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Common.mk
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Common.mk
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# Disable built-in rules and variables
MAKEFLAGS+=--no-builtin-rules --warn-undefined-variables
.SUFFIXES:
.SECONDEXPANSION:
RELEASE_ENVIRONMENT?=development
GIT_HASH=$(shell git -C $(BASE_DIRECTORY) rev-parse HEAD)
COMPONENT?=$(REPO_OWNER)/$(REPO)
MAKE_ROOT=$(BASE_DIRECTORY)/projects/$(COMPONENT)
PROJECT_PATH?=$(subst $(BASE_DIRECTORY)/,,$(MAKE_ROOT))
BUILD_LIB=$(BASE_DIRECTORY)/build/lib
OUTPUT_BIN_DIR?=$(OUTPUT_DIR)/bin/$(REPO)
SHELL_TRACE?=false
TRACE_SHELL=$(BUILD_LIB)/make_shell.sh trace true
LOGGING_SHELL=$(BUILD_LIB)/make_shell.sh log $(SHELL_TRACE)
DOCKER_SHELL=$(BUILD_LIB)/make_shell.sh docker $(SHELL_TRACE)
NOOP_SHELL=true
DEFAULT_SHELL=$(if $(filter true,$(SHELL_TRACE)),$(TRACE_SHELL),bash)
SHELL=$(DEFAULT_SHELL)
.SHELLFLAGS:=-eu -o pipefail -c
#################### AWS ###########################
AWS_REGION?=us-west-2
AWS_ACCOUNT_ID?=$(shell aws sts get-caller-identity --query Account --output text)
ARTIFACTS_BUCKET?=s3://my-s3-bucket
IMAGE_REPO?=$(if $(AWS_ACCOUNT_ID),$(AWS_ACCOUNT_ID).dkr.ecr.$(AWS_REGION).amazonaws.com,localhost:5000)
####################################################
#################### LATEST TAG ####################
# ensure local execution uses the 'main' or 'release-X' branch bundle
# similiar to https://github.com/aws/eks-anywhere/blob/main/Makefile#L32
# codebuild var
PULL_BASE_REF?=
BRANCH_NAME?=main
ifneq ($(PULL_BASE_REF),) # PULL_BASE_REF originates from prow
BRANCH_NAME=$(PULL_BASE_REF)
endif
LATEST=latest
ifneq ($(BRANCH_NAME),main)
LATEST=$(BRANCH_NAME)
endif
SKIP_ON_RELEASE_BRANCH?=false
# for some projects like the BR image build, we do not always have
# the artifacts avialable upstrea when adding a new kube version
NOT_SUPPORTED_RELEASE_BRANCH_CONFIGURATION?=false
####################################################
#################### CODEBUILD #####################
CODEBUILD_CI?=false
CI?=false
JOB_TYPE?=
INCLUDE_OUTPUT_IN_PROW_ARTIFACTS?=false
# prow artifacts location env var
ARTIFACTS?=
CODEBUILD_BUILD_IMAGE?=
CLONE_URL?=$(call GET_CLONE_URL,$(REPO_OWNER),$(REPO))
#HELM_CLONE_URL=$(call GET_CLONE_URL,$(HELM_SOURCE_OWNER),$(HELM_SOURCE_REPOSITORY))
HELM_CLONE_URL=https://github.com/$(HELM_SOURCE_OWNER)/$(HELM_SOURCE_REPOSITORY).git
ifeq ($(CODEBUILD_CI),true)
ARTIFACTS_PATH?=$(CODEBUILD_SRC_DIR)/$(PROJECT_PATH)/$(CODEBUILD_BUILD_NUMBER)-$(CODEBUILD_RESOLVED_SOURCE_VERSION)/artifacts
UPLOAD_DRY_RUN=false
BUILD_IDENTIFIER=$(CODEBUILD_BUILD_NUMBER)
else
ARTIFACTS_PATH?=$(MAKE_ROOT)/_output/tar
UPLOAD_DRY_RUN=$(if $(findstring postsubmit,$(JOB_TYPE)),false,true)
ifeq ($(CI),true)
BUILD_IDENTIFIER=$(PROW_JOB_ID)
else
BUILD_IDENTIFIER=$(shell date "+%F-%s")
endif
endif
EXCLUDE_FROM_STAGING_BUILDSPEC?=false
EXCLUDE_FROM_CHECKSUMS_BUILDSPEC?=false
BUILDSPECS?=buildspec.yml
CHECKSUMS_BUILDSPECS?=buildspecs/checksums-buildspec.yml
BUILDSPEC_VARS_KEYS?=
BUILDSPEC_VARS_VALUES?=
BUILDSPEC_PLATFORM?=ARM_CONTAINER
BUILDSPEC_COMPUTE_TYPE?=BUILD_GENERAL1_SMALL
####################################################
#################### GIT ###########################
GIT_CHECKOUT_TARGET?=$(REPO)/eks-anywhere-checkout-$(GIT_TAG)
GIT_PATCH_TARGET?=$(REPO)/eks-anywhere-patched
REPO_NO_CLONE?=false
PATCHES_DIR=$(or $(wildcard $(PROJECT_ROOT)/patches),$(wildcard $(MAKE_ROOT)/patches))
REPO_SPARSE_CHECKOUT?=
####################################################
#################### RELEASE BRANCHES ##############
HAS_RELEASE_BRANCHES?=false
RELEASE_BRANCH?=
SUPPORTED_K8S_VERSIONS=$(shell cat $(BASE_DIRECTORY)/release/SUPPORTED_RELEASE_BRANCHES)
# Comma-separated list of Kubernetes versions to skip building artifacts for
SKIPPED_K8S_VERSIONS?=
BINARIES_ARE_RELEASE_BRANCHED?=true
IS_RELEASE_BRANCH_BUILD=$(filter true,$(HAS_RELEASE_BRANCHES))
UNRELEASE_BRANCH_BINARY_TARGETS=binaries attribution checksums
IS_UNRELEASE_BRANCH_TARGET=$(and $(filter false,$(BINARIES_ARE_RELEASE_BRANCHED)),$(filter $(UNRELEASE_BRANCH_BINARY_TARGETS) $(foreach target,$(UNRELEASE_BRANCH_BINARY_TARGETS),run-$(target)-in-docker run-in-docker/$(target)),$(MAKECMDGOALS)))
TARGETS_ALLOWED_WITH_NO_RELEASE_BRANCH?=
TARGETS_ALLOWED_WITH_NO_RELEASE_BRANCH+=build release clean clean-extra clean-go-cache help start-docker-builder stop-docker-builder create-ecr-repos all-attributions all-checksums all-attributions-checksums update-patch-numbers check-for-release-branch-skip run-buildkit-and-registry
MAKECMDGOALS_WITHOUT_VAR_VALUE=$(foreach t,$(MAKECMDGOALS),$(if $(findstring var-value-,$(t)),,$(t)))
ifneq ($(and $(IS_RELEASE_BRANCH_BUILD),$(or $(RELEASE_BRANCH),$(IS_UNRELEASE_BRANCH_TARGET))),)
RELEASE_BRANCH_SUFFIX=$(if $(filter true,$(BINARIES_ARE_RELEASE_BRANCHED)),/$(RELEASE_BRANCH),)
ARTIFACTS_PATH:=$(ARTIFACTS_PATH)$(RELEASE_BRANCH_SUFFIX)
OUTPUT_DIR?=_output$(RELEASE_BRANCH_SUFFIX)
PROJECT_ROOT?=$(MAKE_ROOT)$(RELEASE_BRANCH_SUFFIX)
ARTIFACTS_UPLOAD_PATH?=$(PROJECT_PATH)$(RELEASE_BRANCH_SUFFIX)
# Deps are always released branched
BINARY_DEPS_DIR?=_output/$(RELEASE_BRANCH)/dependencies
# include release branch info in latest tag
LATEST_TAG?=$(GIT_TAG)-$(LATEST)
else ifneq ($(and $(IS_RELEASE_BRANCH_BUILD), $(filter-out $(TARGETS_ALLOWED_WITH_NO_RELEASE_BRANCH),$(MAKECMDGOALS_WITHOUT_VAR_VALUE))),)
# if project has release branches and not calling one of the above targets
$(error When running targets for this project other than `$(TARGETS_ALLOWED_WITH_NO_RELEASE_BRANCH)` a `RELEASE_BRANCH` is required)
else ifneq ($(IS_RELEASE_BRANCH_BUILD),)
# project has release branches and one was not specified, trigger target for all
BUILD_TARGETS=build/release-branches/all
RELEASE_TARGETS=release/release-branches/all
# avoid warnings when trying to read GIT_TAG file which wont exist when no release_branch is given
GIT_TAG=non-existent
OUTPUT_DIR=non-existent
else
PROJECT_ROOT?=$(MAKE_ROOT)
ARTIFACTS_UPLOAD_PATH?=$(PROJECT_PATH)
OUTPUT_DIR?=_output
LATEST_TAG?=$(LATEST)
endif
####################################################
#################### BASE IMAGES ###################
BASE_IMAGE_REPO?=public.ecr.aws/eks-distro-build-tooling
BASE_IMAGE_NAME?=eks-distro-base
BASE_IMAGE_OS_VERSION?=al2
COMPILER_IMAGE_VERSION?=
BASE_IMAGE_TAG_FILE?=$(BASE_DIRECTORY)/$(call TO_UPPER,$(BASE_IMAGE_NAME))_$(if $(COMPILER_IMAGE_VERSION),$(COMPILER_IMAGE_VERSION)_,)$(if $(filter-out al2,$(BASE_IMAGE_OS_VERSION)),$(call TO_UPPER,$(BASE_IMAGE_OS_VERSION))_,)TAG_FILE
