/* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- */ /************************************************************************* * * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER. * * Copyright 2000, 2010 Oracle and/or its affiliates. * * OpenOffice.org - a multi-platform office productivity suite * * This file is part of OpenOffice.org. * * OpenOffice.org is free software: you can redistribute it and/or modify * it under the terms of the GNU Lesser General Public License version 3 * only, as published by the Free Software Foundation. * * OpenOffice.org is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU Lesser General Public License version 3 for more details * (a copy is included in the LICENSE file that accompanied this code). * * You should have received a copy of the GNU Lesser General Public License * version 3 along with OpenOffice.org. If not, see * * for a copy of the LGPLv3 License. * ************************************************************************/ // MARKER(update_precomp.py): autogen include statement, do not remove #include "precompiled_automation.hxx" #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include // Hat keinen Includeschutz #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include "statemnt.hxx" #include "scmdstrm.hxx" #include "retstrm.hxx" #if OSL_DEBUG_LEVEL > 1 # include "editwin.hxx" #endif #include "rcontrol.hxx" #include #include "testtool.hxx" #include "profiler.hxx" #include "recorder.hxx" #include "testtool.hrc" #include #include using namespace com::sun::star::frame; using namespace com::sun::star::uno; using namespace com::sun::star::beans; using namespace svt; #ifndef SBX_VALUE_DECL_DEFINED #define SBX_VALUE_DECL_DEFINED SV_DECL_REF(SbxValue) #endif SV_IMPL_REF(SbxValue) CommunicationLink *StatementFlow::pCommLink = NULL; sal_Bool StatementFlow::bUseIPC = sal_True; sal_Bool StatementFlow::bSending = sal_False; ImplRemoteControl *StatementFlow::pRemoteControl = NULL; sal_uInt16 StatementCommand::nDirPos = 0; Dir *StatementCommand::pDir = NULL; pfunc_osl_printDebugMessage StatementCommand::pOriginal_osl_DebugMessageFunc = NULL; #define SET_WINP_CLOSING(pWin) \ pWindowWaitPointer = pWin; \ aWindowWaitUId = pControl->GetUniqueOrHelpId(); \ aWindowWaitOldHelpId = pWin->GetHelpId(); \ aWindowWaitOldUniqueId = pWin->GetUniqueId(); \ pWin->SetHelpId( rtl::OString("TT_Win_is_closing_HID") ); \ pWin->SetUniqueId( rtl::OString("TT_Win_is_closing_UID") ); StatementFlow::StatementFlow( StatementList *pAfterThis, sal_uInt16 nArtP ) : nArt(nArtP) , nParams(0) , nSNr1(0) , nLNr1(0) , aString1() , bBool1(sal_False) { QueStatement( pAfterThis ); } StatementFlow::StatementFlow( sal_uLong nServiceId, SCmdStream *pCmdIn, ImplRemoteControl *pRC ) : nArt(0) , nParams(0) , nSNr1(0) , nLNr1(0) , aString1() , bBool1(sal_False) { QueStatement( NULL ); bUseIPC = (nServiceId == SI_IPCCommandBlock); pRemoteControl = pRC; pCmdIn->Read( nArt ); pCmdIn->Read( nParams ); if( nParams & PARAM_UINT16_1 ) pCmdIn->Read( nSNr1 ); if( nParams & PARAM_UINT32_1 ) pCmdIn->Read( nLNr1 ); if( nParams & PARAM_STR_1 ) pCmdIn->Read( aString1 ); if( nParams & PARAM_BOOL_1 ) pCmdIn->Read( bBool1 );// Should NEVER happen #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Reading FlowControl: " ); m_pDbgWin->AddText( String::CreateFromInt32( nArt ) ); m_pDbgWin->AddText( " Params:" ); if( nParams & PARAM_UINT16_1 ) {m_pDbgWin->AddText( " n1:" );m_pDbgWin->AddText( String::CreateFromInt32( nSNr1 ) );} if( nParams & PARAM_UINT32_1 ) {m_pDbgWin->AddText( " l1:" );m_pDbgWin->AddText( String::CreateFromInt64( nLNr1 ) );} if( nParams & PARAM_STR_1 ) {m_pDbgWin->AddText( " s1:" );m_pDbgWin->AddText( aString1 );} if( nParams & PARAM_BOOL_1 ) {m_pDbgWin->AddText( " b2:" );m_pDbgWin->AddText( bBool1 ? "TRUE" : "FALSE" );} m_pDbgWin->AddText( "\n" ); #endif } void StatementFlow::SendViaSocket() { if ( bSending ) { #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "SendViaSocket called recursively. Aborted!!!\n" ); #endif OSL_FAIL("SendViaSocket called recursively. Aborted!!!"); return; } bSending = sal_True; if ( pCommLink ) { if ( !pCommLink->TransferDataStream( pRet->GetStream() ) ) // tritt ein Fehler auf, so wird sofort gel�scht ... pCommLink = NULL; } else { // Macht nix. Wenn das Basic nicht mehr da ist, ist sowiso alles egal OSL_FAIL("Cannot send results to TestTool"); } pRet->Reset(); bSending = sal_False; IsError = sal_False; } sal_Bool StatementFlow::Execute() { #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Executing Flow: " ); m_pDbgWin->AddText( String::CreateFromInt32( nArt ) ); m_pDbgWin->AddText( "\n" ); #endif switch ( nArt ) { case F_EndCommandBlock: { if ( !bUseIPC ) { // bBool1 wurde im CTOR auf sal_False initialisiert if ( !bBool1 ) // also erster Durchlauf { pRemoteControl->pRetStream = pRet->GetStream(); bBool1 = sal_True; // wurde im CTOR auf sal_False initialisiert nRetryCount = nRetryCount * 4; } if ( pRemoteControl->pRetStream && (nRetryCount--) ) // also solange nicht abgeholt { return sal_False; // Bitte einmal vom Callstack runter } } } break; } Advance(); switch ( nArt ) { case F_EndCommandBlock: if ( !bUseIPC ) { // wird oben abgehandelt pRet->Reset(); IsError = sal_False; } else SendViaSocket(); break; case F_Sequence: pRet->GenReturn(RET_Sequence,nLNr1); #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Sending Sequence Nr: " ); m_pDbgWin->AddText( String::CreateFromInt64( nLNr1 ) ); m_pDbgWin->AddText( "\n" ); #endif break; default: OSL_FAIL( "Unknown Flowcontrol" ); break; } delete this; return sal_True; } // neue Hilfsfunktion, die stetig erweitert werden muss static short ImpGetRType( Window *pWin ) { short nRT = C_NoType; WindowType eRT = pWin->GetType(); switch( eRT ) { case WINDOW_WINDOW: nRT = C_Window ; break; case WINDOW_TABCONTROL: nRT = C_TabControl ; break; case WINDOW_RADIOBUTTON: nRT = C_RadioButton ; break; case WINDOW_CHECKBOX: nRT = C_CheckBox ; break; case WINDOW_TRISTATEBOX: nRT = C_TriStateBox ; break; case WINDOW_EDIT: nRT = C_Edit ; break; case WINDOW_MULTILINEEDIT: nRT = C_MultiLineEdit ; break; case WINDOW_MULTILISTBOX: nRT = C_MultiListBox ; break; case WINDOW_LISTBOX: nRT = C_ListBox ; break; case WINDOW_COMBOBOX: nRT = C_ComboBox ; break; case WINDOW_PUSHBUTTON: nRT = C_PushButton ; break; case WINDOW_SPINFIELD: nRT = C_SpinField ; break; case WINDOW_PATTERNFIELD: nRT = C_PatternField ; break; case WINDOW_NUMERICFIELD: nRT = C_NumericField ; break; case WINDOW_METRICFIELD: nRT = C_MetricField ; break; case WINDOW_CURRENCYFIELD: nRT = C_CurrencyField ; break; case WINDOW_DATEFIELD: nRT = C_DateField ; break; case WINDOW_TIMEFIELD: nRT = C_TimeField ; break; case WINDOW_IMAGERADIOBUTTON: nRT = C_ImageRadioButton ; break; case WINDOW_NUMERICBOX: nRT = C_NumericBox ; break; case WINDOW_METRICBOX: nRT = C_MetricBox ; break; case WINDOW_CURRENCYBOX: nRT = C_CurrencyBox ; break; case WINDOW_DATEBOX: nRT = C_DateBox ; break; case WINDOW_TIMEBOX: nRT = C_TimeBox ; break; case WINDOW_IMAGEBUTTON: nRT = C_ImageButton ; break; case WINDOW_MENUBUTTON: nRT = C_MenuButton ; break; case WINDOW_MOREBUTTON: nRT = C_MoreButton ; break; case WINDOW_TABPAGE: nRT = C_TabPage; break; case WINDOW_MODALDIALOG: nRT = C_ModalDlg; break; case WINDOW_FLOATINGWINDOW: nRT = C_FloatWin; break; case WINDOW_MODELESSDIALOG: nRT = C_ModelessDlg; break; case WINDOW_WORKWINDOW: nRT = C_WorkWin; break; case WINDOW_DOCKINGWINDOW: nRT = C_DockingWin; break; case WINDOW_MESSBOX: nRT = C_MessBox; break; case WINDOW_INFOBOX: nRT = C_InfoBox; break; case WINDOW_WARNINGBOX: nRT = C_WarningBox; break; case WINDOW_ERRORBOX: nRT = C_ErrorBox; break; case WINDOW_QUERYBOX: nRT = C_QueryBox; break; case WINDOW_TABDIALOG: nRT = C_TabDlg; break; case WINDOW_PATTERNBOX: nRT = C_PatternBox; break; case WINDOW_TOOLBOX: nRT = C_ToolBox; break; case WINDOW_CONTROL: nRT = C_Control; break; case WINDOW_OKBUTTON: nRT = C_OkButton; break; case WINDOW_CANCELBUTTON: nRT = C_CancelButton; break; case WINDOW_BUTTONDIALOG: nRT = C_ButtonDialog; break; case WINDOW_TREELISTBOX: nRT = C_TreeListBox; break; case WINDOW_DIALOG: nRT = C_Dialog; break; } return nRT; } StatementSlot::StatementSlot( SCmdStream *pCmdIn ) : pItemArr(NULL) { QueStatement( NULL ); pCmdIn->Read( nFunctionId ); #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Reading Slot: " ); m_pDbgWin->AddText( String::CreateFromInt32( nFunctionId ) ); m_pDbgWin->AddText( "\n" ); #endif pCmdIn->Read( nAnzahl ); if ( nAnzahl ) { switch ( pCmdIn->GetNextType() ) { case BinUINT16: // use old calling method { nAnzahl++; pItemArr = new SfxPoolItem*[nAnzahl]; for (sal_uInt16 i = 0 ; i+1 < nAnzahl ; i++) pCmdIn->Read( pItemArr[i] ); pItemArr[nAnzahl-1] = NULL; } break; case BinString: // new Method { aArgs.realloc(nAnzahl); PropertyValue* pArg = aArgs.getArray(); for (sal_uInt16 i = 0 ; i < nAnzahl ; i++) pCmdIn->Read( pArg[i] ); } break; } } } // Constructor for UnoSlot StatementSlot::StatementSlot() : nAnzahl( 0 ) , pItemArr(NULL) , nFunctionId( 0 ) , bMenuClosed(sal_False) {} StatementSlot::StatementSlot( sal_uLong nSlot, SfxPoolItem* pItem ) : pItemArr(NULL) , bMenuClosed(sal_False) { QueStatement( NULL ); nFunctionId = sal_uInt16(nSlot); #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Reading Slot: " ); m_pDbgWin->AddText( String::CreateFromInt32( nFunctionId ) ); m_pDbgWin->AddText( "\n" ); #endif if ( pItem ) { nAnzahl = 2; pItemArr = new SfxPoolItem*[2]; pItemArr[0] = pItem; pItemArr[1] = NULL; } else nAnzahl = 0; } StatementSlot::~StatementSlot() { if (nAnzahl) { if ( pItemArr ) { for (sal_uInt16 i = 0 ; i+1 < nAnzahl ; i++) delete pItemArr[i]; delete[] pItemArr; } aArgs.realloc( 0 ); } } void StatementSlot::AddReferer() { HACK( "only to test!" ); // because slot 6102 /*SID_VERB_START*/ crashes when called with Property Referer // We return to the previous behavior (which was a bug realy) of not adding this Property to calls which have no properties at all // according to MBA most likely this Property can be removed at all and is maybe only needed for Slots with URLs if ( !nAnzahl ) return; PropertyValue* pArg; nAnzahl++; aArgs.realloc(nAnzahl); pArg = aArgs.getArray(); pArg[nAnzahl-1].Name = rtl::OUString( RTL_CONSTASCII_USTRINGPARAM( "Referer" )); pArg[nAnzahl-1].Value <<= ::rtl::OUString( RTL_CONSTASCII_USTRINGPARAM( "private:user" )); nAnzahl++; aArgs.realloc(nAnzahl); pArg = aArgs.getArray(); pArg[nAnzahl-1].Name = rtl::OUString( RTL_CONSTASCII_USTRINGPARAM( "SynchronMode" )); pArg[nAnzahl-1].Value <<= sal_Bool( sal_True ); } class SlotStatusListener : public cppu::WeakImplHelper1< XStatusListener > { public: SlotStatusListener(); // XStatusListener virtual void SAL_CALL statusChanged( const ::com::sun::star::frame::FeatureStateEvent& Event ) throw (::com::sun::star::uno::RuntimeException); // XEventListener virtual void SAL_CALL disposing( const ::com::sun::star::lang::EventObject& Source ) throw (::com::sun::star::uno::RuntimeException); // local Members sal_Bool bDisposed; sal_Bool bEnabled; }; SlotStatusListener::SlotStatusListener() : bDisposed( sal_False ) , bEnabled( sal_True ) {} // XStatusListener void SAL_CALL SlotStatusListener::statusChanged( const ::com::sun::star::frame::FeatureStateEvent& Event ) throw (::com::sun::star::uno::RuntimeException) { bEnabled = Event.IsEnabled; } // XEventListener void SAL_CALL SlotStatusListener::disposing( const ::com::sun::star::lang::EventObject& ) throw (::com::sun::star::uno::RuntimeException) { bDisposed = sal_True; } sal_Bool StatementSlot::Execute() { if ( IsError ) { #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Skipping Slot: " ); m_pDbgWin->AddText( String::CreateFromInt32( nFunctionId ) ); m_pDbgWin->AddText( "\n" ); #endif Advance(); delete this; return sal_True; } InitProfile(); #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Executing Slot: " ); m_pDbgWin->AddText( String::CreateFromInt32( nFunctionId ) ); m_pDbgWin->AddText( "\n" ); #endif PopupMenu *pPopup = NULL; MenuBar *pMenuBar = NULL; Menu *pMenu; GetCurrentMenues( pPopup, pMenuBar, pMenu ); if ( pPopup ) { if ( !bMenuClosed ) { pPopup->EndExecute(0); aSubMenuId1 = 0; aSubMenuId2 = 0; aSubMenuId3 = 0; pMenuWindow = NULL; bMenuClosed = sal_True; #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Closed contextmenu\n" ); #endif return sal_False; } else if ( nRetryCount-- ) { #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Waiting for contextmenu to close\n" ); #endif return sal_False; } else ReportError( GEN_RES_STR0( S_MENU_NOT_CLOSING ) ); } Advance(); if ( !IsError ) { if ( ( nAnzahl == 0 && !getenv("OLDSLOTHANDLING") ) || aArgs.hasElements() ) { // trying to call slots via uno AddReferer(); if ( !aUnoUrl.Len() ) aUnoUrl = CUniString("slot:").Append( String::CreateFromInt32( nFunctionId ) ); ::com::sun::star::util::URL aTargetURL; aTargetURL.Complete = aUnoUrl; Reference < XFramesSupplier > xDesktop = Reference < XFramesSupplier >( ::comphelper::getProcessServiceFactory()->createInstance( CUniString("com.sun.star.frame.Desktop") ), UNO_QUERY ); Reference < XFrame > xFrame; if ( xDesktop.is() ) { xFrame = xDesktop->getActiveFrame(); if ( !xFrame.is() ) { Reference < XFrames > xFrames; xFrames = xDesktop->getFrames(); if ( xFrames.is() && xFrames->getCount() > 0 ) { Any aFrame = xFrames->getByIndex( xFrames->getCount() -1 ); aFrame >>= xFrame; } } if ( !xFrame.is() ) { if ( GetFirstDocFrame() ) GetFirstDocFrame()->ToTop(); xFrame = xDesktop->getActiveFrame(); } } if ( xFrame.is() ) xDesktop = Reference < XFramesSupplier >( xFrame, UNO_QUERY ); else xDesktop.clear(); while ( xDesktop.is() && xDesktop->getActiveFrame().is() ) { xFrame = xDesktop->getActiveFrame(); #if OSL_DEBUG_LEVEL > 1 ::rtl::OUString aName; if ( xFrame.is() ) aName = xFrame->getName(); #endif xDesktop = Reference < XFramesSupplier >( xFrame, UNO_QUERY ); } if ( !xFrame.is() ) ReportError( GEN_RES_STR1( S_UNO_URL_EXECUTE_FAILED_NO_FRAME, aTargetURL.Complete ) ); else { Reference < ::com::sun::star::util::XURLTransformer > xTrans( ::comphelper::getProcessServiceFactory()->createInstance( CUniString("com.sun.star.util.URLTransformer" )), UNO_QUERY ); xTrans->parseStrict( aTargetURL ); Reference < XDispatchProvider > xProv( xFrame, UNO_QUERY ); Reference < XDispatch > xDisp; while ( xProv.is() && !xDisp.is() ) { xDisp = xProv->queryDispatch( aTargetURL, ::rtl::OUString(), 0 ); if ( !xDisp.is() ) { xFrame = Reference < XFrame > ( xFrame->getCreator(), UNO_QUERY ); xProv = Reference < XDispatchProvider > ( xFrame, UNO_QUERY ); } } if ( xDisp.is() ) { Reference < XStatusListener > xListener = ( XStatusListener* )new SlotStatusListener; xDisp->addStatusListener( xListener, aTargetURL ); if ( static_cast< SlotStatusListener* >(xListener.get())->bEnabled ) { if ( bIsSlotInExecute ) ReportError( GEN_RES_STR0( S_SLOT_IN_EXECUTE ) ); else { bIsSlotInExecute = sal_True; xDisp->dispatch( aTargetURL, aArgs ); bIsSlotInExecute = sal_False; } } else ReportError( GEN_RES_STR1( S_UNO_URL_EXECUTE_FAILED_DISABLED, aTargetURL.Complete ) ); xDisp->removeStatusListener( xListener, aTargetURL ); } else ReportError( GEN_RES_STR1( S_UNO_URL_EXECUTE_FAILED_NO_DISPATCHER, aTargetURL.Complete ) ); } } else { DirectLog( S_QAError, GEN_RES_STR0( S_DEPRECATED ) ); if ( !pTTProperties ) pTTProperties = new TTProperties(); switch ( pTTProperties->ExecuteFunction( nFunctionId, pItemArr, EXECUTEMODE_DIALOGASYNCHRON | nUseBindings ) ) { case TT_PR_ERR_NODISPATCHER: { ReportError( rtl::OString::valueOf((sal_Int32)nFunctionId), GEN_RES_STR0( S_SID_EXECUTE_FAILED_NO_DISPATCHER ) ); } break; case TT_PR_ERR_NOEXECUTE: { ReportError( rtl::OString::valueOf((sal_Int32)nFunctionId), GEN_RES_STR0( S_SID_EXECUTE_FAILED ) ); } break; } } } /* Neues Verfahren ab 334! Neue Methode zum einstellen, da� Modale Dialoge immer Asynchron aufgerufen werden und echter Returnwert, ob Slot geklappt hat und Testen ob Slot �berhaupt durch UI aufgerufen werden kann */ SendProfile( SlotString( nFunctionId ) ); delete this; return sal_True; } StatementUnoSlot::StatementUnoSlot(SCmdStream *pIn) { QueStatement( NULL ); pIn->Read( aUnoUrl ); #if OSL_DEBUG_LEVEL > 1 StatementList::m_pDbgWin->AddText( "UnoUrl:" ); StatementList::m_pDbgWin->AddText( aUnoUrl ); StatementList::m_pDbgWin->AddText( "\n" ); #endif } StatementCommand::StatementCommand( StatementList *pAfterThis, sal_uInt16 MethodId, sal_uInt16 Params, sal_uInt16 Nr1 ) : nMethodId( MethodId ) , nParams(Params) , nNr1(Nr1) , nNr2(0) , nNr3(0) , nNr4(0) , aString1() , aString2() , bBool1(sal_False) , bBool2(sal_False) { nLNr1_and_Pointer.pWindow = 0; QueStatement( pAfterThis ); #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Directly adding Conmmand:" ); m_pDbgWin->AddText( " Methode: " ); m_pDbgWin->AddText( String::CreateFromInt32( nMethodId ) ); m_pDbgWin->AddText( " Params:" ); if( nParams & PARAM_UINT16_1 ) {m_pDbgWin->AddText( " n1:" );m_pDbgWin->AddText( String::CreateFromInt32( nNr1 ) );} if( nParams & PARAM_UINT16_2 ) {m_pDbgWin->AddText( " n2:" );m_pDbgWin->AddText( String::CreateFromInt32( nNr2 ) );} if( nParams & PARAM_UINT16_3 ) {m_pDbgWin->AddText( " n3:" );m_pDbgWin->AddText( String::CreateFromInt32( nNr3 ) );} if( nParams & PARAM_UINT16_4 ) {m_pDbgWin->AddText( " n4:" );m_pDbgWin->AddText( String::CreateFromInt32( nNr4 ) );} if( nParams & PARAM_UINT32_1 ) {m_pDbgWin->AddText( " nl1:" );m_pDbgWin->AddText( String::CreateFromInt64( nLNr1 ) );} if( nParams & PARAM_STR_1 ) {m_pDbgWin->AddText( " s1:" );m_pDbgWin->AddText( aString1 );} if( nParams & PARAM_STR_2 ) {m_pDbgWin->AddText( " s2:" );m_pDbgWin->AddText( aString2 );} if( nParams & PARAM_BOOL_1 ) {m_pDbgWin->AddText( " b1:" );m_pDbgWin->AddText( bBool1 ? "TRUE" : "FALSE" );} if( nParams & PARAM_BOOL_2 ) {m_pDbgWin->AddText( " b2:" );m_pDbgWin->AddText( bBool2 ? "TRUE" : "FALSE" );} m_pDbgWin->AddText( "\n" ); #endif } StatementCommand::StatementCommand( SCmdStream *pCmdIn ) : nMethodId(0) , nParams(0) , nNr1(0) , nNr2(0) , nNr3(0) , nNr4(0) , aString1() , aString2() , bBool1(sal_False) , bBool2(sal_False) { nLNr1_and_Pointer.pWindow = 0; QueStatement( NULL ); pCmdIn->Read( nMethodId ); pCmdIn->Read( nParams ); if( nParams & PARAM_UINT16_1 ) pCmdIn->Read( nNr1 ); if( nParams & PARAM_UINT16_2 ) pCmdIn->Read( nNr2 ); if( nParams & PARAM_UINT16_3 ) pCmdIn->Read( nNr3 ); if( nParams & PARAM_UINT16_4 ) pCmdIn->Read( nNr4 ); if( nParams & PARAM_UINT32_1 ) pCmdIn->Read( nLNr1_and_Pointer.nLNr1 ); if( nParams & PARAM_STR_1 ) pCmdIn->Read( aString1 ); if( nParams & PARAM_STR_2 ) pCmdIn->Read( aString2 ); if( nParams & PARAM_BOOL_1 ) pCmdIn->Read( bBool1 ); if( nParams & PARAM_BOOL_2 ) pCmdIn->Read( bBool2 ); #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Reading Conmmand:" ); m_pDbgWin->AddText( " Methode: " ); m_pDbgWin->AddText( String::CreateFromInt32( nMethodId ) ); m_pDbgWin->AddText( " Params:" ); if( nParams & PARAM_UINT16_1 ) {m_pDbgWin->AddText( " n1:" );m_pDbgWin->AddText( String::CreateFromInt32( nNr1 ) );} if( nParams & PARAM_UINT16_2 ) {m_pDbgWin->AddText( " n2:" );m_pDbgWin->AddText( String::CreateFromInt32( nNr2 ) );} if( nParams & PARAM_UINT16_3 ) {m_pDbgWin->AddText( " n3:" );m_pDbgWin->AddText( String::CreateFromInt32( nNr3 ) );} if( nParams & PARAM_UINT16_4 ) {m_pDbgWin->AddText( " n4:" );m_pDbgWin->AddText( String::CreateFromInt32( nNr4 ) );} if( nParams & PARAM_UINT32_1 ) {m_pDbgWin->AddText( " nl1:" );m_pDbgWin->AddText( String::CreateFromInt64( nLNr1 ) );} if( nParams & PARAM_STR_1 ) {m_pDbgWin->AddText( " s1:" );m_pDbgWin->AddText( aString1 );} if( nParams & PARAM_STR_2 ) {m_pDbgWin->AddText( " s2:" );m_pDbgWin->AddText( aString2 );} if( nParams & PARAM_BOOL_1 ) {m_pDbgWin->AddText( " b1:" );m_pDbgWin->AddText( bBool1 ? "TRUE" : "FALSE" );} if( nParams & PARAM_BOOL_2 ) {m_pDbgWin->AddText( " b2:" );m_pDbgWin->AddText( bBool2 ? "TRUE" : "FALSE" );} m_pDbgWin->AddText( "\n" ); #endif if ( nMethodId == RC_AppAbort ) { #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "*Deleting all Commands:\n" ); #endif bReadingCommands = sal_False; while ( StatementList::pFirst != this ) // Alles L�schen au�er mich selbst { StatementList *pDeQue = StatementList::pFirst; pDeQue->Advance(); delete pDeQue; } bReadingCommands = sal_True; #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "*Done deleting all Commands:\n" ); #endif } } void StatementCommand::WriteControlData( Window *pBase, sal_uLong nConf, sal_Bool bFirst ) { if ( IsDialog(pBase) && !bFirst ) return; if ( bFirst ) pRet->GenReturn ( RET_WinInfo, rtl::OString(), (comm_UINT32)nConf | DH_MODE_DATA_VALID, UniString(), sal_True ); if ( bFirst ) { if ( pBase->GetType() == WINDOW_WINDOW && pBase->GetParent() && pBase->GetParent()->GetType() == WINDOW_CONTROL && dynamic_cast< svt::table::TableControl* > ( pBase->GetParent() ) ) pBase = pBase->GetParent(); } { // Klammerung, so da� der String nicht w�hrend der Rekursion bestehen bleibt String aName; sal_Bool bSkip = sal_False; switch ( pBase->GetType() ) { case WINDOW_RADIOBUTTON: case WINDOW_CHECKBOX: case WINDOW_TRISTATEBOX: case WINDOW_PUSHBUTTON: case WINDOW_OKBUTTON: case WINDOW_CANCELBUTTON: case WINDOW_IMAGERADIOBUTTON: case WINDOW_IMAGEBUTTON: case WINDOW_MENUBUTTON: case WINDOW_MOREBUTTON: case WINDOW_TABPAGE: case WINDOW_MODALDIALOG: case WINDOW_FLOATINGWINDOW: case WINDOW_MODELESSDIALOG: case WINDOW_WORKWINDOW: case WINDOW_DOCKINGWINDOW: case WINDOW_CONTROL: case WINDOW_FILEDIALOG: case WINDOW_PATHDIALOG: case WINDOW_PRINTDIALOG: case WINDOW_PRINTERSETUPDIALOG: case WINDOW_COLORDIALOG: case WINDOW_TABDIALOG: case WINDOW_BUTTONDIALOG: case WINDOW_MENUBARWINDOW: aName = pBase->GetText().EraseAllChars('~'); break; case WINDOW_EDIT: case WINDOW_MULTILINEEDIT: case WINDOW_MULTILISTBOX: case WINDOW_LISTBOX: case WINDOW_COMBOBOX: case WINDOW_SPINFIELD: case WINDOW_PATTERNFIELD: case WINDOW_NUMERICFIELD: case WINDOW_METRICFIELD: case WINDOW_CURRENCYFIELD: case WINDOW_DATEFIELD: case WINDOW_TIMEFIELD: case WINDOW_NUMERICBOX: case WINDOW_METRICBOX: case WINDOW_CURRENCYBOX: case WINDOW_DATEBOX: case WINDOW_TIMEBOX: case WINDOW_PATTERNBOX: case WINDOW_TOOLBOX: aName = pBase->GetQuickHelpText(); break; case WINDOW_MESSBOX: case WINDOW_INFOBOX: case WINDOW_WARNINGBOX: case WINDOW_ERRORBOX: case WINDOW_QUERYBOX: aName = ((MessBox*)pBase)->GetMessText(); break; default: if ( ( pBase->GetUniqueOrHelpId().getLength() == 0 ) && !