Makefile

ifeq ($(TMPDIR),)
	TMPDIR := /tmp/
endif

ifneq ("$(wildcard ./rules.env)","")
	include rules.env
	export $(shell sed 's/=.*//' rules.env)
endif

SHELL := /bin/bash

# Set branch name to the name of the branch to which this file belongs. This must be updated
# when a new branch is created. Development on the main (master) branch should leave this variable empty.
# DO NOT set this variable to the branch in which you are doing development work.
BRANCH_NAME ?= ""

export VERSION ?= 2.32.0
# BUILD_NUMBER will be added to the version if set. It can be a simple number or something like a numeric timestamp or jenkins hash.
# It can NOT contain dashes, but can contain: plus, period, and tilde.
export BUILD_NUMBER
# only set DISTRO if the artifact needs to be built differently for this distro. Value can be like "ubuntu" or "ubuntu.bionic". Will be appended to BUILD_NUMBER
export DISTRO

ifdef BUILD_NUMBER
BUILD_NUMBER := -$(BUILD_NUMBER:-%=%)
endif

# This sets the version in the go code dynamically at build time. See https://www.digitalocean.com/community/tutorials/using-ldflags-to-set-version-information-for-go-applications
GO_BUILD_LDFLAGS := -X 'github.com/open-horizon/anax/version.HORIZON_VERSION=$(VERSION)$(BUILD_NUMBER)'

EXECUTABLE := anax
export CLI_EXECUTABLE := cli/hzn
export CLI_CONFIG_FILE := cli/hzn.json
CLI_HORIZON_CONTAINER := anax-in-container/horizon-container
export CLI_MAN_DIR := cli/man1
export CLI_COMPLETION_DIR := cli/bash_completion
DEFAULT_UI = api/static/index.html

# used for creating hzn man pages
CLI_TEMP_EXECUTABLE := cli/hzn.tmp

IMAGE_REPO ?= openhorizon
IMAGE_OVERRIDE ?= ""

# by default, do not use upx
USE_UPX ?= false

ANAX_CONTAINER_DIR := anax-in-container
ANAX_IMAGE_VERSION ?= $(VERSION)
ANAX_IMAGE_BASE = $(IMAGE_REPO)/$(arch)_anax
ANAX_IMAGE = $(ANAX_IMAGE_BASE):$(ANAX_IMAGE_VERSION)
ANAX_IMAGE_STG = $(ANAX_IMAGE_BASE):testing$(BRANCH_NAME)
ANAX_IMAGE_PROD = $(ANAX_IMAGE_BASE):stable$(BRANCH_NAME)
# the latest tag is the same as stable
ANAX_IMAGE_LATEST = $(ANAX_IMAGE_BASE):latest$(BRANCH_NAME)
ANAX_IMAGE_LABELS ?= --label "name=$(arch)_anax" --label "version=$(ANAX_IMAGE_VERSION)" --label "release=$(shell git rev-parse --short HEAD)"

# By default we do not use cache for the anax container build, so it picks up the latest horizon deb pkgs. If you do want to use the cache: DOCKER_MAYBE_CACHE='' make anax-image
DOCKER_MAYBE_CACHE ?= --no-cache

I18N_OUT_GOTEXT_FILES := locales/*/out.gotext.json
I18N_CATALOG_FILE := i18n_messages/catalog.go

AGBOT_IMAGE_BASE=$(IMAGE_REPO)/$(arch)_agbot
AGBOT_IMAGE_VERSION ?= $(ANAX_IMAGE_VERSION)
AGBOT_IMAGE = $(AGBOT_IMAGE_BASE):$(AGBOT_IMAGE_VERSION)
AGBOT_IMAGE_STG = $(AGBOT_IMAGE_BASE):testing$(BRANCH_NAME)
AGBOT_IMAGE_PROD = $(AGBOT_IMAGE_BASE):stable$(BRANCH_NAME)
# the latest tag is the same as stable
AGBOT_IMAGE_LATEST = $(AGBOT_IMAGE_BASE):latest$(BRANCH_NAME)
AGBOT_IMAGE_LABELS ?= --label "name=$(arch)_agbot" --label "version=$(AGBOT_IMAGE_VERSION)" --label "release=$(shell git rev-parse --short HEAD)"

# anax container running in kubernetes
ANAX_K8S_CONTAINER_DIR := anax-in-k8s
ANAX_K8S_IMAGE_BASE = $(ANAX_IMAGE_BASE)_k8s
ANAX_K8S_IMAGE_VERSION ?= $(ANAX_IMAGE_VERSION)
ANAX_K8S_IMAGE = $(ANAX_K8S_IMAGE_BASE):$(ANAX_K8S_IMAGE_VERSION)
ANAX_K8S_IMAGE_STG = $(ANAX_K8S_IMAGE_BASE):testing$(BRANCH_NAME)
ANAX_K8S_IMAGE_PROD = $(ANAX_K8S_IMAGE_BASE):stable$(BRANCH_NAME)
ANAX_K8S_IMAGE_LATEST = $(ANAX_K8S_IMAGE_BASE):latest$(BRANCH_NAME)
ANAX_K8S_IMAGE_LABELS ?= --label "name=$(arch)_anax_k8s" --label "version=$(ANAX_K8S_IMAGE_VERSION)" --label "release=$(shell git rev-parse --short HEAD)"

