/*---------------------------------------------------------------------
* Generate delayed event to the application.
* Deactivate fired timer.
*-------------------------------------------------------------------*/
static void
timer_fire(
ETimer_t * const t
)
{
t->expiration = ( t->recurrence == 0 ) ? 0 : t->expiration + t->recurrence;
Escher_SendEvent( t->event );
if ( 0 != t->recurrence ) {
Escher_xtUMLEvent_t * e = Escher_AllocatextUMLEvent();
Escher_memmove( e, t->event, sizeof( Escher_xtUMLEvent_t ) );
t->event = e;
#ifdef ESCHER_TASKING_POSIX
Escher_mutex_lock( SEMAPHORE_FLAVOR_TIMER );
#endif
animate = animate->next; /* Remove from front of list. */
timer_insert_sorted( t );
#ifdef ESCHER_TASKING_POSIX
Escher_mutex_unlock( SEMAPHORE_FLAVOR_TIMER );
#endif
} else {
#ifdef ESCHER_TASKING_POSIX
Escher_mutex_lock( SEMAPHORE_FLAVOR_TIMER );
#endif
animate = animate->next; /* Remove from active list. */
t->next = inanimate; /* Connect to inactive list. */
inanimate = t;
#ifdef ESCHER_TASKING_POSIX
Escher_mutex_unlock( SEMAPHORE_FLAVOR_TIMER );
#endif
}
}
/*
* Interface: UI
* Required Port: UI
* From Provider Message: modePressed
*/
void
Tracking_UI_modePressed()
{
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( (void *) 0, &Tracking_Display_CBevent1c );
Escher_SendEvent( e );
}
}
/*
* Interface: LocationProvider
* Provided Port: LOC
* To Provider Message: unregisterListener
*/
void
Location_LOC_unregisterListener()
{
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( (void *) 0, &Location_GPS_CBevent3c );
Escher_SendEvent( e );
}
}
/*
* Interface: HeartRateProvider
* Provided Port: HR
* To Provider Message: unregisterListener
*/
void
HeartRateMonitor_HR_unregisterListener()
{
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( (void *) 0, &HeartRateMonitor_HeartRateMonitor_CBevent2c );
Escher_SendEvent( e );
}
}
/*
* Interface: synchronization
* Provided Port: to_heart
* To Provider Message: systolic_pulse
*/
void
pacemaker_to_heart_systolic_pulse()
{
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( (void *) 0, &pacemaker_PACER_CBevent4c );
Escher_SendEvent( e );
}
}
/*
* Interface: host
* Provided Port: host
* To Provider Message: current_temp
*/
void
pacer_host_current_temp()
{
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( (void *) 0, &hostmonitor_HM_CBevent2c );
Escher_SendEvent( e );
}
}
/*
* Interface: host
* Provided Port: host
* To Provider Message: breath_taken
*/
void
pacer_host_breath_taken()
{
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( (void *) 0, &hostmonitor_HM_CBevent1c );
Escher_SendEvent( e );
}
}
/*
* Interface: monitor
* Provided Port: monitor
* To Provider Message: increased_activty
*/
void
pacemaker_monitor_increased_activty( const i_t p_current_rate, const i_t p_current_temp )
{
{ pacemaker_PACER_CBevent5 * e = (pacemaker_PACER_CBevent5 *) Escher_NewxtUMLEvent( (void *) 0, &pacemaker_PACER_CBevent5c );
e->p_current_rate = p_current_rate; e->p_current_temp = p_current_temp;
Escher_SendEvent( (Escher_xtUMLEvent_t *) e );
}
}
/*
* Domain Function: test
*/
void
polycalc_test()
{
/* GENERATE PUZZLE_A1:start() TO PUZZLE CLASS */
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( (void *) 0, &polycalc_PUZZLE_CBevent1c );
Escher_SendEvent( e );
}
}
/*
* Domain Function: deeptest
*/
void
polycalc_deeptest()
{
/* GENERATE LOCATION_A1:start() TO LOCATION CLASS */
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( (void *) 0, &polycalc_LOCATION_CBevent1c );
Escher_SendEvent( e );
}
}
static void
perf_funcs_B_act1( perf_funcs_B * self, const Escher_xtUMLEvent_t * const event )
{
perf_funcs_A * a=0;
/* SELECT one a RELATED BY self->A[R1] */
a = ( 0 != self ) ? self->A_R1 : 0;
/* GENERATE A1:e() TO a */
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( a, &perf_funcs_Aevent1c );
Escher_SendEvent( e );
}
}
/*
* Interface: i1
* Provided Port: catch
* To Provider Message: s1
*/
void
