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lib.Makefile
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# Disable built-in rules
.SUFFIXES:
# Shortcut targets
default: build
## Build binary for current platform
all: build
## Run the tests for the current platform/architecture
test: ut fv st
###############################################################################
# Both native and cross architecture builds are supported.
# The target architecture is select by setting the ARCH variable.
# When ARCH is undefined it is set to the detected host architecture.
# When ARCH differs from the host architecture a crossbuild will be performed.
# This variable is only set if ARCHES is not set
ARCHES ?= $(patsubst docker-image/Dockerfile.%,%,$(wildcard docker-image/Dockerfile.*))
# Some repositories keep their Dockerfile(s) in the root directory instead of in
# the 'docker-image' subdir. Make sure ARCHES gets filled in either way.
ifeq ($(ARCHES),)
ARCHES=$(patsubst Dockerfile.%,%,$(wildcard Dockerfile.*))
endif
# If architectures cannot infer from Dockerfiles, set default supported architecture.
ifeq ($(ARCHES),)
ARCHES=amd64 arm64 ppc64le s390x
endif
# list of arches *not* to build when doing *-all
EXCLUDEARCH?=
VALIDARCHES = $(filter-out $(EXCLUDEARCH),$(ARCHES))
# BUILDARCH is the host architecture
# ARCH is the target architecture
# we need to keep track of them separately
# Note: OS is always set on Windows
ifeq ($(OS),Windows_NT)
BUILDARCH = x86_64
BUILDOS = x86_64
else
BUILDARCH ?= $(shell uname -m)
BUILDOS ?= $(shell uname -s | tr A-Z a-z)
endif
# canonicalized names for host architecture
ifeq ($(BUILDARCH),aarch64)
BUILDARCH=arm64
endif
ifeq ($(BUILDARCH),x86_64)
BUILDARCH=amd64
endif
# unless otherwise set, I am building for my own architecture, i.e. not cross-compiling
ARCH ?= $(BUILDARCH)
# canonicalized names for target architecture
ifeq ($(ARCH),aarch64)
override ARCH=arm64
endif
ifeq ($(ARCH),x86_64)
override ARCH=amd64
endif
# detect the local outbound ip address
LOCAL_IP_ENV?=$(shell ip route get 8.8.8.8 | head -1 | awk '{print $$7}')
LATEST_IMAGE_TAG?=latest
# these macros create a list of valid architectures for pushing manifests
comma := ,
double_quote := $(shell echo '"')
## Targets used when cross building.
.PHONY: native register
native:
ifneq ($(BUILDARCH),$(ARCH))
@echo "Target $(MAKECMDGOALS)" is not supported when cross building! && false
endif
# Enable binfmt adding support for miscellaneous binary formats.
# This is only needed when running non-native binaries.
register:
ifneq ($(BUILDARCH),$(ARCH))
docker run --rm --privileged multiarch/qemu-user-static:register || true
endif
# If this is a release, also tag and push additional images.
ifeq ($(RELEASE),true)
PUSH_IMAGES+=$(RELEASE_IMAGES)
endif
DOCKERHUB_REGISTRY ?=registry.hub.docker.com
# filter-registry filters out registries we don't want to include when tagging / pushing docker images. For instance,
# we don't include the registry name when pushing to docker hub because that registry is the default.
filter-registry ?= $(if $(filter-out $(1),$(DOCKERHUB_REGISTRY)),$(1)/)
# Convenience function to get the first dev image repo in the list.
DEV_REGISTRY ?= $(firstword $(DEV_REGISTRIES))
# remove from the list to push to manifest any registries that do not support multi-arch
MANIFEST_REGISTRIES ?= $(DEV_REGISTRIES)
PUSH_MANIFEST_IMAGES := $(foreach registry,$(MANIFEST_REGISTRIES),$(foreach image,$(BUILD_IMAGES),$(call filter-registry,$(registry))$(image)))
# location of docker credentials to push manifests
DOCKER_CONFIG ?= $(HOME)/.docker/config.json
# If a repository still relies on vendoring, it must set GOMOD_VENDOR to "true".
# If that's not the case and we're running in CI, set -mod=readonly to prevent builds
# from being flagged as dirty due to updates in go.mod or go.sum _except_ for:
# - for local builds, which _require_ a change to go.mod.
# - the targets 'commit-pin-updates' and 'golangci-lint' which require
# updating go.mod and/or go.sum
SKIP_GOMOD_READONLY_FLAG =
ifeq ($(MAKECMDGOALS),commit-pin-updates)
SKIP_GOMOD_READONLY_FLAG = yes
endif
ifeq ($(MAKECMDGOALS),golangci-lint)
SKIP_GOMOD_READONLY_FLAG = yes
endif
ifeq ($(GOMOD_VENDOR),true)
GOFLAGS?="-mod=vendor"
else
ifeq ($(CI),true)
ifndef SKIP_GOMOD_READONLY_FLAG
GOFLAGS?="-mod=readonly"
endif
endif
endif
# For building, we use the go-build image for the *host* architecture, even if the target is different
# the one for the host should contain all the necessary cross-compilation tools
# we do not need to use the arch since go-build:v0.15 now is multi-arch manifest
GO_BUILD_IMAGE ?= calico/go-build
CALICO_BUILD = $(GO_BUILD_IMAGE):$(GO_BUILD_VER)
# We use BoringCrypto as FIPS validated cryptography in order to allow users to run in FIPS Mode (amd64 only).
ifeq ($(ARCH), $(filter $(ARCH),amd64))
GOEXPERIMENT?=boringcrypto
TAGS?=boringcrypto,osusergo,netgo
CGO_ENABLED?=1
else
CGO_ENABLED?=0
endif
# Build a binary with boring crypto support.
# This function expects you to pass in two arguments:
# 1st arg: path/to/input/package(s)
# 2nd arg: path/to/output/binary
# Only when arch = amd64 it will use boring crypto to build the binary.
# Uses LDFLAGS, CGO_LDFLAGS, CGO_CFLAGS when set.
# Tests that the resulting binary contains boringcrypto symbols.
define build_cgo_boring_binary
$(DOCKER_RUN) \
-e CGO_ENABLED=1 \
-e CGO_CFLAGS=$(CGO_CFLAGS) \
-e CGO_LDFLAGS=$(CGO_LDFLAGS) \
$(CALICO_BUILD) \
sh -c '$(GIT_CONFIG_SSH) GOEXPERIMENT=boringcrypto go build -o $(2) -tags fipsstrict -v -buildvcs=false -ldflags "$(LDFLAGS)" $(1) \
&& go tool nm $(2) | grep '_Cfunc__goboringcrypto_' 1> /dev/null'
endef
# Use this when building binaries that need cgo, but have no crypto and therefore would not contain any boring symbols.
define build_cgo_binary
$(DOCKER_RUN) \
-e CGO_ENABLED=1 \
-e CGO_CFLAGS=$(CGO_CFLAGS) \
-e CGO_LDFLAGS=$(CGO_LDFLAGS) \
$(CALICO_BUILD) \
sh -c '$(GIT_CONFIG_SSH) go build -o $(2) -v -buildvcs=false -ldflags "$(LDFLAGS)" $(1)'
endef
# For binaries that do not require boring crypto.
define build_binary
$(DOCKER_RUN) \
-e CGO_ENABLED=0 \
$(CALICO_BUILD) \
sh -c '$(GIT_CONFIG_SSH) go build -o $(2) -v -buildvcs=false -ldflags "$(LDFLAGS)" $(1)'
endef
# For windows builds that do not require cgo.
define build_windows_binary
$(DOCKER_RUN) \
-e CGO_ENABLED=0 \
-e GOARCH=amd64 \
-e GOOS=windows \
$(CALICO_BUILD) \
sh -c '$(GIT_CONFIG_SSH) go build -o $(2) -v -buildvcs=false -ldflags "$(LDFLAGS)" $(1)'
