This project provides a base Fastfile to minimize the amount of configuration required to build a project on CI using manual signing with fastlane.
The base Fastfile provides basic model classes to make it easier to work with. These classes includes:
- Project
- AppExtension
- Configuration
- Certificate
- ProvisioningProfile
A build is produced by providing a Project
object with a Configuration
object. To sign a build using Mirego's enterprise certificate, a betaConfiguration
object is declared for you containing all the needed information about the certificate and the provisioning profile.
Important to note that this Fastfile is just a starting point, if you need more flexibility or more advanced features I encourage you to use fastlane as it pleases you.
Start by importing the toolkit at the very top of your Fastfile and defining your project by creating a Project
instance describing what's contained in your repository.
import_from_git(url: "[email protected]:mirego/fastlane-toolkit.git")
# ...
sampleProject = Model::Project.new(
workspacePath: "Sample.xcworkspace",
projectPath: "Sample.xcodeproj",
infoPlistPath: "Sample/Info.plist",
scheme: "Sample",
target: "Sample",
bundleIdentifier: "com.mirego.Sample"
)
Once it's done, create a lane that import the toolkit and that calls the provided build_ios_app_with_toolkit
lane with your project. You can either explicitly specify the enterprise configuration by calling build_ios_app_with_toolkit(project: sampleProject, configuration: enterprise_configuration())
or simply omit the configuration parameter as it is the default value when none is supplied.
desc "Build using the enterprise certificate and publish on AppCenter"
lane :beta do
cocoapods(use_bundle_exec: true, try_repo_update_on_error: true)
build_ios_app_with_toolkit(project: sampleProject)
changelog_from_git_commits(commits_count: 10)
appcenter_upload(
api_token: strip_quotes(ENV["APP_CENTER_API_TOKEN"]),
owner_type: "organization",
owner_name: "ORG_NAME",
app_name: "APP_NAME",
ipa: lane_context[SharedValues::IPA_OUTPUT_PATH],
dsym: lane_context[SharedValues::DSYM_OUTPUT_PATH],
destination_type: "group"
destinations: ENV["APP_CENTER_DISTRIBUTION_GROUPS"],
)
end
If you need to sign your build using a custom signing certificate, create your custom configuration object and call the build_ios_app_with_toolkit
lane with it.
appStoreProvisioningProfile = Model::ProvisioningProfile.new(
path: "./fastlane/provisioning/AppStore.mobileprovision"
)
appStoreCertificate = Model::Certificate.new(
path: "./fastlane/provisioning/AppStore.p12",
name: "iPhone Distribution: Sample (????????)",
password: "SuperStrongPassword"
)
appStoreConfiguration = Model::Configuration.new(
certificate: appStoreCertificate,
provisioningProfile: appStoreProvisioningProfile,
buildConfiguration: "Release",
exportMethod: "app-store"
)
lane :release do
build_ios_app_with_toolkit(project: sampleProject, configuration: appStoreConfiguration)
upload_to_app_store(force: true)
slack(message: "Successfully submitted #{sampleProject.target} to AppStore", slack_url: "https://hooks.slack.com/services/T025F65SP/AAW2V1FC3/rgMjwWCk21ag79rjdhbfDS78G")
end
If you need to change the bundle identifier of your app before building it, simply assign the bundleIdentifierOverride
property of your configuration object prior to calling the build_ios_app_with_toolkit
lane.
betaConfiguration.bundleIdentifierOverride = "com.mirego.Sample.beta"
You can also simply re-assign the bundle identifier of your Project
instance.
sampleProject.bundleIdentifier = "com.mirego.Sample.beta"
If your app contains app extensions, you must provide them via your Project
instance.
notificationExtension = Model::AppExtension.new(
target: "SampleNotifications",
bundleIdentifier: "com.mirego.Sample.notifications",
infoPlistPath: "SampleNotifications/Info.plist"
)
sampleProject.extensions = [notificationExtension]
You also need to provide the provisioning profile to use for each of the registered app extensions in your configuration. The property takes a Hash
(key value pair) of the extension bundle identifier to a ProvisioningProfile
instance.
