/*

* Copyright (c) 2002-2004 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:

*

*/

// This header file contains the customisation implementation identity for Adaptation_Layer_AppLayout_Elaf

// It was generated by hand, not by layout compiler.

// This file may be manually modified.

// This customisation implements the interface defined in AppLayout.cdl

// ___Instructions___

// 1. use Adaptation_Layer_AknLayout_Elaf as an example

// 2. fill in the implementations for the global methods (see section "Adaptation Layer Implementation" below")

// 3. do not modify KDataLookup

// 4. then remove the "NULL, //" from the lines in KCdlImpl at the BOTTOM of this file

//

// Notes:

// - if there is NULL in the bottom table, then the implementation in other CDL instance will be used (the ones generated from LAY files)

// - ensure that the instances are in the packs in the correct order in packages.mk (with adaptation layer after LAY file instances)

#include "adaptation_layer_applayout_elaf.h"

#include "AknLayout2AdaptationDecode.h"

#include "aknlayoutscalable_avkon.cdl.h"

#include "aknlayoutscalable_apps.cdl.h"

#include "layoutmetadata.cdl.h"

//

// panic

//

enum TAdaptation_Layer_AppLayout_Elaf_Panic

	{

	EParamsOutsideKnownRange,

    ELayoutLineMissing, 

    ECompositionStrategyFailed,

    };

void Panic(TAdaptation_Layer_AppLayout_Elaf_Panic aCode)

	{

	_LIT(KLayoutPanic, "Layout: App Elaf Adaptation Layer panic");

	User::Panic(KLayoutPanic, aCode);

	}

namespace Adaptation_Layer_AppLayout_Elaf

{

extern const TUint KDataLookup[AppLayout::E_TApiId_TableSize];

//

// Macros

// 

#define ASSERT_ALWAYS_WITHIN_LIMITS( valToCheck, limitsApi )    \

    TAknLayoutScalableTableLimits macroLineLimits = limitsApi; \

    __ASSERT_ALWAYS( macroLineLimits.FirstIndex() <= valToCheck && valToCheck <= macroLineLimits.LastIndex(), \

        Panic(EParamsOutsideKnownRange) );

//

// Helper Methods

//

TAknLayoutTableLimits Limits() { return AknLayoutAdaptationDecode::TableLimits(KDataLookup); }

TAknWindowLineLayout WindowLine0f() { return AknLayoutAdaptationDecode::WindowLine0f(KDataLookup); }

TAknWindowLineLayout WindowLine1f(TInt aParam0) { return AknLayoutAdaptationDecode::WindowLine1f(KDataLookup, aParam0); }

TAknWindowLineLayout WindowLine2f(TInt aParam0,TInt aParam1) { return AknLayoutAdaptationDecode::WindowLine2f(KDataLookup, aParam0, aParam1); }

TAknWindowLineLayout WindowLine3f(TInt aParam0,TInt aParam1,TInt aParam2) { return AknLayoutAdaptationDecode::WindowLine3f(KDataLookup, aParam0, aParam1, aParam2); }

TAknWindowLineLayout WindowLine0t(const TRect& aParentRect) { return AknLayoutAdaptationDecode::WindowLine0t(KDataLookup, aParentRect); }

TAknWindowLineLayout WindowLine1t(const TRect& aParentRect,TInt aParam0) { return AknLayoutAdaptationDecode::WindowLine1t(KDataLookup, aParentRect, aParam0); }

TAknTextLineLayout TextLine0f() { return AknLayoutAdaptationDecode::TextLine0f(KDataLookup); }

TAknTextLineLayout TextLine1f(TInt aParam0) { return AknLayoutAdaptationDecode::TextLine1f(KDataLookup, aParam0); }

TAknTextLineLayout TextLine2f(TInt aParam0,TInt aParam1) { return AknLayoutAdaptationDecode::TextLine2f(KDataLookup, aParam0, aParam1); }

TAknTextLineLayout TextLine3f(TInt aParam0,TInt aParam1,TInt aParam2) { return AknLayoutAdaptationDecode::TextLine3f(KDataLookup, aParam0, aParam1, aParam2); }

