/*
* class operation: init
*/
monitor_vitalsign *
monitor_O2saturation_op_init()
{
monitor_O2saturation * O2saturation;monitor_vitalsign * vitalsign;
/* CREATE OBJECT INSTANCE O2saturation OF O2saturation */
XTUML_OAL_STMT_TRACE( 1, "CREATE OBJECT INSTANCE O2saturation OF O2saturation" );
O2saturation = (monitor_O2saturation *) Escher_CreateInstance( monitor_DOMAIN_ID, monitor_O2saturation_CLASS_NUMBER );
/* CREATE OBJECT INSTANCE vitalsign OF vitalsign */
XTUML_OAL_STMT_TRACE( 1, "CREATE OBJECT INSTANCE vitalsign OF vitalsign" );
vitalsign = (monitor_vitalsign *) Escher_CreateInstance( monitor_DOMAIN_ID, monitor_vitalsign_CLASS_NUMBER );
/* ASSIGN vitalsign.name = O2saturation */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN vitalsign.name = O2saturation" );
Escher_strcpy( vitalsign->name, "O2saturation" );
/* ASSIGN vitalsign.value = 0 */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN vitalsign.value = 0" );
vitalsign->value = 0;
/* ASSIGN vitalsign.yellow_threshold = 93 */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN vitalsign.yellow_threshold = 93" );
vitalsign->yellow_threshold = 93;
/* ASSIGN vitalsign.red_threshold = 85 */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN vitalsign.red_threshold = 85" );
vitalsign->red_threshold = 85;
/* RELATE O2saturation TO vitalsign ACROSS R2 */
XTUML_OAL_STMT_TRACE( 1, "RELATE O2saturation TO vitalsign ACROSS R2" );
monitor_O2saturation_R2_Link( vitalsign, O2saturation );
/* RETURN vitalsign */
XTUML_OAL_STMT_TRACE( 1, "RETURN vitalsign" );
{monitor_vitalsign * xtumlOALrv = vitalsign;
return xtumlOALrv;}
}
/*
* Domain Function: test
*/
void
c1_test()
{
c1_PING * ping; c1_PONG * pong; c_t s[ESCHER_SYS_MAX_STRING_LEN];
/* CREATE OBJECT INSTANCE ping OF PING */
XTUML_OAL_STMT_TRACE( 1, "CREATE OBJECT INSTANCE ping OF PING" );
ping = (c1_PING *) Escher_CreateInstance( c1_DOMAIN_ID, c1_PING_CLASS_NUMBER );
/* CREATE OBJECT INSTANCE pong OF PONG */
XTUML_OAL_STMT_TRACE( 1, "CREATE OBJECT INSTANCE pong OF PONG" );
pong = (c1_PONG *) Escher_CreateInstance( c1_DOMAIN_ID, c1_PONG_CLASS_NUMBER );
/* RELATE ping TO pong ACROSS R1 */
XTUML_OAL_STMT_TRACE( 1, "RELATE ping TO pong ACROSS R1" );
c1_PING_R1_Link( pong, ping );
/* ASSIGN ping.i = 0 */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN ping.i = 0" );
ping->i = 0;
/* ASSIGN pong.s = 'pong' */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN pong.s = 'pong'" );
Escher_strcpy( pong->s, "pong" );
/* ASSIGN s = 'tic function test' */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN s = 'tic function test'" );
Escher_strcpy( s, "tic function test" );
/* SEND toss::s1(sp1:1) */
XTUML_OAL_STMT_TRACE( 1, " SEND toss::s1(sp1:1)" );
c1_toss_s1( 1 );
}
/*
* class operation: populate_image
*/
ooaofooa_DOC_CELL *
ooaofooa_DOC_CELL_op_populate_image( c_t * p_image, ooaofooa_DOC_CELL * p_predecessor )
{
ooaofooa_DOC_PAR * doc_par;ooaofooa_DOC_CELL * predecessor;ooaofooa_DOC_IMG * doc_img;ooaofooa_DOC_CELL * doc_cell;ooaofooa_DOC_SEC * empty_doc_sec=0;ooaofooa_DOC_PAR * empty_doc_par=0;
/* ASSIGN predecessor = PARAM.predecessor */
predecessor = p_predecessor;
/* CREATE OBJECT INSTANCE doc_cell OF DOC_CELL */
doc_cell = (ooaofooa_DOC_CELL *) Escher_CreateInstance( ooaofooa_DOMAIN_ID, ooaofooa_DOC_CELL_CLASS_NUMBER );
/* IF ( not_empty predecessor ) */
if ( ( 0 != predecessor ) ) {
/* RELATE predecessor TO doc_cell ACROSS R2304 */
ooaofooa_DOC_CELL_R2304_Link_follows( predecessor, doc_cell );
}
/* SELECT any empty_doc_par FROM INSTANCES OF DOC_PAR WHERE FALSE */
empty_doc_par = 0;
/* SELECT any empty_doc_sec FROM INSTANCES OF DOC_SEC WHERE FALSE */
empty_doc_sec = 0;
/* ASSIGN doc_par = DOC_PAR::populate(doc_sec:empty_doc_sec, predecessor:empty_doc_par, text:) */
doc_par = ooaofooa_DOC_PAR_op_populate(empty_doc_sec, empty_doc_par, "");
/* RELATE doc_par TO doc_cell ACROSS R2318 */
ooaofooa_DOC_CELL_R2318_Link( doc_par, doc_cell );
/* CREATE OBJECT INSTANCE doc_img OF DOC_IMG */
doc_img = (ooaofooa_DOC_IMG *) Escher_CreateInstance( ooaofooa_DOMAIN_ID, ooaofooa_DOC_IMG_CLASS_NUMBER );
/* RELATE doc_img TO doc_par ACROSS R2319 */
ooaofooa_DOC_IMG_R2319_Link( doc_par, doc_img );