endef
# Images used in build / test across multiple directories.
ETCD_IMAGE ?= quay.io/coreos/etcd:$(ETCD_VERSION)-$(ARCH)
ifeq ($(BUILDARCH),amd64)
# *-amd64 tagged images for etcd are not available until v3.5.0
ETCD_IMAGE = quay.io/coreos/etcd:$(ETCD_VERSION)
endif
UBI_IMAGE ?= registry.access.redhat.com/ubi8/ubi-minimal:$(UBI_VERSION)
ifeq ($(GIT_USE_SSH),true)
GIT_CONFIG_SSH ?= git config --global url."ssh://[email protected]/".insteadOf "https://github.com/";
endif
# Get version from git. We allow setting this manually for the hashrelease process.
GIT_VERSION ?= $(shell git describe --tags --dirty --always --abbrev=12)
# Figure out version information. To support builds from release tarballs, we default to
# <unknown> if this isn't a git checkout.
GIT_COMMIT:=$(shell git rev-parse HEAD || echo '<unknown>')
BUILD_ID:=$(shell git rev-parse HEAD || uuidgen | sed 's/-//g')
# Lazily set the git version we embed into the binaries we build. We want the
# git tag at the time we build the binary.
# Variables elsewhere that depend on this (such as LDFLAGS) must also be lazy.
GIT_DESCRIPTION=$(shell git describe --tags --dirty --always --abbrev=12 || echo '<unknown>')
# Calculate a timestamp for any build artifacts.
ifneq ($(OS),Windows_NT)
DATE:=$(shell date -u +'%FT%T%z')
endif
# Figure out the users UID/GID. These are needed to run docker containers
# as the current user and ensure that files built inside containers are
# owned by the current user.
ifneq ($(OS),Windows_NT)
LOCAL_USER_ID:=$(shell id -u)
LOCAL_GROUP_ID:=$(shell id -g)
endif
ifeq ("$(LOCAL_USER_ID)", "0")
# The build needs to run as root.
EXTRA_DOCKER_ARGS+=-e RUN_AS_ROOT='true'
endif
# Allow the ssh auth sock to be mapped into the build container.
ifdef SSH_AUTH_SOCK
EXTRA_DOCKER_ARGS += -v $(SSH_AUTH_SOCK):/ssh-agent --env SSH_AUTH_SOCK=/ssh-agent
endif
# Volume-mount gopath into the build container to cache go module's packages. If the environment is using multiple
# comma-separated directories for gopath, use the first one, as that is the default one used by go modules.
ifneq ($(GOPATH),)
# If the environment is using multiple comma-separated directories for gopath, use the first one, as that
# is the default one used by go modules.
GOMOD_CACHE = $(shell echo $(GOPATH) | cut -d':' -f1)/pkg/mod
else
# If gopath is empty, default to $(HOME)/go.
GOMOD_CACHE = $(HOME)/go/pkg/mod
endif
EXTRA_DOCKER_ARGS += -v $(GOMOD_CACHE):/go/pkg/mod:rw
# Define go architecture flags to support arm variants
GOARCH_FLAGS :=-e GOARCH=$(ARCH)
# Location of certificates used in UTs.
REPO_ROOT := $(shell git rev-parse --show-toplevel)
CERTS_PATH := $(REPO_ROOT)/hack/test/certs
# The image to use for building calico/base-dependent modules (e.g. apiserver, typha).
ifdef USE_UBI_AS_CALICO_BASE
CALICO_BASE ?= $(UBI_IMAGE)
else
CALICO_BASE ?= calico/base
endif
QEMU_IMAGE ?= calico/qemu-user-static:latest
ifndef NO_DOCKER_PULL
DOCKER_PULL = --pull
else
DOCKER_PULL =
endif
# DOCKER_BUILD is the base build command used for building all images.
DOCKER_BUILD=docker buildx build --load --platform=linux/$(ARCH) $(DOCKER_PULL)\
--build-arg QEMU_IMAGE=$(QEMU_IMAGE) \
--build-arg UBI_IMAGE=$(UBI_IMAGE) \
--build-arg GIT_VERSION=$(GIT_VERSION) \
--build-arg CALICO_BASE=$(CALICO_BASE)
DOCKER_RUN := mkdir -p ../.go-pkg-cache bin $(GOMOD_CACHE) && \
docker run --rm \
--net=host \
--init \
$(EXTRA_DOCKER_ARGS) \
-e LOCAL_USER_ID=$(LOCAL_USER_ID) \
-e GOCACHE=/go-cache \
$(GOARCH_FLAGS) \
-e GOPATH=/go \
-e OS=$(BUILDOS) \
-e GOOS=$(BUILDOS) \
-e GOFLAGS=$(GOFLAGS) \
-v $(REPO_ROOT):/go/src/github.com/projectcalico/calico:rw \
-v $(REPO_ROOT)/.go-pkg-cache:/go-cache:rw \
-w /go/src/$(PACKAGE_NAME)
DOCKER_GO_BUILD := $(DOCKER_RUN) $(CALICO_BUILD)
# A target that does nothing but it always stale, used to force a rebuild on certain targets based on some non-file criteria.
.PHONY: force-rebuild
force-rebuild:
###############################################################################
# Updating pins
# the repo importing this Makefile _must_ define the update-pins target
# for example:
# update-pins: update-libcalico-pin update-typha-pin
###############################################################################
PIN_BRANCH?=$(shell git rev-parse --abbrev-ref HEAD)
# The docker entrypoint script might echo output that could be included in the output of the following command, so this
# prefixes the commit tag with "commit-tag:" so can reliable get the commit tag from the output.
define get_remote_version
$(shell $(DOCKER_RUN) $(CALICO_BUILD) sh -c '$(GIT_CONFIG_SSH) echo "commit-tag:$$(git ls-remote https://$(1) $(2) | cut -f1)"' | awk -F "commit-tag:" '{print $$2}')
endef
# update_pin updates the given package's version to the latest available in the specified repo and branch.
# $(1) should be the name of the package, $(2) and $(3) the repository and branch from which to update it.
# If $(4) is specified it's treated as the module version and use in the go get -d command.
define update_pin
$(eval new_ver := $(call get_remote_version,$(2),$(3)))
$(eval repo := $(if $(4),$(1)/$(4),$(1)))
$(DOCKER_RUN) -i $(CALICO_BUILD) sh -c '\
if [ ! -z "$(new_ver)" ]; then \
$(GIT_CONFIG_SSH) \
go get -d $(repo)@$(new_ver); \
go mod tidy; \
fi'
endef
# update_replace_pin updates the given package's version to the latest available in the specified repo and branch.
# This routine can only be used for packages being replaced in go.mod, such as private versions of open-source packages.
# $(1) should be the name of the package, $(2) and $(3) the repository and branch from which to update it. If $(4) is
# specified it's treated as the module version and use in the go mod edit -replace command.
define update_replace_pin
$(eval new_ver := $(call get_remote_version,$(2),$(3)))
$(eval original_repo := $(if $(4),$(1)/$(4),$(1)))
$(eval replace_repo := $(if $(4),$(2)/$(4),$(2)))
$(DOCKER_RUN) -i $(CALICO_BUILD) sh -c '\
if [ ! -z "$(new_ver)" ]; then \
$(GIT_CONFIG_SSH) \
go mod edit -replace $(original_repo)=$(replace_repo)@$(new_ver); \
go mod tidy; \
fi'
endef
# Get the latest release tag from projectcalico/go-build.
GO_BUILD_REPO=https://github.com/projectcalico/go-build.git
define get_go_build_version
$(shell git ls-remote --tags --refs --sort=-version:refname $(GO_BUILD_REPO) | head -n 1 | awk -F '/' '{print $$NF}')
endef
# update_go_build updates the GO_BUILD_VER in metadata.mk or Makefile.
# for annotated git tags, we need to remove the trailing `^{}`.
# for the obsoleted vx.y go-build version, we need to remove the leading `v` for bash string comparison to work properly.
