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//
// C++ Implementation: kmfprotocolcategory
//
// Description:
//
//
// Author: Christian Hubinger <chubinger@irrsinnig.org>, (C) 2007
//
// Copyright: See COPYING file that comes with this distribution
//
//
#include "kmfprotocolcategory.h"
// TQt includes
#include <tqdom.h>
// KDE includes
#include <kdebug.h>
#include <tdelocale.h>
// Project includes
#include "kmfundoengine.h"
#include "kmfprotocol.h"
#include "kmfprotocollibrary.h"
#include "xmlnames.h"
namespace KMF {
/* Never Ever Change This Uuids! */
const TQUuid& KMFProtocolCategory::customCategoryUuid() {
return *(new TQUuid( "{9758012f-e2a0-4594-938f-c154a7078752}" ) );
};
const TQUuid& KMFProtocolCategory::miscCategoryUuid() {
return *(new TQUuid( "{02e7113c-535d-447d-8a25-5c9e89fd3f79}" ) );
};
KMFProtocolCategory* KMFProtocolCategory::createCategory( const TQString& name ) {
KMFProtocolCategory* cat = new KMFProtocolCategory( 0, name.latin1() );
cat->setName( name );
return cat;
}
KMFProtocol* KMFProtocolCategory::createProtocol( const TQString& name ) {
KMFProtocol* prot = new KMFProtocol( this, name.latin1() );
addProtocol( prot );
return prot;
}
KMFProtocolCategory* KMFProtocolCategory::getCustomCategory() {
KMFProtocolCategory* catCustom = KMFProtocolLibrary::instance()->findCategory( KMFProtocolCategory::customCategoryUuid() );
if ( ! catCustom ) {
catCustom = KMFProtocolCategory::createCategory( i18n("Custom Protocols") );
catCustom->setUuid( KMFProtocolCategory::customCategoryUuid().toString() );
}
return catCustom;
}
KMFProtocolCategory::KMFProtocolCategory ( NetfilterObject* parent, const char* name ) : NetfilterObject ( parent, name ) {
// m_protocols;
}
KMFProtocolCategory::~KMFProtocolCategory() {}
int KMFProtocolCategory::type() {
return NetfilterObject::PROTOCOLCATEGORY;
}
void KMFProtocolCategory::clear() {
}
TQValueList<KMFProtocol*>& KMFProtocolCategory::protocols() const {
TQValueList<KMFProtocol*>* ret_val = new TQValueList<KMFProtocol*>;
*ret_val = m_protocols;
return *ret_val;
}
KMFProtocol* KMFProtocolCategory::findProtocolByName ( const TQString& name ) const {
// kdDebug() << "KMFProtocol* KMFProtocolCategory::findProtocolByName( const TQString& name ) const" << endl;
TQValueList< KMFProtocol* >::const_iterator it;
for ( it = m_protocols.constBegin(); it != m_protocols.constEnd(); ++it ) {
KMFProtocol *p = *it;
if ( p->name() == name ) {
return p;
}
}
return 0;
}
KMFProtocol* KMFProtocolCategory::findProtocolByUuid ( const TQUuid& uuid ) const {
// kdDebug() << "KMFProtocol* KMFProtocolCategory::findProtocolByUuid( const TQUuid& uuid ) const" << endl;
TQValueList< KMFProtocol* >::const_iterator it;
for ( it = m_protocols.constBegin(); it != m_protocols.constEnd(); ++it ) {
KMFProtocol *p = *it;
if ( p->uuid() == uuid ) {
return p;
}
}
return 0;
}
KMFProtocol* KMFProtocolCategory::addProtocol ( KMFProtocol* proto ) {
// kdDebug() << "KMFProtocol* KMFProtocolCategory::addProtocol( KMFProtocol* " << proto->name() << " )" << endl;
// proto->category()->delProtocol( proto );
m_protocols.append ( proto );
proto->setCategory( this );
return proto;
}
void KMFProtocolCategory::delProtocol ( KMFProtocol* prot, bool destructive = false ) {
// kdDebug() << "void KMFProtocolCategory::delProtocol( KMFProtocol* prot )" << endl;
TQValueList<KMFProtocol*>::iterator it;
for ( it = m_protocols.begin(); it != m_protocols.end(); ++it ) {
KMFProtocol *p = *it;
if ( p->name() == prot->name() ) {
kdDebug() << "Delete protocol: " << prot->name() << " from category: " << name() << endl;
m_protocols.remove( p );
if ( destructive ) {
p->deleteLater();
}
changed();
return;
}
}
changed();
}
