public static PipBuildRequest ToGrpc(this OpenBond.PipBuildRequest message)
{
var pipBuildRequest = new PipBuildRequest();
foreach (var i in message.Hashes)
{
var fileArtifactKeyedHash = new FileArtifactKeyedHash()
{
ContentHash = i.ContentHash.Data.ToByteString(),
FileName = i.FileName ?? string.Empty,
Length = i.Length,
PathString = i.PathString ?? string.Empty,
PathValue = i.PathValue,
ReparsePointType = (FileArtifactKeyedHash.Types.GrpcReparsePointType)i.ReparsePointType,
RewriteCount = i.RewriteCount,
IsSourceAffected = i.IsSourceAffected,
};
if (i.ReparsePointTarget != null)
{
fileArtifactKeyedHash.ReparsePointTarget = i.ReparsePointTarget;
}
if (i.AssociatedDirectories != null)
{
foreach (var j in i.AssociatedDirectories)
{
fileArtifactKeyedHash.AssociatedDirectories.Add(new GrpcDirectoryArtifact()
{
DirectoryPathValue = j.DirectoryPathValue,
DirectorySealId = j.DirectorySealId,
IsDirectorySharedOpaque = j.IsDirectorySharedOpaque,
});
}
}
pipBuildRequest.Hashes.Add(fileArtifactKeyedHash);
}
foreach (var i in message.Pips)
{
var singlePipBuildRequest = new SinglePipBuildRequest()
{
ActivityId = i.ActivityId,
ExpectedPeakWorkingSetMb = i.ExpectedPeakWorkingSetMb,
ExpectedAverageWorkingSetMb = i.ExpectedAverageWorkingSetMb,
ExpectedPeakCommitSizeMb = i.ExpectedPeakCommitSizeMb,
ExpectedAverageCommitSizeMb = i.ExpectedAverageCommitSizeMb,
Fingerprint = i.Fingerprint.Data.ToByteString(),
PipIdValue = i.PipIdValue,
Priority = i.Priority,
SequenceNumber = i.SequenceNumber,
Step = i.Step
};
pipBuildRequest.Pips.Add(singlePipBuildRequest);
}
return(pipBuildRequest);
}
public Task <RpcCallResult <Unit> > ExecutePipsAsync(OpenBond.PipBuildRequest message, IList <long> semiStableHashes)
{
var grpcMessage = message.ToGrpc();
return(m_connectionManager.CallAsync(
(callOptions) => m_client.ExecutePipsAsync(grpcMessage, options: callOptions),
GetExecuteDescription(semiStableHashes)));
}
public static PipBuildRequest ToInternalBond(this OpenBond.PipBuildRequest message)
{
var pipBuildRequest = new PipBuildRequest();
pipBuildRequest.Hashes = new List <FileArtifactKeyedHash>();
foreach (var hash in message.Hashes)
{
var fileArtifactKeyedHash = new FileArtifactKeyedHash()
{
ContentHash = hash.ContentHash.ToDistributedContentHash(),
FileName = hash.FileName,
Length = hash.Length,
PathString = hash.PathString,
PathValue = hash.PathValue,
ReparsePointType = (BondReparsePointType)hash.ReparsePointType,
RewriteCount = hash.RewriteCount,
ReparsePointTarget = hash.ReparsePointTarget,
};
if (hash.AssociatedDirectories != null)
{
fileArtifactKeyedHash.AssociatedDirectories = new List <BondDirectoryArtifact>();
foreach (var dir in hash.AssociatedDirectories)
{
fileArtifactKeyedHash.AssociatedDirectories.Add(new BondDirectoryArtifact()
{
DirectoryPathValue = dir.DirectoryPathValue,
DirectorySealId = dir.DirectorySealId,
IsDirectorySharedOpaque = dir.IsDirectorySharedOpaque,
});
}
}
pipBuildRequest.Hashes.Add(fileArtifactKeyedHash);
}
pipBuildRequest.Pips = new List <SinglePipBuildRequest>();
foreach (var pip in message.Pips)
{
var singlePipBuildRequest = new SinglePipBuildRequest()
{
ActivityId = pip.ActivityId,
ExpectedRamUsageMb = pip.ExpectedRamUsageMb,
Fingerprint = pip.Fingerprint.ToDistributionCacheFingerprint(),
PipIdValue = pip.PipIdValue,
Priority = pip.Priority,
SequenceNumber = pip.SequenceNumber,
Step = pip.Step
};
pipBuildRequest.Pips.Add(singlePipBuildRequest);
}
return(pipBuildRequest);
}
public async Task <RpcCallResult <Unit> > ExecutePipsAsync(OpenBond.PipBuildRequest message, IList <long> semiStableHashes)
{
var internalBondMessage = message.ToInternalBond();
var result = await m_proxyManager.Call <PipBuildRequest, Void>(
internalBondMessage,
functionName : "ExecutePips",
description : DistributionHelpers.GetExecuteDescription(semiStableHashes));
return(result.ToUnit());
}