define update_go_build_pin
$(eval new_ver := $(subst ^{},,$(call get_go_build_version)))
$(eval old_ver := $(subst v,,$(shell grep -E "^GO_BUILD_VER" $(1) | cut -d'=' -f2 | xargs)))
@echo "current GO_BUILD_VER=$(old_ver)"
@echo "latest GO_BUILD_VER=$(new_ver)"
bash -c '\
if [[ "$(new_ver)" > "$(old_ver)" ]]; then \
sed -i "s/^GO_BUILD_VER[[:space:]]*=.*/GO_BUILD_VER=$(new_ver)/" $(1); \
echo "GO_BUILD_VER is updated to $(new_ver)"; \
else \
echo "no need to update GO_BUILD_VER"; \
fi'
endef
GIT_REMOTE?=origin
API_BRANCH?=$(PIN_BRANCH)
API_REPO?=github.com/projectcalico/calico/api
BASE_API_REPO?=github.com/projectcalico/calico/api
APISERVER_BRANCH?=$(PIN_BRANCH)
APISERVER_REPO?=github.com/projectcalico/calico/apiserver
TYPHA_BRANCH?=$(PIN_BRANCH)
TYPHA_REPO?=github.com/projectcalico/calico/typha
LIBCALICO_BRANCH?=$(PIN_BRANCH)
LIBCALICO_REPO?=github.com/projectcalico/calico/libcalico-go
CONFD_BRANCH?=$(PIN_BRANCH)
CONFD_REPO?=github.com/projectcalico/calico/confd
FELIX_BRANCH?=$(PIN_BRANCH)
FELIX_REPO?=github.com/projectcalico/calico/felix
CNI_BRANCH?=$(PIN_BRANCH)
CNI_REPO?=github.com/projectcalico/calico/cni-plugin
update-api-pin:
$(call update_pin,$(API_REPO),$(API_REPO),$(API_BRANCH))
replace-api-pin:
$(call update_replace_pin,$(BASE_API_REPO),$(API_REPO),$(API_BRANCH))
update-apiserver-pin:
$(call update_pin,github.com/projectcalico/calico/apiserver,$(APISERVER_REPO),$(APISERVER_BRANCH))
replace-apiserver-pin:
$(call update_replace_pin,github.com/projectcalico/calico/apiserver,$(APISERVER_REPO),$(APISERVER_BRANCH))
update-typha-pin:
$(call update_pin,github.com/projectcalico/calico/typha,$(TYPHA_REPO),$(TYPHA_BRANCH))
replace-typha-pin:
$(call update_replace_pin,github.com/projectcalico/calico/typha,$(TYPHA_REPO),$(TYPHA_BRANCH))
update-libcalico-pin:
$(call update_pin,github.com/projectcalico/calico/libcalico-go,$(LIBCALICO_REPO),$(LIBCALICO_BRANCH))
replace-libcalico-pin:
$(call update_replace_pin,github.com/projectcalico/calico/libcalico-go,$(LIBCALICO_REPO),$(LIBCALICO_BRANCH))
update-confd-pin:
$(call update_replace_pin,github.com/kelseyhightower/confd,$(CONFD_REPO),$(CONFD_BRANCH))
update-felix-pin:
$(call update_pin,github.com/projectcalico/calico/felix,$(FELIX_REPO),$(FELIX_BRANCH))
replace-felix-pin:
$(call update_replace_pin,github.com/projectcalico/calico/felix,$(FELIX_REPO),$(FELIX_BRANCH))
update-cni-plugin-pin:
$(call update_pin,github.com/projectcalico/calico/cni-plugin,$(CNI_REPO),$(CNI_BRANCH))
replace-cni-pin:
$(call update_replace_pin,github.com/projectcalico/calico/cni-plugin,$(CNI_REPO),$(CNI_BRANCH))
update-go-build-pin:
$(call update_go_build_pin,$(GIT_GO_BUILD_UPDATE_COMMIT_FILE))
git-status:
git status --porcelain
git-config:
ifdef CONFIRM
git config --global user.name "marvin-tigera"
git config --global user.email "[email protected]"
endif
git-commit:
git diff --quiet HEAD || git commit -m "Semaphore Automatic Update" go.mod go.sum $(EXTRA_FILES_TO_COMMIT)
###############################################################################
# External resource affecting macros
# The following macros affect resources outside of the local environment that
# they're run in, i.e. pushing to docker or github. If CONFIM is not defined,
# then the commands are just printed, instead of run.
#
# The <command>-cmd macro should never be run directly, it's used to define
# the command the macro runs but depending on whether CONFIRM is defined the
# command may be printed or run.
#
# You can redefine <command>-cmd to have the targets in this makefile use a
# different implementation.
###############################################################################
ifdef LOCAL_CRANE
CRANE_CMD = bash -c $(double_quote)crane
else
CRANE_CMD = docker run -t --entrypoint /bin/sh -v $(DOCKER_CONFIG):/root/.docker/config.json $(CALICO_BUILD) -c \
$(double_quote)crane
endif
GIT_CMD = git
DOCKER_CMD = docker
ifdef CONFIRM
CRANE = $(CRANE_CMD)
GIT = $(GIT_CMD)
DOCKER = $(DOCKER_CMD)
else
CRANE = echo [DRY RUN] $(CRANE_CMD)
GIT = echo [DRY RUN] $(GIT_CMD)
DOCKER = echo [DRY RUN] $(DOCKER_CMD)
endif
commit-and-push-pr:
$(GIT) add $(GIT_COMMIT_FILES)
$(GIT) commit -m $(GIT_COMMIT_MESSAGE)
$(GIT) push $(GIT_REMOTE) $(GIT_PR_BRANCH_HEAD)
###############################################################################
# GitHub API helpers
# Helper macros and targets to help with communicating with the github API
###############################################################################
GIT_COMMIT_MESSAGE?="Automatic Pin Updates"
GIT_COMMIT_TITLE?="Semaphore Auto Pin Update"
GIT_PR_BRANCH_BASE?=$(SEMAPHORE_GIT_BRANCH)
PIN_UPDATE_BRANCH?=semaphore-auto-pin-updates-$(GIT_PR_BRANCH_BASE)
GIT_PR_BRANCH_HEAD?=$(PIN_UPDATE_BRANCH)
GIT_PIN_UPDATE_COMMIT_FILES?=go.mod go.sum
GIT_GO_BUILD_UPDATE_COMMIT_FILE?=metadata.mk
GIT_PIN_UPDATE_COMMIT_EXTRA_FILES?=$(GIT_COMMIT_EXTRA_FILES)
GIT_COMMIT_FILES?=$(GIT_PIN_UPDATE_COMMIT_FILES) $(GIT_PIN_UPDATE_COMMIT_EXTRA_FILES)
# Call the github API. $(1) is the http method type for the https request, $(2) is the repo slug, and is $(3) is for json
# data (if omitted then no data is set for the request). If GITHUB_API_EXIT_ON_FAILURE is set then the macro exits with 1
# on failure. On success, the ENV variable GITHUB_API_RESPONSE will contain the response from github
define github_call_api
$(eval CMD := curl -f -X$(1) \
-H "Content-Type: application/json"\
-H "Authorization: token ${GITHUB_TOKEN}"\
https://api.github.com/repos/$(2) $(if $(3),--data '$(3)',))
$(eval GITHUB_API_RESPONSE := $(shell $(CMD) | sed -e 's/#/\\\#/g'))
$(if $(GITHUB_API_EXIT_ON_FAILURE), $(if $(GITHUB_API_RESPONSE),,exit 1),)
endef
# Create the pull request. $(1) is the repo slug, $(2) is the title, $(3) is the head branch and $(4) is the base branch.
