void PMXMLParser::parseChildObjects( QDomElement& e, PMObject* parent )
{
QDomNode c = e.firstChild( );
while( !c.isNull( ) )
{
if( c.isElement( ) )
{
QDomElement ce = c.toElement( );
PMPrototypeManager* m = m_pPart->prototypeManager( );
PMObject* obj = m->newObject( m->className( ce.tagName( ) ) );
if( obj )
{
PMXMLHelper hlp( ce, m_pPart, this,
m_majorDocumentFormat, m_minorDocumentFormat );
obj->readAttributes( hlp );
if( insertChild( obj, parent ) )
{
parseChildObjects( ce, obj );
if( obj->isA( "Declare" ) )
checkID( ( PMDeclare* ) obj );
}
else
delete obj;
}
else if( ce.tagName( ) != "extra_data" )
printError( i18n( "Unknown object %1" ).arg( ce.tagName( ) ) );
}
c = c.nextSibling( );
}
}
int PMObjectSelect::selectObject( PMObject* link,
const QStringList& t,
PMObject* & obj, QWidget* parent )
{
PMObject* last = link;
PMObject* scene;
bool stop = false;
bool found = false;
do
{
scene = last->parent( );
if( scene )
{
if( scene->type( ) == "Scene" )
{
last = last->prevSibling( );
stop = true;
found = true;
}
else
last = last->parent( );
}
else
stop = true;
}
while( !stop );
if( found )
{
PMObjectSelect s( parent );
PMObject* o = scene->firstChild( );
bool l = false;
while( o && !l && last )
{
if( t.findIndex( o->type( ) ) >= 0 )
s.m_pListBox->insertItem( new PMListBoxObject( o ) );
if( o == last )
l = true;
else
o = o->nextSibling( );
}
int result = s.exec( );
if( result == Accepted )
obj = s.selectedObject( );
return result;
}
else
kdError( PMArea ) << "PMObjectSelect: Link does not seem to be correctly inserted in the scene.\n";
return Rejected;
}
bool PMObject::isSelectable( )
{
bool is = true;
PMObject* o;
for( o = m_pParent; o && is; o = o->m_pParent )
if( o->isSelected( ) )
is = false;
return is;
}
double PMTextureMapBase::mapValue( const PMObject* obj ) const
{
PMObject* o = firstChild( );
QValueList<double>::ConstIterator it = m_mapValues.begin( );
while( o && ( o != obj ) )
{
if( o->type( ) == mapType( ) )
++it;
o = o->nextSibling( );
}
return *it;
}
QValueList<double>::Iterator PMTextureMapBase::valueForChild( PMObject* obj )
{
PMObject* o = firstChild( );
QValueList<double>::Iterator it = m_mapValues.begin( );
while( o && ( o != obj ) )
{
if( o->type( ) == mapType( ) )
++it;
o = o->nextSibling( );
}
return it;
}
PMObject* PMTextureMapBase::nextMapEntry( PMObject* o )
{
bool stop = false;
PMObject* result = o;
do
{
if( result == 0 )
result = firstChild( );
else
result = result->nextSibling( );
if( !result )
stop = true;
else if( result->type( ) == mapType( ) )
stop = true;
}
while( !stop );
return result;
}
int PMInsertRuleSystem::canInsert( const PMObject* parentObject,
const QStringList& list,
const PMObject* after )
{
if( list.size( ) == 1 )
{
// more efficient
if( canInsert( parentObject, list.first( ), after ) )
return 1;
else
return 0;
}
// find rules for target class
QPtrList<PMRuleTargetClass> targetClassList;
PMMetaObject* meta = parentObject->metaObject( );
for( ; meta; meta = meta->superClass( ) )
{
PMRuleTargetClass* tc = m_rulesDict.find( meta->className( ) );
if( tc )
targetClassList.append( tc );
}
if( targetClassList.isEmpty( ) )
return 0; // not rules found
// count already inserted children
QPtrListIterator<PMRuleTargetClass> tit( targetClassList );
for( ; tit.current( ); ++tit ) // ... for all target classes
{
QPtrListIterator<PMRule> rit = tit.current( )->rules( );
for( ; rit.current( ); ++rit ) // ... and all rules
{
rit.current( )->reset( );
bool afterInsertPoint = false;
PMObject* o = parentObject->firstChild( );
if( !after )
afterInsertPoint = true;
for( ; o; o = o->nextSibling( ) )
{
rit.current( )->countChild( o->className( ), afterInsertPoint );
if( o == after )
afterInsertPoint = true;
}
}
}
int number = 0;
