/*

* Copyright (c) 2002-2005 Nokia Corporation and/or its subsidiary(-ies).

* All rights reserved.

* This component and the accompanying materials are made available

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

* which accompanies this distribution, and is available

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

*

* Initial Contributors:

* Nokia Corporation - initial contribution.

*

* Contributors:

*

* Description:  peninput VKB data manager

*

*/

// System includes

#include <peninputdataconverter.h>

#include <peninputcommonlayoutglobalenum.h>

#include <AknUtils.h> 

#include <aknlayoutscalable_avkon.cdl.h>

#include <peninputpluginutils.h>

#include <aknlayoutscalable_apps.cdl.h>

#include <layoutmetadata.cdl.h>

// User includes

#include "peninputsplitqwertylafdatamgr.h"

// ---------------------------------------------------------------------------

// C++ destructor

// ---------------------------------------------------------------------------

//

CPeninputQwtLayoutDataInfo::~CPeninputQwtLayoutDataInfo()

    {

    iKeypad.iRects.Close();

    iKeypad.iCharRects.Close();

    }

// ---------------------------------------------------------------------------

// C++ destructor

// ---------------------------------------------------------------------------

//

MPeninputLafDataCommon::~MPeninputLafDataCommon()

    {

    }

// ---------------------------------------------------------------------------

// Release laf data

// ---------------------------------------------------------------------------

//

void MPeninputLafDataCommon::DestoryDataCommon()

    {

    iLayoutDataInfo.ResetAndDestroy();

    iLayoutDataInfo.Close();

    }

// ---------------------------------------------------------------------------

// Symbian constructor

// ---------------------------------------------------------------------------

//

void MPeninputLafDataCommon::ConstructL()

    {

    ReadLafInfoL();

    }

// ---------------------------------------------------------------------------

// Retrieve laf data of button specified by aButtonID

// ---------------------------------------------------------------------------

//

const TPeninputButtonLayoutData& MPeninputLafDataCommon::ButtonLayoutData( 

                                                        TInt aButtonID ) const

    {

    ASSERT( IsValid() );

    const TPeninputButtonLayoutData* pData = NULL;

    switch ( aButtonID )

        {

        case EPeninutWindowCtrlIdMoveBtn:

            {

            pData = &(iLayoutDataInfo[iLayoutType]->iMoveButton);

            }

            break;

        case EPeninutWindowCtrlIdCloseBtn:

            {

            pData = &(iLayoutDataInfo[iLayoutType]->iCloseButton);

            }

            break;

        case EPeninutWindowCtrlIdOptionBtn:

            {

            pData = &(iLayoutDataInfo[iLayoutType]->iOptionButton);

            }

            break;

        case EPeninutWindowCtrlIdBackspaceBtn:

            {

            pData = &(iLayoutDataInfo[iLayoutType]->iClearButton);

            }

            break;

        case EPeninutWindowCtrlIdEnterBtn:

            {

            pData = &(iLayoutDataInfo[iLayoutType]->iEnterButton);

            }

            break;

        case EPeninutWindowCtrlIdSpaceBtn:

            {

            pData = &(iLayoutDataInfo[iLayoutType]->iSpaceButton);

            }

            break;    

        case EPeninutWindowCtrlIdShiftBtn:

            {

            pData = &(iLayoutDataInfo[iLayoutType]->iShiftButton);

            }

            break;    

        case EPeninupWindowCtrlIdArrowLeftBtn:

            {

            pData = &(iLayoutDataInfo[iLayoutType]->iLeftButton);

            }

            break;

        case EPeninupWindowCtrlIdArrowRightBtn:

            {

            pData = &(iLayoutDataInfo[iLayoutType]->iRightButton);

            }

            break;

        case EPeninutWindowCtrlIdRangeBtn:

            {

            pData = &(iLayoutDataInfo[iLayoutType]->iRangeButton);

            }

            break;

        default:

            ASSERT( EFalse );

            break;

        }

    ASSERT( pData );

    return *pData;

    }

// ---------------------------------------------------------------------------

// Retrieve laf data of keypad

// ---------------------------------------------------------------------------

//        

const TPeninputKeyLayoutData& MPeninputLafDataCommon::KeypadLayoutData() const

    {

    ASSERT( IsValid() );

    return iLayoutDataInfo[iLayoutType]->iKeypad;

