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unpoller_unpoller/Makefile

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Makefile
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# This Makefile is written as generic as possible.
# Setting the variables in .metadata.sh and creating the paths in the repo makes this work.
# See more: https://github.com/golift/application-builder
# Suck in our application information.
IGNORED:=$(shell bash -c "source .metadata.sh ; env | sed 's/=/:=/;s/^/export /' > .metadata.make")
# md2roff turns markdown into man files and html files.
MD2ROFF_BIN=github.com/github/hub/md2roff-bin
# Travis CI passes the version in. Local builds get it from the current git tag.
ifeq ($(VERSION),)
include .metadata.make
else
# Preserve the passed-in version & iteration (homebrew).
_VERSION:=$(VERSION)
_ITERATION:=$(ITERATION)
include .metadata.make
VERSION:=$(_VERSION)
ITERATION:=$(_ITERATION)
endif
# rpm is wierd and changes - to _ in versions.
RPMVERSION:=$(shell echo $(VERSION) | tr -- - _)
PACKAGE_SCRIPTS=
ifeq ($(FORMULA),service)
PACKAGE_SCRIPTS=--after-install scripts/after-install.sh --before-remove scripts/before-remove.sh
endif
define PACKAGE_ARGS
$(PACKAGE_SCRIPTS) \
--name $(BINARY) \
--deb-no-default-config-files \
--rpm-os linux \
--iteration $(ITERATION) \
--license $(LICENSE) \
--url $(URL) \
--maintainer "$(MAINT)" \
--vendor "$(VENDOR)" \
--description "$(DESC)" \
--config-files "/etc/$(BINARY)/$(CONFIG_FILE)"
endef
# Makefile targets follow.
all: build
# Prepare a release. Called in Travis CI.
release: clean macos windows linux_packages
# Prepareing a release!
mkdir -p $@
mv $(BINARY).*.macos $(BINARY).*.linux $@/
gzip -9r $@/
for i in $(BINARY)*.exe; do zip -9qm $@/$$i.zip $$i;done
mv *.rpm *.deb $@/
# Generating File Hashes
openssl dgst -r -sha256 $@/* | sed 's#release/##' | tee $@/checksums.sha256.txt
# Delete all build assets.
clean:
# Cleaning up.
rm -f $(BINARY) $(BINARY).*.{macos,linux,exe}{,.gz,.zip} $(BINARY).1{,.gz} $(BINARY).rb
rm -f $(BINARY){_,-}*.{deb,rpm} v*.tar.gz.sha256 examples/MANUAL .metadata.make
rm -f cmd/$(BINARY)/README{,.html} README{,.html} ./$(BINARY)_manual.html
rm -rf package_build_* release
# Build a man page from a markdown file using md2roff.
# This also turns the repo readme into an html file.
# md2roff is needed to build the man file and html pages from the READMEs.
man: $(BINARY).1.gz
$(BINARY).1.gz: md2roff
# Building man page. Build dependency first: md2roff
go run $(MD2ROFF_BIN) --manual $(BINARY) --version $(VERSION) --date "$(DATE)" examples/MANUAL.md
gzip -9nc examples/MANUAL > $@
mv examples/MANUAL.html $(BINARY)_manual.html
md2roff:
go get $(MD2ROFF_BIN)
# TODO: provide a template that adds the date to the built html file.
readme: README.html
README.html: md2roff
# This turns README.md into README.html
go run $(MD2ROFF_BIN) --manual $(BINARY) --version $(VERSION) --date "$(DATE)" README.md
# Binaries
build: $(BINARY)
$(BINARY): main.go pkg/*/*.go
go build -o $(BINARY) -ldflags "-w -s -X $(VERSION_PATH)=$(VERSION)-$(ITERATION)"
linux: $(BINARY).amd64.linux
$(BINARY).amd64.linux: main.go pkg/*/*.go
# Building linux 64-bit x86 binary.
GOOS=linux GOARCH=amd64 go build -o $@ -ldflags "-w -s -X $(VERSION_PATH)=$(VERSION)-$(ITERATION)"
linux386: $(BINARY).i386.linux
$(BINARY).i386.linux: main.go pkg/*/*.go
# Building linux 32-bit x86 binary.
GOOS=linux GOARCH=386 go build -o $@ -ldflags "-w -s -X $(VERSION_PATH)=$(VERSION)-$(ITERATION)"