BASE_IMAGE_TAG?=$(shell cat $(BASE_IMAGE_TAG_FILE))
BASE_IMAGE?=$(BASE_IMAGE_REPO)/$(BASE_IMAGE_NAME):$(BASE_IMAGE_TAG)
BUILDER_IMAGE?=$(BASE_IMAGE_REPO)/$(BASE_IMAGE_NAME)-builder:$(BASE_IMAGE_TAG)
COMPILER_IMAGE?=$(BASE_IMAGE_REPO)/$(BASE_IMAGE_NAME:eks-distro-minimal-base-%=%):$(BASE_IMAGE_TAG)
EKS_DISTRO_BASE_IMAGE=$(BASE_IMAGE_REPO)/eks-distro-base:$(shell cat $(BASE_DIRECTORY)/EKS_DISTRO_BASE_TAG_FILE)
####################################################
#################### IMAGES ########################
IMAGE_COMPONENT?=$(COMPONENT)
IMAGE_OUTPUT_DIR?=/tmp
IMAGE_OUTPUT_NAME?=$(IMAGE_NAME)
IMAGE_TARGET?=
IMAGE_NAMES?=$(REPO)
# This tag is overwritten in the prow job to point to the upstream git tag and this repo's commit hash
IMAGE_TAG?=$(GIT_TAG)-$(GIT_HASH)
IMAGE_TAG_SUFFIX?=
# For projects with multiple containers this is defined to override the default
# ex: CLUSTER_API_CONTROLLER_IMAGE_COMPONENT
IMAGE_COMPONENT_VARIABLE=$(call TO_UPPER,$(IMAGE_NAME))_IMAGE_COMPONENT
IMAGE_REPO_COMPONENT=$(call IF_OVERRIDE_VARIABLE,$(IMAGE_COMPONENT_VARIABLE),$(IMAGE_COMPONENT))
IMAGE=$(IMAGE_REPO)/$(IMAGE_REPO_COMPONENT):$(IMAGE_TAG)$(IMAGE_TAG_SUFFIX)
LATEST_IMAGE=$(IMAGE:$(lastword $(subst :, ,$(IMAGE)))=$(LATEST_TAG))$(IMAGE_TAG_SUFFIX)
IMAGE_USERADD_USER_ID?=1000
IMAGE_USERADD_USER_NAME?=
# Branch builds should look at the current branch latest image for cache as well as main branch latest for cache to cover the cases
# where its the first build from a new release branch
IMAGE_IMPORT_CACHE?=type=registry,ref=$(LATEST_IMAGE) type=registry,ref=$(subst $(LATEST),latest,$(LATEST_IMAGE))
BUILD_OCI_TARS?=false
LOCAL_IMAGE_TARGETS=$(foreach image,$(IMAGE_NAMES),$(image)/images/$(BUILDER_PLATFORM_ARCH))
IMAGE_TARGETS=$(foreach image,$(IMAGE_NAMES),$(if $(filter true,$(BUILD_OCI_TARS)),$(call IMAGE_TARGETS_FOR_NAME,$(image)),$(image)/images/push))
# intentionally not setting a default verison, we do not want projects depending on a default
GOLANG_VERSION?=
# If running in the builder base on prow or codebuild, grab the current tag to be used when building with cgo or docker
CURRENT_BUILDER_BASE_TAG=$(or \
$(and $(wildcard /config/BUILDER_BASE_TAG_FILE),$(shell cat /config/BUILDER_BASE_TAG_FILE))\
,$(shell curl -s https://raw.githubusercontent.com/aws/eks-anywhere-prow-jobs/main/BUILDER_BASE_TAG_FILE))
CURRENT_BUILDER_BASE_IMAGE=$(if $(CODEBUILD_BUILD_IMAGE),$(CODEBUILD_BUILD_IMAGE),$(BASE_IMAGE_REPO)/builder-base:$(CURRENT_BUILDER_BASE_TAG))
GOLANG_GCC_BUILDER_IMAGE=$(BASE_IMAGE_REPO)/golang:$(shell cat $(BASE_DIRECTORY)/EKS_DISTRO_MINIMAL_BASE_GOLANG_COMPILER_$(GOLANG_VERSION)_GCC_TAG_FILE)
# in CODEBUILD always use buildctl
BUILDCTL_AVAILABLE=$(or $(filter true,$(IS_ON_BUILDER_BASE)),$(shell command -v buildctl &> /dev/null && buildctl debug workers &> /dev/null && echo "true" || echo "false"))
BUILDX_AVAILABLE=$(shell command -v docker &> /dev/null && docker info &> /dev/null && docker buildx inspect &> /dev/null && echo "true" || echo "false")
DOCKER_AVAILABLE=$(shell command -v docker &> /dev/null && docker info &> /dev/null && echo "true" || echo "false")
####################################################
#################### HELM ##########################
HAS_HELM_CHART?=false
HELM_SOURCE_OWNER?=$(REPO_OWNER)
HELM_SOURCE_REPOSITORY?=$(REPO)
HELM_SOURCE_IMAGE_REPO?=$(IMAGE_REPO)
HELM_GIT_TAG?=$(GIT_TAG)
HELM_TAG?=$(GIT_TAG)-$(GIT_HASH)
HELM_USE_UPSTREAM_IMAGE?=false
# HELM_DIRECTORY must be a relative path from project root to the directory that contains a chart
HELM_DIRECTORY?=.
HELM_DESTINATION_REPOSITORY?=$(IMAGE_COMPONENT)
HELM_IMAGE_LIST?=
HELM_GIT_CHECKOUT_TARGET?=$(HELM_SOURCE_REPOSITORY)/eks-anywhere-checkout-$(HELM_GIT_TAG)
HELM_GIT_PATCH_TARGET?=$(HELM_SOURCE_REPOSITORY)/eks-anywhere-helm-patched
PACKAGE_DEPENDENCIES?=
####################################################
#### HELPERS ########
# https://riptutorial.com/makefile/example/23643/zipping-lists
# Used to generate binary targets based on BINARY_TARGET_FILES
list-rem = $(wordlist 2,$(words $1),$1)
pairmap = $(and $(strip $2),$(strip $3),$(call \
$1,$(firstword $2),$(firstword $3)) $(call \
pairmap,$1,$(call list-rem,$2),$(call list-rem,$3)))
trimap = $(and $(strip $2),$(strip $3),$(strip $4),$(call \
$1,$(firstword $2),$(firstword $3),$(firstword $4)) $(call \
trimap,$1,$(call list-rem,$2),$(call list-rem,$3),$(call list-rem,$4)))
_pos = $(if $(filter $1,$2),$(call _pos,$1,\
$(call list-rem,$2),x $3),$3)
pos = $(words $(call _pos,$1,$2,))
# TODO: this exist in the gmsl, https://gmsl.sourceforge.io/
# look into introducting gmsl for things like this
# this function gets called a few dozen times and the alternative of using shell with tr takes
# noticeablely longer
TO_UPPER = $(subst a,A,$(subst b,B,$(subst c,C,$(subst d,D,$(subst e,E,$(subst \
f,F,$(subst g,G,$(subst h,H,$(subst i,I,$(subst j,J,$(subst k,K,$(subst l,L,$(subst \
m,M,$(subst n,N,$(subst o,O,$(subst p,P,$(subst q,Q,$(subst r,R,$(subst s,S,$(subst \
t,T,$(subst u,U,$(subst v,V,$(subst w,W,$(subst x,X,$(subst y,Y,$(subst z,Z,$(subst -,_,$(1))))))))))))))))))))))))))))
TO_LOWER = $(subst A,a,$(subst B,b,$(subst C,c,$(subst D,d,$(subst E,e,$(subst \
F,f,$(subst G,g,$(subst H,h,$(subst I,i,$(subst J,j,$(subst K,k,$(subst L,l,$(subst \
M,m,$(subst N,n,$(subst O,o,$(subst P,p,$(subst Q,q,$(subst R,r,$(subst S,s,$(subst \
T,t,$(subst U,u,$(subst V,v,$(subst W,w,$(subst X,x,$(subst Y,y,$(subst Z,z,$(subst _,-,$(1))))))))))))))))))))))))))))
# $1 - variable name to resolve and cache
CACHE_RESULT=$(if $(filter undefined,$(origin _cached-$1)),$(eval _cached-$1:=1)$(eval _cache-$1:=$($1)),)$(_cache-$1)
# $1 - variable name
CACHE_VARIABLE=$(eval _old-$(1)=$(value $(1)))$(eval $(1)=$$(call CACHE_RESULT,_old-$(1)))
# $1 - potential override variable name
# $2 - value if variable not set
# returns value of override var if one is set, otherwise returns $(2)
# intentionally no tab/space since it would come out in the result of calling this func
IF_OVERRIDE_VARIABLE=$(if $(filter undefined,$(origin $1)),$(2),$(value $(1)))
# $1 - image name
IMAGE_TARGETS_FOR_NAME=$(addsuffix /images/push, $(1)) $(addsuffix /images/amd64, $(1)) $(addsuffix /images/arm64, $(1))
# $1 - binary file name
FULL_FETCH_BINARIES_TARGETS=$(foreach platform,$(BINARY_PLATFORMS),$(addprefix $(BINARY_DEPS_DIR)/$(subst /,-,$(platform))/, $(1)))
# $1 - targets
# $2 - platforms
BINARY_TARGETS_FROM_FILES_PLATFORMS=$(foreach platform, $(2), $(foreach target, $(1), \
$(OUTPUT_BIN_DIR)/$(subst /,-,$(platform))/$(if $(findstring windows,$(platform)),$(target).exe,$(target))))
