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Makefile
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# Copyright 2019-2021 Amazon.com, Inc. or its affiliates. All Rights Reserved.
##############################
# #
# Variables for build #
# #
##############################
.DEFAULT_GOAL := nitro-cli
ARCH_x86_64 = x86_64
ARCH_aarch64 = aarch64
TOOLCHAIN_PREFIX = unknown-linux-musl
HOST_MACHINE = $(shell uname -m)
CARGO = cargo
CC = gcc
INSTALL = install
MKDIR = mkdir
RM = rm
DOCKER = docker
GIT = git
TAR = tar
MV = mv
CP = cp
AWS = aws
SHA1 = sha1sum
ifeq ($(HOST_MACHINE),$(ARCH_x86_64))
TOOLCHAIN_ARCH_TARGET = $(ARCH_x86_64)
else ifeq ($(HOST_MACHINE),$(ARCH_aarch64))
TOOLCHAIN_ARCH_TARGET = $(ARCH_aarch64)
CC = musl-gcc # Required for openssl-sys cross-build
else
TOOLCHAIN_ARCH_TARGET =
endif
RUST_CRATES_LICENSE_FILE = THIRD_PARTY_LICENSES_RUST_CRATES.html
ifeq ($(TOOLCHAIN_ARCH_TARGET),)
$(error Unsupported architecture: ${HOST_MACHINE})
endif
CARGO_TARGET = $(TOOLCHAIN_ARCH_TARGET)-$(TOOLCHAIN_PREFIX)
SRC_PATH = .
BASE_PATH ?= $(SRC_PATH)
OBJ_PATH ?= $(BASE_PATH)/build
NITRO_CLI_TOOLS_DIR ?= $(BASE_PATH)/tools
NITRO_CLI_INSTALL_DIR ?= $(OBJ_PATH)/install
BIN_DIR ?= /usr/bin
UNIT_DIR ?= /usr/lib/systemd/system
CONF_DIR ?= /etc
DATA_DIR ?= /usr/share
ENV_SETUP_DIR ?= $(CONF_DIR)/profile.d
CONTAINER_TAG = "nitro_cli:1.0"
# Flags common to C
C_FLAGS := -Wall -Wextra -Werror -O2
##############################
# #
# Makefile rules #
# #
##############################
# Target for generating a tarball with all the dependencies
# needed by the nitro-cli, this is then uploaded to s3, and
# used when building the package for Amazon linux.
# Use account: 283220266793
.PHONY: update-crates-dependencies
update-crates-dependencies:
$(CARGO) vendor ./crates-dependencies 2>&1 | tee cargo_vendor.log
$(MV) cargo_vendor.log crates-dependencies/
$(GIT) log --oneline -n1 > crates-dependencies/git_revision
$(CP) Cargo.lock crates-dependencies/
$(TAR) -czf nitro-cli-dependencies.tar.gz crates-dependencies/
$(SHA1) nitro-cli-dependencies.tar.gz > sources
TAR_SHA=$$(sha1sum nitro-cli-dependencies.tar.gz | cut -f1 -d' ') && \
$(AWS) s3 cp nitro-cli-dependencies.tar.gz \
s3://crates-dependencies/StrongholdCLI/$${TAR_SHA}/nitro-cli-dependencies.tar.gz
echo "All dependencies have been uploaded to S3, now commit sources file"
.PHONY: crates-dependencies
crates-dependencies:
ccgit sources --blob_acct=283220266793 --blob_bucket=crates-dependencies
.PHONY: aws-nitro-enclaves-cli.tar.gz
aws-nitro-enclaves-cli.tar.gz:
$(GIT) archive --format=tar -o SPECS/aws-nitro-enclaves-cli.tar.gz HEAD
.PHONY: sources
sources: aws-nitro-enclaves-cli.tar.gz crates-dependencies
.PHONY: all
all: build-setup nitro-cli vsock-proxy
.PHONY: driver-deps
driver-deps:
((cat /etc/os-release | grep -qni "Ubuntu" \
&& sudo apt-get install -y linux-headers-$$(uname -r)) || \
(cat /etc/os-release | grep -qni "Amazon Linux\|CentOS\|RedHat" \
&& sudo yum install -y kernel-headers-$$(uname -r) \
&& sudo yum install -y kernel-devel-$$(uname -r)) || \
echo "Warning: kernel-header were not installed") \
&& echo "Successfully installed the driver deps"