c2_catch_s1( const i_t p_sp1)
{
/* <message compname="c2" compnum="1" portname="catch" portnum="0" msgname="s1" msgnum="0"/> */
COMP_MSG_START_TRACE( "%d", 1, 0, 0, p_sp1 );
{ c2_TAC_A_CBevent1 * e = (c2_TAC_A_CBevent1 *) Escher_NewxtUMLEvent( (void *) 0, &c2_TAC_A_CBevent1c );
e->p_sp1 = p_sp1;
Escher_SendEvent( (Escher_xtUMLEvent_t *) e );
}
}
/*
* Interface: UI
* Provided Port: UI
* To Provider Message: startTest
*/
void
UI_UI_startTest()
{
/* GENERATE TestCase2:start(iterations:2) TO TestCase CREATOR */
XTUML_OAL_STMT_TRACE( 1, "GENERATE TestCase2:start(iterations:2) TO TestCase CREATOR" );
{ UI_TestCaseevent2 * e = (UI_TestCaseevent2 *) Escher_NewxtUMLEvent( (void *) 0, &UI_TestCaseevent2c );
e->p_iterations = 2;
Escher_SendEvent( (Escher_xtUMLEvent_t *) e );
}
}
/*
* Domain Function: test
*/
void
perf_funcs_test()
{
perf_funcs_BENCHMARK * benchmark=0;
/* SELECT any benchmark FROM INSTANCES OF BENCHMARK */
benchmark = (perf_funcs_BENCHMARK *) Escher_SetGetAny( &pG_perf_funcs_BENCHMARK_extent.active );
/* GENERATE BENCHMARK1:go() TO benchmark */
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( benchmark, &perf_funcs_BENCHMARKevent1c );
Escher_SendEvent( e );
}
}
static void
polycalc_ORANGE_act1( polycalc_ORANGE * self, const Escher_xtUMLEvent_t * const event )
{
polycalc_FRUIT * fruit = 0; /* fruit (FRUIT) */
/* SELECT one fruit RELATED BY self->FRUIT[R3] */
fruit = self->FRUIT_R3;
/* GENERATE FRUIT2:juiced(percentage:100) TO fruit */
{ polycalc_FRUITevent2 * e = (polycalc_FRUITevent2 *) Escher_NewxtUMLEvent( fruit, &polycalc_FRUITevent2c );
e->p_percentage = 100;
Escher_SendEvent( (Escher_xtUMLEvent_t *) e );
}
}
static void
perf_funcs_A_act1( perf_funcs_A * self, const Escher_xtUMLEvent_t * const event )
{
perf_funcs_B * b=0;
/* SELECT one b RELATED BY self->B[R1] */
b = ( 0 != self ) ? self->B_R1 : 0;
/* GENERATE B1:e1() TO b */
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( b, &perf_funcs_Bevent1c );
Escher_SendEvent( e );
}
/* ASSIGN self.odometer = ( self.odometer + 2 ) */
self->odometer = ( self->odometer + 2 );
}
/*
* Domain Function: CancelCooking
*/
void
MicrowaveOven_CancelCooking()
{
MicrowaveOven_MO_O * oven;
/* SELECT any oven FROM INSTANCES OF MO_O */
XTUML_OAL_STMT_TRACE( 1, "SELECT any oven FROM INSTANCES OF MO_O" );
oven = (MicrowaveOven_MO_O *) Escher_SetGetAny( &pG_MicrowaveOven_MO_O_extent.active );
/* GENERATE MO_O4:cancel_cooking() TO oven */
XTUML_OAL_STMT_TRACE( 1, "GENERATE MO_O4:cancel_cooking() TO oven" );
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( oven, &MicrowaveOven_MO_Oevent4c );
Escher_SendEvent( e );
}
}
/*
* Domain Function: CloseDoor
*/
void
MicrowaveOven_CloseDoor()
{
MicrowaveOven_MO_D * door;
/* SELECT any door FROM INSTANCES OF MO_D */
XTUML_OAL_STMT_TRACE( 1, "SELECT any door FROM INSTANCES OF MO_D" );
door = (MicrowaveOven_MO_D *) Escher_SetGetAny( &pG_MicrowaveOven_MO_D_extent.active );
/* GENERATE MO_D2:close() TO door */
XTUML_OAL_STMT_TRACE( 1, "GENERATE MO_D2:close() TO door" );
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( door, &MicrowaveOven_MO_Devent2c );
Escher_SendEvent( e );
}
}
/*
* Domain Function: DecreasePower
*/
void
MicrowaveOven_DecreasePower()
{
MicrowaveOven_MO_MT * tube;
/* SELECT any tube FROM INSTANCES OF MO_MT */
XTUML_OAL_STMT_TRACE( 1, "SELECT any tube FROM INSTANCES OF MO_MT" );
tube = (MicrowaveOven_MO_MT *) Escher_SetGetAny( &pG_MicrowaveOven_MO_MT_extent.active );
/* GENERATE MO_MT2:decrease_power() TO tube */
XTUML_OAL_STMT_TRACE( 1, "GENERATE MO_MT2:decrease_power() TO tube" );
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( tube, &MicrowaveOven_MO_MTevent2c );
Escher_SendEvent( e );
}
}
/*
* Domain Function: TestSequence1
*/
void
MicrowaveOven_TestSequence1()
{
MicrowaveOven_MO_TS * testSequence;
/* CREATE OBJECT INSTANCE testSequence OF MO_TS */
XTUML_OAL_STMT_TRACE( 1, "CREATE OBJECT INSTANCE testSequence OF MO_TS" );
