/*

* Copyright (c) 2009 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_AknLayout_Elaf

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

// This file may be manually modified.

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

#include "adaptation_layer_aknlayout_elaf.h"

#include "AknLayout2AdaptationDecode.h"

#include "aknlayoutscalable_avkon.cdl.h"

#include "layoutmetadata.cdl.h"

enum TAdaptation_Layer_AknLayout_Elaf_Panic

	{

	EParamsOutsideKnownRange,

    ELayoutLineMissing

    };

void Panic(TAdaptation_Layer_AknLayout_Elaf_Panic aCode)

	{

	_LIT(KLayoutPanic, "Layout Adaptation Layer panic");

	User::Panic(KLayoutPanic, aCode);

	}

namespace AknLayout { extern const TUint8 KByteCodedData[]; }

namespace Adaptation_Layer_AknLayout_Elaf

{

extern const TUint KDataLookup[AknLayout::E_TApiId_TableSize];

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

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); }

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

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

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

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

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 DoSplit(TAknWindowComponentLayout aLine, TInt aPart)

    {

    return TAknWindowComponentLayout::Split(aLine, aPart);

    }

//

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

//

const TAknWindowLineLayoutImp KEmptyWindowLayout = {ELayoutEmpty,0,0,0,0,ELayoutEmpty,ELayoutEmpty};

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;

    }

// 0x3559,	// screen

TAknWindowLineLayout WindowLine0f() 

{

	TAknWindowLineLayout line = AknLayoutScalable_Avkon::Screen().LayoutLine();

	return line;

}

// C= H=416 W=352 b= l=0 r= t=0 

// Remark                    : 

// Parent                    : 

// Parent API                : Title_pane_texts_Line_1

// Scale API match    (100%) : Screen

// Scale parent match ( 66%) : title_pane_t1

TAknWindowLineLayout screen() 

	{

	TAknWindowLineLayout line = AknLayoutScalable_Avkon::Screen().LayoutLine();

	// old layout data specified screen by l and r, and client implementation relies on Rect() API, 

	// therefore we need to hack the values 

	line.il = 0;

	line.it = 0;

	return line;

	}

//0x0007,	// application_window

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

// Remark                    : 

// Parent                    : screen

// Parent API                : screen

// Scale API match    (100%) : application_window

// Scale parent match (100%) : Screen

TAknWindowLineLayout application_window(const TRect& /*aParentRect*/) 

	{ 

	return AknLayoutScalable_Avkon::application_window(0).LayoutLine();

	}

//0x3564,	// status_pane

// C= H={88, 112} W=p b= l=0 r= t=0 

// Remark                    : qpn_height_status_pane

// Parent                    : application_window

// Parent API                : application_window

// Scale API match    (100%) : status_pane

// Scale parent match (100%) : application_window

TAknWindowLineLayout status_pane( const TRect& /*aParentRect*/, TInt aIndex_H ) 

	{ 

	// known signatures 

    // (0) -> ok

    // (1) -> no know scalable layout

    __ASSERT_ALWAYS(0 <= aIndex_H && aIndex_H <= 1, Panic(EParamsOutsideKnownRange));

    TAknWindowLineLayout line;

    TBool isLandscape( Layout_Meta_Data::IsLandscapeOrientation() );

	// 0 = classic, 1 = idle

    if ( aIndex_H == 0 )

        {

        TAknWindowComponentLayout topArea( AknLayoutScalable_Avkon::area_top_pane( isLandscape ? 2 : 0 ) );

        TAknWindowComponentLayout status_pane( AknLayoutScalable_Avkon::status_pane( isLandscape ? 1 : 0 ) );

        line = DoCompose( topArea, status_pane ).LayoutLine();

        }

    else

        {

        TAknWindowComponentLayout area_top_pane( AknLayoutScalable_Avkon::area_top_pane( isLandscape ? 2 : 7 ) );

        TAknWindowComponentLayout status_pane_idle( AknLayoutScalable_Avkon::status_idle_pane() );

        line = DoCompose( area_top_pane, status_pane_idle ).LayoutLine();

        }

    return line;

    }

//0x356f,	// main_pane

// C= H= W={p, , , p-2}[aCommon1] b={0, 40} l={0, , , 2}[aCommon1] r= t={0, +88, +112, +90} 

// Remark                    : 

// Parent                    : application_window

// Parent API                : application_window

// Scale API match    (100%) : main_pane

// Scale parent match (100%) : application_window

TAknWindowLineLayout main_pane(const TRect& /*aParentRect*/, TInt /*aCommon1*/, TInt aIndex_t, TInt aIndex_b)

	{

	// {main_pane, , {0, , , 1}[aCommon1], {0, +44, +56, +45}, , {0, 20}, {p, , , p-1}[aCommon1], , },