# In order to avoid executing the same rule everytime,
# the build rules are prefixed by dot and are generating
# a file with the same name via the touch command. This
# change is required in order to capture the timestamp
# of the rule.
.build-container: tools/Dockerfile1804.${HOST_MACHINE}
docker image build -t $(CONTAINER_TAG) -f tools/Dockerfile1804.${HOST_MACHINE} tools/
touch $@
build-container: .build-container
$(OBJ_PATH):
$(MKDIR) -p $(OBJ_PATH)
# Build the $(OBJ_PATH) directory only if it does not exist.
build-setup: | $(OBJ_PATH);
nitro_enclaves: drivers/virt/nitro_enclaves/ne_misc_dev.c drivers/virt/nitro_enclaves/ne_pci_dev.c driver-deps
PREV_DIR=$$PWD && cd drivers/virt/nitro_enclaves/ && make && cd $$PREV_DIR
.PHONY: nitro_enclaves-clean
nitro_enclaves-clean:
PREV_DIR=$$PWD && cd drivers/virt/nitro_enclaves/ && make clean && cd $$PREV_DIR
.PHONY: driver-clean
driver-clean: nitro_enclaves-clean
# See .build-container rule for explanation.
.build-nitro-cli: $(shell find $(BASE_PATH)/src $(BASE_PATH)/enclave_build/src -name "*.rs")
$(DOCKER) run \
-v "$$(readlink -f ${BASE_PATH})":/nitro_src \
-v "$$(readlink -f ${OBJ_PATH})":/nitro_build \
$(CONTAINER_TAG) bin/bash -c \
'source /root/.cargo/env && \
OPENSSL_STATIC=yes OPENSSL_DIR=/musl_openssl/ CC=${CC} ARCH=$(TOOLCHAIN_ARCH_TARGET) cargo build \
--release \
--manifest-path=/nitro_src/Cargo.toml \
--target=${CARGO_TARGET} \
--target-dir=/nitro_build/nitro_cli && \
chmod -R 777 nitro_build '
ln -sf ../${CARGO_TARGET}/release/nitro-cli \
${OBJ_PATH}/nitro_cli/release/nitro-cli
touch $@
nitro-cli: build-setup build-container .build-nitro-cli
.PHONY: nitro-cli-native
nitro-cli-native:
cargo build \
--release \
--manifest-path=${BASE_PATH}/Cargo.toml \
--target-dir=${OBJ_PATH}/nitro_cli
# See .build-container rule for explanation.
.build-command-executer: $(shell find $(BASE_PATH)/samples/command_executer/src -name "*.rs")
$(DOCKER) run \
-v "$$(readlink -f ${BASE_PATH})":/nitro_src \
-v "$$(readlink -f ${OBJ_PATH})":/nitro_build \
$(CONTAINER_TAG) bin/bash -c \
'source /root/.cargo/env && \
OPENSSL_STATIC=yes OPENSSL_DIR=/musl_openssl/ CC=${CC} cargo build \
--release \
--manifest-path=/nitro_src/samples/command_executer/Cargo.toml \
--target=${CARGO_TARGET} \
--target-dir=/nitro_build/command-executer && \
chmod -R 777 nitro_build '
ln -sf ../${CARGO_TARGET}/release/command-executer \
${OBJ_PATH}/command-executer/release/command-executer
touch $@
.build-command-executer-eif: .build-nitro-cli .build-command-executer \
$(BASE_PATH)/samples/command_executer/resources/blobs/${HOST_MACHINE}/* \
$(BASE_PATH)/samples/command_executer/resources/Dockerfile.alpine
$(MKDIR) -p $(OBJ_PATH)/command-executer/command_executer_docker_dir
$(CP) \
$(OBJ_PATH)/command-executer/${CARGO_TARGET}/release/command-executer \
$(OBJ_PATH)/command-executer/command_executer_docker_dir
$(CP) \
$(BASE_PATH)/samples/command_executer/resources/Dockerfile.alpine \
$(OBJ_PATH)/command-executer/command_executer_docker_dir/Dockerfile
$(DOCKER) run \
-v "$$(readlink -f ${BASE_PATH})":/nitro_src \
-v "$$(readlink -f ${OBJ_PATH})":/nitro_build \
-v /var/run/docker.sock:/var/run/docker.sock \
$(CONTAINER_TAG) bin/bash -c \
'NITRO_CLI_BLOBS=/nitro_src/samples/command_executer/resources/blobs/${HOST_MACHINE} \
/nitro_build/nitro_cli/${CARGO_TARGET}/release/nitro-cli \
build-enclave \
--docker-uri command_executer:eif \
--docker-dir /nitro_build/command-executer/command_executer_docker_dir \
--output-file /nitro_build/command-executer/command_executer.eif'
