do_ci.sh

#!/bin/bash

# Run a CI build/test target, e.g. docs, asan.

set -e

# TODO(phlax): Clarify and/or integrate SRCDIR and ENVOY_SRCDIR
export SRCDIR="${SRCDIR:-$PWD}"
export ENVOY_SRCDIR="${ENVOY_SRCDIR:-$PWD}"

# shellcheck source=ci/build_setup.sh
. "$(dirname "$0")"/build_setup.sh

echo "building using ${NUM_CPUS} CPUs"
echo "building for ${ENVOY_BUILD_ARCH}"

cd "${SRCDIR}"

# Its better to fetch too little rather than too much, as whatever is
# actually used is what will be cached.
# Fetching is mostly for robustness rather than optimization.
FETCH_TARGETS=(
    @bazel_tools//tools/jdk:remote_jdk11
    @envoy_build_tools//...
    //tools/gsutil
    //tools/zstd)
FETCH_BUILD_TARGETS=(
    //contrib/exe/...
    //distribution/...
    //source/exe/...)
FETCH_GCC_TARGETS=(
    //source/exe/...)
# TODO(phlax): add this as a general cache
#  this fetches a bit too much for some of the targets
#  but its not really possible to filter their needs so move
#  to a shared precache
FETCH_TEST_TARGETS=(
    @nodejs//...
    //test/...)
FETCH_ALL_TEST_TARGETS=(
    @com_github_google_quiche//:ci_tests
    "${FETCH_TEST_TARGETS[@]}")
FETCH_API_TARGETS=(
    @envoy_api//...
    //tools/api_proto_plugin/...
    //tools/protoprint/...
    //tools/protoxform/...
    //tools/type_whisperer/...
    //tools/testdata/protoxform/...)
FETCH_DOCS_TARGETS+=(
    //docs/...)
FETCH_FORMAT_TARGETS+=(
    //tools/code_format/...)
FETCH_PROTO_TARGETS=(
    @com_github_bufbuild_buf//:bin/buf
    //tools/proto_format/...)

retry () {
    local n wait iterations
    wait="${1}"
    iterations="${2}"
    shift 2
    n=0
    until [ "$n" -ge "$iterations" ]; do
        "${@}" \
            && break
        n=$((n+1))
        if [[ "$n" -lt "$iterations" ]]; then
            sleep "$wait"
            echo "Retrying ..."
        else
            echo "Fetch failed"
            exit 1
        fi
    done
}


if [[ "${ENVOY_BUILD_ARCH}" == "x86_64" ]]; then
  BUILD_ARCH_DIR="/linux/amd64"
elif [[ "${ENVOY_BUILD_ARCH}" == "aarch64" ]]; then
  BUILD_ARCH_DIR="/linux/arm64"
else
  # Fall back to use the ENVOY_BUILD_ARCH itself.
  BUILD_ARCH_DIR="/linux/${ENVOY_BUILD_ARCH}"
fi

function collect_build_profile() {
    local output_base
    declare -g build_profile_count=${build_profile_count:-1}
    output_base="$(bazel info "${BAZEL_BUILD_OPTIONS[@]}" output_base)"
    mv -f \
       "${output_base}/command.profile.gz" \
       "${ENVOY_BUILD_PROFILE}/${build_profile_count}-$1.profile.gz" \
        || :
    ((build_profile_count++))
}

function bazel_with_collection() {
  local failed_logs
  declare -r BAZEL_OUTPUT="${ENVOY_SRCDIR}"/bazel.output.txt
  bazel "$@" | tee "${BAZEL_OUTPUT}"
  declare BAZEL_STATUS="${PIPESTATUS[0]}"
  if [ "${BAZEL_STATUS}" != "0" ]
  then
    pushd bazel-testlogs
    failed_logs=$(grep "  /build.*test.log" "${BAZEL_OUTPUT}" | sed -e 's/  \/build.*\/testlogs\/\(.*\)/\1/')
    while read -r f; do
      cp --parents -f "$f" "${ENVOY_FAILED_TEST_LOGS}"
    done <<< "$failed_logs"
    popd
    exit "${BAZEL_STATUS}"
  fi
  collect_build_profile "$1"
}

function cp_binary_for_image_build() {
  local BINARY_TYPE="$1"
  local COMPILE_TYPE="$2"
  local EXE_NAME="$3"

  # TODO(mattklein123): Replace this with caching and a different job which creates images.
  local BASE_TARGET_DIR="${ENVOY_SRCDIR}${BUILD_ARCH_DIR}"
  local TARGET_DIR=build_"${EXE_NAME}"_"${BINARY_TYPE}"
  local FINAL_DELIVERY_DIR="${ENVOY_DELIVERY_DIR}"/"${EXE_NAME}"

  echo "Copying binary for image build..."
  mkdir -p "${BASE_TARGET_DIR}"/"${TARGET_DIR}"
  cp -f "${FINAL_DELIVERY_DIR}"/envoy "${BASE_TARGET_DIR}"/"${TARGET_DIR}"
  if [[ "${COMPILE_TYPE}" == "dbg" || "${COMPILE_TYPE}" == "opt" ]]; then
    cp -f "${FINAL_DELIVERY_DIR}"/envoy.dwp "${BASE_TARGET_DIR}"/"${TARGET_DIR}"
  fi

  # Tools for the tools image. Strip to save size.
  strip bazel-bin/test/tools/schema_validator/schema_validator_tool \
    -o "${BASE_TARGET_DIR}"/"${TARGET_DIR}"/schema_validator_tool

  # Copy the su-exec utility binary into the image
  cp -f bazel-bin/external/com_github_ncopa_suexec/su-exec "${BASE_TARGET_DIR}"/"${TARGET_DIR}"

