void CReClass2011App::CalcAllOffsets()
{
for (UINT i=0; i<Classes.size();i++)
{
CalcOffsets(Classes[i]);
}
}
/*
============
sdUIMarquee::ApplyLayout
============
*/
void sdUIMarquee::ApplyLayout() {
sdUIWindow::ApplyLayout();
if ( localizedText.GetValue() >= 0 || text.GetValue().Length() > 0 ) {
const wchar_t* localText = localizedText.GetValue() >= 0 ? declHolder.FindLocStrByIndex( localizedText.GetValue() )->GetText() : text.GetValue().c_str();
sdBounds2D rect( cachedClientRect.x, cachedClientRect.y, cachedClientRect.z, cachedClientRect.w );
deviceContext->GetTextDimensions( localText, rect, GetDrawTextFlags(), cachedFontHandle, fontSize, textWidth, textHeight );
} else {
textWidth = textHeight = 0;
}
//scrollStartTime = scrollTargetTime = 0;
CalcOffsets();
}
void CReClass2015App::OnFileNew()
{
CMainFrame* pFrame = STATIC_DOWNCAST(CMainFrame, m_pMainWnd);
CChildFrame* pChild = (CChildFrame*)pFrame->CreateNewChild(RUNTIME_CLASS(CChildFrame), IDR_ReClass2015TYPE, m_hMDIMenu, m_hMDIAccel);
//char name[64];
//sprintf(name,"Class%0.8X",GetTickCount());
#ifdef _DEBUG
printf("[+] OnFileNew()\n");
#endif
CNodeClass* pClass = new CNodeClass;
theApp.Classes.push_back(pClass);
pChild->m_wndView.m_pClass = pClass;
//CNodeCustom* pCust = new CNodeCustom;
//pCust->memsize = 18;
//pCust->pParent = pClass;
//pClass->Nodes.push_back(pCust);
#ifdef _WIN64
for (int i = 0; i < 64/8; i++)
{
CNodeHex64* pNode = new CNodeHex64;
pNode->pParent = pClass;
pClass->Nodes.push_back(pNode);
}
#else
for (int i = 0; i < 64/4; i++)
{
CNodeHex32* pNode = new CNodeHex32;
pNode->pParent = pClass;
pClass->Nodes.push_back(pNode);
}
#endif
CalcOffsets(pClass);
return;
//CNodeIcon* pIcon = new CNodeIcon;
//pClass->Nodes.push_back(pIcon);
CNodeVTable* pVTable = new CNodeVTable;
pClass->Nodes.push_back(pVTable);
for (int i=0; i < 5; i++)
{
CNodeFunctionPtr* pNode = new CNodeFunctionPtr;
pNode->offset = i * pNode->GetMemorySize();
pVTable->Nodes.push_back(pNode);
}
pClass->Nodes.push_back( new CNodeHex64 );
pClass->Nodes.push_back( new CNodeHex32 );
pClass->Nodes.push_back( new CNodeHex16 );
pClass->Nodes.push_back( new CNodeHex8 );
pClass->Nodes.push_back( new CNodeInt64 );
pClass->Nodes.push_back( new CNodeInt32 );
pClass->Nodes.push_back( new CNodeInt64 );
pClass->Nodes.push_back( new CNodeInt16 );
pClass->Nodes.push_back( new CNodeInt8 );
pClass->Nodes.push_back( new CNodeDWORD );
pClass->Nodes.push_back( new CNodeWORD );
pClass->Nodes.push_back( new CNodeBYTE );
pClass->Nodes.push_back( new CNodeText );
pClass->Nodes.push_back( new CNodeUnicode );
pClass->Nodes.push_back( new CNodeFloat );
pClass->Nodes.push_back( new CNodeDouble );
pClass->Nodes.push_back( new CNodeCustom );
pClass->Nodes.push_back( new CNodeVec2 );
pClass->Nodes.push_back( new CNodeVec3 );
pClass->Nodes.push_back( new CNodeQuat );
pClass->Nodes.push_back( new CNodeMatrix );
pClass->Nodes.push_back( new CNodePChar );
//for (int i=0; i < 2; i++)
{
CNodePtr* pNode1 = new CNodePtr;
CNodePtr* pNode2 = new CNodePtr;
pNode1->pNode = pNode2;
pNode2->pNode = pClass;
pClass->Nodes.push_back(pNode1);
}
//for (int i=0; i < 2; i++)
{
// I don't know what the f**k this does ???
CNodeArray* pNode = new CNodeArray;
#ifdef _WIN64
CNodeHex64* pNode2 = new CNodeHex64;
#else
CNodeHex32* pNode2 = new CNodeHex32;
#endif
pNode->pNode = pNode2;
pClass->Nodes.push_back(pNode);
}
//Calc Offsets...
DWORD offset = 0;
for (UINT i = 0; i < pClass->Nodes.size(); i++ )
{
pClass->Nodes[i]->offset = offset;
offset += pClass->Nodes[i]->GetMemorySize( );
}
//CNodeClassPtr* pClass2 = new CNodeClassPtr;
//pClass2->pClass = pClass;
//pClass->Nodes.push_back(pClass2);
//for (int i=0; i < 10; i++)
//{
// CNodeHex32* pNode = new CNodeHex32;
// pNode->offset = i * 4;
// pClass->Nodes.push_back(pNode);
//}
}
