visor/Makefile

#!/usr/bin/make -f

# Copyright 2019 The gVisor Authors.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
#     http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.

default: runsc
.PHONY: default

# Header for debugging (used by other macros).
header = echo --- $(1) >&2

# Make hacks.
EMPTY :=
SPACE := $(EMPTY) $(EMPTY)
SHELL = /bin/bash
REPO_DIR := $(shell dirname $(realpath $(firstword $(MAKEFILE_LIST))))
COMMA := ,

## usage: make <target>
##         or
##        make <build|test|copy|run|sudo> STARTUP_OPTIONS="..." OPTIONS="..." TARGETS="..." ARGS="..."
##
## Basic targets.
##
##   This Makefile wraps basic build and test targets for ease-of-use. Bazel
##   is run inside a canonical Docker container in order to simplify up-front
##   requirements.
##
##   There are common arguments that may be passed to targets. These are:
##     OPTIONS - Build or test options.
##     TARGETS - The bazel targets.
##     ARGS    - Arguments for run or sudo.
##
##   Additionally, the copy target expects a DESTINATION to be provided.
##
##   For example, to build runsc using this Makefile, you can run:
##     make build OPTIONS="" TARGETS="//runsc"'
##
help: ## Shows all targets and help from the Makefile (this message).
	@grep --no-filename -E '^([a-z.A-Z_%-]+:.*?|)##' $(MAKEFILE_LIST) | \
		awk 'BEGIN {FS = "(:.*?|)## ?"}; { \
			if (length($$1) > 0) { \
				printf "  \033[36m%-20s\033[0m %s\n", $$1, $$2; \
			} else { \
				printf "%s\n", $$2; \
			} \
		}'

build: ## Builds the given $(TARGETS) with the given $(OPTIONS). E.g. make build TARGETS=runsc
	@$(call build,$(OPTIONS) -- $(TARGETS))
.PHONY: build

test: ## Tests the given $(TARGETS) with the given $(OPTIONS). E.g. make test TARGETS=pkg/buffer:buffer_test
	@$(call test,$(OPTIONS) -- $(TARGETS))
.PHONY: test

copy: ## Copies the given $(TARGETS), built with the given $(OPTIONS), to the given $(DESTINATION). E.g. make copy TARGETS=runsc DESTINATION=/tmp
	@$(call copy,$(OPTIONS) -- $(TARGETS),$(DESTINATION))
.PHONY: copy

run: ## Runs the given $(TARGETS), built with $(OPTIONS), using $(ARGS). E.g. make run TARGETS=runsc ARGS=-version
	@$(call run,$(TARGETS),$(ARGS))
.PHONY: run

query: ## Runs a bazel query. E.g. make query TARGETS=//test/...
	@$(call query,$(OPTIONS) $(TARGETS))
.PHONY: query

mod: ## Runs a bazel mod command. E.g. make mod TARGETS="deps --output json"
	@$(call mod,$(OPTIONS) $(TARGETS))
.PHONY: mod

sudo: ## Runs the given $(TARGETS) as per run, but using "sudo -E". E.g. make sudo TARGETS=test/root:root_test ARGS=-test.v
	@$(call sudo,$(TARGETS),$(ARGS))
.PHONY: sudo

# Load image helpers.
include tools/images.mk

# Load all bazel wrappers.
#
# This file should define the basic "build", "test", "run" and "sudo" rules, in
# addition to the $(BRANCH_NAME) and $(BUILD_ROOTS) variables.
ifneq (,$(wildcard tools/google.mk))
include tools/google.mk
else
include tools/bazel.mk
endif

##
## Development helpers and tooling.
##
##   These targets facilitate local development by automatically
##   installing and configuring a runtime. Several variables may
##   be used here to tweak the installation:
##     RUNTIME         - The name of the installed runtime (default: $BRANCH_NAME).
##     RUNTIME_DIR     - Where the runtime will be installed (default: temporary directory with the $RUNTIME).
##     RUNTIME_BIN     - The runtime binary (default: $RUNTIME_DIR/runsc).
##     RUNTIME_LOG_DIR - The logs directory (default: $RUNTIME_DIR/logs).
##     RUNTIME_LOGS    - The log pattern (default: $RUNTIME_LOG_DIR/runsc.log.%TEST%.%TIMESTAMP%.%COMMAND%).
##     RUNTIME_ARGS    - Arguments passed to the runtime when installed.
##     STAGED_BINARIES - A tarball of staged binaries. If this is set, then binaries
##                       will be installed from this staged bundle instead of built.
##     DOCKER_RELOAD_COMMAND - The command to run to reload Docker. (default: sudo systemctl reload docker).

ifeq (,$(BRANCH_NAME))
RUNTIME     ?= runsc
else
RUNTIME     ?= $(BRANCH_NAME)
endif
RUNTIME_DIR           ?= $(shell dirname $(shell mktemp -u))/$(RUNTIME)
RUNSC_TARGET          ?= //runsc
RUNTIME_BIN           ?= $(RUNTIME_DIR)/runsc
EXTRA_SIDECAR_TARGETS ?= # Extra binaries to install under gvisor-bin/.
RUNTIME_LOG_DIR       ?= $(RUNTIME_DIR)/logs
RUNTIME_LOGS          ?= $(RUNTIME_LOG_DIR)/runsc.log.%TEST%.%TIMESTAMP%.%COMMAND%
RUNTIME_ARGS          ?=
DOCKER_DAEMON_CONFIG_PATH ?= /etc/docker/daemon.json
DOCKER_RELOAD_COMMAND ?= sudo systemctl reload docker

SYSFS_GROUP_PATH := /sys/fs/cgroup
ifeq ($(shell stat -f -c "%T" "$(SYSFS_GROUP_PATH)" 2>/dev/null),cgroup2fs)
CGROUPV2 := true
else
CGROUPV2 := false
endif

$(RUNTIME_BIN): # See below.
	@mkdir -p "$(RUNTIME_DIR)"
ifeq (,$(STAGED_BINARIES))
	@$(call copy,//:release,$(RUNTIME_DIR))
	@$(if $(filter-out //runsc,$(RUNSC_TARGET)),$(call copy,$(RUNSC_TARGET),$(RUNTIME_BIN)))
	@$(if $(EXTRA_SIDECAR_TARGETS),$(call copy,$(EXTRA_SIDECAR_TARGETS),$(RUNTIME_DIR)/gvisor-bin))
else
	@gcloud storage cat "${STAGED_BINARIES}" | \
	  tar -C "$(RUNTIME_DIR)" -zxvf - && \
	  chmod -R a+rx "$(RUNTIME_DIR)"
endif
.PHONY: $(RUNTIME_BIN) # Real file, but force rebuild.