  # Stripped binaries for the debug image.
  mkdir -p "${BASE_TARGET_DIR}"/"${TARGET_DIR}"_stripped
  strip "${FINAL_DELIVERY_DIR}"/envoy -o "${BASE_TARGET_DIR}"/"${TARGET_DIR}"_stripped/envoy

  # only if BUILD_REASON exists (running in AZP)
  if [[ "${BUILD_REASON}" ]]; then
    # Copy for azp which doesn't preserve permissions
    tar czf "${ENVOY_BUILD_DIR}"/"${EXE_NAME}"_binary.tar.gz -C "${BASE_TARGET_DIR}" "${TARGET_DIR}" "${TARGET_DIR}"_stripped

    # Remove binaries to save space
    rm -rf "${BASE_TARGET_DIR:?}"/"${TARGET_DIR}" "${BASE_TARGET_DIR:?}"/"${TARGET_DIR}"_stripped "${FINAL_DELIVERY_DIR:?}"/envoy{,.dwp} \
      bazel-bin/"${ENVOY_BIN}"{,.dwp}
  fi
}

function bazel_binary_build() {
  local BINARY_TYPE="$1"
  if [[ "${BINARY_TYPE}" == "release" ]]; then
    COMPILE_TYPE="opt"
  elif [[ "${BINARY_TYPE}" == "debug" ]]; then
    COMPILE_TYPE="dbg"
  elif [[ "${BINARY_TYPE}" == "sizeopt" ]]; then
    # The COMPILE_TYPE variable is redundant in this case and is only here for
    # readability. It is already set in the .bazelrc config for sizeopt.
    COMPILE_TYPE="opt"
    CONFIG_ARGS=("--config=sizeopt")
  elif [[ "${BINARY_TYPE}" == "fastbuild" ]]; then
    COMPILE_TYPE="fastbuild"
  fi

  local BUILD_TARGET="$2"
  local BUILD_DEBUG_INFORMATION="$3"
  local EXE_NAME="$4"
  local FINAL_DELIVERY_DIR="${ENVOY_DELIVERY_DIR}"/"${EXE_NAME}"
  mkdir -p "${FINAL_DELIVERY_DIR}"

  echo "Building (type=${BINARY_TYPE} target=${BUILD_TARGET} debug=${BUILD_DEBUG_INFORMATION} name=${EXE_NAME})..."
  ENVOY_BIN=$(echo "${BUILD_TARGET}" | sed -e 's#^@\([^/]*\)/#external/\1#;s#^//##;s#:#/#')
  echo "ENVOY_BIN=${ENVOY_BIN}"

  # This is a workaround for https://github.com/bazelbuild/bazel/issues/11834
  [[ -n "${ENVOY_RBE}" ]] && rm -rf bazel-bin/"${ENVOY_BIN}"*

  bazel build "${BAZEL_BUILD_OPTIONS[@]}" --remote_download_toplevel -c "${COMPILE_TYPE}" "${BUILD_TARGET}" "${CONFIG_ARGS[@]}"
  collect_build_profile "${BINARY_TYPE}"_build

  # Copy the built envoy binary somewhere that we can access outside of the
  # container.
  cp -f bazel-bin/"${ENVOY_BIN}" "${FINAL_DELIVERY_DIR}"/envoy

  if [[ "${COMPILE_TYPE}" == "dbg" || "${COMPILE_TYPE}" == "opt" ]]; then
    # Generate dwp file for debugging since we used split DWARF to reduce binary
    # size
    bazel build "${BAZEL_BUILD_OPTIONS[@]}" --remote_download_toplevel -c "${COMPILE_TYPE}" "${BUILD_DEBUG_INFORMATION}" "${CONFIG_ARGS[@]}"
    # Copy the debug information
    cp -f bazel-bin/"${ENVOY_BIN}".dwp "${FINAL_DELIVERY_DIR}"/envoy.dwp
  fi

  # Validation tools for the tools image.
  bazel build "${BAZEL_BUILD_OPTIONS[@]}" --remote_download_toplevel -c "${COMPILE_TYPE}" \
    //test/tools/schema_validator:schema_validator_tool "${CONFIG_ARGS[@]}"

  # Build su-exec utility
  bazel build "${BAZEL_BUILD_OPTIONS[@]}" --remote_download_toplevel -c "${COMPILE_TYPE}" external:su-exec
  cp_binary_for_image_build "${BINARY_TYPE}" "${COMPILE_TYPE}" "${EXE_NAME}"
}

function bazel_envoy_binary_build() {
  bazel_binary_build "$1" "${ENVOY_BUILD_TARGET}" "${ENVOY_BUILD_DEBUG_INFORMATION}" envoy
}

function bazel_contrib_binary_build() {
  bazel_binary_build "$1" "${ENVOY_CONTRIB_BUILD_TARGET}" "${ENVOY_CONTRIB_BUILD_DEBUG_INFORMATION}" envoy-contrib
}

function run_ci_verify () {
    export DOCKER_NO_PULL=1
    export DOCKER_RMI_CLEANUP=1
    # This is set to simulate an environment where users have shared home drives protected
    # by a strong umask (ie only group readable by default).
    umask 027
    chmod -R o-rwx examples/
    "${ENVOY_SRCDIR}/ci/verify_examples.sh" "${@}"
}

