kio Globals


Annotated List
Files
Globals
Hierarchy
Index

kfileitem.h

ksycocafactory.h

ksycocatype.h

ktraderparse.h

ktraderparsetree.h

ktypecode.h

slaveinterface.h

yacc.h

Global member Documentation

typedef QList<KFileItem> KFileItemList

#include <kfileitem.h>

List of KFileItems

typedef QListIterator<KFileItem> KFileItemListIterator

#include <kfileitem.h>

Iterator for KFileItemList

typedef QDict<KSycocaEntry::Ptr> KSycocaEntryDict

#include <ksycocafactory.h>

enum KSycocaType {KST_KSycocaEntry = 0, KST_KService = 1, KST_KServiceType = 2, KST_KMimeType = 3, KST_KFolderType = 4, KST_KDEDesktopMimeType = 5, KST_KExecMimeType = 6, KST_KServiceGroup = 7, KST_KImageIOFormat = 8, KST_KProtocolInfo = 9, KST_KCustom = 1000 }

#include <ksycocatype.h>

A KSycocaType is a code (out of the KSycocaType enum) assigned to each class type derived from KSycocaEntry . To use it, call the macro K_SYCOCATYPE( your_typecode, parent_class ) at the top of your class definition.

enum KSycocaFactoryId {KST_KServiceFactory = 1, KST_KServiceTypeFactory = 2, KST_KServiceGroupFactory = 3, KST_KImageIO = 4, KST_KProtocolInfoFactory = 5, KST_CTimeInfo = 100 }

#include <ksycocatype.h>

A KSycocaFactoryId is a code (out of the KSycocaFactoryId enum) assigned to each class type derived from KSycocaFactory. To use it, call the macro K_SYCOCAFACTORY( your_factory_id ) at the top of your class definition.

void  setParseTree ( void *_ptr1 )

#include <ktraderparse.h>

Functions definition for yacc

void*  newOR ( void *_ptr1, void *_ptr2 )

#include <ktraderparse.h>

void*  newAND ( void *_ptr1, void *_ptr2 )

#include <ktraderparse.h>

void*  newCMP ( void *_ptr1, void *_ptr2, int _i )

#include <ktraderparse.h>

void*  newIN ( void *_ptr1, void *_ptr2 )

#include <ktraderparse.h>

void*  newMATCH ( void *_ptr1, void *_ptr2 )

#include <ktraderparse.h>

void*  newCALC ( void *_ptr1, void *_ptr2, int _i )

#include <ktraderparse.h>

void*  newBRACKETS ( void *_ptr1 )

#include <ktraderparse.h>

void*  newNOT ( void *_ptr1 )

#include <ktraderparse.h>

void*  newEXIST ( char *_ptr1 )

#include <ktraderparse.h>

void*  newID ( char *_ptr1 )

#include <ktraderparse.h>

void*  newSTRING ( char *_ptr1 )

#include <ktraderparse.h>

void*  newNUM ( int _i )

#include <ktraderparse.h>

void*  newFLOAT ( float _f )

#include <ktraderparse.h>

void*  newBOOL ( char _b )

#include <ktraderparse.h>

void*  newWITH ( void *_ptr1 )

#include <ktraderparse.h>

void*  newMAX ( void *_ptr1 )

#include <ktraderparse.h>

void*  newMIN ( void *_ptr1 )

#include <ktraderparse.h>

void*  newMAX2 ( char *_id )

#include <ktraderparse.h>

void*  newMIN2 ( char *_id )

#include <ktraderparse.h>

void*  newFIRST ()

#include <ktraderparse.h>

void*  newRANDOM ()

#include <ktraderparse.h>

int  matchConstraint ( const ParseTreeBase *_tree, const KService::Ptr &, const KServiceTypeProfile::OfferList& )

#include <ktraderparsetree.h>

Returns: 0 => Does not match 1 => Does match <0 => Error

PreferencesReturn  matchPreferences ( const ParseTreeBase *_tree, const KService::Ptr &, const KServiceTypeProfile::OfferList& )

#include <ktraderparsetree.h>

Returns: 1 on success or <0 on Error

ParseTreeBase::Ptr  parseConstraints ( const QString& _constr )

#include <ktraderparsetree.h>

ParseTreeBase::Ptr  parsePreferences ( const QString& _prefs )

#include <ktraderparsetree.h>

enum KTypeCode {TC_KService = 1, TC_KServiceType = 2, TC_KMimeType = 3, TC_KFolderType = 4, TC_KDEDesktopMimeType = 5, TC_KExecMimeType = 6, TC_KCustom = 1000 }

#include <ktypecode.h>

A TypeCode is a code (out of the KTypeCode enum) assigned to a class type To use it, call the macro K_TYPECODE( wanted_typecode ) somewhere in the class definition.

inline QDataStreamoperator >> (QDataStream &s, KIO::UDSAtom &a )

#include <slaveinterface.h>

inline QDataStreamoperator << (QDataStream &s, const KIO::UDSAtom &a )

#include <slaveinterface.h>

typedef union YYSTYPE

#include <yacc.h>


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