	// known signatures 

    // (0, 1, 1) -> (0, 44, 20, p), i.e. status pane on, control pane on (classic)

    // (0, 1, 0) -> (0, 44, 0, p), i.e. status pane on, control pane off

    // (0, 0, 1) -> (0, 0, 20, p) , top = 0, i.e. status pane off, control pane on 

    // (0, 0, 0) -> (0, 0, 0, p) , top = 0, i.e. status pane off, bottom = 0, i.e. control pane off

    /*

       __ASSERT_ALWAYS(aCommon1 == 0, Panic(EParamsOutsideKnownRange));

       __ASSERT_ALWAYS(0 <= aIndex_t && aIndex_t <= 1, Panic(EParamsOutsideKnownRange));

       __ASSERT_ALWAYS(0 <= aIndex_b && aIndex_b <= 1, Panic(EParamsOutsideKnownRange));

       */

    TAknWindowLineLayout line = AknLayoutScalable_Avkon::main_pane(3).LayoutLine();  // classic

    if(aIndex_t == 0 && aIndex_b == 0)

        {

        // this one works for both landscape and portrait

        // whole screen area. status pane off, control pane off.

        line = AknLayoutScalable_Avkon::main_pane(2).LayoutLine();

        }

    else if(!Layout_Meta_Data::IsLandscapeOrientation())

        {

        /* 

        TAknWindowComponentLayout status_small_control_off = AknLayoutScalable_Avkon::main_pane(0); // not used 

        */

        if(aIndex_t == 0 && aIndex_b == 1)

            {

            // Status pane off, control pane on.

            line =  AknLayoutScalable_Avkon::main_pane(1).LayoutLine();

            }

        if(aIndex_t == 1 && aIndex_b == 0)

            {

            // Status pane on, control pane off.

            line = AknLayoutScalable_Avkon::main_pane(5).LayoutLine();

            }

        if(aIndex_t == 1 && aIndex_b == 1)

            {

            // Status pane on, control pane on.

            line = AknLayoutScalable_Avkon::main_pane(3).LayoutLine(); // classic

            }

        }

    else

        {

        // used only in landscape mode

        TAknWindowComponentLayout land_top_on_bottom_on = AknLayoutScalable_Avkon::main_pane(4); 

        line = land_top_on_bottom_on.LayoutLine();

        }

    return line;

    }

//0x3588,	// control_pane

// C= H=40 W=p b=0 l=0 r= t= 

// Remark                    : qpn_height_control_pane

// Parent                    : application_window

// Parent API                : application_window

// Scale API match    (100%) : control_pane

// Scale parent match (100%) : application_window

TAknWindowLineLayout control_pane(const TRect& /*aParentRect*/)

	{

	// MAN: Changed landscape index to 6 (= landscape bottom softkeys, with thin statuspane)

	TInt varietyIndex = Layout_Meta_Data::IsLandscapeOrientation() ? 6 : 0;

	TAknWindowComponentLayout l1 = AknLayoutScalable_Avkon::area_bottom_pane(varietyIndex);

	TAknWindowComponentLayout l2 = AknLayoutScalable_Avkon::control_pane();

	TAknWindowLineLayout line = DoCompose(l1,l2).LayoutLine();

	return line;

	}

//0x3590,	// signal_pane

// C= H=p W=24 b= l=0 r= t=0 

// Remark                    : 

// Parent                    : status_pane

// Parent API                : status_pane

// Scale API match    (100%) : signal_pane

// Scale parent match (100%) : status_pane

TAknWindowLineLayout signal_pane(const TRect& /*aParentRect*/)

	{

	return AknLayoutScalable_Avkon::signal_pane(0).LayoutLine();

	}

//0x3598,	// context_pane

// C= H=p W={88, 102} b= l=24 r= t=0 

// Remark                    : 

// Parent                    : status_pane

// Parent API                : status_pane

// Scale API match    (100%) : context_pane

// Scale parent match (100%) : status_pane

TAknWindowLineLayout context_pane(const TRect& /*aParentRect*/, TInt aIndex_W)

	{

	// known signatures

	// 0 -> 0

	// 1 -> 1 (idle)

	__ASSERT_ALWAYS(0 <= aIndex_W && aIndex_W <= 1, Panic(EParamsOutsideKnownRange));

	return AknLayoutScalable_Avkon::context_pane(aIndex_W).LayoutLine();

	}

//0x35a3,	// title_pane

// C= H=56 W={216, 202}[aCommon1] b= l={112, 126}[aCommon1] r= t=0 

// Remark                    : 

// Parent                    : status_pane

// Parent API                : status_pane

// Scale API match    (100%) : title_pane

// Scale parent match (100%) : status_pane

TAknWindowLineLayout title_pane(TInt aCommon1)

	{

	// known signatures

	// 0 -> 0

	// 1-> 1 (idle)

	__ASSERT_ALWAYS(0 <= aCommon1 && aCommon1 <= 1, Panic(EParamsOutsideKnownRange));

	return AknLayoutScalable_Avkon::title_pane(aCommon1).LayoutLine();

	}

//0x35ae,	// battery_pane

// C= H=p W=24 b= l= r=0 t=0 

// Remark                    : Used in the Idle state and during call handling.