CI_TARGET=$1
shift

if [[ "$CI_TARGET" =~ bazel.* ]]; then
    ORIG_CI_TARGET="$CI_TARGET"
    CI_TARGET="$(echo "${CI_TARGET}" | cut -d. -f2-)"
    echo "Using \`${ORIG_CI_TARGET}\` is deprecated, please use \`${CI_TARGET}\`"
fi

if [[ $# -ge 1 ]]; then
  COVERAGE_TEST_TARGETS=("$@")
  TEST_TARGETS=("$@")
else
  # Coverage test will add QUICHE tests by itself.
  COVERAGE_TEST_TARGETS=("//test/...")
  if [[ "${CI_TARGET}" == "release" || "${CI_TARGET}" == "release.test_only" ]]; then
    # We test contrib on release only.
    COVERAGE_TEST_TARGETS=("${COVERAGE_TEST_TARGETS[@]}" "//contrib/...")
  elif [[ "${CI_TARGET}" == "msan" ]]; then
    COVERAGE_TEST_TARGETS=("${COVERAGE_TEST_TARGETS[@]}" "-//test/extensions/...")
  fi
  TEST_TARGETS=("${COVERAGE_TEST_TARGETS[@]}" "@com_github_google_quiche//:ci_tests")
fi

case $CI_TARGET in
    api)
        # Use libstdc++ because the API booster links to prebuilt libclang*/libLLVM* installed in /opt/llvm/lib,
        # which is built with libstdc++. Using libstdc++ for whole of the API CI job to avoid unnecessary rebuild.
        ENVOY_STDLIB="libstdc++"
        setup_clang_toolchain
        export LLVM_CONFIG="${LLVM_ROOT}"/bin/llvm-config
        echo "Run protoxform test"
        bazel run "${BAZEL_BUILD_OPTIONS[@]}" \
              --//tools/api_proto_plugin:default_type_db_target=//tools/testdata/protoxform:fix_protos \
              --//tools/api_proto_plugin:extra_args=api_version:3.7 \
              //tools/protoprint:protoprint_test
        echo "Validating API structure..."
        "${ENVOY_SRCDIR}"/tools/api/validate_structure.py
        echo "Testing API..."
        bazel_with_collection \
            test "${BAZEL_BUILD_OPTIONS[@]}" \
            --remote_download_minimal \
            -c fastbuild \
            @envoy_api//test/... \
            @envoy_api//tools/... \
            @envoy_api//tools:tap2pcap_test
        echo "Building API..."
        bazel build "${BAZEL_BUILD_OPTIONS[@]}" \
              -c fastbuild @envoy_api//envoy/...
        if [[ -n "$ENVOY_API_ONLY" ]]; then
            exit 0
        fi
        ;&

    api.go)
        setup_clang_toolchain
        GO_IMPORT_BASE="github.com/envoyproxy/go-control-plane"
        GO_TARGETS=(@envoy_api//...)
        read -r -a GO_PROTOS <<< "$(bazel query "${BAZEL_GLOBAL_OPTIONS[@]}" "kind('go_proto_library', ${GO_TARGETS[*]})" | tr '\n' ' ')"
        echo "${GO_PROTOS[@]}" | grep -q envoy_api || echo "No go proto targets found"
        bazel build "${BAZEL_BUILD_OPTIONS[@]}" \
              --experimental_proto_descriptor_sets_include_source_info \
              --remote_download_outputs=all \
              "${GO_PROTOS[@]}"
        rm -rf build_go
        mkdir -p build_go
        echo "Copying go protos -> build_go"
        BAZEL_BIN="$(bazel info "${BAZEL_BUILD_OPTIONS[@]}" bazel-bin)"
        for GO_PROTO in "${GO_PROTOS[@]}"; do
             # strip @envoy_api//
            RULE_DIR="$(echo "${GO_PROTO:12}" | cut -d: -f1)"
            PROTO="$(echo "${GO_PROTO:12}" | cut -d: -f2)"
            INPUT_DIR="${BAZEL_BIN}/external/envoy_api/${RULE_DIR}/${PROTO}_/${GO_IMPORT_BASE}/${RULE_DIR}"
            OUTPUT_DIR="build_go/${RULE_DIR}"
            mkdir -p "$OUTPUT_DIR"
            if [[ ! -e "$INPUT_DIR" ]]; then
                echo "Unable to find input ${INPUT_DIR}" >&2
                exit 1
            fi
            # echo "Copying go files ${INPUT_DIR} -> ${OUTPUT_DIR}"
            while read -r GO_FILE; do
                cp -a "$GO_FILE" "$OUTPUT_DIR"
                if [[ "$GO_FILE" = *.validate.go ]]; then
                    sed -i '1s;^;//go:build !disable_pgv\n;' "$OUTPUT_DIR/$(basename "$GO_FILE")"
                fi
            done <<< "$(find "$INPUT_DIR" -name "*.go")"
        done
        ;;

    api_compat)
        echo "Checking API for breaking changes to protobuf backwards compatibility..."
        BASE_BRANCH_REF=$("${ENVOY_SRCDIR}"/tools/git/last_github_commit.sh)
        COMMIT_TITLE=$(git log -n 1 --pretty='format:%C(auto)%h (%s, %ad)' "${BASE_BRANCH_REF}")
        echo -e "\tUsing base commit ${COMMIT_TITLE}"
        # BAZEL_BUILD_OPTIONS needed for setting the repository_cache param.
        bazel run "${BAZEL_BUILD_OPTIONS[@]}" \
              //tools/api_proto_breaking_change_detector:detector_ci \
              "${BASE_BRANCH_REF}"
        ;;

    asan)
        setup_clang_toolchain
        BAZEL_BUILD_OPTIONS+=(
            -c dbg
            "--config=clang-asan"
            "--build_tests_only"
            "--remote_download_minimal")
        echo "bazel ASAN/UBSAN debug build with tests"
        echo "Building and testing envoy tests ${TEST_TARGETS[*]}"
        bazel_with_collection test "${BAZEL_BUILD_OPTIONS[@]}" "${TEST_TARGETS[@]}"
        if [ "${ENVOY_BUILD_FILTER_EXAMPLE}" == "1" ]; then
            echo "Building and testing envoy-filter-example tests..."
            pushd "${ENVOY_FILTER_EXAMPLE_SRCDIR}"
            bazel_with_collection \
                test "${BAZEL_BUILD_OPTIONS[@]}" \
                "${ENVOY_FILTER_EXAMPLE_TESTS[@]}"
            popd
        fi
        # TODO(mattklein123): This part of the test is now flaky in CI and it's unclear why, possibly
        # due to sandboxing issue. Debug and enable it again.
        # if [ "${CI_SKIP_INTEGRATION_TEST_TRAFFIC_TAPPING}" != "1" ] ; then
        # Also validate that integration test traffic tapping (useful when debugging etc.)
        # works. This requires that we set TAP_PATH. We do this under bazel.asan to
        # ensure a debug build in CI.
        # echo "Validating integration test traffic tapping..."
        # bazel_with_collection test "${BAZEL_BUILD_OPTIONS[@]}" \
            #   --run_under=@envoy//bazel/test:verify_tap_test.sh \
            #   //test/extensions/transport_sockets/tls/integration:ssl_integration_test
        # fi
        ;;