void KMFProtocolCategory::slotOnProtocolDeleted( TQObject* prot ) {
kdDebug() << "KMFProtocolCategory::slotOnProtocolDeleted( TQObject* )" << endl;
TQValueList<KMFProtocol*>::iterator it;
for ( it = m_protocols.begin(); it != m_protocols.end(); ++it ) {
KMFProtocol *p = *it;
if ( p == prot ) {
kdDebug() << "Delete protocol from category: " << name() << endl;
m_protocols.remove( p );
changed();
return;
}
}
// deleteLater();
}
const TQDomDocument& KMFProtocolCategory::getDOMTree() {
kdDebug() << "const TQDomDocument& KMFProtocolCategory::getDOMTree() " << endl;
TQDomDocument doc;
TQDomElement root = doc.createElement ( XML::ProtocolCategory_Element );
NetfilterObject::saveUuid ( root );
root.setAttribute ( XML::Name_Attribute, name() );
root.setAttribute ( XML::Description_Attribute, description() );
TQValueList< KMFProtocol* >::iterator it;
for ( it = m_protocols.begin(); it != m_protocols.end(); ++it ) {
KMFProtocol* p = *it;
if ( p->customProtocol() ) {
root.appendChild ( (*it)->getDOMTree( ) );
}
}
doc.appendChild ( root );
return * ( new TQDomDocument ( doc ) );
}
void KMFProtocolCategory::loadXML ( const TQDomDocument& doc, TQStringList& errors ) {
// kdDebug() << "void KMFProtocolCategory::loadXML( const TQDomDocument& )" << endl;
TQDomElement root = doc.documentElement();
loadXML ( root, errors );
}
void KMFProtocolCategory::loadXML ( TQDomNode root, TQStringList& errors ) {
// kdDebug() << "void KMFProtocolCategory::loadXML( TQDomNode root )" << endl;
NetfilterObject::loadUuid ( root, errors );
setName( root.toElement().attribute ( XML::Name_Attribute ) );
setDescription( root.toElement().attribute ( XML::Description_Attribute ) );
TQValueList< KMFProtocol* > xmlDefinedProtocols;
TQDomNode curr = root.firstChild();
while ( !curr.isNull() ) {
if ( curr.isElement() && ( curr.nodeName() == XML::Protocol_Element ) ) {
TQString name = curr.toElement().attribute ( XML::Name_Attribute );
TQString uuid = curr.toElement().attribute ( XML::Uuid_Attribute );
KMFProtocol *p = findProtocolByUuid( uuid );
if ( ! p ) {
p = createProtocol( name );
kdDebug() << " + + Register Protocol: " << name << " with uuid: " << uuid << endl;
TQDomDocument protocol;
protocol.appendChild( curr.cloneNode( true ) );
TQStringList *errors = new TQStringList();
p->loadXML( protocol, *errors );
}
xmlDefinedProtocols.append ( p );
}
// if ( curr.isElement() && ( curr.nodeName() == XML::ProtocolUsage_Element ) ) {
// TQString uuid = curr.toElement().attribute ( XML::ProtocolUuid_Attribute );
// KMFProtocol *p = findProtocolByUuid( uuid );
// if ( ! p ) {
// p = createProtocol( curr.toElement().attribute ( XML::Name_Attribute ) );
// TQDomDocument protocol;
// protocol.appendChild( curr.cloneNode( true ) );
// TQStringList *errors = new TQStringList();
// p->loadXML( protocol, *errors );
// }
// xmlDefinedProtocols.append ( p );
// }
curr = curr.nextSibling();
}
// {
// TQValueList< KMFProtocol* >& allprotocols = protocols();
// TQValueList< KMFProtocol* >::iterator itAllProtocols;
// for ( itAllProtocols = allprotocols.begin(); itAllProtocols != allprotocols.end(); ++itAllProtocols ) {
// KMFProtocol *oldProtocol = *itAllProtocols;
//
// bool found = false;
// TQValueList< KMFProtocol* >::iterator itProtocols;
// for ( itProtocols = xmlDefinedProtocols.begin(); itProtocols != xmlDefinedProtocols.end() && ! found; ++itProtocols ) {
// KMFProtocol* p = *itProtocols;
// if ( p == oldProtocol ) {
// found = true;
// }
// }
//
// if ( ! found ) {
// KMFUndoEngine::instance()->log ( i18n ( "Removing unused protocol: %1" ).arg ( oldProtocol->name() ), KMFError::OK, this );
// delProtocol ( oldProtocol );
// }
// }
// }
changed();
}
}
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