// Parent                    : status_pane

// Parent API                : status_pane

// Scale API match    (100%) : battery_pane

// Scale parent match (100%) : status_pane

TAknWindowLineLayout battery_pane(const TRect& /*aParentRect*/)

	{

	return AknLayoutScalable_Avkon::battery_pane(0).LayoutLine(); // not different in idle

	}

//0x35b6,	// uni_indicator_pane

// C= H=p-32 W=24 b= l= r=0 t=0 

// Remark                    : Used in other contexts than the Idle state or during call handling.

// Parent                    : status_pane

// Parent API                : status_pane

// Scale API match    (100%) : uni_indicator_pane

// Scale parent match (100%) : status_pane

TAknWindowLineLayout uni_indicator_pane(const TRect& /*aParentRect*/)

	{

	// 0 = classic, 1 = flat

	return AknLayoutScalable_Avkon::uni_indicator_pane(0).LayoutLine();

	}

//0x35be,	// navi_pane

// C= H=32 W={240, 202}[aCommon1] b=0 l={112, 126}[aCommon1] r= t= 

// Remark                    : 

// Parent                    : status_pane

// Parent API                : status_pane

// Scale API match    (100%) : navi_pane

// Scale parent match (100%) : status_pane

TAknWindowLineLayout navi_pane(TInt aCommon1)

	{

	// known signatures

	// 0 -> 0 

	// 1 -> 1 (idle)

	__ASSERT_ALWAYS(0 <= aCommon1 && aCommon1 <= 1, Panic(EParamsOutsideKnownRange));

	return AknLayoutScalable_Avkon::navi_pane(aCommon1).LayoutLine();

	}

//0x35c9,	// Status_pane_elements_Line_1

// C=237 H=30 W=348 b= l=2 r= t=58 

// Remark                    : Navi pane background graphics.

// Parent                    : status_pane

// Parent API                : status_pane

// Scale API match    ( 52%) : status_pane_g1_ParamLimits

// Scale parent match (100%) : status_pane

TAknWindowLineLayout Status_pane_elements_Line_1()

	{

	return AknLayoutScalable_Avkon::status_pane_g1(0).LayoutLine();

	}

//0x35d2,	// Status_pane_elements_Line_2

// C= H=30 W=348 b= l=2 r= t=58 

// Remark                    : Navi pane background graphics when the navi pane is not used to display information.

// Parent                    : status_pane

// Parent API                : status_pane

// Scale API match    ( 52%) : status_pane_g1_ParamLimits

// Scale parent match (100%) : status_pane

TAknWindowLineLayout Status_pane_elements_Line_2()

	{

	// line 2 is "Navi pane background graphics when the navi pane is not used to display information."

	// so is not the same as option2 (idle), but the data is the same anyway.

	return AknLayoutScalable_Avkon::status_pane_g1(0).LayoutLine();

	}

/*

TAknLayoutTableLimits Status_pane_elements_Limits()

TAknWindowLineLayout Status_pane_elements()

*/

//0x35db,	// Signal_pane_elements_Line_1

// C= H=58 W=24 b= l=0 r= t=0 

// Remark                    : Cellular signal strength indication.

// Parent                    : signal_pane

// Parent API                : signal_pane

// Scale API match    ( 52%) : signal_pane_ParamLimits

// Scale parent match (100%) : signal_pane

TAknWindowLineLayout Signal_pane_elements_Line_1()

	{

	// 0 = classic, 1 = flat

	return AknLayoutScalable_Avkon::signal_pane_g1(0).LayoutLine();

	}

//0x35e2,	// Signal_pane_elements_Line_2

// C= H=30 W=24 b= l=0 r= t=58 

// Remark                    : Antenna icon. GPRS state indications.

// Parent                    : signal_pane

// Parent API                : signal_pane

// Scale API match    ( 52%) : signal_pane_ParamLimits

// Scale parent match (100%) : signal_pane

TAknWindowLineLayout Signal_pane_elements_Line_2()

	{

	return AknLayoutScalable_Avkon::signal_pane_g2(0).LayoutLine();

	}

/*

TAknLayoutTableLimits Signal_pane_elements_Limits()

TAknWindowLineLayout Signal_pane_elements()

*/

//0x0091,	// Signal_strength_area_values_Line_1

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

// Remark                    : No signal coverage.