# This "function" is used to construt the git clone URL for projects.
# Indenting the block results in the URL getting prefixed with a
# space, hence no indentation below.
# $1 - repo owner
# $2 - repo
GET_CLONE_URL=$(shell source $(BUILD_LIB)/common.sh && build::common::get_clone_url $(1) $(2) $(AWS_REGION) $(CODEBUILD_CI))
# $1 - binary file name
# $2 - go mod path for binary
# returns full target path for given binary + go mod path
# if the go mod path is `.` then do not prefix attribution dir, otherwise use binary name
LICENSE_TARGET_FROM_BINARY_GO_MOD=$(call LICENSE_OUTPUT_FROM_BINARY_GO_MOD,$(1),$(2))attribution/go-license.csv
# $1 - binary file name
# $2 - go mod path for binary
# return $1 if the go mod path is not the first, unless there is an override var for the binary
ATTRIBUTION_PREFIX_FROM_BINARY_GO_MOD=$(or \
$(call IF_OVERRIDE_VARIABLE,$(call TO_UPPER,$(1))_ATTRIBUTION_OVERRIDE,), \
$(if $(strip $(filter-out $(word 1,$(GO_MOD_PATHS)),$(2))),$(1),))
# $1 - binary file name
# $2 - go mod path for binary
# returns full path to create attribution/licenses directory
LICENSE_OUTPUT_FROM_BINARY_GO_MOD=$(LICENSES_OUTPUT_DIR)/$(call ADD_TRAILING_CHAR,$(call ATTRIBUTION_PREFIX_FROM_BINARY_GO_MOD,$(1),$(2)),/)
# $1 - binary file name
# $2 - go mod path for binary
# returns attribution target for given binary + go mod path
ATTRIBUTION_TARGET_FROM_BINARY_GO_MOD=$(if $(and $(IS_RELEASE_BRANCH_BUILD),$(filter \
true,$(BINARIES_ARE_RELEASE_BRANCHED))),$(RELEASE_BRANCH)/,)$(call ADD_TRAILING_CHAR,$(call TO_UPPER,$(call ATTRIBUTION_PREFIX_FROM_BINARY_GO_MOD,$(1),$(2))),_)ATTRIBUTION.txt
# $1 - go mod path
GO_MOD_DOWNLOAD_TARGET_FROM_GO_MOD_PATH=$(REPO)/$(if $(filter-out .,$(1)),$(1)/,)eks-anywhere-go-mod-download
# $1 - binary file name
GO_MOD_TARGET_FOR_BINARY_VAR_NAME= \
GO_MOD_TARGET_FOR_BINARY_$(call TO_UPPER,$(call IF_OVERRIDE_VARIABLE,$(call TO_UPPER,$(1))_ATTRIBUTION_OVERRIDE,$(1)))
# $1 - value
# $2 - char
# if value is non empty, add trailing $2
# intentionally no tab/space since it would come out in the result of calling this func
ADD_TRAILING_CHAR=$(if $(1),$(1)$(2),)
# check if pass variable has length of 1
IS_ONE_WORD=$(if $(filter 1,$(words $(1))),true,false)
SED_CMD=$(shell source $(BUILD_LIB)/common.sh && build::find::gnu_variant_on_mac sed)
####################################################
#################### BINARIES ######################
# if the pattern ends in the same as a previous pattern, binary must be built seperately
# if the go mod path has changed from the main, must be built seperately
# if binary is already in the BINARY_TARGET_FILES_BUILD_ALONE list do not add, but properly add source pattern and go mod
# $1 - binary file name
# $2 - source pattern
# $3 - go mod path for binary
setup_build_alone_vs_together = \
$(eval type:=$(if $(or \
$(call IF_OVERRIDE_VARIABLE,_UNIQ_PATTERN_$(notdir $(2)),), \
$(filter-out $(word 1,$(GO_MOD_PATHS)),$(3)), \
$(filter $(1),$(BINARY_TARGET_FILES_BUILD_ALONE))) \
,ALONE,TOGETHER)) \
$(if $(filter $(1),$(BINARY_TARGET_FILES_BUILD_ALONE)),,$(eval BINARY_TARGET_FILES_BUILD_$(type)+=$(1))) \
$(eval SOURCE_PATTERNS_BUILD_$(type)+=$(2)) \
$(eval GO_MOD_PATHS_BUILD_$(type)+=$(3)) \
$(eval _UNIQ_PATTERN_$(notdir $(2)):=1)
# Setup vars UNIQ_GO_MOD_PATHS UNIQ_GO_MOD_TARGET_FILES
# which will store the mapping of uniq go_mod paths to first target file for repsective go mod
# $1 - binary file name
# $2 - source pattern
# $3 - go mod path for binary
setup_uniq_go_mod_license_filters = \
$(if $(call IF_OVERRIDE_VARIABLE,GO_MOD_$(subst /,_,$(3))_LICENSE_PACKAGE_FILTER,),, \
$(eval UNIQ_GO_MOD_PATHS+=$(3)) \
$(eval UNIQ_GO_MOD_TARGET_FILES+=$(1))) \
$(eval $(call GO_MOD_TARGET_FOR_BINARY_VAR_NAME,$(1))=$(3)) \
$(eval GO_MOD_$(subst /,_,$(3))_LICENSE_PACKAGE_FILTER+=$(call IF_OVERRIDE_VARIABLE,LICENSE_PACKAGE_FILTER,$(2)))
BINARY_PLATFORMS?=linux/amd64 linux/arm64
SIMPLE_CREATE_BINARIES?=true
BINARY_TARGETS?=$(call BINARY_TARGETS_FROM_FILES_PLATFORMS, $(BINARY_TARGET_FILES), $(BINARY_PLATFORMS))
BINARY_TARGET_FILES?=
SOURCE_PATTERNS?=$(foreach _,$(BINARY_TARGET_FILES),.)
GO_MOD_PATHS?=$(foreach _,$(BINARY_TARGET_FILES),.)
