/// <summary>
/// Executes <see cref="RegisterFilesForBuildManifestCommand"/>. Checks if Cache contains build manifest hashes for given <see cref="BuildManifestEntry"/>.
/// Else checks if local files exist and computes their ContentHash.
/// Returns an empty array on success. Any failing BuildManifestEntries are returned for logging.
/// If build manifest hashes are not available, the files are materialized using <see cref="ExecuteMaterializeFileAsync"/>, the build manifest hashes are computed and stored into cache.
/// </summary>
private async Task <IIpcResult> ExecuteRecordBuildManifestHashesAsync(RegisterFilesForBuildManifestCommand cmd)
{
Contract.Requires(cmd != null);
var tasks = cmd.BuildManifestEntries
.Select(buildManifestEntry => ExecuteRecordBuildManifestHashWithXlgAsync(cmd.DropName, buildManifestEntry))
.ToArray();
var result = await TaskUtilities.SafeWhenAll(tasks);
if (result.Any(value => !value.IsValid))
{
BuildManifestEntry[] failures = result.Where(value => !value.IsValid)
.Select(value => new BuildManifestEntry(value.RelativePath, value.AzureArtifactsHash, "Invalid", FileArtifact.Invalid)) // FullFilePath is unused by the caller
.ToArray();
return(IpcResult.Success(cmd.RenderResult(failures)));
}
else
{
m_executionLog.RecordFileForBuildManifest(new Tracing.RecordFileForBuildManifestEventData(result.ToList()));
return(IpcResult.Success(cmd.RenderResult(Array.Empty <BuildManifestEntry>())));
}
}
private void RecordFileForBuildManifestInXLG(string dropName, string relativePath, ContentHash azureArtifactsHash, ContentHash buildManifestHash)
{
Tracing.RecordFileForBuildManifestEventData data = new Tracing.RecordFileForBuildManifestEventData(dropName, relativePath, azureArtifactsHash, buildManifestHash);
m_executionLog.RecordFileForBuildManifest(data);
}