testSequence = (MicrowaveOven_MO_TS *) Escher_CreateInstance( MicrowaveOven_DOMAIN_ID, MicrowaveOven_MO_TS_CLASS_NUMBER );
testSequence->TestSeqID = (Escher_UniqueID_t) testSequence;
/* GENERATE MO_TS2:perform_test_seq_1() TO testSequence */
XTUML_OAL_STMT_TRACE( 1, "GENERATE MO_TS2:perform_test_seq_1() TO testSequence" );
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( testSequence, &MicrowaveOven_MO_TSevent2c );
Escher_SendEvent( e );
}
}
/*
* Interface: UI
* Required Port: UI
* From Provider Message: lapResetPressed
*/
void
Tracking_UI_lapResetPressed()
{
Tracking_WorkoutTimer * workoutTimer=0;
/* SELECT any workoutTimer FROM INSTANCES OF WorkoutTimer */
XTUML_OAL_STMT_TRACE( 1, "SELECT any workoutTimer FROM INSTANCES OF WorkoutTimer" );
workoutTimer = (Tracking_WorkoutTimer *) Escher_SetGetAny( &pG_Tracking_WorkoutTimer_extent.active );
/* IF ( not empty workoutTimer ) */
XTUML_OAL_STMT_TRACE( 1, "IF ( not empty workoutTimer )" );
if ( !( 0 == workoutTimer ) ) {
/* GENERATE WorkoutTimer2:lapResetPressed() TO workoutTimer */
XTUML_OAL_STMT_TRACE( 2, "GENERATE WorkoutTimer2:lapResetPressed() TO workoutTimer" );
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( workoutTimer, &Tracking_WorkoutTimerevent2c );
Escher_SendEvent( e );
}
}
}
/*
* Domain Function: solve_concurrently
*/
void
sudoku_solve_concurrently( void )
{
i_t score; sudoku_ROW * row;
/* ASSIGN score = CELL::score() */
score = sudoku_CELL_op_score();
/* ::display( ) */
sudoku_display();
/* SELECT any row FROM INSTANCES OF ROW */
row = (sudoku_ROW *) Escher_SetGetAny( &pG_sudoku_ROW_extent.active );
/* GENERATE ROW1:update() TO row */
{
Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( row, &sudoku_ROWevent1c );
Escher_SendEvent( e );
}
}
static void
stringtest_device_act2( stringtest_device * self, const Escher_xtUMLEvent_t * const event )
{
stringtest_deviceevent2 * rcvd_evt = (stringtest_deviceevent2 *) event;
stringtest_host * h;c_t l[ESCHER_SYS_MAX_STRING_LEN];
/* ASSIGN h = PARAM.h */
h = rcvd_evt->p_h;
/* ASSIGN l = buffer::scmp(s1:h.upper, s2:PARAM.s) */
Escher_strcpy( l, stringtest_buffer_op_scmp(h->upper, rcvd_evt->p_s).s );
/* ASSIGN l = buffer::scmp(s1:self.lower, s2:) */
Escher_strcpy( l, stringtest_buffer_op_scmp(self->lower, stringtest_device_op_rstr(self).s).s );
/* GENERATE host2:put(s:l, d:self) TO h */
{ stringtest_hostevent2 * e = (stringtest_hostevent2 *) Escher_NewxtUMLEvent( h, &stringtest_hostevent2c );
Escher_strcpy( e->p_s, l ); e->p_d = self;
Escher_SendEvent( (Escher_xtUMLEvent_t *) e );
}
}
/*
* Domain Function: SpecifyCookingPeriod
*/
void
MicrowaveOven_SpecifyCookingPeriod( i_t p_cookingPeriod)
{
i_t timePeriod; MicrowaveOven_MO_O * oven;
/* ASSIGN timePeriod = ( 1000000 * PARAM.cookingPeriod ) */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN timePeriod = ( 1000000 * PARAM.cookingPeriod )" );
timePeriod = ( 1000000 * p_cookingPeriod );
/* SELECT any oven FROM INSTANCES OF MO_O */
XTUML_OAL_STMT_TRACE( 1, "SELECT any oven FROM INSTANCES OF MO_O" );
oven = (MicrowaveOven_MO_O *) Escher_SetGetAny( &pG_MicrowaveOven_MO_O_extent.active );
/* GENERATE MO_O8:cooking_period(period:timePeriod) TO oven */
XTUML_OAL_STMT_TRACE( 1, "GENERATE MO_O8:cooking_period(period:timePeriod) TO oven" );
{ MicrowaveOven_MO_Oevent8 * e = (MicrowaveOven_MO_Oevent8 *) Escher_NewxtUMLEvent( oven, &MicrowaveOven_MO_Oevent8c );
e->p_period = timePeriod;
Escher_SendEvent( (Escher_xtUMLEvent_t *) e );
}
}
/*---------------------------------------------------------------------
* Generate delayed event to the application.
* Deactivate fired timer.
*-------------------------------------------------------------------*/
static void
timer_fire(
ETimer_t * const t
)
{
t->expiration = ( t->recurrence == 0 ) ? 0 : t->expiration + t->recurrence;
Escher_SendEvent( t->event );
if ( 0 != t->recurrence ) {
Escher_xtUMLEvent_t * e = Escher_AllocatextUMLEvent();