/* ASSIGN doc_img.target = PARAM.image */
doc_img->target = Escher_strcpy( doc_img->target, p_image );
/* RETURN doc_cell */
{ooaofooa_DOC_CELL * xtumlOALrv = doc_cell;
return xtumlOALrv;}
}
/*
* class operation: init
*/
monitor_vitalsign *
monitor_pulse_op_init()
{
monitor_pulse * pulse;monitor_vitalsign * vitalsign;
/* CREATE OBJECT INSTANCE pulse OF pulse */
XTUML_OAL_STMT_TRACE( 1, "CREATE OBJECT INSTANCE pulse OF pulse" );
pulse = (monitor_pulse *) Escher_CreateInstance( monitor_DOMAIN_ID, monitor_pulse_CLASS_NUMBER );
/* CREATE OBJECT INSTANCE vitalsign OF vitalsign */
XTUML_OAL_STMT_TRACE( 1, "CREATE OBJECT INSTANCE vitalsign OF vitalsign" );
vitalsign = (monitor_vitalsign *) Escher_CreateInstance( monitor_DOMAIN_ID, monitor_vitalsign_CLASS_NUMBER );
/* ASSIGN vitalsign.name = pulse */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN vitalsign.name = pulse" );
Escher_strcpy( vitalsign->name, "pulse" );
/* ASSIGN vitalsign.value = 0 */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN vitalsign.value = 0" );
vitalsign->value = 0;
/* ASSIGN vitalsign.yellow_threshold = 20 */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN vitalsign.yellow_threshold = 20" );
vitalsign->yellow_threshold = 20;
/* ASSIGN vitalsign.red_threshold = 10 */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN vitalsign.red_threshold = 10" );
vitalsign->red_threshold = 10;
/* RELATE pulse TO vitalsign ACROSS R2 */
XTUML_OAL_STMT_TRACE( 1, "RELATE pulse TO vitalsign ACROSS R2" );
monitor_pulse_R2_Link( vitalsign, pulse );
/* RETURN vitalsign */
XTUML_OAL_STMT_TRACE( 1, "RETURN vitalsign" );
{monitor_vitalsign * xtumlOALrv = vitalsign;
return xtumlOALrv;}
}
/*
* class operation: populate_paragraph
*/
ooaofooa_DOC_CELL *
ooaofooa_DOC_CELL_op_populate_paragraph( ooaofooa_DOC_CELL * p_predecessor, c_t * p_text )
{
ooaofooa_DOC_PAR * doc_par;ooaofooa_DOC_CELL * predecessor;ooaofooa_DOC_CELL * doc_cell;ooaofooa_DOC_SEC * empty_doc_sec=0;ooaofooa_DOC_PAR * empty_doc_par=0;
/* ASSIGN predecessor = PARAM.predecessor */
predecessor = p_predecessor;
/* CREATE OBJECT INSTANCE doc_cell OF DOC_CELL */
doc_cell = (ooaofooa_DOC_CELL *) Escher_CreateInstance( ooaofooa_DOMAIN_ID, ooaofooa_DOC_CELL_CLASS_NUMBER );
/* IF ( not_empty predecessor ) */
if ( ( 0 != predecessor ) ) {
/* RELATE predecessor TO doc_cell ACROSS R2304 */
ooaofooa_DOC_CELL_R2304_Link_follows( predecessor, doc_cell );
}
/* SELECT any empty_doc_par FROM INSTANCES OF DOC_PAR WHERE FALSE */
empty_doc_par = 0;
/* SELECT any empty_doc_sec FROM INSTANCES OF DOC_SEC WHERE FALSE */
empty_doc_sec = 0;
/* ASSIGN doc_par = DOC_PAR::populate(doc_sec:empty_doc_sec, predecessor:empty_doc_par, text:PARAM.text) */
doc_par = ooaofooa_DOC_PAR_op_populate(empty_doc_sec, empty_doc_par, p_text);
/* RELATE doc_par TO doc_cell ACROSS R2318 */
ooaofooa_DOC_CELL_R2318_Link( doc_par, doc_cell );
/* RETURN doc_cell */
{ooaofooa_DOC_CELL * xtumlOALrv = doc_cell;
return xtumlOALrv;}
}
/*
* Domain Function: setup
*/
void
perf_funcs_setup()
{
perf_funcs_BENCHMARK * benchmark; perf_funcs_CBENCH * c;
/* CREATE OBJECT INSTANCE benchmark OF BENCHMARK */
benchmark = (perf_funcs_BENCHMARK *) Escher_CreateInstance( perf_funcs_DOMAIN_ID, perf_funcs_BENCHMARK_CLASS_NUMBER );
/* ASSIGN benchmark.test_number = 0 */
benchmark->test_number = 0;
/* ASSIGN benchmark.duration = 1 */
benchmark->duration = 1;
/* CREATE OBJECT INSTANCE c OF CBENCH */
c = (perf_funcs_CBENCH *) Escher_CreateInstance( perf_funcs_DOMAIN_ID, perf_funcs_CBENCH_CLASS_NUMBER );
/* ASSIGN c.phase = 0 */
c->phase = 0;
}
/*
* class operation: populate
*/
ooaofooa_DOC_SEC *
ooaofooa_DOC_SEC_op_populate( ooaofooa_DOC_SEC * p_parent_doc_sec, c_t * p_subtitle, c_t * p_title )
{
ooaofooa_DOC_SEC * parent_doc_sec;ooaofooa_DOC_SEC * doc_sec;
/* CREATE OBJECT INSTANCE doc_sec OF DOC_SEC */
doc_sec = (ooaofooa_DOC_SEC *) Escher_CreateInstance( ooaofooa_DOMAIN_ID, ooaofooa_DOC_SEC_CLASS_NUMBER );
doc_sec->ID = (Escher_UniqueID_t) doc_sec;
/* ASSIGN doc_sec.title = PARAM.title */
doc_sec->title = Escher_strcpy( doc_sec->title, p_title );
/* ASSIGN doc_sec.subtitle = PARAM.subtitle */
doc_sec->subtitle = Escher_strcpy( doc_sec->subtitle, p_subtitle );