# agent-auto-upgrade cronjob container running in kubernetes
CRONJOB_AUTO_UPGRADE_IMAGE_BASE = $(IMAGE_REPO)/$(arch)_auto-upgrade-cronjob
CRONJOB_AUTO_UPGRADE_K8S_IMAGE_BASE = $(CRONJOB_AUTO_UPGRADE_IMAGE_BASE)_k8s
CRONJOB_AUTO_UPGRADE_K8S_IMAGE_VERSION ?= $(ANAX_IMAGE_VERSION)
CRONJOB_AUTO_UPGRADE_K8S_IMAGE = $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_BASE):$(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_VERSION)
CRONJOB_AUTO_UPGRADE_K8S_IMAGE_STG = $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_BASE):testing$(BRANCH_NAME)
CRONJOB_AUTO_UPGRADE_K8S_IMAGE_PROD = $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_BASE):stable$(BRANCH_NAME)
CRONJOB_AUTO_UPGRADE_K8S_IMAGE_LATEST = $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_BASE):latest$(BRANCH_NAME)
CRONJOB_AUTO_UPGRADE_K8S_IMAGE_LABELS ?= --label "name=$(arch)_auto-upgrade-cronjob_k8s" --label "version=$(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_VERSION)" --label "release=$(shell git rev-parse --short HEAD)"

# Variables that control packaging the file sync service containers
DOCKER_REGISTRY ?= "dockerhub"
ANAX_K8S_REGISTRY ?= $(DOCKER_REGISTRY)
FSS_REGISTRY ?= $(DOCKER_REGISTRY)
ANAX_REGISTRY ?= $(DOCKER_REGISTRY)
AGBOT_REGISTRY ?= $(DOCKER_REGISTRY)

# The CSS and its production container. This container is NOT used by hzn dev.
CSS_EXECUTABLE := css/cloud-sync-service
CSS_CONTAINER_DIR := css
CSS_IMAGE_VERSION ?= 1.10.1$(BRANCH_NAME)
CSS_IMAGE_BASE = image/cloud-sync-service
CSS_IMAGE_NAME = $(IMAGE_REPO)/$(arch)_cloud-sync-service
CSS_IMAGE = $(CSS_IMAGE_NAME):$(CSS_IMAGE_VERSION)
CSS_IMAGE_STG = $(CSS_IMAGE_NAME):testing$(BRANCH_NAME)
CSS_IMAGE_PROD = $(CSS_IMAGE_NAME):stable$(BRANCH_NAME)
# the latest tag is the same as stable
CSS_IMAGE_LATEST = $(CSS_IMAGE_NAME):latest$(BRANCH_NAME)
CSS_IMAGE_LABELS ?= --label "name=$(arch)_cloud-sync-service" --label "version=$(CSS_IMAGE_VERSION)" --label "release=$(shell git rev-parse --short HEAD)"

# The hzn dev ESS/CSS and its container.
ESS_EXECUTABLE := ess/edge-sync-service
ESS_CONTAINER_DIR := ess
ESS_IMAGE_VERSION ?= 1.10.1$(BRANCH_NAME)
ESS_IMAGE_BASE = image/edge-sync-service
ESS_IMAGE_NAME = $(IMAGE_REPO)/$(arch)_edge-sync-service
ESS_IMAGE = $(ESS_IMAGE_NAME):$(ESS_IMAGE_VERSION)
ESS_IMAGE_STG = $(ESS_IMAGE_NAME):testing$(BRANCH_NAME)
ESS_IMAGE_PROD = $(ESS_IMAGE_NAME):stable$(BRANCH_NAME)
# the latest tag is the same as stable
ESS_IMAGE_LATEST = $(ESS_IMAGE_NAME):latest$(BRANCH_NAME)
ESS_IMAGE_LABELS ?= --label "name=$(arch)_edge-sync-service" --label "version=$(ESS_IMAGE_VERSION)" --label "release=$(shell git rev-parse --short HEAD)"

# license file name
export LICENSE_FILE = LICENSE.txt

# supported locales
export SUPPORTED_LOCALES ?= de  es  fr  it  ja  ko  pt_BR  zh_CN  zh_TW

export TMPGOPATH ?= $(TMPDIR)$(EXECUTABLE)-gopath
export PKGPATH := $(TMPGOPATH)/src/github.com/open-horizon/$(EXECUTABLE)
export PATH := $(TMPGOPATH)/bin:$(PATH)

export EXCHANGE_URL ?=
export FSS_CSS_URL ?=
export AGBOT_URL ?=

# we use a script that will give us the debian arch version since that's what the packaging system inputs
arch ?= $(shell tools/arch-tag)

COMPILE_ARGS ?= CGO_ENABLED=0
# TODO: handle other ARM architectures on build boxes too
ifeq ($(arch),armhf)
	COMPILE_ARGS +=  GOARCH=arm GOARM=6
else ifeq ($(arch),arm64)
	COMPILE_ARGS +=  GOARCH=arm64
else ifeq ($(arch),amd64)
	COMPILE_ARGS +=  GOARCH=amd64
else ifeq ($(arch),ppc64el)
	COMPILE_ARGS +=  GOARCH=ppc64le
else ifeq ($(arch),s390x)
	COMPILE_ARGS +=  GOARCH=s390x
else ifeq ($(arch),riscv64)
	COMPILE_ARGS +=  GOARCH=riscv64
endif

opsys ?= $(shell uname -s)
ifeq ($(opsys),Linux)
	COMPILE_ARGS += GOOS=linux
else ifeq ($(opsys),Darwin)
	COMPILE_ARGS += GOOS=darwin
endif

