1 /*

     2 * Copyright (c) 2007 Nokia Corporation and/or its subsidiary(-ies). 

     3 * All rights reserved.

     4 * This component and the accompanying materials are made available

     5 * under the terms of "Eclipse Public License v1.0"

     6 * which accompanies this distribution, and is available

     7 * at the URL "http://www.eclipse.org/legal/epl-v10.html".

     8 *

     9 * Initial Contributors:

    10 * Nokia Corporation - initial contribution.

    11 *

    12 * Contributors:

    13 *

    14 * Description:    Unit tests

    15 *

    16 */

    17 

    18 

    19 

    20 

    21 //  CLASS HEADER

    22 #include "t_glxlistwindow.h"

    23 

    24 //  EXTERNAL INCLUDES

    25 #include <digia/eunit/EUnitMacros.h>

    26 #include <digia/eunit/EUnitDecorators.h>

    27  

    28 //  INTERNAL INCLUDES

    29 #include "glxlistwindow.h"

    30 

    31 // -----------------------------------------------------------------------------

    32 // Constructors & destructors

    33 // -----------------------------------------------------------------------------

    34 //

    35 t_CGlxListWindow* t_CGlxListWindow::NewL()

    36     {

    37     t_CGlxListWindow* self = t_CGlxListWindow::NewLC();

    38     CleanupStack::Pop();

    39 

    40     return self;

    41     }

    42 

    43 t_CGlxListWindow* t_CGlxListWindow::NewLC()

    44     {

    45     t_CGlxListWindow* self = new( ELeave ) t_CGlxListWindow();

    46     CleanupStack::PushL( self );

    47     self->ConstructL();

    48     return self;

    49     }

    50 

    51 // Destructor (virtual by CBase)

    52 t_CGlxListWindow::~t_CGlxListWindow()

    53     {

    54     }

    55 

    56 // Default constructor

    57 t_CGlxListWindow::t_CGlxListWindow()

    58     {

    59     }

    60 

    61 // Second phase construct

    62 void t_CGlxListWindow::ConstructL()

    63     {

    64     // The ConstructL from the base class CEUnitTestSuiteClass must be called.

    65     // It generates the test case table.

    66     CEUnitTestSuiteClass::ConstructL();

    67     }

    68 

    69 // -----------------------------------------------------------------------------

    70 // Setup & Teardown

    71 // -----------------------------------------------------------------------------

    72 //

    73 void t_CGlxListWindow::SetupL(  )

    74     {

    75     }

    76 

    77 void t_CGlxListWindow::Teardown(  )

    78     {

    79     }    

    80 

    81 // return string length

    82 TInt strlen( const char* aString )

    83     {

    84     // poor man's strlen...

    85     TInt count = 0;

    86     const char* tmp = aString;

    87     while ( *tmp ) 

    88     	{

    89     	count++;

    90     	tmp++;

    91     	}

    92     return count;

    93     }

    94 

    95 // entry object for the window

    96 class CEntry : public CBase

    97     {

    98 public: 

    99     ~CEntry()

   100         {

   101         delete iOwned;

   102         }

   103         

   104     void ConstructL() 

   105         {

   106         iOwned = HBufC::NewL( 1 );

   107         }

   108     

   109     void SetId( TChar aId ) 

   110         {

   111         iId = aId;

   112         iId.LowerCase();

   113         }

   114         

   115     TChar Id() const

   116         {

   117         return iId;

   118         }

   119     

   120     TInt iCleanupCount;

   121 private:

   122     TChar iId;

   123     HBufC* iOwned; // have an owned object to make sure destructor is being called

   124     };

   125     

   126 // window class

   127 class CTestWindow : public CGlxListWindow,

   128                     public MGlxWindowObjectFactory

   129     {

   130 public:

   131     CTestWindow( const char* aList ) 

   132             : CGlxListWindow( static_cast< MGlxWindowObjectFactory& >( *this ) )

   133         {

   134         iList = aList;

   135         iOldList = iList;

   136         }

   137         

   138     ~CTestWindow() 

   139         {

   140         iEntries.Close();

