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Makefile
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# Make targets:
#
# all : builds all binaries in development mode, without web assets (default)
# full : builds all binaries for PRODUCTION use
# release: prepares a release tarball
# clean : removes all build artifacts
# test : runs tests
# To update the Teleport version, update VERSION variable:
# Naming convention:
# Stable releases: "1.0.0"
# Pre-releases: "1.0.0-alpha.1", "1.0.0-beta.2", "1.0.0-rc.3"
# Master/dev branch: "1.0.0-dev"
VERSION=15.0.0-dev
DOCKER_IMAGE ?= teleport
GOPATH ?= $(shell go env GOPATH)
# This directory will be the real path of the directory of the first Makefile in the list.
MAKE_DIR := $(dir $(realpath $(firstword $(MAKEFILE_LIST))))
# If set to 1, webassets are not built.
WEBASSETS_SKIP_BUILD ?= 0
# These are standard autotools variables, don't change them please
ifneq ("$(wildcard /bin/bash)","")
SHELL := /bin/bash -o pipefail
endif
BUILDDIR ?= build
BINDIR ?= /usr/local/bin
DATADIR ?= /usr/local/share/teleport
ADDFLAGS ?=
PWD ?= `pwd`
GIT ?= git
TELEPORT_DEBUG ?= false
GITTAG=v$(VERSION)
CGOFLAG ?= CGO_ENABLED=1
# RELEASE_DIR is where the release artifacts (tarballs, pacakges, etc) are put. It
# should be an absolute directory as it is used by e/Makefile too, from the e/ directory.
RELEASE_DIR := $(CURDIR)/$(BUILDDIR)/artifacts
# When TELEPORT_DEBUG is true, set flags to produce
# debugger-friendly builds.
ifeq ("$(TELEPORT_DEBUG)","true")
BUILDFLAGS ?= $(ADDFLAGS) -gcflags=all="-N -l"
else
BUILDFLAGS ?= $(ADDFLAGS) -ldflags '-w -s $(KUBECTL_SETVERSION)' -trimpath -buildmode=pie
endif
GO_ENV_OS := $(shell go env GOOS)
OS ?= $(GO_ENV_OS)
GO_ENV_ARCH := $(shell go env GOARCH)
ARCH ?= $(GO_ENV_ARCH)
FIPS ?=
RELEASE = teleport-$(GITTAG)-$(OS)-$(ARCH)-bin
# Include common makefile shared between OSS and Ent.
include common.mk
# FIPS support must be requested at build time.
FIPS_MESSAGE := without-FIPS-support
ifneq ("$(FIPS)","")
FIPS_TAG := fips
FIPS_MESSAGE := with-FIPS-support
RELEASE = teleport-$(GITTAG)-$(OS)-$(ARCH)-fips-bin
endif
# PAM support will only be built into Teleport if headers exist at build time.
PAM_MESSAGE := without-PAM-support
ifneq ("$(wildcard /usr/include/security/pam_appl.h)","")
PAM_TAG := pam
PAM_MESSAGE := with-PAM-support
else
# PAM headers for Darwin live under /usr/local/include/security instead, as SIP
# prevents us from modifying/creating /usr/include/security on newer versions of MacOS
ifneq ("$(wildcard /usr/local/include/security/pam_appl.h)","")
PAM_TAG := pam
PAM_MESSAGE := with-PAM-support
endif
endif
# darwin universal (Intel + Apple Silicon combined) binary support
RELEASE_darwin_arm64 = $(RELEASE_DIR)/teleport-$(GITTAG)-darwin-arm64-bin.tar.gz
RELEASE_darwin_amd64 = $(RELEASE_DIR)/teleport-$(GITTAG)-darwin-amd64-bin.tar.gz
BUILDDIR_arm64 = $(BUILDDIR)/arm64
BUILDDIR_amd64 = $(BUILDDIR)/amd64
# TARBINS is the path of the binaries in the release tarballs
TARBINS = $(addprefix teleport/,$(BINS))
# Check if rust and cargo are installed before compiling
CHECK_CARGO := $(shell cargo --version 2>/dev/null)
CHECK_RUST := $(shell rustc --version 2>/dev/null)
RUST_TARGET_ARCH ?= $(CARGO_TARGET_$(OS)_$(ARCH))
CARGO_TARGET_darwin_amd64 := x86_64-apple-darwin
CARGO_TARGET_darwin_arm64 := aarch64-apple-darwin
CARGO_TARGET_linux_arm64 := aarch64-unknown-linux-gnu
CARGO_TARGET_linux_amd64 := x86_64-unknown-linux-gnu
CARGO_TARGET := --target=${CARGO_TARGET_${OS}_${ARCH}}
# If set to 1, Windows RDP client is not built.
RDPCLIENT_SKIP_BUILD ?= 0
# Enable Windows RDP client build?
with_rdpclient := no
RDPCLIENT_MESSAGE := without-Windows-RDP-client
ifeq ($(RDPCLIENT_SKIP_BUILD),0)
ifneq ($(CHECK_RUST),)
ifneq ($(CHECK_CARGO),)
# Do not build RDP client on ARM or 386.
ifneq ("$(ARCH)","arm")
ifneq ("$(ARCH)","386")
with_rdpclient := yes
RDPCLIENT_MESSAGE := with-Windows-RDP-client
RDPCLIENT_TAG := desktop_access_rdp
endif
endif
endif
endif
endif
# Set C_ARCH for building libfido2 and dependencies. ARCH is the Go
# architecture which uses different names for architectures than C
# uses. Export it for the build.assets/build-fido2-macos.sh script.
C_ARCH_amd64 = x86_64
C_ARCH = $(or $(C_ARCH_$(ARCH)),$(ARCH))