( nConf & DH_MODE_ALLWIN ) ) bSkip = sal_True; break; } if ( !bSkip ) { if ( aName.Len() == 0 ) aName = pBase->GetQuickHelpText(); if ( aName.Len() == 0 ) aName = pBase->GetHelpText(); if ( aName.Len() == 0 ) aName = pBase->GetText(); String aTypeSuffix; if ( pBase->GetType() == WINDOW_CONTROL ) { if ( dynamic_cast< EditBrowseBox* >(pBase) ) aTypeSuffix.AppendAscii( "/BrowseBox", 10 ); else if ( dynamic_cast< ValueSet* >(pBase) ) aTypeSuffix.AppendAscii( "/ValueSet", 9 ); else if ( dynamic_cast< ORoadmap* >(pBase) ) aTypeSuffix.AppendAscii( "/RoadMap", 8 ); else if ( dynamic_cast< IExtensionListBox* >(pBase) ) aTypeSuffix.AppendAscii( "/ExtensionListBox" ); else if ( dynamic_cast< svt::table::TableControl* >(pBase) ) aTypeSuffix.AppendAscii( "/TableControl" ); else aTypeSuffix.AppendAscii( "/Unknown", 8 ); } rtl::OString aId = pBase->GetUniqueOrHelpId(); pRet->GenReturn ( RET_WinInfo, aId, (comm_UINT32)pBase->GetType(), TypeString(pBase->GetType()).Append(aTypeSuffix).AppendAscii(": ").Append(aName), sal_False ); if ( pBase->GetType() == WINDOW_TOOLBOX ) // Buttons und Controls auf Toolboxen. { ToolBox *pTB = ((ToolBox*)pBase); sal_uInt16 i; for ( i = 0; i < pTB->GetItemCount() ; i++ ) { aName = String(); if ( aName.Len() == 0 ) aName = pTB->GetHelpText( pTB->GetItemId( i ) ); if ( aName.Len() == 0 ) aName = pTB->GetItemText( pTB->GetItemId( i ) ); Window *pItemWin; pItemWin = pTB->GetItemWindow( pTB->GetItemId( i ) ); if ( pTB->GetItemType( i ) == TOOLBOXITEM_BUTTON && ( !pItemWin || !pItemWin->IsVisible() ) ) { if ( pTB->GetItemCommand(pTB->GetItemId( i )).Len() || ( nConf & DH_MODE_ALLWIN ) ) pRet->GenReturn ( RET_WinInfo, Str2Id(pTB->GetItemCommand(pTB->GetItemId( i ))), (comm_UINT32)WINDOW_BUTTON, TypeString(WINDOW_BUTTON).AppendAscii(": ").Append(aName), sal_False ); if ( !pTB->GetItemCommand(pTB->GetItemId( i )).Len() || ( nConf & DH_MODE_ALLWIN ) ) pRet->GenReturn ( RET_WinInfo, pTB->GetHelpId(pTB->GetItemId( i )), (comm_UINT32)WINDOW_BUTTON, TypeString(WINDOW_BUTTON).AppendAscii(": ").Append(aName), sal_False ); } else { if ( pItemWin ) { if ( pTB->GetItemCommand(pTB->GetItemId( i )).Len() || ( nConf & DH_MODE_ALLWIN ) ) pRet->GenReturn ( RET_WinInfo, Str2Id(pTB->GetItemCommand(pTB->GetItemId( i ))), (comm_UINT32)pItemWin->GetType(), TypeString(pItemWin->GetType()).AppendAscii(": ").Append(aName), sal_False ); if ( !pTB->GetItemCommand(pTB->GetItemId( i )).Len() || ( nConf & DH_MODE_ALLWIN ) ) pRet->GenReturn ( RET_WinInfo, pTB->GetHelpId(pTB->GetItemId( i )), (comm_UINT32)pItemWin->GetType(), TypeString(pItemWin->GetType()).AppendAscii(": ").Append(aName), sal_False ); sal_uInt16 ii; for( ii = 0 ; ii < pItemWin->GetChildCount(); ii++ ) WriteControlData( pItemWin->GetChild(ii), nConf, sal_False ); } else { if ( nConf & DH_MODE_ALLWIN ) { String aToolBoxItemType; switch ( pTB->GetItemType( i ) ) { case TOOLBOXITEM_DONTKNOW: aToolBoxItemType.AssignAscii("TOOLBOXITEM_DONTKNOW"); break; case TOOLBOXITEM_BUTTON: aToolBoxItemType.AssignAscii("TOOLBOXITEM_BUTTON"); break; case TOOLBOXITEM_SPACE: aToolBoxItemType.AssignAscii("TOOLBOXITEM_SPACE"); break; case TOOLBOXITEM_SEPARATOR: aToolBoxItemType.AssignAscii("TOOLBOXITEM_SEPARATOR"); break; case TOOLBOXITEM_BREAK: aToolBoxItemType.AssignAscii("TOOLBOXITEM_BREAK"); break; default: OSL_TRACE( "Unknown TOOLBOXITEM %i", pTB->GetItemType( i ) ); } if ( pTB->GetItemCommand(pTB->GetItemId( i )).Len() || ( nConf & DH_MODE_ALLWIN ) ) pRet->GenReturn ( RET_WinInfo, Str2Id( pTB->GetItemCommand(pTB->GetItemId( i )) ), (comm_UINT32)WINDOW_BASE, aToolBoxItemType.AppendAscii(": ").Append(aName), sal_False ); if ( !pTB->GetItemCommand(pTB->GetItemId( i )).Len() || ( nConf & DH_MODE_ALLWIN ) ) pRet->GenReturn ( RET_WinInfo, pTB->GetHelpId(pTB->GetItemId( i )), (comm_UINT32)WINDOW_BASE, aToolBoxItemType.AppendAscii(": ").Append(aName), sal_False ); } } } } return; // ToolBox ist hier schon komplett abgehandelt. } if ( pBase->GetType() == WINDOW_BUTTONDIALOG // Buttons auf Buttondialogen mit ID || pBase->GetType() == WINDOW_MESSBOX || pBase->GetType() == WINDOW_INFOBOX || pBase->GetType() == WINDOW_WARNINGBOX || pBase->GetType() == WINDOW_ERRORBOX || pBase->GetType() == WINDOW_QUERYBOX ) { ButtonDialog *pBD = ((ButtonDialog*)pBase); sal_uInt16 i; for ( i = 0; i < pBD->GetButtonCount() ; i++ ) { aName = String(); if ( aName.Len() == 0 ) aName = pBD->GetPushButton( pBD->GetButtonId(i) )->GetText(); ByteString aID; switch ( pBD->GetButtonId(i) ) { case BUTTONID_OK: aID.Assign("Ok"); break; case BUTTONID_CANCEL: aID.Assign("Cancel"); break; case BUTTONID_YES: aID.Assign("Yes"); break; case BUTTONID_NO: aID.Assign("No"); break; case BUTTONID_RETRY: aID.Assign("Retry"); break; case BUTTONID_HELP: aID.Assign("Help"); break; default: aID = rtl::OString::valueOf( static_cast(pBD->GetButtonId(i))); break; } pRet->GenReturn ( RET_WinInfo, aID, (comm_UINT32)pBD->GetPushButton( pBD->GetButtonId(i) )->GetType(), // So da� der Text angezeigt wird! TypeString(pBD->GetPushButton( pBD->GetButtonId(i) )->GetType()).AppendAscii(": ").Append(aName) .AppendAscii(" ButtonId = ").AppendAscii( aID.GetBuffer() ), sal_False ); } return; // ButtonDialog ist hier schon komplett abgehandelt. } Menu* pMenu = GetMatchingMenu( pBase ); if ( pMenu ) // Menus { sal_uInt16 i; for ( i = 0; i < pMenu->GetItemCount() ; i++ ) { sal_uInt16 nID = pMenu->GetItemId( i ); aName = String(); if ( aName.Len() == 0 ) aName = pMenu->GetHelpText( nID ); if ( aName.Len() == 0 ) aName = pMenu->GetItemText( nID ); if ( pMenu->GetItemType( i ) == MENUITEM_STRING || pMenu->GetItemType( i ) == MENUITEM_IMAGE || pMenu->GetItemType( i ) == MENUITEM_STRINGIMAGE || (nConf & DH_MODE_ALLWIN) ) { String aMenuItemType; switch ( pMenu->GetItemType( i ) ) { case MENUITEM_STRING: aMenuItemType.AssignAscii("MENUITEM_STRING"); break; case MENUITEM_STRINGIMAGE: aMenuItemType.AssignAscii("MENUITEM_STRINGIMAGE"); break; case MENUITEM_IMAGE: aMenuItemType.AssignAscii("MENUITEM_IMAGE"); break; case MENUITEM_SEPARATOR: aMenuItemType.AssignAscii("MENUITEM_SEPARATOR"); break; case MENUITEM_DONTKNOW: aMenuItemType.AssignAscii("MENUITEM_DONTKNOW"); break; default: OSL_TRACE( "Unknown MENUITEM %i", pMenu->GetItemType( i ) ); } if ( pMenu->GetItemCommand(nID).Len() || ( nConf & DH_MODE_ALLWIN ) ) pRet->GenReturn ( RET_WinInfo, Str2Id( pMenu->GetItemCommand(nID) ), (comm_UINT32)0, aMenuItemType.AppendAscii(": ").Append(aName), sal_False ); if ( !pMenu->GetItemCommand(nID).Len() || ( nConf & DH_MODE_ALLWIN ) ) pRet->GenReturn ( RET_WinInfo, rtl::OString::valueOf( (sal_Int32)nID ), (comm_UINT32)0, aMenuItemType.AppendAscii(": ").Append(aName), sal_False ); } } return; // Menu ist hier schon komplett abgehandelt. } } } for( sal_uInt16 i = 0 ; i < pBase->GetChildCount(); i++ ) WriteControlData( pBase->GetChild(i), nConf, sal_False ); } class SysWinContainer : public WorkWindow { private: ToolBox *pClientWin; DockingWindow *pDock; public: SysWinContainer( ToolBox *pClient ); ~SysWinContainer(); virtual void Resize(); virtual void Resizing( Size& rSize ); }; SysWinContainer::SysWinContainer( ToolBox *pClient ) : WorkWindow( NULL, WB_BORDER | WB_SIZEMOVE | WB_CLOSEABLE ) , pClientWin( pClient ) { pDock = new DockingWindow( this ); pClientWin->SetParent( pDock ); pClientWin->SetFloatingMode( sal_False ); SetText( pClient->GetText() ); SetPosPixel( Point( 1,40 ) ); Resize(); pDock->Show(); EnableAlwaysOnTop(); Show(); } SysWinContainer::~SysWinContainer() { delete pDock; } void SysWinContainer::Resize() { Size aSize( GetOutputSizePixel() ); Resizing( aSize ); if ( aSize != GetSizePixel() ) { SetOutputSizePixel( aSize ); pDock->SetSizePixel( aSize ); pClientWin->SetSizePixel( aSize ); } } void SysWinContainer::Resizing( Size& rSize ) { Size aSize; Size aBestSize; sal_uInt16 i; sal_Bool bHasValue = sal_False; sal_uLong nBestValue = 0; sal_uLong nThisValue; for ( i=1 ; i<=1 ; i++ ) { aSize = pClientWin->CalcWindowSizePixel( i ); nThisValue = Abs( aSize.Width() - rSize.Width() ) + Abs( aSize.Height() - rSize.Height() ); if ( !bHasValue || ( nThisValue < nBestValue ) ) { nBestValue = nThisValue; aBestSize = aSize; bHasValue = sal_True; } } rSize = aBestSize; } class DisplayHidWin : public ToolBox { Edit *pEdit; Size aMinEditSize; sal_uInt16 nLastItemID; sal_Bool bIsDraging; sal_Bool bIsPermanentDraging; void SetDraging( sal_Bool bNewDraging ); Image *pShow, *pShow2; sal_Bool bConfigChanged; void EnableButtons( sal_uLong nConf ); sal_uLong nEventHookID; static long stub_VCLEventHookProc( NotifyEvent& rEvt, void* pData ) { return ((DisplayHidWin*)pData)->VCLEventHook( rEvt ); } long VCLEventHook( NotifyEvent& rEvt ); Window *pLastMouseMoveWin; SysWinContainer *pContainer; // aborting by pressing shist twice sal_Bool bOldShift; Time aLatest; sal_uInt16 nShiftCount; public: DisplayHidWin(); ~DisplayHidWin(); virtual void Tracking( const TrackingEvent& rTEvt ); virtual void Click(); virtual void Select(); virtual void SetText( const XubString& rStr ); void SetDisplayText( const String &aNewText ){ pEdit->SetText(aNewText); } String GetDisplayText() const { return pEdit->GetText(); } sal_Bool IsDisplayTextModified() const { return pEdit->IsModified(); } void ClearDisplayTextModified() const { pEdit->ClearModifyFlag(); } void SetConfig( sal_uLong nConf ); sal_uLong GetConfig(); sal_Bool IsConfigChanged() { return bConfigChanged; } void ConfigSent() { bConfigChanged = sal_False; } sal_Bool IsSendData() { return GetItemState( TT_SEND_DATA ) == STATE_CHECK; } sal_Bool IsDraging() { return bIsDraging; } Window* LastMouseMoveWin() { return pLastMouseMoveWin; } }; DisplayHidWin::DisplayHidWin() : ToolBox( StatementList::GetFirstDocFrame(), TTProperties::GetSvtResId(DisplayHidToolBox) ) , bIsDraging( sal_False ) , bIsPermanentDraging( sal_False ) , pShow( NULL ) , pShow2( NULL ) , pLastMouseMoveWin( NULL ) , bOldShift( 0 ) , nShiftCount( 0 ) { SetOutStyle( TOOLBOX_STYLE_HANDPOINTER | TOOLBOX_STYLE_FLAT ); pEdit = new Edit( this, WB_CENTER | WB_BORDER ); aMinEditSize = GetItemRect( TT_OUTPUT ).GetSize(); /**/ aMinEditSize=Size(20,20); aMinEditSize.Width() *= 12; pEdit->SetSizePixel( aMinEditSize ); pEdit->Show(); SetItemWindow( TT_OUTPUT, pEdit ); Resize(); pContainer = new SysWinContainer( this ); nEventHookID = Application::AddEventHook( stub_VCLEventHookProc, this ); } DisplayHidWin::~DisplayHidWin() { Application::RemoveEventHook( nEventHookID ); Hide(); // so GetFirstDocFrame won't return ourselves (needed for SOPlayer) SetParent( StatementList::GetFirstDocFrame() ); delete pContainer; delete pEdit; } void DisplayHidWin::SetDraging( sal_Bool bNewDraging ) { if ( !pShow ) pShow = new Image( GetItemImage( TT_SHOW ) ); if ( !pShow2 ) pShow2 = new Image( Bitmap( TTProperties::GetSvtResId( TT_SHOW2 ) ) ); if ( bNewDraging ) SetItemImage( TT_SHOW, *pShow2 ); else SetItemImage( TT_SHOW, *pShow ); bIsDraging = bNewDraging; } void DisplayHidWin::EnableButtons( sal_uLong nConf ) { sal_Bool bSend = sal_Bool(nConf & DH_MODE_SEND_DATA); EnableItem( TT_ALLWIN, bSend ); EnableItem( TT_KURZNAME, bSend ); EnableItem( TT_LANGNAME, bSend ); } void DisplayHidWin::Tracking( const TrackingEvent& rTEvt ) { if ( nLastItemID == TT_SHOW && GetItemState( TT_SHOW ) == STATE_NOCHECK ) EndTracking( ENDTRACK_CANCEL ); ToolBox::Tracking( rTEvt); } void DisplayHidWin::Click() { nLastItemID = GetCurItemId(); if ( nLastItemID == TT_SHOW ) { SetDraging( sal_True ); } ToolBox::Click(); } void DisplayHidWin::Select() { if ( GetItemState( GetCurItemId() ) == STATE_NOCHECK ) { SetItemState( GetCurItemId(), STATE_CHECK ); if ( GetCurItemId() == TT_SHOW ) { bIsPermanentDraging = sal_True; SetDraging( sal_True ); } } else { SetItemState( GetCurItemId(), STATE_NOCHECK ); if ( GetCurItemId() == TT_SHOW ) { bIsPermanentDraging = sal_False; SetDraging( sal_False ); } } if ( GetCurItemId() == TT_SEND_DATA ) { EnableButtons( GetConfig() ); } } void DisplayHidWin::SetConfig( sal_uLong nConf ) { SetItemState( TT_KURZNAME, ( nConf & DH_MODE_KURZNAME ) ? STATE_CHECK : STATE_NOCHECK ); SetItemState( TT_LANGNAME, ( nConf & DH_MODE_LANGNAME ) ? STATE_CHECK : STATE_NOCHECK ); SetItemState( TT_ALLWIN, ( nConf & DH_MODE_ALLWIN ) ? STATE_CHECK : STATE_NOCHECK ); SetItemState( TT_SEND_DATA, ( nConf & DH_MODE_SEND_DATA ) ? STATE_CHECK : STATE_NOCHECK ); EnableButtons( nConf ); } sal_uLong DisplayHidWin::GetConfig() { sal_uLong nConf = 0; if ( GetItemState( TT_KURZNAME ) == STATE_CHECK ) nConf |= DH_MODE_KURZNAME; if ( GetItemState( TT_LANGNAME ) == STATE_CHECK ) nConf |= DH_MODE_LANGNAME; if ( GetItemState( TT_ALLWIN ) == STATE_CHECK ) nConf |= DH_MODE_ALLWIN; if ( IsSendData() ) nConf |= DH_MODE_SEND_DATA; return nConf; } void DisplayHidWin::SetText( const XubString& rStr ) { pContainer->SetText( rStr ); } long DisplayHidWin::VCLEventHook( NotifyEvent& rEvt ) { if ( EVENT_MOUSEMOVE == rEvt.GetType() ) { pLastMouseMoveWin = rEvt.GetWindow(); // check if abort with pressing shift twice MouseEvent* pMEvt = (MouseEvent*)rEvt.GetMouseEvent(); if ( ( pMEvt->IsShift() && !bOldShift ) ) // Shift pressed { if ( aLatest < Time() ) { nShiftCount = 0; aLatest = Time()+Time( 0, 0, 0, 50 ); } nShiftCount++; } if ( ( !pMEvt->IsShift() && bOldShift ) ) // Shift released { nShiftCount++; if ( nShiftCount == 4 && aLatest > Time() ) { bIsPermanentDraging = sal_False; SetDraging( sal_False ); SetItemState( TT_SHOW, STATE_NOCHECK ); } } bOldShift = pMEvt->IsShift(); } if ( ( ( EVENT_MOUSEBUTTONUP == rEvt.GetType() && rEvt.GetMouseEvent()->GetButtons() == MOUSE_LEFT) || ( EVENT_MOUSEMOVE == rEvt.GetType() && !rEvt.GetMouseEvent()->GetButtons() ) ) && IsDraging() && !bIsPermanentDraging ) SetDraging( sal_False ); return 0; } sal_Bool StatementCommand::DisplayHID() { // Return sal_True -> reexecute command if ( !bBool2 ) // Wird auf sal_False initialisiert { bBool2 = sal_True; // Wir sind initialisiert. GetTTSettings()->pDisplayInstance = this; // Und haben die Macht (Alle anderen beenden sich) if ( !(nParams & PARAM_UINT32_1) ) { if( GetTTSettings()->pDisplayHidWin ) // Nichts ver�ndern nLNr1_and_Pointer.nLNr1 = GetTTSettings()->pDisplayHidWin->GetConfig(); else // Beim ersten Aufruf wollen wir alles richtig einstellen nLNr1_and_Pointer.nLNr1 = DH_MODE_KURZNAME | DH_MODE_LANGNAME; if( ((nParams & PARAM_BOOL_1) && bBool1) ) nLNr1_and_Pointer.nLNr1 |= DH_MODE_SEND_DATA; else nLNr1_and_Pointer.nLNr1 &= ( ~DH_MODE_SEND_DATA ); } if ( GetTTSettings()->pDisplayHidWin ) GetTTSettings()->pDisplayHidWin->SetConfig( nLNr1_and_Pointer.nLNr1 ); } if ( GetTTSettings()->pDisplayInstance && GetTTSettings()->pDisplayInstance != this ) { DBG_WARNING("Mehrere DisplayHID am laufen"); return sal_False; // Noch eine andere Instanz macht das gleiche! } if ( !GetTTSettings()->pDisplayHidWin ) { GetTTSettings()->pDisplayHidWin = new DisplayHidWin(); GetTTSettings()->aOriginalCaption = GetTTSettings()->pDisplayHidWin->GetText(); GetTTSettings()->pDisplayHidWin->Show(); if ( bBool1 ) nLNr1_and_Pointer.nLNr1 |= DH_MODE_SEND_DATA; GetTTSettings()->pDisplayHidWin->SetConfig( nLNr1_and_Pointer.nLNr1 ); GetTTSettings()->Old = NULL; GetTTSettings()->Act = NULL; GetTTSettings()->pDisplayInstance = this; } else { GetTTSettings()->pDisplayHidWin->GetWindow( WINDOW_OVERLAP )->Enable( sal_True, sal_True ); GetTTSettings()->pDisplayHidWin->GetWindow( WINDOW_OVERLAP )->EnableInput( sal_True, sal_True ); } if ( GetTTSettings()->pDisplayHidWin->IsVisible() && !bDying ) { if ( GetTTSettings()->pDisplayHidWin->IsDraging() ) { #define HIGHLIGHT_WIN( WinPtr ) \ { \ Color aLineColMem = WinPtr->GetLineColor(); \ WinPtr->SetLineColor( Color( COL_WHITE ) ); \ Color aFillColMem = WinPtr->GetFillColor(); \ WinPtr->SetFillColor( Color( COL_LIGHTRED ) ); \ RasterOp aROp = WinPtr->GetRasterOp(); \ WinPtr->SetRasterOp( ROP_XOR ); \ Size aSz = WinPtr->PixelToLogic( WinPtr->GetSizePixel() );\ sal_uLong nMaxCornerRadius = WinPtr->PixelToLogic( Point( 80, 0 ) ).X();\ sal_uLong iCorner = std::max ((sal_uLong) 8, (sal_uLong) std::min( nMaxCornerRadius, (sal_uLong) std::min((sal_uLong) (aSz.Width() / 6), (sal_uLong)(aSz.Height() / 6))));\ WinPtr->DrawRect(Rectangle(Point(),aSz), iCorner, iCorner);\ WinPtr->SetLineColor( aLineColMem ); \ WinPtr->SetFillColor( aFillColMem ); \ WinPtr->SetRasterOp( aROp ); \ } #define SET_WIN( WinPtr ) \ if ( StatementList::WinPtrValid(WinPtr) ) \ { \ HIGHLIGHT_WIN ( WinPtr ); \ } #define RESET_WIN( WinPtr ) \ if ( StatementList::WinPtrValid(WinPtr) ) \ { \ WinPtr->Invalidate( INVALIDATE_NOTRANSPARENT ); \ WinPtr->Update(); \ } GetTTSettings()->Old = GetTTSettings()->Act; GetTTSettings()->Act = GetTTSettings()->pDisplayHidWin->LastMouseMoveWin(); if ( !StatementList::WinPtrValid ( GetTTSettings()->Old ) ) GetTTSettings()->Old = NULL; if ( !StatementList::WinPtrValid ( GetTTSettings()->Act ) ) GetTTSettings()->Act = NULL; if ( GetTTSettings()->Act && GetTTSettings()->Act->GetType() == WINDOW_BORDERWINDOW ) GetTTSettings()->Act = GetTTSettings()->Act->GetWindow( WINDOW_CLIENT ); if ( GetTTSettings()->Act != GetTTSettings()->Old ) { if ( GetTTSettings()->Old ) { RESET_WIN(GetTTSettings()->Old); } if ( GetTTSettings()->Act ) { SET_WIN(GetTTSettings()->Act); GetTTSettings()->pDisplayHidWin->SetDisplayText( Id2Str(GetTTSettings()->Act->GetUniqueOrHelpId()).AppendAscii(" WinType: ") .Append(UniString::CreateFromInt64(GetTTSettings()->Act->GetType())).AppendAscii(" ").Append(GetTTSettings()->Act->GetText())); if ( GetTTSettings()->Act && !GetTTSettings()->Act->GetUniqueId().equals( GetTTSettings()->Act->GetHelpId() ) ) GetTTSettings()->pDisplayHidWin->SetText(UniString( TTProperties::GetSvtResId( TT_ALTERNATE_CAPTION ) ).AppendAscii(GetTTSettings()->Act->GetHelpId().getStr())); else GetTTSettings()->pDisplayHidWin->SetText( GetTTSettings()->aOriginalCaption ); } else GetTTSettings()->pDisplayHidWin->SetDisplayText(CUniString("Kein Window/Control gefunden")); } else if ( GetTTSettings()->Act ) { // allow setting a HelpID manually (just enter the ID in the displayHID Window and terminate it by | if ( GetTTSettings()->pDisplayHidWin->IsDisplayTextModified() && GetTTSettings()->pDisplayHidWin->GetDisplayText().GetTokenCount( '|' ) > 1 ) { GetTTSettings()->Act->SetUniqueId( Str2Id( GetTTSettings()->pDisplayHidWin->GetDisplayText().GetToken( '|' ) ) ); GetTTSettings()->pDisplayHidWin->ClearDisplayTextModified(); } } if ( GetTTSettings()->pDisplayHidWin->IsSendData() && GetTTSettings()->Act ) { if ( !StatementFlow::bSending ) { // Normalerweise syncronisierung �ber Protokoll. Hier ist das aber asyncron!!! WriteControlData( GetTTSettings()->Act, GetTTSettings()->pDisplayHidWin->GetConfig() ); new StatementFlow( this, F_EndCommandBlock ); // Kommando zum Senden erzeugen und in que eintragen } } } else { if ( GetTTSettings()->Act ) { RESET_WIN(GetTTSettings()->Act); GetTTSettings()->Act = NULL; } } if ( pFirst == this ) // Sollte immer so sein, aber