# There may not any that need building alone, defining empty vars in case not set from above
BINARY_TARGET_FILES_BUILD_ALONE?=
SOURCE_PATTERNS_BUILD_ALONE?=
GO_MOD_PATHS_BUILD_ALONE?=
UNIQ_GO_MOD_PATHS?=
$(call trimap,setup_build_alone_vs_together,$(BINARY_TARGET_FILES),$(SOURCE_PATTERNS),$(GO_MOD_PATHS))
$(call trimap,setup_uniq_go_mod_license_filters,$(BINARY_TARGET_FILES),$(SOURCE_PATTERNS),$(GO_MOD_PATHS))
GO_MOD_DOWNLOAD_TARGETS?=$(foreach path, $(UNIQ_GO_MOD_PATHS), $(call GO_MOD_DOWNLOAD_TARGET_FROM_GO_MOD_PATH,$(path)))
VENDOR_UPDATE_SCRIPT?=
#### CGO ############
CGO_CREATE_BINARIES?=false
IS_ON_BUILDER_BASE=$(if $(wildcard /buildkit.sh),true,false)
BUILDER_PLATFORM_OS=$(shell uname -s | tr '[:upper:]' '[:lower:]')
BUILDER_PLATFORM_ARCH=$(if $(filter x86_64,$(shell uname -m)),amd64,arm64)
BUILDER_PLATFORM=$(BUILDER_PLATFORM_OS)/$(BUILDER_PLATFORM_ARCH)
NEEDS_CGO_BUILDER=$(and $(if $(filter true,$(CGO_CREATE_BINARIES)),true,),$(if $(filter true,$(IS_ON_BUILDER_BASE)),,true))
USE_DOCKER_FOR_CGO_BUILD?=false
GO_MOD_CACHE=$(shell if source $(BUILD_LIB)/common.sh && build::common::use_go_version $(GOLANG_VERSION) > /dev/null 2>&1 && command -v go &> /dev/null; then go env GOMODCACHE; else echo $${HOME}/.cache/go/pkg/mod; fi)
GO_BUILD_CACHE=$(shell if source $(BUILD_LIB)/common.sh && build::common::use_go_version $(GOLANG_VERSION) > /dev/null 2>&1 && command -v go &> /dev/null; then go env GOCACHE; else echo $${HOME}/.cache/go-build; fi)
GO_MODS_VENDORED?=false
DOCKER_PLATFORM?=
######################
#### BUILD FLAGS ####
ifeq ($(CGO_CREATE_BINARIES),true)
CGO_ENABLED=1
GO_LDFLAGS?=-s -w -buildid= $(EXTRA_GO_LDFLAGS)
CGO_LDFLAGS?=-Wl,--build-id=none
EXTRA_GOBUILD_FLAGS?=-gcflags=-trimpath=$(MAKE_ROOT) -asmflags=-trimpath=$(MAKE_ROOT)
else
CGO_ENABLED=0
GO_LDFLAGS?=-s -w -buildid= -extldflags -static $(EXTRA_GO_LDFLAGS)
CGO_LDFLAGS?=
EXTRA_GOBUILD_FLAGS?=
endif
EXTRA_GO_LDFLAGS?=
GOBUILD_COMMAND?=build
######################
############### BINARIES DEPS ######################
BINARY_DEPS_DIR?=$(OUTPUT_DIR)/dependencies
PROJECT_DEPENDENCIES?=
HANDLE_DEPENDENCIES_TARGET?=handle-dependencies
# Based on PROJECT_DEPENDENCIES, generate fetch binaries targets, only projects with s3 artifacts will be fetched
PROJECT_DEPENDENCIES_TARGETS=$(foreach dep,$(PROJECT_DEPENDENCIES), \
$(eval project_path_parts:=$(subst /, ,$(dep))) \
$(eval project_path:=$(BASE_DIRECTORY)/projects/$(word 2,$(project_path_parts))/$(word 3,$(project_path_parts))) \
$(eval release_branch:=$(or $(word 4,$(project_path_parts)),$(RELEASE_BRANCH))) \
$(if $(or $(findstring eksd,$(dep)), \
$(and \
$(if $(wildcard $(project_path)),true,$(error Non-existent dependency: $(dep))), \
$(filter true,$(shell $(MAKE) -C $(project_path) var-value-HAS_S3_ARTIFACTS RELEASE_BRANCH=$(release_branch))) \
)),$(call FULL_FETCH_BINARIES_TARGETS,$(dep)),))
####################################################
#################### LICENSES ######################
HAS_LICENSES?=true
ATTRIBUTION_TARGETS?=$(call pairmap,ATTRIBUTION_TARGET_FROM_BINARY_GO_MOD,$(BINARY_TARGET_FILES),$(GO_MOD_PATHS))
GATHER_LICENSES_TARGETS?=$(call pairmap,LICENSE_TARGET_FROM_BINARY_GO_MOD,$(BINARY_TARGET_FILES),$(GO_MOD_PATHS))
LICENSES_OUTPUT_DIR?=$(OUTPUT_DIR)
LICENSES_TARGETS_FOR_PREREQ?=$(if $(filter true,$(HAS_LICENSES)),$(GATHER_LICENSES_TARGETS) \
$(foreach target,$(ATTRIBUTION_TARGETS),_output/$(target)),)
# .9 is the default if nothing is passed to go-licenses
# allow override on a per project basis for super specific cases
LICENSE_THRESHOLD?=.9
####################################################
#################### TARBALLS ######################
HAS_S3_ARTIFACTS?=false
SIMPLE_CREATE_TARBALLS?=true
TAR_FILE_PREFIX?=$(REPO)
FAKE_ARM_BINARIES_FOR_VALIDATION?=$(if $(filter linux/arm64,$(BINARY_PLATFORMS)),false,true)
FAKE_AMD_BINARIES_FOR_VALIDATION?=$(if $(filter linux/amd64,$(BINARY_PLATFORMS)),false,true)
FAKE_ARM_IMAGES_FOR_VALIDATION?=false
IMAGE_FORMAT?=
IMAGE_OS?=
UPLOAD_DO_NOT_DELETE?=false
UPLOAD_CREATE_PUBLIC_ACL?=true
####################################################
#################### OTHER #########################
KUSTOMIZE_VERSION=4.5.7
KUSTOMIZE_TARGET=$(OUTPUT_DIR)/kustomize
GIT_DEPS_DIR?=$(OUTPUT_DIR)/gitdependencies
SPECIAL_TARGET_SECONDARY+=$(strip $(PROJECT_DEPENDENCIES_TARGETS) $(GO_MOD_DOWNLOAD_TARGETS))
SKIP_CHECKSUM_VALIDATION?=false
IN_DOCKER_TARGETS=all-attributions all-attributions-checksums all-checksums attribution attribution-checksums binaries checksums clean clean-go-cache validate-checksums $(GO_MOD_DOWNLOAD_TARGETS) $(BINARY_TARGETS) $(GATHER_LICENSES_TARGETS)
PRUNE_BUILDCTL?=false
GITHUB_TOKEN?=
# if this is set we are running in the context of a run-<>-in-docker target
DOCKER_RUN_BASE_DIRECTORY?=
DEPENDENCY_TOOLS=buildctl helm jq lz4 skopeo tuftool yq
# set to true if do not care about checksum match, default to false to limit confusion
# around checksum mismatch
FORCE_BUILD_ON_HOST?=false
# $1 - should run on host
MAYBE_RUN_IN_DOCKER?=$(if \
$(or \
$(filter true,$(IS_ON_BUILDER_BASE)), \
$(filter true,$(FORCE_BUILD_ON_HOST)), \
$(filter true,$2), \
$(filter false,$(DOCKER_AVAILABLE)) \
),,true)
# this can be used as a normal macro, $(ENABLE_DOCKER), or as a func with 1 param, $(call ENABLE_DOCKER)
# $1 - should run on host (optional)
ENABLE_DOCKER=$(eval $(call ENABLE_DOCKER_BODY,$@,$(if $(filter undefined,$(origin 1)),false,$(value 1)),))
# $1 - container platform to use
ENABLE_DOCKER_PLATFORM=$(eval $(call ENABLE_DOCKER_BODY,$@,false,$(if $(filter undefined,$(origin 1)),,$(value 1))))
# $1 - target name
# $2 - should run on host
# $3 - container platform to use (for cgo)
# SHELL is overriden with the run_in_docker.sh $(RUN_IN_DOCKER_BODY) args passed at the beginning
# in the make_shell.sh, if the action is docker, then it will wait until its the actual target
# signified by LOGGING_TARGET being set and then run that script instead of the actual target script
# since we are manipulating the SHELL here we have to make sure any variables which are going to be used in the
# context of MAYBE_RUN_IN_DOCKER cannot themselves call out to a shell, we can force eval to avoid
define ENABLE_DOCKER_BODY
$(eval _TARGET:=$1)
$(eval _RUN_ON_HOST:=$2)
$(eval _DOCKER_PLATFORM:=$3)
$(eval _USE_DOCKER:=$(call MAYBE_RUN_IN_DOCKER,$(_RUN_ON_HOST)))
$(_TARGET): export LOGGING_TARGET=$(_TARGET)
$(_TARGET): export RUN_IN_DOCKER_ARGS=$$(RUN_IN_DOCKER_ARGS_BODY)
$(_TARGET): MAKE_TARGET:=$(_TARGET)
$(_TARGET): DOCKER_PLATFORM:=$(_DOCKER_PLATFORM)
$(_TARGET): USE_DOCKER:=$(_USE_DOCKER)
$(_TARGET): SHELL=$(if $(_USE_DOCKER),$(DOCKER_SHELL),$(LOGGING_SHELL))
endef
define RUN_IN_DOCKER_ARGS_BODY
$(COMPONENT) $(MAKE_TARGET) $(IMAGE_REPO) "$(RELEASE_BRANCH)" "$(ARTIFACTS_BUCKET)" "$(BASE_DIRECTORY)" "$(GO_MOD_CACHE)" "$(BUILDER_PLATFORM_ARCH)" true "$(CURRENT_BUILDER_BASE_TAG)" "$(DOCKER_PLATFORM)"