COMPILE_ARGS_LOCAL ?= CGO_ENABLED=0
arch_local ?= $(shell tools/arch-tag)
# TODO: handle other ARM architectures on build boxes too
ifeq ($(arch_local),armhf)
	COMPILE_ARGS_LOCAL +=  GOARCH=arm GOARM=6
else ifeq ($(arch_local),arm64)
	COMPILE_ARGS_LOCAL +=  GOARCH=arm64
else ifeq ($(arch_local),amd64)
	COMPILE_ARGS_LOCAL +=  GOARCH=amd64
else ifeq ($(arch_local),ppc64el)
	COMPILE_ARGS_LOCAL +=  GOARCH=ppc64le
else ifeq ($(arch_local),s390x)
	COMPILE_ARGS_LOCAL +=  GOARCH=s390x
else ifeq ($(arch_local),riscv64)
	COMPILE_ARGS_LOCAL +=  GOARCH=riscv64
endif

opsys_local ?= $(shell uname -s)
ifeq ($(opsys_local),Linux)
	COMPILE_ARGS_LOCAL += GOOS=linux
else ifeq ($(opsys_local),Darwin)
	COMPILE_ARGS_LOCAL += GOOS=darwin
endif

NO_DEBUG_PKGS := $(shell tools/no-debug-pkg)
ifeq (${NO_DEBUG_PKGS},true)
	GO_BUILD_LDFLAGS := $(GO_BUILD_LDFLAGS) -linkmode=external
endif

ifdef GO_BUILD_LDFLAGS
	GO_BUILD_LDFLAGS := -ldflags="$(GO_BUILD_LDFLAGS) -s -w"
endif

# Test if we can use Docker buildx if USE_DOCKER_BUILDX is set. If not, then we can't build multi-arch images on x86 but
#  will instead need to have a build platform of each arch to build images of different archs
DOCKER_BUILDX_PLATFORM=$(arch)
ifeq ($(arch),ppc64el)
DOCKER_BUILDX_PLATFORM = ppc64le
endif

DOCKER_BUILD_CMD = build
ifneq ($(origin USE_DOCKER_BUILDX), undefined)
DOCKER_BUILD_CMD = buildx build --platform linux/$(DOCKER_BUILDX_PLATFORM)
endif

ifndef verbose
.SILENT:
endif

all: check-upx gopathlinks deps $(EXECUTABLE) $(CLI_EXECUTABLE) $(CSS_EXECUTABLE) $(ESS_EXECUTABLE)

deps: gofolders

$(EXECUTABLE): $(shell find . -name '*.go') gopathlinks
	@echo "Producing $(EXECUTABLE) given arch: $(arch)"
	cd $(PKGPATH) && \
	  export GOPATH=$(TMPGOPATH); \
		$(COMPILE_ARGS) go build $(GO_BUILD_LDFLAGS) -o $(EXECUTABLE);
	exch_min_ver=$(shell grep "MINIMUM_EXCHANGE_VERSION =" $(PKGPATH)/version/version.go | awk -F '"' '{print $$2}') && \
	    echo "The required minimum exchange version is $$exch_min_ver";
	exch_pref_ver=$(shell grep "PREFERRED_EXCHANGE_VERSION =" $(PKGPATH)/version/version.go | awk -F '"' '{print $$2}') && \
	    echo "The preferred exchange version is $$exch_pref_ver"; \
	    if [[ $(USE_UPX) == "true" ]]; then \
			echo "Packing executable $(EXECUTABLE) with UPX"; \
	    	upx $(EXECUTABLE); \
	    fi;

$(CLI_EXECUTABLE): $(shell find . -name '*.go') gopathlinks
	@echo "Producing $(CLI_EXECUTABLE) given arch: $(arch)"
	cd $(PKGPATH) && \
	  export GOPATH=$(TMPGOPATH); \
	    $(COMPILE_ARGS) go build $(GO_BUILD_LDFLAGS) -o $(CLI_EXECUTABLE) $(CLI_EXECUTABLE).go && \
	    envsubst < cli/cliconfig/hzn.json.tmpl > $(CLI_CONFIG_FILE)
	if [[ $(arch) == $(shell tools/arch-tag) && $(opsys) == $(shell uname -s) ]]; then \
	  	mkdir -p $(CLI_MAN_DIR) && $(CLI_EXECUTABLE) --help-man > $(CLI_MAN_DIR)/hzn.1 && \
		for loc in $(SUPPORTED_LOCALES) ; do \
			HZN_LANG=$$loc $(CLI_EXECUTABLE) --help-man > $(CLI_MAN_DIR)/hzn.1.$$loc; \
		done && \
	  	mkdir -p $(CLI_COMPLETION_DIR) && $(CLI_EXECUTABLE) --completion-script-bash > $(CLI_COMPLETION_DIR)/hzn_bash_autocomplete.sh; \
	else \
		echo "Producing $(CLI_TEMP_EXECUTABLE) under $(arch_local) for generating hzn man pages"; \
		cd $(PKGPATH) && \
	  	  export GOPATH=$(TMPGOPATH); \
	    	$(COMPILE_ARGS_LOCAL) go build $(GO_BUILD_LDFLAGS) -o $(CLI_TEMP_EXECUTABLE) $(CLI_EXECUTABLE).go; \
	  		mkdir -p $(CLI_MAN_DIR) && $(CLI_TEMP_EXECUTABLE) --help-man > $(CLI_MAN_DIR)/hzn.1 && \
			for loc in $(SUPPORTED_LOCALES) ; do \
				HZN_LANG=$$loc $(CLI_TEMP_EXECUTABLE) --help-man > $(CLI_MAN_DIR)/hzn.1.$$loc; \
			done && \
	  		rm $(CLI_TEMP_EXECUTABLE); \
	fi;