besser isses if ( pNext ) // Befehle warten auf Ausf�hrung { // An Ende neu einsortieren Advance(); QueStatement( NULL ); } } else { delete GetTTSettings()->pDisplayHidWin; GetTTSettings()->pDisplayHidWin = NULL; GetTTSettings()->pDisplayInstance = NULL; } return GetTTSettings()->pDisplayHidWin != NULL; } class TranslateWin : public WorkWindow { private: DECL_LINK( DoAccept, PushButton* ); DECL_LINK( DoNext, PushButton* ); DECL_LINK( DoSelect, PushButton* ); DECL_LINK( DoRestore, PushButton* ); DECL_LINK( TranslationChanged, Edit* ); DECL_LINK( ShowInplace, Timer* ); Timer InplaceTimer; PushButton PushButtonTT_PB_NEXT; GroupBox GroupBoxTT_GB_TRANSLATION; Edit EditTT_E_NEW; GroupBox GroupBoxTT_GB_COMMENT; Edit EditTT_E_COMMENT; PushButton PushButtonTT_PB_ACCEPT; FixedText FixedTextTT_FT_OLD; PushButton PushButtonTT_PB_SELECT; PushButton PushButtonTT_PB_RESTORE; Window *Old; Window *Act; Window *pTranslateWin; sal_Bool bSelecting; sal_Bool bAvailable; sal_Bool bNext; sal_Bool TestChangedDataSaved(); sal_uLong nEventHookID; static long stub_VCLEventHookProc( NotifyEvent& rEvt, void* pData ) { return ((TranslateWin*)pData)->VCLEventHook( rEvt ); } long VCLEventHook( NotifyEvent& rEvt ); public: TranslateWin(); ~TranslateWin(); static String MarkShortcutErrors( Window* pBase, sal_Bool bMark ); sal_Bool IsTranslationAvailable(){ return bAvailable; } sal_Bool IsNextDialog(){ return bNext; } void ResetNextDialog(){ bNext = sal_False; } Window* GetTranslationWindow(){ return pTranslateWin; } String GetOriginalText(){ return FixedTextTT_FT_OLD.GetText(); } String GetTranslationText(){ return EditTT_E_NEW.GetText(); } String GetComment(){ return EditTT_E_COMMENT.GetText(); } void EnableTranslation(); }; TranslateWin::TranslateWin() : WorkWindow( NULL, TTProperties::GetSvtResId( TT_INLINE_TRANSLATION ) ) , PushButtonTT_PB_NEXT( this, TTProperties::GetSvtResId( TT_PB_NEXT ) ) , GroupBoxTT_GB_TRANSLATION( this, TTProperties::GetSvtResId( TT_GB_TRANSLATION ) ) , EditTT_E_NEW( this, TTProperties::GetSvtResId( TT_E_NEW ) ) , GroupBoxTT_GB_COMMENT( this, TTProperties::GetSvtResId( TT_GB_COMMENT ) ) , EditTT_E_COMMENT( this, TTProperties::GetSvtResId( TT_E_COMMENT ) ) , PushButtonTT_PB_ACCEPT( this, TTProperties::GetSvtResId( TT_PB_ACCEPT ) ) , FixedTextTT_FT_OLD( this, TTProperties::GetSvtResId( TT_FT_OLD ) ) , PushButtonTT_PB_SELECT( this, TTProperties::GetSvtResId( TT_PB_SELECT ) ) , PushButtonTT_PB_RESTORE( this, TTProperties::GetSvtResId( TT_PB_RESTORE ) ) , Old( NULL ) , Act( NULL ) , pTranslateWin( NULL ) , bSelecting( sal_False ) , bAvailable( sal_False ) , bNext( sal_False ) { FreeResource(); PushButtonTT_PB_NEXT.SetClickHdl( LINK( this, TranslateWin, DoNext ) ); PushButtonTT_PB_ACCEPT.SetClickHdl( LINK( this, TranslateWin, DoAccept ) ); PushButtonTT_PB_SELECT.SetClickHdl( LINK( this, TranslateWin, DoSelect ) ); PushButtonTT_PB_RESTORE.SetClickHdl( LINK( this, TranslateWin, DoRestore ) ); EditTT_E_NEW.SetModifyHdl( LINK( this, TranslateWin, TranslationChanged ) ); InplaceTimer.SetTimeout( 250 ); InplaceTimer.SetTimeoutHdl( LINK( this, TranslateWin, ShowInplace ) ); EnableAlwaysOnTop(); nEventHookID = Application::AddEventHook( stub_VCLEventHookProc, this ); } TranslateWin::~TranslateWin() { Application::RemoveEventHook( nEventHookID ); } sal_Bool TranslateWin::TestChangedDataSaved() { if ( ( EditTT_E_NEW.GetText().CompareTo( FixedTextTT_FT_OLD.GetText() ) != COMPARE_EQUAL || EditTT_E_COMMENT.GetText().Len() ) && PushButtonTT_PB_ACCEPT.IsEnabled() ) { return MessBox( this, TTProperties::GetSvtResId( TT_DISCARD_CHANGED_DATA ) ).Execute() == RET_YES; } else return sal_True; } IMPL_LINK( TranslateWin, DoAccept, PushButton*, EMPTYARG ) { PushButtonTT_PB_SELECT.Disable(); PushButtonTT_PB_NEXT.Disable(); PushButtonTT_PB_RESTORE.Disable(); EditTT_E_NEW.Disable(); EditTT_E_COMMENT.Disable(); PushButtonTT_PB_ACCEPT.Disable(); bAvailable = sal_True; return 0; } IMPL_LINK( TranslateWin, DoNext, PushButton*, EMPTYARG ) { if ( TestChangedDataSaved() ) { PushButtonTT_PB_SELECT.Disable(); PushButtonTT_PB_NEXT.Disable(); PushButtonTT_PB_RESTORE.Disable(); EditTT_E_NEW.Disable(); EditTT_E_COMMENT.Disable(); PushButtonTT_PB_ACCEPT.Disable(); bNext = sal_True; } return 0; } IMPL_LINK( TranslateWin, DoSelect, PushButton*, EMPTYARG ) { if ( bSelecting ) { bSelecting = sal_False; } else { if ( TestChangedDataSaved() ) { PushButtonTT_PB_RESTORE.Disable(); bSelecting = sal_True; } } return 0; } IMPL_LINK( TranslateWin, DoRestore, PushButton*, EMPTYARG ) { String sTT_E_OLD( FixedTextTT_FT_OLD.GetText()); sTT_E_OLD.SearchAndReplaceAll( CUniString("\\n"), CUniString("\n") ); sTT_E_OLD.SearchAndReplaceAll( CUniString("\\t"), CUniString("\t") ); String sTT_E_NEW( EditTT_E_NEW.GetText()); sTT_E_NEW.SearchAndReplaceAll( CUniString("\\n"), CUniString("\n") ); sTT_E_NEW.SearchAndReplaceAll( CUniString("\\t"), CUniString("\t") ); if ( StatementList::WinPtrValid( pTranslateWin ) && pTranslateWin->GetText().CompareTo( sTT_E_NEW ) == COMPARE_EQUAL ) { // Im ersten schritt nur in der UI zur�ck pTranslateWin->SetText( sTT_E_OLD ); } else { // Im zweite Schritt auch den eingegebenen Text EditTT_E_NEW.SetText( FixedTextTT_FT_OLD.GetText() ); PushButtonTT_PB_RESTORE.Disable(); } if ( StatementList::WinPtrValid( pTranslateWin ) ) MarkShortcutErrors( pTranslateWin->GetWindow( WINDOW_OVERLAP ), sal_True ); return 0; } IMPL_LINK( TranslateWin, TranslationChanged, Edit*, pEdit ) { (void) pEdit; /* avoid warning about unused parameter */ PushButtonTT_PB_RESTORE.Enable(); InplaceTimer.Start(); return 0; } IMPL_LINK( TranslateWin, ShowInplace, Timer*, EMPTYARG ) { PushButtonTT_PB_RESTORE.Enable(); if ( StatementList::WinPtrValid( pTranslateWin ) ) { String sTT_E_NEW( EditTT_E_NEW.GetText()); // alle CRs UnQuoten sTT_E_NEW.SearchAndReplaceAll( CUniString("\\n"), CUniString("\n") ); // alle TABSs UnQuoten sTT_E_NEW.SearchAndReplaceAll( CUniString("\\t"), CUniString("\t") ); pTranslateWin->SetText( sTT_E_NEW ); MarkShortcutErrors( pTranslateWin->GetWindow( WINDOW_OVERLAP ), sal_True ); } return 0; } long TranslateWin::VCLEventHook( NotifyEvent& rEvt ) { if ( EVENT_MOUSEMOVE == rEvt.GetType() ) { if ( bSelecting ) { const MouseEvent *pMEvt = rEvt.GetMouseEvent(); Old = Act; Act = rEvt.GetWindow(); if ( Act ) { Window *pWin = Act; sal_uInt16 i; for ( i = 0 ; i < Act->GetChildCount() ; i++ ) { pWin = Act->GetChild(i); Rectangle aWinPosSize( pWin->GetPosPixel(), pWin->GetSizePixel() ); if ( ( pWin->IsMouseTransparent() || !pWin->IsEnabled() ) && aWinPosSize.IsInside( pMEvt->GetPosPixel() ) ) { Act = pWin; break; } } } if ( !StatementList::WinPtrValid ( Old ) ) Old = NULL; if ( Act != Old ) { if ( Old ) { Window *pWin; if ( Old->IsMouseTransparent() && Old->GET_REAL_PARENT() ) pWin = Old->GET_REAL_PARENT(); else pWin = Old; RESET_WIN(pWin); } if ( Act ) { SET_WIN(Act); FixedTextTT_FT_OLD.SetText( Act->GetText() ); } else FixedTextTT_FT_OLD.SetText( String() ); } else if ( Act ) { } } else { if ( Act ) { if ( Act->IsMouseTransparent() && Act->GET_REAL_PARENT() ) Act = Act->GET_REAL_PARENT(); RESET_WIN(Act); Act = NULL; } } } else if ( EVENT_MOUSEBUTTONUP == rEvt.GetType() ) { if ( bSelecting ) { pTranslateWin = Act; if ( pTranslateWin ) { MarkShortcutErrors( pTranslateWin->GetWindow( WINDOW_OVERLAP ), sal_True ); // alle CRs quoten (NF) String sTT_E_NEW( pTranslateWin->GetText()); sTT_E_NEW.SearchAndReplaceAll( CUniString("\n"), CUniString("\\n") ); // alle TABSs quoten () sTT_E_NEW.SearchAndReplaceAll( CUniString("\t"), CUniString("\\t") ); FixedTextTT_FT_OLD.SetText( sTT_E_NEW ); EditTT_E_NEW.SetText( sTT_E_NEW ); EditTT_E_NEW.Enable(); EditTT_E_NEW.GrabFocus(); EditTT_E_COMMENT.SetText( String() ); EditTT_E_COMMENT.Enable(); PushButtonTT_PB_ACCEPT.Enable(); } bSelecting = sal_False; } } return 0; } #define FDS_ACTION_COLLECT 1 #define FDS_ACTION_MARK 2 #define FDS_ACTION_UNMARK 3 class FindShortcutErrors: public Search { String aShortcuts,aDoubleShortcuts; sal_uInt16 nAction; public: FindShortcutErrors(); virtual sal_Bool IsWinOK( Window *pWin ); void SetAction( sal_uInt16 nA ); String GetDoubleShortcuts() { return aDoubleShortcuts; } }; FindShortcutErrors::FindShortcutErrors() : Search( SEARCH_NOOVERLAP | SEARCH_NO_TOPLEVEL_WIN ) { SetAction( FDS_ACTION_COLLECT ); // Wir fange immer mit sammeln an, ODER?? } void FindShortcutErrors::SetAction( sal_uInt16 nA ) { nAction = nA; if ( FDS_ACTION_COLLECT == nAction ) { aShortcuts = UniString(); aDoubleShortcuts = UniString(); } } sal_Bool FindShortcutErrors::IsWinOK( Window *pWin ) { if ( pWin->IsReallyVisible() ) { String aText = pWin->GetText(); xub_StrLen nPos = aText.Search('~'); String aShortcut; sal_Bool bHasAccel = sal_False; if ( nPos != STRING_NOTFOUND ) { aShortcut = aText.Copy( nPos+1, 1 ); aShortcut.ToLowerAscii(); bHasAccel = aShortcut.Len() == 1; } switch ( nAction ) { case FDS_ACTION_COLLECT: { if ( aShortcuts.Search( aShortcut ) != STRING_NOTFOUND ) aDoubleShortcuts += aShortcut; else aShortcuts += aShortcut; } break; case FDS_ACTION_MARK: { sal_Bool bMissing = sal_False; if ( !bHasAccel && aText.Len() ) // should there be an accelarator defined { Window* pChild; pChild = pWin->GetWindow( WINDOW_CLIENT ); if ( (pChild->GetType() == WINDOW_RADIOBUTTON) || (pChild->GetType() == WINDOW_IMAGERADIOBUTTON) || (pChild->GetType() == WINDOW_CHECKBOX) || (pChild->GetType() == WINDOW_TRISTATEBOX) || (pChild->GetType() == WINDOW_PUSHBUTTON) ) { if ( !pChild->GetText().EqualsAscii( "..." ) ) bMissing = sal_True; } if ( pChild->GetType() == WINDOW_FIXEDTEXT ) { Window* pTempChild = pWin->GetWindow( WINDOW_NEXT ); if ( pTempChild ) pTempChild = pTempChild->GetWindow( WINDOW_CLIENT ); if ( pTempChild && pChild->GetText().Len() ) { if ( (pTempChild->GetType() == WINDOW_EDIT) || (pTempChild->GetType() == WINDOW_MULTILINEEDIT) || (pTempChild->GetType() == WINDOW_SPINFIELD) || (pTempChild->GetType() == WINDOW_PATTERNFIELD) || (pTempChild->GetType() == WINDOW_NUMERICFIELD) || (pTempChild->GetType() == WINDOW_METRICFIELD) || (pTempChild->GetType() == WINDOW_CURRENCYFIELD) || (pTempChild->GetType() == WINDOW_DATEFIELD) || (pTempChild->GetType() == WINDOW_TIMEFIELD) || (pTempChild->GetType() == WINDOW_LISTBOX) || (pTempChild->GetType() == WINDOW_MULTILISTBOX) || (pTempChild->GetType() == WINDOW_COMBOBOX) || (pTempChild->GetType() == WINDOW_PATTERNBOX) || (pTempChild->GetType() == WINDOW_NUMERICBOX) || (pTempChild->GetType() == WINDOW_METRICBOX) || (pTempChild->GetType() == WINDOW_CURRENCYBOX) || (pTempChild->GetType() == WINDOW_DATEBOX) || (pTempChild->GetType() == WINDOW_TIMEBOX) ) { bMissing = sal_True; } } } } if ( bHasAccel && aDoubleShortcuts.Search( aShortcut ) != STRING_NOTFOUND ) { if ( pWin->GetType() == WINDOW_GROUPBOX ) pWin->SetControlForeground( Color( COL_LIGHTRED ) ); else { pWin->SetControlBackground(); Color aCol(COL_GRAY); aCol.SetRed( 0xff ); pWin->SetControlBackground( aCol ); } } else if ( bMissing ) { pWin->SetControlBackground(); Color aCol(COL_GRAY); aCol.SetRed( 0xff ); aCol.SetGreen( 0xff ); pWin->SetControlBackground( aCol ); } else { pWin->SetControlForeground(); pWin->SetControlBackground(); } } break; case FDS_ACTION_UNMARK: { pWin->SetControlForeground(); pWin->SetControlBackground(); } break; } } else if ( FDS_ACTION_MARK == nAction || FDS_ACTION_UNMARK == nAction ) { pWin->SetControlForeground(); pWin->SetControlBackground(); } return sal_False; } String TranslateWin::MarkShortcutErrors( Window* pBase, sal_Bool bMark ) { if ( pBase ) { FindShortcutErrors aFinder; if ( bMark ) { StatementList::SearchAllWin( pBase, aFinder, sal_True ); // collect Shortcuts first aFinder.SetAction( FDS_ACTION_MARK ); } else aFinder.SetAction( FDS_ACTION_UNMARK ); StatementList::SearchAllWin( pBase, aFinder, sal_True ); return aFinder.GetDoubleShortcuts(); } return UniString(); } void TranslateWin::EnableTranslation() { PushButtonTT_PB_SELECT.Enable(); PushButtonTT_PB_NEXT.Enable(); bAvailable = sal_False; bNext = sal_False; } void StatementCommand::Translate() { // Es wurde eine initale UniqueId mitgegeben. Dann nur die dopelten Shortcuts liefern if( (nParams & PARAM_STR_1) && nLNr1_and_Pointer.nLNr1 ) { String aDouble; Window *pWin = SearchTree( Str2Id( aString1 ) ,sal_False ); if ( pWin ) { pWin = pWin->GetWindow( WINDOW_OVERLAP ); aDouble = TranslateWin::MarkShortcutErrors( pWin, sal_True ); } pRet->GenReturn ( RET_Value, nMethodId, aDouble ); return; } if ( !GetTTSettings()->pTranslateWin ) { GetTTSettings()->pTranslateWin = new TranslateWin; GetTTSettings()->bToTop = sal_True; } GetTTSettings()->pTranslateWin->Show(); if ( GetTTSettings()->bToTop ) { GetTTSettings()->pTranslateWin->ToTop(); GetTTSettings()->bToTop = sal_False; } GetTTSettings()->pTranslateWin->GetWindow( WINDOW_OVERLAP )->EnableInput( sal_True, sal_True ); if ( GetTTSettings()->pTranslateWin->IsTranslationAvailable() ) { String aTranslation; Window* pTranslationWindow = GetTTSettings()->pTranslateWin->GetTranslationWindow(); DBG_ASSERT( pTranslationWindow, "Kein Translation Window" ); if ( WinPtrValid( pTranslationWindow ) ) { if ( pTranslationWindow->GetType() == WINDOW_BORDERWINDOW && pTranslationWindow->GetWindow( WINDOW_CLIENT ) ) { Window* pNew = pTranslationWindow->GetWindow( WINDOW_CLIENT ); // Bei Dockingwindoes das kanze Geraffel von Docking Floating �berspringen while ( IsDialog( pNew ) && !pNew->GetUniqueOrHelpId().getLength() && pNew->GetChildCount() == 1 ) pNew = pNew->GetChild( 0 ); pTranslationWindow = pNew; } aTranslation = CUniString("0;"); aTranslation += Id2Str( pTranslationWindow->GetUniqueOrHelpId() ); aTranslation += ';'; aTranslation += TypeString( pTranslationWindow->GetType() ); aTranslation += ';'; Window* pParentDialog = pTranslationWindow; while ( pParentDialog && !IsDialog( pParentDialog ) ) { pParentDialog = pParentDialog->GET_REAL_PARENT(); } if ( pParentDialog ) { aTranslation += Id2Str(pParentDialog->GetUniqueOrHelpId()); aTranslation += ';'; aTranslation += TypeString( pParentDialog->GetType() ); } else aTranslation.AppendAscii( "0;" ); // Zahl + leerer String aTranslation += ';'; aTranslation += '\"'; aTranslation += GetTTSettings()->pTranslateWin->GetOriginalText(); aTranslation += '\"'; aTranslation += ';'; aTranslation += '\"'; aTranslation += GetTTSettings()->pTranslateWin->GetTranslationText(); aTranslation += '\"'; aTranslation += ';'; aTranslation += '\"'; aTranslation += GetTTSettings()->pTranslateWin->GetComment(); aTranslation += '\"'; // alle CRs quoten (NF) aTranslation.SearchAndReplaceAll( CUniString("\n"), CUniString("\\n") ); // alle TABSs quoten () aTranslation.SearchAndReplaceAll( CUniString("\t"), CUniString("\\t") ); pRet->GenReturn ( RET_Value, nMethodId, aTranslation ); GetTTSettings()->pTranslateWin->EnableTranslation(); GetTTSettings()->bToTop = sal_True; } else { pRet->GenReturn ( RET_Value, nMethodId, String() ); GetTTSettings()->pTranslateWin->EnableTranslation(); ErrorBox err( GetTTSettings()->pTranslateWin, TTProperties::GetSvtResId( TT_NO_CONTROL )); err.Execute(); GetTTSettings()->bToTop = sal_True; } } else if ( GetTTSettings()->pTranslateWin->IsNextDialog() ) { pRet->GenReturn ( RET_Value, nMethodId, CUniString("1") ); GetTTSettings()->pTranslateWin->ResetNextDialog(); GetTTSettings()->pTranslateWin->LoseFocus(); GetTTSettings()->bToTop = sal_True; } else { GetTTSettings()->pTranslateWin->EnableTranslation(); pRet->GenReturn ( RET_Value, nMethodId, String() ); } } Window* StatementCommand::GetNextOverlap( Window* pBase ) { // Findet irgendwelche Overlap-Fenster, die schlie�bar aussehen // Eventuell mu� noch die Auswahl verfeinert werden. if ( pBase->GetType() != WINDOW_BORDERWINDOW ) pBase = pBase->GetWindow( WINDOW_OVERLAP ); Window *pControl = NULL; if ( pBase->GetWindow( WINDOW_FIRSTOVERLAP ) ) { pControl = GetNextOverlap( pBase->GetWindow( WINDOW_FIRSTOVERLAP ) ); } if ( !pControl && pBase->GetWindow( WINDOW_NEXT ) ) { pControl = GetNextOverlap( pBase->GetWindow( WINDOW_NEXT ) ); } if ( !pControl ) { Window *pTest = pBase->GetWindow( WINDOW_CLIENT ); if ( IsAccessable (pTest) && pTest->IsEnabled() && pTest->IsVisible() && ((pTest->GetStyle() & WB_CLOSEABLE ) || (pBase->GetStyle() & WB_CLOSEABLE )) ) return pTest; else return NULL; } else return pControl; } Window* StatementCommand::GetNextRecoverWin() { // �ber die TopLevelWindows der App iterieren Window* pBase = Application::GetFirstTopLevelWindow(); Window *pControl = NULL; Window* pMyFirstDocFrame = NULL; while ( pBase ) { // zuerst weitere Fenster auf dem Fenster suchen und schliessen pControl = GetNextOverlap( pBase ); if ( pControl && pControl->GetType() == WINDOW_HELPTEXTWINDOW ) {} // skip it else { if ( pControl && pControl->IsVisible() && !IsFirstDocFrame( pControl ) && !IsIMEWin( pControl ) ) { Window* pTB = pControl->GetChild( 0 ); if ( pControl->GetChildCount() == 1 && pTB->GetType() == WINDOW_TOOLBOX ) ; // do not act on floating toolboxes #i38796 else return pControl; } // dann das Fenster selbst Schliessen // erstes DocWin �berspringen // Assumption that Doc Windows are Borderwindows and ButtonDialog and such are not if ( pBase->IsVisible() && !IsFirstDocFrame( pBase ) && pBase->GetType() != WINDOW_BORDERWINDOW && !IsIMEWin( pBase ) ) return pBase; if ( !pMyFirstDocFrame && IsFirstDocFrame( pBase ) ) pMyFirstDocFrame = pBase; } pBase = Application::GetNextTopLevelWindow( pBase ); } // close the FirstDocFrame last, It will not be closed, but the Document inside will be closed. if ( IsDocWin( pMyFirstDocFrame ) ) return pMyFirstDocFrame; return NULL; } sal_Bool StatementCommand::Execute() { if ( IsError ) { #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Skipping Command: " ); m_pDbgWin->AddText( String::CreateFromInt32( nMethodId ) ); m_pDbgWin->AddText( "\n" ); #endif Advance(); delete this; return sal_True; } InitProfile(); #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Executing Command: " ); m_pDbgWin->AddText( String::CreateFromInt32( nMethodId ) ); m_pDbgWin->AddText( "\n" ); #endif #if OSL_DEBUG_LEVEL > 1 #define REPORT_WIN_CLOSED(pControl, aInfo) \ _REPORT_WIN_CLOSED(pControl, aInfo) \ m_pDbgWin->AddText( aInfo.AppendAscii(" \"").Append( pControl->GetText() ).AppendAscii("\" geschlossen, RType = ").Append( TypeString(pControl->GetType()) ).AppendAscii(", UId = ").Append( UIdString( pControl->GetUniqueOrHelpId() ) ) ); #else #define REPORT_WIN_CLOSED(pControl, aInfo) _REPORT_WIN_CLOSED(pControl, aInfo) #endif #define REPORT_WIN_CLOSEDc(pControl, aInfo ) \ REPORT_WIN_CLOSED(pControl, CUniString(aInfo) ) #define _REPORT_WIN_CLOSED(pControl, aInfo) \ if ( aString1.Len() ) \ aString1 += '\n'; \ aString1 += aInfo; \ aString1.AppendAscii(" \""); \ aString1 += pControl->GetText(); \ aString1.AppendAscii("\" geschlossen, RType = ");\ aString1 += TypeString(pControl->GetType()); \ aString1.AppendAscii(", UId = "); \ aString1 += UIdString(pControl->GetUniqueOrHelpId()); switch ( nMethodId ) { case RC_AppDelay: if ( !bBool1 ) { nLNr1_and_Pointer.nLNr1 = Time().GetTime() + nNr1/10; bBool1 = sal_True; } if ( Time().GetTime() < sal_Int32(nLNr1_and_Pointer.nLNr1) ) // Aktuelle Zeit kleiner Endzeit return sal_False; break; case RC_DisplayHid: if ( DisplayHID() ) return sal_False; break; case RC_ResetApplication: { if ( !bBool1 ) { nRetryCount = 150; // das sollte reichen. bBool1 = sal_True; // Nur beim ersten mal! nNr1 = 1; // Welcher Button ist dran? nLNr1_and_Pointer.pWindow = 0; // Speichern des AppWin aString1 = UniString(); // Liste der geschlossenen Fenster // So da� nacher auch wieder alles auf Default steht nUseBindings = 0; bCatchGPF = sal_True; bUsePostEvents = sal_True; aSubMenuId1 = 0; aSubMenuId2 = 0; aSubMenuId3 = 0; pMenuWindow = NULL; } if ( !nRetryCount ) ReportError( GEN_RES_STR0( S_RESETAPPLICATION_FAILED_COMPLEX ) ); Window *pControl = GetNextRecoverWin(); if ( pControl ) { bBool2 = sal_False; // flag for wait when all windows are closed pControl->GrabFocus(); if ( pControl->GetType() != WINDOW_DOCKINGWINDOW && pControl->GetType() != WINDOW_FLOATINGWINDOW && pControl->GetType() != WINDOW_MODELESSDIALOG && pControl->GetType() != WINDOW_WORKWINDOW && pControl->GetType() != WINDOW_TOOLBOX && pControl->GetType() != WINDOW_BORDERWINDOW && nRetryCount-- ) { short nRT = ImpGetRType( pControl ); if ( nRT == C_TabControl && pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_TABDIALOG ) { // Bei Tabcontrol den zugeh�rigen Tabdialog nehmen pControl = pControl->GET_REAL_PARENT(); nRT = ImpGetRType( pControl ); } switch( nRT ) { case C_ModalDlg: case C_Dialog: case C_TabDlg: REPORT_WIN_CLOSEDc(pControl, "Dialog"); SET_WINP_CLOSING(pControl); ((SystemWindow*)pControl)->Close(); break; case