35c4b92e92
Go 1.4 added the -o flag to the "go test" command as well as support for the TestMain() function, so we must work around these not existing in Go 1.3. The version of readlink on OS X does not have the -f flag - so we'll just skip canonicalizing the path.
492 lines
15 KiB
Bash
492 lines
15 KiB
Bash
#!/bin/bash
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# Copyright 2014 The Kubernetes Authors All rights reserved.
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#
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# Licensed under the Apache License, Version 2.0 (the "License");
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# you may not use this file except in compliance with the License.
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# You may obtain a copy of the License at
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#
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# http://www.apache.org/licenses/LICENSE-2.0
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#
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# Unless required by applicable law or agreed to in writing, software
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# distributed under the License is distributed on an "AS IS" BASIS,
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# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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# See the License for the specific language governing permissions and
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# limitations under the License.
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# The golang package that we are building.
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readonly KUBE_GO_PACKAGE=github.com/GoogleCloudPlatform/kubernetes
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readonly KUBE_GOPATH="${KUBE_OUTPUT}/go"
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# The set of server targets that we are only building for Linux
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readonly KUBE_SERVER_TARGETS=(
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cmd/kube-proxy
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cmd/kube-apiserver
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cmd/kube-controller-manager
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cmd/kubelet
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cmd/hyperkube
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cmd/kubernetes
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plugin/cmd/kube-scheduler
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)
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readonly KUBE_SERVER_BINARIES=("${KUBE_SERVER_TARGETS[@]##*/}")
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# The server platform we are building on.
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readonly KUBE_SERVER_PLATFORMS=(
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linux/amd64
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)
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# The set of client targets that we are building for all platforms
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readonly KUBE_CLIENT_TARGETS=(
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cmd/kubectl
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)
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readonly KUBE_CLIENT_BINARIES=("${KUBE_CLIENT_TARGETS[@]##*/}")
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readonly KUBE_CLIENT_BINARIES_WIN=("${KUBE_CLIENT_BINARIES[@]/%/.exe}")
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# The set of test targets that we are building for all platforms
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readonly KUBE_TEST_TARGETS=(
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cmd/integration
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cmd/gendocs
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cmd/genman
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cmd/genbashcomp
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examples/k8petstore/web-server
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github.com/onsi/ginkgo/ginkgo
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test/e2e/e2e.test
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)
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readonly KUBE_TEST_BINARIES=("${KUBE_TEST_TARGETS[@]##*/}")
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readonly KUBE_TEST_BINARIES_WIN=("${KUBE_TEST_BINARIES[@]/%/.exe}")
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readonly KUBE_TEST_PORTABLE=(
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contrib/for-tests/network-tester/rc.json
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contrib/for-tests/network-tester/service.json
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hack/e2e.go
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hack/e2e-suite
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hack/e2e-internal
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hack/ginkgo-e2e.sh
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hack/lib
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)
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# If we update this we need to also update the set of golang compilers we build
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# in 'build/build-image/Dockerfile'
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readonly KUBE_CLIENT_PLATFORMS=(
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linux/amd64
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linux/386
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linux/arm
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darwin/amd64
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darwin/386
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windows/amd64
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)
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# Gigabytes desired for parallel platform builds. 8 is fairly
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# arbitrary, but is a reasonable splitting point for 2015
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# laptops-versus-not.
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readonly KUBE_PARALLEL_BUILD_MEMORY=8
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readonly KUBE_ALL_TARGETS=(
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"${KUBE_SERVER_TARGETS[@]}"
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"${KUBE_CLIENT_TARGETS[@]}"
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"${KUBE_TEST_TARGETS[@]}"
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)
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readonly KUBE_ALL_BINARIES=("${KUBE_ALL_TARGETS[@]##*/}")
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readonly KUBE_STATIC_LIBRARIES=(
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kube-apiserver
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kube-controller-manager
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kube-scheduler
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hyperkube
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)
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kube::golang::is_statically_linked_library() {
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local e
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for e in "${KUBE_STATIC_LIBRARIES[@]}"; do [[ "$1" == *"/$e" ]] && return 0; done;
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return 1;
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}
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# kube::binaries_from_targets take a list of build targets and return the
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# full go package to be built
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kube::golang::binaries_from_targets() {
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local target
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for target; do
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# If the target starts with what looks like a domain name, assume it has a
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# fully-qualified package name rather than one that needs the Kubernetes
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# package prepended.
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if [[ "${target}" =~ ^([[:alnum:]]+".")+[[:alnum:]]+"/" ]]; then
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echo "${target}"
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else
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echo "${KUBE_GO_PACKAGE}/${target}"
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fi
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done
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}
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# Asks golang what it thinks the host platform is. The go tool chain does some
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# slightly different things when the target platform matches the host platform.