Escher_memmove( e, t->event, sizeof( Escher_xtUMLEvent_t ) );
t->event = e;
animate = animate->next; /* Remove from front of list. */
timer_insert_sorted( t );
} else {
animate = animate->next; /* Remove from active list. */
t->next = inanimate; /* Connect to inactive list. */
inanimate = t;
}
}
static void
MicrowaveOven_MO_B_act2( MicrowaveOven_MO_B * self, const Escher_xtUMLEvent_t * const event )
{
/* IF ( ( self.beep_count == 0 ) ) */
XTUML_OAL_STMT_TRACE( 1, "IF ( ( self.beep_count == 0 ) )" );
if ( ( self->beep_count == 0 ) ) {
Escher_xtUMLEvent_t * delay_over; /* delay_over */
/* CREATE EVENT INSTANCE delay_over( ) TO self */
XTUML_OAL_STMT_TRACE( 2, "CREATE EVENT INSTANCE delay_over( ) TO self" );
delay_over = Escher_NewxtUMLEvent( (void *) self, &MicrowaveOven_MO_Bevent2c );
/* ASSIGN self.beeper_delay_over = delay_over */
XTUML_OAL_STMT_TRACE( 2, "ASSIGN self.beeper_delay_over = delay_over" );
self->beeper_delay_over = delay_over;
/* ASSIGN self.beeper_timer = TIM::timer_start(event_inst:self.beeper_delay_over, microseconds:100000) */
XTUML_OAL_STMT_TRACE( 2, "ASSIGN self.beeper_timer = TIM::timer_start(event_inst:self.beeper_delay_over, microseconds:100000)" );
self->beeper_timer = TIM_timer_start( (Escher_xtUMLEvent_t *)self->beeper_delay_over, 100000 );
}
else if ( ( self->beep_count == 4 ) ) {
MicrowaveOven_MO_O * oven = 0; /* oven (MO_O) */
/* GENERATE MO_B3:beeping_stopped() TO self */
XTUML_OAL_STMT_TRACE( 2, "GENERATE MO_B3:beeping_stopped() TO self" );
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( self, &MicrowaveOven_MO_Bevent3c );
Escher_SendSelfEvent( e );
}
/* SELECT one oven RELATED BY self->MO_O[R3] */
XTUML_OAL_STMT_TRACE( 2, "SELECT one oven RELATED BY self->MO_O[R3]" );
oven = self->MO_O_R3;
/* GENERATE MO_O6:beeping_over() TO oven */
XTUML_OAL_STMT_TRACE( 2, "GENERATE MO_O6:beeping_over() TO oven" );
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( oven, &MicrowaveOven_MO_Oevent6c );
Escher_SendEvent( e );
}
}
else {
/* ASSIGN self.beeper_timer = TIM::timer_start(event_inst:self.beeper_delay_over, microseconds:100000) */
XTUML_OAL_STMT_TRACE( 2, "ASSIGN self.beeper_timer = TIM::timer_start(event_inst:self.beeper_delay_over, microseconds:100000)" );
self->beeper_timer = TIM_timer_start( (Escher_xtUMLEvent_t *)self->beeper_delay_over, 100000 );
}
/* ASSIGN self.beep_count = ( self.beep_count + 1 ) */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN self.beep_count = ( self.beep_count + 1 )" );
self->beep_count = ( self->beep_count + 1 );
}
/*
* Interface: i1
* Provided Port: catch
* To Provider Message: s1
*/
void
c1_catch_s1( const i_t p_sp1)
{
/* <message compname="c1" compnum="0" portname="catch" portnum="0" msgname="s1" msgnum="0"/> */
COMP_MSG_START_TRACE( "%d", 0, 0, 0, p_sp1 );
c_t s[ESCHER_SYS_MAX_STRING_LEN]; c1_PONG * pong=0;
/* ASSIGN s = 'tic catch' */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN s = 'tic catch'" );
Escher_strcpy( s, "tic catch" );
/* SELECT any pong FROM INSTANCES OF PONG */
XTUML_OAL_STMT_TRACE( 1, "SELECT any pong FROM INSTANCES OF PONG" );
pong = (c1_PONG *) Escher_SetGetAny( &pG_c1_PONG_extent.active );
/* GENERATE PONG1:back() TO pong */
XTUML_OAL_STMT_TRACE( 1, "GENERATE PONG1:back() TO pong" );
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( pong, &c1_PONGevent1c );
Escher_SendEvent( e );
}
/* IF ( ( 3 != PARAM.sp1 ) ) */
XTUML_OAL_STMT_TRACE( 1, "IF ( ( 3 != PARAM.sp1 ) )" );
if ( ( 3 != p_sp1 ) ) {
/* LOG::LogFailure( message:'tic catch did not get 3' ) */
XTUML_OAL_STMT_TRACE( 2, "LOG::LogFailure( message:'tic catch did not get 3' )" );
LOG_LogFailure( "tic catch did not get 3" );
}
else {
i_t r;
/* ASSIGN r = lase::o2(op2:1) */
XTUML_OAL_STMT_TRACE( 2, "ASSIGN r = lase::o2(op2:1)" );
r = c1_lase_o2( 1 );
/* IF ( ( 3 != r ) ) */
XTUML_OAL_STMT_TRACE( 2, "IF ( ( 3 != r ) )" );
if ( ( 3 != r ) ) {
/* LOG::LogFailure( message:'tic catch did not get 3 returned from lase' ) */