export C_ARCH
# Enable libfido2 for testing?
# Eagerly enable if we detect the package, we want to test as much as possible.
ifeq ("$(shell pkg-config libfido2 2>/dev/null; echo $$?)", "0")
LIBFIDO2_TEST_TAG := libfido2
endif
# Build tsh against libfido2?
# FIDO2=yes and FIDO2=static enable static libfido2 builds.
# FIDO2=dynamic enables dynamic libfido2 builds.
LIBFIDO2_MESSAGE := without-libfido2
ifneq (, $(filter $(FIDO2), yes static))
LIBFIDO2_MESSAGE := with-libfido2
LIBFIDO2_BUILD_TAG := libfido2 libfido2static
else ifeq ("$(FIDO2)", "dynamic")
LIBFIDO2_MESSAGE := with-libfido2
LIBFIDO2_BUILD_TAG := libfido2
endif
# Enable Touch ID builds?
# Only build if TOUCHID=yes to avoid issues when cross-compiling to 'darwin'
# from other systems.
TOUCHID_MESSAGE := without-Touch-ID
ifeq ("$(TOUCHID)", "yes")
TOUCHID_MESSAGE := with-Touch-ID
TOUCHID_TAG := touchid
endif
# Enable PIV for testing?
# Eagerly enable if we detect the dynamic libpcsclite library, we want to test as much as possible.
ifeq ("$(shell pkg-config libpcsclite 2>/dev/null; echo $$?)", "0")
# This test tag should not be used for builds/releases, only tests.
PIV_TEST_TAG := piv
endif
# Build teleport/api with PIV? This requires the libpcsclite library for linux.
#
# PIV=yes and PIV=static enable static piv builds. This is used by the build
# process to link a static library of libpcsclite for piv-go to connect to.
#
# PIV=dynamic enables dynamic piv builds. This can be used for local
# builds and runs utilizing a dynamic libpcsclite library - `apt get install libpcsclite-dev`
PIV_MESSAGE := without-PIV-support
ifneq (, $(filter $(PIV), yes static dynamic))
PIV_MESSAGE := with-PIV-support
PIV_BUILD_TAG := piv
ifneq ("$(PIV)", "dynamic")
# Link static pcsc libary. By default, piv-go will look for the dynamic library.
# https://github.com/go-piv/piv-go/blob/master/piv/pcsc_unix.go#L23
STATIC_LIBS += -lpcsclite
STATIC_LIBS_TSH += -lpcsclite
endif
endif
# Reproducible builds are only available on select targets, and only when OS=linux.
REPRODUCIBLE ?=
ifneq ("$(OS)","linux")
REPRODUCIBLE = no
endif
# On Windows only build tsh. On all other platforms build teleport, tctl,
# and tsh.
BINS_default = teleport tctl tsh tbot
BINS_windows = tsh
BINS = $(or $(BINS_$(OS)),$(BINS_default))
BINARIES = $(addprefix $(BUILDDIR)/,$(BINS))
# Joins elements of the list in arg 2 with the given separator.
# 1. Element separator.
# 2. The list.
EMPTY :=
SPACE := $(EMPTY) $(EMPTY)
join-with = $(subst $(SPACE),$1,$(strip $2))
# Separate TAG messages into comma-separated WITH and WITHOUT lists for readability.
COMMA := ,
MESSAGES := $(PAM_MESSAGE) $(FIPS_MESSAGE) $(BPF_MESSAGE) $(RDPCLIENT_MESSAGE) $(LIBFIDO2_MESSAGE) $(TOUCHID_MESSAGE) $(PIV_MESSAGE)
WITH := $(subst -," ",$(call join-with,$(COMMA) ,$(subst with-,,$(filter with-%,$(MESSAGES)))))
WITHOUT := $(subst -," ",$(call join-with,$(COMMA) ,$(subst without-,,$(filter without-%,$(MESSAGES)))))
RELEASE_MESSAGE := "Building with GOOS=$(OS) GOARCH=$(ARCH) REPRODUCIBLE=$(REPRODUCIBLE) and with $(WITH) and without $(WITHOUT)."
# On platforms that support reproducible builds, ensure the archive is created in a reproducible manner.
TAR_FLAGS ?=
ifeq ("$(REPRODUCIBLE)","yes")
TAR_FLAGS = --sort=name --owner=root:0 --group=root:0 --mtime='UTC 2015-03-02' --format=gnu
endif
VERSRC = version.go gitref.go api/version.go
KUBECONFIG ?=
TEST_KUBE ?=
export
TEST_LOG_DIR = ${abspath ./test-logs}
# Set CGOFLAG and BUILDFLAGS as needed for the OS/ARCH.
ifeq ("$(OS)","linux")
# True if $ARCH == amd64 || $ARCH == arm64
ifeq ("$(ARCH)","arm64")
ifeq ($(IS_NATIVE_BUILD),"no")
CGOFLAG += CC=aarch64-linux-gnu-gcc
endif
else ifeq ("$(ARCH)","arm")
CGOFLAG = CGO_ENABLED=1
# ARM builds need to specify the correct C compiler
ifeq ($(IS_NATIVE_BUILD),"no")
CC=arm-linux-gnueabihf-gcc
endif
# Add -debugtramp=2 to work around 24 bit CALL/JMP instruction offset.
BUILDFLAGS = $(ADDFLAGS) -ldflags '-w -s -debugtramp=2 $(KUBECTL_SETVERSION)' -trimpath -buildmode=pie
endif
endif # OS == linux
# Windows requires extra parameters to cross-compile with CGO.
ifeq ("$(OS)","windows")
ARCH ?= amd64
ifneq ("$(ARCH)","amd64")
$(error "Building for windows requires ARCH=amd64")
endif
CGOFLAG = CGO_ENABLED=1 CC=x86_64-w64-mingw32-gcc CXX=x86_64-w64-mingw32-g++
BUILDFLAGS = $(ADDFLAGS) -ldflags '-w -s $(KUBECTL_SETVERSION)' -trimpath -buildmode=pie
endif
CGOFLAG_TSH ?= $(CGOFLAG)
# Map ARCH into the architecture flag for electron-builder if they
# are different to the Go $(ARCH) we use as an input.
ELECTRON_BUILDER_ARCH_amd64 = x64
ELECTRON_BUILDER_ARCH = $(or $(ELECTRON_BUILDER_ARCH_$(ARCH)),$(ARCH))
#
# 'make all' builds all 4 executables and places them in the current directory.
#
# NOTE: Works the same as `make`. Left for legacy reasons.
.PHONY: all
all: version
@echo "---> Building OSS binaries."
