/// <summary>
/// This function is called when the task executes a callback via IBuildEngine interface. A thread
/// that currently owns the workitem queue will continue to own it, unless a work item comes in while
/// it is inside the callback. A thread that enters the callback no longer owns the current directory and
/// environment block, but it will always regain them before returning to the task.
/// </summary>
/// <param name="nodeProxyId"></param>
/// <param name="requestResults"></param>
internal static void WaitForResults(int nodeProxyId, BuildResult[] requestResults)
{
TaskWorkerThread workerThread = TaskWorkerThread.GetWorkerThreadForProxyId(nodeProxyId);
workerThread.NodeActionLoop(workerThread.threadActive ? NodeLoopExecutionMode.WaitingActiveThread :
NodeLoopExecutionMode.WaitingPassiveThread,
nodeProxyId, requestResults);
}
/// <summary>
/// This function is called when the task executes a callback via IBuildEngine interface. A thread
/// that currently owns the workitem queue will continue to own it, unless a work item comes in while
/// it is inside the callback. A thread that enters the callback no longer owns the current directory and
/// environment block, but it will always regain them before returning to the task.
/// </summary>
internal void WaitForResults
(
int handleId,
BuildResult[] buildResults,
BuildRequest [] buildRequests
)
{
TaskWorkerThread workerThread = GetWorkerThreadForHandleId(handleId);
ErrorUtilities.VerifyThrow(workerThread != null, "Worker thread should be in the table");
WaitingTaskData taskData = new WaitingTaskData(buildRequests, buildResults);
lock (waitingTasks)
{
waitingTasks.Add(handleId, taskData);
}
workerThread.NodeActionLoop(workerThread.threadActive ? NodeLoopExecutionMode.WaitingActiveThread :
NodeLoopExecutionMode.WaitingPassiveThread,
handleId, buildResults);
lock (waitingTasks)
{
waitingTasks.Remove(handleId);
}
}