void ScriptInterpreter::putDOMObjectForDocument( DOM::DocumentImpl* documentHandle, void *objectHandle, DOMObject *obj )
{
QPtrDict<DOMObject> *documentDict = (QPtrDict<DOMObject> *)domObjectsPerDocument()[documentHandle];
if (!documentDict) {
documentDict = new QPtrDict<DOMObject>();
domObjectsPerDocument().insert(documentHandle, documentDict);
}
documentDict->insert( objectHandle, obj );
}
CSSMappedAttributeDeclarationImpl* HTMLElementImpl::getMappedAttributeDecl(MappedAttributeEntry entryType, AttributeImpl* attr)
{
if (!m_mappedAttributeDecls)
return 0;
QPtrDict<QPtrDict<CSSMappedAttributeDeclarationImpl> >* attrNameDict = m_mappedAttributeDecls->find((void*)entryType);
if (attrNameDict) {
QPtrDict<CSSMappedAttributeDeclarationImpl>* attrValueDict = attrNameDict->find((void*)attr->id());
if (attrValueDict)
return attrValueDict->find(attr->value().implementation());
}
return 0;
}
void HTMLElementImpl::removeMappedAttributeDecl(MappedAttributeEntry entryType, NodeImpl::Id attrName, const AtomicString& attrValue)
{
if (!m_mappedAttributeDecls)
return;
QPtrDict<QPtrDict<CSSMappedAttributeDeclarationImpl> >* attrNameDict = m_mappedAttributeDecls->find((void*)entryType);
if (!attrNameDict)
return;
QPtrDict<CSSMappedAttributeDeclarationImpl>* attrValueDict = attrNameDict->find((void*)attrName);
if (!attrValueDict)
return;
attrValueDict->remove(attrValue.implementation());
}
void TEDemo::addSession(TESession* s)
{
session_no += 1;
no2session.insert(session_no,s);
session2no.insert(s,(void*)session_no);
m_sessions->insertItem(s->Title(), session_no);
}
void TEDemo::font_menu_activated(int item)
{
assert(se);
se->setFontNo(item);
activateSession((int)session2no.find(se)); // for attribute change
// setFont(item) is probably enough
}
void TEDemo::schema_menu_activated(int item)
{
assert(se);
//FIXME: save schema name
se->setSchemaNo(item);
activateSession((int)session2no.find(se)); // for attribute change
// setSchema(item) is probably enough
}
void TEDemo::runSession(TESession* s)
{
int session_no = (int)session2no.find(s);
activateSession(session_no);
// give some time to get through the
// resize events before starting up.
QTimer::singleShot(100,s,SLOT(run()));
}
void TEDemo::doneSession(TESession* s, int status)
{
//printf("%s(%d): Exited:%d ExitStatus:%d\n",__FILE__,__LINE__,WIFEXITED(status),WEXITSTATUS(status));
#if 0 // die silently
if (!WIFEXITED((status)) || WEXITSTATUS((status)))
{
QString str;
//FIXME: "Title" is not a precise locator for the message.
// The command would be better.
str.sprintf(i18n("`%s' terminated abnormally."), s->Title());
if (WIFEXITED((status)))
{char rcs[100]; sprintf(rcs,"%d.\n",WEXITSTATUS((status)));
str = str + i18n("\nReturn code = ") + rcs;
}
KMsgBox::message( this, i18n("Error"), str, KMsgBox::EXCLAMATION );
}
#endif
int no = (int)session2no.find(s);
if (!no) return; // oops
no2session.remove(no);
session2no.remove(s);
m_sessions->removeItem(no);
s->setConnect(FALSE);
// This slot (doneSession) is activated from the Shell when receiving a
// SIGCHLD. A lot is done during the signal handler, apparently deleting
// the Shell additionally, is sometimes too much, causing something
// to get messed up in rare cases. The following causes delete not to
// be called from within the signal handler.