    check_and_fix_proto_format)
        setup_clang_toolchain
        echo "Check and fix proto format ..."
        "${ENVOY_SRCDIR}/ci/check_and_fix_format.sh"
        ;;

    check_proto_format)
        setup_clang_toolchain
        echo "Check proto format ..."
        "${ENVOY_SRCDIR}/tools/proto_format/proto_format.sh" check
        ;;

    clang_tidy)
        # clang-tidy will warn on standard library issues with libc++
        ENVOY_STDLIB="libstdc++"
        setup_clang_toolchain
        export CLANG_TIDY_FIX_DIFF="${ENVOY_TEST_TMPDIR}/lint-fixes/clang-tidy-fixed.diff"
        export FIX_YAML="${ENVOY_TEST_TMPDIR}/lint-fixes/clang-tidy-fixes.yaml"
        export CLANG_TIDY_APPLY_FIXES=1
        mkdir -p "${ENVOY_TEST_TMPDIR}/lint-fixes"
        CLANG_TIDY_TARGETS=(
            //contrib/...
            //source/...
            //test/...
            @envoy_api//...)
        bazel build \
              "${BAZEL_BUILD_OPTIONS[@]}" \
              --config clang-tidy \
              "${CLANG_TIDY_TARGETS[@]}"
        ;;

    clean|expunge)
        setup_clang_toolchain
        if [[ "$CI_TARGET" == "expunge" ]]; then
            CLEAN_ARGS+=(--expunge)
        fi
        bazel clean "${BAZEL_GLOBAL_OPTIONS[@]}" "${CLEAN_ARGS[@]}"
        ;;

    compile_time_options)
        # See `compile-time-options` in `.bazelrc`
        setup_clang_toolchain
        # This doesn't go into CI but is available for developer convenience.
        echo "bazel with different compiletime options build with tests..."
        cd "${ENVOY_FILTER_EXAMPLE_SRCDIR}"
        TEST_TARGETS=("${TEST_TARGETS[@]/#\/\//@envoy\/\/}")
        # Building all the dependencies from scratch to link them against libc++.
        echo "Building and testing with wasm=wamr: ${TEST_TARGETS[*]}"
        bazel_with_collection \
            test "${BAZEL_BUILD_OPTIONS[@]}" \
            --config=compile-time-options \
            --define wasm=wamr \
            -c fastbuild \
            "${TEST_TARGETS[@]}" \
            --test_tag_filters=-nofips \
            --build_tests_only
        echo "Building and testing with wasm=wasmtime: and admin_functionality and admin_html disabled ${TEST_TARGETS[*]}"
        bazel_with_collection \
            test "${BAZEL_BUILD_OPTIONS[@]}" \
            --config=compile-time-options \
            --define wasm=wasmtime \
            --define admin_functionality=disabled \
            -c fastbuild \
            "${TEST_TARGETS[@]}" \
            --test_tag_filters=-nofips \
            --build_tests_only
        echo "Building and testing with wasm=wavm: ${TEST_TARGETS[*]}"
        bazel_with_collection \
            test "${BAZEL_BUILD_OPTIONS[@]}" \
            --config=compile-time-options \
            --define wasm=wavm \
            -c fastbuild \
            "${TEST_TARGETS[@]}" \
            --test_tag_filters=-nofips \
            --build_tests_only
        # "--define log_debug_assert_in_release=enabled" must be tested with a release build, so run only
        # these tests under "-c opt" to save time in CI.
        bazel_with_collection \
            test "${BAZEL_BUILD_OPTIONS[@]}" \
            --config=compile-time-options \
            --define wasm=wavm \
            -c opt \
            @envoy//test/common/common:assert_test \
            @envoy//test/server:server_test
        # "--define log_fast_debug_assert_in_release=enabled" must be tested with a release build, so run only these tests under "-c opt" to save time in CI. This option will test only ASSERT()s without SLOW_ASSERT()s, so additionally disable "--define log_debug_assert_in_release" which compiles in both.
        bazel_with_collection \
            test "${BAZEL_BUILD_OPTIONS[@]}" \
            --config=compile-time-options \
            --define wasm=wavm \
            -c opt \
            @envoy//test/common/common:assert_test \
            --define log_fast_debug_assert_in_release=enabled \
            --define log_debug_assert_in_release=disabled
        echo "Building binary with wasm=wavm... and logging disabled"
        bazel build "${BAZEL_BUILD_OPTIONS[@]}" \
            --config=compile-time-options \
            --define wasm=wavm \
            --define enable_logging=disabled \
            -c fastbuild \
            @envoy//source/exe:envoy-static \
            --build_tag_filters=-nofips
        collect_build_profile build
        ;;

    coverage|fuzz_coverage)
        setup_clang_toolchain
        echo "${CI_TARGET} build with tests ${COVERAGE_TEST_TARGETS[*]}"
        if [[ "$CI_TARGET" == "fuzz_coverage" ]]; then
            export FUZZ_COVERAGE=true
        fi
        export BAZEL_GRPC_LOG="${ENVOY_BUILD_DIR}/grpc.log"
        "${ENVOY_SRCDIR}/test/run_envoy_bazel_coverage.sh" \
            "${COVERAGE_TEST_TARGETS[@]}"
        collect_build_profile coverage
        ;;

