lnd/Makefile

PKG := github.com/lightningnetwork/lnd
ESCPKG := github.com\/lightningnetwork\/lnd
MOBILE_PKG := $(PKG)/mobile
TOOLS_DIR := tools

GOCC ?= go
PREFIX ?= /usr/local

BTCD_PKG := github.com/btcsuite/btcd
GOACC_PKG := github.com/ory/go-acc
GOIMPORTS_PKG := github.com/rinchsan/gosimports/cmd/gosimports

GO_BIN := ${GOPATH}/bin
BTCD_BIN := $(GO_BIN)/btcd
GOIMPORTS_BIN := $(GO_BIN)/gosimports
GOMOBILE_BIN := $(GO_BIN)/gomobile
GOACC_BIN := $(GO_BIN)/go-acc

MOBILE_BUILD_DIR :=${GOPATH}/src/$(MOBILE_PKG)/build
IOS_BUILD_DIR := $(MOBILE_BUILD_DIR)/ios
IOS_BUILD := $(IOS_BUILD_DIR)/Lndmobile.xcframework
ANDROID_BUILD_DIR := $(MOBILE_BUILD_DIR)/android
ANDROID_BUILD := $(ANDROID_BUILD_DIR)/Lndmobile.aar

COMMIT := $(shell git describe --tags --dirty)

# Determine the minor version of the active Go installation.
ACTIVE_GO_VERSION := $(shell $(GOCC) version | sed -nre 's/^[^0-9]*(([0-9]+\.)*[0-9]+).*/\1/p')
ACTIVE_GO_VERSION_MINOR := $(shell echo $(ACTIVE_GO_VERSION) | cut -d. -f2)

LOOPVARFIX :=
ifeq ($(shell expr $(ACTIVE_GO_VERSION_MINOR) \>= 21), 1)
	LOOPVARFIX := GOEXPERIMENT=loopvar
endif

# GO_VERSION is the Go version used for the release build, docker files, and
# GitHub Actions. This is the reference version for the project. All other Go
# versions are checked against this version.
GO_VERSION = 1.23.6

GOBUILD := $(LOOPVARFIX) $(GOCC) build -v
GOINSTALL := $(LOOPVARFIX) $(GOCC) install -v
GOTEST := $(LOOPVARFIX) $(GOCC) test

GOFILES_NOVENDOR = $(shell find . -type f -name '*.go' -not -path "./vendor/*" -not -name "*pb.go" -not -name "*pb.gw.go" -not -name "*.pb.json.go")

RM := rm -f
CP := cp
MAKE := make
XARGS := xargs -L 1

include make/testing_flags.mk
include make/release_flags.mk
include make/fuzz_flags.mk

DEV_TAGS := $(if ${tags},$(DEV_TAGS) ${tags},$(DEV_TAGS))

# We only return the part inside the double quote here to avoid escape issues
# when calling the external release script. The second parameter can be used to
# add additional ldflags if needed (currently only used for the release).
make_ldflags = $(1) -X $(PKG)/build.Commit=$(COMMIT)

DEV_GCFLAGS := -gcflags "all=-N -l"
DEV_LDFLAGS := -ldflags "$(call make_ldflags)"
# For the release, we want to remove the symbol table and debug information (-s)
# and omit the DWARF symbol table (-w). Also we clear the build ID.
RELEASE_LDFLAGS := $(call make_ldflags, -s -w -buildid=)

# Linting uses a lot of memory, so keep it under control by limiting the number
# of workers if requested.
ifneq ($(workers),)
LINT_WORKERS = --concurrency=$(workers)
endif

DOCKER_TOOLS = docker run \
  --rm \
  -v $(shell bash -c "$(GOCC) env GOCACHE || (mkdir -p /tmp/go-cache; echo /tmp/go-cache)"):/tmp/build/.cache \
  -v $(shell bash -c "$(GOCC) env GOMODCACHE || (mkdir -p /tmp/go-modcache; echo /tmp/go-modcache)"):/tmp/build/.modcache \
  -v $(shell bash -c "mkdir -p /tmp/go-lint-cache; echo /tmp/go-lint-cache"):/root/.cache/golangci-lint \
  -v $$(pwd):/build lnd-tools