TAknTextLineLayout TextLine4f(TInt aParam0,TInt aParam1,TInt aParam2,TInt aParam3) { return AknLayoutAdaptationDecode::TextLine4f(KDataLookup, aParam0, aParam1, aParam2, aParam3); }

TAknMultiLineTextLayout MultiLineTextLine2f(TInt aParam0,TInt aParam1) { return AknLayoutAdaptationDecode::MultiLineTextLine2f(KDataLookup, aParam0, aParam1); }

TAknMultiLineTextLayout MultiLineTextLine4f(TInt aParam0,TInt aParam1,TInt aParam2,TInt aParam3) { return AknLayoutAdaptationDecode::MultiLineTextLine4f(KDataLookup, aParam0, aParam1, aParam2, aParam3); }

TAknWindowLineLayout WindowTable0f(TInt aLineIndex) { return AknLayoutAdaptationDecode::WindowTable0f(KDataLookup, aLineIndex); }

TAknWindowLineLayout WindowTable1f(TInt aLineIndex, TInt aParam0) { return AknLayoutAdaptationDecode::WindowTable1f(KDataLookup, aLineIndex, aParam0); }

TAknWindowLineLayout WindowTable2f(TInt aLineIndex, TInt aParam0, TInt aParam1) { return AknLayoutAdaptationDecode::WindowTable2f(KDataLookup, aLineIndex, aParam0, aParam1); }

TAknWindowLineLayout WindowTable0t(TInt aLineIndex, const TRect& aParentRect) { return AknLayoutAdaptationDecode::WindowTable0t(KDataLookup, aLineIndex, aParentRect); }

TAknWindowLineLayout WindowTable1t(TInt aLineIndex, const TRect& aParentRect, TInt aParam0) { return AknLayoutAdaptationDecode::WindowTable1t(KDataLookup, aLineIndex, aParentRect, aParam0); }

TAknTextLineLayout TextTable0f(TInt aLineIndex) { return AknLayoutAdaptationDecode::TextTable0f(KDataLookup, aLineIndex); }

TAknTextLineLayout TextTable1f(TInt aLineIndex, TInt aParam0) { return AknLayoutAdaptationDecode::TextTable1f(KDataLookup, aLineIndex, aParam0); }

TAknTextLineLayout TextTable2f(TInt aLineIndex, TInt aParam0, TInt aParam1) { return AknLayoutAdaptationDecode::TextTable2f(KDataLookup, aLineIndex, aParam0, aParam1); }

TAknMultiLineTextLayout MultiLineTextLine1f(TInt aParam0) { return AknLayoutAdaptationDecode::MultiLineTextLine1f(KDataLookup, aParam0); }

TAknMultiLineTextLayout MultiLineTextLine3f(TInt aParam0,TInt aParam1,TInt aParam2) { return AknLayoutAdaptationDecode::MultiLineTextLine3f(KDataLookup, aParam0, aParam1, aParam2); }

inline TAknWindowComponentLayout DoCompose(TAknWindowComponentLayout aLine1, TAknWindowComponentLayout aLine2) 

    { 

    return TAknWindowComponentLayout::Compose(aLine1, aLine2); 

    }

inline TAknTextComponentLayout DoComposeText(TAknWindowComponentLayout aLine1, TAknTextComponentLayout aLine2) 

    { 

    return TAknWindowComponentLayout::ComposeText(aLine1, aLine2); 

    }

inline TAknWindowComponentLayout DoIntersect(TAknWindowComponentLayout aLine, TAknWindowComponentLayout aLine2) 

    { 

    return TAknWindowComponentLayout::Intersect(aLine, aLine2);

    }

inline TAknWindowComponentLayout DoMinus(TAknWindowComponentLayout aLine, TAknWindowComponentLayout aParentDiff)

    {

    return TAknWindowComponentLayout::Minus(aLine, aParentDiff);

    }

inline TAknWindowComponentLayout DoSetZeroSized( TAknWindowComponentLayout aLine )

    {

    aLine.SetZeroSized();

    return aLine;

    }

//

// Local Functions to determine if parameters are relative in various ways

//

// Positive relative means that the value is expressed as ELayoutP +/- ELayoutPRange 

// Negative relative means that the value is expressed as  - ELayoutP +/- ELayoutPRange 

// The latter usually arises not from the layout tool, but from automatic elimination of EEmptys

// Two positive relative values in the same "column" (e.g. l,r .. ) can safely pass through the "Minus" method.

