serviceproviders/sapi_sysinfo/tsrc/dev/providertests/tsysinfoprovidernegativetests/src/tvibra.cpp
/*
* 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 the License "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:
*
*/
#include <liwcommon.h>
#include<liwservicehandler.h>
#include"tsysinfoprovidertests.h"
#include"watchtimer.h"
#include "sysinfointerface.h"
#include"entitykeys.h"
#include "sysinfoaiwparams.hrh"
#include "serviceerrno.h"
using namespace LIW ;
using namespace SysInfo;
using namespace sysinfoaiwparams;
class CTestAsync1 : public CActive ,public MLiwNotifyCallback, public MTimeOutCallBack
{
public:
static CTestAsync1* NewL(CStifLogger* aLog);
~CTestAsync1();
void Start();
TInt Result();
TInt HandleNotifyL(TInt aCmdId,
TInt aEventId,
CLiwGenericParamList& aEventParamList,
const CLiwGenericParamList& aInParamList);
IMPORT_C static TInt32 GetTransactionID();
void HandleTimeOut ();
private:
void ConstructL();
CTestAsync1(CStifLogger* aLog);
virtual void DoCancel();
virtual void RunL();
void TestFunc();
private:
CActiveSchedulerWait* iWaitSchedular;
CLiwServiceHandler* iServiceHandler;
MLiwInterface* interface ;
TInt32 vibrastatus ;
TInt iResult;
CStifLogger* iLog;
CWatchTimer* iTimer;
};
CTestAsync1* CTestAsync1::NewL(CStifLogger* aLog)
{
CTestAsync1* self = new(ELeave) CTestAsync1(aLog);
self->ConstructL();
return self;
}
CTestAsync1::~CTestAsync1()
{
Cancel();
interface->Close();
delete iServiceHandler;
if(iWaitSchedular->IsStarted())
iWaitSchedular->AsyncStop();
if(iWaitSchedular)
delete iWaitSchedular;
delete iTimer;
}
void CTestAsync1::ConstructL()
{
CActiveScheduler::Add(this);
iWaitSchedular = new(ELeave) CActiveSchedulerWait();
iTimer = CWatchTimer::NewL(EPriorityNormal,this);
}
CTestAsync1::CTestAsync1(CStifLogger* aLog) :
CActive(EPriorityStandard),iResult(-1),iLog(aLog)
{
}
void CTestAsync1::DoCancel()
{
}
void CTestAsync1::RunL()
{
TestFunc();
}
void CTestAsync1::Start()
{
SetActive();
TRequestStatus* temp = &iStatus;
User::RequestComplete(temp, KErrNone);
iWaitSchedular->Start();
}
TInt CTestAsync1::Result()
{
return iResult;
}
void CTestAsync1::TestFunc()
{
const TTimeIntervalMicroSeconds32 OneMinute(60000);
iServiceHandler = CLiwServiceHandler::NewL();
CLiwGenericParamList* inparam = &(iServiceHandler->InParamListL());
CLiwGenericParamList* outparam = &(iServiceHandler->OutParamListL());
TInt err = KErrNone;
CLiwCriteriaItem* crit = CLiwCriteriaItem::NewL(1, KIDataSource,KService);
crit->SetServiceClass(TUid::Uid(KLiwClassBase));
RCriteriaArray a;
a.AppendL(crit);
iServiceHandler->AttachL(a);
iServiceHandler->ExecuteServiceCmdL(*crit, *inparam, *outparam);
delete crit;
a.Reset();
TInt pos = 0;
outparam->FindFirst( pos, KIDataSource );
if(pos != KErrNotFound)
{
//getting the interface handle
interface = (*outparam)[pos].Value().AsInterface();
}
outparam->Reset();
inparam->Reset();
if(interface)
{
TLiwGenericParam entity;
TLiwVariant entityname;
TLiwGenericParam key;
TLiwVariant keyname;
entityname.Set(KGeneral);
entity.SetNameAndValueL(KEntity,entityname);
keyname.Set(KVibraActive);
key.SetNameAndValueL(KKey,keyname);
inparam->AppendL(entity);
inparam->AppendL(key);
entity.Reset();
entityname.Reset();
key.Reset();
keyname.Reset();
iLog->Log(_L("before getnotification vibra Active:"));
