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docker.Makefile
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docker.Makefile
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include vars.mk
LINT_IMAGE_NAME := $(BIN_NAME)-lint:$(BUILD_TAG)
DEV_IMAGE_NAME := $(BIN_NAME)-dev:$(BUILD_TAG)
BIN_IMAGE_NAME := $(BIN_NAME)-bin:$(BUILD_TAG)
CROSS_IMAGE_NAME := $(BIN_NAME)-cross:$(BUILD_TAG)
CLI_IMAGE_NAME := $(BIN_NAME)-cli:$(BUILD_TAG)
E2E_CROSS_IMAGE_NAME := $(BIN_NAME)-e2e-cross:$(BUILD_TAG)
BIN_CTNR_NAME := $(BIN_NAME)-bin-$(TAG)
CLI_CNTR_NAME := $(BIN_NAME)-cli-$(TAG)
CROSS_CTNR_NAME := $(BIN_NAME)-cross-$(TAG)
E2E_CROSS_CTNR_NAME := $(BIN_NAME)-e2e-cross-$(TAG)
COV_CTNR_NAME := $(BIN_NAME)-cov-$(TAG)
SCHEMAS_CTNR_NAME := $(BIN_NAME)-schemas-$(TAG)
BUILD_ARGS=--build-arg TAG=$(TAG) --build-arg COMMIT=$(COMMIT) --build-arg ALPINE_VERSION=$(ALPINE_VERSION) --build-arg GOPROXY=$(GOPROXY)
PKG_PATH := /go/src/$(PKG_NAME)
CNAB_BASE_INVOCATION_IMAGE_NAME := docker/cnab-app-base:$(BUILD_TAG)
CNAB_BASE_INVOCATION_IMAGE_PATH := _build/invocation-image
PUSH_CNAB_BASE_INVOCATION_IMAGE_NAME := docker/cnab-app-base:$(TAG)
.DEFAULT: all
all: cross test
create_bin:
@$(call mkdir,bin)
build_dev_image:
docker build $(BUILD_ARGS) --target=dev -t $(DEV_IMAGE_NAME) .
shell: build_dev_image ## run a shell in the docker build image
docker run -ti --rm $(DEV_IMAGE_NAME) bash
cross: create_bin ## cross-compile binaries (linux, darwin, windows)
docker build $(BUILD_ARGS) --output type=local,dest=./bin/ --target=cross -t $(CROSS_IMAGE_NAME) .
@$(call chmod,+x,bin/$(BIN_NAME)-linux)
@$(call chmod,+x,bin/$(BIN_NAME)-linux-arm64)
@$(call chmod,+x,bin/$(BIN_NAME)-linux-arm)
@$(call chmod,+x,bin/$(BIN_NAME)-darwin)
@$(call chmod,+x,bin/$(BIN_NAME)-windows.exe)
cli-cross: create_bin
docker build $(BUILD_ARGS) --output type=local,dest=./bin/ --target=cli -t $(CLI_IMAGE_NAME) .
@$(call chmod,+x,bin/docker-linux)
@$(call chmod,+x,bin/docker-darwin)
@$(call chmod,+x,bin/docker-windows.exe)
e2e-cross: create_bin
docker build $(BUILD_ARGS) --output type=local,dest=./bin/ --target=e2e-cross -t $(E2E_CROSS_IMAGE_NAME) .
