/*
* ============================================================================
* Name : testflexperiodic.h
* Part of : src / testflextimer
* Description : STIF test cases for CFlexPeriodic timer.
* Version : %version: 1 %
*
* Copyright © 2010 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:
* Nokia Corporation
* ============================================================================
* Template version: 4.2
*/
#ifndef TESTFLEXPERIODIC_H
#define TESTFLEXPERIODIC_H
#include <e32base.h>
// FORWARD DECLARATIONS
class CFlexPeriodic;
/**
* STIF test cases for CFlexPeriodic class.
* This class is only a container for STIF test cases - it should NOT be
* instantiated, just call the static functions.
*
* @lib testflextimer.lib
* @since TB10.1
*/
NONSHARABLE_CLASS( CTestFlexPeriodic ) : public CBase
{
/**
* Data for restarting timer in callback function.
*/
struct TRestartInfo
{
CFlexPeriodic* iTimer; ///< Pointer to the timer
TInt iFirstTicksLeft; ///< Number of times the 1st timer settings are run
RArray<TTime>* iFirstTimestamps; ///< Timestamps for the 1st timer settings
RArray<TTime>* iSecondTimestamps; ///< Timestamps for the 2nd timer settings
TTimeIntervalMicroSeconds iSecondInterval; ///< Interval for the 2nd timer settings
};
/**
* Data for CFlexPeriodic::Configure() tests
*/
struct TConfigureInfo
{
CFlexPeriodic* iTimer; ///< Pointer to the timer under testing
TInt iDelayWindow; ///< value for delay window to be set
TInt iIntervalWindow; ///< value for interval window to be set
TInt iConfigResult32; ///< Result of configure(32 bit)
TInt iConfigResult64; ///< Result of configure(64 bit)
};
/**
* Data for running a test case in own thread
*/
struct TTestCaseArguments
{
TInt (*iTestFunction)( TTestResult&, CTestFlexTimer* ); ///< Function pointer to the test case to be run
TTestResult& iResult; ///< The result of the test (argument for the test case)
CTestFlexTimer* iCallback; ///< Pointer to the STIF test class (argument for the test case)
};
public:
/**
* Destructor.
*/
virtual ~CTestFlexPeriodic();
/**
* @brief Create and expire CFlexPeriodic timer.
*
* Create and start one CFlexPeriodic timer with 1 sec delay and interval
* wait for 5 secs. Check that the timer has been expired at correct times.
*
* Timer expiration times (sec):
* 1, 2, 3, 4, ...
*
* Tests:
* - CFlexPeriodic::NewL()
* - CFlexPeriodic::Start() 32-bit
* - CFlexPeriodic::Cancel()
* - CFlexPeriodic::~CFlexPeriodic()
* - Expiration of CFlexPeriodic timers
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt StartOneTimerL( TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Create and expire CFlexPeriodic timer with Error CB.
*
* Create and start one CFlexPeriodic timer with 1 sec delay and interval
* wait for 5 secs. Give timer also Error CB argument.
* Check that the timer has been expired at correct times.
* If callback gets called case panics.
*
* Timer expiration times (sec):
* 1, 2, 3, 4, ...
*
* Tests:
* - CFlexPeriodic::NewL()
* - CFlexPeriodic::Start() 32-bit
* - CFlexPeriodic::Cancel()
* - CFlexPeriodic::~CFlexPeriodic()
* - Expiration of CFlexPeriodic timers
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt StartOneTimerWithErrorCbL( TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Restart CFlexPeriodic in callback function.
*
* Start a periodic timer with 1 sec delay and interval.
*
* After 2 expiration cancel and start the timer in its callback function
* with 2 secs delay and interval.
*
* Timer expiration times (sec):
* 1, 2, 4, 6, 8, ...
*
* Tests:
* - CFlexPeriodic::NewL()
* - CFlexPeriodic::Start() 64-bit
* - CFlexPeriodic::Cancel()
* - CFlexPeriodic::~CFlexPeriodic()
* - Expiration of CFlexPeriodic timers
* - Cancelling and starting timer in callback function
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt CallbackRestartL( TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Configure window sizes, 32 bit
*
* Start 2 timers:
* T1:
* - delay 3.0 sec, window 0.0 sec
* - interval 2.0 sec, window 1.5 sec
* T2:
* - delay 3.5 sec, window 1.5 sec
* - interval 1.0 sec, window 0.0 sec
*
* Both timers shoud expire at (sec)
* 3.0, 4.0, 5.0, 6.0, ...
*
* Functionality of delay window is tested in sec 3.0 expiration and
* functionality of interval window is tested in other expirations.