# Configure helpers for below.
configure_noreload = \
  $(call header,CONFIGURE $(1) → $(RUNTIME_BIN) $(RUNTIME_ARGS) $(2)); \
  sudo $(RUNTIME_BIN) install --config_file="$(DOCKER_DAEMON_CONFIG_PATH)" --experimental=true --runtime="$(1)" -- $(RUNTIME_ARGS) --debug-log "$(RUNTIME_LOGS)" --allow-suid $(2) && \
  sudo rm -rf "$(RUNTIME_LOG_DIR)" && mkdir -p "$(RUNTIME_LOG_DIR)"

reload_docker = \
  $(call header,DOCKER RELOAD); \
  ( timeout --kill-after=20s 15s bash -xc "$(DOCKER_RELOAD_COMMAND)" || timeout --kill-after=20s 15s bash -xc "$(DOCKER_RELOAD_COMMAND)" || timeout --kill-after=20s 15s bash -xc "$(DOCKER_RELOAD_COMMAND)" ) && \
  sleep 3 && \
  ( $(MAKE) ensure-bazel-server || echo 'Failed to reload bazel-server container' >&2 ) && \
  if test -f /etc/docker/daemon.json; then \
    sudo chmod 0755 /etc/docker && \
    sudo chmod 0644 /etc/docker/daemon.json; \
  fi

wait_for_runtime = ( \
  set -x; \
  docker info --format '{{range $$k,$$v:=.Runtimes}}{{println $$k}}{{end}}' | grep -qF $(1) || \
  for i in 1 2 3 4 5; do \
    sleep 1; \
    docker info --format '{{range $$k,$$v:=.Runtimes}}{{println $$k}}{{end}}' | grep -qF $(1) && break; \
  done \
)


configure = $(call configure_noreload,$(1),$(2)) && $(reload_docker) && $(call wait_for_runtime,$(1))

# Helpers for above. Requires $(RUNTIME_BIN) dependency.
install_runtime = $(call configure,$(1),$(2) --TESTONLY-test-name-env=RUNSC_TEST_NAME)
install_runtime_noreload = $(call configure_noreload,$(1),$(2) --TESTONLY-test-name-env=RUNSC_TEST_NAME)
# Don't use cached results, otherwise multiple runs using different runtimes
# may be skipped, if all other inputs are the same.
test_runtime = $(call test,--test_env=RUNTIME=$(1) --nocache_test_results $(PARTITIONS) $(2))
test_runtime_cached = $(call test,--test_env=RUNTIME=$(1) $(PARTITIONS) $(2))

refresh: $(RUNTIME_BIN) ## Updates the runtime binary.
.PHONY: refresh

dev: $(RUNTIME_BIN) ## Installs a set of local runtimes. Requires sudo.
	@$(call configure_noreload,$(RUNTIME),--net-raw)
	@$(call configure_noreload,$(RUNTIME)-d,--net-raw --debug --strace --log-packets)
	@$(call configure_noreload,$(RUNTIME)-p,--net-raw --profile)
	@$(call configure_noreload,$(RUNTIME)-cgroup-d,--net-raw --debug --strace --log-packets --cgroupfs)
	@$(call configure_noreload,$(RUNTIME)-systemd-d,--net-raw --debug --strace --log-packets --systemd-cgroup)
	@$(call configure_noreload,$(RUNTIME)-gpu,--nvproxy)
	@# Docker In Gvisor(ding) version.
	@$(call configure_noreload,$(RUNTIME)-ding,--TESTONLY-nftables --allow-packet-socket-write=true --net-raw)
	@$(call reload_docker)
.PHONY: dev

governance-regen: ## Regenerates the files derived from governance/maintainers.yaml and governance/areas.yaml.
	@$(call run,//governance/tools/maintainers:maintainers_gen,-input governance/maintainers.yaml -areas governance/areas.yaml -format MAINTAINERS.md -output MAINTAINERS.md)
	@$(call run,//governance/tools/maintainers:maintainers_gen,-input governance/maintainers.yaml -areas governance/areas.yaml -format CODEOWNERS -output CODEOWNERS)
.PHONY: governance-regen

governance-check: governance-regen ## Checks that the files derived from governance/*.yaml are in sync. Can't be a bazel test because it requires visibility across the whole codebase to check for subdirectories' existence.
	@git diff --exit-code -- CODEOWNERS MAINTAINERS.md || \
		(echo "Generated governance files are out of sync. Please run \`make governance-regen\`." >&2; exit 1)
.PHONY: governance-check

zap: ## Regenerates the ZAP wire of every urpc payload.
	@for f in $$(git ls-files --cached --others --exclude-standard '*/zap.go' | grep -v '^tools/zap/'); do sed -i '/^package /q' $$f; done
	@$(call run,//tools/zap:zap)
.PHONY: zap

license-check: ## Checks that tools/licensecheck/dependencies.yaml has an entry for every dependency.
	@$(call run,//tools/licensecheck/main:licensecheck,--mode=verify)
.PHONY: license-check

##
## Canonical build and test targets.
##
##   These targets are used by continuous integration and provide
##   convenient entrypoints for testing changes. If you're adding a
##   new subsystem or workflow, consider adding a new target here.
##
##   Some targets support a PARTITION (1-indexed) and TOTAL_PARTITIONS
##   environment variables for high-level test sharding. Unlike most
##   other variables, these are sourced from the environment.
##
PARTITION        ?= 1
TOTAL_PARTITIONS ?= 1
PARTITIONS       := --test_env=PARTITION=$(PARTITION) --test_env=TOTAL_PARTITIONS=$(TOTAL_PARTITIONS)

runsc: ## Builds the runsc binary.
	@$(call build,-c opt //runsc)
.PHONY: runsc

runsc-plugin-stack:
	@$(call build,-c opt $(PLUGIN_STACK_FLAGS) //runsc:runsc-plugin-stack)
.PHONY: runsc-plugin-stack

debian: ## Builds the debian packages.
	@$(call build,-c opt //debian:debian)
.PHONY: debian

smoke-tests: $(RUNTIME_BIN) ## Runs a simple smoke test after building runsc.
	@$(RUNTIME_BIN) --alsologtostderr --network none --debug --TESTONLY-unsafe-nonroot=true --rootless do true
.PHONY: smoke-tests

smoke-race-tests: RUNSC_TARGET = $(RACE_FLAGS) //runsc:runsc-race
smoke-race-tests: $(RUNTIME_BIN) ## Runs a smoke test after build building runsc in race configuration.
	@$(RUNTIME_BIN) --alsologtostderr --network none --debug --TESTONLY-unsafe-nonroot=true --rootless do true
.PHONY: smoke-race-tests

nogo-tests:
	@$(call test,--test_tag_filters=nogo //:all pkg/... tools/...)
.PHONY: nogo-tests

# For unit tests, we take everything in the root, pkg/... and tools/..., and
# pull in all directories in runsc except runsc/container.
#
# FIXME(gvisor.dev/issue/10045): Need to fix broken tests.
unit-tests: ## Local package unit tests in pkg/..., tools/.., etc.
	@$(call test,--test_tag_filters=-nogo$(COMMA)-requires-kvm --build_tag_filters=-network_plugins --test_env=CGROUPV2=$(CGROUPV2) -- //:all pkg/... tools/... runsc/... vdso/... sandboxexec/... test/trace/... -//pkg/metric:metric_test -//pkg/coretag:coretag_test -//tools/tracereplay:tracereplay_test -//test/trace:trace_test)
.PHONY: unit-tests

# See unit-tests: this includes runsc/container.
container-tests: ## Run all tests in runsc/container/...
	@$(call test,--test_tag_filters=-nogo --test_env=CGROUPV2=$(CGROUPV2) runsc/container/...)
.PHONY: container-tests

tests: ## Runs all unit tests and syscall tests.
tests: unit-tests nogo-tests container-tests syscall-tests
.PHONY: tests

integration-tests: ## Run all standard integration tests.
integration-tests: docker-tests overlay-tests hostnet-tests swgso-tests
integration-tests: do-tests kvm-tests containerd-tests-min
integration-tests: sandbox-posture-tests
.PHONY: integration-tests

integration-test-images: load-image-test load-basic load-systemd-integ load-systemd-services load-ubi10-init
.PHONY: integration-test-images

network-tests: ## Run all networking integration tests.
network-tests: iptables-tests packetdrill-tests packetimpact-tests
.PHONY: network-tests