@$(call chmod,+x,bin/$(BIN_NAME)-e2e-linux)
@$(call chmod,+x,bin/$(BIN_NAME)-e2e-darwin)
@$(call chmod,+x,bin/gotestsum-linux)
@$(call chmod,+x,bin/gotestsum-darwin)
@$(call chmod,+x,bin/test2json-linux)
@$(call chmod,+x,bin/test2json-darwin)
tars:
tar --transform='flags=r;s|$(BIN_NAME)-linux|$(BIN_NAME)-plugin-linux|' -czf bin/$(BIN_NAME)-linux.tar.gz -C bin $(BIN_NAME)-linux
tar czf bin/$(BIN_NAME)-e2e-linux.tar.gz -C bin $(BIN_NAME)-e2e-linux
tar --transform='flags=r;s|$(BIN_NAME)-linux-arm64|$(BIN_NAME)-plugin-linux-arm64|' -czf bin/$(BIN_NAME)-linux-arm64.tar.gz -C bin $(BIN_NAME)-linux-arm64
tar --transform='flags=r;s|$(BIN_NAME)-linux-arm|$(BIN_NAME)-plugin-linux-arm|' -czf bin/$(BIN_NAME)-linux-arm.tar.gz -C bin $(BIN_NAME)-linux-arm
tar --transform='flags=r;s|$(BIN_NAME)-darwin|$(BIN_NAME)-plugin-darwin|' -czf bin/$(BIN_NAME)-darwin.tar.gz -C bin $(BIN_NAME)-darwin
tar czf bin/$(BIN_NAME)-e2e-darwin.tar.gz -C bin $(BIN_NAME)-e2e-darwin
tar --transform='flags=r;s|$(BIN_NAME)-windows|$(BIN_NAME)-plugin-windows|' -czf bin/$(BIN_NAME)-windows.tar.gz -C bin $(BIN_NAME)-windows.exe
tar czf bin/$(BIN_NAME)-e2e-windows.tar.gz -C bin $(BIN_NAME)-e2e-windows.exe
test: test-unit test-e2e ## run all tests
test-unit: build_dev_image ## run unit tests
@$(call mkdir,_build/test-results)
docker run --rm -v $(CURDIR)/_build/test-results:/test-results $(DEV_IMAGE_NAME) make TEST_RESULTS_PREFIX=$(TEST_RESULTS_PREFIX) test-unit
test-e2e: build_dev_image invocation-image ## run end-to-end tests
docker run -v /var/run:/var/run:ro --rm --network="host" $(DEV_IMAGE_NAME) make TEST_RESULTS_PREFIX=$(TEST_RESULTS_PREFIX) bin/$(BIN_NAME) E2E_TESTS=$(E2E_TESTS) test-e2e
COV_LABEL := com.docker.app.cov-run=$(TAG)
coverage-run: build_dev_image ## run tests with coverage
@$(call mkdir,_build)
docker run -v /var/run:/var/run:ro --name $(COV_CTNR_NAME) --network="host" -t $(DEV_IMAGE_NAME) make COMMIT=${COMMIT} TAG=${TAG} TEST_RESULTS_PREFIX=$(TEST_RESULTS_PREFIX) coverage
coverage-results:
docker cp $(COV_CTNR_NAME):$(PKG_PATH)/_build/cov/ ./_build/ci-cov
docker cp $(COV_CTNR_NAME):$(PKG_PATH)/_build/test-results/ ./_build/test-results
docker rm $(COV_CTNR_NAME)
# coverage is split in two like this so that CI can extract the results even on failure (which will be detected via the junit) using the individual steps, but for end users running we want the overall failure.
coverage: coverage-run coverage-results
lint: ## run linter(s)
$(info Linting...)
docker build -t $(LINT_IMAGE_NAME) -f Dockerfile.lint .
docker run --rm $(LINT_IMAGE_NAME) make lint
vendor: build_dev_image
$(info Update Vendoring...)
docker rm -f docker-app-vendoring || true
# git bash, mingw and msys by default rewrite args that seems to be linux paths and try to expand that to a meaningful windows path
# we don't want that to happen when mounting paths referring to files located in the container. Thus we use the double "//" prefix that works
# both on windows, linux and macos
docker run -it --name docker-app-vendoring -v docker-app-vendor-cache://dep-cache -e DEPCACHEDIR=//dep-cache $(DEV_IMAGE_NAME) sh -c "rm -rf ./vendor && make vendor DEP_ARGS=\"$(DEP_ARGS)\""
rm -rf ./vendor
docker cp docker-app-vendoring:/go/src/github.com/docker/app/vendor .
docker cp docker-app-vendoring:/go/src/github.com/docker/app/Gopkg.lock .
docker rm -f docker-app-vendoring
$(warning You may need to reset permissions on vendor/*)
clean-vendor-cache:
docker rm -f docker-app-vendoring || true
docker volume rm -f docker-app-vendor-cache
check-vendor: build_dev_image
$(info Check Vendoring...)