endef
####################################################
#################### LOGGING #######################
DATE_CMD=TZ=utc $(shell source $(BUILD_LIB)/common.sh && build::find::gnu_variant_on_mac date)
DATE_NANO=$(shell if [ "$$(uname -s)" = "Linux" ] || command -v gdate &> /dev/null; then echo %3N; fi)
TARGET_START_LOG?=$(eval _START_TIME:=$(shell $(DATE_CMD) +%s.$(DATE_NANO)))\\n------------------- $(shell $(DATE_CMD) +"%Y-%m-%dT%H:%M:%S.$(DATE_NANO)%z") Starting target=$@ -------------------
TARGET_END_LOG?="------------------- `$(DATE_CMD) +'%Y-%m-%dT%H:%M:%S.$(DATE_NANO)%z'` Finished target=$@ duration=`echo $$($(DATE_CMD) +%s.$(DATE_NANO)) - $(_START_TIME) | bc` seconds -------------------\\n"
ENABLE_LOGGING=$(eval $(call ENABLE_LOGGING_BODY,$@))
# $1 - target name
# target is exported so that the script can tell the difference between
# a recipe and a $(shell) call, which we do not want to log around
# this style of enable logging only works for single line recipes
define ENABLE_LOGGING_BODY
$(eval _TARGET:=$1)
$(_TARGET): export LOGGING_TARGET=$(_TARGET)
$(_TARGET): SHELL=$$(LOGGING_SHELL)
endef
####################################################
#################### TARGETS FOR OVERRIDING ########
BUILD_TARGETS?=github-rate-limit-pre validate-checksums attribution $(if $(IMAGE_NAMES),local-images,) $(if $(filter true,$(HAS_HELM_CHART)),helm/build,) $(if $(filter true,$(HAS_S3_ARTIFACTS)),upload-artifacts,) attribution-pr github-rate-limit-post
RELEASE_TARGETS?=validate-checksums $(if $(IMAGE_NAMES),images,) $(if $(filter true,$(HAS_HELM_CHART)),helm/push,) $(if $(filter true,$(HAS_S3_ARTIFACTS)),upload-artifacts,)
####################################################
# convert commonly used, usually shell call, variables to lazily resolved cached variables
CACHE_VARS=AWS_ACCOUNT_ID BUILD_IDENTIFIER BUILDER_PLATFORM_ARCH BUILDER_PLATFORM_OS DATE_CMD DATE_NANO \
GIT_HASH GIT_TAG GO_BUILD_CACHE GO_MOD_CACHE GOLANG_VERSION HELM_GIT_TAG IS_ON_BUILDER_BASE \
PROJECT_DEPENDENCIES_TARGETS SUPPORTED_K8S_VERSIONS BUILDCTL_AVAILABLE BUILDX_AVAILABLE DOCKER_AVAILABLE CURRENT_BUILDER_BASE_TAG
$(foreach v,$(strip $(CACHE_VARS)),$(call CACHE_VARIABLE,$(v)))
define BUILDCTL
$(BUILD_LIB)/buildkit.sh \
build \
--frontend dockerfile.v0 \
--opt platform=$(IMAGE_PLATFORMS) \
--opt build-arg:BASE_IMAGE=$(BASE_IMAGE) \
--opt build-arg:BUILDER_IMAGE=$(BUILDER_IMAGE) \
--opt build-arg:RELEASE_BRANCH=$(RELEASE_BRANCH) \
$(foreach BUILD_ARG,$(IMAGE_BUILD_ARGS),--opt build-arg:$(BUILD_ARG)=$($(BUILD_ARG))) \
--progress plain \
--local dockerfile=$(DOCKERFILE_FOLDER) \
--local context=$(IMAGE_CONTEXT_DIR) \
$(if $(filter push=true,$(IMAGE_OUTPUT)),--export-cache type=inline,) \
$(foreach IMPORT_CACHE,$(IMAGE_IMPORT_CACHE),--import-cache $(IMPORT_CACHE)) \
--opt target=$(IMAGE_TARGET) \
--output type=$(IMAGE_OUTPUT_TYPE),oci-mediatypes=true,\"name=$(IMAGE),$(LATEST_IMAGE)\",$(IMAGE_OUTPUT)
endef
define WRITE_LOCAL_IMAGE_TAG
echo $(IMAGE_TAG) > $(IMAGE_OUTPUT_DIR)/$(IMAGE_OUTPUT_NAME).docker_tag
echo $(IMAGE) > $(IMAGE_OUTPUT_DIR)/$(IMAGE_OUTPUT_NAME).docker_image_name
endef
# Do not binary deps + go mod download file as intermediate files
ifneq ($(SPECIAL_TARGET_SECONDARY),)
.SECONDARY: $(SPECIAL_TARGET_SECONDARY)
endif
#### Source repo + binary Targets
ifneq ($(REPO_NO_CLONE),true)
$(REPO): | ensure-bash-version
@echo -e $(call TARGET_START_LOG)
ifneq ($(REPO_SPARSE_CHECKOUT),)
source $(BUILD_LIB)/common.sh && retry git clone --depth 1 --filter=blob:none --sparse -b $(GIT_TAG) $(CLONE_URL) $(REPO)
git -C $(REPO) sparse-checkout set $(REPO_SPARSE_CHECKOUT) --cone --skip-checks
else
source $(BUILD_LIB)/common.sh && retry git clone $(CLONE_URL) $(REPO)
endif
@echo -e $(call TARGET_END_LOG)
endif
$(GIT_CHECKOUT_TARGET): | $(REPO)
@echo -e $(call TARGET_START_LOG)
@rm -f $(REPO)/eks-anywhere-*
(cd $(REPO) && $(BASE_DIRECTORY)/build/lib/wait_for_tag.sh $(GIT_TAG))
git -C $(REPO) checkout --quiet -f $(GIT_TAG)
@touch $@
@echo -e $(call TARGET_END_LOG)
$(GIT_PATCH_TARGET): $(GIT_CHECKOUT_TARGET)
@echo -e $(call TARGET_START_LOG)
git -C $(REPO) config user.email [email protected]
git -C $(REPO) config user.name "Prow Bot"
if [ -n "$(PATCHES_DIR)" ]; then git -C $(REPO) am --committer-date-is-author-date $(PATCHES_DIR)/*; fi
@touch $@
@echo -e $(call TARGET_END_LOG)
ifneq ($(PATCHES_DIR),)
update-patch-numbers:
$(SED_CMD) -i -E "s|PATCH (.*)/[0-9]+|PATCH \1/$(shell ls -1 $(PATCHES_DIR) | wc -l | tr -d ' ')|" $(PATCHES_DIR)/*
endif
## GO mod download targets
$(REPO)/%ks-anywhere-go-mod-download: REPO_SUBPATH=$(if $(filter e,$*),,$(*:%/e=%))
$(REPO)/%ks-anywhere-go-mod-download: $(if $(PATCHES_DIR),$(GIT_PATCH_TARGET),$(GIT_CHECKOUT_TARGET)) | $$(ENABLE_DOCKER)
@if [[ "$(GO_MODS_VENDORED)" == "false" ]]; then $(BASE_DIRECTORY)/build/lib/go_mod_download.sh $(MAKE_ROOT) $(REPO) $(GIT_TAG) $(GOLANG_VERSION) "$(REPO_SUBPATH)"; fi; \
touch $@
ifneq ($(REPO),$(HELM_SOURCE_REPOSITORY))
$(HELM_SOURCE_REPOSITORY):
@echo -e $(call TARGET_START_LOG)
source $(BUILD_LIB)/common.sh && retry git clone $(HELM_CLONE_URL) $(HELM_SOURCE_REPOSITORY)
@echo -e $(call TARGET_END_LOG)
endif
ifneq ($(GIT_TAG),$(HELM_GIT_TAG))
$(HELM_GIT_CHECKOUT_TARGET): | $(HELM_SOURCE_REPOSITORY)
@echo -e $(call TARGET_START_LOG)
@echo rm -f $(HELM_SOURCE_REPOSITORY)/eks-anywhere-*
(cd $(HELM_SOURCE_REPOSITORY) && $(BASE_DIRECTORY)/build/lib/wait_for_tag.sh $(HELM_GIT_TAG))
git -C $(HELM_SOURCE_REPOSITORY) checkout -f $(HELM_GIT_TAG)
touch $@
@echo -e $(call TARGET_END_LOG)
endif
$(HELM_GIT_PATCH_TARGET): $(HELM_GIT_CHECKOUT_TARGET)
@echo -e $(call TARGET_START_LOG)
git -C $(HELM_SOURCE_REPOSITORY) config user.email [email protected]
git -C $(HELM_SOURCE_REPOSITORY) config user.name "Prow Bot"
git -C $(HELM_SOURCE_REPOSITORY) am --committer-date-is-author-date $(wildcard $(PROJECT_ROOT)/helm/patches)/*
@touch $@
@echo -e $(call TARGET_END_LOG)
ifeq ($(SIMPLE_CREATE_BINARIES),true)
# GO_MOD_TARGET_FOR_BINARY_<binary> variables are created earlier in the makefile when determining which binaries can be built together vs alone
# if target is included in BINARY_TARGET_FILES_BUILD_TOGETHER list, use SOURCE_PATTERNS_BUILD_TOGETHER, otherewise use source pattern at the same index as binary_target in binary_target_files
$(OUTPUT_BIN_DIR)/%: PLATFORM=$(subst -,/,$(*D))
$(OUTPUT_BIN_DIR)/%: BINARY_TARGET=$(@F:%.exe=%)
$(OUTPUT_BIN_DIR)/%: SOURCE_PATTERN=$(if $(filter $(BINARY_TARGET),$(BINARY_TARGET_FILES_BUILD_TOGETHER)),$(SOURCE_PATTERNS_BUILD_TOGETHER),$(word $(call pos,$(BINARY_TARGET),$(BINARY_TARGET_FILES)),$(SOURCE_PATTERNS)))
$(OUTPUT_BIN_DIR)/%: OUTPUT_PATH=$(if $(and $(if $(filter false,$(call IS_ONE_WORD,$(BINARY_TARGET_FILES_BUILD_TOGETHER))),$(filter $(BINARY_TARGET),$(BINARY_TARGET_FILES_BUILD_TOGETHER)))),$(@D)/,$@)
