public Boolean TryAddSource(String sourceName, PDBSource source)
{
ArgumentValidator.ValidateNotNull("Source", source);
var result = !this._sources.ContainsKey(sourceName);
if (result)
{
this._sources.Add(sourceName, source);
}
return(result);
}
private static IDictionary <Int32, PDBSource> LoadSourcesAndLinesFromModuleStream(
StreamInfo stream,
Int32 pageSize,
Int32[][] streamPages,
Int32[] streamSizes,
Byte[] array,
Int32 idx,
Int32 max,
IDictionary <String, Int32> streamNameIndices,
IDictionary <Int32, String> nameIndex,
PDBInstance instance,
List <PDBFunctionInfo> functions
)
{
var sourcesLocal = new Dictionary <Int32, PDBSource>();
var lines = new List <Tuple <Int32, PDBLine> > [functions.Count];
while (idx < max)
{
var sym = array.ReadInt32LEFromBytes(ref idx);
var size = array.ReadInt32LEFromBytes(ref idx);
var startIdx = idx;
var endIdx = idx + size;
switch (sym)
{
case SYM_DEBUG_SOURCE_INFO:
while (idx < endIdx)
{
var curSrcFileIdx = idx - startIdx;
var nameIdx = array.ReadInt32LEFromBytes(ref idx);
var thisLen = array.ReadByteFromBytes(ref idx);
/*var kind = */
array.ReadByteFromBytes(ref idx);
var name = nameIndex[nameIdx];
PDBSource pdbSource;
if (!instance.TryGetSource(name, out pdbSource))
{
pdbSource = new PDBSource(name);
Int32 sourceStreamIdx;
if (streamNameIndices.TryGetValue(SOURCE_FILE_PREFIX + name, out sourceStreamIdx))
{
var sourceBytes = stream.ReadPagedData(pageSize, streamPages[sourceStreamIdx], streamSizes[sourceStreamIdx]);
var tmpIdx = 0;
pdbSource.Language = sourceBytes.ReadGUIDFromBytes(ref tmpIdx);
pdbSource.Vendor = sourceBytes.ReadGUIDFromBytes(ref tmpIdx);
pdbSource.DocumentType = sourceBytes.ReadGUIDFromBytes(ref tmpIdx);
pdbSource.HashAlgorithm = sourceBytes.ReadGUIDFromBytes(ref tmpIdx);
pdbSource.Hash = sourceBytes.CreateAndBlockCopyTo(ref tmpIdx, sourceBytes.Length - tmpIdx);
}
instance.AddSource(pdbSource);
}
;
sourcesLocal.Add(curSrcFileIdx, pdbSource);
#if DEBUG
if (thisLen != 0)
{
throw new PDBException("Debyyg");
}
#endif
idx += thisLen;
Align4(ref idx);
}
break;
case SYM_DEBUG_LINE_INFO:
var addr = array.ReadInt32LEFromBytes(ref idx);
var section = array.ReadUInt16LEFromBytes(ref idx);
var flags = array.ReadUInt16LEFromBytes(ref idx);
/*var cod = */
array.ReadUInt32LEFromBytes(ref idx);
var funcIdx = functions.BinarySearchDeferredEqualityDetection(new PDBFunctionInfo(null, addr, section, -1), PDB_FUNC_ADDRESS_AND_TOKEN_BASED);
if (funcIdx >= 0)
{
// Skip the functions that already have lines
while (funcIdx < lines.Length && lines[funcIdx] != null && functions[funcIdx].segment == section && functions[funcIdx].address == addr)
{
++funcIdx;
}
if (funcIdx < lines.Length && functions[funcIdx].segment == section && functions[funcIdx].address == addr)
{
// We found the correct function index
var thisLines = new List <Tuple <Int32, PDBLine> >();
// Read line data
while (idx < endIdx)
{
var srcIdx = array.ReadInt32LEFromBytes(ref idx);
var lineCount = array.ReadInt32LEFromBytes(ref idx);
// Skip size information
idx += INT_SIZE;
// Save line and column start indices
var lineStartIdx = idx;
var columnStartIdx = idx + 8 * lineCount; // Each line is 2 integers
// Iterate each line
for (var i = 0; i < lineCount; ++i)
{
// Reset index after possible column read
idx = lineStartIdx + LINE_MULTIPLIER * i;
var offset = array.ReadInt32LEFromBytes(ref idx);
var line = new PDBLine(offset);
var lineFlags = array.ReadUInt32LEFromBytes(ref idx);
line.LineStart = (Int32)(lineFlags & 0x00ffffffu); // Lower 3 bytes are start line of statement/expression
line.LineEnd = line.LineStart + (Int32)((lineFlags & 0x7f000000u) >> 24); // High seven bits is delta of line
line.IsStatement = (lineFlags & 0x80000000u) == 0; // Highest bit is whether the line is statement
if ((flags & 1) != 0)
{
// Column info present
idx = columnStartIdx + COLUMN_MULTIPLIER * i; // Each column info is two shorts
line.ColumnStart = array.ReadUInt16LEFromBytes(ref idx);
line.ColumnEnd = array.ReadUInt16LEFromBytes(ref idx);
}
thisLines.Add(Tuple.Create(srcIdx, line));
}
}
lines[funcIdx] = thisLines;
}
#if DEBUG
else
{
throw new PDBException("Debyyg");
}
#endif
}
#if DEBUG
else
{
throw new PDBException("Debyyg");
}
#endif
break;
default:
#if DEBUG
throw new PDBException("Debyyg");
#else
break;
#endif
}
idx = endIdx;
}
// Postprocess line infos
for (var i = 0; i < lines.Length; ++i)
{
var lineList = lines[i];
if (lineList != null)
{
foreach (var line in lineList)
{
functions[i].function.Lines.GetOrAdd_NotThreadSafe(sourcesLocal[line.Item1].Name, ni => new List <PDBLine>())
.Add(line.Item2);
}
}
}
return(sourcesLocal);
}
public void AddSource(PDBSource source)
{
ArgumentValidator.ValidateNotNull("Source", source);
this._sources.Add(source.Name, source);
}
public Boolean TryGetSource(String sourceName, out PDBSource source)
{
return(this._sources.TryGetValue(sourceName, out source));
}