internal string PrintCriticalPath(
NodeAndCriticalPath nodeAndCriticalPath,
GetElapsedLookup getElapsed,
GetKernelTimeLookup getKernelTime,
GetUserTimeLookup getUserTime,
GetCriticalPathLookup getCriticalPath,
out Model.CriticalPath criticalPath)
{
Contract.Assert(getElapsed != null, "getElapsed must be set.");
Contract.Assert(getCriticalPath != null, "getCriticalPath must be set.");
Contract.Assert(!nodeAndCriticalPath.Equals(default(NodeAndCriticalPath)), "nodeAndCriticalPath must be set.");
criticalPath = new Model.CriticalPath();
ConcurrentDictionary <PathAtom, TimeSpan> toolStats = new ConcurrentDictionary <PathAtom, TimeSpan>();
var totalTimeWidth = ToSeconds(nodeAndCriticalPath.Time).Length;
var totalKernelTimeWidth = ToSeconds(nodeAndCriticalPath.KernelTime).Length;
var totalUserTimeWidth = ToSeconds(nodeAndCriticalPath.UserTime).Length;
criticalPath.time = ToSeconds(nodeAndCriticalPath.Time);
TimeSpan startTime = new TimeSpan(0);
using (var output = new StringWriter(CultureInfo.InvariantCulture))
{
using (var criticalPathWriter = new StringWriter(CultureInfo.InvariantCulture))
{
while (true)
{
var pip = CachedGraph.PipGraph.GetPipFromUInt32(nodeAndCriticalPath.Node.Value);
var process = pip as Process;
var elapsed = getElapsed(nodeAndCriticalPath.Node);
var kernelTime = getKernelTime(nodeAndCriticalPath.Node);
var userTime = getUserTime(nodeAndCriticalPath.Node);
if (process != null)
{
toolStats.AddOrUpdate(process.GetToolName(CachedGraph.Context.PathTable), elapsed, (k, v) => v + elapsed);
}
var node = new Node();
node.pipId = pip.PipId.Value.ToString("X16", CultureInfo.InvariantCulture).TrimStart(new Char[] { '0' });
node.semiStableHash = pip.SemiStableHash.ToString("X");
node.pipType = pip.PipType.ToString();
node.duration = ToSeconds(elapsed);
node.kernelTime = ToSeconds(kernelTime);
node.userTime = ToSeconds(userTime);
node.shortDescription = pip.GetShortDescription(CachedGraph.Context);
node.startTime = ToSeconds(startTime);
startTime = startTime + elapsed;
criticalPath.nodes.Add(node);
criticalPathWriter.Write(
"({0}) ({2}) ({3}) [{1}]",
ToSeconds(elapsed).PadLeft(totalTimeWidth),
pip.GetDescription(CachedGraph.Context),
ToSeconds(kernelTime).PadLeft(totalKernelTimeWidth),
ToSeconds(userTime).PadLeft(totalUserTimeWidth));
if (nodeAndCriticalPath.Next.IsValid)
{
criticalPathWriter.WriteLine(" =>");
}
else
{
criticalPathWriter.WriteLine();
break;
}
nodeAndCriticalPath = getCriticalPath(nodeAndCriticalPath.Next);
}
output.WriteLine("TOOL STATS:");
foreach (var toolStatEntry in toolStats.OrderByDescending(kvp => kvp.Value))
{
output.WriteLine(
"{0}, {1}",
ToSeconds(toolStatEntry.Value).PadLeft(totalTimeWidth),
toolStatEntry.Key.ToString(CachedGraph.Context.StringTable));
var toolStat = new ToolStat();
toolStat.name = toolStatEntry.Key.ToString(CachedGraph.Context.StringTable);
toolStat.time = ToSeconds(toolStatEntry.Value);
criticalPath.toolStats.Add(toolStat);
}
output.WriteLine();
output.WriteLine("( Duration ) ( Kernel Time ) ( User Time ) Seconds :: CRITICAL PATH DEPENDENCY LIST:");
output.Write(criticalPathWriter.ToString());
}
return(output.ToString());
}
}