C_WorkWin: break; case C_MessBox: case C_InfoBox: case C_WarningBox: case C_ErrorBox: case C_QueryBox: case C_ButtonDialog: { ButtonDialog* pBD = (ButtonDialog*)pControl; // nNr1 >= 10 bedeutet (Custom)-Buttons durchgehen if ( nNr1 >= 10+pBD->GetButtonCount() ) nNr1 = 1; switch( nNr1 ) { case 5: if ( pBD->GetPushButton( BUTTONID_OK ) ) { REPORT_WIN_CLOSEDc(pControl, "Message Box (OK)"); SET_WINP_CLOSING(pControl); pBD->EndDialog(RET_OK); } nNr1 = 10; // Nochmal alle Buttons der Reihe nach break; case 4: if ( pBD->GetPushButton( BUTTONID_CANCEL ) ) { REPORT_WIN_CLOSEDc(pControl, "Message Box (Cancel)"); SET_WINP_CLOSING(pControl); pBD->EndDialog(RET_CANCEL); } nNr1++; break; case 3: if ( pBD->GetPushButton( BUTTONID_YES ) ) { REPORT_WIN_CLOSEDc(pControl, "Message Box (Yes)"); SET_WINP_CLOSING(pControl); pBD->EndDialog(RET_YES); } nNr1++; break; case 2: case 1: if ( pBD->GetPushButton( BUTTONID_NO ) ) { REPORT_WIN_CLOSEDc(pControl, "Message Box (No)"); SET_WINP_CLOSING(pControl); pBD->EndDialog(RET_NO); } nNr1++; break; default: { sal_uInt16 nID = pBD->GetButtonId( nNr1-10 ); if ( nID != BUTTONID_HELP ) { REPORT_WIN_CLOSED(pControl, CUniString("Message Box (").Append( UniString::CreateFromInt32(nID) ).AppendAscii(")")); SET_WINP_CLOSING(pControl); pBD->EndDialog(nID); } nNr1++; } } break; } default: OSL_FAIL( "Unknown Windowtype" ); REPORT_WIN_CLOSEDc(pControl, "Unknown Windowtype"); ReportError( GEN_RES_STR0( S_RESETAPPLICATION_FAILED_UNKNOWN ), pControl->GetType() ); #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( " Unbekannter Objekttyp aus UId" ); #endif break; } return sal_False; } else { if ( (pControl->GetType() == WINDOW_DOCKINGWINDOW || pControl->GetType() == WINDOW_TOOLBOX) && nRetryCount-- ) { if ( (((DockingWindow*)pControl)->GetStyle() | ((DockingWindow*)pControl)->GetFloatStyle()) & WB_CLOSEABLE ) { REPORT_WIN_CLOSED(pControl, TypeString(pControl->GetType())); SET_WINP_CLOSING(pControl); ((DockingWindow*)pControl)->Close(); // Eigentlich nur bei TaskWindows! Hoffen wir mal, da� keine anderen DockingWindows dazwischen hauen. if ( nLNr1_and_Pointer.pWindow != pControl ) nNr1 = 1; // Zum durchprobieren der Buttons beim Schlie�en nLNr1_and_Pointer.pWindow = pControl; return sal_False; } } if ( nRetryCount-- && ( (pControl->GetType() == WINDOW_FLOATINGWINDOW) || (pControl->GetType() == WINDOW_MODELESSDIALOG) || (pControl->GetType() == WINDOW_WORKWINDOW) || (pControl->GetType() == WINDOW_BORDERWINDOW) ) ) { // Special handling for last Document; do not close the Frame, only the Document if ( GetDocWinCount() == 1 && IsDocFrame( pControl ) ) { if ( IsDocWin( pControl ) ) { if ( GetDocFrameMenuBar( pControl ) ) { MenuBar* pMenu = GetDocFrameMenuBar( pControl ); if ( pMenu->HasCloser() ) { REPORT_WIN_CLOSED( pControl, TypeString(pControl->GetType())); SET_WINP_CLOSING(pControl); pMenu->GetCloserHdl().Call( pMenu ); // nur bei TaskWindows! if ( nLNr1_and_Pointer.pWindow != pControl ) nNr1 = 1; // Zum durchprobieren der Buttons beim Schlie�en nLNr1_and_Pointer.pWindow = pControl; return sal_False; } } } } else { REPORT_WIN_CLOSED( pControl, TypeString(pControl->GetType())); SET_WINP_CLOSING(pControl); ((SystemWindow*)pControl)->Close(); // Eigentlich nur bei TaskWindows! if ( nLNr1_and_Pointer.pWindow != pControl ) nNr1 = 1; // Zum durchprobieren der Buttons beim Schlie�en nLNr1_and_Pointer.pWindow = pControl; return sal_False; } } } } // wait for some time if more windows show up // E.g.: Floating toolbars on a Task which was hidden by another Task before if ( !bBool2 ) { nLNr1_and_Pointer.nLNr1 = Time().GetTime() + 100; // 100 = 1 Second bBool2 = sal_True; } if ( Time().GetTime() < sal_Int32(nLNr1_and_Pointer.nLNr1) ) // Aktuelle Zeit kleiner Endzeit return sal_False; else pRet->GenReturn ( RET_Value, nMethodId, aString1); } break; case RC_WaitSlot: { if ( ! (nParams & PARAM_UINT16_1) ) nNr1 = 1000; // defaults to 1000 = 1 Sec. if ( !bBool1 ) { nLNr1_and_Pointer.nLNr1 = Time().GetTime() + nNr1/10; bBool1 = sal_True; } if ( !bIsSlotInExecute ) pRet->GenReturn ( RET_Value, nMethodId, comm_UINT16(CONST_WSFinished) ); else { if ( Time().GetTime() < sal_Int32(nLNr1_and_Pointer.nLNr1) ) // Aktuelle Zeit kleiner Endzeit return sal_False; pRet->GenReturn ( RET_Value, nMethodId, comm_UINT16(CONST_WSTimeout) ); } } break; } Advance(); switch ( nMethodId ) { case RC_AppDelay: // Diese Befehle werden anderswo behandelt case RC_DisplayHid: case RC_ResetApplication: case RC_WaitSlot: case RC_AppAbort: // Sofortiges L�schen aller Befehle break; case RC_Assert: { ByteString aAssertion( "Diese Assertion wurde vom Testtool per Befehl ausgel�st" ); aAssertion = ByteString( String( aAssertion, RTL_TEXTENCODING_MS_1252 ), RTL_TEXTENCODING_UTF8 ); DBG_ASSERT( !aString1.Len(), ByteString( aString1, RTL_TEXTENCODING_UTF8 ).GetBuffer() ); DBG_ASSERT( aString1.Len(), aAssertion.GetBuffer() ); OSL_ENSURE( !aString1.Len(), ByteString( aString1, RTL_TEXTENCODING_UTF8 ).GetBuffer() ); OSL_ENSURE( aString1.Len(), aAssertion.GetBuffer() ); } break; case RC_CaptureAssertions: #ifdef DBG_UTIL if( !(nParams & PARAM_BOOL_1) || bBool1 ) { DBG_INSTOUTERROR( DBG_OUT_TESTTOOL ); osl_setDebugMessageFunc( osl_TestToolDebugPrint ); } else { DBG_INSTOUTERROR( DBG_OUT_MSGBOX ); osl_setDebugMessageFunc( pOriginal_osl_DebugMessageFunc ); } #endif break; case RC_Translate: Translate(); break; case RC_ApplicationBusy: { sal_Bool bWait = sal_False; ReportError( GEN_RES_STR0( S_NO_ACTIVE_WINDOW ) ); pRet->GenReturn ( RET_Value, nMethodId, bWait ); break; } case RC_GetClipboard: { ::rtl::OUString aTemp; ::svt::OStringTransfer::PasteString( aTemp, GetFirstDocFrame() ); pRet->GenReturn ( RET_Value, nMethodId, String( aTemp ) ); } break; case RC_SetClipboard: ::svt::OStringTransfer::CopyString(aString1,GetFirstDocFrame()); break; case RC_WinTree: pRet->GenReturn ( RET_Value, nMethodId, Tree( NULL, 0)); break; #if OSL_DEBUG_LEVEL > 1 case RC_NoDebug: m_pDbgWin->bQuiet = sal_True; m_pDbgWin->Hide(); m_pDbgWin->Clear(); break; case RC_Debug: m_pDbgWin->bQuiet = sal_False; m_pDbgWin->Show(); break; #endif case RC_GPF: ((TabControl*)NULL)->SetCurPageId( 12345 ); break; case RC_GetNextCloseWindow: { Window *pWin = GetActive( WINDOW_BASE ); // WINDOW_ANYTYPE if ( !pWin ) ReportError( GEN_RES_STR0( S_NO_ACTIVE_WINDOW ) ); else if ( !IsDialog(pWin) ) ReportError( GEN_RES_STR0( S_NO_DIALOG_IN_GETACTIVE ) ); else { pRet->GenReturn( RET_Value, nMethodId, Id2Str(pWin->GetUniqueOrHelpId()) ); } } break; case RC_UseBindings: if( !(nParams & PARAM_BOOL_1) || bBool1 ) nUseBindings = SFX_USE_BINDINGS; else nUseBindings = 0; break; case RC_Profile: // Bei folgenden Parametern passiert folgendes: // ein boolean=false Alles Profiling stoppen (Ergebnisse liefern) // ein boolean=true, 1-4 ints Einteilung der Zeiten in K�stchen // kein! boolean keine ints loggen jeden Befehls // kein! boolean 1 int loggen alle int Millisekunden // ein String wird in das Logfile �bernommen(sonst passiert nichts) if( !(nParams & PARAM_BOOL_1) || bBool1 ) { if ( !pProfiler ) { pProfiler = new TTProfiler; InitProfile(); } if( !(nParams & PARAM_BOOL_1) && (nParams & PARAM_UINT16_1) ) { // Autoprofiling: Profile nNr if ( pProfiler->IsProfilingPerCommand() ) { pProfiler->StopProfilingPerCommand(); } pProfiler->StartAutoProfiling( nNr1 ); // Der Header ist abh�ngig vom Modus pRet->GenReturn( RET_ProfileInfo, 0, pProfiler->GetProfileHeader() ); } else if ( nParams & PARAM_UINT16_1 ) { // Partitioning initialisieren: Profile true [,nNr][,nNr][,nNr][,nNr] comm_UINT32 nAnzahl=0; if ( nParams & PARAM_UINT16_1 ) { nAnzahl++; }; if ( nParams & PARAM_UINT16_2 ) { nAnzahl++; }; if ( nParams & PARAM_UINT16_3 ) { nAnzahl++; }; if ( nParams & PARAM_UINT16_4 ) { nAnzahl++; }; // Hier werden die Parameter ans Testtool zur�ck �bertragen. // Das ist zwar etwas eigenartig, aber ansonsten m�sste man im Testtool // die einfache Struktur der Remotebefehle aufbrechen. pRet->GenReturn( RET_ProfileInfo, S_ProfileReset, nAnzahl ); // Und die einzelnen Grenzen if ( nParams & PARAM_UINT16_1 ) { pRet->GenReturn( RET_ProfileInfo, S_ProfileBorder1, (comm_UINT32)nNr1 ); }; if ( nParams & PARAM_UINT16_2 ) { pRet->GenReturn( RET_ProfileInfo, S_ProfileBorder2, (comm_UINT32)nNr2 ); }; if ( nParams & PARAM_UINT16_3 ) { pRet->GenReturn( RET_ProfileInfo, S_ProfileBorder3, (comm_UINT32)nNr3 ); }; if ( nParams & PARAM_UINT16_4 ) { pRet->GenReturn( RET_ProfileInfo, S_ProfileBorder4, (comm_UINT32)nNr4 ); }; pProfiler->StartPartitioning(); } else if( nParams == PARAM_STR_1 ) // Genau ein String! { // Nur einen String ins Profiling aufnehmen aString1 += '\n'; pRet->GenReturn( RET_ProfileInfo, 0, aString1 ); } else { // Normales Profiling je Kommando: profile if ( pProfiler->IsAutoProfiling() ) { pRet->GenReturn( RET_ProfileInfo, 0, pProfiler->GetAutoProfiling() ); pProfiler->StopAutoProfiling(); } pProfiler->StartProfilingPerCommand(); // Der Header ist abh�ngig vom Modus pRet->GenReturn( RET_ProfileInfo, 0, pProfiler->GetProfileHeader() ); } } else // Profiling wieder ausschalten: Profile false if ( pProfiler ) { if ( pProfiler->IsProfilingPerCommand() ) pProfiler->StopProfilingPerCommand(); if ( pProfiler->IsAutoProfiling() ) { pRet->GenReturn( RET_ProfileInfo, 0, pProfiler->GetAutoProfiling() ); pProfiler->StopAutoProfiling(); } if ( pProfiler->IsPartitioning() ) { pRet->GenReturn( RET_ProfileInfo, S_ProfileDump, (comm_UINT32)0 ); pProfiler->StopPartitioning(); } delete pProfiler; pProfiler = NULL; } break; case RC_MenuGetItemCount: case RC_MenuGetItemId: case RC_MenuGetItemPos: case RC_MenuIsSeperator: case RC_MenuIsItemChecked: case RC_MenuIsItemEnabled: case RC_MenuGetItemText: case RC_MenuGetItemCommand: case RC_MenuHasSubMenu: case RC_MenuSelect: { PopupMenu *pPopup = NULL; MenuBar *pMenuBar = NULL; Menu *pMenu; sal_uInt16 nErr = GetCurrentMenues( pPopup, pMenuBar, pMenu ); if ( !pMenu ) { if ( nErr == 1 ) ReportError( GEN_RES_STR0( S_NO_POPUP ) ); else ReportError( GEN_RES_STR0( S_NO_SUBMENU ) ); break; } sal_uInt16 nItemCount = 0; switch ( nMethodId ) { case RC_MenuGetItemCount: case RC_MenuGetItemId: case RC_MenuIsSeperator: { nItemCount = pMenu->GetItemCount(); if ( pMenu->GetMenuFlags() & MENU_FLAG_HIDEDISABLEDENTRIES ) { // jep, we have to adjust the count sal_Bool bLastWasSeperator = sal_True; // sal_True for Separator at the top for ( sal_uInt16 i = 0 ; i < pMenu->GetItemCount() ; i++ ) { if ( !pMenu->IsItemEnabled( pMenu->GetItemId( i ) ) ) nItemCount--; else { if ( pMenu->GetItemType( i ) == MENUITEM_SEPARATOR && bLastWasSeperator ) nItemCount--; bLastWasSeperator = pMenu->GetItemType( i ) == MENUITEM_SEPARATOR; } } if ( bLastWasSeperator ) // Separator at bottom nItemCount--; } } break; } // for certain methods calculate the physical index (reinserting the hidden entries) sal_uInt16 nPhysicalIndex = 0; switch ( nMethodId ) { case RC_MenuGetItemId: case RC_MenuIsSeperator: { nPhysicalIndex = nNr1; if ( pMenu->GetMenuFlags() & MENU_FLAG_HIDEDISABLEDENTRIES ) { // jep, we have to adjust the position sal_Bool bLastWasSeperator = sal_True; // sal_True for Separator at the top sal_uInt16 nVisibleCount = 0; for ( sal_uInt16 i = 0 ; i < pMenu->GetItemCount() && nVisibleCount < nNr1 ; i++ ) { if ( pMenu->IsItemEnabled( pMenu->GetItemId( i ) ) && !( pMenu->GetItemType( i ) == MENUITEM_SEPARATOR && bLastWasSeperator ) ) { nVisibleCount++; bLastWasSeperator = pMenu->GetItemType( i ) == MENUITEM_SEPARATOR; } else nPhysicalIndex++; } DBG_ASSERT( nVisibleCount == nNr1, "Adaption of Index failed: nVisibleCount != nNr1" ); } } break; } switch ( nMethodId ) { case RC_MenuGetItemCount: { pRet->GenReturn ( RET_Value, nMethodId, (comm_UINT32)nItemCount ); } break; case RC_MenuGetItemId: { if ( ValueOK( rtl::OString(), RcString( nMethodId ),nNr1,nItemCount) ) pRet->GenReturn ( RET_Value, nMethodId, (comm_UINT32)pMenu->GetItemId(nPhysicalIndex-1) ); } break; case RC_MenuGetItemPos: { sal_uInt16 nLogicalPos = pMenu->GetItemPos(nNr1); if ( MENU_ITEM_NOTFOUND != nLogicalPos && pMenu->GetMenuFlags() & MENU_FLAG_HIDEDISABLEDENTRIES ) { // jep, we have to adjust the position if ( !pMenu->IsItemEnabled( nNr1 ) ) nLogicalPos = MENU_ITEM_NOTFOUND; else { sal_Bool bLastWasSeperator = sal_False; for ( int i = nLogicalPos ; i >= 0 ; i-- ) { if ( !pMenu->IsItemEnabled( pMenu->GetItemId( sal::static_int_cast< sal_uInt16 >(i) ) ) || ( pMenu->GetItemType( sal::static_int_cast< sal_uInt16 >(i) ) == MENUITEM_SEPARATOR && bLastWasSeperator ) ) nLogicalPos--; bLastWasSeperator = pMenu->GetItemType( sal::static_int_cast< sal_uInt16 >(i) ) == MENUITEM_SEPARATOR; } } } pRet->GenReturn ( RET_Value, nMethodId, (comm_UINT32)(nLogicalPos+1) ); } break; case RC_MenuIsSeperator: { if ( ValueOK( rtl::OString(), RcString( nMethodId ),nNr1,nItemCount) ) pRet->GenReturn ( RET_Value, nMethodId, (comm_BOOL)(pMenu->GetItemType(nPhysicalIndex-1) == MENUITEM_SEPARATOR) ); } break; case RC_MenuIsItemChecked: { pRet->GenReturn ( RET_Value, nMethodId, (comm_BOOL)pMenu->IsItemChecked(nNr1) ); } break; case RC_MenuIsItemEnabled: { pRet->GenReturn ( RET_Value, nMethodId, (comm_BOOL)pMenu->IsItemEnabled(nNr1) ); } break; case RC_MenuGetItemText: { pRet->GenReturn ( RET_Value, nMethodId, (String)pMenu->GetItemText(nNr1) ); } break; case RC_MenuGetItemCommand: { pRet->GenReturn ( RET_Value, nMethodId, (String)pMenu->GetItemCommand(nNr1) ); } break; case RC_MenuHasSubMenu: { pRet->GenReturn ( RET_Value, nMethodId, (sal_Bool)(pMenu->GetPopupMenu(nNr1) != NULL) ); } break; case RC_MenuSelect: { if ( pMenu->GetPopupMenu(nNr1) ) { if ( !aSubMenuId1 ) aSubMenuId1 = nNr1; else if ( !aSubMenuId2 ) aSubMenuId2 = nNr1; else if ( !aSubMenuId3 ) aSubMenuId3 = nNr1; if ( pPopup ) pPopup->SelectEntry(nNr1); else pMenuBar->SelectEntry(nNr1); } else { if ( pPopup ) { pPopup->EndExecute(nNr1); aSubMenuId1 = 0; aSubMenuId2 = 0; aSubMenuId3 = 0; pMenuWindow = NULL; } else { pMenuBar->SelectEntry(nNr1); aSubMenuId1 = 0; aSubMenuId2 = 0; aSubMenuId3 = 0; pMenuWindow = NULL; } } } break; } } break; case RC_SetControlType: { DirectLog( S_QAError, GEN_RES_STR0( S_DEPRECATED ) ); } break; case RC_Kill: case RC_RmDir: case RC_MkDir: case RC_FileCopy: case RC_Name: case RC_Dir: case RC_FileLen: case RC_FileDateTime: { long nErrorcode = FSYS_ERR_OK; switch ( nMethodId ) { case RC_Kill: { DirEntry aFile( aString1 ); nErrorcode = aFile.GetError(); if ( FSYS_ERR_OK == nErrorcode && FileStat( aFile ).IsKind( FSYS_KIND_FILE ) ) nErrorcode = aFile.Kill(); else nErrorcode = FSYS_ERR_NOTAFILE; } break; case RC_RmDir: { DirEntry aDir( aString1 ); nErrorcode = aDir.GetError(); if ( FSYS_ERR_OK == nErrorcode && FileStat( aDir ).IsKind( FSYS_KIND_DIR ) ) nErrorcode = aDir.Kill(); else nErrorcode = FSYS_ERR_NOTADIRECTORY; } break; case RC_MkDir: { DirEntry aDir( aString1 ); nErrorcode = aDir.GetError(); if ( !nErrorcode && !aDir.MakeDir() ) nErrorcode = FSYS_ERR_UNKNOWN; } break; case RC_FileCopy: { nErrorcode = DirEntry( aString1 ).CopyTo( DirEntry( aString2 ), FSYS_ACTION_COPYFILE ); } break; case RC_Name: { nErrorcode = DirEntry( aString1 ).MoveTo( DirEntry( aString2 ) ); } break; case RC_Dir: { String aPath; sal_uInt16 nDirFlags = 0; // from basic/source/inc/runtime.hxx #define Sb_ATTR_NORMAL 0x0000 #define Sb_ATTR_HIDDEN 0x0002 #define Sb_ATTR_SYSTEM 0x0004 #define Sb_ATTR_VOLUME 0x0008 #define Sb_ATTR_DIRECTORY 0x0010 #define Sb_ATTR_ARCHIVE 0x0020 // copied from Basic and adapted basic/source/runtime/methods.cxx Revision 1.54 if ( (nParams & PARAM_STR_1) ) { delete pDir; pDir = NULL; // wg. Sonderbehandlung Sb_ATTR_VOLUME DirEntry aEntry( aString1 ); FileStat aStat( aEntry ); if(!aStat.GetError() && (aStat.GetKind() & FSYS_KIND_FILE)) { // OK, only a filename // cut off path (VB4) aPath = aEntry.GetName(); } else { sal_uInt16 nFlags = 0; if ( (nParams & PARAM_UINT16_1) ) nDirFlags = nFlags = nNr1; else nDirFlags = nFlags = Sb_ATTR_HIDDEN | Sb_ATTR_SYSTEM | Sb_ATTR_DIRECTORY; // Nur diese Bitmaske ist unter Windows erlaubt // Sb_ATTR_VOLUME wird getrennt gehandelt if( nDirFlags & Sb_ATTR_VOLUME ) aPath = aEntry.GetVolume(); else { // Die richtige Auswahl treffen sal_uInt16 nMode = FSYS_KIND_FILE; if( nFlags & Sb_ATTR_DIRECTORY ) nMode |= FSYS_KIND_DIR; if( nFlags == Sb_ATTR_DIRECTORY ) nMode = FSYS_KIND_DIR; pDir = new Dir( aEntry, (DirEntryKind) nMode ); nErrorcode = pDir->GetError(); nDirPos = 0; } } } if( pDir ) { for( ;; ) { if( nDirPos >= pDir->Count() ) { delete pDir; pDir = NULL; aPath.Erase(); break; } DirEntry aNextEntry=(*(pDir))[nDirPos++]; aPath = aNextEntry.GetName(); break; } } if ( !nErrorcode ) { pRet->GenReturn ( RET_Value, nMethodId, aPath ); } } break; case RC_FileLen: { DirEntry aFile( aString1 ); nErrorcode = aFile.GetError(); if ( FSYS_ERR_OK == nErrorcode ) { FileStat aFS( aFile ); pRet->GenReturn ( RET_Value, nMethodId, static_cast(aFS.GetSize()) ); //GetSize() sal_uLong != comm_UINT32 on 64bit nErrorcode = aFS.GetError(); } } break; case RC_FileDateTime: { DirEntry aFile( aString1 ); nErrorcode = aFile.GetError(); if ( FSYS_ERR_OK == nErrorcode ) { FileStat aStat( aFile ); Time aTime( aStat.TimeModified() ); Date aDate( aStat.DateModified() ); nErrorcode = aStat.GetError(); double fSerial = (double)( aDate - Date(30,12,1899) ); long nSeconds = aTime.GetHour(); nSeconds *= 3600; nSeconds += aTime.GetMin() * 60; nSeconds += aTime.GetSec(); double nDays = ((double)nSeconds) / (double)(24.0*3600.0); fSerial += nDays; SbxValueRef xValue = new SbxValue( SbxDATE ); xValue->PutDate( fSerial ); pRet->GenReturn ( RET_Value, nMethodId, *xValue ); } } break; } switch ( nErrorcode ) { case FSYS_ERR_OK: break; case FSYS_ERR_MISPLACEDCHAR: { ReportError( CUniString("MISPLACEDCHAR") ); } break; case FSYS_ERR_INVALIDCHAR: { ReportError( CUniString("INVALIDCHAR") ); } break; case FSYS_ERR_NOTEXISTS: { ReportError( CUniString("NOTEXISTS") ); } break; case FSYS_ERR_ALREADYEXISTS: { ReportError( CUniString("ALREADYEXISTS") ); } break; case FSYS_ERR_NOTADIRECTORY: { ReportError( CUniString("NOTADIRECTORY") ); } break; case FSYS_ERR_NOTAFILE: { ReportError( CUniString("NOTAFILE") ); } break; case FSYS_ERR_INVALIDDEVICE: { ReportError( CUniString("INVALIDDEVICE") ); } break; case FSYS_ERR_ACCESSDENIED: { ReportError( CUniString("ACCESSDENIED") ); } break; case FSYS_ERR_LOCKVIOLATION: { ReportError( CUniString("LOCKVIOLATION") ); } break; case FSYS_ERR_VOLUMEFULL: { ReportError( CUniString("VOLUMEFULL") ); } break; case FSYS_ERR_ISWILDCARD: { ReportError( CUniString("ISWILDCARD") ); } break; case FSYS_ERR_NOTSUPPORTED: { ReportError( CUniString("NOTSUPPORTED") ); } break; case FSYS_ERR_UNKNOWN: { ReportError( CUniString("UNKNOWN") ); } break; default: { ReportError( CUniString("Not an FSYS Error") ); } } } break; case RC_TypeKeysDelay: { if( (nParams & PARAM_BOOL_1) ) { bDoTypeKeysDelay = bBool1; } else if( nParams & PARAM_UINT16_1 ) { nMinTypeKeysDelay = nNr1; if( nParams & PARAM_UINT16_2 ) nMaxTypeKeysDelay = nNr2; else nMaxTypeKeysDelay = nMinTypeKeysDelay; } else ReportError( GEN_RES_STR0( S_INVALID_PARAMETERS ) ); } break; case RC_GetMouseStyle: { Pointer aPointer; Window *pActualWin = GetMouseWin(); if ( pActualWin ) aPointer = pActualWin->GetPointer(); else { ReportError( GEN_RES_STR1( S_POINTER_OUTSIDE_APPWIN, RcString( nMethodId ) ) ); aPointer = Pointer( POINTER_NULL ); } pRet->GenReturn ( RET_Value, nMethodId, (comm_UINT32)aPointer.GetStyle() ); } break; case RC_UnpackStorage: { if( (nParams & PARAM_STR_1) ) { String aFileName( aString1 ); DirEntry aDestPath; if( (nParams & PARAM_STR_2) ) aDestPath = DirEntry( aString2 ); else { aDestPath = DirEntry( aFileName ); aDestPath.SetExtension( CUniString( "plaintext" ) ); } #if OSL_DEBUG_LEVEL > 1 sal_uInt16 nEntries = Dir( aDestPath, FSYS_KIND_FILE | FSYS_KIND_DIR ).Count(); (void) nEntries; /* avoid warning about unused parameter */ #endif // The Count is only larger than 2 is the path is a directory which is not empty // the Count of 2 results from the "." and ".." directory if ( Dir( aDestPath, FSYS_KIND_FILE | FSYS_KIND_DIR ).Count() > 2 ) DirectLog( S_QAError, GEN_RES_STR1( S_DIRECTORY_NOT_EMPTY, aDestPath.GetFull() ) ); SotStorageRef xStorage = new SotStorage( aFileName, STREAM_STD_READ ); if ( xStorage->GetError() ) ReportError( GEN_RES_STR2(S_UNPACKING_STORAGE_FAILED, aFileName, aDestPath.GetFull()) ); else UnpackStorage( xStorage, aDestPath ); } else ReportError( GEN_RES_STR0( S_INVALID_PARAMETERS ) ); } break; case RC_CloseSysDialog: case RC_ExistsSysDialog: { if( (nParams & PARAM_UINT16_1) ) { Reference < ::com::sun::star::util::XCancellable > xPicker; switch( nNr1 ) { case CONST_FilePicker: { xPicker.set( Reference < ::com::sun::star::util::XCancellable >( svt::GetTopMostFilePicker(), UNO_QUERY ) ); } break; case CONST_FolderPicker: { xPicker.set( Reference < ::com::sun::star::util::XCancellable >( svt::GetTopMostFolderPicker(), UNO_QUERY ) ); } break; default: ReportError( GEN_RES_STR0( S_INVALID_PARAMETERS ) ); } switch( nMethodId ) { case RC_CloseSysDialog: { if ( xPicker.is() ) xPicker->cancel(); else ReportError( GEN_RES_STR0( S_INVALID_PARAMETERS ) ); } break; case RC_ExistsSysDialog: { pRet->GenReturn ( RET_Value, nMethodId, (comm_BOOL)xPicker.is() ); } break; default: ReportError( GEN_RES_STR0( S_INVALID_PARAMETERS ) ); } } else ReportError( GEN_RES_STR0( S_INVALID_PARAMETERS ) ); } break; case RC_SAXCheckWellformed: case RC_SAXReadFile: case RC_SAXGetNodeType: case RC_SAXGetAttributeCount: case RC_SAXGetAttributeName: case RC_SAXGetAttributeValue: case RC_SAXGetChildCount: case RC_SAXGetElementName: case RC_SAXGetChars: case RC_SAXSeekElement: case RC_SAXHasElement: case RC_SAXGetElementPath: case RC_SAXRelease: { HandleSAXParser(); } break; case RC_RecordMacro: { if ( ! (nParams & PARAM_BOOL_1) ) bBool1 = sal_True; MacroRecorder::GetMacroRecorder()->SetActionRecord( bBool1 ); } break; case RC_GetDocumentCount : { pRet->GenReturn ( RET_Value, nMethodId, (comm_UINT16)GetDocWinCount() ); } break; case RC_ActivateDocument : { if( nParams & PARAM_UINT16_1 ) { if ( ValueOK( rtl::OString(), RcString( nMethodId ), nNr1, GetDocWinCount() ) ) { Window* pWin = GetDocWin( nNr1-1 ); if ( pWin ) { pWin->ToTop(); pWin->GrabFocus(); } } } else ReportError( GEN_RES_STR0( S_INVALID_PARAMETERS ) ); } break; case RC_GetSystemLanguage : { pRet->GenReturn ( RET_Value, nMethodId, (comm_UINT16)Application::GetSettings().GetLanguage() ); } break; case RC_CatchGPF : { if( (nParams & PARAM_BOOL_1) ) bCatchGPF = bBool1; else bCatchGPF = sal_True; } break; case RC_IsProduct : { sal_Bool bIsProduct; #ifdef DBG_UTIL bIsProduct = sal_False; #else bIsProduct = sal_True; #endif pRet->GenReturn ( RET_Value, nMethodId, (sal_Bool)bIsProduct ); } break; case RC_UsePostEvents : { if( (nParams & PARAM_BOOL_1) ) bUsePostEvents = bBool1; else bUsePostEvents = sal_True; } break; default: ReportError( GEN_RES_STR1( S_UNKNOWN_COMMAND, RcString( nMethodId ) ) ); } SendProfile( RcString(nMethodId) ); delete this; return sal_True; } sal_Bool StatementCommand::UnpackStorage( SotStorageRef xStorage, DirEntry &aBaseDir ) { SvStorageInfoList aList; xStorage->FillInfoList( &aList ); for( size_t i = 0; i < aList.size(); i++ ) { SvStorageInfo& rInfo = aList[ i ]; String aName = rInfo.GetName(); DirEntry aPath ( aBaseDir ); aPath += DirEntry( aName ); sal_Bool bIsStorage = xStorage->IsStorage( aName ); if ( bIsStorage ) { SotStorageRef xSubStorage = xStorage->OpenSotStorage( aName, STREAM_STD_READ ); if ( xSubStorage->GetError() ) { ReportError( GEN_RES_STR2(S_UNPACKING_STORAGE_FAILED, aName, aPath.GetFull()) ); return sal_False; } UnpackStorage( xSubStorage, aPath ); } else { if ( !aPath.MakeDir( sal_True ) ) { ReportError( GEN_RES_STR1(S_CANNOT_CREATE_DIRECTORY, aPath.GetFull()) ); return sal_False; } SotStorageStreamRef xStream = xStorage->OpenSotStream( aName, STREAM_STD_READ ); SvFileStream aDestination( aPath.GetFull(), STREAM_STD_READWRITE | STREAM_TRUNC ); (*xStream) >> aDestination; if ( aDestination.GetError() != ERRCODE_NONE ) { ReportError( GEN_RES_STR2(S_UNPACKING_STORAGE_FAILED, aName, aPath.GetFull()) ); return sal_False; } aDestination.Close(); } } return sal_True; } StatementControl::StatementControl( SCmdStream *pCmdIn, sal_uInt16 nControlIdType ) : StatementList() , nNr1( 0 ) , nNr2( 0 ) , nNr3( 0 ) , nNr4( 0 ) , nLNr1( 0 ) , aString1() , aString2() , bBool1(sal_False) , bBool2(sal_False) { QueStatement( NULL ); //HELPID BACKWARD (SIControl is no longer needed) if ( nControlIdType == SIControl ) { comm_UINT32 nId; pCmdIn->Read( nId ); aUId = rtl::OString( nId ); if ( nId == 0 ) aUId = UID_ACTIVE; else ReportError( aUId, GEN_RES_STR1c( S_INTERNAL_ERROR, "using numeric HelpID from old Testtool" ) ); } else if ( nControlIdType == SIStringControl ) { String aId; pCmdIn->Read( aId ); aUId = Str2Id( aId ); } else { OSL_FAIL( "Wrong ControlType" ); } pCmdIn->Read( nMethodId ); pCmdIn->Read( nParams ); if( nParams & PARAM_UINT16_1 ) pCmdIn->Read( nNr1 ); if( nParams & PARAM_UINT16_2 ) pCmdIn->Read( nNr2 ); if( nParams & PARAM_UINT16_3 ) pCmdIn->Read( nNr3 ); if( nParams & PARAM_UINT16_4 ) pCmdIn->Read( nNr4 ); if( nParams & PARAM_UINT32_1 ) pCmdIn->Read( nLNr1 ); if( nParams & PARAM_STR_1 ) pCmdIn->Read( aString1 ); if( nParams & PARAM_STR_2 ) pCmdIn->Read( aString2 ); if( nParams & PARAM_BOOL_1 ) pCmdIn->Read( bBool1 ); if( nParams & PARAM_BOOL_2 ) pCmdIn->Read( bBool2 ); #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Reading Control: UId: " ); m_pDbgWin->AddText( Id2Str( aUId ) ); m_pDbgWin->AddText( " Methode: " ); m_pDbgWin->AddText( String::CreateFromInt32( nMethodId ) ); m_pDbgWin->AddText( " Params:" ); if( nParams & PARAM_UINT16_1 ) {m_pDbgWin->AddText( " n1:" );m_pDbgWin->AddText( String::CreateFromInt32( nNr1 ) );} if( nParams & PARAM_UINT16_2 ) {m_pDbgWin->AddText( " n2:" );m_pDbgWin->AddText( String::CreateFromInt32( nNr2 ) );} if( nParams & PARAM_UINT16_3 ) {m_pDbgWin->AddText( " n3:" );m_pDbgWin->AddText( String::CreateFromInt32( nNr3 ) );} if( nParams & PARAM_UINT16_4 ) {m_pDbgWin->AddText( " n4:" );m_pDbgWin->AddText( String::CreateFromInt32( nNr4 ) );} if( nParams & PARAM_UINT32_1 ) {m_pDbgWin->AddText( " nl1:" );m_pDbgWin->AddText( String::CreateFromInt64( nLNr1 ) );} if( nParams & PARAM_STR_1 ) {m_pDbgWin->AddText( " s1:" );m_pDbgWin->AddText( aString1 );} if( nParams & PARAM_STR_2 ) {m_pDbgWin->AddText( " s2:" );m_pDbgWin->AddText( aString2 );} m_pDbgWin->AddText( "\n" ); #endif } sal_Bool IsDialog(Window *pWin) { // Alles was von SystemWindow abgeleitet ist if ( !pWin ) return sal_False; switch (pWin->GetType()) { case WINDOW_FLOATINGWINDOW: case WINDOW_DOCKINGWINDOW: case WINDOW_MODELESSDIALOG: case WINDOW_DIALOG: case WINDOW_MODALDIALOG: case WINDOW_WORKWINDOW: case WINDOW_TABDIALOG: case WINDOW_MESSBOX: case WINDOW_INFOBOX: case WINDOW_WARNINGBOX: case WINDOW_ERRORBOX: case WINDOW_QUERYBOX: case WINDOW_BUTTONDIALOG: case WINDOW_FILEDIALOG: case WINDOW_PRINTDIALOG: case WINDOW_PRINTERSETUPDIALOG: // ab hier nicht ansprechbar (da nicht implementiert) case WINDOW_SYSWINDOW: case WINDOW_SYSTEMDIALOG: case WINDOW_COLORDIALOG: case WINDOW_FONTDIALOG: case WINDOW_PATHDIALOG: return sal_True; default: return sal_False; } } sal_Bool IsAccessable(Window *pWin) { if ( pWin == NULL ) return sal_False; return pWin->IsEnabled() && pWin->IsInputEnabled(); } // neue Hilfsfunktion static Window*ImpGetButton( Window *pBase, WinBits nMask, WinBits nWinBits ) { sal_uInt16 n = pBase->GetChildCount(); for( sal_uInt16 i = 0 ; i < n; i++ ) { Window *pChild = pBase->GetChild(i); if( pChild->GetType() == WINDOW_OKBUTTON || pChild->GetType() == WINDOW_CANCELBUTTON || pChild->GetType() == WINDOW_HELPBUTTON || pChild->GetType() == WINDOW_PUSHBUTTON ) if( !nMask || ( pChild->GetStyle() & nMask ) == nWinBits ) return pChild; } return NULL; } sal_Bool StatementControl::ControlOK( Window *pControl, const sal_Char* cBezeichnung ) { if ( pControl && ( ( ( IsAccessable(pControl) || (nMethodId & M_WITH_RETURN) ) && pControl->IsVisible() ) || aUId.equals( UID_ACTIVE ) ) ) return sal_True; else { UniString aBezeichnung( cBezeichnung, RTL_TEXTENCODING_ASCII_US ); if ( aBezeichnung.Len() > 0 ) { if (!pControl) ReportError( aUId, GEN_RES_STR1( S_WIN_NOT_FOUND, aBezeichnung ) ); else if ( !pControl->IsVisible() ) ReportError( aUId, GEN_RES_STR1( S_WIN_INVISIBLE, aBezeichnung ) ); else ReportError( aUId, GEN_RES_STR1( S_WIN_DISABLED, aBezeichnung ) ); } #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( aBezeichnung.AppendAscii(" NotFound or Disabled or Invisible") ); #endif return sal_False; } } sal_Bool StatementList::ValueOK( rtl::OString aId, String aBezeichnung, sal_uLong nValue, sal_uLong nMax ) { if ( nMax < nValue ) { if ( aBezeichnung.Len() > 0 ) ReportError( aId, GEN_RES_STR3( S_NUMBER_TOO_BIG, aBezeichnung, UniString::CreateFromInt32( nValue ), UniString::CreateFromInt32( nMax ) ) ); return sal_False; } if ( nValue < 1 ) { if ( aBezeichnung.Len() > 0 ) ReportError( aId, GEN_RES_STR3c3( S_NUMBER_TOO_SMALL, aBezeichnung, UniString::CreateFromInt32( nValue ), "1" ) ); return sal_False; } return sal_True; } sal_uInt16 StatementList::GetCurrentMenues( PopupMenu *&pPopup, MenuBar *&pMenuBar, Menu *&pMenu ) { if ( WinPtrValid( pMenuWindow ) ) pMenuBar = pMenuWindow->GetMenuBar(); if ( pMenuBar ) // use MenuBar as base pMenu = pMenuBar; else // use contextmenu as base { pMenu = PopupMenu::GetActivePopupMenu(); pPopup = PopupMenu::GetActivePopupMenu(); } if ( !pMenu ) return 1; if ( aSubMenuId1 ) { pPopup = pMenu->GetPopupMenu( aSubMenuId1 ); pMenu = pPopup; } if ( pMenu && aSubMenuId2 ) { pPopup = pMenu->GetPopupMenu( aSubMenuId2 ); pMenu = pPopup; } if ( pMenu && aSubMenuId3 ) { pPopup = pMenu->GetPopupMenu( aSubMenuId3 ); pMenu = pPopup; } return 0; } void StatementControl::AnimateMouse( Window *pControl, TTHotSpots aWohin ) { Point aZiel; switch (aWohin) { case MitteLinks: { long nHeight = pControl->GetSizePixel().Height(); aZiel.X() += 5; aZiel.Y() += nHeight / 2; } break; case Mitte: { Size aSize = pControl->GetOutputSizePixel(); aZiel.Move( aSize.Width() / 2, aSize.Height() / 2 ); } break; case MitteOben: { long nWidth = pControl->GetSizePixel().Width(); aZiel.X() += nWidth / 2; aZiel.Y() += 5; } break; } AnimateMouse( pControl, aZiel ); } void StatementControl::AnimateMouse( Window *pControl, Point aWohin ) { Point aAkt = pControl->GetPointerPosPixel(); Point aZiel = aWohin; long nSteps; Point aDiff = aAkt - aZiel; if ( Abs(aDiff.X()) < Abs(aDiff.Y()) ) nSteps = Abs(aDiff.Y()) / 5; else nSteps = Abs(aDiff.X()) / 5; if ( nSteps == 0 ) return; aDiff *= 1000; aDiff /= nSteps; StatementList::bExecuting = sal_True; // Bah ist das ein ekliger Hack // Das verhindert, da� schon der n�chste Befehl ausgef�hrt wird. for ( ; nSteps ; nSteps-- ) { if ( Abs((aAkt - pControl->GetPointerPosPixel()).X()) > 5 || Abs((aAkt - pControl->GetPointerPosPixel()).Y()) > 5 ) nSteps = 1; aAkt = aZiel + aDiff * nSteps / 1000; pControl->SetPointerPosPixel(aAkt); SafeReschedule(); } pControl->SetPointerPosPixel(aZiel); StatementList::bExecuting = sal_False; // Bah ist das ein ekliger Hack } sal_Bool StatementControl::MaybeDoTypeKeysDelay( Window *pTestWindow ) { if ( bDoTypeKeysDelay ) { sal_uLong nTimeWait = nMinTypeKeysDelay; if ( nMaxTypeKeysDelay != nMinTypeKeysDelay ) nTimeWait += Time::GetSystemTicks() % ( nMaxTypeKeysDelay - nMinTypeKeysDelay ); Timer aTimer; aTimer.SetTimeout( nTimeWait ); aTimer.Start(); StatementList::bExecuting = sal_True; // Bah ist das ein ekliger Hack // Das verhindert, da� schon der n�chste Befehl ausgef�hrt wird. while ( aTimer.IsActive() ) { SafeReschedule( sal_True ); } StatementList::bExecuting = sal_False; // Bah ist das ein ekliger Hack if ( !WinPtrValid(pTestWindow ) ) { ReportError( aUId, GEN_RES_STR1( S_WINDOW_DISAPPEARED, MethodString( nMethodId ) ) ); return sal_False; } } return sal_True; } sal_Bool StatementControl::HandleVisibleControls( Window *pControl ) { if( pControl ) // Also auch bei Disabled nicht jedoch bei Invisible { switch( nMethodId ) { case M_IsEnabled: pRet->GenReturn ( RET_Value, aUId, IsAccessable(pControl) ); break; case M_IsVisible: pRet->GenReturn ( RET_Value, aUId, pControl->IsVisible() ); break; case M_GetPosX: if ( pControl->GetType() == WINDOW_DOCKINGWINDOW && pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_FLOATINGWINDOW ) pControl = pControl->GET_REAL_PARENT(); // Sonderbehandlung f�r FloatingWindows if ( pControl->GetType() == WINDOW_TABCONTROL && pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_TABDIALOG ) pControl = pControl->GET_REAL_PARENT(); // Sonderbehandlung f�r TabDialoge if ( pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_BORDERWINDOW ) pControl = pControl->GET_REAL_PARENT(); // Sonderbehandlung f�r Border if ( (nParams & PARAM_BOOL_1) && bBool1 ) pControl = pControl->GetWindow( WINDOW_OVERLAP ); if ( pControl->GetType() == WINDOW_DOCKINGWINDOW && pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_SPLITWINDOW ) { Point aPos = pControl->GetPosPixel(); aPos = pControl->GET_REAL_PARENT()->OutputToScreenPixel( aPos ); pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)aPos.X() ); } else pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)pControl->GetPosPixel().X() ); break; case M_GetPosY: if ( pControl->GetType() == WINDOW_DOCKINGWINDOW && pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_FLOATINGWINDOW ) pControl = pControl->GET_REAL_PARENT(); // Sonderbehandlung f�r FloatingWindows if ( pControl->GetType() == WINDOW_TABCONTROL && pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_TABDIALOG ) pControl = pControl->GET_REAL_PARENT(); // Sonderbehandlung f�r TabDialoge if ( pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_BORDERWINDOW ) pControl = pControl->GET_REAL_PARENT(); // Sonderbehandlung f�r Border if ( (nParams & PARAM_BOOL_1) && bBool1 ) pControl = pControl->GetWindow( WINDOW_OVERLAP ); if ( pControl->GetType() == WINDOW_DOCKINGWINDOW && pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_SPLITWINDOW ) { Point aPos = pControl->GetPosPixel(); aPos = pControl->GET_REAL_PARENT()->OutputToScreenPixel( aPos ); pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)aPos.Y() ); } else pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)pControl->GetPosPixel().Y() ); break; case M_GetSizeX: if ( pControl->GetType() == WINDOW_DOCKINGWINDOW && pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_FLOATINGWINDOW ) pControl = pControl->GET_REAL_PARENT(); // Sonderbehandlung f�r FloatingWindows if ( pControl->GetType() == WINDOW_TABCONTROL && pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_TABDIALOG ) pControl = pControl->GET_REAL_PARENT(); // Sonderbehandlung f�r TabDialoge if ( pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_BORDERWINDOW ) pControl = pControl->GET_REAL_PARENT(); // Sonderbehandlung f�r Border if ( (nParams & PARAM_BOOL_1) && bBool1 ) pControl = pControl->GetWindow( WINDOW_OVERLAP ); pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)pControl->GetSizePixel().Width() ); break; case M_GetSizeY: if ( pControl->GetType() == WINDOW_DOCKINGWINDOW && pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_FLOATINGWINDOW ) pControl = pControl->GET_REAL_PARENT(); // Sonderbehandlung f�r FloatingWindows if ( pControl->GetType() == WINDOW_TABCONTROL && pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_TABDIALOG ) pControl = pControl->GET_REAL_PARENT(); // Sonderbehandlung f�r TabDialoge if ( pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_BORDERWINDOW ) pControl = pControl->GET_REAL_PARENT(); // Sonderbehandlung f�r Border if ( (nParams & PARAM_BOOL_1) && bBool1 ) pControl = pControl->GetWindow( WINDOW_OVERLAP ); pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)pControl->GetSizePixel().Height() ); break; case M_SnapShot: { if ( pControl->GetType() == WINDOW_DOCKINGWINDOW && pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_FLOATINGWINDOW ) pControl = pControl->GET_REAL_PARENT(); // Sonderbehandlung f�r FloatingWindows if ( pControl->GetType() == WINDOW_TABCONTROL && pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_TABDIALOG ) pControl = pControl->GET_REAL_PARENT(); // Sonderbehandlung f�r TabDialoge if ( pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_BORDERWINDOW ) pControl = pControl->GET_REAL_PARENT(); // Sonderbehandlung f�r Border if ( (nParams & PARAM_BOOL_1) && bBool1 ) pControl = pControl->GetWindow( WINDOW_OVERLAP ); Bitmap aBmp = pControl->SnapShot(); if ( pControl->GetType() == WINDOW_WORKWINDOW ) { Point aStart = pControl->GetPosPixel(); if ( !(nParams & PARAM_UINT16_4) ) { nParams |= PARAM_UINT16_1; nParams |= PARAM_UINT16_2; nParams |= PARAM_UINT16_3; nParams |= PARAM_UINT16_4; nNr1 = (sal_uInt16)-aStart.X(); nNr2 = (sal_uInt16)-aStart.Y(); nNr3 = (sal_uInt16)pControl->GetSizePixel().Width() + 2*(sal_uInt16)aStart.X(); nNr4 = (sal_uInt16)pControl->GetSizePixel().Height() + 2*(sal_uInt16)aStart.Y(); } nNr1 = std::max((sal_uInt16)-aStart.X(),nNr1); nNr2 = std::max((sal_uInt16)-aStart.Y(),nNr2); nNr3 = std::min((sal_uInt16)(pControl->GetSizePixel().Width() + 2*(sal_uInt16)aStart.X()),nNr3); nNr4 = std::min((sal_uInt16)(pControl->GetSizePixel().Height() + 2*(sal_uInt16)aStart.Y()),nNr4); } if( nParams & PARAM_UINT16_4 ) { // Zuschneiden Point aPt(-nNr1,-nNr2); Size aSz(nNr3,nNr4); VirtualDevice aVDev( *pControl ); aVDev.SetOutputSizePixel( aSz ); aVDev.DrawBitmap( aPt, aBmp ); aBmp = aVDev.GetBitmap( Point(), aSz ); } SvFileStream fOut; fOut.Open(aString1,STREAM_STD_WRITE); aBmp.Write(fOut); if ( fOut.GetError() ) ReportError( aUId, GEN_RES_STR1( S_ERROR_SAVING_IMAGE, UniString::CreateFromInt32( fOut.GetError() ) ) ); fOut.Close(); } break; case M_GetFixedTextCount: { pRet->GenReturn ( RET_Value, aUId, CountWinByRT( pControl, WINDOW_FIXEDTEXT, sal_True ) ); } break; case M_GetFixedText: { if( ( nParams & PARAM_UINT16_1 ) == 0 ) nNr1 = 1; FixedText* pFixedText = (FixedText*)GetWinByRT( pControl, WINDOW_FIXEDTEXT, sal_True, nNr1-1 ); if ( pFixedText ) pRet->GenReturn ( RET_Value, aUId, pFixedText->GetText() ); else ValueOK(aUId, MethodString( nMethodId ),nNr1,CountWinByRT( pControl, WINDOW_FIXEDTEXT, sal_True ) ); } break; default: return sal_False; } SendProfile( UIdString( aUId ).Append('.').Append( MethodString( nMethodId ) ) ); return sal_True; } return sal_False; } sal_Bool StatementControl::HandleCommonMethods( Window *pControl ) { switch( nMethodId ) // Diese k�nnen an jedem Window ausgef�hrt werden { case M_Exists: // Oben schon Behandelt. Unterdr�ckt hier nur Fehler case M_NotExists: case M_IsEnabled: case M_IsVisible: case M_SnapShot: break; case M_Caption : { if ( pControl->GetText().Len() == 0 && IsDocFrame( pControl->GetWindow( WINDOW_FRAME ) ) ) pRet->GenReturn ( RET_Value, aUId, pControl->GetWindow( WINDOW_FRAME )->GetText()); else pRet->GenReturn ( RET_Value, aUId, pControl->GetText()); } break; case M_GetRT: { pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)pControl->GetType() ); } break; case M_TypeKeys: { if( !(nParams & PARAM_UINT16_1) ) // Anzahl wiederholungen nNr1 = 1; if( !