/* ASSIGN doc_sec.level = 1 */
doc_sec->level = 1;
/* ASSIGN parent_doc_sec = PARAM.parent_doc_sec */
parent_doc_sec = p_parent_doc_sec;
/* IF ( not_empty parent_doc_sec ) */
if ( ( 0 != parent_doc_sec ) ) {
ooaofooa_DOC_SEC * sibling_doc_sec=0;
/* SELECT one sibling_doc_sec RELATED BY parent_doc_sec->DOC_SEC[R2307.has first child] */
sibling_doc_sec = ( 0 != parent_doc_sec ) ? parent_doc_sec->DOC_SEC_R2307_has_first_child : 0;
/* IF ( empty sibling_doc_sec ) */
if ( ( 0 == sibling_doc_sec ) ) {
/* RELATE doc_sec TO parent_doc_sec ACROSS R2307 */
ooaofooa_DOC_SEC_R2307_Link_has_parent( doc_sec, parent_doc_sec );
/* ASSIGN doc_sec.level = ( parent_doc_sec.level + 1 ) */
doc_sec->level = ( parent_doc_sec->level + 1 );
}
else {
ooaofooa_DOC_SEC * next_doc_sec;
/* ASSIGN next_doc_sec = sibling_doc_sec */
next_doc_sec = sibling_doc_sec;
/* WHILE ( not_empty next_doc_sec ) */
while ( ( 0 != next_doc_sec ) ) {
/* ASSIGN sibling_doc_sec = next_doc_sec */
sibling_doc_sec = next_doc_sec;
/* SELECT one next_doc_sec RELATED BY sibling_doc_sec->DOC_SEC[R2306.follows] */
next_doc_sec = ( 0 != sibling_doc_sec ) ? sibling_doc_sec->DOC_SEC_R2306_follows : 0;
}
/* RELATE sibling_doc_sec TO doc_sec ACROSS R2306 */
ooaofooa_DOC_SEC_R2306_Link_follows( sibling_doc_sec, doc_sec );
/* ASSIGN doc_sec.level = sibling_doc_sec.level */
doc_sec->level = sibling_doc_sec->level;
}
}
/* RETURN doc_sec */
{ooaofooa_DOC_SEC * xtumlOALrv = doc_sec;
return xtumlOALrv;}
}
/*
* 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 );
}
}
/*
* Domain Function: DefineOven
*/
void
MicrowaveOven_DefineOven()
{
MicrowaveOven_MO_O * mo; MicrowaveOven_MO_MT * tube; MicrowaveOven_MO_IL * light; MicrowaveOven_MO_B * beeper; MicrowaveOven_MO_D * door; MicrowaveOven_MO_TRN * turntable;
/* CREATE OBJECT INSTANCE mo OF MO_O */
XTUML_OAL_STMT_TRACE( 1, "CREATE OBJECT INSTANCE mo OF MO_O" );
mo = (MicrowaveOven_MO_O *) Escher_CreateInstance( MicrowaveOven_DOMAIN_ID, MicrowaveOven_MO_O_CLASS_NUMBER );
mo->OvenID = (Escher_UniqueID_t) mo;
/* ASSIGN mo.remaining_cooking_time = 0 */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN mo.remaining_cooking_time = 0" );
mo->remaining_cooking_time = 0;
/* CREATE OBJECT INSTANCE tube OF MO_MT */
XTUML_OAL_STMT_TRACE( 1, "CREATE OBJECT INSTANCE tube OF MO_MT" );
tube = (MicrowaveOven_MO_MT *) Escher_CreateInstance( MicrowaveOven_DOMAIN_ID, MicrowaveOven_MO_MT_CLASS_NUMBER );
tube->TubeID = (Escher_UniqueID_t) tube;
/* RELATE mo TO tube ACROSS R1 */
XTUML_OAL_STMT_TRACE( 1, "RELATE mo TO tube ACROSS R1" );
MicrowaveOven_MO_O_R1_Link( tube, mo );
/* ASSIGN tube.current_power_output = high */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN tube.current_power_output = high" );
tube->current_power_output = MicrowaveOven_tube_wattage_high_e;
/* CREATE OBJECT INSTANCE light OF MO_IL */
XTUML_OAL_STMT_TRACE( 1, "CREATE OBJECT INSTANCE light OF MO_IL" );
light = (MicrowaveOven_MO_IL *) Escher_CreateInstance( MicrowaveOven_DOMAIN_ID, MicrowaveOven_MO_IL_CLASS_NUMBER );
light->LightID = (Escher_UniqueID_t) light;
/* RELATE mo TO light ACROSS R2 */
XTUML_OAL_STMT_TRACE( 1, "RELATE mo TO light ACROSS R2" );
MicrowaveOven_MO_O_R2_Link( light, mo );
/* CREATE OBJECT INSTANCE beeper OF MO_B */
XTUML_OAL_STMT_TRACE( 1, "CREATE OBJECT INSTANCE beeper OF MO_B" );
beeper = (MicrowaveOven_MO_B *) Escher_CreateInstance( MicrowaveOven_DOMAIN_ID, MicrowaveOven_MO_B_CLASS_NUMBER );
beeper->BeeperID = (Escher_UniqueID_t) beeper;
/* RELATE mo TO beeper ACROSS R3 */
XTUML_OAL_STMT_TRACE( 1, "RELATE mo TO beeper ACROSS R3" );
MicrowaveOven_MO_O_R3_Link( beeper, mo );
/* CREATE OBJECT INSTANCE door OF MO_D */
XTUML_OAL_STMT_TRACE( 1, "CREATE OBJECT INSTANCE door OF MO_D" );
door = (MicrowaveOven_MO_D *) Escher_CreateInstance( MicrowaveOven_DOMAIN_ID, MicrowaveOven_MO_D_CLASS_NUMBER );
door->DoorID = (Escher_UniqueID_t) door;
/* RELATE mo TO door ACROSS R4 */
XTUML_OAL_STMT_TRACE( 1, "RELATE mo TO door ACROSS R4" );
MicrowaveOven_MO_O_R4_Link( door, mo );
/* ASSIGN door.is_secure = FALSE */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN door.is_secure = FALSE" );
door->is_secure = FALSE;
/* CREATE OBJECT INSTANCE turntable OF MO_TRN */