$(CSS_EXECUTABLE): $(shell find . -name '*.go') gopathlinks
	@echo "Producing $(CSS_EXECUTABLE) given arch: $(arch)"
	cd $(PKGPATH) && \
	  export GOPATH=$(TMPGOPATH); \
	    $(COMPILE_ARGS) go build $(GO_BUILD_LDFLAGS) -o $(CSS_EXECUTABLE) css/cmd/cloud-sync-service/main.go; \
	if [[ $(USE_UPX) == "true" ]]; then \
		echo "Packing executable $(CSS_EXECUTABLE) with UPX"; \
		upx $(CSS_EXECUTABLE); \
	fi;

$(ESS_EXECUTABLE): $(shell find . -name '*.go') gopathlinks
	@echo "Producing $(ESS_EXECUTABLE) given arch: $(arch)"
	cd $(PKGPATH) && \
	  export GOPATH=$(TMPGOPATH); \
	    $(COMPILE_ARGS) go build $(GO_BUILD_LDFLAGS) -o $(ESS_EXECUTABLE) ess/cmd/edge-sync-service/main.go; \
	if [[ $(USE_UPX) == "true" ]]; then \
		echo "Packing executable $(ESS_EXECUTABLE) with UPX"; \
		upx $(ESS_EXECUTABLE); \
	fi;

# Build the deb pkgs and put them in pkg/deb/debs/
debpkgs:
	$(MAKE) -C pkg/deb all

# Build the rpm pkgs and put them in ~/rpmbuild/RPMS/x86_64/
rpmpkgs:
	$(MAKE) -C pkg/rpm all

# Build the horizon-cli pkg for mac
MAC_PKG_VERSION = $(VERSION)$(BUILD_NUMBER)
MAC_PKG = pkg/mac/build/horizon-cli-$(MAC_PKG_VERSION).pkg

check-upx:
	@if [[ $(USE_UPX) == "true" ]]; then \
		if ! type upx >/dev/null 2>&1  ; then \
			if [[ $(opsys_local) == "Linux" ]]; then \
				echo "upx is not installed, consider doing apt-get install upx" && exit 1; \
			else \
				echo "upx is not installed, consider doing brew install upx" && exit 1; \
			fi; \
		fi; \
	fi;

# This is a 1-time step to create the private signing key and public cert for the mac pkg.
# You must first set HORIZON_CLI_PRIV_KEY_PW to the passphrase to use the private key.
gen-mac-key:
	$(MAKE) -C pkg/mac gen-mac-key

# This is a 1-time step to install the mac pkg signing key on your mac so it can be used to sign the pkg.
# You must first set HORIZON_CLI_PRIV_KEY_PW to the passphrase to use the private key.
# If you did not just create the pkg/mac/build/horizon-cli.p12 file using the make target above, download it and put it there.
install-mac-key:
	$(MAKE) -C pkg/mac install-mac-key

# DEPRECATED: this Makefile now sets the version dynamically at build time. See GO_BUILD_LDFLAGS
# Inserts the version into version.go in prep for the macpkg build
temp-mod-version:
	mv version/version.go version/version.go.bak   # preserve the time stamp
	cp version/version.go.bak version/version.go
	sed -i.bak2 's/local build/$(MAC_PKG_VERSION)/' version/version.go
	rm -f version/version.go.bak2	# this backup is necessary to make the above sed work on both linux and mac

# DEPRECATED: this Makefile now sets the version dynamically at build time. See GO_BUILD_LDFLAGS
# Undoes the above, so the source is unchanged
temp-mod-version-undo:
	mv version/version.go.bak version/version.go

# Build the mac pkg and put it in pkg/mac/build/
macpkg: $(MAC_PKG)

$(MAC_PKG):
	$(MAKE) -C pkg/mac macpkg

macinstall: $(MAC_PKG)
	$(MAKE) -C pkg/mac macinstall

# This only works on the installed package
macpkginfo:
	$(MAKE) -C pkg/mac macpkginfo

# note that we can use Docker buildx for building multiplatform archs on x86 if we export USE_DOCKER_BUILDX=true
anax-image:
	@echo "Producing anax docker image $(ANAX_IMAGE)"
	if [[ $(arch) == "amd64" || $(arch) == "ppc64el" || $(arch) == "s390x" || $(arch) == "arm64" ]]; then \
	  rm -rf $(ANAX_CONTAINER_DIR)/anax; \
	  rm -rf $(ANAX_CONTAINER_DIR)/hzn; \
	  cp $(EXECUTABLE) $(ANAX_CONTAINER_DIR); \
	  cp $(CLI_EXECUTABLE) $(ANAX_CONTAINER_DIR); \
	  cp -f $(LICENSE_FILE) $(ANAX_CONTAINER_DIR); \
	  cd $(ANAX_CONTAINER_DIR) && docker $(DOCKER_BUILD_CMD) $(DOCKER_MAYBE_CACHE) $(ANAX_IMAGE_LABELS) -t $(ANAX_IMAGE) -f Dockerfile.ubi.$(arch) . && \
	  docker tag $(ANAX_IMAGE) $(ANAX_IMAGE_STG); \
	else echo "Building the anax docker image is not supported on $(arch)"; fi

