private static bool ConvertDemosImpl(ref udtParseArg parseArg, udtProtocol outProtocol, List<MapConversionRule> mapRules, List<string> filePaths, int maxThreadCount)
{
var resources = new ArgumentResources();
var errorCodeArray = new Int32[filePaths.Count];
var filePathArray = new IntPtr[filePaths.Count];
for(var i = 0; i < filePaths.Count; ++i)
{
var filePath = Marshal.StringToHGlobalAnsi(Path.GetFullPath(filePaths[i]));
filePathArray[i] = filePath;
resources.GlobalAllocationHandles.Add(filePath);
}
var pinnedFilePaths = new PinnedObject(filePathArray);
var pinnedErrorCodes = new PinnedObject(errorCodeArray);
resources.PinnedObjects.Add(pinnedFilePaths);
resources.PinnedObjects.Add(pinnedErrorCodes);
var multiParseArg = new udtMultiParseArg();
multiParseArg.FileCount = (UInt32)filePathArray.Length;
multiParseArg.FilePaths = pinnedFilePaths.Address;
multiParseArg.OutputErrorCodes = pinnedErrorCodes.Address;
multiParseArg.MaxThreadCount = (UInt32)maxThreadCount;
var conversionArg = new udtProtocolConversionArg();
conversionArg.OutputProtocol = (UInt32)outProtocol;
conversionArg.MapRules = IntPtr.Zero;
conversionArg.MapRuleCount = 0;
if(mapRules.Count > 0)
{
var mapRuleArray = new udtMapConversionRule[mapRules.Count];
for(var i = 0; i < mapRules.Count; ++i)
{
var inputName = Marshal.StringToHGlobalAnsi(mapRules[i].InputName);
var outputName = Marshal.StringToHGlobalAnsi(mapRules[i].OutputName);
mapRuleArray[i].InputName = inputName;
mapRuleArray[i].OutputName = outputName;
mapRuleArray[i].PositionOffsetX = mapRules[i].OffsetX;
mapRuleArray[i].PositionOffsetY = mapRules[i].OffsetY;
mapRuleArray[i].PositionOffsetZ = mapRules[i].OffsetZ;
resources.GlobalAllocationHandles.Add(inputName);
resources.GlobalAllocationHandles.Add(outputName);
}
var pinnedMapRules = new PinnedObject(mapRuleArray);
resources.PinnedObjects.Add(pinnedMapRules);
conversionArg.MapRules = pinnedMapRules.Address;
conversionArg.MapRuleCount = (UInt32)mapRuleArray.Length;
}
var result = udtErrorCode.OperationFailed;
try
{
result = udtConvertDemoFiles(ref parseArg, ref multiParseArg, ref conversionArg);
}
finally
{
resources.Free();
}
return result != udtErrorCode.None;
}
private static bool CutDemosByPatternImpl(ArgumentResources resources, ref udtParseArg parseArg, List<string> filePaths, udtPatternInfo[] patterns, CutByPatternOptions options)
{
var errorCodeArray = new Int32[filePaths.Count];
var filePathArray = new IntPtr[filePaths.Count];
for(var i = 0; i < filePaths.Count; ++i)
{
filePathArray[i] = Marshal.StringToHGlobalAnsi(Path.GetFullPath(filePaths[i]));
resources.GlobalAllocationHandles.Add(filePathArray[i]);
}
parseArg.PlugInCount = 0;
parseArg.PlugIns = IntPtr.Zero;
var pinnedFilePaths = new PinnedObject(filePathArray);
var pinnedErrorCodes = new PinnedObject(errorCodeArray);
var multiParseArg = new udtMultiParseArg();
multiParseArg.FileCount = (UInt32)filePathArray.Length;
multiParseArg.FilePaths = pinnedFilePaths.Address;
multiParseArg.OutputErrorCodes = pinnedErrorCodes.Address;
multiParseArg.MaxThreadCount = (UInt32)options.MaxThreadCount;
var playerNameUnmanaged = IntPtr.Zero;
if(!string.IsNullOrEmpty(options.PlayerName))
{
playerNameUnmanaged = Marshal.StringToHGlobalAnsi(options.PlayerName);
resources.GlobalAllocationHandles.Add(playerNameUnmanaged);
}
var pinnedPatterns = new PinnedObject(patterns);
var cutByPatternArg = new udtCutByPatternArg();
cutByPatternArg.StartOffsetSec = (UInt32)options.StartOffset;
cutByPatternArg.EndOffsetSec = (UInt32)options.EndOffset;
cutByPatternArg.Patterns = pinnedPatterns.Address;
cutByPatternArg.PatternCount = (UInt32)patterns.Length;
cutByPatternArg.PlayerIndex = options.PlayerIndex;
cutByPatternArg.PlayerName = playerNameUnmanaged;
cutByPatternArg.Flags = 0;
if(options.MergeCutSections)
{
cutByPatternArg.Flags |= (UInt32)udtCutByPatternArgFlags.MergeCutSections;
}
resources.PinnedObjects.Add(pinnedPatterns);
resources.PinnedObjects.Add(pinnedFilePaths);
resources.PinnedObjects.Add(pinnedErrorCodes);
udtErrorCode result = udtErrorCode.OperationFailed;
try
{
result = udtCutDemoFilesByPattern(ref parseArg, ref multiParseArg, ref cutByPatternArg);
}
finally
{
resources.Free();
}
return result == udtErrorCode.None;
}
public static bool CutDemosByPattern(ArgumentResources resources, ref udtParseArg parseArg, List<string> filePaths, udtPatternInfo[] patterns, CutByPatternOptions options)
{
var timer = new Stopwatch();
timer.Start();
var fileCount = filePaths.Count;
if(fileCount <= MaxBatchSizeCutting)
{
var result = CutDemosByPatternImpl(resources, ref parseArg, filePaths, patterns, options);
PrintExecutionTime(timer);
return result;
}
var oldProgressCb = parseArg.ProgressCb;
var progressBase = 0.0f;
var progressRange = 0.0f;
var fileIndex = 0;
var newParseArg = parseArg;
newParseArg.ProgressCb = delegate(float progress, IntPtr userData)
{
var realProgress = progressBase + progressRange * progress;
oldProgressCb(realProgress, userData);
};
var demos = new List<DemoInfo>();
var batchCount = (fileCount + MaxBatchSizeCutting - 1) / MaxBatchSizeCutting;
var filesPerBatch = fileCount / batchCount;
var success = true;
for(int i = 0; i < batchCount; ++i)
{
progressBase = (float)fileIndex / (float)fileCount;
var currentFileCount = (i == batchCount - 1) ? (fileCount - fileIndex) : filesPerBatch;
var currentFiles = filePaths.GetRange(fileIndex, currentFileCount);
progressRange = (float)currentFileCount / (float)fileCount;
var newResources = new ArgumentResources();
CutDemosByPatternImpl(newResources, ref newParseArg, currentFiles, patterns, options);
fileIndex += currentFileCount;
if(Marshal.ReadInt32(parseArg.CancelOperation) != 0)
{
success = false;
break;
}
}
resources.Free();
PrintExecutionTime(timer);
return success;
}