/*

* Copyright (c) 2007-2008 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:  Implementation of CWsfAiModel.

*

*/

//  EXTERNAL INCLUDES

#include <badesca.h>

#include <coemain.h>

#include <StringLoader.h>

#include <wsfaipluginrsc.rsg>

//  INTERNAL INCLUDES

#include "wsfaimodel.h"

#include "wsfwlaninfo.h"

#include "wsfwlaninfoarray.h"

#include "wsfaiplugincommon.h"

#include "wsfwlaninfoarrayvisitor.h"

#include "wsflogger.h"

//  MACROS

#ifdef _DEBUG

    _LIT( KModelPanic, "CWsfAiModel" );

    #define _ASS_D( cond ) __ASSERT_DEBUG( (cond), \

            User::Panic( KModelPanic, __LINE__) )

#else

        #define _ASS_D( cond ) {}

#endif //_DEBUG

//  LOCAL DEFINITIONS

const TInt KListBoxItemMaxLength = 128;

const TUint KWLanListGranularity = 4;

// List item format

_LIT( KListItemFormat, "%d\t%S\t%d\t%d" ); 

// List item format for "Other (unlisted)" item

_LIT( KHiddenItemFormat, "\t%S" );

//  CONSTRUCTION AND DESTRUCTION

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

// CWsfAiModel::NewL

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

//

CWsfAiModel* CWsfAiModel::NewL()

    {

    CWsfAiModel* self = CWsfAiModel::NewLC();

    CleanupStack::Pop( self );

    return self;

    }

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

// CWsfAiModel::NewLC

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

//

CWsfAiModel* CWsfAiModel::NewLC()

    {

    CWsfAiModel* self = new( ELeave ) CWsfAiModel;

    CleanupStack::PushL( self );

    self->ConstructL();

    return self;

    }

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

// CWsfAiModel::~CWsfAiModel

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

//

CWsfAiModel::~CWsfAiModel()

    {  

    delete iWlanInfoBranding;

    delete iFormattedWlanList;

    if ( iStatusRefreshing )

        {

        delete iStatusRefreshing;

        }

    if ( iStatusConnecting )

        {

        delete iStatusConnecting;

        }

    if ( iStatusScanningOff )

        {

        delete iStatusScanningOff;

        }

    if ( iManualSSIDInputting )

        {

        delete iManualSSIDInputting;

        }

    }

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

// CWsfAiModel::CWsfAiModel

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

//

CWsfAiModel::CWsfAiModel(): 

    iCoeEnv( CCoeEnv::Static() ),

    iScanning( EFalse ),

    iConnected( EFalse ),

    iRefreshIndex( iRefreshIcons.Count() - 1 ),

    iConnectingIndex( iConnectingIcons.Count() - 1 )

    {

    }

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

// CWsfAiModel::ConstructL

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

//

void CWsfAiModel::ConstructL()

    {

    iFormattedWlanList = new (ELeave) CDesCArrayFlat( KWLanListGranularity );

    iWlanInfoBranding = CWsfWlanInfoArrayVisitor::NewL( ETrue );

    iWlanInfoBranding->LoadFilterDefinitionsL();  

    iRefreshIcons[0] = EWlanOnIcon_0;

    iRefreshIcons[1] = EWlanOnIcon_1;

    iRefreshIcons[2] = EWlanOnIcon;

    iRefreshIcons[3] = EWlanOnIcon_1;

    iConnectingIcons[0] = EWlanOnIcon_0;

    iConnectingIcons[1] = EWlanOnIcon_1;

    iConnectingIcons[2] = EWlanOnIcon;

    iConnectingIcons[3] = EWlanOnIcon_1;

    }

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

// CWsfAiModel::FormatWlanListL

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

//

CDesCArrayFlat* CWsfAiModel::FormatWlanListL( CWsfWlanInfoArray* aWlanList, const TBool aUIPrioritySort )

    {

    LOG_ENTERFN( "CWsfAiModel::FormatWlanListL" );

    // Function expects that items in list are already in proper order

    iWlanInfoArray = aWlanList;

    if ( aUIPrioritySort )

        {

        iWlanInfoArray->SetUIPrioritySort( ETrue );

        iWlanInfoArray->SortArrayL( *iWlanInfoBranding );

        // Sort Array with default sort

        // this sets the highest UI priority networks on top

        iWlanInfoArray->SortArrayL( );

        iWlanInfoArray->SetUIPrioritySort( EFalse );

        }

    else

        {

        iWlanInfoArray->SortArrayL( *iWlanInfoBranding );

        }

    iFormattedWlanList->Reset();

    HBufC* item = HBufC::NewLC( KListBoxItemMaxLength );

    TPtr ptr( item->Des() );           

    for (TInt i = 0; i < aWlanList->Count(); ++i )

        {

        TWsfWlanInfo* wlanInfo = aWlanList->At(i);

        // Hidden WLAN item is appended later for unknown hidden networks

        if ( wlanInfo->Hidden() && !wlanInfo->iIapId )

            {

            continue;

            }

        // known hidden wlans are also "visible"

        ptr.Zero();