//

/**

* @param    layout cell value

* @return   ETrue if the value is positive parent-relative

*/ 

TBool IsPositiveParentRelative(TInt aVal)

    {

    return aVal > ELayoutP-ELayoutPRange && aVal <= ELayoutP;

    }

/**

* @param    layout cell value

* @return   ETrue if the value is negative parent-relative

*/ 

TBool IsNegativeParentRelative(TInt aVal)

    {

    return ( (0-ELayoutP) <= aVal && aVal < (ELayoutPRange - ELayoutP) );

    }

/**

* @param    layout cell value

* @return   ETrue if the value is either negative or positive parent-relative

*/ 

TBool IsNegativeOrPositiveParentRelative(TInt aVal)

    {

    return (IsPositiveParentRelative( aVal ) || IsNegativeParentRelative( aVal ) );

    }

/**

* @param    layout cell value

* @return   ETrue if the value is absolute

*/ 

TBool IsAbsolute( TInt aVal )

    {

    return ( (0-ELayoutPRange) <= aVal && aVal <= ELayoutPRange );

    }

/**

* @param    layout cell value

* @return   ETrue if the value marked as Empty 

*/ 

inline TBool IsEmpty( TInt aVal )

    {

    return ( aVal == ELayoutEmpty );

    }

/**

* Checks if the two layout lines have the same absolute and relative values 

* 

* @param    first Component layout

* @param    second Component layout

* @return   ETrue if the paterns of absolutes and positive parent relatives are the same and valid

*/ 

TBool LayoutsHaveSameParentRelativePatterns( 

    TAknWindowComponentLayout aLine1, 

    TAknWindowComponentLayout aLine2 )

    {

    TAknWindowLineLayout line1 = aLine1.LayoutLine();

    TAknWindowLineLayout line2 = aLine2.LayoutLine();

    if ( !( ( IsAbsolute( line1.il ) && IsAbsolute( line2.il ) ) ||

            ( IsEmpty( line1.il ) && IsEmpty( line2.il ) ) ||

            ( IsPositiveParentRelative( line1.il ) && IsPositiveParentRelative( line2.il ) ) ) )

        return EFalse;

    if ( !( ( IsAbsolute( line1.ir ) && IsAbsolute( line2.ir ) ) ||

            ( IsEmpty( line1.ir ) && IsEmpty( line2.ir ) ) ||

            ( IsPositiveParentRelative( line1.ir ) && IsPositiveParentRelative( line2.ir ) ) ) )

        return EFalse;

    if ( !( ( IsAbsolute( line1.it ) && IsAbsolute( line2.it ) ) ||

            ( IsEmpty( line1.it ) && IsEmpty( line2.it ) ) ||

            ( IsPositiveParentRelative( line1.it ) && IsPositiveParentRelative( line2.it ) ) ) )

        return EFalse;

    if ( !( ( IsAbsolute( line1.ib ) && IsAbsolute( line2.ib ) ) ||

            ( IsEmpty( line1.ib ) && IsEmpty( line2.ib ) ) ||

            ( IsPositiveParentRelative( line1.ib ) && IsPositiveParentRelative( line2.ib ) ) ) )

        return EFalse;

    // If we have managed to get through all these, the l,r,t,b have the same set of permitted patterns

    return ETrue;

    }

// 

//  Common functions

//

//

// This method returns empty TAknWindowLineLayout instance. (Filled with zeroes)

//

const TAknWindowLineLayoutImp KEmptyWindowLayout = {ELayoutEmpty,0,0,ELayoutEmpty,ELayoutEmpty,0,1}; // H=1 is for now only to prevent panics in AknLayoutRect

inline const TAknWindowLineLayout& EmptyWindowLayout()

    {

    return *(TAknWindowLineLayout*)&KEmptyWindowLayout;

    }

//

// This method returns empty TAknTextLineLayout instance. (Filled with zeroes)