*
* Tests:
* - CFlexPeriodic::NewL()
* - CFlexPeriodic::Configure() 32-bit
* - CFlexPeriodic::Start() 32-bit
* - CFlexPeriodic::Cancel()
* - CFlexPeriodic::~CFlexPeriodic()
* - Expiration of CFlexPeriodic timers
* - Delay
* - Interval
* - Delay window
* - Interval window
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt ConfigureWindow32L( TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Configure window sizes, 64 bit
*
* @see ConfigureWindow32L for test setup.
*
* Tests:
* - CFlexPeriodic::NewL()
* - CFlexPeriodic::Configure() 64-bit
* - CFlexPeriodic::Start() 64-bit
* - CFlexPeriodic::Cancel()
* - CFlexPeriodic::~CFlexPeriodic()
* - Expiration of CFlexPeriodic timers
* - Delay
* - Interval
* - Delay window
* - Interval window
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt ConfigureWindow64L( TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Configure window sizes, 32 bit and 64 bit
*
* @see ConfigureWindow32L for test setup.
*
* Tests:
* - CFlexPeriodic::NewL()
* - CFlexPeriodic::Configure() 32-bit
* - CFlexPeriodic::Configure() 64-bit
* - CFlexPeriodic::Start() 32-bit
* - CFlexPeriodic::Start() 64-bit
* - CFlexPeriodic::Cancel()
* - CFlexPeriodic::~CFlexPeriodic()
* - Expiration of CFlexPeriodic timers
* - Delay
* - Interval
* - Delay window
* - Interval window
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt ConfigureWindowMixL( TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Configure timer after it has been started.
*
* Start two timers:
* T1:
* - delay 1 microsecond, window 0
* - interval 1 sec, window 0
*
* T2:
* - delay 2 sec, default window
* - interval 2 sec, default window
*
* Try to configure T2 with 1.5 sec delay and interval windows by both
* 32 bit and 64 bit Configure(). Check that configure returns KErrInUse
* and it has not changed the window sizes. The timer expirations should be
* T1: 1, 2, 3, 4, 5, 6, 7, 8, ...
* T2: 2, 4, 6, 8, ...
*
* Cancel the timer T2 and set its callback function to call Configure()
* (32 bit and 64 bit versions) while the timer is running. Check that both
* configurations return KErrInUse
*
* Cancel timer T2 and configure its delay and interval windows to 1.5 sec.
* Let the timer(s) run a while and check that the timer expirations are:
* T1: ..., 10, 11, 12, 13, ...
* T2: ..., 10, 11, 12, 13, ...
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt ConfigureAfterStartL( TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Start a running timer.
*
* Test should panic with E32USER-CBase 42 (attempt to active CActive when
* a request is still outstanding).
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt StartAfterStartL( TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Start a running timer in its callback function.
*
* Test should panic with E32USER-CBase 42 (attempt to active CActive when
* a request is still outstanding).
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt StartInCallbackL( TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* Start timer with negative delay (32 bit).
*
* Start should panic with CFlexPeriodic 6 (EFlexPeriodicDelayLessThanZero)
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt StartWithNegativeDelay32L( TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Start timer with zero interval (32 bit).
*
* Start should panic with CFlexPeriodic 7 (EFlexPeriodicIntervalTooSmall)
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt StartWithZeroInterval32L( TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Start timer with negative interval (32 bit).
*
* Start should panic with CFlexPeriodic 7 (EFlexPeriodicIntervalTooSmall)
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt StartWithNegativeInterval32L( TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Start timer with negative delay (64 bit).
*
* Start should panic with CFlexPeriodic 6 (EFlexPeriodicDelayLessThanZero)
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt StartWithNegativeDelay64L( TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Start timer with zero interval (64 bit).
*
* Start should panic with CFlexPeriodic 7 (EFlexPeriodicIntervalTooSmall)
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt StartWithZeroInterval64L( TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Start timer with negative interval (64 bit).
*
* Start should panic with CFlexPeriodic 7 (EFlexPeriodicIntervalTooSmall)
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt StartWithNegativeInterval64L( TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Configure timer with negative delay window (32 bit).
*
* Configure should panic with CFlexPeriodic 9
* (EFlexPeriodicIntervalWindowLessThanZero)
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt ConfigureWithNegativeDelayWindow32L(
TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Configure timer with negative interval window (32 bit).
*
* Configure should panic with CFlexPeriodic 8
* (EFlexPeriodicDelayWindowLessThanZero)
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt ConfigureWithNegativeIntervalWindow32L(
TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Configure timer with negative delay window (64 bit).