XTUML_OAL_STMT_TRACE( 1, "CREATE OBJECT INSTANCE turntable OF MO_TRN" );
turntable = (MicrowaveOven_MO_TRN *) Escher_CreateInstance( MicrowaveOven_DOMAIN_ID, MicrowaveOven_MO_TRN_CLASS_NUMBER );
turntable->TurntableID = (Escher_UniqueID_t) turntable;
/* RELATE mo TO turntable ACROSS R5 */
XTUML_OAL_STMT_TRACE( 1, "RELATE mo TO turntable ACROSS R5" );
MicrowaveOven_MO_O_R5_Link( turntable, mo );
}
/*
* class operation: populate
*/
ooaofooa_DOC_TBL *
ooaofooa_DOC_TBL_op_populate( ooaofooa_DOC_PAR * p_doc_par, const i_t p_num_cols, c_t * p_title )
{
ooaofooa_DOC_PAR * doc_par;ooaofooa_DOC_TBL * doc_tbl;
/* ASSIGN doc_par = PARAM.doc_par */
doc_par = p_doc_par;
/* CREATE OBJECT INSTANCE doc_tbl OF DOC_TBL */
doc_tbl = (ooaofooa_DOC_TBL *) Escher_CreateInstance( ooaofooa_DOMAIN_ID, ooaofooa_DOC_TBL_CLASS_NUMBER );
/* RELATE doc_tbl TO doc_par ACROSS R2315 */
ooaofooa_DOC_TBL_R2315_Link_has( doc_par, doc_tbl );
/* ASSIGN doc_tbl.title = PARAM.title */
doc_tbl->title = Escher_strcpy( doc_tbl->title, p_title );
/* ASSIGN doc_tbl.num_cols = PARAM.num_cols */
doc_tbl->num_cols = p_num_cols;
/* RETURN doc_tbl */
{ooaofooa_DOC_TBL * xtumlOALrv = doc_tbl;
return xtumlOALrv;}
}
/*
* instance state machine event dispatching
*/
void
infusion_infusion_Dispatch( Escher_xtUMLEvent_t * event )
{
Escher_iHandle_t instance;
Escher_EventNumber_t event_number = GetOoaEventNumber( event );
Escher_StateNumber_t current_state;
Escher_StateNumber_t next_state;
if ( 0 != GetIsCreationEvent( event ) ) {
instance = Escher_CreateInstance( infusion_DOMAIN_ID, infusion_infusion_CLASS_NUMBER );
if ( 0 != instance ) {
instance->current_state = UNINITIALIZED_STATE;
SetEventTargetInstance( event, instance );
} else {
/* Instance allocation failure - USER RECOVERY LOGIC IS TBD */
UserEventNoInstanceCallout( 0 );
}
} else {
instance = GetEventTargetInstance( event );
}
if ( 0 != instance ) {
current_state = instance->current_state;
if ( current_state > 5 ) {
/* instance validation failure (object deleted while event in flight) */
UserEventNoInstanceCallout( event_number );
} else {
next_state = infusion_infusion_StateEventMatrix[ current_state ][ event_number ];
if ( next_state <= 5 ) {
STATE_TXN_START_TRACE( "infusion", current_state, state_name_strings[ current_state ] );
/* Execute the state action and update the current state. */
( *infusion_infusion_acts[ next_state ] )( instance, event );
STATE_TXN_END_TRACE( "infusion", next_state, state_name_strings[ next_state ] );
instance->current_state = next_state;
} else if ( next_state == EVENT_CANT_HAPPEN ) {
/* event cant happen */
UserEventCantHappenCallout( current_state, next_state, event_number );
STATE_TXN_CH_TRACE( "infusion", current_state );
} else {
/* empty else */
}
}
}
}
static void Escher_load_instance(
Escher_ClassNumber_t count,
const c_t * wordvalues[]
)
{
Escher_ClassNumber_t n;
Escher_iHandle_t instance;
Escher_iHandle_t return_identifier;
/* Look up the class number and instance loader using the key letters. */
n = lookupclassloader( wordvalues[ 0 ] );
/* Invoke the creation function using the class number. */
instance = Escher_CreateInstance(
0, class_string_2_class_number[n].class_number );
/* Convert/Populate the attribute values. */
return_identifier = (*class_string_2_class_number[n].instance_loader)( instance, wordvalues );
if ( 0 != return_identifier ) {
Escher_instance_cache[ (int) return_identifier ] = instance;
}
}
/*
* 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 );
}
}
/*
* Interface: synchronization
* Provided Port: to_heart
* To Provider Message: init
*/
void
pacemaker_to_heart_init( const i_t p_diastolic_period, const i_t p_systolic_period )
{
pacemaker_PACER * pacer;
/* CREATE OBJECT INSTANCE pacer OF PACER */
XTUML_OAL_STMT_TRACE( 1, "CREATE OBJECT INSTANCE pacer OF PACER" );
pacer = (pacemaker_PACER *) Escher_CreateInstance( pacemaker_DOMAIN_ID, pacemaker_PACER_CLASS_NUMBER );
/* ASSIGN pacer.systolic_tolerance = 25 */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN pacer.systolic_tolerance = 25" );
pacer->systolic_tolerance = 25;
/* ASSIGN pacer.diastolic_tolerance = 25 */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN pacer.diastolic_tolerance = 25" );