   141         }

   142         

   143     // From MGlxWindowObjectFactory

   144 	CBase* CreateObjectL() const 

   145         {

   146         CEntry* entry = new ( ELeave ) CEntry;

   147         CleanupStack::PushL( entry );

   148         entry->ConstructL();

   149         const_cast< CTestWindow* >( this )->iEntries.AppendL( entry );

   150         CleanupStack::Pop( entry );

   151         return entry;

   152         } 

   153 	

   154     // From MGlxWindowObjectFactory

   155 	void SetupObject( TInt aListIndex, CBase& aEntry ) 

   156         {

   157         CEntry& entry = static_cast< CEntry& >( aEntry );

   158         // initialise the entry by setting the id from the original list

   159         entry.SetId( iList[ aListIndex ] );

   160         }

   161 	

   162     // From MGlxWindowObjectFactory

   163 	void CleanupObject( TInt aListIndex, CBase& aEntry ) 

   164         {

   165         CEntry& entry = static_cast< CEntry& >( aEntry );

   166        

   167         EUNIT_ASSERT_DESC( iOldList[ aListIndex ] == entry.Id(), "list index is correct" );

   168         

   169         // clean up the entry 

   170         entry.SetId( 0 );

   171         // check how many times entry is cleaned up so can check that object 

   172         // is not cleaned up any more often that it needs to 

   173         entry.iCleanupCount++; 

   174         }

   175     

   176     const CEntry* operator[]( TInt aIndex ) const

   177         {

   178         return static_cast< const CEntry* >( At( aIndex ) );

   179         }

   180         

   181     const char* iList; // main list of items. not own

   182     const char* iOldList; // list of items before change. not own

   183     RPointerArray< CEntry > iEntries; // not own. owned by base class

   184     };

   185 

   186 struct TWindowInfo

   187     {

   188     TWindowInfo() 

   189         {

   190         iStartIndex = KErrNotFound;

   191         iFocusIndex = KErrNotFound;

   192         iWindowSize = 0;

   193         }

   194     TInt iStartIndex;

   195     TInt iFocusIndex;

   196     TInt iWindowSize;

   197     TInt iTotalSize;

   198     };

   199     

   200 TWindowInfo AnalyzeWindow( const char* aWindow )

   201     {

   202     TWindowInfo info;

   203     TInt index = 0;

   204     TChar ch = 0;

   205     // gapBefore is to set the start index in case list is "###----###"

   206     // i.e., gapBefore is true if there is a gap in the window before 

   207     // the index

   208     TBool gapBefore = EFalse;

   209     while ( 0 != ( ch = aWindow[ index ] ) )

   210         {

   211         if ( '-' == ch ) // is item a gap (outside window)

   212             {

   213             gapBefore = ETrue;

   214             }

   215         else

   216             {

   217             info.iWindowSize++;

   218 

   219             if ( ch.IsUpper() ) // focus index?

   220                 {

   221                 ASSERT( KErrNotFound == info.iFocusIndex ); // Check not multiple focus indexes defined

   222                 info.iFocusIndex = index;

   223                 }

   224 

   225             if ( gapBefore ||                        // this is for "###----S##"

   226                  KErrNotFound == info.iStartIndex )  // this is for "--S####---"

   227                 {

   228                 info.iStartIndex = index;

   229                 gapBefore = EFalse;

   230                 }

   231             }

   232         index++;

   233         }

   234     info.iTotalSize = index;

   235     return info;

   236     }

   237 

   238 // aWindow: "---abcDe---" 

   239 //          - is non-window

   240 //          a,b,c,e is id

   241 //          D focus

   242 void AssertWindow( const CTestWindow& aWindow, const char* aWindowString )

   243     {

   244     TWindowInfo info = AnalyzeWindow( aWindowString );

   245     

   246     TGlxWindowIterator iterator = aWindow.Iterator();

   247     TInt index = iterator++;

   248     // check start index is correct

   249     EUNIT_ASSERT_DESC( index == info.iStartIndex, "start index is correct" );

   250     

   251     TInt size = 0;

   252     // check items in window are correct

   253     while ( KErrNotFound != index )