// Parent                    : signal_pane

// Parent API                : signal_pane

// Scale API match    (  0%) : 

// Scale parent match (100%) : signal_pane

TAknWindowLineLayout Signal_strength_area_values_Line_1()

	{

	// NOT USED

	return EmptyWindowLayout();

	}

//0x35e9,	// Signal_strength_area_values_Line_2

// C= H= W= b=54 l=2 r=20 t=50 

// Remark                    : 

// Parent                    : signal_pane

// Parent API                : signal_pane

// Scale API match    (  0%) : 

// Scale parent match (100%) : signal_pane

TAknWindowLineLayout Signal_strength_area_values_Line_2()

	{

	return AknLayoutScalable_Avkon::level_1_signal(0).LayoutLine();

	}

//0x35f0,	// Signal_strength_area_values_Line_3

// C= H= W= b=54 l=2 r=20 t=42 

// Remark                    : 

// Parent                    : signal_pane

// Parent API                : signal_pane

// Scale API match    (  0%) : 

// Scale parent match (100%) : signal_pane

TAknWindowLineLayout Signal_strength_area_values_Line_3()

	{

	return AknLayoutScalable_Avkon::level_2_signal(0).LayoutLine();

	}

//0x35f7,	// Signal_strength_area_values_Line_4

// C= H= W= b=54 l=2 r=20 t=34 

// Remark                    : 

// Parent                    : signal_pane

// Parent API                : signal_pane

// Scale API match    (  0%) : 

// Scale parent match (100%) : signal_pane

TAknWindowLineLayout Signal_strength_area_values_Line_4()

	{

	return AknLayoutScalable_Avkon::level_3_signal(0).LayoutLine();

	}

//0x35fe,	// Signal_strength_area_values_Line_5

// C= H= W= b=54 l=2 r=20 t=26 

// Remark                    : 

// Parent                    : signal_pane

// Parent API                : signal_pane

// Scale API match    (  0%) : 

// Scale parent match (100%) : signal_pane

TAknWindowLineLayout Signal_strength_area_values_Line_5()

	{

	return AknLayoutScalable_Avkon::level_4_signal(0).LayoutLine();

	}

//0x3605,	// Signal_strength_area_values_Line_6

// C= H= W= b=54 l=2 r=20 t=18 

// Remark                    : 

// Parent                    : signal_pane

// Parent API                : signal_pane

// Scale API match    (  0%) : 

// Scale parent match (100%) : signal_pane

TAknWindowLineLayout Signal_strength_area_values_Line_6()

	{

	return AknLayoutScalable_Avkon::level_5_signal(0).LayoutLine();

	}

//0x360c,	// Signal_strength_area_values_Line_7

// C= H= W= b=54 l=2 r=20 t=10 

// Remark                    : 

// Parent                    : signal_pane

// Parent API                : signal_pane

// Scale API match    (  0%) : 

// Scale parent match (100%) : signal_pane

TAknWindowLineLayout Signal_strength_area_values_Line_7()

	{

	return AknLayoutScalable_Avkon::level_6_signal(0).LayoutLine();

	}

//0x3613,	// Signal_strength_area_values_Line_8

// C= H= W= b=54 l=2 r=20 t=2 

// Remark                    : Full signal coverage.

// Parent                    : signal_pane

// Parent API                : signal_pane

// Scale API match    (  0%) : 

// Scale parent match (100%) : signal_pane

TAknWindowLineLayout Signal_strength_area_values_Line_8()

	{

	return AknLayoutScalable_Avkon::level_7_signal(0).LayoutLine();

	}

// LAF Table : Battery pane elements

// C= H=58 W=24 b= l= r=0 t=0 

// Remark                    : Battery strength indication.

// Parent                    : battery_pane

// Parent API                : battery_pane

// Scale API match    ( 55%) : battery_pane_ParamLimits

// Scale parent match (100%) : battery_pane

TAknWindowLineLayout Battery_pane_elements_Line_1()

	{

	// 0 = classic, 1 = flat

   	return AknLayoutScalable_Avkon::battery_pane_g1(0).LayoutLine();

	}

// C= H=30 W=24 b= l= r=0 t=58 

// Remark                    : Battery icon.

// Parent                    : battery_pane

// Parent API                : battery_pane

// Scale API match    ( 55%) : battery_pane_ParamLimits

// Scale parent match (100%) : battery_pane

TAknWindowLineLayout Battery_pane_elements_Line_2()

	{

   	return AknLayoutScalable_Avkon::battery_pane_g2(0).LayoutLine();

	}

/*

TAknLayoutTableLimits Battery_pane_elements_Limits();

TAknWindowLineLayout Battery_pane_elements(TInt aLineIndex);