    coverage-upload|fuzz_coverage-upload)
        setup_clang_toolchain
        if [[ "$CI_TARGET" == "fuzz_coverage-upload" ]]; then
            TARGET=fuzz_coverage
        else
            TARGET=coverage
        fi
        "${ENVOY_SRCDIR}/ci/upload_gcs_artifact.sh" "/source/generated/${TARGET}" "$TARGET"
        ;;

    debug)
        setup_clang_toolchain
        echo "Testing ${TEST_TARGETS[*]}"
        # Make sure that there are no regressions to building Envoy with autolink disabled.
        EXTRA_OPTIONS=(
            "--define" "library_autolink=disabled")
        bazel test "${BAZEL_BUILD_OPTIONS[@]}" \
              "${EXTRA_OPTIONS[@]}" \
              -c dbg \
              "${TEST_TARGETS[@]}"
        echo "bazel debug build with tests..."
        bazel_envoy_binary_build debug
        ;;

    debug.server_only)
        setup_clang_toolchain
        echo "bazel debug build..."
        bazel_envoy_binary_build debug
        ;;

    deps)
        setup_clang_toolchain
        echo "dependency validate_test..."
        bazel run "${BAZEL_BUILD_OPTIONS[@]}" \
              //tools/dependency:validate_test
        echo "verifying dependencies..."
        # Validate dependency relationships between core/extensions and external deps.
        time bazel run "${BAZEL_BUILD_OPTIONS[@]}" \
             //tools/dependency:validate
        # Validate repository metadata.
        echo "check repositories..."
        "${ENVOY_SRCDIR}/tools/check_repositories.sh"
        echo "check dependencies..."
        # Using todays date as an action_env expires the NIST cache daily, which is the update frequency
        TODAY_DATE=$(date -u -I"date")
        export TODAY_DATE
        bazel run "${BAZEL_BUILD_OPTIONS[@]}" //tools/dependency:check \
              --//tools/dependency:preload_cve_data \
              --action_env=TODAY_DATE \
              -- -v warn \
                 -c cves release_dates releases
        # Run dependabot tests
        echo "Check dependabot ..."
        bazel run "${BAZEL_BUILD_OPTIONS[@]}" \
              //tools/dependency:dependatool
        # Disable this pending resolution to https://github.com/envoyproxy/envoy/issues/30286
        # Run pip requirements tests
        # echo "Check pip requirements ..."
        # bazel test "${BAZEL_BUILD_OPTIONS[@]}" \
        #       //tools/base:requirements_test
        ;;

    dev)
        setup_clang_toolchain
        # This doesn't go into CI but is available for developer convenience.
        echo "bazel fastbuild build with tests..."
        echo "Building..."
        bazel_envoy_binary_build fastbuild
        echo "Testing ${TEST_TARGETS[*]}"
        bazel test "${BAZEL_BUILD_OPTIONS[@]}" \
              -c fastbuild "${TEST_TARGETS[@]}"
        ;;

    dev.contrib)
        setup_clang_toolchain
        # This doesn't go into CI but is available for developer convenience.
        echo "bazel fastbuild build with contrib extensions and tests..."
        echo "Building..."
        bazel_contrib_binary_build fastbuild
        echo "Testing ${TEST_TARGETS[*]}"
        bazel test "${BAZEL_BUILD_OPTIONS[@]}" \
              -c fastbuild \
              "${TEST_TARGETS[@]}"
        ;;

    distribution)
        echo "Building distro packages..."
        setup_clang_toolchain
        # Extract the Envoy binary from the tarball
        mkdir -p distribution/custom
        if [[ "${ENVOY_BUILD_ARCH}" == "x86_64" ]]; then
            ENVOY_RELEASE_TARBALL="/build/release/x64/bin/release.tar.zst"
        else
            ENVOY_RELEASE_TARBALL="/build/release/arm64/bin/release.tar.zst"
        fi

        bazel run "${BAZEL_BUILD_OPTIONS[@]}" \
              //tools/zstd \
              -- --stdout \
                 -d "$ENVOY_RELEASE_TARBALL" \
            | tar xfO - envoy > distribution/custom/envoy
        bazel run "${BAZEL_BUILD_OPTIONS[@]}" \
              //tools/zstd \
              -- --stdout \
                 -d "$ENVOY_RELEASE_TARBALL" \
            | tar xfO - envoy-contrib > distribution/custom/envoy-contrib
        # Build the packages
        bazel build "${BAZEL_BUILD_OPTIONS[@]}" \
              --remote_download_toplevel \
              -c opt \
              --//distribution:envoy-binary=//distribution:custom/envoy \
              --//distribution:envoy-contrib-binary=//distribution:custom/envoy-contrib \
              //distribution:packages.tar.gz
        if [[ "${ENVOY_BUILD_ARCH}" == "x86_64" ]]; then
            cp -a bazel-bin/distribution/packages.tar.gz "${ENVOY_BUILD_DIR}/packages.x64.tar.gz"
        else
            cp -a bazel-bin/distribution/packages.tar.gz "${ENVOY_BUILD_DIR}/packages.arm64.tar.gz"
        fi
        ;;