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kube::golang::host_platform() {
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echo "$(go env GOHOSTOS)/$(go env GOHOSTARCH)"
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}
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kube::golang::current_platform() {
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local os="${GOOS-}"
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if [[ -z $os ]]; then
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os=$(go env GOHOSTOS)
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fi
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local arch="${GOARCH-}"
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if [[ -z $arch ]]; then
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arch=$(go env GOHOSTARCH)
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fi
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echo "$os/$arch"
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}
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# Takes the the platform name ($1) and sets the appropriate golang env variables
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# for that platform.
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kube::golang::set_platform_envs() {
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[[ -n ${1-} ]] || {
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kube::log::error_exit "!!! Internal error. No platform set in kube::golang::set_platform_envs"
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}
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export GOOS=${platform%/*}
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export GOARCH=${platform##*/}
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}
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kube::golang::unset_platform_envs() {
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unset GOOS
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unset GOARCH
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}
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# Create the GOPATH tree under $KUBE_OUTPUT
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kube::golang::create_gopath_tree() {
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local go_pkg_dir="${KUBE_GOPATH}/src/${KUBE_GO_PACKAGE}"
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local go_pkg_basedir=$(dirname "${go_pkg_dir}")
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mkdir -p "${go_pkg_basedir}"
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rm -f "${go_pkg_dir}"
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# TODO: This symlink should be relative.
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ln -s "${KUBE_ROOT}" "${go_pkg_dir}"
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}
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# kube::golang::setup_env will check that the `go` commands is available in
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# ${PATH}. If not running on Travis, it will also check that the Go version is
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# good enough for the Kubernetes build.
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#
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# Input Vars:
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# KUBE_EXTRA_GOPATH - If set, this is included in created GOPATH
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# KUBE_NO_GODEPS - If set, we don't add 'Godeps/_workspace' to GOPATH
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#
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# Output Vars:
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# export GOPATH - A modified GOPATH to our created tree along with extra
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# stuff.
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# export GOBIN - This is actively unset if already set as we want binaries
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# placed in a predictable place.
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kube::golang::setup_env() {
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kube::golang::create_gopath_tree
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if [[ -z "$(which go)" ]]; then
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kube::log::usage_from_stdin <<EOF
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Can't find 'go' in PATH, please fix and retry.
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See http://golang.org/doc/install for installation instructions.
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EOF
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exit 2
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fi
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# Travis continuous build uses a head go release that doesn't report
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# a version number, so we skip this check on Travis. It's unnecessary
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# there anyway.
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if [[ "${TRAVIS:-}" != "true" ]]; then
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local go_version
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go_version=($(go version))
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if [[ "${go_version[2]}" < "go1.2" ]]; then
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kube::log::usage_from_stdin <<EOF
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Detected go version: ${go_version[*]}.
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Kubernetes requires go version 1.2 or greater.
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Please install Go version 1.2 or later.
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EOF
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exit 2
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fi
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fi
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GOPATH=${KUBE_GOPATH}
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# Append KUBE_EXTRA_GOPATH to the GOPATH if it is defined.
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if [[ -n ${KUBE_EXTRA_GOPATH:-} ]]; then
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GOPATH="${GOPATH}:${KUBE_EXTRA_GOPATH}"
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fi
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# Append the tree maintained by `godep` to the GOPATH unless KUBE_NO_GODEPS
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# is defined.
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if [[ -z ${KUBE_NO_GODEPS:-} ]]; then
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GOPATH="${GOPATH}:${KUBE_ROOT}/Godeps/_workspace"
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fi
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export GOPATH
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# Unset GOBIN in case it already exists in the current session.
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unset GOBIN
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}
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# This will take binaries from $GOPATH/bin and copy them to the appropriate
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# place in ${KUBE_OUTPUT_BINDIR}
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#
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# Ideally this wouldn't be necessary and we could just set GOBIN to
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# KUBE_OUTPUT_BINDIR but that won't work in the face of cross compilation. 'go
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# install' will place binaries that match the host platform directly in $GOBIN
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# while placing cross compiled binaries into `platform_arch` subdirs. This
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# complicates pretty much everything else we do around packaging and such.
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kube::golang::place_bins() {
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local host_platform
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host_platform=$(kube::golang::host_platform)
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kube::log::status "Placing binaries"
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local platform
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for platform in "${KUBE_CLIENT_PLATFORMS[@]}"; do
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# The substitution on platform_src below will replace all slashes with
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# underscores. It'll transform darwin/amd64 -> darwin_amd64.