XTUML_OAL_STMT_TRACE( 3, "LOG::LogFailure( message:'tic catch did not get 3 returned from lase' )" );
LOG_LogFailure( "tic catch did not get 3 returned from lase" );
}
}
}
/*
* Interface: UI
* Required Port: UI
* From Provider Message: startStopPressed
*/
void
Tracking_UI_startStopPressed()
{
Tracking_WorkoutTimer * workoutTimer=0;
/* SELECT any workoutTimer FROM INSTANCES OF WorkoutTimer */
XTUML_OAL_STMT_TRACE( 1, "SELECT any workoutTimer FROM INSTANCES OF WorkoutTimer" );
workoutTimer = (Tracking_WorkoutTimer *) Escher_SetGetAny( &pG_Tracking_WorkoutTimer_extent.active );
/* IF ( empty workoutTimer ) */
XTUML_OAL_STMT_TRACE( 1, "IF ( empty workoutTimer )" );
if ( ( 0 == workoutTimer ) ) {
/* CREATE OBJECT INSTANCE workoutTimer OF WorkoutTimer */
XTUML_OAL_STMT_TRACE( 2, "CREATE OBJECT INSTANCE workoutTimer OF WorkoutTimer" );
workoutTimer = (Tracking_WorkoutTimer *) Escher_CreateInstance( Tracking_DOMAIN_ID, Tracking_WorkoutTimer_CLASS_NUMBER );
/* ASSIGN workoutTimer.time = 0 */
XTUML_OAL_STMT_TRACE( 2, "ASSIGN workoutTimer.time = 0" );
workoutTimer->time = 0;
}
/* GENERATE WorkoutTimer1:startStopPressed() TO workoutTimer */
XTUML_OAL_STMT_TRACE( 1, "GENERATE WorkoutTimer1:startStopPressed() TO workoutTimer" );
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( workoutTimer, &Tracking_WorkoutTimerevent1c );
Escher_SendEvent( e );
}
}
/*
* Domain Function: perftest
*/
bool
perf_funcs_perftest( i_t p_count, i_t p_duration, i_t p_phase, i_t p_testnum)
{
bool testloop;
/* ASSIGN testloop = TRUE */
testloop = TRUE;
/* IF ( ( 6 == PARAM.phase ) ) */
if ( ( 6 == p_phase ) ) {
perf_funcs_BENCHMARK * benchmark=0;
/* SELECT any benchmark FROM INSTANCES OF BENCHMARK */
benchmark = (perf_funcs_BENCHMARK *) Escher_SetGetAny( &pG_perf_funcs_BENCHMARK_extent.active );
/* GENERATE BENCHMARK2:stop() TO benchmark */
{ Escher_xtUMLEvent_t * e = Escher_NewxtUMLEvent( benchmark, &perf_funcs_BENCHMARKevent2c );
Escher_SendEvent( e );
}
}
else if ( ( 1 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::create_instance(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_create_instance(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 2 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::delete_instance(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_delete_instance(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 3 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::delete_many(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_delete_many(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 4 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::generate_and_dispatch_event(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_generate_and_dispatch_event(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 5 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::select_one_related(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_select_one_related(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 6 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::select_any_from(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_select_any_from(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 7 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::relate_one(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_relate_one(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 8 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::relate_one_to_many(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_relate_one_to_many(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 9 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::relate_one_using(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_relate_one_using(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 10 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::cardinality_10000(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_cardinality_10000(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 