agbot-image:
	@echo "Producing agbot docker image $(AGBOT_IMAGE)"
	if [[ $(arch) == "amd64" ]]; then \
	  rm -rf $(ANAX_CONTAINER_DIR)/anax; \
	  rm -rf $(ANAX_CONTAINER_DIR)/hzn; \
	  cp $(EXECUTABLE) $(ANAX_CONTAINER_DIR); \
	  cp $(CLI_EXECUTABLE) $(ANAX_CONTAINER_DIR); \
	  cp -f $(LICENSE_FILE) $(ANAX_CONTAINER_DIR); \
	  cd $(ANAX_CONTAINER_DIR) && docker build $(DOCKER_MAYBE_CACHE) $(AGBOT_IMAGE_LABELS) -t $(AGBOT_IMAGE) -f Dockerfile_agbot.ubi . && \
	  docker tag $(AGBOT_IMAGE) $(AGBOT_IMAGE_STG); \
	else echo "Building the agbot docker image is not supported on $(arch)"; fi

# Pushes the docker image with the staging tag
docker-push-only:
	@echo "Pushing anax docker image $(ANAX_IMAGE)"
	docker push $(ANAX_IMAGE)
	docker push $(ANAX_IMAGE_STG)

agbot-push-only:
	@echo "Pushing agbot docker image $(AGBOT_IMAGE)"
	docker push $(AGBOT_IMAGE)
	docker push $(AGBOT_IMAGE_STG)

docker-push: anax-image docker-push-only agbot-image agbot-push-only

# you must set ANAX_IMAGE_VERSION to the correct version for promotion to production
promote-anax:
	@echo "Promoting $(ANAX_IMAGE)"
	docker pull $(ANAX_IMAGE)
	docker tag $(ANAX_IMAGE) $(ANAX_IMAGE_PROD)
	docker push $(ANAX_IMAGE_PROD)
	docker tag $(ANAX_IMAGE) $(ANAX_IMAGE_LATEST)
	docker push $(ANAX_IMAGE_LATEST)

# you must set ANAX_IMAGE_VERSION to the correct version for promotion to production
promote-agbot:
	@echo "Promoting $(AGBOT_IMAGE)"
	docker pull $(AGBOT_IMAGE)
	docker tag $(AGBOT_IMAGE) $(AGBOT_IMAGE_PROD)
	docker push $(AGBOT_IMAGE_PROD)
	docker tag $(AGBOT_IMAGE) $(AGBOT_IMAGE_LATEST)
	docker push $(AGBOT_IMAGE_LATEST)

promote-anax-k8s:
	@echo "Promoting $(ANAX_K8S_IMAGE)"
	docker pull $(ANAX_K8S_IMAGE)
	docker tag $(ANAX_K8S_IMAGE) $(ANAX_K8S_IMAGE_PROD)
	docker push $(ANAX_K8S_IMAGE_PROD)
	docker tag $(ANAX_K8S_IMAGE) $(ANAX_K8S_IMAGE_LATEST)
	docker push $(ANAX_K8S_IMAGE_LATEST)

promote-auto-upgrade-cronjob-k8s:
	@echo "Promoting $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE)"
	docker pull $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE)
	docker tag $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE) $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_PROD)
	docker push $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_PROD)
	docker tag $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE) $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_LATEST)
	docker push $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_LATEST)

anax-package: anax-image
	@echo "Packaging anax image"
	if [[ $(shell tools/image-exists $(ANAX_REGISTRY) $(ANAX_IMAGE_BASE) $(ANAX_IMAGE_VERSION) 2> /dev/null) == "0" || $(IMAGE_OVERRIDE) != "" ]]; then \
		echo "Pushing anax docker image $(ANAX_IMAGE_BASE):$(ANAX_IMAGE_VERSION)"; \
		docker push $(ANAX_IMAGE_BASE):$(ANAX_IMAGE_VERSION); \
		docker push $(ANAX_IMAGE_STG); \
	else \
		echo "anax-k8s container $(ANAX_IMAGE_STG):$(ANAX_IMAGE_VERSION) already present in $(IMAGE_REPO)"; \
	fi

agbot-package: agbot-image
	@echo "Packaging agbot image"
	if [[ $(shell tools/image-exists $(AGBOT_REGISTRY) $(AGBOT_IMAGE_BASE) $(AGBOT_IMAGE_VERSION) 2> /dev/null) == "0" || $(IMAGE_OVERRIDE) != "" ]]; then \
		echo "Pushing agbot docker image $(AGBOT_IMAGE_BASE):$(AGBOT_IMAGE_VERSION)"; \
		docker push $(AGBOT_IMAGE_BASE):$(AGBOT_IMAGE_VERSION); \
		docker push $(AGBOT_IMAGE_STG); \
	else \
		echo "anax-k8s container $(AGBOT_IMAGE_STG):$(AGBOT_IMAGE_VERSION) already present in $(IMAGE_REPO)"; \
	fi