   254         {

   255         TChar ch = aWindowString[ index ];

   256         ch.LowerCase();

   257         EUNIT_ASSERT_DESC( ch == aWindow[ index ]->Id(), "item is correct" );

   258         size++;

   259         index = iterator++;

   260         }

   261         

   262     // check window length is correct

   263     EUNIT_ASSERT_DESC( size == info.iWindowSize, "window size is correct" );

   264     }

   265     

   266 enum TChange 

   267     {

   268     ENone,

   269     EAdd,

   270     ERemove

   271     };    

   272        

   273 /** Convert an index to an index before a change happened */

   274 TInt indexBeforeChange( TInt aIndex, TChange aChange, TInt aFirstChanged,

   275         TInt aChangeCount )

   276     {

   277     TInt index = aIndex;

   278     if ( aFirstChanged <= aIndex )

   279         {

   280         if ( aChange == EAdd ) 

   281             {

   282             if ( aIndex <= aFirstChanged + aChangeCount )

   283                 {

   284                 index = KErrNotFound;

   285                 }

   286             else 

   287                 {

   288                 index -= aChangeCount;

   289                 }

   290             }

   291         else if ( aChange == ERemove ) 

   292             {

   293             index += aChangeCount;

   294             }

   295         }

   296     return index;

   297     }

   298     

   299 /** Makes sure objects were not cleaned up unnecessarily */

   300 void AssertReuse( const CTestWindow& aWindow, const char* aWindowBefore, 

   301         const char* aWindowAfter, TChange aChange, TInt aChangedIndex,

   302         TInt aChangeCount )

   303     {

   304     TGlxWindowIterator iterator = aWindow.Iterator();

   305     TInt index = 0;

   306     while ( KErrNotFound != ( index = iterator++ ) )

   307         {

   308         TInt indexBefore = indexBeforeChange( index, aChange, aChangedIndex, aChangeCount );

   309         if ( KErrNotFound != indexBefore )

   310             {

   311             TChar chBefore = aWindowBefore[ indexBefore ];

   312             chBefore.LowerCase();

   313             TChar chAfter = aWindowAfter[ index ];

   314             chAfter.LowerCase();

   315             if ( chBefore != '-' )

   316                 {

   317                 ASSERT( chBefore == chAfter ); // error is test case?

   318                 ASSERT( aWindow[ index ]->Id() == chAfter ); // error is test code?

   319                 EUNIT_ASSERT_DESC( 0 == aWindow[ index ]->iCleanupCount, "reused item was not cleaned up" );

   320                 }

   321             }

   322         }

   323     }

   324 

   325 /** Creates a window */

   326 CTestWindow* CreateWindowLC( const char* aListString, TInt aFrontOffset, 

   327         TInt aRearOffset, const char* aWindowString )

   328     {

   329     CTestWindow* window = new ( ELeave ) CTestWindow( aListString );

   330     CleanupStack::PushL( window );

   331     window->ConstructL();

   332     window->SetRangeOffsetsL( aFrontOffset, aRearOffset );

   333     AssertWindow( *window, "" ); // kind of unnecessary...

   334     

   335     // populate initial list

   336     TWindowInfo info = AnalyzeWindow( aWindowString );

   337     /// @todo combine these 3 lines to a single call to AddObjects

   338     if ( info.iTotalSize > 0 )

   339         {

   340         window->AddObjects( info.iFocusIndex, info.iTotalSize, 

   341             0, info.iTotalSize - 1 );

   342         }

   343     

   344     // assert initial window

   345     AssertWindow( *window, aWindowString );

   346 

   347     return window;    

   348     }

   349 

   350 /** Cleans up a window */

   351 void Cleanup( CTestWindow& aWindow )

   352     {

   353     aWindow.Cleanup();

   354     // test cleanup ok

   355     for ( TInt i = 0; i < aWindow.iEntries.Count(); i++ )

