
-		delAction := action.(k8stesting.DeleteCollectionActionImpl)
+		delAction, ok := action.(k8stesting.DeleteCollectionActionImpl)
+		if !ok {
+			return false, nil, fmt.Errorf("action is not of type DeleteCollectionActionImpl")
+		}
 		if delAction.GetListRestrictions().Labels.String() != "zarf-injector=payload" {
 			return false, nil, nil
 		}
diff --git a/src/test/e2e/22_git_and_gitops_test.go b/src/test/e2e/22_git_and_gitops_test.go
index 363d5be1df..9394354e2c 100644
--- a/src/test/e2e/22_git_and_gitops_test.go
+++ b/src/test/e2e/22_git_and_gitops_test.go
@@ -86,7 +86,8 @@ func testGitServerReadOnly(ctx context.Context, t *testing.T, gitURL string) {
 	var bodyMap map[string]interface{}
 	err = json.Unmarshal(getRepoResponseBody, &bodyMap)
 	require.NoError(t, err)
-	permissionsMap := bodyMap["permissions"].(map[string]interface{})
+	permissionsMap, ok := bodyMap["permissions"].(map[string]interface{})
+	require.True(t, ok, "permissions key is not of right type")
 	require.False(t, permissionsMap["admin"].(bool))
 	require.False(t, permissionsMap["push"].(bool))
 	require.True(t, permissionsMap["pull"].(bool))

From 4886043a8883fe26591dc677f9050b7c13e77e35 Mon Sep 17 00:00:00 2001
From: Jonathan Perry <YrrepNoj@gmail.com>
Date: Fri, 26 Jul 2024 08:47:33 -0400
Subject: [PATCH 33/68] chore: fix string formatting for several debug
 statements (#2769)

Signed-off-by: Jon Perry <yrrepnoj@gmail.com>
Co-authored-by: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
---
 src/pkg/cluster/cluster.go | 4 ++--
 src/pkg/cluster/data.go    | 8 ++++----
 2 files changed, 6 insertions(+), 6 deletions(-)

diff --git a/src/pkg/cluster/cluster.go b/src/pkg/cluster/cluster.go
index b4eb28051b..801fd50173 100644
--- a/src/pkg/cluster/cluster.go
+++ b/src/pkg/cluster/cluster.go
@@ -93,7 +93,7 @@ func waitForHealthyCluster(ctx context.Context, client kubernetes.Interface) err
 			// Make sure there is at least one running Node
 			nodeList, err := client.CoreV1().Nodes().List(ctx, metav1.ListOptions{})
 			if err != nil || len(nodeList.Items) < 1 {
-				message.Debug("No nodes reporting healthy yet: %v\n", err)
+				message.Debugf("No nodes reporting healthy yet: %v\n", err)
 				timer.Reset(waitDuration)
 				continue
 			}
@@ -101,7 +101,7 @@ func waitForHealthyCluster(ctx context.Context, client kubernetes.Interface) err
 			// Get the cluster pod list
 			pods, err := client.CoreV1().Pods(corev1.NamespaceAll).List(ctx, metav1.ListOptions{})
 			if err != nil {
-				message.Debug("Could not get the pod list: %w", err)
+				message.Debugf("Could not get the pod list: %v", err)
 				timer.Reset(waitDuration)
 				continue
 			}
diff --git a/src/pkg/cluster/data.go b/src/pkg/cluster/data.go
index cd46dbb28b..8d9c2070cc 100644
--- a/src/pkg/cluster/data.go
+++ b/src/pkg/cluster/data.go
@@ -197,7 +197,7 @@ func waitForPodsAndContainers(ctx context.Context, clientset kubernetes.Interfac
 				return nil, err
 			}
 
-			message.Debug("Found %d pods for target %#v", len(podList.Items), target)
+			message.Debugf("Found %d pods for target %#v", len(podList.Items), target)
 
 			var readyPods = []corev1.Pod{}
 
@@ -207,7 +207,7 @@ func waitForPodsAndContainers(ctx context.Context, clientset kubernetes.Interfac
 			})
 
 			for _, pod := range podList.Items {
-				message.Debug("Testing pod %q", pod.Name)
+				message.Debugf("Testing pod %q", pod.Name)
 
 				// If an include function is provided, only keep pods that return true
 				if include != nil && !include(pod) {
@@ -216,7 +216,7 @@ func waitForPodsAndContainers(ctx context.Context, clientset kubernetes.Interfac
 
 				// Handle container targeting
 				if target.Container != "" {
-					message.Debug("Testing pod %q for container %q", pod.Name, target.Container)
+					message.Debugf("Testing pod %q for container %q", pod.Name, target.Container)
 
 					// Check the status of initContainers for a running match
 					for _, initContainer := range pod.Status.InitContainerStatuses {
@@ -238,7 +238,7 @@ func waitForPodsAndContainers(ctx context.Context, clientset kubernetes.Interfac
 					}
 				} else {
 					status := pod.Status.Phase
-					message.Debug("Testing pod %q phase, want (%q) got (%q)", pod.Name, corev1.PodRunning, status)
+					message.Debugf("Testing pod %q phase, want (%q) got (%q)", pod.Name, corev1.PodRunning, status)
 					// Regular status checking without a container
 					if status == corev1.PodRunning {
 						readyPods = append(readyPods, pod)

From cdd3824bbd451719123905ad915c8958e350082b Mon Sep 17 00:00:00 2001
From: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
Date: Fri, 26 Jul 2024 09:18:14 -0400
Subject: [PATCH 34/68] chore: stop releasing to s3 (#2774)

Signed-off-by: Austin Abro <AustinAbro321@gmail.com>
---
 .github/workflows/release.yml | 8 --------
 .goreleaser.yaml              | 7 -------
 2 files changed, 15 deletions(-)

diff --git a/.github/workflows/release.yml b/.github/workflows/release.yml
index f8e6e36604..485c2055d6 100644
--- a/.github/workflows/release.yml
+++ b/.github/workflows/release.yml
@@ -139,14 +139,6 @@ jobs:
           name: build-artifacts
           path: build/
 
-      # Set up AWS credentials for GoReleaser to upload backups of artifacts to S3
-      - name: Set AWS Credentials
-        uses: aws-actions/configure-aws-credentials@010d0da01d0b5a38af31e9c3470dbfdabdecca3a # v4.0.1
-        with:
-          aws-access-key-id: ${{ secrets.AWS_GOV_ACCESS_KEY_ID }}
-          aws-secret-access-key: ${{ secrets.AWS_GOV_SECRET_ACCESS_KEY }}
-          aws-region: us-gov-west-1
-
       - name: Make zarf executable and skip brew latest for pre-release tags
         run: |
           chmod +x build/zarf
diff --git a/.goreleaser.yaml b/.goreleaser.yaml
index 8af7ee7d5b..0a24d0b938 100644
--- a/.goreleaser.yaml
+++ b/.goreleaser.yaml
@@ -107,10 +107,3 @@ brews:
     commit_msg_template: "build(release): {{ .ProjectName }}@{{ .Tag }}"
     homepage: "https://zarf.dev/"
     description: "DevSecOps for Air Gap"
-
-# Upload artifact backups to s3
-blobs:
-  - provider: s3
-    region: us-gov-west-1
-    bucket: zarf-public
-    directory: "release/{{.Version}}"

From 05fdaefa7862b156d549e44b4bb1ed174f501e86 Mon Sep 17 00:00:00 2001
From: Philip Laine <philip.laine@gmail.com>
Date: Fri, 26 Jul 2024 15:42:06 +0200
Subject: [PATCH 35/68] fix: error formatting and comparison and enable
 errorlint (#2771)

Signed-off-by: Philip Laine <philip.laine@gmail.com>
---
 .golangci.yaml                            |  1 +
 src/cmd/common/viper.go                   | 14 ++++++--------
 src/extensions/bigbang/bigbang.go         |  4 ++--
 src/internal/packager/helm/chart.go       |  6 +++---
 src/internal/packager/helm/post-render.go |  2 +-
 src/internal/packager/helm/repo.go        | 15 +++++++++------
 src/pkg/layout/component.go               |  6 ------
 src/pkg/packager/sources/oci.go           |  2 +-
 src/pkg/packager/sources/split.go         |  4 ++--
 src/pkg/packager/sources/tarball.go       |  2 +-
 src/pkg/utils/yaml.go                     |  7 ++++---
 11 files changed, 30 insertions(+), 33 deletions(-)

diff --git a/.golangci.yaml b/.golangci.yaml
index 9426dd911e..58aaa823f9 100644
--- a/.golangci.yaml
+++ b/.golangci.yaml
@@ -15,6 +15,7 @@ linters:
     - nolintlint
     - testifylint
     - whitespace
+    - errorlint
 linters-settings:
   govet:
     enable-all: true
diff --git a/src/cmd/common/viper.go b/src/cmd/common/viper.go
index bbd0f64c0c..a28e30544e 100644
--- a/src/cmd/common/viper.go
+++ b/src/cmd/common/viper.go
@@ -5,6 +5,7 @@
 package common
 
 import (
+	"errors"
 	"os"
 	"strings"
 
@@ -166,16 +167,13 @@ func printViperConfigUsed() {
 	if !vInitialized {
 		return
 	}
-
 	// Optional, so ignore file not found errors
-	if vConfigError != nil {
-		// Config file not found; ignore
-		if _, ok := vConfigError.(viper.ConfigFileNotFoundError); !ok {
-			message.WarnErrf(vConfigError, lang.CmdViperErrLoadingConfigFile, vConfigError.Error())
-		}
-	} else {
-		message.Notef(lang.CmdViperInfoUsingConfigFile, v.ConfigFileUsed())
+	var notFoundErr *viper.ConfigFileNotFoundError
+	if vConfigError != nil && !errors.As(vConfigError, &notFoundErr) {
+		message.WarnErrf(vConfigError, lang.CmdViperErrLoadingConfigFile, vConfigError.Error())
+		return
 	}
+	message.Notef(lang.CmdViperInfoUsingConfigFile, v.ConfigFileUsed())
 }
 
 func setDefaults() {
diff --git a/src/extensions/bigbang/bigbang.go b/src/extensions/bigbang/bigbang.go
index ebe068f003..7eedf66255 100644
--- a/src/extensions/bigbang/bigbang.go
+++ b/src/extensions/bigbang/bigbang.go
@@ -50,12 +50,12 @@ func Run(ctx context.Context, YOLO bool, tmpPaths *layout.ComponentPaths, c type
 	validVersionResponse, err := isValidVersion(cfg.Version)
 
 	if err != nil {
-		return c, fmt.Errorf("invalid Big Bang version: %s, parsing issue %s", cfg.Version, err)
+		return c, fmt.Errorf("could not parse the Big Bang version %s: %w", cfg.Version, err)
 	}
 
 	// Make sure the version is valid.
 	if !validVersionResponse {
-		return c, fmt.Errorf("invalid Big Bang version: %s, must be at least %s", cfg.Version, bbMinRequiredVersion)
+		return c, fmt.Errorf("Big Bang version %s must be at least %s", cfg.Version, bbMinRequiredVersion)
 	}
 
 	// Print the banner for Big Bang.
diff --git a/src/internal/packager/helm/chart.go b/src/internal/packager/helm/chart.go
index bca8773294..26f81e1a9b 100644
--- a/src/internal/packager/helm/chart.go
+++ b/src/internal/packager/helm/chart.go
@@ -149,7 +149,7 @@ func (h *Helm) TemplateChart(ctx context.Context) (manifest string, chartValues
 	if h.kubeVersion != "" {
 		parsedKubeVersion, err := chartutil.ParseKubeVersion(h.kubeVersion)
 		if err != nil {
-			return "", nil, fmt.Errorf("invalid kube version '%s': %s", h.kubeVersion, err)
+			return "", nil, fmt.Errorf("invalid kube version %s: %w", h.kubeVersion, err)
 		}
 		client.KubeVersion = parsedKubeVersion
 	}
@@ -392,13 +392,13 @@ func (h *Helm) migrateDeprecatedAPIs(latestRelease *release.Release) error {
 		// parse to unstructured to have access to more data than just the name
 		rawData := &unstructured.Unstructured{}
 		if err := yaml.Unmarshal([]byte(resource.Content), rawData); err != nil {
-			return fmt.Errorf("failed to unmarshal manifest: %#v", err)
+			return fmt.Errorf("failed to unmarshal manifest: %w", err)
 		}
 
 		rawData, manifestModified, _ := handleDeprecations(rawData, *kubeGitVersion)
 		manifestContent, err := yaml.Marshal(rawData)
 		if err != nil {
-			return fmt.Errorf("failed to marshal raw manifest after deprecation check: %#v", err)
+			return fmt.Errorf("failed to marshal raw manifest after deprecation check: %w", err)
 		}
 
 		// If this is not a bad object, place it back into the manifest
diff --git a/src/internal/packager/helm/post-render.go b/src/internal/packager/helm/post-render.go
index b115b33ddf..c316375acb 100644
--- a/src/internal/packager/helm/post-render.go
+++ b/src/internal/packager/helm/post-render.go
@@ -222,7 +222,7 @@ func (r *renderer) editHelmResources(ctx context.Context, resources []releaseuti
 		// parse to unstructured to have access to more data than just the name
 		rawData := &unstructured.Unstructured{}
 		if err := yaml.Unmarshal([]byte(resource.Content), rawData); err != nil {
-			return fmt.Errorf("failed to unmarshal manifest: %#v", err)
+			return fmt.Errorf("failed to unmarshal manifest: %w", err)
 		}
 
 		switch rawData.GetKind() {
diff --git a/src/internal/packager/helm/repo.go b/src/internal/packager/helm/repo.go
index 9397a7f760..dad0e59aab 100644
--- a/src/internal/packager/helm/repo.go
+++ b/src/internal/packager/helm/repo.go
@@ -6,6 +6,7 @@ package helm
 
 import (
 	"context"
+	"errors"
 	"fmt"
 	"os"
 	"path/filepath"
@@ -307,18 +308,20 @@ func (h *Helm) buildChartDependencies() error {
 
 	// Build the deps from the helm chart
 	err = man.Build()
-	if e, ok := err.(downloader.ErrRepoNotFound); ok {
+	var notFoundErr *downloader.ErrRepoNotFound
+	if errors.As(err, &notFoundErr) {
 		// If we encounter a repo not found error point the user to `zarf tools helm repo add`
-		message.Warnf("%s. Please add the missing repo(s) via the following:", e.Error())
-		for _, repository := range e.Repos {
+		message.Warnf("%s. Please add the missing repo(s) via the following:", notFoundErr.Error())
+		for _, repository := range notFoundErr.Repos {
 			message.ZarfCommand(fmt.Sprintf("tools helm repo add <your-repo-name> %s", repository))
 		}
-	} else if err != nil {
-		// Warn the user of any issues but don't fail - any actual issues will cause a fail during packaging (e.g. the charts we are building may exist already, we just can't get updates)
+		return err
+	}
+	if err != nil {
 		message.ZarfCommand("tools helm dependency build --verify")
 		message.Warnf("Unable to perform a rebuild of Helm dependencies: %s", err.Error())
+		return err
 	}
-
 	return nil
 }
 
diff --git a/src/pkg/layout/component.go b/src/pkg/layout/component.go
index f52e6bbe06..ec5e82507b 100644
--- a/src/pkg/layout/component.go
+++ b/src/pkg/layout/component.go
@@ -38,12 +38,6 @@ type Components struct {
 // ErrNotLoaded is returned when a path is not loaded.
 var ErrNotLoaded = fmt.Errorf("not loaded")
 
-// IsNotLoaded checks if an error is ErrNotLoaded.
-func IsNotLoaded(err error) bool {
-	u, ok := err.(*fs.PathError)
-	return ok && u.Unwrap() == ErrNotLoaded
-}
-
 // Archive archives a component.
 func (c *Components) Archive(component types.ZarfComponent, cleanupTemp bool) (err error) {
 	name := component.Name
diff --git a/src/pkg/packager/sources/oci.go b/src/pkg/packager/sources/oci.go
index 33e4ba3fad..f22547d520 100644
--- a/src/pkg/packager/sources/oci.go
+++ b/src/pkg/packager/sources/oci.go
@@ -86,7 +86,7 @@ func (s *OCISource) LoadPackage(ctx context.Context, dst *layout.PackagePaths, f
 	if unarchiveAll {
 		for _, component := range pkg.Components {
 			if err := dst.Components.Unarchive(component); err != nil {
-				if layout.IsNotLoaded(err) {
+				if errors.Is(err, layout.ErrNotLoaded) {
 					_, err := dst.Components.Create(component)
 					if err != nil {
 						return pkg, nil, err
diff --git a/src/pkg/packager/sources/split.go b/src/pkg/packager/sources/split.go
index 473aa0008a..8176b68882 100644
--- a/src/pkg/packager/sources/split.go
+++ b/src/pkg/packager/sources/split.go
@@ -36,7 +36,7 @@ func (s *SplitTarballSource) Collect(_ context.Context, dir string) (string, err
 	pattern := strings.Replace(s.PackageSource, ".part000", ".part*", 1)
 	fileList, err := filepath.Glob(pattern)
 	if err != nil {
-		return "", fmt.Errorf("unable to find split tarball files: %s", err)
+		return "", fmt.Errorf("unable to find split tarball files: %w", err)
 	}
 
 	// Ensure the files are in order so they are appended in the correct order
@@ -46,7 +46,7 @@ func (s *SplitTarballSource) Collect(_ context.Context, dir string) (string, err
 	// Create the new package
 	pkgFile, err := os.Create(reassembled)
 	if err != nil {
-		return "", fmt.Errorf("unable to create new package file: %s", err)
+		return "", fmt.Errorf("unable to create new package file: %w", err)
 	}
 	defer pkgFile.Close()
 
diff --git a/src/pkg/packager/sources/tarball.go b/src/pkg/packager/sources/tarball.go
index b99253c0a5..9cbbf1b071 100644
--- a/src/pkg/packager/sources/tarball.go
+++ b/src/pkg/packager/sources/tarball.go
@@ -114,7 +114,7 @@ func (s *TarballSource) LoadPackage(_ context.Context, dst *layout.PackagePaths,
 	if unarchiveAll {
 		for _, component := range pkg.Components {
 			if err := dst.Components.Unarchive(component); err != nil {
-				if layout.IsNotLoaded(err) {
+				if errors.Is(err, layout.ErrNotLoaded) {
 					_, err := dst.Components.Create(component)
 					if err != nil {
 						return pkg, nil, err
diff --git a/src/pkg/utils/yaml.go b/src/pkg/utils/yaml.go
index 5f86202970..f3fdaa53b7 100644
--- a/src/pkg/utils/yaml.go
+++ b/src/pkg/utils/yaml.go
@@ -8,6 +8,7 @@ package utils
 
 import (
 	"bytes"
+	"errors"
 	"fmt"
 	"io"
 	"io/fs"
@@ -196,7 +197,7 @@ func SplitYAML(yamlData []byte) ([]*unstructured.Unstructured, error) {
 	for _, yml := range ymls {
 		u := &unstructured.Unstructured{}
 		if err := k8syaml.Unmarshal([]byte(yml), u); err != nil {
-			return objs, fmt.Errorf("failed to unmarshal manifest: %#v", err)
+			return objs, fmt.Errorf("failed to unmarshal manifest: %w", err)
 		}
 		objs = append(objs, u)
 	}
@@ -216,10 +217,10 @@ func SplitYAMLToString(yamlData []byte) ([]string, error) {
 	for {
 		ext := runtime.RawExtension{}
 		if err := d.Decode(&ext); err != nil {
-			if err == io.EOF {
+			if errors.Is(err, io.EOF) {
 				break
 			}
-			return objs, fmt.Errorf("failed to unmarshal manifest: %#v", err)
+			return objs, fmt.Errorf("failed to unmarshal manifest: %w", err)
 		}
 		ext.Raw = bytes.TrimSpace(ext.Raw)
 		if len(ext.Raw) == 0 || bytes.Equal(ext.Raw, []byte("null")) {

From 6153b6af4b4c1d6cf8f89d5fa17df1f3fadde034 Mon Sep 17 00:00:00 2001
From: "renovate[bot]" <29139614+renovate[bot]@users.noreply.github.com>
Date: Mon, 29 Jul 2024 10:20:44 -0400
Subject: [PATCH 36/68] fix(deps): update module
 github.com/fluxcd/helm-controller/api to v1 (#2487)

Signed-off-by: schristoff <28318173+schristoff@users.noreply.github.com>
Co-authored-by: renovate[bot] <29139614+renovate[bot]@users.noreply.github.com>
Co-authored-by: schristoff <28318173+schristoff@users.noreply.github.com>
---
 go.mod                              | 4 ++--
 go.sum                              | 8 ++++----
 src/extensions/bigbang/manifests.go | 2 +-
 3 files changed, 7 insertions(+), 7 deletions(-)

diff --git a/go.mod b/go.mod
index d69363783f..db29e4a620 100644
--- a/go.mod
+++ b/go.mod
@@ -19,7 +19,7 @@ require (
 	github.com/distribution/reference v0.5.0
 	github.com/fairwindsops/pluto/v5 v5.18.4
 	github.com/fatih/color v1.16.0
-	github.com/fluxcd/helm-controller/api v0.37.4
+	github.com/fluxcd/helm-controller/api v1.0.1
 	github.com/fluxcd/pkg/apis/meta v1.5.0
 	github.com/fluxcd/source-controller/api v1.3.0
 	github.com/go-git/go-git/v5 v5.11.0
@@ -233,7 +233,7 @@ require (
 	github.com/felixge/fgprof v0.9.3 // indirect
 	github.com/felixge/httpsnoop v1.0.4 // indirect
 	github.com/fluxcd/pkg/apis/acl v0.3.0 // indirect
-	github.com/fluxcd/pkg/apis/kustomize v1.3.0 // indirect
+	github.com/fluxcd/pkg/apis/kustomize v1.5.0 // indirect
 	github.com/fsnotify/fsnotify v1.7.0 // indirect
 	github.com/fvbommel/sortorder v1.1.0 // indirect
 	github.com/gabriel-vasile/mimetype v1.4.3 // indirect
diff --git a/go.sum b/go.sum
index a0be8e7f61..23759f5ede 100644
--- a/go.sum
+++ b/go.sum
@@ -706,12 +706,12 @@ github.com/felixge/fgprof v0.9.3 h1:VvyZxILNuCiUCSXtPtYmmtGvb65nqXh2QFWc0Wpf2/g=
 github.com/felixge/fgprof v0.9.3/go.mod h1:RdbpDgzqYVh/T9fPELJyV7EYJuHB55UTEULNun8eiPw=
 github.com/felixge/httpsnoop v1.0.4 h1:NFTV2Zj1bL4mc9sqWACXbQFVBBg2W3GPvqp8/ESS2Wg=
 github.com/felixge/httpsnoop v1.0.4/go.mod h1:m8KPJKqk1gH5J9DgRY2ASl2lWCfGKXixSwevea8zH2U=
-github.com/fluxcd/helm-controller/api v0.37.4 h1:rkBMqYXexyf1s5BS8QpxGi691DsCi+yugIFCM5fNKLU=
-github.com/fluxcd/helm-controller/api v0.37.4/go.mod h1:KFdP5Lbrc4Vv+Jt4xRj6UUo3qiwdBqBPl1xiiAnBe9c=
+github.com/fluxcd/helm-controller/api v1.0.1 h1:Gn9qEVuif6D5+gHmVwTEZkR4+nmLOcOhKx4Sw2gL2EA=
+github.com/fluxcd/helm-controller/api v1.0.1/go.mod h1:/6AD5a2qjo/ttxVM8GR33syLZwqigta60DCLdy8GrME=
 github.com/fluxcd/pkg/apis/acl v0.3.0 h1:UOrKkBTOJK+OlZX7n8rWt2rdBmDCoTK+f5TY2LcZi8A=
 github.com/fluxcd/pkg/apis/acl v0.3.0/go.mod h1:WVF9XjSMVBZuU+HTTiSebGAWMgM7IYexFLyVWbK9bNY=
-github.com/fluxcd/pkg/apis/kustomize v1.3.0 h1:qvB46CfaOWcL1SyR2RiVWN/j7/035D0OtB1ltLN7rgI=
-github.com/fluxcd/pkg/apis/kustomize v1.3.0/go.mod h1:PCXf5kktTzNav0aH2Ns3jsowqwmA9xTcsrEOoPzx/K8=
+github.com/fluxcd/pkg/apis/kustomize v1.5.0 h1:ah4sfqccnio+/5Edz/tVz6LetFhiBoDzXAElj6fFCzU=
+github.com/fluxcd/pkg/apis/kustomize v1.5.0/go.mod h1:nEzhnhHafhWOUUV8VMFLojUOH+HHDEsL75y54mt/c30=
 github.com/fluxcd/pkg/apis/meta v1.5.0 h1:/G82d2Az5D9op3F+wJUpD8jw/eTV0suM6P7+cSURoUM=
 github.com/fluxcd/pkg/apis/meta v1.5.0/go.mod h1:Y3u7JomuuKtr5fvP1Iji2/50FdRe5GcBug2jawNVkdM=
 github.com/fluxcd/source-controller/api v1.3.0 h1:Z5Lq0aJY87yg0cQDEuwGLKS60GhdErCHtsi546HUt10=
diff --git a/src/extensions/bigbang/manifests.go b/src/extensions/bigbang/manifests.go
index 3eb88bee6c..686458c6cc 100644
--- a/src/extensions/bigbang/manifests.go
+++ b/src/extensions/bigbang/manifests.go
@@ -166,7 +166,7 @@ func manifestHelmRelease(values []fluxHelmCtrl.ValuesReference) fluxHelmCtrl.Hel
 		},
 		Spec: fluxHelmCtrl.HelmReleaseSpec{
 			Timeout: &tenMins,
-			Chart: fluxHelmCtrl.HelmChartTemplate{
+			Chart: &fluxHelmCtrl.HelmChartTemplate{
 				Spec: fluxHelmCtrl.HelmChartTemplateSpec{
 					Chart: "./chart",
 					SourceRef: fluxHelmCtrl.CrossNamespaceObjectReference{

From fccaaff1eb0e3eaaf9544e7ceae43fc405e41ff6 Mon Sep 17 00:00:00 2001
From: Philip Laine <philip.laine@gmail.com>
Date: Mon, 29 Jul 2024 16:26:42 +0200
Subject: [PATCH 37/68] refactor: load state to return error if loading fails
 (#2763)

Signed-off-by: Philip Laine <philip.laine@gmail.com>
---
 src/cmd/destroy.go                            |  2 +-
 src/cmd/internal.go                           | 33 +++++++--------
 src/cmd/tools/crane.go                        |  2 +-
 src/config/lang/english.go                    |  6 ---
 .../agent/hooks/argocd-application.go         |  2 +-
 src/internal/agent/hooks/argocd-repository.go |  2 +-
 src/internal/agent/hooks/flux-gitrepo.go      |  2 +-
 src/internal/agent/hooks/flux-helmrepo.go     |  2 +-
 src/internal/agent/hooks/flux-ocirepo.go      |  2 +-
 src/internal/agent/hooks/pods.go              |  2 +-
 src/pkg/cluster/state.go                      |  7 ++--
 src/pkg/packager/deploy.go                    | 41 +++++++++++--------
 12 files changed, 51 insertions(+), 52 deletions(-)

diff --git a/src/cmd/destroy.go b/src/cmd/destroy.go
index 1e3d1bb646..1b71740aa3 100644
--- a/src/cmd/destroy.go
+++ b/src/cmd/destroy.go
@@ -44,7 +44,7 @@ var destroyCmd = &cobra.Command{
 		//       the scripts to remove k3s, we will still try to remove a locally installed k3s cluster
 		state, err := c.LoadZarfState(ctx)
 		if err != nil {
-			message.WarnErr(err, lang.ErrLoadState)
+			message.WarnErr(err, err.Error())
 		}
 
 		// If Zarf deployed the cluster, burn it all down
diff --git a/src/cmd/internal.go b/src/cmd/internal.go
index 7ff0315356..907125688d 100644
--- a/src/cmd/internal.go
+++ b/src/cmd/internal.go
@@ -204,14 +204,12 @@ var createReadOnlyGiteaUser = &cobra.Command{
 		if err != nil {
 			return err
 		}
-		// Load the state so we can get the credentials for the admin git user
 		state, err := c.LoadZarfState(cmd.Context())
 		if err != nil {
-			message.WarnErr(err, lang.ErrLoadState)
+			return err
 		}
-		// Create the non-admin user
 		if err = git.New(state.GitServer).CreateReadOnlyUser(cmd.Context()); err != nil {
-			message.WarnErr(err, lang.CmdInternalCreateReadOnlyGiteaUserErr)
+			return fmt.Errorf("unable to create a read only user in Gitea: %w", err)
 		}
 		return nil
 	},
@@ -228,25 +226,22 @@ var createPackageRegistryToken = &cobra.Command{
 		if err != nil {
 			return err
 		}
-
 		ctx := cmd.Context()
 		state, err := c.LoadZarfState(ctx)
 		if err != nil {
-			message.WarnErr(err, lang.ErrLoadState)
+			return err
 		}
-
-		// If we are setup to use an internal artifact server, create the artifact registry token
-		if state.ArtifactServer.InternalServer {
-			token, err := git.New(state.GitServer).CreatePackageRegistryToken(ctx)
-			if err != nil {
-				message.WarnErr(err, lang.CmdInternalArtifactRegistryGiteaTokenErr)
-			}
-
-			state.ArtifactServer.PushToken = token.Sha1
-
-			if err := c.SaveZarfState(ctx, state); err != nil {
-				return err
-			}
+		if !state.ArtifactServer.InternalServer {
+			return nil
+		}
+		token, err := git.New(state.GitServer).CreatePackageRegistryToken(ctx)
+		if err != nil {
+			return fmt.Errorf("unable to create an artifact registry token for Gitea: %w", err)
+		}
+		state.ArtifactServer.PushToken = token.Sha1
+		err = c.SaveZarfState(ctx, state)
+		if err != nil {
+			return err
 		}
 		return nil
 	},
diff --git a/src/cmd/tools/crane.go b/src/cmd/tools/crane.go
index 4df8daebb3..dd76955339 100644
--- a/src/cmd/tools/crane.go
+++ b/src/cmd/tools/crane.go
@@ -176,7 +176,7 @@ func zarfCraneInternalWrapper(commandToWrap func(*[]crane.Option) *cobra.Command
 
 		zarfState, err := c.LoadZarfState(ctx)
 		if err != nil {
-			message.Warnf(lang.CmdToolsCraneConnectedButBadStateErr, err.Error())
+			message.Warnf("could not get Zarf state from Kubernetes cluster, continuing without state information %s", err.Error())
 			return originalListFn(cmd, args)
 		}
 
diff --git a/src/config/lang/english.go b/src/config/lang/english.go
index 780a50a3bc..5cb2db2d61 100644
--- a/src/config/lang/english.go
+++ b/src/config/lang/english.go
@@ -17,14 +17,12 @@ import (
 // Debug messages will not be a part of the language strings since they are not intended to be user facing
 // Include sprintf formatting directives in the string if needed.
 const (
-	ErrLoadState                    = "Failed to load the Zarf State from the cluster."
 	ErrUnmarshal                    = "failed to unmarshal file: %w"
 	ErrWritingFile                  = "failed to write file %s: %s"
 	ErrDownloading                  = "failed to download %s: %s"
 	ErrCreatingDir                  = "failed to create directory %s: %s"
 	ErrRemoveFile                   = "failed to remove file %s: %s"
 	ErrUnarchive                    = "failed to unarchive %s: %s"
-	ErrConfirmCancel                = "confirm selection canceled: %s"
 	ErrFileExtract                  = "failed to extract filename %s from archive %s: %s"
 	ErrFileNameExtract              = "failed to extract filename from URL %s: %s"
 	ErrUnableToGenerateRandomSecret = "unable to generate a random secret"
@@ -199,7 +197,6 @@ $ zarf init --artifact-push-password={PASSWORD} --artifact-push-username={USERNA
 	CmdInternalArtifactRegistryGiteaTokenShort = "Creates an artifact registry token for Gitea"
 	CmdInternalArtifactRegistryGiteaTokenLong  = "Creates an artifact registry token in Gitea using the Gitea API. " +
 		"This is called internally by the supported Gitea package component."
-	CmdInternalArtifactRegistryGiteaTokenErr = "Unable to create an artifact registry token for the Gitea service."
 
 	CmdInternalUpdateGiteaPVCShort = "Updates an existing Gitea persistent volume claim"
 	CmdInternalUpdateGiteaPVCLong  = "Updates an existing Gitea persistent volume claim by assessing if claim is a custom user provided claim or default." +
@@ -489,8 +486,6 @@ zarf tools yq e '.a.b = "cool"' -i file.yaml
 	CmdToolsClearCacheSuccess       = "Successfully cleared the cache from %s"
 	CmdToolsClearCacheFlagCachePath = "Specify the location of the Zarf artifact cache (images and git repositories)"
 
-	CmdToolsCraneConnectedButBadStateErr = "Detected a K8s cluster but was unable to get Zarf state - continuing without state information: %s"
-
 	CmdToolsDownloadInitShort               = "Downloads the init package for the current Zarf version into the specified directory"
 	CmdToolsDownloadInitFlagOutputDirectory = "Specify a directory to place the init package in."
 
@@ -608,7 +603,6 @@ const (
 	AgentErrBadRequest             = "could not read request body: %s"
 	AgentErrBindHandler            = "Unable to bind the webhook handler"
 	AgentErrCouldNotDeserializeReq = "could not deserialize request: %s"
-	AgentErrGetState               = "failed to load zarf state: %w"
 	AgentErrParsePod               = "failed to parse pod: %w"
 	AgentErrHostnameMatch          = "failed to complete hostname matching: %w"
 	AgentErrInvalidMethod          = "invalid method only POST requests are allowed"
diff --git a/src/internal/agent/hooks/argocd-application.go b/src/internal/agent/hooks/argocd-application.go
index f9d3238aee..b234f29e84 100644
--- a/src/internal/agent/hooks/argocd-application.go
+++ b/src/internal/agent/hooks/argocd-application.go
@@ -62,7 +62,7 @@ func NewApplicationMutationHook(ctx context.Context, cluster *cluster.Cluster) o
 func mutateApplication(ctx context.Context, r *v1.AdmissionRequest, cluster *cluster.Cluster) (result *operations.Result, err error) {
 	state, err := cluster.LoadZarfState(ctx)
 	if err != nil {
-		return nil, fmt.Errorf(lang.AgentErrGetState, err)
+		return nil, err
 	}
 
 	message.Debugf("Using the url of (%s) to mutate the ArgoCD Application", state.GitServer.Address)
diff --git a/src/internal/agent/hooks/argocd-repository.go b/src/internal/agent/hooks/argocd-repository.go
index 2311b50511..1875772d05 100644
--- a/src/internal/agent/hooks/argocd-repository.go
+++ b/src/internal/agent/hooks/argocd-repository.go
@@ -54,7 +54,7 @@ func mutateRepositorySecret(ctx context.Context, r *v1.AdmissionRequest, cluster
 
 	state, err := cluster.LoadZarfState(ctx)
 	if err != nil {
-		return nil, fmt.Errorf(lang.AgentErrGetState, err)
+		return nil, err
 	}
 
 	message.Infof("Using the url of (%s) to mutate the ArgoCD Repository Secret", state.GitServer.Address)
diff --git a/src/internal/agent/hooks/flux-gitrepo.go b/src/internal/agent/hooks/flux-gitrepo.go
index 38a5aedadb..2fda2969bb 100644
--- a/src/internal/agent/hooks/flux-gitrepo.go
+++ b/src/internal/agent/hooks/flux-gitrepo.go
@@ -48,7 +48,7 @@ func mutateGitRepo(ctx context.Context, r *v1.AdmissionRequest, cluster *cluster
 
 	state, err := cluster.LoadZarfState(ctx)
 	if err != nil {
-		return nil, fmt.Errorf(lang.AgentErrGetState, err)
+		return nil, err
 	}
 
 	message.Debugf("Using the url of (%s) to mutate the flux repository", state.GitServer.Address)
diff --git a/src/internal/agent/hooks/flux-helmrepo.go b/src/internal/agent/hooks/flux-helmrepo.go
index c053bb669b..64ad78e40a 100644
--- a/src/internal/agent/hooks/flux-helmrepo.go
+++ b/src/internal/agent/hooks/flux-helmrepo.go
@@ -56,7 +56,7 @@ func mutateHelmRepo(ctx context.Context, r *v1.AdmissionRequest, cluster *cluste
 
 	zarfState, err := cluster.LoadZarfState(ctx)
 	if err != nil {
-		return nil, fmt.Errorf(lang.AgentErrGetState, err)
+		return nil, err
 	}
 
 	// Get the registry service info if this is a NodePort service to use the internal kube-dns
diff --git a/src/internal/agent/hooks/flux-ocirepo.go b/src/internal/agent/hooks/flux-ocirepo.go
index 021a0a619d..e00362c906 100644
--- a/src/internal/agent/hooks/flux-ocirepo.go
+++ b/src/internal/agent/hooks/flux-ocirepo.go
@@ -59,7 +59,7 @@ func mutateOCIRepo(ctx context.Context, r *v1.AdmissionRequest, cluster *cluster
 
 	zarfState, err := cluster.LoadZarfState(ctx)
 	if err != nil {
-		return nil, fmt.Errorf(lang.AgentErrGetState, err)
+		return nil, err
 	}
 
 	// Get the registry service info if this is a NodePort service to use the internal kube-dns
diff --git a/src/internal/agent/hooks/pods.go b/src/internal/agent/hooks/pods.go
index 7d7a6a8023..86fae81e0f 100644
--- a/src/internal/agent/hooks/pods.go
+++ b/src/internal/agent/hooks/pods.go
@@ -61,7 +61,7 @@ func mutatePod(ctx context.Context, r *v1.AdmissionRequest, cluster *cluster.Clu
 
 	state, err := cluster.LoadZarfState(ctx)
 	if err != nil {
-		return nil, fmt.Errorf(lang.AgentErrGetState, err)
+		return nil, err
 	}
 	registryURL := state.RegistryInfo.Address
 
diff --git a/src/pkg/cluster/state.go b/src/pkg/cluster/state.go
index bdc14e5989..82ee49424b 100644
--- a/src/pkg/cluster/state.go
+++ b/src/pkg/cluster/state.go
@@ -7,11 +7,11 @@ package cluster
 import (
 	"context"
 	"encoding/json"
+	"errors"
 	"fmt"
 	"slices"
 	"time"
 
-	"github.com/fatih/color"
 	corev1 "k8s.io/api/core/v1"
 	kerrors "k8s.io/apimachinery/pkg/api/errors"
 	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
@@ -210,13 +210,14 @@ func (c *Cluster) InitZarfState(ctx context.Context, initOptions types.ZarfInitO
 
 // LoadZarfState returns the current zarf/zarf-state secret data or an empty ZarfState.
 func (c *Cluster) LoadZarfState(ctx context.Context) (state *types.ZarfState, err error) {
+	stateErr := errors.New("failed to load the Zarf State from the cluster, has Zarf been initiated?")
 	secret, err := c.Clientset.CoreV1().Secrets(ZarfNamespaceName).Get(ctx, ZarfStateSecretName, metav1.GetOptions{})
 	if err != nil {
-		return nil, fmt.Errorf("%w. %s", err, message.ColorWrap("Did you remember to zarf init?", color.Bold))
+		return nil, fmt.Errorf("%w: %w", stateErr, err)
 	}
 	err = json.Unmarshal(secret.Data[ZarfStateDataKey], &state)
 	if err != nil {
-		return nil, err
+		return nil, fmt.Errorf("%w: %w", stateErr, err)
 	}
 	c.debugPrintZarfState(state)
 	return state, nil
diff --git a/src/pkg/packager/deploy.go b/src/pkg/packager/deploy.go
index 735a0b69db..2f7304580b 100644
--- a/src/pkg/packager/deploy.go
+++ b/src/pkg/packager/deploy.go
@@ -25,7 +25,6 @@ import (
 	"github.com/defenseunicorns/pkg/helpers/v2"
 
 	"github.com/zarf-dev/zarf/src/config"
-	"github.com/zarf-dev/zarf/src/config/lang"
 	"github.com/zarf-dev/zarf/src/internal/packager/git"
 	"github.com/zarf-dev/zarf/src/internal/packager/helm"
 	"github.com/zarf-dev/zarf/src/internal/packager/images"
@@ -128,7 +127,10 @@ func (p *Packager) Deploy(ctx context.Context) error {
 	// Notify all the things about the successful deployment
 	message.Successf("Zarf deployment complete")
 
-	p.printTablesForDeployment(ctx, deployedComponents)
+	err = p.printTablesForDeployment(ctx, deployedComponents)
+	if err != nil {
+		return err
+	}
 
 	return nil
 }
@@ -453,10 +455,15 @@ func (p *Packager) setupState(ctx context.Context) (err error) {
 	defer spinner.Stop()
 
 	state, err := p.cluster.LoadZarfState(ctx)
-	// Return on error if we are not in YOLO mode
+	// We ignore the error if in YOLO mode because Zarf should not be initiated.
 	if err != nil && !p.cfg.Pkg.Metadata.YOLO {
-		return fmt.Errorf("%s %w", lang.ErrLoadState, err)
-	} else if state == nil && p.cfg.Pkg.Metadata.YOLO {
+		return err
+	}
+	// Only ignore state load error in yolo mode when secret could not be found.
+	if err != nil && !kerrors.IsNotFound(err) && p.cfg.Pkg.Metadata.YOLO {
+		return err
+	}
+	if state == nil && p.cfg.Pkg.Metadata.YOLO {
 		state = &types.ZarfState{}
 		// YOLO mode, so minimal state needed
 		state.Distro = "YOLO"
@@ -714,21 +721,23 @@ func (p *Packager) installChartAndManifests(ctx context.Context, componentPaths
 	return installedCharts, nil
 }
 
-func (p *Packager) printTablesForDeployment(ctx context.Context, componentsToDeploy []types.DeployedComponent) {
+func (p *Packager) printTablesForDeployment(ctx context.Context, componentsToDeploy []types.DeployedComponent) error {
 	// If not init config, print the application connection table
 	if !p.cfg.Pkg.IsInitConfig() {
 		message.PrintConnectStringTable(p.connectStrings)
-	} else {
-		if p.cluster != nil {
-			// Grab a fresh copy of the state (if we are able) to print the most up-to-date version of the creds
-			freshState, err := p.cluster.LoadZarfState(ctx)
-			if err != nil {
-				freshState = p.state
-			}
-			// otherwise, print the init config connection and passwords
-			message.PrintCredentialTable(freshState, componentsToDeploy)
-		}
+		return nil
+	}
+	// Don't print if cluster is not configured
+	if p.cluster == nil {
+		return nil
 	}
+	// Grab a fresh copy of the state to print the most up-to-date version of the creds
+	latestState, err := p.cluster.LoadZarfState(ctx)
+	if err != nil {
+		return err
+	}
+	message.PrintCredentialTable(latestState, componentsToDeploy)
+	return nil
 }
 
 // ServiceInfoFromServiceURL takes a serviceURL and parses it to find the service info for connecting to the cluster. The string is expected to follow the following format:

From 0e02d9b4bf8cd8ac26070fff98b29e4d2ce0acd3 Mon Sep 17 00:00:00 2001
From: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
Date: Mon, 29 Jul 2024 12:05:20 -0400
Subject: [PATCH 38/68] fix: zarf dev instead of zerf-dev (#2779)

Signed-off-by: Austin Abro <AustinAbro321@gmail.com>
---
 .github/workflows/release.yml | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/.github/workflows/release.yml b/.github/workflows/release.yml
index 485c2055d6..00dda8debb 100644
--- a/.github/workflows/release.yml
+++ b/.github/workflows/release.yml
@@ -63,7 +63,7 @@ jobs:
 
       - name: Publish Init Package as OCI and Skeleton
         run: |
-          make publish-init-package ARCH=amd64 REPOSITORY_URL=ghcr.io/zerf-dev/packages
+          make publish-init-package ARCH=amd64 REPOSITORY_URL=ghcr.io/zarf-dev/packages
           make publish-init-package ARCH=arm64 REPOSITORY_URL=ghcr.io/zarf-dev/packages
 
       # Create a CVE report based on this build

From 1b95916005d4547cbd6b76bc2d3437a88eae3a73 Mon Sep 17 00:00:00 2001
From: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
Date: Mon, 29 Jul 2024 14:41:02 -0400
Subject: [PATCH 39/68] fix: goreleaser (#2782)

Signed-off-by: Austin Abro <AustinAbro321@gmail.com>
---
 .goreleaser.yaml | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/.goreleaser.yaml b/.goreleaser.yaml
index 0a24d0b938..013fa21c9a 100644
--- a/.goreleaser.yaml
+++ b/.goreleaser.yaml
@@ -64,7 +64,7 @@ changelog:
 # NOTE: We are explicitly adding the init-packages that are built prior to GoReleaser stage in the GitHub Actions workflow
 release:
   github:
-    owner: defenseunicorns
+    owner: zarf-dev
     name: zarf
   prerelease: auto
   mode: append

From 568a16092cd448e266c075cb2992c77541ffdbcc Mon Sep 17 00:00:00 2001
From: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
Date: Wed, 31 Jul 2024 09:07:38 -0400
Subject: [PATCH 40/68] refactor: utilize invopop comment feature (#2781)

Signed-off-by: Austin Abro <AustinAbro321@gmail.com>
---
 src/cmd/internal.go                 |  26 ++-
 src/extensions/bigbang/bigbang.go   |  10 +-
 src/pkg/packager/actions/actions.go |   2 +-
 src/pkg/packager/composer/list.go   |   4 +-
 src/pkg/packager/publish.go         |   4 +-
 src/pkg/variables/types.go          |  45 ++--
 src/types/component.go              | 327 +++++++++++++++++-----------
 src/types/extensions/bigbang.go     |  17 +-
 src/types/extensions/common.go      |   6 +-
 src/types/k8s.go                    |  95 +++++---
 src/types/package.go                |  95 +++++---
 src/types/runtime.go                | 200 +++++++++--------
 zarf.schema.json                    | 282 +++++++++++++-----------
 13 files changed, 666 insertions(+), 447 deletions(-)

diff --git a/src/cmd/internal.go b/src/cmd/internal.go
index 907125688d..3d77c01190 100644
--- a/src/cmd/internal.go
+++ b/src/cmd/internal.go
@@ -7,6 +7,7 @@ package cmd
 import (
 	"context"
 	"encoding/json"
+	"errors"
 	"fmt"
 	"os"
 	"path/filepath"
@@ -156,12 +157,30 @@ tableOfContents: false
 	},
 }
 
+func addGoComments(reflector *jsonschema.Reflector) error {
+	addCommentErr := errors.New("this command must be called from the root of the Zarf repo")
+
+	typePackagePath := filepath.Join("src", "types")
+	if err := reflector.AddGoComments("github.com/zarf-dev/zarf", typePackagePath); err != nil {
+		return fmt.Errorf("%w: %w", addCommentErr, err)
+	}
+	varPackagePath := filepath.Join("src", "pkg", "variables")
+	if err := reflector.AddGoComments("github.com/zarf-dev/zarf", varPackagePath); err != nil {
+		return fmt.Errorf("%w: %w", addCommentErr, err)
+	}
+	return nil
+}
+
 var genConfigSchemaCmd = &cobra.Command{
 	Use:     "gen-config-schema",
 	Aliases: []string{"gc"},
 	Short:   lang.CmdInternalConfigSchemaShort,
 	RunE: func(_ *cobra.Command, _ []string) error {
 		reflector := jsonschema.Reflector(jsonschema.Reflector{ExpandedStruct: true})
+		if err := addGoComments(&reflector); err != nil {
+			return err
+		}
+
 		schema := reflector.Reflect(&types.ZarfPackage{})
 		output, err := json.MarshalIndent(schema, "", "  ")
 		if err != nil {
@@ -183,7 +202,12 @@ var genTypesSchemaCmd = &cobra.Command{
 	Aliases: []string{"gt"},
 	Short:   lang.CmdInternalTypesSchemaShort,
 	RunE: func(_ *cobra.Command, _ []string) error {
-		schema := jsonschema.Reflect(&zarfTypes{})
+		reflector := jsonschema.Reflector(jsonschema.Reflector{ExpandedStruct: true})
+		if err := addGoComments(&reflector); err != nil {
+			return err
+		}
+
+		schema := reflector.Reflect(&zarfTypes{})
 		output, err := json.MarshalIndent(schema, "", "  ")
 		if err != nil {
 			return fmt.Errorf("unable to generate the JSON schema for the Zarf types DeployedPackage, ZarfPackage, and ZarfState: %w", err)
diff --git a/src/extensions/bigbang/bigbang.go b/src/extensions/bigbang/bigbang.go
index 7eedf66255..951ae88ccf 100644
--- a/src/extensions/bigbang/bigbang.go
+++ b/src/extensions/bigbang/bigbang.go
@@ -154,10 +154,10 @@ func Run(ctx context.Context, YOLO bool, tmpPaths *layout.ComponentPaths, c type
 			MaxTotalSeconds: &maxTotalSeconds,
 			Wait: &types.ZarfComponentActionWait{
 				Cluster: &types.ZarfComponentActionWaitCluster{
-					Kind:       "HelmRelease",
-					Identifier: hr.Metadata.Name,
-					Namespace:  hr.Metadata.Namespace,
-					Condition:  "ready",
+					Kind:      "HelmRelease",
+					Name:      hr.Metadata.Name,
+					Namespace: hr.Metadata.Namespace,
+					Condition: "ready",
 				},
 			},
 		}
@@ -171,7 +171,7 @@ func Run(ctx context.Context, YOLO bool, tmpPaths *layout.ComponentPaths, c type
 			action.Wait.Cluster = &types.ZarfComponentActionWaitCluster{
 				Kind: "APIService",
 				// https://github.com/kubernetes-sigs/metrics-server#compatibility-matrix
-				Identifier: "v1beta1.metrics.k8s.io",
+				Name: "v1beta1.metrics.k8s.io",
 			}
 		}
 
diff --git a/src/pkg/packager/actions/actions.go b/src/pkg/packager/actions/actions.go
index 250e7bf100..ee66b84c39 100644
--- a/src/pkg/packager/actions/actions.go
+++ b/src/pkg/packager/actions/actions.go
@@ -183,7 +183,7 @@ func convertWaitToCmd(wait types.ZarfComponentActionWait, timeout *int) (string,
 
 		// Build a call to the zarf tools wait-for command.
 		return fmt.Sprintf("./zarf tools wait-for %s %s %s %s %s",
-			cluster.Kind, cluster.Identifier, cluster.Condition, ns, timeoutString), nil
+			cluster.Kind, cluster.Name, cluster.Condition, ns, timeoutString), nil
 	}
 
 	network := wait.Network
diff --git a/src/pkg/packager/composer/list.go b/src/pkg/packager/composer/list.go
index 06f67ec816..0edb04d448 100644
--- a/src/pkg/packager/composer/list.go
+++ b/src/pkg/packager/composer/list.go
@@ -71,8 +71,8 @@ func (n *Node) Prev() *Node {
 // otherwise the name of the component will be used
 func (n *Node) ImportName() string {
 	name := n.ZarfComponent.Name
-	if n.Import.ComponentName != "" {
-		name = n.Import.ComponentName
+	if n.Import.Name != "" {
+		name = n.Import.Name
 	}
 	return name
 }
diff --git a/src/pkg/packager/publish.go b/src/pkg/packager/publish.go
index bf664f2739..4cefc1d872 100644
--- a/src/pkg/packager/publish.go
+++ b/src/pkg/packager/publish.go
@@ -112,8 +112,8 @@ func (p *Packager) Publish(ctx context.Context) (err error) {
 			ex = append(ex, types.ZarfComponent{
 				Name: fmt.Sprintf("import-%s", c.Name),
 				Import: types.ZarfComponentImport{
-					ComponentName: c.Name,
-					URL:           helpers.OCIURLPrefix + remote.Repo().Reference.String(),
+					Name: c.Name,
+					URL:  helpers.OCIURLPrefix + remote.Repo().Reference.String(),
 				},
 			})
 		}
diff --git a/src/pkg/variables/types.go b/src/pkg/variables/types.go
index b106e911fa..6b3be2863b 100644
--- a/src/pkg/variables/types.go
+++ b/src/pkg/variables/types.go
@@ -29,35 +29,48 @@ var (
 
 // Variable represents a variable that has a value set programmatically
 type Variable struct {
-	Name       string       `json:"name" jsonschema:"description=The name to be used for the variable,pattern=^[A-Z0-9_]+$"`
-	Sensitive  bool         `json:"sensitive,omitempty" jsonschema:"description=Whether to mark this variable as sensitive to not print it in the log"`
-	AutoIndent bool         `json:"autoIndent,omitempty" jsonschema:"description=Whether to automatically indent the variable's value (if multiline) when templating. Based on the number of chars before the start of ###ZARF_VAR_."`
-	Pattern    string       `json:"pattern,omitempty" jsonschema:"description=An optional regex pattern that a variable value must match before a package deployment can continue."`
-	Type       VariableType `json:"type,omitempty" jsonschema:"description=Changes the handling of a variable to load contents differently (i.e. from a file rather than as a raw variable - templated files should be kept below 1 MiB),enum=raw,enum=file"`
+	// The name to be used for the variable
+	Name string `json:"name" jsonschema:"pattern=^[A-Z0-9_]+$"`
+	// Whether to mark this variable as sensitive to not print it in the log
+	Sensitive bool `json:"sensitive,omitempty"`
+	// Whether to automatically indent the variable's value (if multiline) when templating. Based on the number of chars before the start of ###ZARF_VAR_.
+	AutoIndent bool `json:"autoIndent,omitempty"`
+	// An optional regex pattern that a variable value must match before a package deployment can continue.
+	Pattern string `json:"pattern,omitempty"`
+	// Changes the handling of a variable to load contents differently (i.e. from a file rather than as a raw variable - templated files should be kept below 1 MiB)
+	Type VariableType `json:"type,omitempty" jsonschema:"enum=raw,enum=file"`
 }
 
 // InteractiveVariable is a variable that can be used to prompt a user for more information
 type InteractiveVariable struct {
-	Variable    `json:",inline"`
-	Description string `json:"description,omitempty" jsonschema:"description=A description of the variable to be used when prompting the user a value"`
-	Default     string `json:"default,omitempty" jsonschema:"description=The default value to use for the variable"`
-	Prompt      bool   `json:"prompt,omitempty" jsonschema:"description=Whether to prompt the user for input for this variable"`
+	Variable `json:",inline"`
+	// A description of the variable to be used when prompting the user a value
+	Description string `json:"description,omitempty"`
+	// The default value to use for the variable
+	Default string `json:"default,omitempty"`
+	// Whether to prompt the user for input for this variable
+	Prompt bool `json:"prompt,omitempty"`
 }
 
 // Constant are constants that can be used to dynamically template K8s resources or run in actions.
 type Constant struct {
-	Name  string `json:"name" jsonschema:"description=The name to be used for the constant,pattern=^[A-Z0-9_]+$"`
-	Value string `json:"value" jsonschema:"description=The value to set for the constant during deploy"`
-	// Include a description that will only be displayed during package create/deploy confirm prompts
-	Description string `json:"description,omitempty" jsonschema:"description=A description of the constant to explain its purpose on package create or deploy confirmation prompts"`
-	AutoIndent  bool   `json:"autoIndent,omitempty" jsonschema:"description=Whether to automatically indent the variable's value (if multiline) when templating. Based on the number of chars before the start of ###ZARF_CONST_."`
-	Pattern     string `json:"pattern,omitempty" jsonschema:"description=An optional regex pattern that a constant value must match before a package can be created."`
+	// The name to be used for the constant
+	Name string `json:"name" jsonschema:"pattern=^[A-Z0-9_]+$"`
+	// The value to set for the constant during deploy
+	Value string `json:"value"`
+	// A description of the constant to explain its purpose on package create or deploy confirmation prompts
+	Description string `json:"description,omitempty"`
+	// Whether to automatically indent the variable's value (if multiline) when templating. Based on the number of chars before the start of ###ZARF_CONST_.
+	AutoIndent bool `json:"autoIndent,omitempty"`
+	// An optional regex pattern that a constant value must match before a package can be created.
+	Pattern string `json:"pattern,omitempty"`
 }
 