GREEN := "\\033[0;32m"
NC := "\\033[0m"
define print
	echo $(GREEN)$1$(NC)
endef

default: scratch

all: scratch check install

# ============
# DEPENDENCIES
# ============
$(GOACC_BIN):
	@$(call print, "Installing go-acc.")
	cd $(TOOLS_DIR); $(GOCC) install -trimpath -tags=tools $(GOACC_PKG)

$(BTCD_BIN):
	@$(call print, "Installing btcd.")
	cd $(TOOLS_DIR); $(GOCC) install -trimpath $(BTCD_PKG)

$(GOIMPORTS_BIN):
	@$(call print, "Installing goimports.")
	cd $(TOOLS_DIR); $(GOCC) install -trimpath $(GOIMPORTS_PKG)

# ============
# INSTALLATION
# ============

#? build: Build lnd and lncli binaries, place them in project directory
build:
	@$(call print, "Building debug lnd and lncli.")
	$(GOBUILD) -tags="$(DEV_TAGS)" -o lnd-debug $(DEV_GCFLAGS) $(DEV_LDFLAGS) $(PKG)/cmd/lnd
	$(GOBUILD) -tags="$(DEV_TAGS)" -o lncli-debug $(DEV_GCFLAGS) $(DEV_LDFLAGS) $(PKG)/cmd/lncli

#? build-itest: Build integration test binaries, place them in itest directory
build-itest:
	@$(call print, "Building itest btcd and lnd.")
	CGO_ENABLED=0 $(GOBUILD) -tags="integration" -o itest/btcd-itest$(EXEC_SUFFIX) $(DEV_LDFLAGS) $(BTCD_PKG)
	CGO_ENABLED=0 $(GOBUILD) -tags="$(ITEST_TAGS)" $(ITEST_COVERAGE) -o itest/lnd-itest$(EXEC_SUFFIX) $(DEV_LDFLAGS) $(PKG)/cmd/lnd

	@$(call print, "Building itest binary for ${backend} backend.")
	CGO_ENABLED=0 $(GOTEST) -v ./itest -tags="$(DEV_TAGS) $(RPC_TAGS) integration $(backend)" -c -o itest/itest.test$(EXEC_SUFFIX)

#? build-itest-race: Build integration test binaries in race detector mode, place them in itest directory
build-itest-race:
	@$(call print, "Building itest btcd and lnd with race detector.")
	CGO_ENABLED=0 $(GOBUILD) -tags="integration" -o itest/btcd-itest$(EXEC_SUFFIX) $(DEV_LDFLAGS) $(BTCD_PKG)
	CGO_ENABLED=1 $(GOBUILD) -race -tags="$(ITEST_TAGS)" -o itest/lnd-itest$(EXEC_SUFFIX) $(DEV_LDFLAGS) $(PKG)/cmd/lnd

	@$(call print, "Building itest binary for ${backend} backend.")
	CGO_ENABLED=0 $(GOTEST) -v ./itest -tags="$(DEV_TAGS) $(RPC_TAGS) integration $(backend)" -c -o itest/itest.test$(EXEC_SUFFIX)

#? install-binaries: Build and install lnd and lncli binaries, place them in $GOPATH/bin
install-binaries:
	@$(call print, "Installing lnd and lncli.")
	$(GOINSTALL) -tags="${tags}" -ldflags="$(RELEASE_LDFLAGS)" $(PKG)/cmd/lnd
	$(GOINSTALL) -tags="${tags}" -ldflags="$(RELEASE_LDFLAGS)" $(PKG)/cmd/lncli