# If the call was successful then the ENV variable PR_NUMBER will contain the pull request number of the created pull request.
define github_pr_create
$(eval JSON := {"title": "$(2)", "head": "$(3)", "base": "$(4)"})
$(call github_call_api,POST,$(1)/pulls,$(JSON))
$(eval PR_NUMBER := $(filter-out null,$(shell echo '$(GITHUB_API_RESPONSE)' | jq '.number')))
endef
# Create a comment on a pull request. $(1) is the repo slug, $(2) is the pull request number, and $(3) is the comment
# body.
define github_pr_add_comment
$(eval JSON := {"body":"$(3)"})
$(call github_call_api,POST,$(1)/issues/$(2)/comments,$(JSON))
endef
# List pull open pull requests for a head and base. $(1) is the repo slug, $(2) is the branch head, $(3) is the branch base,
# and $(4) is the state.
define github_pr_list
$(eval QUERY := $(if $(2),head=$(2),)$(if $(3),\&base=$(3))$(if $(4),\&state=$(4),))
$(call github_call_api,GET,$(1)/pulls?$(QUERY),)
endef
# Check if there is a pull request with head GIT_PR_BRANCH_HEAD and base GIT_PR_BRANCH_BASE for the repo with slug
# GIT_REPO_SLUG. If there is a PR that exists the PR_EXISTS will be set to 0, otherwise it is set to 1.
check-if-pin-update-pr-exists:
ifndef ORGANIZATION
@echo "ORGANIZATION must be set for the project."
exit 1
endif
$(call github_pr_list,$(GIT_REPO_SLUG),$(ORGANIZATION):$(GIT_PR_BRANCH_HEAD),$(GIT_PR_BRANCH_BASE),open)
$(eval PR_EXISTS := $(if $(filter-out 0,$(shell echo '$(GITHUB_API_RESPONSE)' | jq '. | length')),0,1))
###############################################################################
# Auto pin update targets
# Targets updating the pins
###############################################################################
GITHUB_API_EXIT_ON_FAILURE?=1
## Update dependency pins to their latest changeset, committing and pushing it.
## DEPRECATED This will be removed along with associated helper functions in future releases. Use the trigger-auto-pin-update-process
## to create PR with the pin updates.
.PHONY: commit-pin-updates
commit-pin-updates: update-pins git-status git-config git-commit ci git-push
# Creates and checks out the branch defined by GIT_PR_BRANCH_HEAD. It attempts to delete the branch from the local and
# remote repositories. Requires CONFIRM to be set, otherwise it fails with an error.
create-pin-update-head: var-require-one-of-CONFIRM-DRYRUN
ifeq ($(shell git rev-parse --abbrev-ref HEAD),$(GIT_PR_BRANCH_HEAD))
@echo "Current branch is pull request head, cannot set it up."
exit 1
endif
-git branch -D $(GIT_PR_BRANCH_HEAD)
-$(GIT) push $(GIT_REMOTE) --delete $(GIT_PR_BRANCH_HEAD)
git checkout -b $(GIT_PR_BRANCH_HEAD)
create-pin-update-pr:
$(call github_pr_create,$(GIT_REPO_SLUG),[$(GIT_PR_BRANCH_BASE)] $(GIT_COMMIT_TITLE),$(GIT_PR_BRANCH_HEAD),$(GIT_PR_BRANCH_BASE))
echo 'Created pin update pull request $(PR_NUMBER)'
# Add the "/merge-when-ready" comment to enable the "merge when ready" functionality, i.e. when the pull request is passing
# the tests and approved merge it. The PR_NUMBER is set by the dependent target
set-merge-when-ready-on-pin-update-pr:
$(call github_pr_add_comment,$(GIT_REPO_SLUG),$(PR_NUMBER),/merge-when-ready delete-branch)
echo "Added '/merge-when-ready' comment command to pull request $(PR_NUMBER)"
# Call the update-pins target with the GIT_PR_BRANCH_BASE as the PIN_BRANCH
trigger-pin-updates:
PIN_BRANCH=$(GIT_PR_BRANCH_BASE) $(MAKE) update-pins
# POST_PIN_UPDATE_TARGETS is used to specify targets that should be run after the pins have been updated to run targets
# that modify files that are tied to the dependencies. An example would be generated files that would changed based on
# a dependency update. This target would likely need to be used in tandem with GIT_PIN_UPDATE_COMMIT_EXTRA_FILES so the
# update files are committed with the pin update.
POST_PIN_UPDATE_TARGETS ?=
# Trigger the auto pin update process. This involves updating the pins, committing and pushing them to github, creating
# a pull request, and add the "/merge-when-ready" comment command. If there is already a pin update PR for the base
# branch the pin update is not done and the target will exit.
trigger-auto-pin-update-process: check-if-pin-update-pr-exists
$(if $(filter $(PR_EXISTS),0),echo "A pull request for head '$(GIT_PR_BRANCH_HEAD)' and base '$(GIT_PR_BRANCH_BASE)' already exists.",\
$(MAKE) trigger-auto-pin-update-process-wrapped)
trigger-auto-pin-update-process-wrapped: create-pin-update-head trigger-pin-updates $(POST_PIN_UPDATE_TARGETS)
$(if $(shell git diff --quiet HEAD $(GIT_COMMIT_FILES) || echo "true"),\
$(MAKE) commit-and-push-pr create-pin-update-pr set-merge-when-ready-on-pin-update-pr,echo "Pins are up to date")
###############################################################################
# Static checks
# repos can specify additional checks by setting LOCAL_CHECKS
###############################################################################
.PHONY: static-checks
## Run static source code checks (lint, formatting, ...)
static-checks: $(LOCAL_CHECKS)
$(MAKE) golangci-lint
LINT_ARGS ?= --max-issues-per-linter 0 --max-same-issues 0 --timeout 8m
.PHONY: golangci-lint
golangci-lint: $(GENERATED_FILES)
$(DOCKER_RUN) $(CALICO_BUILD) sh -c '$(GIT_CONFIG_SSH) golangci-lint run $(LINT_ARGS)'
REPO_DIR=$(shell if [ -e hack/format-changed-files.sh ]; then echo '.'; else echo '..'; fi )