 // SetVariable tracks internal variables that have been set during this run of Zarf
 type SetVariable struct {
 	Variable `json:",inline"`
-	Value    string `json:"value" jsonschema:"description=The value the variable is currently set with"`
+	// The value the variable is currently set with
+	Value string `json:"value"`
 }
 
 // Validate runs all validation checks on a package constant.
diff --git a/src/types/component.go b/src/types/component.go
index 4ccf392970..b43493ad0a 100644
--- a/src/types/component.go
+++ b/src/types/component.go
@@ -13,61 +13,59 @@ import (
 
 // ZarfComponent is the primary functional grouping of assets to deploy by Zarf.
 type ZarfComponent struct {
-	// Name is the unique identifier for this component
-	Name string `json:"name" jsonschema:"description=The name of the component,pattern=^[a-z0-9][a-z0-9\\-]*$"`
+	// The name of the component.
+	Name string `json:"name" jsonschema:"pattern=^[a-z0-9][a-z0-9\\-]*$"`
 
-	// Description is a message given to a user when deciding to enable this component or not
-	Description string `json:"description,omitempty" jsonschema:"description=Message to include during package deploy describing the purpose of this component"`
+	// Message to include during package deploy describing the purpose of this component.
+	Description string `json:"description,omitempty"`
 
-	// Default changes the default option when deploying this component
-	Default bool `json:"default,omitempty" jsonschema:"description=Determines the default Y/N state for installing this component on package deploy"`
+	// Determines the default Y/N state for installing this component on package deploy.
+	Default bool `json:"default,omitempty"`
 
-	// Required makes this component mandatory for package deployment
-	Required *bool `json:"required,omitempty" jsonschema:"description=Do not prompt user to install this component, always install on package deploy."`
+	// Do not prompt user to install this component.
+	Required *bool `json:"required,omitempty"`
 
-	// Only include compatible components during package deployment
-	Only ZarfComponentOnlyTarget `json:"only,omitempty" jsonschema:"description=Filter when this component is included in package creation or deployment"`
+	// Filter when this component is included in package creation or deployment.
+	Only ZarfComponentOnlyTarget `json:"only,omitempty"`
 
-	// DeprecatedGroup is a key to match other components to produce a user selector field, used to create a BOOLEAN XOR for a set of components
-	//
-	// Note: ignores default and required flags
-	DeprecatedGroup string `json:"group,omitempty" jsonschema:"description=[Deprecated] Create a user selector field based on all components in the same group. This will be removed in Zarf v1.0.0. Consider using 'only.flavor' instead.,deprecated=true"`
+	// [Deprecated] Create a user selector field based on all components in the same group. This will be removed in Zarf v1.0.0. Consider using 'only.flavor' instead.
+	DeprecatedGroup string `json:"group,omitempty" jsonschema:"deprecated=true"`
 
-	// DeprecatedCosignKeyPath to cosign public key for signed online resources
-	DeprecatedCosignKeyPath string `json:"cosignKeyPath,omitempty" jsonschema:"description=[Deprecated] Specify a path to a public key to validate signed online resources. This will be removed in Zarf v1.0.0.,deprecated=true"`
+	// [Deprecated] Specify a path to a public key to validate signed online resources. This will be removed in Zarf v1.0.0.
+	DeprecatedCosignKeyPath string `json:"cosignKeyPath,omitempty" jsonschema:"deprecated=true"`
 
-	// Import refers to another zarf.yaml package component.
-	Import ZarfComponentImport `json:"import,omitempty" jsonschema:"description=Import a component from another Zarf package"`
+	// Import a component from another Zarf package.
+	Import ZarfComponentImport `json:"import,omitempty"`
 
-	// Manifests are raw manifests that get converted into zarf-generated helm charts during deploy
-	Manifests []ZarfManifest `json:"manifests,omitempty" jsonschema:"description=Kubernetes manifests to be included in a generated Helm chart on package deploy"`
+	// Kubernetes manifests to be included in a generated Helm chart on package deploy.
+	Manifests []ZarfManifest `json:"manifests,omitempty"`
 
-	// Charts are helm charts to install during package deploy
-	Charts []ZarfChart `json:"charts,omitempty" jsonschema:"description=Helm charts to install during package deploy"`
+	// Helm charts to install during package deploy.
+	Charts []ZarfChart `json:"charts,omitempty"`
 
-	// Data packages to push into a running cluster
-	DataInjections []ZarfDataInjection `json:"dataInjections,omitempty" jsonschema:"description=Datasets to inject into a container in the target cluster"`
+	// Datasets to inject into a container in the target cluster.
+	DataInjections []ZarfDataInjection `json:"dataInjections,omitempty"`
 
-	// Files are files to place on disk during deploy
-	Files []ZarfFile `json:"files,omitempty" jsonschema:"description=Files or folders to place on disk during package deployment"`
+	// Files or folders to place on disk during package deployment.
+	Files []ZarfFile `json:"files,omitempty"`
 
-	// Images are the online images needed to be included in the zarf package
-	Images []string `json:"images,omitempty" jsonschema:"description=List of OCI images to include in the package"`
+	// List of OCI images to include in the package.
+	Images []string `json:"images,omitempty"`
 
-	// Repos are any git repos that need to be pushed into the git server
-	Repos []string `json:"repos,omitempty" jsonschema:"description=List of git repos to include in the package"`
+	// List of git repos to include in the package.
+	Repos []string `json:"repos,omitempty"`
 
-	// Extensions provide additional functionality to a component
-	Extensions extensions.ZarfComponentExtensions `json:"extensions,omitempty" jsonschema:"description=Extend component functionality with additional features"`
+	// Extend component functionality with additional features.
+	Extensions extensions.ZarfComponentExtensions `json:"extensions,omitempty"`
 
-	// DeprecatedScripts are custom commands that run before or after package deployment
-	DeprecatedScripts DeprecatedZarfComponentScripts `json:"scripts,omitempty" jsonschema:"description=[Deprecated] (replaced by actions) Custom commands to run before or after package deployment.  This will be removed in Zarf v1.0.0.,deprecated=true"`
+	// [Deprecated] (replaced by actions) Custom commands to run before or after package deployment. This will be removed in Zarf v1.0.0.
+	DeprecatedScripts DeprecatedZarfComponentScripts `json:"scripts,omitempty" jsonschema:"deprecated=true"`
 
-	// Replaces scripts, fine-grained control over commands to run at various stages of a package lifecycle
-	Actions ZarfComponentActions `json:"actions,omitempty" jsonschema:"description=Custom commands to run at various stages of a package lifecycle"`
+	// Custom commands to run at various stages of a package lifecycle.
+	Actions ZarfComponentActions `json:"actions,omitempty"`
 }
 
-// RequiresCluster returns if the component requires a cluster connection to deploy
+// RequiresCluster returns if the component requires a cluster connection to deploy.
 func (c ZarfComponent) RequiresCluster() bool {
 	hasImages := len(c.Images) > 0
 	hasCharts := len(c.Charts) > 0
@@ -93,153 +91,232 @@ func (c ZarfComponent) IsRequired() bool {
 
 // ZarfComponentOnlyTarget filters a component to only show it for a given local OS and cluster.
 type ZarfComponentOnlyTarget struct {
-	LocalOS string                   `json:"localOS,omitempty" jsonschema:"description=Only deploy component to specified OS,enum=linux,enum=darwin,enum=windows"`
-	Cluster ZarfComponentOnlyCluster `json:"cluster,omitempty" jsonschema:"description=Only deploy component to specified clusters"`
-	Flavor  string                   `json:"flavor,omitempty" jsonschema:"description=Only include this component when a matching '--flavor' is specified on 'zarf package create'"`
+	// Only deploy component to specified OS.
+	LocalOS string `json:"localOS,omitempty" jsonschema:"enum=linux,enum=darwin,enum=windows"`
+	// Only deploy component to specified clusters.
+	Cluster ZarfComponentOnlyCluster `json:"cluster,omitempty"`
+	// Only include this component when a matching '--flavor' is specified on 'zarf package create'.
+	Flavor string `json:"flavor,omitempty"`
 }
 
 // ZarfComponentOnlyCluster represents the architecture and K8s cluster distribution to filter on.
 type ZarfComponentOnlyCluster struct {
-	Architecture string   `json:"architecture,omitempty" jsonschema:"description=Only create and deploy to clusters of the given architecture,enum=amd64,enum=arm64"`
-	Distros      []string `json:"distros,omitempty" jsonschema:"description=A list of kubernetes distros this package works with (Reserved for future use),example=k3s,example=eks"`
+	// Only create and deploy to clusters of the given architecture.
+	Architecture string `json:"architecture,omitempty" jsonschema:"enum=amd64,enum=arm64"`
+	// A list of kubernetes distros this package works with (Reserved for future use).
+	Distros []string `json:"distros,omitempty" jsonschema:"example=k3s,example=eks"`
 }
 
 // ZarfFile defines a file to deploy.
 type ZarfFile struct {
-	Source      string   `json:"source" jsonschema:"description=Local folder or file path or remote URL to pull into the package"`
-	Shasum      string   `json:"shasum,omitempty" jsonschema:"description=(files only) Optional SHA256 checksum of the file"`
-	Target      string   `json:"target" jsonschema:"description=The absolute or relative path where the file or folder should be copied to during package deploy"`
-	Executable  bool     `json:"executable,omitempty" jsonschema:"description=(files only) Determines if the file should be made executable during package deploy"`
-	Symlinks    []string `json:"symlinks,omitempty" jsonschema:"description=List of symlinks to create during package deploy"`
-	ExtractPath string   `json:"extractPath,omitempty" jsonschema:"description=Local folder or file to be extracted from a 'source' archive"`
+	// Local folder or file path or remote URL to pull into the package.
+	Source string `json:"source"`
+	// (files only) Optional SHA256 checksum of the file.
+	Shasum string `json:"shasum,omitempty"`
+	// The absolute or relative path where the file or folder should be copied to during package deploy.
+	Target string `json:"target"`
+	// (files only) Determines if the file should be made executable during package deploy.
+	Executable bool `json:"executable,omitempty"`
+	// List of symlinks to create during package deploy.
+	Symlinks []string `json:"symlinks,omitempty"`
+	// Local folder or file to be extracted from a 'source' archive.
+	ExtractPath string `json:"extractPath,omitempty"`
 }
 
 // ZarfChart defines a helm chart to be deployed.
 type ZarfChart struct {
-	Name        string              `json:"name" jsonschema:"description=The name of the chart within Zarf; note that this must be unique and does not need to be the same as the name in the chart repo"`
-	Version     string              `json:"version,omitempty" jsonschema:"description=The version of the chart to deploy; for git-based charts this is also the tag of the git repo by default (when not using the '@' syntax for 'repos')"`
-	URL         string              `json:"url,omitempty" jsonschema:"example=OCI registry: oci://ghcr.io/stefanprodan/charts/podinfo,example=helm chart repo: https://stefanprodan.github.io/podinfo,example=git repo: https://github.com/stefanprodan/podinfo (note the '@' syntax for 'repos' is supported here too)" jsonschema_description:"The URL of the OCI registry, chart repository, or git repo where the helm chart is stored"`
-	RepoName    string              `json:"repoName,omitempty" jsonschema:"description=The name of a chart within a Helm repository (defaults to the Zarf name of the chart)"`
-	GitPath     string              `json:"gitPath,omitempty" jsonschema:"description=(git repo only) The sub directory to the chart within a git repo,example=charts/your-chart"`
-	LocalPath   string              `json:"localPath,omitempty" jsonschema:"description=The path to a local chart's folder or .tgz archive"`
-	Namespace   string              `json:"namespace,omitempty" jsonschema:"description=The namespace to deploy the chart to"`
-	ReleaseName string              `json:"releaseName,omitempty" jsonschema:"description=The name of the Helm release to create (defaults to the Zarf name of the chart)"`
-	NoWait      bool                `json:"noWait,omitempty" jsonschema:"description=Whether to not wait for chart resources to be ready before continuing"`
-	ValuesFiles []string            `json:"valuesFiles,omitempty" jsonschema:"description=List of local values file paths or remote URLs to include in the package; these will be merged together when deployed"`
-	Variables   []ZarfChartVariable `json:"variables,omitempty" jsonschema:"description=[alpha] List of variables to set in the Helm chart"`
+	// The name of the chart within Zarf; note that this must be unique and does not need to be the same as the name in the chart repo.
+	Name string `json:"name"`
+	// The version of the chart to deploy; for git-based charts this is also the tag of the git repo by default (when not using the '@' syntax for 'repos').
+	Version string `json:"version,omitempty"`
+	// The URL of the OCI registry, chart repository, or git repo where the helm chart is stored.
+	URL string `json:"url,omitempty" jsonschema:"example=OCI registry: oci://ghcr.io/stefanprodan/charts/podinfo,example=helm chart repo: https://stefanprodan.github.io/podinfo,example=git repo: https://github.com/stefanprodan/podinfo (note the '@' syntax for 'repos' is supported here too)"`
+	// The name of a chart within a Helm repository (defaults to the Zarf name of the chart).
+	RepoName string `json:"repoName,omitempty"`
+	// (git repo only) The sub directory to the chart within a git repo.
+	GitPath string `json:"gitPath,omitempty" jsonschema:"example=charts/your-chart"`
+	// The path to a local chart's folder or .tgz archive.
+	LocalPath string `json:"localPath,omitempty"`
+	// The namespace to deploy the chart to.
+	Namespace string `json:"namespace,omitempty"`
+	// The name of the Helm release to create (defaults to the Zarf name of the chart).
+	ReleaseName string `json:"releaseName,omitempty"`
+	// Whether to not wait for chart resources to be ready before continuing.
+	NoWait bool `json:"noWait,omitempty"`
+	// List of local values file paths or remote URLs to include in the package; these will be merged together when deployed.
+	ValuesFiles []string `json:"valuesFiles,omitempty"`
+	// [alpha] List of variables to set in the Helm chart.
+	Variables []ZarfChartVariable `json:"variables,omitempty"`
 }
 
 // ZarfChartVariable represents a variable that can be set for a Helm chart overrides.
 type ZarfChartVariable struct {
-	Name        string `json:"name" jsonschema:"description=The name of the variable,pattern=^[A-Z0-9_]+$"`
-	Description string `json:"description" jsonschema:"description=A brief description of what the variable controls"`
-	Path        string `json:"path" jsonschema:"description=The path within the Helm chart values where this variable applies"`
+	// The name of the variable.
+	Name string `json:"name" jsonschema:"pattern=^[A-Z0-9_]+$"`
+	// A brief description of what the variable controls.
+	Description string `json:"description"`
+	// The path within the Helm chart values where this variable applies.
+	Path string `json:"path"`
 }
 
 // ZarfManifest defines raw manifests Zarf will deploy as a helm chart.
 type ZarfManifest struct {
-	Name                       string   `json:"name" jsonschema:"description=A name to give this collection of manifests; this will become the name of the dynamically-created helm chart"`
-	Namespace                  string   `json:"namespace,omitempty" jsonschema:"description=The namespace to deploy the manifests to"`
-	Files                      []string `json:"files,omitempty" jsonschema:"description=List of local K8s YAML files or remote URLs to deploy (in order)"`
-	KustomizeAllowAnyDirectory bool     `json:"kustomizeAllowAnyDirectory,omitempty" jsonschema:"description=Allow traversing directory above the current directory if needed for kustomization"`
-	Kustomizations             []string `json:"kustomizations,omitempty" jsonschema:"description=List of local kustomization paths or remote URLs to include in the package"`
-	NoWait                     bool     `json:"noWait,omitempty" jsonschema:"description=Whether to not wait for manifest resources to be ready before continuing"`
+	// A name to give this collection of manifests; this will become the name of the dynamically-created helm chart.
+	Name string `json:"name"`
+	// The namespace to deploy the manifests to.
+	Namespace string `json:"namespace,omitempty"`
+	// List of local K8s YAML files or remote URLs to deploy (in order).
+	Files []string `json:"files,omitempty"`
+	// Allow traversing directory above the current directory if needed for kustomization.
+	KustomizeAllowAnyDirectory bool `json:"kustomizeAllowAnyDirectory,omitempty"`
+	// List of local kustomization paths or remote URLs to include in the package.
+	Kustomizations []string `json:"kustomizations,omitempty"`
+	// Whether to not wait for manifest resources to be ready before continuing.
+	NoWait bool `json:"noWait,omitempty"`
 }
 
-// DeprecatedZarfComponentScripts are scripts that run before or after a component is deployed
+// DeprecatedZarfComponentScripts are scripts that run before or after a component is deployed.
 type DeprecatedZarfComponentScripts struct {
-	ShowOutput     bool     `json:"showOutput,omitempty" jsonschema:"description=Show the output of the script during package deployment"`
-	TimeoutSeconds int      `json:"timeoutSeconds,omitempty" jsonschema:"description=Timeout in seconds for the script"`
-	Retry          bool     `json:"retry,omitempty" jsonschema:"description=Retry the script if it fails"`
-	Prepare        []string `json:"prepare,omitempty" jsonschema:"description=Scripts to run before the component is added during package create"`
-	Before         []string `json:"before,omitempty" jsonschema:"description=Scripts to run before the component is deployed"`
-	After          []string `json:"after,omitempty" jsonschema:"description=Scripts to run after the component successfully deploys"`
+	// Show the output of the script during package deployment.
+	ShowOutput bool `json:"showOutput,omitempty"`
+	// Timeout in seconds for the script.
+	TimeoutSeconds int `json:"timeoutSeconds,omitempty"`
+	// Retry the script if it fails.
+	Retry bool `json:"retry,omitempty"`
+	// Scripts to run before the component is added during package create.
+	Prepare []string `json:"prepare,omitempty"`
+	// Scripts to run before the component is deployed.
+	Before []string `json:"before,omitempty"`
+	// Scripts to run after the component successfully deploys.
+	After []string `json:"after,omitempty"`
 }
 
-// ZarfComponentActions are ActionSets that map to different zarf package operations
+// ZarfComponentActions are ActionSets that map to different zarf package operations.
 type ZarfComponentActions struct {
-	OnCreate ZarfComponentActionSet `json:"onCreate,omitempty" jsonschema:"description=Actions to run during package creation"`
-	OnDeploy ZarfComponentActionSet `json:"onDeploy,omitempty" jsonschema:"description=Actions to run during package deployment"`
-	OnRemove ZarfComponentActionSet `json:"onRemove,omitempty" jsonschema:"description=Actions to run during package removal"`
+	// Actions to run during package creation.
+	OnCreate ZarfComponentActionSet `json:"onCreate,omitempty"`
+	// Actions to run during package deployment.
+	OnDeploy ZarfComponentActionSet `json:"onDeploy,omitempty"`
+	// Actions to run during package removal.
+	OnRemove ZarfComponentActionSet `json:"onRemove,omitempty"`
 }
 
-// ZarfComponentActionSet is a set of actions to run during a zarf package operation
+// ZarfComponentActionSet is a set of actions to run during a zarf package operation.
 type ZarfComponentActionSet struct {
-	Defaults  ZarfComponentActionDefaults `json:"defaults,omitempty" jsonschema:"description=Default configuration for all actions in this set"`
-	Before    []ZarfComponentAction       `json:"before,omitempty" jsonschema:"description=Actions to run at the start of an operation"`
-	After     []ZarfComponentAction       `json:"after,omitempty" jsonschema:"description=Actions to run at the end of an operation"`
-	OnSuccess []ZarfComponentAction       `json:"onSuccess,omitempty" jsonschema:"description=Actions to run if all operations succeed"`
-	OnFailure []ZarfComponentAction       `json:"onFailure,omitempty" jsonschema:"description=Actions to run if all operations fail"`
+	// Default configuration for all actions in this set.
+	Defaults ZarfComponentActionDefaults `json:"defaults,omitempty"`
+	// Actions to run at the start of an operation.
+	Before []ZarfComponentAction `json:"before,omitempty"`
+	// Actions to run at the end of an operation.
+	After []ZarfComponentAction `json:"after,omitempty"`
+	// Actions to run if all operations succeed.
+	OnSuccess []ZarfComponentAction `json:"onSuccess,omitempty"`
+	// Actions to run if all operations fail.
+	OnFailure []ZarfComponentAction `json:"onFailure,omitempty"`
 }
 
-// ZarfComponentActionDefaults sets the default configs for child actions
+// ZarfComponentActionDefaults sets the default configs for child actions.
 type ZarfComponentActionDefaults struct {
-	Mute            bool       `json:"mute,omitempty" jsonschema:"description=Hide the output of commands during execution (default false)"`
-	MaxTotalSeconds int        `json:"maxTotalSeconds,omitempty" jsonschema:"description=Default timeout in seconds for commands (default to 0, no timeout)"`
-	MaxRetries      int        `json:"maxRetries,omitempty" jsonschema:"description=Retry commands given number of times if they fail (default 0)"`
-	Dir             string     `json:"dir,omitempty" jsonschema:"description=Working directory for commands (default CWD)"`
-	Env             []string   `json:"env,omitempty" jsonschema:"description=Additional environment variables for commands"`
-	Shell           exec.Shell `json:"shell,omitempty" jsonschema:"description=(cmd only) Indicates a preference for a shell for the provided cmd to be executed in on supported operating systems"`
+	// Hide the output of commands during execution (default false).
+	Mute bool `json:"mute,omitempty"`
+	// Default timeout in seconds for commands (default to 0, no timeout).
+	MaxTotalSeconds int `json:"maxTotalSeconds,omitempty"`
+	// Retry commands given number of times if they fail (default 0).
+	MaxRetries int `json:"maxRetries,omitempty"`
+	// Working directory for commands (default CWD).
+	Dir string `json:"dir,omitempty"`
+	// Additional environment variables for commands.
+	Env []string `json:"env,omitempty"`
+	// (cmd only) Indicates a preference for a shell for the provided cmd to be executed in on supported operating systems.
+	Shell exec.Shell `json:"shell,omitempty"`
 }
 
-// ZarfComponentAction represents a single action to run during a zarf package operation
+// ZarfComponentAction represents a single action to run during a zarf package operation.
 type ZarfComponentAction struct {
-	Mute                  *bool                    `json:"mute,omitempty" jsonschema:"description=Hide the output of the command during package deployment (default false)"`
-	MaxTotalSeconds       *int                     `json:"maxTotalSeconds,omitempty" jsonschema:"description=Timeout in seconds for the command (default to 0, no timeout for cmd actions and 300, 5 minutes for wait actions)"`
-	MaxRetries            *int                     `json:"maxRetries,omitempty" jsonschema:"description=Retry the command if it fails up to given number of times (default 0)"`
-	Dir                   *string                  `json:"dir,omitempty" jsonschema:"description=The working directory to run the command in (default is CWD)"`
-	Env                   []string                 `json:"env,omitempty" jsonschema:"description=Additional environment variables to set for the command"`
-	Cmd                   string                   `json:"cmd,omitempty" jsonschema:"description=The command to run. Must specify either cmd or wait for the action to do anything."`
-	Shell                 *exec.Shell              `json:"shell,omitempty" jsonschema:"description=(cmd only) Indicates a preference for a shell for the provided cmd to be executed in on supported operating systems"`
-	DeprecatedSetVariable string                   `json:"setVariable,omitempty" jsonschema:"description=[Deprecated] (replaced by setVariables) (onDeploy/cmd only) The name of a variable to update with the output of the command. This variable will be available to all remaining actions and components in the package. This will be removed in Zarf v1.0.0,pattern=^[A-Z0-9_]+$"`
-	SetVariables          []variables.Variable     `json:"setVariables,omitempty" jsonschema:"description=(onDeploy/cmd only) An array of variables to update with the output of the command. These variables will be available to all remaining actions and components in the package."`
-	Description           string                   `json:"description,omitempty" jsonschema:"description=Description of the action to be displayed during package execution instead of the command"`
-	Wait                  *ZarfComponentActionWait `json:"wait,omitempty" jsonschema:"description=Wait for a condition to be met before continuing. Must specify either cmd or wait for the action. See the 'zarf tools wait-for' command for more info."`
+	// Hide the output of the command during package deployment (default false).
+	Mute *bool `json:"mute,omitempty"`
+	// Timeout in seconds for the command (default to 0, no timeout for cmd actions and 300, 5 minutes for wait actions).
+	MaxTotalSeconds *int `json:"maxTotalSeconds,omitempty"`
+	// Retry the command if it fails up to given number of times (default 0).
+	MaxRetries *int `json:"maxRetries,omitempty"`
+	// The working directory to run the command in (default is CWD).
+	Dir *string `json:"dir,omitempty"`
+	// Additional environment variables to set for the command.
+	Env []string `json:"env,omitempty"`
+	// The command to run. Must specify either cmd or wait for the action to do anything.
+	Cmd string `json:"cmd,omitempty"`
+	// (cmd only) Indicates a preference for a shell for the provided cmd to be executed in on supported operating systems.
+	Shell *exec.Shell `json:"shell,omitempty"`
+	// [Deprecated] (replaced by setVariables) (onDeploy/cmd only) The name of a variable to update with the output of the command. This variable will be available to all remaining actions and components in the package. This will be removed in Zarf v1.0.0.
+	DeprecatedSetVariable string `json:"setVariable,omitempty" jsonschema:"pattern=^[A-Z0-9_]+$"`
+	// (onDeploy/cmd only) An array of variables to update with the output of the command. These variables will be available to all remaining actions and components in the package.
+	SetVariables []variables.Variable `json:"setVariables,omitempty"`
+	// Description of the action to be displayed during package execution instead of the command.
+	Description string `json:"description,omitempty"`
+	// Wait for a condition to be met before continuing. Must specify either cmd or wait for the action. See the 'zarf tools wait-for' command for more info.
+	Wait *ZarfComponentActionWait `json:"wait,omitempty"`
 }
 
 // ZarfComponentActionWait specifies a condition to wait for before continuing
 type ZarfComponentActionWait struct {
-	Cluster *ZarfComponentActionWaitCluster `json:"cluster,omitempty" jsonschema:"description=Wait for a condition to be met in the cluster before continuing. Only one of cluster or network can be specified."`
-	Network *ZarfComponentActionWaitNetwork `json:"network,omitempty" jsonschema:"description=Wait for a condition to be met on the network before continuing. Only one of cluster or network can be specified."`
+	// Wait for a condition to be met in the cluster before continuing. Only one of cluster or network can be specified.
+	Cluster *ZarfComponentActionWaitCluster `json:"cluster,omitempty"`
+	// Wait for a condition to be met on the network before continuing. Only one of cluster or network can be specified.
+	Network *ZarfComponentActionWaitNetwork `json:"network,omitempty"`
 }
 
 // ZarfComponentActionWaitCluster specifies a condition to wait for before continuing
 type ZarfComponentActionWaitCluster struct {
-	Kind       string `json:"kind" jsonschema:"description=The kind of resource to wait for,example=Pod,example=Deployment)"`
-	Identifier string `json:"name" jsonschema:"description=The name of the resource or selector to wait for,example=podinfo,example=app&#61;podinfo"`
-	Namespace  string `json:"namespace,omitempty" jsonschema:"description=The namespace of the resource to wait for"`
-	Condition  string `json:"condition,omitempty" jsonschema:"description=The condition or jsonpath state to wait for; defaults to exist, a special condition that will wait for the resource to exist,example=Ready,example=Available,'{.status.availableReplicas}'=23"`
+	// The kind of resource to wait for.
+	Kind string `json:"kind" jsonschema:"example=Pod,example=Deployment"`
+	// The name of the resource or selector to wait for.
+	Name string `json:"name" jsonschema:"example=podinfo,example=app=podinfo"`
+	// The namespace of the resource to wait for.
+	Namespace string `json:"namespace,omitempty"`
+	// The condition or jsonpath state to wait for; defaults to exist, a special condition that will wait for the resource to exist.
+	Condition string `json:"condition,omitempty" jsonschema:"example=Ready,example=Available,'{.status.availableReplicas}'=23"`
 }
 
 // ZarfComponentActionWaitNetwork specifies a condition to wait for before continuing
 type ZarfComponentActionWaitNetwork struct {
-	Protocol string `json:"protocol" jsonschema:"description=The protocol to wait for,enum=tcp,enum=http,enum=https"`
-	Address  string `json:"address" jsonschema:"description=The address to wait for,example=localhost:8080,example=1.1.1.1"`
-	Code     int    `json:"code,omitempty" jsonschema:"description=The HTTP status code to wait for if using http or https,example=200,example=404"`
+	// The protocol to wait for.
+	Protocol string `json:"protocol" jsonschema:"enum=tcp,enum=http,enum=https"`
+	// The address to wait for.
+	Address string `json:"address" jsonschema:"example=localhost:8080,example=1.1.1.1"`
+	// The HTTP status code to wait for if using http or https.
+	Code int `json:"code,omitempty" jsonschema:"example=200,example=404"`
 }
 
 // ZarfContainerTarget defines the destination info for a ZarfData target
 type ZarfContainerTarget struct {
-	Namespace string `json:"namespace" jsonschema:"description=The namespace to target for data injection"`
-	Selector  string `json:"selector" jsonschema:"description=The K8s selector to target for data injection,example=app&#61;data-injection"`
-	Container string `json:"container" jsonschema:"description=The container name to target for data injection"`
-	Path      string `json:"path" jsonschema:"description=The path within the container to copy the data into"`
+	// The namespace to target for data injection.
+	Namespace string `json:"namespace"`
+	// The K8s selector to target for data injection.
+	Selector string `json:"selector" jsonschema:"example=app=data-injection"`
+	// The container name to target for data injection.
+	Container string `json:"container"`
+	// The path within the container to copy the data into.
+	Path string `json:"path"`
 }
 
 // ZarfDataInjection is a data-injection definition.
 type ZarfDataInjection struct {
-	Source   string              `json:"source" jsonschema:"description=Either a path to a local folder/file or a remote URL of a file to inject into the given target pod + container"`
-	Target   ZarfContainerTarget `json:"target" jsonschema:"description=The target pod + container to inject the data into"`
-	Compress bool                `json:"compress,omitempty" jsonschema:"description=Compress the data before transmitting using gzip.  Note: this requires support for tar/gzip locally and in the target image."`
+	// Either a path to a local folder/file or a remote URL of a file to inject into the given target pod + container.
+	Source string `json:"source"`
+	// The target pod + container to inject the data into.
+	Target ZarfContainerTarget `json:"target"`
+	// Compress the data before transmitting using gzip. Note: this requires support for tar/gzip locally and in the target image.
+	Compress bool `json:"compress,omitempty"`
 }
 
 // ZarfComponentImport structure for including imported Zarf components.
 type ZarfComponentImport struct {
-	ComponentName string `json:"name,omitempty" jsonschema:"description=The name of the component to import from the referenced zarf.yaml"`
-	// For further explanation see https://regex101.com/r/nxX8vx/1
-	Path string `json:"path,omitempty" jsonschema:"description=The relative path to a directory containing a zarf.yaml to import from"`
-	// For further explanation see https://regex101.com/r/nxX8vx/1
-	URL string `json:"url,omitempty" jsonschema:"description=[beta] The URL to a Zarf package to import via OCI,pattern=^oci://.*$"`
+	// The name of the component to import from the referenced zarf.yaml.
+	Name string `json:"name,omitempty"`
+	// The path to the directory containing the zarf.yaml to import.
+	Path string `json:"path,omitempty"`
+	// [beta] The URL to a Zarf package to import via OCI.
+	URL string `json:"url,omitempty" jsonschema:"pattern=^oci://.*$"`
 }
 
 // JSONSchemaExtend extends the generated json schema during `zarf internal gen-config-schema`
diff --git a/src/types/extensions/bigbang.go b/src/types/extensions/bigbang.go
index 8078e0be04..af357d5990 100644
--- a/src/types/extensions/bigbang.go
+++ b/src/types/extensions/bigbang.go
@@ -4,11 +4,16 @@
 // Package extensions contains the types for all official extensions.
 package extensions
 
-// BigBang defines a file to deploy.
+// BigBang holds the configuration for the Big Bang extension.
 type BigBang struct {
-	Version        string   `json:"version" jsonschema:"description=The version of Big Bang to use"`
-	Repo           string   `json:"repo,omitempty" jsonschema:"description=Override repo to pull Big Bang from instead of Repo One"`
-	ValuesFiles    []string `json:"valuesFiles,omitempty" jsonschema:"description=The list of values files to pass to Big Bang; these will be merged together"`
-	SkipFlux       bool     `json:"skipFlux,omitempty" jsonschema:"description=Whether to skip deploying flux; Defaults to false"`
-	FluxPatchFiles []string `json:"fluxPatchFiles,omitempty" jsonschema:"description=Optional paths to Flux kustomize strategic merge patch files"`
+	// The version of Big Bang to use.
+	Version string `json:"version"`
+	// Override repo to pull Big Bang from instead of Repo One.
+	Repo string `json:"repo,omitempty"`
+	// The list of values files to pass to Big Bang; these will be merged together.
+	ValuesFiles []string `json:"valuesFiles,omitempty"`
+	// Whether to skip deploying flux; Defaults to false.
+	SkipFlux bool `json:"skipFlux,omitempty"`
+	// Optional paths to Flux kustomize strategic merge patch files.
+	FluxPatchFiles []string `json:"fluxPatchFiles,omitempty"`
 }
diff --git a/src/types/extensions/common.go b/src/types/extensions/common.go
index e84091e339..1df82730ab 100644
--- a/src/types/extensions/common.go
+++ b/src/types/extensions/common.go
@@ -4,8 +4,8 @@
 // Package extensions contains the types for all official extensions.
 package extensions
 
-// ZarfComponentExtensions is a struct that contains all the official extensions
+// ZarfComponentExtensions is a struct that contains all the official extensions.
 type ZarfComponentExtensions struct {
-	// Big Bang Configurations
-	BigBang *BigBang `json:"bigbang,omitempty" jsonschema:"description=Configurations for installing Big Bang and Flux in the cluster"`
+	// Configurations for installing Big Bang and Flux in the cluster.
+	BigBang *BigBang `json:"bigbang,omitempty"`
 }
diff --git a/src/types/k8s.go b/src/types/k8s.go
index a8f61856ce..6804de17ee 100644
--- a/src/types/k8s.go
+++ b/src/types/k8s.go
@@ -58,15 +58,23 @@ type GeneratedPKI struct {
 
 // ZarfState is maintained as a secret in the Zarf namespace to track Zarf init data.
 type ZarfState struct {
-	ZarfAppliance bool         `json:"zarfAppliance" jsonschema:"description=Indicates if Zarf was initialized while deploying its own k8s cluster"`
-	Distro        string       `json:"distro" jsonschema:"description=K8s distribution of the cluster Zarf was deployed to"`
-	Architecture  string       `json:"architecture" jsonschema:"description=Machine architecture of the k8s node(s)"`
-	StorageClass  string       `json:"storageClass" jsonschema:"Default StorageClass value Zarf uses for variable templating"`
-	AgentTLS      GeneratedPKI `json:"agentTLS" jsonschema:"PKI certificate information for the agent pods Zarf manages"`
-
-	GitServer      GitServerInfo      `json:"gitServer" jsonschema:"description=Information about the repository Zarf is configured to use"`
-	RegistryInfo   RegistryInfo       `json:"registryInfo" jsonschema:"description=Information about the container registry Zarf is configured to use"`
-	ArtifactServer ArtifactServerInfo `json:"artifactServer" jsonschema:"description=Information about the artifact registry Zarf is configured to use"`
+	// Indicates if Zarf was initialized while deploying its own k8s cluster
+	ZarfAppliance bool `json:"zarfAppliance"`
+	// K8s distribution of the cluster Zarf was deployed to
+	Distro string `json:"distro"`
+	// Machine architecture of the k8s node(s)
+	Architecture string `json:"architecture"`
+	// Default StorageClass value Zarf uses for variable templating
+	StorageClass string `json:"storageClass"`
+	// PKI certificate information for the agent pods Zarf manages
+	AgentTLS GeneratedPKI `json:"agentTLS"`
+
+	// Information about the repository Zarf is configured to use
+	GitServer GitServerInfo `json:"gitServer"`
+	// Information about the container registry Zarf is configured to use
+	RegistryInfo RegistryInfo `json:"registryInfo"`
+	// Information about the artifact registry Zarf is configured to use
+	ArtifactServer ArtifactServerInfo `json:"artifactServer"`
 }
 
 // DeployedPackage contains information about a Zarf Package that has been deployed to a cluster
@@ -81,6 +89,17 @@ type DeployedPackage struct {
 	ConnectStrings     ConnectStrings                `json:"connectStrings,omitempty"`
 }
 
+// ConnectString contains information about a connection made with Zarf connect.
+type ConnectString struct {
+	// Descriptive text that explains what the resource you would be connecting to is used for
+	Description string `json:"description"`
+	// URL path that gets appended to the k8s port-forward result
+	URL string `json:"url"`
+}
+
+// ConnectStrings is a map of connect names to connection information.
+type ConnectStrings map[string]ConnectString
+
 // DeployedComponent contains information about a Zarf Package Component that has been deployed to a cluster.
 type DeployedComponent struct {
 	Name               string           `json:"name"`
@@ -105,13 +124,18 @@ type InstalledChart struct {
 
 // GitServerInfo contains information Zarf uses to communicate with a git repository to push/pull repositories to.
 type GitServerInfo struct {
-	PushUsername string `json:"pushUsername" jsonschema:"description=Username of a user with push access to the git repository"`
-	PushPassword string `json:"pushPassword" jsonschema:"description=Password of a user with push access to the git repository"`
-	PullUsername string `json:"pullUsername" jsonschema:"description=Username of a user with pull-only access to the git repository. If not provided for an external repository then the push-user is used"`
-	PullPassword string `json:"pullPassword" jsonschema:"description=Password of a user with pull-only access to the git repository. If not provided for an external repository then the push-user is used"`
-
-	Address        string `json:"address" jsonschema:"description=URL address of the git server"`
-	InternalServer bool   `json:"internalServer" jsonschema:"description=Indicates if we are using a git server that Zarf is directly managing"`
+	// Username of a user with push access to the git repository
+	PushUsername string `json:"pushUsername"`
+	// Password of a user with push access to the git repository
+	PushPassword string `json:"pushPassword"`
+	// Username of a user with pull-only access to the git repository. If not provided for an external repository then the push-user is used
+	PullUsername string `json:"pullUsername"`
+	// Password of a user with pull-only access to the git repository. If not provided for an external repository then the push-user is used
+	PullPassword string `json:"pullPassword"`
+	// URL address of the git server
+	Address string `json:"address"`
+	// Indicates if we are using a git server that Zarf is directly managing
+	InternalServer bool `json:"internalServer"`
 }
 
 // FillInEmptyValues sets every necessary value that's currently empty to a reasonable default
@@ -153,11 +177,14 @@ func (gs *GitServerInfo) FillInEmptyValues() error {
 
 // ArtifactServerInfo contains information Zarf uses to communicate with a artifact registry to push/pull repositories to.
 type ArtifactServerInfo struct {
-	PushUsername string `json:"pushUsername" jsonschema:"description=Username of a user with push access to the artifact registry"`
-	PushToken    string `json:"pushPassword" jsonschema:"description=Password of a user with push access to the artifact registry"`
-
-	Address        string `json:"address" jsonschema:"description=URL address of the artifact registry"`
-	InternalServer bool   `json:"internalServer" jsonschema:"description=Indicates if we are using a artifact registry that Zarf is directly managing"`
+	// Username of a user with push access to the artifact registry
+	PushUsername string `json:"pushUsername"`
+	// Password of a user with push access to the artifact registry
+	PushToken string `json:"pushPassword"`
+	// URL address of the artifact registry
+	Address string `json:"address"`
+	// Indicates if we are using a artifact registry that Zarf is directly managing
+	InternalServer bool `json:"internalServer"`
 }
 
 // FillInEmptyValues sets every necessary value that's currently empty to a reasonable default
@@ -176,16 +203,22 @@ func (as *ArtifactServerInfo) FillInEmptyValues() {
 
 // RegistryInfo contains information Zarf uses to communicate with a container registry to push/pull images.
 type RegistryInfo struct {
-	PushUsername string `json:"pushUsername" jsonschema:"description=Username of a user with push access to the registry"`
-	PushPassword string `json:"pushPassword" jsonschema:"description=Password of a user with push access to the registry"`
-	PullUsername string `json:"pullUsername" jsonschema:"description=Username of a user with pull-only access to the registry. If not provided for an external registry than the push-user is used"`
-	PullPassword string `json:"pullPassword" jsonschema:"description=Password of a user with pull-only access to the registry. If not provided for an external registry than the push-user is used"`
-
-	Address          string `json:"address" jsonschema:"description=URL address of the registry"`
-	NodePort         int    `json:"nodePort" jsonschema:"description=Nodeport of the registry. Only needed if the registry is running inside the kubernetes cluster"`
-	InternalRegistry bool   `json:"internalRegistry" jsonschema:"description=Indicates if we are using a registry that Zarf is directly managing"`
-
-	Secret string `json:"secret" jsonschema:"description=Secret value that the registry was seeded with"`
+	// Username of a user with push access to the registry
+	PushUsername string `json:"pushUsername"`
+	// Password of a user with push access to the registry
+	PushPassword string `json:"pushPassword"`
+	// Username of a user with pull-only access to the registry. If not provided for an external registry than the push-user is used
+	PullUsername string `json:"pullUsername"`
+	// Password of a user with pull-only access to the registry. If not provided for an external registry than the push-user is used
+	PullPassword string `json:"pullPassword"`
+	// URL address of the registry
+	Address string `json:"address"`
+	// Nodeport of the registry. Only needed if the registry is running inside the kubernetes cluster
+	NodePort int `json:"nodePort"`
+	// Indicates if we are using a registry that Zarf is directly managing
+	InternalRegistry bool `json:"internalRegistry"`
+	// Secret value that the registry was seeded with
+	Secret string `json:"secret"`
 }
 
 // FillInEmptyValues sets every necessary value not already set to a reasonable default
diff --git a/src/types/package.go b/src/types/package.go
index cb097d6e42..bb4b0edc0a 100644
--- a/src/types/package.go
+++ b/src/types/package.go
@@ -18,12 +18,18 @@ const (
 
 // ZarfPackage the top-level structure of a Zarf config file.
 type ZarfPackage struct {
-	Kind       ZarfPackageKind                 `json:"kind" jsonschema:"description=The kind of Zarf package,enum=ZarfInitConfig,enum=ZarfPackageConfig,default=ZarfPackageConfig"`
-	Metadata   ZarfMetadata                    `json:"metadata,omitempty" jsonschema:"description=Package metadata"`
-	Build      ZarfBuildData                   `json:"build,omitempty" jsonschema:"description=Zarf-generated package build data"`
-	Components []ZarfComponent                 `json:"components" jsonschema:"description=List of components to deploy in this package,minItems=1"`
-	Constants  []variables.Constant            `json:"constants,omitempty" jsonschema:"description=Constant template values applied on deploy for K8s resources"`
-	Variables  []variables.InteractiveVariable `json:"variables,omitempty" jsonschema:"description=Variable template values applied on deploy for K8s resources"`
+	// The kind of Zarf package.
+	Kind ZarfPackageKind `json:"kind" jsonschema:"enum=ZarfInitConfig,enum=ZarfPackageConfig,default=ZarfPackageConfig"`
+	// Package metadata.
+	Metadata ZarfMetadata `json:"metadata,omitempty"`
+	// Zarf-generated package build data.
+	Build ZarfBuildData `json:"build,omitempty"`
+	// List of components to deploy in this package.
+	Components []ZarfComponent `json:"components" jsonschema:"minItems=1"`
+	// Constant template values applied on deploy for K8s resources.
+	Constants []variables.Constant `json:"constants,omitempty"`
+	// Variable template values applied on deploy for K8s resources.
+	Variables []variables.InteractiveVariable `json:"variables,omitempty"`
 }
 
 // IsInitConfig returns whether a Zarf package is an init config.
@@ -43,35 +49,58 @@ func (pkg ZarfPackage) IsSBOMAble() bool {
 
 // ZarfMetadata lists information about the current ZarfPackage.
 type ZarfMetadata struct {
-	// The Name regex permits lowercase letters, numbers, and hyphens not at the start
-	// https://regex101.com/r/FLdG9G/2
-	Name              string `json:"name" jsonschema:"description=Name to identify this Zarf package,pattern=^[a-z0-9][a-z0-9\\-]*$"`
-	Description       string `json:"description,omitempty" jsonschema:"description=Additional information about this package"`
-	Version           string `json:"version,omitempty" jsonschema:"description=Generic string set by a package author to track the package version (Note: ZarfInitConfigs will always be versioned to the CLIVersion they were created with)"`
-	URL               string `json:"url,omitempty" jsonschema:"description=Link to package information when online"`
-	Image             string `json:"image,omitempty" jsonschema:"description=An image URL to embed in this package (Reserved for future use in Zarf UI)"`
-	Uncompressed      bool   `json:"uncompressed,omitempty" jsonschema:"description=Disable compression of this package"`
-	Architecture      string `json:"architecture,omitempty" jsonschema:"description=The target cluster architecture for this package,example=arm64,example=amd64"`
-	YOLO              bool   `json:"yolo,omitempty" jsonschema:"description=Yaml OnLy Online (YOLO): True enables deploying a Zarf package without first running zarf init against the cluster. This is ideal for connected environments where you want to use existing VCS and container registries."`
-	Authors           string `json:"authors,omitempty" jsonschema:"description=Comma-separated list of package authors (including contact info),example=Doug &#60;hello@defenseunicorns.com&#62;&#44; Pepr &#60;hello@defenseunicorns.com&#62;"`
-	Documentation     string `json:"documentation,omitempty" jsonschema:"description=Link to package documentation when online"`
-	Source            string `json:"source,omitempty" jsonschema:"description=Link to package source code when online"`
-	Vendor            string `json:"vendor,omitempty" jsonschema_description:"Name of the distributing entity, organization or individual."`
-	AggregateChecksum string `json:"aggregateChecksum,omitempty" jsonschema:"description=Checksum of a checksums.txt file that contains checksums all the layers within the package."`
+	// Name to identify this Zarf package.
+	Name string `json:"name" jsonschema:"pattern=^[a-z0-9][a-z0-9\\-]*$"`
+	// Additional information about this package.
+	Description string `json:"description,omitempty"`
+	// Generic string set by a package author to track the package version (Note: ZarfInitConfigs will always be versioned to the CLIVersion they were created with).
+	Version string `json:"version,omitempty"`
+	// Link to package information when online.
+	URL string `json:"url,omitempty"`
+	// An image URL to embed in this package (Reserved for future use in Zarf UI).
+	Image string `json:"image,omitempty"`
+	// Disable compression of this package.
+	Uncompressed bool `json:"uncompressed,omitempty"`
+	// The target cluster architecture for this package.
+	Architecture string `json:"architecture,omitempty" jsonschema:"example=arm64,example=amd64"`
+	// Yaml OnLy Online (YOLO): True enables deploying a Zarf package without first running zarf init against the cluster. This is ideal for connected environments where you want to use existing VCS and container registries.
+	YOLO bool `json:"yolo,omitempty"`
+	// Comma-separated list of package authors (including contact info).
+	Authors string `json:"authors,omitempty" jsonschema:"example=Doug &#60;hello@defenseunicorns.com&#62;&#44; Pepr &#60;hello@defenseunicorns.com&#62;"`
+	// Link to package documentation when online.
+	Documentation string `json:"documentation,omitempty"`
+	// Link to package source code when online.
+	Source string `json:"source,omitempty"`
+	// Name of the distributing entity, organization or individual.
+	Vendor string `json:"vendor,omitempty"`
+	// Checksum of a checksums.txt file that contains checksums all the layers within the package.
+	AggregateChecksum string `json:"aggregateChecksum,omitempty"`
 }
 
 // ZarfBuildData is written during the packager.Create() operation to track details of the created package.
 type ZarfBuildData struct {
-	Terminal                   string            `json:"terminal" jsonschema:"description=The machine name that created this package"`
-	User                       string            `json:"user" jsonschema:"description=The username who created this package"`
-	Architecture               string            `json:"architecture" jsonschema:"description=The architecture this package was created on"`
-	Timestamp                  string            `json:"timestamp" jsonschema:"description=The timestamp when this package was created"`
-	Version                    string            `json:"version" jsonschema:"description=The version of Zarf used to build this package"`
-	Migrations                 []string          `json:"migrations,omitempty" jsonschema:"description=Any migrations that have been run on this package"`
-	RegistryOverrides          map[string]string `json:"registryOverrides,omitempty" jsonschema:"description=Any registry domains that were overridden on package create when pulling images"`
-	Differential               bool              `json:"differential,omitempty" jsonschema:"description=Whether this package was created with differential components"`
-	DifferentialPackageVersion string            `json:"differentialPackageVersion,omitempty" jsonschema:"description=Version of a previously built package used as the basis for creating this differential package"`
-	DifferentialMissing        []string          `json:"differentialMissing,omitempty" jsonschema:"description=List of components that were not included in this package due to differential packaging"`
-	LastNonBreakingVersion     string            `json:"lastNonBreakingVersion,omitempty" jsonschema:"description=The minimum version of Zarf that does not have breaking package structure changes"`
-	Flavor                     string            `json:"flavor,omitempty" jsonschema:"description=The flavor of Zarf used to build this package"`
+	// The machine name that created this package.
+	Terminal string `json:"terminal"`
+	// The username who created this package.
+	User string `json:"user"`
+	// The architecture this package was created on.
+	Architecture string `json:"architecture"`
+	// The timestamp when this package was created.
+	Timestamp string `json:"timestamp"`
+	// The version of Zarf used to build this package.
+	Version string `json:"version"`
+	// Any migrations that have been run on this package.
+	Migrations []string `json:"migrations,omitempty"`
+	// Any registry domains that were overridden on package create when pulling images.
+	RegistryOverrides map[string]string `json:"registryOverrides,omitempty"`
+	// Whether this package was created with differential components.
+	Differential bool `json:"differential,omitempty"`
+	// Version of a previously built package used as the basis for creating this differential package.
+	DifferentialPackageVersion string `json:"differentialPackageVersion,omitempty"`
+	// List of components that were not included in this package due to differential packaging.
+	DifferentialMissing []string `json:"differentialMissing,omitempty"`
+	// The minimum version of Zarf that does not have breaking package structure changes.
+	LastNonBreakingVersion string `json:"lastNonBreakingVersion,omitempty"`
+	// The flavor of Zarf used to build this package.
+	Flavor string `json:"flavor,omitempty"`
 }
diff --git a/src/types/runtime.go b/src/types/runtime.go
index b4a7d44ad2..0298d80346 100644
--- a/src/types/runtime.go
+++ b/src/types/runtime.go
@@ -18,22 +18,34 @@ const (
 
 // ZarfCommonOptions tracks the user-defined preferences used across commands.
 type ZarfCommonOptions struct {
-	Confirm        bool   `json:"confirm" jsonschema:"description=Verify that Zarf should perform an action"`
-	Insecure       bool   `json:"insecure" jsonschema:"description=Allow insecure connections for remote packages"`
-	CachePath      string `json:"cachePath" jsonschema:"description=Path to use to cache images and git repos on package create"`
-	TempDirectory  string `json:"tempDirectory" jsonschema:"description=Location Zarf should use as a staging ground when managing files and images for package creation and deployment"`
-	OCIConcurrency int    `jsonschema:"description=Number of concurrent layer operations to perform when interacting with a remote package"`
+	// Verify that Zarf should perform an action
+	Confirm bool
+	// Allow insecure connections for remote packages
+	Insecure bool
+	// Path to use to cache images and git repos on package create
+	CachePath string
+	// Location Zarf should use as a staging ground when managing files and images for package creation and deployment
+	TempDirectory string
+	// Number of concurrent layer operations to perform when interacting with a remote package
+	OCIConcurrency int
 }
 
 // ZarfPackageOptions tracks the user-defined preferences during common package operations.
 type ZarfPackageOptions struct {
-	Shasum             string            `json:"shasum" jsonschema:"description=The SHA256 checksum of the package"`
-	PackageSource      string            `json:"packageSource" jsonschema:"description=Location where a Zarf package can be found"`
-	OptionalComponents string            `json:"optionalComponents" jsonschema:"description=Comma separated list of optional components"`
-	SGetKeyPath        string            `json:"sGetKeyPath" jsonschema:"description=Location where the public key component of a cosign key-pair can be found"`
-	SetVariables       map[string]string `json:"setVariables" jsonschema:"description=Key-Value map of variable names and their corresponding values that will be used to template manifests and files in the Zarf package"`
-	PublicKeyPath      string            `json:"publicKeyPath" jsonschema:"description=Location where the public key component of a cosign key-pair can be found"`
-	Retries            int               `json:"retries" jsonschema:"description=The number of retries to perform for Zarf deploy operations like image pushes or Helm installs"`
+	// The SHA256 checksum of the package
+	Shasum string
+	// Location where a Zarf package can be found
+	PackageSource string
+	// Comma separated list of optional components
+	OptionalComponents string
+	// Location where the public key component of a cosign key-pair can be found
+	SGetKeyPath string
+	// Key-Value map of variable names and their corresponding values that will be used to template manifests and files in the Zarf package
+	SetVariables map[string]string
+	// Location where the public key component of a cosign key-pair can be found
+	PublicKeyPath string
+	// The number of retries to perform for Zarf deploy operations like image pushes or Helm installs
+	Retries int
 }
 
 // ZarfInspectOptions tracks the user-defined preferences during a package inspection.
@@ -48,125 +60,125 @@ type ZarfInspectOptions struct {
 
 // ZarfFindImagesOptions tracks the user-defined preferences during a prepare find-images search.
 type ZarfFindImagesOptions struct {
-	RepoHelmChartPath   string `json:"repoHelmChartPath" jsonschema:"description=Path to the helm chart directory"`
-	KubeVersionOverride string `json:"kubeVersionOverride" jsonschema:"description=Kubernetes version to use for the helm chart"`
-	RegistryURL         string `json:"registryURL" jsonschema:"description=Manual override for ###ZARF_REGISTRY###"`
-	Why                 string `json:"why" jsonschema:"description=Find the location of the image given as an argument and print it to the console"`
-	SkipCosign          bool   `json:"skip-cosign" jsonschema:"description=Optionally skip lookup of cosign artifacts when finding images"`
+	// Path to the helm chart directory
+	RepoHelmChartPath string
+	// Kubernetes version to use for the helm chart
+	KubeVersionOverride string
+	// Manual override for ###ZARF_REGISTRY###
+	RegistryURL string
+	// Find the location of the image given as an argument and print it to the console
+	Why string
+	// Optionally skip lookup of cosign artifacts when finding images
+	SkipCosign bool
 }
 
