brewcycle_test.cpp

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// {{{RME classifier 'Logical View::TestHarnesses::MarkI_Tests::Scenarios_MarkI::BrewCycle_Test'

#if defined( PRAGMA ) && ! defined( PRAGMA_IMPLEMENTED )
#pragma implementation "rtg/BrewCycle_Test.h"
#endif

#include <RTSystem/AutoTestMarkI_x86VisualCpp60.h>
#include <rtg/BrewCycle_Test.h>
#include <rtg/Boiler.h>
#include <rtg/BrewButton.h>
#include <rtg/IndicatorLight.h>
#include <rtg/ReliefValve.h>
#include <rtg/Warmer.h>

// {{{RME tool 'OT::Cpp' property 'ImplementationPreface'
// {{{USR

// }}}USR
// }}}RME

static const RTRelayDescriptor rtg_relays[] =
{
	{
		"reliefValve"
	  , &ReliefValve::Base::rt_class
	  , 1 // cardinality
	}
  , {
		"boiler"
	  , &Boiler::Base::rt_class
	  , 1 // cardinality
	}
  , {
		"brewButton"
	  , &BrewButton::Base::rt_class
	  , 1 // cardinality
	}
  , {
		"warmer"
	  , &Warmer::Base::rt_class
	  , 1 // cardinality
	}
  , {
		"indicatorLight"
	  , &IndicatorLight::Base::rt_class
	  , 1 // cardinality
	}
  , {
		"testResults"
	  , &TestResults::Base::rt_class
	  , 1 // cardinality
	}
};

static RTActor * new_BrewCycle_Test_Actor( RTController * _rts, RTActorRef * _ref )
{
	return new BrewCycle_Test_Actor( _rts, _ref );
}

const RTActorClass BrewCycle_Test =
{
	&MarkI_TestContainer
  , "BrewCycle_Test"
  , (RTVersionId)0
  , 6
  , rtg_relays
  , new_BrewCycle_Test_Actor
};

static const char * const rtg_state_names[] =
{
	"TOP"
  , "Waiting"
  , "Light"
  , "Check"
  , "BoilerValveOn"
  , "CheckWarmerGoesOn"
  , "boilerEmpty"
  , "BoilerOff"
  , "ValveOff"
  , "Done"
};

#define SUPER MarkI_TestContainer_Actor

BrewCycle_Test_Actor::BrewCycle_Test_Actor( RTController * rtg_rts, RTActorRef * rtg_ref )
	: MarkI_TestContainer_Actor( rtg_rts, rtg_ref )
{
}

BrewCycle_Test_Actor::~BrewCycle_Test_Actor( void )
{
}

int BrewCycle_Test_Actor::_followInV( RTBindingEnd & rtg_end, int rtg_portId, int rtg_repIndex )
{
	switch( rtg_portId )
	{
	case 0:
		// reliefValve
		if( rtg_repIndex < 1 )
		{
			// t_reliefValve
			rtg_end.port = &t_reliefValve;
			rtg_end.index = rtg_repIndex;
			return 1;
		}
		break;
	case 1:
		// boiler
		if( rtg_repIndex < 1 )
		{
			// t_boiler
			rtg_end.port = &t_boiler;
			rtg_end.index = rtg_repIndex;
			return 1;
		}
		break;
	case 2:
		// brewButton
		if( rtg_repIndex < 1 )
		{
			// t_brewButton
			rtg_end.port = &t_brewButton;
			rtg_end.index = rtg_repIndex;
			return 1;
		}
		break;
	case 3:
		// warmer
		if( rtg_repIndex < 1 )
		{
			// t_warmer
			rtg_end.port = &t_warmer;
			rtg_end.index = rtg_repIndex;
			return 1;
		}
		break;
	case 4:
		// indicatorLight
		if( rtg_repIndex < 1 )
		{
			// t_indicatorLight
			rtg_end.port = &t_indicatorLight;
			rtg_end.index = rtg_repIndex;
			return 1;
		}
		break;
	case 5:
		// testResults
		if( rtg_repIndex < 1 )
		{
			rtg_end.port = &testResults;
			rtg_end.index = rtg_repIndex;
			return 1;
		}
		break;
	default:
		break;
	}
	return MarkI_TestContainer_Actor::_followInV( rtg_end, rtg_portId, rtg_repIndex );
}