.PHONY: fix-changed go-fmt-changed goimports-changed
# Format changed files only.
fix-changed go-fmt-changed goimports-changed:
$(DOCKER_RUN) -e release_prefix=$(RELEASE_BRANCH_PREFIX)-v \
-e git_repo_slug=$(GIT_REPO_SLUG) $(CALICO_BUILD) $(REPO_DIR)/hack/format-changed-files.sh
.PHONY: fix-all go-fmt-all goimports-all
fix-all go-fmt-all goimports-all:
$(DOCKER_RUN) $(CALICO_BUILD) $(REPO_DIR)/hack/format-all-files.sh
.PHONY: pre-commit
pre-commit:
$(DOCKER_RUN) $(CALICO_BUILD) git-hooks/pre-commit-in-container
.PHONY: install-git-hooks
install-git-hooks:
./install-git-hooks
.PHONY: check-module-path-tigera-api
check-module-path-tigera-api:
@echo "Checking the repo importing tigera/api and not importing projectcalico/api"
@IMPORT_TIGERA_API=$$($(DOCKER_GO_BUILD) sh -c 'go list -m github.com/tigera/api > /dev/null 2>&1 && echo yes || echo no'); \
echo Is tigera/api imported? $$IMPORT_TIGERA_API; \
if [ "$$IMPORT_TIGERA_API" != "yes" ]; then \
echo "Error: This repo should import tigera/api module."; \
false; \
fi
@IMPORT_PROJECTCALICO_API=$$($(DOCKER_GO_BUILD) sh -c 'go list -m github.com/projectcalico/calico/api > /dev/null 2>&1 && echo yes || echo no'); \
echo Is projectcalico/api imported? $$IMPORT_PROJECTCALICO_API; \
if [ "$$IMPORT_PROJECTCALICO_API" != "no" ]; then \
echo "Error: This repo should NOT import projectcalico/api module."; \
false; \
fi
.PHONY: check-module-path-projectcalico-api
check-module-path-projectcalico-api:
@echo "Checking the repo importing projectcalico/api and not importing tigera/api"
@IMPORT_PROJECTCALICO_API=$$($(DOCKER_GO_BUILD) sh -c 'go list -m github.com/projectcalico/calico/api > /dev/null 2>&1 && echo yes || echo no'); \
echo Is projectcalico/api imported? $$IMPORT_PROJECTCALICO_API; \
if [ "$$IMPORT_PROJECTCALICO_API" != "yes" ]; then \
echo "Error: This repo should import projectcalico/api module."; \
false; \
fi
@IMPORT_TIGERA_API=$$($(DOCKER_GO_BUILD) sh -c 'go list -m github.com/tigera/api > /dev/null 2>&1 && echo yes || echo no'); \
echo Is tigera/api imported? $$IMPORT_TIGERA_API; \
if [ "$$IMPORT_TIGERA_API" != "no" ]; then \
echo "Error: This repo should NOT import tigera/api module."; \
false; \
fi
###############################################################################
# go mod helpers
###############################################################################
mod-download:
-$(DOCKER_RUN) $(CALICO_BUILD) sh -c '$(GIT_CONFIG_SSH) go mod download'
mod-tidy:
-$(DOCKER_RUN) $(CALICO_BUILD) sh -c '$(GIT_CONFIG_SSH) go mod tidy'
###############################################################################
# Semaphore helpers
###############################################################################
# This semaphore project IDs are defined here because you cannot easily look them up in the semaphore API. This gives
# us a single place to define these values, then projects can reference the readable ENV variable when they need a semaphore
# project ID.
SEMAPHORE_API_PROJECT_ID=9625623e-bfc5-435f-9c22-74f9cd8622fc
SEMAPHORE_API_TIGERA_PROJECT_ID=48d23719-405f-4827-b58a-7de0598a6bf5
SEMAPHORE_ANOMALY_DETECTION_JOBS_PROJECT_ID=e506a098-3e89-4802-8165-c59b2a95f8ae
SEMAPHORE_API_SERVER_PROJECT_ID=6e4eb5b2-0150-4624-968d-f96a1cd9c37d
SEMAPHORE_API_SERVER_OSS_PROJECT_ID=10f6c7c1-7eaa-4e75-a9d1-83e5426158b1
SEMAPHORE_APP_POLICY_PRIVATE_PROJECT_ID=fa098f05-b2d2-4cf6-ac83-aa1e38e95670
SEMAPHORE_APP_POLICY_PROJECT_ID=bc654d5c-bb68-4b00-9d02-289291762b1d
SEMAPHORE_BIRD_PROJECT_ID=c1cc5eaf-873b-4113-a85e-a555361413e6
SEMAPHORE_CC_PORTAL=2b3f9721-a851-4a97-981f-0cb81f93ddd0
SEMAPHORE_CALICO_PRIVATE_PROJECT_ID=8a309869-f767-49dc-924f-fa927edbf657
SEMAPHORE_CALICO_PROJECT_ID=828e6de6-ed4b-49c7-9cb5-ac1246d454de
SEMAPHORE_CALICO_USAGE_PROJECT_ID=29f53c2b-8266-4873-879d-19b65960b3fd
SEMAPHORE_CALICOCTL_PRIVATE_PROJECT_ID=8d885379-6a1b-4fc8-aa45-dc0cfb87894a
SEMAPHORE_CALICOCTL_PROJECT_ID=193ce75a-7a47-4c9f-b966-f25c83e62213
SEMAPHORE_CALICOQ_PROJECT_ID=dc79e0e9-a7b3-40f5-8dc2-2818210ee0a9
SEMAPHORE_CLOUD_CONTROLLERS_PRIVATE_PROJECT_ID=f70e6c08-887b-481d-9591-68e243b32b32
SEMAPHORE_CNI_PLUGIN_PRIVATE_PROJECT_ID=f2c02a84-5fcd-49ed-b4cb-a6273409f0de
SEMAPHORE_CNI_PLUGIN_PROJECT_ID=741ec781-5dbb-4494-ba90-ec6831a9b176
SEMAPHORE_COMPLIANCE_PROJECT_ID=958a9147-ec94-4e99-b4c8-de7857653bb9
SEMAPHORE_CONFD_PROJECT_ID=4c6b815f-d42c-4436-aafa-651fbaf5859e
SEMAPHORE_CONFD_PRIVATE_PROJECT_ID=d3a7649a-3a39-45bf-95e9-fd6df3d0a7b1
SEMAPHORE_CURATOR_PROJECT_ID=c391dcff-6933-40e7-a6d1-1dcf7e6e231d
SEMAPHORE_DEEP_PACKET_INSPECTION_PROJECT_ID=81c0981e-979c-4741-8143-22166384afa1
SEMAPHORE_DEXIDP_DOCKER_PROJECT_ID=ee618372-35c8-4f83-bd05-d3a96ac2b276
SEMAPHORE_EGRESS_GATEWAY_PROJECT_ID=f01056ec-75f9-46a0-9ae2-6fc5e391136c
SEMAPHORE_ELASTICSEARCH_DOCKER_PROJECT_ID=0a3a5bf6-19e4-4210-a3fa-15fc857596ac