 // ZarfDeployOptions tracks the user-defined preferences during a package deploy.
 type ZarfDeployOptions struct {
-	AdoptExistingResources bool          `json:"adoptExistingResources" jsonschema:"description=Whether to adopt any pre-existing K8s resources into the Helm charts managed by Zarf"`
-	SkipWebhooks           bool          `json:"componentWebhooks" jsonschema:"description=Skip waiting for external webhooks to execute as each package component is deployed"`
-	Timeout                time.Duration `json:"timeout" jsonschema:"description=Timeout for performing Helm operations"`
-
-	// TODO (@WSTARR): This is a library only addition to Zarf and should be refactored in the future (potentially to utilize component composability). As is it should NOT be exposed directly on the CLI
-	ValuesOverridesMap map[string]map[string]map[string]interface{} `json:"valuesOverridesMap" jsonschema:"description=[Library Only] A map of component names to chart names containing Helm Chart values to override values on deploy"`
+	// Whether to adopt any pre-existing K8s resources into the Helm charts managed by Zarf
+	AdoptExistingResources bool
+	// Skip waiting for external webhooks to execute as each package component is deployed
+	SkipWebhooks bool
+	// Timeout for performing Helm operations
+	Timeout time.Duration
+	// [Library Only] A map of component names to chart names containing Helm Chart values to override values on deploy
+	ValuesOverridesMap map[string]map[string]map[string]interface{}
 }
 
 // ZarfMirrorOptions tracks the user-defined preferences during a package mirror.
 type ZarfMirrorOptions struct {
-	NoImgChecksum bool `json:"noImgChecksum" jsonschema:"description=Whether to skip adding a Zarf checksum to image references."`
+	// Whether to skip adding a Zarf checksum to image references
+	NoImgChecksum bool
 }
 
 // ZarfPublishOptions tracks the user-defined preferences during a package publish.
 type ZarfPublishOptions struct {
-	PackageDestination string `json:"packageDestination" jsonschema:"description=Location where the Zarf package will be published to"`
-	SigningKeyPassword string `json:"signingKeyPassword" jsonschema:"description=Password to the private key signature file that will be used to sign the published package"`
-	SigningKeyPath     string `json:"signingKeyPath" jsonschema:"description=Location where the private key component of a cosign key-pair can be found"`
+	// Location where the Zarf package will be published to
+	PackageDestination string
+	// Password to the private key signature file that will be used to sign the published package
+	SigningKeyPassword string
+	// Location where the private key component of a cosign key-pair can be found
+	SigningKeyPath string
 }
 
 // ZarfPullOptions tracks the user-defined preferences during a package pull.
 type ZarfPullOptions struct {
-	OutputDirectory string `json:"outputDirectory" jsonschema:"description=Location where the pulled Zarf package will be placed"`
+	// Location where the pulled Zarf package will be placed
+	OutputDirectory string
 }
 
 // ZarfGenerateOptions tracks the user-defined options during package generation.
 type ZarfGenerateOptions struct {
-	Name    string `json:"name" jsonschema:"description=Name of the package being generated"`
-	URL     string `json:"url" jsonschema:"description=URL to the source git repository"`
-	Version string `json:"version" jsonschema:"description=Version of the chart to use"`
-	GitPath string `json:"gitPath" jsonschema:"description=Relative path to the chart in the git repository"`
-	Output  string `json:"output" jsonschema:"description=Location where the finalized zarf.yaml will be placed"`
+	// Name of the package being generated
+	Name string
+	// URL to the source git repository
+	URL string
+	// Version of the chart to use
+	Version string
+	// Relative path to the chart in the git repository
+	GitPath string
+	// Location where the finalized zarf.yaml will be placed
+	Output string
 }
 
 // ZarfInitOptions tracks the user-defined options during cluster initialization.
 type ZarfInitOptions struct {
-	// Zarf init is installing the k3s component
-	ApplianceMode bool `json:"applianceMode" jsonschema:"description=Indicates if Zarf was initialized while deploying its own k8s cluster"`
-
-	// Using alternative services
-	GitServer      GitServerInfo      `json:"gitServer" jsonschema:"description=Information about the repository Zarf is going to be using"`
-	RegistryInfo   RegistryInfo       `json:"registryInfo" jsonschema:"description=Information about the container registry Zarf is going to be using"`
-	ArtifactServer ArtifactServerInfo `json:"artifactServer" jsonschema:"description=Information about the artifact registry Zarf is going to be using"`
-
-	StorageClass string `json:"storageClass" jsonschema:"description=StorageClass of the k8s cluster Zarf is initializing"`
+	// Indicates if Zarf was initialized while deploying its own k8s cluster
+	ApplianceMode bool
+	// Information about the repository Zarf is going to be using
+	GitServer GitServerInfo
+	// Information about the container registry Zarf is going to be using
+	RegistryInfo RegistryInfo
+	// Information about the artifact registry Zarf is going to be using
+	ArtifactServer ArtifactServerInfo
+	// StorageClass of the k8s cluster Zarf is initializing
+	StorageClass string
 }
 
 // ZarfCreateOptions tracks the user-defined options used to create the package.
 type ZarfCreateOptions struct {
-	SkipSBOM                bool              `json:"skipSBOM" jsonschema:"description=Disable the generation of SBOM materials during package creation"`
-	BaseDir                 string            `json:"baseDir" jsonschema:"description=Location where the Zarf package will be created from"`
-	Output                  string            `json:"output" jsonschema:"description=Location where the finalized Zarf package will be placed"`
-	ViewSBOM                bool              `json:"sbom" jsonschema:"description=Whether to pause to allow for viewing the SBOM post-creation"`
-	SBOMOutputDir           string            `json:"sbomOutput" jsonschema:"description=Location to output an SBOM into after package creation"`
-	SetVariables            map[string]string `json:"setVariables" jsonschema:"description=Key-Value map of variable names and their corresponding values that will be used to template against the Zarf package being used"`
-	MaxPackageSizeMB        int               `json:"maxPackageSizeMB" jsonschema:"description=Size of chunks to use when splitting a zarf package into multiple files in megabytes"`
-	SigningKeyPath          string            `json:"signingKeyPath" jsonschema:"description=Location where the private key component of a cosign key-pair can be found"`
-	SigningKeyPassword      string            `json:"signingKeyPassword" jsonschema:"description=Password to the private key signature file that will be used to sigh the created package"`
-	DifferentialPackagePath string            `json:"differentialPackagePath" jsonschema:"description=Path to a previously built package used as the basis for creating a differential package"`
-	RegistryOverrides       map[string]string `json:"registryOverrides" jsonschema:"description=A map of domains to override on package create when pulling images"`
-	Flavor                  string            `json:"flavor" jsonschema:"description=An optional variant that controls which components will be included in a package"`
-	IsSkeleton              bool              `json:"isSkeleton" jsonschema:"description=Whether to create a skeleton package"`
-	NoYOLO                  bool              `json:"noYOLO" jsonschema:"description=Whether to create a YOLO package"`
+	// Disable the generation of SBOM materials during package creation
+	SkipSBOM bool
+	// Location where the Zarf package will be created from
+	BaseDir string
+	// Location where the finalized Zarf package will be placed
+	Output string
+	// Whether to pause to allow for viewing the SBOM post-creation
+	ViewSBOM bool
+	// Location to output an SBOM into after package creation
+	SBOMOutputDir string
+	// Key-Value map of variable names and their corresponding values that will be used to template against the Zarf package being used
+	SetVariables map[string]string
+	// Size of chunks to use when splitting a zarf package into multiple files in megabytes
+	MaxPackageSizeMB int
+	// Location where the private key component of a cosign key-pair can be found
+	SigningKeyPath string
+	// Password to the private key signature file that will be used to sigh the created package
+	SigningKeyPassword string
+	// Path to a previously built package used as the basis for creating a differential package
+	DifferentialPackagePath string
+	// A map of domains to override on package create when pulling images
+	RegistryOverrides map[string]string
+	// An optional variant that controls which components will be included in a package
+	Flavor string
+	// Whether to create a skeleton package
+	IsSkeleton bool
+	// Whether to create a YOLO package
+	NoYOLO bool
 }
 
 // ZarfSplitPackageData contains info about a split package.
 type ZarfSplitPackageData struct {
-	Sha256Sum string `json:"sha256Sum" jsonschema:"description=The sha256sum of the package"`
-	Bytes     int64  `json:"bytes" jsonschema:"description=The size of the package in bytes"`
-	Count     int    `json:"count" jsonschema:"description=The number of parts the package is split into"`
-}
-
-// ConnectString contains information about a connection made with Zarf connect.
-type ConnectString struct {
-	Description string `json:"description" jsonschema:"description=Descriptive text that explains what the resource you would be connecting to is used for"`
-	URL         string `json:"url" jsonschema:"description=URL path that gets appended to the k8s port-forward result"`
+	// The sha256sum of the package
+	Sha256Sum string
+	// The size of the package in bytes
+	Bytes int64
+	// The number of parts the package is split into
+	Count int
 }
 
-// ConnectStrings is a map of connect names to connection information.
-type ConnectStrings map[string]ConnectString
-
 // DifferentialData contains image and repository information about the package a Differential Package is Based on.
 type DifferentialData struct {
 	DifferentialImages         map[string]bool
 	DifferentialRepos          map[string]bool
 	DifferentialPackageVersion string
 }
-
-// PackageFinding is a struct that contains a finding about something wrong with a package
-type PackageFinding struct {
-	// YqPath is the path to the key where the error originated from, this is sometimes empty in the case of a general error
-	YqPath      string
-	Description string
-	// Item is the value of a key that is causing an error, for example a bad image name
-	Item string
-	// PackageNameOverride shows the name of the package that the error originated from
-	// If it is not set the base package will be used when displaying the error
-	PackageNameOverride string
-	// PackagePathOverride shows the path to the package that the error originated from
-	// If it is not set the base package will be used when displaying the error
-	PackagePathOverride string
-	Severity            Severity
-}
-
-// Severity is the type of package error
-// Either Err or Warning
-type Severity int
-
-// different severities of package errors
-const (
-	SevErr Severity = iota + 1
-	SevWarn
-)
diff --git a/zarf.schema.json b/zarf.schema.json
index b5c7a971d4..f4a0690553 100644
--- a/zarf.schema.json
+++ b/zarf.schema.json
@@ -6,29 +6,29 @@
       "properties": {
         "version": {
           "type": "string",
-          "description": "The version of Big Bang to use"
+          "description": "The version of Big Bang to use."
         },
         "repo": {
           "type": "string",
-          "description": "Override repo to pull Big Bang from instead of Repo One"
+          "description": "Override repo to pull Big Bang from instead of Repo One."
         },
         "valuesFiles": {
           "items": {
             "type": "string"
           },
           "type": "array",
-          "description": "The list of values files to pass to Big Bang; these will be merged together"
+          "description": "The list of values files to pass to Big Bang; these will be merged together."
         },
         "skipFlux": {
           "type": "boolean",
-          "description": "Whether to skip deploying flux; Defaults to false"
+          "description": "Whether to skip deploying flux; Defaults to false."
         },
         "fluxPatchFiles": {
           "items": {
             "type": "string"
           },
           "type": "array",
-          "description": "Optional paths to Flux kustomize strategic merge patch files"
+          "description": "Optional paths to Flux kustomize strategic merge patch files."
         }
       },
       "additionalProperties": false,
@@ -36,6 +36,7 @@
       "required": [
         "version"
       ],
+      "description": "BigBang holds the configuration for the Big Bang extension.",
       "patternProperties": {
         "^x-": {}
       }
@@ -70,6 +71,7 @@
         "name",
         "value"
       ],
+      "description": "Constant are constants that can be used to dynamically template K8s resources or run in actions.",
       "patternProperties": {
         "^x-": {}
       }
@@ -78,40 +80,41 @@
       "properties": {
         "showOutput": {
           "type": "boolean",
-          "description": "Show the output of the script during package deployment"
+          "description": "Show the output of the script during package deployment."
         },
         "timeoutSeconds": {
           "type": "integer",
-          "description": "Timeout in seconds for the script"
+          "description": "Timeout in seconds for the script."
         },
         "retry": {
           "type": "boolean",
-          "description": "Retry the script if it fails"
+          "description": "Retry the script if it fails."
         },
         "prepare": {
           "items": {
             "type": "string"
           },
           "type": "array",
-          "description": "Scripts to run before the component is added during package create"
+          "description": "Scripts to run before the component is added during package create."
         },
         "before": {
           "items": {
             "type": "string"
           },
           "type": "array",
-          "description": "Scripts to run before the component is deployed"
+          "description": "Scripts to run before the component is deployed."
         },
         "after": {
           "items": {
             "type": "string"
           },
           "type": "array",
-          "description": "Scripts to run after the component successfully deploys"
+          "description": "Scripts to run after the component successfully deploys."
         }
       },
       "additionalProperties": false,
       "type": "object",
+      "description": "DeprecatedZarfComponentScripts are scripts that run before or after a component is deployed.",
       "patternProperties": {
         "^x-": {}
       }
@@ -161,6 +164,7 @@
       "required": [
         "name"
       ],
+      "description": "InteractiveVariable is a variable that can be used to prompt a user for more information",
       "patternProperties": {
         "^x-": {}
       }
@@ -241,6 +245,7 @@
       "required": [
         "name"
       ],
+      "description": "Variable represents a variable that has a value set programmatically",
       "patternProperties": {
         "^x-": {}
       }
@@ -249,60 +254,60 @@
       "properties": {
         "terminal": {
           "type": "string",
-          "description": "The machine name that created this package"
+          "description": "The machine name that created this package."
         },
         "user": {
           "type": "string",
-          "description": "The username who created this package"
+          "description": "The username who created this package."
         },
         "architecture": {
           "type": "string",
-          "description": "The architecture this package was created on"
+          "description": "The architecture this package was created on."
         },
         "timestamp": {
           "type": "string",
-          "description": "The timestamp when this package was created"
+          "description": "The timestamp when this package was created."
         },
         "version": {
           "type": "string",
-          "description": "The version of Zarf used to build this package"
+          "description": "The version of Zarf used to build this package."
         },
         "migrations": {
           "items": {
             "type": "string"
           },
           "type": "array",
-          "description": "Any migrations that have been run on this package"
+          "description": "Any migrations that have been run on this package."
         },
         "registryOverrides": {
           "additionalProperties": {
             "type": "string"
           },
           "type": "object",
-          "description": "Any registry domains that were overridden on package create when pulling images"
+          "description": "Any registry domains that were overridden on package create when pulling images."
         },
         "differential": {
           "type": "boolean",
-          "description": "Whether this package was created with differential components"
+          "description": "Whether this package was created with differential components."
         },
         "differentialPackageVersion": {
           "type": "string",
-          "description": "Version of a previously built package used as the basis for creating this differential package"
+          "description": "Version of a previously built package used as the basis for creating this differential package."
         },
         "differentialMissing": {
           "items": {
             "type": "string"
           },
           "type": "array",
-          "description": "List of components that were not included in this package due to differential packaging"
+          "description": "List of components that were not included in this package due to differential packaging."
         },
         "lastNonBreakingVersion": {
           "type": "string",
-          "description": "The minimum version of Zarf that does not have breaking package structure changes"
+          "description": "The minimum version of Zarf that does not have breaking package structure changes."
         },
         "flavor": {
           "type": "string",
-          "description": "The flavor of Zarf used to build this package"
+          "description": "The flavor of Zarf used to build this package."
         }
       },
       "additionalProperties": false,
@@ -314,6 +319,7 @@
         "timestamp",
         "version"
       ],
+      "description": "ZarfBuildData is written during the packager.Create() operation to track details of the created package.",
       "patternProperties": {
         "^x-": {}
       }
@@ -322,15 +328,15 @@
       "properties": {
         "name": {
           "type": "string",
-          "description": "The name of the chart within Zarf; note that this must be unique and does not need to be the same as the name in the chart repo"
+          "description": "The name of the chart within Zarf; note that this must be unique and does not need to be the same as the name in the chart repo."
         },
         "version": {
           "type": "string",
-          "description": "The version of the chart to deploy; for git-based charts this is also the tag of the git repo by default (when not using the '@' syntax for 'repos')"
+          "description": "The version of the chart to deploy; for git-based charts this is also the tag of the git repo by default (when not using the '@' syntax for 'repos')."
         },
         "url": {
           "type": "string",
-          "description": "The URL of the OCI registry, chart repository, or git repo where the helm chart is stored",
+          "description": "The URL of the OCI registry, chart repository, or git repo where the helm chart is stored.",
           "examples": [
             "OCI registry: oci://ghcr.io/stefanprodan/charts/podinfo",
             "helm chart repo: https://stefanprodan.github.io/podinfo",
@@ -339,44 +345,44 @@
         },
         "repoName": {
           "type": "string",
-          "description": "The name of a chart within a Helm repository (defaults to the Zarf name of the chart)"
+          "description": "The name of a chart within a Helm repository (defaults to the Zarf name of the chart)."
         },
         "gitPath": {
           "type": "string",
-          "description": "(git repo only) The sub directory to the chart within a git repo",
+          "description": "(git repo only) The sub directory to the chart within a git repo.",
           "examples": [
             "charts/your-chart"
           ]
         },
         "localPath": {
           "type": "string",
-          "description": "The path to a local chart's folder or .tgz archive"
+          "description": "The path to a local chart's folder or .tgz archive."
         },
         "namespace": {
           "type": "string",
-          "description": "The namespace to deploy the chart to"
+          "description": "The namespace to deploy the chart to."
         },
         "releaseName": {
           "type": "string",
-          "description": "The name of the Helm release to create (defaults to the Zarf name of the chart)"
+          "description": "The name of the Helm release to create (defaults to the Zarf name of the chart)."
         },
         "noWait": {
           "type": "boolean",
-          "description": "Whether to not wait for chart resources to be ready before continuing"
+          "description": "Whether to not wait for chart resources to be ready before continuing."
         },
         "valuesFiles": {
           "items": {
             "type": "string"
           },
           "type": "array",
-          "description": "List of local values file paths or remote URLs to include in the package; these will be merged together when deployed"
+          "description": "List of local values file paths or remote URLs to include in the package; these will be merged together when deployed."
         },
         "variables": {
           "items": {
             "$ref": "#/$defs/ZarfChartVariable"
           },
           "type": "array",
-          "description": "[alpha] List of variables to set in the Helm chart"
+          "description": "[alpha] List of variables to set in the Helm chart."
         }
       },
       "additionalProperties": false,
@@ -384,6 +390,7 @@
       "required": [
         "name"
       ],
+      "description": "ZarfChart defines a helm chart to be deployed.",
       "patternProperties": {
         "^x-": {}
       }
@@ -393,15 +400,15 @@
         "name": {
           "type": "string",
           "pattern": "^[A-Z0-9_]+$",
-          "description": "The name of the variable"
+          "description": "The name of the variable."
         },
         "description": {
           "type": "string",
-          "description": "A brief description of what the variable controls"
+          "description": "A brief description of what the variable controls."
         },
         "path": {
           "type": "string",
-          "description": "The path within the Helm chart values where this variable applies"
+          "description": "The path within the Helm chart values where this variable applies."
         }
       },
       "additionalProperties": false,
@@ -411,6 +418,7 @@
         "description",
         "path"
       ],
+      "description": "ZarfChartVariable represents a variable that can be set for a Helm chart overrides.",
       "patternProperties": {
         "^x-": {}
       }
@@ -420,23 +428,23 @@
         "name": {
           "type": "string",
           "pattern": "^[a-z0-9][a-z0-9\\-]*$",
-          "description": "The name of the component"
+          "description": "The name of the component."
         },
         "description": {
           "type": "string",
-          "description": "Message to include during package deploy describing the purpose of this component"
+          "description": "Message to include during package deploy describing the purpose of this component."
         },
         "default": {
           "type": "boolean",
-          "description": "Determines the default Y/N state for installing this component on package deploy"
+          "description": "Determines the default Y/N state for installing this component on package deploy."
         },
         "required": {
           "type": "boolean",
-          "description": "Do not prompt user to install this component"
+          "description": "Do not prompt user to install this component."
         },
         "only": {
           "$ref": "#/$defs/ZarfComponentOnlyTarget",
-          "description": "Filter when this component is included in package creation or deployment"
+          "description": "Filter when this component is included in package creation or deployment."
         },
         "group": {
           "type": "string",
@@ -448,61 +456,61 @@
         },
         "import": {
           "$ref": "#/$defs/ZarfComponentImport",
-          "description": "Import a component from another Zarf package"
+          "description": "Import a component from another Zarf package."
         },
         "manifests": {
           "items": {
             "$ref": "#/$defs/ZarfManifest"
           },
           "type": "array",
-          "description": "Kubernetes manifests to be included in a generated Helm chart on package deploy"
+          "description": "Kubernetes manifests to be included in a generated Helm chart on package deploy."
         },
         "charts": {
           "items": {
             "$ref": "#/$defs/ZarfChart"
           },
           "type": "array",
-          "description": "Helm charts to install during package deploy"
+          "description": "Helm charts to install during package deploy."
         },
         "dataInjections": {
           "items": {
             "$ref": "#/$defs/ZarfDataInjection"
           },
           "type": "array",
-          "description": "Datasets to inject into a container in the target cluster"
+          "description": "Datasets to inject into a container in the target cluster."
         },
         "files": {
           "items": {
             "$ref": "#/$defs/ZarfFile"
           },
           "type": "array",
-          "description": "Files or folders to place on disk during package deployment"
+          "description": "Files or folders to place on disk during package deployment."
         },
         "images": {
           "items": {
             "type": "string"
           },
           "type": "array",
-          "description": "List of OCI images to include in the package"
+          "description": "List of OCI images to include in the package."
         },
         "repos": {
           "items": {
             "type": "string"
           },
           "type": "array",
-          "description": "List of git repos to include in the package"
+          "description": "List of git repos to include in the package."
         },
         "extensions": {
           "$ref": "#/$defs/ZarfComponentExtensions",
-          "description": "Extend component functionality with additional features"
+          "description": "Extend component functionality with additional features."
         },
         "scripts": {
           "$ref": "#/$defs/DeprecatedZarfComponentScripts",
-          "description": "[Deprecated] (replaced by actions) Custom commands to run before or after package deployment.  This will be removed in Zarf v1.0.0."
+          "description": "[Deprecated] (replaced by actions) Custom commands to run before or after package deployment. This will be removed in Zarf v1.0.0."
         },
         "actions": {
           "$ref": "#/$defs/ZarfComponentActions",
-          "description": "Custom commands to run at various stages of a package lifecycle"
+          "description": "Custom commands to run at various stages of a package lifecycle."
         }
       },
       "additionalProperties": false,
@@ -510,6 +518,7 @@
       "required": [
         "name"
       ],
+      "description": "ZarfComponent is the primary functional grouping of assets to deploy by Zarf.",
       "patternProperties": {
         "^x-": {}
       }
@@ -518,26 +527,26 @@
       "properties": {
         "mute": {
           "type": "boolean",
-          "description": "Hide the output of the command during package deployment (default false)"
+          "description": "Hide the output of the command during package deployment (default false)."
         },
         "maxTotalSeconds": {
           "type": "integer",
-          "description": "Timeout in seconds for the command (default to 0"
+          "description": "Timeout in seconds for the command (default to 0, no timeout for cmd actions and 300, 5 minutes for wait actions)."
         },
         "maxRetries": {
           "type": "integer",
-          "description": "Retry the command if it fails up to given number of times (default 0)"
+          "description": "Retry the command if it fails up to given number of times (default 0)."
         },
         "dir": {
           "type": "string",
-          "description": "The working directory to run the command in (default is CWD)"
+          "description": "The working directory to run the command in (default is CWD)."
         },
         "env": {
           "items": {
             "type": "string"
           },
           "type": "array",
-          "description": "Additional environment variables to set for the command"
+          "description": "Additional environment variables to set for the command."
         },
         "cmd": {
           "type": "string",
@@ -545,12 +554,12 @@
         },
         "shell": {
           "$ref": "#/$defs/Shell",
-          "description": "(cmd only) Indicates a preference for a shell for the provided cmd to be executed in on supported operating systems"
+          "description": "(cmd only) Indicates a preference for a shell for the provided cmd to be executed in on supported operating systems."
         },
         "setVariable": {
           "type": "string",
           "pattern": "^[A-Z0-9_]+$",
-          "description": "[Deprecated] (replaced by setVariables) (onDeploy/cmd only) The name of a variable to update with the output of the command. This variable will be available to all remaining actions and components in the package. This will be removed in Zarf v1.0.0"
+          "description": "[Deprecated] (replaced by setVariables) (onDeploy/cmd only) The name of a variable to update with the output of the command. This variable will be available to all remaining actions and components in the package. This will be removed in Zarf v1.0.0."
         },
         "setVariables": {
           "items": {
@@ -561,7 +570,7 @@
         },
         "description": {
           "type": "string",
-          "description": "Description of the action to be displayed during package execution instead of the command"
+          "description": "Description of the action to be displayed during package execution instead of the command."
         },
         "wait": {
           "$ref": "#/$defs/ZarfComponentActionWait",
@@ -570,6 +579,7 @@
       },
       "additionalProperties": false,
       "type": "object",
+      "description": "ZarfComponentAction represents a single action to run during a zarf package operation.",
       "patternProperties": {
         "^x-": {}
       }
@@ -578,34 +588,35 @@
       "properties": {
         "mute": {
           "type": "boolean",
-          "description": "Hide the output of commands during execution (default false)"
+          "description": "Hide the output of commands during execution (default false)."
         },
         "maxTotalSeconds": {
           "type": "integer",
-          "description": "Default timeout in seconds for commands (default to 0"
+          "description": "Default timeout in seconds for commands (default to 0, no timeout)."
         },
         "maxRetries": {
           "type": "integer",
-          "description": "Retry commands given number of times if they fail (default 0)"
+          "description": "Retry commands given number of times if they fail (default 0)."
         },
         "dir": {
           "type": "string",
-          "description": "Working directory for commands (default CWD)"
+          "description": "Working directory for commands (default CWD)."
         },
         "env": {
           "items": {
             "type": "string"
           },
           "type": "array",
-          "description": "Additional environment variables for commands"
+          "description": "Additional environment variables for commands."
         },
         "shell": {
           "$ref": "#/$defs/Shell",
-          "description": "(cmd only) Indicates a preference for a shell for the provided cmd to be executed in on supported operating systems"
+          "description": "(cmd only) Indicates a preference for a shell for the provided cmd to be executed in on supported operating systems."
         }
       },
       "additionalProperties": false,
       "type": "object",
+      "description": "ZarfComponentActionDefaults sets the default configs for child actions.",
       "patternProperties": {
         "^x-": {}
       }
@@ -614,39 +625,40 @@
       "properties": {
         "defaults": {
           "$ref": "#/$defs/ZarfComponentActionDefaults",
-          "description": "Default configuration for all actions in this set"
+          "description": "Default configuration for all actions in this set."
         },
         "before": {
           "items": {
             "$ref": "#/$defs/ZarfComponentAction"
           },
           "type": "array",
-          "description": "Actions to run at the start of an operation"
+          "description": "Actions to run at the start of an operation."
         },
         "after": {
           "items": {
             "$ref": "#/$defs/ZarfComponentAction"
           },
           "type": "array",
-          "description": "Actions to run at the end of an operation"
+          "description": "Actions to run at the end of an operation."
         },
         "onSuccess": {
           "items": {
             "$ref": "#/$defs/ZarfComponentAction"
           },
           "type": "array",
-          "description": "Actions to run if all operations succeed"
+          "description": "Actions to run if all operations succeed."
         },
         "onFailure": {
           "items": {
             "$ref": "#/$defs/ZarfComponentAction"
           },
           "type": "array",
-          "description": "Actions to run if all operations fail"
+          "description": "Actions to run if all operations fail."
         }
       },
       "additionalProperties": false,
       "type": "object",
+      "description": "ZarfComponentActionSet is a set of actions to run during a zarf package operation.",
       "patternProperties": {
         "^x-": {}
       }
@@ -664,6 +676,7 @@
       },
       "additionalProperties": false,
       "type": "object",
+      "description": "ZarfComponentActionWait specifies a condition to wait for before continuing",
       "patternProperties": {
         "^x-": {}
       }
@@ -672,27 +685,27 @@
       "properties": {
         "kind": {
           "type": "string",
-          "description": "The kind of resource to wait for",
+          "description": "The kind of resource to wait for.",
           "examples": [
             "Pod",
-            "Deployment)"
+            "Deployment"
           ]
         },
         "name": {
           "type": "string",
-          "description": "The name of the resource or selector to wait for",
+          "description": "The name of the resource or selector to wait for.",
           "examples": [
             "podinfo",
-            "app&#61;podinfo"
+            "app=podinfo"
           ]
         },
         "namespace": {
           "type": "string",
-          "description": "The namespace of the resource to wait for"
+          "description": "The namespace of the resource to wait for."
         },
         "condition": {
           "type": "string",
-          "description": "The condition or jsonpath state to wait for; defaults to exist",
+          "description": "The condition or jsonpath state to wait for; defaults to exist, a special condition that will wait for the resource to exist.",
           "examples": [
             "Ready",
             "Available"
@@ -705,6 +718,7 @@
         "kind",
         "name"
       ],
+      "description": "ZarfComponentActionWaitCluster specifies a condition to wait for before continuing",
       "patternProperties": {
         "^x-": {}
       }
@@ -718,11 +732,11 @@
             "http",
             "https"
           ],
-          "description": "The protocol to wait for"
+          "description": "The protocol to wait for."
         },
         "address": {
           "type": "string",
-          "description": "The address to wait for",
+          "description": "The address to wait for.",
           "examples": [
             "localhost:8080",
             "1.1.1.1"
@@ -730,7 +744,7 @@
         },
         "code": {
           "type": "integer",
-          "description": "The HTTP status code to wait for if using http or https",
+          "description": "The HTTP status code to wait for if using http or https.",
           "examples": [
             200,
             404
@@ -743,6 +757,7 @@
         "protocol",
         "address"
       ],
+      "description": "ZarfComponentActionWaitNetwork specifies a condition to wait for before continuing",
       "patternProperties": {
         "^x-": {}
       }
@@ -751,19 +766,20 @@
       "properties": {
         "onCreate": {
           "$ref": "#/$defs/ZarfComponentActionSet",
-          "description": "Actions to run during package creation"
+          "description": "Actions to run during package creation."
         },
         "onDeploy": {
           "$ref": "#/$defs/ZarfComponentActionSet",
-          "description": "Actions to run during package deployment"
+          "description": "Actions to run during package deployment."
         },
         "onRemove": {
           "$ref": "#/$defs/ZarfComponentActionSet",
-          "description": "Actions to run during package removal"
+          "description": "Actions to run during package removal."
         }
       },
       "additionalProperties": false,
       "type": "object",
+      "description": "ZarfComponentActions are ActionSets that map to different zarf package operations.",
       "patternProperties": {
         "^x-": {}
       }
@@ -772,11 +788,12 @@
       "properties": {
         "bigbang": {
           "$ref": "#/$defs/BigBang",
-          "description": "Configurations for installing Big Bang and Flux in the cluster"
+          "description": "Configurations for installing Big Bang and Flux in the cluster."
         }
       },
       "additionalProperties": false,
       "type": "object",
+      "description": "ZarfComponentExtensions is a struct that contains all the official extensions.",
       "patternProperties": {
         "^x-": {}
       }
@@ -785,14 +802,14 @@
       "properties": {
         "name": {
           "type": "string",
-          "description": "The name of the component to import from the referenced zarf.yaml"
+          "description": "The name of the component to import from the referenced zarf.yaml."
         },
         "path": {
           "not": {
             "pattern": "###ZARF_PKG_TMPL_"
           },
           "type": "string",
-          "description": "The relative path to a directory containing a zarf.yaml to import from"
+          "description": "The path to the directory containing the zarf.yaml to import."
         },
         "url": {
           "not": {
@@ -800,11 +817,12 @@
           },
           "type": "string",
           "pattern": "^oci://.*$",
-          "description": "[beta] The URL to a Zarf package to import via OCI"
+          "description": "[beta] The URL to a Zarf package to import via OCI."
         }
       },
       "additionalProperties": false,
       "type": "object",
+      "description": "ZarfComponentImport structure for including imported Zarf components.",
       "patternProperties": {
         "^x-": {}
       }
@@ -817,7 +835,7 @@
             "amd64",
             "arm64"
           ],
-          "description": "Only create and deploy to clusters of the given architecture"
+          "description": "Only create and deploy to clusters of the given architecture."
         },
         "distros": {
           "items": {
@@ -828,11 +846,12 @@
             ]
           },
           "type": "array",
-          "description": "A list of kubernetes distros this package works with (Reserved for future use)"
+          "description": "A list of kubernetes distros this package works with (Reserved for future use)."
         }
       },
       "additionalProperties": false,
       "type": "object",
+      "description": "ZarfComponentOnlyCluster represents the architecture and K8s cluster distribution to filter on.",
       "patternProperties": {
         "^x-": {}
       }
@@ -846,19 +865,20 @@
             "darwin",
             "windows"
           ],
-          "description": "Only deploy component to specified OS"
+          "description": "Only deploy component to specified OS."
         },
         "cluster": {
           "$ref": "#/$defs/ZarfComponentOnlyCluster",
-          "description": "Only deploy component to specified clusters"
+          "description": "Only deploy component to specified clusters."
         },
         "flavor": {
           "type": "string",
-          "description": "Only include this component when a matching '--flavor' is specified on 'zarf package create'"
+          "description": "Only include this component when a matching '--flavor' is specified on 'zarf package create'."
         }
       },
       "additionalProperties": false,
       "type": "object",
+      "description": "ZarfComponentOnlyTarget filters a component to only show it for a given local OS and cluster.",
       "patternProperties": {
         "^x-": {}
       }
@@ -867,22 +887,22 @@
       "properties": {
         "namespace": {
           "type": "string",
-          "description": "The namespace to target for data injection"
+          "description": "The namespace to target for data injection."
         },
         "selector": {
           "type": "string",
-          "description": "The K8s selector to target for data injection",
+          "description": "The K8s selector to target for data injection.",
           "examples": [
-            "app&#61;data-injection"
+            "app=data-injection"
           ]
         },
         "container": {
           "type": "string",
-          "description": "The container name to target for data injection"
+          "description": "The container name to target for data injection."
         },
         "path": {
           "type": "string",
-          "description": "The path within the container to copy the data into"
+          "description": "The path within the container to copy the data into."
         }
       },
       "additionalProperties": false,
@@ -893,6 +913,7 @@
         "container",
         "path"
       ],
+      "description": "ZarfContainerTarget defines the destination info for a ZarfData target",
       "patternProperties": {
         "^x-": {}
       }
@@ -901,15 +922,15 @@
       "properties": {
         "source": {
           "type": "string",
-          "description": "Either a path to a local folder/file or a remote URL of a file to inject into the given target pod + container"
+          "description": "Either a path to a local folder/file or a remote URL of a file to inject into the given target pod + container."
         },
         "target": {
           "$ref": "#/$defs/ZarfContainerTarget",
-          "description": "The target pod + container to inject the data into"
+          "description": "The target pod + container to inject the data into."
         },
         "compress": {
           "type": "boolean",
-          "description": "Compress the data before transmitting using gzip.  Note: this requires support for tar/gzip locally and in the target image."
+          "description": "Compress the data before transmitting using gzip. Note: this requires support for tar/gzip locally and in the target image."
         }
       },
       "additionalProperties": false,
@@ -918,6 +939,7 @@
         "source",
         "target"
       ],
+      "description": "ZarfDataInjection is a data-injection definition.",
       "patternProperties": {
         "^x-": {}
       }
@@ -926,30 +948,30 @@
       "properties": {
         "source": {
           "type": "string",
-          "description": "Local folder or file path or remote URL to pull into the package"
+          "description": "Local folder or file path or remote URL to pull into the package."
         },
         "shasum": {
           "type": "string",
-          "description": "(files only) Optional SHA256 checksum of the file"
+          "description": "(files only) Optional SHA256 checksum of the file."
         },
         "target": {
           "type": "string",
-          "description": "The absolute or relative path where the file or folder should be copied to during package deploy"
+          "description": "The absolute or relative path where the file or folder should be copied to during package deploy."
         },
         "executable": {
           "type": "boolean",
-          "description": "(files only) Determines if the file should be made executable during package deploy"
+          "description": "(files only) Determines if the file should be made executable during package deploy."
         },
         "symlinks": {
           "items": {
             "type": "string"
           },
           "type": "array",
-          "description": "List of symlinks to create during package deploy"
+          "description": "List of symlinks to create during package deploy."
         },
         "extractPath": {
           "type": "string",
-          "description": "Local folder or file to be extracted from a 'source' archive"
+          "description": "Local folder or file to be extracted from a 'source' archive."
         }
       },
       "additionalProperties": false,
@@ -958,6 +980,7 @@
         "source",
         "target"
       ],
+      "description": "ZarfFile defines a file to deploy.",
       "patternProperties": {
         "^x-": {}
       }
@@ -966,33 +989,33 @@
       "properties": {
         "name": {
           "type": "string",
-          "description": "A name to give this collection of manifests; this will become the name of the dynamically-created helm chart"
+          "description": "A name to give this collection of manifests; this will become the name of the dynamically-created helm chart."
         },
         "namespace": {
           "type": "string",
-          "description": "The namespace to deploy the manifests to"
+          "description": "The namespace to deploy the manifests to."
         },
         "files": {
           "items": {
             "type": "string"
           },
           "type": "array",
-          "description": "List of local K8s YAML files or remote URLs to deploy (in order)"
+          "description": "List of local K8s YAML files or remote URLs to deploy (in order)."
         },
         "kustomizeAllowAnyDirectory": {
           "type": "boolean",
-          "description": "Allow traversing directory above the current directory if needed for kustomization"
+          "description": "Allow traversing directory above the current directory if needed for kustomization."
         },
         "kustomizations": {
           "items": {
             "type": "string"
           },
           "type": "array",
-          "description": "List of local kustomization paths or remote URLs to include in the package"
+          "description": "List of local kustomization paths or remote URLs to include in the package."
         },
         "noWait": {
           "type": "boolean",
-          "description": "Whether to not wait for manifest resources to be ready before continuing"
+          "description": "Whether to not wait for manifest resources to be ready before continuing."
         }
       },
       "additionalProperties": false,
@@ -1000,6 +1023,7 @@
       "required": [
         "name"
       ],
+      "description": "ZarfManifest defines raw manifests Zarf will deploy as a helm chart.",
       "patternProperties": {
         "^x-": {}
       }
@@ -1009,31 +1033,31 @@
         "name": {
           "type": "string",
           "pattern": "^[a-z0-9][a-z0-9\\-]*$",
-          "description": "Name to identify this Zarf package"
+          "description": "Name to identify this Zarf package."
         },
         "description": {
           "type": "string",
-          "description": "Additional information about this package"
+          "description": "Additional information about this package."
         },
         "version": {
           "type": "string",
-          "description": "Generic string set by a package author to track the package version (Note: ZarfInitConfigs will always be versioned to the CLIVersion they were created with)"
+          "description": "Generic string set by a package author to track the package version (Note: ZarfInitConfigs will always be versioned to the CLIVersion they were created with)."
         },
         "url": {
           "type": "string",
-          "description": "Link to package information when online"
+          "description": "Link to package information when online."
         },
         "image": {
           "type": "string",
-          "description": "An image URL to embed in this package (Reserved for future use in Zarf UI)"
+          "description": "An image URL to embed in this package (Reserved for future use in Zarf UI)."
         },
         "uncompressed": {
           "type": "boolean",
-          "description": "Disable compression of this package"
+          "description": "Disable compression of this package."
         },
         "architecture": {
           "type": "string",
-          "description": "The target cluster architecture for this package",
+          "description": "The target cluster architecture for this package.",
           "examples": [
             "arm64",
             "amd64"
@@ -1045,18 +1069,18 @@
         },
         "authors": {
           "type": "string",
-          "description": "Comma-separated list of package authors (including contact info)",
+          "description": "Comma-separated list of package authors (including contact info).",
           "examples": [
             "Doug &#60;hello@defenseunicorns.com&#62;&#44; Pepr &#60;hello@defenseunicorns.com&#62;"
           ]
         },
         "documentation": {
           "type": "string",
-          "description": "Link to package documentation when online"
+          "description": "Link to package documentation when online."
         },
         "source": {
           "type": "string",
-          "description": "Link to package source code when online"
+          "description": "Link to package source code when online."
         },
         "vendor": {
           "type": "string",
@@ -1072,6 +1096,7 @@
       "required": [
         "name"
       ],
+      "description": "ZarfMetadata lists information about the current ZarfPackage.",
       "patternProperties": {
         "^x-": {}
       }
@@ -1084,16 +1109,16 @@
         "ZarfInitConfig",
         "ZarfPackageConfig"
       ],
-      "description": "The kind of Zarf package",
+      "description": "The kind of Zarf package.",
       "default": "ZarfPackageConfig"
     },
     "metadata": {
       "$ref": "#/$defs/ZarfMetadata",
-      "description": "Package metadata"
+      "description": "Package metadata."
     },
     "build": {
       "$ref": "#/$defs/ZarfBuildData",
-      "description": "Zarf-generated package build data"
+      "description": "Zarf-generated package build data."
     },
     "components": {
       "items": {
@@ -1101,21 +1126,21 @@
       },
       "type": "array",
       "minItems": 1,
-      "description": "List of components to deploy in this package"
+      "description": "List of components to deploy in this package."
     },
     "constants": {
       "items": {
         "$ref": "#/$defs/Constant"
       },
       "type": "array",
-      "description": "Constant template values applied on deploy for K8s resources"
+      "description": "Constant template values applied on deploy for K8s resources."
     },
     "variables": {
       "items": {
         "$ref": "#/$defs/InteractiveVariable"
       },
       "type": "array",
-      "description": "Variable template values applied on deploy for K8s resources"
+      "description": "Variable template values applied on deploy for K8s resources."
     }
   },
   "additionalProperties": false,
@@ -1124,6 +1149,7 @@
     "kind",
     "components"
   ],
+  "description": "ZarfPackage the top-level structure of a Zarf config file.",
   "patternProperties": {
     "^x-": {}
   }

From 44fc6b76cc57e5a354e67e65c38a00bf98d4cf63 Mon Sep 17 00:00:00 2001
From: James Gardner <jamestexasgardner@gmail.com>
Date: Wed, 31 Jul 2024 09:01:14 -0500
Subject: [PATCH 41/68] fix: detect invalid helm release names (#2784)

Signed-off-by: jamestexas <jamestexasgardner@gmail.com>
---
 src/types/validate.go      | 33 ++++++++++++-
 src/types/validate_test.go | 97 ++++++++++++++++++++++++++++++++++++--
 2 files changed, 125 insertions(+), 5 deletions(-)

diff --git a/src/types/validate.go b/src/types/validate.go
index e045e69520..05289a1781 100644
--- a/src/types/validate.go
+++ b/src/types/validate.go
@@ -9,14 +9,18 @@ import (
 	"fmt"
 	"path/filepath"
 	"regexp"
+	"strings"
 
 	"github.com/defenseunicorns/pkg/helpers/v2"
 	"github.com/zarf-dev/zarf/src/config/lang"
+	"k8s.io/apimachinery/pkg/util/validation"
 )
 
 const (
 	// ZarfMaxChartNameLength limits helm chart name size to account for K8s/helm limits and zarf prefix
-	ZarfMaxChartNameLength = 40
+	ZarfMaxChartNameLength     = 40
+	errChartReleaseNameEmpty   = "release name empty, unable to fallback to chart name"
+	errChartReleaseNameInvalid = "invalid release name %s: a DNS-1035 label must consist of lower case alphanumeric characters or -, start with an alphabetic character, and end with an alphanumeric character"
 )
 
 var (
@@ -252,6 +256,29 @@ func (action ZarfComponentAction) Validate() error {
 	return err
 }
 
+// validateReleaseName validates a release name against DNS 1035 spec, using chartName as fallback.
+// https://kubernetes.io/docs/concepts/overview/working-with-objects/names/#rfc-1035-label-names
+func validateReleaseName(chartName, releaseName string) (err error) {
+	// Fallback to chartName if releaseName is empty
+	// NOTE: Similar fallback mechanism happens in src/internal/packager/helm/chart.go:InstallOrUpgradeChart
+	if releaseName == "" {
+		releaseName = chartName
+	}
+
+	// Check if the final releaseName is empty and return an error if so
+	if releaseName == "" {
+		err = fmt.Errorf(errChartReleaseNameEmpty)
+		return
+	}
+
+	// Validate the releaseName against DNS 1035 label spec
+	if errs := validation.IsDNS1035Label(releaseName); len(errs) > 0 {
+		err = fmt.Errorf("invalid release name '%s': %s", releaseName, strings.Join(errs, "; "))
+	}
+
+	return
+}
+
 // Validate runs all validation checks on a chart.
 func (chart ZarfChart) Validate() error {
 	var err error
@@ -277,6 +304,10 @@ func (chart ZarfChart) Validate() error {
 		err = errors.Join(err, fmt.Errorf(lang.PkgValidateErrChartVersion, chart.Name))
 	}
 
+	if nameErr := validateReleaseName(chart.Name, chart.ReleaseName); nameErr != nil {
+		err = errors.Join(err, nameErr)
+	}
+
 	return err
 }
 
diff --git a/src/types/validate_test.go b/src/types/validate_test.go
index b0ebc60e8f..28895a8df8 100644
--- a/src/types/validate_test.go
+++ b/src/types/validate_test.go
@@ -186,17 +186,82 @@ func TestValidateManifest(t *testing.T) {
 	}
 }
 
+func TestValidateReleaseName(t *testing.T) {
+	tests := []struct {
+		name           string
+		chartName      string
+		releaseName    string
+		expectError    bool
+		errorSubstring string
+	}{
+		{
+			name:        "valid releaseName with hyphens",
+			chartName:   "chart",
+			releaseName: "valid-release-hyphenated",
+			expectError: false,
+		},
+		{
+			name:        "valid releaseName with numbers",
+			chartName:   "chart",
+			releaseName: "valid-0470",
+			expectError: false,
+		},
+		{
+			name:           "invalid releaseName with periods",
+			chartName:      "chart",
+			releaseName:    "namedwithperiods-a.b.c",
+			expectError:    true,
+			errorSubstring: "invalid release name 'namedwithperiods-a.b.c'",
+		},
+		{
+			name:        "empty releaseName, valid chartName",
+			chartName:   "valid-chart",
+			releaseName: "",
+			expectError: false,
+		},
+		{
+			name:           "empty releaseName and chartName",
+			chartName:      "",
+			releaseName:    "",
+			expectError:    true,
+			errorSubstring: errChartReleaseNameEmpty,
+		},
+		{
+			name:           "empty releaseName, invalid chartName",
+			chartName:      "invalid_chart!",
+			releaseName:    "",
+			expectError:    true,
+			errorSubstring: "invalid release name 'invalid_chart!'",
+		},
+	}
+
+	for _, tt := range tests {
+		tt := tt
+		t.Run(tt.name, func(t *testing.T) {
+			t.Parallel()
+			err := validateReleaseName(tt.chartName, tt.releaseName)
+			if tt.expectError {
+				require.Error(t, err)
+				require.Contains(t, err.Error(), tt.errorSubstring)
+			} else {
+				require.NoError(t, err)
+			}
+		})
+	}
+}
+
 func TestValidateChart(t *testing.T) {
 	t.Parallel()
 	longName := strings.Repeat("a", ZarfMaxChartNameLength+1)
 	tests := []struct {
+		name         string
 		chart        ZarfChart
 		expectedErrs []string
-		name         string
+		partialMatch bool
 	}{
 		{
 			name:         "valid",
-			chart:        ZarfChart{Name: "chart1", Namespace: "whatever", URL: "http://whatever", Version: "v1.0.0"},
+			chart:        ZarfChart{Name: "chart1", Namespace: "whatever", URL: "http://whatever", Version: "v1.0.0", ReleaseName: "this-is-valid"},
 			expectedErrs: nil,
 		},
 		{
@@ -222,6 +287,22 @@ func TestValidateChart(t *testing.T) {
 				fmt.Sprintf(lang.PkgValidateErrChartURLOrPath, "invalid"),
 			},
 		},
+		{
+			name:         "invalid releaseName",
+			chart:        ZarfChart{ReleaseName: "namedwithperiods-0.47.0", Name: "releaseName", Namespace: "whatever", URL: "http://whatever", Version: "v1.0.0"},
+			expectedErrs: []string{"invalid release name 'namedwithperiods-0.47.0'"},
+			partialMatch: true,
+		},
+		{
+			name:         "missing releaseName fallsback to name",
+			chart:        ZarfChart{Name: "chart3", Namespace: "namespace", URL: "http://whatever", Version: "v1.0.0"},
+			expectedErrs: nil,
+		},
+		{
+			name:         "missing name and releaseName",
+			chart:        ZarfChart{Namespace: "namespace", URL: "http://whatever", Version: "v1.0.0"},
+			expectedErrs: []string{errChartReleaseNameEmpty},
+		},
 	}
 	for _, tt := range tests {
 		tt := tt
@@ -232,8 +313,16 @@ func TestValidateChart(t *testing.T) {
 				require.NoError(t, err)
 				return
 			}
-			errs := strings.Split(err.Error(), "\n")
-			require.ElementsMatch(t, tt.expectedErrs, errs)
+			require.Error(t, err)
+			errString := err.Error()
+			if tt.partialMatch {
+				for _, expectedErr := range tt.expectedErrs {
+					require.Contains(t, errString, expectedErr)
+				}
+			} else {
+				errs := strings.Split(errString, "\n")
+				require.ElementsMatch(t, tt.expectedErrs, errs)
+			}
 		})
 	}
 }

From 6c5e914b017a0e05c16a3afd21017640f5412581 Mon Sep 17 00:00:00 2001
From: Philip Laine <philip.laine@gmail.com>
Date: Wed, 31 Jul 2024 16:19:30 +0200
Subject: [PATCH 42/68] refactor: move gitea code to separate package (#2785)

Signed-off-by: Philip Laine <philip.laine@gmail.com>
---
 src/cmd/internal.go                    |  80 ++++--
 src/cmd/tools/zarf.go                  |  55 ++++-
 src/config/config.go                   |   2 -
 src/internal/gitea/gitea.go            | 195 +++++++++++++++
 src/internal/gitea/gitea_test.go       |  20 ++
 src/internal/packager/git/gitea.go     | 322 -------------------------
 src/internal/packager/git/push.go      |  19 --
 src/pkg/cluster/pvc.go                 |  45 ++++
 src/pkg/cluster/pvc_test.go            |  63 +++++
 src/pkg/packager/deploy.go             |  29 ++-
 src/test/e2e/22_git_and_gitops_test.go |  39 ++-
 11 files changed, 477 insertions(+), 392 deletions(-)
 create mode 100644 src/internal/gitea/gitea.go
 create mode 100644 src/internal/gitea/gitea_test.go
 delete mode 100644 src/internal/packager/git/gitea.go
 create mode 100644 src/pkg/cluster/pvc.go
 create mode 100644 src/pkg/cluster/pvc_test.go

diff --git a/src/cmd/internal.go b/src/cmd/internal.go
index 3d77c01190..d212445cde 100644
--- a/src/cmd/internal.go
+++ b/src/cmd/internal.go
@@ -21,7 +21,7 @@ import (
 	"github.com/zarf-dev/zarf/src/cmd/common"
 	"github.com/zarf-dev/zarf/src/config/lang"
 	"github.com/zarf-dev/zarf/src/internal/agent"
-	"github.com/zarf-dev/zarf/src/internal/packager/git"
+	"github.com/zarf-dev/zarf/src/internal/gitea"
 	"github.com/zarf-dev/zarf/src/pkg/cluster"
 	"github.com/zarf-dev/zarf/src/pkg/message"
 	"github.com/zarf-dev/zarf/src/types"
@@ -232,8 +232,29 @@ var createReadOnlyGiteaUser = &cobra.Command{
 		if err != nil {
 			return err
 		}
-		if err = git.New(state.GitServer).CreateReadOnlyUser(cmd.Context()); err != nil {
-			return fmt.Errorf("unable to create a read only user in Gitea: %w", err)
+		tunnel, err := c.NewTunnel(cluster.ZarfNamespaceName, cluster.SvcResource, cluster.ZarfGitServerName, "", 0, cluster.ZarfGitServerPort)
+		if err != nil {
+			return err
+		}
+		_, err = tunnel.Connect(cmd.Context())
+		if err != nil {
+			return err
+		}
+		defer tunnel.Close()
+		tunnelURL := tunnel.HTTPEndpoint()
+		giteaClient, err := gitea.NewClient(tunnelURL, state.GitServer.PushUsername, state.GitServer.PushPassword)
+		if err != nil {
+			return err
+		}
+		err = tunnel.Wrap(func() error {
+			err = giteaClient.CreateReadOnlyUser(cmd.Context(), state.GitServer.PullUsername, state.GitServer.PullPassword)
+			if err != nil {
+				return err
+			}
+			return nil
+		})
+		if err != nil {
+			return err
 		}
 		return nil
 	},
@@ -255,17 +276,37 @@ var createPackageRegistryToken = &cobra.Command{
 		if err != nil {
 			return err
 		}
-		if !state.ArtifactServer.InternalServer {
-			return nil
-		}
-		token, err := git.New(state.GitServer).CreatePackageRegistryToken(ctx)
-		if err != nil {
-			return fmt.Errorf("unable to create an artifact registry token for Gitea: %w", err)
-		}
-		state.ArtifactServer.PushToken = token.Sha1
-		err = c.SaveZarfState(ctx, state)
-		if err != nil {
-			return err
+
+		// If we are setup to use an internal artifact server, create the artifact registry token
+		if state.ArtifactServer.InternalServer {
+			tunnel, err := c.NewTunnel(cluster.ZarfNamespaceName, cluster.SvcResource, cluster.ZarfGitServerName, "", 0, cluster.ZarfGitServerPort)
+			if err != nil {
+				return err
+			}
+			_, err = tunnel.Connect(cmd.Context())
+			if err != nil {
+				return err
+			}
+			defer tunnel.Close()
+			tunnelURL := tunnel.HTTPEndpoint()
+			giteaClient, err := gitea.NewClient(tunnelURL, state.GitServer.PushUsername, state.GitServer.PushPassword)
+			if err != nil {
+				return err
+			}
+			err = tunnel.Wrap(func() error {
+				tokenSha1, err := giteaClient.CreatePackageRegistryToken(ctx)
+				if err != nil {
+					return fmt.Errorf("unable to create an artifact registry token for Gitea: %w", err)
+				}
+				state.ArtifactServer.PushToken = tokenSha1
+				return nil
+			})
+			if err != nil {
+				return err
+			}
+			if err := c.SaveZarfState(ctx, state); err != nil {
+				return err
+			}
 		}
 		return nil
 	},
@@ -275,16 +316,21 @@ var updateGiteaPVC = &cobra.Command{
 	Use:   "update-gitea-pvc",
 	Short: lang.CmdInternalUpdateGiteaPVCShort,
 	Long:  lang.CmdInternalUpdateGiteaPVCLong,
-	Run: func(cmd *cobra.Command, _ []string) {
+	RunE: func(cmd *cobra.Command, _ []string) error {
 		ctx := cmd.Context()
+		pvcName := os.Getenv("ZARF_VAR_GIT_SERVER_EXISTING_PVC")
 