#? manpages: generate and install man pages
manpages:
	@$(call print, "Generating man pages lncli.1 and lnd.1.")
	./scripts/gen_man_pages.sh $(DESTDIR) $(PREFIX)

#? install: Build and install lnd and lncli binaries and place them in $GOPATH/bin.
install: install-binaries

#? install-all: Performs all the same tasks as the install command along with generating and
# installing the man pages for the lnd and lncli binaries. This command is useful in an
# environment where a user has root access and so has write access to the man page directory.
install-all: install manpages

#? release-install: Build and install lnd and lncli release binaries, place them in $GOPATH/bin
release-install:
	@$(call print, "Installing release lnd and lncli.")
	env CGO_ENABLED=0 $(GOINSTALL) -v -trimpath -ldflags="$(RELEASE_LDFLAGS)" -tags="$(RELEASE_TAGS)" $(PKG)/cmd/lnd
	env CGO_ENABLED=0 $(GOINSTALL) -v -trimpath -ldflags="$(RELEASE_LDFLAGS)" -tags="$(RELEASE_TAGS)" $(PKG)/cmd/lncli

#? release: Build the full set of reproducible release binaries for all supported platforms
# Make sure the generated mobile RPC stubs don't influence our vendor package
# by removing them first in the clean-mobile target.
release: clean-mobile
	@$(call print, "Releasing lnd and lncli binaries.")
	$(VERSION_CHECK)
	./scripts/release.sh build-release "$(VERSION_TAG)" "$(BUILD_SYSTEM)" "$(RELEASE_TAGS)" "$(RELEASE_LDFLAGS)" "$(GO_VERSION)"

#? docker-release: Same as release but within a docker container to support reproducible builds on BSD/MacOS platforms
docker-release:
	@$(call print, "Building release helper docker image.")
	if [ "$(tag)" = "" ]; then echo "Must specify tag=<commit_or_tag>!"; exit 1; fi

	docker build -t lnd-release-helper -f make/builder.Dockerfile make/

	# Run the actual compilation inside the docker image. We pass in all flags
	# that we might want to overwrite in manual tests.
	$(DOCKER_RELEASE_HELPER) make release tag="$(tag)" sys="$(sys)" COMMIT="$(COMMIT)" 

docker-tools:
	@$(call print, "Building tools docker image.")
	docker build -q -t lnd-tools $(TOOLS_DIR)

scratch: build


# =======
# TESTING
# =======

#? check: Run unit and integration tests
check: unit itest

db-instance:
ifeq ($(dbbackend),postgres)
	# Remove a previous postgres instance if it exists.
	docker rm lnd-postgres --force || echo "Starting new postgres container"

	# Start a fresh postgres instance. Allow a maximum of 500 connections so
	# that multiple lnd instances with a maximum number of connections of 20
	# each can run concurrently. Note that many of the settings here are
	# specifically for integration testing and are not fit for running
	# production nodes. The increase in max connections ensures that there
	# are enough entries allocated for the RWConflictPool to allow multiple
	# conflicting transactions to track serialization conflicts. The
	# increase in predicate locks and locks per transaction is to allow the
	# queries to lock individual rows instead of entire tables, helping
	# reduce serialization conflicts. Disabling sequential scan for small
	# tables also helps prevent serialization conflicts by ensuring lookups
	# lock only relevant rows in the index rather than the entire table.
	docker run --name lnd-postgres -e POSTGRES_PASSWORD=postgres -p 6432:5432 -d postgres:13-alpine -N 1500 -c max_pred_locks_per_transaction=1024 -c max_locks_per_transaction=128 -c enable_seqscan=off
	docker logs -f lnd-postgres >itest/postgres.log 2>&1 &