# `make syscall-tests` runs all system call tests.
# To run a single syscall test:
#   make syscall-tests TARGETS=//test/syscalls:signalfd_test_runsc_systrap_shared
# To run a single syscall test without caching:
#   make syscall-tests TARGETS=//test/syscalls:signalfd_test_runsc_systrap_shared OPTIONS=--nocache_test_results
# To run multiple specific syscall tests:
#   make syscall-tests TARGETS="//test/syscalls:signalfd_test_runsc_systrap_shared //test/syscalls:link_test_runsc_systrap_shared"
syscall-tests: $(RUNTIME_BIN)
	@$(call test,$(OPTIONS) --test_env=RUNTIME=$(RUNTIME_BIN) --test_env=GVISOR_SIDECAR_BINARIES_DIR=$(RUNTIME_DIR)/gvisor-bin --cxxopt=-Werror $(PARTITIONS) $(if $(TARGETS),-- $(TARGETS),test/syscalls/... test/rtnetlink/...))
.PHONY: syscall-tests

packetimpact-tests:
	@$(call test,--jobs=HOST_CPUS*3 --local_test_jobs=HOST_CPUS*3 //test/packetimpact/tests:all_tests)
.PHONY: packetimpact-tests

# Extra configuration options for runtime tests.
RUNTIME_TESTS_FILTER ?=
RUNTIME_TESTS_PER_TEST_TIMEOUT ?= 20m
RUNTIME_TESTS_RUNS_PER_TEST ?= 1
RUNTIME_TESTS_FLAKY_IS_ERROR ?= true
RUNTIME_TESTS_FLAKY_SHORT_CIRCUIT ?= true

%-runtime-tests: load-runtimes_% $(RUNTIME_BIN)
	@$(call install_runtime,$(RUNTIME),--watchdog-action=panic --platform=systrap)
	@IMAGE_TAG=$(call tag,runtimes_$*) && \
	$(call test_runtime_cached,$(RUNTIME),--test_timeout=1800 --test_env=RUNTIME_TESTS_FILTER=$(RUNTIME_TESTS_FILTER) --test_env=RUNTIME_TESTS_PER_TEST_TIMEOUT=$(RUNTIME_TESTS_PER_TEST_TIMEOUT) --test_env=RUNTIME_TESTS_RUNS_PER_TEST=$(RUNTIME_TESTS_RUNS_PER_TEST) --test_env=RUNTIME_TESTS_FLAKY_IS_ERROR=$(RUNTIME_TESTS_FLAKY_IS_ERROR) --test_env=RUNTIME_TESTS_FLAKY_SHORT_CIRCUIT=$(RUNTIME_TESTS_FLAKY_SHORT_CIRCUIT) --test_env=IMAGE_TAG=$${IMAGE_TAG} //test/runtimes:$*)

do-tests: $(RUNTIME_BIN)
	@$(RUNTIME_BIN) --rootless do true
	@$(RUNTIME_BIN) --rootless -network=none do true
	@sudo $(RUNTIME_BIN) do true
.PHONY: do-tests

arm-qemu-smoke-test: BAZEL_OPTIONS=--config=aarch64
arm-qemu-smoke-test: $(RUNTIME_BIN) load-arm-qemu
	export T=$$(mktemp -d --tmpdir release.XXXXXX); \
	mkdir -p $$T/bin/arm64/ && \
	cp $(RUNTIME_BIN) $$T/bin/arm64 && \
	docker run --rm -v $$T/bin/arm64/runsc:/workdir/initramfs/runsc gvisor.dev/images/arm-qemu
.PHONY: arm-qemu-smoke-test

simple-tests: unit-tests # Compatibility target.
.PHONY: simple-tests

# Images needed for GPU smoke tests.
gpu-smoke-images: load-gpu_cuda-tests load-gpu_cuda-tests-12-8
.PHONY: gpu-smoke-images

gpu-smoke-tests: gpu-smoke-images $(RUNTIME_BIN)
	@$(call sudo,test/gpu:smoke_test,--runtime=runc -test.v $(ARGS))
	@$(call install_runtime,$(RUNTIME),--nvproxy=true)
	@$(call sudo,test/gpu:smoke_test,--runtime=$(RUNTIME) -test.v $(ARGS))
	@$(call sudo,test/gpu:sr_test,--runtime=$(RUNTIME) -test.v $(ARGS))
.PHONY: gpu-smoke-tests

cos-gpu-smoke-tests: gpu-smoke-images $(RUNTIME_BIN)
	@$(call sudo,test/gpu:smoke_test,--runtime=runc -test.v --cos-gpu $(ARGS))
	@$(call install_runtime,$(RUNTIME),--nvproxy=true)
	@$(call sudo,test/gpu:smoke_test,--runtime=$(RUNTIME) -test.v --cos-gpu $(ARGS))
	@$(call sudo,test/gpu:sr_test,--runtime=$(RUNTIME) -test.v --cos-gpu $(ARGS))
.PHONY: cos-gpu-smoke-tests

# Images needed for GPU tests.
# This is a superset of those needed for smoke tests.
# It includes non-GPU images that are used as part of GPU tests,
# e.g. busybox and python.
gpu-images: gpu-smoke-images load-gpu_pytorch load-gpu_ollama load-gpu_ollama_client load-basic_busybox load-basic_alpine load-basic_python load-gpu_stable-diffusion-xl load-gpu_vllm load-gpu_nccl-tests load-benchmarks_ffmpeg
.PHONY: gpu-images

l4-gpu-images: load-gpu_sglang load-gpu_triton load-gpu_ollama_client
.PHONY: l4-gpu-images

l4-gpu-tests: l4-gpu-images $(RUNTIME_BIN)
	@$(call install_runtime,$(RUNTIME),--nvproxy=true --nvproxy-allowed-driver-capabilities=all)
	@$(call sudo,test/gpu:sglang_test,--runtime=$(RUNTIME) -test.v $(ARGS))
	@$(call sudo,test/gpu:triton_test,--runtime=$(RUNTIME) -test.v $(ARGS))
.PHONY: l4-gpu-tests

gpu-all-tests: gpu-images gpu-smoke-tests $(RUNTIME_BIN)
	@$(call install_runtime,$(RUNTIME),--nvproxy=true --nvproxy-allowed-driver-capabilities=all)
	@$(call sudo,test/gpu:pytorch_test,--runtime=$(RUNTIME) -test.v $(ARGS))
	@$(call sudo,test/gpu:textgen_test,--runtime=$(RUNTIME) -test.v $(ARGS))
	@$(call sudo,test/gpu:imagegen_test,--runtime=$(RUNTIME) -test.v $(ARGS))
	@$(call sudo,test/gpu:sr_test,--runtime=$(RUNTIME) -test.v $(ARGS))
	@$(call sudo,test/gpu:nccl_test,--runtime=$(RUNTIME) -test.v $(ARGS))
	@$(call sudo,test/gpu:ffmpeg_test,--runtime=$(RUNTIME) -test.v $(ARGS))
	@$(call sudo,test/gpu/vllm:vllm_test,--runtime=$(RUNTIME) -test.bench=. -test.benchtime=1x -test.v $(ARGS))
	@$(call sudo,test/gpu:sniffer_test,--runtime=$(RUNTIME) -test.v $(ARGS))
.PHONY: gpu-all-tests