// {{{RME enter ':TOP:Done'
#define CALLSUPER MarkI_TestContainer_Actor::enter10_Done()
INLINE_METHODS void BrewCycle_Test_Actor::enter10_Done( void )
{
	// {{{USR
	testResults.success().send();


	// }}}USR
}
#undef CALLSUPER
// }}}RME

void BrewCycle_Test_Actor::enterStateV( void )
{
	switch( getCurrentState() )
	{
	case 10:
		enter10_Done();
		break;
	default:
		MarkI_TestContainer_Actor::enterStateV();
		break;
	}
}

// {{{RME transition ':TOP:Waiting:Junction2:Prepare'
#define SUPERMETHOD MarkI_TestContainer_Actor::transition3_Prepare
#define CALLSUPER MarkI_TestContainer_Actor::transition3_Prepare( rtdata, rtport )
INLINE_METHODS void BrewCycle_Test_Actor::transition3_Prepare( const void * rtdata, TestResults::Base * rtport )
{
	// {{{USR
	// start test timer

	timer.informIn( RTTimespec( 4,0 ) );


	// put empty pot
	// fill boiler with water
	// press brew button

	t_warmer.potEmpty().send();
	t_boiler.boilerNotEmpty().send();
	t_brewButton.brewButtonPushed().send();

	// }}}USR
}
#undef SUPERMETHOD
#undef CALLSUPER
// }}}RME

// {{{RME transition ':TOP:BoilerValveOn:Junction2:waterStartToFill'
#define SUPERMETHOD MarkI_TestContainer_Actor::transition6_waterStartToFill
#define CALLSUPER MarkI_TestContainer_Actor::transition6_waterStartToFill( rtdata, rtport )
INLINE_METHODS void BrewCycle_Test_Actor::transition6_waterStartToFill( const void * rtdata, RTProtocol * rtport )
{
	// {{{USR
	t_warmer.potNotEmpty().send();

	// }}}USR
}
#undef SUPERMETHOD
#undef CALLSUPER
// }}}RME

// {{{RME transition ':TOP:CheckWarmerGoesOn:Junction2:warmer_on'
#define SUPERMETHOD MarkI_TestContainer_Actor::transition7_warmer_on
#define CALLSUPER MarkI_TestContainer_Actor::transition7_warmer_on( rtdata, rtport )
INLINE_METHODS void BrewCycle_Test_Actor::transition7_warmer_on( const void * rtdata, Warmer::Base * rtport )
{
	// {{{USR
	t_boiler.boilerEmpty().send();

	// }}}USR
}
#undef SUPERMETHOD
#undef CALLSUPER
// }}}RME

INLINE_CHAINS void BrewCycle_Test_Actor::chain2_Initial( void )
{
	// transition ':TOP:Initial:Initial'
	rtgChainBegin( 1, "Initial" );
	rtgTransitionBegin();
	rtgTransitionEnd();
	enterState( 2 );
}

INLINE_CHAINS void BrewCycle_Test_Actor::chain1_timeout( void )
{
	// classifier 'Logical View::TestHarnesses::MarkI_Tests::MarkI_TestContainer' transition ':TOP:Junction1:timeout'
	rtgChainBegin( 1, "timeout" );
	exitToChainState( 1, rtg_parent_state );
	rtgTransitionBegin();
	transition1_timeout( msg->data, (Timing::Base *)msg->sap() );
	rtgTransitionEnd();
	processHistory();
}

INLINE_CHAINS void BrewCycle_Test_Actor::chain3_Prepare( void )
{
	// transition ':TOP:Waiting:Junction2:Prepare'
	rtgChainBegin( 2, "Prepare" );
	exitState( rtg_parent_state );
	rtgTransitionBegin();
	transition3_Prepare( msg->data, (TestResults::Base *)msg->sap() );
	rtgTransitionEnd();
	enterState( 3 );
}

INLINE_CHAINS void BrewCycle_Test_Actor::chain4_indicatorOff( void )
{
	// transition ':TOP:Light:Junction2:indicatorOff'
	rtgChainBegin( 3, "indicatorOff" );
	exitState( rtg_parent_state );
	rtgTransitionBegin();
	rtgTransitionEnd();
	enterState( 4 );
}