+		c, err := cluster.NewCluster()
+		if err != nil {
+			return err
+		}
 		// There is a possibility that the pvc does not yet exist and Gitea helm chart should create it
-		helmShouldCreate, err := git.UpdateGiteaPVC(ctx, rollback)
+		helmShouldCreate, err := c.UpdateGiteaPVC(ctx, pvcName, rollback)
 		if err != nil {
 			message.WarnErr(err, lang.CmdInternalUpdateGiteaPVCErr)
 		}
-
 		fmt.Print(helmShouldCreate)
+		return nil
 	},
 }
 
diff --git a/src/cmd/tools/zarf.go b/src/cmd/tools/zarf.go
index 3f97be20eb..56198fe8ef 100644
--- a/src/cmd/tools/zarf.go
+++ b/src/cmd/tools/zarf.go
@@ -21,7 +21,7 @@ import (
 	"github.com/zarf-dev/zarf/src/cmd/common"
 	"github.com/zarf-dev/zarf/src/config"
 	"github.com/zarf-dev/zarf/src/config/lang"
-	"github.com/zarf-dev/zarf/src/internal/packager/git"
+	"github.com/zarf-dev/zarf/src/internal/gitea"
 	"github.com/zarf-dev/zarf/src/internal/packager/helm"
 	"github.com/zarf-dev/zarf/src/internal/packager/template"
 	"github.com/zarf-dev/zarf/src/pkg/cluster"
@@ -149,13 +149,31 @@ var updateCredsCmd = &cobra.Command{
 
 			// Update artifact token (if internal)
 			if slices.Contains(args, message.ArtifactKey) && newState.ArtifactServer.PushToken == "" && newState.ArtifactServer.InternalServer {
-				g := git.New(oldState.GitServer)
-				tokenResponse, err := g.CreatePackageRegistryToken(ctx)
+				tunnel, err := c.NewTunnel(cluster.ZarfNamespaceName, cluster.SvcResource, cluster.ZarfGitServerName, "", 0, cluster.ZarfGitServerPort)
+				if err != nil {
+					return err
+				}
+				_, err = tunnel.Connect(cmd.Context())
+				if err != nil {
+					return err
+				}
+				defer tunnel.Close()
+				tunnelURL := tunnel.HTTPEndpoint()
+				giteaClient, err := gitea.NewClient(tunnelURL, oldState.GitServer.PushUsername, oldState.GitServer.PushPassword)
+				if err != nil {
+					return err
+				}
+				err = tunnel.Wrap(func() error {
+					tokenSha1, err := giteaClient.CreatePackageRegistryToken(ctx)
+					if err != nil {
+						return err
+					}
+					newState.ArtifactServer.PushToken = tokenSha1
+					return nil
+				})
 				if err != nil {
 					// Warn if we couldn't actually update the git server (it might not be installed and we should try to continue)
 					message.Warnf(lang.CmdToolsUpdateCredsUnableCreateToken, err.Error())
-				} else {
-					newState.ArtifactServer.PushToken = tokenResponse.Sha1
 				}
 			}
 
@@ -176,8 +194,31 @@ var updateCredsCmd = &cobra.Command{
 				}
 			}
 			if slices.Contains(args, message.GitKey) && newState.GitServer.InternalServer {
-				g := git.New(newState.GitServer)
-				err = g.UpdateZarfGiteaUsers(ctx, oldState)
+				tunnel, err := c.NewTunnel(cluster.ZarfNamespaceName, cluster.SvcResource, cluster.ZarfGitServerName, "", 0, cluster.ZarfGitServerPort)
+				if err != nil {
+					return err
+				}
+				_, err = tunnel.Connect(cmd.Context())
+				if err != nil {
+					return err
+				}
+				defer tunnel.Close()
+				tunnelURL := tunnel.HTTPEndpoint()
+				giteaClient, err := gitea.NewClient(tunnelURL, oldState.GitServer.PushUsername, oldState.GitServer.PushPassword)
+				if err != nil {
+					return err
+				}
+				err = tunnel.Wrap(func() error {
+					err := giteaClient.UpdateGitUser(ctx, newState.GitServer.PullUsername, newState.GitServer.PullPassword)
+					if err != nil {
+						return err
+					}
+					err = giteaClient.UpdateGitUser(ctx, newState.GitServer.PushUsername, newState.GitServer.PushPassword)
+					if err != nil {
+						return err
+					}
+					return nil
+				})
 				if err != nil {
 					// Warn if we couldn't actually update the git server (it might not be installed and we should try to continue)
 					message.Warnf(lang.CmdToolsUpdateCredsUnableUpdateGit, err.Error())
diff --git a/src/config/config.go b/src/config/config.go
index dc60ea2fd8..4a4001dce6 100644
--- a/src/config/config.go
+++ b/src/config/config.go
@@ -32,8 +32,6 @@ const (
 
 // Zarf Constants for In-Cluster Services.
 const (
-	ZarfArtifactTokenName = "zarf-artifact-registry-token"
-
 	ZarfImagePullSecretName = "private-registry"
 	ZarfGitServerSecretName = "private-git-server"
 
diff --git a/src/internal/gitea/gitea.go b/src/internal/gitea/gitea.go
new file mode 100644
index 0000000000..94244d03f1
--- /dev/null
+++ b/src/internal/gitea/gitea.go
@@ -0,0 +1,195 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+// Package gitea contains Gitea client specific functionality.
+package gitea
+
+import (
+	"bytes"
+	"context"
+	"encoding/json"
+	"fmt"
+	"io"
+	"net/http"
+	"net/url"
+	"time"
+)
+
+const artifactTokenName = "zarf-artifact-registry-token"
+
+// Client is a client that communicates with the Gitea API.
+type Client struct {
+	httpClient *http.Client
+	endpoint   *url.URL
+	username   string
+	password   string
+}
+
+// NewClient creates and returns a new Gitea client.
+func NewClient(endpoint, username, password string) (*Client, error) {
+	u, err := url.Parse(endpoint)
+	if err != nil {
+		return nil, err
+	}
+	transport := http.DefaultTransport.(*http.Transport).Clone()
+	transport.MaxIdleConnsPerHost = transport.MaxIdleConns
+	httpClient := &http.Client{
+		Timeout:   10 * time.Second,
+		Transport: transport,
+	}
+	client := &Client{
+		httpClient: httpClient,
+		endpoint:   u,
+		username:   username,
+		password:   password,
+	}
+	return client, nil
+}
+
+// DoRequest performs a request to the Gitea API at the given path.
+func (g *Client) DoRequest(ctx context.Context, method string, path string, body []byte) ([]byte, int, error) {
+	u, err := g.endpoint.Parse(path)
+	if err != nil {
+		return nil, 0, err
+	}
+	req, err := http.NewRequestWithContext(ctx, method, u.String(), bytes.NewBuffer(body))
+	if err != nil {
+		return nil, 0, err
+	}
+	req.SetBasicAuth(g.username, g.password)
+	req.Header.Add("accept", "application/json")
+	req.Header.Add("content-type", "application/json")
+	resp, err := g.httpClient.Do(req)
+	if err != nil {
+		return nil, 0, err
+	}
+	defer resp.Body.Close()
+	b, err := io.ReadAll(resp.Body)
+	if err != nil {
+		return nil, 0, err
+	}
+	return b, resp.StatusCode, nil
+}
+
+// CreateReadOnlyUser creates a non-admin Zarf user.
+func (g *Client) CreateReadOnlyUser(ctx context.Context, username, password string) error {
+	// Create the read only user
+	createUserData := map[string]interface{}{
+		"username":             username,
+		"password":             password,
+		"email":                "zarf-reader@localhost.local",
+		"must_change_password": false,
+	}
+	body, err := json.Marshal(createUserData)
+	if err != nil {
+		return err
+	}
+	_, statusCode, err := g.DoRequest(ctx, http.MethodPost, "/api/v1/admin/users", body)
+	if statusCode == 422 {
+		return nil
+	}
+	if err != nil {
+		return err
+	}
+
+	// Make sure the user can't create their own repos or orgs
+	updateUserData := map[string]interface{}{
+		"login_name":                username,
+		"max_repo_creation":         0,
+		"allow_create_organization": false,
+	}
+	body, err = json.Marshal(updateUserData)
+	if err != nil {
+		return err
+	}
+	_, _, err = g.DoRequest(ctx, http.MethodPatch, fmt.Sprintf("/api/v1/admin/users/%s", username), body)
+	if err != nil {
+		return err
+	}
+	return nil
+}
+
+// UpdateGitUser updates Zarf git server users.
+func (g *Client) UpdateGitUser(ctx context.Context, username string, password string) error {
+	updateUserData := map[string]interface{}{
+		"login_name": username,
+		"password":   password,
+	}
+	body, err := json.Marshal(updateUserData)
+	if err != nil {
+		return err
+	}
+	_, _, err = g.DoRequest(ctx, http.MethodPatch, fmt.Sprintf("/api/v1/admin/users/%s", username), body)
+	if err != nil {
+		return err
+	}
+	return nil
+}
+
+// CreatePackageRegistryToken creates or replaces an existing package registry token.
+func (g *Client) CreatePackageRegistryToken(ctx context.Context) (string, error) {
+	// Determine if the package token already exists.
+	b, _, err := g.DoRequest(ctx, http.MethodGet, fmt.Sprintf("/api/v1/users/%s/tokens", g.username), nil)
+	if err != nil {
+		return "", err
+	}
+	var tokens []map[string]interface{}
+	err = json.Unmarshal(b, &tokens)
+	if err != nil {
+		return "", err
+	}
+	hasPackageToken := false
+	for _, token := range tokens {
+		if token["name"] != artifactTokenName {
+			continue
+		}
+		hasPackageToken = true
+		break
+	}
+
+	// Delete the token if it already exists.
+	if hasPackageToken {
+		_, _, err := g.DoRequest(ctx, http.MethodDelete, fmt.Sprintf("/api/v1/users/%s/tokens/%s", g.username, artifactTokenName), nil)
+		if err != nil {
+			return "", err
+		}
+	}
+
+	// Create the new token.
+	createTokensData := map[string]interface{}{
+		"name":   artifactTokenName,
+		"scopes": []string{"read:user", "read:package", "write:package"},
+	}
+	body, err := json.Marshal(createTokensData)
+	if err != nil {
+		return "", err
+	}
+	b, _, err = g.DoRequest(ctx, http.MethodPost, fmt.Sprintf("/api/v1/users/%s/tokens", g.username), body)
+	if err != nil {
+		return "", err
+	}
+	createTokenResponse := struct {
+		Sha1 string `json:"sha1"`
+	}{}
+	err = json.Unmarshal(b, &createTokenResponse)
+	if err != nil {
+		return "", err
+	}
+	return createTokenResponse.Sha1, nil
+}
+
+// AddReadOnlyUserToRepository adds a read only user to a repository.
+func (g *Client) AddReadOnlyUserToRepository(ctx context.Context, repo, username string) error {
+	addCollabData := map[string]string{
+		"permission": "read",
+	}
+	body, err := json.Marshal(addCollabData)
+	if err != nil {
+		return err
+	}
+	_, _, err = g.DoRequest(ctx, http.MethodPut, fmt.Sprintf("/api/v1/repos/%s/%s/collaborators/%s", g.username, repo, username), body)
+	if err != nil {
+		return err
+	}
+	return nil
+}
diff --git a/src/internal/gitea/gitea_test.go b/src/internal/gitea/gitea_test.go
new file mode 100644
index 0000000000..984f6a7fae
--- /dev/null
+++ b/src/internal/gitea/gitea_test.go
@@ -0,0 +1,20 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+package gitea
+
+import (
+	"testing"
+
+	"github.com/stretchr/testify/require"
+)
+
+func TestNewClient(t *testing.T) {
+	t.Parallel()
+
+	c, err := NewClient("https://example.com", "foo", "bar")
+	require.NoError(t, err)
+	require.Equal(t, "https", c.endpoint.Scheme)
+	require.Equal(t, "foo", c.username)
+	require.Equal(t, "bar", c.password)
+}
diff --git a/src/internal/packager/git/gitea.go b/src/internal/packager/git/gitea.go
deleted file mode 100644
index a6715d29d5..0000000000
--- a/src/internal/packager/git/gitea.go
+++ /dev/null
@@ -1,322 +0,0 @@
-// SPDX-License-Identifier: Apache-2.0
-// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
-
-// Package git contains functions for interacting with git repositories.
-package git
-
-import (
-	"bytes"
-	"context"
-	"encoding/json"
-	"fmt"
-	"io"
-	netHttp "net/http"
-	"os"
-	"time"
-
-	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
-
-	"github.com/zarf-dev/zarf/src/config"
-	"github.com/zarf-dev/zarf/src/pkg/cluster"
-	"github.com/zarf-dev/zarf/src/pkg/message"
-	"github.com/zarf-dev/zarf/src/types"
-)
-
-// CreateTokenResponse is the response given from creating a token in Gitea
-type CreateTokenResponse struct {
-	ID             int64  `json:"id"`
-	Name           string `json:"name"`
-	Sha1           string `json:"sha1"`
-	TokenLastEight string `json:"token_last_eight"`
-}
-
-// CreateReadOnlyUser uses the Gitea API to create a non-admin Zarf user.
-func (g *Git) CreateReadOnlyUser(ctx context.Context) error {
-	c, err := cluster.NewCluster()
-	if err != nil {
-		return err
-	}
-
-	// Establish a git tunnel to send the repo
-	tunnel, err := c.NewTunnel(cluster.ZarfNamespaceName, cluster.SvcResource, cluster.ZarfGitServerName, "", 0, cluster.ZarfGitServerPort)
-	if err != nil {
-		return err
-	}
-	_, err = tunnel.Connect(ctx)
-	if err != nil {
-		return err
-	}
-	defer tunnel.Close()
-
-	tunnelURL := tunnel.HTTPEndpoint()
-
-	// Create json representation of the create-user request body
-	createUserBody := map[string]interface{}{
-		"username":             g.Server.PullUsername,
-		"password":             g.Server.PullPassword,
-		"email":                "zarf-reader@localhost.local",
-		"must_change_password": false,
-	}
-	createUserData, err := json.Marshal(createUserBody)
-	if err != nil {
-		return err
-	}
-
-	var out []byte
-	var statusCode int
-
-	// Send API request to create the user
-	createUserEndpoint := fmt.Sprintf("%s/api/v1/admin/users", tunnelURL)
-	createUserRequest, _ := netHttp.NewRequest("POST", createUserEndpoint, bytes.NewBuffer(createUserData))
-	err = tunnel.Wrap(func() error {
-		out, statusCode, err = g.DoHTTPThings(createUserRequest, g.Server.PushUsername, g.Server.PushPassword)
-		return err
-	})
-	message.Debugf("POST %s:\n%s", createUserEndpoint, string(out))
-	if err != nil {
-		if statusCode == 422 {
-			message.Debugf("Read-only git user already exists.  Skipping...")
-			return nil
-		}
-
-		return err
-	}
-
-	// Make sure the user can't create their own repos or orgs
-	updateUserBody := map[string]interface{}{
-		"login_name":                g.Server.PullUsername,
-		"max_repo_creation":         0,
-		"allow_create_organization": false,
-	}
-	updateUserData, _ := json.Marshal(updateUserBody)
-	updateUserEndpoint := fmt.Sprintf("%s/api/v1/admin/users/%s", tunnelURL, g.Server.PullUsername)
-	updateUserRequest, _ := netHttp.NewRequest("PATCH", updateUserEndpoint, bytes.NewBuffer(updateUserData))
-	err = tunnel.Wrap(func() error {
-		out, _, err = g.DoHTTPThings(updateUserRequest, g.Server.PushUsername, g.Server.PushPassword)
-		return err
-	})
-	message.Debugf("PATCH %s:\n%s", updateUserEndpoint, string(out))
-	return err
-}
-
-// UpdateZarfGiteaUsers updates Zarf gitea users
-func (g *Git) UpdateZarfGiteaUsers(ctx context.Context, oldState *types.ZarfState) error {
-	//Update git read only user password
-	err := g.UpdateGitUser(ctx, oldState.GitServer.PushPassword, g.Server.PullUsername, g.Server.PullPassword)
-	if err != nil {
-		return fmt.Errorf("unable to update gitea read only user password: %w", err)
-	}
-
-	// Update Git admin password
-	err = g.UpdateGitUser(ctx, oldState.GitServer.PushPassword, g.Server.PushUsername, g.Server.PushPassword)
-	if err != nil {
-		return fmt.Errorf("unable to update gitea admin user password: %w", err)
-	}
-	return nil
-}
-
-// UpdateGitUser updates Zarf git server users
-func (g *Git) UpdateGitUser(ctx context.Context, oldAdminPass string, username string, userpass string) error {
-	c, err := cluster.NewCluster()
-	if err != nil {
-		return err
-	}
-	// Establish a git tunnel to send the repo
-	tunnel, err := c.NewTunnel(cluster.ZarfNamespaceName, cluster.SvcResource, cluster.ZarfGitServerName, "", 0, cluster.ZarfGitServerPort)
-	if err != nil {
-		return err
-	}
-	_, err = tunnel.Connect(ctx)
-	if err != nil {
-		return err
-	}
-	defer tunnel.Close()
-	tunnelURL := tunnel.HTTPEndpoint()
-
-	var out []byte
-
-	// Update the existing user's password
-	updateUserBody := map[string]interface{}{
-		"login_name": username,
-		"password":   userpass,
-	}
-	updateUserData, _ := json.Marshal(updateUserBody)
-	updateUserEndpoint := fmt.Sprintf("%s/api/v1/admin/users/%s", tunnelURL, username)
-	updateUserRequest, _ := netHttp.NewRequest("PATCH", updateUserEndpoint, bytes.NewBuffer(updateUserData))
-	err = tunnel.Wrap(func() error {
-		out, _, err = g.DoHTTPThings(updateUserRequest, g.Server.PushUsername, oldAdminPass)
-		return err
-	})
-	message.Debugf("PATCH %s:\n%s", updateUserEndpoint, string(out))
-	return err
-}
-
-// CreatePackageRegistryToken uses the Gitea API to create a package registry token.
-func (g *Git) CreatePackageRegistryToken(ctx context.Context) (CreateTokenResponse, error) {
-	c, err := cluster.NewCluster()
-	if err != nil {
-		return CreateTokenResponse{}, err
-	}
-
-	// Establish a git tunnel to send the repo
-	tunnel, err := c.NewTunnel(cluster.ZarfNamespaceName, cluster.SvcResource, cluster.ZarfGitServerName, "", 0, cluster.ZarfGitServerPort)
-	if err != nil {
-		return CreateTokenResponse{}, err
-	}
-	_, err = tunnel.Connect(ctx)
-	if err != nil {
-		return CreateTokenResponse{}, err
-	}
-	defer tunnel.Close()
-
-	tunnelURL := tunnel.Endpoint()
-
-	var out []byte
-
-	// Determine if the package token already exists
-	getTokensEndpoint := fmt.Sprintf("http://%s/api/v1/users/%s/tokens", tunnelURL, g.Server.PushUsername)
-	getTokensRequest, _ := netHttp.NewRequest("GET", getTokensEndpoint, nil)
-	err = tunnel.Wrap(func() error {
-		out, _, err = g.DoHTTPThings(getTokensRequest, g.Server.PushUsername, g.Server.PushPassword)
-		return err
-	})
-	message.Debugf("GET %s:\n%s", getTokensEndpoint, string(out))
-	if err != nil {
-		return CreateTokenResponse{}, err
-	}
-
-	hasPackageToken := false
-	var tokens []map[string]interface{}
-	err = json.Unmarshal(out, &tokens)
-	if err != nil {
-		return CreateTokenResponse{}, err
-	}
-
-	for _, token := range tokens {
-		if token["name"] == config.ZarfArtifactTokenName {
-			hasPackageToken = true
-		}
-	}
-
-	if hasPackageToken {
-		// Delete the existing token to be replaced
-		deleteTokensEndpoint := fmt.Sprintf("http://%s/api/v1/users/%s/tokens/%s", tunnelURL, g.Server.PushUsername, config.ZarfArtifactTokenName)
-		deleteTokensRequest, _ := netHttp.NewRequest("DELETE", deleteTokensEndpoint, nil)
-		err = tunnel.Wrap(func() error {
-			out, _, err = g.DoHTTPThings(deleteTokensRequest, g.Server.PushUsername, g.Server.PushPassword)
-			return err
-		})
-		message.Debugf("DELETE %s:\n%s", deleteTokensEndpoint, string(out))
-		if err != nil {
-			return CreateTokenResponse{}, err
-		}
-	}
-
-	createTokensEndpoint := fmt.Sprintf("http://%s/api/v1/users/%s/tokens", tunnelURL, g.Server.PushUsername)
-	createTokensBody := map[string]interface{}{
-		"name":   config.ZarfArtifactTokenName,
-		"scopes": []string{"read:user", "read:package", "write:package"},
-	}
-	createTokensData, _ := json.Marshal(createTokensBody)
-	createTokensRequest, _ := netHttp.NewRequest("POST", createTokensEndpoint, bytes.NewBuffer(createTokensData))
-	err = tunnel.Wrap(func() error {
-		out, _, err = g.DoHTTPThings(createTokensRequest, g.Server.PushUsername, g.Server.PushPassword)
-		return err
-	})
-	message.Debugf("POST %s:\n%s", createTokensEndpoint, string(out))
-	if err != nil {
-		return CreateTokenResponse{}, err
-	}
-
-	createTokenResponse := CreateTokenResponse{}
-	err = json.Unmarshal(out, &createTokenResponse)
-	if err != nil {
-		return CreateTokenResponse{}, err
-	}
-
-	return createTokenResponse, nil
-}
-
-// UpdateGiteaPVC updates the existing Gitea persistent volume claim and tells Gitea whether to create or not.
-func UpdateGiteaPVC(ctx context.Context, shouldRollBack bool) (string, error) {
-	c, err := cluster.NewCluster()
-	if err != nil {
-		return "false", err
-	}
-
-	pvcName := os.Getenv("ZARF_VAR_GIT_SERVER_EXISTING_PVC")
-
-	if shouldRollBack {
-		pvc, err := c.Clientset.CoreV1().PersistentVolumeClaims(cluster.ZarfNamespaceName).Get(ctx, pvcName, metav1.GetOptions{})
-		if err != nil {
-			return "false", err
-		}
-		delete(pvc.Labels, "app.kubernetes.io/managed-by")
-		delete(pvc.Annotations, "meta.helm.sh/release-name")
-		delete(pvc.Annotations, "meta.helm.sh/release-namespace")
-		_, err = c.Clientset.CoreV1().PersistentVolumeClaims(cluster.ZarfNamespaceName).Update(ctx, pvc, metav1.UpdateOptions{})
-		if err != nil {
-			return "false", err
-		}
-		return "false", nil
-	}
-
-	if pvcName == "data-zarf-gitea-0" {
-		pvc, err := c.Clientset.CoreV1().PersistentVolumeClaims(cluster.ZarfNamespaceName).Get(ctx, pvcName, metav1.GetOptions{})
-		if err != nil {
-			return "true", err
-		}
-		pvc.Labels["app.kubernetes.io/managed-by"] = "Helm"
-		pvc.Annotations["meta.helm.sh/release-name"] = "zarf-gitea"
-		pvc.Annotations["meta.helm.sh/release-namespace"] = "zarf"
-		_, err = c.Clientset.CoreV1().PersistentVolumeClaims(cluster.ZarfNamespaceName).Update(ctx, pvc, metav1.UpdateOptions{})
-		if err != nil {
-			return "true", err
-		}
-		return "true", nil
-	}
-
-	return "false", nil
-}
-
-// DoHTTPThings adds http request boilerplate and perform the request, checking for a successful response.
-func (g *Git) DoHTTPThings(request *netHttp.Request, username, secret string) ([]byte, int, error) {
-	// Prep the request with boilerplate
-	client := &netHttp.Client{Timeout: time.Second * 20}
-	request.SetBasicAuth(username, secret)
-	request.Header.Add("accept", "application/json")
-	request.Header.Add("Content-Type", "application/json")
-
-	// Perform the request and get the response
-	response, err := client.Do(request)
-	if err != nil {
-		return []byte{}, 0, err
-	}
-	responseBody, _ := io.ReadAll(response.Body)
-
-	// If we get a 'bad' status code we will have no error, create a useful one to return
-	if response.StatusCode < 200 || response.StatusCode >= 300 {
-		err = fmt.Errorf("got status code of %d during http request with body of: %s", response.StatusCode, string(responseBody))
-		return []byte{}, response.StatusCode, err
-	}
-
-	return responseBody, response.StatusCode, nil
-}
-
-func (g *Git) addReadOnlyUserToRepo(tunnelURL, repo string) error {
-	// Add the readonly user to the repo
-	addCollabBody := map[string]string{
-		"permission": "read",
-	}
-	addCollabData, err := json.Marshal(addCollabBody)
-	if err != nil {
-		return err
-	}
-
-	// Send API request to add a user as a read-only collaborator to a repo
-	addCollabEndpoint := fmt.Sprintf("%s/api/v1/repos/%s/%s/collaborators/%s", tunnelURL, g.Server.PushUsername, repo, g.Server.PullUsername)
-	addCollabRequest, _ := netHttp.NewRequest("PUT", addCollabEndpoint, bytes.NewBuffer(addCollabData))
-	out, _, err := g.DoHTTPThings(addCollabRequest, g.Server.PushUsername, g.Server.PushPassword)
-	message.Debugf("PUT %s:\n%s", addCollabEndpoint, string(out))
-	return err
-}
diff --git a/src/internal/packager/git/push.go b/src/internal/packager/git/push.go
index 98236d2316..60b7b2bdf6 100644
--- a/src/internal/packager/git/push.go
+++ b/src/internal/packager/git/push.go
@@ -52,25 +52,6 @@ func (g *Git) PushRepo(srcURL, targetFolder string) error {
 		return fmt.Errorf("failed to push the git repo %q: %w", repoFolder, err)
 	}
 
-	// Add the read-only user to this repo
-	if g.Server.InternalServer {
-		// Get the upstream URL
-		remote, err := repo.Remote(onlineRemoteName)
-		if err != nil {
-			message.Warn("unable to get the information needed to add the read-only user to the repo")
-			return err
-		}
-		remoteURL := remote.Config().URLs[0]
-		repoName, err := transform.GitURLtoRepoName(remoteURL)
-		if err != nil {
-			return err
-		}
-		err = g.addReadOnlyUserToRepo(g.Server.Address, repoName)
-		if err != nil {
-			return fmt.Errorf("unable to add the read only user to the repo %s: %w", repoName, err)
-		}
-	}
-
 	spinner.Success()
 	return nil
 }
diff --git a/src/pkg/cluster/pvc.go b/src/pkg/cluster/pvc.go
new file mode 100644
index 0000000000..21a0a45ecf
--- /dev/null
+++ b/src/pkg/cluster/pvc.go
@@ -0,0 +1,45 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+package cluster
+
+import (
+	"context"
+
+	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
+)
+
+// UpdateGiteaPVC updates the existing Gitea persistent volume claim and tells Gitea whether to create or not.
+func (c *Cluster) UpdateGiteaPVC(ctx context.Context, pvcName string, shouldRollBack bool) (string, error) {
+	if shouldRollBack {
+		pvc, err := c.Clientset.CoreV1().PersistentVolumeClaims(ZarfNamespaceName).Get(ctx, pvcName, metav1.GetOptions{})
+		if err != nil {
+			return "false", err
+		}
+		delete(pvc.Labels, "app.kubernetes.io/managed-by")
+		delete(pvc.Annotations, "meta.helm.sh/release-name")
+		delete(pvc.Annotations, "meta.helm.sh/release-namespace")
+		_, err = c.Clientset.CoreV1().PersistentVolumeClaims(ZarfNamespaceName).Update(ctx, pvc, metav1.UpdateOptions{})
+		if err != nil {
+			return "false", err
+		}
+		return "false", nil
+	}
+
+	if pvcName == "data-zarf-gitea-0" {
+		pvc, err := c.Clientset.CoreV1().PersistentVolumeClaims(ZarfNamespaceName).Get(ctx, pvcName, metav1.GetOptions{})
+		if err != nil {
+			return "true", err
+		}
+		pvc.Labels["app.kubernetes.io/managed-by"] = "Helm"
+		pvc.Annotations["meta.helm.sh/release-name"] = "zarf-gitea"
+		pvc.Annotations["meta.helm.sh/release-namespace"] = "zarf"
+		_, err = c.Clientset.CoreV1().PersistentVolumeClaims(ZarfNamespaceName).Update(ctx, pvc, metav1.UpdateOptions{})
+		if err != nil {
+			return "true", err
+		}
+		return "true", nil
+	}
+
+	return "false", nil
+}
diff --git a/src/pkg/cluster/pvc_test.go b/src/pkg/cluster/pvc_test.go
new file mode 100644
index 0000000000..6c267d1500
--- /dev/null
+++ b/src/pkg/cluster/pvc_test.go
@@ -0,0 +1,63 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+package cluster
+
+import (
+	"testing"
+
+	"github.com/stretchr/testify/require"
+	corev1 "k8s.io/api/core/v1"
+	metav1 "k8s.io/apimachinery/pkg/apis/meta/v1"
+	"k8s.io/client-go/kubernetes/fake"
+
+	"github.com/zarf-dev/zarf/src/test/testutil"
+)
+
+func TestUpdateGiteaPVC(t *testing.T) {
+	t.Parallel()
+
+	ctx := testutil.TestContext(t)
+	c := &Cluster{
+		Clientset: fake.NewSimpleClientset(),
+	}
+	pvc := &corev1.PersistentVolumeClaim{
+		ObjectMeta: metav1.ObjectMeta{
+			Name:        "data-zarf-gitea-0",
+			Labels:      map[string]string{},
+			Annotations: map[string]string{},
+		},
+	}
+	_, err := c.Clientset.CoreV1().PersistentVolumeClaims(ZarfNamespaceName).Create(ctx, pvc, metav1.CreateOptions{})
+	require.NoError(t, err)
+
+	v, err := c.UpdateGiteaPVC(ctx, "foobar", false)
+	require.NoError(t, err)
+	require.Equal(t, "false", v)
+
+	v, err = c.UpdateGiteaPVC(ctx, "foobar", true)
+	require.EqualError(t, err, "persistentvolumeclaims \"foobar\" not found")
+	require.Equal(t, "false", v)
+
+	v, err = c.UpdateGiteaPVC(ctx, "data-zarf-gitea-0", true)
+	require.NoError(t, err)
+	require.Equal(t, "false", v)
+
+	v, err = c.UpdateGiteaPVC(ctx, "data-zarf-gitea-0", false)
+	require.NoError(t, err)
+	require.Equal(t, "true", v)
+	pvc, err = c.Clientset.CoreV1().PersistentVolumeClaims(ZarfNamespaceName).Get(ctx, "data-zarf-gitea-0", metav1.GetOptions{})
+	require.NoError(t, err)
+	require.Equal(t, "Helm", pvc.Labels["app.kubernetes.io/managed-by"])
+	require.Equal(t, "zarf-gitea", pvc.Annotations["meta.helm.sh/release-name"])
+	require.Equal(t, "zarf", pvc.Annotations["meta.helm.sh/release-namespace"])
+
+	v, err = c.UpdateGiteaPVC(ctx, "data-zarf-gitea-0", true)
+	require.NoError(t, err)
+	require.Equal(t, "false", v)
+	pvc, err = c.Clientset.CoreV1().PersistentVolumeClaims(ZarfNamespaceName).Get(ctx, "data-zarf-gitea-0", metav1.GetOptions{})
+	require.NoError(t, err)
+	require.Empty(t, pvc.Labels["app.kubernetes.io/managed-by"])
+	require.Empty(t, pvc.Labels["meta.helm.sh/release-name"])
+	require.Empty(t, pvc.Labels["meta.helm.sh/release-namespace"])
+}
diff --git a/src/pkg/packager/deploy.go b/src/pkg/packager/deploy.go
index 2f7304580b..428f2e1726 100644
--- a/src/pkg/packager/deploy.go
+++ b/src/pkg/packager/deploy.go
@@ -25,6 +25,7 @@ import (
 	"github.com/defenseunicorns/pkg/helpers/v2"
 
 	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/internal/gitea"
 	"github.com/zarf-dev/zarf/src/internal/packager/git"
 	"github.com/zarf-dev/zarf/src/internal/packager/helm"
 	"github.com/zarf-dev/zarf/src/internal/packager/images"
@@ -546,8 +547,7 @@ func (p *Packager) pushReposToRepository(ctx context.Context, reposPath string,
 	for _, repoURL := range repos {
 		// Create an anonymous function to push the repo to the Zarf git server
 		tryPush := func() error {
-			gitClient := git.New(p.state.GitServer)
-			namespace, name, port, err := serviceInfoFromServiceURL(gitClient.Server.Address)
+			namespace, name, port, err := serviceInfoFromServiceURL(p.state.GitServer.Address)
 
 			// If this is a service (svcInfo is not nil), create a port-forward tunnel to that resource
 			// TODO: Find a better way as ignoring the error is not a good solution to decide to port forward.
@@ -565,17 +565,37 @@ func (p *Packager) pushReposToRepository(ctx context.Context, reposPath string,
 				if err != nil {
 					return err
 				}
-
 				_, err = tunnel.Connect(ctx)
 				if err != nil {
 					return err
 				}
 				defer tunnel.Close()
+				gitClient := git.New(p.state.GitServer)
 				gitClient.Server.Address = tunnel.HTTPEndpoint()
+				giteaClient, err := gitea.NewClient(tunnel.HTTPEndpoint(), p.state.GitServer.PushUsername, p.state.GitServer.PushPassword)
+				if err != nil {
+					return err
+				}
+				return tunnel.Wrap(func() error {
+					err = gitClient.PushRepo(repoURL, reposPath)
+					if err != nil {
+						return err
+					}
 
-				return tunnel.Wrap(func() error { return gitClient.PushRepo(repoURL, reposPath) })
+					// Add the read-only user to this repo
+					repoName, err := transform.GitURLtoRepoName(repoURL)
+					if err != nil {
+						return err
+					}
+					err = giteaClient.AddReadOnlyUserToRepository(ctx, repoName, p.state.GitServer.PullUsername)
+					if err != nil {
+						return fmt.Errorf("unable to add the read only user to the repo %s: %w", repoName, err)
+					}
+					return nil
+				})
 			}
 
+			gitClient := git.New(p.state.GitServer)
 			return gitClient.PushRepo(repoURL, reposPath)
 		}
 
@@ -584,7 +604,6 @@ func (p *Packager) pushReposToRepository(ctx context.Context, reposPath string,
 			return fmt.Errorf("unable to push repo %s to the Git Server: %w", repoURL, err)
 		}
 	}
-
 	return nil
 }
 
diff --git a/src/test/e2e/22_git_and_gitops_test.go b/src/test/e2e/22_git_and_gitops_test.go
index 9394354e2c..901137125b 100644
--- a/src/test/e2e/22_git_and_gitops_test.go
+++ b/src/test/e2e/22_git_and_gitops_test.go
@@ -14,7 +14,7 @@ import (
 	"testing"
 
 	"github.com/stretchr/testify/require"
-	"github.com/zarf-dev/zarf/src/internal/packager/git"
+	"github.com/zarf-dev/zarf/src/internal/gitea"
 	"github.com/zarf-dev/zarf/src/pkg/cluster"
 	"github.com/zarf-dev/zarf/src/types"
 )
@@ -71,20 +71,20 @@ func testGitServerReadOnly(ctx context.Context, t *testing.T, gitURL string) {
 	require.NoError(t, err)
 
 	// Init the state variable
-	zarfState, err := c.LoadZarfState(ctx)
+	state, err := c.LoadZarfState(ctx)
 	require.NoError(t, err)
-
-	gitCfg := git.New(zarfState.GitServer)
+	giteaClient, err := gitea.NewClient(gitURL, types.ZarfGitReadUser, state.GitServer.PullPassword)
+	require.NoError(t, err)
+	repoName := "zarf-public-test-2363058019"
 
 	// Get the repo as the readonly user
-	repoName := "zarf-public-test-2363058019"
-	getRepoRequest, _ := http.NewRequest("GET", fmt.Sprintf("%s/api/v1/repos/%s/%s", gitURL, zarfState.GitServer.PushUsername, repoName), nil)
-	getRepoResponseBody, _, err := gitCfg.DoHTTPThings(getRepoRequest, types.ZarfGitReadUser, zarfState.GitServer.PullPassword)
+	b, statusCode, err := giteaClient.DoRequest(ctx, http.MethodGet, fmt.Sprintf("/api/v1/repos/%s/%s", state.GitServer.PushUsername, repoName), nil)
 	require.NoError(t, err)
+	require.Equal(t, http.StatusOK, statusCode)
 
 	// Make sure the only permissions are pull (read)
 	var bodyMap map[string]interface{}
-	err = json.Unmarshal(getRepoResponseBody, &bodyMap)
+	err = json.Unmarshal(b, &bodyMap)
 	require.NoError(t, err)
 	permissionsMap, ok := bodyMap["permissions"].(map[string]interface{})
 	require.True(t, ok, "permissions key is not of right type")
@@ -100,30 +100,29 @@ func testGitServerTagAndHash(ctx context.Context, t *testing.T, gitURL string) {
 	require.NoError(t, err)
 
 	// Init the state variable
-	zarfState, err := c.LoadZarfState(ctx)
+	state, err := c.LoadZarfState(ctx)
 	require.NoError(t, err, "Failed to load Zarf state")
+	giteaClient, err := gitea.NewClient(gitURL, types.ZarfGitReadUser, state.GitServer.PullPassword)
+	require.NoError(t, err)
 	repoName := "zarf-public-test-2363058019"
 
-	gitCfg := git.New(zarfState.GitServer)
-
-	// Get the Zarf repo tag
+	// Make sure the pushed tag exists
 	repoTag := "v0.0.1"
-	getRepoTagsRequest, _ := http.NewRequest("GET", fmt.Sprintf("%s/api/v1/repos/%s/%s/tags/%s", gitURL, types.ZarfGitPushUser, repoName, repoTag), nil)
-	getRepoTagsResponseBody, _, err := gitCfg.DoHTTPThings(getRepoTagsRequest, types.ZarfGitReadUser, zarfState.GitServer.PullPassword)
+	b, statusCode, err := giteaClient.DoRequest(ctx, http.MethodGet, fmt.Sprintf("/api/v1/repos/%s/%s/tags/%s", types.ZarfGitPushUser, repoName, repoTag), nil)
 	require.NoError(t, err)
-
-	// Make sure the pushed tag exists
+	require.Equal(t, http.StatusOK, statusCode)
 	var tagMap map[string]interface{}
-	err = json.Unmarshal(getRepoTagsResponseBody, &tagMap)
+	err = json.Unmarshal(b, &tagMap)
 	require.NoError(t, err)
 	require.Equal(t, repoTag, tagMap["name"])
 
 	// Get the Zarf repo commit
 	repoHash := "01a23218923f24194133b5eb11268cf8d73ff1bb"
-	getRepoCommitsRequest, _ := http.NewRequest("GET", fmt.Sprintf("%s/api/v1/repos/%s/%s/git/commits/%s", gitURL, types.ZarfGitPushUser, repoName, repoHash), nil)
-	getRepoCommitsResponseBody, _, err := gitCfg.DoHTTPThings(getRepoCommitsRequest, types.ZarfGitReadUser, zarfState.GitServer.PullPassword)
+	b, statusCode, err = giteaClient.DoRequest(ctx, http.MethodGet, fmt.Sprintf("/api/v1/repos/%s/%s/git/commits/%s", types.ZarfGitPushUser, repoName, repoHash), nil)
+	require.NoError(t, err)
+	require.Equal(t, http.StatusOK, statusCode)
 	require.NoError(t, err)
-	require.Contains(t, string(getRepoCommitsResponseBody), repoHash)
+	require.Contains(t, string(b), repoHash)
 }
 
 func waitFluxPodInfoDeployment(t *testing.T) {

From 347a09454638abcec357d4b484773c6df69d8a81 Mon Sep 17 00:00:00 2001
From: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
Date: Wed, 31 Jul 2024 10:31:38 -0400
Subject: [PATCH 43/68] fix: add dependabot and disable renovate features
 (#2789)

Signed-off-by: Austin Abro <AustinAbro321@gmail.com>
---
 .github/dependabot.yaml | 18 ++++++++++++++++++
 renovate.json           | 41 ++---------------------------------------
 2 files changed, 20 insertions(+), 39 deletions(-)
 create mode 100644 .github/dependabot.yaml

diff --git a/.github/dependabot.yaml b/.github/dependabot.yaml
new file mode 100644
index 0000000000..7465f35a07
--- /dev/null
+++ b/.github/dependabot.yaml
@@ -0,0 +1,18 @@
+version: 2
+updates:
+  - package-ecosystem: gomod
+    directory: /
+    schedule:
+      interval: daily
+  - package-ecosystem: github-actions
+    directory: /
+    schedule:
+      interval: daily
+  - package-ecosystem: npm
+    directory: /
+    schedule:
+      interval: daily
+  - package-ecosystem: cargo
+    directory: /
+    schedule:
+      interval: daily
diff --git a/renovate.json b/renovate.json
index 91e8dd55b0..40b519c928 100644
--- a/renovate.json
+++ b/renovate.json
@@ -3,41 +3,14 @@
     "config:base",
     "group:allNonMajor"
   ],
-  "ignoreDeps": [
-    "sigs.k8s.io/kustomize/kyaml"
-  ],
-  "ignorePaths": [
-    "**/node_modules/**",
-    "**/bower_components/**",
-    "**/vendor/**",
-    "**/__tests__/**",
-    "**/test/**",
-    "**/tests/**",
-    "**/__fixtures__/**"
-  ],
   "packageRules": [
     {
-      "matchUpdateTypes": [
-        "patch",
-        "pin",
-        "digest"
-      ],
-      "automerge": true,
-      "automergeType": "pr"
-    },
-    {
-      "matchDepTypes": [
-        "devDependencies"
-      ],
-      "automerge": true,
-      "automergeType": "pr"
+      "matchManagers": ["gomod","npm","github-actions", "cargo"],
+      "enabled": false
     }
   ],
   "platformAutomerge": true,
   "platformCommit": true,
-  "postUpdateOptions": [
-    "gomodTidy"
-  ],
   "regexManagers": [
     {
       "fileMatch": [
@@ -82,16 +55,6 @@
         "https:\\/\\/github.com\\/(?<depName>[\\w\\/\\-\\.\\+\\%]+?)\\/releases\\/download\\/(?<currentValue>[\\w\\/\\-\\.\\+\\%]+?)\\/"
       ],
       "datasourceTemplate": "github-releases"
-    },
-    {
-      "fileMatch": [
-        "\\.*\\.ya?ml$"
-      ],
-      "matchStrings": [
-        "# renovate: datasource=github-tags depName=anchore/grype versioning=semver\n\\s*VERSION: (?<currentValue>v[\\d.]+)"
-      ],
-      "datasourceTemplate": "github-tags",
-      "depNameTemplate": "anchore/grype"
     }
   ]
 }

From b31e3178370174b64e5b36b6f24f0f25b5516ddb Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Wed, 31 Jul 2024 15:18:34 +0000
Subject: [PATCH 44/68] chore(deps): bump github/codeql-action from 3.24.0 to
 3.25.15 (#2792)

Signed-off-by: dependabot[bot] <support@github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
---
 .github/workflows/scan-codeql.yml | 4 ++--
 .github/workflows/scorecard.yaml  | 2 +-
 2 files changed, 3 insertions(+), 3 deletions(-)

diff --git a/.github/workflows/scan-codeql.yml b/.github/workflows/scan-codeql.yml
index dd72737ab2..b410931356 100644
--- a/.github/workflows/scan-codeql.yml
+++ b/.github/workflows/scan-codeql.yml
@@ -53,7 +53,7 @@ jobs:
 
       # Initializes the CodeQL tools for scanning.
       - name: Initialize CodeQL
-        uses: github/codeql-action/init@e8893c57a1f3a2b659b6b55564fdfdbbd2982911 # v3.24.0
+        uses: github/codeql-action/init@afb54ba388a7dca6ecae48f608c4ff05ff4cc77a # v3.25.15
         with:
           languages: ${{ matrix.language }}
           config-file: ./.github/codeql.yaml
@@ -62,6 +62,6 @@ jobs:
         run: make build-cli-linux-amd
 
       - name: Perform CodeQL Analysis
-        uses: github/codeql-action/analyze@e8893c57a1f3a2b659b6b55564fdfdbbd2982911 # v3.24.0
+        uses: github/codeql-action/analyze@afb54ba388a7dca6ecae48f608c4ff05ff4cc77a # v3.25.15
         with:
           category: "/language:${{matrix.language}}"
diff --git a/.github/workflows/scorecard.yaml b/.github/workflows/scorecard.yaml
index f98ea7bdd1..4d2c24cf50 100644
--- a/.github/workflows/scorecard.yaml
+++ b/.github/workflows/scorecard.yaml
@@ -44,6 +44,6 @@ jobs:
 
       # Upload the results to GitHub's code scanning dashboard.
       - name: "Upload to code-scanning"
-        uses: github/codeql-action/upload-sarif@e8893c57a1f3a2b659b6b55564fdfdbbd2982911 # v3.24.0
+        uses: github/codeql-action/upload-sarif@afb54ba388a7dca6ecae48f608c4ff05ff4cc77a # v3.25.15
         with:
           sarif_file: results.sarif

From 410849ddbc62cf80ac7dc2845aca73dca626b613 Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Wed, 31 Jul 2024 15:18:47 +0000
Subject: [PATCH 45/68] chore(deps): bump actions/upload-artifact from 4.3.1 to
 4.3.4 (#2791)

Signed-off-by: dependabot[bot] <support@github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
---
 .github/workflows/release.yml      | 4 ++--
 .github/workflows/scorecard.yaml   | 2 +-
 .github/workflows/test-bigbang.yml | 2 +-
 .github/workflows/test-e2e.yml     | 2 +-
 .github/workflows/test-upgrade.yml | 2 +-
 5 files changed, 6 insertions(+), 6 deletions(-)

diff --git a/.github/workflows/release.yml b/.github/workflows/release.yml
index 00dda8debb..c9f6bb6724 100644
--- a/.github/workflows/release.yml
+++ b/.github/workflows/release.yml
@@ -72,7 +72,7 @@ jobs:
 
       # Upload the contents of the build directory for later stages to use
       - name: Upload build artifacts
-        uses: actions/upload-artifact@5d5d22a31266ced268874388b861e4b58bb5c2f3 # v4.3.1
+        uses: actions/upload-artifact@0b2256b8c012f0828dc542b3febcab082c67f72b # v4.3.4
         with:
           name: build-artifacts
           path: build/
@@ -186,7 +186,7 @@ jobs:
           HOMEBREW_TAP_GITHUB_TOKEN: ${{ steps.brew-tap-token.outputs.token }}
 
       - name: Save CVE report
-        uses: actions/upload-artifact@5d5d22a31266ced268874388b861e4b58bb5c2f3 # v4.3.1
+        uses: actions/upload-artifact@0b2256b8c012f0828dc542b3febcab082c67f72b # v4.3.4
         with:
           name: cve-report
           path: build/zarf-known-cves.csv
diff --git a/.github/workflows/scorecard.yaml b/.github/workflows/scorecard.yaml
index 4d2c24cf50..e776460573 100644
--- a/.github/workflows/scorecard.yaml
+++ b/.github/workflows/scorecard.yaml
@@ -36,7 +36,7 @@ jobs:
       # Upload the results as artifacts (optional). Commenting out will disable uploads of run results in SARIF
       # format to the repository Actions tab.
       - name: "Upload artifact"
-        uses: actions/upload-artifact@5d5d22a31266ced268874388b861e4b58bb5c2f3 # v4.3.1
+        uses: actions/upload-artifact@0b2256b8c012f0828dc542b3febcab082c67f72b # v4.3.4
         with:
           name: SARIF file
           path: results.sarif
diff --git a/.github/workflows/test-bigbang.yml b/.github/workflows/test-bigbang.yml
index 1dd568bb26..c7f7b62efe 100644
--- a/.github/workflows/test-bigbang.yml
+++ b/.github/workflows/test-bigbang.yml
@@ -63,7 +63,7 @@ jobs:
 
       # Upload the contents of the build directory for later stages to use
       - name: Upload build artifacts
-        uses: actions/upload-artifact@5d5d22a31266ced268874388b861e4b58bb5c2f3 # v4.3.1
+        uses: actions/upload-artifact@0b2256b8c012f0828dc542b3febcab082c67f72b # v4.3.4
         with:
           name: build-artifacts
           path: build/
diff --git a/.github/workflows/test-e2e.yml b/.github/workflows/test-e2e.yml
index 7a689ba7c0..e6026420b4 100644
--- a/.github/workflows/test-e2e.yml
+++ b/.github/workflows/test-e2e.yml
@@ -47,7 +47,7 @@ jobs:
 
       # Upload the contents of the build directory for later stages to use
       - name: Upload build artifacts
-        uses: actions/upload-artifact@5d5d22a31266ced268874388b861e4b58bb5c2f3 # v4.3.1
+        uses: actions/upload-artifact@0b2256b8c012f0828dc542b3febcab082c67f72b # v4.3.4
         with:
           name: build-artifacts
           path: build/
diff --git a/.github/workflows/test-upgrade.yml b/.github/workflows/test-upgrade.yml
index 552d79e103..17179ff9ad 100644
--- a/.github/workflows/test-upgrade.yml
+++ b/.github/workflows/test-upgrade.yml
@@ -46,7 +46,7 @@ jobs:
 
       # Upload the contents of the build directory for later stages to use
       - name: Upload build artifacts
-        uses: actions/upload-artifact@5d5d22a31266ced268874388b861e4b58bb5c2f3 # v4.3.1
+        uses: actions/upload-artifact@0b2256b8c012f0828dc542b3febcab082c67f72b # v4.3.4
         with:
           name: build-artifacts
           path: build/

From 053fb3557617f3d3948a94335e86ded9777cd011 Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Wed, 31 Jul 2024 15:19:10 +0000
Subject: [PATCH 46/68] chore(deps): bump docker/login-action from 3.0.0 to
 3.3.0 (#2794)

Signed-off-by: dependabot[bot] <support@github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
---
 .github/workflows/publish-application-packages.yml | 2 +-
 .github/workflows/release.yml                      | 2 +-
 .github/workflows/test-bigbang.yml                 | 4 ++--
 3 files changed, 4 insertions(+), 4 deletions(-)

diff --git a/.github/workflows/publish-application-packages.yml b/.github/workflows/publish-application-packages.yml
index 59be8e3ff3..d075c7cecf 100644
--- a/.github/workflows/publish-application-packages.yml
+++ b/.github/workflows/publish-application-packages.yml
@@ -26,7 +26,7 @@ jobs:
         uses: defenseunicorns/setup-zarf@10e539efed02f75ec39eb8823e22a5c795f492ae #v1.0.1
 
       - name: "Login to GHCR"
-        uses: docker/login-action@343f7c4344506bcbf9b4de18042ae17996df046d # v3.0.0
+        uses: docker/login-action@9780b0c442fbb1117ed29e0efdff1e18412f7567 # v3.3.0
         with:
           registry: ghcr.io
           username: dummy
diff --git a/.github/workflows/release.yml b/.github/workflows/release.yml
index c9f6bb6724..b3460ed000 100644
--- a/.github/workflows/release.yml
+++ b/.github/workflows/release.yml
@@ -32,7 +32,7 @@ jobs:
           make build-cli-linux-arm
 
       - name: "Zarf Agent: Login to GHCR"
-        uses: docker/login-action@343f7c4344506bcbf9b4de18042ae17996df046d # v3.0.0
+        uses: docker/login-action@9780b0c442fbb1117ed29e0efdff1e18412f7567 # v3.3.0
         with:
           registry: ghcr.io
           username: dummy
diff --git a/.github/workflows/test-bigbang.yml b/.github/workflows/test-bigbang.yml
index c7f7b62efe..1b5d47bb7f 100644
--- a/.github/workflows/test-bigbang.yml
+++ b/.github/workflows/test-bigbang.yml
@@ -46,7 +46,7 @@ jobs:
           build-examples: "false"
 
       - name: Login to Iron Bank
-        uses: docker/login-action@343f7c4344506bcbf9b4de18042ae17996df046d # v3.0.0
+        uses: docker/login-action@9780b0c442fbb1117ed29e0efdff1e18412f7567 # v3.3.0
         if: ${{ env.IRON_BANK_ROBOT_USERNAME != '' }}
         env:
           IRON_BANK_ROBOT_USERNAME: ${{ secrets.IRON_BANK_ROBOT_USERNAME }}
@@ -97,7 +97,7 @@ jobs:
         uses: ./.github/actions/k3d
 
       - name: Login to Iron Bank
-        uses: docker/login-action@343f7c4344506bcbf9b4de18042ae17996df046d # v3.0.0
+        uses: docker/login-action@9780b0c442fbb1117ed29e0efdff1e18412f7567 # v3.3.0
         if: ${{ env.IRON_BANK_ROBOT_USERNAME != '' }}
         env:
           IRON_BANK_ROBOT_USERNAME: ${{ secrets.IRON_BANK_ROBOT_USERNAME }}

From 49b0e72a5e190c4f1ea6de448e796e8dcfa3a58a Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Wed, 31 Jul 2024 15:19:34 +0000
Subject: [PATCH 47/68] chore(deps): bump golangci/golangci-lint-action from
 6.0.1 to 6.1.0 (#2793)

Signed-off-by: dependabot[bot] <support@github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
---
 .github/workflows/scan-lint.yml | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/.github/workflows/scan-lint.yml b/.github/workflows/scan-lint.yml
index d72450d66e..66eab288a7 100644
--- a/.github/workflows/scan-lint.yml
+++ b/.github/workflows/scan-lint.yml
@@ -13,4 +13,4 @@ jobs:
       - name: Checkout
         uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
       - name: Run golangci-lint
-        uses: golangci/golangci-lint-action@a4f60bb28d35aeee14e6880718e0c85ff1882e64 # v6.0.1
+        uses: golangci/golangci-lint-action@aaa42aa0628b4ae2578232a66b541047968fac86 # v6.1.0

From 40a05a099413c1096dd871fffa491467c98e3608 Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Wed, 31 Jul 2024 16:07:38 +0000
Subject: [PATCH 48/68] chore(deps): bump ossf/scorecard-action from 2.3.1 to
 2.4.0 (#2795)

Signed-off-by: dependabot[bot] <support@github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
---
 .github/workflows/scorecard.yaml | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/.github/workflows/scorecard.yaml b/.github/workflows/scorecard.yaml
index e776460573..e53c293383 100644
--- a/.github/workflows/scorecard.yaml
+++ b/.github/workflows/scorecard.yaml
@@ -27,7 +27,7 @@ jobs:
           persist-credentials: false
 
       - name: "Run analysis"
-        uses: ossf/scorecard-action@0864cf19026789058feabb7e87baa5f140aac736 # v2.3.1
+        uses: ossf/scorecard-action@62b2cac7ed8198b15735ed49ab1e5cf35480ba46 # v2.4.0
         with:
           results_file: results.sarif
           results_format: sarif

From 4a1f32e6caf6611cdc257273d7537092026fe8d6 Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Wed, 31 Jul 2024 12:47:07 -0400
Subject: [PATCH 49/68] chore(deps): bump k8s.io/component-base from 0.30.0 to
 0.30.3 (#2798)