cos-gpu-all-tests: gpu-images cos-gpu-smoke-tests $(RUNTIME_BIN)
	@$(call install_runtime,$(RUNTIME),--nvproxy=true)
	@$(call sudo,test/gpu:pytorch_test,--runtime=$(RUNTIME) -test.v --cos-gpu $(ARGS))
	@$(call sudo,test/gpu:textgen_test,--runtime=$(RUNTIME) -test.v --cos-gpu $(ARGS))
	@$(call sudo,test/gpu:imagegen_test,--runtime=$(RUNTIME) -test.v --cos-gpu $(ARGS))
	@$(call sudo,test/gpu:sr_test,--runtime=$(RUNTIME) -test.v --cos-gpu $(ARGS))
	@$(call sudo,test/gpu:nccl_test,--runtime=$(RUNTIME) -test.v --cos-gpu $(ARGS))
# TODO(b/392679618): Re-enable ffmpeg test.
# @$(call sudo,test/gpu:ffmpeg_test,--runtime=$(RUNTIME) -test.v --cos-gpu $(ARGS))
	@$(call sudo,test/gpu/vllm:vllm_test,--runtime=$(RUNTIME) -test.bench=. -test.benchtime=1x -cos-gpu -test.v $(ARGS))
	@$(call sudo,test/gpu:sniffer_test,--runtime=$(RUNTIME) -test.v --cos-gpu $(ARGS))
.PHONY: cos-gpu-all-tests

# Images needed for TPU tests.
tpu-images: load-tpu_vllm load-gpu_ollama_client
.PHONY: tpu-images

tpu-vllm-tests: tpu-images $(RUNTIME_BIN)
	@$(call install_runtime,$(RUNTIME),--tpuproxy=true)
	@$(call sudo,test/tpu:vllm_test,--runtime=$(RUNTIME) -test.v $(ARGS))
.PHONY: tpu-vllm-tests

cuda-tests: load-basic_alpine load-gpu_cuda-tests $(RUNTIME_BIN)
	@$(call install_runtime,$(RUNTIME),--nvproxy=true --nvproxy-allowed-driver-capabilities=all)
	@$(call sudo,test/gpu:cuda_test,--runtime=$(RUNTIME) -test.v $(ARGS))
.PHONY: cuda-tests

cuda-12-8-tests: load-basic_alpine load-gpu_cuda-tests-12-8 $(RUNTIME_BIN)
	@$(call install_runtime,$(RUNTIME),--nvproxy=true --nvproxy-allowed-driver-capabilities=all)
	@$(call sudo,test/gpu:cuda_12_8_test,--runtime=$(RUNTIME) -test.v $(ARGS))
.PHONY: cuda-tests

portforward-tests: load-basic_redis load-basic_nginx $(RUNTIME_BIN)
	@$(call install_runtime,$(RUNTIME),--network=sandbox)
	@$(call sudo,test/root:portforward_test,--runtime=$(RUNTIME) -test.v $(ARGS))
	@$(call install_runtime,$(RUNTIME),--network=host)
	@$(call sudo,test/root:portforward_test,--runtime=$(RUNTIME) -test.v $(ARGS))
.PHONY: portforward-test

POSTURE_TEST_ARGS := -test.run=TestSandboxPosture -test.v
sandbox-posture-tests: load-basic_alpine $(RUNTIME_BIN)
	@$(call install_runtime,$(RUNTIME)-posture,) # Clear flags.
	@$(call sudo,test/root:root_test,--runtime=$(RUNTIME)-posture $(POSTURE_TEST_ARGS) $(ARGS))
	@$(call install_runtime,$(RUNTIME)-posture-hostnet,--network=host)
	@$(call sudo,test/root:root_test,--runtime=$(RUNTIME)-posture-hostnet --network=host $(POSTURE_TEST_ARGS) $(ARGS))
	@$(call install_runtime,$(RUNTIME)-posture-hostnet-raw,--network=host --net-raw)
	@$(call sudo,test/root:root_test,--runtime=$(RUNTIME)-posture-hostnet-raw --network=host --net-raw $(POSTURE_TEST_ARGS) $(ARGS))
	@$(call install_runtime,$(RUNTIME)-posture-nodirectfs,--directfs=false)
	@$(call sudo,test/root:root_test,--runtime=$(RUNTIME)-posture-nodirectfs --directfs=false $(POSTURE_TEST_ARGS) $(ARGS))
	@$(call install_runtime,$(RUNTIME)-posture-nodirectfs-hostnet,--directfs=false --network=host)
	@$(call sudo,test/root:root_test,--runtime=$(RUNTIME)-posture-nodirectfs-hostnet --directfs=false --network=host $(POSTURE_TEST_ARGS) $(ARGS))
	@$(call install_runtime,$(RUNTIME)-posture-kvm,--platform=kvm)
	@$(call sudo,test/root:root_test,--runtime=$(RUNTIME)-posture-kvm --platform=kvm $(POSTURE_TEST_ARGS) $(ARGS))
.PHONY: sandbox-posture-tests

# Standard integration targets.
INTEGRATION_TARGETS := //test/image:image_test //test/e2e:integration_test

docker-tests: integration-test-images $(RUNTIME_BIN)
	@$(call install_runtime_noreload,$(RUNTIME),) # Clear flags.
	@$(call install_runtime_noreload,$(RUNTIME)-docker,--net-raw --allow-packet-socket-write) # Used by TestDocker*.
	@$(call install_runtime_noreload,$(RUNTIME)-fdlimit,--fdlimit=2000) # Used by TestRlimitNoFile.
	@$(call install_runtime_noreload,$(RUNTIME)-dcache,--fdlimit=2000 --dcache=100) # Used by TestDentryCacheLimit.
	@$(call install_runtime_noreload,$(RUNTIME)-host-uds,--host-uds=all) # Used by TestHostSocketConnect.
	@$(call install_runtime_noreload,$(RUNTIME)-overlay,--overlay2=all:self) # Used by TestOverlay*.
	@$(call install_runtime,$(RUNTIME)-cgroupv2,--in-sandbox-cgroup=v2) # Used by TestSystemd* and TestPIDFDSelftests.
	@$(call test_runtime_cached,$(RUNTIME),$(INTEGRATION_TARGETS) --test_env=TEST_SAVE_RESTORE_NETSTACK=true //test/e2e:integration_runtime_test //test/e2e:runtime_in_docker_test)
.PHONY: docker-tests

plugin-network-tests: integration-test-images $(RUNTIME_BIN)
	@$(call install_runtime,$(RUNTIME)-dpdk,--network=plugin)
	@$(call test_runtime_cached,$(RUNTIME)-dpdk, --test_arg=-test.run=ConnectToSelf $(INTEGRATION_TARGETS))

plugin-network-tests: RUNSC_TARGET=--config plugin-tldk //runsc:runsc-plugin-stack
plugin-network-tests: EXTRA_SIDECAR_TARGETS=--config plugin-tldk //runsc/cmd/sentry:gvisor_sentry_plugin_stack

overlay-tests: integration-test-images $(RUNTIME_BIN)
	@$(call install_runtime_noreload,$(RUNTIME)-overlay,--overlay2=all:dir=/tmp)
	@$(call install_runtime,$(RUNTIME)-overlay-docker,--net-raw --allow-packet-socket-write --overlay2=all:dir=/tmp)
	@$(call test_runtime_cached,$(RUNTIME)-overlay,--test_env=TEST_OVERLAY=true $(INTEGRATION_TARGETS))
.PHONY: overlay-tests

