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4a85e05ab7937b72c7fe0d17293cb021d65b9e20
step-ca-cli/Makefile
max furman 10058e0d88 ffffffp
2018-08-15 00:22:37 -07:00

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7.7 KiB
Makefile
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PKG=github.com/smallstep/cli/cmd/step
BINNAME=step
# Set V to 1 for verbose output from the Makefile
Q=$(if $V,,@)
PREFIX?=
SRC = $(shell find . -type f -name '*.go' -not -path "./vendor/*")
GOOS_OVERRIDE?=
# Set shell to bash for `echo -e`
SHELL:=/bin/bash
all: build lint test
.PHONY: all
#########################################
# Bootstrapping
#########################################
bootstrap:
$Q which dep || go get github.com/golang/dep/cmd/dep
$Q dep ensure
vendor: Gopkg.lock
$Q dep ensure
BOOTSTRAP=\
github.com/golang/lint/golint \
github.com/client9/misspell/cmd/misspell \
github.com/gordonklaus/ineffassign \
github.com/tsenart/deadcode \
github.com/alecthomas/gometalinter
define VENDOR_BIN_TMPL
vendor/bin/$(notdir $(1)): vendor
$Q go build -o $$@ ./vendor/$(1)
VENDOR_BINS += vendor/bin/$(notdir $(1))
endef
$(foreach pkg,$(BOOTSTRAP),$(eval $(call VENDOR_BIN_TMPL,$(pkg))))
.PHONY: bootstrap vendor
#################################################
# Determine the type of `push`
#################################################
VERSION?=$(shell git describe --tags --dirty | sed 's/^v//')
NOT_RC=$(shell git tag --points-at HEAD | grep -v -e -rc)
# If TRAVIS_TAG is set then we know this ref has been tagged, so we just need
# to determine whether or not we're looking at an rc tag or regular tag.
ifdef TRAVIS_TAG
VERSION=$(shell echo $(TRAVIS_TAG) | sed 's/^v//')
ifeq ($(NOT_RC),)
PUSHTYPE=release-candidate
else
PUSHTYPE?=prod-release
endif
else
PUSHTYPE=master
endif
#########################################
# Build
#########################################
# Version flags to embed in the binaries
VERSION ?= $(shell [ -d .git ] && git describe --tags --always --dirty="-dev")
VERSION := $(shell echo $(VERSION) | sed 's/^v//')
DATE := $(shell date -u '+%Y-%m-%d %H:%M UTC')
LDFLAGS := -ldflags='-w -X "main.Version=$(VERSION)" -X "main.BuildTime=$(DATE)"'
GOFLAGS := CGO_ENABLED=0
build: $(PREFIX)bin/$(BINNAME)
@echo "Build Complete!"
$(PREFIX)bin/$(BINNAME): vendor $(call rwildcard,*.go)
$Q mkdir -p $(@D)
$Q $(GOOS_OVERRIDE) $(GOFLAGS) go build -v -o $(PREFIX)bin/$(BINNAME) $(LDFLAGS) $(PKG)
# Target for building without calling dep ensure
simple:
$Q mkdir -p bin/
$Q $(GOOS_OVERRIDE) $(GOFLAGS) go build -v -o bin/$(BINNAME) $(LDFLAGS) $(PKG)
@echo "Build Complete!"
.PHONY: build simple
#########################################
# Go generate
#########################################
generate:
$Q go generate ./...
.PHONY: generate
#########################################
# Test
#########################################
test:
$Q $(GOFLAGS) go test -short -cover ./...
vtest:
$(Q)for d in $$(go list ./... | grep -v vendor); do \
echo -e "TESTS FOR: for \033[0;35m$$d\033[0m"; \
$(GOFLAGS) go test -v -bench=. -run=. -short -coverprofile=profile.coverage.out -covermode=atomic $$d; \
out=$$?; \
if [[ $$out -ne 0 ]]; then ret=$$out; fi;\
rm -f profile.coverage.out; \
done; exit $$ret;
.PHONY: test vtest
integrate: integration
integration: bin/$(BINNAME)
$Q $(GOFLAGS) go test -tags=integration ./integration/...
.PHONY: integrate integration
#########################################
# Linting
#########################################
LINTERS=\
gofmt \
golint \
vet \
misspell \
ineffassign \
deadcode
$(patsubst %,%-bin,$(filter-out gofmt vet,$(LINTERS))): %-bin: vendor/bin/%
gofmt-bin vet-bin:
$(LINTERS): %: vendor/bin/gometalinter %-bin vendor
$Q PATH=`pwd`/vendor/bin:$$PATH gometalinter --tests --disable-all --vendor \
--deadline=5m -s data -s pkg --enable $@ ./...
