public override MemOpBase Parse(ref string aLine, MemAnalysisParserPrefixesBase aPrefixes)
{
MemOpFree ret = new MemOpFree();
// Parse fields
base.ParseCommonUser(ret, ref aLine, aPrefixes);
// Set type
ret.Function = this;
return(ret);
}
public override MemOpBase Parse(ref string aLine, MemAnalysisParserPrefixesBase aPrefixes)
{
MemOpAllocation ret = new MemOpAllocation();
// Parse fields
base.ParseCommonKernel(ret, ref aLine, aPrefixes);
ParseCommonAlloc(ret, ref aLine, aPrefixes);
// Set type
ret.Function = this;
return(ret);
}
protected void ParseCommonKernel(MemOpBase aOperation, ref string aLine, MemAnalysisParserPrefixesBase aPrefixes)
{
string line = aLine;
//
if (line.IndexOf(aPrefixes.CellAddress) >= 0)
{
PrefixParser.SkipPrefix(aPrefixes.CellAddress, ref line);
aOperation.CellAddress = PrefixParser.ReadUint(ref line);
}
if (line.IndexOf(aPrefixes.HeapSize) >= 0)
{
PrefixParser.SkipPrefix(aPrefixes.HeapSize, ref line);
aOperation.HeapSize = PrefixParser.ReadUint(ref line);
}
if (line.IndexOf(aPrefixes.ChunkSize) >= 0)
{
PrefixParser.SkipPrefix(aPrefixes.ChunkSize, ref line);
aOperation.ChunkSize = PrefixParser.ReadUint(ref line);
}
if (line.IndexOf(aPrefixes.LinkRegister) >= 0)
{
PrefixParser.SkipPrefix(aPrefixes.LinkRegister, ref line);
aOperation.LinkRegisterAddress = PrefixParser.ReadUint(ref line);
}
if (line.IndexOf(aPrefixes.CellSize) >= 0)
{
PrefixParser.SkipPrefix(aPrefixes.CellSize, ref line);
aOperation.CellSize = PrefixParser.ReadUint(ref line);
}
if (line.IndexOf(aPrefixes.AllocNumber) >= 0)
{
PrefixParser.SkipPrefix(aPrefixes.AllocNumber, ref line);
try
{
aOperation.AllocationNumber = PrefixParser.ReadUint(ref line);
}
catch (Exception)
{
}
}
if (line.IndexOf(aPrefixes.VTable) >= 0)
{
PrefixParser.SkipPrefix(aPrefixes.VTable, ref line);
aOperation.VTable = PrefixParser.ReadUint(ref line);
}
}
protected void ParseCommonAlloc(MemOpAllocation aOperation, ref string aLine, MemAnalysisParserPrefixesBase aPrefixes)
{
if (aLine.IndexOf(aPrefixes.AllocSize) >= 0)
{
PrefixParser.SkipPrefix(aPrefixes.AllocSize, ref aLine);
aOperation.AllocationSize = PrefixParser.ReadUint(ref aLine);
}
}
protected void ParseCommonRealloc(MemOpReallocation aOperation, ref string aLine, MemAnalysisParserPrefixesBase aPrefixes)
{
if (aLine.IndexOf(aPrefixes.ReallocMode) >= 0)
{
PrefixParser.SkipPrefix(aPrefixes.ReallocMode, ref aLine);
aOperation.ReallocationMode = (byte)PrefixParser.ReadLong(ref aLine);
}
if (aLine.IndexOf(aPrefixes.OriginalCellAddress) >= 0)
{
PrefixParser.SkipPrefix(aPrefixes.OriginalCellAddress, ref aLine);
aOperation.OriginalAddress = PrefixParser.ReadUint(ref aLine);
}
if (aLine.IndexOf(aPrefixes.OriginalCellSize) >= 0)
{
PrefixParser.SkipPrefix(aPrefixes.OriginalCellSize, ref aLine);
aOperation.OriginalAllocationSize = PrefixParser.ReadUint(ref aLine);
}
if (aLine.IndexOf(aPrefixes.OriginalCellAllocNumber) >= 0)
{
PrefixParser.SkipPrefix(aPrefixes.OriginalCellAllocNumber, ref aLine);
aOperation.OriginalAllocationNumber = PrefixParser.ReadUint(ref aLine);
}
}
public MemAnalysisParserOptions(MemAnalysisParserPrefixesBase aPrefixes)
{
iPrefixes = aPrefixes;
}
public abstract MemOpBase Parse(ref string aLine, MemAnalysisParserPrefixesBase aPrefixes);