$(MAKE) $(BINARIES)
#
# make binaries builds all binaries defined in the BINARIES environment variable
#
.PHONY: binaries
binaries:
$(MAKE) $(BINARIES)
# By making these 3 targets below (tsh, tctl and teleport) PHONY we are solving
# several problems:
# * Build will rely on go build internal caching https://golang.org/doc/go1.10 at all times
# * Manual change detection was broken on a large dependency tree
# If you are considering changing this behavior, please consult with dev team first
.PHONY: $(BUILDDIR)/tctl
$(BUILDDIR)/tctl:
GOOS=$(OS) GOARCH=$(ARCH) $(CGOFLAG) go build -tags "$(PAM_TAG) $(FIPS_TAG) $(PIV_BUILD_TAG)" -o $(BUILDDIR)/tctl $(BUILDFLAGS) ./tool/tctl
.PHONY: $(BUILDDIR)/teleport
$(BUILDDIR)/teleport: ensure-webassets bpf-bytecode rdpclient
GOOS=$(OS) GOARCH=$(ARCH) $(CGOFLAG) go build -tags "webassets_embed $(PAM_TAG) $(FIPS_TAG) $(BPF_TAG) $(WEBASSETS_TAG) $(RDPCLIENT_TAG) $(PIV_BUILD_TAG)" -o $(BUILDDIR)/teleport $(BUILDFLAGS) ./tool/teleport
TELEPORT_ARGS ?= start
.PHONY: teleport-hot-reload
teleport-hot-reload:
CompileDaemon --graceful-kill=true --exclude-dir=".git" --exclude-dir="node_modules" --build="make $(BUILDDIR)/teleport" --command="$(BUILDDIR)/teleport $(TELEPORT_ARGS)"
# NOTE: Any changes to the `tsh` build here must be copied to `windows.go` in Dronegen until
# we can use this Makefile for native Windows builds.
.PHONY: $(BUILDDIR)/tsh
$(BUILDDIR)/tsh: KUBECTL_VERSION ?= $(shell go run ./build.assets/kubectl-version/main.go)
$(BUILDDIR)/tsh: KUBECTL_SETVERSION ?= -X k8s.io/component-base/version.gitVersion=$(KUBECTL_VERSION)
$(BUILDDIR)/tsh:
GOOS=$(OS) GOARCH=$(ARCH) $(CGOFLAG_TSH) go build -tags "$(FIPS_TAG) $(LIBFIDO2_BUILD_TAG) $(TOUCHID_TAG) $(PIV_BUILD_TAG)" -o $(BUILDDIR)/tsh $(BUILDFLAGS) ./tool/tsh
.PHONY: $(BUILDDIR)/tbot
$(BUILDDIR)/tbot:
GOOS=$(OS) GOARCH=$(ARCH) $(CGOFLAG) go build -tags "$(FIPS_TAG)" -o $(BUILDDIR)/tbot $(BUILDFLAGS) ./tool/tbot
#
# BPF support (IF ENABLED)
# Requires a recent version of clang and libbpf installed.
#
ifeq ("$(with_bpf)","yes")
$(ER_BPF_BUILDDIR):
mkdir -p $(ER_BPF_BUILDDIR)
$(RS_BPF_BUILDDIR):
mkdir -p $(RS_BPF_BUILDDIR)
# Build BPF code
$(ER_BPF_BUILDDIR)/%.bpf.o: bpf/enhancedrecording/%.bpf.c $(wildcard bpf/*.h) | $(ER_BPF_BUILDDIR)
$(CLANG) -g -O2 -target bpf -D__TARGET_ARCH_$(KERNEL_ARCH) -I/usr/libbpf-${LIBBPF_VER}/include $(INCLUDES) $(CLANG_BPF_SYS_INCLUDES) -c $(filter %.c,$^) -o $@
$(LLVM_STRIP) -g $@ # strip useless DWARF info
# Build BPF code
$(RS_BPF_BUILDDIR)/%.bpf.o: bpf/restrictedsession/%.bpf.c $(wildcard bpf/*.h) | $(RS_BPF_BUILDDIR)
$(CLANG) -g -O2 -target bpf -D__TARGET_ARCH_$(KERNEL_ARCH) -I/usr/libbpf-${LIBBPF_VER}/include $(INCLUDES) $(CLANG_BPF_SYS_INCLUDES) -c $(filter %.c,$^) -o $@
$(LLVM_STRIP) -g $@ # strip useless DWARF info
.PHONY: bpf-rs-bytecode
bpf-rs-bytecode: $(RS_BPF_BUILDDIR)/restricted.bpf.o
.PHONY: bpf-er-bytecode
bpf-er-bytecode: $(ER_BPF_BUILDDIR)/command.bpf.o $(ER_BPF_BUILDDIR)/disk.bpf.o $(ER_BPF_BUILDDIR)/network.bpf.o $(ER_BPF_BUILDDIR)/counter_test.bpf.o
.PHONY: bpf-bytecode
bpf-bytecode: bpf-er-bytecode bpf-rs-bytecode
# Generate vmlinux.h based on the installed kernel
.PHONY: update-vmlinux-h
update-vmlinux-h:
bpftool btf dump file /sys/kernel/btf/vmlinux format c >bpf/vmlinux.h
else
.PHONY: bpf-bytecode
bpf-bytecode:
endif
ifeq ("$(with_rdpclient)", "yes")
.PHONY: rdpclient
rdpclient:
ifneq ("$(FIPS)","")
cargo build -p rdp-client --features=fips --release $(CARGO_TARGET)
else
cargo build -p rdp-client --release $(CARGO_TARGET)
endif
else
.PHONY: rdpclient
rdpclient:
endif
# Build libfido2 and dependencies for MacOS. Uses exported C_ARCH variable defined earlier.
.PHONY: build-fido2
build-fido2:
./build.assets/build-fido2-macos.sh build
.PHONY: print-fido2-pkg-path
print-fido2-pkg-path:
@./build.assets/build-fido2-macos.sh pkg_config_path
#
# make full - Builds Teleport binaries with the built-in web assets and
# places them into $(BUILDDIR). On Windows, this target is skipped because
# only tsh is built.
#
.PHONY:full
full: WEBASSETS_SKIP_BUILD = 0
full: ensure-webassets
ifneq ("$(OS)", "windows")
export WEBASSETS_SKIP_BUILD=0
$(MAKE) all
endif
#
# make full-ent - Builds Teleport enterprise binaries
#
.PHONY:full-ent
full-ent: ensure-webassets-e
ifneq ("$(OS)", "windows")
@if [ -f e/Makefile ]; then $(MAKE) -C e full; fi
endif
#
# make clean - Removes all build artifacts.
#
.PHONY: clean
clean: clean-ui clean-build
.PHONY: clean-build
clean-build:
@echo "---> Cleaning up OSS build artifacts."
rm -rf $(BUILDDIR)
# Check if the variable is set to prevent calling remove on the root directory.
ifneq ($(ER_BPF_BUILDDIR),)
rm -f $(ER_BPF_BUILDDIR)/*.o
endif
ifneq ($(RS_BPF_BUILDDIR),)
rm -f $(RS_BPF_BUILDDIR)/*.o
endif
-cargo clean
-go clean -cache
rm -f *.gz
rm -f *.zip
rm -f gitref.go
rm -rf build.assets/tooling/bin
# Clean up wasm-pack build artifacts
rm -rf web/packages/teleport/src/ironrdp/pkg/
.PHONY: clean-ui
clean-ui:
rm -rf webassets/*
find . -type d -name node_modules -prune -exec rm -rf {} \;
#
# make release - Produces a binary release tarball.
#
# RELEASE_DIR is where release artifact files are put, such as tarballs, packages, etc.
$(RELEASE_DIR):
mkdir $@
.PHONY:
export
release:
@echo "---> OSS $(RELEASE_MESSAGE)"
ifeq ("$(OS)", "windows")
$(MAKE) --no-print-directory release-windows
else ifeq ("$(OS)", "darwin")
$(MAKE) --no-print-directory release-darwin
else
$(MAKE) --no-print-directory release-unix
endif
# These are aliases used to make build commands uniform.
.PHONY: release-amd64
release-amd64:
$(MAKE) release ARCH=amd64
.PHONY: release-386
release-386:
$(MAKE) release ARCH=386
.PHONY: release-arm
release-arm:
$(MAKE) release ARCH=arm
.PHONY: release-arm64
release-arm64:
$(MAKE) release ARCH=arm64
#
# make build-archive - Packages the results of a build into a release tarball
#
.PHONY: build-archive
build-archive: | $(RELEASE_DIR)
@echo "---> Creating OSS release archive."
mkdir teleport
cp -rf $(BINARIES) \
examples \
build.assets/install\
README.md \
CHANGELOG.md \
teleport/
echo $(GITTAG) > teleport/VERSION
tar $(TAR_FLAGS) -c teleport | gzip -n > $(RELEASE).tar.gz
cp $(RELEASE).tar.gz $(RELEASE_DIR)
rm -rf teleport
@echo "---> Created $(RELEASE).tar.gz."
#
# make release-unix - Produces binary release tarballs for both OSS and
# Enterprise editions, containing teleport, tctl, tbot and tsh.
#
.PHONY: release-unix
release-unix: clean full build-archive
@if [ -f e/Makefile ]; then $(MAKE) -C e release; fi
# release-unix-preserving-webassets cleans just the build and not the UI
# allowing webassets to be built in a prior step before building the release.
.PHONY: release-unix-preserving-webassets
release-unix-preserving-webassets: clean-build full build-archive
@if [ -f e/Makefile ]; then $(MAKE) -C e release; fi
include darwin-signing.mk
.PHONY: release-darwin-unsigned
release-darwin-unsigned: RELEASE:=$(RELEASE)-unsigned
release-darwin-unsigned: full build-archive
.PHONY: release-darwin
ifneq ($(ARCH),universal)
release-darwin: ABSOLUTE_BINARY_PATHS:=$(addprefix $(CURDIR)/,$(BINARIES))
release-darwin: release-darwin-unsigned
$(NOTARIZE_BINARIES)