//

const TAknTextLineLayoutImp KEmptyTextLayout = {ELayoutEmpty,0,0,0,0,ELayoutEmpty,ELayoutEmpty,0,0};

inline const TAknTextLineLayout& EmptyTextLayout()

    {

    return *(TAknTextLineLayout*)&KEmptyTextLayout;

    }

//

// This method returns zero-sized TAknWindowLineLayout instance. (Filled with zeroes)

//

const TAknWindowLineLayoutImp KZeroWindowLayout = {ELayoutEmpty,0,0,p,p,0,1}; // H=1 is for now only to prevent panics in AknLayoutRect

inline const TAknWindowLineLayout& ZeroWindowLayout()

    {

    return *(TAknWindowLineLayout*)&KZeroWindowLayout;

    }

//

// This method returns zero-sized TAknTextLineLayout instance. (Filled with zeroes)

//

const TAknTextLineLayoutImp KZeroTextLayout = {ELayoutEmpty,0,0,p,0,0,0,0,0};

inline const TAknTextLineLayout& ZeroTextLayout()

    {

    return *(TAknTextLineLayout*)&KZeroTextLayout;

    }

//

// This method is a common method for skin color palette preview related data. 

// Used to optimize this adaptation layer size.

//

TAknWindowLineLayout Skin_color_palette_preview_color_pane_common(TInt aColumn, TInt aRow)

    {

    TAknWindowComponentLayout layout1 = AknLayoutScalable_Apps::main_skin_pane();

    TAknWindowComponentLayout layout2 = AknLayoutScalable_Apps::grid_skin_colour_pane();

    TAknWindowComponentLayout layout3 = AknLayoutScalable_Apps::cell_skin_colour_pane(aColumn, aRow); // multigrid        

    TAknWindowComponentLayout layout4 = AknLayoutScalable_Apps::cell_skin_colour_pane_g1();

    return DoCompose(layout1, DoCompose(layout2, DoCompose(layout3, layout4))).LayoutLine();

    }

//

// Adaptation Layer Implementation

//

// C=230 H= W= b=0 l=0 r=0 t=0 

// Remark                    : Vertical line.

// Parent                    : 

// Parent API                : 

// Scale API match    ( 36%) : grid_highlight_pane_cp01

// Scale parent match (  0%) : 

TAknWindowLineLayout Browser_image_highlight_Line_1() 

    {

    // NOT SUPPORTED (used in BrowserAudioPlugin 20.1.2006)

    return EmptyWindowLayout();

    }

// C=230 H= W= b=0 l=0 r=0 t=0 

// Remark                    : Vertical line.

// Parent                    : 

// Parent API                : 

// Scale API match    ( 36%) : grid_highlight_pane_cp01

// Scale parent match (  0%) : 

TAknWindowLineLayout Browser_image_highlight_Line_2() 

    {

    // NOT USED

    return EmptyWindowLayout();

    }

// C=230 H= W= b=0 l=0 r=0 t=0 

// Remark                    : Horizontal line.

// Parent                    : 

// Parent API                : 

// Scale API match    ( 36%) : grid_highlight_pane_cp01

// Scale parent match (  0%) : 

TAknWindowLineLayout Browser_image_highlight_Line_3() 

    {

    // NOT USED

    return EmptyWindowLayout();

    }

// C=230 H= W= b=0 l=0 r=0 t=0 

// Remark                    : Horizontal line.

// Parent                    : 

// Parent API                : 

// Scale API match    ( 36%) : grid_highlight_pane_cp01

// Scale parent match (  0%) : 

TAknWindowLineLayout Browser_image_highlight_Line_4()

    {

    // NOT USED

    return EmptyWindowLayout();

    }

// C=0 H= W= b= l=-2 r= t=-2 

// Remark                    : Vertical line.

// Parent                    : 

// Parent API                : 

// Scale API match    ( 36%) : grid_highlight_pane_cp01

// Scale parent match (  0%) : 

TAknWindowLineLayout Browser_image_highlight_Line_5()

    {

    // NOT USED

    return EmptyWindowLayout();

    }

// C=0 H= W= b= l=-4 r=-2 t=-2 

// Remark                    : Horizontal line.