swgso-tests: integration-test-images $(RUNTIME_BIN)
	@$(call install_runtime_noreload,$(RUNTIME)-swgso,--software-gso=true --gso=false)
	@$(call install_runtime,$(RUNTIME)-swgso-docker,--net-raw --allow-packet-socket-write --software-gso=true --gso=false)
	@$(call test_runtime_cached,$(RUNTIME)-swgso,$(INTEGRATION_TARGETS))
.PHONY: swgso-tests

hostnet-tests: integration-test-images $(RUNTIME_BIN)
	@$(call install_runtime,$(RUNTIME)-hostnet,--network=host --net-raw)
	@$(call test_runtime_cached,$(RUNTIME)-hostnet,--test_env=TEST_CHECKPOINT=false --test_env=TEST_HOSTNET=true --test_env=TEST_NET_RAW=true $(INTEGRATION_TARGETS))
.PHONY: hostnet-tests

kvm-tests: integration-test-images $(RUNTIME_BIN)
	@(lsmod | grep -E '^(kvm_intel|kvm_amd)') || sudo modprobe kvm
	@if ! test -w /dev/kvm; then sudo chmod a+rw /dev/kvm; fi
	@$(call test,//pkg/sentry/platform/kvm:kvm_test)
	@$(call install_runtime_noreload,$(RUNTIME)-kvm,--platform=kvm)
	@$(call install_runtime,$(RUNTIME)-kvm-docker,--net-raw --allow-packet-socket-write --platform=kvm)
	@$(call test_runtime_cached,$(RUNTIME)-kvm,$(INTEGRATION_TARGETS))
.PHONY: kvm-tests

systrap-tests: integration-test-images $(RUNTIME_BIN)
	@$(call install_runtime_noreload,$(RUNTIME)-systrap,--platform=systrap)
	@$(call install_runtime,$(RUNTIME)-systrap-docker,--net-raw --allow-packet-socket-write --platform=systrap)
	@$(call test_runtime_cached,$(RUNTIME)-systrap,$(INTEGRATION_TARGETS))
.PHONY: systrap-tests

iptables-tests: load-iptables $(RUNTIME_BIN)
	@sudo modprobe iptable_filter
	@sudo modprobe ip6table_filter
	@sudo modprobe iptable_nat
	@sudo modprobe ip6table_nat
	@# FIXME(b/218923513): Need to fix permissions issues.
	@#$(call test,--test_env=RUNTIME=runc -- //test/iptables:iptables_test)
	@$(call install_runtime,$(RUNTIME),--net-raw)
	@$(call test_runtime,$(RUNTIME),--test_env=TEST_NET_RAW=true -- //test/iptables:iptables_test)
	@$(call install_runtime,$(RUNTIME)-nftables,--net-raw --reproduce-nftables)
	@$(call test_runtime,$(RUNTIME)-nftables,--test_env=TEST_NET_RAW=true --test_output=all -- //test/iptables:nftables_test)
.PHONY: iptables-tests

# Run iptables tests with iptables-nft client.
iptables-nft-tests: load-iptables $(RUNTIME_BIN)
	@sudo modprobe nfnetlink
	@sudo modprobe nf_tables
	@$(call install_runtime,$(RUNTIME)-nftables,--net-raw --TESTONLY-nftables)
	@$(call test_runtime,$(RUNTIME)-nftables,--test_env=TEST_NET_RAW=true -- //test/iptables:iptables_nft_test)
.PHONY: iptables-nft-tests

nftables-tests: load-nftables $(RUNTIME_BIN)
	@sudo modprobe nfnetlink
	@sudo modprobe nf_tables
	@$(call test,--test_env=RUNTIME=runc -- //test/nftables:nftables_test) # run with runc
	@$(call install_runtime,$(RUNTIME),--net-raw --TESTONLY-nftables)
	@$(call test_runtime,$(RUNTIME),--test_env=TEST_NET_RAW=true -- //test/nftables:nftables_test) # run with runsc
.PHONY: nftables-tests

# Runs the socket_netlink_netfilter_test with runc as root user in a docker
# container.
nftables-syscall-runc-tests: load-nftables
	@sudo modprobe nfnetlink
	@sudo modprobe nf_tables
	@# Overrides the default `--user` flag of DOCKER_RUN_OPTIONS to run as root.
	@$(call build_paths,//test/syscalls/linux:socket_netlink_netfilter_test,docker run $(DOCKER_RUN_OPTIONS) --user 0:0 --runtime runc --rm gvisor.dev/images/nftables "$$0")
.PHONY: nftables-syscall-runc-tests

bwrap-tests: $(RUNTIME_BIN)
	@$(call sudo,//runsc/cmd/alias/bwrap:bwrap_integration_test,-test.v -runsc=$(RUNTIME_BIN))
.PHONY: bwrap-tests

packetdrill-tests: load-packetdrill $(RUNTIME_BIN)
	@$(call install_runtime,$(RUNTIME),) # Clear flags.
	@$(call test_runtime,$(RUNTIME),//test/packetdrill:all_tests)
.PHONY: packetdrill-tests

fsstress-test: load-basic $(RUNTIME_BIN)
	@$(call install_runtime,$(RUNTIME))
	@$(call test_runtime,$(RUNTIME),//test/fsstress:fsstress_test)
.PHONY: fsstress-test

# Helper to install containerd.
# $(1) is the containerd version.
install_containerd = \
	($(call header,INSTALL CONTAINERD); \
	export T=$$(mktemp -d --tmpdir containerd.XXXXXX); \
	cp tools/install_containerd.sh $$T && \
	cd /tmp && \
	sudo -H "PATH=$$PATH" $$T/install_containerd.sh $(1); \
	rm -rf $$T)

# Specific containerd version tests.
containerd-test-%: load-basic_alpine load-basic_python load-basic_busybox load-basic_symlink-resolv load-basic_httpd load-basic_ubuntu $(RUNTIME_BIN)
	@$(call install_runtime,$(RUNTIME),) # Clear flags.
	@$(call install_containerd,$*)
ifeq (,$(STAGED_BINARIES))
	@sudo cp -fa "$(RUNTIME_DIR)"/* "$$(dirname $$(which containerd))/"
else
	@gcloud storage cat "$(STAGED_BINARIES)" | \
		sudo tar -C "$$(dirname $$(which containerd))" -zxvf -
endif
	@$(call sudo,test/root:root_test,--runtime=$(RUNTIME) -test.v)
containerd-tests-min: containerd-test-1.7.31

containerd-performance-test-%:
	@export RUN_SHIM_GROUPING_PERFORMANCE_TEST=true; $(MAKE) containerd-test-$*
.PHONY: containerd-performance-test-%


kubernetes-smoke-test: ## Runs the Kubernetes hello test in a KIND cluster.
	@test/kubernetes/scripts/run_kind_e2e.sh //test/kubernetes/tests:hello_test
.PHONY: kubernetes-smoke-test