$(MAKE) build-archive
@if [ -f e/Makefile ]; then $(MAKE) -C e release; fi
else
# release-darwin for ARCH == universal does not build binaries, but instead
# combines previously-built binaries. For this, it depends on the ARM64 and
# AMD64 signed tarballs being built into $(RELEASE_DIR). The dependencies
# expressed here will not make that happen as this is typically done on CI
# where these two tarballs are built in separate pipelines, and copied in for
# the universal build.
#
# For local manual runs, create these tarballs with:
# make ARCH=arm64 release-darwin
# make ARCH=amd64 release-darwin
# Ensure you have the rust toolchains for these installed by running
# make ARCH=arm64 rustup-install-target-toolchain
# make ARCH=amd64 rustup-install-target-toolchain
release-darwin: $(RELEASE_darwin_arm64) $(RELEASE_darwin_amd64)
mkdir -p $(BUILDDIR_arm64) $(BUILDDIR_amd64)
tar -C $(BUILDDIR_arm64) -xzf $(RELEASE_darwin_arm64) --strip-components=1 $(TARBINS)
tar -C $(BUILDDIR_amd64) -xzf $(RELEASE_darwin_amd64) --strip-components=1 $(TARBINS)
lipo -create -output $(BUILDDIR)/teleport $(BUILDDIR_arm64)/teleport $(BUILDDIR_amd64)/teleport
lipo -create -output $(BUILDDIR)/tctl $(BUILDDIR_arm64)/tctl $(BUILDDIR_amd64)/tctl
lipo -create -output $(BUILDDIR)/tsh $(BUILDDIR_arm64)/tsh $(BUILDDIR_amd64)/tsh
lipo -create -output $(BUILDDIR)/tbot $(BUILDDIR_arm64)/tbot $(BUILDDIR_amd64)/tbot
$(MAKE) ARCH=universal build-archive
@if [ -f e/Makefile ]; then $(MAKE) -C e release; fi
endif
#
# make release-windows-unsigned - Produces a binary release archive containing only tsh.
#
.PHONY: release-windows-unsigned
release-windows-unsigned: clean all
@echo "---> Creating OSS release archive."
mkdir teleport
cp -rf $(BUILDDIR)/* \
README.md \
CHANGELOG.md \
teleport/
mv teleport/tsh teleport/tsh-unsigned.exe
echo $(GITTAG) > teleport/VERSION
zip -9 -y -r -q $(RELEASE)-unsigned.zip teleport/
rm -rf teleport/
@echo "---> Created $(RELEASE)-unsigned.zip."
#
# make release-windows - Produces an archive containing a signed release of
# tsh.exe
#
.PHONY: release-windows
release-windows: release-windows-unsigned
@if [ ! -f "windows-signing-cert.pfx" ]; then \
echo "windows-signing-cert.pfx is missing or invalid, cannot create signed archive."; \
exit 1; \
fi
rm -rf teleport
@echo "---> Extracting $(RELEASE)-unsigned.zip"
unzip $(RELEASE)-unsigned.zip
@echo "---> Signing Windows binary."
@osslsigncode sign \
-pkcs12 "windows-signing-cert.pfx" \
-n "Teleport" \
-i https://goteleport.com \
-t http://timestamp.digicert.com \
-h sha2 \
-in teleport/tsh-unsigned.exe \
-out teleport/tsh.exe; \
success=$$?; \
rm -f teleport/tsh-unsigned.exe; \
if [ "$${success}" -ne 0 ]; then \
echo "Failed to sign tsh.exe, aborting."; \
exit 1; \
fi
zip -9 -y -r -q $(RELEASE).zip teleport/
rm -rf teleport/
@echo "---> Created $(RELEASE).zip."
#
# make release-connect produces a release package of Teleport Connect.
# It is used only for MacOS releases. Windows releases do not use this
# Makefile. Linux uses the `teleterm` target in build.assets/Makefile.
#
# Only export the CSC_NAME (developer key ID) when the recipe is run, so
# that we do not shell out and run the `security` command if not necessary.
#
# Either CONNECT_TSH_BIN_PATH or CONNECT_TSH_APP_PATH environment variable
# should be defined for the `yarn package-term` command to succeed. CI sets
# this appropriately depending on whether a push build is running, or a
# proper release (a proper release needs the APP_PATH as that points to
# the complete signed package). See web/packages/teleterm/README.md for
# details.
.PHONY: release-connect
release-connect: | $(RELEASE_DIR)
$(eval export CSC_NAME)
yarn install --frozen-lockfile
yarn build-term
yarn package-term -c.extraMetadata.version=$(VERSION) --$(ELECTRON_BUILDER_ARCH)
# Only copy proper builds with tsh.app to $(RELEASE_DIR)
# Drop -universal "arch" from dmg name when copying to $(RELEASE_DIR)
if [ -n "$$CONNECT_TSH_APP_PATH" ]; then \
TARGET_NAME="Teleport Connect-$(VERSION)-$(ARCH).dmg"; \
if [ "$(ARCH)" = 'universal' ]; then \
TARGET_NAME="$${TARGET_NAME/-universal/}"; \
fi; \
cp web/packages/teleterm/build/release/"Teleport Connect-$(VERSION)-$(ELECTRON_BUILDER_ARCH).dmg" "$(RELEASE_DIR)/$${TARGET_NAME}"; \
fi
#
# Remove trailing whitespace in all markdown files under docs/.
#
# Note: this runs in a busybox container to avoid incompatibilities between
# linux and macos CLI tools.
#
.PHONY:docs-fix-whitespace
docs-fix-whitespace:
docker run --rm -v $(PWD):/teleport busybox \
find /teleport/docs/ -type f -name '*.md' -exec sed -E -i 's/\s+$$//g' '{}' \;
#
# Test docs for trailing whitespace and broken links
#
.PHONY:docs-test
docs-test: docs-test-whitespace
#
# Check for trailing whitespace in all markdown files under docs/
#
.PHONY:docs-test-whitespace
docs-test-whitespace:
if find docs/ -type f -name '*.md' | xargs grep -E '\s+$$'; then \
echo "trailing whitespace found in docs/ (see above)"; \
echo "run 'make docs-fix-whitespace' to fix it"; \
exit 1; \
fi
#
# Builds some tooling for filtering and displaying test progress/output/etc
#
# Deprecated: Use gotestsum instead.
TOOLINGDIR := ${abspath ./build.assets/tooling}
RENDER_TESTS := $(TOOLINGDIR)/bin/render-tests
$(RENDER_TESTS): $(wildcard $(TOOLINGDIR)/cmd/render-tests/*.go)
cd $(TOOLINGDIR) && go build -o "$@" ./cmd/render-tests
#
# Install gotestsum to parse test output.
#
.PHONY: ensure-gotestsum
ensure-gotestsum:
# Install gotestsum if it's not already installed
ifeq (, $(shell command -v gotestsum))
go install gotest.tools/gotestsum@latest
endif
DIFF_TEST := $(TOOLINGDIR)/bin/difftest
$(DIFF_TEST): $(wildcard $(TOOLINGDIR)/cmd/difftest/*.go)
cd $(TOOLINGDIR) && go build -o "$@" ./cmd/difftest
RERUN := $(TOOLINGDIR)/bin/rerun
$(RERUN): $(wildcard $(TOOLINGDIR)/cmd/rerun/*.go)
cd $(TOOLINGDIR) && go build -o "$@" ./cmd/rerun
.PHONY: tooling
tooling: ensure-gotestsum $(DIFF_TEST)
#
# Runs all Go/shell tests, called by CI/CD.
#
.PHONY: test
test: test-helm test-sh test-api test-go test-rust test-operator
$(TEST_LOG_DIR):
mkdir $(TEST_LOG_DIR)
.PHONY: helmunit/installed
helmunit/installed:
@if ! helm unittest -h >/dev/null; then \
echo 'Helm unittest plugin is required to test Helm charts. Run `helm plugin install https://github.com/quintush/helm-unittest --version 0.2.11` to install it'; \
exit 1; \
fi
# The CI environment is responsible for setting HELM_PLUGINS to a directory where
# quintish/helm-unittest is installed.
#
# Github Actions build uses /workspace as homedir and Helm can't pick up plugins by default there,
# so override the plugin location via environemnt variable when running in CI. Github Actions provide CI=true
# environment variable.
.PHONY: test-helm
test-helm: helmunit/installed
helm unittest -3 --with-subchart=false examples/chart/teleport-cluster
helm unittest -3 examples/chart/teleport-kube-agent
helm unittest -3 examples/chart/teleport-cluster/charts/teleport-operator
.PHONY: test-helm-update-snapshots
test-helm-update-snapshots: helmunit/installed
helm unittest -3 -u --with-subchart=false examples/chart/teleport-cluster
helm unittest -3 -u examples/chart/teleport-kube-agent
helm unittest -3 -u examples/chart/teleport-cluster/charts/teleport-operator
#
# Runs all Go tests except integration, called by CI/CD.
#
.PHONY: test-go
test-go: test-go-prepare test-go-unit test-go-touch-id test-go-tsh test-go-chaos
#
# Runs a test to ensure no environment variable leak into build binaries.
# This is typically done as part of the bloat test in CI, but this
# target exists for local testing.
#
.PHONY: test-env-leakage
test-env-leakage:
$(eval export BUILD_SECRET=FAKE_SECRET)
$(MAKE) full
failed=0; \
for binary in $(BINARIES); do \
if strings $$binary | grep -q 'FAKE_SECRET'; then \
echo "Error: $$binary contains FAKE_SECRET"; \
failed=1; \
fi; \
done; \
if [ $$failed -eq 1 ]; then \
echo "Environment leak failure"; \
exit 1; \
else \
echo "No environment leak, PASS"; \
fi
# Runs test prepare steps
.PHONY: test-go-prepare
test-go-prepare: ensure-webassets bpf-bytecode rdpclient $(TEST_LOG_DIR) ensure-gotestsum $(VERSRC)
# Runs base unit tests
.PHONY: test-go-unit
test-go-unit: FLAGS ?= -race -shuffle on
test-go-unit: SUBJECT ?= $(shell go list ./... | grep -vE 'teleport/(e2e|integration|tool/tsh|integrations/operator|integrations/access|integrations/lib)')
test-go-unit:
$(CGOFLAG) go test -cover -json -tags "$(PAM_TAG) $(FIPS_TAG) $(BPF_TAG) $(RDPCLIENT_TAG) $(LIBFIDO2_TEST_TAG) $(TOUCHID_TAG) $(PIV_TEST_TAG)" $(PACKAGES) $(SUBJECT) $(FLAGS) $(ADDFLAGS) \
| tee $(TEST_LOG_DIR)/unit.json \
| gotestsum --raw-command -- cat
# Runs tbot unit tests
.PHONY: test-go-unit-tbot
test-go-unit-tbot: FLAGS ?= -race -shuffle on
test-go-unit-tbot:
$(CGOFLAG) go test -cover -json $(FLAGS) $(ADDFLAGS) ./tool/tbot/... ./lib/tbot/... \
| tee $(TEST_LOG_DIR)/unit.json \
| gotestsum --raw-command -- cat
# Make sure untagged touchid code build/tests.
.PHONY: test-go-touch-id
test-go-touch-id: FLAGS ?= -race -shuffle on
test-go-touch-id: SUBJECT ?= ./lib/auth/touchid/...
test-go-touch-id:
ifneq ("$(TOUCHID_TAG)", "")
$(CGOFLAG) go test -cover -json $(PACKAGES) $(SUBJECT) $(FLAGS) $(ADDFLAGS) \
| tee $(TEST_LOG_DIR)/unit.json \
| gotestsum --raw-command -- cat
endif
# Runs ci tsh tests
.PHONY: test-go-tsh
test-go-tsh: FLAGS ?= -race -shuffle on
test-go-tsh: SUBJECT ?= github.com/gravitational/teleport/tool/tsh/...