    docker)
        # This is limited to linux x86/arm64 and expects `release` or `release.server_only` to have
        # been run first.
        if ! docker ps &> /dev/null; then
            echo "Unable to build with Docker. If you are running with ci/run_envoy_docker.sh" \
                 "you should set ENVOY_DOCKER_IN_DOCKER=1"
            exit 1
        fi
        if [[ -z "$CI_SHA1" ]]; then
            CI_SHA1="$(git rev-parse HEAD~1)"
            export CI_SHA1
        fi
        ENVOY_ARCH_DIR="$(dirname "${ENVOY_BUILD_DIR}")"
        ENVOY_TARBALL_DIR="${ENVOY_TARBALL_DIR:-${ENVOY_ARCH_DIR}}"
        _PLATFORMS=()
        PLATFORM_NAMES=(
            x64:linux/amd64
            arm64:linux/arm64)
        # TODO(phlax): avoid copying bins
        for platform_name in "${PLATFORM_NAMES[@]}"; do
            path="$(echo "${platform_name}" | cut -d: -f1)"
            platform="$(echo "${platform_name}" | cut -d: -f2)"
            bin_folder="${ENVOY_TARBALL_DIR}/${path}/bin"
            if [[ ! -e "${bin_folder}/release.tar.zst" ]]; then
                continue
            fi
            _PLATFORMS+=("$platform")
            if [[ -e "$platform" ]]; then
                rm -rf "$platform"
            fi
            mkdir -p "${platform}"
            cp -a "${bin_folder}"/* "$platform"
        done
        if [[ -z "${_PLATFORMS[*]}" ]]; then
            echo "No tarballs found in ${ENVOY_TARBALL_DIR}, did you run \`release\` first?" >&2
            exit 1
        fi
        PLATFORMS="$(IFS=, ; echo "${_PLATFORMS[*]}")"
        export DOCKER_PLATFORM="$PLATFORMS"
        if [[ -z "${DOCKERHUB_PASSWORD}" && "${#_PLATFORMS[@]}" -eq 1 && -z $ENVOY_DOCKER_SAVE_IMAGE ]]; then
            # if you are not pushing the images and there is only one platform
            # then load to Docker (ie local build)
            export DOCKER_LOAD_IMAGES=1
        fi
        "${ENVOY_SRCDIR}/ci/docker_ci.sh"
        ;;

    docker-upload)
        setup_clang_toolchain
        "${ENVOY_SRCDIR}/ci/upload_gcs_artifact.sh" "${BUILD_DIR}/build_images" docker
        ;;

    dockerhub-publish)
        setup_clang_toolchain
        bazel run "${BAZEL_BUILD_OPTIONS[@]}" \
              //tools/distribution:update_dockerhub_repository
        ;;

    dockerhub-readme)
        setup_clang_toolchain
        bazel build "${BAZEL_BUILD_OPTIONS[@]}" \
              --remote_download_toplevel \
              //distribution/dockerhub:readme
        cat bazel-bin/distribution/dockerhub/readme.md
        ;;

    docs)
        setup_clang_toolchain
        echo "generating docs..."
        # Build docs.
        [[ -z "${DOCS_OUTPUT_DIR}" ]] && DOCS_OUTPUT_DIR=generated/docs
        rm -rf "${DOCS_OUTPUT_DIR}"
        mkdir -p "${DOCS_OUTPUT_DIR}"
        if [[ -n "${CI_TARGET_BRANCH}" ]] || [[ -n "${SPHINX_QUIET}" ]]; then
            export SPHINX_RUNNER_ARGS="-v warn"
            BAZEL_BUILD_OPTIONS+=("--action_env=SPHINX_RUNNER_ARGS")
        fi
        if [[ -n "${DOCS_BUILD_RST}" ]]; then
            bazel "${BAZEL_STARTUP_OPTIONS[@]}" build "${BAZEL_BUILD_OPTIONS[@]}" //docs:rst
            cp bazel-bin/docs/rst.tar.gz "$DOCS_OUTPUT_DIR"/envoy-docs-rst.tar.gz
        fi
        DOCS_OUTPUT_DIR="$(realpath "$DOCS_OUTPUT_DIR")"
        bazel "${BAZEL_STARTUP_OPTIONS[@]}" run \
              "${BAZEL_BUILD_OPTIONS[@]}" \
              --//tools/tarball:target=//docs:html \
              //tools/tarball:unpack \
              "$DOCS_OUTPUT_DIR"
        ;;

    docs-upload)
        setup_clang_toolchain
        "${ENVOY_SRCDIR}/ci/upload_gcs_artifact.sh" /source/generated/docs docs
        ;;

    fetch|fetch-*)
        case $CI_TARGET in
            fetch)
                targets=("${FETCH_TARGETS[@]}")
                ;;
            fetch-check_and_fix_proto_format)
                targets=("${FETCH_PROTO_TARGETS[@]}")
                ;;
            fetch-docs)
                targets=("${FETCH_DOCS_TARGETS[@]}")
                ;;
            fetch-format)
                targets=("${FETCH_FORMAT_TARGETS[@]}")
                ;;
            fetch-gcc)
                targets=("${FETCH_GCC_TARGETS[@]}")
                ;;
            fetch-release|fetch-release.test_only)
                targets=(
                    "${FETCH_BUILD_TARGETS[@]}"
                    "${FETCH_ALL_TEST_TARGETS[@]}")
                ;;
            fetch-release.server_only)
                targets=(
                    "${FETCH_BUILD_TARGETS[@]}")
                ;;
            fetch-*coverage)
                targets=("${FETCH_TEST_TARGETS[@]}")
                ;;
            fetch-*san|fetch-compile_time_options)
                targets=("${FETCH_ALL_TEST_TARGETS[@]}")
                ;;
            fetch-api)
                targets=("${FETCH_API_TARGETS[@]}")
                ;;
            *)
                exit 0
                ;;
        esac
        setup_clang_toolchain
        FETCH_ARGS=(
            --noshow_progress
            --noshow_loading_progress)
        echo "Fetching ${targets[*]} ..."
        retry 15 10 bazel \
              fetch \
              "${BAZEL_GLOBAL_OPTIONS[@]}" \
              "${FETCH_ARGS[@]}" \
              "${targets[@]}"
        ;;