pacer->diastolic_tolerance = 25;
/* ASSIGN pacer.cycle_count = 0 */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN pacer.cycle_count = 0" );
pacer->cycle_count = 0;
/* ASSIGN pacer.systolic_timeout = ( PARAM.systolic_period + ( ( PARAM.systolic_period * pacer.systolic_tolerance ) / 100 ) ) */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN pacer.systolic_timeout = ( PARAM.systolic_period + ( ( PARAM.systolic_period * pacer.systolic_tolerance ) / 100 ) )" );
pacer->systolic_timeout = ( p_systolic_period + ( ( p_systolic_period * pacer->systolic_tolerance ) / 100 ) );
/* ASSIGN pacer.diastolic_timeout = ( PARAM.diastolic_period + ( ( PARAM.diastolic_period * pacer.diastolic_tolerance ) / 100 ) ) */
XTUML_OAL_STMT_TRACE( 1, "ASSIGN pacer.diastolic_timeout = ( PARAM.diastolic_period + ( ( PARAM.diastolic_period * pacer.diastolic_tolerance ) / 100 ) )" );
pacer->diastolic_timeout = ( p_diastolic_period + ( ( p_diastolic_period * pacer->diastolic_tolerance ) / 100 ) );
}
/*
* Domain Function: setup
*/
void
sudoku_setup( void )
{
sudoku_SEQUENCE * sequence;
/* SELECT any sequence FROM INSTANCES OF SEQUENCE */
sequence = (sudoku_SEQUENCE *) Escher_SetGetAny( &pG_sudoku_SEQUENCE_extent.active );
/* IF ( empty sequence ) */
if ( ( 0 == sequence ) ) {
i_t i;sudoku_DIGIT * digit;Escher_ObjectSet_s rows_space; Escher_ObjectSet_s * rows = &rows_space; /* rows (ROW) */sudoku_ROW * row;Escher_ObjectSet_s cells_space; Escher_ObjectSet_s * cells = &cells_space; /* cells (CELL) */sudoku_CELL * cell;
Escher_InitSet( rows );Escher_InitSet( cells );
/* ASSIGN i = NVS::space_used() */
i = NVS_space_used();
/* IF ( ( i < 100 ) ) */
if ( ( i < 100 ) ) {
/* ASSIGN i = NVS::format() */
i = NVS_format();
/* IF ( ( i != 0 ) ) */
if ( ( i != 0 ) ) {
/* LOG::LogFailure( message:'Error formatting the NVS.' ) */
LOG_LogFailure( "Error formatting the NVS." );
}
}
/* LOG::LogInfo( message:'Did not find any PEI data, initializing NVS' ) */
LOG_LogInfo( "Did not find any PEI data, initializing NVS" );
/* ASSIGN i = NVS::version(first:1, second:2) */
i = NVS_version( 1, 2 );
/* ASSIGN i = NVS::checksum(first:1, second:2) */
i = NVS_checksum( 1, 2 );
/* ASSIGN i = 9 */
i = 9;
/* WHILE ( ( 0 < i ) ) */
while ( ( 0 < i ) ) {
sudoku_DIGIT * digit;
/* CREATE OBJECT INSTANCE digit OF DIGIT */
digit = (sudoku_DIGIT *) Escher_CreateInstance( sudoku_DOMAIN_ID, sudoku_DIGIT_CLASS_NUMBER );
/* ASSIGN digit.value = i */
digit->value = i;
/* ASSIGN i = ( i - 1 ) */
i = ( i - 1 );
}
/* CREATE OBJECT INSTANCE digit OF DIGIT */
digit = (sudoku_DIGIT *) Escher_CreateInstance( sudoku_DOMAIN_ID, sudoku_DIGIT_CLASS_NUMBER );
/* ASSIGN digit.value = 0 */
digit->value = 0;
/* ASSIGN i = 9 */
i = 9;
/* WHILE ( ( 0 < i ) ) */
while ( ( 0 < i ) ) {
sudoku_ROW * row;sudoku_COLUMN * column;sudoku_BOX * box;
/* CREATE OBJECT INSTANCE sequence OF SEQUENCE */
sequence = (sudoku_SEQUENCE *) Escher_CreateInstance( sudoku_DOMAIN_ID, sudoku_SEQUENCE_CLASS_NUMBER );
/* ASSIGN sequence.solved = FALSE */
sequence->solved = FALSE;
/* ASSIGN sequence.requests = 0 */
sequence->requests = 0;
/* CREATE OBJECT INSTANCE row OF ROW */
row = (sudoku_ROW *) Escher_CreateInstance( sudoku_DOMAIN_ID, sudoku_ROW_CLASS_NUMBER );
/* ASSIGN row.number = i */
row->number = i;
/* RELATE row TO sequence ACROSS R1 */
sudoku_ROW_R1_Link( sequence, row );
/* CREATE OBJECT INSTANCE sequence OF SEQUENCE */
sequence = (sudoku_SEQUENCE *) Escher_CreateInstance( sudoku_DOMAIN_ID, sudoku_SEQUENCE_CLASS_NUMBER );
/* ASSIGN sequence.solved = FALSE */
sequence->solved = FALSE;
/* ASSIGN sequence.requests = 0 */
sequence->requests = 0;
/* CREATE OBJECT INSTANCE column OF COLUMN */
column = (sudoku_COLUMN *) Escher_CreateInstance( sudoku_DOMAIN_ID, sudoku_COLUMN_CLASS_NUMBER );
/* ASSIGN column.number = i */
column->number = i;
/* RELATE column TO sequence ACROSS R1 */
sudoku_COLUMN_R1_Link( sequence, column );
/* CREATE OBJECT INSTANCE sequence OF SEQUENCE */
sequence = (sudoku_SEQUENCE *) Escher_CreateInstance( sudoku_DOMAIN_ID, sudoku_SEQUENCE_CLASS_NUMBER );
/* ASSIGN sequence.solved = FALSE */
sequence->solved = FALSE;
/* ASSIGN sequence.requests = 0 */