// Parent                    : 

// Parent API                : 

// Scale API match    ( 36%) : grid_highlight_pane_cp01

// Scale parent match (  0%) : 

TAknWindowLineLayout Browser_image_highlight_Line_6()

    {

    // NOT USED

    return EmptyWindowLayout();

    }

// C=228 H= W= b= l= r=-2 t=-4 

// Remark                    : Vertical line.

// Parent                    : 

// Parent API                : 

// Scale API match    ( 36%) : grid_highlight_pane_cp01

// Scale parent match (  0%) : 

TAknWindowLineLayout Browser_image_highlight_Line_7()

    {

    // NOT USED

    return EmptyWindowLayout();

    }

// C=228 H= W= b=-2 l=-4 r=-4 t= 

// Remark                    : Horizontal line.

// Parent                    : 

// Parent API                : 

// Scale API match    ( 36%) : grid_highlight_pane_cp01

// Scale parent match (  0%) : 

TAknWindowLineLayout Browser_image_highlight_Line_8()

    {

    // NOT USED

    return EmptyWindowLayout();

    }

// C=0 H=330 W=750 b=-4 l=-4 r=-4 t=-4 

// Remark                    : 

// Parent                    : 

// Parent API                : 

// Scale API match    ( 36%) : grid_highlight_pane_cp01

// Scale parent match (  0%) : 

TAknWindowLineLayout Browser_image_highlight_Line_9()

    {

    // NOT USED

    return EmptyWindowLayout();

    }

// LAF Table : Navi pane elements

// C=1 H=24 W=56 b= l=42 r= t=4 

// Remark                    : Display view indication.

// Parent                    : 

// Parent API                : 

// Scale API match    ( 29%) : wml_selection_box_pane_ParamLimits

// Scale parent match (  0%) : 

TAknWindowLineLayout Navi_pane_elements_Line_1()

    {

    // NOT USED

    return EmptyWindowLayout();

    }

// LAF Table : Application specific list panes

// C= H={34, 68, 102, 136} W=342 b= l=0 r= t={0, 34, 68, 102, 136, 170, 204, 238} 

// Remark                    : Parent list_cale_day_pane. List pane for the Calendar Day view.

// Parent                    : 

// Parent API                : 

// Scale API match    (100%) : list_cale_time_pane

// Scale parent match (  0%) : 

TAknWindowLineLayout list_cale_time_pane(TInt /*aIndex_t*/, TInt aIndex_H)

    {

    // MAN: DONE but this ignores aIndex_t and the layout data looks a bit strange...

    TAknWindowComponentLayout layout1 = AknLayoutScalable_Apps::main_cale_day_pane();

    TAknWindowComponentLayout layout2 = AknLayoutScalable_Apps::listscroll_cale_day_pane();

    TAknWindowComponentLayout layout3 = AknLayoutScalable_Apps::list_cale_pane();

    TAknWindowComponentLayout layout4;

    TInt option = aIndex_H;

    layout4 = AknLayoutScalable_Apps::list_cale_time_pane(option);

    return DoCompose(layout1, DoCompose(layout2,DoCompose(layout3,layout4))).LayoutLine(); 

    }

// C= H=58 W=330 b= l=0 r= t={0, 58, 116, 174, 232, 290} 

// Remark                    : Parent list_pinb_pane. List pane for the Pinboard List view.

// Parent                    : 

// Parent API                : 

// Scale API match    (100%) : list_pinb_item_pane

// Scale parent match (  0%) : 

TAknWindowLineLayout list_pinb_item_pane(TInt aIndex_t)

    {

    // MAN: DONE

    TAknWindowComponentLayout layout1 = AknLayoutScalable_Apps::main_pinb_pane();

    TAknWindowComponentLayout layout2 = AknLayoutScalable_Apps::listscroll_pinb_pane(1); // =larger pane

    TAknWindowComponentLayout layout3 = AknLayoutScalable_Apps::list_pinb_pane();

    TAknWindowComponentLayout layout4 = AknLayoutScalable_Apps::list_pinb_item_pane(aIndex_t);

    return DoCompose(layout1, DoCompose(layout2, DoCompose(layout3,layout4))).LayoutLine(); 

    }

// LAF Table : List pane elements (cale time)

// C=219 H=2 W=342 b= l=0 r= t={32, 66, 100, 134} 

// Remark                    : Horizontal line between list panes.