*
* Configure should panic with CFlexPeriodic 9
* (EFlexPeriodicIntervalWindowLessThanZero)
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt ConfigureWithNegativeDelayWindow64L(
TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Configure timer with negative interval window (64 bit).
*
* Configure should panic with CFlexPeriodic 8
* (EFlexPeriodicDelayWindowLessThanZero)
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt ConfigureWithNegativeIntervalWindow64L(
TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Test timer start allowed value range.
*
* Start timers with following parameters:
*
* T1:
* - Configure (32 bit): delay window 1 sec, interval window 1 sec
* - Start (32 bit): delay 0 microseconds, interval 1 sec
*
* T2:
* - Configure (32 bit): delay window 1 sec, interval window 1 sec
* - Start (32 bit): delay 0x7FFFFF microseconds, interval 1 sec
*
* T3:
* - Configure (32 bit): delay window 1 sec, interval window 1 sec
* - Start (32 bit): delay 1 sec, interval 0 microseconds
*
* T4:
* - Configure (32 bit): delay window 1 sec, interval window 1 sec
* - Start (32 bit): delay 1 sec, interval 0x7FFFFF microseconds
*
* T5:
* - Configure (64 bit): delay window 1 sec, interval window 1 sec
* - Start (64 bit): delay 0 microseconds, interval 1 sec
*
* T6:
* - Configure (64 bit): delay window 1 sec, interval window 1 sec
* - Start (64 bit): delay 1 year, interval 1 sec
*
* T7:
* - Configure (64 bit): delay window 1 sec, interval window 1 sec
* - Start (64 bit): delay 1 sec, interval 0 microseconds
*
* T8:
* - Configure (64 bit): delay window 1 sec, interval window 1 sec
* - Start (64 bit): delay 1 sec, interval 1 year
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt StartWithMinAndMaxL(
TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Start timer with maximum delay (64 bit), 0x7FFFFFFFFFFFFFFF.
*
* Start should panic with CFlexPeriodic 24
* (EFlexTimerServerIllegalTimerValue)
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt StartWithMaximumDelay64L(
TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Start timer with maximum interval (64 bit), 0x7FFFFFFFFFFFFFFF.
*
* Start should panic with CFlexPeriodic 24
* (EFlexTimerServerIllegalTimerValue)
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt StartWithMaximumInterval64L(
TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Start timer with NULL callback function (32 bit)
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt StartWithNullCallBack32L(
TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Start timer with NULL callback function (64 bit)
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt StartWithNullCallBack64L(
TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* @brief Crash client with active periodic flexible timer.
*
* Start two timers in separate threads:
* T1: delay 1 sec, interval 1 sec with default windows
* T2: delay 1 sec, interval 1 sec with default windows
*
* Panic timer T1's thread after 3 sec.
*
* Cancel T2 after 5 sec and check that it had worked correctly.
* Implementation of T2 uses test case StartOneTimerL().
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt ClientCrashL(
TTestResult& aResult,
CTestFlexTimer* aCallback );
private:
/**
* Constructor is private to prevent instantiation of the class.
*/
CTestFlexPeriodic();
/**
* Run active scheduler for given time.
* @param aPeriod Time to run active scheduler.
*/
static void WaitL( TTimeIntervalMicroSeconds32 aPeriod );
/**
* Stop the active scheduler. A function for TCallBack.
* @param aArgument Not used.
* @return KErrNone. Always.
*/
static TInt StopScheduler( TAny* aArgument );
/**
* Do nothing. A function for TCallBack.
* @param aArgument Not used.
* @return KErrNone.
*/
static TInt DoNothing( TAny* aArgument );
/**
* Panics testcase if get called. A function for TCallBack.
* @param aArgument Not used.
* @return KErrNone.
*/
static TInt PanicClient( TAny* aArgument );
/**
* Add current time to given array. A function for TCallBack.
* @param aArgument Timestamp storage, type: RArray<TTime>*
* @return KErrNone.
*/
static TInt AddTimestamp( TAny* aArgument );
/**
* Restart the given timer. A function for TCallBack.
* @param aArgument The restart data, type: TRestartInfo*
* @return KErrNone.
*/
static TInt RestartTimer( TAny* aArgument );
/**
* Configure timer without cancellation in callback. A function for
* TCallBack.
* @param aArgument The conficure data, type: TConfigureInfo*
* @return KErrNone.
*/
static TInt ConfigureTimer( TAny* aArgument );
/**
* Start timer without cancellation in callback. A function for TCallBack.