Signed-off-by: dependabot[bot] <support@github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
---
 go.mod |  8 ++++----
 go.sum | 16 ++++++++--------
 2 files changed, 12 insertions(+), 12 deletions(-)

diff --git a/go.mod b/go.mod
index db29e4a620..eebb5ea6b7 100644
--- a/go.mod
+++ b/go.mod
@@ -49,10 +49,10 @@ require (
 	golang.org/x/sync v0.7.0
 	golang.org/x/term v0.22.0
 	helm.sh/helm/v3 v3.14.2
-	k8s.io/api v0.30.0
-	k8s.io/apimachinery v0.30.0
-	k8s.io/client-go v0.30.0
-	k8s.io/component-base v0.30.0
+	k8s.io/api v0.30.3
+	k8s.io/apimachinery v0.30.3
+	k8s.io/client-go v0.30.3
+	k8s.io/component-base v0.30.3
 	k8s.io/klog/v2 v2.120.1
 	k8s.io/kubectl v0.29.1
 	oras.land/oras-go/v2 v2.5.0
diff --git a/go.sum b/go.sum
index 23759f5ede..006c9add9a 100644
--- a/go.sum
+++ b/go.sum
@@ -2458,20 +2458,20 @@ honnef.co/go/tools v0.0.0-20190523083050-ea95bdfd59fc/go.mod h1:rf3lG4BRIbNafJWh
 honnef.co/go/tools v0.0.1-2019.2.3/go.mod h1:a3bituU0lyd329TUQxRnasdCoJDkEUEAqEt0JzvZhAg=
 honnef.co/go/tools v0.0.1-2020.1.3/go.mod h1:X/FiERA/W4tHapMX5mGpAtMSVEeEUOyHaw9vFzvIQ3k=
 honnef.co/go/tools v0.0.1-2020.1.4/go.mod h1:X/FiERA/W4tHapMX5mGpAtMSVEeEUOyHaw9vFzvIQ3k=
-k8s.io/api v0.30.0 h1:siWhRq7cNjy2iHssOB9SCGNCl2spiF1dO3dABqZ8niA=
-k8s.io/api v0.30.0/go.mod h1:OPlaYhoHs8EQ1ql0R/TsUgaRPhpKNxIMrKQfWUp8QSE=
+k8s.io/api v0.30.3 h1:ImHwK9DCsPA9uoU3rVh4QHAHHK5dTSv1nxJUapx8hoQ=
+k8s.io/api v0.30.3/go.mod h1:GPc8jlzoe5JG3pb0KJCSLX5oAFIW3/qNJITlDj8BH04=
 k8s.io/apiextensions-apiserver v0.30.0 h1:jcZFKMqnICJfRxTgnC4E+Hpcq8UEhT8B2lhBcQ+6uAs=
 k8s.io/apiextensions-apiserver v0.30.0/go.mod h1:N9ogQFGcrbWqAY9p2mUAL5mGxsLqwgtUce127VtRX5Y=
-k8s.io/apimachinery v0.30.0 h1:qxVPsyDM5XS96NIh9Oj6LavoVFYff/Pon9cZeDIkHHA=
-k8s.io/apimachinery v0.30.0/go.mod h1:iexa2somDaxdnj7bha06bhb43Zpa6eWH8N8dbqVjTUc=
+k8s.io/apimachinery v0.30.3 h1:q1laaWCmrszyQuSQCfNB8cFgCuDAoPszKY4ucAjDwHc=
+k8s.io/apimachinery v0.30.3/go.mod h1:iexa2somDaxdnj7bha06bhb43Zpa6eWH8N8dbqVjTUc=
 k8s.io/apiserver v0.30.0 h1:QCec+U72tMQ+9tR6A0sMBB5Vh6ImCEkoKkTDRABWq6M=
 k8s.io/apiserver v0.30.0/go.mod h1:smOIBq8t0MbKZi7O7SyIpjPsiKJ8qa+llcFCluKyqiY=
 k8s.io/cli-runtime v0.29.1 h1:By3WVOlEWYfyxhGko0f/IuAOLQcbBSMzwSaDren2JUs=
 k8s.io/cli-runtime v0.29.1/go.mod h1:vjEY9slFp8j8UoMhV5AlO8uulX9xk6ogfIesHobyBDU=
-k8s.io/client-go v0.30.0 h1:sB1AGGlhY/o7KCyCEQ0bPWzYDL0pwOZO4vAtTSh/gJQ=
-k8s.io/client-go v0.30.0/go.mod h1:g7li5O5256qe6TYdAMyX/otJqMhIiGgTapdLchhmOaY=
-k8s.io/component-base v0.30.0 h1:cj6bp38g0ainlfYtaOQuRELh5KSYjhKxM+io7AUIk4o=
-k8s.io/component-base v0.30.0/go.mod h1:V9x/0ePFNaKeKYA3bOvIbrNoluTSG+fSJKjLdjOoeXQ=
+k8s.io/client-go v0.30.3 h1:bHrJu3xQZNXIi8/MoxYtZBBWQQXwy16zqJwloXXfD3k=
+k8s.io/client-go v0.30.3/go.mod h1:8d4pf8vYu665/kUbsxWAQ/JDBNWqfFeZnvFiVdmx89U=
+k8s.io/component-base v0.30.3 h1:Ci0UqKWf4oiwy8hr1+E3dsnliKnkMLZMVbWzeorlk7s=
+k8s.io/component-base v0.30.3/go.mod h1:C1SshT3rGPCuNtBs14RmVD2xW0EhRSeLvBh7AGk1quA=
 k8s.io/component-helpers v0.29.1 h1:54MMEDu6xeJmMtAKztsPwu0kJKr4+jCUzaEIn2UXRoc=
 k8s.io/component-helpers v0.29.1/go.mod h1:+I7xz4kfUgxWAPJIVKrqe4ml4rb9UGpazlOmhXYo+cY=
 k8s.io/klog/v2 v2.120.1 h1:QXU6cPEOIslTGvZaXvFWiP9VKyeet3sawzTOvdXb4Vw=

From 7a5fb9ee0314adc3ade0f320699bb85c2e09b0be Mon Sep 17 00:00:00 2001
From: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
Date: Wed, 31 Jul 2024 13:58:32 -0400
Subject: [PATCH 50/68] ci: remove unneeded cve checking (#2802)

Signed-off-by: Austin Abro <AustinAbro321@gmail.com>
---
 .github/actions/install-tools/action.yaml |  7 ----
 .github/workflows/compare-cves.yml        | 39 -----------------------
 .github/workflows/scan-cves.yml           | 24 --------------
 .grype.yaml                               |  4 ---
 hack/check-vulnerabilities.sh             | 30 -----------------
 5 files changed, 104 deletions(-)
 delete mode 100644 .github/workflows/compare-cves.yml
 delete mode 100644 .github/workflows/scan-cves.yml
 delete mode 100644 .grype.yaml
 delete mode 100755 hack/check-vulnerabilities.sh

diff --git a/.github/actions/install-tools/action.yaml b/.github/actions/install-tools/action.yaml
index e8e052b640..92372d73b8 100644
--- a/.github/actions/install-tools/action.yaml
+++ b/.github/actions/install-tools/action.yaml
@@ -8,11 +8,4 @@ runs:
 
     - uses: anchore/sbom-action/download-syft@b6a39da80722a2cb0ef5d197531764a89b5d48c3 # v0.15.8
 
-    - name: install grype
-      env:
-        # renovate: datasource=github-tags depName=anchore/grype versioning=semver
-        VERSION: v0.74.6
-      run: "curl -sSfL https://raw.githubusercontent.com/anchore/grype/main/install.sh | sh -s -- -b /usr/local/bin $VERSION"
-      shell: bash
-
     - uses: docker/setup-buildx-action@f95db51fddba0c2d1ec667646a06c2ce06100226 # v3.0.0
diff --git a/.github/workflows/compare-cves.yml b/.github/workflows/compare-cves.yml
deleted file mode 100644
index dce4118ba5..0000000000
--- a/.github/workflows/compare-cves.yml
+++ /dev/null
@@ -1,39 +0,0 @@
-name: Compare CVEs to main
-
-permissions:
-  contents: read
-
-on:
-  pull_request:
-    paths:
-    - "go.mod"
-    - "go.sum"
-    - "cargo.toml"
-    - "cargo.lock"
-  merge_group:
-    paths:
-    - "go.mod"
-    - "go.sum"
-    - "cargo.toml"
-    - "cargo.lock"
-
-jobs:
-  validate:
-    runs-on: ubuntu-latest
-    steps:
-      - name: Checkout repo
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
-        with:
-          ref: ${{ github.head_ref || github.ref_name }}
-
-      - name: fetch main
-        run: git fetch origin main --depth 1
-
-      - name: Setup golang
-        uses: ./.github/actions/golang
-
-      - name: Install tools
-        uses: ./.github/actions/install-tools
-
-      - name: Check for CVEs in Dependencies
-        run: "hack/check-vulnerabilities.sh"
diff --git a/.github/workflows/scan-cves.yml b/.github/workflows/scan-cves.yml
deleted file mode 100644
index 2851849bf7..0000000000
--- a/.github/workflows/scan-cves.yml
+++ /dev/null
@@ -1,24 +0,0 @@
-name: Analyze CVEs
-
-permissions:
-  contents: read
-
-on:
-  schedule:
-    - cron: "0 10 * * *"
-
-jobs:
-  validate:
-    runs-on: ubuntu-latest
-    steps:
-      - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
-
-      - name: Setup golang
-        uses: ./.github/actions/golang
-
-      - name: Install tools
-        uses: ./.github/actions/install-tools
-
-      - name: Check for CVEs in Dependencies
-        run: "make test-cves"
diff --git a/.grype.yaml b/.grype.yaml
deleted file mode 100644
index 1ed8fe29e9..0000000000
--- a/.grype.yaml
+++ /dev/null
@@ -1,4 +0,0 @@
-ignore:
-  # From helm - This behavior was introduced intentionally, and cannot be removed without breaking backwards compatibility (some users may be relying on these values).
-  # https://helm.sh/blog/response-cve-2019-25210/
-  - vulnerability: GHSA-jw44-4f3j-q396
diff --git a/hack/check-vulnerabilities.sh b/hack/check-vulnerabilities.sh
deleted file mode 100755
index 903e59a01a..0000000000
--- a/hack/check-vulnerabilities.sh
+++ /dev/null
@@ -1,30 +0,0 @@
-#!/usr/bin/env bash
-
-set -euo pipefail
-
-MAIN_BRANCH="main"
-TARGET_BRANCH=$(git rev-parse --abbrev-ref HEAD)
-echo "target branch is $TARGET_BRANCH"
-
-mkdir -p build
-
-git checkout $MAIN_BRANCH
-go run main.go tools sbom scan . -o json --exclude './site' --exclude './examples' > build/main-syft.json
-
-git checkout $TARGET_BRANCH
-cat build/main-syft.json | grype -o template -t hack/compare.tmpl > build/main.json
-go run main.go tools sbom scan . -o json --exclude './site' --exclude './examples' | grype -o template -t hack/compare.tmpl > build/target.json
-
-
-result=$(jq --slurp '.[0] - .[1]' build/target.json build/main.json | jq '[.[] | select(.severity != "Low" and .severity != "Medium")]')
-
-echo "CVEs on $MAIN_BRANCH are $(cat build/main.json | jq )"
-echo "CVEs on $TARGET_BRANCH are $(cat build/target.json | jq)"
-
-if [[ "$result" == "[]" ]]; then
-  echo "no new vulnerabilities on $TARGET_BRANCH"
-  exit 0
-else
-  echo "new CVEs have been added with IDs $result"
-  exit 1
-fi

From 9be20095e7fdde34f317b80bacc8a796b8211e14 Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Wed, 31 Jul 2024 16:56:08 -0600
Subject: [PATCH 51/68] chore(deps): bump github.com/mikefarah/yq/v4 from
 4.43.1 to 4.44.2 (#2799)

Signed-off-by: dependabot[bot] <support@github.com>
Signed-off-by: Austin Abro <AustinAbro321@gmail.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
Co-authored-by: Austin Abro <AustinAbro321@gmail.com>
Co-authored-by: schristoff <28318173+schristoff@users.noreply.github.com>
---
 go.mod                                        |  10 +-
 go.sum                                        |  20 ++--
 .../content/docs/commands/zarf_tools_yq.md    |   1 +
 .../docs/commands/zarf_tools_yq_completion.md | 103 ++++++++++++++++++
 4 files changed, 119 insertions(+), 15 deletions(-)
 create mode 100644 site/src/content/docs/commands/zarf_tools_yq_completion.md

diff --git a/go.mod b/go.mod
index eebb5ea6b7..6c345a7fe3 100644
--- a/go.mod
+++ b/go.mod
@@ -18,7 +18,7 @@ require (
 	github.com/derailed/k9s v0.31.7
 	github.com/distribution/reference v0.5.0
 	github.com/fairwindsops/pluto/v5 v5.18.4
-	github.com/fatih/color v1.16.0
+	github.com/fatih/color v1.17.0
 	github.com/fluxcd/helm-controller/api v1.0.1
 	github.com/fluxcd/pkg/apis/meta v1.5.0
 	github.com/fluxcd/source-controller/api v1.3.0
@@ -222,7 +222,7 @@ require (
 	github.com/dsnet/compress v0.0.2-0.20210315054119-f66993602bf5 // indirect
 	github.com/dustin/go-humanize v1.0.1 // indirect
 	github.com/edsrzf/mmap-go v1.1.0 // indirect
-	github.com/elliotchance/orderedmap v1.5.1 // indirect
+	github.com/elliotchance/orderedmap v1.6.0 // indirect
 	github.com/emicklei/go-restful/v3 v3.11.0 // indirect
 	github.com/emicklei/proto v1.12.1 // indirect
 	github.com/emirpasic/gods v1.18.1 // indirect
@@ -263,7 +263,7 @@ require (
 	github.com/go-restruct/restruct v1.2.0-alpha // indirect
 	github.com/go-test/deep v1.1.0 // indirect
 	github.com/gobwas/glob v0.2.3 // indirect
-	github.com/goccy/go-json v0.10.2 // indirect
+	github.com/goccy/go-json v0.10.3 // indirect
 	github.com/gogo/protobuf v1.3.2 // indirect
 	github.com/golang-jwt/jwt/v4 v4.5.0 // indirect
 	github.com/golang-jwt/jwt/v5 v5.2.1 // indirect
@@ -348,7 +348,7 @@ require (
 	github.com/mgutz/ansi v0.0.0-20200706080929-d51e80ef957d // indirect
 	github.com/microsoft/go-rustaudit v0.0.0-20220730194248-4b17361d90a5 // indirect
 	github.com/miekg/pkcs11 v1.1.1 // indirect
-	github.com/mikefarah/yq/v4 v4.43.1
+	github.com/mikefarah/yq/v4 v4.44.2
 	github.com/mitchellh/copystructure v1.2.0 // indirect
 	github.com/mitchellh/go-homedir v1.1.0 // indirect
 	github.com/mitchellh/go-testing-interface v1.14.1 // indirect
@@ -392,7 +392,7 @@ require (
 	github.com/pborman/indent v1.2.1 // indirect
 	github.com/pborman/uuid v1.2.1 // indirect
 	github.com/pelletier/go-toml v1.9.5 // indirect
-	github.com/pelletier/go-toml/v2 v2.2.0 // indirect
+	github.com/pelletier/go-toml/v2 v2.2.2 // indirect
 	github.com/peterbourgon/diskv v2.0.1+incompatible // indirect
 	github.com/pierrec/lz4/v4 v4.1.18 // indirect
 	github.com/pjbgf/sha1cd v0.3.0 // indirect
diff --git a/go.sum b/go.sum
index 006c9add9a..0e511de64e 100644
--- a/go.sum
+++ b/go.sum
@@ -662,8 +662,8 @@ github.com/edsrzf/mmap-go v1.1.0 h1:6EUwBLQ/Mcr1EYLE4Tn1VdW1A4ckqCQWZBw8Hr0kjpQ=
 github.com/edsrzf/mmap-go v1.1.0/go.mod h1:19H/e8pUPLicwkyNgOykDXkJ9F0MHE+Z52B8EIth78Q=
 github.com/elazarl/goproxy v0.0.0-20230808193330-2592e75ae04a h1:mATvB/9r/3gvcejNsXKSkQ6lcIaNec2nyfOdlTBR2lU=
 github.com/elazarl/goproxy v0.0.0-20230808193330-2592e75ae04a/go.mod h1:Ro8st/ElPeALwNFlcTpWmkr6IoMFfkjXAvTHpevnDsM=
-github.com/elliotchance/orderedmap v1.5.1 h1:G1X4PYlljzimbdQ3RXmtIZiQ9d6aRQ3sH1nzjq5mECE=
-github.com/elliotchance/orderedmap v1.5.1/go.mod h1:wsDwEaX5jEoyhbs7x93zk2H/qv0zwuhg4inXhDkYqys=
+github.com/elliotchance/orderedmap v1.6.0 h1:xjn+kbbKXeDq6v9RVE+WYwRbYfAZKvlWfcJNxM8pvEw=
+github.com/elliotchance/orderedmap v1.6.0/go.mod h1:wsDwEaX5jEoyhbs7x93zk2H/qv0zwuhg4inXhDkYqys=
 github.com/emicklei/go-restful/v3 v3.11.0 h1:rAQeMHw1c7zTmncogyy8VvRZwtkmkZ4FxERmMY4rD+g=
 github.com/emicklei/go-restful/v3 v3.11.0/go.mod h1:6n3XBCmQQb25CM2LCACGz8ukIrRry+4bhvbpWn3mrbc=
 github.com/emicklei/proto v1.12.1 h1:6n/Z2pZAnBwuhU66Gs8160B8rrrYKo7h2F2sCOnNceE=
@@ -698,8 +698,8 @@ github.com/fatih/camelcase v1.0.0/go.mod h1:yN2Sb0lFhZJUdVvtELVWefmrXpuZESvPmqwo
 github.com/fatih/color v1.7.0/go.mod h1:Zm6kSWBoL9eyXnKyktHP6abPY2pDugNf5KwzbycvMj4=
 github.com/fatih/color v1.9.0/go.mod h1:eQcE1qtQxscV5RaZvpXrrb8Drkc3/DdQ+uUYCNjL+zU=
 github.com/fatih/color v1.13.0/go.mod h1:kLAiJbzzSOZDVNGyDpeOxJ47H46qBXwg5ILebYFFOfk=
-github.com/fatih/color v1.16.0 h1:zmkK9Ngbjj+K0yRhTVONQh1p/HknKYSlNT+vZCzyokM=
-github.com/fatih/color v1.16.0/go.mod h1:fL2Sau1YI5c0pdGEVCbKQbLXB6edEj1ZgiY4NijnWvE=
+github.com/fatih/color v1.17.0 h1:GlRw1BRJxkpqUCBKzKOw098ed57fEsKeNjpTe3cSjK4=
+github.com/fatih/color v1.17.0/go.mod h1:YZ7TlrGPkiz6ku9fK3TLD/pl3CpsiFyu8N92HLgmosI=
 github.com/fatih/set v0.2.1 h1:nn2CaJyknWE/6txyUDGwysr3G5QC6xWB/PtVjPBbeaA=
 github.com/fatih/set v0.2.1/go.mod h1:+RKtMCH+favT2+3YecHGxcc0b4KyVWA1QWWJUs4E0CI=
 github.com/felixge/fgprof v0.9.3 h1:VvyZxILNuCiUCSXtPtYmmtGvb65nqXh2QFWc0Wpf2/g=
@@ -832,8 +832,8 @@ github.com/gobuffalo/packr/v2 v2.8.3 h1:xE1yzvnO56cUC0sTpKR3DIbxZgB54AftTFMhB2XE
 github.com/gobuffalo/packr/v2 v2.8.3/go.mod h1:0SahksCVcx4IMnigTjiFuyldmTrdTctXsOdiU5KwbKc=
 github.com/gobwas/glob v0.2.3 h1:A4xDbljILXROh+kObIiy5kIaPYD8e96x1tgBhUI5J+Y=
 github.com/gobwas/glob v0.2.3/go.mod h1:d3Ez4x06l9bZtSvzIay5+Yzi0fmZzPgnTbPcKjJAkT8=
-github.com/goccy/go-json v0.10.2 h1:CrxCmQqYDkv1z7lO7Wbh2HN93uovUHgrECaO5ZrCXAU=
-github.com/goccy/go-json v0.10.2/go.mod h1:6MelG93GURQebXPDq3khkgXZkazVtN9CRI+MGFi0w8I=
+github.com/goccy/go-json v0.10.3 h1:KZ5WoDbxAIgm2HNbYckL0se1fHD6rz5j4ywS6ebzDqA=
+github.com/goccy/go-json v0.10.3/go.mod h1:oq7eo15ShAhp70Anwd5lgX2pLfOS3QCiwU/PULtXL6M=
 github.com/goccy/go-yaml v1.11.3 h1:B3W9IdWbvrUu2OYQGwvU1nZtvMQJPBKgBUuweJjLj6I=
 github.com/goccy/go-yaml v1.11.3/go.mod h1:wKnAMd44+9JAAnGQpWVEgBzGt3YuTaQ4uXoHvE4m7WU=
 github.com/godbus/dbus/v5 v5.0.4/go.mod h1:xhWf0FNVPg57R7Z0UbKHbJfkEywrmjJnf7w5xrFpKfA=
@@ -1270,8 +1270,8 @@ github.com/miekg/dns v1.1.55/go.mod h1:uInx36IzPl7FYnDcMeVWxj9byh7DutNykX4G9Sj60
 github.com/miekg/pkcs11 v1.0.3-0.20190429190417-a667d056470f/go.mod h1:XsNlhZGX73bx86s2hdc/FuaLm2CPZJemRLMA+WTFxgs=
 github.com/miekg/pkcs11 v1.1.1 h1:Ugu9pdy6vAYku5DEpVWVFPYnzV+bxB+iRdbuFSu7TvU=
 github.com/miekg/pkcs11 v1.1.1/go.mod h1:XsNlhZGX73bx86s2hdc/FuaLm2CPZJemRLMA+WTFxgs=
-github.com/mikefarah/yq/v4 v4.43.1 h1:1bCrQwVDhjGnPboQidy30hu6U2TCd8sUQTy1hKCHOGI=
-github.com/mikefarah/yq/v4 v4.43.1/go.mod h1:jcSqtyUKbPWvwaa8cNw8Ej4rmPb3iWE8zYvpkTvM7oc=
+github.com/mikefarah/yq/v4 v4.44.2 h1:J+ezWCDTg+SUs0jXdcE0HIPH1+rEr0Tbn9Y1SwiWtH0=
+github.com/mikefarah/yq/v4 v4.44.2/go.mod h1:9bnz36uZJDEyxdIjRronBcqStS953k3y3DrSRXr4F/w=
 github.com/mitchellh/cli v1.0.0/go.mod h1:hNIlj7HEI86fIcpObd7a0FcrxTWetlwJDGcceTlRvqc=
 github.com/mitchellh/cli v1.1.0/go.mod h1:xcISNoH86gajksDmfB23e/pu+B+GeFRMYmoHXxx3xhI=
 github.com/mitchellh/copystructure v1.0.0/go.mod h1:SNtv71yrdKgLRyLFxmLdkAbkKEFWgYaq1OVrnRcwhnw=
@@ -1400,8 +1400,8 @@ github.com/pborman/uuid v1.2.1/go.mod h1:X/NO0urCmaxf9VXbdlT7C2Yzkj2IKimNn4k+gtP
 github.com/pelletier/go-toml v1.9.4/go.mod h1:u1nR/EPcESfeI/szUZKdtJ0xRNbUoANCkoOuaOx1Y+c=
 github.com/pelletier/go-toml v1.9.5 h1:4yBQzkHv+7BHq2PQUZF3Mx0IYxG7LsP222s7Agd3ve8=
 github.com/pelletier/go-toml v1.9.5/go.mod h1:u1nR/EPcESfeI/szUZKdtJ0xRNbUoANCkoOuaOx1Y+c=
-github.com/pelletier/go-toml/v2 v2.2.0 h1:QLgLl2yMN7N+ruc31VynXs1vhMZa7CeHHejIeBAsoHo=
-github.com/pelletier/go-toml/v2 v2.2.0/go.mod h1:1t835xjRzz80PqgE6HHgN2JOsmgYu/h4qDAS4n929Rs=
+github.com/pelletier/go-toml/v2 v2.2.2 h1:aYUidT7k73Pcl9nb2gScu7NSrKCSHIDE89b3+6Wq+LM=
+github.com/pelletier/go-toml/v2 v2.2.2/go.mod h1:1t835xjRzz80PqgE6HHgN2JOsmgYu/h4qDAS4n929Rs=
 github.com/peterbourgon/diskv v2.0.1+incompatible h1:UBdAOUP5p4RWqPBg048CAvpKN+vxiaj6gdUUzhl4XmI=
 github.com/peterbourgon/diskv v2.0.1+incompatible/go.mod h1:uqqh8zWWbv1HBMNONnaR/tNboyR3/BZd58JJSHlUSCU=
 github.com/petergtz/pegomock v2.9.0+incompatible h1:BKfb5XfkJfehe5T+O1xD4Zm26Sb9dnRj7tHxLYwUPiI=
diff --git a/site/src/content/docs/commands/zarf_tools_yq.md b/site/src/content/docs/commands/zarf_tools_yq.md
index 1ab66ec79f..7e865330fa 100644
--- a/site/src/content/docs/commands/zarf_tools_yq.md
+++ b/site/src/content/docs/commands/zarf_tools_yq.md
@@ -84,6 +84,7 @@ zarf tools yq -P sample.json
 ### SEE ALSO
 
 * [zarf tools](/commands/zarf_tools/)	 - Collection of additional tools to make airgap easier
+* [zarf tools yq completion](/commands/zarf_tools_yq_completion/)	 - Generate the autocompletion script for the specified shell
 * [zarf tools yq eval](/commands/zarf_tools_yq_eval/)	 - (default) Apply the expression to each document in each yaml file in sequence
 * [zarf tools yq eval-all](/commands/zarf_tools_yq_eval-all/)	 - Loads _all_ yaml documents of _all_ yaml files and runs expression once
 
diff --git a/site/src/content/docs/commands/zarf_tools_yq_completion.md b/site/src/content/docs/commands/zarf_tools_yq_completion.md
new file mode 100644
index 0000000000..c67ed20899
--- /dev/null
+++ b/site/src/content/docs/commands/zarf_tools_yq_completion.md
@@ -0,0 +1,103 @@
+---
+title: zarf tools yq completion
+description: Zarf CLI command reference for <code>zarf tools yq completion</code>.
+tableOfContents: false
+---
+
+<!-- Page generated by Zarf; DO NOT EDIT -->
+
+## zarf tools yq completion
+
+Generate the autocompletion script for the specified shell
+
+### Synopsis
+
+To load completions:
+
+Bash:
+
+$ source <(yq completion bash)
+
+# To load completions for each session, execute once:
+Linux:
+  $ yq completion bash > /etc/bash_completion.d/yq
+MacOS:
+  $ yq completion bash > /usr/local/etc/bash_completion.d/yq
+
+Zsh:
+
+# If shell completion is not already enabled in your environment you will need
+# to enable it.  You can execute the following once:
+
+$ echo "autoload -U compinit; compinit" >> ~/.zshrc
+
+# To load completions for each session, execute once:
+$ yq completion zsh > "${fpath[1]}/_yq"
+
+# You will need to start a new shell for this setup to take effect.
+
+Fish:
+
+$ yq completion fish | source
+
+# To load completions for each session, execute once:
+$ yq completion fish > ~/.config/fish/completions/yq.fish
+
+
+```
+zarf tools yq completion [bash|zsh|fish|powershell]
+```
+
+### Options
+
+```
+  -h, --help   help for completion
+```
+
+### Options inherited from parent commands
+
+```
+  -C, --colors                        force print with colors
+      --csv-auto-parse                parse CSV YAML/JSON values (default true)
+      --csv-separator char            CSV Separator character (default ,)
+  -e, --exit-status                   set exit status if there are no matches or null or false is returned
+      --expression string             forcibly set the expression argument. Useful when yq argument detection thinks your expression is a file.
+      --from-file string              Load expression from specified file.
+  -f, --front-matter string           (extract|process) first input as yaml front-matter. Extract will pull out the yaml content, process will run the expression against the yaml content, leaving the remaining data intact
+      --header-preprocess             Slurp any header comments and separators before processing expression. (default true)
+  -I, --indent int                    sets indent level for output (default 2)
+  -i, --inplace                       update the file in place of first file given.
+  -p, --input-format string           [auto|a|yaml|y|json|j|props|p|csv|c|tsv|t|xml|x|base64|uri|toml|lua|l] parse format for input. (default "auto")
+      --lua-globals                   output keys as top-level global variables
+      --lua-prefix string             prefix (default "return ")
+      --lua-suffix string             suffix (default ";\n")
+      --lua-unquoted                  output unquoted string keys (e.g. {foo="bar"})
+  -M, --no-colors                     force print with no colors
+  -N, --no-doc                        Don't print document separators (---)
+  -0, --nul-output                    Use NUL char to separate values. If unwrap scalar is also set, fail if unwrapped scalar contains NUL char.
+  -n, --null-input                    Don't read input, simply evaluate the expression given. Useful for creating docs from scratch.
+  -o, --output-format string          [auto|a|yaml|y|json|j|props|p|csv|c|tsv|t|xml|x|base64|uri|toml|shell|s|lua|l] output format type. (default "auto")
+  -P, --prettyPrint                   pretty print, shorthand for '... style = ""'
+      --properties-array-brackets     use [x] in array paths (e.g. for SpringBoot)
+      --properties-separator string   separator to use between keys and values (default " = ")
+  -s, --split-exp string              print each result (or doc) into a file named (exp). [exp] argument must return a string. You can use $index in the expression as the result counter.
+      --split-exp-file string         Use a file to specify the split-exp expression.
+      --string-interpolation          Toggles strings interpolation of \(exp) (default true)
+      --tsv-auto-parse                parse TSV YAML/JSON values (default true)
+  -r, --unwrapScalar                  unwrap scalar, print the value with no quotes, colors or comments. Defaults to true for yaml (default true)
+  -v, --verbose                       verbose mode
+      --xml-attribute-prefix string   prefix for xml attributes (default "+@")
+      --xml-content-name string       name for xml content (if no attribute name is present). (default "+content")
+      --xml-directive-name string     name for xml directives (e.g. <!DOCTYPE thing cat>) (default "+directive")
+      --xml-keep-namespace            enables keeping namespace after parsing attributes (default true)
+      --xml-proc-inst-prefix string   prefix for xml processing instructions (e.g. <?xml version="1"?>) (default "+p_")
+      --xml-raw-token                 enables using RawToken method instead Token. Commonly disables namespace translations. See https://pkg.go.dev/encoding/xml#Decoder.RawToken for details. (default true)
+      --xml-skip-directives           skip over directives (e.g. <!DOCTYPE thing cat>)
+      --xml-skip-proc-inst            skip over process instructions (e.g. <?xml version="1"?>)
+      --xml-strict-mode               enables strict parsing of XML. See https://pkg.go.dev/encoding/xml for more details.
+```
+
+### SEE ALSO
+
+* [zarf tools yq](/commands/zarf_tools_yq/)	 - yq is a lightweight and portable command-line data file processor.
+

From b200e226f035d5e6d8004f9d36d1296ce843fb9e Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Thu, 1 Aug 2024 07:30:37 +0200
Subject: [PATCH 52/68] chore(deps): bump codecov/codecov-action from 4.4.1 to
 4.5.0 (#2808)

Signed-off-by: dependabot[bot] <support@github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
---
 .github/workflows/test-unit.yml | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/.github/workflows/test-unit.yml b/.github/workflows/test-unit.yml
index 8ea2cc7bdb..ddb513fcaf 100644
--- a/.github/workflows/test-unit.yml
+++ b/.github/workflows/test-unit.yml
@@ -47,6 +47,6 @@ jobs:
         run: make test-unit
 
       - name: Upload coverage reports to Codecov
-        uses: codecov/codecov-action@125fc84a9a348dbcf27191600683ec096ec9021c # v4.4.1
+        uses: codecov/codecov-action@e28ff129e5465c2c0dcc6f003fc735cb6ae0c673 # v4.5.0
         with:
           token: ${{ secrets.CODECOV_TOKEN }}

From 2b83a9373258c7952613d7957ac3c29bace112e3 Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Thu, 1 Aug 2024 07:32:33 +0200
Subject: [PATCH 53/68] chore(deps): bump actions/create-github-app-token from
 1.9.0 to 1.10.3 (#2809)

Signed-off-by: dependabot[bot] <support@github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
---
 .github/workflows/release.yml | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/.github/workflows/release.yml b/.github/workflows/release.yml
index b3460ed000..b6a50772e5 100644
--- a/.github/workflows/release.yml
+++ b/.github/workflows/release.yml
@@ -167,7 +167,7 @@ jobs:
 
       - name: Get Brew tap repo token
         id: brew-tap-token
-        uses: actions/create-github-app-token@f2acddfb5195534d487896a656232b016a682f3c # v1.9.0
+        uses: actions/create-github-app-token@31c86eb3b33c9b601a1f60f98dcbfd1d70f379b4 # v1.10.3
         with:
           app-id: ${{ secrets.HOMEBREW_TAP_WORKFLOW_GITHUB_APP_ID }}
           private-key: ${{ secrets.HOMEBREW_TAP_WORKFLOW_GITHUB_APP_SECRET }}

From 81c89651d7d5a8e6630b42ca14c89bb910800775 Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Thu, 1 Aug 2024 05:59:46 +0000
Subject: [PATCH 54/68] chore(deps): bump actions/download-artifact from 4.1.2
 to 4.1.8 (#2810)

Signed-off-by: dependabot[bot] <support@github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
---
 .github/workflows/release.yml      |  4 ++--
 .github/workflows/test-bigbang.yml |  2 +-
 .github/workflows/test-e2e.yml     | 10 +++++-----
 .github/workflows/test-upgrade.yml |  2 +-
 4 files changed, 9 insertions(+), 9 deletions(-)

diff --git a/.github/workflows/release.yml b/.github/workflows/release.yml
index b6a50772e5..b949f54cb3 100644
--- a/.github/workflows/release.yml
+++ b/.github/workflows/release.yml
@@ -89,7 +89,7 @@ jobs:
           fetch-depth: 0
 
       - name: Download build artifacts
-        uses: actions/download-artifact@eaceaf801fd36c7dee90939fad912460b18a1ffe # v4.1.2
+        uses: actions/download-artifact@fa0a91b85d4f404e444e00e005971372dc801d16 # v4.1.8
         with:
           name: build-artifacts
           path: build/
@@ -134,7 +134,7 @@ jobs:
         uses: ./.github/actions/install-tools
 
       - name: Download build artifacts
-        uses: actions/download-artifact@eaceaf801fd36c7dee90939fad912460b18a1ffe # v4.1.2
+        uses: actions/download-artifact@fa0a91b85d4f404e444e00e005971372dc801d16 # v4.1.8
         with:
           name: build-artifacts
           path: build/
diff --git a/.github/workflows/test-bigbang.yml b/.github/workflows/test-bigbang.yml
index 1b5d47bb7f..8a8ffc22c0 100644
--- a/.github/workflows/test-bigbang.yml
+++ b/.github/workflows/test-bigbang.yml
@@ -77,7 +77,7 @@ jobs:
         uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
 
       - name: Download build artifacts
-        uses: actions/download-artifact@eaceaf801fd36c7dee90939fad912460b18a1ffe # v4.1.2
+        uses: actions/download-artifact@fa0a91b85d4f404e444e00e005971372dc801d16 # v4.1.8
         with:
           name: build-artifacts
           path: build/
diff --git a/.github/workflows/test-e2e.yml b/.github/workflows/test-e2e.yml
index e6026420b4..b8438f1ef5 100644
--- a/.github/workflows/test-e2e.yml
+++ b/.github/workflows/test-e2e.yml
@@ -61,7 +61,7 @@ jobs:
         uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
 
       - name: Download build artifacts
-        uses: actions/download-artifact@eaceaf801fd36c7dee90939fad912460b18a1ffe # v4.1.2
+        uses: actions/download-artifact@fa0a91b85d4f404e444e00e005971372dc801d16 # v4.1.8
         with:
           name: build-artifacts
           path: build/
@@ -96,7 +96,7 @@ jobs:
         uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
 
       - name: Download build artifacts
-        uses: actions/download-artifact@eaceaf801fd36c7dee90939fad912460b18a1ffe # v4.1.2
+        uses: actions/download-artifact@fa0a91b85d4f404e444e00e005971372dc801d16 # v4.1.8
         with:
           name: build-artifacts
           path: build/
@@ -134,7 +134,7 @@ jobs:
         uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
 
       - name: Download build artifacts
-        uses: actions/download-artifact@eaceaf801fd36c7dee90939fad912460b18a1ffe # v4.1.2
+        uses: actions/download-artifact@fa0a91b85d4f404e444e00e005971372dc801d16 # v4.1.8
         with:
           name: build-artifacts
           path: build/
@@ -172,7 +172,7 @@ jobs:
         uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
 
       - name: Download build artifacts
-        uses: actions/download-artifact@eaceaf801fd36c7dee90939fad912460b18a1ffe # v4.1.2
+        uses: actions/download-artifact@fa0a91b85d4f404e444e00e005971372dc801d16 # v4.1.8
         with:
           name: build-artifacts
           path: build/
@@ -212,7 +212,7 @@ jobs:
         uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
 
       - name: Download build artifacts
-        uses: actions/download-artifact@eaceaf801fd36c7dee90939fad912460b18a1ffe # v4.1.2
+        uses: actions/download-artifact@fa0a91b85d4f404e444e00e005971372dc801d16 # v4.1.8
         with:
           name: build-artifacts
           path: build/
diff --git a/.github/workflows/test-upgrade.yml b/.github/workflows/test-upgrade.yml
index 17179ff9ad..592b848dd9 100644
--- a/.github/workflows/test-upgrade.yml
+++ b/.github/workflows/test-upgrade.yml
@@ -60,7 +60,7 @@ jobs:
         uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
 
       - name: Download build artifacts
-        uses: actions/download-artifact@eaceaf801fd36c7dee90939fad912460b18a1ffe # v4.1.2
+        uses: actions/download-artifact@fa0a91b85d4f404e444e00e005971372dc801d16 # v4.1.8
         with:
           name: build-artifacts
           path: build/

From 6d86e48bd5de4b4cc961a32cbb4f64ba87a6168b Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Thu, 1 Aug 2024 07:41:12 +0000
Subject: [PATCH 55/68] chore(deps): bump actions/checkout from 4.1.1 to 4.1.7
 (#2807)

Signed-off-by: dependabot[bot] <support@github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
---
 .github/workflows/build-rust-injector.yml          |  2 +-
 .github/workflows/commitlint.yml                   |  2 +-
 .github/workflows/dependency-review.yml            |  2 +-
 .github/workflows/nightly-ecr.yml                  |  2 +-
 .github/workflows/nightly-eks.yml                  |  2 +-
 .github/workflows/publish-application-packages.yml |  2 +-
 .github/workflows/release.yml                      |  6 +++---
 .github/workflows/scan-codeql.yml                  |  2 +-
 .github/workflows/scan-docs-and-schema.yml         |  2 +-
 .github/workflows/scan-lint.yml                    |  2 +-
 .github/workflows/scorecard.yaml                   |  2 +-
 .github/workflows/test-bigbang.yml                 |  4 ++--
 .github/workflows/test-e2e.yml                     | 12 ++++++------
 .github/workflows/test-external.yml                |  2 +-
 .github/workflows/test-site.yml                    |  2 +-
 .github/workflows/test-unit.yml                    |  2 +-
 .github/workflows/test-upgrade.yml                 |  4 ++--
 .github/workflows/test-windows.yml                 |  4 ++--
 18 files changed, 28 insertions(+), 28 deletions(-)

diff --git a/.github/workflows/build-rust-injector.yml b/.github/workflows/build-rust-injector.yml
index eb41af52c7..b637a65261 100644
--- a/.github/workflows/build-rust-injector.yml
+++ b/.github/workflows/build-rust-injector.yml
@@ -16,7 +16,7 @@ jobs:
     runs-on: ubuntu-latest
     steps:
       - name: "Checkout Repo"
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Install tools
         uses: ./.github/actions/install-tools
diff --git a/.github/workflows/commitlint.yml b/.github/workflows/commitlint.yml
index b83d5d3350..f6243f526e 100644
--- a/.github/workflows/commitlint.yml
+++ b/.github/workflows/commitlint.yml
@@ -16,7 +16,7 @@ jobs:
 
     steps:
       - name: Checkout
-        uses: actions/checkout@9bb56186c3b09b4f86b1c65136769dd318469633 # v4.1.2
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
         with:
           fetch-depth: 0
 
diff --git a/.github/workflows/dependency-review.yml b/.github/workflows/dependency-review.yml
index 8e12c590e0..01843002e6 100644
--- a/.github/workflows/dependency-review.yml
+++ b/.github/workflows/dependency-review.yml
@@ -10,6 +10,6 @@ jobs:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
       - name: Dependency Review
         uses: actions/dependency-review-action@9129d7d40b8c12c1ed0f60400d00c92d437adcce # v4.1.3
diff --git a/.github/workflows/nightly-ecr.yml b/.github/workflows/nightly-ecr.yml
index f922e89dba..cc05e5b358 100644
--- a/.github/workflows/nightly-ecr.yml
+++ b/.github/workflows/nightly-ecr.yml
@@ -19,7 +19,7 @@ jobs:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Setup golang
         uses: ./.github/actions/golang
diff --git a/.github/workflows/nightly-eks.yml b/.github/workflows/nightly-eks.yml
index eee9191155..85ee03b7c5 100644
--- a/.github/workflows/nightly-eks.yml
+++ b/.github/workflows/nightly-eks.yml
@@ -27,7 +27,7 @@ jobs:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Setup golang
         uses: ./.github/actions/golang
diff --git a/.github/workflows/publish-application-packages.yml b/.github/workflows/publish-application-packages.yml
index d075c7cecf..3944aa0abb 100644
--- a/.github/workflows/publish-application-packages.yml
+++ b/.github/workflows/publish-application-packages.yml
@@ -18,7 +18,7 @@ jobs:
       packages: write
     steps:
       - name: "Checkout Repo"
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
         with:
           ref: ${{ github.event.inputs.branchName }}
 
diff --git a/.github/workflows/release.yml b/.github/workflows/release.yml
index b949f54cb3..cc5d405a95 100644
--- a/.github/workflows/release.yml
+++ b/.github/workflows/release.yml
@@ -16,7 +16,7 @@ jobs:
     steps:
       # Checkout the repo and setup the tooling for this job
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
         with:
           fetch-depth: 0
 
@@ -84,7 +84,7 @@ jobs:
     steps:
       # Checkout the repo and setup the tooling for this job
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
         with:
           fetch-depth: 0
 
@@ -123,7 +123,7 @@ jobs:
     steps:
       # Checkout the repo and setup the tooling for this job
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
         with:
           fetch-depth: 0
 
diff --git a/.github/workflows/scan-codeql.yml b/.github/workflows/scan-codeql.yml
index b410931356..4f651e704a 100644
--- a/.github/workflows/scan-codeql.yml
+++ b/.github/workflows/scan-codeql.yml
@@ -46,7 +46,7 @@ jobs:
 
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Setup golang
         uses: ./.github/actions/golang
diff --git a/.github/workflows/scan-docs-and-schema.yml b/.github/workflows/scan-docs-and-schema.yml
index 4d18ba393f..e614faa5a1 100644
--- a/.github/workflows/scan-docs-and-schema.yml
+++ b/.github/workflows/scan-docs-and-schema.yml
@@ -11,7 +11,7 @@ jobs:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Setup golang
         uses: ./.github/actions/golang
diff --git a/.github/workflows/scan-lint.yml b/.github/workflows/scan-lint.yml
index 66eab288a7..45421e95de 100644
--- a/.github/workflows/scan-lint.yml
+++ b/.github/workflows/scan-lint.yml
@@ -11,6 +11,6 @@ jobs:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
       - name: Run golangci-lint
         uses: golangci/golangci-lint-action@aaa42aa0628b4ae2578232a66b541047968fac86 # v6.1.0
diff --git a/.github/workflows/scorecard.yaml b/.github/workflows/scorecard.yaml
index e53c293383..9b1a7e9f3a 100644
--- a/.github/workflows/scorecard.yaml
+++ b/.github/workflows/scorecard.yaml
@@ -22,7 +22,7 @@ jobs:
 
     steps:
       - name: "Checkout code"
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
         with:
           persist-credentials: false
 
diff --git a/.github/workflows/test-bigbang.yml b/.github/workflows/test-bigbang.yml
index 8a8ffc22c0..34e7ac5ca5 100644
--- a/.github/workflows/test-bigbang.yml
+++ b/.github/workflows/test-bigbang.yml
@@ -34,7 +34,7 @@ jobs:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Setup golang
         uses: ./.github/actions/golang
@@ -74,7 +74,7 @@ jobs:
     needs: build
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Download build artifacts
         uses: actions/download-artifact@fa0a91b85d4f404e444e00e005971372dc801d16 # v4.1.8
diff --git a/.github/workflows/test-e2e.yml b/.github/workflows/test-e2e.yml
index b8438f1ef5..91a5f160a4 100644
--- a/.github/workflows/test-e2e.yml
+++ b/.github/workflows/test-e2e.yml
@@ -35,7 +35,7 @@ jobs:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Setup golang
         uses: ./.github/actions/golang
@@ -58,7 +58,7 @@ jobs:
     needs: build
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Download build artifacts
         uses: actions/download-artifact@fa0a91b85d4f404e444e00e005971372dc801d16 # v4.1.8
@@ -93,7 +93,7 @@ jobs:
     needs: build
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Download build artifacts
         uses: actions/download-artifact@fa0a91b85d4f404e444e00e005971372dc801d16 # v4.1.8
@@ -131,7 +131,7 @@ jobs:
     needs: build
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Download build artifacts
         uses: actions/download-artifact@fa0a91b85d4f404e444e00e005971372dc801d16 # v4.1.8
@@ -169,7 +169,7 @@ jobs:
     needs: build
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Download build artifacts
         uses: actions/download-artifact@fa0a91b85d4f404e444e00e005971372dc801d16 # v4.1.8
@@ -209,7 +209,7 @@ jobs:
     needs: build
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Download build artifacts
         uses: actions/download-artifact@fa0a91b85d4f404e444e00e005971372dc801d16 # v4.1.8
diff --git a/.github/workflows/test-external.yml b/.github/workflows/test-external.yml
index f288989c8f..081ac7c461 100644
--- a/.github/workflows/test-external.yml
+++ b/.github/workflows/test-external.yml
@@ -34,7 +34,7 @@ jobs:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Setup golang
         uses: ./.github/actions/golang
diff --git a/.github/workflows/test-site.yml b/.github/workflows/test-site.yml
index af0a3baef9..1042f3a0b6 100644
--- a/.github/workflows/test-site.yml
+++ b/.github/workflows/test-site.yml
@@ -19,7 +19,7 @@ jobs:
         working-directory: ./site
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Setup Node.js
         uses: actions/setup-node@60edb5dd545a775178f52524783378180af0d1f8 # v4.0.2
diff --git a/.github/workflows/test-unit.yml b/.github/workflows/test-unit.yml
index ddb513fcaf..78b49b9c90 100644
--- a/.github/workflows/test-unit.yml
+++ b/.github/workflows/test-unit.yml
@@ -38,7 +38,7 @@ jobs:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Setup golang
         uses: ./.github/actions/golang
diff --git a/.github/workflows/test-upgrade.yml b/.github/workflows/test-upgrade.yml
index 592b848dd9..3ffe41a13c 100644
--- a/.github/workflows/test-upgrade.yml
+++ b/.github/workflows/test-upgrade.yml
@@ -34,7 +34,7 @@ jobs:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Setup golang
         uses: ./.github/actions/golang
@@ -57,7 +57,7 @@ jobs:
     needs: build
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Download build artifacts
         uses: actions/download-artifact@fa0a91b85d4f404e444e00e005971372dc801d16 # v4.1.8
diff --git a/.github/workflows/test-windows.yml b/.github/workflows/test-windows.yml
index 08b1a6e845..d9d9172a75 100644
--- a/.github/workflows/test-windows.yml
+++ b/.github/workflows/test-windows.yml
@@ -34,7 +34,7 @@ jobs:
     runs-on: windows-latest
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Run Windows unit tests
         run: make test-unit
@@ -44,7 +44,7 @@ jobs:
     runs-on: windows-latest
     steps:
       - name: Checkout
-        uses: actions/checkout@b4ffde65f46336ab88eb53be808477a3936bae11 # v4.1.1
+        uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Build Windows binary and zarf packages
         uses: ./.github/actions/packages

From 008c4fa905c5aded3ae8961d0dbce340f65857e5 Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Thu, 1 Aug 2024 11:09:00 +0200
Subject: [PATCH 56/68] chore(deps): bump golang.org/x/crypto from 0.24.0 to
 0.25.0 (#2813)

Signed-off-by: dependabot[bot] <support@github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
---
 go.mod | 2 +-
 go.sum | 4 ++--
 2 files changed, 3 insertions(+), 3 deletions(-)

diff --git a/go.mod b/go.mod
index 6c345a7fe3..49f32cccf1 100644
--- a/go.mod
+++ b/go.mod
@@ -45,7 +45,7 @@ require (
 	github.com/spf13/viper v1.18.2
 	github.com/stretchr/testify v1.9.0
 	github.com/xeipuuv/gojsonschema v1.2.0
-	golang.org/x/crypto v0.24.0
+	golang.org/x/crypto v0.25.0
 	golang.org/x/sync v0.7.0
 	golang.org/x/term v0.22.0
 	helm.sh/helm/v3 v3.14.2
diff --git a/go.sum b/go.sum
index 0e511de64e..0ffbde6fd0 100644
--- a/go.sum
+++ b/go.sum
@@ -1809,8 +1809,8 @@ golang.org/x/crypto v0.6.0/go.mod h1:OFC/31mSvZgRz0V1QTNCzfAI1aIRzbiufJtkMIlEp58
 golang.org/x/crypto v0.7.0/go.mod h1:pYwdfH91IfpZVANVyUOhSIPZaFoJGxTFbZhFTx+dXZU=
 golang.org/x/crypto v0.10.0/go.mod h1:o4eNf7Ede1fv+hwOwZsTHl9EsPFO6q6ZvYR8vYfY45I=
 golang.org/x/crypto v0.19.0/go.mod h1:Iy9bg/ha4yyC70EfRS8jz+B6ybOBKMaSxLj6P6oBDfU=
-golang.org/x/crypto v0.24.0 h1:mnl8DM0o513X8fdIkmyFE/5hTYxbwYOjDS/+rK6qpRI=
-golang.org/x/crypto v0.24.0/go.mod h1:Z1PMYSOR5nyMcyAVAIQSKCDwalqy85Aqn1x3Ws4L5DM=
+golang.org/x/crypto v0.25.0 h1:ypSNr+bnYL2YhwoMt2zPxHFmbAN1KZs/njMG3hxUp30=
+golang.org/x/crypto v0.25.0/go.mod h1:T+wALwcMOSE0kXgUAnPAHqTLW+XHgcELELW8VaDgm/M=
 golang.org/x/exp v0.0.0-20190121172915-509febef88a4/go.mod h1:CJ0aWSM057203Lf6IL+f9T1iT9GByDxfZKAQTCR3kQA=
 golang.org/x/exp v0.0.0-20190306152737-a1d7652674e8/go.mod h1:CJ0aWSM057203Lf6IL+f9T1iT9GByDxfZKAQTCR3kQA=
 golang.org/x/exp v0.0.0-20190510132918-efd6b22b2522/go.mod h1:ZjyILWgesfNpC6sMxTJOJm9Kp84zZh5NQWvqDGG3Qr8=

From 55ca6f58de46b0333b6e63cf892bc74c8690f5ff Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Thu, 1 Aug 2024 11:09:20 +0200
Subject: [PATCH 57/68] chore(deps): bump github.com/goccy/go-yaml from 1.11.3
 to 1.12.0 (#2811)

Signed-off-by: dependabot[bot] <support@github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
---
 go.mod | 2 +-
 go.sum | 4 ++--
 2 files changed, 3 insertions(+), 3 deletions(-)

diff --git a/go.mod b/go.mod
index 49f32cccf1..223daea67b 100644
--- a/go.mod
+++ b/go.mod
@@ -23,7 +23,7 @@ require (
 	github.com/fluxcd/pkg/apis/meta v1.5.0
 	github.com/fluxcd/source-controller/api v1.3.0
 	github.com/go-git/go-git/v5 v5.11.0
-	github.com/goccy/go-yaml v1.11.3
+	github.com/goccy/go-yaml v1.12.0
 	github.com/gofrs/flock v0.8.1
 	github.com/google/go-containerregistry v0.19.0
 	github.com/gosuri/uitable v0.0.4
diff --git a/go.sum b/go.sum
index 0ffbde6fd0..a37a950db1 100644
--- a/go.sum
+++ b/go.sum
@@ -834,8 +834,8 @@ github.com/gobwas/glob v0.2.3 h1:A4xDbljILXROh+kObIiy5kIaPYD8e96x1tgBhUI5J+Y=
 github.com/gobwas/glob v0.2.3/go.mod h1:d3Ez4x06l9bZtSvzIay5+Yzi0fmZzPgnTbPcKjJAkT8=
 github.com/goccy/go-json v0.10.3 h1:KZ5WoDbxAIgm2HNbYckL0se1fHD6rz5j4ywS6ebzDqA=
 github.com/goccy/go-json v0.10.3/go.mod h1:oq7eo15ShAhp70Anwd5lgX2pLfOS3QCiwU/PULtXL6M=
-github.com/goccy/go-yaml v1.11.3 h1:B3W9IdWbvrUu2OYQGwvU1nZtvMQJPBKgBUuweJjLj6I=
-github.com/goccy/go-yaml v1.11.3/go.mod h1:wKnAMd44+9JAAnGQpWVEgBzGt3YuTaQ4uXoHvE4m7WU=
+github.com/goccy/go-yaml v1.12.0 h1:/1WHjnMsI1dlIBQutrvSMGZRQufVO3asrHfTwfACoPM=
+github.com/goccy/go-yaml v1.12.0/go.mod h1:wKnAMd44+9JAAnGQpWVEgBzGt3YuTaQ4uXoHvE4m7WU=
 github.com/godbus/dbus/v5 v5.0.4/go.mod h1:xhWf0FNVPg57R7Z0UbKHbJfkEywrmjJnf7w5xrFpKfA=
 github.com/godbus/dbus/v5 v5.1.0 h1:4KLkAxT3aOY8Li4FRJe/KvhoNFFxo0m6fNuFUO8QJUk=
 github.com/godbus/dbus/v5 v5.1.0/go.mod h1:xhWf0FNVPg57R7Z0UbKHbJfkEywrmjJnf7w5xrFpKfA=

From aa3cd6a31255037cb5097a06c2ac4edb5ea99a2f Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Thu, 1 Aug 2024 17:13:19 +0200
Subject: [PATCH 58/68] chore(deps): bump aws-actions/configure-aws-credentials
 from 4.0.1 to 4.0.2 (#2806)

Signed-off-by: dependabot[bot] <support@github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
---
 .github/workflows/build-rust-injector.yml | 2 +-
 .github/workflows/nightly-ecr.yml         | 2 +-
 .github/workflows/nightly-eks.yml         | 2 +-
 3 files changed, 3 insertions(+), 3 deletions(-)

diff --git a/.github/workflows/build-rust-injector.yml b/.github/workflows/build-rust-injector.yml
index b637a65261..a302c1dfa0 100644
--- a/.github/workflows/build-rust-injector.yml
+++ b/.github/workflows/build-rust-injector.yml
@@ -34,7 +34,7 @@ jobs:
           shasum zarf-injector-arm64 >> checksums.txt
 
       - name: Auth with AWS
-        uses: aws-actions/configure-aws-credentials@010d0da01d0b5a38af31e9c3470dbfdabdecca3a # v4.0.1
+        uses: aws-actions/configure-aws-credentials@e3dd6a429d7300a6a4c196c26e071d42e0343502 # v4.0.2
         with:
           role-to-assume: ${{ secrets.AWS_WRITE_ROLE }}
           role-session-name: ${{ github.job || github.event.client_payload.pull_request.head.sha || github.sha }}
diff --git a/.github/workflows/nightly-ecr.yml b/.github/workflows/nightly-ecr.yml
index cc05e5b358..9ff144c4ff 100644
--- a/.github/workflows/nightly-ecr.yml
+++ b/.github/workflows/nightly-ecr.yml
@@ -28,7 +28,7 @@ jobs:
         run: make build-cli-linux-amd
 