	# Wait for the instance to be started.
	sleep $(POSTGRES_START_DELAY)
endif

clean-itest-logs:
	rm -rf itest/*.log itest/.logs-*

#? itest-only: Only run integration tests without re-building binaries
itest-only: clean-itest-logs db-instance
	@$(call print, "Running integration tests with ${backend} backend.")
	date
	EXEC_SUFFIX=$(EXEC_SUFFIX) scripts/itest_part.sh 0 1 $(SHUFFLE_SEED) $(TEST_FLAGS) $(ITEST_FLAGS) -test.v
	$(COLLECT_ITEST_COVERAGE)

#? itest: Build and run integration tests
itest: build-itest itest-only

#? itest-race: Build and run integration tests in race detector mode
itest-race: build-itest-race itest-only

#? itest-parallel: Build and run integration tests in parallel mode, running up to ITEST_PARALLELISM test tranches in parallel (default 4)
itest-parallel: clean-itest-logs build-itest db-instance
	@$(call print, "Running tests")
	date
	EXEC_SUFFIX=$(EXEC_SUFFIX) scripts/itest_parallel.sh $(ITEST_PARALLELISM) $(NUM_ITEST_TRANCHES) $(SHUFFLE_SEED) $(TEST_FLAGS) $(ITEST_FLAGS)
	$(COLLECT_ITEST_COVERAGE)

#? itest-clean: Kill all running itest processes
itest-clean:
	@$(call print, "Cleaning old itest processes")
	killall lnd-itest || echo "no running lnd-itest process found";

#? unit: Run unit tests
unit: $(BTCD_BIN)
	@$(call print, "Running unit tests.")
	$(UNIT)

#? unit-module: Run unit tests of all submodules
unit-module:
	@$(call print, "Running submodule unit tests.")
	scripts/unit_test_modules.sh

#? unit-debug: Run unit tests with debug log output enabled
unit-debug: $(BTCD_BIN)
	@$(call print, "Running debug unit tests.")
	$(UNIT_DEBUG)

#? unit-cover: Run unit tests in coverage mode
unit-cover: $(GOACC_BIN)
	@$(call print, "Running unit coverage tests.")
	$(GOACC)

#? unit-race: Run unit tests in race detector mode
unit-race:
	@$(call print, "Running unit race tests.")
	env CGO_ENABLED=1 GORACE="history_size=7 halt_on_errors=1" $(UNIT_RACE)

#? unit-bench: Run benchmark tests
unit-bench: $(BTCD_BIN)
	@$(call print, "Running benchmark tests.")
	$(UNIT_BENCH)

# =============
# FLAKE HUNTING
# =============

#? flakehunter-itest: Run the integration tests continuously until one fails
flakehunter-itest: build-itest
	@$(call print, "Flake hunting ${backend} integration tests.")
	while [ $$? -eq 0 ]; do make itest-only icase='${icase}' backend='${backend}'; done

#? flakehunter-unit: Run the unit tests continuously until one fails
flakehunter-unit:
	@$(call print, "Flake hunting unit test.")
	scripts/unit-test-flake-hunter.sh ${pkg} ${case}

#? flakehunter-itest-parallel: Run the integration tests continuously until one fails, running up to ITEST_PARALLELISM test tranches in parallel (default 4)
flakehunter-itest-parallel:
	@$(call print, "Flake hunting ${backend} integration tests in parallel.")
	while [ $$? -eq 0 ]; do make itest-parallel tranches=1 parallel=${ITEST_PARALLELISM} icase='${icase}' backend='${backend}'; done

# =============
# FUZZING
# =============

#? fuzz: Run the fuzzing tests
fuzz:
	@$(call print, "Fuzzing packages '$(FUZZPKG)'.")
	scripts/fuzz.sh run "$(FUZZPKG)" "$(FUZZ_TEST_RUN_TIME)" "$(FUZZ_NUM_PROCESSES)"

# =========
# UTILITIES
# =========

#? fmt: Format source code and fix imports
fmt: $(GOIMPORTS_BIN)
	@$(call print, "Fixing imports.")
	gosimports -w $(GOFILES_NOVENDOR)
	@$(call print, "Formatting source.")
	gofmt -l -w -s $(GOFILES_NOVENDOR)