##
## Benchmarks.
##
## Targets to run benchmarks. See //test/benchmarks for details.
## You can list all available benchmarks using:
##   $ bazel query 'attr("tags", ".*gvisor_benchmark.*", //test/benchmarks/...)'
##
## Common arguments:
##   BENCHMARKS_PROJECT   - BigQuery project to which to send data.
##   BENCHMARKS_DATASET   - BigQuery dataset to which to send data.
##   BENCHMARKS_TABLE     - BigQuery table to which to send data.
##   BENCHMARKS_SUITE     - name of the benchmark suite. See //tools/bigquery/bigquery.go.
##   BENCHMARKS_UPLOAD    - if true, upload benchmark data from the run.
##   BENCHMARKS_OFFICIAL  - marks the data as official.
##   BENCHMARKS_PLATFORMS - if set, only run the benchmarks for this
##                          space-separated list of platform names.
##   BENCHMARKS_RUNC      - if true, also benchmark runc performance.
##   BENCHMARKS_FILTER    - filter to be applied to the test suite.
##   BENCHMARKS_OPTIONS   - options to be passed to the test.
##   BENCHMARKS_PROFILE   - profile options to be passed to the test.
##                          Set to the empty string to avoid profiling overhead.
##
BENCHMARKS_PROJECT   ?= gvisor-benchmarks
BENCHMARKS_DATASET   ?= kokoro
BENCHMARKS_TABLE     ?= benchmarks
BENCHMARKS_SUITE     ?= ffmpeg
BENCHMARKS_UPLOAD    ?= false
BENCHMARKS_OFFICIAL  ?= false
BENCHMARKS_TARGETS   ?= //test/benchmarks/media:ffmpeg_test
BENCHMARKS_PLATFORMS ?=
BENCHMARKS_RUNC      ?= true
BENCHMARKS_FILTER    ?= .
BENCHMARKS_OPTIONS   ?= -test.benchtime=30s
BENCHMARKS_ARGS      ?= -test.v -test.bench=$(BENCHMARKS_FILTER) $(BENCHMARKS_OPTIONS)
BENCHMARKS_PROFILE   ?=
# Example: BENCHMARKS_PROFILE='-pprof-dir=/tmp/profile -pprof-cpu -pprof-heap -pprof-block -pprof-mutex'

init-benchmark-table: ## Initializes a BigQuery table with the benchmark schema.
	@$(call run,//tools/parsers:parser,init --project=$(BENCHMARKS_PROJECT) --dataset=$(BENCHMARKS_DATASET) --table=$(BENCHMARKS_TABLE))
.PHONY: init-benchmark-table

# $(1) is the runtime name.
run_benchmark = \
	($(call header,BENCHMARK $(1)); \
	set -euo pipefail; \
	export T=$$(mktemp --tmpdir logs.$(1).XXXXXX); \
	export UNSANDBOXED_RUNTIME; \
	if test "$(1)" = "runc"; then $(call sudo,$(BENCHMARKS_TARGETS),-runtime=$(1) $(BENCHMARKS_ARGS)) | tee $$T; fi; \
	if test "$(1)" != "runc"; then $(call sudo,$(BENCHMARKS_TARGETS),-runtime=$(1) $(BENCHMARKS_ARGS) $(BENCHMARKS_PROFILE)) | tee $$T; fi; \
	if test "$(BENCHMARKS_UPLOAD)" = "true"; then \
	  $(call run,tools/parsers:parser,parse --debug --file=$$T --runtime=$(1) --suite_name=$(BENCHMARKS_SUITE) --project=$(BENCHMARKS_PROJECT) --dataset=$(BENCHMARKS_DATASET) --table=$(BENCHMARKS_TABLE) --official=$(BENCHMARKS_OFFICIAL)); \
	fi; \
	rm -rf $$T)

# TODO: b/529809802 - Enable benchmarks for slimvm.
benchmark-platforms: load-benchmarks $(RUNTIME_BIN) ## Runs benchmarks for runc and all (selected) platforms.
	@set -xe; if test -z "$(BENCHMARKS_PLATFORMS)"; then \
	  for PLATFORM in $$($(RUNTIME_BIN) help platforms); do \
	    if test "$${PLATFORM}" = "slimvm"; then \
	      continue; \
	    fi; \
	    export PLATFORM; \
	    $(call install_runtime,$${PLATFORM},--platform $${PLATFORM} --profile); \
	    $(call run_benchmark,$${PLATFORM}); \
	  done; \
	else \
	  for PLATFORM in $(BENCHMARKS_PLATFORMS); do \
	    if test "$${PLATFORM}" = "slimvm"; then \
	      continue; \
	    fi; \
	    export PLATFORM; \
	    $(call install_runtime,$${PLATFORM},--platform $${PLATFORM} --profile); \
	    $(call run_benchmark,$${PLATFORM}); \
	  done; \
	fi
	@set -xe; if test "$(BENCHMARKS_RUNC)" == true; then \
	  $(call run_benchmark,runc); \
	fi
.PHONY: benchmark-platforms

run-benchmark: load-benchmarks ## Runs single benchmark and optionally sends data to BigQuery.
	@$(call run_benchmark,$(RUNTIME))
.PHONY: run-benchmark

# For benchmarking seccheck, use setup-seccheck and run-benchmark-seccheck.
# Default seccheck benchmark config.
SECCHECK_BENCH_CONFIG ?= $(CURDIR)/test/benchmarks/seccheck/null_bench_config.json

# Installs seccheck instrumented runtime for benchmarking.
setup-seccheck: $(RUNTIME_BIN)
	@cp -f "$(SECCHECK_BENCH_CONFIG)" /tmp/seccheck_bench_config.json
	@$(call configure,$(RUNTIME)-seccheck,--net-raw --pod-init-config="/tmp/seccheck_bench_config.json")
.PHONY: setup-seccheck

# Runs single benchmark using the seccheck instrumented runtime.
run-benchmark-seccheck: load-benchmarks
	@$(call run_benchmark,$(RUNTIME)-seccheck)
.PHONY: run-benchmark-seccheck

# The arguments passed to benchmarks when run for PGO profile collection.
# This should *not* include the `-profile` or `-profile-cpu` arguments, as
# those are added automatically.
BENCHMARKS_ARGS_PGO  := -test.v -test.bench=. -test.benchtime=20s
# The threshold below which the `benchmark-refresh-pgo` rule will update the
# profile.
BENCHMARKS_PGO_REFRESH_THRESHOLD ?= 0.7
# The number of days that must have elapsed since the last time a profile
# was updated before being considered for refresh. This limits the growth
# of the repository size.
BENCHMARKS_PGO_REFRESH_MIN_DAYS_SINCE_LAST_UPDATE ?= 28