    fix_proto_format)
        # proto_format.sh needs to build protobuf.
        setup_clang_toolchain
        "${ENVOY_SRCDIR}/tools/proto_format/proto_format.sh" fix
        ;;

    format)
        setup_clang_toolchain
        "${ENVOY_SRCDIR}/ci/format_pre.sh"
        ;;

    fuzz)
        setup_clang_toolchain
        FUZZ_TEST_TARGETS=("$(bazel query "${BAZEL_GLOBAL_OPTIONS[@]}" "attr('tags','fuzzer',${TEST_TARGETS[*]})")")
        echo "bazel ASAN libFuzzer build with fuzz tests ${FUZZ_TEST_TARGETS[*]}"
        echo "Building envoy fuzzers and executing 100 fuzz iterations..."
        bazel_with_collection \
            test "${BAZEL_BUILD_OPTIONS[@]}" \
            --config=asan-fuzzer \
            "${FUZZ_TEST_TARGETS[@]}" \
            --test_arg="-runs=10"
        ;;

    gcc)
        BAZEL_BUILD_OPTIONS+=("--test_env=HEAPCHECK=")
        setup_gcc_toolchain
        echo "Testing ${TEST_TARGETS[*]}"
        bazel_with_collection \
            test "${BAZEL_BUILD_OPTIONS[@]}" \
            -c fastbuild  \
            --remote_download_minimal \
            -- "${TEST_TARGETS[@]}"
        echo "bazel release build with gcc..."
        bazel_envoy_binary_build fastbuild
        ;;

    info)
        setup_clang_toolchain
        bazel info "${BAZEL_BUILD_OPTIONS[@]}"
        ;;

    msan)
        ENVOY_STDLIB=libc++
        setup_clang_toolchain
        # rbe-toolchain-msan must comes as first to win library link order.
        BAZEL_BUILD_OPTIONS=(
            "--config=rbe-toolchain-msan"
            "${BAZEL_BUILD_OPTIONS[@]}"
            "-c" "dbg"
            "--build_tests_only"
            "--remote_download_minimal")
        echo "bazel MSAN debug build with tests"
        echo "Building and testing envoy tests ${TEST_TARGETS[*]}"
        bazel_with_collection \
            test "${BAZEL_BUILD_OPTIONS[@]}" \
            -- "${TEST_TARGETS[@]}"
        ;;

    publish)
        setup_clang_toolchain
        BUILD_SHA="$(git rev-parse HEAD)"
        ENVOY_COMMIT="${ENVOY_COMMIT:-${BUILD_SHA}}"
        ENVOY_REPO="${ENVOY_REPO:-envoyproxy/envoy}"
        VERSION_DEV="$(cut -d- -f2 < VERSION.txt)"
        PUBLISH_ARGS=(
            --publish-commitish="$ENVOY_COMMIT"
            --publish-commit-message
            --publish-assets=/build/release.signed/release.signed.tar.zst)
        if [[ "$VERSION_DEV" == "dev" ]] || [[ -n "$ENVOY_PUBLISH_DRY_RUN" ]]; then
            PUBLISH_ARGS+=(--dry-run)
        fi
        bazel run "${BAZEL_BUILD_OPTIONS[@]}" \
              @envoy_repo//:publish \
              -- --repo="$ENVOY_REPO" \
                 "${PUBLISH_ARGS[@]}"
        ;;

    release|release.server_only|release.test_only)
        if [[ "$CI_TARGET" == "release" || "$CI_TARGET" == "release.test_only" ]]; then
            # When testing memory consumption, we want to test against exact byte-counts
            # where possible. As these differ between platforms and compile options, we
            # define the 'release' builds as canonical and test them only in CI, so the
            # toolchain is kept consistent. This ifdef is checked in
            # test/common/stats/stat_test_utility.cc when computing
            # Stats::TestUtil::MemoryTest::mode().
            if [[ "${ENVOY_BUILD_ARCH}" == "x86_64" ]]; then
                BAZEL_BUILD_OPTIONS+=("--test_env=ENVOY_MEMORY_TEST_EXACT=true")
            fi
        fi
        setup_clang_toolchain
        # As the binary build package enforces compiler options, adding here to ensure the tests and distribution build
        # reuse settings and any already compiled artefacts, the bundle itself will always be compiled
        # `--stripopt=--strip-all -c opt`
        BAZEL_RELEASE_OPTIONS=(
            --stripopt=--strip-all
            -c opt)
        if [[ "$CI_TARGET" == "release" || "$CI_TARGET" == "release.test_only" ]]; then
            # Run release tests
            echo "Testing with:"
            echo "  targets: ${TEST_TARGETS[*]}"
            echo "  build options: ${BAZEL_BUILD_OPTIONS[*]}"
            echo "  release options:  ${BAZEL_RELEASE_OPTIONS[*]}"
            bazel_with_collection \
                test "${BAZEL_BUILD_OPTIONS[@]}" \
                --remote_download_minimal \
                "${BAZEL_RELEASE_OPTIONS[@]}" \
                "${TEST_TARGETS[@]}"
        fi

        if [[ "$CI_TARGET" == "release.test_only" ]]; then
            exit 0
        fi

        ENVOY_BINARY_DIR="${ENVOY_BUILD_DIR}/bin"
        if [[ -e "${ENVOY_BINARY_DIR}" ]]; then
            echo "Existing output directory found (${ENVOY_BINARY_DIR}), removing ..."
            rm -rf "${ENVOY_BINARY_DIR}"
        fi
        mkdir -p "$ENVOY_BINARY_DIR"

        # Build
        echo "Building with:"
        echo "  build options: ${BAZEL_BUILD_OPTIONS[*]}"
        echo "  release options:  ${BAZEL_RELEASE_OPTIONS[*]}"
        echo "  binary dir:  ${ENVOY_BINARY_DIR}"