    }

// ---------------------------------------------------------------------------

// Retrieve laf data of qwerty layout

// ---------------------------------------------------------------------------

//        

const CPeninputQwtLayoutDataInfo& MPeninputLafDataCommon::QwtLayoutData() const

    {

    ASSERT( IsValid() );

    return *iLayoutDataInfo[iLayoutType];

    }

// ---------------------------------------------------------------------------

// Set layout type

// ---------------------------------------------------------------------------

//    

void MPeninputLafDataCommon::SetLayoutType( TInt aLayoutType )

    {

    iLayoutType = aLayoutType;

    }

// ---------------------------------------------------------------------------

// Get current layout type

// ---------------------------------------------------------------------------

//

TInt MPeninputLafDataCommon::LayoutType() const

    {

    return iLayoutType;

    }

// ---------------------------------------------------------------------------

// Set laf option)

// ---------------------------------------------------------------------------

//

void MPeninputLafDataCommon::SetLafOption( TPeninputVkbLafOption aLafOption )

    {

    iLafOption = aLafOption;

    }

// ---------------------------------------------------------------------------

// Get current laf option

// ---------------------------------------------------------------------------

//

TPeninputVkbLafOption MPeninputLafDataCommon::LafOption() const

    {

    return iLafOption;

    }

// ---------------------------------------------------------------------------

// Check whether laf data is valid or not

// ---------------------------------------------------------------------------

//        

TBool MPeninputLafDataCommon::IsValid() const

    {

    return ( iLayoutDataInfo.Count() && iLayoutType != ELayoutNone ) ? ETrue : EFalse;

    }

// ---------------------------------------------------------------------------

// Symbian constructor

// ---------------------------------------------------------------------------

//        

CPeninputLafDataFSQ* CPeninputLafDataFSQ::NewL( TInt aLayoutType )

    {

    CPeninputLafDataFSQ* self = NewLC( aLayoutType );

    CleanupStack::Pop();

    return self;        

    }

// ---------------------------------------------------------------------------

// Symbian constructor

// ---------------------------------------------------------------------------

//        

CPeninputLafDataFSQ* CPeninputLafDataFSQ::NewLC( TInt aLayoutType )

    {

    CPeninputLafDataFSQ* self = new( ELeave ) CPeninputLafDataFSQ( aLayoutType );

    CleanupStack::PushL( self );

    self->ConstructL(); 

    return self;

    }

// ---------------------------------------------------------------------------

// C++ destructor

// ---------------------------------------------------------------------------

//

CPeninputLafDataFSQ::~CPeninputLafDataFSQ()

    {

    DestoryDataCommon();    

    }    

// ---------------------------------------------------------------------------

// Read all laf data

// ---------------------------------------------------------------------------

//

void CPeninputLafDataFSQ::ReadLafInfoL()

    {

    // clean up all the data

    iLayoutDataInfo.ResetAndDestroy();

    CPeninputQwtLayoutDataInfo* info = NULL;

    //ELayout10x3

    info = ReadLC( ELayout10x3, 3, 10 );

    iLayoutDataInfo.AppendL( info ); 

    CleanupStack::Pop( info );

    //ELayout11x3

    info = ReadLC( ELayout11x3, 3, 11 );

    iLayoutDataInfo.AppendL( info );

    CleanupStack::Pop( info );

    //ELayout11x4

    info = ReadLC( ELayout11x4, 4, 11 );

    iLayoutDataInfo.AppendL( info );

    CleanupStack::Pop( info );

    }    

// ---------------------------------------------------------------------------

// C++ constructor

// ---------------------------------------------------------------------------

//        

CPeninputLafDataFSQ::CPeninputLafDataFSQ( TInt aLayoutType )

    {

    SetLayoutType( aLayoutType );    

    }

// ---------------------------------------------------------------------------

// Read laf data

// ---------------------------------------------------------------------------

//

CPeninputQwtLayoutDataInfo* CPeninputLafDataFSQ::ReadLC( const TInt aLayoutType, 

                                                         const TInt aRows, 

                                                         const TInt aCols )

    {

    //variety v1, value 0/1 = 10cols/11cols, applay to:

    //    grid_vkbss_keypad_pane     

    //    aid_vkbss_key_offset    

    TInt v1 = ( aCols == 10 ) ? 0 : 1; 

    //variety v2, value 0/1/2/3 = 10x3/10x4/11x3/11x4, applay to:

    //    cell_vkbss_key_pane        

    //    bg_cell_vkbss_key_g1       

    //    cell_vkbss_key_t1          

    //    cell_vkbss_key_g1          

    //    cell_vkbss_key_3p_pane   

    TInt v2 = 0; 

    switch ( aLayoutType )

        {

        case ELayout10x3: v2 = 0; break;

        case ELayout11x3: v2 = 2; break;

        case ELayout11x4: v2 = 3; break;

        default: v2 = 0;

        }

    CPeninputQwtLayoutDataInfo* data = new( ELeave ) CPeninputQwtLayoutDataInfo;

    CleanupStack::PushL( data );

    TAknWindowLineLayout linelayout, linelayoutInner;

    TAknLayoutRect layoutrect, layoutInnerect;

    TAknLayoutRect keypadRect, keypaneRect, keycellRect, keylabelRect;  

    TAknLayoutRect pic3paneRect;

    TAknTextLineLayout keyText;

    TRect rectAppWin, rectMainWin;

    TPoint base;

    TInt pic3pLeftWidth, pic3pRightWidth;

    linelayout = AknLayoutScalable_Avkon::application_window(0).LayoutLine();

    rectAppWin = linelayout.Rect();

    linelayout = AknLayoutScalable_Avkon::popup_fep_vkbss_window(0).LayoutLine();

    layoutrect.LayoutRect( rectAppWin, linelayout );

    rectMainWin = layoutrect.Rect();

    linelayout = AknLayoutScalable_Avkon::grid_vkbss_keypad_pane(v1).LayoutLine();

    keypadRect.LayoutRect( rectMainWin, linelayout );

    linelayout = AknLayoutScalable_Avkon::cell_vkbss_key_pane(v2).LayoutLine();

    keypaneRect.LayoutRect( keypadRect.Rect(), linelayout );

    linelayout = AknLayoutScalable_Avkon::bg_cell_vkbss_key_g1(v2).LayoutLine();

    keycellRect.LayoutRect( keypaneRect.Rect(), linelayout );

    keyText = AknLayoutScalable_Avkon::cell_vkbss_key_t1(v2).LayoutLine();

    keyText.iB += 3; 

    linelayout = AknLayoutScalable_Avkon::cell_vkbss_key_g1(v2).LayoutLine();

    keylabelRect.LayoutRect( keypaneRect.Rect(), linelayout );

    linelayout = AknLayoutScalable_Avkon::cell_vkbss_key_3p_pane(v2).LayoutLine();

    pic3paneRect.LayoutRect( keypaneRect.Rect(), linelayout );

    linelayout = AknLayoutScalable_Avkon::cell_vkbss_key_3p_pane_g1(0).LayoutLine();

    layoutrect.LayoutRect( pic3paneRect.Rect(), linelayout );

    pic3pLeftWidth = layoutrect.Rect().Width();

    linelayout = AknLayoutScalable_Avkon::cell_vkbss_key_3p_pane_g3(0).LayoutLine();

    layoutrect.LayoutRect( pic3paneRect.Rect(), linelayout );

    pic3pRightWidth = layoutrect.Rect().Width();

    base = rectMainWin.iTl;

    data->iClientRect =  RelativeRect( rectMainWin, base );

    data->iQwtRect =  rectMainWin; //screen coord-sys ? 

    TRect rectOfKeypad = RelativeRect( keypadRect.Rect(), base );

    TRect rectOfButtons = rectOfKeypad;

    TInt rowNumberOfKeyboard;

    TInt gapValue;

    switch ( aLayoutType )

        {

        case ELayout10x3:

            {

            rowNumberOfKeyboard = 3;

            break;

            }

        case ELayout11x3:

            {

            rowNumberOfKeyboard = 3;

            break;

            }

        case ELayout11x4:

            {

            rowNumberOfKeyboard = 4;

            break;

            }

        default:

            {

            rowNumberOfKeyboard = 3;

            break;

            }

        }

    // Compute the gap between first row key's top line and keyboard's top line

    gapValue = keypaneRect.Rect().iTl.iY - keypadRect.Rect().iTl.iY;

    // Compute function button's top left Y coordinate

    rectOfButtons.iTl.iY = rectOfButtons.iTl.iY + 

    		keypaneRect.Rect().Height() * rowNumberOfKeyboard + gapValue;