# TODO: b/529809802 - Enable benchmarks for slimvm.
benchmark-refresh-pgo: load-benchmarks $(RUNTIME_BIN) ## Refresh profiles of all benchmarks for PGO purposes.
	@set -e; if test -z "$(BENCHMARKS_PLATFORMS)"; then \
		echo 'Must specify BENCHMARKS_PLATFORMS.' >&2; \
		exit 1; \
	else \
		PGO_RUNTIME_KEY="$$( $(call run,tools/profiletool,runtime-info) )"; \
		export PGO_RUNTIME_KEY; \
		PGO_LAST_PKG_COMMIT_HASH="$$(git log --max-count=1 --format='%H' -- pkg)"; \
		export PGO_LAST_PKG_COMMIT_HASH; \
		for PLATFORM in $(BENCHMARKS_PLATFORMS); do \
			if test "$${PLATFORM}" = "slimvm"; then \
				continue; \
			fi; \
			export PLATFORM; \
			mkdir -p "$(REPO_DIR)/runsc/profiles/data/$${PGO_RUNTIME_KEY}_$${PLATFORM}"; \
			PLATFORM_TMPDIR="$$(mktemp --tmpdir=/tmp --directory "pgo_$${PGO_RUNTIME_KEY}_$${PLATFORM}.XXXXXXXX")"; \
			export PLATFORM_TMPDIR; \
			for PGO_BENCHMARK_TARGET in $$( $(call query,'attr(tags, gvisor_pgo_benchmark, //test/benchmarks/...)') | sed 's~^//~~'); do \
				PGO_BENCHMARK_BASENAME="$$(echo "$${PGO_BENCHMARK_TARGET}" | cut -d: -f2 | sed 's/_test$$//')"; \
				export PGO_BENCHMARK_BASENAME; \
				PGO_PROFILE_OLD_COMMIT_HASH="$(REPO_DIR)/runsc/profiles/data/$${PGO_RUNTIME_KEY}_$${PLATFORM}/$${PGO_BENCHMARK_BASENAME}.pgo.pkg_commithash"; \
				export PGO_PROFILE_OLD_COMMIT_HASH; \
				PGO_PROFILE_OLD="$(REPO_DIR)/runsc/profiles/data/$${PGO_RUNTIME_KEY}_$${PLATFORM}/$${PGO_BENCHMARK_BASENAME}.pgo.pprof.pb.gz"; \
				export PGO_PROFILE_OLD; \
				PGO_PROFILE_NEW="$${PLATFORM_TMPDIR}/$${PGO_BENCHMARK_BASENAME}.pgo.pprof.pb.gz"; \
				export PGO_PROFILE_NEW; \
				if [[ -f "$${PGO_PROFILE_OLD_COMMIT_HASH}" ]] && [[ "$$(cat "$${PGO_PROFILE_OLD_COMMIT_HASH}")" == "$${PGO_LAST_PKG_COMMIT_HASH}" ]]; then \
					echo "Skipping refresh for $${PGO_PROFILE_OLD}: profile is already up-to-date." >&2; \
					continue; \
				fi; \
				if [[ -f "$${PGO_PROFILE_OLD}" ]] && [[ "$$(stat -c %Y $${PGO_PROFILE_OLD})" -gt "$$(date +%s -d '$(BENCHMARKS_PGO_REFRESH_MIN_DAYS_SINCE_LAST_UPDATE) days ago')" ]]; then \
					echo "Skipping refresh for $${PGO_PROFILE_OLD}: profile is less than $(BENCHMARKS_PGO_REFRESH_MIN_DAYS_SINCE_LAST_UPDATE) days old." >&2; \
					continue; \
				fi; \
				mkdir -p "$$(dirname "$${PGO_PROFILE_OLD}")"; \
				mkdir -p "$${PLATFORM_TMPDIR}/$${PGO_BENCHMARK_BASENAME}"; \
				$(call install_runtime,$${PLATFORM}_$${PGO_RUNTIME_KEY}_pgo_$${PGO_BENCHMARK_BASENAME},--platform $${PLATFORM} --profile --profile-gc-interval=3s --profile-cpu="$${PLATFORM_TMPDIR}/$${PGO_BENCHMARK_BASENAME}/$${PGO_BENCHMARK_BASENAME}.%YYYY%-%MM%-%DD%_%HH%-%II%-%SS%-%NN%.pgo.pprof.pb.gz"); \
				$(call sudo,$${PGO_BENCHMARK_TARGET},-runtime=$${PLATFORM}_$${PGO_RUNTIME_KEY}_pgo_$${PGO_BENCHMARK_BASENAME} -pgo-benchmarks=true $(BENCHMARKS_ARGS_PGO)); \
				$(call run,tools/profiletool,merge --out="$${PGO_PROFILE_NEW}" "$${PLATFORM_TMPDIR}/$${PGO_BENCHMARK_BASENAME}"); \
				rm -rf --one-file-system "$${PLATFORM_TMPDIR}/$${PGO_BENCHMARK_BASENAME}"; \
				if [[ ! -f "$${PGO_PROFILE_OLD}" ]]; then \
					cp "$${PGO_PROFILE_NEW}" "$${PGO_PROFILE_OLD}"; \
					echo "$${PGO_LAST_PKG_COMMIT_HASH}" > "$${PGO_PROFILE_OLD_COMMIT_HASH}"; \
					echo "--- PGO: Added new profile for $${PGO_BENCHMARK_BASENAME} on $${PGO_RUNTIME_KEY} $${PLATFORM}" >&2; \
				elif $(call run,tools/profiletool,check-similar --threshold=$(BENCHMARKS_PGO_REFRESH_THRESHOLD) "$${PGO_PROFILE_OLD}" "$${PGO_PROFILE_NEW}"); then \
					echo "--- PGO: Profile for $${PGO_BENCHMARK_BASENAME} on $${PGO_RUNTIME_KEY} $${PLATFORM} is already up-to-date." >&2; \
				else \
					cp "$${PGO_PROFILE_NEW}" "$${PGO_PROFILE_OLD}"; \
					echo "$${PGO_LAST_PKG_COMMIT_HASH}" > "$${PGO_PROFILE_OLD_COMMIT_HASH}"; \
					echo "--- PGO: Updated profile for $${PGO_BENCHMARK_BASENAME} on $${PGO_RUNTIME_KEY} $${PLATFORM}" >&2; \
				fi; \
			done; \
		done; \
	fi
.PHONY: benchmark-refresh-pgo

## Seccomp targets.
seccomp-sentry-filters:  # Dumps seccomp-bpf program for the Sentry binary.
	@$(call run,//runsc/boot/filter/dumpfilter,$(ARGS))
.PHONY: seccomp-sentry-filters

##
## Website & documentation helpers.
##
##   The website is built from repository documentation and wrappers, using
##   using a locally-defined Docker image (see images/jekyll). The following
##   variables may be set when using website-push:
##     WEBSITE_IMAGE   - The name of the container image.
##     WEBSITE_SERVICE - The backend service.
##     WEBSITE_PROJECT - The project id to use.
##     WEBSITE_REGION  - The region to deploy to.
##
WEBSITE_IMAGE   := gcr.io/gvisordev/gvisordev
WEBSITE_SERVICE := gvisordev
WEBSITE_PROJECT := gvisordev
WEBSITE_REGION  := us-central1

website-build: load-jekyll ## Build the site image locally.
	@$(call run,//website:website,$(WEBSITE_IMAGE))
.PHONY: website-build

website-server: website-build ## Run a local server for development.
	@# NOTE: When running locally we use the localhost:8080 as custom domain.
	@docker run -i -p 8080:8080 $(WEBSITE_IMAGE) --custom-domain='*'
.PHONY: website-server

website-push: website-build ## Push a new image and update the service.
	@docker push $(WEBSITE_IMAGE)
.PHONY: website-push

website-deploy: website-push ## Deploy a new version of the website.
	@gcloud run deploy $(WEBSITE_SERVICE) --platform=managed --region=$(WEBSITE_REGION) --project=$(WEBSITE_PROJECT) --image=$(WEBSITE_IMAGE) --memory 1Gi
.PHONY: website-deploy

##
## Webhook helpers.
##
##   The webhook is built locally.
##     WEBHOOK_IMAGE - The name of the container image.
##
WEBHOOK_IMAGE := gcr.io/gvisor-presubmit/webhook

webhook-build: ## Build the webhookimage locally.
	@$(call run,//webhook:image,$(WEBHOOK_IMAGE))
.PHONY: webhook-build

webhook-push: webhook-build ## Push a new image.
	@docker push $(WEBHOOK_IMAGE)
.PHONY: website-push

webhook-update: test/kubernetes/gvisor-injection-admission-webhook.yaml.in
	@WEBHOOK=$(WEBHOOK_IMAGE):$$($(call run,//webhook:image,$(WEBHOOK_IMAGE)) | cut -d':' -f2) && \
	INIT=$(call remote_image,certs):$(call tag,certs) && \
	cat $< | sed -e "s|%WEBHOOK%|$${WEBHOOK}|g" | sed -e "s|%INIT%|$${INIT}|g" > test/kubernetes/gvisor-injection-admission-webhook.yaml
.PHONY: webhook-update