#? fmt-check: Make sure source code is formatted and imports are correct
fmt-check: fmt
	@$(call print, "Checking fmt results.")
	if test -n "$$(git status --porcelain)"; then echo "code not formatted correctly, please run `make fmt` again!"; git status; git diff; exit 1; fi

#? check-go-version-yaml: Verify that the Go version is correct in all YAML files
check-go-version-yaml:
	@$(call print, "Checking for target Go version (v$(GO_VERSION)) in YAML files (*.yaml, *.yml)")
	./scripts/check-go-version-yaml.sh $(GO_VERSION)

#? check-go-version-dockerfile: Verify that the Go version is correct in all Dockerfile files
check-go-version-dockerfile:
	@$(call print, "Checking for target Go version (v$(GO_VERSION)) in Dockerfile files (*Dockerfile)")
	./scripts/check-go-version-dockerfile.sh $(GO_VERSION)

#? check-go-version: Verify that the Go version is correct in all project files
check-go-version: check-go-version-dockerfile check-go-version-yaml

#? lint-source: Run static code analysis
lint-source: docker-tools
	@$(call print, "Linting source.")
	$(DOCKER_TOOLS) custom-gcl run -v $(LINT_WORKERS)

#? lint: Run static code analysis
lint: check-go-version lint-source

#? protolint: Lint proto files using protolint
protolint:
	@$(call print, "Linting proto files.")
	docker run --rm --volume "$$(pwd):/workspace" --workdir /workspace yoheimuta/protolint lint lnrpc/

#? tidy-module: Run `go mod` tidy for all modules
tidy-module:
	echo "Running 'go mod tidy' for all modules"
	scripts/tidy_modules.sh

#? tidy-module-check: Make sure all modules are up to date
tidy-module-check: tidy-module
	if test -n "$$(git status --porcelain)"; then echo "modules not updated, please run `make tidy-module` again!"; git status; exit 1; fi

#? list: List all available make targets
list:
	@$(call print, "Listing commands:")
	@$(MAKE) -qp | \
		awk -F':' '/^[a-zA-Z0-9][^$$#\/\t=]*:([^=]|$$)/ {split($$1,A,/ /);for(i in A)print A[i]}' | \
		grep -v Makefile | \
		sort

#? help: List all available make targets with their descriptions
help: Makefile
	@$(call print, "Listing commands:")
	@sed -n 's/^#?//p' $< | column -t -s ':' |  sort | sed -e 's/^/ /'

#? sqlc: Generate sql models and queries in Go
sqlc:
	@$(call print, "Generating sql models and queries in Go")
	./scripts/gen_sqlc_docker.sh

#? sqlc-check: Make sure sql models and queries are up to date
sqlc-check: sqlc
	@$(call print, "Verifying sql code generation.")
	if test -n "$$(git status --porcelain '*.go')"; then echo "SQL models not properly generated!"; git status --porcelain '*.go'; exit 1; fi

#? rpc: Compile protobuf definitions and generate REST proxy stubs
rpc:
	@$(call print, "Compiling protos.")
	cd ./lnrpc; ./gen_protos_docker.sh

#? rpc-format: Format protobuf definition files
rpc-format:
	@$(call print, "Formatting protos.")
	cd ./lnrpc; find . -name "*.proto" | xargs clang-format --style=file -i

#? rpc-check: Make sure protobuf definitions are up to date
rpc-check: rpc
	@$(call print, "Verifying protos.")
	cd ./lnrpc; ../scripts/check-rest-annotations.sh
	if test -n "$$(git status --porcelain)"; then echo "Protos not properly formatted or not compiled with v3.4.0"; git status; git diff; exit 1; fi

#? rpc-js-compile: Compile protobuf definitions and generate JSON/WASM stubs
rpc-js-compile:
	@$(call print, "Compiling JSON/WASM stubs.")
	GOOS=js GOARCH=wasm $(GOBUILD) -tags="$(WASM_RELEASE_TAGS)" $(PKG)/lnrpc/...

