MAKEFLAGS += --no-builtin-rules --no-builtin-variables --warn-undefined-variables unexport MAKEFLAGS .DEFAULT_GOAL := all .DELETE_ON_ERROR: .SUFFIXES: SHELL := bash .SHELLFLAGS := -eu -o pipefail -c escape = $(subst ','\'',$(1)) define noexpand ifeq ($$(origin $(1)),environment) $(1) := $$(value $(1)) endif ifeq ($$(origin $(1)),environment override) $(1) := $$(value $(1)) endif ifeq ($$(origin $(1)),command line) override $(1) := $$(value $(1)) endif endef PROJECT := cgitize # Enable buildx support: export DOCKER_CLI_EXPERIMENTAL := enabled # Target platforms (used by buildx): PLATFORMS := linux/amd64,linux/armhf # In case buildx isn't installed (e.g. on Ubuntu): BUILDX_VERSION := v0.4.2 # Docker Hub credentials: DOCKER_USERNAME := egortensin ifdef DOCKER_PASSWORD $(eval $(call noexpand,DOCKER_PASSWORD)) endif .PHONY: DO DO: .PHONY: all all: build .PHONY: login login: ifndef DOCKER_PASSWORD $(error Please define DOCKER_PASSWORD) endif @echo '$(call escape,$(DOCKER_PASSWORD))' | docker login --username '$(call escape,$(DOCKER_USERNAME))' --password-stdin .PHONY: build # Build natively by default. build: docker/build .PHONY: clean clean: docker system prune --all --force --volumes .PHONY: push # Push multi-arch images by default. push: buildx/push .PHONY: check-build check-build: ifndef FORCE $(warning Going to build natively; consider `docker buildx build` instead) endif .PHONY: check-push check-push: ifndef FORCE $(error Please use `docker buildx build --push` instead) endif .PHONY: docker/build # `docker build` has week support for multiarch repos (you need to use multiple # Dockerfile's, create a manifest manually, etc.), so it's only here for # testing purposes, and native builds. docker/build: check-build docker build -t '$(call escape,$(DOCKER_USERNAME))/$(call escape,$(PROJECT))' . .PHONY: docker/push # `docker push` would replace the multiarch repo with a single image by default # (you'd have to create a manifest and push it instead), so it's only here for # testing purposes. docker/push: check-push docker/build docker push '$(call escape,$(DOCKER_USERNAME))/$(call escape,$(PROJECT))' # The simple way to build multiarch repos is `docker buildx`. binfmt_image := docker/binfmt:66f9012c56a8316f9244ffd7622d7c21c1f6f28d .PHONY: fix-binfmt fix-binfmt: docker run --rm --privileged '$(call escape,$(binfmt_image))' curl := curl --silent --show-error --location --dump-header - --connect-timeout 20 buildx_url := https://github.com/docker/buildx/releases/download/$(BUILDX_VERSION)/buildx-$(BUILDX_VERSION).linux-amd64 .PHONY: buildx/install buildx/install: mkdir -p -- ~/.docker/cli-plugins/ $(curl) --output ~/.docker/cli-plugins/docker-buildx -- '$(call escape,$(buildx_url))' chmod +x -- ~/.docker/cli-plugins/docker-buildx .PHONY: buildx/create buildx/create: fix-binfmt docker buildx create --use --name '$(call escape,$(PROJECT))_builder' .PHONY: buildx/rm buildx/rm: docker buildx rm '$(call escape,$(PROJECT))_builder' .PHONY: buildx/build buildx/build: docker buildx build -t '$(call escape,$(DOCKER_USERNAME))/$(call escape,$(PROJECT))' --platform '$(call escape,$(PLATFORMS))' --progress plain . .PHONY: buildx/push buildx/push: docker buildx build -t '$(call escape,$(DOCKER_USERNAME))/$(call escape,$(PROJECT))' --platform '$(call escape,$(PLATFORMS))' --progress plain --push . venv_dir := .venv .PHONY: venv-reset venv-reset: rm -rf -- '$(call escape,$(venv_dir))' mkdir -p -- '$(call escape,$(venv_dir))' python -m venv -- '$(call escape,$(venv_dir))' .PHONY: venv venv: venv-reset . '$(call escape,$(venv_dir))/bin/activate' && pip install -r requirements.txt # Is there a better way? .PHONY: venv-update venv-update: venv-reset . '$(call escape,$(venv_dir))/bin/activate' \ && pip install . \ && pip uninstall --yes "$$( python setup.py --name )" \ && pip freeze > requirements.txt .PHONY: py py: python .PHONY: repl repl: python .PHONY: python python: . '$(call escape,$(venv_dir))/bin/activate' && python .PHONY: test test: . '$(call escape,$(venv_dir))/bin/activate' && python -m unittest --verbose --buffer