INLINE_CHAINS void BrewCycle_Test_Actor::chain5_heat_boiler( void )
{
	// transition ':TOP:Check:Junction2:heat_boiler'
	rtgChainBegin( 4, "heat_boiler" );
	exitState( rtg_parent_state );
	rtgTransitionBegin();
	rtgTransitionEnd();
	enterState( 5 );
}

INLINE_CHAINS void BrewCycle_Test_Actor::chain6_waterStartToFill( void )
{
	// transition ':TOP:BoilerValveOn:Junction2:waterStartToFill'
	rtgChainBegin( 5, "waterStartToFill" );
	exitState( rtg_parent_state );
	rtgTransitionBegin();
	transition6_waterStartToFill( msg->data, msg->sap() );
	rtgTransitionEnd();
	enterState( 6 );
}

INLINE_CHAINS void BrewCycle_Test_Actor::chain7_warmer_on( void )
{
	// transition ':TOP:CheckWarmerGoesOn:Junction2:warmer_on'
	rtgChainBegin( 6, "warmer_on" );
	exitState( rtg_parent_state );
	rtgTransitionBegin();
	transition7_warmer_on( msg->data, (Warmer::Base *)msg->sap() );
	rtgTransitionEnd();
	enterState( 7 );
}

INLINE_CHAINS void BrewCycle_Test_Actor::chain8_turnOnLight( void )
{
	// transition ':TOP:boilerEmpty:Junction2:turnOnLight'
	rtgChainBegin( 7, "turnOnLight" );
	exitState( rtg_parent_state );
	rtgTransitionBegin();
	rtgTransitionEnd();
	enterState( 8 );
}

INLINE_CHAINS void BrewCycle_Test_Actor::chain9_boiler( void )
{
	// transition ':TOP:BoilerOff:Junction2:boiler'
	rtgChainBegin( 8, "boiler" );
	exitState( rtg_parent_state );
	rtgTransitionBegin();
	rtgTransitionEnd();
	enterState( 9 );
}

INLINE_CHAINS void BrewCycle_Test_Actor::chain10_valve( void )
{
	// transition ':TOP:ValveOff:Junction2:valve'
	rtgChainBegin( 9, "valve" );
	exitState( rtg_parent_state );
	rtgTransitionBegin();
	rtgTransitionEnd();
	enterState( 10 );
}

void BrewCycle_Test_Actor::rtsBehavior( int signalIndex, int portIndex )
{
	for( int stateIndex = getCurrentState(); ; stateIndex = rtg_parent_state[ stateIndex - 1 ] )
		switch( stateIndex )
		{
		case 1:
			// {{{RME state ':TOP'
			switch( portIndex )
			{
			case 0:
				switch( signalIndex )
				{
				case 1:
					chain2_Initial();
					return;
				default:
					break;
				}
				break;
			case 12:
				// {{{RME classifier 'Logical View::TestHarnesses::MarkI_Tests::MarkI_TestContainer' port 'timer'
				switch( signalIndex )
				{
				case Timing::Base::rti_timeout:
					chain1_timeout();
					return;
				default:
					break;
				}
				break;
				// }}}RME
			default:
				break;
			}
			unexpectedMessage();
			return;
			// }}}RME
		case 2:
			// {{{RME state ':TOP:Waiting'
			switch( portIndex )
			{
			case 0:
				switch( signalIndex )
				{
				case 1:
					return;
				default:
					break;
				}
				break;
			case 6:
				// {{{RME classifier 'Logical View::TestHarnesses::MarkI_Tests::MarkI_TestContainer' port 'testResults'
				switch( signalIndex )
				{
				case TestResults::Base::rti_start:
					chain3_Prepare();
					return;
				default:
					break;
				}
				break;
				// }}}RME
			default:
				break;
			}
			break;
			// }}}RME
		case 3:
			// {{{RME state ':TOP:Light'
			switch( portIndex )
			{
			case 0:
				switch( signalIndex )
				{
				case 1:
					return;
				default:
					break;
				}
				break;
			case 8:
				// {{{RME classifier 'Logical View::TestHarnesses::MarkI_Tests::MarkI_TestContainer' port 't_indicatorLight'