$(OUTPUT_BIN_DIR)/%: GO_MOD_PATH=$($(call GO_MOD_TARGET_FOR_BINARY_VAR_NAME,$(BINARY_TARGET)))
$(OUTPUT_BIN_DIR)/%: GO_MOD_DOWNLOAD_TARGET=$(call GO_MOD_DOWNLOAD_TARGET_FROM_GO_MOD_PATH,$(GO_MOD_PATH))
# if cgo build, set platform when running the docker container
$(OUTPUT_BIN_DIR)/%: SET_PLATFORM=$(if $(filter true,$(NEEDS_CGO_BUILDER)),$(PLATFORM),)
$(OUTPUT_BIN_DIR)/%: $$(GO_MOD_DOWNLOAD_TARGET) | $$(call ENABLE_DOCKER_PLATFORM,$$(SET_PLATFORM))
@$(BASE_DIRECTORY)/build/lib/simple_create_binaries.sh $(MAKE_ROOT) $(MAKE_ROOT)/$(OUTPUT_PATH) $(REPO) $(GOLANG_VERSION) $(PLATFORM) "$(SOURCE_PATTERN)" "$(GOBUILD_COMMAND)" "$(EXTRA_GOBUILD_FLAGS)" "$(GO_LDFLAGS)" $(CGO_ENABLED) "$(CGO_LDFLAGS)" "$(GO_MOD_PATH)" "$(BINARY_TARGET_FILES_BUILD_TOGETHER)"
endif
.PHONY: binaries
binaries: $(BINARY_TARGETS)
$(KUSTOMIZE_TARGET):
@echo -e $(call TARGET_START_LOG)
ifeq ($(GITHUB_TOKEN),)
$(warning No GITHUB_TOKEN set, may get rate limited while trying to install kustomize)
endif
@mkdir -p $(OUTPUT_DIR)
source $(BUILD_LIB)/common.sh && retry curl -o /tmp/install_kustomize.sh -s "https://raw.githubusercontent.com/kubernetes-sigs/kustomize/master/hack/install_kustomize.sh"
chmod +x /tmp/install_kustomize.sh
source $(BUILD_LIB)/common.sh && retry /tmp/install_kustomize.sh $(KUSTOMIZE_VERSION) $(OUTPUT_DIR)
@echo -e $(call TARGET_END_LOG)
.PHONY: clone-repo
clone-repo: $(REPO)
.PHONY: checkout-repo
checkout-repo: $(if $(PATCHES_DIR),$(GIT_PATCH_TARGET),$(GIT_CHECKOUT_TARGET))
.PHONY: patch-repo
patch-repo: checkout-repo
## File/Folder Targets
$(OUTPUT_DIR)/images/%:
@mkdir -p $(@D)
$(OUTPUT_DIR)/%TTRIBUTION.txt: SOURCE_FILE=$(@:_output/%=%) # we want to keep the release branch part which is in the OUTPUT var, hardcoding _output
$(OUTPUT_DIR)/%TTRIBUTION.txt:
@mkdir -p $(OUTPUT_DIR)
@cp $(SOURCE_FILE) $(OUTPUT_DIR)
## License Targets
# if there is only one go mod path then licenses are gathered to _output, `%` will equal `a`
# multiple go mod paths are in use and licenses are gathered and stored in sub folders, `%` will equal `<binary>/a`
# GO_MOD_TARGET_FOR_BINARY_<binary> variables are created earlier in the makefile when determining which binaries can be built together vs alone
$(OUTPUT_DIR)/%ttribution/go-license.csv: BINARY_TARGET=$(if $(filter .,$(*D)),,$(*D))
$(OUTPUT_DIR)/%ttribution/go-license.csv: GO_MOD_PATH=$(if $(BINARY_TARGET),$(GO_MOD_TARGET_FOR_BINARY_$(call TO_UPPER,$(BINARY_TARGET))),$(word 1,$(UNIQ_GO_MOD_PATHS)))
$(OUTPUT_DIR)/%ttribution/go-license.csv: LICENSE_PACKAGE_FILTER=$(GO_MOD_$(subst /,_,$(GO_MOD_PATH))_LICENSE_PACKAGE_FILTER)
$(OUTPUT_DIR)/%ttribution/go-license.csv: GO_MOD_DOWNLOAD_TARGET=$(call GO_MOD_DOWNLOAD_TARGET_FROM_GO_MOD_PATH,$(GO_MOD_PATH))
$(OUTPUT_DIR)/%ttribution/go-license.csv: $$(GO_MOD_DOWNLOAD_TARGET) | ensure-jq $$(ENABLE_DOCKER)
@$(BASE_DIRECTORY)/build/lib/gather_licenses.sh $(REPO) $(MAKE_ROOT)/$(OUTPUT_DIR)/$(BINARY_TARGET) "$(LICENSE_PACKAGE_FILTER)" $(GO_MOD_PATH) $(GOLANG_VERSION) $(LICENSE_THRESHOLD) $(CGO_ENABLED)
.PHONY: gather-licenses
gather-licenses: $(GATHER_LICENSES_TARGETS)
## Attribution Targets
# if there is only one go mod path so only one attribution is created, the file will be named ATTRIBUTION.txt and licenses will be stored in _output, `%` will equal `A`
# if multiple attributions are being generated, the file will be <binary>_ATTRIBUTION.txt and licenses will be stored in _output/<binary>, `%` will equal `<BINARY>_A`
%TTRIBUTION.txt: LICENSE_OUTPUT_PATH=$(OUTPUT_DIR)$(if $(filter A,$(*F)),,/$(call TO_LOWER,$(*F:%_A=%)))
%TTRIBUTION.txt: GENERATE_ATTR_AVAIL=$(shell command -v generate-attribution &> /dev/null && echo "true" || echo "false")
%TTRIBUTION.txt: LICENSE_TARGET=$(LICENSE_OUTPUT_PATH)/attribution/go-license.csv
%TTRIBUTION.txt: $$(LICENSE_TARGET) | $$(call ENABLE_DOCKER,$$(GENERATE_ATTR_AVAIL))
@$(BASE_DIRECTORY)/build/lib/create_attribution.sh $(MAKE_ROOT) $(GOLANG_VERSION) $(MAKE_ROOT)/$(LICENSE_OUTPUT_PATH) $(@F) $(RELEASE_BRANCH)
.PHONY: attribution
attribution: $(and $(filter true,$(HAS_LICENSES)),$(ATTRIBUTION_TARGETS))
.PHONY: attribution-pr
attribution-pr: attribution | $$(ENABLE_LOGGING)
@$(BASE_DIRECTORY)/build/update-attribution-files/create_pr.sh
.PHONY: all-attributions
all-attributions:
$(BASE_DIRECTORY)/build/update-attribution-files/make_attribution.sh projects/$(COMPONENT) attribution
#### Tarball Targets
.PHONY: tarballs
tarballs: $(LICENSES_TARGETS_FOR_PREREQ) | $$(ENABLE_LOGGING)
ifeq ($(SIMPLE_CREATE_TARBALLS),true)
@$(BUILD_LIB)/simple_create_tarballs.sh $(TAR_FILE_PREFIX) $(MAKE_ROOT)/$(OUTPUT_DIR) $(MAKE_ROOT)/$(OUTPUT_BIN_DIR) $(GIT_TAG) "$(BINARY_PLATFORMS)" $(ARTIFACTS_PATH) $(GIT_HASH)
endif
.PHONY: upload-artifacts
upload-artifacts: s3-artifacts upload-output-to-prow-artifacts-s3-artifacts | $$(ENABLE_LOGGING)
@$(BUILD_LIB)/upload_artifacts.sh $(ARTIFACTS_PATH) $(ARTIFACTS_BUCKET) $(ARTIFACTS_UPLOAD_PATH) $(BUILD_IDENTIFIER) $(GIT_HASH) $(LATEST) $(UPLOAD_DRY_RUN) $(UPLOAD_DO_NOT_DELETE) $(UPLOAD_CREATE_PUBLIC_ACL)
.PHONY: s3-artifacts
s3-artifacts: tarballs
@echo -e $(call TARGET_START_LOG)
$(BUILD_LIB)/create_release_checksums.sh $(ARTIFACTS_PATH)
$(BUILD_LIB)/validate_artifacts.sh $(MAKE_ROOT) $(ARTIFACTS_PATH) $(GIT_TAG) $(FAKE_ARM_BINARIES_FOR_VALIDATION) $(FAKE_AMD_BINARIES_FOR_VALIDATION) $(IMAGE_FORMAT) $(IMAGE_OS)
@echo -e $(call TARGET_END_LOG)
.PHONY: upload-output-to-prow-artifacts-%
upload-output-to-prow-artifacts-%:
@if [[ "$(JOB_TYPE)" == "presubmit" ]] && [[ "$(INCLUDE_OUTPUT_IN_PROW_ARTIFACTS)" == "true" ]]; then \
cp -rf $(OUTPUT_DIR) $(ARTIFACTS); \
fi
### Checksum Targets
.PHONY: checksums
checksums: $(BINARY_TARGETS) | $$(ENABLE_LOGGING)
ifneq ($(strip $(BINARY_TARGETS)),)
@$(BASE_DIRECTORY)/build/lib/update_checksums.sh $(MAKE_ROOT) $(PROJECT_ROOT) $(MAKE_ROOT)/$(OUTPUT_BIN_DIR)
endif
.PHONY: validate-checksums
validate-checksums: $(BINARY_TARGETS) upload-output-to-prow-artifacts-validate-checksums | $$(ENABLE_LOGGING)
ifneq ($(and $(strip $(BINARY_TARGETS)), $(filter false, $(SKIP_CHECKSUM_VALIDATION))),)
@$(BASE_DIRECTORY)/build/lib/validate_checksums.sh $(MAKE_ROOT) $(PROJECT_ROOT) $(MAKE_ROOT)/$(OUTPUT_BIN_DIR) $(FAKE_ARM_BINARIES_FOR_VALIDATION) $(FAKE_AMD_BINARIES_FOR_VALIDATION)
endif
.PHONY: attribution-checksums
attribution-checksums: attribution checksums
.PHONY: all-checksums
all-checksums:
$(BASE_DIRECTORY)/build/update-attribution-files/make_attribution.sh projects/$(COMPONENT) checksums
.PHONY: all-attributions-checksums
all-attributions-checksums:
$(BASE_DIRECTORY)/build/update-attribution-files/make_attribution.sh projects/$(COMPONENT) "attribution checksums"
#### Image Helpers
ifneq ($(IMAGE_NAMES),)
.PHONY: local-images images
local-images: clean-job-caches $(LOCAL_IMAGE_TARGETS)
images: $(IMAGE_TARGETS)