# note that we can use Docker buildx for building multiplatform archs on x86 if we export USE_DOCKER_BUILDX=true
anax-k8s-image: anax-k8s-clean
	cp $(EXECUTABLE) $(ANAX_K8S_CONTAINER_DIR)
	cp $(CLI_EXECUTABLE) $(ANAX_K8S_CONTAINER_DIR)
	cp -f $(LICENSE_FILE) $(ANAX_K8S_CONTAINER_DIR)
	@echo "Producing ANAX K8S docker image $(ANAX_K8S_IMAGE_STG)"
	if [[ $(arch) == "amd64" || $(arch) == "ppc64el" || $(arch) == "arm64" || $(arch) == "s390x" ]]; then \
		cd $(ANAX_K8S_CONTAINER_DIR) && docker $(DOCKER_BUILD_CMD) $(DOCKER_MAYBE_CACHE) $(ANAX_K8S_IMAGE_LABELS) -t $(ANAX_K8S_IMAGE_STG) -f Dockerfile.ubi.$(arch) .; \
	fi
	docker tag $(ANAX_K8S_IMAGE_STG) $(ANAX_K8S_IMAGE_BASE):$(ANAX_K8S_IMAGE_VERSION)

auto-upgrade-cronjob-k8s-image: auto-upgrade-cronjob-k8s-clean
	@echo "Producing Agent Auto Upgrade CronJob K8S docker image $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_STG)"
	if [[ $(arch) == "amd64" || $(arch) == "ppc64el" || $(arch) == "arm64" || $(arch) == "s390x" ]]; then \
		cd $(ANAX_K8S_CONTAINER_DIR) && docker build $(DOCKER_MAYBE_CACHE) $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_LABELS) -t $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_STG) -f Dockerfile.ubi.auto-upgrade-cron.$(arch) .; \
	fi
	docker tag $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_STG) $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_BASE):$(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_VERSION)

anax-k8s-package: anax-k8s-image
	@echo "Packaging anax-k8s container"
	if [[ $(shell tools/image-exists $(ANAX_K8S_REGISTRY) $(ANAX_K8S_IMAGE_BASE) $(ANAX_K8S_IMAGE_VERSION) 2> /dev/null) == "0" || $(IMAGE_OVERRIDE) != "" ]]; then \
		echo "Pushing anax-k8s docker image $(ANAX_K8S_IMAGE_BASE):$(ANAX_K8S_IMAGE_VERSION)"; \
		docker push $(ANAX_K8S_IMAGE_BASE):$(ANAX_K8S_IMAGE_VERSION); \
		docker push $(ANAX_K8S_IMAGE_STG); \
	else \
		echo "anax-k8s container $(ANAX_K8S_IMAGE_STG):$(ANAX_K8S_IMAGE_VERSION) already present in $(IMAGE_REPO)"; \
	fi

auto-upgrade-cronjob-k8s-package: auto-upgrade-cronjob-k8s-image
	@echo "Packaging anax-k8s container"
	if [[ $(shell tools/image-exists $(ANAX_K8S_REGISTRY) $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_BASE) $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_VERSION) 2> /dev/null) == "0" || $(IMAGE_OVERRIDE) != "" ]]; then \
		echo "Pushing anax-k8s docker image $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_BASE):$(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_VERSION)"; \
		docker push $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_BASE):$(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_VERSION); \
		docker push $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_STG); \
	else \
		echo "anax-k8s container $(ANAX_K8S_IMAGE_STG):$(ANAX_K8S_IMAGE_VERSION) already present in $(IMAGE_REPO)"; \
	fi

css-docker-image: css-clean
	@echo "Producing CSS docker image $(CSS_IMAGE)"
	if [[ $(arch) == "amd64" ]]; then \
		cp -f $(LICENSE_FILE) $(CSS_CONTAINER_DIR); \
		cd $(CSS_CONTAINER_DIR) && docker build $(DOCKER_MAYBE_CACHE) $(CSS_IMAGE_LABELS) -t $(CSS_IMAGE) -f ./$(CSS_IMAGE_BASE)-$(arch)/Dockerfile.ubi . && \
		docker tag $(CSS_IMAGE) $(CSS_IMAGE_STG); \
	else echo "Building the CSS docker image is not supported on $(arch)"; fi

promote-css:
	@echo "Promoting $(CSS_IMAGE)"
	docker pull $(CSS_IMAGE)
	docker tag $(CSS_IMAGE) $(CSS_IMAGE_PROD)
	docker push $(CSS_IMAGE_PROD)
	docker tag $(CSS_IMAGE) $(CSS_IMAGE_LATEST)
	docker push $(CSS_IMAGE_LATEST)

ess-docker-image: ess-clean
	@echo "Producing ESS docker image $(ESS_IMAGE)"
	cp -f $(LICENSE_FILE) $(ESS_CONTAINER_DIR)
	cd $(ESS_CONTAINER_DIR) && docker build $(DOCKER_MAYBE_CACHE) $(ESS_IMAGE_LABELS) -t $(ESS_IMAGE) -f ./$(ESS_IMAGE_BASE)-$(arch)/Dockerfile.ubi . && \
	docker tag $(ESS_IMAGE) $(ESS_IMAGE_STG); \

ess-promote:
	@echo "Promoting $(ESS_IMAGE)"
	docker pull $(ESS_IMAGE)
	docker tag $(ESS_IMAGE) $(ESS_IMAGE_PROD)
	docker push $(ESS_IMAGE_PROD)
	docker tag $(ESS_IMAGE) $(ESS_IMAGE_LATEST)
	docker push $(ESS_IMAGE_LATEST)