   356         {

   357         EUNIT_ASSERT_DESC( aWindow.iEntries[ i ]->Id() == 0, "cleaned up correctly" );

   358         }       

   359     }

   360  

   361 void VerifyAndCleanup( CTestWindow& aWindow, const char* aWindowBefore, 

   362         const char* aWindowAfter, TChange aChange = ENone, 

   363         TInt aChangedIndex = KErrNotFound, TInt aChangeCount = 0 )

   364     {

   365     // assert window after change

   366     AssertWindow( aWindow, aWindowAfter );

   367     // makes sure reused items have not been cleaned up during update

   368     AssertReuse( aWindow, aWindowBefore, aWindowAfter, aChange, aChangedIndex, aChangeCount );

   369     Cleanup( aWindow );

   370     }

   371     

   372 /** 

   373  * Notation: * focus 

   374  *           - items outside of window

   375  *           any other char is the id of an item

   376  */

   377 void TestUpdateL( const char* aListBeforeChange, const char* aWindowBefore, 

   378         const char* aWindowAfter, TInt aFrontOffset, TInt aRearOffset, 

   379         TChange aChange = ENone, TInt aChangedIndex = KErrNotFound, 

   380         const char* aListAfterChange = NULL ) 

   381     {

   382     // window and list strings must have the same length

   383     ASSERT( strlen( aListBeforeChange ) == strlen( aWindowBefore ) );

   384     if ( aListAfterChange ) 

   385         {

   386         ASSERT( strlen( aWindowAfter ) == strlen( aListAfterChange ) );

   387         }

   388         

   389     // create window object

   390     CTestWindow* window = CreateWindowLC( aListBeforeChange, aFrontOffset, 

   391         aRearOffset, aWindowBefore );

   392     

   393     // apply changes

   394     TInt changeCount = 0;

   395     if ( EAdd == aChange )

   396         {

   397         window->iList = aListAfterChange;

   398         changeCount = strlen( aListAfterChange ) - strlen( aListBeforeChange );

   399         TWindowInfo info = AnalyzeWindow( aWindowAfter );

   400         window->AddObjects( info.iFocusIndex, info.iTotalSize,       // focus, size

   401             aChangedIndex, aChangedIndex + changeCount - 1 ); // first index, last index

   402         window->iOldList = window->iList; // iOldList is used to check cleanup

   403         }

   404     else if ( ERemove == aChange )

   405         {

   406         window->iList = aListAfterChange;

   407         changeCount = strlen( aListBeforeChange ) - strlen( aListAfterChange );

   408         TWindowInfo info = AnalyzeWindow( aWindowAfter );

   409         window->RemoveObjects(  info.iFocusIndex, info.iTotalSize, // focus, size

   410             aChangedIndex, aChangedIndex + changeCount - 1 ); // first index, last index

   411         window->iOldList = window->iList; // iOldList is used to check cleanup

   412         }

   413     if ( ENone == aChange )

   414         {

   415         TWindowInfo info = AnalyzeWindow( aWindowAfter );

   416         window->SetFocusIndex( info.iFocusIndex, info.iTotalSize );

   417         }

   418         

   419     VerifyAndCleanup( *window, aWindowBefore, aWindowAfter, aChange, 

   420         aChangedIndex, changeCount );

   421     CleanupStack::PopAndDestroy( window );

   422     }

   423  

   424 /** Test SetRangeOffsetsL */   

   425 void TestSetRangesL( const char* aList, 

   426         const char* aWindowBefore, TInt aFrontOffsetBefore, TInt aRearOffsetBefore, 

   427         const char* aWindowAfter, TInt aFrontOffsetAfter, TInt aRearOffsetAfter )

   428     {

   429     // window and list strings must have the same length

   430     ASSERT( strlen( aList ) == strlen( aWindowBefore ) );

   431     ASSERT( strlen( aWindowAfter ) == strlen( aWindowBefore ) );

   432         

   433     // create window object

   434     CTestWindow* window = CreateWindowLC( aList, aFrontOffsetBefore, aRearOffsetBefore, 

   435         aWindowBefore );

   436     

   437     TWindowInfo info = AnalyzeWindow( aWindowAfter );

   438     window->SetRangeOffsetsL( info.iFocusIndex, info.iTotalSize, 

   439         aFrontOffsetAfter, aRearOffsetAfter );