(nParams & PARAM_BOOL_1) ) // Follow Focus bBool1 = sal_False; // so bleibt das bisherige Verhalten if ( !bBool1 ) // Altes Verhalten pControl->GrabFocus(); else // If focus is not inside given control we grab it once. { Window *pFocus = GetpApp()->GetFocusWindow(); if ( !pFocus || !pControl->IsWindowOrChild( pFocus, sal_True ) ) pControl->GrabFocus(); } // maybe this can get removed since we are using GetPreferredKeyInputWindow() if ( pControl->GetType() == WINDOW_COMBOBOX ) { // Bei COMBOBOX an das Edit direkt liefern Window *pTemp = NULL; for ( sal_uInt16 i = 0 ; i < pControl->GetChildCount() && !pTemp ; i++ ) if ( pControl->GetChild( i )->GetType() == WINDOW_EDIT ) pTemp = pControl->GetChild( i ); if ( pTemp ) pControl = pTemp; } Window *pDeliverHere = pControl; for (int j = 0; j < nNr1; j++) for (xub_StrLen i = 0; i < aString1.Len(); i++) { if ( StatementList::bUsePostEvents ) { // grab focus every time Window *pFocus = GetpApp()->GetFocusWindow(); if ( !pFocus || !pControl->IsWindowOrChild( pFocus, sal_True ) ) pControl->GrabFocus(); } if ( bBool1 ) // Jedesmal das FocusWindow finden { Window *pFocus = GetpApp()->GetFocusWindow(); if ( pFocus && pControl->IsWindowOrChild( pFocus, sal_True ) ) pDeliverHere = pFocus; else // sonst fallback auf das Basisfenster pDeliverHere = pControl; } pDeliverHere = pDeliverHere->GetPreferredKeyInputWindow(); KeyEvent aEvent; if ( ((sal_uInt16)aString1.GetChar(i)) <= 7 ) { sal_uInt16 nVal = 0; switch (aString1.GetChar(i)) { case 1: nVal = aString1.GetChar(i+1) + (aString1.GetChar(i+2) << 8); i += 2; break; case 3: nVal = (aString1.GetChar(i+1) << 8); i++; break; case 5: nVal = aString1.GetChar(i+1); i++; break; case 7: nVal = 0; break; } // #105672# // find out the keycode sal_uInt16 nKeygroup = nVal & KEYGROUP_TYPE; sal_uInt16 nKeyCode = nVal & KEY_CODE; sal_Unicode aCh; switch (nKeygroup) { case KEYGROUP_NUM: aCh = nKeyCode - KEY_0 + '0'; break; case KEYGROUP_ALPHA: aCh = nKeyCode - KEY_A; if ( nVal & KEY_MOD1 ) {} else if ( nVal & KEY_SHIFT ) aCh += 'A'; else aCh += 'a'; break; case KEYGROUP_MISC: { // CR ESC TAB BACK ByteString aPrintableMisc("\x0d\x1b\x09\x08 **+-*/.,<>=",16); if ( nKeyCode-KEY_RETURN < aPrintableMisc.Len() && nKeyCode != KEY_INSERT && nKeyCode != KEY_DELETE ) aCh = aPrintableMisc.GetChar( nKeyCode-KEY_RETURN ); else aCh = 0; } break; case KEYGROUP_CURSOR: case KEYGROUP_FKEYS: default: aCh = 0; } aEvent = KeyEvent(aCh,KeyCode(nVal & 0xFFF,nVal & 0xF000)); } else { // CR ESC TAB BACK String aPrintableMisc = CUniString("\x0d\x1b\x09\x08 xx+-*/.,<>="); sal_Unicode aCh = aString1.GetChar(i); if ( aCh >= 'a' && aCh <= 'z' ) aEvent = KeyEvent(aCh, KeyCode(KEYGROUP_ALPHA + aCh-'a', 0)); else if ( aCh >= 'A' && aCh <= 'Z' ) aEvent = KeyEvent(aCh, KeyCode(KEYGROUP_ALPHA + aCh-'a', KEY_SHIFT)); else if ( aCh >= '0' && aCh <= '9' ) aEvent = KeyEvent(aCh, KeyCode(KEYGROUP_NUM + aCh-'0', 0)); else if ( aPrintableMisc.Search(aCh) != STRING_NOTFOUND ) aEvent = KeyEvent(aCh, KeyCode(KEYGROUP_MISC + (sal_uInt16)aPrintableMisc.Search(aCh), 0)); else // Sollte eigentlich nicht auftreten aEvent = KeyEvent(aCh, KeyCode()); } ImplKeyInput( pDeliverHere, aEvent ); if ( !MaybeDoTypeKeysDelay( pControl ) ) break; else SafeReschedule();SafeReschedule();SafeReschedule(); } } break; #define CalcMouseButton\ sal_uInt16 nButton = MOUSE_LEFT;\ if ( (nParams & PARAM_UINT16_3) )\ {\ switch ( nNr3 )\ {\ case 1: nButton = MOUSE_LEFT; break;\ case 2: nButton = MOUSE_MIDDLE; break;\ case 3: nButton = MOUSE_RIGHT; break;\ }\ }\ case M_MouseDown: { CalcMouseButton; Size aS = pControl->GetOutputSizePixel(); Point aPos = Point(aS.Width() * nNr1 / 100,aS.Height() * nNr2 / 100); Window *pActualWin = pControl->FindWindow( aPos ); if ( pActualWin ) aPos = pActualWin->AbsoluteScreenToOutputPixel( pControl->OutputToAbsoluteScreenPixel ( aPos ) ); else pActualWin = pControl; AnimateMouse( pActualWin, aPos ); pActualWin->GrabFocus(); MouseEvent aMEvnt(aPos,1,MOUSE_SIMPLECLICK|MOUSE_SELECT,nButton); ImplMouseButtonDown( pActualWin, aMEvnt ); } break; case M_MouseUp: { CalcMouseButton; Size aS = pControl->GetOutputSizePixel(); Point aPos = Point(aS.Width() * nNr1 / 100,aS.Height() * nNr2 / 100); Window *pActualWin = pControl->FindWindow( aPos ); if ( pActualWin ) aPos = pActualWin->AbsoluteScreenToOutputPixel( pControl->OutputToAbsoluteScreenPixel ( aPos ) ); else pActualWin = pControl; AnimateMouse( pActualWin, aPos ); MouseEvent aMEvt( aPos, 1, MOUSE_SIMPLECLICK|MOUSE_SELECT, nButton ); ImplMouseButtonUp( pActualWin, aMEvt ); } break; case M_MouseMove: { CalcMouseButton; Size aS = pControl->GetOutputSizePixel(); Point aPos = Point(aS.Width() * nNr1 / 100,aS.Height() * nNr2 / 100); Window *pActualWin = pControl->FindWindow( aPos ); if ( pActualWin ) { aPos = pActualWin->AbsoluteScreenToOutputPixel( pControl->OutputToAbsoluteScreenPixel ( aPos ) ); } else pActualWin = pControl; AnimateMouse( pActualWin, aPos ); MouseEvent aMEvt( aPos, 0, MOUSE_SIMPLEMOVE|MOUSE_DRAGMOVE, nButton ); ImplMouseMove( pActualWin, aMEvt ); } break; case M_MouseDoubleClick: { CalcMouseButton; Size aS = pControl->GetOutputSizePixel(); Point aPos = Point(aS.Width() * nNr1 / 100,aS.Height() * nNr2 / 100); Window *pActualWin = pControl->FindWindow( aPos ); if ( pActualWin ) { aPos = pActualWin->AbsoluteScreenToOutputPixel( pControl->OutputToAbsoluteScreenPixel ( aPos ) ); } else pActualWin = pControl; AnimateMouse( pActualWin, aPos ); pActualWin->GrabFocus(); MouseEvent aMEvnt; aMEvnt = MouseEvent(aPos,1,MOUSE_SIMPLECLICK|MOUSE_SELECT,nButton); ImplMouseButtonDown( pActualWin, aMEvnt ); ImplMouseButtonUp ( pActualWin, aMEvnt ); aMEvnt = MouseEvent(aPos,2,MOUSE_SIMPLECLICK|MOUSE_SELECT,nButton); ImplMouseButtonDown( pActualWin, aMEvnt ); ImplMouseButtonUp ( pActualWin, aMEvnt ); } break; case M_DisplayPercent: { ModelessDialog *pDlg = new ModelessDialog(NULL); pDlg->SetOutputSizePixel(Size(100,30)); Edit *pMyEd = new Edit(pDlg,WB_CENTER | WB_BORDER ); pMyEd->SetSizePixel(Size(100,30)); pDlg->SetText(UniString("Schlie�en", RTL_TEXTENCODING_ISO_8859_1)); pDlg->Show(); pMyEd->Show(); sal_uLong nTime = Time().GetTime(); while (pDlg->IsVisible()) { pDlg->ToTop(); for (int i = 1 ; i<10 ; i++) SafeReschedule(); Point Pos = pControl->GetPointerPosPixel(); Size Siz=pControl->GetOutputSizePixel(); if ( Time().GetTime() - nTime > 10 ) { nTime = Time().GetTime(); pMyEd->SetText(UniString::CreateFromInt32(Pos.X()*100/Siz.Width()).AppendAscii("%x").Append( UniString::CreateFromInt32(Pos.Y()*100/Siz.Height()) ).Append('%')); } } delete pMyEd; delete pDlg; } break; case M_OpenContextMenu: { aSubMenuId1 = 0; aSubMenuId2 = 0; aSubMenuId3 = 0; pMenuWindow = NULL; Point aPos; ToolBox* pTB = (ToolBox*)pControl; if ( (pControl->GetType() == WINDOW_TOOLBOX) && pTB->IsMenuEnabled() ) { pTB->ExecuteCustomMenu(); } else { sal_Bool bAtMousePos = ( nParams & PARAM_BOOL_1 ) && bBool1; if ( bAtMousePos ) { aPos = pControl->GetPointerPosPixel(); Window *pActualWin = pControl->FindWindow( aPos ); if ( pActualWin ) { aPos = pActualWin->AbsoluteScreenToOutputPixel( pControl->OutputToAbsoluteScreenPixel ( aPos ) ); pControl = pActualWin; } } CommandEvent aEvent( aPos, COMMAND_CONTEXTMENU, bAtMousePos ); ImplCommand( pControl, aEvent ); } } break; case M_UseMenu: { aSubMenuId1 = 0; aSubMenuId2 = 0; aSubMenuId3 = 0; pMenuWindow = NULL; while ( pControl && !( ( pControl->GetType() == WINDOW_SYSWINDOW || pControl->GetType() == WINDOW_WORKWINDOW ) && ControlOK( pControl, "" ) ) ) pControl = pControl->GET_REAL_PARENT(); if ( pControl && ((SystemWindow*)pControl)->GetMenuBar() ) pMenuWindow = ((SystemWindow*)pControl); else ReportError( GEN_RES_STR1( S_NO_MENU, MethodString( nMethodId ) ) ); } break; case M_FadeIn: case M_FadeOut: case M_Pin: case M_IsFadeIn: case M_IsPin: { WindowAlign aWindowAlign = WINDOWALIGN_LEFT; if ( (nParams & PARAM_UINT16_1) ) { switch ( nNr1 ) { case CONST_ALIGN_LEFT: aWindowAlign = WINDOWALIGN_LEFT; break; case CONST_ALIGN_TOP: aWindowAlign = WINDOWALIGN_TOP; break; case CONST_ALIGN_RIGHT: aWindowAlign = WINDOWALIGN_RIGHT; break; case CONST_ALIGN_BOTTOM: aWindowAlign = WINDOWALIGN_BOTTOM; break; default: ReportError( aUId, GEN_RES_STR1( S_INVALID_POSITION, MethodString( nMethodId ) ) ); } } Window* pTemp = NULL; while ( !pTemp && pControl ) { pTemp = GetFadeSplitWin( pControl, aWindowAlign ); pControl = pControl->GET_REAL_PARENT(); } if ( !pTemp ) { ReportError( aUId, GEN_RES_STR1( S_SPLITWIN_NOT_FOUND, MethodString( nMethodId ) ) ); break; } pControl = pTemp; // So da� wir unten ohne Fehler durchkommen SplitWindow *pSW = (SplitWindow*) pTemp; switch( nMethodId ) { case M_FadeIn: if ( pSW->IsFadeInButtonVisible() ) pSW->FadeIn(); break; case M_FadeOut: if ( pSW->IsFadeOutButtonVisible() ) pSW->FadeOut(); break; case M_Pin: if ( ( pSW->GetAutoHideState() && bBool1 ) || ( !pSW->GetAutoHideState() && !bBool1 ) ) { MouseEvent aMEvnt; Point aPt( pSW->GetAutoHideRect().Center() ); aMEvnt = MouseEvent( aPt,1,MOUSE_SIMPLECLICK,MOUSE_LEFT ); ImplMouseButtonDown( pControl, aMEvnt, FORCE_DIRECT_CALL ); ImplMouseButtonUp ( pControl, aMEvnt, FORCE_DIRECT_CALL ); } break; case M_IsFadeIn: pRet->GenReturn ( RET_Value, aUId, pSW->IsFadeOutButtonVisible() ); break; case M_IsPin: pRet->GenReturn ( RET_Value, aUId, (comm_BOOL)!pSW->GetAutoHideState() ); break; default: ReportError( aUId, GEN_RES_STR1( S_INTERNAL_ERROR, MethodString( nMethodId ) ) ); } SendProfile( UIdString( aUId ).Append('.').Append( MethodString( nMethodId ) ) ); } break; case M_StatusGetText: case M_StatusIsProgress: case M_StatusGetItemCount: case M_StatusGetItemId: { StatusBar *pStatus = NULL; while ( !pStatus && pControl ) { pStatus = (StatusBar*)GetWinByRT( pControl, WINDOW_STATUSBAR, sal_True ); pControl = pControl->GET_REAL_PARENT(); } if ( !pStatus ) { ReportError( aUId, GEN_RES_STR1( S_NO_STATUSBAR, MethodString( nMethodId ) ) ); break; } switch ( nMethodId ) { case M_StatusGetText: { if ( (nParams & PARAM_UINT16_1) ) { if ( pStatus->AreItemsVisible() ) pRet->GenReturn ( RET_Value, aUId, String(pStatus->GetItemText(nNr1))); else ReportError( aUId, GEN_RES_STR1( S_ITEMS_INVISIBLE, MethodString( nMethodId ) ) ); } else { if ( pStatus->AreItemsVisible() ) { if ( pStatus->GetItemCount() == 1 ) { pRet->GenReturn ( RET_Value, aUId, pStatus->GetItemText( pStatus->GetItemId(0) )); } else { pRet->GenReturn ( RET_Value, aUId, String() ); } } else pRet->GenReturn ( RET_Value, aUId, (String)pStatus->GetText() ); } } break; case M_StatusIsProgress: { pRet->GenReturn ( RET_Value, aUId, (comm_BOOL)pStatus->IsProgressMode() ); } break; case M_StatusGetItemCount: if ( pStatus->AreItemsVisible() ) pRet->GenReturn ( RET_Value, aUId, comm_UINT32(pStatus->GetItemCount())); else pRet->GenReturn ( RET_Value, aUId, comm_UINT32(0)); break; case M_StatusGetItemId: if ( ValueOK(aUId, MethodString( nMethodId ),nNr1,pStatus->GetItemCount()) ) pRet->GenReturn ( RET_Value, aUId, comm_UINT32(pStatus->GetItemId(nNr1-1))); break; } } break; case M_HasScrollBar: case M_IsScrollBarEnabled: { if ( (nParams | PARAM_UINT16_1) != PARAM_UINT16_1 ) // so there are other params { ReportError( aUId, GEN_RES_STR0( S_INVALID_PARAMETERS ) ); break; } if( !(nParams & PARAM_UINT16_1) ) nNr1 = CONST_ALIGN_RIGHT; // default is right Scrollbar(vertical) if ( (nNr1 != CONST_ALIGN_RIGHT) && (nNr1 != CONST_ALIGN_BOTTOM) ) { ReportError( aUId, GEN_RES_STR1( S_INVALID_POSITION, MethodString( nMethodId ) ) ); break; } ScrollBar *pScroll = NULL; sal_uInt16 nSteps = 2; while ( !pScroll && pControl && nSteps-- ) { pScroll = GetScrollBar( pControl, nNr1, sal_True ); pControl = pControl->GET_REAL_PARENT(); } switch ( nMethodId ) { case M_HasScrollBar: { if ( pScroll ) pRet->GenReturn ( RET_Value, aUId, (comm_BOOL)sal_True ); else pRet->GenReturn ( RET_Value, aUId, (comm_BOOL)sal_False ); } break; case M_IsScrollBarEnabled: { if ( !pScroll ) { ReportError( aUId, GEN_RES_STR1( S_NO_SCROLLBAR, MethodString( nMethodId ) ) ); break; } pRet->GenReturn ( RET_Value, aUId, pScroll->IsEnabled() ); } break; } } break; default: return sal_False; } return sal_True; } sal_Bool StatementControl::Execute() { Window *pControl; sal_Bool bStatementDone = sal_True; if ( IsError ) { #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Skipping Window: " ); m_pDbgWin->AddText( Id2Str( aUId ) ); m_pDbgWin->AddText( " Method: " ); m_pDbgWin->AddText( String::CreateFromInt32( nMethodId ) ); m_pDbgWin->AddText( "\n" ); #endif Advance(); delete this; return sal_True; } InitProfile(); #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Executing Window: " ); m_pDbgWin->AddText( Id2Str( aUId ) ); m_pDbgWin->AddText( " Method: " ); m_pDbgWin->AddText( String::CreateFromInt32( nMethodId ) ); m_pDbgWin->AddText( "\n" ); #endif if ( aUId.equals( UID_ACTIVE ) ) pControl = GetAnyActive(); else { sal_Bool bSearchButtonOnToolbox = (nParams == PARAM_NONE) && ((M_Click == nMethodId) || (M_TearOff == nMethodId) || (M_IsEnabled == nMethodId) || (M_OpenMenu == nMethodId)); bSearchButtonOnToolbox |= (nParams == PARAM_UINT16_1) && (M_GetState == nMethodId); if ( nMethodId == M_TypeKeys || nMethodId == M_MouseDown || nMethodId == M_MouseUp || nMethodId == M_MouseMove || nMethodId == M_SnapShot ) { pControl = NULL; if ( /*(nMethodId == M_SnapShot || nMethodId == M_TypeKeys) &&*/ !pControl ) pControl = SearchTree( aUId ,bSearchButtonOnToolbox ); } else pControl = SearchTree( aUId ,bSearchButtonOnToolbox ); } if ( pControl && pControl->GetType() == WINDOW_TOOLBOX ) { if ( !aUId.equals( pControl->GetUniqueOrHelpId() ) ) { // Also wenn wir irgendwas auf einer Toolbox gefunden haben switch ( nMethodId ) { case M_Click: case M_TearOff: case M_OpenMenu: case M_GetState: break; case M_IsEnabled: nMethodId = _M_IsEnabled; // Umlabeln, da die Behandlung essentiell anders ist! break; default: pControl = NULL; } } } switch ( nMethodId ) { case M_Exists: case M_NotExists: Time aT; sal_uInt16 aSeconds = aT.GetMin()*60+aT.GetSec(); if ( !bBool2 ) // wurde im Konstruktor auf sal_False gesetzt { bBool2 = sal_True; nNr2 = aSeconds; if( !(nParams & PARAM_UINT16_1) ) nNr1 = 0; // defaultm��ig sofort zur�ck } if ( aSeconds < nNr2 ) // Falls die Stunde umgesprungen ist aSeconds += 60*60; if ( !pControl || !pControl->IsVisible() ) pControl = NULL; if ( ((nMethodId == M_Exists) && pControl) || ((nMethodId == M_NotExists) && !pControl) ) { // Wenn Bedingung erf�llt pRet->GenReturn ( RET_Value, aUId, (comm_BOOL)sal_True ); } else if ( aSeconds <= nNr2 + nNr1 ) // Zeit ist noch nicht abgelaufen return sal_False; else pRet->GenReturn ( RET_Value, aUId, (comm_BOOL)sal_False ); Advance(); delete this; return sal_True; } short nRT = 0; if( pControl ) // Das Fenster Existiert irgendwo, kann aber auch hidden sein! { nRT = ImpGetRType( pControl ); #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Type is: " ); m_pDbgWin->AddText( String::CreateFromInt32( nRT ) ); m_pDbgWin->AddText( "\n" ); #endif } if ( nRT == C_Window && // Search for WorkWindow to satisfy these commands ( nMethodId == M_Close || nMethodId == M_IsMax || nMethodId == M_IsMin || nMethodId == M_IsRestore || nMethodId == M_Minimize || nMethodId == M_Maximize || nMethodId == M_Restore ) ) { Window* pNewControl = pControl; while ( pNewControl && pNewControl->GetType() != WINDOW_WORKWINDOW ) pNewControl = pNewControl->GET_REAL_PARENT(); if ( pNewControl ) { pControl = pNewControl; nRT = C_WorkWin; } } if ( (!ControlOK( pControl, "" )) && ( nMethodId != M_SnapShot ) && (nRetryCount--)) { #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( CUniString("Reschedule command (").Append( UniString::CreateFromInt32(nRetryCount) ).AppendAscii(")\n") ); #endif return sal_False; } if( ControlOK( pControl, "" ) ) { if ( nMethodId == M_OpenContextMenu && !bBool2 ) { pControl->GrabFocus(); // to get asyncron focus on unix bBool2 = sal_True; return sal_False; } // TODO: handle GetFocus for all Methods and Windows like this (remove part below) // See for impact of changed focus for HandleVisibleControls() (taking Snapshots might be different, possible exclude those methods) if (( (nRT == C_TreeListBox) && !bBool2 ) && nMethodId != M_TypeKeys // TypeKeys macht das selbst, falls eigenes Focushandling gew�nscht && nMethodId != M_MouseDown && nMethodId != M_MouseUp && nMethodId != M_MouseMove ) { if ( !pControl->HasFocus() ) { pControl->GrabFocus(); int i = 10; while ( i-- && !pControl->HasFocus() ) // reschedule a bit { SafeReschedule(); if ( !WinPtrValid( pControl ) ) return sal_False; } if ( !pControl->HasFocus() ) // to get asyncronous focus { bBool2 = sal_True; return sal_False; } } } } Advance(); if ( HandleVisibleControls( pControl ) ) { delete this; return sal_True; } if( ControlOK( pControl, "Window/Control" ) ) { if (((( nRT < C_TabPage && nRT > C_TabControl ) || nRT == C_PatternBox || nRT == C_ToolBox || nRT == C_ValueSet || nRT == C_Control || nRT == C_TreeListBox ) || nMethodId == M_OpenContextMenu ) && nMethodId != M_TypeKeys // TypeKeys macht das selbst, falls eigenes Focushandling gew�nscht && nMethodId != M_MouseDown && nMethodId != M_MouseUp && nMethodId != M_MouseMove ) pControl->GrabFocus(); if ( !HandleCommonMethods( pControl ) ) { switch( nRT ) { case C_TabControl: switch( nMethodId ) { case M_GetPageId: if ( (nParams & PARAM_UINT16_1) ) { if ( ValueOK(aUId, MethodString( nMethodId ),nNr1,((TabControl*)pControl)->GetPageCount() ) ) pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)((TabControl*)pControl)->GetPageId(nNr1-1)); } else pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)((TabControl*)pControl)->GetCurPageId()); break; case M_GetPageCount: pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)((TabControl*)pControl)->GetPageCount()); break; case M_SetPageId: if (((TabControl*)pControl)->GetCurPageId()) ((TabControl*)pControl)->DeactivatePage(); ((TabControl*)pControl)->SetCurPageId( nNr1 ); ((TabControl*)pControl)->ActivatePage(); break; case M_SetPageNr: if ( ValueOK(aUId, MethodString( nMethodId ),nNr1,((TabControl*)pControl)->GetPageCount() ) ) { if (((TabControl*)pControl)->GetCurPageId()) ((TabControl*)pControl)->DeactivatePage(); ((TabControl*)pControl)->SetCurPageId( ((TabControl*)pControl)->GetPageId( nNr1-1 ) ); ((TabControl*)pControl)->ActivatePage(); } break; case M_GetPage: pRet->GenReturn ( RET_Value, aUId, Id2Str( ((TabControl*)pControl)->GetTabPage(((TabControl*)pControl)->GetCurPageId())->GetUniqueOrHelpId() ) ); break; case M_SetPage : { // Wegen lokaler Variablen TabControl *pTControl = ((TabControl*)pControl); sal_uInt16 nActive = pTControl->GetCurPageId(); sal_uInt16 i,anz; rtl::OString aID; rtl::OString aWantedID; //HELPID BACKWARD (No numbers please (remove PARAM_UINT32_1 part) if ( (nParams & PARAM_UINT32_1) ) { ReportError( aUId, GEN_RES_STR1c( S_INTERNAL_ERROR, "using numeric HelpID from old Testtool" ) ); } else if ( (nParams & PARAM_STR_1) ) { aWantedID = Str2Id( aString1 ); } else ReportError( aUId, GEN_RES_STR1( S_INTERNAL_ERROR, MethodString( nMethodId ) ) ); i = pTControl->GetPagePos( pTControl->GetCurPageId() ); for ( anz=0 ; anz < pTControl->GetPageCount() && !aID.equals( aWantedID ) ; anz++ ) { pTControl->SelectTabPage( pTControl->GetPageId(i) ); aID = pTControl->GetTabPage(pTControl->GetCurPageId())->GetUniqueOrHelpId(); i++; if ( i >= pTControl->GetPageCount() ) i = 0; if ( !MaybeDoTypeKeysDelay( pTControl ) || !MaybeDoTypeKeysDelay( pTControl ) || !MaybeDoTypeKeysDelay( pTControl ) ) // 3 Mal aufrufen break; } if ( !aID.equals( aWantedID ) ) { pTControl->SelectTabPage( nActive ); ReportError( aWantedID, GEN_RES_STR1( S_TABPAGE_NOT_FOUND, MethodString( nMethodId ) ) ); } } break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "TabControl" ) ); break; } break; case C_RadioButton: case C_ImageRadioButton: switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, MitteLinks); break; case M_IsChecked : pRet->GenReturn ( RET_Value, aUId, ((RadioButton*)pControl)->IsChecked()); break; case M_Check : ((RadioButton*)pControl)->Check(); ((RadioButton*)pControl)->Click(); break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "RadioButton" ) ); break; } break; case C_CheckBox: case C_TriStateBox: switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, MitteLinks); break; case M_IsChecked : pRet->GenReturn ( RET_Value, aUId, comm_BOOL( ((TriStateBox*)pControl)->GetState() == STATE_CHECK) ); break; case M_IsTristate : pRet->GenReturn ( RET_Value, aUId, comm_BOOL( ((TriStateBox*)pControl)->GetState() == STATE_DONTKNOW) ); break; case M_GetState : pRet->GenReturn ( RET_Value, aUId, comm_UINT32(((TriStateBox*)pControl)->GetState())); break; case M_Check : ((TriStateBox*)pControl)->SetState( STATE_CHECK ); ((TriStateBox*)pControl)->Click(); break; case M_UnCheck : ((TriStateBox*)pControl)->SetState( STATE_NOCHECK ); ((TriStateBox*)pControl)->Click(); break; case M_TriState : if ( ((TriStateBox*)pControl)->IsTriStateEnabled() ) { ((TriStateBox*)pControl)->SetState( STATE_DONTKNOW ); ((TriStateBox*)pControl)->Click(); } else { ReportError( aUId, GEN_RES_STR0( S_TRISTATE_NOT_ALLOWED ) ); } break; case M_Click : { TriStateBox *pTB = ((TriStateBox*)pControl); if ( pTB->GetState() == STATE_NOCHECK ) pTB->SetState( STATE_CHECK ); else if ( pTB->GetState() == STATE_CHECK ) { if ( pTB->IsTriStateEnabled() ) pTB->SetState( STATE_DONTKNOW ); else pTB->SetState( STATE_NOCHECK ); } else pTB->SetState( STATE_NOCHECK ); pTB->Click(); } break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "TriStateBox" ) ); break; } break; case C_Edit: case C_MultiLineEdit: switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, Mitte); break; case M_GetText : pRet->GenReturn ( RET_Value, aUId, ((Edit*)pControl)->GetText()); break; case M_IsWritable: pRet->GenReturn ( RET_Value, aUId, (comm_BOOL) !