public CSVThread ParseLine(string aLine)
{
CSVThread ret = null;
//
Match m = KParserRegEx.Match(aLine);
if (m.Success)
{
ret = CSVThread.New();
//
string[] items = m.Value.Split(',');
if (items.Length >= KExpectedItemCount)
{
// Ensure each item is trimmed before processing
for (int i = 0; i < items.Length; i++)
{
items[i] = items[i].Trim();
}
try
{
// THREAD
ret.ThreadName = items[0];
// CHUNK
ret.ChunkName = items[1];
ret.ChunkBaseAddress = ParseHexValue(items[2]);
// HEAP
ret.SizeCurrent = ParseDecimalValue(items[3]);
ret.SizeMin = ParseDecimalValue(items[4]);
ret.SizeMax = ParseDecimalValue(items[5]);
// FIRST FREE CELL
ret.FirstFreeCellAddress = ParseHexValue(items[6]);
ret.FirstFreeCellLength = ParseDecimalValue(items[7]);
// OTHER FREE CELL INFO
ret.FreeCellCount = ParseDecimalValue(items[8]);
ret.FreeSpaceTotal = ParseDecimalValue(items[9]);
ret.FreeSpaceSlack = ParseDecimalValue(items[10]);
ret.FreeCellLargest = ParseDecimalValue(items[11]);
// ALLOC CELL INFO
ret.AllocCellLargest = ParseDecimalValue(items[12]);
ret.AllocCellCount = ParseDecimalValue(items[13]);
ret.AllocSpaceTotal = ParseDecimalValue(items[15]);
// MISC
ret.MinCellSize = ParseDecimalValue(items[14]);
}
catch (Exception)
{
ret = null;
}
}
}
return(ret);
}
private bool TryToParseEntry(string aLine)
{
Match matchEntry = KRegExEntry.Match(aLine);
if (matchEntry.Success)
{
// Check if it's an opening or closing tag.
bool isOpen = string.IsNullOrEmpty(matchEntry.Groups["TagType"].Value);
int index = int.Parse(matchEntry.Groups["Index"].Value);
if (isOpen)
{
// Opening tag - starting a new entry, save entry id
ChangeState(TState.EStateSeenEntryStart);
SaveCurrentEntryIfValidState();
iCurrentEntryId = index;
iWorkInProgressThread = CSVThread.New();
}
else
{
// Closing tag, we should've finished an entry now.
// Validate the index is as we expect
CheckExpectedIndexId(index);
ChangeState(TState.EStateSeenEntryEnd);
SaveCurrentEntryIfValidState();
}
}
return(matchEntry.Success);
}