QStringList::const_iterator oit;
for( oit = list.begin( ); oit != list.end( ); ++oit )
{
bool possible = false;
for( tit.toFirst( ); tit.current( ) && !possible; ++tit )
{
QPtrListIterator<PMRule> rit = tit.current( )->rules( );
for( ; rit.current( ) && !possible; ++rit )
{
PMRule* rule = rit.current( );
if( rule->matches( *oit ) )
possible = rule->evaluate( parentObject );
}
}
if( possible )
{
// object can be inserted, count it
for( ; tit.current( ); ++tit )
{
QPtrListIterator<PMRule> rit = tit.current( )->rules( );
for( ; rit.current( ); ++rit )
rit.current( )->countChild( *oit, false );
}
number++;
}
}
return number;
}
bool PMInsertRuleSystem::canInsert( const PMObject* parentObject,
const QString& className,
const PMObject* after,
const PMObjectList* objectsBetween )
{
bool possible = false;
// find rules for target class
PMMetaObject* meta = parentObject->metaObject( );
for( ; meta && !possible; meta = meta->superClass( ) )
{
PMRuleTargetClass* tc = m_rulesDict.find( meta->className( ) );
if( tc )
{
// check the exception list
QStringList exceptions = tc->exceptions( );
bool exceptionFound = false;
QStringList::ConstIterator it;
for( it = exceptions.begin( );
it != exceptions.end( ) && !exceptionFound; ++it )
if( parentObject->isA( *it ) )
exceptionFound = true;
if( !exceptionFound )
{
QPtrListIterator<PMRule> rit = tc->rules( );
// find matching rules for class name
for( ; rit.current( ) && !possible; ++rit )
{
PMRule* rule = rit.current( );
if( rule->matches( className ) )
{
// matching rule found
// reset the rule
rit.current( )->reset( );
// count already inserted child objects
bool afterInsertPoint = false;
PMObject* o = parentObject->firstChild( );
if( !after )
afterInsertPoint = true;
for( ; o; o = o->nextSibling( ) )
{
rule->countChild( o->className( ), afterInsertPoint );
if( o == after )
afterInsertPoint = true;
}
if( objectsBetween )
{
PMObjectListIterator it( *objectsBetween );
for( ; it.current( ); ++it )
rule->countChild( it.current( )->type( ), false );
}
// evaluate condition value
possible = rule->evaluate( parentObject );
}
}
}
}
}
return possible;
}
PMObjectDrag::PMObjectDrag( PMPart* part, const PMObjectList& objList, QWidget* dragSource,
const char* name )
: QDragObject( dragSource, name )
{
QByteArray modelerData;
QTextStream s2( modelerData, IO_WriteOnly );
QDomDocument doc( "KPOVMODELER" );
QDomElement top = doc.createElement( "objects" );
doc.appendChild( top );
top.setAttribute( "majorFormat", c_majorDocumentFormat );
top.setAttribute( "minorFormat", c_minorDocumentFormat );
PMObjectListIterator it( objList );
for( ; it.current( ); ++it )
{
if( it.current( )->type( ) == "Scene" )
{
PMObject* o = it.current( )->firstChild( );
for( ; o; o = o->nextSibling( ) )
{
QDomElement e = o->serialize( doc );
top.appendChild( e );
}
}
else
{
QDomElement e = it.current( )->serialize( doc );
top.appendChild( e );
}
}
s2 << doc;
m_data.push_back( modelerData );
m_mimeTypes.push_back( c_kpmDocumentMimeFormat );
const QPtrList<PMIOFormat>& formats = part->ioManager( )->formats( );
QPtrListIterator<PMIOFormat> fit( formats );
for( ; fit.current( ); ++fit )
{
if( fit.current( )->services( ) & PMIOFormat::Export )
{
QByteArray data;
QBuffer buffer( data );
buffer.open( IO_WriteOnly );
PMSerializer* ser = fit.current( )->newSerializer( &buffer );
if( ser )
{
ser->serializeList( objList );
ser->close( );
delete ser;
buffer.close( );
m_data.push_back( data );
m_mimeTypes.push_back( fit.current( )->mimeType( ) );
kdDebug( PMArea ) << "Added mime type " << fit.current( )->mimeType( )
<< " " << data.size( ) << " bytes" << endl;
}
else
kdError( PMArea ) << "Format claims to support exporting, but doesn't provide a serializer" << endl;
buffer.close( );
}
}
}