   440         

   441     VerifyAndCleanup( *window, aWindowBefore, aWindowAfter );

   442     

   443     CleanupStack::PopAndDestroy( window );

   444     }

   445     

   446 // -----------------------------------------------------------------------------

   447 void t_CGlxListWindow::T_SetRangeOffsetsLL(  )

   448     {

   449     TestSetRangesL( "abcdefghijk", "---deFghi--", -2, 3, "--cdeFghij-", -3, 4 );

   450     TestSetRangesL( "abcdefghijk", "--cdeFghij-", -3, 4, "---deFghi--", -2, 3 );

   451     TestSetRangesL( "abcdefghijk", "--cdeFghij-", -3, 4, "-----F-----", 0, 0 );

   452     TestSetRangesL( "abcdefghijk", "--cdeFghij-", -3, 4, "abcdeFghijk", -10, 10 );

   453     }

   454     

   455 // -----------------------------------------------------------------------------

   456 void t_CGlxListWindow::T_SetFocusIndexL(  )

   457     {

   458     TestUpdateL( "abcd", "-B--", "-B--", 0, 0 );

   459     // when whole list fits to window

   460     // ... set focus on list with 1 item

   461     TestUpdateL( "a", "A", "A", -2, 3 );

   462     // ... set focus on list with multiple items

   463     TestUpdateL( "abcde", "Abcde", "abcDe", -2, 3 );

   464     // ... set focus when list is as long max length of window

   465     TestUpdateL( "abcdef", "Abcdef", "abcDef", -2, 3 );

   466     TestUpdateL( "abcdef", "Abcdef", "abcdeF", -2, 3 );

   467     TestUpdateL( "abcdef", "abcdeF", "Abcdef", -2, 3 );

   468     TestUpdateL( "abcdef", "abcdEf", "abCdef", -2, 3 );

   469     // ... set focus to same item again

   470     TestUpdateL( "abcdef", "abCdef", "abCdef", -2, 3 );

   471     TestUpdateL( "abcdef", "Abcdef", "abcdeF", -2, 3 );

   472     TestUpdateL( "abcdef", "Abcdef", "abcdeF", -2, 3 );

   473     

   474     // when whole list does not fit to window

   475     TestUpdateL( "abcdefg", "Abcd-fg", "ab-deFg", -2, 3 );

   476     TestUpdateL( "abcdefg", "abc-efG", "-bcDefg", -2, 3 );

   477     TestUpdateL( "abcdefg", "abCdef-", "Abcd-fg", -2, 3 );

   478     // ... set focus on list with 2 items

   479     TestUpdateL( "abcdefghijk", "---deFghi--", "----efGhij-", -2, 3 );

   480     TestUpdateL( "abcdefghijk", "---deFghi--", "abc-----ijK", -2, 3 );

   481     TestUpdateL( "abcdefghijk", "---deFghi--", "---deFghi--", -2, 3 );

   482                 

   483     TestUpdateL( "abcdefghijk", "---deFghi--", "abc-----ijK", -2, 3 );

   484     TestUpdateL( "abcdefghijk", "---deFghi--", "ab-----hiJk", -2, 3 );

   485     TestUpdateL( "abcdefghijk", "---deFghi--", "Abcd-----jk", -2, 3 );

   486     TestUpdateL( "abcdefghijk", "---deFghi--", "aBcde-----k", -2, 3 );

   487     TestUpdateL( "abcdefghijk", "abc-----ijK", "abc-----ijK", -2, 3 );

   488     TestUpdateL( "abcdefghijk", "abc-----ijK", "ab-----hiJk", -2, 3 );

   489     TestUpdateL( "abcdefghijk", "abc-----ijK", "Abcd-----jk", -2, 3 );

   490     TestUpdateL( "abcdefghijk", "abc-----ijK", "aBcde-----k", -2, 3 );

   491     TestUpdateL( "abcdefghijk", "Abcd-----jk", "abc-----ijK", -2, 3 );

   492     TestUpdateL( "abcdefghijk", "Abcd-----jk", "ab-----hiJk", -2, 3 );

   493     TestUpdateL( "abcdefghijk", "Abcd-----jk", "Abcd-----jk", -2, 3 );

   494     TestUpdateL( "abcdefghijk", "Abcd-----jk", "aBcde-----k", -2, 3 );

   495     // non-overlapping old and new

   496     TestUpdateL( "abcdefghijk", "Abc------jk", "----efGhi--", -2, 2 );

   497     TestUpdateL( "abcdefghijk", "Abc------jk", "---deFgh---", -2, 2 );

   498     }

   499     

   500 // -----------------------------------------------------------------------------

   501 void t_CGlxListWindow::T_AddObjectsL(  )