arm: arm64 armhf
arm64: $(BINARY).arm64.linux
$(BINARY).arm64.linux: main.go pkg/*/*.go
# Building linux 64-bit ARM binary.
GOOS=linux GOARCH=arm64 go build -o $@ -ldflags "-w -s -X $(VERSION_PATH)=$(VERSION)-$(ITERATION)"
armhf: $(BINARY).armhf.linux
$(BINARY).armhf.linux: main.go pkg/*/*.go
# Building linux 32-bit ARM binary.
GOOS=linux GOARCH=arm GOARM=6 go build -o $@ -ldflags "-w -s -X $(VERSION_PATH)=$(VERSION)-$(ITERATION)"
macos: $(BINARY).amd64.macos
$(BINARY).amd64.macos: main.go pkg/*/*.go
# Building darwin 64-bit x86 binary.
GOOS=darwin GOARCH=amd64 go build -o $@ -ldflags "-w -s -X $(VERSION_PATH)=$(VERSION)-$(ITERATION)"
exe: $(BINARY).amd64.exe
windows: $(BINARY).amd64.exe
$(BINARY).amd64.exe: main.go pkg/*/*.go
# Building windows 64-bit x86 binary.
GOOS=windows GOARCH=amd64 go build -o $@ -ldflags "-w -s -X $(VERSION_PATH)=$(VERSION)-$(ITERATION)"
# Packages
linux_packages: rpm deb rpm386 deb386 debarm rpmarm debarmhf rpmarmhf
rpm: $(BINARY)-$(RPMVERSION)-$(ITERATION).x86_64.rpm
$(BINARY)-$(RPMVERSION)-$(ITERATION).x86_64.rpm: package_build_linux check_fpm
@echo "Building 'rpm' package for $(BINARY) version '$(RPMVERSION)-$(ITERATION)'."
fpm -s dir -t rpm $(PACKAGE_ARGS) -a x86_64 -v $(RPMVERSION) -C $<
[ "$(SIGNING_KEY)" == "" ] || expect -c "spawn rpmsign --key-id=$(SIGNING_KEY) --addsign $(BINARY)-$(RPMVERSION)-$(ITERATION).x86_64.rpm; expect -exact \"Enter pass phrase: \"; send \"n\r\"; expect eof"
deb: $(BINARY)_$(VERSION)-$(ITERATION)_amd64.deb
$(BINARY)_$(VERSION)-$(ITERATION)_amd64.deb: package_build_linux check_fpm
@echo "Building 'deb' package for $(BINARY) version '$(VERSION)-$(ITERATION)'."
fpm -s dir -t deb $(PACKAGE_ARGS) -a amd64 -v $(VERSION) -C $<
[ "$(SIGNING_KEY)" == "" ] || debsigs --default-key="$(SIGNING_KEY)" --sign=origin $(BINARY)_$(VERSION)-$(ITERATION)_amd64.deb
rpm386: $(BINARY)-$(RPMVERSION)-$(ITERATION).i386.rpm
$(BINARY)-$(RPMVERSION)-$(ITERATION).i386.rpm: package_build_linux_386 check_fpm
@echo "Building 32-bit 'rpm' package for $(BINARY) version '$(RPMVERSION)-$(ITERATION)'."
fpm -s dir -t rpm $(PACKAGE_ARGS) -a i386 -v $(RPMVERSION) -C $<
[ "$(SIGNING_KEY)" == "" ] || echo "n" | rpmsign --key-id=$(SIGNING_KEY) --addsign $(BINARY)-$(RPMVERSION)-$(ITERATION).i386.rpm
deb386: $(BINARY)_$(VERSION)-$(ITERATION)_i386.deb
$(BINARY)_$(VERSION)-$(ITERATION)_i386.deb: package_build_linux_386 check_fpm
@echo "Building 32-bit 'deb' package for $(BINARY) version '$(VERSION)-$(ITERATION)'."
fpm -s dir -t deb $(PACKAGE_ARGS) -a i386 -v $(VERSION) -C $<
[ "$(SIGNING_KEY)" == "" ] || debsigs --default-key="$(SIGNING_KEY)" --sign=origin $(BINARY)_$(VERSION)-$(ITERATION)_i386.deb
rpmarm: $(BINARY)-$(RPMVERSION)-$(ITERATION).arm64.rpm
$(BINARY)-$(RPMVERSION)-$(ITERATION).arm64.rpm: package_build_linux_arm64 check_fpm
@echo "Building 64-bit ARM8 'rpm' package for $(BINARY) version '$(RPMVERSION)-$(ITERATION)'."