SEMAPHORE_ELASTICSEARCH_METRICS_PROJECT_ID=306b29c0-aa86-4b76-9c3e-c78a327e7d83
SEMAPHORE_ENVOY_DOCKER_PROJECT_ID=b8db000b-c2c4-44cd-a22d-51df73dfdcba
SEMAPHORE_ES_PROXY_IMAGE_PROJECT_ID=bc7ee48d-0051-4ceb-961d-03659463ada4
SEMAPHORE_ES_GATEWAY_PROJECT_ID=3c01c819-532b-4ccc-8305-5dd45c10bf93
SEMAPHORE_FELIX_PRIVATE_PROJECT_ID=e439cca4-156c-4d23-b611-002601440ad0
SEMAPHORE_FELIX_PROJECT_ID=48267e65-4acc-4f27-a88f-c3df0e8e2c3b
SEMAPHORE_FIREWALL_INTEGRATION_PROJECT_ID=d4307a31-1e46-4622-82e2-886165b77008
SEMAPHORE_FLUENTD_DOCKER_PROJECT_ID=50383fb9-d234-461a-ae00-23e18b7cd5b8
SEMAPHORE_HONEYPOD_CONTROLLER_PROJECT_ID=c010a63a-ac85-48b4-9077-06188408eaee
SEMAPHORE_HONEYPOD_RECOMMENDATION_PROJECT_ID=f07f5fd4-b15a-4ded-ae1e-04801ae4d99a
SEMAPHORE_INGRESS_COLLECTOR_PROJECT_ID=cf7947e4-a886-404d-ac6a-c3f3ac1a7b93
SEMAPHORE_INTRUSION_DETECTION_PROJECT_ID=2beffe81-b05a-41e0-90ce-e0d847dee2ee
SEMAPHORE_KEY_CERT_PROVISIONER_PROJECT_ID=9efb25f3-8c5d-4f22-aab5-4a1f5519bc7c
SEMAPHORE_KUBE_CONTROLLERS_PRIVATE_PROJECT_ID=0b8651d0-6c5d-4076-ab1d-25b120d0f670
SEMAPHORE_KUBE_CONTROLLERS_PROJECT_ID=d688e2ce-8c4a-4402-ba54-3aaa0eb53e5e
SEMAPHORE_KUBECTL_CALICO_PROJECT_ID=37d7cb2b-62b0-4178-9424-de766f2de59b
SEMAPHORE_KIBANA_DOCKER_PROJECT_ID=eaafdbad-4546-4582-b8fa-cea05a80a04d
SEMAPHORE_LIBCALICO_GO_PRIVATE_PROJECT_ID=72fa12b5-5ad5-43ae-b0ac-17f9f7c71030
SEMAPHORE_LIBCALICO_GO_PROJECT_ID=ce3e6bed-1fb6-4501-80e5-2121a266a386
SEMAPHORE_LICENSE_AGENT_PROJECT_ID=beb13609-8ee0-461a-a08b-dab86af1c128
SEMAPHORE_LICENSING_PROJECT_ID=344f1cf0-0c3f-4fa3-b89b-3c35127b3054
SEMAPHORE_L7_COLLECTOR_PROJECT_ID=b02e7bbf-39ee-4c0c-a6f6-793cdf89daa7
SEMAPHORE_LMA_PROJECT_ID=5130e1d3-d9cd-4270-9e62-57f98d34495e
SEMAPHORE_MANAGER_PROJECT_ID=325ca49d-5111-4b07-a54f-dc0c7ec538bb
SEMAPHORE_NETWORKING_CALICO_PROJECT_ID=0a7883cb-b727-4113-948d-b95cb00df6b6
SEMAPHORE_NODE_PRIVATE_PROJECT_ID=edd8246c-7116-473a-81c8-7a3bbbc07228
SEMAPHORE_NODE_PROJECT_ID=980a06a4-9d43-43f8-aedd-a3bfad258de6
SEMAPHORE_OPERATOR_PROJECT_ID=8343e619-cc44-4be4-a9d7-21963ebc1c8f
SEMAPHORE_PACKETCAPTURE_API_PROJECT_ID=f505b00c-57c3-4859-8b97-ff4095b5ab25
SEMAPHORE_PERFORMANCE_HOTSPOTS_PROJECT_ID=6a343a02-0acf-4c52-9cc7-24ee51377e32
SEMAPHORE_POD2DAEMON_PROJECT_ID=eb2eea4f-c185-408e-9837-da0d231428fb
SEMAPHORE_PROMETHEUS_SERVICE_PROJECT_ID=d5b7ed99-8966-46cc-90f2-9027c428db48
SEMAPHORE_SKIMBLE_PROJECT_ID=35171baf-8daf-4725-882f-c301851a6e1d
SEMAPHORE_TS_QUERYSERVER_PROJECT_ID=5dbe4688-0c21-40fb-89f7-a2d64c17401b
SEMAPHORE_TYPHA_PROJECT_ID=c2ea3f0a-58a0-427a-9ed5-6eff8d6543b3
SEMAPHORE_TYPHA_PRIVATE_PROJECT_ID=51e84cb9-0f38-408a-a113-0f5ca71844d7
SEMAPHORE_VOLTRON_PROJECT_ID=9d239362-9594-4c84-8983-868ee19ebd41
SEMAPHORE_WORKFLOW_BRANCH?=master
# Sends a request to the semaphore API to run the request workflow. It requires setting the SEMAPHORE_API_TOKEN, SEMAPHORE_PROJECT_ID,
# SEMAPHORE_WORKFLOW_BRANCH, and SEMAPHORE_WORKFLOW_FILE ENV variables.
semaphore-run-workflow:
$(eval CMD := curl -f -X POST \
-H "Authorization: Token $(SEMAPHORE_API_TOKEN)" \
-d "project_id=$(SEMAPHORE_PROJECT_ID)&reference=$(SEMAPHORE_WORKFLOW_BRANCH)&commit_sha=$(SEMAPHORE_COMMIT_SHA)&pipeline_file=.semaphore/$(SEMAPHORE_WORKFLOW_FILE)" \
"https://tigera.semaphoreci.com/api/v1alpha/plumber-workflows")
$(eval SEMAPHORE_API_RESPONSE := $(shell $(CMD) | jq -R '.' | sed -e 's/#/\\\#/g'))
$(if $(SEMAPHORE_API_RESPONSE),,exit 1)
$(eval WORKFLOW_ID := $(shell echo $(SEMAPHORE_API_RESPONSE) | jq -r '.workflow_id'))
@echo Semaphore workflow successfully created here https://tigera.semaphoreci.com/workflows/$(WORKFLOW_ID)
# This is a helpful wrapper of the semaphore-run-workflow target to run the update_pins workflow file for a project.
semaphore-run-auto-pin-update-workflow:
SEMAPHORE_WORKFLOW_FILE=update_pins.yml $(MAKE) semaphore-run-workflow
@echo Successfully triggered the semaphore pin update workflow
# This target triggers the 'semaphore-run-auto-pin-update-workflow' target for every SEMAPHORE_PROJECT_ID in the list of
# SEMAPHORE_AUTO_PIN_UPDATE_PROJECT_IDS.
semaphore-run-auto-pin-update-workflows:
for ID in $(SEMAPHORE_AUTO_PIN_UPDATE_PROJECT_IDS); do\
SEMAPHORE_WORKFLOW_BRANCH=$(SEMAPHORE_GIT_BRANCH) SEMAPHORE_PROJECT_ID=$$ID $(MAKE) semaphore-run-auto-pin-update-workflow; \
done
###############################################################################
# Mock helpers
###############################################################################
# Helper targets for testify mock generation
# Generate testify mocks in the build container.
gen-mocks:
$(DOCKER_RUN) $(CALICO_BUILD) sh -c '$(MAKE) mockery-run'
# Run mockery for each path in MOCKERY_FILE_PATHS. The the generated mocks are
# created in package and in test files. Look here for more information https://github.com/vektra/mockery
mockery-run:
for FILE_PATH in $(MOCKERY_FILE_PATHS); do\
DIR=$$(dirname $$FILE_PATH); \
INTERFACE_NAME=$$(basename $$FILE_PATH); \
mockery --dir $$DIR --name $$INTERFACE_NAME --inpackage; \
done
###############################################################################
# Docker helpers
###############################################################################
# Helper targets working with docker images.
# docker-compress takes the docker image specified by IMAGE_NAME and compresses all the layers into a single one. This is
# done by exporting the given image then re importing it with the given IMAGE_NAME.
#
# When a docker image is exported all of the instructions are lost (i.e. ENTRYPOINT, ENV, ...), so before the image is
# compressed the target inspects the image and pulls out the instructions. Each instruction that is pulled out is converted
# into a change directive, or change directives, of the format "--change 'INSTRUCTION <instruction>". These directives
# are given to the docker import command so the instructions can be re added to the compressed image.
#
# NOTE: This target does not attempt to copy every instruction from the original image to the compressed one. Any user of
# this target should ensure that any required instructions are copied over by this target.
docker-compress:
$(eval JSONOBJ := "$(shell docker inspect $(IMAGE_NAME) | jq '.[0].Config' | jq -R '.' | sed -e 's/#/\\\#/g' ) ")
# Re add the entry point.
$(eval CHANGE := $(CHANGE)$(shell echo $(JSONOBJ) | jq -r \
"if has(\"Entrypoint\") and .Entrypoint != \"\" then \" --change 'ENTRYPOINT \(.Entrypoint)'\" else \"\" end"\
))
# Re add the command.
$(eval CHANGE := $(CHANGE)$(shell echo $(JSONOBJ) | jq -r \
"if has(\"Cmd\") and .Cmd != \"\" then \" --change 'CMD \(.Cmd)'\" else \"\" end"\
))
# Re add the working directory.
$(eval CHANGE := $(CHANGE)$(shell echo $(JSONOBJ) | jq -r \
"if has(\"WorkingDir\") and .WorkingDir != \"\" then \" --change 'WORKDIR \(.WorkingDir)'\" else \"\" end"\
))
# Re add the user.
$(eval CHANGE := $(CHANGE)$(shell echo $(JSONOBJ) | jq -r \
"if has(\"User\") and .User != \"\" then \" --change 'USER \(.User)'\" else \"\" end"\
))
# Re add the environment variables. .Env is an array of strings so add a "--change 'ENV <value>'" for each value in
# the array.
$(eval CHANGE := $(CHANGE)$(shell echo $(JSONOBJ) | jq -r \
"if has(\"Env\") and (.Env | length) > 0 then .Env | map(\" --change 'ENV \(.)'\") | join(\"\") else \"\" end"\
))
# Re add the labels. .Labels is a map of label names to label values, so add a "--change 'LABEL <key> <value>'" for
# each map entry.
$(eval CHANGE := $(CHANGE)$(shell echo $(JSONOBJ) | jq -r \
"if has(\"Labels\") and (.Labels | length) > 0 then .Labels | to_entries | map(\" --change 'LABEL \(.key) \(.value)'\") | join(\"\") else \"\" end"\
))
# Re add the exposed ports. .ExposedPorts is a map, but we're only interested in the keys of the map so for each key
# add "--change EXPOSE <key>".
$(eval CHANGE := $(CHANGE)$(shell echo $(JSONOBJ) | jq -r \
"if has(\"ExposedPorts\") and (.ExposedPorts | length) > 0 then .ExposedPorts | keys | map(\" --change 'EXPOSE \(.)'\") | join(\"\") else \"\" end"\
))
$(eval CONTAINER_ID := $(shell docker run -d -it --entrypoint /bin/true $(IMAGE_NAME) /bin/true))
docker export $(CONTAINER_ID) | docker import $(CHANGE) - $(IMAGE_NAME)
###############################################################################
# Image building and pushing
###############################################################################
###############################################################################
# we want to be able to run the same recipe on multiple targets keyed on the image name
# to do that, we would use the entire image name, e.g. calico/node:abcdefg, as the stem, or '%', in the target
# however, make does **not** allow the usage of invalid filename characters - like / and : - in a stem, and thus errors out
# to get around that, we "escape" those characters by converting all : to --- and all / to ___ , so that we can use them
# in the target, we then unescape them back
escapefs = $(subst :,---,$(subst /,___,$(1)))
unescapefs = $(subst ---,:,$(subst ___,/,$(1)))
# retag-build-images-with-registries retags the build / arch images specified by BUILD_IMAGES and VALIDARCHES with
# the registries specified by DEV_REGISTRIES. The end tagged images are of the format
# $(REGISTRY)/$(BUILD_IMAGES):<tag>-$(ARCH).
retag-build-images-with-registries: $(addprefix retag-build-images-with-registry-,$(call escapefs,$(DEV_REGISTRIES)))
# retag-build-images-with-registry-% retags the build / arch images specified by BUILD_IMAGES and VALIDARCHES with
# the registry specified by $*.
retag-build-images-with-registry-%:
$(MAKE) $(addprefix retag-build-image-with-registry-,$(call escapefs,$(BUILD_IMAGES))) REGISTRY=$(call unescapefs,$*)
# retag-build-image-with-registry-% retags the build arch images specified by $* and VALIDARCHES with the
# registry specified by REGISTRY.
retag-build-image-with-registry-%: var-require-all-REGISTRY-BUILD_IMAGES
$(MAKE) -j12 $(addprefix retag-build-image-arch-with-registry-,$(VALIDARCHES)) BUILD_IMAGE=$(call unescapefs,$*)
# retag-build-image-arch-with-registry-% retags the build / arch image specified by $* and BUILD_IMAGE with the
# registry specified by REGISTRY.
retag-build-image-arch-with-registry-%: var-require-all-REGISTRY-BUILD_IMAGE-IMAGETAG
docker tag $(BUILD_IMAGE):$(LATEST_IMAGE_TAG)-$* $(call filter-registry,$(REGISTRY))$(BUILD_IMAGE):$(IMAGETAG)-$*
$(if $(filter $*,amd64),\
docker tag $(BUILD_IMAGE):$(LATEST_IMAGE_TAG)-$(ARCH) $(REGISTRY)/$(BUILD_IMAGE):$(IMAGETAG),\
$(NOECHO) $(NOOP)\
)
# push-images-to-registries pushes the build / arch images specified by BUILD_IMAGES and VALIDARCHES to the registries
# specified by DEV_REGISTRY.
push-images-to-registries: $(addprefix push-images-to-registry-,$(call escapefs,$(DEV_REGISTRIES)))
# push-images-to-registry-% pushes the build / arch images specified by BUILD_IMAGES and VALIDARCHES to the registry
# specified by %*.
push-images-to-registry-%:
$(MAKE) $(addprefix push-image-to-registry-,$(call escapefs,$(BUILD_IMAGES))) REGISTRY=$(call unescapefs,$*)
# push-image-to-registry-% pushes the build / arch images specified by $* and VALIDARCHES to the registry
# specified by REGISTRY.
push-image-to-registry-%:
$(MAKE) -j6 $(addprefix push-image-arch-to-registry-,$(VALIDARCHES)) BUILD_IMAGE=$(call unescapefs,$*)
# push-image-arch-to-registry-% pushes the build / arch image specified by $* and BUILD_IMAGE to the registry
# specified by REGISTRY.
push-image-arch-to-registry-%:
# If the registry we want to push to doesn't not support manifests don't push the ARCH image.
$(DOCKER) push --quiet $(call filter-registry,$(REGISTRY))$(BUILD_IMAGE):$(IMAGETAG)-$*
$(if $(filter $*,amd64),\
$(DOCKER) push $(REGISTRY)/$(BUILD_IMAGE):$(IMAGETAG),\
$(NOECHO) $(NOOP)\
)
# push multi-arch manifest where supported.
push-manifests: var-require-all-IMAGETAG $(addprefix sub-manifest-,$(call escapefs,$(PUSH_MANIFEST_IMAGES)))
sub-manifest-%:
$(DOCKER) manifest create $(call unescapefs,$*):$(IMAGETAG) $(addprefix --amend ,$(addprefix $(call unescapefs,$*):$(IMAGETAG)-,$(VALIDARCHES)))
$(DOCKER) manifest push --purge $(call unescapefs,$*):$(IMAGETAG)
push-manifests-with-tag: var-require-one-of-CONFIRM-DRYRUN var-require-all-BRANCH_NAME
$(MAKE) push-manifests IMAGETAG=$(if $(IMAGETAG_PREFIX),$(IMAGETAG_PREFIX)-)$(BRANCH_NAME) EXCLUDEARCH="$(EXCLUDEARCH)"
$(MAKE) push-manifests IMAGETAG=$(if $(IMAGETAG_PREFIX),$(IMAGETAG_PREFIX)-)$(GIT_VERSION) EXCLUDEARCH="$(EXCLUDEARCH)"
# cd-common tags and pushes images with the branch name and git version. This target uses PUSH_IMAGES, BUILD_IMAGE,
# and BRANCH_NAME env variables to figure out what to tag and where to push it to.
cd-common: var-require-one-of-CONFIRM-DRYRUN var-require-all-BRANCH_NAME
$(MAKE) retag-build-images-with-registries push-images-to-registries IMAGETAG=$(if $(IMAGETAG_PREFIX),$(IMAGETAG_PREFIX)-)$(BRANCH_NAME) EXCLUDEARCH="$(EXCLUDEARCH)"
$(MAKE) retag-build-images-with-registries push-images-to-registries IMAGETAG=$(if $(IMAGETAG_PREFIX),$(IMAGETAG_PREFIX)-)$(shell git describe --tags --dirty --long --always --abbrev=12) EXCLUDEARCH="$(EXCLUDEARCH)"
###############################################################################
# Release targets and helpers
#
# The following targets and macros are used to help start and cut releases.
# At high level, this involves:
# - Creating release branches
# - Adding empty commits to start next release, and updating the 'dev' tag
# - Adding 'release' tag to the commit that will be release
# - Creating an empty commit for the next potential patch release, and updating
# the dev tag on that commit
# - Copying images for the released commit over to the release registries, and
# re tagging those images with the release tag
#
# The following definitions will be helpful in understanding this process:
# - 'dev' tag: A git tag of the form of `v3.8.0-calient-0.dev-36-g3a618e61c2d3`
# that every commit has. The start of the dev tag, i.e. v3.8.0, is the
# the release that this commit will go into.
# - 'release' tag: A git tag of the form of `v3.8.0`. The commit that a release
# is cut from will have this tag, i.e. you can find the commit that release
# 3.8 uses by finding the commit with the tag v3.8.0.
# - 'dev' image: The image that is created for every commit that is merged to
# master or a release branch. This image is tagged with the dev tag, i.e.
# if commit 3a618e61c2d3 is on master or a release branch, there will be
# an image for that commit in the dev registry with the tag
# `v3.8.0-calient-0.dev-36-g3a618e61c2d3`.
# - 'release' image: The public image the customers will use to install our
# our product. Producing this is the goal of cutting the release. This image
# will be in the release registries, and will be tagged with the release tag,
# i.e. the release image for release 3.8 will have the v3.8.0 tag, or if it's
# a patch release it will be v3.8.<patch version>
###############################################################################
fetch-all:
git fetch --all -q
# git-dev-tag retrieves the dev tag for the current commit (the one are dev images are tagged with).
git-dev-tag = $(shell git describe --tags --long --always --abbrev=12 --match "*dev*")
# git-release-tag-from-dev-tag gets the release version from the current commits dev tag.
git-release-tag-from-dev-tag = $(shell echo $(call git-dev-tag) | grep -P -o "^v\d*.\d*.\d*")
# git-release-tag-for-current-commit gets the release tag for the current commit if there is one.
git-release-tag-for-current-commit = $(shell git describe --tags --exact-match --exclude "*dev*")
# release-branch-for-tag finds the latest branch that corresponds to the given tag.
release-branch-for-tag = $(firstword $(shell git --no-pager branch --format='%(refname:short)' --contains $1 | grep -P "^release"))
# commit-for-tag finds the latest commit that corresponds to the given tag.
commit-for-tag = $(shell git rev-list -n 1 $1)
git-commit-for-remote-tag = $(shell git ls-remote -q --tags $(GIT_REMOTE) $1 | awk '{print $$1}')
# current-branch gets the name of the branch for the current commit.
current-branch = $(shell git rev-parse --abbrev-ref HEAD)
# RELEASE_BRANCH_BASE is used when creating a release branch to confirm the correct base is being used. It's
# configurable so that a dry run can be done from a PR branch.
RELEASE_BRANCH_BASE ?=master
# var-set-% checks if there is a non empty variable for the value describe by %. If FAIL_NOT_SET is set, then var-set-%
# fails with an error message. If FAIL_NOT_SET is not set, then var-set-% appends a 1 to VARSET if the variable isn't
# set.
var-set-%:
$(if $($*),$(eval VARSET+=1),$(if $(FAIL_NOT_SET),$(error $* is required but not set),))
# var-require is used to check if one or all of the variables are set in REQUIRED_VARS, and fails if not. The variables
# in REQUIRE_VARS are hyphen separated.
#
# If FAIL_NOT_SET is set, then all variables described in REQUIRED_VARS must be set for var-require to not fail,
# otherwise only one variable needs to be set for var-require to not fail.
var-require: $(addprefix var-set-,$(subst -, ,$(REQUIRED_VARS)))
$(if $(VARSET),,$(error one of $(subst -, ,$(REQUIRED_VARS)) is not set or empty, but at least one is required))
# var-require-all-% checks if the there are non empty variables set for the hyphen separated values in %, and fails if
# there isn't a non empty variable for each given value. For instance, to require FOO and BAR both must be set you would
# call var-require-all-FOO-BAR.
var-require-all-%:
$(MAKE) var-require REQUIRED_VARS=$* FAIL_NOT_SET=true
# var-require-one-of-% checks if the there are non empty variables set for the hyphen separated values in %, and fails
# there isn't a non empty variable for at least one of the given values. For instance, to require either FOO or BAR both
# must be set you would call var-require-all-FOO-BAR.
var-require-one-of-%:
$(MAKE) var-require REQUIRED_VARS=$*
# sem-cut-release triggers the cut-release pipeline (or test-cut-release if CONFIRM is not specified) in semaphore to
# cut the release. The pipeline is triggered for the current commit, and the branch it's triggered on is calculated