test-go-tsh:
$(CGOFLAG_TSH) go test -cover -json -tags "$(PAM_TAG) $(FIPS_TAG) $(LIBFIDO2_TEST_TAG) $(TOUCHID_TAG) $(PIV_TEST_TAG)" $(PACKAGES) $(SUBJECT) $(FLAGS) $(ADDFLAGS) \
| tee $(TEST_LOG_DIR)/unit.json \
| gotestsum --raw-command -- cat
# Chaos tests have high concurrency, run without race detector and have TestChaos prefix.
.PHONY: test-go-chaos
test-go-chaos: CHAOS_FOLDERS = $(shell find . -type f -name '*chaos*.go' | xargs dirname | uniq)
test-go-chaos:
$(CGOFLAG) go test -cover -json -tags "$(PAM_TAG) $(FIPS_TAG) $(BPF_TAG) $(RDPCLIENT_TAG)" -test.run=TestChaos $(CHAOS_FOLDERS) \
| tee $(TEST_LOG_DIR)/chaos.json \
| gotestsum --raw-command -- cat
#
# Runs all Go tests except integration, end-to-end, and chaos, called by CI/CD.
#
UNIT_ROOT_REGEX := ^TestRoot
.PHONY: test-go-root
test-go-root: ensure-webassets bpf-bytecode rdpclient $(TEST_LOG_DIR) ensure-gotestsum
test-go-root: FLAGS ?= -race -shuffle on
test-go-root: PACKAGES = $(shell go list $(ADDFLAGS) ./... | grep -v -e e2e -e integration -e integrations/operator)
test-go-root: $(VERSRC)
$(CGOFLAG) go test -json -run "$(UNIT_ROOT_REGEX)" -tags "$(PAM_TAG) $(FIPS_TAG) $(BPF_TAG) $(RDPCLIENT_TAG)" $(PACKAGES) $(FLAGS) $(ADDFLAGS) \
| tee $(TEST_LOG_DIR)/unit-root.json \
| gotestsum --raw-command -- cat
#
# Runs Go tests on the api module. These have to be run separately as the package name is different.
#
.PHONY: test-api
test-api: $(VERSRC) $(TEST_LOG_DIR) ensure-gotestsum
test-api: FLAGS ?= -race -shuffle on
test-api: SUBJECT ?= $(shell cd api && go list ./...)
test-api:
cd api && $(CGOFLAG) go test -json -tags "$(PAM_TAG) $(FIPS_TAG) $(BPF_TAG)" $(PACKAGES) $(SUBJECT) $(FLAGS) $(ADDFLAGS) \
| tee $(TEST_LOG_DIR)/api.json \
| gotestsum --raw-command -- cat
#
# Runs Teleport Operator tests.
# We have to run them using the makefile to ensure the installation of the k8s test tools (envtest)
#
.PHONY: test-operator
test-operator:
make -C integrations/operator test
#
# Runs Go tests on the integrations/kube-agent-updater module. These have to be run separately as the package name is different.
#
.PHONY: test-kube-agent-updater
test-kube-agent-updater: $(VERSRC) $(TEST_LOG_DIR) ensure-gotestsum
test-kube-agent-updater: FLAGS ?= -race -shuffle on
test-kube-agent-updater: SUBJECT ?= $(shell cd integrations/kube-agent-updater && go list ./...)
test-kube-agent-updater:
cd integrations/kube-agent-updater && $(CGOFLAG) go test -json -tags "$(PAM_TAG) $(FIPS_TAG) $(BPF_TAG)" $(PACKAGES) $(SUBJECT) $(FLAGS) $(ADDFLAGS) \
| tee $(TEST_LOG_DIR)/kube-agent-updater.json \
| gotestsum --raw-command --format=testname -- cat
.PHONY: test-access-integrations
test-access-integrations:
make -C integrations test-access
.PHONY: test-integrations-lib
test-integrations-lib:
make -C integrations test-lib
#
# Runs Go tests on the examples/teleport-usage module. These have to be run separately as the package name is different.
#
.PHONY: test-teleport-usage
test-teleport-usage: $(VERSRC) $(TEST_LOG_DIR) ensure-gotestsum
test-teleport-usage: FLAGS ?= -race -shuffle on
test-teleport-usage: SUBJECT ?= $(shell cd examples/teleport-usage && go list ./...)
test-teleport-usage:
cd examples/teleport-usage && $(CGOFLAG) go test -json -tags "$(PAM_TAG) $(FIPS_TAG) $(BPF_TAG)" $(PACKAGES) $(SUBJECT) $(FLAGS) $(ADDFLAGS) \
| tee $(TEST_LOG_DIR)/teleport-usage.json \
| gotestsum --raw-command -- cat
#
# Flaky test detection. Usually run from CI nightly, overriding these default parameters
# This runs the same tests as test-go-unit but repeatedly to try to detect flaky tests.
#
# TODO(jakule): Migrate to gotestsum
.PHONY: test-go-flaky
FLAKY_RUNS ?= 3
FLAKY_TIMEOUT ?= 1h
FLAKY_TOP_N ?= 20
FLAKY_SUMMARY_FILE ?= /tmp/flaky-report.txt
test-go-flaky: FLAGS ?= -race -shuffle on
test-go-flaky: SUBJECT ?= $(shell go list ./... | grep -v -e e2e -e integration -e tool/tsh -e integrations/operator -e integrations/access -e integrations/lib )
test-go-flaky: GO_BUILD_TAGS ?= $(PAM_TAG) $(FIPS_TAG) $(BPF_TAG) $(RDPCLIENT_TAG) $(TOUCHID_TAG) $(PIV_TEST_TAG)
test-go-flaky: RENDER_FLAGS ?= -report-by flakiness -summary-file $(FLAKY_SUMMARY_FILE) -top $(FLAKY_TOP_N)
test-go-flaky: test-go-prepare $(RENDER_TESTS) $(RERUN)
$(CGOFLAG) $(RERUN) -n $(FLAKY_RUNS) -t $(FLAKY_TIMEOUT) \
go test -count=1 -cover -json -tags "$(GO_BUILD_TAGS)" $(SUBJECT) $(FLAGS) $(ADDFLAGS) \
| $(RENDER_TESTS) $(RENDER_FLAGS)