       - name: Auth with AWS
-        uses: aws-actions/configure-aws-credentials@010d0da01d0b5a38af31e9c3470dbfdabdecca3a # v4.0.1
+        uses: aws-actions/configure-aws-credentials@e3dd6a429d7300a6a4c196c26e071d42e0343502 # v4.0.2
         with:
           role-to-assume: ${{ secrets.AWS_NIGHTLY_ROLE }}
           role-session-name: ${{ github.job || github.event.client_payload.pull_request.head.sha || github.sha }}
diff --git a/.github/workflows/nightly-eks.yml b/.github/workflows/nightly-eks.yml
index 85ee03b7c5..18b23bb1c6 100644
--- a/.github/workflows/nightly-eks.yml
+++ b/.github/workflows/nightly-eks.yml
@@ -36,7 +36,7 @@ jobs:
         uses: ./.github/actions/packages
 
       - name: Auth with AWS
-        uses: aws-actions/configure-aws-credentials@010d0da01d0b5a38af31e9c3470dbfdabdecca3a # v4.0.1
+        uses: aws-actions/configure-aws-credentials@e3dd6a429d7300a6a4c196c26e071d42e0343502 # v4.0.2
         with:
           role-to-assume: ${{ secrets.AWS_NIGHTLY_ROLE }}
           role-session-name: ${{ github.job || github.event.client_payload.pull_request.head.sha || github.sha }}

From 296df54f21ce815b6fa863ae69e2e605d11d9af8 Mon Sep 17 00:00:00 2001
From: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
Date: Thu, 1 Aug 2024 14:18:00 -0400
Subject: [PATCH 59/68] fix: resolve CVE-2024-41110 (#2815)

Signed-off-by: Austin Abro <AustinAbro321@gmail.com>
---
 go.mod | 20 +++++++++++---------
 go.sum | 36 ++++++++++++++++++------------------
 2 files changed, 29 insertions(+), 27 deletions(-)

diff --git a/go.mod b/go.mod
index 223daea67b..2410520b5b 100644
--- a/go.mod
+++ b/go.mod
@@ -5,6 +5,9 @@ go 1.22.4
 // TODO (@AABRO): Pending merge into github.com/gojsonschema/gojsonschema (https://github.com/gojsonschema/gojsonschema/pull/5)
 replace github.com/xeipuuv/gojsonschema => github.com/defenseunicorns/gojsonschema v0.0.0-20231116163348-e00f069122d6
 
+// TODO once helm updates to use v25.0.6 we can delete this
+replace github.com/docker/docker => github.com/docker/docker v25.0.6+incompatible
+
 require (
 	github.com/AlecAivazis/survey/v2 v2.3.7
 	github.com/Masterminds/semver/v3 v3.2.1
@@ -48,13 +51,13 @@ require (
 	golang.org/x/crypto v0.25.0
 	golang.org/x/sync v0.7.0
 	golang.org/x/term v0.22.0
-	helm.sh/helm/v3 v3.14.2
+	helm.sh/helm/v3 v3.15.3
 	k8s.io/api v0.30.3
 	k8s.io/apimachinery v0.30.3
 	k8s.io/client-go v0.30.3
 	k8s.io/component-base v0.30.3
 	k8s.io/klog/v2 v2.120.1
-	k8s.io/kubectl v0.29.1
+	k8s.io/kubectl v0.30.0
 	oras.land/oras-go/v2 v2.5.0
 	sigs.k8s.io/cli-utils v0.36.0
 	sigs.k8s.io/kustomize/api v0.16.0
@@ -213,9 +216,9 @@ require (
 	github.com/dimchansky/utfbom v1.1.1 // indirect
 	github.com/docker/cli v26.0.0+incompatible // indirect
 	github.com/docker/distribution v2.8.3+incompatible // indirect
-	github.com/docker/docker v24.0.9+incompatible // indirect
+	github.com/docker/docker v25.0.6+incompatible // indirect
 	github.com/docker/docker-credential-helpers v0.8.0 // indirect
-	github.com/docker/go-connections v0.4.0 // indirect
+	github.com/docker/go-connections v0.5.0 // indirect
 	github.com/docker/go-events v0.0.0-20190806004212-e31b211e4f1c // indirect
 	github.com/docker/go-metrics v0.0.1 // indirect
 	github.com/docker/go-units v0.5.0 // indirect
@@ -366,7 +369,6 @@ require (
 	github.com/modern-go/concurrent v0.0.0-20180306012644-bacd9c7ef1dd // indirect
 	github.com/modern-go/reflect2 v1.0.2 // indirect
 	github.com/monochromegane/go-gitignore v0.0.0-20200626010858-205db1a8cc00 // indirect
-	github.com/morikuni/aec v1.0.0 // indirect
 	github.com/mozillazg/docker-credential-acr-helper v0.3.0 // indirect
 	github.com/mpvl/unique v0.0.0-20150818121801-cbe035fff7de // indirect
 	github.com/muesli/ansi v0.0.0-20211031195517-c9f0611b6c70 // indirect
@@ -505,16 +507,16 @@ require (
 	gorm.io/gorm v1.25.5 // indirect
 	k8s.io/apiextensions-apiserver v0.30.0 // indirect
 	k8s.io/apiserver v0.30.0 // indirect
-	k8s.io/cli-runtime v0.29.1 // indirect
-	k8s.io/component-helpers v0.29.1 // indirect
+	k8s.io/cli-runtime v0.30.0 // indirect
+	k8s.io/component-helpers v0.30.0 // indirect
 	k8s.io/kube-openapi v0.0.0-20240228011516-70dd3763d340 // indirect
-	k8s.io/metrics v0.29.1 // indirect
+	k8s.io/metrics v0.30.0 // indirect
 	k8s.io/utils v0.0.0-20231127182322-b307cd553661 // indirect
 	modernc.org/libc v1.29.0 // indirect
 	modernc.org/mathutil v1.6.0 // indirect
 	modernc.org/memory v1.7.2 // indirect
 	modernc.org/sqlite v1.28.0 // indirect
-	oras.land/oras-go v1.2.4 // indirect
+	oras.land/oras-go v1.2.5 // indirect
 	sigs.k8s.io/controller-runtime v0.18.1 // indirect
 	sigs.k8s.io/json v0.0.0-20221116044647-bc3834ca7abd // indirect
 	sigs.k8s.io/kustomize/kustomize/v5 v5.0.4-0.20230601165947-6ce0bf390ce3 // indirect
diff --git a/go.sum b/go.sum
index a37a950db1..798f2f8915 100644
--- a/go.sum
+++ b/go.sum
@@ -265,8 +265,8 @@ github.com/BurntSushi/toml v1.3.2/go.mod h1:CxXYINrC8qIiEnFrOxCa7Jy5BFHlXnUU2pbi
 github.com/BurntSushi/xgb v0.0.0-20160522181843-27f122750802/go.mod h1:IVnqGOEym/WlBOVXweHU+Q+/VP0lqqI8lqeDx9IjBqo=
 github.com/CycloneDX/cyclonedx-go v0.8.0 h1:FyWVj6x6hoJrui5uRQdYZcSievw3Z32Z88uYzG/0D6M=
 github.com/CycloneDX/cyclonedx-go v0.8.0/go.mod h1:K2bA+324+Og0X84fA8HhN2X066K7Bxz4rpMQ4ZhjtSk=
-github.com/DATA-DOG/go-sqlmock v1.5.0 h1:Shsta01QNfFxHCfpW6YH2STWB0MudeXXEWMr20OEh60=
-github.com/DATA-DOG/go-sqlmock v1.5.0/go.mod h1:f/Ixk793poVmq4qj/V1dPUg2JEAKC73Q5eFN3EC/SaM=
+github.com/DATA-DOG/go-sqlmock v1.5.2 h1:OcvFkGmslmlZibjAjaHm3L//6LiuBgolP7OputlJIzU=
+github.com/DATA-DOG/go-sqlmock v1.5.2/go.mod h1:88MAG/4G7SMwSE3CeA0ZKzrT5CiOU3OJ+JlNzwDqpNU=
 github.com/DataDog/datadog-go v3.2.0+incompatible/go.mod h1:LButxg5PwREeZtORoXG3tL4fMGNddJ+vMq1mwgfaqoQ=
 github.com/DataDog/zstd v1.4.5 h1:EndNeuB0l9syBZhut0wns3gV1hL8zX8LIu6ZiVHWLIQ=
 github.com/DataDog/zstd v1.4.5/go.mod h1:1jcaCB/ufaK+sKp1NBhlGmpz41jOoPQ35bpF36t7BBo=
@@ -639,12 +639,12 @@ github.com/docker/cli v26.0.0+incompatible h1:90BKrx1a1HKYpSnnBFR6AgDq/FqkHxwlUy
 github.com/docker/cli v26.0.0+incompatible/go.mod h1:JLrzqnKDaYBop7H2jaqPtU4hHvMKP+vjCwu2uszcLI8=
 github.com/docker/distribution v2.8.3+incompatible h1:AtKxIZ36LoNK51+Z6RpzLpddBirtxJnzDrHLEKxTAYk=
 github.com/docker/distribution v2.8.3+incompatible/go.mod h1:J2gT2udsDAN96Uj4KfcMRqY0/ypR+oyYUYmja8H+y+w=
-github.com/docker/docker v24.0.9+incompatible h1:HPGzNmwfLZWdxHqK9/II92pyi1EpYKsAqcl4G0Of9v0=
-github.com/docker/docker v24.0.9+incompatible/go.mod h1:eEKB0N0r5NX/I1kEveEz05bcu8tLC/8azJZsviup8Sk=
+github.com/docker/docker v25.0.6+incompatible h1:5cPwbwriIcsua2REJe8HqQV+6WlWc1byg2QSXzBxBGg=
+github.com/docker/docker v25.0.6+incompatible/go.mod h1:eEKB0N0r5NX/I1kEveEz05bcu8tLC/8azJZsviup8Sk=
 github.com/docker/docker-credential-helpers v0.8.0 h1:YQFtbBQb4VrpoPxhFuzEBPQ9E16qz5SpHLS+uswaCp8=
 github.com/docker/docker-credential-helpers v0.8.0/go.mod h1:UGFXcuoQ5TxPiB54nHOZ32AWRqQdECoh/Mg0AlEYb40=
-github.com/docker/go-connections v0.4.0 h1:El9xVISelRB7BuFusrZozjnkIM5YnzCViNKohAFqRJQ=
-github.com/docker/go-connections v0.4.0/go.mod h1:Gbd7IOopHjR8Iph03tsViu4nIes5XhDvyHbTtUxmeec=
+github.com/docker/go-connections v0.5.0 h1:USnMq7hx7gwdVZq1L49hLXaFtUdTADjXGp+uj1Br63c=
+github.com/docker/go-connections v0.5.0/go.mod h1:ov60Kzw0kKElRwhNs9UlUHAE/F9Fe6GLaXnqyDdmEXc=
 github.com/docker/go-events v0.0.0-20190806004212-e31b211e4f1c h1:+pKlWGMw7gf6bQ+oDZB4KHQFypsfjYlq/C4rfL7D3g8=
 github.com/docker/go-events v0.0.0-20190806004212-e31b211e4f1c/go.mod h1:Uw6UezgYA44ePAFQYUehOuCzmy5zmg/+nl2ZfMWGkpA=
 github.com/docker/go-metrics v0.0.1 h1:AgB/0SvBxihN0X8OR4SjsblXkbMvalQ8cjmtKQ2rQV8=
@@ -2449,8 +2449,8 @@ gorm.io/gorm v1.25.5 h1:zR9lOiiYf09VNh5Q1gphfyia1JpiClIWG9hQaxB/mls=
 gorm.io/gorm v1.25.5/go.mod h1:hbnx/Oo0ChWMn1BIhpy1oYozzpM15i4YPuHDmfYtwg8=
 gotest.tools/v3 v3.5.1 h1:EENdUnS3pdur5nybKYIh2Vfgc8IUNBjxDPSjtiJcOzU=
 gotest.tools/v3 v3.5.1/go.mod h1:isy3WKz7GK6uNw/sbHzfKBLvlvXwUyV06n6brMxxopU=
-helm.sh/helm/v3 v3.14.2 h1:V71fv+NGZv0icBlr+in1MJXuUIHCiPG1hW9gEBISTIA=
-helm.sh/helm/v3 v3.14.2/go.mod h1:2itvvDv2WSZXTllknfQo6j7u3VVgMAvm8POCDgYH424=
+helm.sh/helm/v3 v3.15.3 h1:HcZDaVFe9uHa6hpsR54mJjYyRy4uz/pc6csg27nxFOc=
+helm.sh/helm/v3 v3.15.3/go.mod h1:FzSIP8jDQaa6WAVg9F+OkKz7J0ZmAga4MABtTbsb9WQ=
 honnef.co/go/tools v0.0.0-20190102054323-c2f93a96b099/go.mod h1:rf3lG4BRIbNafJWhAfAdb/ePZxsR/4RtNHQocxwk9r4=
 honnef.co/go/tools v0.0.0-20190106161140-3f1c8253044a/go.mod h1:rf3lG4BRIbNafJWhAfAdb/ePZxsR/4RtNHQocxwk9r4=
 honnef.co/go/tools v0.0.0-20190418001031-e561f6794a2a/go.mod h1:rf3lG4BRIbNafJWhAfAdb/ePZxsR/4RtNHQocxwk9r4=
@@ -2466,22 +2466,22 @@ k8s.io/apimachinery v0.30.3 h1:q1laaWCmrszyQuSQCfNB8cFgCuDAoPszKY4ucAjDwHc=
 k8s.io/apimachinery v0.30.3/go.mod h1:iexa2somDaxdnj7bha06bhb43Zpa6eWH8N8dbqVjTUc=
 k8s.io/apiserver v0.30.0 h1:QCec+U72tMQ+9tR6A0sMBB5Vh6ImCEkoKkTDRABWq6M=
 k8s.io/apiserver v0.30.0/go.mod h1:smOIBq8t0MbKZi7O7SyIpjPsiKJ8qa+llcFCluKyqiY=
-k8s.io/cli-runtime v0.29.1 h1:By3WVOlEWYfyxhGko0f/IuAOLQcbBSMzwSaDren2JUs=
-k8s.io/cli-runtime v0.29.1/go.mod h1:vjEY9slFp8j8UoMhV5AlO8uulX9xk6ogfIesHobyBDU=
+k8s.io/cli-runtime v0.30.0 h1:0vn6/XhOvn1RJ2KJOC6IRR2CGqrpT6QQF4+8pYpWQ48=
+k8s.io/cli-runtime v0.30.0/go.mod h1:vATpDMATVTMA79sZ0YUCzlMelf6rUjoBzlp+RnoM+cg=
 k8s.io/client-go v0.30.3 h1:bHrJu3xQZNXIi8/MoxYtZBBWQQXwy16zqJwloXXfD3k=
 k8s.io/client-go v0.30.3/go.mod h1:8d4pf8vYu665/kUbsxWAQ/JDBNWqfFeZnvFiVdmx89U=
 k8s.io/component-base v0.30.3 h1:Ci0UqKWf4oiwy8hr1+E3dsnliKnkMLZMVbWzeorlk7s=
 k8s.io/component-base v0.30.3/go.mod h1:C1SshT3rGPCuNtBs14RmVD2xW0EhRSeLvBh7AGk1quA=
-k8s.io/component-helpers v0.29.1 h1:54MMEDu6xeJmMtAKztsPwu0kJKr4+jCUzaEIn2UXRoc=
-k8s.io/component-helpers v0.29.1/go.mod h1:+I7xz4kfUgxWAPJIVKrqe4ml4rb9UGpazlOmhXYo+cY=
+k8s.io/component-helpers v0.30.0 h1:xbJtNCfSM4SB/Tz5JqCKDZv4eT5LVi/AWQ1VOxhmStU=
+k8s.io/component-helpers v0.30.0/go.mod h1:68HlSwXIumMKmCx8cZe1PoafQEYh581/sEpxMrkhmX4=
 k8s.io/klog/v2 v2.120.1 h1:QXU6cPEOIslTGvZaXvFWiP9VKyeet3sawzTOvdXb4Vw=
 k8s.io/klog/v2 v2.120.1/go.mod h1:3Jpz1GvMt720eyJH1ckRHK1EDfpxISzJ7I9OYgaDtPE=
 k8s.io/kube-openapi v0.0.0-20240228011516-70dd3763d340 h1:BZqlfIlq5YbRMFko6/PM7FjZpUb45WallggurYhKGag=
 k8s.io/kube-openapi v0.0.0-20240228011516-70dd3763d340/go.mod h1:yD4MZYeKMBwQKVht279WycxKyM84kkAx2DPrTXaeb98=
-k8s.io/kubectl v0.29.1 h1:rWnW3hi/rEUvvg7jp4iYB68qW5un/urKbv7fu3Vj0/s=
-k8s.io/kubectl v0.29.1/go.mod h1:SZzvLqtuOJYSvZzPZR9weSuP0wDQ+N37CENJf0FhDF4=
-k8s.io/metrics v0.29.1 h1:qutc3aIPMCniMuEApuLaeYX47rdCn8eycVDx7R6wMlQ=
-k8s.io/metrics v0.29.1/go.mod h1:JrbV2U71+v7d/9qb90UVKL8r0uJ6Z2Hy4V7mDm05cKs=
+k8s.io/kubectl v0.30.0 h1:xbPvzagbJ6RNYVMVuiHArC1grrV5vSmmIcSZuCdzRyk=
+k8s.io/kubectl v0.30.0/go.mod h1:zgolRw2MQXLPwmic2l/+iHs239L49fhSeICuMhQQXTI=
+k8s.io/metrics v0.30.0 h1:tqB+T0GJY288KahaO3Eb41HaDVeLR18gBmyPo0R417s=
+k8s.io/metrics v0.30.0/go.mod h1:nSDA8V19WHhCTBhRYuyzJT9yPJBxSpqbyrGCCQ4jPj4=
 k8s.io/utils v0.0.0-20231127182322-b307cd553661 h1:FepOBzJ0GXm8t0su67ln2wAZjbQ6RxQGZDnzuLcrUTI=
 k8s.io/utils v0.0.0-20231127182322-b307cd553661/go.mod h1:OLgZIPagt7ERELqWJFomSt595RzquPNLL48iOWgYOg0=
 modernc.org/libc v1.29.0 h1:tTFRFq69YKCF2QyGNuRUQxKBm1uZZLubf6Cjh/pVHXs=
@@ -2492,8 +2492,8 @@ modernc.org/memory v1.7.2 h1:Klh90S215mmH8c9gO98QxQFsY+W451E8AnzjoE2ee1E=
 modernc.org/memory v1.7.2/go.mod h1:NO4NVCQy0N7ln+T9ngWqOQfi7ley4vpwvARR+Hjw95E=
 modernc.org/sqlite v1.28.0 h1:Zx+LyDDmXczNnEQdvPuEfcFVA2ZPyaD7UCZDjef3BHQ=
 modernc.org/sqlite v1.28.0/go.mod h1:Qxpazz0zH8Z1xCFyi5GSL3FzbtZ3fvbjmywNogldEW0=
-oras.land/oras-go v1.2.4 h1:djpBY2/2Cs1PV87GSJlxv4voajVOMZxqqtq9AB8YNvY=
-oras.land/oras-go v1.2.4/go.mod h1:DYcGfb3YF1nKjcezfX2SNlDAeQFKSXmf+qrFmrh4324=
+oras.land/oras-go v1.2.5 h1:XpYuAwAb0DfQsunIyMfeET92emK8km3W4yEzZvUbsTo=
+oras.land/oras-go v1.2.5/go.mod h1:PuAwRShRZCsZb7g8Ar3jKKQR/2A/qN+pkYxIOd/FAoo=
 oras.land/oras-go/v2 v2.5.0 h1:o8Me9kLY74Vp5uw07QXPiitjsw7qNXi8Twd+19Zf02c=
 oras.land/oras-go/v2 v2.5.0/go.mod h1:z4eisnLP530vwIOUOJeBIj0aGI0L1C3d53atvCBqZHg=
 rsc.io/binaryregexp v0.2.0/go.mod h1:qTv7/COck+e2FymRvadv62gMdZztPaShugOCi3I+8D8=

From b903e262f16424307e056a6c85102e2294cabe1b Mon Sep 17 00:00:00 2001
From: Philip Laine <philip.laine@gmail.com>
Date: Thu, 1 Aug 2024 21:31:21 +0200
Subject: [PATCH 60/68] refactor: git package (#2790)

Signed-off-by: Philip Laine <philip.laine@gmail.com>
Co-authored-by: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
---
 go.mod                                |   4 +-
 go.sum                                |   4 +
 src/extensions/bigbang/bigbang.go     |   2 +-
 src/internal/git/fallback.go          |  58 ++++++
 src/internal/git/git.go               |  26 +++
 src/internal/git/git_test.go          |  40 ++++
 src/internal/git/repository.go        | 271 ++++++++++++++++++++++++++
 src/internal/git/repository_test.go   |  85 ++++++++
 src/internal/packager/git/checkout.go |  97 ---------
 src/internal/packager/git/clone.go    | 126 ------------
 src/internal/packager/git/common.go   |  54 -----
 src/internal/packager/git/pull.go     |  81 --------
 src/internal/packager/git/push.go     | 143 --------------
 src/internal/packager/helm/repo.go    |  22 +--
 src/pkg/packager/creator/normal.go    |   6 +-
 src/pkg/packager/deploy.go            |  20 +-
 src/pkg/packager/filters/diff.go      |   2 +-
 17 files changed, 514 insertions(+), 527 deletions(-)
 create mode 100644 src/internal/git/fallback.go
 create mode 100644 src/internal/git/git.go
 create mode 100644 src/internal/git/git_test.go
 create mode 100644 src/internal/git/repository.go
 create mode 100644 src/internal/git/repository_test.go
 delete mode 100644 src/internal/packager/git/checkout.go
 delete mode 100644 src/internal/packager/git/clone.go
 delete mode 100644 src/internal/packager/git/common.go
 delete mode 100644 src/internal/packager/git/pull.go
 delete mode 100644 src/internal/packager/git/push.go

diff --git a/go.mod b/go.mod
index 2410520b5b..5c299fc165 100644
--- a/go.mod
+++ b/go.mod
@@ -22,6 +22,7 @@ require (
 	github.com/distribution/reference v0.5.0
 	github.com/fairwindsops/pluto/v5 v5.18.4
 	github.com/fatih/color v1.17.0
+	github.com/fluxcd/gitkit v0.6.0
 	github.com/fluxcd/helm-controller/api v1.0.1
 	github.com/fluxcd/pkg/apis/meta v1.5.0
 	github.com/fluxcd/source-controller/api v1.3.0
@@ -68,6 +69,7 @@ require (
 require (
 	github.com/evanphx/json-patch/v5 v5.9.0 // indirect
 	github.com/go-logr/logr v1.4.2 // indirect
+	github.com/gofrs/uuid v4.2.0+incompatible // indirect
 )
 
 require (
@@ -247,7 +249,7 @@ require (
 	github.com/go-chi/chi v4.1.2+incompatible // indirect
 	github.com/go-errors/errors v1.4.2 // indirect
 	github.com/go-git/gcfg v1.5.1-0.20230307220236-3a3c6141e376 // indirect
-	github.com/go-git/go-billy/v5 v5.5.0 // indirect
+	github.com/go-git/go-billy/v5 v5.5.0
 	github.com/go-gorp/gorp/v3 v3.1.0 // indirect
 	github.com/go-ini/ini v1.67.0 // indirect
 	github.com/go-jose/go-jose/v3 v3.0.3 // indirect
diff --git a/go.sum b/go.sum
index 798f2f8915..b442e5c6a1 100644
--- a/go.sum
+++ b/go.sum
@@ -706,6 +706,8 @@ github.com/felixge/fgprof v0.9.3 h1:VvyZxILNuCiUCSXtPtYmmtGvb65nqXh2QFWc0Wpf2/g=
 github.com/felixge/fgprof v0.9.3/go.mod h1:RdbpDgzqYVh/T9fPELJyV7EYJuHB55UTEULNun8eiPw=
 github.com/felixge/httpsnoop v1.0.4 h1:NFTV2Zj1bL4mc9sqWACXbQFVBBg2W3GPvqp8/ESS2Wg=
 github.com/felixge/httpsnoop v1.0.4/go.mod h1:m8KPJKqk1gH5J9DgRY2ASl2lWCfGKXixSwevea8zH2U=
+github.com/fluxcd/gitkit v0.6.0 h1:iNg5LTx6ePo+Pl0ZwqHTAkhbUHxGVSY3YCxCdw7VIFg=
+github.com/fluxcd/gitkit v0.6.0/go.mod h1:svOHuKi0fO9HoawdK4HfHAJJseZDHHjk7I3ihnCIqNo=
 github.com/fluxcd/helm-controller/api v1.0.1 h1:Gn9qEVuif6D5+gHmVwTEZkR4+nmLOcOhKx4Sw2gL2EA=
 github.com/fluxcd/helm-controller/api v1.0.1/go.mod h1:/6AD5a2qjo/ttxVM8GR33syLZwqigta60DCLdy8GrME=
 github.com/fluxcd/pkg/apis/acl v0.3.0 h1:UOrKkBTOJK+OlZX7n8rWt2rdBmDCoTK+f5TY2LcZi8A=
@@ -841,6 +843,8 @@ github.com/godbus/dbus/v5 v5.1.0 h1:4KLkAxT3aOY8Li4FRJe/KvhoNFFxo0m6fNuFUO8QJUk=
 github.com/godbus/dbus/v5 v5.1.0/go.mod h1:xhWf0FNVPg57R7Z0UbKHbJfkEywrmjJnf7w5xrFpKfA=
 github.com/gofrs/flock v0.8.1 h1:+gYjHKf32LDeiEEFhQaotPbLuUXjY5ZqxKgXy7n59aw=
 github.com/gofrs/flock v0.8.1/go.mod h1:F1TvTiK9OcQqauNUHlbJvyl9Qa1QvF/gOUDKA14jxHU=
+github.com/gofrs/uuid v4.2.0+incompatible h1:yyYWMnhkhrKwwr8gAOcOCYxOOscHgDS9yZgBrnJfGa0=
+github.com/gofrs/uuid v4.2.0+incompatible/go.mod h1:b2aQJv3Z4Fp6yNu3cdSllBxTCLRxnplIgP/c0N/04lM=
 github.com/gogo/protobuf v1.1.1/go.mod h1:r8qH/GZQm5c6nD/R0oafs1akxWv10x8SbQlK7atdtwQ=
 github.com/gogo/protobuf v1.3.2 h1:Ov1cvc58UF3b5XjBnZv7+opcTcQFZebYjWzi34vdm4Q=
 github.com/gogo/protobuf v1.3.2/go.mod h1:P1XiOD3dCwIKUDQYPy72D8LYyHL2YPYrpS2s69NZV8Q=
diff --git a/src/extensions/bigbang/bigbang.go b/src/extensions/bigbang/bigbang.go
index 951ae88ccf..31b71015cf 100644
--- a/src/extensions/bigbang/bigbang.go
+++ b/src/extensions/bigbang/bigbang.go
@@ -533,7 +533,7 @@ func findImagesforBBChartRepo(ctx context.Context, repo string, values chartutil
 	spinner := message.NewProgressSpinner("Discovering images in %s", repo)
 	defer spinner.Stop()
 
-	gitPath, err := helm.DownloadChartFromGitToTemp(ctx, repo, spinner)
+	gitPath, err := helm.DownloadChartFromGitToTemp(ctx, repo)
 	if err != nil {
 		return images, err
 	}
diff --git a/src/internal/git/fallback.go b/src/internal/git/fallback.go
new file mode 100644
index 0000000000..960747413a
--- /dev/null
+++ b/src/internal/git/fallback.go
@@ -0,0 +1,58 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+// Package git contains functions for interacting with git repositories.
+package git
+
+import (
+	"context"
+	"io"
+
+	"github.com/go-git/go-git/v5/plumbing"
+
+	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
+)
+
+// gitCloneFallback is a fallback if go-git fails to clone a repo.
+func (r *Repository) gitCloneFallback(ctx context.Context, gitURL string, ref plumbing.ReferenceName, shallow bool) error {
+	// If we can't clone with go-git, fallback to the host clone
+	// Only support "all tags" due to the azure clone url format including a username
+	cloneArgs := []string{"clone", "--origin", onlineRemoteName, gitURL, r.path}
+
+	// Don't clone all tags / refs if we're cloning a specific tag or branch.
+	if ref.IsTag() || ref.IsBranch() {
+		cloneArgs = append(cloneArgs, "--no-tags")
+		cloneArgs = append(cloneArgs, "-b", ref.Short())
+		cloneArgs = append(cloneArgs, "--single-branch")
+	}
+
+	// If this is a shallow clone set the depth to 1
+	if shallow {
+		cloneArgs = append(cloneArgs, "--depth", "1")
+	}
+
+	cloneExecConfig := exec.Config{
+		Stdout: io.Discard,
+		Stderr: io.Discard,
+	}
+	_, _, err := exec.CmdWithContext(ctx, cloneExecConfig, "git", cloneArgs...)
+	if err != nil {
+		return err
+	}
+
+	// If we're cloning the whole repo, we need to also fetch the other branches besides the default.
+	if ref == emptyRef {
+		fetchArgs := []string{"fetch", "--tags", "--update-head-ok", onlineRemoteName, "refs/*:refs/*"}
+		fetchExecConfig := exec.Config{
+			Stdout: io.Discard,
+			Stderr: io.Discard,
+			Dir:    r.path,
+		}
+		_, _, err := exec.CmdWithContext(ctx, fetchExecConfig, "git", fetchArgs...)
+		if err != nil {
+			return err
+		}
+	}
+
+	return nil
+}
diff --git a/src/internal/git/git.go b/src/internal/git/git.go
new file mode 100644
index 0000000000..506f2bea24
--- /dev/null
+++ b/src/internal/git/git.go
@@ -0,0 +1,26 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+// Package git contains functions for interacting with git repositories.
+package git
+
+import (
+	"fmt"
+	"strings"
+
+	"github.com/go-git/go-git/v5/plumbing"
+)
+
+const onlineRemoteName = "online-upstream"
+const offlineRemoteName = "offline-downstream"
+const emptyRef = ""
+
+// ParseRef parses the provided ref into a ReferenceName if it's not a hash.
+func ParseRef(r string) plumbing.ReferenceName {
+	// If not a full ref, assume it's a tag at this point.
+	if !plumbing.IsHash(r) && !strings.HasPrefix(r, "refs/") {
+		r = fmt.Sprintf("refs/tags/%s", r)
+	}
+	// Set the reference name to the provided ref.
+	return plumbing.ReferenceName(r)
+}
diff --git a/src/internal/git/git_test.go b/src/internal/git/git_test.go
new file mode 100644
index 0000000000..640d8a8b43
--- /dev/null
+++ b/src/internal/git/git_test.go
@@ -0,0 +1,40 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+package git
+
+import (
+	"testing"
+
+	"github.com/go-git/go-git/v5/plumbing"
+	"github.com/stretchr/testify/require"
+)
+
+func TestParseRef(t *testing.T) {
+	t.Parallel()
+
+	tests := []struct {
+		name        string
+		refPlain    string
+		expectedRef plumbing.ReferenceName
+	}{
+		{
+			name:        "basic",
+			refPlain:    "v1.0.0",
+			expectedRef: plumbing.ReferenceName("refs/tags/v1.0.0"),
+		},
+		{
+			name:        "basic",
+			refPlain:    "refs/heads/branchname",
+			expectedRef: plumbing.ReferenceName("refs/heads/branchname"),
+		},
+	}
+	for _, tt := range tests {
+		t.Run(tt.name, func(t *testing.T) {
+			t.Parallel()
+
+			ref := ParseRef(tt.refPlain)
+			require.Equal(t, tt.expectedRef, ref)
+		})
+	}
+}
diff --git a/src/internal/git/repository.go b/src/internal/git/repository.go
new file mode 100644
index 0000000000..9d2b2d4918
--- /dev/null
+++ b/src/internal/git/repository.go
@@ -0,0 +1,271 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+package git
+
+import (
+	"context"
+	"errors"
+	"fmt"
+	"os"
+	"path/filepath"
+	"strings"
+
+	"github.com/go-git/go-git/v5"
+	"github.com/go-git/go-git/v5/config"
+	"github.com/go-git/go-git/v5/plumbing"
+	"github.com/go-git/go-git/v5/plumbing/object"
+	"github.com/go-git/go-git/v5/plumbing/transport"
+	"github.com/go-git/go-git/v5/plumbing/transport/http"
+
+	"github.com/zarf-dev/zarf/src/pkg/message"
+	"github.com/zarf-dev/zarf/src/pkg/transform"
+	"github.com/zarf-dev/zarf/src/pkg/utils"
+)
+
+// Open opens an existing local repository at the given path.
+func Open(rootPath, address string) (*Repository, error) {
+	repoFolder, err := transform.GitURLtoFolderName(address)
+	if err != nil {
+		return nil, fmt.Errorf("unable to parse git url %s: %w", address, err)
+	}
+	repoPath := filepath.Join(rootPath, repoFolder)
+
+	// Check that this package is using the new repo format (if not fallback to the format from <= 0.24.x)
+	_, err = os.Stat(repoPath)
+	if err != nil && !os.IsNotExist(err) {
+		return nil, err
+	}
+	if os.IsNotExist(err) {
+		repoFolder, err = transform.GitURLtoRepoName(address)
+		if err != nil {
+			return nil, fmt.Errorf("unable to parse git url %s: %w", address, err)
+		}
+		repoPath = filepath.Join(rootPath, repoFolder)
+	}
+
+	return &Repository{
+		path: repoPath,
+	}, nil
+}
+
+// Clone clones a git repository to the given local path.
+func Clone(ctx context.Context, rootPath, address string, shallow bool) (*Repository, error) {
+	// Split the remote url and the zarf reference
+	gitURLNoRef, refPlain, err := transform.GitURLSplitRef(address)
+	if err != nil {
+		return nil, err
+	}
+
+	// Parse the ref from the git URL.
+	var ref plumbing.ReferenceName
+	if refPlain != emptyRef {
+		ref = ParseRef(refPlain)
+	}
+
+	// Construct a path unique to this git repo
+	repoFolder, err := transform.GitURLtoFolderName(address)
+	if err != nil {
+		return nil, err
+	}
+
+	r := &Repository{
+		path: filepath.Join(rootPath, repoFolder),
+	}
+
+	// Clone the repository
+	cloneOpts := &git.CloneOptions{
+		URL:        gitURLNoRef,
+		RemoteName: onlineRemoteName,
+	}
+	if ref.IsTag() || ref.IsBranch() {
+		cloneOpts.Tags = git.NoTags
+		cloneOpts.ReferenceName = ref
+		cloneOpts.SingleBranch = true
+	}
+	if shallow {
+		cloneOpts.Depth = 1
+	}
+	gitCred, err := utils.FindAuthForHost(gitURLNoRef)
+	if err != nil {
+		return nil, err
+	}
+	if gitCred != nil {
+		cloneOpts.Auth = &gitCred.Auth
+	}
+	repo, err := git.PlainCloneContext(ctx, r.path, false, cloneOpts)
+	if err != nil {
+		message.Notef("Falling back to host 'git', failed to clone the repo %q with Zarf: %s", gitURLNoRef, err.Error())
+		err := r.gitCloneFallback(ctx, gitURLNoRef, ref, shallow)
+		if err != nil {
+			return nil, err
+		}
+	}
+
+	// If we're cloning the whole repo, we need to also fetch the other branches besides the default.
+	if ref == emptyRef {
+		fetchOpts := &git.FetchOptions{
+			RemoteName: onlineRemoteName,
+			RefSpecs:   []config.RefSpec{"refs/*:refs/*"},
+			Tags:       git.AllTags,
+		}
+		if gitCred != nil {
+			fetchOpts.Auth = &gitCred.Auth
+		}
+		if err := repo.FetchContext(ctx, fetchOpts); err != nil && !errors.Is(err, git.NoErrAlreadyUpToDate) {
+			return nil, err
+		}
+	}
+
+	// Optionally checkout ref
+	if ref != emptyRef && !ref.IsBranch() {
+		// Remove the "refs/tags/" prefix from the ref.
+		stripped := strings.TrimPrefix(refPlain, "refs/tags/")
+		// Use the plain ref as part of the branch name so it is unique and doesn't conflict with other refs.
+		alias := fmt.Sprintf("zarf-ref-%s", stripped)
+		trunkBranchName := plumbing.NewBranchReferenceName(alias)
+		// Checkout the ref as a branch.
+		err := r.checkoutRefAsBranch(stripped, trunkBranchName)
+		if err != nil {
+			return nil, err
+		}
+	}
+
+	return r, nil
+}
+
+// Repository manages a local git repository.
+type Repository struct {
+	path string
+}
+
+// Path returns the local path the repository is stored at.
+func (r *Repository) Path() string {
+	return r.path
+}
+
+// Push pushes the repository to the remote git server.
+func (r *Repository) Push(ctx context.Context, address, username, password string) error {
+	repo, err := git.PlainOpen(r.path)
+	if err != nil {
+		return fmt.Errorf("not a valid git repo or unable to open: %w", err)
+	}
+
+	// Configure new remote
+	remote, err := repo.Remote(onlineRemoteName)
+	if err != nil {
+		return fmt.Errorf("unable to find the git remote: %w", err)
+	}
+	if len(remote.Config().URLs) == 0 {
+		return fmt.Errorf("repository has zero remotes configured")
+	}
+	targetURL, err := transform.GitURL(address, remote.Config().URLs[0], username)
+	if err != nil {
+		return fmt.Errorf("unable to transform the git url: %w", err)
+	}
+	// Remove any preexisting offlineRemotes (happens when a retry is triggered)
+	err = repo.DeleteRemote(offlineRemoteName)
+	if err != nil && !errors.Is(err, git.ErrRemoteNotFound) {
+		return err
+	}
+	_, err = repo.CreateRemote(&config.RemoteConfig{
+		Name: offlineRemoteName,
+		URLs: []string{targetURL.String()},
+	})
+	if err != nil {
+		return fmt.Errorf("failed to create offline remote: %w", err)
+	}
+
+	// Push to new remote
+	gitCred := http.BasicAuth{
+		Username: username,
+		Password: password,
+	}
+
+	// Fetch remote offline refs in case of old update or if multiple refs are specified in one package
+	// Attempt the fetch, if it fails, log a warning and continue trying to push (might as well try..)
+	fetchOptions := &git.FetchOptions{
+		RemoteName: offlineRemoteName,
+		Auth:       &gitCred,
+		RefSpecs: []config.RefSpec{
+			"refs/heads/*:refs/heads/*",
+			"refs/tags/*:refs/tags/*",
+		},
+	}
+	err = repo.FetchContext(ctx, fetchOptions)
+	if errors.Is(err, transport.ErrRepositoryNotFound) {
+		message.Debugf("Repo not yet available offline, skipping fetch...")
+	} else if errors.Is(err, git.ErrForceNeeded) {
+		message.Debugf("Repo fetch requires force, skipping fetch...")
+	} else if errors.Is(err, git.NoErrAlreadyUpToDate) {
+		message.Debugf("Repo already up-to-date, skipping fetch...")
+	} else if err != nil {
+		return fmt.Errorf("unable to fetch the git repo prior to push: %w", err)
+	}
+
+	// Push all heads and tags to the offline remote
+	err = repo.PushContext(ctx, &git.PushOptions{
+		RemoteName: offlineRemoteName,
+		Auth:       &gitCred,
+		// TODO: (@JEFFMCCOY) add the parsing for the `+` force prefix (see https://github.com/zarf-dev/zarf/issues/1410)
+		//Force: isForce,
+		// If a provided refspec doesn't push anything, it is just ignored
+		RefSpecs: []config.RefSpec{
+			"refs/heads/*:refs/heads/*",
+			"refs/tags/*:refs/tags/*",
+		},
+	})
+	if errors.Is(err, git.NoErrAlreadyUpToDate) {
+		message.Debug("Repo already up-to-date")
+	} else if errors.Is(err, plumbing.ErrObjectNotFound) {
+		return fmt.Errorf("unable to push repo due to likely shallow clone: %s", err.Error())
+	} else if err != nil {
+		return fmt.Errorf("unable to push repo to the gitops service: %s", err.Error())
+	}
+
+	return nil
+}
+func (r *Repository) checkoutRefAsBranch(ref string, branch plumbing.ReferenceName) error {
+	repo, err := git.PlainOpen(r.path)
+	if err != nil {
+		return fmt.Errorf("not a valid git repo or unable to open: %w", err)
+	}
+
+	var hash plumbing.Hash
+	if plumbing.IsHash(ref) {
+		hash = plumbing.NewHash(ref)
+	} else {
+		tagRef, err := repo.Tag(ref)
+		if err != nil {
+			return fmt.Errorf("failed to locate tag %s in repository: %w", ref, err)
+		}
+		hash = tagRef.Hash()
+	}
+
+	objRef, err := repo.Object(plumbing.AnyObject, hash)
+	if err != nil {
+		return fmt.Errorf("an error occurred when getting the repo's object reference: %w", err)
+	}
+
+	var commitHash plumbing.Hash
+	switch objRef := objRef.(type) {
+	case *object.Tag:
+		commitHash = objRef.Target
+	case *object.Commit:
+		commitHash = objRef.Hash
+	default:
+		return fmt.Errorf("hash type %s not supported", objRef.Type().String())
+	}
+
+	checkoutOpts := &git.CheckoutOptions{
+		Hash:   commitHash,
+		Branch: branch,
+		Create: true,
+		Force:  true,
+	}
+	tree, err := repo.Worktree()
+	if err != nil {
+		return fmt.Errorf("unable to load the git repo: %w", err)
+	}
+	return tree.Checkout(checkoutOpts)
+}
diff --git a/src/internal/git/repository_test.go b/src/internal/git/repository_test.go
new file mode 100644
index 0000000000..7e75319eee
--- /dev/null
+++ b/src/internal/git/repository_test.go
@@ -0,0 +1,85 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+package git
+
+import (
+	"fmt"
+	"net/http"
+	"net/http/httptest"
+	"path/filepath"
+	"testing"
+
+	"github.com/fluxcd/gitkit"
+	"github.com/go-git/go-billy/v5/memfs"
+	"github.com/go-git/go-git/v5"
+	"github.com/go-git/go-git/v5/config"
+	"github.com/go-git/go-git/v5/plumbing/object"
+	"github.com/go-git/go-git/v5/storage/memory"
+	"github.com/stretchr/testify/require"
+
+	"github.com/defenseunicorns/pkg/helpers/v2"
+
+	"github.com/zarf-dev/zarf/src/test/testutil"
+)
+
+func TestRepository(t *testing.T) {
+	t.Parallel()
+	ctx := testutil.TestContext(t)
+
+	cfg := gitkit.Config{
+		Dir:        t.TempDir(),
+		AutoCreate: true,
+	}
+	gitSrv := gitkit.New(cfg)
+	err := gitSrv.Setup()
+	require.NoError(t, err)
+	srv := httptest.NewServer(http.HandlerFunc(gitSrv.ServeHTTP))
+	t.Cleanup(func() {
+		srv.Close()
+	})
+
+	rootPath := t.TempDir()
+	repoName := "test"
+	repoAddress := fmt.Sprintf("%s/%s.git", srv.URL, repoName)
+	checksum := helpers.GetCRCHash(repoAddress)
+	expectedPath := fmt.Sprintf("%s-%d", repoName, checksum)
+
+	storer := memory.NewStorage()
+	fs := memfs.New()
+	initRepo, err := git.Init(storer, fs)
+	require.NoError(t, err)
+	w, err := initRepo.Worktree()
+	require.NoError(t, err)
+	filePath := "test.txt"
+	newFile, err := fs.Create(filePath)
+	require.NoError(t, err)
+	_, err = newFile.Write([]byte("Hello World"))
+	require.NoError(t, err)
+	newFile.Close()
+	_, err = w.Add(filePath)
+	require.NoError(t, err)
+	_, err = w.Commit("Initial commit", &git.CommitOptions{
+		Author: &object.Signature{
+			Email: "example@example.com",
+		},
+	})
+	require.NoError(t, err)
+	_, err = initRepo.CreateRemote(&config.RemoteConfig{
+		Name: "origin",
+		URLs: []string{repoAddress},
+	})
+	require.NoError(t, err)
+	err = initRepo.Push(&git.PushOptions{
+		RemoteName: "origin",
+	})
+	require.NoError(t, err)
+
+	repo, err := Clone(ctx, rootPath, repoAddress, false)
+	require.NoError(t, err)
+	require.Equal(t, filepath.Join(rootPath, expectedPath), repo.Path())
+
+	repo, err = Open(rootPath, repoAddress)
+	require.NoError(t, err)
+	require.Equal(t, filepath.Join(rootPath, expectedPath), repo.Path())
+}
diff --git a/src/internal/packager/git/checkout.go b/src/internal/packager/git/checkout.go
deleted file mode 100644
index 5a9a960508..0000000000
--- a/src/internal/packager/git/checkout.go
+++ /dev/null
@@ -1,97 +0,0 @@
-// SPDX-License-Identifier: Apache-2.0
-// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
-
-// Package git contains functions for interacting with git repositories.
-package git
-
-import (
-	"fmt"
-
-	"github.com/go-git/go-git/v5"
-	"github.com/go-git/go-git/v5/plumbing"
-	"github.com/go-git/go-git/v5/plumbing/object"
-)
-
-// CheckoutTag performs a `git checkout` of the provided tag to a detached HEAD.
-func (g *Git) CheckoutTag(tag string) error {
-	options := &git.CheckoutOptions{
-		Branch: ParseRef(tag),
-	}
-	return g.checkout(options)
-}
-
-func (g *Git) checkoutRefAsBranch(ref string, branch plumbing.ReferenceName) error {
-	if plumbing.IsHash(ref) {
-		return g.checkoutHashAsBranch(plumbing.NewHash(ref), branch)
-	}
-
-	return g.checkoutTagAsBranch(ref, branch)
-}
-
-// checkoutTagAsBranch performs a `git checkout` of the provided tag but rather
-// than checking out to a detached head, checks out to the provided branch ref
-// It will delete the branch provided if it exists.
-func (g *Git) checkoutTagAsBranch(tag string, branch plumbing.ReferenceName) error {
-	repo, err := git.PlainOpen(g.GitPath)
-	if err != nil {
-		return fmt.Errorf("not a valid git repo or unable to open: %w", err)
-	}
-
-	tagRef, err := repo.Tag(tag)
-	if err != nil {
-		return fmt.Errorf("failed to locate tag (%s) in repository: %w", tag, err)
-	}
-
-	return g.checkoutHashAsBranch(tagRef.Hash(), branch)
-}
-
-// checkoutHashAsBranch performs a `git checkout` of the commit hash associated
-// with the provided hash
-// It will delete the branch provided if it exists.
-func (g *Git) checkoutHashAsBranch(hash plumbing.Hash, branch plumbing.ReferenceName) error {
-	repo, err := git.PlainOpen(g.GitPath)
-	if err != nil {
-		return fmt.Errorf("not a valid git repo or unable to open: %w", err)
-	}
-	objRef, err := repo.Object(plumbing.AnyObject, hash)
-	if err != nil {
-		return fmt.Errorf("an error occurred when getting the repo's object reference: %w", err)
-	}
-
-	var commitHash plumbing.Hash
-	switch objRef := objRef.(type) {
-	case *object.Tag:
-		commitHash = objRef.Target
-	case *object.Commit:
-		commitHash = objRef.Hash
-	default:
-		return fmt.Errorf("hash type %s not supported", objRef.Type().String())
-	}
-
-	options := &git.CheckoutOptions{
-		Hash:   commitHash,
-		Branch: branch,
-		Create: true,
-		Force:  true,
-	}
-	return g.checkout(options)
-}
-
-// checkout performs a `git checkout` on the path provided using the options provided
-// It assumes the caller knows what to do and does not perform any safety checks.
-func (g *Git) checkout(checkoutOptions *git.CheckoutOptions) error {
-	// Open the given repo
-	repo, err := git.PlainOpen(g.GitPath)
-	if err != nil {
-		return fmt.Errorf("not a valid git repo or unable to open: %w", err)
-	}
-
-	// Get the working tree so we can change refs
-	tree, err := repo.Worktree()
-	if err != nil {
-		return fmt.Errorf("unable to load the git repo: %w", err)
-	}
-
-	// Perform the checkout
-	return tree.Checkout(checkoutOptions)
-}
diff --git a/src/internal/packager/git/clone.go b/src/internal/packager/git/clone.go
deleted file mode 100644
index 2f607670e7..0000000000
--- a/src/internal/packager/git/clone.go
+++ /dev/null
@@ -1,126 +0,0 @@
-// SPDX-License-Identifier: Apache-2.0
-// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
-
-// Package git contains functions for interacting with git repositories.
-package git
-
-import (
-	"context"
-	"errors"
-	"strings"
-
-	"github.com/go-git/go-git/v5"
-	goConfig "github.com/go-git/go-git/v5/config"
-	"github.com/go-git/go-git/v5/plumbing"
-	"github.com/zarf-dev/zarf/src/pkg/message"
-	"github.com/zarf-dev/zarf/src/pkg/utils"
-	"github.com/zarf-dev/zarf/src/pkg/utils/exec"
-)
-
-// clone performs a `git clone` of a given repo.
-func (g *Git) clone(ctx context.Context, gitURL string, ref plumbing.ReferenceName, shallow bool) error {
-	cloneOptions := &git.CloneOptions{
-		URL:        gitURL,
-		Progress:   g.Spinner,
-		RemoteName: onlineRemoteName,
-	}
-
-	// Don't clone all tags / refs if we're cloning a specific tag or branch.
-	if ref.IsTag() || ref.IsBranch() {
-		cloneOptions.Tags = git.NoTags
-		cloneOptions.ReferenceName = ref
-		cloneOptions.SingleBranch = true
-	}
-
-	// If this is a shallow clone set the depth to 1
-	if shallow {
-		cloneOptions.Depth = 1
-	}
-
-	// Setup git credentials if we have them, ignore if we don't.
-	gitCred, err := utils.FindAuthForHost(gitURL)
-	if err != nil {
-		return err
-	}
-	if gitCred != nil {
-		cloneOptions.Auth = &gitCred.Auth
-	}
-
-	// Clone the given repo.
-	repo, err := git.PlainClone(g.GitPath, false, cloneOptions)
-	if err != nil {
-		message.Notef("Falling back to host 'git', failed to clone the repo %q with Zarf: %s", gitURL, err.Error())
-		return g.gitCloneFallback(ctx, gitURL, ref, shallow)
-	}
-
-	// If we're cloning the whole repo, we need to also fetch the other branches besides the default.
-	if ref == emptyRef {
-		fetchOpts := &git.FetchOptions{
-			RemoteName: onlineRemoteName,
-			Progress:   g.Spinner,
-			RefSpecs:   []goConfig.RefSpec{"refs/*:refs/*"},
-			Tags:       git.AllTags,
-		}
-
-		if gitCred != nil {
-			fetchOpts.Auth = &gitCred.Auth
-		}
-
-		if err := repo.Fetch(fetchOpts); err != nil && !errors.Is(err, git.NoErrAlreadyUpToDate) {
-			return err
-		}
-	}
-
-	return nil
-}
-
-// gitCloneFallback is a fallback if go-git fails to clone a repo.
-func (g *Git) gitCloneFallback(ctx context.Context, gitURL string, ref plumbing.ReferenceName, shallow bool) error {
-	// If we can't clone with go-git, fallback to the host clone
-	// Only support "all tags" due to the azure clone url format including a username
-	cloneArgs := []string{"clone", "--origin", onlineRemoteName, gitURL, g.GitPath}
-
-	// Don't clone all tags / refs if we're cloning a specific tag or branch.
-	if ref.IsTag() || ref.IsBranch() {
-		cloneArgs = append(cloneArgs, "--no-tags")
-		cloneArgs = append(cloneArgs, "-b", ref.Short())
-		cloneArgs = append(cloneArgs, "--single-branch")
-	}
-
-	// If this is a shallow clone set the depth to 1
-	if shallow {
-		cloneArgs = append(cloneArgs, "--depth", "1")
-	}
-
-	cloneExecConfig := exec.Config{
-		Stdout: g.Spinner,
-		Stderr: g.Spinner,
-	}
-
-	message.Command("git %s", strings.Join(cloneArgs, " "))
-
-	_, _, err := exec.CmdWithContext(ctx, cloneExecConfig, "git", cloneArgs...)
-	if err != nil {
-		return err
-	}
-
-	// If we're cloning the whole repo, we need to also fetch the other branches besides the default.
-	if ref == emptyRef {
-		fetchArgs := []string{"fetch", "--tags", "--update-head-ok", onlineRemoteName, "refs/*:refs/*"}
-
-		fetchExecConfig := exec.Config{
-			Stdout: g.Spinner,
-			Stderr: g.Spinner,
-			Dir:    g.GitPath,
-		}
-
-		message.Command("git %s", strings.Join(fetchArgs, " "))
-
-		_, _, err := exec.CmdWithContext(ctx, fetchExecConfig, "git", fetchArgs...)
-		if err != nil {
-			return err
-		}
-	}
-
-	return nil
-}
diff --git a/src/internal/packager/git/common.go b/src/internal/packager/git/common.go
deleted file mode 100644
index 6864d3dea5..0000000000
--- a/src/internal/packager/git/common.go
+++ /dev/null
@@ -1,54 +0,0 @@
-// SPDX-License-Identifier: Apache-2.0
-// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
-
-// Package git contains functions for interacting with git repositories.
-package git
-
-import (
-	"fmt"
-	"strings"
-
-	"github.com/go-git/go-git/v5/plumbing"
-	"github.com/zarf-dev/zarf/src/pkg/message"
-	"github.com/zarf-dev/zarf/src/types"
-)
-
-// Git is the main struct for managing git repositories.
-type Git struct {
-	// Server is the git server configuration.
-	Server types.GitServerInfo
-	// Spinner is an optional spinner to use for long running operations.
-	Spinner *message.Spinner
-	// Target working directory for the git repository.
-	GitPath string
-}
-
-const onlineRemoteName = "online-upstream"
-const offlineRemoteName = "offline-downstream"
-const emptyRef = ""
-
-// New creates a new git instance with the provided server config.
-func New(server types.GitServerInfo) *Git {
-	return &Git{
-		Server: server,
-	}
-}
-
-// NewWithSpinner creates a new git instance with the provided server config and spinner.
-func NewWithSpinner(server types.GitServerInfo, spinner *message.Spinner) *Git {
-	return &Git{
-		Server:  server,
-		Spinner: spinner,
-	}
-}
-
-// ParseRef parses the provided ref into a ReferenceName if it's not a hash.
-func ParseRef(r string) plumbing.ReferenceName {
-	// If not a full ref, assume it's a tag at this point.
-	if !plumbing.IsHash(r) && !strings.HasPrefix(r, "refs/") {
-		r = fmt.Sprintf("refs/tags/%s", r)
-	}
-
-	// Set the reference name to the provided ref.
-	return plumbing.ReferenceName(r)
-}
diff --git a/src/internal/packager/git/pull.go b/src/internal/packager/git/pull.go
deleted file mode 100644
index 5d9e6f1006..0000000000
--- a/src/internal/packager/git/pull.go
+++ /dev/null
@@ -1,81 +0,0 @@
-// SPDX-License-Identifier: Apache-2.0
-// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
-
-// Package git contains functions for interacting with git repositories.
-package git
-
-import (
-	"context"
-	"fmt"
-	"path"
-	"strings"
-
-	"github.com/go-git/go-git/v5/plumbing"
-	"github.com/zarf-dev/zarf/src/config"
-	"github.com/zarf-dev/zarf/src/pkg/transform"
-	"github.com/zarf-dev/zarf/src/pkg/utils"
-)
-
-// DownloadRepoToTemp clones or updates a repo into a temp folder to perform ephemeral actions (i.e. process chart repos).
-func (g *Git) DownloadRepoToTemp(ctx context.Context, gitURL string) error {
-	g.Spinner.Updatef("g.DownloadRepoToTemp(%s)", gitURL)
-
-	path, err := utils.MakeTempDir(config.CommonOptions.TempDirectory)
-	if err != nil {
-		return fmt.Errorf("unable to create tmpdir: %w", err)
-	}
-
-	// If downloading to temp, set this as a shallow clone to only pull the exact
-	// gitURL w/ ref that was specified since we will throw away git history anyway
-	if err = g.Pull(ctx, gitURL, path, true); err != nil {
-		return fmt.Errorf("unable to pull the git repo at %s: %w", gitURL, err)
-	}
-
-	return nil
-}
-
-// Pull clones or updates a git repository into the target folder.
-func (g *Git) Pull(ctx context.Context, gitURL, targetFolder string, shallow bool) error {
-	g.Spinner.Updatef("Processing git repo %s", gitURL)
-
-	// Split the remote url and the zarf reference
-	gitURLNoRef, refPlain, err := transform.GitURLSplitRef(gitURL)
-	if err != nil {
-		return err
-	}
-
-	var ref plumbing.ReferenceName
-
-	// Parse the ref from the git URL.
-	if refPlain != emptyRef {
-		ref = ParseRef(refPlain)
-	}
-
-	// Construct a path unique to this git repo
-	repoFolder, err := transform.GitURLtoFolderName(gitURL)
-	if err != nil {
-		return err
-	}
-
-	g.GitPath = path.Join(targetFolder, repoFolder)
-
-	// Clone the git repository.
-	err = g.clone(ctx, gitURLNoRef, ref, shallow)
-	if err != nil {
-		return fmt.Errorf("not a valid git repo or unable to clone (%s): %w", gitURL, err)
-	}
-
-	if ref != emptyRef && !ref.IsBranch() {
-		// Remove the "refs/tags/" prefix from the ref.
-		stripped := strings.TrimPrefix(refPlain, "refs/tags/")
-
-		// Use the plain ref as part of the branch name so it is unique and doesn't conflict with other refs.
-		alias := fmt.Sprintf("zarf-ref-%s", stripped)
-		trunkBranchName := plumbing.NewBranchReferenceName(alias)
-
-		// Checkout the ref as a branch.
-		return g.checkoutRefAsBranch(stripped, trunkBranchName)
-	}
-
-	return nil
-}
diff --git a/src/internal/packager/git/push.go b/src/internal/packager/git/push.go
deleted file mode 100644
index 60b7b2bdf6..0000000000
--- a/src/internal/packager/git/push.go
+++ /dev/null
@@ -1,143 +0,0 @@
-// SPDX-License-Identifier: Apache-2.0
-// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
-
-// Package git contains functions for interacting with git repositories.
-package git
-
-import (
-	"errors"
-	"fmt"
-	"os"
-	"path"
-
-	"github.com/go-git/go-git/v5"
-	goConfig "github.com/go-git/go-git/v5/config"
-	"github.com/go-git/go-git/v5/plumbing"
-	"github.com/go-git/go-git/v5/plumbing/transport"
-	"github.com/go-git/go-git/v5/plumbing/transport/http"
-	"github.com/zarf-dev/zarf/src/pkg/message"
-	"github.com/zarf-dev/zarf/src/pkg/transform"
-)
-
-// PushRepo pushes a git repository from the local path to the configured git server.
-func (g *Git) PushRepo(srcURL, targetFolder string) error {
-	spinner := message.NewProgressSpinner("Processing git repo %s", srcURL)
-	defer spinner.Stop()
-
-	// Setup git paths, including a unique name for the repo based on the hash of the git URL to avoid conflicts.
-	repoFolder, err := transform.GitURLtoFolderName(srcURL)
-	if err != nil {
-		return fmt.Errorf("unable to parse git url (%s): %w", srcURL, err)
-	}
-	repoPath := path.Join(targetFolder, repoFolder)
-
-	// Check that this package is using the new repo format (if not fallback to the format from <= 0.24.x)
-	_, err = os.Stat(repoPath)
-	if os.IsNotExist(err) {
-		repoFolder, err = transform.GitURLtoRepoName(srcURL)
-		if err != nil {
-			return fmt.Errorf("unable to parse git url (%s): %w", srcURL, err)
-		}
-		repoPath = path.Join(targetFolder, repoFolder)
-	}
-
-	g.GitPath = repoPath
-
-	repo, err := g.prepRepoForPush()
-	if err != nil {
-		return fmt.Errorf("could not prepare the repo for push: %w", err)
-	}
-
-	if err := g.push(repo, spinner); err != nil {
-		return fmt.Errorf("failed to push the git repo %q: %w", repoFolder, err)
-	}
-
-	spinner.Success()
-	return nil
-}
-
-func (g *Git) prepRepoForPush() (*git.Repository, error) {
-	// Open the given repo
-	repo, err := git.PlainOpen(g.GitPath)
-	if err != nil {
-		return nil, fmt.Errorf("not a valid git repo or unable to open: %w", err)
-	}
-
-	// Get the upstream URL
-	remote, err := repo.Remote(onlineRemoteName)
-	if err != nil {
-		return nil, fmt.Errorf("unable to find the git remote: %w", err)
-	}
-
-	remoteURL := remote.Config().URLs[0]
-	targetURL, err := transform.GitURL(g.Server.Address, remoteURL, g.Server.PushUsername)
-	if err != nil {
-		return nil, fmt.Errorf("unable to transform the git url: %w", err)
-	}
-	message.Debugf("Rewrite git URL: %s -> %s", remoteURL, targetURL.String())
-	// Remove any preexisting offlineRemotes (happens when a retry is triggered)
-	_ = repo.DeleteRemote(offlineRemoteName)
-
-	_, err = repo.CreateRemote(&goConfig.RemoteConfig{
-		Name: offlineRemoteName,
-		URLs: []string{targetURL.String()},
-	})
-	if err != nil {
-		return nil, fmt.Errorf("failed to create offline remote: %w", err)
-	}
-
-	return repo, nil
-}
-
-func (g *Git) push(repo *git.Repository, spinner *message.Spinner) error {
-	gitCred := http.BasicAuth{
-		Username: g.Server.PushUsername,
-		Password: g.Server.PushPassword,
-	}
-
-	// Fetch remote offline refs in case of old update or if multiple refs are specified in one package
-	fetchOptions := &git.FetchOptions{
-		RemoteName: offlineRemoteName,
-		Auth:       &gitCred,
-		RefSpecs: []goConfig.RefSpec{
-			"refs/heads/*:refs/heads/*",
-			"refs/tags/*:refs/tags/*",
-		},
-	}
-
-	// Attempt the fetch, if it fails, log a warning and continue trying to push (might as well try..)
-	err := repo.Fetch(fetchOptions)
-	if errors.Is(err, transport.ErrRepositoryNotFound) {
-		message.Debugf("Repo not yet available offline, skipping fetch...")
-	} else if errors.Is(err, git.ErrForceNeeded) {
-		message.Debugf("Repo fetch requires force, skipping fetch...")
-	} else if errors.Is(err, git.NoErrAlreadyUpToDate) {
-		message.Debugf("Repo already up-to-date, skipping fetch...")
-	} else if err != nil {
-		return fmt.Errorf("unable to fetch the git repo prior to push: %w", err)
-	}
-
-	// Push all heads and tags to the offline remote
-	err = repo.Push(&git.PushOptions{
-		RemoteName: offlineRemoteName,
-		Auth:       &gitCred,
-		Progress:   spinner,
-		// TODO: (@JEFFMCCOY) add the parsing for the `+` force prefix (see https://github.com/zarf-dev/zarf/issues/1410)
-		//Force: isForce,
-		// If a provided refspec doesn't push anything, it is just ignored
-		RefSpecs: []goConfig.RefSpec{
-			"refs/heads/*:refs/heads/*",
-			"refs/tags/*:refs/tags/*",
-		},
-	})
-
-	if errors.Is(err, git.NoErrAlreadyUpToDate) {
-		message.Debug("Repo already up-to-date")
-	} else if errors.Is(err, plumbing.ErrObjectNotFound) {
-		return fmt.Errorf("unable to push repo due to likely shallow clone: %s", err.Error())
-	} else if err != nil {
-		return fmt.Errorf("unable to push repo to the gitops service: %s", err.Error())
-	}
-
-	return nil
-}
diff --git a/src/internal/packager/helm/repo.go b/src/internal/packager/helm/repo.go
index dad0e59aab..24f3a7f4b0 100644
--- a/src/internal/packager/helm/repo.go
+++ b/src/internal/packager/helm/repo.go
@@ -15,11 +15,10 @@ import (
 	"github.com/defenseunicorns/pkg/helpers/v2"
 	"github.com/zarf-dev/zarf/src/config"
 	"github.com/zarf-dev/zarf/src/config/lang"
-	"github.com/zarf-dev/zarf/src/internal/packager/git"
+	"github.com/zarf-dev/zarf/src/internal/git"
 	"github.com/zarf-dev/zarf/src/pkg/message"
 	"github.com/zarf-dev/zarf/src/pkg/transform"
 	"github.com/zarf-dev/zarf/src/pkg/utils"
-	"github.com/zarf-dev/zarf/src/types"
 	"helm.sh/helm/v3/pkg/action"
 	"helm.sh/helm/v3/pkg/chart"
 	"helm.sh/helm/v3/pkg/cli"
@@ -119,7 +118,7 @@ func (h *Helm) PackageChartFromGit(ctx context.Context, cosignKeyPath string) er
 	defer spinner.Stop()
 