        # Build release binaries
        bazel build "${BAZEL_BUILD_OPTIONS[@]}" \
              "${BAZEL_RELEASE_OPTIONS[@]}" \
              --remote_download_outputs=toplevel \
              //distribution/binary:release
        # Copy release binaries to binary export directory
        cp -a \
           "bazel-bin/distribution/binary/release.tar.zst" \
           "${ENVOY_BINARY_DIR}/release.tar.zst"
        # Grab the schema_validator_tool
        # TODO(phlax): bundle this with the release when #26390 is resolved
        bazel build "${BAZEL_BUILD_OPTIONS[@]}" "${BAZEL_RELEASE_OPTIONS[@]}" \
              --remote_download_toplevel \
              //test/tools/schema_validator:schema_validator_tool.stripped
        # Copy schema_validator_tool to binary export directory
        cp -a \
           bazel-bin/test/tools/schema_validator/schema_validator_tool.stripped \
           "${ENVOY_BINARY_DIR}/schema_validator_tool"
        echo "Release files created in ${ENVOY_BINARY_DIR}"
        ;;

    release.server_only.binary)
        setup_clang_toolchain
        echo "bazel release build..."
        bazel_envoy_binary_build release
        ;;

    release.signed)
        echo "Signing binary packages..."
        setup_clang_toolchain
        bazel build "${BAZEL_BUILD_OPTIONS[@]}" //distribution:signed
        cp -a bazel-bin/distribution/release.signed.tar.zst "${BUILD_DIR}/envoy/"
        ;;

    sizeopt)
        setup_clang_toolchain
        echo "Testing ${TEST_TARGETS[*]}"
        bazel_with_collection \
            test "${BAZEL_BUILD_OPTIONS[@]}" \
            --config=sizeopt \
            "${TEST_TARGETS[@]}"
        echo "bazel size optimized build with tests..."
        bazel_envoy_binary_build sizeopt
        ;;

    sizeopt.server_only)
        setup_clang_toolchain
        echo "bazel size optimized build..."
        bazel_envoy_binary_build sizeopt
        ;;

    tsan)
        setup_clang_toolchain
        echo "bazel TSAN debug build with tests"
        echo "Building and testing envoy tests ${TEST_TARGETS[*]}"
        bazel_with_collection \
            test "${BAZEL_BUILD_OPTIONS[@]}" \
             --config=rbe-toolchain-tsan \
             -c dbg \
             --build_tests_only \
             --remote_download_minimal \
             "${TEST_TARGETS[@]}"
        if [ "${ENVOY_BUILD_FILTER_EXAMPLE}" == "1" ]; then
            echo "Building and testing envoy-filter-example tests..."
            pushd "${ENVOY_FILTER_EXAMPLE_SRCDIR}"
            bazel_with_collection \
                test "${BAZEL_BUILD_OPTIONS[@]}" \
                -c dbg \
                --config=clang-tsan \
                "${ENVOY_FILTER_EXAMPLE_TESTS[@]}"
            popd
        fi
        ;;

    verify_distro)
        # this can be required if any python deps require compilation
        setup_clang_toolchain
        if [[ "${ENVOY_BUILD_ARCH}" == "x86_64" ]]; then
            PACKAGE_BUILD=/build/distribution/x64/packages.x64.tar.gz
        else
            PACKAGE_BUILD=/build/distribution/arm64/packages.arm64.tar.gz
        fi
        bazel run "${BAZEL_BUILD_OPTIONS[@]}" \
              //distribution:verify_packages \
              "$PACKAGE_BUILD"
        ;;

    verify_examples)
        run_ci_verify "*" "win32-front-proxy|shared"
        ;;

    verify.trigger)
        setup_clang_toolchain
        WORKFLOW="envoy-publish.yml"
        # * Note on vars *
        # `ENVOY_REPO`: Should always be envoyproxy/envoy unless testing
        # `ENVOY_BRANCH`: Target branch for PRs, source branch for others
        # `COMMIT`: This may be a merge commit in a PR
        # `ENVOY_COMMIT`: The actual last commit of branch/PR
        # `ENVOY_HEAD_REF`: must also be set in PRs to provide a unique key for job grouping,
        #   cancellation, and to discriminate from other branch CI
        COMMIT="$(git rev-parse HEAD)"
        ENVOY_COMMIT="${ENVOY_COMMIT:-${COMMIT}}"
        ENVOY_REPO="${ENVOY_REPO:-envoyproxy/envoy}"
        echo "Trigger workflow (${WORKFLOW})"
        echo "  Repo: ${ENVOY_REPO}"
        echo "  Branch: ${ENVOY_BRANCH}"
        echo "  Ref: ${COMMIT}"
        echo "  Inputs:"
        echo "    sha: ${ENVOY_COMMIT}"
        echo "    head_ref: ${ENVOY_HEAD_REF}"
        GITHUB_APP_KEY="$(echo "$GITHUB_TOKEN" | base64 -d -w0)"
        export GITHUB_APP_KEY
        INPUTS="{\"ref\":\"$COMMIT\",\"sha\":\"$ENVOY_COMMIT\",\"head_ref\":\"$ENVOY_HEAD_REF\"}"
        bazel run "${BAZEL_BUILD_OPTIONS[@]}" \
              @envoy_repo//:trigger \
              -- --repo="$ENVOY_REPO" \
                 --trigger-app-id="$GITHUB_APP_ID" \
                 --trigger-installation-id="$GITHUB_INSTALL_ID" \
                 --trigger-ref="$ENVOY_BRANCH" \
                 --trigger-workflow="$WORKFLOW" \
                 --trigger-inputs="$INPUTS"
        ;;

    *)
        echo "Invalid do_ci.sh target (${CI_TARGET}), see ci/README.md for valid targets."
        exit 1
        ;;
esac