((Edit*)pControl)->IsReadOnly() ); break; default: if ( ! ((Edit*)pControl)->IsReadOnly() ) { switch( nMethodId ) { case M_SetText : ((Edit*)pControl)->SetText( aString1 ); if ( nRT == C_MultiLineEdit ) // since SetModifyFlag is not virtual we have to do this ((MultiLineEdit*)pControl)->SetModifyFlag(); else ((Edit*)pControl)->SetModifyFlag(); ((Edit*)pControl)->Modify(); if ( ((Edit*)pControl)->GetText().CompareTo(aString1) != COMPARE_EQUAL ) ReportError( aUId, GEN_RES_STR1( S_ERROR_IN_SET_TEXT, MethodString( nMethodId ) ) ); break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "(MultiLine)Edit" ) ); break; } } else ReportError( aUId, GEN_RES_STR1c( S_ATTEMPT_TO_WRITE_READONLY, "(MultiLine)Edit" ) ); } break; case C_MultiListBox: case C_ListBox: switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, MitteOben); break; case M_GetSelCount : pRet->GenReturn ( RET_Value, aUId, comm_UINT32(((ListBox*)pControl)->GetSelectEntryCount())); break; case M_GetSelIndex : if ( ! (nParams & PARAM_UINT16_1) ) { if ( ((ListBox*)pControl)->GetSelectEntryCount() == 0 ) { pRet->GenReturn ( RET_Value, aUId, comm_UINT32(0)); break; } nNr1 = 1; } ValueOK(aUId, MethodString( nMethodId ),nNr1,((ListBox*)pControl)->GetSelectEntryCount()); pRet->GenReturn ( RET_Value, aUId, comm_UINT32(((ListBox*)pControl)->GetSelectEntryPos(nNr1-1)) +1); break; case M_GetSelText : if ( ! (nParams & PARAM_UINT16_1) ) nNr1 = 1; pRet->GenReturn ( RET_Value, aUId, ((ListBox*)pControl)->GetSelectEntry(nNr1-1)); break; case M_GetItemCount : pRet->GenReturn ( RET_Value, aUId, comm_UINT32(((ListBox*)pControl)->GetEntryCount())); break; case M_GetItemText : pRet->GenReturn ( RET_Value, aUId, ((ListBox*)pControl)->GetEntry(nNr1-1)); break; case M_Select: case M_MultiSelect: { sal_Bool bUnselectBeforeSelect = ( nMethodId == M_Select ); sal_Bool bFehler = sal_False; if ( ! (nParams & PARAM_BOOL_1) ) bBool1 = sal_True; if ( nMethodId == M_MultiSelect && nRT == C_ListBox ) { ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "ListBox" ) ); bFehler = sal_True; } if ( !bBool1 && nMethodId == M_Select ) { ReportError( aUId, GEN_RES_STR1( S_NO_SELECT_FALSE, MethodString( nMethodId ) ) ); bFehler = sal_True; } if ( !bFehler ) { if( nParams & PARAM_STR_1 ) { ListBox *pLB = ((ListBox*)pControl); sal_uInt16 nPos; if ( (nPos = pLB->GetEntryPos( aString1 )) == LISTBOX_ENTRY_NOTFOUND ) ReportError( aUId, GEN_RES_STR2( S_ENTRY_NOT_FOUND, MethodString( nMethodId ), aString1 ) ); else { if ( bUnselectBeforeSelect ) pLB->SetNoSelection(); pLB->SelectEntryPos( nPos, bBool1 ); if ( pLB->IsEntryPosSelected( nPos ) ? !bBool1 : bBool1 ) // XOR rein mit BOOL ReportError( aUId, GEN_RES_STR2( S_METHOD_FAILED, MethodString( nMethodId ), aString1 ) ); } } else { ListBox *pLB = ((ListBox*)pControl); pLB = static_cast(pControl); if ( ValueOK(aUId, MethodString( nMethodId ),nNr1,pLB->GetEntryCount()) ) { if ( bUnselectBeforeSelect ) pLB->SetNoSelection(); pLB->SelectEntryPos( nNr1-1, bBool1 ); if ( pLB->IsEntryPosSelected( nNr1-1 ) ? !bBool1 : bBool1 ) // XOR rein mit BOOL ReportError( aUId, GEN_RES_STR2( S_METHOD_FAILED, MethodString( nMethodId ), UniString::CreateFromInt32( nNr1 ) ) ); } } ((ListBox*)pControl)->Select(); } } break; case M_SetNoSelection : ((ListBox*)pControl)->SetNoSelection(); ((ListBox*)pControl)->Select(); break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "(Multi)ListBox" ) ); break; } break; case C_ComboBox: case C_PatternBox: case C_NumericBox: case C_MetricBox: case C_CurrencyBox: case C_DateBox: case C_TimeBox: switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, MitteOben); break; case M_GetSelText : pRet->GenReturn ( RET_Value, aUId, ((ComboBox*)pControl)->GetText()); break; case M_GetSelIndex : { sal_uInt16 nPos = ((ComboBox*)pControl)->GetEntryPos(((ComboBox*)pControl)->GetText()); if ( nPos == COMBOBOX_ENTRY_NOTFOUND ) nPos = 0; else nPos++; pRet->GenReturn ( RET_Value, aUId, (comm_UINT32) nPos); } break; case M_GetItemCount : pRet->GenReturn ( RET_Value, aUId, comm_UINT32(((ComboBox*)pControl)->GetEntryCount())); break; case M_GetItemText : pRet->GenReturn ( RET_Value, aUId, ((ComboBox*)pControl)->GetEntry(nNr1-1)); break; case M_IsWritable: pRet->GenReturn ( RET_Value, aUId, (comm_BOOL) !((ComboBox*)pControl)->IsReadOnly() ); break; case M_Select : if( nParams & PARAM_UINT16_1 ) { if ( !ValueOK(aUId, MethodString( nMethodId ),nNr1,((ComboBox*)pControl)->GetEntryCount()) ) break; aString1 = ((ComboBox*)pControl)->GetEntry(nNr1-1); } else { if ( ((ComboBox*)pControl)->GetEntryPos( aString1 ) == COMBOBOX_ENTRY_NOTFOUND ) { ReportError( aUId, GEN_RES_STR2( S_ENTRY_NOT_FOUND, MethodString( nMethodId ), aString1 ) ); break; } } ((ComboBox*)pControl)->SetText( aString1 ); ((ComboBox*)pControl)->SetModifyFlag(); ((ComboBox*)pControl)->Modify(); break; case M_SetText : if ( ! ((ComboBox*)pControl)->IsReadOnly() ) { if ( ! (nParams & PARAM_STR_1) ) aString1 = String(); ((ComboBox*)pControl)->SetText( aString1 ); ((ComboBox*)pControl)->SetModifyFlag(); ((ComboBox*)pControl)->Modify(); } else ReportError( aUId, GEN_RES_STR1c( S_ATTEMPT_TO_WRITE_READONLY, "ComboBox" ) ); break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "ComboBox" ) ); break; } break; case C_PushButton: case C_OkButton: case C_CancelButton: case C_ImageButton: switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, Mitte); break; case M_Click : ((PushButton*)pControl)->Click(); break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "PushButton" ) ); break; } break; case C_MoreButton: switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, Mitte); break; case M_IsOpen : pRet->GenReturn ( RET_Value, aUId, ((MoreButton*)pControl)->GetState()); break; case M_Click : ((MoreButton*)pControl)->Click(); break; case M_Open : ((MoreButton*)pControl)->SetState(sal_True); break; case M_Close : ((MoreButton*)pControl)->SetState(sal_False); break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "MoreButton" ) ); break; } break; case C_SpinField: case C_PatternField: case C_NumericField: case C_MetricField: case C_CurrencyField: case C_DateField: case C_TimeField: switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, Mitte); break; case M_GetText : pRet->GenReturn ( RET_Value, aUId, ((SpinField*)pControl)->GetText()); break; case M_IsWritable: pRet->GenReturn ( RET_Value, aUId, (comm_BOOL) !((SpinField*)pControl)->IsReadOnly() ); break; case M_SetText : if ( ! ((SpinField*)pControl)->IsReadOnly() ) { ((SpinField*)pControl)->SetText( aString1 ); ((SpinField*)pControl)->SetModifyFlag(); ((SpinField*)pControl)->Modify(); } else ReportError( aUId, GEN_RES_STR1c( S_ATTEMPT_TO_WRITE_READONLY, "SpinField" ) ); break; case M_More : { if ( !(nParams & PARAM_UINT16_1) ) nNr1 = 1; for (int i = 1; i<= nNr1; i++) { ((SpinField*)pControl)->Up(); ((SpinField*)pControl)->SetModifyFlag(); ((SpinField*)pControl)->Modify(); } } break; case M_Less : { if ( !(nParams & PARAM_UINT16_1) ) nNr1 = 1; for (int i = 1; i<= nNr1; i++) { ((SpinField*)pControl)->Down(); ((SpinField*)pControl)->SetModifyFlag(); ((SpinField*)pControl)->Modify(); } } break; case M_ToMin : ((SpinField*)pControl)->First(); ((SpinField*)pControl)->SetModifyFlag(); ((SpinField*)pControl)->Modify(); break; case M_ToMax : ((SpinField*)pControl)->Last(); ((SpinField*)pControl)->SetModifyFlag(); ((SpinField*)pControl)->Modify(); break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "SpinField" ) ); break; } break; case C_MenuButton: switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, Mitte); break; case M_Click : { MouseEvent aMEvnt; Point aPt( pControl->GetSizePixel().Width() / 2, pControl->GetSizePixel().Height() / 2 ); aMEvnt = MouseEvent( aPt,1,MOUSE_SIMPLECLICK,MOUSE_LEFT ); ImplMouseButtonDown( pControl, aMEvnt, FORCE_DIRECT_CALL ); ImplMouseButtonUp ( pControl, aMEvnt, FORCE_DIRECT_CALL ); } break; case M_Open : case M_OpenMenu : { MouseEvent aMEvnt; Point aPt( pControl->GetSizePixel().Width() / 2, pControl->GetSizePixel().Height() / 2 ); aMEvnt = MouseEvent( aPt,1,MOUSE_SIMPLECLICK,MOUSE_LEFT ); ImplMouseButtonDown( pControl, aMEvnt, FORCE_DIRECT_CALL ); sal_uLong nStart = Time::GetSystemTicks(); sal_uLong nDelay = pControl->GetSettings().GetMouseSettings().GetActionDelay(); while ( ( Time::GetSystemTicks() - nStart ) < nDelay + 100 ) SafeReschedule(); ImplMouseButtonUp ( pControl, aMEvnt, FORCE_DIRECT_CALL ); aSubMenuId1 = 0; aSubMenuId2 = 0; aSubMenuId3 = 0; pMenuWindow = NULL; } break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "MenuButton" ) ); break; } break; case C_ToolBox: { ToolBox *pTB = ((ToolBox*)pControl); if ( !aUId.equals( pTB->GetUniqueOrHelpId() ) ) // So we found a Button on the ToolBox { if ( (nParams == PARAM_NONE) || (nParams == PARAM_UINT16_1) ) { // Wir f�lschen einen Parameter nParams |= PARAM_STR_1; aString1 = Id2Str( aUId ); } else ReportError( aUId, GEN_RES_STR1( S_INTERNAL_ERROR, MethodString( nMethodId ) ) ); } #define FIND_ITEM\ sal_uInt16 nItemPos = 0;\ sal_Bool bItemFound = sal_False;\ {\ rtl::OString aButtonId;\ if( nParams & PARAM_STR_1 )\ aButtonId = Str2Id( aString1 );\ else\ ReportError( aUId, GEN_RES_STR1( S_INTERNAL_ERROR, MethodString( nMethodId ) ) );\ for ( nItemPos = 0; nItemPos < pTB->GetItemCount() && !aButtonId.equals(Str2Id( pTB->GetItemCommand(pTB->GetItemId(nItemPos)) )) &&\ !aButtonId.equals(pTB->GetHelpId(pTB->GetItemId(nItemPos))) ; nItemPos++ ) {}\ bItemFound = aButtonId.equals(Str2Id( pTB->GetItemCommand(pTB->GetItemId(nItemPos)) )) || aButtonId.equals(pTB->GetHelpId(pTB->GetItemId(nItemPos)));\ if ( !bItemFound )\ ReportError( aUId, GEN_RES_STR1( S_HELPID_ON_TOOLBOX_NOT_FOUND, MethodString( nMethodId ) ) );\ else\ {\ if ( !pTB->IsItemEnabled( pTB->GetItemId(nItemPos) ) && nMethodId != _M_IsEnabled && nMethodId != M_GetState )\ {\ ReportError( aUId, GEN_RES_STR1( S_BUTTON_DISABLED_ON_TOOLBOX, MethodString( nMethodId ) ) );\ bItemFound = sal_False;\ }\ else if ( !pTB->IsItemVisible( pTB->GetItemId(nItemPos) ) && nMethodId != M_GetState )\ {\ ReportError( aUId, GEN_RES_STR1( S_BUTTON_HIDDEN_ON_TOOLBOX, MethodString( nMethodId ) ) );\ bItemFound = sal_False;\ }\ else\ {\ if ( pTB->IsMenuEnabled() )\ { /* button is in Menu */\ }\ else\ { /* Try the multi line way */\ if ( pTB->GetItemRect(pTB->GetItemId(nItemPos)).IsEmpty() )\ {\ sal_uInt16 nLine = pTB->GetCurLine();\ do\ {\ pTB->ShowLine( sal_False );\ for ( int i = 1 ; i < 30 ; i++ )\ SafeReschedule();\ }\ while ( pTB->GetCurLine() != nLine && pTB->GetItemRect(pTB->GetItemId(nItemPos)).IsEmpty() );\ pTB->Invalidate( pTB->GetScrollRect() );\ }\ if ( pTB->GetItemRect(pTB->GetItemId(nItemPos)).IsEmpty() )\ {\ ReportError( aUId, GEN_RES_STR1( S_CANNOT_MAKE_BUTTON_VISIBLE_IN_TOOLBOX, MethodString( nMethodId ) ) );\ bItemFound = sal_False;\ }\ }\ }\ }\ } switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, MitteLinks); break; case M_Click : { FIND_ITEM; if ( bItemFound ) // FIND_ITEM Erfolgreich { Rectangle aRect = pTB->GetItemRect(pTB->GetItemId(nItemPos)); if ( aRect.IsEmpty() ) { pTB->ExecuteCustomMenu(); aSubMenuId1 = 0; aSubMenuId2 = 0; aSubMenuId3 = 0; pMenuWindow = NULL; new StatementCommand( this, RC_MenuSelect, PARAM_UINT16_1, pTB->GetItemId(nItemPos) + TOOLBOX_MENUITEM_START ); } else { aRect = pTB->GetItemRect(pTB->GetItemId(nItemPos)); MouseEvent aMEvnt; aMEvnt = MouseEvent(aRect.Center(),1,MOUSE_SIMPLECLICK,MOUSE_LEFT); ImplMouseButtonDown( pTB, aMEvnt, FORCE_DIRECT_CALL ); ImplMouseButtonUp ( pTB, aMEvnt, FORCE_DIRECT_CALL ); } } } break; case M_TearOff : { FIND_ITEM; if ( bItemFound ) // FIND_ITEM Erfolgreich { Rectangle aRect = pTB->GetItemPosDropDownRect( nItemPos ); AnimateMouse( pControl, aRect.Center() ); MouseEvent aMEvnt(aRect.Center(),1,MOUSE_SIMPLECLICK,MOUSE_LEFT); ImplMouseButtonDown( pTB, aMEvnt, FORCE_DIRECT_CALL ); Window *pWin = NULL; // Wait for the window to open. StatementList::bExecuting = sal_True; // Bah ist das ein ekliger Hack { // Das verhindert, da� schon der n�chste Befehl ausgef�hrt wird. Time aDelay; while ( !pWin && ( (pWin = GetPopupFloatingWin()) == NULL ) && ( Time() - aDelay ).GetSec() < 15 ) SafeReschedule(); } StatementList::bExecuting = sal_False; // Bah ist das ein ekliger Hack if ( pWin && pWin->GetType() == WINDOW_FLOATINGWINDOW ) { aMEvnt = MouseEvent(aRect.Center(),1,MOUSE_SIMPLECLICK,MOUSE_LEFT); ImplMouseButtonUp( pTB, aMEvnt, FORCE_DIRECT_CALL ); ((FloatingWindow*)pWin)->EndPopupMode( FLOATWIN_POPUPMODEEND_TEAROFF ); } else { aMEvnt = MouseEvent(Point(1,-10), 1, MOUSE_SIMPLECLICK,MOUSE_LEFT); ImplMouseButtonUp( pTB, aMEvnt, FORCE_DIRECT_CALL ); ReportError( aUId, GEN_RES_STR1( S_TEAROFF_FAILED, MethodString( nMethodId ) ) ); } } } break; case M_OpenMenu : { FIND_ITEM; if ( bItemFound ) // FIND_ITEM Erfolgreich { Rectangle aRect = pTB->GetItemPosDropDownRect( nItemPos ); AnimateMouse( pControl, aRect.Center() ); MouseEvent aMEvnt(aRect.Center(),1,MOUSE_SIMPLECLICK,MOUSE_LEFT); ImplMouseButtonDown( pTB, aMEvnt); ImplMouseButtonUp( pTB, aMEvnt); // Das Fenster ist offen. aSubMenuId1 = 0; aSubMenuId2 = 0; aSubMenuId3 = 0; pMenuWindow = NULL; } } break; case _M_IsEnabled: { FIND_ITEM; if ( bItemFound ) // FIND_ITEM Erfolgreich { pRet->GenReturn ( RET_Value, aUId, pTB->IsItemEnabled( pTB->GetItemId(nItemPos) ) ); } } break; case M_GetState : { FIND_ITEM; if ( bItemFound ) // FIND_ITEM Erfolgreich { if ( ValueOK( aUId, CUniString("GetState"), nNr1, 4 ) ) switch (nNr1) { case 0: pRet->GenReturn ( RET_Value, aUId, Id2Str( pTB->GetHelpId(pTB->GetItemId(nItemPos)) ) ); break; case 1: pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)pTB->GetItemType(nItemPos)); break; case 2: pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)pTB->GetItemState(pTB->GetItemId(nItemPos))); break; case 3: pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)pTB->GetItemId(nItemPos)); break; default: ReportError( aUId, GEN_RES_STR1( S_INTERNAL_ERROR, MethodString( nMethodId ) ) ); pRet->GenReturn ( RET_Value, aUId, comm_UINT32(0)); break; } } } break; case M_GetItemText : pRet->GenReturn ( RET_Value, aUId, (String)pTB->GetItemText(nNr1)); break; case M_GetText : pRet->GenReturn ( RET_Value, aUId, (String)pTB->GetText()); break; case M_GetItemCount : pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)pTB->GetItemCount()); break; case M_SetNextToolBox : if ( (nParams & PARAM_STR_1) ) pTB->SetNextToolBox( aString1 ); else pTB->SetNextToolBox( pTB->GetNextToolBox() ); pTB->NextToolBox(); break; case M_GetNextToolBox : pRet->GenReturn ( RET_Value, aUId, (String)pTB->GetNextToolBox()); break; case M_Dock : case M_Undock : case M_IsDocked : case M_Close: case M_Size: case M_Move: case M_IsMax: case M_Minimize: case M_Maximize: case M_Help: // Alles was unten weiterbehandelt werden soll goto DockingWin; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "ToolBox" ) ); break; } } break; case C_TreeListBox: switch( nMethodId ) { #define GET_NTH_ENTRY_LBOX( First, Next, Anzahl) \ SvLBoxEntry *pThisEntry = ((SvTreeListBox*)pControl)->First(); \ { \ int niTemp = Anzahl; \ while ( niTemp-- ) \ { \ pThisEntry = ((SvTreeListBox*)pControl)->Next( pThisEntry ); \ } \ } case M_GetText : // Get the first text of the given (default=1) line { // should get removed some time SvTreeListBox *pTree = (SvTreeListBox*)pControl; SvLBoxEntry *pThisEntry = pTree->GetCurEntry(); if ( ! (nParams & PARAM_UINT16_1) ) nNr1 = 1; if ( pThisEntry ) { SvLBoxString* pItem = NULL; sal_uInt16 nValidTextItemCount = 0; { sal_uInt16 nIndex = 0; SvLBoxItem *pMyItem; while ( ( nValidTextItemCount < nNr1 ) && nIndex < pThisEntry->ItemCount() ) { pMyItem = pThisEntry->GetItem( nIndex ); if ( pMyItem->IsA() == SV_ITEM_ID_LBOXSTRING ) { pItem = (SvLBoxString*)pMyItem; nValidTextItemCount++; } nIndex++; } } if ( ValueOK( aUId, CUniString("GetText"), nNr1, nValidTextItemCount ) ) pRet->GenReturn ( RET_Value, aUId, pItem->GetText() ); } else ReportError( aUId, GEN_RES_STR2c2( S_NO_SELECTED_ENTRY, MethodString( nMethodId ), "TreeListBox" ) ); } break; case M_GetSelCount : pRet->GenReturn ( RET_Value, aUId, comm_UINT32(((SvLBox*)pControl)->GetSelectionCount())); break; case M_GetItemCount : pRet->GenReturn ( RET_Value, aUId, comm_UINT32(((SvLBox*)pControl)->GetVisibleCount()) ); break; case M_GetSelIndex : if ( ! (nParams & PARAM_UINT16_1) ) nNr1 = 1; if ( ValueOK(aUId, CUniString("GetSelIndex"),nNr1,((SvLBox*)pControl)->GetSelectionCount()) ) { nNr1--; GET_NTH_ENTRY_LBOX( FirstSelected, NextSelected, nNr1); pRet->GenReturn ( RET_Value, aUId, comm_UINT32( ((SvTreeListBox*)pControl)->GetVisiblePos( pThisEntry )) +1 ); } break; case M_Select : if ( ! (nParams & PARAM_BOOL_1) ) bBool1 = sal_True; if( nParams & PARAM_STR_1 ) { ReportError( aUId, GEN_RES_STR1( S_SELECT_DESELECT_VIA_STRING_NOT_IMPLEMENTED, MethodString( nMethodId ) ) ); } else { if ( ValueOK(aUId, MethodString( nMethodId ),nNr1,((SvLBox*)pControl)->GetVisibleCount()) ) { SvLBoxEntry *pEntry = (SvLBoxEntry*)((SvTreeListBox*)pControl)->GetEntryAtVisPos( nNr1-1 ); ((SvTreeListBox*)pControl)->Select ( pEntry, bBool1 ); } } break; case M_GetSelText : if ( ! (nParams & PARAM_UINT16_1) ) nNr1 = 1; if ( ! (nParams & PARAM_UINT16_2) ) nNr2 = 1; if ( ValueOK(aUId, CUniString("GetSelText"),nNr1,((SvLBox*)pControl)->GetSelectionCount()) ) { nNr1--; GET_NTH_ENTRY_LBOX( FirstSelected, NextSelected, nNr1); if ( ValueOK( aUId, MethodString( nMethodId ),nNr2,pThisEntry->ItemCount() ) ) { SvLBoxString* pItem = NULL; if ( ! (nParams & PARAM_UINT16_2) ) pItem = (SvLBoxString*)pThisEntry->GetFirstItem( SV_ITEM_ID_LBOXSTRING ); else { SvLBoxItem *pMyItem = pThisEntry->GetItem( nNr2-1 ); if ( pMyItem->IsA() == SV_ITEM_ID_LBOXSTRING ) pItem = (SvLBoxString*)pMyItem; } if ( pItem ) pRet->GenReturn ( RET_Value, aUId, pItem->GetText() ); else ReportError( aUId, GEN_RES_STR1( S_NO_LIST_BOX_STRING, MethodString( nMethodId ) ) ); } } break; case M_GetItemText : if ( ValueOK(aUId, MethodString( nMethodId ),nNr1,((SvLBox*)pControl)->GetVisibleCount()) ) { SvLBoxEntry *pThisEntry = (SvLBoxEntry*)((SvTreeListBox*)pControl)->GetEntryAtVisPos( nNr1-1 ); if ( ! (nParams & PARAM_UINT16_2) ) nNr2 = 1; if ( ValueOK( aUId, MethodString( nMethodId ),nNr2,pThisEntry->ItemCount() ) ) { SvLBoxString* pItem = NULL; if ( ! (nParams & PARAM_UINT16_2) ) pItem = (SvLBoxString*)pThisEntry->GetFirstItem( SV_ITEM_ID_LBOXSTRING ); else { SvLBoxItem *pMyItem = pThisEntry->GetItem( nNr2-1 ); if ( pMyItem->IsA() == SV_ITEM_ID_LBOXSTRING ) pItem = (SvLBoxString*)pMyItem; } if ( pItem ) pRet->GenReturn ( RET_Value, aUId, pItem->GetText() ); else ReportError( aUId, GEN_RES_STR1( S_NO_LIST_BOX_STRING, MethodString( nMethodId ) ) ); } } break; case M_IsChecked : case M_IsTristate : case M_GetState : case M_Check : case M_UnCheck : case M_TriState : { SvTreeListBox *pTree = (SvTreeListBox*)pControl; SvLBoxEntry *pThisEntry = NULL; if ( ! (nParams & PARAM_UINT16_1) ) { pThisEntry = pTree->GetCurEntry(); if ( !pThisEntry ) ReportError( aUId, GEN_RES_STR2c2( S_NO_SELECTED_ENTRY, MethodString( nMethodId ), "TreeListBox" ) ); } else { if ( ValueOK(aUId, MethodString( nMethodId ),nNr1,((SvLBox*)pControl)->GetVisibleCount()) ) { pThisEntry = (SvLBoxEntry*)pTree->GetEntryAtVisPos( nNr1-1 ); } } if ( ! (nParams & PARAM_UINT16_2) ) nNr2 = 1; if ( pThisEntry ) { if ( ValueOK( aUId, MethodString( nMethodId ),nNr2,pThisEntry->ItemCount() ) ) { SvLBoxButton* pItem = NULL; if ( ! (nParams & PARAM_UINT16_2) ) pItem = (SvLBoxButton*)pThisEntry->GetFirstItem( SV_ITEM_ID_LBOXBUTTON ); else { SvLBoxItem *pMyItem = pThisEntry->GetItem( nNr2-1 ); if ( pMyItem->IsA() == SV_ITEM_ID_LBOXBUTTON ) pItem = (SvLBoxButton*)pMyItem; } if ( pItem ) { switch( nMethodId ) { case M_IsChecked : pRet->GenReturn ( RET_Value, aUId, comm_BOOL( pItem->IsStateChecked() ) ); break; case M_IsTristate : pRet->GenReturn ( RET_Value, aUId, comm_BOOL( pItem->IsStateTristate() ) ); break; case M_GetState : pRet->GenReturn ( RET_Value, aUId, comm_UINT32( pItem->GetButtonFlags() & ~SV_STATE_MASK )); break; case M_Check : if ( !pItem->IsStateChecked() ) { pItem->SetStateChecked(); pTree->CheckButtonHdl(); pTree->InvalidateEntry( pThisEntry ); } break; case M_UnCheck : if ( pItem->IsStateChecked() || pItem->IsStateTristate() ) { pItem->SetStateUnchecked(); pTree->CheckButtonHdl(); pTree->InvalidateEntry( pThisEntry ); } break; case M_TriState : if ( !pItem->IsStateTristate() ) { pItem->SetStateTristate(); pTree->CheckButtonHdl(); pTree->InvalidateEntry( pThisEntry ); } break; default: ReportError( aUId, GEN_RES_STR1( S_INTERNAL_ERROR, MethodString( nMethodId ) ) ); break; } } else ReportError( aUId, GEN_RES_STR1( S_NO_LIST_BOX_BUTTON, MethodString( nMethodId ) ) ); } } } break; case M_GetItemType : { SvTreeListBox *pTree = (SvTreeListBox*)pControl; SvLBoxEntry *pThisEntry = NULL; if ( ! (nParams & PARAM_UINT16_1) ) { pThisEntry = pTree->GetCurEntry(); if ( !pThisEntry ) ReportError( aUId, GEN_RES_STR2c2( S_NO_SELECTED_ENTRY, MethodString( nMethodId ), "TreeListBox" ) ); } else { if ( ValueOK(aUId, MethodString( nMethodId ),nNr1,((SvLBox*)pControl)->GetVisibleCount()) ) { pThisEntry = (SvLBoxEntry*)pTree->GetEntryAtVisPos( nNr1-1 ); } } if ( pThisEntry ) { if ( ! (nParams & PARAM_UINT16_2) ) nNr2 = 1; if ( ValueOK( aUId, MethodString( nMethodId ),nNr2,pThisEntry->ItemCount() ) ) { SvLBoxItem *pMyItem = pThisEntry->GetItem( nNr2-1 ); comm_UINT16 nType; switch ( pMyItem->IsA() ) { case SV_ITEM_ID_LBOXSTRING: nType = CONST_ItemTypeText ; break; case SV_ITEM_ID_LBOXBMP: nType = CONST_ItemTypeBMP ; break; case SV_ITEM_ID_LBOXBUTTON: nType = CONST_ItemTypeCheckbox ; break; case SV_ITEM_ID_LBOXCONTEXTBMP: nType = CONST_ItemTypeContextBMP ; break; default: nType = CONST_ItemTypeUnknown; } pRet->GenReturn ( RET_Value, aUId, nType ); } } } break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "TreeListBox" ) ); break; } break; case C_Control: { sal_uInt16 nRealControlType = 0; if ( dynamic_cast< EditBrowseBox* >(pControl) ) nRealControlType = CONST_CTBrowseBox; else if ( dynamic_cast< ValueSet* >(pControl) ) nRealControlType = CONST_CTValueSet; else if ( dynamic_cast< ORoadmap* >(pControl) ) nRealControlType = CONST_CTORoadmap; else if ( dynamic_cast< IExtensionListBox* >(pControl) ) nRealControlType = CONST_CTIExtensionListBox; else if ( dynamic_cast< ::svt::table::TableControl* >(pControl) ) nRealControlType = CONST_CTTableControl; else nRealControlType = CONST_CTUnknown; switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, MitteOben); break; default: switch( nRealControlType ) { case CONST_CTBrowseBox: { EditBrowseBox* pEBBox = dynamic_cast< EditBrowseBox* >(pControl); switch( nMethodId ) { case M_GetSelText : { pRet->GenReturn ( RET_Value, aUId, pEBBox->GetCellText( pEBBox->GetCurrRow(), pEBBox->GetColumnId( pEBBox->GetCurrColumn() ))); } break; case M_GetColumnCount : { sal_uInt16 nColCount = pEBBox->GetColumnCount(); comm_UINT16 nUnfrozenColCount = 0; sal_uInt16 i; for ( i=0 ; i < nColCount ; i++ ) { if ( !pEBBox->IsFrozen( pEBBox->GetColumnId( i ) ) ) nUnfrozenColCount++; } pRet->GenReturn ( RET_Value, aUId, nUnfrozenColCount ); } break; case M_GetRowCount : { pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)pEBBox->GetRowCount() ); } break; case M_IsEditing : { CellControllerRef aControler; aControler = pEBBox->Controller(); pRet->GenReturn ( RET_Value, aUId, (comm_BOOL)aControler.Is() ); } break; case M_Select : { if ( ValueOK(aUId, MethodString( nMethodId ),nNr1,pEBBox->GetRowCount() ) ) { sal_uInt16 nColCount = pEBBox->GetColumnCount(); comm_UINT16 nUnfrozenColCount = 0; sal_uInt16 i; for ( i=0 ; i < nColCount ; i++ ) { if ( !pEBBox->IsFrozen( pEBBox->GetColumnId( i ) ) ) nUnfrozenColCount++; } if ( ValueOK(aUId, MethodString( nMethodId ),nNr2,nUnfrozenColCount ) ) pEBBox->GoToRowColumnId( nNr1-1, pEBBox->GetColumnId( nNr2 ) ); } } break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "EditBrowseBox" ) ); break; } } break; case CONST_CTValueSet: { ValueSet *pVS = dynamic_cast< ValueSet* >(pControl); switch ( nMethodId ) { case M_GetItemCount: pRet->GenReturn ( RET_Value, aUId, comm_UINT32( pVS->GetItemCount())); break; case M_GetItemText: if ( ValueOK( aUId, MethodString( nMethodId ), nNr1, pVS->GetItemCount() )) pRet->GenReturn ( RET_Value, aUId, pVS->GetItemText( pVS->GetItemId( nNr1-1 ) ) ); break; case M_Select: if ( ValueOK( aUId, MethodString( nMethodId ), nNr1, pVS->GetItemCount() )) pVS->SelectItem( pVS->GetItemId( nNr1-1 ) ); break; case M_GetSelIndex : if ( pVS->IsNoSelection() ) pRet->GenReturn ( RET_Value, aUId, comm_UINT32(0)); else pRet->GenReturn ( RET_Value, aUId, comm_UINT32( pVS->GetItemPos( pVS->GetSelectItemId() ) +1)); break; case M_GetSelText : if ( pVS->IsNoSelection() ) pRet->GenReturn ( RET_Value, aUId, String() ); else pRet->GenReturn ( RET_Value, aUId, pVS->GetItemText( pVS->GetSelectItemId() ) ); break; case M_SetNoSelection : pVS->SetNoSelection(); break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "ValueSet" ) ); break; } } break; case CONST_CTORoadmap: { ORoadmap *pRM = dynamic_cast< ORoadmap* >(pControl); switch ( nMethodId ) { case M_GetItemCount: pRet->GenReturn ( RET_Value, aUId, comm_UINT32( pRM->GetItemCount())); break; case M_GetItemText: if ( ValueOK( aUId, MethodString( nMethodId ), nNr1, pRM->GetItemCount() )) pRet->GenReturn ( RET_Value, aUId, pRM->GetRoadmapItemLabel( pRM->GetItemID( nNr1-1 ) ) ); break; case M_Select: if ( ValueOK( aUId, MethodString( nMethodId ), nNr1, pRM->GetItemCount() )) { if ( pRM->IsRoadmapItemEnabled( pRM->GetItemID( nNr1-1 ) ) ) pRM->SelectRoadmapItemByID( pRM->GetItemID( nNr1-1 ) ); else ReportError( aUId, GEN_RES_STR1c( S_WIN_DISABLED, "RoadmapItem" ) ); } break; case M_GetSelIndex : pRet->GenReturn ( RET_Value, aUId, comm_UINT32( pRM->GetItemIndex( pRM->GetCurrentRoadmapItemID() ) +1)); break; case M_GetSelText : pRet->GenReturn ( RET_Value, aUId, pRM->GetRoadmapItemLabel( pRM->GetCurrentRoadmapItemID() ) ); break; case M_IsItemEnabled : if ( ValueOK( aUId, MethodString( nMethodId ), nNr1, pRM->GetItemCount() )) pRet->GenReturn ( RET_Value, aUId, (comm_BOOL)pRM->IsRoadmapItemEnabled( pRM->GetItemID( nNr1-1 ) ) ); break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "RoadMap" ) ); break; } } break; case CONST_CTIExtensionListBox: { IExtensionListBox *pELB = dynamic_cast< IExtensionListBox* >(pControl); switch ( nMethodId ) { case M_GetItemCount: pRet->GenReturn ( RET_Value, aUId, comm_UINT32( pELB->getItemCount())); break; case M_GetItemText: if ( ValueOK( aUId, MethodString( nMethodId ), nNr1, pELB->getItemCount() )) switch ( nNr2 ) { case 1: pRet->GenReturn ( RET_Value, aUId, pELB->getItemName( nNr1 -1 ) ); break; case 2: pRet->GenReturn ( RET_Value, aUId, pELB->getItemVersion( nNr1 -1 ) ); break; case 3: pRet->GenReturn ( RET_Value, aUId, pELB->getItemDescription( nNr1 -1 ) ); break; case 4: pRet->GenReturn ( RET_Value, aUId, pELB->getItemPublisher( nNr1 -1 ) ); break; case 5: pRet->GenReturn ( RET_Value, aUId, pELB->getItemPublisherLink( nNr1 -1 ) ); break; default: ValueOK( aUId, MethodString( nMethodId ).AppendAscii(" String Number"), nNr2, 5 ); } break; case M_Select: if ( (nParams & PARAM_UINT16_1) ) { if ( ValueOK( aUId, MethodString( nMethodId ), nNr1, pELB->getItemCount() )) { pELB->select( nNr1-1 ); } } else if ( (nParams & PARAM_STR_1) ) { pELB->select( aString1 ); sal_Bool bSuccess = sal_True; if ( pELB->getSelIndex() == EXTENSION_LISTBOX_ENTRY_NOTFOUND ) bSuccess = sal_False; else { if ( !aString1.Equals( String( pELB->getItemName( pELB->getSelIndex() ) ) ) ) bSuccess = sal_False; } if ( !bSuccess ) ReportError( aUId, GEN_RES_STR2( S_ENTRY_NOT_FOUND, MethodString( nMethodId ), aString1 ) ); } break; case M_GetSelCount : if ( pELB->getSelIndex() == EXTENSION_LISTBOX_ENTRY_NOTFOUND ) pRet->GenReturn ( RET_Value, aUId, comm_UINT32( 0 )); else pRet->GenReturn ( RET_Value, aUId, comm_UINT32( 1 )); break; case M_GetSelIndex : if ( pELB->getSelIndex() == EXTENSION_LISTBOX_ENTRY_NOTFOUND ) pRet->GenReturn ( RET_Value, aUId, comm_UINT32( 0 )); else pRet->GenReturn ( RET_Value, aUId, comm_UINT32( pELB->getSelIndex() +1)); break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "RoadMap" ) ); break; } } break; case CONST_CTTableControl: { ::svt::table::TableControl *pTC = dynamic_cast< ::svt::table::TableControl* >(pControl); switch ( nMethodId ) { case M_GetItemType : { if ( ValueOK( aUId, MethodString( nMethodId ), nNr1, pTC->GetColumnCount() ) && ValueOK( aUId, MethodString( nMethodId ), nNr2, pTC->GetRowCount() )) { ::svt::table::PTableModel pModel = pTC->GetModel(); Any aCell; pModel->getCellContent( nNr1-1, nNr2-1, aCell ); pRet->GenReturn ( RET_Value, aUId, String( aCell.getValueTypeName() )); } } break; case M_GetItemText : { if ( ValueOK( aUId, MethodString( nMethodId ), nNr1, pTC->GetColumnCount() ) && ValueOK( aUId, MethodString( nMethodId ), nNr2, pTC->GetRowCount() )) { ::svt::table::PTableModel pModel = pTC->GetModel(); Any aCell; pModel->getCellContent( nNr1-1, nNr2-1, aCell ); Type aType = aCell.getValueType(); TypeClass eTypeClass = aType.getTypeClass(); switch( eTypeClass ) { case TypeClass_BOOLEAN: pRet->GenReturn ( RET_Value, aUId, *(sal_Bool*)aCell.getValue() ); break; case TypeClass_CHAR: { ::rtl::OUString aContent( *(sal_Unicode*)aCell.getValue() ); pRet->GenReturn ( RET_Value, aUId, aContent ); } break; case TypeClass_STRING: { ::rtl::OUString aContent; aCell >>= aContent; pRet->GenReturn ( RET_Value, aUId, aContent ); } break; case TypeClass_BYTE: case TypeClass_SHORT: case TypeClass_LONG: case TypeClass_HYPER: case TypeClass_UNSIGNED_LONG: case TypeClass_UNSIGNED_HYPER: { comm_UINT32 val = 0; aCell >>= val; pRet->GenReturn ( RET_Value, aUId, val ); } break; case TypeClass_UNSIGNED_SHORT: { comm_UINT16 val = 0; aCell >>= val; pRet->GenReturn ( RET_Value, aUId, val ); } break; default: pRet->GenReturn ( RET_Value, aUId, comm_UINT16(0) ); break; } } } break; case M_GetColumnCount : { pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)pTC->GetColumnCount() ); } break; case M_GetRowCount : { pRet->GenReturn ( RET_Value, aUId, (comm_UINT32)pTC->GetRowCount() ); } break; case M_Select : { if ( ValueOK( aUId, MethodString( nMethodId ), nNr1, pTC->GetRowCount() )) { if ( pTC->GoToRow( ::svt::table::RowPos( nNr1-1 ) ) ) { Size aSize( pTC->GetSizePixel() ); Point aPos( aSize.Width() / 2, aSize.Height() / 2 ); long nStep = aSize.Height() / 4; ::svt::table::RowPos nLastPos; while ( ( nLastPos = pTC->getTableControlInterface().hitTest( aPos ).nRow ) != nNr1-1 && nStep > 0 ) { if ( nLastPos > nNr1-1 || nLastPos == ROW_INVALID ) aPos.Y() -= nStep; else aPos.Y() += nStep; nStep /= 2; } if ( pTC->getTableControlInterface().hitTest( aPos ).nRow == nNr1-1 ) { MouseEvent aMEvnt(aPos,1,MOUSE_SIMPLECLICK|MOUSE_SELECT,MOUSE_LEFT,KEY_MOD1); pTC->getSelEngine()->SelMouseButtonDown( aMEvnt ); pTC->getSelEngine()->SelMouseButtonUp( aMEvnt ); if ( pTC->IsRowSelected( nNr1-1 ) ) pTC->Select(); } else ReportError( aUId, GEN_RES_STR2c2( S_METHOD_FAILED, MethodString( nMethodId ), "find pos" ) ); } else ReportError( aUId, GEN_RES_STR2c2( S_METHOD_FAILED, MethodString( nMethodId ), "GoTo" ) ); } } break; case M_GetSelCount : pRet->GenReturn ( RET_Value, aUId, comm_UINT16( pTC->GetSelectedRowCount() )); break; case M_GetSelIndex : if ( ! (nParams & PARAM_UINT16_1) ) nNr1 = 1; if ( ValueOK( aUId, CUniString("GetSelIndex"), nNr1, pTC->GetSelectedRowCount() ) ) pRet->GenReturn ( RET_Value, aUId, comm_UINT16( pTC->GetSelectedRowIndex( nNr1-1 ) +1 ) ); break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "TableControl" ) ); break; } } break; case CONST_CTUnknown: ReportError( aUId, GEN_RES_STR2( S_UNKNOWN_TYPE, UniString::CreateFromInt32( nRT ), MethodString(nMethodId) ) ); break; default: ReportError( aUId, GEN_RES_STR1( S_INTERNAL_ERROR, MethodString( nMethodId ) ) ); break; } } break; } case C_Window: switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, MitteOben); break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "Window" ) ); break; } break; case C_DockingWin: DockingWin: switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, MitteOben); break; case M_Dock : if ( ((DockingWindow*)pControl)->IsFloatingMode() ) ((DockingWindow*)pControl)->SetFloatingMode(sal_False); else ReportError( aUId, GEN_RES_STR1( S_ALLOWED_ONLY_IN_FLOATING_MODE, MethodString( nMethodId ) ) ); break; case M_Undock : if ( !((DockingWindow*)pControl)->IsFloatingMode() ) ((DockingWindow*)pControl)->SetFloatingMode(sal_True); else ReportError( aUId, GEN_RES_STR1( S_ALLOWED_ONLY_IN_FLOATING_MODE, MethodString( nMethodId ) ) ); break; case M_IsDocked : pRet->GenReturn ( RET_Value, aUId, (comm_BOOL) !((DockingWindow*)pControl)->IsFloatingMode()); break; case M_Close: DBG_ASSERT( aUId.equals( pControl->GetUniqueOrHelpId() ), "aUID != UniqueOrHelpId"); SET_WINP_CLOSING(pControl); ((DockingWindow*)pControl)->Close(); break; case M_Size: case M_Move: case M_IsMax: case M_Minimize: case M_Maximize: if ( ((DockingWindow*)pControl)->IsFloatingMode() ) { Window* pFloat = ((DockingWindow*)pControl)->GetFloatingWindow(); if ( !pFloat && ((DockingWindow*)pControl)->IsFloatingMode() ) { if ( pControl->GET_REAL_PARENT() && pControl->GET_REAL_PARENT()->GetType() == WINDOW_FLOATINGWINDOW ) pFloat = pControl->GET_REAL_PARENT(); else { OSL_FAIL("FloatingMode set but Parent is no FloatingWindow"); } } if ( pFloat && pFloat->GetType() == WINDOW_FLOATINGWINDOW ) { pControl = pFloat; goto FloatWin; } else ReportError( aUId, GEN_RES_STR1( S_CANNOT_FIND_FLOATING_WIN, MethodString( nMethodId ) ) ); } else ReportError( aUId, GEN_RES_STR1( S_ALLOWED_ONLY_IN_DOCKING_MODE, MethodString( nMethodId ) ) ); break; case M_Help: // Alles was unten weiterbehandelt werden soll goto MoreDialog; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "DockingWindow" ) ); break; } break; case C_FloatWin: FloatWin: switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, MitteOben); break; case M_IsMax : pRet->GenReturn ( RET_Value, aUId, (comm_BOOL)!((FloatingWindow*)pControl)->IsRollUp()); break; case M_Minimize : ((FloatingWindow*)pControl)->RollUp(); break; case M_Maximize : ((FloatingWindow*)pControl)->RollDown(); break; case M_Size: { if ( pControl->GetStyle() & WB_SIZEABLE ) { Size aMin = ((FloatingWindow*)pControl)->GetMinOutputSizePixel(); if ( aMin.Width() <= nNr1 && aMin.Height() <= nNr2 ) { pControl->SetSizePixel(Size(nNr1,nNr2)); pControl->Resize(); } else { ReportError( aUId, GEN_RES_STR2( S_SIZE_BELOW_MINIMUM, String::CreateFromInt32( aMin.Width() ), String::CreateFromInt32( aMin.Height() ) ) ); } } else ReportError( aUId, GEN_RES_STR1( S_SIZE_NOT_CHANGEABLE, MethodString( nMethodId ) ) ); break; } case M_Close: DBG_ASSERT( aUId.equals( pControl->GetUniqueOrHelpId() ), "aUID != UniqueOrHelpId"); SET_WINP_CLOSING(pControl); ((FloatingWindow*)pControl)->Close(); break; case M_Help: // Alles was unten weiterbehandelt werden soll case M_Move: goto MoreDialog; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "FloatingWin" ) ); break; } break; case C_ModelessDlg: case C_ModalDlg: case C_Dialog: case C_TabDlg: MoreDialog: switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, MitteOben); break; case M_Close: DBG_ASSERT( aUId.equals( pControl->GetUniqueOrHelpId() ), "aUID != UniqueOrHelpId"); SET_WINP_CLOSING(pControl); ((SystemWindow*)pControl)->Close(); break; case M_OK: { Window *pChild = GetWinByRT( pControl, WINDOW_OKBUTTON ); if( ControlOK( pChild, "OK Button" ) ) { DBG_ASSERT( aUId.equals( pControl->GetUniqueOrHelpId() ), "aUID != UniqueOrHelpId"); SET_WINP_CLOSING(pControl); ((Button*)pChild)->Click(); } break; } case M_Cancel: { Window *pChild = GetWinByRT( pControl, WINDOW_CANCELBUTTON ); if( ControlOK( pChild, "Cancel Button" ) ) { DBG_ASSERT( aUId.equals( pControl->GetUniqueOrHelpId() ), "aUID != UniqueOrHelpId"); SET_WINP_CLOSING(pControl); ((Button*)pChild)->Click(); } break; } case M_Help: { Window *pChild = GetWinByRT( pControl, WINDOW_HELPBUTTON ); if( ControlOK( pChild, "Help Button" ) ) ((Button*)pChild)->Click(); break; } case M_Default: { Window *pChild = ImpGetButton( pControl, WB_DEFBUTTON, WB_DEFBUTTON ); if( ControlOK( pChild, "Default Button" ) ) ((Button*)pChild)->Click(); break; } case M_Move: { pControl->SetPosPixel(Point(nNr1,nNr2)); break; } default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "Dialog" ) ); break; } break; case C_WorkWin: switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, MitteOben); break; case M_Close: DBG_ASSERT( aUId.equals( pControl->GetUniqueOrHelpId() ), "aUID != UniqueOrHelpId"); SET_WINP_CLOSING(pControl); ((WorkWindow*)pControl)->Close(); break; case M_Size: case M_Move: goto FloatWin; case M_IsMax : pRet->GenReturn ( RET_Value, aUId, ((WorkWindow*)pControl)->IsMaximized() ); break; case M_IsMin : pRet->GenReturn ( RET_Value, aUId, ((WorkWindow*)pControl)->IsMinimized() ); break; case M_IsRestore : pRet->GenReturn ( RET_Value, aUId, comm_BOOL (!((WorkWindow*)pControl)->IsMaximized() && !((WorkWindow*)pControl)->IsMinimized()) ); break; case M_Minimize : ((WorkWindow*)pControl)->Maximize( sal_False ); ((WorkWindow*)pControl)->Minimize(); break; case M_Maximize : ((WorkWindow*)pControl)->Maximize(); break; case M_Restore : ((WorkWindow*)pControl)->Maximize( sal_False ); ((WorkWindow*)pControl)->Restore(); break; case M_Help: // Alles was unten weiterbehandelt werden soll goto MoreDialog; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "WorkWindow" ) ); break; } break; case C_TabPage: ReportError( aUId, GEN_RES_STR1( S_INTERNAL_ERROR, MethodString( nMethodId ) ) ); break; case C_MessBox: case C_InfoBox: case C_WarningBox: case C_ErrorBox: case C_QueryBox: { sal_Bool bDone = sal_True; MessBox* pMB = (MessBox*)pControl; switch( nMethodId ) { case M_GetCheckBoxText: pRet->GenReturn ( RET_Value, aUId, pMB->GetCheckBoxText() ); break; case M_IsChecked : pRet->GenReturn ( RET_Value, aUId, comm_BOOL( pMB->GetCheckBoxState() == STATE_CHECK) ); break; case M_Check : pMB->SetCheckBoxState( sal_True ); break; case M_UnCheck : pMB->SetCheckBoxState( sal_False ); break; case M_GetText : pRet->GenReturn ( RET_Value, aUId, pMB->GetMessText()); break; default: bDone = sal_False; break; } if ( bDone ) break; // break the case here else continue at C_ButtonDialog } case C_ButtonDialog: { ButtonDialog* pBD = (ButtonDialog*)pControl; #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "Working MessBox: " ); if (pControl->IsVisible()) m_pDbgWin->AddText("*(Visible)\n"); else m_pDbgWin->AddText("*(nicht Visible)\n"); #endif switch( nMethodId ) { case M_AnimateMouse : AnimateMouse( pControl, Mitte); break; case M_OK: if ( pBD->GetPushButton( BUTTONID_OK ) ) { SET_WINP_CLOSING(pControl); pBD->EndDialog(RET_OK); } else ReportError( aUId, GEN_RES_STR1( S_NO_OK_BUTTON, MethodString( nMethodId ) ) ); break; case M_Cancel: if ( pBD->GetPushButton( BUTTONID_CANCEL ) ) { SET_WINP_CLOSING(pControl); pBD->EndDialog(RET_CANCEL); } else ReportError( aUId, GEN_RES_STR1( S_NO_CANCEL_BUTTON, MethodString( nMethodId ) ) ); break; case M_Yes: if ( pBD->GetPushButton( BUTTONID_YES ) ) { SET_WINP_CLOSING(pControl); pBD->EndDialog(RET_YES); } else ReportError( aUId, GEN_RES_STR1( S_NO_YES_BUTTON, MethodString( nMethodId ) ) ); break; case M_No: if ( pBD->GetPushButton( BUTTONID_NO ) ) { SET_WINP_CLOSING(pControl); pBD->EndDialog(RET_NO); } else ReportError( aUId, GEN_RES_STR1( S_NO_NO_BUTTON, MethodString( nMethodId ) ) ); break; case M_Repeat: if ( pBD->GetPushButton( BUTTONID_RETRY ) ) { SET_WINP_CLOSING(pControl); pBD->EndDialog(RET_RETRY); } else ReportError( aUId, GEN_RES_STR1( S_NO_RETRY_BUTTON, MethodString( nMethodId ) ) ); break; case M_Help: if ( pBD->GetPushButton( BUTTONID_HELP ) ) { SET_WINP_CLOSING(pControl); pBD->EndDialog(BUTTONID_HELP); } else ReportError( aUId, GEN_RES_STR1( S_NO_HELP_BUTTON, MethodString( nMethodId ) ) ); break; case M_Default: { WinBits Style = pControl->GetStyle(); if ( Style & WB_DEF_OK ) { SET_WINP_CLOSING(pControl); pBD->EndDialog(RET_OK); } else if ( Style & WB_DEF_CANCEL ) { SET_WINP_CLOSING(pControl); pBD->EndDialog(RET_CANCEL); } else if ( Style & WB_DEF_YES ) { SET_WINP_CLOSING(pControl); pBD->EndDialog(RET_YES); } else if ( Style & WB_DEF_NO ) { SET_WINP_CLOSING(pControl); pBD->EndDialog(RET_NO); } else if ( Style & WB_DEF_RETRY ) { SET_WINP_CLOSING(pControl); pBD->EndDialog(RET_RETRY); } else ReportError( aUId, GEN_RES_STR1( S_NO_DEFAULT_BUTTON, MethodString( nMethodId ) ) ); } break; case M_GetText : pRet->GenReturn ( RET_Value, aUId, pControl->GetText()); break; case M_Click: if ( nParams & PARAM_UINT16_1 ) { if ( pBD->GetPushButton( nNr1 ) ) { if ( nNr1 != BUTTONID_HELP ) { SET_WINP_CLOSING(pControl); } pBD->GetPushButton( nNr1 )->Click(); } else ReportError( aUId, GEN_RES_STR2( S_NO_DEFAULT_BUTTON, UniString::CreateFromInt32( nNr1 ), MethodString( nMethodId ) ) ); } else ReportError( aUId, GEN_RES_STR1( S_BUTTONID_REQUIRED, MethodString( nMethodId ) ) ); break; case M_GetButtonCount : pRet->GenReturn ( RET_Value, aUId, comm_UINT32(pBD->GetButtonCount())); break; case M_GetButtonId : if ( ValueOK(aUId, MethodString( nMethodId ),nNr1,pBD->GetButtonCount()) ) pRet->GenReturn ( RET_Value, aUId, comm_UINT32(pBD->GetButtonId(nNr1-1))); break; default: ReportError( aUId, GEN_RES_STR2c2( S_UNKNOWN_METHOD, MethodString(nMethodId), "MessageBox" ) ); break; } break; } default: OSL_FAIL( "Unknown Objekttype from UId or Method not suported" ); ReportError( aUId, GEN_RES_STR2( S_UNKNOWN_TYPE, UniString::CreateFromInt32( nRT ), MethodString(nMethodId) ) ); #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( " Unknown Objekttype from UId or Method not suported" ); #endif break; } } for( int i = 0; i < 32; i++ ) SafeReschedule(); } #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( "\n" ); #endif if ( bStatementDone ) { SendProfile( UIdString( aUId ).Append('.').Append( MethodString( nMethodId ) ) ); delete this; } else { if ( nRetryCount-- ) { #if OSL_DEBUG_LEVEL > 1 m_pDbgWin->AddText( CUniString("Reschedule command (requed) (").Append( UniString::CreateFromInt32(nRetryCount) ).AppendAscii(")\n") ); #endif QueStatement( this ); // will que at the start of the list } else { bStatementDone=sal_True; } } return bStatementDone; } /* vim:set shiftwidth=4 softtabstop=4 expandtab: */