private void CompareAndExport()
{
lock (this)
{
iIndex = 0;
}
for ( ; iIndex < iDataSets.Count;)
{
CSVDataSet set = iDataSets[iIndex];
iExcelExporter.Export(set);
// Report progress to any observers
if (eObserver != null)
{
eObserver(TEvent.EExportingProgress);
}
lock (this)
{
++iIndex;
}
}
}
public CSVWorkerTwoDataSetComparator(CSVDataSet aCol1, CSVDataSet aCol2, string aOutputFileName)
{
// Make copies because we actually dequeue items from the list as we processed them
// and we must not alter the originals or else we'll break the subsequent comparison(s)
iCol1 = new CSVDataSet(aCol1);
iCol2 = new CSVDataSet(aCol2);
iExcelExporter = new CSVExcelExporterTwoDataSets(aOutputFileName, aCol1.FileName, aCol2.FileName);
}
public CSVDataSet(CSVDataSet aCopy)
{
iOriginalFileName = aCopy.OriginalFileName;
iLineNumber = aCopy.LineNumber;
foreach (KeyValuePair <string, CSVThread> kvp in aCopy.iEntries)
{
iEntries.Add(kvp.Key, kvp.Value);
}
}
public void Export(CSVDataSet aSet)
{
int count = aSet.Count;
for (int i = 0; i < count; i++)
{
CSVThread thread = aSet[i];
// find row
if (iThreadMap.ContainsKey(thread.ThreadId))
{
TThreadMapEntry entry = iThreadMap[thread.ThreadId];
Utils.SetValue(entry.iRowIndex, iColumnCounter, iSheetChunkSize, thread.SizeCurrent.ToString());
Utils.SetValue(entry.iRowIndex, iColumnCounter, iSheetAlloc, thread.AllocSpaceTotal.ToString());
Utils.SetValue(entry.iRowIndex, iColumnCounter, iSheetFree, thread.FreeSpaceTotal.ToString());
// Update stats
++entry.iNumberOfMatchingDataSets;
// Min & max for each type
entry.iRangeChunk.UpdateMin(thread.SizeCurrent);
entry.iRangeChunk.UpdateMax(thread.SizeCurrent);
entry.iRangeAlloc.UpdateMin(thread.AllocSpaceTotal);
entry.iRangeAlloc.UpdateMax(thread.AllocSpaceTotal);
entry.iRangeFree.UpdateMin(thread.FreeSpaceTotal);
entry.iRangeFree.UpdateMax(thread.FreeSpaceTotal);
// Delta for each type
long deltaChunk = entry.iLastChunk > 0 ? (thread.SizeCurrent - entry.iLastChunk) : 0;
long deltaAlloc = entry.iLastAlloc > 0 ? (thread.AllocSpaceTotal - entry.iLastAlloc) : 0;
long deltaFree = entry.iLastFree > 0 ? (thread.FreeSpaceTotal - entry.iLastFree) : 0;
entry.iDeltaChunk += deltaChunk;
entry.iDeltaAlloc += deltaAlloc;
entry.iDeltaFree += deltaFree;
// Net effect
entry.iNetEffectChunk += CSVExcelExporterAllDataSets.NetEffectForDelta(deltaChunk);
entry.iNetEffectAlloc += CSVExcelExporterAllDataSets.NetEffectForDelta(deltaAlloc);
entry.iNetEffectFree += CSVExcelExporterAllDataSets.NetEffectForDelta(deltaFree);
// Update last values
entry.iLastChunk = thread.SizeCurrent;
entry.iLastAlloc = thread.AllocSpaceTotal;
entry.iLastFree = thread.FreeSpaceTotal;
}
else
{
throw new Exception("Cannot find thread entry for thread named: " + thread.ThreadName);
}
}
++iColumnCounter;
}
internal void RemoveEmptyDataSets()
{
for (int i = iDataSets.Count - 1; i >= 0; i--)
{
CSVDataSet set = iDataSets[i];
if (set.Count == 0)
{
iDataSets.RemoveAt(i);
}
}
}
internal bool Contains(CSVDataSet aDataSet)
{
Predicate <CSVDataSet> findByFileAndLine = delegate(CSVDataSet setToCheck)
{
return((setToCheck.FileName == aDataSet.FileName) &&
(setToCheck.LineNumber == aDataSet.LineNumber));
};
bool ret = iDataSets.Exists(findByFileAndLine);
return(ret);
}
private void IdentifySharedHeaps()
{
// MemSpy should (and could) do this, at least eventually, but for now
// we'll work this out on the PC if MemSpy supplied us with the chunk handles for
// each thread.