// Parent                    : list_cale_time_pane

// Parent API                : list_cale_time_pane

// Scale API match    ( 51%) : list_cale_time_pane_g_Limits

// Scale parent match (100%) : list_cale_time_pane

TAknWindowLineLayout List_pane_elements__cale_time__Line_1(TInt /*aIndex_t*/)

    {

    // MAN: DONE: check option, otherwise this should be ok

    // NOTE: aIndex_t is ignored. 

    TAknWindowComponentLayout layout1 = AknLayoutScalable_Apps::list_cale_time_pane_g2(0);

    return layout1.LayoutLine();    

    }

// C= H=26 W=26 b= l=22 r= t=4 

// Remark                    : Calendar item type indication.

// Parent                    : list_cale_time_pane

// Parent API                : list_cale_time_pane

// Scale API match    ( 51%) : list_cale_time_pane_g_Limits

// Scale parent match (100%) : list_cale_time_pane

TAknWindowLineLayout List_pane_elements__cale_time__Line_2()

    {

    // MAN: DONE: check option, otherwise this should be ok

    TAknWindowComponentLayout layout1 = AknLayoutScalable_Apps::list_cale_time_pane_g1(0); // why option here

    return layout1.LayoutLine();    

    }

// C= H=26 W=26 b= l={310, 284} r= t={4, 38, 72, 106} 

// Remark                    : Additional icons.

// Parent                    : list_cale_time_pane

// Parent API                : list_cale_time_pane

// Scale API match    ( 51%) : list_cale_time_pane_g_Limits

// Scale parent match (100%) : list_cale_time_pane

TAknWindowLineLayout List_pane_elements__cale_time__Line_3(TInt aIndex_l, TInt /*aIndex_t*/)

    {

    // MAN: DONE: check option, otherwise this should be ok

    TAknWindowComponentLayout layout1;

    // NOTE: aIndex_t is ignored. 

    if (aIndex_l == 0)

        layout1 = AknLayoutScalable_Apps::list_cale_time_pane_g3(0);

    else if (aIndex_l == 1)

        layout1 = AknLayoutScalable_Apps::list_cale_time_pane_g4(0);

    else if (aIndex_l == 2)         // This has not been supported previously

        layout1 = AknLayoutScalable_Apps::list_cale_time_pane_g5(0); 

    return layout1.LayoutLine();    

    }

// LAF Table : List pane texts (cale time)

// B={24, 58} C=215 Font=ELatinPlain12_Scaled J=ELayoutAlignRight W={56, 84, 96}[aCommon1] l=6 r={280, 252, 240}[aCommon1] 

// Remark                    : Hours.

// Parent                    : list_cale_time_pane

// Parent API                : list_cale_time_pane

// Scale API match    ( 59%) : list_cale_time_pane_g_Limits

// Scale parent match (100%) : list_cale_time_pane

TAknTextLineLayout List_pane_texts__cale_time__Line_1(TInt aCommon1, TInt aIndex_B)

    {

    // MAN: DONE but check options

    // Need to compose to generate multiple rows [LMB 16/03/2005]

    TAknWindowComponentLayout layout0 = AknLayoutScalable_Apps::list_cale_pane();

    TAknWindowComponentLayout layout1 = AknLayoutScalable_Apps::list_cale_time_pane(aIndex_B);

    TAknTextComponentLayout layout2 = AknLayoutScalable_Apps::list_cale_time_pane_t2(aCommon1);

    return DoComposeText(layout0,DoComposeText(layout1,layout2)).LayoutLine(); 

    }

// B=24 C=215 Font=ELatinPlain12_Scaled J=ELayoutAlignLeft W=8 l={62, 90, 94}[aCommon1] r={272, 244, 232}[aCommon1] 

// Remark                    : Hyphen.

// Parent                    : list_cale_time_pane

// Parent API                : list_cale_time_pane

// Scale API match    ( 59%) : list_cale_time_pane_g_Limits

// Scale parent match (100%) : list_cale_time_pane

TAknTextLineLayout List_pane_texts__cale_time__Line_2(TInt aCommon1)

    {

    // MAN: DONE