endif
.PHONY: clean-job-caches
# space is very limited in presubmit jobs, the image builds can push the total used space over the limit.
# go-build cache and pkg mod cache handled by target above
# prune is handled by buildkit.sh
clean-job-caches: $(and $(findstring presubmit,$(JOB_TYPE)),$(filter true,$(PRUNE_BUILDCTL)),clean-go-cache)
.PHONY: %/images/push %/images/amd64 %/images/arm64
%/images/push %/images/amd64 %/images/arm64: IMAGE_NAME=$*
%/images/push %/images/amd64 %/images/arm64: DOCKERFILE_FOLDER?=./docker/linux
%/images/push %/images/amd64 %/images/arm64: IMAGE_CONTEXT_DIR?=.
%/images/push %/images/amd64 %/images/arm64: IMAGE_BUILD_ARGS?=
# if there is neither buildctl or buildx, use ensure-buildctl to show the user that error
%/images/push %/images/amd64 %/images/arm64 %-useradd/images/export: ENSURE_PREREQ=$(if $(or $(filter true,$(BUILDCTL_AVAILABLE)),$(filter false,$(BUILDX_AVAILABLE))),ensure-buildkitd-host,)
%/images/push %/images/amd64 %/images/arm64 %-useradd/images/export: export USE_BUILDX=$(if $(filter ensure-buildkitd-host,$(ENSURE_PREREQ)),false,true)
# Build image using buildkit for all platforms, by default pushes to registry defined in IMAGE_REPO.
%/images/push: IMAGE_PLATFORMS?=linux/amd64,linux/arm64
%/images/push: IMAGE_OUTPUT_TYPE?=image
%/images/push: IMAGE_OUTPUT?=push=true
# Build image using buildkit only builds linux/amd64 oci and saves to local tar.
%/images/amd64: IMAGE_PLATFORMS?=linux/amd64
# Build image using buildkit only builds linux/arm64 oci and saves to local tar.
%/images/arm64: IMAGE_PLATFORMS?=linux/arm64
%/images/amd64 %/images/arm64: IMAGE_OUTPUT_TYPE?=oci
%/images/amd64 %/images/arm64: IMAGE_OUTPUT?=dest=$(IMAGE_OUTPUT_DIR)/$(IMAGE_OUTPUT_NAME).tar
%/images/push: $(BINARY_TARGETS) $(LICENSES_TARGETS_FOR_PREREQ) $(HANDLE_DEPENDENCIES_TARGET) | $$(ENSURE_PREREQ) $$(ENABLE_LOGGING)
@$(BUILDCTL)
%/images/amd64: $(BINARY_TARGETS) $(LICENSES_TARGETS_FOR_PREREQ) $(HANDLE_DEPENDENCIES_TARGET) | $$(ENSURE_PREREQ)
@echo -e $(call TARGET_START_LOG)
@mkdir -p $(IMAGE_OUTPUT_DIR)
$(BUILDCTL)
$(WRITE_LOCAL_IMAGE_TAG)
@echo -e $(call TARGET_END_LOG)
%/images/arm64: $(BINARY_TARGETS) $(LICENSES_TARGETS_FOR_PREREQ) $(HANDLE_DEPENDENCIES_TARGET) | $$(ENSURE_PREREQ)
@echo -e $(call TARGET_START_LOG)
@mkdir -p $(IMAGE_OUTPUT_DIR)
$(BUILDCTL)
$(WRITE_LOCAL_IMAGE_TAG)
@echo -e $(call TARGET_END_LOG)
## Useradd targets
%-useradd/images/export: IMAGE_OUTPUT_TYPE=local
%-useradd/images/export: IMAGE_OUTPUT_DIR=$(OUTPUT_DIR)/files/$*
%-useradd/images/export: IMAGE_OUTPUT?=dest=$(IMAGE_OUTPUT_DIR)
%-useradd/images/export: IMAGE_BUILD_ARGS=IMAGE_USERADD_USER_ID IMAGE_USERADD_USER_NAME
%-useradd/images/export: DOCKERFILE_FOLDER=$(BUILD_LIB)/docker/linux/useradd
%-useradd/images/export: IMAGE_PLATFORMS=linux/$(BUILDER_PLATFORM_ARCH)
%-useradd/images/export: | $$(ENSURE_PREREQ) $$(ENABLE_LOGGING)
@mkdir -p $(IMAGE_OUTPUT_DIR) && $(BUILDCTL)
## Helm Targets
.PHONY: helm/pull
helm/pull: | $$(ENABLE_LOGGING)
@$(BUILD_LIB)/helm_pull.sh $(HELM_PULL_LOCATION) $(HELM_REPO_URL) $(HELM_PULL_NAME) $(REPO) $(HELM_DIRECTORY) $(CHART_VERSION) $(COPY_CRDS)
# Build helm chart
.PHONY: helm/build
helm/build: $(LICENSES_TARGETS_FOR_PREREQ)
helm/build: $(if $(filter true,$(REPO_NO_CLONE)),,$(HELM_GIT_CHECKOUT_TARGET))
helm/build: $(if $(wildcard $(PROJECT_ROOT)/helm/patches),$(HELM_GIT_PATCH_TARGET),) | ensure-helm ensure-skopeo
@echo -e $(call TARGET_START_LOG)
$(BUILD_LIB)/helm_copy.sh $(HELM_SOURCE_REPOSITORY) $(HELM_DESTINATION_REPOSITORY) $(HELM_DIRECTORY) $(OUTPUT_DIR)
$(BUILD_LIB)/helm_require.sh $(HELM_SOURCE_IMAGE_REPO) $(HELM_DESTINATION_REPOSITORY) $(OUTPUT_DIR) $(IMAGE_TAG) $(HELM_TAG) $(PROJECT_ROOT) $(LATEST) $(HELM_USE_UPSTREAM_IMAGE) $(HELM_IMAGE_LIST)
$(BUILD_LIB)/helm_replace.sh $(HELM_DESTINATION_REPOSITORY) $(OUTPUT_DIR)
$(BUILD_LIB)/helm_build.sh $(OUTPUT_DIR) $(HELM_DESTINATION_REPOSITORY)
@echo -e $(call TARGET_END_LOG)
