private static void EndBuildStepInternal(BuildLog log)
{
Debug.Assert(log.m_Stack.Count > 1);
LogStep node = log.m_Stack.Pop();
node.Complete(log.GetWallTime());
if (node.isThreaded)
{
foreach (BuildLog subLog in log.m_ThreadedLogs.Values)
{
if (subLog != log)
{
OffsetTimesR(subLog.Root, node.StartTime);
if (subLog.Root.HasChildren)
{
node.Children.AddRange(subLog.Root.Children);
}
if (subLog.Root.HasEntries)
{
node.Entries.AddRange(subLog.Root.Entries);
}
}
}
log.m_ThreadedLogs.Dispose();
log.m_ThreadedLogs = null;
}
}
/// <inheritdoc />
public void AddEntry(LogLevel level, string msg)
{
BuildLog log = GetThreadSafeLog();
log.m_Stack.Peek().Entries.Add(new LogEntry()
{
Level = level, Message = msg, Time = log.GetWallTime(), ThreadId = Thread.CurrentThread.ManagedThreadId
});
}
private static void BeginBuildStepInternal(BuildLog log, LogLevel level, string stepName, bool multiThreaded)
{
LogStep node = new LogStep();
node.Level = level;
node.Name = stepName;
node.StartTime = log.GetWallTime();
node.ThreadId = Thread.CurrentThread.ManagedThreadId;
log.m_Stack.Peek().Children.Add(node);
log.m_Stack.Push(node);
if (multiThreaded)
{
Debug.Assert(log.m_ThreadedLogs == null);
log.m_ThreadedLogs = new ThreadLocal <BuildLog>(true);
log.m_ThreadedLogs.Value = log;
node.isThreaded = true;
}
}