# This target should be used by developers working on anax, to build the ESS and CSS containers for the anax test environment.
# These containers only need to be rebuilt when either the authentication plugin changes or when anax rebases on a new level/tag
# of the edge-sync-service.
fss: ess-docker-image css-docker-image
	@echo "Built file sync service containers"

# This is a target that is ONLY called by the deb packager system. The ESS and CSS containers are built and published by that process
# when new versions are created. Developers should not use this target.
# Note that only ESS is supported by amd64, arm64 and ppc64el archs. CSS is amd64 only.
fss-package: ess-docker-image css-docker-image
	@echo "Packaging file sync service containers"
	if [[ $(shell tools/image-exists $(FSS_REGISTRY) $(ESS_IMAGE_NAME) $(ESS_IMAGE_VERSION) 2> /dev/null) == "0" || $(IMAGE_OVERRIDE) != "" ]]; then \
		echo "Pushing ESS Docker image $(ESS_IMAGE)"; \
		docker push $(ESS_IMAGE); \
		docker push $(ESS_IMAGE_STG); \
	else \
		echo "File sync service container $(ESS_IMAGE_NAME):$(ESS_IMAGE_VERSION) already present in $(FSS_REGISTRY)"; \
	fi
	if [[ $(arch) == "amd64" ]]; then \
		if [[ ($(shell tools/image-exists $(FSS_REGISTRY) $(CSS_IMAGE_NAME) $(CSS_IMAGE_VERSION) 2> /dev/null) == "0" || $(IMAGE_OVERRIDE) != "") ]]; then \
			echo "Pushing CSS Docker image $(CSS_IMAGE)"; \
			docker push $(CSS_IMAGE); \
			docker push $(CSS_IMAGE_STG); \
		else echo "File sync service container $(CSS_IMAGE_NAME):$(CSS_IMAGE_VERSION) already present in $(FSS_REGISTRY)"; fi \
	fi

clean: mostlyclean
	@echo "Clean"
ifneq ($(TMPGOPATH),$(GOPATH))
	rm -rf $(TMPGOPATH)
endif
	rm -rf ./contracts

realclean: i18n-clean clean

mostlyclean: anax-container-clean agbot-container-clean anax-k8s-clean css-clean ess-clean
	@echo "Mostlyclean"
	rm -f $(EXECUTABLE) $(CLI_EXECUTABLE) $(CSS_EXECUTABLE) $(ESS_EXECUTABLE) $(CLI_CONFIG_FILE)
	rm -Rf vendor

i18n-clean:
	@echo "i18n-clean"
	rm -f $(I18N_OUT_GOTEXT_FILES) cli/$(I18N_OUT_GOTEXT_FILES) $(I18N_CATALOG_FILE) cli/$(I18N_CATALOG_FILE)

css-clean:
	rm -f $(CSS_CONTAINER_DIR)/$(LICENSE_FILE)
	-docker rmi $(CSS_IMAGE) 2> /dev/null || :
	-docker rmi $(CSS_IMAGE_STG) 2> /dev/null || :

ess-clean:
	rm -f $(ESS_CONTAINER_DIR)/$(LICENSE_FILE)
	-docker rmi $(ESS_IMAGE) 2> /dev/null || :
	-docker rmi $(ESS_IMAGE_STG) 2> /dev/null || :

anax-container-clean:
	rm -f $(ANAX_CONTAINER_DIR)/hzn
	rm -f $(ANAX_CONTAINER_DIR)/anax
	rm -f $(ANAX_CONTAINER_DIR)/$(LICENSE_FILE)
	-docker rmi $(ANAX_IMAGE) 2> /dev/null || :
	-docker rmi $(ANAX_IMAGE_STG) 2> /dev/null || :

agbot-container-clean:
	rm -f $(ANAX_CONTAINER_DIR)/hzn
	rm -f $(ANAX_CONTAINER_DIR)/anax
	rm -f $(ANAX_CONTAINER_DIR)/$(LICENSE_FILE)
	-docker rmi $(AGBOT_IMAGE) 2> /dev/null || :
	-docker rmi $(AGBOT_IMAGE_STG) 2> /dev/null || :

anax-k8s-clean:
	rm -f $(ANAX_K8S_CONTAINER_DIR)/hzn
	rm -f $(ANAX_K8S_CONTAINER_DIR)/anax
	rm -f $(ANAX_K8S_CONTAINER_DIR)/$(LICENSE_FILE)
	-docker rmi $(ANAX_K8S_IMAGE) 2> /dev/null || :
	-docker rmi $(ANAX_K8S_IMAGE_STG) 2> /dev/null || :

auto-upgrade-cronjob-k8s-clean:
	-docker rmi $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE) 2> /dev/null || :
	-docker rmi $(CRONJOB_AUTO_UPGRADE_K8S_IMAGE_STG) 2> /dev/null || :

gofolders:
ifneq ($(GOPATH),$(TMPGOPATH))
	if [ ! -z $(GOPATH) ] && [ -w $(GOPATH) ] && [ -d $(GOPATH) ]; then \
		mkdir -p $(GOPATH)/pkg $(GOPATH)/bin; \
	fi
endif

i18n-catalog: gopathlinks deps $(TMPGOPATH)/bin/gotext
	@echo "Creating message catalogs"
	rm -Rf vendor; \
	cd $(PKGPATH) && \
		export GOPATH=$(TMPGOPATH); export PATH=$(TMPGOPATH)/bin:$$PATH; \
			CGO_ENABLED=0 tools/update-i18n-messages
	rm -Rf vendor; \

i18n-translation: i18n-catalog
	@echo "Copying message files for translation"
	cd $(PKGPATH) && \
		export PKGPATH=$(PKGPATH); export PATH=$(TMPGOPATH)/bin:$$PATH; \
			tools/copy-i18n-messages

i18n-unpack:
	@echo "Unpacking the translated messages..."
	cd $(PKGPATH) && \
		export PKGPATH=$(PKGPATH); export PATH=$(TMPGOPATH)/bin:$$PATH; \
		tools/unpack-i18n-messages