   502     {

   503     TestUpdateL( "abcd", "-B--", "---B---", 0, 0, EAdd, 0, "23abcde" );

   504     // add to empty list

   505     TestUpdateL( "", "", "Abcd-----jk", -2, 3, EAdd, 0, "abcdefghijk");

   506     TestUpdateL( "", "", "----efGhij-", -2, 3, EAdd, 0, "abcdefghijk");

   507     TestUpdateL( "", "", "abc-----ijK", -2, 3, EAdd, 0, "abcdefghijk");

   508     // add to a list that does not fill the window

   509     TestUpdateL( "abc", "Abc", "Abcde", -2, 3, EAdd, 3, "abcde");

   510     TestUpdateL( "abc", "Abc", "Adebc", -2, 3, EAdd, 1, "adebc");

   511     // add before list

   512     TestUpdateL( "abc", "Abc", "Abc-ef", -2, 2, EAdd, 3, "abcdef");

   513     TestUpdateL( "abcdefghi", "---deFghi", "-----deFghi", -2, 3, EAdd, 1, "a12bcdefghi");

   514     TestUpdateL( "abcdefghi", "---deFghi", "-----deFghi", -2, 3, EAdd, 3, "abc12defghi");

   515     TestUpdateL( "abcdefghi", "abc---ghI", "abc-----ghI", -2, 3, EAdd, 1, "abcde12fghi");

   516     TestUpdateL( "abcdefghi", "abc---ghI", "abc-----ghI", -2, 3, EAdd, 3, "abcdef12ghi");

   517     TestUpdateL( "abcdefghi", "Abcd---hi", "Abcd-----hi", -2, 3, EAdd, 6, "abcdef12ghi");

   518     TestUpdateL( "abcdefghi", "Abcd---hi", "Abcd-----hi", -2, 3, EAdd, 7, "abcdefg12hi");

   519     // add before focus, on list

   520     TestUpdateL( "abcdefghi", "---deFghi", "-----2eFghi", -2, 3, EAdd, 4, "abcd12efghi");

   521     TestUpdateL( "abcdefghi", "---deFghi", "-----12Fghi", -2, 3, EAdd, 5, "abcde12fghi");

   522     TestUpdateL( "abcdefghi", "abc---ghI", "abc-----2hI", -2, 3, EAdd, 7, "abcdefg12hi");

   523     TestUpdateL( "abcdefghi", "abc---ghI", "abc-----12I", -2, 3, EAdd, 8, "abcdefgh12i");

   524     TestUpdateL( "abcdefghi", "Abcd---hi", "Abcd-----2i", -2, 3, EAdd, 8, "abcdefgh12i");

   525     TestUpdateL( "abcdefghi", "Abcd---hi", "Abcd-----12", -2, 3, EAdd, 9, "abcdefghi12");

   526     // add after focus, on list

   527     TestUpdateL( "abcdefghi", "---deFghi", "---deF12g--", -2, 3, EAdd, 6, "abcdef12ghi");

   528     TestUpdateL( "abcdefghi", "---deFghi", "---deFg12--", -2, 3, EAdd, 7, "abcdefg12hi");

   529     TestUpdateL( "abcdefghi", "---deFghi", "---deFgh1--", -2, 3, EAdd, 8, "abcdefgh12i");

   530     TestUpdateL( "abcdefghi", "---deFghi", "---deFghi--", -2, 3, EAdd, 9, "abcdefghi12");

   531     TestUpdateL( "abcdefghi", "abc---ghI", "12a-----ghI", -2, 3, EAdd, 0, "12abcdefghi");

   532     TestUpdateL( "abcdefghi", "abc---ghI", "a12-----ghI", -2, 3, EAdd, 1, "a12bcdefghi");

   533     TestUpdateL( "abcdefghi", "abc---ghI", "ab1-----ghI", -2, 3, EAdd, 2, "ab12cdefghi");

   534     TestUpdateL( "abcdefghi", "abc---ghI", "abc-----ghI", -2, 3, EAdd, 3, "abc12defghi");