## Syzkaller smoke test.
##
##   This verifies that gVisor can run as a fuzzable kernel in Syzkaller.
##   https://github.com/google/syzkaller
##
##   If this test is broken, chances are that you either modified gVisor
##   in a way that makes it incompatible with Syzkaller, or that Syzkaller
##   changed in a way that makes gVisor no longer work with it.
##   This test runs the same test as Syzkaller does as part of its test
##   suite:
##   https://github.com/google/syzkaller/blob/master/tools/gvisor-smoke-test.sh
##
##   The following variables may be set:
##     SYZKALLER_IMAGE     - The name of the container image.
##     SYZKALLER_CONTAINER - The name of the running container.
##     SYZKALLER_REPO_URL  - The git URL of the Syzkaller repository.
##
SYZKALLER_IMAGE     ?= gcr.io/syzkaller/syzbot:latest
SYZKALLER_CONTAINER ?= gvisor-syz-$(HASH)-$(ARCH)
SYZKALLER_REPO_URL  ?= https://github.com/google/syzkaller
syzkaller-smoke-test: $(RUNTIME_BIN)
	@docker rm -f $(SYZKALLER_CONTAINER) 2>/dev/null || true && \
	docker run --rm \
		--name="$(SYZKALLER_CONTAINER)" \
		--runtime="$(UNSANDBOXED_RUNTIME)" \
		--hostname="$(SYZKALLER_CONTAINER)" \
		$(DOCKER_PRIVILEGED) \
		--pid=host \
		-v "$(RUNTIME_BIN):$(RUNTIME_BIN):ro" \
		-e "GOPATH=/__w/syzkaller/syzkaller/gopath" \
		-e "GVISOR_VMLINUX_PATH=$(RUNTIME_BIN)" \
		"$(SYZKALLER_IMAGE)" \
		/bin/bash -xeuc ' \
			mkdir -p "$$GOPATH/src/github.com/google" && \
			git clone --depth=1 https://github.com/google/syzkaller "$$GOPATH/src/github.com/google/syzkaller" && \
			cd "$$GOPATH/src/github.com/google/syzkaller" && \
			make && \
			bash tools/gvisor-smoke-test.sh \
		'
.PHONY: syzkaller-smoke-test

##
## Repository builders.
##
##   This builds a local apt repository. The following variables may be set:
##     RELEASE_ROOT      - The repository root (default: "repo" directory).
##     RELEASE_KEY       - The repository GPG private key file (default: dummy key is created).
##     RELEASE_ARTIFACTS - The release artifacts directory. May contain multiple.
##     RELEASE_NIGHTLY   - Set to true if a nightly release (default: false).
##     RELEASE_COMMIT    - The commit or Change-Id for the release (needed for tag).
##     RELEASE_NAME      - The name of the release in the proper format (needed for tag).
##     RELEASE_NOTES     - The file containing release notes (needed for tag).
##
RELEASE_ROOT      := repo
RELEASE_KEY       := repo.key
RELEASE_ARTIFACTS := artifacts
RELEASE_NIGHTLY   := false
RELEASE_COMMIT    :=
RELEASE_NAME      :=
RELEASE_NOTES     :=
GPG_TEST_OPTIONS  := $(shell if gpg --pinentry-mode loopback --version >/dev/null 2>&1; then echo --pinentry-mode loopback; fi)

$(RELEASE_KEY):
	@echo "WARNING: Generating a key for testing ($@); don't use this."
	@T=$$(mktemp --tmpdir keyring.XXXXXX); \
	C=$$(mktemp --tmpdir config.XXXXXX); \
	echo Key-Type: DSA >> $$C && \
	echo Key-Length: 1024 >> $$C && \
	echo Name-Real: Test >> $$C && \
	echo Name-Email: [email protected] >> $$C && \
	echo Expire-Date: 0 >> $$C && \
	echo %commit >> $$C && \
	gpg --batch $(GPG_TEST_OPTIONS) --passphrase '' --no-default-keyring --secret-keyring $$T --no-tty --gen-key $$C && \
	gpg --batch $(GPG_TEST_OPTIONS) --export-secret-keys --no-default-keyring --secret-keyring $$T > $@; \
	rc=$$?; rm -f $$T $$C; exit $$rc

$(RELEASE_ARTIFACTS)/%:
	@mkdir -p $@
	@$(call copy,//debian:debian,$@)
	@$(call copy,//debian:gvisor-release-tar-bz2,$@)
	@$(call copy,//debian:gvisor-release-tar-zstd,$@)

artifacts-python: ensure-bazel-server ## Builds Python SandboxExec wheels into $(RELEASE_ARTIFACTS)/python.
	@mkdir -p $(RELEASE_ARTIFACTS)/python
	@$(call wrapper,tools/make_python_release.sh build $(RELEASE_ARTIFACTS)/python "$(RELEASE_NAME)")
.PHONY: artifacts-python

release: $(RELEASE_KEY) $(RELEASE_ARTIFACTS)/$(ARCH)
	@mkdir -p $(RELEASE_ROOT)
	@NIGHTLY=$(RELEASE_NIGHTLY) tools/make_release.sh $(RELEASE_KEY) $(RELEASE_ROOT) $$(find $(RELEASE_ARTIFACTS) -type f)
.PHONY: release

release-tarball: DESTINATION ?= .
release-tarball: ## Builds optimized release tarballs (gvisor.tar.bz2, gvisor.tar.zstd) and copies them to $(DESTINATION). E.g. make release-tarball DESTINATION=bin/
	@mkdir -p "$(DESTINATION)"
	@$(call copy,-c opt //debian:gvisor-release-tar-bz2,$(DESTINATION))
	@$(call copy,-c opt //debian:gvisor-release-tar-zstd,$(DESTINATION))
.PHONY: release-tarball

staged-binaries-check: ## Verifies STAGED_BINARIES contains all files from the //debian:gvisor-release-tar-bz2 fileset.
ifeq (,$(STAGED_BINARIES))
	@echo "STAGED_BINARIES not set; nothing to check."
else
	@# T is exported so the nested `cp` inside the copy macro (a child process)
	@# sees it; the rest of the recipe runs in this shell directly.
	@export T=$$(mktemp -d --tmpdir staged-check.XXXXXX); \
	$(call copy,//debian:gvisor-release-tar-bz2,$$T) && \
	tar -tjf "$$T/gvisor.tar.bz2" | sed 's#^\./##' | grep -v '/$$' | sort >"$$T/release.txt" && \
	gcloud storage cat "$(STAGED_BINARIES)" | tar -tzf - | sed 's#^\./##' | grep -v '/$$' | sort >"$$T/staged.txt" && \
	comm -23 "$$T/release.txt" "$$T/staged.txt" >"$$T/missing.txt" && \
	test ! -s "$$T/missing.txt" \
	  || { echo "ERROR: STAGED_BINARIES missing members from //debian:gvisor-release-tar-bz2:" >&2; cat "$$T/missing.txt" >&2; rm -rf "$$T"; exit 1; }; \
	rm -rf "$$T"
endif
.PHONY: staged-binaries-check

tag: ## Stages a release tag; the release pipeline publishes it once the artifacts are uploaded.
	@tools/tag_release.sh "$(RELEASE_COMMIT)" "$(RELEASE_NAME)" "$(RELEASE_NOTES)"
.PHONY: tag

codespell:
	codespell
.PHONY: codespell