open-consul/GNUmakefile

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Makefile
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SHELL = bash
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GOTOOLS = \
github.com/elazarl/go-bindata-assetfs/... \
github.com/jteeuwen/go-bindata/... \
github.com/magiconair/vendorfmt/cmd/vendorfmt \
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github.com/mitchellh/gox \
golang.org/x/tools/cmd/cover \
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golang.org/x/tools/cmd/stringer \
github.com/axw/gocov/gocov \
gopkg.in/matm/v1/gocov-html
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GOTAGS ?= consul
GOFILES ?= $(shell go list ./... | grep -v /vendor/)
GOOS=$(shell go env GOOS)
GOARCH=$(shell go env GOARCH)
# Get the git commit
GIT_COMMIT=$(shell git rev-parse --short HEAD)
GIT_DIRTY=$(shell test -n "`git status --porcelain`" && echo "+CHANGES" || true)
GIT_DESCRIBE=$(shell git describe --tags --always)
GIT_IMPORT=github.com/hashicorp/consul/version
GOLDFLAGS=-X $(GIT_IMPORT).GitCommit=$(GIT_COMMIT)$(GIT_DIRTY) -X $(GIT_IMPORT).GitDescribe=$(GIT_DESCRIBE)
export GOLDFLAGS
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# all builds binaries for all targets
all: bin
bin: tools
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@mkdir -p bin/
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@GOTAGS='$(GOTAGS)' sh -c "'$(CURDIR)/scripts/build.sh'"
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# dev creates binaries for testing locally - these are put into ./bin and $GOPATH
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dev: vendorfmt dev-build
dev-build:
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mkdir -p pkg/$(GOOS)_$(GOARCH)/ bin/
go install -ldflags '$(GOLDFLAGS)' -tags '$(GOTAGS)'
cp $(GOPATH)/bin/consul bin/
cp $(GOPATH)/bin/consul pkg/$(GOOS)_$(GOARCH)
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vendorfmt:
test -x $(GOPATH)/bin/vendorfmt || go get -u github.com/magiconair/vendorfmt/cmd/vendorfmt
vendorfmt
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# linux builds a linux package independent of the source platform
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linux:
mkdir -p pkg/linux_amd64/
GOOS=linux GOARCH=amd64 go build -ldflags '$(GOLDFLAGS)' -tags '$(GOTAGS)' -o pkg/linux_amd64/consul
# dist builds binaries for all platforms and packages them for distribution
dist:
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@GOTAGS='$(GOTAGS)' sh -c "'$(CURDIR)/scripts/dist.sh'"
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cov:
gocov test $(GOFILES) | gocov-html > /tmp/coverage.html
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open /tmp/coverage.html
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test: dev-build vet
go test -tags '$(GOTAGS)' -i ./...
go test $(GOTEST_FLAGS) -tags '$(GOTAGS)' -timeout 7m -v ./... 2>&1 >test$(GOTEST_FLAGS).log ; echo $$? > exit-code
@echo "Exit code: `cat exit-code`" >> test$(GOTEST_FLAGS).log
@echo "----"
@grep -A5 'DATA RACE' test.log || true
@grep -A10 'panic: test timed out' test.log || true
@grep '^PASS' test.log | uniq || true
@grep -A1 -- '--- FAIL:' test.log || true
@grep '^FAIL' test.log || true
@test "$$TRAVIS" == "true" && cat test.log || true
@exit $$(cat exit-code)
test-race:
$(MAKE) GOTEST_FLAGS=-race
cover:
go test $(GOFILES) --cover
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format:
@echo "--> Running go fmt"
@go fmt $(GOFILES)
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Makefile: add vet target Add a vet target in order to catch suspicious constructs reported by go vet. Vet has successfully detected problems in the past, for example, see c9333b1b9b472feb5cad80e2c8276d41b64bde88 Some vet flags are noisy. In particular, the following flags reports a large amount of generally unharmful constructs: ``` -assign: check for useless assignments -composites: check that composite literals used field-keyed elements -shadow: check for shadowed variables -shadowstrict: whether to be strict about shadowing -unreachable: check for unreachable code ``` In order to skip running the flags mentioned above, vet is invoked on a directory basis with `go tool vet .` since package- level type-checking with `go vet` doesn't accept flags. Hence, each file is vetted in isolation, which is weaker than package-level type-checking. But nevertheless, it might catch suspicious constructs that pose a real issue. The vet target runs the following flags on the entire repo: ``` -asmdecl: check assembly against Go declarations -atomic: check for common mistaken usages of the sync/atomic package -bool: check for mistakes involving boolean operators -buildtags: check that +build tags are valid -copylocks: check that locks are not passed by value -methods: check that canonically named methods are canonically defined -nilfunc: check for comparisons between functions and nil -printf: check printf-like invocations -rangeloops: check that range loop variables are used correctly -shift: check for useless shifts -structtags: check that struct field tags have canonical format and apply to exported fields as needed -unsafeptr: check for misuse of unsafe.Pointer ``` Now and then, it might make sense to check the output of the disabled flags manually. For example, `VETARGS=-unreachable make vet` can detect several lines of dead code that can be deleted, etc.