   535     // add after list

   536     TestUpdateL( "abcdefghi", "---deFgh-", "---deFgh---", -2, 2, EAdd, 9, "abcdefghi12");

   537     }

   538     

   539 // -----------------------------------------------------------------------------

   540 void t_CGlxListWindow::T_RemoveObjectsL(  )

   541     {

   542     TestUpdateL( "abcd", "--C-", "C--", 0, 0, ERemove, 0, "cde" );

   543     // test remove before list

   544     TestUpdateL( "abcdefghi", "---deFgh-", "-deFgh-", -2, 2, ERemove, 0, "cdefghi");

   545     // test remove before focus, on list

   546     TestUpdateL( "abcdefghi", "---deFgh-", "-beFgh-", -2, 2, ERemove, 2, "abefghi");

   547     TestUpdateL( "abcdefghi", "---deFgh-", "-bcFgh-", -2, 2, ERemove, 3, "abcfghi");

   548     // test remove after focus, on list

   549     TestUpdateL( "abcdefghi", "---deFgh-", "a--deFg", -2, 2, ERemove, 7, "abcdefg");

   550     // test remove after list

   551     TestUpdateL( "abcdefghi", "-bcDef---", "-bcDef-", -2, 2, ERemove, 7, "abcdefg");

   552     // test remove all

   553     TestUpdateL( "abcdefghi", "---deFgh-", "", -2, 2, ERemove, 0, "");

   554     TestUpdateL( "abcdefghi", "Abc----hi", "", -2, 2, ERemove, 0, "");

   555     TestUpdateL( "abcdefghi", "ab----ghI", "", -2, 2, ERemove, 0, "");

   556     // with 0 ranges

   557     TestUpdateL( "abcdefghi", "--------I", "", 0, 0, ERemove, 0, "");

   558     TestUpdateL( "abcdefghi", "---D-----", "---D---", 0, 0, ERemove, 7, "abcdefg");

   559     }

   560 

   561 // -----------------------------------------------------------------------------

   562 // Test table

   563 // -----------------------------------------------------------------------------

   564 //

   565 EUNIT_BEGIN_TEST_TABLE(

   566     t_CGlxListWindow,

   567     "List window test suite",

   568     "UNIT" )    

   569 

   570 EUNIT_TEST(

   571     "SetRangeOffsetsL",

   572     "CGlxListWindow",

   573     "SetRangeOffsetsL",

   574     "FUNCTIONALITY",

   575     SetupL, T_SetRangeOffsetsLL, Teardown)

   576 

   577 EUNIT_TEST(

   578     "SetFocusIndex",

   579     "CGlxListWindow",

   580     "SetFocusIndex",

   581     "FUNCTIONALITY",

   582     SetupL, T_SetFocusIndexL, Teardown)

   583     

   584 EUNIT_TEST(

   585     "AddObjects",

   586     "CGlxListWindow",

   587     "AddObjects",

   588     "FUNCTIONALITY",

   589     SetupL, T_AddObjectsL, Teardown)

   590     

   591 EUNIT_TEST(

   592     "RemoveObjects",

   593     "CGlxListWindow",

   594     "RemoveObjects",

   595     "FUNCTIONALITY",

   596     SetupL, T_RemoveObjectsL, Teardown)

   597 

   598 EUNIT_END_TEST_TABLE

   599 

   600 //  END OF FILE