fmt:
$Q gofmt -l -w $(SRC)
lint: $(LINTERS)
.PHONY: $(LINTERS) lint fmt
#########################################
# Install
#########################################
INSTALL_PREFIX?=/usr/
install: $(PREFIX)bin/$(BINNAME)
$Q install -D $(PREFIX)bin/$(BINNAME) $(DESTDIR)$(INSTALL_PREFIX)bin/$(BINNAME)
uninstall:
$Q rm -f $(DESTDIR)$(INSTALL_PREFIX)/bin/$(BINNAME)
.PHONY: install uninstall
#########################################
# Debian
#########################################
debian:
$Q dpkg-buildpackage -b -rfakeroot -us -uc
distclean: clean
.PHONY: debian distclean
#################################################
# Build statically compiled step binary for various operating systems
#################################################
OUTPUT_ROOT=output/
BINARY_OUTPUT=$(OUTPUT_ROOT)binary/
BUNDLE_MAKE=v=$v GOOS_OVERRIDE='GOOS=$(1) GOARCH=$(2)' PREFIX=$(3) make $(3)bin/step
binary-linux:
$(call BUNDLE_MAKE,linux,amd64,$(BINARY_OUTPUT)linux/)
binary-darwin:
$(call BUNDLE_MAKE,darwin,amd64,$(BINARY_OUTPUT)darwin/)
define BUNDLE
$(q)BUNDLE_DIR=$(BINARY_OUTPUT)$(1)/bundle; \
stepName=step_$(2); \
mkdir -p $$BUNDLE_DIR; \
TMP=$$(mktemp -d $$BUNDLE_DIR/tmp.XXXX); \
trap "rm -rf $$TMP" EXIT INT QUIT TERM; \
newdir=$$TMP/$$stepName; \
mkdir -p $$newdir/bin; \
cp $(BINARY_OUTPUT)$(1)/bin/step $$newdir/bin/; \
cp README.md $$newdir/; \
NEW_BUNDLE=$$BUNDLE_DIR/$$stepName_$(1)_$(3).tar.gz; \
rm -f $$NEW_BUNDLE; \
tar -zcvf $$NEW_BUNDLE -C $$TMP $$stepName; \
cp $$NEW_BUNDLE $$BUNDLE_DIR/step_latest_$(1)_$(3).tar.gz;
endef
bundle-linux: binary-linux
$(call BUNDLE,linux,$(VERSION),amd64)
bundle-darwin: binary-darwin
$(call BUNDLE,darwin,$(VERSION),amd64)
#################################################
# Upload statically compiled step binary for various operating systems
#################################################
AWS_BUCKET=smallstep-downloads
# http://tmont.com/blargh/2014/1/uploading-to-s3-in-bash
define AWS_UPLOAD
$(Q)resource="/$(3)/$(1)"; \
contentType="application/$(4)"; \
dateValue=$$(date -R); \
access="x-amz-acl:public-read"; \
stringToSign="PUT\n\n$$contentType\n$$dateValue\n$$access\n$$resource"; \
signature=$$(echo -en $$stringToSign | openssl sha1 -hmac $(AWS_SECRET_ACCESS_KEY) -binary | base64); \
curl -X PUT -T $(2)$(1) \
-H "Host: $(3).s3.amazonaws.com" \
-H "Date: $$dateValue" \
-H "Content-Type: $$contentType" \
-H "Authorization: AWS $(AWS_ACCESS_KEY_ID):$$signature" \
-H "x-amz-acl: public-read" \
https://$(3).s3.amazonaws.com/$(1)
endef
upload-linux-tag: bundle-linux debian
$(call AWS_UPLOAD,step_$(VERSION)_linux_amd64.tar.gz,$(BINARY_OUTPUT)linux/bundle/,$(AWS_BUCKET),x-compressed-tar)
$(call AWS_UPLOAD,step_$(VERSION)_amd64.deb,../,$(AWS_BUCKET),x-debian-package)
upload-linux-latest: bundle-linux
$(call AWS_UPLOAD,step_latest_linux_amd64.tar.gz,$(BINARY_OUTPUT)linux/bundle/,$(AWS_BUCKET),x-compressed-tar)
upload-darwin-tag: bundle-darwin
$(call AWS_UPLOAD,step_$(VERSION)_darwin_amd64.tar.gz,$(BINARY_OUTPUT)darwin/bundle/,$(AWS_BUCKET),x-compressed-tar)
upload-darwin-latest: bundle-darwin
$(call AWS_UPLOAD,step_latest_darwin_amd64.tar.gz,$(BINARY_OUTPUT)darwin/bundle/,$(AWS_BUCKET),x-compressed-tar)
upload-tag: upload-linux-tag upload-darwin-tag
upload-latest: upload-linux-latest upload-linux-tag upload-darwin-latest upload-darwin-tag
#################################################
# Targets for uploading the step binary
#################################################
# For all builds that are not tagged
upload-push-master:
# For all builds with an rc tag
upload-push-release-candidate: upload-tag
# For all builds with a release tag (not rc)
upload-push-prod-release: upload-push-release-candidate upload-latest
# This command is called by travis directly *after* a successful build
upload-push: upload-push-$(PUSHTYPE)
.PHONY: upload-push-release-candidate upload-push-prod-release upload-push
#########################################
# Clean
#########################################
clean:
@echo "You will need to run 'make bootstrap' or 'dep ensure' directly to re-download any dependencies."
$Q rm -rf vendor
ifneq ($(BINNAME),"")
$Q rm -f bin/$(BINNAME)
endif
.PHOMY: clean
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