 	// Retrieve the repo containing the chart
-	gitPath, err := DownloadChartFromGitToTemp(ctx, h.chart.URL, spinner)
+	gitPath, err := DownloadChartFromGitToTemp(ctx, h.chart.URL)
 	if err != nil {
 		return err
 	}
@@ -233,17 +232,16 @@ func (h *Helm) DownloadPublishedChart(ctx context.Context, cosignKeyPath string)
 }
 
 // DownloadChartFromGitToTemp downloads a chart from git into a temp directory
-func DownloadChartFromGitToTemp(ctx context.Context, url string, spinner *message.Spinner) (string, error) {
-	// Create the Git configuration and download the repo
-	gitCfg := git.NewWithSpinner(types.GitServerInfo{}, spinner)
-
-	// Download the git repo to a temporary directory
-	err := gitCfg.DownloadRepoToTemp(ctx, url)
+func DownloadChartFromGitToTemp(ctx context.Context, url string) (string, error) {
+	path, err := utils.MakeTempDir(config.CommonOptions.TempDirectory)
 	if err != nil {
-		return "", fmt.Errorf("unable to download the git repo %s: %w", url, err)
+		return "", fmt.Errorf("unable to create tmpdir: %w", err)
 	}
-
-	return gitCfg.GitPath, nil
+	repository, err := git.Clone(ctx, path, url, true)
+	if err != nil {
+		return "", err
+	}
+	return repository.Path(), nil
 }
 
 func (h *Helm) finalizeChartPackage(ctx context.Context, saved, cosignKeyPath string) error {
diff --git a/src/pkg/packager/creator/normal.go b/src/pkg/packager/creator/normal.go
index 99b0f572b4..2b32ac1ff1 100644
--- a/src/pkg/packager/creator/normal.go
+++ b/src/pkg/packager/creator/normal.go
@@ -21,7 +21,7 @@ import (
 	"github.com/zarf-dev/zarf/src/config"
 	"github.com/zarf-dev/zarf/src/config/lang"
 	"github.com/zarf-dev/zarf/src/extensions/bigbang"
-	"github.com/zarf-dev/zarf/src/internal/packager/git"
+	"github.com/zarf-dev/zarf/src/internal/git"
 	"github.com/zarf-dev/zarf/src/internal/packager/helm"
 	"github.com/zarf-dev/zarf/src/internal/packager/images"
 	"github.com/zarf-dev/zarf/src/internal/packager/kustomize"
@@ -513,8 +513,8 @@ func (pc *PackageCreator) addComponent(ctx context.Context, component types.Zarf
 
 		for _, url := range component.Repos {
 			// Pull all the references if there is no `@` in the string.
-			gitCfg := git.NewWithSpinner(types.GitServerInfo{}, spinner)
-			if err := gitCfg.Pull(ctx, url, componentPaths.Repos, false); err != nil {
+			_, err := git.Clone(ctx, componentPaths.Repos, url, false)
+			if err != nil {
 				return fmt.Errorf("unable to pull git repo %s: %w", url, err)
 			}
 		}
diff --git a/src/pkg/packager/deploy.go b/src/pkg/packager/deploy.go
index 428f2e1726..0bc5fcfedb 100644
--- a/src/pkg/packager/deploy.go
+++ b/src/pkg/packager/deploy.go
@@ -25,8 +25,8 @@ import (
 	"github.com/defenseunicorns/pkg/helpers/v2"
 
 	"github.com/zarf-dev/zarf/src/config"
+	"github.com/zarf-dev/zarf/src/internal/git"
 	"github.com/zarf-dev/zarf/src/internal/gitea"
-	"github.com/zarf-dev/zarf/src/internal/packager/git"
 	"github.com/zarf-dev/zarf/src/internal/packager/helm"
 	"github.com/zarf-dev/zarf/src/internal/packager/images"
 	"github.com/zarf-dev/zarf/src/internal/packager/template"
@@ -545,6 +545,11 @@ func (p *Packager) pushImagesToRegistry(ctx context.Context, componentImages []s
 // Push all of the components git repos to the configured git server.
 func (p *Packager) pushReposToRepository(ctx context.Context, reposPath string, repos []string) error {
 	for _, repoURL := range repos {
+		repository, err := git.Open(reposPath, repoURL)
+		if err != nil {
+			return err
+		}
+
 		// Create an anonymous function to push the repo to the Zarf git server
 		tryPush := func() error {
 			namespace, name, port, err := serviceInfoFromServiceURL(p.state.GitServer.Address)
@@ -560,7 +565,6 @@ func (p *Packager) pushReposToRepository(ctx context.Context, reposPath string,
 						return err
 					}
 				}
-
 				tunnel, err := p.cluster.NewTunnel(namespace, cluster.SvcResource, name, "", 0, port)
 				if err != nil {
 					return err
@@ -570,18 +574,15 @@ func (p *Packager) pushReposToRepository(ctx context.Context, reposPath string,
 					return err
 				}
 				defer tunnel.Close()
-				gitClient := git.New(p.state.GitServer)
-				gitClient.Server.Address = tunnel.HTTPEndpoint()
 				giteaClient, err := gitea.NewClient(tunnel.HTTPEndpoint(), p.state.GitServer.PushUsername, p.state.GitServer.PushPassword)
 				if err != nil {
 					return err
 				}
 				return tunnel.Wrap(func() error {
-					err = gitClient.PushRepo(repoURL, reposPath)
+					err = repository.Push(ctx, tunnel.HTTPEndpoint(), p.state.GitServer.PushUsername, p.state.GitServer.PushPassword)
 					if err != nil {
 						return err
 					}
-
 					// Add the read-only user to this repo
 					repoName, err := transform.GitURLtoRepoName(repoURL)
 					if err != nil {
@@ -595,8 +596,11 @@ func (p *Packager) pushReposToRepository(ctx context.Context, reposPath string,
 				})
 			}
 
-			gitClient := git.New(p.state.GitServer)
-			return gitClient.PushRepo(repoURL, reposPath)
+			err = repository.Push(ctx, p.state.GitServer.Address, p.state.GitServer.PushUsername, p.state.GitServer.PushPassword)
+			if err != nil {
+				return err
+			}
+			return nil
 		}
 
 		// Try repo push up to retry limit
diff --git a/src/pkg/packager/filters/diff.go b/src/pkg/packager/filters/diff.go
index bbba9ab789..7b65f6f576 100644
--- a/src/pkg/packager/filters/diff.go
+++ b/src/pkg/packager/filters/diff.go
@@ -7,7 +7,7 @@ import (
 	"fmt"
 
 	"github.com/go-git/go-git/v5/plumbing"
-	"github.com/zarf-dev/zarf/src/internal/packager/git"
+	"github.com/zarf-dev/zarf/src/internal/git"
 	"github.com/zarf-dev/zarf/src/pkg/transform"
 	"github.com/zarf-dev/zarf/src/types"
 )

From 8d663aa4965dcc766d6da8eff8edd2450842f3e1 Mon Sep 17 00:00:00 2001
From: Austin Abro <37223396+AustinAbro321@users.noreply.github.com>
Date: Thu, 1 Aug 2024 18:20:21 -0400
Subject: [PATCH 61/68] ci: better named gh jobs (#2816)

Signed-off-by: Austin Abro <AustinAbro321@gmail.com>
---
 .github/workflows/dependency-review.yml    |  2 +-
 .github/workflows/nightly-ecr.yml          |  2 +-
 .github/workflows/nightly-eks.yml          |  2 +-
 .github/workflows/release.yml              | 10 +++++-----
 .github/workflows/scan-codeql.yml          |  2 +-
 .github/workflows/scan-docs-and-schema.yml |  2 +-
 .github/workflows/scan-lint.yml            |  2 +-
 .github/workflows/test-bigbang.yml         |  6 +++---
 .github/workflows/test-e2e.yml             | 12 ++++++------
 .github/workflows/test-external.yml        |  2 +-
 .github/workflows/test-site.yml            |  2 +-
 .github/workflows/test-unit.yml            |  2 +-
 .github/workflows/test-upgrade.yml         |  6 +++---
 13 files changed, 26 insertions(+), 26 deletions(-)

diff --git a/.github/workflows/dependency-review.yml b/.github/workflows/dependency-review.yml
index 01843002e6..fec97b77c3 100644
--- a/.github/workflows/dependency-review.yml
+++ b/.github/workflows/dependency-review.yml
@@ -6,7 +6,7 @@ permissions:
   contents: read
 
 jobs:
-  validate:
+  dependency-review:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
diff --git a/.github/workflows/nightly-ecr.yml b/.github/workflows/nightly-ecr.yml
index 9ff144c4ff..ca9bf97ca4 100644
--- a/.github/workflows/nightly-ecr.yml
+++ b/.github/workflows/nightly-ecr.yml
@@ -15,7 +15,7 @@ permissions:
   contents: read
 
 jobs:
-  validate:
+  ecr-nightly-test:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
diff --git a/.github/workflows/nightly-eks.yml b/.github/workflows/nightly-eks.yml
index 18b23bb1c6..3ea9aae5a9 100644
--- a/.github/workflows/nightly-eks.yml
+++ b/.github/workflows/nightly-eks.yml
@@ -23,7 +23,7 @@ concurrency:
   cancel-in-progress: true
 
 jobs:
-  validate:
+  eks-nightly-test:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
diff --git a/.github/workflows/release.yml b/.github/workflows/release.yml
index cc5d405a95..8da6cbc22b 100644
--- a/.github/workflows/release.yml
+++ b/.github/workflows/release.yml
@@ -9,7 +9,7 @@ on:
       - "v*"
 
 jobs:
-  build:
+  build-release:
     runs-on: ubuntu-latest
     permissions:
       packages: write
@@ -78,9 +78,9 @@ jobs:
           path: build/
           retention-days: 1
 
-  validate:
+  validate-release:
     runs-on: ubuntu-latest
-    needs: build
+    needs: build-release
     steps:
       # Checkout the repo and setup the tooling for this job
       - name: Checkout
@@ -114,9 +114,9 @@ jobs:
         if: always()
         uses: ./.github/actions/save-logs
 
-  push:
+  create-release:
     runs-on: ubuntu-latest
-    needs: validate
+    needs: validate-release
     environment: release
     permissions:
       contents: write
diff --git a/.github/workflows/scan-codeql.yml b/.github/workflows/scan-codeql.yml
index 4f651e704a..e5ab9bd6d8 100644
--- a/.github/workflows/scan-codeql.yml
+++ b/.github/workflows/scan-codeql.yml
@@ -30,7 +30,7 @@ on:
     - cron: "32 2 * * 5"
 
 jobs:
-  validate:
+  codeql-scan:
     runs-on: ubuntu-latest
     permissions:
       actions: read
diff --git a/.github/workflows/scan-docs-and-schema.yml b/.github/workflows/scan-docs-and-schema.yml
index e614faa5a1..c4819b6525 100644
--- a/.github/workflows/scan-docs-and-schema.yml
+++ b/.github/workflows/scan-docs-and-schema.yml
@@ -7,7 +7,7 @@ permissions:
   contents: read
 
 jobs:
-  validate:
+  validate-docs-and-schema:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
diff --git a/.github/workflows/scan-lint.yml b/.github/workflows/scan-lint.yml
index 45421e95de..95642fe5cc 100644
--- a/.github/workflows/scan-lint.yml
+++ b/.github/workflows/scan-lint.yml
@@ -7,7 +7,7 @@ permissions:
   contents: read
 
 jobs:
-  validate:
+  lint:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
diff --git a/.github/workflows/test-bigbang.yml b/.github/workflows/test-bigbang.yml
index 34e7ac5ca5..451a2082a9 100644
--- a/.github/workflows/test-bigbang.yml
+++ b/.github/workflows/test-bigbang.yml
@@ -30,7 +30,7 @@ concurrency:
   cancel-in-progress: true
 
 jobs:
-  build:
+  build-bigbang:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
@@ -69,9 +69,9 @@ jobs:
           path: build/
           retention-days: 1
 
-  validate:
+  validate-bigbang:
     runs-on: ubuntu-latest
-    needs: build
+    needs: build-bigbang
     steps:
       - name: Checkout
         uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
diff --git a/.github/workflows/test-e2e.yml b/.github/workflows/test-e2e.yml
index 91a5f160a4..b3fee07a16 100644
--- a/.github/workflows/test-e2e.yml
+++ b/.github/workflows/test-e2e.yml
@@ -31,7 +31,7 @@ concurrency:
 
 jobs:
   # Build the binary and init package
-  build:
+  build-e2e:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
@@ -55,7 +55,7 @@ jobs:
 
   validate-without-cluster:
     runs-on: ubuntu-latest
-    needs: build
+    needs: build-e2e
     steps:
       - name: Checkout
         uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
@@ -90,7 +90,7 @@ jobs:
   # Run the tests on k3d
   validate-k3d:
     runs-on: ubuntu-latest
-    needs: build
+    needs: build-e2e
     steps:
       - name: Checkout
         uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
@@ -128,7 +128,7 @@ jobs:
   # Run the tests on k3s
   validate-k3s:
     runs-on: ubuntu-latest
-    needs: build
+    needs: build-e2e
     steps:
       - name: Checkout
         uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
@@ -166,7 +166,7 @@ jobs:
   # Run the tests on kind
   validate-kind:
     runs-on: ubuntu-latest
-    needs: build
+    needs: build-e2e
     steps:
       - name: Checkout
         uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
@@ -206,7 +206,7 @@ jobs:
   # Run the tests on minikube
   validate-minikube:
     runs-on: ubuntu-latest
-    needs: build
+    needs: build-e2e
     steps:
       - name: Checkout
         uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
diff --git a/.github/workflows/test-external.yml b/.github/workflows/test-external.yml
index 081ac7c461..2db9dcbcd3 100644
--- a/.github/workflows/test-external.yml
+++ b/.github/workflows/test-external.yml
@@ -30,7 +30,7 @@ concurrency:
   cancel-in-progress: true
 
 jobs:
-  validate:
+  validate-external:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
diff --git a/.github/workflows/test-site.yml b/.github/workflows/test-site.yml
index 1042f3a0b6..fcacbfee38 100644
--- a/.github/workflows/test-site.yml
+++ b/.github/workflows/test-site.yml
@@ -12,7 +12,7 @@ concurrency:
   cancel-in-progress: true
 
 jobs:
-  validate:
+  validate-site:
     runs-on: ubuntu-latest
     defaults:
       run:
diff --git a/.github/workflows/test-unit.yml b/.github/workflows/test-unit.yml
index 78b49b9c90..4690674604 100644
--- a/.github/workflows/test-unit.yml
+++ b/.github/workflows/test-unit.yml
@@ -34,7 +34,7 @@ concurrency:
   cancel-in-progress: true
 
 jobs:
-  validate:
+  validate-unit:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
diff --git a/.github/workflows/test-upgrade.yml b/.github/workflows/test-upgrade.yml
index 3ffe41a13c..a86c02e5cc 100644
--- a/.github/workflows/test-upgrade.yml
+++ b/.github/workflows/test-upgrade.yml
@@ -30,7 +30,7 @@ concurrency:
   cancel-in-progress: true
 
 jobs:
-  build:
+  build-upgrade:
     runs-on: ubuntu-latest
     steps:
       - name: Checkout
@@ -52,9 +52,9 @@ jobs:
           path: build/
           retention-days: 1
 
-  validate:
+  validate-upgrade:
     runs-on: ubuntu-latest
-    needs: build
+    needs: build-upgrade
     steps:
       - name: Checkout
         uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7

From cb88e4cd88894d2b1120e613708d5984263cf4c2 Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Thu, 1 Aug 2024 21:23:11 -0600
Subject: [PATCH 62/68] chore(deps): bump actions/dependency-review-action from
 4.1.3 to 4.3.4 (#2822)

Signed-off-by: dependabot[bot] <support@github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
---
 .github/workflows/dependency-review.yml | 2 +-
 1 file changed, 1 insertion(+), 1 deletion(-)

diff --git a/.github/workflows/dependency-review.yml b/.github/workflows/dependency-review.yml
index fec97b77c3..ed74def218 100644
--- a/.github/workflows/dependency-review.yml
+++ b/.github/workflows/dependency-review.yml
@@ -12,4 +12,4 @@ jobs:
       - name: Checkout
         uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
       - name: Dependency Review
-        uses: actions/dependency-review-action@9129d7d40b8c12c1ed0f60400d00c92d437adcce # v4.1.3
+        uses: actions/dependency-review-action@5a2ce3f5b92ee19cbb1541a4984c76d921601d7c # v4.3.4

From 03a8a078c4a098076f58097542fb2cfd94462bb9 Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Thu, 1 Aug 2024 21:50:18 -0600
Subject: [PATCH 63/68] chore(deps): bump actions/setup-node from 4.0.2 to
 4.0.3 (#2821)

Signed-off-by: dependabot[bot] <support@github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
---
 .github/workflows/commitlint.yml | 2 +-
 .github/workflows/test-site.yml  | 2 +-
 2 files changed, 2 insertions(+), 2 deletions(-)

diff --git a/.github/workflows/commitlint.yml b/.github/workflows/commitlint.yml
index f6243f526e..a03541314d 100644
--- a/.github/workflows/commitlint.yml
+++ b/.github/workflows/commitlint.yml
@@ -21,7 +21,7 @@ jobs:
           fetch-depth: 0
 
       - name: Setup Node.js
-        uses: actions/setup-node@60edb5dd545a775178f52524783378180af0d1f8 # v4.0.2
+        uses: actions/setup-node@1e60f620b9541d16bece96c5465dc8ee9832be0b # v4.0.3
 
       - name: Install commitlint
         run: npm install --save-dev @commitlint/{config-conventional,cli}
diff --git a/.github/workflows/test-site.yml b/.github/workflows/test-site.yml
index fcacbfee38..f581379037 100644
--- a/.github/workflows/test-site.yml
+++ b/.github/workflows/test-site.yml
@@ -22,7 +22,7 @@ jobs:
         uses: actions/checkout@692973e3d937129bcbf40652eb9f2f61becf3332 # v4.1.7
 
       - name: Setup Node.js
-        uses: actions/setup-node@60edb5dd545a775178f52524783378180af0d1f8 # v4.0.2
+        uses: actions/setup-node@1e60f620b9541d16bece96c5465dc8ee9832be0b # v4.0.3
 
       - name: npm ci
         run: npm ci

From 8e7c9c738ffda393639617ff84c53d69660db8c7 Mon Sep 17 00:00:00 2001
From: schristoff <28318173+schristoff@users.noreply.github.com>
Date: Fri, 2 Aug 2024 02:00:21 -0600
Subject: [PATCH 64/68] chore: move context.TODO to context.Background() (4)
 (#2749)

Signed-off-by: schristoff <28318173+schristoff@users.noreply.github.com>
---
 src/pkg/packager/actions/actions.go  | 25 ++++++++++++-------------
 src/pkg/packager/creator/normal.go   |  8 ++++----
 src/pkg/packager/deploy.go           |  8 ++++----
 src/pkg/packager/remove.go           |  8 ++++----
 src/pkg/packager/sources/oci.go      |  4 ++--
 src/pkg/packager/sources/tarball.go  |  8 ++++----
 src/pkg/packager/sources/validate.go |  5 +++--
 src/pkg/utils/cosign.go              |  4 ++--
 src/pkg/utils/exec/exec.go           |  4 ++--
 9 files changed, 37 insertions(+), 37 deletions(-)

diff --git a/src/pkg/packager/actions/actions.go b/src/pkg/packager/actions/actions.go
index ee66b84c39..3d979ffcac 100644
--- a/src/pkg/packager/actions/actions.go
+++ b/src/pkg/packager/actions/actions.go
@@ -22,13 +22,13 @@ import (
 )
 
 // Run runs all provided actions.
-func Run(defaultCfg types.ZarfComponentActionDefaults, actions []types.ZarfComponentAction, variableConfig *variables.VariableConfig) error {
+func Run(ctx context.Context, defaultCfg types.ZarfComponentActionDefaults, actions []types.ZarfComponentAction, variableConfig *variables.VariableConfig) error {
 	if variableConfig == nil {
 		variableConfig = template.GetZarfVariableConfig()
 	}
 
 	for _, a := range actions {
-		if err := runAction(defaultCfg, a, variableConfig); err != nil {
+		if err := runAction(ctx, defaultCfg, a, variableConfig); err != nil {
 			return err
 		}
 	}
@@ -36,10 +36,8 @@ func Run(defaultCfg types.ZarfComponentActionDefaults, actions []types.ZarfCompo
 }
 
 // Run commands that a component has provided.
-func runAction(defaultCfg types.ZarfComponentActionDefaults, action types.ZarfComponentAction, variableConfig *variables.VariableConfig) error {
+func runAction(ctx context.Context, defaultCfg types.ZarfComponentActionDefaults, action types.ZarfComponentAction, variableConfig *variables.VariableConfig) error {
 	var (
-		ctx        context.Context
-		cancel     context.CancelFunc
 		cmdEscaped string
 		out        string
 		err        error
@@ -56,7 +54,7 @@ func runAction(defaultCfg types.ZarfComponentActionDefaults, action types.ZarfCo
 		}
 
 		// Convert the wait to a command.
-		if cmd, err = convertWaitToCmd(*action.Wait, action.MaxTotalSeconds); err != nil {
+		if cmd, err = convertWaitToCmd(ctx, *action.Wait, action.MaxTotalSeconds); err != nil {
 			return err
 		}
 
@@ -85,9 +83,9 @@ func runAction(defaultCfg types.ZarfComponentActionDefaults, action types.ZarfCo
 	// Persist the spinner output so it doesn't get overwritten by the command output.
 	spinner.EnablePreserveWrites()
 
-	actionDefaults := actionGetCfg(defaultCfg, action, variableConfig.GetAllTemplates())
+	actionDefaults := actionGetCfg(ctx, defaultCfg, action, variableConfig.GetAllTemplates())
 
-	if cmd, err = actionCmdMutation(cmd, actionDefaults.Shell); err != nil {
+	if cmd, err = actionCmdMutation(ctx, cmd, actionDefaults.Shell); err != nil {
 		spinner.Errorf(err, "Error mutating command: %s", cmdEscaped)
 	}
 
@@ -128,7 +126,8 @@ retryCmd:
 		// If no timeout is set, run the command and return or continue retrying.
 		if actionDefaults.MaxTotalSeconds < 1 {
 			spinner.Updatef("Waiting for \"%s\" (no timeout)", cmdEscaped)
-			if err := tryCmd(context.TODO()); err != nil {
+			//TODO (schristoff): Make it so tryCmd can take a normal ctx
+			if err := tryCmd(context.Background()); err != nil {
 				continue retryCmd
 			}
 
@@ -144,7 +143,7 @@ retryCmd:
 
 		// Otherwise, try running the command.
 		default:
-			ctx, cancel = context.WithTimeout(context.Background(), duration)
+			ctx, cancel := context.WithTimeout(ctx, duration)
 			defer cancel()
 			if err := tryCmd(ctx); err != nil {
 				continue retryCmd
@@ -169,7 +168,7 @@ retryCmd:
 }
 
 // convertWaitToCmd will return the wait command if it exists, otherwise it will return the original command.
-func convertWaitToCmd(wait types.ZarfComponentActionWait, timeout *int) (string, error) {
+func convertWaitToCmd(_ context.Context, wait types.ZarfComponentActionWait, timeout *int) (string, error) {
 	// Build the timeout string.
 	timeoutString := fmt.Sprintf("--timeout %ds", *timeout)
 
@@ -205,7 +204,7 @@ func convertWaitToCmd(wait types.ZarfComponentActionWait, timeout *int) (string,
 }
 
 // Perform some basic string mutations to make commands more useful.
-func actionCmdMutation(cmd string, shellPref exec.Shell) (string, error) {
+func actionCmdMutation(_ context.Context, cmd string, shellPref exec.Shell) (string, error) {
 	zarfCommand, err := utils.GetFinalExecutableCommand()
 	if err != nil {
 		return cmd, err
@@ -236,7 +235,7 @@ func actionCmdMutation(cmd string, shellPref exec.Shell) (string, error) {
 }
 
 // Merge the ActionSet defaults with the action config.
-func actionGetCfg(cfg types.ZarfComponentActionDefaults, a types.ZarfComponentAction, vars map[string]*variables.TextTemplate) types.ZarfComponentActionDefaults {
+func actionGetCfg(_ context.Context, cfg types.ZarfComponentActionDefaults, a types.ZarfComponentAction, vars map[string]*variables.TextTemplate) types.ZarfComponentActionDefaults {
 	if a.Mute != nil {
 		cfg.Mute = *a.Mute
 	}
diff --git a/src/pkg/packager/creator/normal.go b/src/pkg/packager/creator/normal.go
index 2b32ac1ff1..ea9f6d24c9 100644
--- a/src/pkg/packager/creator/normal.go
+++ b/src/pkg/packager/creator/normal.go
@@ -136,7 +136,7 @@ func (pc *PackageCreator) Assemble(ctx context.Context, dst *layout.PackagePaths
 		onCreate := component.Actions.OnCreate
 
 		onFailure := func() {
-			if err := actions.Run(onCreate.Defaults, onCreate.OnFailure, nil); err != nil {
+			if err := actions.Run(ctx, onCreate.Defaults, onCreate.OnFailure, nil); err != nil {
 				message.Debugf("unable to run component failure action: %s", err.Error())
 			}
 		}
@@ -146,7 +146,7 @@ func (pc *PackageCreator) Assemble(ctx context.Context, dst *layout.PackagePaths
 			return fmt.Errorf("unable to add component %q: %w", component.Name, err)
 		}
 
-		if err := actions.Run(onCreate.Defaults, onCreate.OnSuccess, nil); err != nil {
+		if err := actions.Run(ctx, onCreate.Defaults, onCreate.OnSuccess, nil); err != nil {
 			onFailure()
 			return fmt.Errorf("unable to run component success action: %w", err)
 		}
@@ -359,7 +359,7 @@ func (pc *PackageCreator) addComponent(ctx context.Context, component types.Zarf
 	}
 
 	onCreate := component.Actions.OnCreate
-	if err := actions.Run(onCreate.Defaults, onCreate.Before, nil); err != nil {
+	if err := actions.Run(ctx, onCreate.Defaults, onCreate.Before, nil); err != nil {
 		return fmt.Errorf("unable to run component before action: %w", err)
 	}
 
@@ -521,7 +521,7 @@ func (pc *PackageCreator) addComponent(ctx context.Context, component types.Zarf
 		spinner.Success()
 	}
 
-	if err := actions.Run(onCreate.Defaults, onCreate.After, nil); err != nil {
+	if err := actions.Run(ctx, onCreate.Defaults, onCreate.After, nil); err != nil {
 		return fmt.Errorf("unable to run component after action: %w", err)
 	}
 
diff --git a/src/pkg/packager/deploy.go b/src/pkg/packager/deploy.go
index 0bc5fcfedb..5f2f2f4ab3 100644
--- a/src/pkg/packager/deploy.go
+++ b/src/pkg/packager/deploy.go
@@ -194,7 +194,7 @@ func (p *Packager) deployComponents(ctx context.Context) (deployedComponents []t
 		onDeploy := component.Actions.OnDeploy
 
 		onFailure := func() {
-			if err := actions.Run(onDeploy.Defaults, onDeploy.OnFailure, p.variableConfig); err != nil {
+			if err := actions.Run(ctx, onDeploy.Defaults, onDeploy.OnFailure, p.variableConfig); err != nil {
 				message.Debugf("unable to run component failure action: %s", err.Error())
 			}
 		}
@@ -222,7 +222,7 @@ func (p *Packager) deployComponents(ctx context.Context) (deployedComponents []t
 			}
 		}
 
-		if err := actions.Run(onDeploy.Defaults, onDeploy.OnSuccess, p.variableConfig); err != nil {
+		if err := actions.Run(ctx, onDeploy.Defaults, onDeploy.OnSuccess, p.variableConfig); err != nil {
 			onFailure()
 			return deployedComponents, fmt.Errorf("unable to run component success action: %w", err)
 		}
@@ -324,7 +324,7 @@ func (p *Packager) deployComponent(ctx context.Context, component types.ZarfComp
 		return charts, err
 	}
 
-	if err = actions.Run(onDeploy.Defaults, onDeploy.Before, p.variableConfig); err != nil {
+	if err = actions.Run(ctx, onDeploy.Defaults, onDeploy.Before, p.variableConfig); err != nil {
 		return charts, fmt.Errorf("unable to run component before action: %w", err)
 	}
 
@@ -359,7 +359,7 @@ func (p *Packager) deployComponent(ctx context.Context, component types.ZarfComp
 		}
 	}
 
-	if err = actions.Run(onDeploy.Defaults, onDeploy.After, p.variableConfig); err != nil {
+	if err = actions.Run(ctx, onDeploy.Defaults, onDeploy.After, p.variableConfig); err != nil {
 		return charts, fmt.Errorf("unable to run component after action: %w", err)
 	}
 
diff --git a/src/pkg/packager/remove.go b/src/pkg/packager/remove.go
index dbfbf7d690..59583cee28 100644
--- a/src/pkg/packager/remove.go
+++ b/src/pkg/packager/remove.go
@@ -169,12 +169,12 @@ func (p *Packager) removeComponent(ctx context.Context, deployedPackage *types.D
 
 	onRemove := c.Actions.OnRemove
 	onFailure := func() {
-		if err := actions.Run(onRemove.Defaults, onRemove.OnFailure, nil); err != nil {
+		if err := actions.Run(ctx, onRemove.Defaults, onRemove.OnFailure, nil); err != nil {
 			message.Debugf("Unable to run the failure action: %s", err)
 		}
 	}
 
-	if err := actions.Run(onRemove.Defaults, onRemove.Before, nil); err != nil {
+	if err := actions.Run(ctx, onRemove.Defaults, onRemove.Before, nil); err != nil {
 		onFailure()
 		return nil, fmt.Errorf("unable to run the before action for component (%s): %w", c.Name, err)
 	}
@@ -206,12 +206,12 @@ func (p *Packager) removeComponent(ctx context.Context, deployedPackage *types.D
 		}
 	}
 
-	if err := actions.Run(onRemove.Defaults, onRemove.After, nil); err != nil {
+	if err := actions.Run(ctx, onRemove.Defaults, onRemove.After, nil); err != nil {
 		onFailure()
 		return deployedPackage, fmt.Errorf("unable to run the after action: %w", err)
 	}
 
-	if err := actions.Run(onRemove.Defaults, onRemove.OnSuccess, nil); err != nil {
+	if err := actions.Run(ctx, onRemove.Defaults, onRemove.OnSuccess, nil); err != nil {
 		onFailure()
 		return deployedPackage, fmt.Errorf("unable to run the success action: %w", err)
 	}
diff --git a/src/pkg/packager/sources/oci.go b/src/pkg/packager/sources/oci.go
index f22547d520..78276d33af 100644
--- a/src/pkg/packager/sources/oci.go
+++ b/src/pkg/packager/sources/oci.go
@@ -78,7 +78,7 @@ func (s *OCISource) LoadPackage(ctx context.Context, dst *layout.PackagePaths, f
 
 		spinner.Success()
 
-		if err := ValidatePackageSignature(dst, s.PublicKeyPath); err != nil {
+		if err := ValidatePackageSignature(ctx, dst, s.PublicKeyPath); err != nil {
 			return pkg, nil, err
 		}
 	}
@@ -140,7 +140,7 @@ func (s *OCISource) LoadPackageMetadata(ctx context.Context, dst *layout.Package
 			spinner.Success()
 		}
 
-		if err := ValidatePackageSignature(dst, s.PublicKeyPath); err != nil {
+		if err := ValidatePackageSignature(ctx, dst, s.PublicKeyPath); err != nil {
 			if errors.Is(err, ErrPkgSigButNoKey) && skipValidation {
 				message.Warn("The package was signed but no public key was provided, skipping signature validation")
 			} else {
diff --git a/src/pkg/packager/sources/tarball.go b/src/pkg/packager/sources/tarball.go
index 9cbbf1b071..822dbd330e 100644
--- a/src/pkg/packager/sources/tarball.go
+++ b/src/pkg/packager/sources/tarball.go
@@ -33,7 +33,7 @@ type TarballSource struct {
 }
 
 // LoadPackage loads a package from a tarball.
-func (s *TarballSource) LoadPackage(_ context.Context, dst *layout.PackagePaths, filter filters.ComponentFilterStrategy, unarchiveAll bool) (pkg types.ZarfPackage, warnings []string, err error) {
+func (s *TarballSource) LoadPackage(ctx context.Context, dst *layout.PackagePaths, filter filters.ComponentFilterStrategy, unarchiveAll bool) (pkg types.ZarfPackage, warnings []string, err error) {
 	spinner := message.NewProgressSpinner("Loading package from %q", s.PackageSource)
 	defer spinner.Stop()
 
@@ -106,7 +106,7 @@ func (s *TarballSource) LoadPackage(_ context.Context, dst *layout.PackagePaths,
 
 		spinner.Success()
 
-		if err := ValidatePackageSignature(dst, s.PublicKeyPath); err != nil {
+		if err := ValidatePackageSignature(ctx, dst, s.PublicKeyPath); err != nil {
 			return pkg, nil, err
 		}
 	}
@@ -138,7 +138,7 @@ func (s *TarballSource) LoadPackage(_ context.Context, dst *layout.PackagePaths,
 }
 
 // LoadPackageMetadata loads a package's metadata from a tarball.
-func (s *TarballSource) LoadPackageMetadata(_ context.Context, dst *layout.PackagePaths, wantSBOM bool, skipValidation bool) (pkg types.ZarfPackage, warnings []string, err error) {
+func (s *TarballSource) LoadPackageMetadata(ctx context.Context, dst *layout.PackagePaths, wantSBOM bool, skipValidation bool) (pkg types.ZarfPackage, warnings []string, err error) {
 	if s.Shasum != "" {
 		if err := helpers.SHAsMatch(s.PackageSource, s.Shasum); err != nil {
 			return pkg, nil, err
@@ -184,7 +184,7 @@ func (s *TarballSource) LoadPackageMetadata(_ context.Context, dst *layout.Packa
 			spinner.Success()
 		}
 
-		if err := ValidatePackageSignature(dst, s.PublicKeyPath); err != nil {
+		if err := ValidatePackageSignature(ctx, dst, s.PublicKeyPath); err != nil {
 			if errors.Is(err, ErrPkgSigButNoKey) && skipValidation {
 				message.Warn("The package was signed but no public key was provided, skipping signature validation")
 			} else {
diff --git a/src/pkg/packager/sources/validate.go b/src/pkg/packager/sources/validate.go
index 427d05708a..1c7914ea69 100644
--- a/src/pkg/packager/sources/validate.go
+++ b/src/pkg/packager/sources/validate.go
@@ -6,6 +6,7 @@ package sources
 
 import (
 	"bufio"
+	"context"
 	"errors"
 	"fmt"
 	"io/fs"
@@ -28,7 +29,7 @@ var (
 )
 
 // ValidatePackageSignature validates the signature of a package
-func ValidatePackageSignature(paths *layout.PackagePaths, publicKeyPath string) error {
+func ValidatePackageSignature(ctx context.Context, paths *layout.PackagePaths, publicKeyPath string) error {
 	// If the insecure flag was provided ignore the signature validation
 	if config.CommonOptions.Insecure {
 		return nil
@@ -52,7 +53,7 @@ func ValidatePackageSignature(paths *layout.PackagePaths, publicKeyPath string)
 	}
 
 	// Validate the signature with the key we were provided
-	if err := utils.CosignVerifyBlob(paths.ZarfYAML, paths.Signature, publicKeyPath); err != nil {
+	if err := utils.CosignVerifyBlob(ctx, paths.ZarfYAML, paths.Signature, publicKeyPath); err != nil {
 		return fmt.Errorf("package signature did not match the provided key: %w", err)
 	}
 
diff --git a/src/pkg/utils/cosign.go b/src/pkg/utils/cosign.go
index ae8e553cda..eb16d6159f 100644
--- a/src/pkg/utils/cosign.go
+++ b/src/pkg/utils/cosign.go
@@ -179,7 +179,7 @@ func Sget(ctx context.Context, image, key string, out io.Writer) error {
 }
 
 // CosignVerifyBlob verifies the zarf.yaml.sig was signed with the key provided by the flag
-func CosignVerifyBlob(blobRef string, sigRef string, keyPath string) error {
+func CosignVerifyBlob(ctx context.Context, blobRef string, sigRef string, keyPath string) error {
 	keyOptions := options.KeyOpts{KeyRef: keyPath}
 	cmd := &verify.VerifyBlobCmd{
 		KeyOpts:    keyOptions,
@@ -188,7 +188,7 @@ func CosignVerifyBlob(blobRef string, sigRef string, keyPath string) error {
 		Offline:    true,
 		IgnoreTlog: true,
 	}
-	err := cmd.Exec(context.TODO(), blobRef)
+	err := cmd.Exec(ctx, blobRef)
 	if err == nil {
 		message.Successf("Package signature validated!")
 	}
diff --git a/src/pkg/utils/exec/exec.go b/src/pkg/utils/exec/exec.go
index a3957edd31..4ac90b6a92 100644
--- a/src/pkg/utils/exec/exec.go
+++ b/src/pkg/utils/exec/exec.go
@@ -42,12 +42,12 @@ func PrintCfg() Config {
 
 // Cmd executes a given command with given config.
 func Cmd(command string, args ...string) (string, string, error) {
-	return CmdWithContext(context.TODO(), Config{}, command, args...)
+	return CmdWithContext(context.Background(), Config{}, command, args...)
 }
 
 // CmdWithPrint executes a given command with given config and prints the command.
 func CmdWithPrint(command string, args ...string) error {
-	_, _, err := CmdWithContext(context.TODO(), PrintCfg(), command, args...)
+	_, _, err := CmdWithContext(context.Background(), PrintCfg(), command, args...)
 	return err
 }
 

From dc08529020d2fa739454a7c73fd9c7db30d9ac24 Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Fri, 2 Aug 2024 08:00:56 +0000
Subject: [PATCH 65/68] chore(deps): bump
 github.com/sigstore/sigstore/pkg/signature/kms/hashivault from 1.8.1 to 1.8.7
 (#2800)