* @param aArgument The timer, type: CFlexPeriodic*
* @return KErrNone.
*/
static TInt StartTimer( TAny* aArgument );
/**
* Verify that the timestamps are expired at maximum window
* @param aTimestamps An array of times
* @param aDelay Requested delay of the 1st time
* @param aInterval Requested delay from the 2nd time
* @param aDelayWindow Time how much 1st time can be early
* @param aIntervalWindow Time how much times can be early from the 2nd time
* @return ETrue if all timestamps are in given delay
*/
static TBool AreTimestampsAtWindow(
const RArray<TTime>& aTimestamps,
const TTimeIntervalMicroSeconds32& aDelay,
const TTimeIntervalMicroSeconds32& aInterval,
const TTimeIntervalMicroSeconds32& aDelayWindow,
const TTimeIntervalMicroSeconds32& aIntervalWindow );
/**
* Verify that the timestamps are expired at maximum window
* @param aTimestamps An array of times
* @param aDelay Requested delay of the 1st time
* @param aInterval Requested delay from the 2nd time
* @param aDelayWindow Time how much 1st time can be early
* @param aIntervalWindow Time how much times can be early from the 2nd time
* @return ETrue if all timestamps are in given delay
*/
static TBool AreTimestampsAtWindow(
const RArray<TTime>& aTimestamps,
const TTimeIntervalMicroSeconds& aDelay,
const TTimeIntervalMicroSeconds& aInterval,
const TTimeIntervalMicroSeconds& aDelayWindow,
const TTimeIntervalMicroSeconds& aIntervalWindow );
/**
* Compare two arrays of timestamps.
* @param aLeft Array of timestamps to be compared
* @param aRight Array of timestamps to be compared
* @return ETrue if the arrays has the same timestamps, EFalse otherwise
*/
static TBool AreTimestampsSame(
const RArray<TTime>& aLeft,
const RArray<TTime>& aRight );
/**
* Parameter types of two timers are templated, so, 32 bit and 64 bit
* interfaces can be tested without duplicated source code.
*
* Possible values for template are:
* - TTimeIntervalMicroSeconds
* - TTimeIntervalMicroSeconds32
*/
template <class firstType, class secondType>
static TInt ConfigureWindowL( TTestResult& aResult );
/**
* Template function for NOK API test cases.
*
* Types for CFlexPeriodic::Start() and CFlexPeriodic::Configure() are
* templated, so, 32 bit and 64 bin interfaces can be tested without
* duplicated code.
*
* Function creates a flexible periodic timer, configures is, starts it.
* After one second the timer will be cancelled and destroyed.
*
* Possible values for configureType and startType are:
* - TTimeIntervalMicroSeconds
* - TTimeIntervalMicroSeconds32
*
* @param aDelay Value for timer's delay in start
* @param aInterval Value for timer's interval in start
* @param aDelayWindow Value for timer's delay window in configure
* @param aIntervalWindow Value for timer's interval window in configure
*/
template <class configureType, class startType>
static void ConfigureAndStartTimerL(
RArray<TTime>& aTimestamps,
TInt64 aDelay,
TInt64 aInterval,
TInt64 aDelayWindow,
TInt64 aIntervalWindow );
/**
* Start timer with NULL callback function
*
* Possible values for startType are:
* - TTimeIntervalMicroSeconds
* - TTimeIntervalMicroSeconds32
*
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
template <class startType>
static TInt StartWithNullCallBackL(
TTestResult& aResult,
CTestFlexTimer* aCallback );
/**
* Run test case in own thread
*
* @param aThread The thread in which the test case is run
* @param aArguments Arguments for running a test case
* @return The status of execution of the test
*/
static TInt RunInThread(
RThread& aThread,
TTestCaseArguments& aArguments );
/**
* Start running a thread. A function of format TThreadFunction.
* Create trap harness for the thread and call RunTestCaseL()
*
* @param aArgument Test case data, type: TTestCaseArguments
* @return The status of running the thread
*/
static TInt RunTestCase( TAny* aArgument );
/**
* The second phase of start running a thread.
* Initialize scheduler and start the test case.
*
* @param aArgument Test case data, type: TTestCaseArguments
*/
static void RunTestCaseL( TAny* aArgument );
/**
* Panic thread after a while.
* @param aResult The result of the test.
* @param aCallback Pointer to the STIF test class
* @return The status of execution of the test. KErrNone if the test
* was executed ok, any system wide errorcode otherwise.
*/
static TInt DoPanicL( TTestResult& aResult, CTestFlexTimer* aCallback );
};
#endif // TESTFLEXPERIODIC_H