sequence->requests = 0;
/* CREATE OBJECT INSTANCE box OF BOX */
box = (sudoku_BOX *) Escher_CreateInstance( sudoku_DOMAIN_ID, sudoku_BOX_CLASS_NUMBER );
/* ASSIGN box.number = i */
box->number = i;
/* RELATE box TO sequence ACROSS R1 */
sudoku_BOX_R1_Link( sequence, box );
/* ASSIGN i = ( i - 1 ) */
i = ( i - 1 );
}
/* SELECT many rows FROM INSTANCES OF ROW */
Escher_CopySet( rows, &pG_sudoku_ROW_extent.active );
/* FOR EACH row IN rows */
{ Escher_Iterator_s iter1;
sudoku_ROW * sudoku_ROWiter1;
Escher_IteratorReset( &iter1, rows );
while ( (sudoku_ROWiter1 = (sudoku_ROW *)Escher_IteratorNext( &iter1 )) != 0 ) {
row = sudoku_ROWiter1; {
Escher_ObjectSet_s columns_space; Escher_ObjectSet_s * columns = &columns_space; /* columns (COLUMN) */sudoku_COLUMN * column;
Escher_InitSet( columns );
/* SELECT many columns FROM INSTANCES OF COLUMN */
Escher_CopySet( columns, &pG_sudoku_COLUMN_extent.active );
/* FOR EACH column IN columns */
{ Escher_Iterator_s iter3;
sudoku_COLUMN * sudoku_COLUMNiter3;
Escher_IteratorReset( &iter3, columns );
while ( (sudoku_COLUMNiter3 = (sudoku_COLUMN *)Escher_IteratorNext( &iter3 )) != 0 ) {
column = sudoku_COLUMNiter3; {
sudoku_CELL * cell;Escher_ObjectSet_s digits_space; Escher_ObjectSet_s * digits = &digits_space; /* digit (DIGIT) */
Escher_InitSet( digits );
/* CREATE OBJECT INSTANCE cell OF CELL */
cell = (sudoku_CELL *) Escher_CreateInstance( sudoku_DOMAIN_ID, sudoku_CELL_CLASS_NUMBER );
/* SELECT any digit FROM INSTANCES OF DIGIT WHERE ( SELECTED.value == 0 ) */
digit = 0;
{ sudoku_DIGIT * selected;
Escher_Iterator_s iter30_DIGIT;
Escher_IteratorReset( &iter30_DIGIT, &pG_sudoku_DIGIT_extent.active );
while ( (selected = (sudoku_DIGIT *) Escher_IteratorNext( &iter30_DIGIT )) != 0 ) {
if ( ( selected->value == 0 ) ) {
digit = selected;
break;
}
}
}
/* RELATE cell TO digit ACROSS R9 */
sudoku_CELL_R9_Link( digit, cell );
/* RELATE cell TO row ACROSS R2 */
sudoku_CELL_R2_Link( row, cell );
/* RELATE cell TO column ACROSS R3 */
sudoku_CELL_R3_Link( column, cell );
/* SELECT many digits FROM INSTANCES OF DIGIT WHERE ( SELECTED.value != 0 ) */
Escher_ClearSet( digits );
{ sudoku_DIGIT * selected;
Escher_Iterator_s iter31_DIGIT;
Escher_IteratorReset( &iter31_DIGIT, &pG_sudoku_DIGIT_extent.active );
while ( (selected = (sudoku_DIGIT *) Escher_IteratorNext( &iter31_DIGIT )) != 0 ) {
if ( ( selected->value != 0 ) ) {
Escher_SetInsertElement( digits, selected );
}
}
}
/* FOR EACH digit IN digits */
{ Escher_Iterator_s iter4;
sudoku_DIGIT * sudoku_DIGITiter4;
Escher_IteratorReset( &iter4, digits );
while ( (sudoku_DIGITiter4 = (sudoku_DIGIT *)Escher_IteratorNext( &iter4 )) != 0 ) {
digit = sudoku_DIGITiter4; {
sudoku_ELIGIBLE * eligible;
/* CREATE OBJECT INSTANCE eligible OF ELIGIBLE */
eligible = (sudoku_ELIGIBLE *) Escher_CreateInstance( sudoku_DOMAIN_ID, sudoku_ELIGIBLE_CLASS_NUMBER );
/* RELATE digit TO cell ACROSS R8 USING eligible */
sudoku_ELIGIBLE_R8_Link( cell, digit, eligible );
}}
}
Escher_ClearSet( digits ); /* Clear set: digit */
}}
}
Escher_ClearSet( columns );
}}
}
/* SELECT many cells FROM INSTANCES OF CELL */
Escher_CopySet( cells, &pG_sudoku_CELL_extent.active );
/* FOR EACH cell IN cells */
{ Escher_Iterator_s iter2;
sudoku_CELL * sudoku_CELLiter2;
Escher_IteratorReset( &iter2, cells );
while ( (sudoku_CELLiter2 = (sudoku_CELL *)Escher_IteratorNext( &iter2 )) != 0 ) {
cell = sudoku_CELLiter2; {
/* IF ( ( ( cell.row_number <= 3 ) and ( cell.column_number <= 3 ) ) ) */
if ( ( ( cell->row_number <= 3 ) && ( cell->column_number <= 3 ) ) ) {
sudoku_BOX * box;
/* SELECT any box FROM INSTANCES OF BOX WHERE ( SELECTED.number == 1 ) */
box = 0;
{ sudoku_BOX * selected;
Escher_Iterator_s iter32_BOX;
Escher_IteratorReset( &iter32_BOX, &pG_sudoku_BOX_extent.active );
while ( (selected = (sudoku_BOX *) Escher_IteratorNext( &iter32_BOX )) != 0 ) {
if ( ( selected->number == 1 ) ) {
box = selected;
break;
}
}
}
/* RELATE cell TO box ACROSS R4 */
sudoku_CELL_R4_Link( box, cell );
}
else if ( ( ( cell->row_number <= 3 ) && ( ( 4 <= cell->column_number ) && ( cell->column_number <= 6 ) ) ) ) {
sudoku_BOX * box;
/* SELECT any box FROM INSTANCES OF BOX WHERE ( SELECTED.number == 2 ) */
