mirror of
https://git.tuxpa.in/a/code-server.git
synced 2024-12-30 14:08:45 +00:00
124 lines
3.4 KiB
Bash
Executable File
124 lines
3.4 KiB
Bash
Executable File
#!/usr/bin/env bash
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set -euo pipefail
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pushd() {
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builtin pushd "$@" >/dev/null
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}
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popd() {
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builtin popd >/dev/null
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}
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pkg_json_version() {
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jq -r .version package.json
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}
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vscode_version() {
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jq -r .version lib/vscode/package.json
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}
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os() {
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local os
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os=$(uname | tr '[:upper:]' '[:lower:]')
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if [[ $os == "linux" ]]; then
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# Alpine's ldd doesn't have a version flag but if you use an invalid flag
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# (like --version) it outputs the version to stderr and exits with 1.
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local ldd_output
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ldd_output=$(ldd --version 2>&1 || true)
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if echo "$ldd_output" | grep -iq musl; then
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os="alpine"
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fi
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elif [[ $os == "darwin" ]]; then
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os="macos"
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fi
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echo "$os"
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}
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arch() {
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case "$(uname -m)" in
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aarch64)
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echo arm64
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;;
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x86_64 | amd64)
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echo amd64
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;;
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*)
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echo "unknown architecture $(uname -a)"
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exit 1
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;;
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esac
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}
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# Grabs the most recent ci.yaml github workflow run that was successful and triggered from the same commit being pushd.
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# This will contain the artifacts we want.
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# https://developer.github.com/v3/actions/workflow-runs/#list-workflow-runs
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get_artifacts_url() {
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local artifacts_url
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local workflow_runs_url="repos/:owner/:repo/actions/workflows/ci.yaml/runs?event=pull_request"
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# For releases, we look for run based on the branch name v$code_server_version
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# example: v3.10.0
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local version_branch="v$VERSION"
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artifacts_url=$(gh api "$workflow_runs_url" | jq -r ".workflow_runs[] | select(.head_branch == \"$version_branch\") | .artifacts_url" | head -n 1)
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if [[ -z "$artifacts_url" ]]; then
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echo >&2 "ERROR: artifacts_url came back empty"
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echo >&2 "We looked for a successful run triggered by a pull_request with for code-server version: $code_server_version and a branch named $version_branch"
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echo >&2 "URL used for gh API call: $workflow_runs_url"
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exit 1
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fi
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echo "$artifacts_url"
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}
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# Grabs the artifact's download url.
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# https://developer.github.com/v3/actions/artifacts/#list-workflow-run-artifacts
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get_artifact_url() {
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local artifact_name="$1"
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gh api "$(get_artifacts_url)" | jq -r ".artifacts[] | select(.name == \"$artifact_name\") | .archive_download_url" | head -n 1
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}
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# Uses the above two functions to download a artifact into a directory.
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download_artifact() {
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local artifact_name="$1"
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local dst="$2"
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local tmp_file
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tmp_file="$(mktemp)"
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gh api "$(get_artifact_url "$artifact_name")" >"$tmp_file"
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unzip -q -o "$tmp_file" -d "$dst"
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rm "$tmp_file"
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}
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rsync() {
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command rsync -a --del "$@"
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}
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VERSION="$(pkg_json_version)"
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export VERSION
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ARCH="$(arch)"
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export ARCH
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OS=$(os)
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export OS
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# RELEASE_PATH is the destination directory for the release from the root.
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# Defaults to release
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RELEASE_PATH="${RELEASE_PATH-release}"
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# VS Code bundles some modules into an asar which is an archive format that
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# works like tar. It then seems to get unpacked into node_modules.asar.
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#
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# I don't know why they do this but all the dependencies they bundle already
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# exist in node_modules so just symlink it. We have to do this since not only VS
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# Code itself but also extensions will look specifically in this directory for
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# files (like the ripgrep binary or the oniguruma wasm).
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symlink_asar() {
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rm -f node_modules.asar
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if [ "${WINDIR-}" ]; then
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# mklink takes the link name first.
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mklink /J node_modules.asar node_modules
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else
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# ln takes the link name second.
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ln -s node_modules node_modules.asar
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fi
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}
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