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local platform_src="/${platform//\//_}"
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if [[ $platform == $host_platform ]]; then
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platform_src=""
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fi
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local gopaths=("${KUBE_GOPATH}")
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# If targets were built inside Godeps, then we need to sync from there too.
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if [[ -z ${KUBE_NO_GODEPS:-} ]]; then
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gopaths+=("${KUBE_ROOT}/Godeps/_workspace")
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fi
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local gopath
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for gopath in "${gopaths[@]}"; do
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local full_binpath_src="${gopath}/bin${platform_src}"
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if [[ -d "${full_binpath_src}" ]]; then
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mkdir -p "${KUBE_OUTPUT_BINPATH}/${platform}"
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find "${full_binpath_src}" -maxdepth 1 -type f -exec \
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rsync -pt {} "${KUBE_OUTPUT_BINPATH}/${platform}" \;
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fi
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done
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done
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}
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kube::golang::fallback_if_stdlib_not_installable() {
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local go_root_dir=$(go env GOROOT);
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local go_host_os=$(go env GOHOSTOS);
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local go_host_arch=$(go env GOHOSTARCH);
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local cgo_pkg_dir=${go_root_dir}/pkg/${go_host_os}_${go_host_arch}_cgo;
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if [ -e ${cgo_pkg_dir} ]; then
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return 0;
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fi
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if [ -w ${go_root_dir}/pkg ]; then
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return 0;
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fi
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kube::log::status "+++ Warning: stdlib pkg with cgo flag not found.";
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kube::log::status "+++ Warning: stdlib pkg cannot be rebuilt since ${go_root_dir}/pkg is not writable by `whoami`";
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kube::log::status "+++ Warning: Make ${go_root_dir}/pkg writable for `whoami` for a one-time stdlib install, Or"
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kube::log::status "+++ Warning: Rebuild stdlib using the command 'CGO_ENABLED=0 go install -a -installsuffix cgo std'";
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kube::log::status "+++ Falling back to go build, which is slower";
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use_go_build=true
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}
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# Try and replicate the native binary placement of go install without
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# calling go install.
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kube::golang::output_filename_for_binary() {
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local binary=$1
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local platform=$2
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local output_path="${KUBE_GOPATH}/bin"
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if [[ $platform != $host_platform ]]; then
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output_path="${output_path}/${platform//\//_}"
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fi
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local bin=$(basename "${binary}")
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if [[ ${GOOS} == "windows" ]]; then
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bin="${bin}.exe"
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fi
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echo "${output_path}/${bin}"
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}
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kube::golang::build_binaries_for_platform() {
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local platform=$1
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local use_go_build=${2-}
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local -a statics=()
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local -a nonstatics=()
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local -a tests=()
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for binary in "${binaries[@]}"; do
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if [[ "${binary}" =~ ".test"$ ]]; then
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tests+=($binary)
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elif kube::golang::is_statically_linked_library "${binary}"; then
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statics+=($binary)
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else
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nonstatics+=($binary)
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fi
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done
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if [[ "${#statics[@]}" != 0 ]]; then
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kube::golang::fallback_if_stdlib_not_installable;
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fi
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if [[ -n ${use_go_build:-} ]]; then
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kube::log::progress " "
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for binary in "${binaries[@]}"; do
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local outfile=$(kube::golang::output_filename_for_binary "${binary}" \
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"${platform}")
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if kube::golang::is_statically_linked_library "${binary}"; then
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CGO_ENABLED=0 go build -o "${outfile}" \
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"${goflags[@]:+${goflags[@]}}" \
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-ldflags "${version_ldflags}" \
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"${binary}"
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else
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go build -o "${outfile}" \
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"${goflags[@]:+${goflags[@]}}" \
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-ldflags "${version_ldflags}" \
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"${binary}"
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fi
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kube::log::progress "*"
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done
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kube::log::progress "\n"
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else
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# Use go install.
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if [[ "${#nonstatics[@]}" != 0 ]]; then
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go install "${goflags[@]:+${goflags[@]}}" \
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-ldflags "${version_ldflags}" \
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"${nonstatics[@]:+${nonstatics[@]}}"
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fi
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if [[ "${#statics[@]}" != 0 ]]; then
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CGO_ENABLED=0 go install -installsuffix cgo "${goflags[@]:+${goflags[@]}}" \
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-ldflags "${version_ldflags}" \
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"${statics[@]:+${statics[@]}}"
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fi
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fi
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for test in "${tests[@]:+${tests[@]}}"; do
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local outfile=$(kube::golang::output_filename_for_binary "${test}" \
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"${platform}")
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# Go 1.4 added -o to control where the binary is saved, but Go 1.3 doesn't
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# have this flag. Whenever we deprecate go 1.3, update to use -o instead of
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# calling mv.