box = 0;
{ sudoku_BOX * selected;
Escher_Iterator_s iter33_BOX;
Escher_IteratorReset( &iter33_BOX, &pG_sudoku_BOX_extent.active );
while ( (selected = (sudoku_BOX *) Escher_IteratorNext( &iter33_BOX )) != 0 ) {
if ( ( selected->number == 2 ) ) {
box = selected;
break;
}
}
}
/* RELATE cell TO box ACROSS R4 */
sudoku_CELL_R4_Link( box, cell );
}
else if ( ( ( cell->row_number <= 3 ) && ( 7 <= cell->column_number ) ) ) {
sudoku_BOX * box;
/* SELECT any box FROM INSTANCES OF BOX WHERE ( SELECTED.number == 3 ) */
box = 0;
{ sudoku_BOX * selected;
Escher_Iterator_s iter34_BOX;
Escher_IteratorReset( &iter34_BOX, &pG_sudoku_BOX_extent.active );
while ( (selected = (sudoku_BOX *) Escher_IteratorNext( &iter34_BOX )) != 0 ) {
if ( ( selected->number == 3 ) ) {
box = selected;
break;
}
}
}
/* RELATE cell TO box ACROSS R4 */
sudoku_CELL_R4_Link( box, cell );
}
else if ( ( ( ( 4 <= cell->row_number ) && ( cell->row_number <= 6 ) ) && ( cell->column_number <= 3 ) ) ) {
sudoku_BOX * box;
/* SELECT any box FROM INSTANCES OF BOX WHERE ( SELECTED.number == 4 ) */
box = 0;
{ sudoku_BOX * selected;
Escher_Iterator_s iter35_BOX;
Escher_IteratorReset( &iter35_BOX, &pG_sudoku_BOX_extent.active );
while ( (selected = (sudoku_BOX *) Escher_IteratorNext( &iter35_BOX )) != 0 ) {
if ( ( selected->number == 4 ) ) {
box = selected;
break;
}
}
}
/* RELATE cell TO box ACROSS R4 */
sudoku_CELL_R4_Link( box, cell );
}
else if ( ( ( ( 4 <= cell->row_number ) && ( cell->row_number <= 6 ) ) && ( ( 4 <= cell->column_number ) && ( cell->column_number <= 6 ) ) ) ) {
sudoku_BOX * box;
/* SELECT any box FROM INSTANCES OF BOX WHERE ( SELECTED.number == 5 ) */
box = 0;
{ sudoku_BOX * selected;
Escher_Iterator_s iter36_BOX;
Escher_IteratorReset( &iter36_BOX, &pG_sudoku_BOX_extent.active );
while ( (selected = (sudoku_BOX *) Escher_IteratorNext( &iter36_BOX )) != 0 ) {
if ( ( selected->number == 5 ) ) {
box = selected;
break;
}
}
}
/* RELATE cell TO box ACROSS R4 */
sudoku_CELL_R4_Link( box, cell );
}
else if ( ( ( ( 4 <= cell->row_number ) && ( cell->row_number <= 6 ) ) && ( 7 <= cell->column_number ) ) ) {
sudoku_BOX * box;
/* SELECT any box FROM INSTANCES OF BOX WHERE ( SELECTED.number == 6 ) */
box = 0;
{ sudoku_BOX * selected;
Escher_Iterator_s iter37_BOX;
Escher_IteratorReset( &iter37_BOX, &pG_sudoku_BOX_extent.active );
while ( (selected = (sudoku_BOX *) Escher_IteratorNext( &iter37_BOX )) != 0 ) {
if ( ( selected->number == 6 ) ) {
box = selected;
break;
}
}
}
/* RELATE cell TO box ACROSS R4 */
sudoku_CELL_R4_Link( box, cell );
}
else if ( ( ( 7 <= cell->row_number ) && ( cell->column_number <= 3 ) ) ) {
sudoku_BOX * box;
/* SELECT any box FROM INSTANCES OF BOX WHERE ( SELECTED.number == 7 ) */
box = 0;
{ sudoku_BOX * selected;
Escher_Iterator_s iter38_BOX;
Escher_IteratorReset( &iter38_BOX, &pG_sudoku_BOX_extent.active );
while ( (selected = (sudoku_BOX *) Escher_IteratorNext( &iter38_BOX )) != 0 ) {
if ( ( selected->number == 7 ) ) {
box = selected;
break;
}
}
}
/* RELATE cell TO box ACROSS R4 */
sudoku_CELL_R4_Link( box, cell );
}
else if ( ( ( 7 <= cell->row_number ) && ( ( 4 <= cell->column_number ) && ( cell->column_number <= 6 ) ) ) ) {
sudoku_BOX * box;
/* SELECT any box FROM INSTANCES OF BOX WHERE ( SELECTED.number == 8 ) */
box = 0;
{ sudoku_BOX * selected;
Escher_Iterator_s iter39_BOX;
Escher_IteratorReset( &iter39_BOX, &pG_sudoku_BOX_extent.active );
while ( (selected = (sudoku_BOX *) Escher_IteratorNext( &iter39_BOX )) != 0 ) {
if ( ( selected->number == 8 ) ) {
box = selected;
break;
}
}
}
/* RELATE cell TO box ACROSS R4 */
sudoku_CELL_R4_Link( box, cell );
}
else if ( ( ( 7 <= cell->row_number ) && ( 7 <= cell->column_number ) ) ) {
sudoku_BOX * box;
/* SELECT any box FROM INSTANCES OF BOX WHERE ( SELECTED.number == 9 ) */
box = 0;
{ sudoku_BOX * selected;
Escher_Iterator_s iter40_BOX;
Escher_IteratorReset( &iter40_BOX, &pG_sudoku_BOX_extent.active );
while ( (selected = (sudoku_BOX *) Escher_IteratorNext( &iter40_BOX )) != 0 ) {
if ( ( selected->number == 9 ) ) {
box = selected;
break;
}
}
}
/* RELATE cell TO box ACROSS R4 */
sudoku_CELL_R4_Link( box, cell );
}
}}
}
Escher_ClearSet( rows );Escher_ClearSet( cells );
}
else {