# Build helm chart and push to registry defined in IMAGE_REPO.
.PHONY: helm/push
helm/push: helm/build | ensure-helm $$(ENABLE_LOGGING)
@$(BUILD_LIB)/helm_push.sh $(IMAGE_REPO) $(HELM_DESTINATION_REPOSITORY) $(HELM_TAG) $(GIT_TAG) $(OUTPUT_DIR) $(LATEST)
#@ Fetch Binary Targets
.PHONY: handle-dependencies
handle-dependencies: # Download and extract TARs for each dependency listed in PROJECT_DEPENDENCIES
handle-dependencies: $(PROJECT_DEPENDENCIES_TARGETS)
$(BINARY_DEPS_DIR)/linux-%: | $$(ENABLE_LOGGING)
@$(BUILD_LIB)/fetch_binaries.sh $(BINARY_DEPS_DIR) $* $(ARTIFACTS_BUCKET) $(LATEST) $(RELEASE_BRANCH)
## Build Targets
.PHONY: build
build: $(BUILD_TARGETS)
.PHONY: release
release: $(RELEASE_TARGETS)
# Iterate over release branch versions, avoiding branches explicitly marked as skipped
.PHONY: %/release-branches/all
%/release-branches/all:
@set -e; \
for version in $(SUPPORTED_K8S_VERSIONS) ; do \
if ! [[ "$(SKIPPED_K8S_VERSIONS)" =~ $$version ]]; then \
$(MAKE) $* $(if $(filter true,$(BINARIES_ARE_RELEASE_BRANCHED)),clean-output,) RELEASE_BRANCH=$$version; \
fi \
done;
### Clean Targets
# When go downloads pkg to the module cache, GOPATH/pkg/mod, it removes the write permissions
# prevent accident modifications since files/checksums are tightly controlled
# adding the perms necessary to perform the delete
# When building go bins using mods which have been downloaded by go mod download/vendor which will exist in the go_mod_cache
# there is additional checksum (?) information that is not preserved in the vendor directory within the project folder
# This additional information gets written out into the resulting binary. If we did not run go mod vendor, which we do
# for all project builds, we could get checksum mismatches on the final binaries due to sometimes having the mod previously
# downloaded in the go_mod_cahe. Running go mod vendor always ensures that the go mod has always been downloaded
# to the go_mod_cache directory. If we clear the go_mod_cache we need to delete the go_mod_download sentinel file
# so the next time we run build go mods will be redownloaded
.PHONY: clean-go-cache
clean-go-cache: | $$(ENABLE_LOGGING)
@if [ -n "$(GOLANG_VERSION)" ]; then \
chmod -fR 777 $(GO_MOD_CACHE) &> /dev/null || :; \
$(foreach folder,$(GO_MOD_CACHE) $(GO_BUILD_CACHE),$(if $(wildcard $(folder)),du -hs $(folder) && rm -rf $(folder);,)) \
$(foreach file,$(GO_MOD_DOWNLOAD_TARGETS),$(if $(wildcard $(file)),rm -f $(file);,)) \
fi
.PHONY: clean-repo
clean-repo:
@rm -rf $(REPO) $(HELM_SOURCE_REPOSITORY)
# intentionally not using OUTPUT_DIR variable to ensure we
# delete the entire output folder for release branch'd projects
.PHONY: clean-output
clean-output:
@if [ -d _output ]; then \
du -hs _output; \
rm -rf _output; \
fi
.PHONY: clean
clean: $(if $(filter true,$(REPO_NO_CLONE)),,clean-repo) clean-output
## --------------------------------------
## Help
## --------------------------------------
#@ Helpers
.PHONY: help
help: # Display this help
@awk 'BEGIN {FS = ":.*##"; printf "\nUsage:\n make \033[36m\033[0m\n"} /^[$$()% \/a-zA-Z0-9_-]+:.*?##/ { printf " \033[36m%-55s\033[0m %s\n", $$1, $$2 } /^##@/ { printf "\n\033[1m%s\033[0m\n", substr($$0, 4) } ' $(MAKEFILE_LIST)
.PHONY: help-list
help-list:
@awk 'BEGIN {FS = ":.*#";} /^[$$()% \/a-zA-Z0-9_-]+:.*?#/ { printf "%s: ##%s\n", $$1, $$2 } /^#@/ { printf "\n##@%s\n", substr($$0, 4) } ' $(MAKEFILE_LIST)
.PHONY: add-generated-help-block
add-generated-help-block: # Add or update generated help block to document project make file and support shell auto completion
add-generated-help-block:
$(BUILD_LIB)/generate_help_body.sh $(MAKE_ROOT) "$(BINARY_TARGET_FILES)" "$(BINARY_PLATFORMS)" "${BINARY_TARGETS}" \
$(REPO) $(if $(PATCHES_DIR),true,false) "$(LOCAL_IMAGE_TARGETS)" "$(IMAGE_TARGETS)" "$(BUILD_TARGETS)" "$(RELEASE_TARGETS)" \
"$(HAS_S3_ARTIFACTS)" "$(HAS_LICENSES)" "$(REPO_NO_CLONE)" "$(PROJECT_DEPENDENCIES_TARGETS)" \
"$(HAS_HELM_CHART)" "$(IN_DOCKER_TARGETS)"
## --------------------------------------
## Update Helpers
## --------------------------------------
#@ Update Helpers
.PHONY: start-docker-builder
start-docker-builder: # Start long lived builder base docker container
$(BUILD_LIB)/run_target_docker.sh $(COMPONENT) var-value-PULL_BASE_REF $(IMAGE_REPO) "$(RELEASE_BRANCH)" "$(ARTIFACTS_BUCKET)" "$(BASE_DIRECTORY)" "$(GO_MOD_CACHE)" "$(BUILDER_PLATFORM_ARCH)" false "$(CURRENT_BUILDER_BASE_TAG)"
.PHONY: stop-docker-builder
stop-docker-builder: # Clean up builder base docker container
$(MAKE) -C $(BASE_DIRECTORY) stop-docker-builder
.PHONY: run-buildkit-and-registry
run-buildkit-and-registry: # Run buildkitd and a local docker registry as containers
$(MAKE) -C $(BASE_DIRECTORY) run-buildkit-and-registry
.PHONY: stop-buildkit-and-registry
stop-buildkit-and-registry: # Stop the buildkitd and a local docker registry containers
$(MAKE) -C $(BASE_DIRECTORY) stop-buildkit-and-registry
.PHONY: generate
generate: | ensure-locale # Update UPSTREAM_PROJECTS.yaml
$(BUILD_LIB)/generate_projects_list.sh $(BASE_DIRECTORY)
.PHONY: update-go-mods
update-go-mods: # Update locally checked-in go sum to assist in vuln scanning
update-go-mods: DEST_PATH=$(if $(IS_RELEASE_BRANCH_BUILD),$(RELEASE_BRANCH)/$$gomod,$$gomod)
update-go-mods: checkout-repo
for gomod in $(GO_MOD_PATHS); do \
mkdir -p $(DEST_PATH); \
cp $(REPO)/$$gomod/go.{mod,sum} $(DEST_PATH); \
done
.PHONY: update-vendor-for-dep-patch
update-vendor-for-dep-patch: # After bumping dep in go.mod file, uses generic vendor update script or one provided from upstream project
update-vendor-for-dep-patch: checkout-repo
$(BUILD_LIB)/update_vendor.sh $(PROJECT_ROOT) $(REPO) $(GIT_TAG) $(GOLANG_VERSION) $(VENDOR_UPDATE_SCRIPT)
.PHONY: patch-for-dep-update
patch-for-dep-update: # After bumping dep in go.mod file and updating vendor, generates patch
patch-for-dep-update: checkout-repo
$(BUILD_LIB)/patch_for_dep_update.sh $(REPO) $(GIT_TAG) $(PROJECT_ROOT)/patches
.PHONY: %/create-ecr-repo
%/create-ecr-repo: IMAGE_NAME=$*
%/create-ecr-repo: | $$(ENABLE_LOGGING)
@cmd=( ecr ); \
if [[ "${IMAGE_REPO}" =~ ^public\.ecr\.aws/ ]]; then \
cmd=( ecr-public --region us-east-1 ); \
fi; \
repo=$(IMAGE_REPO_COMPONENT); \
if [ "$(IMAGE_NAME)" = "__helm__" ]; then \
repo="$(HELM_DESTINATION_REPOSITORY)"; \
fi; \
if ! aws $${cmd[*]} describe-repositories --repository-name "$$repo" > /dev/null 2>&1; then \
aws $${cmd[*]} create-repository --repository-name "$$repo"; \
fi;
.PHONY: create-ecr-repos
create-ecr-repos: # Create repos in ECR for project images for local testing
create-ecr-repos: $(foreach image,$(IMAGE_NAMES),$(image)/create-ecr-repo) $(if $(filter true,$(HAS_HELM_CHART)),__helm__/create-ecr-repo,)
.PHONY: var-value-%
var-value-%:
@echo $($*)
.PHONY: check-for-supported-release-branch
check-for-supported-release-branch:
@if [ "$(NOT_SUPPORTED_RELEASE_BRANCH_CONFIGURATION)" == "true" ]; then \
echo "Not a supported version to build"; \
exit 1; \
elif [ -d $(MAKE_ROOT)/$(RELEASE_BRANCH) ]; then \
echo "Supported version to build"; \
exit 0; \
elif { [ "false" == "$(BINARIES_ARE_RELEASE_BRANCHED)" ] || [ -z "$(BINARY_TARGET_FILES)" ]; } && [ "true" == "$$(yq e ".releases[] | select(.branch==\"$(RELEASE_BRANCH)\") | has(\"branch\")" $(BASE_DIRECTORY)/EKSD_LATEST_RELEASES)" ]; then \
echo "Supported version to build"; \
exit 0; \