11 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::cardinality_1000(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_cardinality_1000(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 12 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::cardinality_100(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_cardinality_100(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 13 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::cardinality_10(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_cardinality_10(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 14 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::select_any_where_10000(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_select_any_where_10000(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 15 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::select_any_where_1000(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_select_any_where_1000(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 16 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::select_any_where_100(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_select_any_where_100(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 17 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::select_any_where_10(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_select_any_where_10(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 18 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::read_attribute(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_read_attribute(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 19 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::write_attribute(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_write_attribute(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 20 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::bridge_void_void(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_bridge_void_void(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 21 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::bridge_void_integer(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_bridge_void_integer(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 22 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::bridge_integer_integer(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_bridge_integer_integer(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 23 == p_testnum ) ) {
/* ASSIGN testloop = CBENCH::function_void_void(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_CBENCH_op_function_void_void(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 24 == p_testnum ) ) {
/* ASSIGN testloop = CBENCH::function_void_integer(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_CBENCH_op_function_void_integer(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 25 == p_testnum ) ) {
/* ASSIGN testloop = CBENCH::function_integer_integer(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_CBENCH_op_function_integer_integer(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 26 == p_testnum ) ) {
/* ASSIGN testloop = CBENCH::read_struct_member(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_CBENCH_op_read_struct_member(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 27 == p_testnum ) ) {
/* ASSIGN testloop = CBENCH::write_struct_member(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_CBENCH_op_write_struct_member(p_count, p_duration, p_phase, p_testnum);
}
else if ( ( 99 == p_testnum ) ) {
/* ASSIGN testloop = BENCHMARK::generate_event(count:PARAM.count, duration:PARAM.duration, phase:PARAM.phase, testnum:PARAM.testnum) */
testloop = perf_funcs_BENCHMARK_op_generate_event(p_count, p_duration, p_phase, p_testnum);
}
else {
/* ::xit( ) */
perf_funcs_xit();
}
/* RETURN testloop */
return testloop;
}