fpm -s dir -t rpm $(PACKAGE_ARGS) -a arm64 -v $(RPMVERSION) -C $<
[ "$(SIGNING_KEY)" == "" ] || echo "n" | rpmsign --key-id=$(SIGNING_KEY) --addsign $(BINARY)-$(RPMVERSION)-$(ITERATION).arm64.rpm
debarm: $(BINARY)_$(VERSION)-$(ITERATION)_arm64.deb
$(BINARY)_$(VERSION)-$(ITERATION)_arm64.deb: package_build_linux_arm64 check_fpm
@echo "Building 64-bit ARM8 'deb' package for $(BINARY) version '$(VERSION)-$(ITERATION)'."
fpm -s dir -t deb $(PACKAGE_ARGS) -a arm64 -v $(VERSION) -C $<
[ "$(SIGNING_KEY)" == "" ] || debsigs --default-key="$(SIGNING_KEY)" --sign=origin $(BINARY)_$(VERSION)-$(ITERATION)_arm64.deb
rpmarmhf: $(BINARY)-$(RPMVERSION)-$(ITERATION).armhf.rpm
$(BINARY)-$(RPMVERSION)-$(ITERATION).armhf.rpm: package_build_linux_armhf check_fpm
@echo "Building 32-bit ARM6/7 HF 'rpm' package for $(BINARY) version '$(RPMVERSION)-$(ITERATION)'."
fpm -s dir -t rpm $(PACKAGE_ARGS) -a armhf -v $(RPMVERSION) -C $<
[ "$(SIGNING_KEY)" == "" ] || echo "n" | rpmsign --key-id=$(SIGNING_KEY) --addsign $(BINARY)-$(RPMVERSION)-$(ITERATION).armhf.rpm
debarmhf: $(BINARY)_$(VERSION)-$(ITERATION)_armhf.deb
$(BINARY)_$(VERSION)-$(ITERATION)_armhf.deb: package_build_linux_armhf check_fpm
@echo "Building 32-bit ARM6/7 HF 'deb' package for $(BINARY) version '$(VERSION)-$(ITERATION)'."
fpm -s dir -t deb $(PACKAGE_ARGS) -a armhf -v $(VERSION) -C $<
[ "$(SIGNING_KEY)" == "" ] || debsigs --default-key="$(SIGNING_KEY)" --sign=origin $(BINARY)_$(VERSION)-$(ITERATION)_armhf.deb
# Build an environment that can be packaged for linux.
package_build_linux: readme man linux
# Building package environment for linux.
mkdir -p $@/usr/bin $@/etc/$(BINARY) $@/usr/share/man/man1 $@/usr/share/doc/$(BINARY)
# Copying the binary, config file, unit file, and man page into the env.
cp $(BINARY).amd64.linux $@/usr/bin/$(BINARY)
cp *.1.gz $@/usr/share/man/man1
cp examples/$(CONFIG_FILE).example $@/etc/$(BINARY)/
cp examples/$(CONFIG_FILE).example $@/etc/$(BINARY)/$(CONFIG_FILE)
cp LICENSE *.html examples/*?.?* $@/usr/share/doc/$(BINARY)/
[ "$(FORMULA)" != "service" ] || mkdir -p $@/lib/systemd/system
[ "$(FORMULA)" != "service" ] || \
sed -e "s/{{BINARY}}/$(BINARY)/g" -e "s/{{DESC}}/$(DESC)/g" \
init/systemd/template.unit.service > $@/lib/systemd/system/$(BINARY).service
package_build_linux_386: package_build_linux linux386
mkdir -p $@
cp -r $</* $@/
cp $(BINARY).i386.linux $@/usr/bin/$(BINARY)
package_build_linux_arm64: package_build_linux arm64
mkdir -p $@
cp -r $</* $@/
cp $(BINARY).arm64.linux $@/usr/bin/$(BINARY)
package_build_linux_armhf: package_build_linux armhf
mkdir -p $@
cp -r $</* $@/
cp $(BINARY).armhf.linux $@/usr/bin/$(BINARY)
check_fpm:
@fpm --version > /dev/null || (echo "FPM missing. Install FPM: https://fpm.readthedocs.io/en/latest/installing.html" && false)
docker:
docker build -f init/docker/Dockerfile \
--build-arg "BUILD_DATE=$(DATE)" \
--build-arg "COMMIT=$(COMMIT)" \
--build-arg "VERSION=$(VERSION)-$(ITERATION)" \
--build-arg "LICENSE=$(LICENSE)" \
--build-arg "DESC=$(DESC)" \
--build-arg "URL=$(URL)" \
--build-arg "VENDOR=$(VENDOR)" \
--build-arg "AUTHOR=$(MAINT)" \
--build-arg "BINARY=$(BINARY)" \
--build-arg "IMPORT_PATH=$(IMPORT_PATH)" \
--build-arg "SOURCE_URL=$(SOURCE_URL)" \
--build-arg "CONFIG_FILE=$(CONFIG_FILE)" \
--tag $(BINARY) .
