BOOL DirImageInfoProvider::IsLegalPicture(LPCTSTR path, LPCTSTR albumName, BOOL bStrict)
{
ASSERT(path != NULL);
ASSERT(albumName != NULL);
#ifdef _DEBUG
TRACE(_T("DirImageInfoProvider::IsLegalPicture. StrictSearch: %d\r\n"), bStrict);
if (!bStrict && !IsIncluded(path, albumName, TRUE, _T("._ -'!?")))
TRACE(_T("DirImageInfoProvider::IsLegalPicture. Strict would have failed (%s)!!!\r\n"), path);
#endif
if (bStrict && !IsIncluded(path, albumName, TRUE, _T("._ -'!?")))
return FALSE;
if (_tcsstr(path, _T("AlbumArtSmall.jpg")) != NULL)
return FALSE;
if (_tcsstr(path, _T("}_Small.jpg")) != NULL)
return FALSE;
return TRUE;
}
LONG CED6AsDecompiler::DecompileFunctions(ED6_ACTION_SCRIPT_INFO *pAsInfo)
{
LONG Status;
ULONG FunctionCount;
POSITION Pos;
ED6_AS_CRAFT_INFO *pFunction;
pAsInfo->FunctionCount = m_FuntionMap.GetCount();
if (pAsInfo->FunctionCount == 0)
return ASDECL_ERROR_SUCCESS;
pFunction = (ED6_AS_CRAFT_INFO *)m_mem.Alloc(pAsInfo->FunctionCount * sizeof(*pFunction), HEAP_ZERO_MEMORY);
if (pFunction == NULL)
return ASDECL_ERROR_OUT_OF_MEMORY;
pAsInfo->pFunctionInfo = pFunction;
Pos = m_FuntionMap.GetStartPosition();
do
{
ULONG Offset;
ED6_INSTRUCTION_RECORD Function;
m_FuntionMap.GetNextAssoc(Pos, Offset, Function);
pFunction->Offset = Offset;
++pFunction;
} while (Pos != NULL);
pFunction = pAsInfo->pFunctionInfo;
FunctionCount = pAsInfo->FunctionCount;
LOOP_ALWAYS
{
for (ULONG Count = FunctionCount; Count; --Count)
{
Status = DecompilerOneCraft(pAsInfo, pFunction);
if (Status != ASDECL_ERROR_UNKNOWN_INSTRUCTION)
AS_IF_FAIL_RETURN(Status);
++pFunction;
}
FunctionCount = m_FuntionMap.GetCount();
if (pAsInfo->FunctionCount == FunctionCount)
break;
pFunction = (ED6_AS_CRAFT_INFO *)m_mem.ReAlloc(pAsInfo->pFunctionInfo, FunctionCount * sizeof(*pFunction), HEAP_ZERO_MEMORY);
if (pFunction == NULL)
return ASDECL_ERROR_OUT_OF_MEMORY;
pAsInfo->pFunctionInfo = pFunction;
pFunction += pAsInfo->FunctionCount;
Pos = m_FuntionMap.GetStartPosition();
do
{
ULONG Offset;
ED6_INSTRUCTION_RECORD Function;
m_FuntionMap.GetNextAssoc(Pos, Offset, Function);
if (IsIncluded(pAsInfo->pFunctionInfo, pAsInfo->FunctionCount, Offset))
continue;
pFunction->Offset = Offset;
++pFunction;
} while (Pos != NULL);
pFunction = pAsInfo->pFunctionInfo + pAsInfo->FunctionCount;
Swap(FunctionCount, pAsInfo->FunctionCount);
FunctionCount = pAsInfo->FunctionCount - FunctionCount;
}
ED6_AS_CRAFT_INFO **pTable;
pTable = (ED6_AS_CRAFT_INFO **)m_mem.Alloc(pAsInfo->FunctionCount * sizeof(*pTable));
if (pTable == NULL)
return ASDECL_ERROR_OUT_OF_MEMORY;
pAsInfo->pFunctionTable = pTable;
pFunction = pAsInfo->pFunctionInfo;
for (ULONG Count = pAsInfo->FunctionCount; Count; --Count)
*pTable++ = pFunction++;
pTable = pAsInfo->pFunctionTable;
for (ULONG i = pAsInfo->FunctionCount; i; --i)
{
for (ULONG j = 0; j != i - 1; ++j)
{
if (pTable[j]->Offset > pTable[j + 1]->Offset)
Swap(pTable[j], pTable[j + 1]);
}
}
return Status;
}
bool Window::IsIncluded(const Interval& interval) const
{
return IsIncluded(interval.GetLeft(), interval.GetRight());
}
bool Window::IsIncluded(double point) const
{
return IsIncluded(point, point);
}