#? sample-conf-check: Make sure default values in the sample-lnd.conf file are set correctly
sample-conf-check:
	@$(call print, "Checking that default values in the sample-lnd.conf file are set correctly")
	scripts/check-sample-lnd-conf.sh "$(RELEASE_TAGS)"

#? mobile-rpc: Compile mobile RPC stubs from the protobuf definitions
mobile-rpc:
	@$(call print, "Creating mobile RPC from protos.")
	cd ./lnrpc; COMPILE_MOBILE=1 SUBSERVER_PREFIX=1 ./gen_protos_docker.sh

#? vendor: Create a vendor directory with all dependencies
vendor:
	@$(call print, "Re-creating vendor directory.")
	rm -r vendor/; $(GOCC) mod vendor

#? apple: Build mobile RPC stubs and project template for iOS and macOS
apple: mobile-rpc
	@$(call print, "Building iOS and macOS cxframework ($(IOS_BUILD)).")
	mkdir -p $(IOS_BUILD_DIR)
	$(GOMOBILE_BIN) bind -target=ios,iossimulator,macos -tags="mobile $(DEV_TAGS) $(RPC_TAGS)" -ldflags "$(RELEASE_LDFLAGS)" -v -o $(IOS_BUILD) $(MOBILE_PKG)

#? ios: Build mobile RPC stubs and project template for iOS
ios: mobile-rpc
	@$(call print, "Building iOS cxframework ($(IOS_BUILD)).")
	mkdir -p $(IOS_BUILD_DIR)
	$(GOMOBILE_BIN) bind -target=ios,iossimulator -tags="mobile $(DEV_TAGS) $(RPC_TAGS)" -ldflags "$(RELEASE_LDFLAGS)" -v -o $(IOS_BUILD) $(MOBILE_PKG)

#? macos: Build mobile RPC stubs and project template for macOS
macos: mobile-rpc
	@$(call print, "Building macOS cxframework ($(IOS_BUILD)).")
	mkdir -p $(IOS_BUILD_DIR)
	$(GOMOBILE_BIN) bind -target=macos -tags="mobile $(DEV_TAGS) $(RPC_TAGS)" -ldflags "$(RELEASE_LDFLAGS)" -v -o $(IOS_BUILD) $(MOBILE_PKG)

#? android: Build mobile RPC stubs and project template for Android
android: mobile-rpc
	@$(call print, "Building Android library ($(ANDROID_BUILD)).")
	mkdir -p $(ANDROID_BUILD_DIR)
	$(GOMOBILE_BIN) bind -target=android -androidapi 21 -tags="mobile $(DEV_TAGS) $(RPC_TAGS)" -ldflags "$(RELEASE_LDFLAGS)" -v -o $(ANDROID_BUILD) $(MOBILE_PKG)

#? mobile: Build mobile RPC stubs and project templates for iOS and Android
mobile: ios android

#? clean: Remove all generated files
clean:
	@$(call print, "Cleaning source.$(NC)")
	$(RM) ./lnd-debug ./lncli-debug
	$(RM) ./lnd-itest ./lncli-itest
	$(RM) -r ./vendor .vendor-new

#? clean-mobile: Remove all generated mobile files
clean-mobile:
	@$(call print, "Cleaning autogenerated mobile RPC stubs.")
	$(RM) -r mobile/build
	$(RM) mobile/*_generated.go

.PHONY: all \
	btcd \
	default \
	build \
	install \
	scratch \
	check \
	help \
	itest-only \
	itest \
	unit \
	unit-debug \
	unit-cover \
	unit-race \
	flakehunter \
	flake-unit \
	fmt \
	lint \
	list \
	rpc \
	rpc-format \
	rpc-check \
	rpc-js-compile \
	mobile-rpc \
	vendor \
	ios \
	android \
	mobile \
	clean