        FormatWlanSingleLineL( *wlanInfo, ptr, EFalse );

        iFormattedWlanList->AppendL( ptr );

        }

    // now add "Other (unlisted)..." for hidden networks (always visible)

    // make up a dummy wlaninfo

    TWsfWlanInfo dummy;

    ptr.Zero();

    FormatHiddenWlanItemL( dummy, ptr );

    iFormattedWlanList->AppendL( ptr );

    CleanupStack::PopAndDestroy ( item );

    return iFormattedWlanList;

    }

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

// CWsfAiModel::GetWlanList

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

//

CDesCArrayFlat* CWsfAiModel::GetWlanList()

    {

    LOG_ENTERFN( "CWsfAiModel::GetWlanList" );

    return iFormattedWlanList;

    }

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

// CWsfAiModel::GetInfoArray

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

//

CWsfWlanInfoArray* CWsfAiModel::GetInfoArray()

    {

    LOG_ENTERFN( "CWsfAiModel::GetInfoArray" );

    return iWlanInfoArray;

    }

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

// CWsfAiModel::FormatSingleLineWlanListL

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

//

CDesCArrayFlat* CWsfAiModel::FormatSingleLineWlanListL( 

                                        CWsfWlanInfoArray* aWlanList )

    {

    LOG_ENTERFN( "CWsfAiModel::FormatSingleLineWlanListL" );

    iWlanInfoArray = aWlanList;

    iWlanInfoArray->SetUIPrioritySort( ETrue );

    iWlanInfoArray->SortArrayL( *iWlanInfoBranding );

    // Sort Array with default sort

    // this sets the highest UI priority networks on top

    iWlanInfoArray->SortArrayL();

    iWlanInfoArray->SetUIPrioritySort( EFalse );

    iFormattedWlanList->Reset();

    HBufC* item = HBufC::NewLC( KListBoxItemMaxLength );

    TPtr ptr( item->Des() );

    if ( iConnected )

        {

        FormatConnectedL( ptr );

        iFormattedWlanList->AppendL( ptr );

        }

    else if ( iConnecting )

        {

        FormatConnectingL();

        }

    else if ( !iScanning )

        {

        FormatStatusOffL( ptr );

        iFormattedWlanList->AppendL( ptr );       

        }

    // if there's wlans avail

    else if ( iWlanInfoArray && iWlanInfoArray->Count() )

        {

        CheckWlansL( aWlanList, ptr );

        iFormattedWlanList->AppendL( ptr );

        }

    else 

        {

        // no wlans available

        FormatNoWlansAvailableL( ptr );

        iFormattedWlanList->AppendL( ptr );

        }

    CleanupStack::PopAndDestroy( item );

    return iFormattedWlanList;

    }

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

// CWsfAiModel::FormatRefreshingL

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

//

CDesCArrayFlat* CWsfAiModel::FormatRefreshingL()

    {

    LOG_ENTERFN( "CWsfAiModel::FormatRefreshingL" );

    iFormattedWlanList->Reset();

    HBufC* item = HBufC::NewLC( KListBoxItemMaxLength );

    TPtr ptr( item->Des() );           

    if ( !iStatusRefreshing )

        {

        iStatusRefreshing = StringLoader::LoadL( 

                R_QTN_SNIFFER_PLUG_IN_REFRESHING );

        }

    ptr.Format( KListItemFormat, ScanningOn() ? 

    		                     iRefreshIcons[ iRefreshIndex ] 

                                  : EWlanOffIcon, 

                                  iStatusRefreshing,

                                 ETransparentIcon, 

                                 ETransparentIcon );

    iFormattedWlanList->AppendL( ptr );   

    CleanupStack::PopAndDestroy ( item );

    return iFormattedWlanList;

    }

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

// CWsfAiModel::FormatConnecting

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

//

CDesCArrayFlat* CWsfAiModel::FormatConnectingL()

    {

    LOG_ENTERFN( "CWsfAiModel::FormatConnectingL" );

    iFormattedWlanList->Reset();

    HBufC* item = HBufC::NewLC( KListBoxItemMaxLength );

    TPtr ptr( item->Des() );           

    if ( !iStatusConnecting )

        {

        iStatusConnecting = StringLoader::LoadL( 

                R_QTN_SNIFFER_PLUG_IN_CONNECTING );

        }

    ptr.Format( KListItemFormat, iConnectingIcons[ iConnectingIndex ], 

                                 iStatusConnecting,

                                 ETransparentIcon, 

                                 ETransparentIcon );

    iFormattedWlanList->AppendL( ptr );   

    CleanupStack::PopAndDestroy ( item );

    return iFormattedWlanList;

    }

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

// CWsfAiModel::AppendBrandIconsL

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

//

void CWsfAiModel::AppendBrandIconsL( CAknIconArray& aIconArray )

    {

    LOG_ENTERFN( "CWsfAiModel::AppendBrandIconsL" );

    iWlanInfoBranding->AppendBrandingIconsL( aIconArray );

    }

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

// CWsfAiModel::FormatHiddenWlanItemL

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

//

void CWsfAiModel::FormatHiddenWlanItemL( TWsfWlanInfo& /*aWlan*/, 

                                         TPtr& aItem )

    {

    LOG_ENTERFN( "CWsfAiModel::FormatHiddenWlanItemL" );

    if ( !iManualSSIDInputting )

        {

        iManualSSIDInputting = StringLoader::LoadL( 

                R_QTN_WLAN_MANUAL_SSID_INPUT );

        }

    // Only Hidden WLAN text is shown.