QTimer::singleShot(100,s,SLOT(terminate()));
if (s == se)
{ // pick a new session
se = NULL;
QIntDictIterator<TESession> it( no2session );
if ( it.current() )
activateSession(it.currentKey());
else
kapp->quit();
}
}
KJSO KJS::getDOMCSSStyleDeclaration(DOM::CSSStyleDeclaration s)
{
DOMCSSStyleDeclaration *ret;
if (s.isNull())
return Null();
else if ((ret = domCSSStyleDeclarations[s.handle()]))
return ret;
else {
ret = new DOMCSSStyleDeclaration(s);
domCSSStyleDeclarations.insert(s.handle(),ret);
return ret;
}
}
void HTMLElementImpl::setMappedAttributeDecl(MappedAttributeEntry entryType, AttributeImpl* attr, CSSMappedAttributeDeclarationImpl* decl)
{
if (!m_mappedAttributeDecls)
m_mappedAttributeDecls = new QPtrDict<QPtrDict<QPtrDict<CSSMappedAttributeDeclarationImpl> > >;
QPtrDict<CSSMappedAttributeDeclarationImpl>* attrValueDict = 0;
QPtrDict<QPtrDict<CSSMappedAttributeDeclarationImpl> >* attrNameDict = m_mappedAttributeDecls->find((void*)entryType);
if (!attrNameDict) {
attrNameDict = new QPtrDict<QPtrDict<CSSMappedAttributeDeclarationImpl> >;
attrNameDict->setAutoDelete(true);
m_mappedAttributeDecls->insert((void*)entryType, attrNameDict);
}
else
attrValueDict = attrNameDict->find((void*)attr->id());
if (!attrValueDict) {
attrValueDict = new QPtrDict<CSSMappedAttributeDeclarationImpl>;
if (entryType == ePersistent)
attrValueDict->setAutoDelete(true);
attrNameDict->insert((void*)attr->id(), attrValueDict);
}
attrValueDict->replace(attr->value().implementation(), decl);
}
void TEDemo::activateSession(int sn)
{
TESession* s = no2session.find(sn);
if (se)
{
se->setConnect(FALSE);
int no = (int)session2no.find(se);
m_sessions->setItemChecked(no,FALSE);
}
se = s;
if (!s) { fprintf(stderr,"session not found\n"); return; } // oops
m_sessions->setItemChecked(sn,TRUE);
setSchema(s->schemaNo()); //FIXME: creates flicker? Do only if differs
//Set Font. Now setConnect should do the appropriate action.
//if the size has changed, a resize event (noticable to the application)
//should happen. Else, we could even start the application
s->setConnect(TRUE); // does a bulkShow (setImage)
setFont(s->fontNo()); //FIXME: creates flicker?
//FIXME: check here if we're still alife.
// if not, quit, otherwise,
// start propagating quit.
title = s->Title(); // take title from current session
setHeader();
}
bool
ICalReport::generate()
{
#if KDE_IS_VERSION(3,4,89)
KCal::CalendarLocal cal("UTC");
#else
KCal::CalendarLocal cal;
#endif
if( !open())
{
tjWarning(i18n("Can not open ICal File '%1' for writing!")
.arg(fileName));
return false;
}
TaskList filteredList;
if (!filterTaskList(filteredList, 0, getHideTask(), getRollUpTask()))
return false;
// Make sure that parents are in front of childs. We need this later to set
// the relation.
filteredList.setSorting(CoreAttributesList::TreeMode, 0);
filteredList.setSorting(CoreAttributesList::StartUp, 1);
sortTaskList(filteredList);
ResourceList filteredResourceList;
if (!filterResourceList(filteredResourceList, 0, hideResource,
rollUpResource))
return false;
sortResourceList(filteredResourceList);
QPtrDict<KCal::Todo> toDoDict;
QPtrDict<KCal::Event> eventDict;
for (TaskListIterator tli(filteredList); *tli != 0; ++tli)
{
// Generate a TODO item for each task.
KCal::Todo* todo = generateTODO(*tli, filteredResourceList);
// In case we have the parent in the list set the relation pointer.
if((*tli)->getParent() && toDoDict.find((*tli)->getParent()))
todo->setRelatedTo(toDoDict[(*tli)->getParent()]);
// Insert the just created TODO into the calendar.
cal.addTodo(todo);
// Insert the TODO into the dict. We might need it as a parent.
toDoDict.insert(*tli, todo);
if ((*tli)->isLeaf() && !(*tli)->isMilestone())
{
// Generate an event item for each task.