notificationExtensionProvisioningProfile = Model::ProvisioningProfile.new(
path: "./fastlane/provisioning/AppStoreNotifications.mobileprovision"
)
configuration.extensionProvisioningProfiles = {
notificationExtension.bundleIdentifier => notificationExtensionProvisioningProfile
}
Bitcode is enabled by default but if for some reason you need it disabled, you can do so with the include_bitcode
option.
build_ios_app_with_toolkit(project: sampleProject, configuration: configuration, include_bitcode: false)
If you need to provide Xcode extra environment variables, you can do so using the xcargs
option of the build_ios_app_with_toolkit
action.
build_ios_app_with_toolkit(project: sampleProject, configuration: configuration, xcargs: "ENABLE_CONFIG_PANEL=true")
The project also includes some custom actions described here.
Create a configuration containing a generic provisioning profile and the enterprise certificate. This action take care of extracting informations in environment variables and must be run on Jenkins in order to work.
Internally required by the build_ios_app_with_toolkit
private lane, the install_provisioning_profile
action take care of parsing the provisioning profile and install it in the proper location so that Xcode can use it.
Use icon_badge plugin to add badge icon to your application icon.
To install:
bundle exec fastlane add_plugin icon_banner
-
Prepare an environment for the run
- Keep Jenkins Environment Variables
- Keep Jenkins Build Variables
- Properties File Path:
${HOME}/.build_ios_env
-
Build
- Execute shell
bundle install bundle exec fastlane beta
- Execute shell
- Color ANSI Console Output:
xterm
String clientName = 'client'
String projectDisplayName = 'Sample'
String projectName = 'sample'
String folderName = 'Client Display Name'
String slackNotificationChannel = '#project-channel'
folder("$folderName") {
description('Jobs related to ' + clientName.capitalize())
}
job("$folderName/$clientName-$projectName-watcher") {
description("Repository watcher for master branch of the $projectDisplayName mobile app")
scm {
git {
branch('origin/master')
remote {
name('origin')
url("${GIT_URL}")
credentials('github')
}
extensions {
submoduleOptions {
recursive()
}
}
}
}
triggers {
scm('H/5 * * * *')
}
steps {
triggerBuilder {
configs {
blockableBuildTriggerConfig {
projects("$folderName/$clientName-$projectName-ios-fastlane")
block {
buildStepFailureThreshold("never")
unstableThreshold("never")
failureThreshold("never")
}
configs {
predefinedBuildParameters {
textParamValueOnNewLine(false)
properties('''Branch=${GIT_BRANCH}
Lane=beta''')
}
}
}
}
}
}
}
job("$folderName/$clientName-$projectName-ios-fastlane") {
description("Builds $projectDisplayName Sample iOS app")
logRotator {
numToKeep(5)
}
parameters {
stringParam {
name('Branch')
defaultValue('origin/master')
description('The git branch to be built')
trim(true)
}
choiceParam('Lane', ['beta', 'app_store'], 'Name of the lane to run in fastlane')
}
environmentVariables {
keepBuildVariables(true)
keepSystemVariables(true)
propertiesFile('${HOME}/.build_ios_env')
}
scm {
git {
branch('${Branch}')
remote {
name('origin')
url("${GIT_URL}")
credentials('github')
}
extensions {
submoduleOptions {
recursive(true)
}
wipeOutWorkspace()
}
}
}
steps {
shell('''bundle install
bundle exec fastlane ${Lane}''')
}
wrappers {
colorizeOutput()
}
publishers {
jUnitResultArchiver {
testResults('fastlane/test_output/report.junit')
}
cobertura('cobertura.xml') {
failNoReports(false)
sourceEncoding('ASCII')
methodTarget(80, 0, 0)
lineTarget(80, 0, 0)
conditionalTarget(70, 0, 0)
}
slackNotifier {
notifyBackToNormal(true)
notifyFailure(true)
room(slackNotificationChannel)
}
}
}
If you find that something else could be useful or if your use case is not covered and you feel that it could benefit others, please take the time to contribute by opening a pull request or open an issue asking for it very very kindly ;)