touch $@
command-executer: build-setup build-container .build-command-executer-eif
# See .build-container rule for explanation.
.build-nitro-tests: $(BASE_PATH)/tests
$(DOCKER) run \
-v "$$(readlink -f ${BASE_PATH})":/nitro_src \
-v "$$(readlink -f ${OBJ_PATH})":/nitro_build \
$(CONTAINER_TAG) bin/bash -c \
'source /root/.cargo/env && set -o pipefail && \
OPENSSL_STATIC=yes OPENSSL_DIR=/musl_openssl/ CC=${CC} cargo test \
--release \
--no-run \
--all \
--manifest-path=/nitro_src/Cargo.toml \
--target=${CARGO_TARGET} \
--target-dir=/nitro_build/nitro_cli \
--message-format json \
| tee /nitro_build/nitro-tests-build.log | \
jq -r "select(.profile.test == true) | .filenames[], .package_id" | \
paste -d " " - - | cut -d " " -f 1,2 \
> /nitro_build/test_executables.txt && \
chmod -R 777 nitro_build '
touch $@
nitro-tests: build-setup build-container .build-nitro-tests
nitro-format: build-setup build-container
$(DOCKER) run \
-v "$$(readlink -f ${BASE_PATH})":/nitro_src \
-v "$$(readlink -f ${OBJ_PATH})":/nitro_build \
$(CONTAINER_TAG) bin/bash -c \
'source /root/.cargo/env && \
cargo fmt --manifest-path=/nitro_src/Cargo.toml -q --all -- --check '
nitro-clippy: build-setup build-container
$(DOCKER) run \
-v "$$(readlink -f ${BASE_PATH})":/nitro_src \
-v "$$(readlink -f ${OBJ_PATH})":/nitro_build \
$(CONTAINER_TAG) bin/bash -c \
'source /root/.cargo/env && \
cargo clippy --manifest-path=/nitro_src/Cargo.toml --all'
nitro-audit: build-setup build-container
$(DOCKER) run \
-v "$$(readlink -f ${BASE_PATH})":/nitro_src \
-v "$$(readlink -f ${OBJ_PATH})":/nitro_build \
$(CONTAINER_TAG) bin/bash -c \
'source /root/.cargo/env && \
cargo audit -f /nitro_src/Cargo.lock --ignore RUSTSEC-2020-0159 --ignore RUSTSEC-2020-0071'
nitro-about: build-setup build-container
$(DOCKER) run \
-v "$$(readlink -f ${BASE_PATH})":/nitro_src \
-v "$$(readlink -f ${OBJ_PATH})":/nitro_build \
$(CONTAINER_TAG) bin/bash -c \
'source /root/.cargo/env && \
cargo about generate \
--manifest-path=/nitro_src/Cargo.toml \
/nitro_src/about.hbs | \
diff /nitro_src/$(RUST_CRATES_LICENSE_FILE) -'
.PHONY: update-third-party-licenses-rust-crates-html
update-third-party-licenses-rust-crates-html: build-setup build-container
$(DOCKER) run \
-v "$$(readlink -f ${BASE_PATH})":/nitro_src \
-v "$$(readlink -f ${OBJ_PATH})":/nitro_build \
$(CONTAINER_TAG) bin/bash -c \
'source /root/.cargo/env && \
cargo about generate \
--manifest-path=/nitro_src/Cargo.toml \
/nitro_src/about.hbs > /nitro_src/$(RUST_CRATES_LICENSE_FILE)'
# See .build-container rule for explanation.
.build-vsock-proxy: $(shell find $(BASE_PATH)/vsock_proxy/src -name "*.rs")
$(DOCKER) run \
-v "$$(readlink -f ${BASE_PATH})":/nitro_src \
-v "$$(readlink -f ${OBJ_PATH})":/nitro_build \
$(CONTAINER_TAG) bin/bash -c \
'source /root/.cargo/env && \
CC=${CC} cargo build \
--release \
--target-dir=/nitro_build/vsock_proxy \
--target=${CARGO_TARGET} \
--manifest-path=/nitro_src/vsock_proxy/Cargo.toml && \
chmod -R 777 nitro_build '
ln -sf ../${CARGO_TARGET}/release/vsock-proxy \
${OBJ_PATH}/vsock_proxy/release/vsock-proxy
touch $@
vsock-proxy: build-setup build-container .build-vsock-proxy
.PHONY: vsock-proxy-native
vsock-proxy-native:
cargo build \
--release \
--manifest-path=${BASE_PATH}/vsock_proxy/Cargo.toml \
