/*
* This tool is designed to execute most of the physical releasing:
* 1. Merge the RC PR into develop.
* 2. Draft the release using the changelog notes.
*
* Fast-forwarding master up-to-date with develop and publishing the release
* are left up to the release sheriff.
*/
public int Run()
{
try
{
var gitHubClient = new GitHubClient(options);
var(repoName, pullRequestId) = ExtractPullRequestInfo(options.PullRequestUrl);
var spatialOsRemote = string.Format(Common.RemoteUrlTemplate, Common.SpatialOsOrg, repoName);
var gitHubRepo = gitHubClient.GetRepositoryFromRemote(spatialOsRemote);
// Merge into develop
var mergeResult = gitHubClient.MergePullRequest(gitHubRepo, pullRequestId);
if (!mergeResult.Merged)
{
throw new InvalidOperationException(
$"Was unable to merge pull request at: {options.PullRequestUrl}. Received error: {mergeResult.Message}");
}
// Delete remote on the forked repository.
var forkedRepoRemote = string.Format(Common.RemoteUrlTemplate, Common.GithubBotUser, repoName);
var branchName = string.Format(Common.ReleaseBranchNameTemplate, options.Version);
// gitHubClient.DeleteBranch(gitHubClient.GetRepositoryFromRemote(forkedRepoRemote), branchName);
var remoteUrl = string.Format(Common.RemoteUrlTemplate, Common.SpatialOsOrg, repoName);
using (var gitClient = GitClient.FromRemote(remoteUrl))
{
// Create release
gitClient.Fetch();
gitClient.CheckoutRemoteBranch(Common.DevelopBranch);
var release = CreateRelease(gitHubClient, gitHubRepo, gitClient, repoName);
Logger.Info("Release Successful!");
Logger.Info("Release hash: {0}", gitClient.GetHeadCommit().Sha);
Logger.Info("Draft release: {0}", release.HtmlUrl);
if (repoName == "gdk-for-unity" && BuildkiteMetadataSink.CanWrite(options))
{
using (var sink = new BuildkiteMetadataSink(options))
{
sink.WriteMetadata("gdk-for-unity-hash", gitClient.GetHeadCommit().Sha);
}
}
}
}
catch (Exception e)
{
Logger.Error(e, "ERROR: Unable to release candidate branch. Error: {0}", e);
return(1);
}
return(0);
}
/*
* This tool is designed to be used with a robot Github account which has its own fork of the GDK
* repositories. This means that when we prep a release:
* 1. Checkout our fork of the repo.
* 2. Add the spatialos org remote to our local copy and fetch this remote.
* 3. Checkout the spatialos/develop branch (the non-forked develop branch).
* 4. Make the changes for prepping the release.
* 5. Push this to an RC branch on the forked repository.
* 6. Open a PR from the fork into the source repository.
*/
public int Run()
{
var remoteUrl = string.Format(Common.RemoteUrlTemplate, Common.GithubBotUser, options.GitRepoName);
try
{
var gitHubClient = new GitHubClient(options);
using (var gitClient = GitClient.FromRemote(remoteUrl))
{
// This does step 2 from above.
var spatialOsRemote =
string.Format(Common.RemoteUrlTemplate, Common.SpatialOsOrg, options.GitRepoName);
gitClient.AddRemote(Common.SpatialOsOrg, spatialOsRemote);
gitClient.Fetch(Common.SpatialOsOrg);
// This does step 3 from above.
gitClient.CheckoutRemoteBranch(Common.DevelopBranch, Common.SpatialOsOrg);
// This does step 4 from above.
using (new WorkingDirectoryScope(gitClient.RepositoryPath))
{
UpdateManifestJson(gitClient);
UpdateAllPackageJsons(gitClient);
if (options.ShouldUpdateGdkVersion)
{
UpdateGdkVersion(gitClient, options.PinnedGdkVersion);
}
if (!File.Exists(ChangeLogFilename))
{
throw new InvalidOperationException("Could not update the change log as the file," +
$" {ChangeLogFilename}, does not exist");
}
Logger.Info("Updating {0}...", ChangeLogFilename);
var changelog = File.ReadAllLines(ChangeLogFilename).ToList();
UpdateChangeLog(changelog, options);
File.WriteAllLines(ChangeLogFilename, changelog);
gitClient.StageFile(ChangeLogFilename);
}
// This does step 5 from above.
var branchName = string.Format(Common.ReleaseBranchNameTemplate, options.Version);
gitClient.Commit(string.Format(CommitMessageTemplate, options.Version));
gitClient.ForcePush(branchName);
// This does step 6 from above.
var gitHubRepo = gitHubClient.GetRepositoryFromRemote(spatialOsRemote);
var branchFrom = $"{Common.GithubBotUser}:{branchName}";
var branchTo = Common.DevelopBranch;
// Only open a PR if one does not exist yet.
if (!gitHubClient.TryGetPullRequest(gitHubRepo, branchFrom, branchTo, out var pullRequest))
{
pullRequest = gitHubClient.CreatePullRequest(gitHubRepo,
branchFrom,
branchTo,
string.Format(PullRequestTemplate, options.Version),
GetPullRequestBody(options.GitRepoName));
}
if (BuildkiteMetadataSink.CanWrite(options))
{
using (var sink = new BuildkiteMetadataSink(options))
{
sink.WriteMetadata($"{options.GitRepoName}-release-branch",
$"pull/{pullRequest.Number}/head:{branchName}");
sink.WriteMetadata($"{options.GitRepoName}-pr-url", pullRequest.HtmlUrl);
}
}
Logger.Info("Pull request available: {0}", pullRequest.HtmlUrl);
Logger.Info("Successfully created release!");
Logger.Info("Release hash: {0}", gitClient.GetHeadCommit().Sha);
}
}
catch (Exception e)
{
Logger.Error(e, "ERROR: Unable to prep release candidate branch. Error: {0}", e);
return(1);
}
return(0);
}