/* LOG::LogInfo( message:'PEI data found.' ) */
LOG_LogInfo( "PEI data found." );
}
}
/*
* class operation: update
*/
void
monitor_pulse_op_update( const i_t p_pulse )
{
monitor_pulse * pulse=0;monitor_vitalsign * vitalsign=0;
/* SELECT any pulse FROM INSTANCES OF pulse */
XTUML_OAL_STMT_TRACE( 1, "SELECT any pulse FROM INSTANCES OF pulse" );
pulse = (monitor_pulse *) Escher_SetGetAny( &pG_monitor_pulse_extent.active );
/* SELECT one vitalsign RELATED BY pulse->vitalsign[R2] */
XTUML_OAL_STMT_TRACE( 1, "SELECT one vitalsign RELATED BY pulse->vitalsign[R2]" );
vitalsign = ( 0 != pulse ) ? pulse->vitalsign_R2 : 0;
/* IF ( not_empty vitalsign ) */
XTUML_OAL_STMT_TRACE( 1, "IF ( not_empty vitalsign )" );
if ( ( 0 != vitalsign ) ) {
monitor_alarm * redalarm=0;monitor_alarm * yellowalarm=0;
/* ASSIGN vitalsign.value = PARAM.pulse */
XTUML_OAL_STMT_TRACE( 2, "ASSIGN vitalsign.value = PARAM.pulse" );
vitalsign->value = p_pulse;
/* SEND UI::display(name:vitalsign.name, value:vitalsign.value) */
XTUML_OAL_STMT_TRACE( 2, "SEND UI::display(name:vitalsign.name, value:vitalsign.value)" );
monitor_UI_display( vitalsign->name, vitalsign->value );
/* SELECT one redalarm RELATED BY vitalsign->alarm[R7] WHERE ( ( SELECTED.color == red ) ) */
XTUML_OAL_STMT_TRACE( 2, "SELECT one redalarm RELATED BY vitalsign->alarm[R7] WHERE ( ( SELECTED.color == red ) )" );
{redalarm = 0;
{monitor_alarm * selected = ( 0 != vitalsign ) ? vitalsign->alarm_R7_sounds : 0;
if ( ( 0 != selected ) && ( selected->color == capssys_color_red_e ) ) {
redalarm = selected;
}}}
/* SELECT one yellowalarm RELATED BY vitalsign->alarm[R7] WHERE ( ( SELECTED.color == yellow ) ) */
XTUML_OAL_STMT_TRACE( 2, "SELECT one yellowalarm RELATED BY vitalsign->alarm[R7] WHERE ( ( SELECTED.color == yellow ) )" );
{yellowalarm = 0;
{monitor_alarm * selected = ( 0 != vitalsign ) ? vitalsign->alarm_R7_sounds : 0;
if ( ( 0 != selected ) && ( selected->color == capssys_color_yellow_e ) ) {
yellowalarm = selected;
}}}
/* IF ( ( vitalsign.value < vitalsign.yellow_threshold ) ) */
XTUML_OAL_STMT_TRACE( 2, "IF ( ( vitalsign.value < vitalsign.yellow_threshold ) )" );
if ( ( vitalsign->value < vitalsign->yellow_threshold ) ) {
/* IF ( empty redalarm ) */
XTUML_OAL_STMT_TRACE( 3, "IF ( empty redalarm )" );
if ( ( 0 == redalarm ) ) {
/* IF ( not_empty yellowalarm ) */
XTUML_OAL_STMT_TRACE( 4, "IF ( not_empty yellowalarm )" );
if ( ( 0 != yellowalarm ) ) {
/* UNRELATE yellowalarm FROM vitalsign ACROSS R7 */
XTUML_OAL_STMT_TRACE( 5, "UNRELATE yellowalarm FROM vitalsign ACROSS R7" );
monitor_alarm_R7_Unlink_sounds( vitalsign, yellowalarm );
/* DELETE OBJECT INSTANCE yellowalarm */
XTUML_OAL_STMT_TRACE( 5, "DELETE OBJECT INSTANCE yellowalarm" );
if ( 0 == yellowalarm ) {
XTUML_EMPTY_HANDLE_TRACE( "alarm", "Escher_DeleteInstance" );
}
Escher_DeleteInstance( (Escher_iHandle_t) yellowalarm, monitor_DOMAIN_ID, monitor_alarm_CLASS_NUMBER );
}
/* CREATE OBJECT INSTANCE redalarm OF alarm */
XTUML_OAL_STMT_TRACE( 4, "CREATE OBJECT INSTANCE redalarm OF alarm" );
redalarm = (monitor_alarm *) Escher_CreateInstance( monitor_DOMAIN_ID, monitor_alarm_CLASS_NUMBER );
/* ASSIGN redalarm.color = red */
XTUML_OAL_STMT_TRACE( 4, "ASSIGN redalarm.color = red" );
redalarm->color = capssys_color_red_e;
/* RELATE redalarm TO vitalsign ACROSS R7 */
XTUML_OAL_STMT_TRACE( 4, "RELATE redalarm TO vitalsign ACROSS R7" );
monitor_alarm_R7_Link_sounds( vitalsign, redalarm );
}
}
else if ( ( vitalsign->value < vitalsign->yellow_threshold ) ) {
/* IF ( empty yellowalarm ) */
XTUML_OAL_STMT_TRACE( 3, "IF ( empty yellowalarm )" );
if ( ( 0 == yellowalarm ) ) {
/* CREATE OBJECT INSTANCE yellowalarm OF alarm */
XTUML_OAL_STMT_TRACE( 4, "CREATE OBJECT INSTANCE yellowalarm OF alarm" );
yellowalarm = (monitor_alarm *) Escher_CreateInstance( monitor_DOMAIN_ID, monitor_alarm_CLASS_NUMBER );
/* ASSIGN yellowalarm.color = yellow */
XTUML_OAL_STMT_TRACE( 4, "ASSIGN yellowalarm.color = yellow" );
yellowalarm->color = capssys_color_yellow_e;
/* RELATE yellowalarm TO vitalsign ACROSS R7 */
XTUML_OAL_STMT_TRACE( 4, "RELATE yellowalarm TO vitalsign ACROSS R7" );
monitor_alarm_R7_Link_sounds( vitalsign, yellowalarm );
}
}
else {
}
}
}