#
# Runs cargo test on our Rust modules.
# (a no-op if cargo and rustc are not installed)
#
ifneq ($(CHECK_RUST),)
ifneq ($(CHECK_CARGO),)
.PHONY: test-rust
test-rust:
cargo test
else
.PHONY: test-rust
test-rust:
endif
endif
# Run all shell script unit tests (using https://github.com/bats-core/bats-core)
.PHONY: test-sh
test-sh:
@if ! type bats 2>&1 >/dev/null; then \
echo "Not running 'test-sh' target as 'bats' is not installed."; \
if [ "$${DRONE}" = "true" ]; then echo "This is a failure when running in CI." && exit 1; fi; \
exit 0; \
fi; \
bats $(BATSFLAGS) ./assets/aws/files/tests
.PHONY: test-e2e
test-e2e:
make -C e2e test
.PHONY: run-etcd
run-etcd:
docker build -f .github/services/Dockerfile.etcd -t etcdbox --build-arg=ETCD_VERSION=3.5.9 .
docker run -it --rm -p'2379:2379' etcdbox
#
# Integration tests. Need a TTY to work.
# Any tests which need to run as root must be skipped during regular integration testing.
#
.PHONY: integration
integration: FLAGS ?= -v -race
integration: PACKAGES = $(shell go list ./... | grep 'integration\([^s]\|$$\)' | grep -v integrations/lib/testing/integration )
integration: $(TEST_LOG_DIR) ensure-gotestsum
@echo KUBECONFIG is: $(KUBECONFIG), TEST_KUBE: $(TEST_KUBE)
$(CGOFLAG) go test -timeout 30m -json -tags "$(PAM_TAG) $(FIPS_TAG) $(BPF_TAG) $(RDPCLIENT_TAG)" $(PACKAGES) $(FLAGS) \
| tee $(TEST_LOG_DIR)/integration.json \
| gotestsum --raw-command --format=testname -- cat
#
# Integration tests that run Kubernetes tests in order to complete successfully
# are run separately to all other integration tests.
#
INTEGRATION_KUBE_REGEX := TestKube.*
.PHONY: integration-kube
integration-kube: FLAGS ?= -v -race
integration-kube: PACKAGES = $(shell go list ./... | grep 'integration\([^s]\|$$\)')
integration-kube: $(TEST_LOG_DIR) ensure-gotestsum
@echo KUBECONFIG is: $(KUBECONFIG), TEST_KUBE: $(TEST_KUBE)
$(CGOFLAG) go test -json -run "$(INTEGRATION_KUBE_REGEX)" $(PACKAGES) $(FLAGS) \
| tee $(TEST_LOG_DIR)/integration-kube.json \
| gotestsum --raw-command --format=testname -- cat
#
# Integration tests which need to be run as root in order to complete successfully
# are run separately to all other integration tests. Need a TTY to work.
#
INTEGRATION_ROOT_REGEX := ^TestRoot
.PHONY: integration-root
integration-root: FLAGS ?= -v -race
integration-root: PACKAGES = $(shell go list ./... | grep 'integration\([^s]\|$$\)')
integration-root: $(TEST_LOG_DIR) ensure-gotestsum
$(CGOFLAG) go test -json -run "$(INTEGRATION_ROOT_REGEX)" $(PACKAGES) $(FLAGS) \
| tee $(TEST_LOG_DIR)/integration-root.json \
| gotestsum --raw-command --format=testname -- cat
.PHONY: e2e-aws
e2e-aws: FLAGS ?= -v -race
e2e-aws: PACKAGES = $(shell go list ./... | grep 'e2e/aws')
e2e-aws: $(TEST_LOG_DIR) ensure-gotestsum
@echo TEST_KUBE: $(TEST_KUBE) TEST_AWS_DB: $(TEST_AWS_DB)
$(CGOFLAG) go test -json $(PACKAGES) $(FLAGS) $(ADDFLAGS)\
| tee $(TEST_LOG_DIR)/e2e-aws.json \
| gotestsum --raw-command --format=testname -- cat
#
# Lint the source code.
# By default lint scans the entire repo. Pass GO_LINT_FLAGS='--new' to only scan local
# changes (or last commit).
#
.PHONY: lint
lint: lint-api lint-go lint-kube-agent-updater lint-tools lint-protos lint-no-actions
#
# Lints everything but Go sources.
# Similar to lint.
#
.PHONY: lint-no-actions
lint-no-actions: lint-sh lint-helm lint-license lint-rust
.PHONY: lint-tools
lint-tools: lint-build-tooling lint-backport
#
# Runs the clippy linter on our rust modules
# (a no-op if cargo and rustc are not installed)
#
ifneq ($(CHECK_RUST),)
ifneq ($(CHECK_CARGO),)
.PHONY: lint-rust
lint-rust:
cargo clippy --locked --all-targets -- -D warnings \
&& cargo fmt -- --check
else
.PHONY: lint-rust
lint-rust:
endif
endif
.PHONY: lint-go
lint-go: GO_LINT_FLAGS ?=
lint-go:
golangci-lint run -c .golangci.yml --build-tags='$(LIBFIDO2_TEST_TAG) $(TOUCHID_TAG) $(PIV_TEST_TAG)' $(GO_LINT_FLAGS)