//get notification vibra Active
TRAPD(err1, interface->ExecuteCmdL(KGetNotification,*inparam,*outparam,NULL,this));
iTimer->After(OneMinute);
iResult = err1;
if(err1 == KErrNone)
{
pos = 0 ;
const TLiwGenericParam* output = outparam->FindFirst( pos,KErrorCode );
iResult = output->Value().AsTInt32();
if(iResult != SErrBadArgumentType)
{
iResult = -1;
}
else
{
iResult = 0;
CLiwGenericParamList* outparam1 = CLiwGenericParamList::NewL();
inparam->Reset();
entityname.Set(KGeneral);
entity.SetNameAndValueL(KEntity,entityname);
keyname.Set(KVibraActive);
key.SetNameAndValueL(KKey,keyname);
inparam->AppendL(entity);
inparam->AppendL(key);
entity.Reset();
entityname.Reset();
key.Reset();
keyname.Reset();
//get current display language
TRAPD(err2, interface->ExecuteCmdL(KGetInfo,*inparam,*outparam1,KLiwOptASyncronous,this));
iResult = err2;
if(err2 == KErrNone)
{
pos =0 ;
const TLiwGenericParam* output1 = outparam1->FindFirst( pos,KErrorCode );
iResult = output1->Value().AsTInt32();
if(iResult != SErrServiceNotSupported)
{
iResult = -1;
}
else
{
iResult = 0;
pos = 0 ;
const TLiwGenericParam* output1 = outparam1->FindFirst( pos,KReturnValue );
if(output1)
{
const CLiwMap* Map = output1->Value().AsMap();
if ( Map )
{
TLiwVariant data;
if(EFalse!=Map->FindL(KStatus,data))
{
vibrastatus=data.AsTInt32();
}
}//map
}//output
inparam->Reset();
outparam1->Reset();
outparam->Reset();
entityname.Set(KGeneral);
entity.SetNameAndValueL(KEntity,entityname);
keyname.Set(KVibraActive);
key.SetNameAndValueL(KKey,keyname);
//sysdata as map
CLiwDefaultMap* map = CLiwDefaultMap::NewL();
CleanupStack::PushL(map);
TLiwVariant sysdata((TInt32)!vibrastatus);
map->InsertL(KStatus,sysdata);
sysdata.Reset();
TLiwVariant sysparam(map);
TLiwGenericParam element ;
element.SetNameAndValueL(KSysData,sysparam);
inparam->AppendL(entity);
inparam->AppendL(key);
inparam->AppendL(element);
element.Reset();
sysparam.Reset();
map->DecRef();
CleanupStack::Pop(map);
inparam->AppendL(entity);
inparam->AppendL(key);
entity.Reset();
entityname.Reset();
key.Reset();
keyname.Reset();
sysdata.Reset();
//set new display language
TRAPD(err3, interface->ExecuteCmdL(KSetInfo,*inparam,*outparam1));
inparam->Reset();
outparam1->Reset();
}
}//err2
}
}//err1
}//interface
return ;
}
TInt CTestAsync1::HandleNotifyL(TInt /*aCmdId*/,
TInt /*aEventId*/,
CLiwGenericParamList& aEventParamList,
const CLiwGenericParamList& /*aInParamList*/)
{
TInt pos = 0;
aEventParamList.FindFirst( pos, KErrorCode );
if(pos != KErrNotFound)
{
iResult = (TInt)((aEventParamList)[pos].Value().AsTInt32());
}
pos = 0 ;
const TLiwGenericParam* output2 = aEventParamList.FindFirst( pos,KReturnValue );
if(output2)
{
const CLiwMap* Map = output2->Value().AsMap();
if ( Map )
{
TLiwVariant data;
if(EFalse!=Map->FindL(KStatus,data))
{
TInt32 changedvibrastatus=data.AsTInt32();
if(changedvibrastatus == (!vibrastatus))
{
iResult = KErrNone;
}
else
{
iResult = KErrGeneral;
}
}
}//map
}//output
iWaitSchedular->AsyncStop();
return 0;
}
void CTestAsync1::HandleTimeOut()
{
iWaitSchedular->AsyncStop();
}
int VibraNotification(CStifLogger* aLog)
{
__UHEAP_MARK;
CTestAsync1* test = CTestAsync1::NewL(aLog);
test->Start();
TInt retval = test->Result();
delete test;
__UHEAP_MARKEND;
return retval;
}