# This builds a Homebrew formula file that can be used to install this app from source.
# The source used comes from the released version on GitHub. This will not work with local source.
# This target is used by Travis CI to update the released Forumla when a new tag is created.
formula: $(BINARY).rb
v$(VERSION).tar.gz.sha256:
# Calculate the SHA from the Github source file.
curl -sL $(URL)/archive/v$(VERSION).tar.gz | openssl dgst -r -sha256 | tee $@
$(BINARY).rb: v$(VERSION).tar.gz.sha256 init/homebrew/$(FORMULA).rb.tmpl
# Creating formula from template using sed.
sed -e "s/{{Version}}/$(VERSION)/g" \
-e "s/{{Iter}}/$(ITERATION)/g" \
-e "s/{{SHA256}}/$(shell head -c64 $<)/g" \
-e "s/{{Desc}}/$(DESC)/g" \
-e "s%{{URL}}%$(URL)%g" \
-e "s%{{IMPORT_PATH}}%$(IMPORT_PATH)%g" \
-e "s%{{SOURCE_PATH}}%$(SOURCE_PATH)%g" \
-e "s%{{SOURCE_URL}}%$(SOURCE_URL)%g" \
-e "s%{{CONFIG_FILE}}%$(CONFIG_FILE)%g" \
-e "s%{{Class}}%$(shell echo $(BINARY) | perl -pe 's/(?:\b|-)(\p{Ll})/\u$$1/g')%g" \
init/homebrew/$(FORMULA).rb.tmpl | tee $(BINARY).rb
# That perl line turns hello-world into HelloWorld, etc.
# Extras
# Run code tests and lint.
test: lint
# Testing.
go test -race -covermode=atomic ./...
lint:
# Checking lint.
golangci-lint run $(GOLANGCI_LINT_ARGS)
# This is safe; recommended even.
dep: vendor
vendor: Gopkg.*
dep ensure --vendor-only
# Don't run this unless you're ready to debug untested vendored dependencies.
deps:
dep ensure --update
# Homebrew stuff. macOS only.
# Used for Homebrew only. Other distros can create packages.
install: man readme $(BINARY)
@echo - Done Building! -
@echo - Local installation with the Makefile is only supported on macOS.
@echo If you wish to install the application manually on Linux, check out the wiki: https://$(SOURCE_URL)/wiki/Installation
@echo - Otherwise, build and install a package: make rpm -or- make deb
@echo See the Package Install wiki for more info: https://$(SOURCE_URL)/wiki/Package-Install
@[ "$(shell uname)" = "Darwin" ] || (echo "Unable to continue, not a Mac." && false)
@[ "$(PREFIX)" != "" ] || (echo "Unable to continue, PREFIX not set. Use: make install PREFIX=/usr/local ETC=/usr/local/etc" && false)
@[ "$(ETC)" != "" ] || (echo "Unable to continue, ETC not set. Use: make install PREFIX=/usr/local ETC=/usr/local/etc" && false)
# Copying the binary, config file, unit file, and man page into the env.
/usr/bin/install -m 0755 -d $(PREFIX)/bin $(PREFIX)/share/man/man1 $(ETC)/$(BINARY) $(PREFIX)/share/doc/$(BINARY)
/usr/bin/install -m 0755 -cp $(BINARY) $(PREFIX)/bin/$(BINARY)
/usr/bin/install -m 0644 -cp $(BINARY).1.gz $(PREFIX)/share/man/man1
/usr/bin/install -m 0644 -cp examples/$(CONFIG_FILE).example $(ETC)/$(BINARY)/
[ -f $(ETC)/$(BINARY)/$(CONFIG_FILE) ] || /usr/bin/install -m 0644 -cp examples/$(CONFIG_FILE).example $(ETC)/$(BINARY)/$(CONFIG_FILE)
/usr/bin/install -m 0644 -cp LICENSE *.html examples/* $(PREFIX)/share/doc/$(BINARY)/
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