int count = iDataSets.Count;
for (int i = 0; i < count; i++)
{
CSVDataSet dataSet = iDataSets[i];
dataSet.FindSharedHeaps();
}
}
private void AddThreadsToList(CSVDataSet aSet, SortedDictionary <long, string> aList)
{
int count = aSet.Count;
for (int i = count - 1; i >= 0; i--)
{
CSVThread master = aSet[i];
if (aList.ContainsKey(master.ThreadId) == false)
{
aList.Add(master.ThreadId, master.FullName);
}
}
}
private SortedDictionary <long, string> IdentifyAllThreadNames()
{
// Get a list of unique thread ids and their full names
SortedDictionary <long, string> list = new SortedDictionary <long, string>();
int count = iDataSets.Count;
for (int i = 0; i < count; i++)
{
CSVDataSet set = iDataSets[i];
AddThreadsToList(set, list);
}
return(list);
}
protected override void HandleFilteredLine(string aLine)
{
string originalLine = aLine;
iCleaner.CleanLine(ref aLine);
// Strip prefix
if (CheckForKnownElement(ref aLine, KRDebugPrefixes))
{
}
// Main handler
if (CheckForKnownElement(ref aLine, KMarkerEnd))
{
// Finished an item - forced flush
if (iCurrentDataSet != null)
{
iStorage.Add(iCurrentDataSet);
}
iCurrentDataSet = new CSVDataSet(base.FileName, base.LineNumber);
iParser.CurrentDataSet = iCurrentDataSet;
}
else if (CheckForKnownElement(ref aLine, KMarkerStart))
{
// Start of item - make a new entry
iCurrentDataSet = new CSVDataSet(base.FileName, base.LineNumber);
iParser.CurrentDataSet = iCurrentDataSet;
}
else
{
// Is it a valid line?
CSVThread threadEntry = iParser.ParseLine(aLine);
if (threadEntry != null)
{
if (iCurrentDataSet != null)
{
iCurrentDataSet.Add(threadEntry);
}
}
}
}
private CSVThread FindAppropriateSecondary(CSVThread aMaster, CSVDataSet aSecondaryCol)
{
System.Diagnostics.Debug.Assert(aMaster.FullName != string.Empty);
// We must try to find the corresponding secondary thread with which to compare
// aMaster.
CSVThread secondary = aSecondaryCol[aMaster.FullName];
if (secondary == null)
{
// Secondary collection doesn't contain this thread, so make a default entry.
secondary = CSVThread.NewDefault(aMaster.FullName);
}
else
{
aSecondaryCol.Remove(secondary);
}
return(secondary);
}
private void OnStateComparingAndExportingIndividualDataSets()
{
// If there are only two sets to compare, then we generate a single output file and that's it.
// If we have 3 (or more) data sets, then we will generate three (or more) comparison files, e.g.:
//
// [File 1] 0 vs 1
// [File 2] 1 vs 2
//
// and also
//
// [File 3] 0 vs 2
//
// Etc.
int numberOfComparisons = (iDataSets.Count > 2 ? iDataSets.Count : 1);
if (iIndex + 1 < iDataSets.Count)
{
if (eIndexedProgressHandler != null)
{
eIndexedProgressHandler(TEvent.EEventComparingMovedToNewDataSet, this, iIndex + 1, numberOfComparisons);
}
// Get sets to compare
CSVDataSet set1 = iDataSets[iIndex + 0];
CSVDataSet set2 = iDataSets[iIndex + 1];
// Build excel file name
string excelFileName = BuildExcelFileNameForTwoSetComparison();
// Since we've now built the filename it's okay to increment the index
++iIndex;
// Create and initiate comparison
iWorkerComparatorTwo = new CSVWorkerTwoDataSetComparator(set1, set2, excelFileName);
iWorkerComparatorTwo.eObserver += new CSVWorkerTwoDataSetComparator.Observer(WorkerComparatorTwo_Observer);
iWorkerComparatorTwo.CompareAndSaveAsync();
ChangeState(TState.EStateComparingAndExportingIndividualDataSets);
}
else
{
// Special comparison of first vs last set when comparing
// more than two data sets
if (iDataSets.Count > 2)
{
if (eIndexedProgressHandler != null)
{
eIndexedProgressHandler(TEvent.EEventComparingMovedToNewDataSet, this, numberOfComparisons, numberOfComparisons);
}
// Special value to indicate first vs last comparison
iIndex = KSpecialFirstVsLastComparisonIndex;
// Get sets to compare
CSVDataSet set1 = iDataSets[0];
CSVDataSet set2 = iDataSets[iDataSets.Count - 1];
// Build excel file name
string excelFileName = BuildExcelFileNameForTwoSetComparison();
// Create and initiate comparison
if (iWorkerComparatorTwo != null)
{
iWorkerComparatorTwo.Dispose();
iWorkerComparatorTwo = null;
}
iWorkerComparatorTwo = new CSVWorkerTwoDataSetComparator(set1, set2, excelFileName);
iWorkerComparatorTwo.eObserver += new CSVWorkerTwoDataSetComparator.Observer(WorkerComparatorTwo_Observer);
iWorkerComparatorTwo.CompareAndSaveAsync();
ChangeState(TState.EStateComparingAndExportingIndividualDataSets);
}
else
{
if (iWorkerComparatorTwo != null)
{
iWorkerComparatorTwo.Dispose();
iWorkerComparatorTwo = null;
}
//
ChangeState(TState.EStateComparingAllDataSets);
OnStateComparingAndExportingAllDataSets();
}
}
}
internal void Add(CSVDataSet aDataSet)
{
iDataSets.Add(aDataSet);
}