docker run --rm $(DEV_IMAGE_NAME) sh -c "make vendor && hack/check-git-diff vendor"
specification/bindata.go: specification/schemas/*.json build_dev_image
docker run --name $(SCHEMAS_CTNR_NAME) $(DEV_IMAGE_NAME) sh -c "make schemas"
docker cp $(SCHEMAS_CTNR_NAME):$(PKG_PATH)/specification/bindata.go ./specification/
docker rm $(SCHEMAS_CTNR_NAME)
schemas: specification/bindata.go ## generate specification/bindata.go from json schemas
invocation-image:
docker build -f Dockerfile.invocation-image $(BUILD_ARGS) --target=invocation -t $(CNAB_BASE_INVOCATION_IMAGE_NAME) -t $(CNAB_BASE_INVOCATION_IMAGE_NAME)-amd64 --platform=amd64 .
invocation-image-arm64:
docker build -f Dockerfile.invocation-image $(BUILD_ARGS) --target=invocation -t $(CNAB_BASE_INVOCATION_IMAGE_NAME)-arm64 --platform=arm64 .
invocation-image-arm:
docker build -f Dockerfile.invocation-image $(BUILD_ARGS) --target=invocation -t $(CNAB_BASE_INVOCATION_IMAGE_NAME)-arm --platform=arm .
invocation-image-cross: invocation-image invocation-image-arm64 invocation-image-arm
save-invocation-image-tag:
docker tag $(CNAB_BASE_INVOCATION_IMAGE_NAME) docker/cnab-app-base:$(INVOCATION_IMAGE_TAG)
docker save docker/cnab-app-base:$(INVOCATION_IMAGE_TAG) -o _build/$(OUTPUT)
save-invocation-image:
@$(call mkdir,_build)
docker save $(CNAB_BASE_INVOCATION_IMAGE_NAME) -o $(CNAB_BASE_INVOCATION_IMAGE_PATH).tar
save-invocation-image-cross: save-invocation-image
docker save $(CNAB_BASE_INVOCATION_IMAGE_NAME)-arm64 -o $(CNAB_BASE_INVOCATION_IMAGE_PATH)-arm64.tar
docker save $(CNAB_BASE_INVOCATION_IMAGE_NAME)-arm -o $(CNAB_BASE_INVOCATION_IMAGE_PATH)-arm.tar
push-invocation-image:
# tag and push linux/amd64
docker tag $(CNAB_BASE_INVOCATION_IMAGE_NAME) $(PUSH_CNAB_BASE_INVOCATION_IMAGE_NAME)
docker push $(PUSH_CNAB_BASE_INVOCATION_IMAGE_NAME)
# tag and push linux/arm64
docker tag $(CNAB_BASE_INVOCATION_IMAGE_NAME)-arm64 $(PUSH_CNAB_BASE_INVOCATION_IMAGE_NAME)-arm64
docker push $(PUSH_CNAB_BASE_INVOCATION_IMAGE_NAME)-arm64
# tag and push linux/armhf
docker tag $(CNAB_BASE_INVOCATION_IMAGE_NAME)-arm $(PUSH_CNAB_BASE_INVOCATION_IMAGE_NAME)-arm
docker push $(PUSH_CNAB_BASE_INVOCATION_IMAGE_NAME)-arm
# create and push manifest list
DOCKER_CLI_EXPERIMENTAL=enabled docker manifest create $(PUSH_CNAB_BASE_INVOCATION_IMAGE_NAME) $(PUSH_CNAB_BASE_INVOCATION_IMAGE_NAME) $(PUSH_CNAB_BASE_INVOCATION_IMAGE_NAME)-arm64 $(PUSH_CNAB_BASE_INVOCATION_IMAGE_NAME)-arm
DOCKER_CLI_EXPERIMENTAL=enabled docker manifest push $(PUSH_CNAB_BASE_INVOCATION_IMAGE_NAME)
help: ## this help
@awk 'BEGIN {FS = ":.*?## "} /^[a-zA-Z_-]+:.*?## / {printf "\033[36m%-30s\033[0m %s\n", $$1, $$2}' $(MAKEFILE_LIST) | sort
.PHONY: lint test-e2e test-unit test cli-cross cross e2e-cross coverage coverage-run coverage-results shell build_dev_image tars vendor check-vendor schemas help invocation-image invocation-image-arm invocation-image-arm64 invocation-image-cross save-invocation-image save-invocation-image-tag push-invocation-image