void PartBase::InitializeEx(CComPtr<IMgaProject>& pProject, CComPtr<IMgaMetaPart>& pPart, CComPtr<IMgaFCO>& pFCO,
HWND parentWnd, PreferenceMap& preferences)
{
m_parentWnd = parentWnd;
Initialize(pProject, pPart, pFCO);
// HasViolations
if (m_spFCO) {
PreferenceMap::iterator it = preferences.find(PREF_VIOLATED);
if (it != preferences.end())
m_bHasViolation = it->second.uValue.bValue;
else
m_bHasViolation = getFacilities().getPreferenceStatus(m_spFCO, PREF_VIOLATED) == PS_HERE;
it = preferences.find(PREF_ITEMRESIZABLE);
if (it != preferences.end())
m_bResizable = it->second.uValue.bValue;
else
getFacilities().getPreference(m_spFCO, PREF_ITEMRESIZABLE, m_bResizable);
} else {
PreferenceMap::iterator it = preferences.find(PREF_ITEMSHADOWCAST);
if (it == preferences.end())
preferences[PREF_ITEMSHADOWCAST] = PreferenceVariant(false);
it = preferences.find(PREF_ITEMRESIZABLE);
if (it == preferences.end())
preferences[PREF_ITEMRESIZABLE] = PreferenceVariant(false);
}
m_lBorderWidth = 0;
}
void Clear ( const std::string& key )
{
PreferenceMap::iterator iter = preferences.find(key);
if (iter != preferences.end())
{
preferences.erase(iter);
}
}
// New functions
void InheritanceVectorPart::InitializeEx(CComPtr<IMgaProject>& pProject, CComPtr<IMgaMetaPart>& pPart, CComPtr<IMgaFCO>& pFCO,
HWND parentWnd, PreferenceMap& preferences)
{
TriangleVectorPart::InitializeEx(pProject, pPart, pFCO, parentWnd, preferences);
if (m_inheritanceType == ImplementationInheritance || m_inheritanceType == InterfaceInheritance) {
getFacilities().getMetaFCO(pPart, m_spMetaFCO);
bool bColor = false;
COLORREF crColor = COLOR_BLACK;
PreferenceMap::iterator it = preferences.find(PREF_COLOR);
if (it != preferences.end()) {
bColor = true;
crColor = it->second.uValue.crValue;
} else {
bColor = getFacilities().getPreference(pFCO, m_spMetaFCO, PREF_COLOR, crColor);
}
AbsoluteCoordCommand* colorCmd = new AbsoluteCoordCommand(crColor);
AbsoluteCoordCommand* grayedCmd = new AbsoluteCoordCommand(COLOR_GRAYED_OUT);
m_coordCommands.push_back(colorCmd);
m_coordCommands.push_back(grayedCmd);
unsigned long size = m_coordCommands.size();
AddCommand(VectorCommand(colorCmd, grayedCmd, VectorCommand::SelectBrush));
// Add four coordinates for the inner circle boundaries
ComplexCoordCommand* ellipseLeft = new ComplexCoordCommand(LeftMost, 0.5 - 0.25 * INHERITANCE_RATIO);
ellipseLeft->AddCommand(RightMost, 0.5 + 0.25 * INHERITANCE_RATIO, CoordAdd);
ellipseLeft->AddCommand(OneConstant, 1.0, CoordAdd); // correction in case of small sizes
ComplexCoordCommand* ellipseTop = new ComplexCoordCommand(TopMost, 1.0 / 3.0 - 0.25);
ellipseTop->AddCommand(BottomMost, 2.0 / 3.0 + 0.25, CoordAdd);
ComplexCoordCommand* ellipseRight = new ComplexCoordCommand(LeftMost, 0.5 + 0.25 * INHERITANCE_RATIO);
ellipseRight->AddCommand(RightMost, 0.5 - 0.25 * INHERITANCE_RATIO, CoordAdd);
ComplexCoordCommand* ellipseBottom = new ComplexCoordCommand(TopMost, 1.0 / 3.0 + 0.25);
ellipseBottom->AddCommand(BottomMost, 2.0 / 3.0 - 0.25, CoordAdd);
m_coordCommands.push_back(ellipseLeft);
m_coordCommands.push_back(ellipseTop);
m_coordCommands.push_back(ellipseRight);
m_coordCommands.push_back(ellipseBottom);
size = m_coordCommands.size();
if (m_inheritanceType == InterfaceInheritance)
AddCommand(VectorCommand(m_coordCommands[size - 4],
m_coordCommands[size - 3],
m_coordCommands[size - 2],
m_coordCommands[size - 1],
VectorCommand::DrawEllipse));
if (m_inheritanceType == ImplementationInheritance)
AddCommand(VectorCommand(m_coordCommands[size - 4],
m_coordCommands[size - 3],
m_coordCommands[size - 2],
m_coordCommands[size - 1],
VectorCommand::FillEllipse));
}
}
std::string Get ( const std::string& key, const std::string& defaultValue )
{
PreferenceMap::iterator iter = preferences.find(key);
if (iter == preferences.end())
{
return defaultValue;
}
else
{
return iter->second;
}
}