$(TMPGOPATH)/bin/gotext:
	if [ ! -e "$(TMPGOPATH)/bin/gotext" ]; then \
		echo "Fetching gotext"; \
		export GOPATH=$(TMPGOPATH); export PATH=$(TMPGOPATH)/bin:$$PATH; \
			go install golang.org/x/text/cmd/gotext@master; \
	fi

gopathlinks:
# unfortunately the .cache directory has to be copied b/c of https://github.com/kardianos/govendor/issues/274
ifneq ($(GOPATH),$(TMPGOPATH))
	if [ -d "$(PKGPATH)" ] && [ "$(readlink -- "$(PKGPATH)")" != "$(CURDIR)" ]; then \
		rm $(PKGPATH); \
	fi
	if [ ! -L "$(PKGPATH)" ]; then \
		mkdir -p $(shell dirname "$(PKGPATH)"); \
		ln -s "$(CURDIR)" "$(PKGPATH)"; \
	fi
	for d in bin pkg; do \
		if [ ! -L "$(TMPGOPATH)/$$d" ]; then \
			ln -s $(GOPATH)/$$d $(TMPGOPATH)/$$d; \
		fi; \
	done
	if [ ! -L "$(TMPGOPATH)/.cache" ] && [ -d "$(GOPATH)/.cache" ]; then \
		cp -Rfpa $(GOPATH)/.cache $(TMPGOPATH)/.cache; \
	fi
endif
PKGS=$(shell cd $(PKGPATH); GOPATH=$(TMPGOPATH) go list ./... | gawk '$$1 !~ /vendor\// {print $$1}')

CDIR=$(DESTDIR)/go/src/github.com/open-horizon/go-solidity/contracts
install:
	@echo "Installing $(EXECUTABLE), $(CLI_EXECUTABLE) and $(CLI_HORIZON_CONTAINER) in $(DESTDIR)/bin"
	mkdir -p $(DESTDIR)/bin && \
		cp $(EXECUTABLE) $(DESTDIR)/bin && \
		cp $(CLI_EXECUTABLE) $(DESTDIR)/bin && \
		cp $(CLI_HORIZON_CONTAINER) $(DESTDIR)/bin
	# mkdir -p $(DESTDIR)/web && \
	#	cp $(DEFAULT_UI) $(DESTDIR)/web
	cp -Rapv cli/samples $(DESTDIR)/
	mkdir -p $(CDIR) && \
	find $(CDIR)/ \( -name "Makefile" -or -iname ".git*" \) -exec rm {} \;

format:
	@echo "Formatting all Golang source code with gofmt"
	find . -name '*.go' -exec gofmt -l -w {} \;

lint: gopathlinks
	@echo "Checking source code for style issues and statically-determinable errors"
	-golint ./...
	-cd $(PKGPATH) && \
		GOPATH=$(TMPGOPATH) $(COMPILE_ARGS) go vet $(shell find . -iname '*.go' -print | xargs dirname | sort | uniq | xargs) 2>&1 | grep -vP "^exit.*"

pull: deps

# only unit tests
test: gopathlinks
	@echo "Executing unit tests"
	-@cd $(PKGPATH) && \
		GOPATH=$(TMPGOPATH) $(COMPILE_ARGS) go test -cover -tags=unit $(PKGS)

test-integration: gopathlinks
	@echo "Executing integration tests"
	-@cd $(PKGPATH) && \
		GOPATH=$(TMPGOPATH) $(COMPILE_ARGS) go test -cover -tags=integration $(PKGS)

test-ci: gopathlinks
	@echo "Executing integration tests intended for CI systems with special configuration"
	-@cd $(PKGPATH) && \
		GOPATH=$(TMPGOPATH) $(COMPILE_ARGS) go test -cover -tags=ci $(PKGS)

# N.B. this doesn't run ci tests, the ones that require CI system setup
check: lint test test-integration

# build sequence diagrams
diagrams:
	java -jar $(plantuml_path)/plantuml.jar ./exchange/diagrams/senderEncryption.txt
	java -jar $(plantuml_path)/plantuml.jar ./exchange/diagrams/receiverEncryption.txt
	java -jar $(plantuml_path)/plantuml.jar ./basicprotocol/diagrams/protocolSequenceDiagram.txt
	java -jar $(plantuml_path)/plantuml.jar ./basicprotocol/diagrams/horizonSequenceDiagram.txt

.PHONY: check clean deps format gopathlinks install lint mostlyclean realclean pull i18n-catalog i18n-translation test test-integration docker-image docker-push promote-anax gen-mac-key install-mac-key css-docker-image ess-promote