QString UMLAttribute::toString(Uml::Signature_Type sig) {
QString s;
if(sig == Uml::st_ShowSig || sig == Uml::st_NoSig) {
s = m_Vis.toString(true) + ' ';
}
if(sig == Uml::st_ShowSig || sig == Uml::st_SigNoVis) {
// Determine whether the type name needs to be scoped.
UMLObject *owningObject = static_cast<UMLObject*>(parent());
if (owningObject->getBaseType() == Uml::ot_Operation) {
// The immediate parent() is the UMLOperation but we want
// the UMLClassifier:
owningObject = static_cast<UMLObject*>(owningObject->parent());
}
UMLClassifier *ownParent = dynamic_cast<UMLClassifier*>(owningObject);
if (ownParent == NULL) {
kError() << "UMLAttribute::toString: parent "
<< owningObject->getName()
<< " is not a UMLClassifier" << endl;
return "";
}
QString typeName;
UMLClassifier *type = UMLClassifierListItem::getType();
if (type) {
UMLPackage *typeScope = type->getUMLPackage();
if (typeScope != ownParent && typeScope != ownParent->getUMLPackage())
typeName = type->getFullyQualifiedName();
else
typeName = type->getName();
}
// The default direction, "in", is not mentioned.
// Perhaps we should include a pd_Unspecified in
// Uml::Parameter_Direction to have better control over this.
if (m_ParmKind == Uml::pd_InOut)
s += "inout ";
else if (m_ParmKind == Uml::pd_Out)
s += "out ";
// Construct the attribute text.
QString string = s + getName() + " : " + typeName;
if(m_InitialValue.length() > 0)
string += " = " + m_InitialValue;
return string;
}
return s + getName();
}
QString UMLAttribute::getFullyQualifiedName( const QString& separator,
bool includeRoot /* = false */) const {
UMLOperation *op = NULL;
UMLObject *owningObject = static_cast<UMLObject*>(parent());
if (owningObject->getBaseType() == Uml::ot_Operation) {
op = static_cast<UMLOperation*>(owningObject);
owningObject = static_cast<UMLObject*>(owningObject->parent());
}
UMLClassifier *ownParent = dynamic_cast<UMLClassifier*>(owningObject);
if (ownParent == NULL) {
kError() << "UMLAttribute::getFullyQualifiedName(" << m_Name
<< "): parent " << owningObject->getName()
<< " is not a UMLClassifier" << endl;
return "";
}
QString tempSeparator = separator;
if (tempSeparator.isEmpty())
tempSeparator = UMLApp::app()->activeLanguageScopeSeparator();
QString fqn = ownParent->getFullyQualifiedName(tempSeparator, includeRoot);
if (op)
fqn.append(tempSeparator + op->getName());
fqn.append(tempSeparator + m_Name);
return fqn;
}
/**
* Creates a UMLObject.
* @param other object to created from
*/
UMLObject::UMLObject(const UMLObject &other)
: QObject(other.parent())
{
other.copyInto(this);
}
int UMLListViewItem::compare(QTreeWidgetItem *other, int col, bool ascending) const
{
UMLListViewItem *ulvi = static_cast<UMLListViewItem*>(other);
ListViewType ourType = type();
ListViewType otherType = ulvi->type();
if (ourType < otherType)
return -1;
if (ourType > otherType)
return 1;
// ourType == otherType
const bool subItem = Model_Utils::typeIsClassifierList(ourType);
const int alphaOrder = key(col, ascending).compare(other->key(col, ascending));
int retval = 0;
QString dbgPfx = "compare(type=" + QString::number((int)ourType)
+ ", self=" + text() + ", other=" + ulvi->text()
+ "): return ";
UMLObject *otherObj = ulvi->umlObject();
if (m_object == 0) {
retval = (subItem ? 1 : alphaOrder);
#ifdef DEBUG_LVITEM_INSERTION_ORDER
DEBUG(DBG_LVI) << dbgPfx << retval << " because (m_object==0)";
#endif
return retval;
}
if (otherObj == 0) {
retval = (subItem ? -1 : alphaOrder);
#ifdef DEBUG_LVITEM_INSERTION_ORDER
DEBUG(DBG_LVI) << dbgPfx << retval << " because (otherObj==0)";
#endif
return retval;
}
UMLClassifier *ourParent = dynamic_cast<UMLClassifier*>(m_object->parent());
UMLClassifier *otherParent = dynamic_cast<UMLClassifier*>(otherObj->parent());
if (ourParent == 0) {
retval = (subItem ? 1 : alphaOrder);
#ifdef DEBUG_LVITEM_INSERTION_ORDER
DEBUG(DBG_LVI) << dbgPfx << retval << " because (ourParent==0)";
#endif
return retval;
}
if (otherParent == 0) {
retval = (subItem ? -1 : alphaOrder);
#ifdef DEBUG_LVITEM_INSERTION_ORDER
DEBUG(DBG_LVI) << dbgPfx << retval << " because (otherParent==0)";
#endif
return retval;
}
if (ourParent != otherParent) {
retval = (subItem ? 0 : alphaOrder);
#ifdef DEBUG_LVITEM_INSERTION_ORDER
DEBUG(DBG_LVI) << dbgPfx << retval << " because (ourParent != otherParent)";
#endif
return retval;
}
UMLClassifierListItem *thisUmlItem = dynamic_cast<UMLClassifierListItem*>(m_object);
UMLClassifierListItem *otherUmlItem = dynamic_cast<UMLClassifierListItem*>(otherObj);
if (thisUmlItem == 0) {
retval = (subItem ? 1 : alphaOrder);
#ifdef DEBUG_LVITEM_INSERTION_ORDER
DEBUG(DBG_LVI) << dbgPfx << retval << " because (thisUmlItem==0)";
#endif
return retval;
}
if (otherUmlItem == 0) {
retval = (subItem ? -1 : alphaOrder);
#ifdef DEBUG_LVITEM_INSERTION_ORDER
DEBUG(DBG_LVI) << dbgPfx << retval << " because (otherUmlItem==0)";
#endif
return retval;
}
UMLClassifierListItemList items = ourParent->getFilteredList(thisUmlItem->baseType());
int myIndex = items.indexOf(thisUmlItem);
int otherIndex = items.indexOf(otherUmlItem);
if (myIndex < 0) {
retval = (subItem ? -1 : alphaOrder);
uError() << dbgPfx << retval << " because (myIndex < 0)";
return retval;
}
if (otherIndex < 0) {
retval = (subItem ? 1 : alphaOrder);
uError() << dbgPfx << retval << " because (otherIndex < 0)";
return retval;
}
return (myIndex < otherIndex ? -1 : myIndex > otherIndex ? 1 : 0);
}