Signed-off-by: dependabot[bot] <support@github.com>
Signed-off-by: schristoff <28318173+schristoff@users.noreply.github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
Co-authored-by: schristoff <28318173+schristoff@users.noreply.github.com>
---
 go.mod                                        |  52 +++----
 go.sum                                        | 135 +++++++++---------
 .../docs/commands/zarf_tools_registry_ls.md   |   2 +-
 3 files changed, 95 insertions(+), 94 deletions(-)

diff --git a/go.mod b/go.mod
index 5c299fc165..ba2b2f6cd0 100644
--- a/go.mod
+++ b/go.mod
@@ -29,7 +29,7 @@ require (
 	github.com/go-git/go-git/v5 v5.11.0
 	github.com/goccy/go-yaml v1.12.0
 	github.com/gofrs/flock v0.8.1
-	github.com/google/go-containerregistry v0.19.0
+	github.com/google/go-containerregistry v0.20.1
 	github.com/gosuri/uitable v0.0.4
 	github.com/invopop/jsonschema v0.12.0
 	github.com/mholt/archiver/v3 v3.5.1
@@ -43,7 +43,7 @@ require (
 	github.com/sigstore/sigstore/pkg/signature/kms/aws v1.8.1
 	github.com/sigstore/sigstore/pkg/signature/kms/azure v1.8.1
 	github.com/sigstore/sigstore/pkg/signature/kms/gcp v1.8.1
-	github.com/sigstore/sigstore/pkg/signature/kms/hashivault v1.8.1
+	github.com/sigstore/sigstore/pkg/signature/kms/hashivault v1.8.7
 	github.com/spf13/cobra v1.8.1
 	github.com/spf13/pflag v1.0.5
 	github.com/spf13/viper v1.18.2
@@ -68,6 +68,7 @@ require (
 
 require (
 	github.com/evanphx/json-patch/v5 v5.9.0 // indirect
+	github.com/go-jose/go-jose/v4 v4.0.2 // indirect
 	github.com/go-logr/logr v1.4.2 // indirect
 	github.com/gofrs/uuid v4.2.0+incompatible // indirect
 )
@@ -151,22 +152,22 @@ require (
 	github.com/asaskevich/govalidator v0.0.0-20230301143203-a9d515a09cc2 // indirect
 	github.com/atotto/clipboard v0.1.4 // indirect
 	github.com/aws/aws-sdk-go v1.54.9 // indirect
-	github.com/aws/aws-sdk-go-v2 v1.24.1 // indirect
-	github.com/aws/aws-sdk-go-v2/config v1.26.6 // indirect
-	github.com/aws/aws-sdk-go-v2/credentials v1.16.16 // indirect
-	github.com/aws/aws-sdk-go-v2/feature/ec2/imds v1.14.11 // indirect
-	github.com/aws/aws-sdk-go-v2/internal/configsources v1.2.10 // indirect
-	github.com/aws/aws-sdk-go-v2/internal/endpoints/v2 v2.5.10 // indirect
-	github.com/aws/aws-sdk-go-v2/internal/ini v1.7.3 // indirect
+	github.com/aws/aws-sdk-go-v2 v1.27.2 // indirect
+	github.com/aws/aws-sdk-go-v2/config v1.27.18 // indirect
+	github.com/aws/aws-sdk-go-v2/credentials v1.17.18 // indirect
+	github.com/aws/aws-sdk-go-v2/feature/ec2/imds v1.16.5 // indirect
+	github.com/aws/aws-sdk-go-v2/internal/configsources v1.3.9 // indirect
+	github.com/aws/aws-sdk-go-v2/internal/endpoints/v2 v2.6.9 // indirect
+	github.com/aws/aws-sdk-go-v2/internal/ini v1.8.0 // indirect
 	github.com/aws/aws-sdk-go-v2/service/ecr v1.20.2 // indirect
 	github.com/aws/aws-sdk-go-v2/service/ecrpublic v1.18.2 // indirect
-	github.com/aws/aws-sdk-go-v2/service/internal/accept-encoding v1.10.4 // indirect
-	github.com/aws/aws-sdk-go-v2/service/internal/presigned-url v1.10.10 // indirect
+	github.com/aws/aws-sdk-go-v2/service/internal/accept-encoding v1.11.2 // indirect
+	github.com/aws/aws-sdk-go-v2/service/internal/presigned-url v1.11.11 // indirect
 	github.com/aws/aws-sdk-go-v2/service/kms v1.27.9 // indirect
-	github.com/aws/aws-sdk-go-v2/service/sso v1.18.7 // indirect
-	github.com/aws/aws-sdk-go-v2/service/ssooidc v1.21.7 // indirect
-	github.com/aws/aws-sdk-go-v2/service/sts v1.26.7 // indirect
-	github.com/aws/smithy-go v1.19.0 // indirect
+	github.com/aws/aws-sdk-go-v2/service/sso v1.20.11 // indirect
+	github.com/aws/aws-sdk-go-v2/service/ssooidc v1.24.5 // indirect
+	github.com/aws/aws-sdk-go-v2/service/sts v1.28.12 // indirect
+	github.com/aws/smithy-go v1.20.2 // indirect
 	github.com/awslabs/amazon-ecr-credential-helper/ecr-login v0.0.0-20231024185945-8841054dbdb8 // indirect
 	github.com/aymanbagabas/go-osc52/v2 v2.0.1 // indirect
 	github.com/bahlo/generic-list-go v0.2.0 // indirect
@@ -182,7 +183,7 @@ require (
 	github.com/buildkite/go-pipeline v0.3.2 // indirect
 	github.com/buildkite/interpolate v0.0.0-20200526001904-07f35b4ae251 // indirect
 	github.com/cenkalti/backoff/v3 v3.2.2 // indirect
-	github.com/cenkalti/backoff/v4 v4.2.1 // indirect
+	github.com/cenkalti/backoff/v4 v4.3.0 // indirect
 	github.com/cespare/xxhash/v2 v2.2.0 // indirect
 	github.com/chai2010/gettext-go v1.0.2 // indirect
 	github.com/charmbracelet/bubbles v0.16.1 // indirect
@@ -203,7 +204,7 @@ require (
 	github.com/containerd/stargz-snapshotter/estargz v0.14.3 // indirect
 	github.com/containerd/ttrpc v1.2.2 // indirect
 	github.com/containerd/typeurl/v2 v2.1.1 // indirect
-	github.com/coreos/go-oidc/v3 v3.9.0 // indirect
+	github.com/coreos/go-oidc/v3 v3.11.0 // indirect
 	github.com/cpuguy83/go-md2man/v2 v2.0.4 // indirect
 	github.com/cyberphone/json-canonicalization v0.0.0-20231011164504-785e29786b46 // indirect
 	github.com/cyphar/filepath-securejoin v0.2.4 // indirect
@@ -266,7 +267,7 @@ require (
 	github.com/go-openapi/validate v0.22.4 // indirect
 	github.com/go-piv/piv-go v1.11.0 // indirect
 	github.com/go-restruct/restruct v1.2.0-alpha // indirect
-	github.com/go-test/deep v1.1.0 // indirect
+	github.com/go-test/deep v1.1.1 // indirect
 	github.com/gobwas/glob v0.2.3 // indirect
 	github.com/goccy/go-json v0.10.3 // indirect
 	github.com/gogo/protobuf v1.3.2 // indirect
@@ -306,7 +307,7 @@ require (
 	github.com/hashicorp/go-sockaddr v1.0.5 // indirect
 	github.com/hashicorp/go-version v1.7.0 // indirect
 	github.com/hashicorp/hcl v1.0.1-vault-5 // indirect
-	github.com/hashicorp/vault/api v1.10.0 // indirect
+	github.com/hashicorp/vault/api v1.14.0 // indirect
 	github.com/huandu/xstrings v1.4.0 // indirect
 	github.com/iancoleman/strcase v0.3.0 // indirect
 	github.com/imdario/mergo v0.3.16 // indirect
@@ -314,7 +315,7 @@ require (
 	github.com/inconshreveable/mousetrap v1.1.0 // indirect
 	github.com/jbenet/go-context v0.0.0-20150711004518-d14ea06fba99 // indirect
 	github.com/jedisct1/go-minisign v0.0.0-20230811132847-661be99b8267 // indirect
-	github.com/jellydator/ttlcache/v3 v3.1.1 // indirect
+	github.com/jellydator/ttlcache/v3 v3.2.0 // indirect
 	github.com/jinzhu/copier v0.4.0 // indirect
 	github.com/jinzhu/inflection v1.0.0 // indirect
 	github.com/jinzhu/now v1.1.5 // indirect
@@ -335,7 +336,7 @@ require (
 	github.com/kylelemons/godebug v1.1.0 // indirect
 	github.com/lann/builder v0.0.0-20180802200727-47ae307949d0 // indirect
 	github.com/lann/ps v0.0.0-20150810152359-62de8c46ede0 // indirect
-	github.com/letsencrypt/boulder v0.0.0-20231026200631-000cd05d5491 // indirect
+	github.com/letsencrypt/boulder v0.0.0-20240620165639-de9c06129bec // indirect
 	github.com/lib/pq v1.10.9 // indirect
 	github.com/liggitt/tabwriter v0.0.0-20181228230101-89fcab3d43de // indirect
 	github.com/lithammer/dedent v1.1.0 // indirect
@@ -429,7 +430,7 @@ require (
 	github.com/shopspring/decimal v1.3.1 // indirect
 	github.com/sigstore/fulcio v1.4.3 // indirect
 	github.com/sigstore/rekor v1.3.4 // indirect
-	github.com/sigstore/sigstore v1.8.1 // indirect
+	github.com/sigstore/sigstore v1.8.7 // indirect
 	github.com/sigstore/timestamp-authority v1.2.1 // indirect
 	github.com/sirupsen/logrus v1.9.3 // indirect
 	github.com/skeema/knownhosts v1.2.1 // indirect
@@ -477,15 +478,15 @@ require (
 	go.opentelemetry.io/contrib/instrumentation/net/http/otelhttp v0.52.0 // indirect
 	go.opentelemetry.io/otel v1.27.0 // indirect
 	go.opentelemetry.io/otel/metric v1.27.0 // indirect
-	go.opentelemetry.io/otel/sdk v1.26.0 // indirect
+	go.opentelemetry.io/otel/sdk v1.27.0 // indirect
 	go.opentelemetry.io/otel/trace v1.27.0 // indirect
 	go.starlark.net v0.0.0-20230525235612-a134d8f9ddca // indirect
 	go.step.sm/crypto v0.42.1 // indirect
 	go.uber.org/multierr v1.11.0 // indirect
 	go.uber.org/zap v1.26.0 // indirect
-	golang.org/x/exp v0.0.0-20231108232855-2478ac86f678 // indirect
+	golang.org/x/exp v0.0.0-20240112132812-db7319d0e0e3 // indirect
 	golang.org/x/mod v0.17.0 // indirect
-	golang.org/x/net v0.26.0 // indirect
+	golang.org/x/net v0.27.0 // indirect
 	golang.org/x/oauth2 v0.21.0 // indirect
 	golang.org/x/sys v0.22.0 // indirect
 	golang.org/x/text v0.16.0 // indirect
@@ -499,7 +500,6 @@ require (
 	google.golang.org/grpc v1.64.0 // indirect
 	google.golang.org/protobuf v1.34.2 // indirect
 	gopkg.in/evanphx/json-patch.v5 v5.6.0 // indirect
-	gopkg.in/go-jose/go-jose.v2 v2.6.3 // indirect
 	gopkg.in/inf.v0 v0.9.1 // indirect
 	gopkg.in/ini.v1 v1.67.0 // indirect
 	gopkg.in/op/go-logging.v1 v1.0.0-20160211212156-b2cb9fa56473 // indirect
diff --git a/go.sum b/go.sum
index b442e5c6a1..1cc270facf 100644
--- a/go.sum
+++ b/go.sum
@@ -425,41 +425,41 @@ github.com/aws/aws-sdk-go v1.44.122/go.mod h1:y4AeaBuwd2Lk+GepC1E9v0qOiTws0MIWAX
 github.com/aws/aws-sdk-go v1.54.9 h1:e0Czh9AhrCVPuyaIUnibYmih3cYexJKlqlHSJ2eMKbI=
 github.com/aws/aws-sdk-go v1.54.9/go.mod h1:eRwEWoyTWFMVYVQzKMNHWP5/RV4xIUGMQfXQHfHkpNU=
 github.com/aws/aws-sdk-go-v2 v1.21.2/go.mod h1:ErQhvNuEMhJjweavOYhxVkn2RUx7kQXVATHrjKtxIpM=
-github.com/aws/aws-sdk-go-v2 v1.24.1 h1:xAojnj+ktS95YZlDf0zxWBkbFtymPeDP+rvUQIH3uAU=
-github.com/aws/aws-sdk-go-v2 v1.24.1/go.mod h1:LNh45Br1YAkEKaAqvmE1m8FUx6a5b/V0oAKV7of29b4=
-github.com/aws/aws-sdk-go-v2/config v1.26.6 h1:Z/7w9bUqlRI0FFQpetVuFYEsjzE3h7fpU6HuGmfPL/o=
-github.com/aws/aws-sdk-go-v2/config v1.26.6/go.mod h1:uKU6cnDmYCvJ+pxO9S4cWDb2yWWIH5hra+32hVh1MI4=
-github.com/aws/aws-sdk-go-v2/credentials v1.16.16 h1:8q6Rliyv0aUFAVtzaldUEcS+T5gbadPbWdV1WcAddK8=
-github.com/aws/aws-sdk-go-v2/credentials v1.16.16/go.mod h1:UHVZrdUsv63hPXFo1H7c5fEneoVo9UXiz36QG1GEPi0=
-github.com/aws/aws-sdk-go-v2/feature/ec2/imds v1.14.11 h1:c5I5iH+DZcH3xOIMlz3/tCKJDaHFwYEmxvlh2fAcFo8=
-github.com/aws/aws-sdk-go-v2/feature/ec2/imds v1.14.11/go.mod h1:cRrYDYAMUohBJUtUnOhydaMHtiK/1NZ0Otc9lIb6O0Y=
+github.com/aws/aws-sdk-go-v2 v1.27.2 h1:pLsTXqX93rimAOZG2FIYraDQstZaaGVVN4tNw65v0h8=
+github.com/aws/aws-sdk-go-v2 v1.27.2/go.mod h1:ffIFB97e2yNsv4aTSGkqtHnppsIJzw7G7BReUZ3jCXM=
+github.com/aws/aws-sdk-go-v2/config v1.27.18 h1:wFvAnwOKKe7QAyIxziwSKjmer9JBMH1vzIL6W+fYuKk=
+github.com/aws/aws-sdk-go-v2/config v1.27.18/go.mod h1:0xz6cgdX55+kmppvPm2IaKzIXOheGJhAufacPJaXZ7c=
+github.com/aws/aws-sdk-go-v2/credentials v1.17.18 h1:D/ALDWqK4JdY3OFgA2thcPO1c9aYTT5STS/CvnkqY1c=
+github.com/aws/aws-sdk-go-v2/credentials v1.17.18/go.mod h1:JuitCWq+F5QGUrmMPsk945rop6bB57jdscu+Glozdnc=
+github.com/aws/aws-sdk-go-v2/feature/ec2/imds v1.16.5 h1:dDgptDO9dxeFkXy+tEgVkzSClHZje/6JkPW5aZyEvrQ=
+github.com/aws/aws-sdk-go-v2/feature/ec2/imds v1.16.5/go.mod h1:gjvE2KBUgUQhcv89jqxrIxH9GaKs1JbZzWejj/DaHGA=
 github.com/aws/aws-sdk-go-v2/internal/configsources v1.1.43/go.mod h1:auo+PiyLl0n1l8A0e8RIeR8tOzYPfZZH/JNlrJ8igTQ=
-github.com/aws/aws-sdk-go-v2/internal/configsources v1.2.10 h1:vF+Zgd9s+H4vOXd5BMaPWykta2a6Ih0AKLq/X6NYKn4=
-github.com/aws/aws-sdk-go-v2/internal/configsources v1.2.10/go.mod h1:6BkRjejp/GR4411UGqkX8+wFMbFbqsUIimfK4XjOKR4=
+github.com/aws/aws-sdk-go-v2/internal/configsources v1.3.9 h1:cy8ahBJuhtM8GTTSyOkfy6WVPV1IE+SS5/wfXUYuulw=
+github.com/aws/aws-sdk-go-v2/internal/configsources v1.3.9/go.mod h1:CZBXGLaJnEZI6EVNcPd7a6B5IC5cA/GkRWtu9fp3S6Y=
 github.com/aws/aws-sdk-go-v2/internal/endpoints/v2 v2.4.37/go.mod h1:Qe+2KtKml+FEsQF/DHmDV+xjtche/hwoF75EG4UlHW8=
-github.com/aws/aws-sdk-go-v2/internal/endpoints/v2 v2.5.10 h1:nYPe006ktcqUji8S2mqXf9c/7NdiKriOwMvWQHgYztw=
-github.com/aws/aws-sdk-go-v2/internal/endpoints/v2 v2.5.10/go.mod h1:6UV4SZkVvmODfXKql4LCbaZUpF7HO2BX38FgBf9ZOLw=
-github.com/aws/aws-sdk-go-v2/internal/ini v1.7.3 h1:n3GDfwqF2tzEkXlv5cuy4iy7LpKDtqDMcNLfZDu9rls=
-github.com/aws/aws-sdk-go-v2/internal/ini v1.7.3/go.mod h1:6fQQgfuGmw8Al/3M2IgIllycxV7ZW7WCdVSqfBeUiCY=
+github.com/aws/aws-sdk-go-v2/internal/endpoints/v2 v2.6.9 h1:A4SYk07ef04+vxZToz9LWvAXl9LW0NClpPpMsi31cz0=
+github.com/aws/aws-sdk-go-v2/internal/endpoints/v2 v2.6.9/go.mod h1:5jJcHuwDagxN+ErjQ3PU3ocf6Ylc/p9x+BLO/+X4iXw=
+github.com/aws/aws-sdk-go-v2/internal/ini v1.8.0 h1:hT8rVHwugYE2lEfdFE0QWVo81lF7jMrYJVDWI+f+VxU=
+github.com/aws/aws-sdk-go-v2/internal/ini v1.8.0/go.mod h1:8tu/lYfQfFe6IGnaOdrpVgEL2IrrDOf6/m9RQum4NkY=
 github.com/aws/aws-sdk-go-v2/service/ecr v1.20.2 h1:y6LX9GUoEA3mO0qpFl1ZQHj1rFyPWVphlzebiSt2tKE=
 github.com/aws/aws-sdk-go-v2/service/ecr v1.20.2/go.mod h1:Q0LcmaN/Qr8+4aSBrdrXXePqoX0eOuYpJLbYpilmWnA=
 github.com/aws/aws-sdk-go-v2/service/ecrpublic v1.18.2 h1:PpbXaecV3sLAS6rjQiaKw4/jyq3Z8gNzmoJupHAoBp0=
 github.com/aws/aws-sdk-go-v2/service/ecrpublic v1.18.2/go.mod h1:fUHpGXr4DrXkEDpGAjClPsviWf+Bszeb0daKE0blxv8=
-github.com/aws/aws-sdk-go-v2/service/internal/accept-encoding v1.10.4 h1:/b31bi3YVNlkzkBrm9LfpaKoaYZUxIAj4sHfOTmLfqw=
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 github.com/leodido/go-urn v1.2.4/go.mod h1:7ZrI8mTSeBSHl/UaRyKQW1qZeMgak41ANeCNaVckg+4=
-github.com/letsencrypt/boulder v0.0.0-20231026200631-000cd05d5491 h1:WGrKdjHtWC67RX96eTkYD2f53NDHhrq/7robWTAfk4s=
-github.com/letsencrypt/boulder v0.0.0-20231026200631-000cd05d5491/go.mod h1:o158RFmdEbYyIZmXAbrvmJWesbyxlLKee6X64VPVuOc=
+github.com/letsencrypt/boulder v0.0.0-20240620165639-de9c06129bec h1:2tTW6cDth2TSgRbAhD7yjZzTQmcN25sDRPEeinR51yQ=
+github.com/letsencrypt/boulder v0.0.0-20240620165639-de9c06129bec/go.mod h1:TmwEoGCwIti7BCeJ9hescZgRtatxRE+A72pCoPfmcfk=
 github.com/lib/pq v1.2.0/go.mod h1:5WUZQaWbwv1U+lTReE5YruASi9Al49XbQIvNi/34Woo=
 github.com/lib/pq v1.10.9 h1:YXG7RB+JIjhP29X+OtkiDnYaXQwpS4JEWq7dtCCRUEw=
 github.com/lib/pq v1.10.9/go.mod h1:AlVN5x4E4T544tWzH6hKfbfQvm3HdbOxrmggDNAPY9o=
@@ -1269,8 +1271,8 @@ github.com/microsoft/go-rustaudit v0.0.0-20220730194248-4b17361d90a5/go.mod h1:v
 github.com/miekg/dns v1.0.14/go.mod h1:W1PPwlIAgtquWBMBEV9nkV9Cazfe8ScdGz/Lj7v3Nrg=
 github.com/miekg/dns v1.1.26/go.mod h1:bPDLeHnStXmXAq1m/Ch/hvfNHr14JKNPMBo3VZKjuso=
 github.com/miekg/dns v1.1.41/go.mod h1:p6aan82bvRIyn+zDIv9xYNUpwa73JcSh9BKwknJysuI=
-github.com/miekg/dns v1.1.55 h1:GoQ4hpsj0nFLYe+bWiCToyrBEJXkQfOOIvFGFy0lEgo=
-github.com/miekg/dns v1.1.55/go.mod h1:uInx36IzPl7FYnDcMeVWxj9byh7DutNykX4G9Sj60FY=
+github.com/miekg/dns v1.1.58 h1:ca2Hdkz+cDg/7eNF6V56jjzuZ4aCAE+DbVkILdQWG/4=
+github.com/miekg/dns v1.1.58/go.mod h1:Ypv+3b/KadlvW9vJfXOTf300O4UqaHFzFCuHz+rPkBY=
 github.com/miekg/pkcs11 v1.0.3-0.20190429190417-a667d056470f/go.mod h1:XsNlhZGX73bx86s2hdc/FuaLm2CPZJemRLMA+WTFxgs=
 github.com/miekg/pkcs11 v1.1.1 h1:Ugu9pdy6vAYku5DEpVWVFPYnzV+bxB+iRdbuFSu7TvU=
 github.com/miekg/pkcs11 v1.1.1/go.mod h1:XsNlhZGX73bx86s2hdc/FuaLm2CPZJemRLMA+WTFxgs=
@@ -1351,8 +1353,9 @@ github.com/nozzle/throttler v0.0.0-20180817012639-2ea982251481/go.mod h1:yKZQO8Q
 github.com/nwaples/rardecode v1.1.0 h1:vSxaY8vQhOcVr4mm5e8XllHWTiM4JF507A0Katqw7MQ=
 github.com/nwaples/rardecode v1.1.0/go.mod h1:5DzqNKiOdpKKBH87u8VlvAnPZMXcGRhxWkRpHbbfGS0=
 github.com/nxadm/tail v1.4.4/go.mod h1:kenIhsEOeOJmVchQTgglprH7qJGnHDVpk1VPCcaMI8A=
-github.com/nxadm/tail v1.4.8 h1:nPr65rt6Y5JFSKQO7qToXr7pePgD6Gwiw05lkbyAQTE=
 github.com/nxadm/tail v1.4.8/go.mod h1:+ncqLTQzXmGhMZNUePPaPqPvBxHAIsmXswZKocGu+AU=
+github.com/nxadm/tail v1.4.11 h1:8feyoE3OzPrcshW5/MJ4sGESc5cqmGkGCWlco4l0bqY=
+github.com/nxadm/tail v1.4.11/go.mod h1:OTaG3NK980DZzxbRq6lEuzgU+mug70nY11sMd4JXXHc=
 github.com/oklog/ulid v1.3.1 h1:EGfNDEx6MqHz8B3uNV6QAib1UR2Lm97sHi3ocA6ESJ4=
 github.com/oklog/ulid v1.3.1/go.mod h1:CirwcVhetQ6Lv90oh/F+FBtV6XMibvdAFo93nm5qn4U=
 github.com/oleiade/reflections v1.0.1 h1:D1XO3LVEYroYskEsoSiGItp9RUxG6jWnCVvrqH0HHQM=
@@ -1546,16 +1549,16 @@ github.com/sigstore/fulcio v1.4.3 h1:9JcUCZjjVhRF9fmhVuz6i1RyhCc/EGCD7MOl+iqCJLQ
 github.com/sigstore/fulcio v1.4.3/go.mod h1:BQPWo7cfxmJwgaHlphUHUpFkp5+YxeJes82oo39m5og=
 github.com/sigstore/rekor v1.3.4 h1:RGIia1iOZU7fOiiP2UY/WFYhhp50S5aUm7YrM8aiA6E=
 github.com/sigstore/rekor v1.3.4/go.mod h1:1GubPVO2yO+K0m0wt/3SHFqnilr/hWbsjSOe7Vzxrlg=
-github.com/sigstore/sigstore v1.8.1 h1:mAVposMb14oplk2h/bayPmIVdzbq2IhCgy4g6R0ZSjo=
-github.com/sigstore/sigstore v1.8.1/go.mod h1:02SL1158BSj15bZyOFz7m+/nJzLZfFd9A8ab3Kz7w/E=
+github.com/sigstore/sigstore v1.8.7 h1:L7/zKauHTg0d0Hukx7qlR4nifh6T6O6UIt9JBwAmTIg=
+github.com/sigstore/sigstore v1.8.7/go.mod h1:MPiQ/NIV034Fc3Kk2IX9/XmBQdK60wfmpvgK9Z1UjRA=
 github.com/sigstore/sigstore/pkg/signature/kms/aws v1.8.1 h1:rEDdUefulkIQaMJyzLwtgPDLNXBIltBABiFYfb0YmgQ=
 github.com/sigstore/sigstore/pkg/signature/kms/aws v1.8.1/go.mod h1:RCdYCc1IxCYWzh2IdzdA6Yf7JIY0cMRqH08fpQYechw=
 github.com/sigstore/sigstore/pkg/signature/kms/azure v1.8.1 h1:DvRWG99QGWZC5mp42SEde2Xke/Q384Idnj2da7yB+Mk=
 github.com/sigstore/sigstore/pkg/signature/kms/azure v1.8.1/go.mod h1:s13mo3a0UCQS3+PAUUZfvKe48sMDMsHk2GE1b2YfPcU=
 github.com/sigstore/sigstore/pkg/signature/kms/gcp v1.8.1 h1:lwdRsJv1UbBemuk7w5YfXAQilQxMoFevrzamdPbG0wY=
 github.com/sigstore/sigstore/pkg/signature/kms/gcp v1.8.1/go.mod h1:2OaSQ80EcdyVRSQ3T4d1lsc6Scopblsiq8U2AEk5K1A=
-github.com/sigstore/sigstore/pkg/signature/kms/hashivault v1.8.1 h1:9Ki0qudKpc1FQdef7xHO2bkLyTuw+qNUpWRzjBEmF4c=
-github.com/sigstore/sigstore/pkg/signature/kms/hashivault v1.8.1/go.mod h1:nhIgyu4YwwNgalIwTGsoAzam16jjAn3ADRSWKbWPwGI=
+github.com/sigstore/sigstore/pkg/signature/kms/hashivault v1.8.7 h1:dbcB9VEddYrvK+y4rHeES5OZ/pMQuucfJ0qCNWQmnp0=
+github.com/sigstore/sigstore/pkg/signature/kms/hashivault v1.8.7/go.mod h1:96MrPJBkHiAvqFyqviuYbwPAdbPCj8CR3V0RJ9bKjrE=
 github.com/sigstore/timestamp-authority v1.2.1 h1:j9RmqSAdvKgSofeltPO4x7d+1M3AXaROBzUJ+AA7L5Q=
 github.com/sigstore/timestamp-authority v1.2.1/go.mod h1:Ce+vWWEf0QaKLY2u6mpwEJbmYXEVeOfUk4fQ69kE6ck=
 github.com/sirupsen/logrus v1.2.0/go.mod h1:LxeOpSwHxABJmUn/MG1IvRgCAasNZTLOkJPxbbu5VWo=
@@ -1701,8 +1704,8 @@ github.com/ysmood/fetchup v0.2.3 h1:ulX+SonA0Vma5zUFXtv52Kzip/xe7aj4vqT5AJwQ+ZQ=
 github.com/ysmood/fetchup v0.2.3/go.mod h1:xhibcRKziSvol0H1/pj33dnKrYyI2ebIvz5cOOkYGns=
 github.com/ysmood/goob v0.4.0 h1:HsxXhyLBeGzWXnqVKtmT9qM7EuVs/XOgkX7T6r1o1AQ=
 github.com/ysmood/goob v0.4.0/go.mod h1:u6yx7ZhS4Exf2MwciFr6nIM8knHQIE22lFpWHnfql18=
-github.com/ysmood/got v0.34.1 h1:IrV2uWLs45VXNvZqhJ6g2nIhY+pgIG1CUoOcqfXFl1s=
-github.com/ysmood/got v0.34.1/go.mod h1:yddyjq/PmAf08RMLSwDjPyCvHvYed+WjHnQxpH851LM=
+github.com/ysmood/got v0.40.0 h1:ZQk1B55zIvS7zflRrkGfPDrPG3d7+JOza1ZkNxcc74Q=
+github.com/ysmood/got v0.40.0/go.mod h1:W7DdpuX6skL3NszLmAsC5hT7JAhuLZhByVzHTq874Qg=
 github.com/ysmood/gson v0.7.3 h1:QFkWbTH8MxyUTKPkVWAENJhxqdBa4lYTQWqZCiLG6kE=
 github.com/ysmood/gson v0.7.3/go.mod h1:3Kzs5zDl21g5F/BlLTNcuAGAYLKt2lV5G8D1zF3RNmg=
 github.com/ysmood/leakless v0.8.0 h1:BzLrVoiwxikpgEQR0Lk8NyBN5Cit2b1z+u0mgL4ZJak=
@@ -1752,10 +1755,10 @@ go.opentelemetry.io/otel/exporters/otlp/otlpmetric/otlpmetricgrpc v0.44.0 h1:jd0
 go.opentelemetry.io/otel/exporters/otlp/otlpmetric/otlpmetricgrpc v0.44.0/go.mod h1:U707O40ee1FpQGyhvqnzmCJm1Wh6OX6GGBVn0E6Uyyk=
 go.opentelemetry.io/otel/exporters/otlp/otlpmetric/otlpmetrichttp v0.44.0 h1:bflGWrfYyuulcdxf14V6n9+CoQcu5SAAdHmDPAJnlps=
 go.opentelemetry.io/otel/exporters/otlp/otlpmetric/otlpmetrichttp v0.44.0/go.mod h1:qcTO4xHAxZLaLxPd60TdE88rxtItPHgHWqOhOGRr0as=
-go.opentelemetry.io/otel/exporters/otlp/otlptrace v1.22.0 h1:9M3+rhx7kZCIQQhQRYaZCdNu1V73tm4TvXs2ntl98C4=
-go.opentelemetry.io/otel/exporters/otlp/otlptrace v1.22.0/go.mod h1:noq80iT8rrHP1SfybmPiRGc9dc5M8RPmGvtwo7Oo7tc=
-go.opentelemetry.io/otel/exporters/otlp/otlptrace/otlptracegrpc v1.22.0 h1:H2JFgRcGiyHg7H7bwcwaQJYrNFqCqrbTQ8K4p1OvDu8=
-go.opentelemetry.io/otel/exporters/otlp/otlptrace/otlptracegrpc v1.22.0/go.mod h1:WfCWp1bGoYK8MeULtI15MmQVczfR+bFkk0DF3h06QmQ=
+go.opentelemetry.io/otel/exporters/otlp/otlptrace v1.27.0 h1:R9DE4kQ4k+YtfLI2ULwX82VtNQ2J8yZmA7ZIF/D+7Mc=
+go.opentelemetry.io/otel/exporters/otlp/otlptrace v1.27.0/go.mod h1:OQFyQVrDlbe+R7xrEyDr/2Wr67Ol0hRUgsfA+V5A95s=
+go.opentelemetry.io/otel/exporters/otlp/otlptrace/otlptracegrpc v1.27.0 h1:qFffATk0X+HD+f1Z8lswGiOQYKHRlzfmdJm0wEaVrFA=
+go.opentelemetry.io/otel/exporters/otlp/otlptrace/otlptracegrpc v1.27.0/go.mod h1:MOiCmryaYtc+V0Ei+Tx9o5S1ZjA7kzLucuVuyzBZloQ=
 go.opentelemetry.io/otel/exporters/otlp/otlptrace/otlptracehttp v1.21.0 h1:digkEZCJWobwBqMwC0cwCq8/wkkRy/OowZg5OArWZrM=
 go.opentelemetry.io/otel/exporters/otlp/otlptrace/otlptracehttp v1.21.0/go.mod h1:/OpE/y70qVkndM0TrxT4KBoN3RsFZP0QaofcfYrj76I=
 go.opentelemetry.io/otel/exporters/prometheus v0.44.0 h1:08qeJgaPC0YEBu2PQMbqU3rogTlyzpjhCI2b58Yn00w=
@@ -1766,15 +1769,15 @@ go.opentelemetry.io/otel/exporters/stdout/stdouttrace v1.21.0 h1:VhlEQAPp9R1ktYf
 go.opentelemetry.io/otel/exporters/stdout/stdouttrace v1.21.0/go.mod h1:kB3ufRbfU+CQ4MlUcqtW8Z7YEOBeK2DJ6CmR5rYYF3E=
 go.opentelemetry.io/otel/metric v1.27.0 h1:hvj3vdEKyeCi4YaYfNjv2NUje8FqKqUY8IlF0FxV/ik=
 go.opentelemetry.io/otel/metric v1.27.0/go.mod h1:mVFgmRlhljgBiuk/MP/oKylr4hs85GZAylncepAX/ak=
-go.opentelemetry.io/otel/sdk v1.26.0 h1:Y7bumHf5tAiDlRYFmGqetNcLaVUZmh4iYfmGxtmz7F8=
-go.opentelemetry.io/otel/sdk v1.26.0/go.mod h1:0p8MXpqLeJ0pzcszQQN4F0S5FVjBLgypeGSngLsmirs=
+go.opentelemetry.io/otel/sdk v1.27.0 h1:mlk+/Y1gLPLn84U4tI8d3GNJmGT/eXe3ZuOXN9kTWmI=
+go.opentelemetry.io/otel/sdk v1.27.0/go.mod h1:Ha9vbLwJE6W86YstIywK2xFfPjbWlCuwPtMkKdz/Y4A=
 go.opentelemetry.io/otel/sdk/metric v1.21.0 h1:smhI5oD714d6jHE6Tie36fPx4WDFIg+Y6RfAY4ICcR0=
 go.opentelemetry.io/otel/sdk/metric v1.21.0/go.mod h1:FJ8RAsoPGv/wYMgBdUJXOm+6pzFY3YdljnXtv1SBE8Q=
 go.opentelemetry.io/otel/trace v1.27.0 h1:IqYb813p7cmbHk0a5y6pD5JPakbVfftRXABGt5/Rscw=
 go.opentelemetry.io/otel/trace v1.27.0/go.mod h1:6RiD1hkAprV4/q+yd2ln1HG9GoPx39SuvvstaLBl+l4=
 go.opentelemetry.io/proto/otlp v0.7.0/go.mod h1:PqfVotwruBrMGOCsRd/89rSnXhoiJIqeYNgFYFoEGnI=
-go.opentelemetry.io/proto/otlp v1.0.0 h1:T0TX0tmXU8a3CbNXzEKGeU5mIVOdf0oykP+u2lIVU/I=
-go.opentelemetry.io/proto/otlp v1.0.0/go.mod h1:Sy6pihPLfYHkr3NkUbEhGHFhINUSI/v80hjKIs5JXpM=
+go.opentelemetry.io/proto/otlp v1.2.0 h1:pVeZGk7nXDC9O2hncA6nHldxEjm6LByfA2aN8IOkz94=
+go.opentelemetry.io/proto/otlp v1.2.0/go.mod h1:gGpR8txAl5M03pDhMC79G6SdqNV26naRm/KDsgaHD8A=
 go.starlark.net v0.0.0-20230525235612-a134d8f9ddca h1:VdD38733bfYv5tUZwEIskMM93VanwNIi5bIKnDrJdEY=
 go.starlark.net v0.0.0-20230525235612-a134d8f9ddca/go.mod h1:jxU+3+j+71eXOW14274+SmmuW82qJzl6iZSeqEtTGds=
 go.step.sm/crypto v0.42.1 h1:OmwHm3GJO8S4VGWL3k4+I+Q4P/F2s+j8msvTyGnh1Vg=
@@ -1825,8 +1828,8 @@ golang.org/x/exp v0.0.0-20191227195350-da58074b4299/go.mod h1:2RIsYlXP63K8oxa1u0
 golang.org/x/exp v0.0.0-20200119233911-0405dc783f0a/go.mod h1:2RIsYlXP63K8oxa1u096TMicItID8zy7Y6sNkU49FU4=
 golang.org/x/exp v0.0.0-20200207192155-f17229e696bd/go.mod h1:J/WKrq2StrnmMY6+EHIKF9dgMWnmCNThgcyBT1FY9mM=
 golang.org/x/exp v0.0.0-20200224162631-6cc2880d07d6/go.mod h1:3jZMyOhIsHpP37uCMkUooju7aAi5cS1Q23tOzKc+0MU=
-golang.org/x/exp v0.0.0-20231108232855-2478ac86f678 h1:mchzmB1XO2pMaKFRqk/+MV3mgGG96aqaPXaMifQU47w=
-golang.org/x/exp v0.0.0-20231108232855-2478ac86f678/go.mod h1:zk2irFbV9DP96SEBUUAy67IdHUaZuSnrz1n472HUCLE=
+golang.org/x/exp v0.0.0-20240112132812-db7319d0e0e3 h1:hNQpMuAJe5CtcUqCXaWga3FHu+kQvCqcsoVaQgSV60o=
+golang.org/x/exp v0.0.0-20240112132812-db7319d0e0e3/go.mod h1:idGWGoKP1toJGkd5/ig9ZLuPcZBC3ewk7SzmH0uou08=
 golang.org/x/image v0.0.0-20190227222117-0694c2d4d067/go.mod h1:kZ7UVZpmo3dzQBMxlp+ypCbDeSB+sBbTgSJuh5dn5js=
 golang.org/x/image v0.0.0-20190802002840-cff245a6509b/go.mod h1:FeLwcggjj3mMvU+oOTbSwawSJRM1uh48EjtB4UJZlP0=
 golang.org/x/lint v0.0.0-20181026193005-c67002cb31c3/go.mod h1:UVdnD1Gm6xHRNCYTkRU2/jEulfH38KcIWyp/GAMgvoE=
@@ -1922,8 +1925,8 @@ golang.org/x/net v0.7.0/go.mod h1:2Tu9+aMcznHK/AK1HMvgo6xiTLG5rD5rZLDS+rp2Bjs=
 golang.org/x/net v0.8.0/go.mod h1:QVkue5JL9kW//ek3r6jTKnTFis1tRmNAW2P1shuFdJc=
 golang.org/x/net v0.10.0/go.mod h1:0qNGK6F8kojg2nk9dLZ2mShWaEBan6FAoqfSigmmuDg=
 golang.org/x/net v0.11.0/go.mod h1:2L/ixqYpgIVXmeoSA/4Lu7BzTG4KIyPIryS4IsOd1oQ=
-golang.org/x/net v0.26.0 h1:soB7SVo0PWrY4vPW/+ay0jKDNScG2X9wFeYlXIvJsOQ=
-golang.org/x/net v0.26.0/go.mod h1:5YKkiSynbBIh3p6iOc/vibscux0x38BZDkn8sCUPxHE=
+golang.org/x/net v0.27.0 h1:5K3Njcw06/l2y9vpGCSdcxWOYHOUk3dVNGDXN+FvAys=
+golang.org/x/net v0.27.0/go.mod h1:dDi0PyhWNoiUOrAS8uXv/vnScO4wnHQO4mj9fn/RytE=
 golang.org/x/oauth2 v0.0.0-20180821212333-d2e6202438be/go.mod h1:N/0e6XlmueqKjAGxoOufVs8QHGRruUQn6yWY3a++T0U=
 golang.org/x/oauth2 v0.0.0-20190226205417-e64efc72b421/go.mod h1:gOpvHmFTYa4IltrdGE7lF6nIHvwfUNPOp7c8zoXwtLw=
 golang.org/x/oauth2 v0.0.0-20190604053449-0f29369cfe45/go.mod h1:gOpvHmFTYa4IltrdGE7lF6nIHvwfUNPOp7c8zoXwtLw=
@@ -2422,8 +2425,6 @@ gopkg.in/errgo.v2 v2.1.0/go.mod h1:hNsd1EY+bozCKY1Ytp96fpM3vjJbqLJn88ws8XvfDNI=
 gopkg.in/evanphx/json-patch.v5 v5.6.0 h1:BMT6KIwBD9CaU91PJCZIe46bDmBWa9ynTQgJIOpfQBk=
 gopkg.in/evanphx/json-patch.v5 v5.6.0/go.mod h1:/kvTRh1TVm5wuM6OkHxqXtE/1nUZZpihg29RtuIyfvk=
 gopkg.in/fsnotify.v1 v1.4.7/go.mod h1:Tz8NjZHkW78fSQdbUxIjBTcgA1z1m8ZHf0WmKUhAMys=
-gopkg.in/go-jose/go-jose.v2 v2.6.3 h1:nt80fvSDlhKWQgSWyHyy5CfmlQr+asih51R8PTWNKKs=
-gopkg.in/go-jose/go-jose.v2 v2.6.3/go.mod h1:zzZDPkNNw/c9IE7Z9jr11mBZQhKQTMzoEEIoEdZlFBI=
 gopkg.in/inf.v0 v0.9.1 h1:73M5CoZyi3ZLMOyDlQh031Cx6N9NDJ2Vvfl76EDAgDc=
 gopkg.in/inf.v0 v0.9.1/go.mod h1:cWUDdTG/fYaXco+Dcufb5Vnc6Gp2YChqWtbxRZE0mXw=
 gopkg.in/ini.v1 v1.56.0/go.mod h1:pNLf8WUiyNEtQjuu5G5vTm06TEv9tsIgeAvK8hOrP4k=
diff --git a/site/src/content/docs/commands/zarf_tools_registry_ls.md b/site/src/content/docs/commands/zarf_tools_registry_ls.md
index 262a676377..f7754e813f 100644
--- a/site/src/content/docs/commands/zarf_tools_registry_ls.md
+++ b/site/src/content/docs/commands/zarf_tools_registry_ls.md
@@ -31,7 +31,7 @@ $ zarf tools registry ls reg.example.com/stefanprodan/podinfo
 ```
       --full-ref           (Optional) if true, print the full image reference
   -h, --help               help for ls
-      --omit-digest-tags   (Optional), if true, omit digest tags (e.g., ':sha256-...')
+  -O, --omit-digest-tags   (Optional), if true, omit digest tags (e.g., ':sha256-...')
 ```
 
 ### Options inherited from parent commands

From 198a26c1055d6b58bbea670b8fcd2fa47c2feb61 Mon Sep 17 00:00:00 2001
From: schristoff <28318173+schristoff@users.noreply.github.com>
Date: Fri, 2 Aug 2024 02:11:45 -0600
Subject: [PATCH 66/68] chore: turn down codecov (#2823)

Signed-off-by: schristoff <28318173+schristoff@users.noreply.github.com>
---
 .github/.codecov.yml | 20 ++++++++++++++++++++
 1 file changed, 20 insertions(+)
 create mode 100644 .github/.codecov.yml

diff --git a/.github/.codecov.yml b/.github/.codecov.yml
new file mode 100644
index 0000000000..c17bea84b0
--- /dev/null
+++ b/.github/.codecov.yml
@@ -0,0 +1,20 @@
+# To validate:
+#   cat codecov.yml | curl --data-binary @- https://codecov.io/validate
+
+codecov:
+  notify:
+    require_ci_to_pass: yes
+
+coverage:
+  status:
+    patch: false
+
+  status:
+    project:
+      default:
+        target: auto
+        threshold: 1%
+    patch:
+      default:
+        enabled: no # disable patch since it is noisy and not correct
+        if_not_found: success
\ No newline at end of file

From 5e77e3816051973c3b5ec3d48be30865b40db5e1 Mon Sep 17 00:00:00 2001
From: "dependabot[bot]" <49699333+dependabot[bot]@users.noreply.github.com>
Date: Fri, 2 Aug 2024 08:34:15 +0000
Subject: [PATCH 67/68] chore(deps): bump
 github.com/sigstore/sigstore/pkg/signature/kms/gcp from 1.8.1 to 1.8.7
 (#2812)

Signed-off-by: dependabot[bot] <support@github.com>
Co-authored-by: dependabot[bot] <49699333+dependabot[bot]@users.noreply.github.com>
---
 go.mod | 10 +++++-----
 go.sum | 20 ++++++++++----------
 2 files changed, 15 insertions(+), 15 deletions(-)

diff --git a/go.mod b/go.mod
index ba2b2f6cd0..a5196222e6 100644
--- a/go.mod
+++ b/go.mod
@@ -42,7 +42,7 @@ require (
 	github.com/sigstore/cosign/v2 v2.2.3
 	github.com/sigstore/sigstore/pkg/signature/kms/aws v1.8.1
 	github.com/sigstore/sigstore/pkg/signature/kms/azure v1.8.1
-	github.com/sigstore/sigstore/pkg/signature/kms/gcp v1.8.1
+	github.com/sigstore/sigstore/pkg/signature/kms/gcp v1.8.7
 	github.com/sigstore/sigstore/pkg/signature/kms/hashivault v1.8.7
 	github.com/spf13/cobra v1.8.1
 	github.com/spf13/pflag v1.0.5
@@ -78,11 +78,11 @@ require (
 	atomicgo.dev/keyboard v0.2.9 // indirect
 	atomicgo.dev/schedule v0.1.0 // indirect
 	cloud.google.com/go v0.115.0 // indirect
-	cloud.google.com/go/auth v0.6.0 // indirect
+	cloud.google.com/go/auth v0.6.1 // indirect
 	cloud.google.com/go/auth/oauth2adapt v0.2.2 // indirect
 	cloud.google.com/go/compute/metadata v0.3.0 // indirect
 	cloud.google.com/go/iam v1.1.9 // indirect
-	cloud.google.com/go/kms v1.18.0 // indirect
+	cloud.google.com/go/kms v1.18.2 // indirect
 	cloud.google.com/go/longrunning v0.5.7 // indirect
 	cloud.google.com/go/storage v1.42.0 // indirect
 	cuelabs.dev/go/oci/ociregistry v0.0.0-20231103182354-93e78c079a13 // indirect
@@ -493,11 +493,11 @@ require (
 	golang.org/x/time v0.5.0 // indirect
 	golang.org/x/tools v0.21.1-0.20240508182429-e35e4ccd0d2d // indirect
 	golang.org/x/xerrors v0.0.0-20231012003039-104605ab7028 // indirect
-	google.golang.org/api v0.186.0 // indirect
+	google.golang.org/api v0.187.0 // indirect
 	google.golang.org/genproto v0.0.0-20240624140628-dc46fd24d27d // indirect
 	google.golang.org/genproto/googleapis/api v0.0.0-20240624140628-dc46fd24d27d // indirect
 	google.golang.org/genproto/googleapis/rpc v0.0.0-20240624140628-dc46fd24d27d // indirect
-	google.golang.org/grpc v1.64.0 // indirect
+	google.golang.org/grpc v1.64.1 // indirect
 	google.golang.org/protobuf v1.34.2 // indirect
 	gopkg.in/evanphx/json-patch.v5 v5.6.0 // indirect
 	gopkg.in/inf.v0 v0.9.1 // indirect
diff --git a/go.sum b/go.sum
index 1cc270facf..4d6331b57f 100644
--- a/go.sum
+++ b/go.sum
@@ -55,8 +55,8 @@ cloud.google.com/go/asset v1.8.0/go.mod h1:mUNGKhiqIdbr8X7KNayoYvyc4HbbFO9URsjby
 cloud.google.com/go/assuredworkloads v1.5.0/go.mod h1:n8HOZ6pff6re5KYfBXcFvSViQjDwxFkAkmUFffJRbbY=
 cloud.google.com/go/assuredworkloads v1.6.0/go.mod h1:yo2YOk37Yc89Rsd5QMVECvjaMKymF9OP+QXWlKXUkXw=
 cloud.google.com/go/assuredworkloads v1.7.0/go.mod h1:z/736/oNmtGAyU47reJgGN+KVoYoxeLBoj4XkKYscNI=
-cloud.google.com/go/auth v0.6.0 h1:5x+d6b5zdezZ7gmLWD1m/xNjnaQ2YDhmIz/HH3doy1g=
-cloud.google.com/go/auth v0.6.0/go.mod h1:b4acV+jLQDyjwm4OXHYjNvRi4jvGBzHWJRtJcy+2P4g=
+cloud.google.com/go/auth v0.6.1 h1:T0Zw1XM5c1GlpN2HYr2s+m3vr1p2wy+8VN+Z1FKxW38=
+cloud.google.com/go/auth v0.6.1/go.mod h1:eFHG7zDzbXHKmjJddFG/rBlcGp6t25SwRUiEQSlO4x4=
 cloud.google.com/go/auth/oauth2adapt v0.2.2 h1:+TTV8aXpjeChS9M+aTtN/TjdQnzJvmzKFt//oWu7HX4=
 cloud.google.com/go/auth/oauth2adapt v0.2.2/go.mod h1:wcYjgpZI9+Yu7LyYBg4pqSiaRkfEK3GQcpb7C/uyF1Q=
 cloud.google.com/go/automl v1.5.0/go.mod h1:34EjfoFGMZ5sgJ9EoLsRtdPSNZLcfflJR39VbVNS2M0=
@@ -123,8 +123,8 @@ cloud.google.com/go/iam v0.3.0/go.mod h1:XzJPvDayI+9zsASAFO68Hk07u3z+f+JrT2xXNdp
 cloud.google.com/go/iam v0.5.0/go.mod h1:wPU9Vt0P4UmCux7mqtRu6jcpPAb74cP1fh50J3QpkUc=
 cloud.google.com/go/iam v1.1.9 h1:oSkYLVtVme29uGYrOcKcvJRht7cHJpYD09GM9JaR0TE=
 cloud.google.com/go/iam v1.1.9/go.mod h1:Nt1eDWNYH9nGQg3d/mY7U1hvfGmsaG9o/kLGoLoLXjQ=
-cloud.google.com/go/kms v1.18.0 h1:pqNdaVmZJFP+i8OVLocjfpdTWETTYa20FWOegSCdrRo=
-cloud.google.com/go/kms v1.18.0/go.mod h1:DyRBeWD/pYBMeyiaXFa/DGNyxMDL3TslIKb8o/JkLkw=
+cloud.google.com/go/kms v1.18.2 h1:EGgD0B9k9tOOkbPhYW1PHo2W0teamAUYMOUIcDRMfPk=
+cloud.google.com/go/kms v1.18.2/go.mod h1:YFz1LYrnGsXARuRePL729oINmN5J/5e7nYijgvfiIeY=
 cloud.google.com/go/language v1.4.0/go.mod h1:F9dRpNFQmJbkaop6g0JhSBXCNlO90e1KWx5iDdxbWic=
 cloud.google.com/go/language v1.6.0/go.mod h1:6dJ8t3B+lUYfStgls25GusK04NLh3eDLQnWM3mdEbhI=
 cloud.google.com/go/lifesciences v0.5.0/go.mod h1:3oIKy8ycWGPUyZDR/8RNnTOYevhaMLqh5vLUXs9zvT8=
@@ -1555,8 +1555,8 @@ github.com/sigstore/sigstore/pkg/signature/kms/aws v1.8.1 h1:rEDdUefulkIQaMJyzLw
 github.com/sigstore/sigstore/pkg/signature/kms/aws v1.8.1/go.mod h1:RCdYCc1IxCYWzh2IdzdA6Yf7JIY0cMRqH08fpQYechw=
 github.com/sigstore/sigstore/pkg/signature/kms/azure v1.8.1 h1:DvRWG99QGWZC5mp42SEde2Xke/Q384Idnj2da7yB+Mk=
 github.com/sigstore/sigstore/pkg/signature/kms/azure v1.8.1/go.mod h1:s13mo3a0UCQS3+PAUUZfvKe48sMDMsHk2GE1b2YfPcU=
-github.com/sigstore/sigstore/pkg/signature/kms/gcp v1.8.1 h1:lwdRsJv1UbBemuk7w5YfXAQilQxMoFevrzamdPbG0wY=
-github.com/sigstore/sigstore/pkg/signature/kms/gcp v1.8.1/go.mod h1:2OaSQ80EcdyVRSQ3T4d1lsc6Scopblsiq8U2AEk5K1A=
+github.com/sigstore/sigstore/pkg/signature/kms/gcp v1.8.7 h1:zYg1XlbKpQkmE7FpWTkLuUn7RttLAq4FcZ1G9JcqhoY=
+github.com/sigstore/sigstore/pkg/signature/kms/gcp v1.8.7/go.mod h1:VmUsO1R4OHuyHBEgI4bbSUn0z2nojszrDMvlDxyX/dE=
 github.com/sigstore/sigstore/pkg/signature/kms/hashivault v1.8.7 h1:dbcB9VEddYrvK+y4rHeES5OZ/pMQuucfJ0qCNWQmnp0=
 github.com/sigstore/sigstore/pkg/signature/kms/hashivault v1.8.7/go.mod h1:96MrPJBkHiAvqFyqviuYbwPAdbPCj8CR3V0RJ9bKjrE=
 github.com/sigstore/timestamp-authority v1.2.1 h1:j9RmqSAdvKgSofeltPO4x7d+1M3AXaROBzUJ+AA7L5Q=
@@ -2237,8 +2237,8 @@ google.golang.org/api v0.96.0/go.mod h1:w7wJQLTM+wvQpNf5JyEcBoxK0RH7EDrh/L4qfsuJ
 google.golang.org/api v0.97.0/go.mod h1:w7wJQLTM+wvQpNf5JyEcBoxK0RH7EDrh/L4qfsuJ13s=
 google.golang.org/api v0.98.0/go.mod h1:w7wJQLTM+wvQpNf5JyEcBoxK0RH7EDrh/L4qfsuJ13s=
 google.golang.org/api v0.100.0/go.mod h1:ZE3Z2+ZOr87Rx7dqFsdRQkRBk36kDtp/h+QpHbB7a70=
-google.golang.org/api v0.186.0 h1:n2OPp+PPXX0Axh4GuSsL5QL8xQCTb2oDwyzPnQvqUug=
-google.golang.org/api v0.186.0/go.mod h1:hvRbBmgoje49RV3xqVXrmP6w93n6ehGgIVPYrGtBFFc=
+google.golang.org/api v0.187.0 h1:Mxs7VATVC2v7CY+7Xwm4ndkX71hpElcvx0D1Ji/p1eo=
+google.golang.org/api v0.187.0/go.mod h1:KIHlTc4x7N7gKKuVsdmfBXN13yEEWXWFURWY6SBp2gk=
 google.golang.org/appengine v1.1.0/go.mod h1:EbEs0AVv82hx2wNQdGPgUI5lhzA/G0D9YwlJXL52JkM=
 google.golang.org/appengine v1.4.0/go.mod h1:xpcJRLb0r/rnEns0DIKYYv+WjYCduHsrkT7/EB5XEv4=
 google.golang.org/appengine v1.5.0/go.mod h1:xpcJRLb0r/rnEns0DIKYYv+WjYCduHsrkT7/EB5XEv4=
@@ -2393,8 +2393,8 @@ google.golang.org/grpc v1.48.0/go.mod h1:vN9eftEi1UMyUsIF80+uQXhHjbXYbm0uXoFCACu
 google.golang.org/grpc v1.49.0/go.mod h1:ZgQEeidpAuNRZ8iRrlBKXZQP1ghovWIVhdJRyCDK+GI=
 google.golang.org/grpc v1.50.0/go.mod h1:ZgQEeidpAuNRZ8iRrlBKXZQP1ghovWIVhdJRyCDK+GI=
 google.golang.org/grpc v1.50.1/go.mod h1:ZgQEeidpAuNRZ8iRrlBKXZQP1ghovWIVhdJRyCDK+GI=
-google.golang.org/grpc v1.64.0 h1:KH3VH9y/MgNQg1dE7b3XfVK0GsPSIzJwdF617gUSbvY=
-google.golang.org/grpc v1.64.0/go.mod h1:oxjF8E3FBnjp+/gVFYdWacaLDx9na1aqy9oovLpxQYg=
+google.golang.org/grpc v1.64.1 h1:LKtvyfbX3UGVPFcGqJ9ItpVWW6oN/2XqTxfAnwRRXiA=
+google.golang.org/grpc v1.64.1/go.mod h1:hiQF4LFZelK2WKaP6W0L92zGHtiQdZxk8CrSdvyjeP0=
 google.golang.org/grpc/cmd/protoc-gen-go-grpc v1.1.0/go.mod h1:6Kw0yEErY5E/yWrBtf03jp27GLLJujG4z/JK95pnjjw=
 google.golang.org/protobuf v0.0.0-20200109180630-ec00e32a8dfd/go.mod h1:DFci5gLYBciE7Vtevhsrf46CRTquxDuWsQurQQe4oz8=
 google.golang.org/protobuf v0.0.0-20200221191635-4d8936d0db64/go.mod h1:kwYJMbMJ01Woi6D6+Kah6886xMZcty6N08ah7+eCXa0=

From 36f1df6de73c28b8dda8ea4a61bb38bcafe389d0 Mon Sep 17 00:00:00 2001
From: Philip Laine <philip.laine@gmail.com>
Date: Fri, 2 Aug 2024 15:07:31 +0200
Subject: [PATCH 68/68] refactor: move and test HasImages (#2831)

Signed-off-by: Philip Laine <philip.laine@gmail.com>
---
 src/pkg/packager/common.go |  12 +----
 src/types/package.go       |  10 ++++
 src/types/package_test.go  | 101 +++++++++++++++++++++++++++++++++++++
 3 files changed, 112 insertions(+), 11 deletions(-)
 create mode 100644 src/types/package_test.go

diff --git a/src/pkg/packager/common.go b/src/pkg/packager/common.go
index a753ec29d4..dd4588a193 100644
--- a/src/pkg/packager/common.go
+++ b/src/pkg/packager/common.go
@@ -149,16 +149,6 @@ func (p *Packager) isConnectedToCluster() bool {
 	return p.cluster != nil
 }
 
-// hasImages returns whether the current package contains images
-func (p *Packager) hasImages() bool {
-	for _, component := range p.cfg.Pkg.Components {
-		if len(component.Images) > 0 {
-			return true
-		}
-	}
-	return false
-}
-
 // attemptClusterChecks attempts to connect to the cluster and check for useful metadata and config mismatches.
 // NOTE: attemptClusterChecks should only return an error if there is a problem significant enough to halt a deployment, otherwise it should return nil and print a warning message.
 func (p *Packager) attemptClusterChecks(ctx context.Context) (err error) {
@@ -197,7 +187,7 @@ func (p *Packager) attemptClusterChecks(ctx context.Context) (err error) {
 // validatePackageArchitecture validates that the package architecture matches the target cluster architecture.
 func (p *Packager) validatePackageArchitecture(ctx context.Context) error {
 	// Ignore this check if we don't have a cluster connection, or the package contains no images
-	if !p.isConnectedToCluster() || !p.hasImages() {
+	if !p.isConnectedToCluster() || !p.cfg.Pkg.HasImages() {
 		return nil
 	}
 
diff --git a/src/types/package.go b/src/types/package.go
index bb4b0edc0a..fa3f8e5819 100644
--- a/src/types/package.go
+++ b/src/types/package.go
@@ -37,6 +37,16 @@ func (pkg ZarfPackage) IsInitConfig() bool {
 	return pkg.Kind == ZarfInitConfig
 }
 
+// HasImages returns true if one of the components contains an image.
+func (pkg ZarfPackage) HasImages() bool {
+	for _, component := range pkg.Components {
+		if len(component.Images) > 0 {
+			return true
+		}
+	}
+	return false
+}
+
 // IsSBOMAble checks if a package has contents that an SBOM can be created on (i.e. images, files, or data injections).
 func (pkg ZarfPackage) IsSBOMAble() bool {
 	for _, c := range pkg.Components {
diff --git a/src/types/package_test.go b/src/types/package_test.go
new file mode 100644
index 0000000000..7dca85bd1f
--- /dev/null
+++ b/src/types/package_test.go
@@ -0,0 +1,101 @@
+// SPDX-License-Identifier: Apache-2.0
+// SPDX-FileCopyrightText: 2021-Present The Zarf Authors
+
+package types
+
+import (
+	"testing"
+
+	"github.com/stretchr/testify/require"
+)
+
+func TestZarfPackageIsInitPackage(t *testing.T) {
+	t.Parallel()
+
+	pkg := ZarfPackage{
+		Kind: ZarfInitConfig,
+	}
+	require.True(t, pkg.IsInitConfig())
+	pkg = ZarfPackage{
+		Kind: ZarfPackageConfig,
+	}
+	require.False(t, pkg.IsInitConfig())
+}
+
+func TestZarfPackageHasImages(t *testing.T) {
+	t.Parallel()
+
+	pkg := ZarfPackage{
+		Components: []ZarfComponent{
+			{
+				Name: "without images",
+			},
+		},
+	}
+	require.False(t, pkg.HasImages())
+	pkg = ZarfPackage{
+		Components: []ZarfComponent{
+			{
+				Name:   "with images",
+				Images: []string{"docker.io/library/alpine:latest"},
+			},
+		},
+	}
+	require.True(t, pkg.HasImages())
+}
+
+func TestZarfPackageIsSBOMable(t *testing.T) {
+	t.Parallel()
+
+	tests := []struct {
+		name           string
+		images         []string
+		files          []ZarfFile
+		dataInjections []ZarfDataInjection
+		expected       bool
+	}{
+		{
+			name:     "empty component",
+			expected: false,
+		},
+		{
+			name:     "only images",
+			images:   []string{""},
+			expected: true,
+		},
+		{
+			name:     "only files",
+			files:    []ZarfFile{{}},
+			expected: true,
+		},
+		{
+			name:           "only data injections",
+			dataInjections: []ZarfDataInjection{{}},
+			expected:       true,
+		},
+		{
+			name:           "all three set",
+			images:         []string{""},
+			files:          []ZarfFile{{}},
+			dataInjections: []ZarfDataInjection{{}},
+			expected:       true,
+		},
+	}
+	for _, tt := range tests {
+		t.Run(tt.name, func(t *testing.T) {
+			t.Parallel()
+
+			pkg := ZarfPackage{
+				Components: []ZarfComponent{
+					{
+						Name:           "without images",
+						Images:         tt.images,
+						Files:          tt.files,
+						DataInjections: tt.dataInjections,
+					},
+				},
+			}
+			require.Equal(t, tt.expected, pkg.IsSBOMAble())
+		})
+	}
+}