    // Compute keyboard position

    rectOfKeypad.iBr.iY = rectOfKeypad.iTl.iY + 

    		keypaneRect.Rect().Height() * rowNumberOfKeyboard + gapValue;

    rectOfKeypad.iTl.iY += gapValue;

    //keypad

    data->iKeypad.iKaypadRect = rectOfKeypad;

    data->iKeypad.iTextLayout = keyText;

    data->iKeypad.iFont = AknLayoutUtils::FontFromId( keyText.iFont, NULL );

    //all template rects are relative to TL of keypad

    TRect rectXPane = RelativeRect( keypaneRect.Rect(), base ); 

    TRect rectXBorder = RelativeRect( keycellRect.Rect(), base );

    TRect rectXInner = RelativeRect( keylabelRect.Rect(), base );

    rectXPane.Move( - rectOfKeypad.iTl ); //translate to keypad coord-sys

    rectXBorder.Move( - rectOfKeypad.iTl );

    rectXInner.Move( - rectOfKeypad.iTl );

    for ( TInt i = 0; i < aRows; i++ )

        {

        for ( TInt j = 0; j < aCols; j++ )

            {

			TRect bound = rectXPane;

            bound.Move( j * rectXPane.Width(), i * rectXPane.Height() );

            data->iKeypad.iRects.AppendL( bound );

            TRect inner = rectXPane;

            inner.Move( j * rectXPane.Width(), i * rectXPane.Height() );

            TAknLayoutText keyTextLayout; 

            keyTextLayout.LayoutText( inner, keyText );

            data->iKeypad.iCharRects.AppendL( keyTextLayout.TextRect() );

            }

        }

    //buttons

    //all template rects are relative to TL of buttons row

    rectXPane = keypaneRect.Rect();

    // The key rect without gap

    rectXBorder = RelativeRect( keypaneRect.Rect(), rectXPane.iTl );

    rectXInner = RelativeRect( keylabelRect.Rect(), rectXPane.iTl );

    TRect rect3PicPane = RelativeRect( pic3paneRect.Rect(), rectXPane.iTl );

    rectXPane.Move( - rectXPane.iTl ); 

    TInt spaceBtnWidth = rectOfButtons.Width() - rectXPane.Width() * 8;

    TInt dx = rectOfButtons.iTl.iX;

    TInt dy = rectOfButtons.iTl.iY;

    data->iCloseButton.iRect = OffsetRect( rectXBorder, dx, dy );

    data->iCloseButton.iInnerRect = OffsetRect( rectXInner, dx, dy );

    dx += rectXPane.Width();

    data->iShiftButton.iRect = OffsetRect( rectXBorder, dx, dy );

    data->iShiftButton.iInnerRect = OffsetRect( rectXInner, dx, dy );

    dx += rectXPane.Width();

    data->iRangeButton.iRect = OffsetRect( rectXBorder, dx, dy );

    data->iRangeButton.iInnerRect = OffsetRect( rectXInner, dx, dy );

    dx += rectXPane.Width();

    data->iLeftButton.iRect = OffsetRect( rectXBorder, dx, dy );

    data->iLeftButton.iInnerRect = OffsetRect( rectXInner, dx, dy );

    dx += rectXPane.Width();

    TInt expand = spaceBtnWidth - rectXPane.Width();

    data->iSpaceButton.iRect = OffsetRect( rectXBorder, dx, dy );

    data->iSpaceButton.iRect.Resize( expand, 0 );

    data->iSpaceButton.iInnerRect = OffsetRect( rectXInner, dx, dy );

    data->iSpaceButton.iInnerRect.Resize( expand, 0 );

    data->iSpaceButtonEx.iIconsFrameRect = OffsetRect( rect3PicPane, dx, dy );

    data->iSpaceButtonEx.iIconsFrameRect.Resize( expand, 0 );

    data->iSpaceButtonEx.iMiddleIconRect = data->iSpaceButtonEx.iIconsFrameRect;

    data->iSpaceButtonEx.iMiddleIconRect.iTl.iX += pic3pLeftWidth;

    data->iSpaceButtonEx.iMiddleIconRect.iBr.iX -= pic3pRightWidth;    

    dx += spaceBtnWidth;

    data->iRightButton.iRect = OffsetRect( rectXBorder, dx, dy );

    data->iRightButton.iInnerRect = OffsetRect( rectXInner, dx, dy );

    dx += rectXPane.Width();