KCal::Event* event = generateEvent(*tli, filteredResourceList);
// In case we have the parent in the list set the relation pointer.
if((*tli)->getParent() && eventDict.find((*tli)->getParent()))
event->setRelatedTo(eventDict[(*tli)->getParent()]);
// Insert the just created EVENT into the calendar.
cal.addEvent(event);
// Insert the EVENT into the dict. We might need it as a parent.
eventDict.insert(*tli, event);
}
}
// Dump the calendar in ICal format into a text file.
KCal::ICalFormat format;
s << format.toString(&cal) << endl;
return close();
}
DOMCSSStyleDeclaration::~DOMCSSStyleDeclaration()
{
domCSSStyleDeclarations.remove(styleDecl.handle());
}
bool QWhatsThisPrivate::eventFilter( QObject * o, QEvent * e )
{
if ( !o || !e )
return FALSE;
switch( state ) {
case FinalPress:
if( e->type() == Event_MouseButtonRelease ) {
state = Inactive;
qApp->removeEventFilter( this );
if ( whatsThat )
whatsThat->hide();
return TRUE;
} else if ( e->type() == Event_MouseMove ) {
return TRUE;
}
break;
case Displaying:
if ( e->type() == Event_MouseButtonPress ) {
if ( !qstrcmp( "QWhatsThisPrivate::Button", o->className() ) ) {
state = Inactive;
qApp->removeEventFilter( this );
} else {
state = FinalPress;
}
if ( whatsThat )
whatsThat->hide();
return TRUE;
} else if ( e->type() == Event_MouseButtonRelease ||
e->type() == Event_MouseMove ) {
return TRUE;
} else if ( e->type() == Event_Accel ) {
if ( whatsThat )
whatsThat->hide();
((QKeyEvent *)e)->accept();
state = Inactive;
qApp->removeEventFilter( this );
} else if ( e->type() == Event_FocusOut ||
e->type() == Event_FocusIn ) {
if ( whatsThat )
whatsThat->hide();
state = Inactive;
qApp->removeEventFilter( this );
}
break;
case Waiting:
if ( e->type() == Event_MouseButtonPress && o->isWidgetType() ) {
QWidget * w = (QWidget *) o;
QWhatsThisPrivate::Item * i = 0;
while( w && !i ) {
i = dict->find( w );
if ( !i )
w = w->parentWidget();
}
QPtrDictIterator<Button> it( *(wt->buttons) );
Button * b;
while( (b=it.current()) != 0 ) {
++it;
b->setOn( FALSE );
}
if ( i ) {
state = Displaying;
say( w, i->s );
} else {
state = FinalPress;
}
QApplication::restoreOverrideCursor();
return TRUE;
} else if ( e->type() == Event_MouseButtonPress ||
e->type() == Event_MouseMove ) {
return TRUE;
} else if (e->type() == Event_Accel ||
e->type() == Event_KeyPress ) {
QPtrDictIterator<Button> it( *(wt->buttons) );
Button * b;
while( (b=it.current()) != 0 ) {
++it;
b->setOn( FALSE );
}
QApplication::restoreOverrideCursor();
state = Inactive;
qApp->removeEventFilter( this );
}
break;
case Inactive:
if ( e->type() == Event_Accel &&
((QKeyEvent *)e)->key() == Key_F1 &&
!o->parent() &&
o->isWidgetType() &&
((QKeyEvent *)e)->state() == ShiftButton ) {
QWidget * w = ((QWidget *)o)->focusWidget();
QWhatsThisPrivate::Item * i = 0;
if ( w && (i=dict->find( w )) != 0 && i->s ) {
say( w, i->s );
state = Displaying;
qApp->installEventFilter( this );
((QKeyEvent *)e)->accept();
return TRUE;
}
}
break;
}
return FALSE;
}