    // No icons for this item

    aItem.Format( KHiddenItemFormat, iManualSSIDInputting );      

    }

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

// CWsfAiModel::FormatStatusOffL

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

//

void CWsfAiModel::FormatStatusOffL( TPtr& aItem )

    {

    LOG_ENTERFN( "CWsfAiModel::FormatStatusOffL" );

    if ( !iStatusScanningOff )

        {

        iStatusScanningOff = StringLoader::LoadL( 

                R_QTN_SNIFFER_PLUG_IN_SCANNING_OFF );

        }

        aItem.Format( KListItemFormat, EWlanOffIcon, 

                                   iStatusScanningOff,

                                   ETransparentIcon, 

                                   ETransparentIcon );         

    }

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

// CWsfAiModel::FormatNoWlansAvailableL

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

//

void CWsfAiModel::FormatNoWlansAvailableL( TPtr& aItem )

    {

    LOG_ENTERFN( "CWsfAiModel::FormatNoWlansAvailableL" );

    if ( !iNoWLANsAvailable )

        {

        iNoWLANsAvailable = StringLoader::LoadL( 

                R_QTN_STATUS_NO_WLANS_AVAILABLE );

        }

        aItem.Format( KListItemFormat, ScanningOn()? 

                                   EWlanOnIcon: EWlanOffIcon, 

                                   iNoWLANsAvailable,

                                   ETransparentIcon, 

                                   ETransparentIcon );  

    }

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

// CWsfAiModel::FormatWlanSingleLineL

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

//

void CWsfAiModel::FormatWlanSingleLineL( TWsfWlanInfo& aWlan, 

                                         TPtr& aItem, 

                                         TBool aSingleLine )

    {

    LOG_ENTERFN( "CWsfAiModel::FormatWlanSingleLineL" );

    //Ssid as primary text

    HBufC* ssid( NULL );

    HBufC* formatData( NULL );

    TInt column1Icon( 0 );

    if ( aWlan.iNetworkName.Length() ) // If there is IAP

        {

        ssid = aWlan.GetIapNameAsUnicodeLC();

        }

    else // If there no IAP

        {

        ssid = aWlan.GetSsidAsUnicodeLC();

        }

    column1Icon = ETransparentIcon;

    if ( aSingleLine )

        {

        // AI single line mode

        if ( aWlan.Connected() )

            {

            column1Icon = EConnectedNWIcon; 

            }

        else if ( aWlan.Known() )

            {

            column1Icon = EWlanOnIcon;     

            }

        // format ssid into string '<ssid>'

        formatData = StringLoader::LoadLC( R_SSID, *ssid, iCoeEnv ); 

        }

    else

        {

        // Search wlans dialog multiline mode

        if ( aWlan.BrandId() )

            {

            column1Icon = EWlanOffIcon + aWlan.BrandId();

            }

        else if ( aWlan.Connected() )

            {

            column1Icon = EConnectedNWIcon; // qgn_prop_wlan_bearer.svg

            }

        else if ( aWlan.Known() )

            {

            column1Icon = EKnownNWIcon;     // qgn_prop_wlan_bearer.svg

            }       

        }

    // Signal strenght for column 4

    // No signal icon is set by default in case is SingleLine mode off

    TInt column3Icon = aSingleLine ? ETransparentIcon: 

                                    ENoSignalIcon;    //qgn_transparent.svg 

    TInt column4Icon = ETransparentIcon;

    if ( aWlan.Connected() || !aSingleLine )

        {

        // Column 3

        // Show secure icon if network is secure. 

        // By default show transparant icon.

        column4Icon = aWlan.Secure()? ESecureNetworkIcon: ETransparentIcon;

        switch ( aWlan.SignalStrength() )

            {      

            case EPoor:

                {

                //qgn_indi_wlan_signal_low_add.svg

                column3Icon = EPoorSignal;

                break;

                }

            case EAverage:

                {

                //qgn_indi_wlan_signal_med_add.svg

                column3Icon = EAverageSignal;                

                break;

                }

            case EExcelent:

                {

                //qgn_indi_wlan_signal_good_add.svg

                column3Icon = EExcelentSignal;                 

                break;

                }

            case ENoSignal:

            default:

                {

                //qgn_indi_wlan_signal_no_wlan.svg

                column3Icon = ENoSignalIcon;                

                break;

                }        

            }

        }

    if ( aSingleLine )

        {

        aItem.Format( KListItemFormat, 

                      column1Icon, 

                      formatData,

                      column3Icon, 

                      column4Icon );

        CleanupStack::PopAndDestroy( formatData );

        }

    else

        {

        aItem.Format( KListItemFormat, 

                      column1Icon, 

                      ssid,

                      column3Icon, 

                      column4Icon );

        }

    CleanupStack::PopAndDestroy( ssid );