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go test -c \
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"${goflags[@]:+${goflags[@]}}" \
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-ldflags "${version_ldflags}" \
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"$(dirname ${test})"
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mv -f "$(basename ${outfile})" "${outfile}"
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done
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}
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# Return approximate physical memory in gigabytes.
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kube::golang::get_physmem() {
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local mem
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# Linux, in kb
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if mem=$(grep MemTotal /proc/meminfo | awk '{ print $2 }'); then
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echo $(( ${mem} / 1048576 ))
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return
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fi
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# OS X, in bytes. Note that get_physmem, as used, should only ever
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# run in a Linux container (because it's only used in the multiple
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# platform case, which is a Dockerized build), but this is provided
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# for completeness.
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if mem=$(sysctl -n hw.memsize 2>/dev/null); then
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echo $(( ${mem} / 1073741824 ))
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return
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fi
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# If we can't infer it, just give up and assume a low memory system
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echo 1
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}
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# Build binaries targets specified
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#
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# Input:
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# $@ - targets and go flags. If no targets are set then all binaries targets
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# are built.
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# KUBE_BUILD_PLATFORMS - Incoming variable of targets to build for. If unset
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# then just the host architecture is built.
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kube::golang::build_binaries() {
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# Create a sub-shell so that we don't pollute the outer environment
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(
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# Check for `go` binary and set ${GOPATH}.
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kube::golang::setup_env
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# Fetch the version.
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local version_ldflags
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version_ldflags=$(kube::version::ldflags)
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local host_platform
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host_platform=$(kube::golang::host_platform)
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# Use eval to preserve embedded quoted strings.
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local goflags
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eval "goflags=(${KUBE_GOFLAGS:-})"
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local use_go_build
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local -a targets=()
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local arg
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for arg; do
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if [[ "${arg}" == "--use_go_build" ]]; then
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use_go_build=true
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elif [[ "${arg}" == -* ]]; then
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# Assume arguments starting with a dash are flags to pass to go.
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goflags+=("${arg}")
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else
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targets+=("${arg}")
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fi
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done
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if [[ ${#targets[@]} -eq 0 ]]; then
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targets=("${KUBE_ALL_TARGETS[@]}")
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fi
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local -a platforms=("${KUBE_BUILD_PLATFORMS[@]:+${KUBE_BUILD_PLATFORMS[@]}}")
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if [[ ${#platforms[@]} -eq 0 ]]; then
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platforms=("${host_platform}")
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fi
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local binaries
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binaries=($(kube::golang::binaries_from_targets "${targets[@]}"))
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local parallel=false
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if [[ ${#platforms[@]} -gt 1 ]]; then
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local gigs
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gigs=$(kube::golang::get_physmem)
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if [[ ${gigs} -gt ${KUBE_PARALLEL_BUILD_MEMORY} ]]; then
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kube::log::status "Multiple platforms requested and available ${gigs}G > threshold ${KUBE_PARALLEL_BUILD_MEMORY}G, building platforms in parallel"
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parallel=true
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else
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kube::log::status "Multiple platforms requested, but available ${gigs}G < threshold ${KUBE_PARALLEL_BUILD_MEMORY}G, building platforms in serial"
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parallel=false
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fi
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fi
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if [[ "${parallel}" == "true" ]]; then
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kube::log::status "Building go targets for ${platforms[@]} in parallel (output will appear in a burst when complete):" "${targets[@]}"
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local platform
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for platform in "${platforms[@]}"; do (
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kube::golang::set_platform_envs "${platform}"
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kube::log::status "${platform}: go build started"
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kube::golang::build_binaries_for_platform ${platform} ${use_go_build:-}
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kube::log::status "${platform}: go build finished"
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) &> "/tmp//${platform//\//_}.build" &
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done
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local fails=0
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for job in $(jobs -p); do
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wait ${job} || let "fails+=1"
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done
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for platform in "${platforms[@]}"; do
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cat "/tmp//${platform//\//_}.build"
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done
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exit ${fails}
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else
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for platform in "${platforms[@]}"; do
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kube::log::status "Building go targets for ${platform}:" "${targets[@]}"
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kube::golang::set_platform_envs "${platform}"
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kube::golang::build_binaries_for_platform ${platform} ${use_go_build:-}
|
|
done
|
|
fi
|
|
)
|
|
}
|