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vet:
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@echo "--> Running go vet"
@go vet $(GOFILES); if [ $$? -eq 1 ]; then \
Makefile: add vet target Add a vet target in order to catch suspicious constructs reported by go vet. Vet has successfully detected problems in the past, for example, see c9333b1b9b472feb5cad80e2c8276d41b64bde88 Some vet flags are noisy. In particular, the following flags reports a large amount of generally unharmful constructs: ``` -assign: check for useless assignments -composites: check that composite literals used field-keyed elements -shadow: check for shadowed variables -shadowstrict: whether to be strict about shadowing -unreachable: check for unreachable code ``` In order to skip running the flags mentioned above, vet is invoked on a directory basis with `go tool vet .` since package- level type-checking with `go vet` doesn't accept flags. Hence, each file is vetted in isolation, which is weaker than package-level type-checking. But nevertheless, it might catch suspicious constructs that pose a real issue. The vet target runs the following flags on the entire repo: ``` -asmdecl: check assembly against Go declarations -atomic: check for common mistaken usages of the sync/atomic package -bool: check for mistakes involving boolean operators -buildtags: check that +build tags are valid -copylocks: check that locks are not passed by value -methods: check that canonically named methods are canonically defined -nilfunc: check for comparisons between functions and nil -printf: check printf-like invocations -rangeloops: check that range loop variables are used correctly -shift: check for useless shifts -structtags: check that struct field tags have canonical format and apply to exported fields as needed -unsafeptr: check for misuse of unsafe.Pointer ``` Now and then, it might make sense to check the output of the disabled flags manually. For example, `VETARGS=-unreachable make vet` can detect several lines of dead code that can be deleted, etc.
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echo ""; \
echo "Vet found suspicious constructs. Please check the reported constructs"; \
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echo "and fix them if necessary before submitting the code for review."; \
exit 1; \
Makefile: add vet target Add a vet target in order to catch suspicious constructs reported by go vet. Vet has successfully detected problems in the past, for example, see c9333b1b9b472feb5cad80e2c8276d41b64bde88 Some vet flags are noisy. In particular, the following flags reports a large amount of generally unharmful constructs: ``` -assign: check for useless assignments -composites: check that composite literals used field-keyed elements -shadow: check for shadowed variables -shadowstrict: whether to be strict about shadowing -unreachable: check for unreachable code ``` In order to skip running the flags mentioned above, vet is invoked on a directory basis with `go tool vet .` since package- level type-checking with `go vet` doesn't accept flags. Hence, each file is vetted in isolation, which is weaker than package-level type-checking. But nevertheless, it might catch suspicious constructs that pose a real issue. The vet target runs the following flags on the entire repo: ``` -asmdecl: check assembly against Go declarations -atomic: check for common mistaken usages of the sync/atomic package -bool: check for mistakes involving boolean operators -buildtags: check that +build tags are valid -copylocks: check that locks are not passed by value -methods: check that canonically named methods are canonically defined -nilfunc: check for comparisons between functions and nil -printf: check printf-like invocations -rangeloops: check that range loop variables are used correctly -shift: check for useless shifts -structtags: check that struct field tags have canonical format and apply to exported fields as needed -unsafeptr: check for misuse of unsafe.Pointer ``` Now and then, it might make sense to check the output of the disabled flags manually. For example, `VETARGS=-unreachable make vet` can detect several lines of dead code that can be deleted, etc.
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fi
# Build the static web ui and build static assets inside a Docker container, the
# same way a release build works. This implicitly does a "make static-assets" at
# the end.
ui:
@sh -c "'$(CURDIR)/scripts/ui.sh'"
# If you've run "make ui" manually then this will get called for you. This is
# also run as part of the release build script when it verifies that there are no
# changes to the UI assets that aren't checked in.
static-assets:
@go-bindata-assetfs -pkg agent -prefix pkg ./pkg/web_ui/...
@mv bindata_assetfs.go agent/
$(MAKE) format
tools:
go get -u -v $(GOTOOLS)
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.PHONY: all ci bin dev dist cov test cover format vet ui static-assets tools vendorfmt