--target-dir=${OBJ_PATH}/vsock_proxy
.PHONY: install-command-executer
install-command-executer:
$(INSTALL) -D -m 0755 $(OBJ_PATH)/command-executer/release/command-executer ${NITRO_CLI_INSTALL_DIR}/${BIN_DIR}/command-executer
# Target for installing only the binaries available to the end-user
.PHONY: install-tools
install-tools:
$(INSTALL) -D -m 0755 $(OBJ_PATH)/nitro_cli/release/nitro-cli ${NITRO_CLI_INSTALL_DIR}${BIN_DIR}/nitro-cli
$(INSTALL) -D -m 0755 $(OBJ_PATH)/vsock_proxy/release/vsock-proxy ${NITRO_CLI_INSTALL_DIR}${BIN_DIR}/vsock-proxy
$(INSTALL) -D -m 0644 vsock_proxy/service/nitro-enclaves-vsock-proxy.service ${NITRO_CLI_INSTALL_DIR}${UNIT_DIR}/nitro-enclaves-vsock-proxy.service
$(INSTALL) -D -m 0644 vsock_proxy/configs/vsock-proxy.yaml ${NITRO_CLI_INSTALL_DIR}${CONF_DIR}/nitro_enclaves/vsock-proxy.yaml
$(INSTALL) -D -m 0755 bootstrap/nitro-enclaves-allocator ${NITRO_CLI_INSTALL_DIR}${BIN_DIR}/nitro-enclaves-allocator
$(INSTALL) -D -m 0664 bootstrap/allocator.yaml ${NITRO_CLI_INSTALL_DIR}${CONF_DIR}/nitro_enclaves/allocator.yaml
$(INSTALL) -D -m 0644 bootstrap/nitro-enclaves-allocator.service ${NITRO_CLI_INSTALL_DIR}${UNIT_DIR}/nitro-enclaves-allocator.service
$(MKDIR) -p ${NITRO_CLI_INSTALL_DIR}${DATA_DIR}/nitro_enclaves/blobs
$(CP) -r blobs/${HOST_MACHINE}/* ${NITRO_CLI_INSTALL_DIR}${DATA_DIR}/nitro_enclaves/blobs/
$(MKDIR) -p ${NITRO_CLI_INSTALL_DIR}${DATA_DIR}/nitro_enclaves/examples
$(CP) -r examples/${HOST_MACHINE}/* ${NITRO_CLI_INSTALL_DIR}${DATA_DIR}/nitro_enclaves/examples/
.PHONY: install
install: install-tools nitro_enclaves
$(MKDIR) -p ${NITRO_CLI_INSTALL_DIR}/lib/modules/$(uname -r)/extra/nitro_enclaves
$(INSTALL) -D -m 0755 drivers/virt/nitro_enclaves/nitro_enclaves.ko \
${NITRO_CLI_INSTALL_DIR}/lib/modules/$(uname -r)/extra/nitro_enclaves/nitro_enclaves.ko
$(INSTALL) -D -m 0644 bootstrap/env.sh ${NITRO_CLI_INSTALL_DIR}${ENV_SETUP_DIR}/nitro-cli-env.sh
$(INSTALL) -D -m 0755 bootstrap/nitro-cli-config ${NITRO_CLI_INSTALL_DIR}${ENV_SETUP_DIR}/nitro-cli-config
sed -i "2 a NITRO_CLI_INSTALL_DIR=\$${NITRO_CLI_INSTALL_DIR:-$$(readlink -f ${NITRO_CLI_INSTALL_DIR})}" \
${NITRO_CLI_INSTALL_DIR}${ENV_SETUP_DIR}/nitro-cli-env.sh
echo "Installation finished"
echo "Please run \"source ${NITRO_CLI_INSTALL_DIR}${ENV_SETUP_DIR}/nitro-cli-env.sh\" to setup the environment or add it your local shell configuration"
.PHONY: uninstall
uninstall:
$(RM) -f ${NITRO_CLI_INSTALL_DIR}${BIN_DIR}/nitro-cli
$(RM) -f ${NITRO_CLI_INSTALL_DIR}${BIN_DIR}/vsock-proxy
$(RM) -f ${NITRO_CLI_INSTALL_DIR}${BIN_DIR}/nitro-enclaves-allocator
$(RM) -rf ${NITRO_CLI_INSTALL_DIR}${DATA_DIR}/nitro_enclaves
$(RM) -f ${NITRO_CLI_INSTALL_DIR}${UNIT_DIR}/nitro-enclaves-vsock-proxy.service
$(RM) -f ${NITRO_CLI_INSTALL_DIR}${CONF_DIR}/nitro_enclaves/vsock-proxy.yaml
$(RM) -f ${NITRO_CLI_INSTALL_DIR}${UNIT_DIR}/nitro-enclaves-allocator.service
$(RM) -f ${NITRO_CLI_INSTALL_DIR}${CONF_DIR}/nitro_enclaves/allocator.yaml
$(RM) -rf ${NITRO_CLI_INSTALL_DIR}/lib/modules/$(uname -r)/extra/nitro_enclaves
$(RM) -f ${NITRO_CLI_INSTALL_DIR}${ENV_SETUP_DIR}/nitro-cli-env.sh
$(RM) -f ${NITRO_CLI_INSTALL_DIR}${ENV_SETUP_DIR}/nitro-cli-config
.PHONY: clean
clean:
$(DOCKER) rmi command_executer:eif 2> /dev/null || true
$(RM) -rf $(OBJ_PATH)
$(RM) -f .build*