player.h

含有uml的多个实例及实例的java源码。

// {{{RME classifier 'Logical View::Player'

#ifndef Player_H
#define Player_H

#ifdef PRAGMA
#pragma interface "Player.h"
#endif

#include <RTSystem/CardGameComponent.h>
#include <CommHeadsUp.h>
class Hand;
class PokerHand;

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

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

extern const RTActorClass Player;

#define SUPER RTActor
class Player_Actor : public RTActor
{
public:
	// {{{RME tool 'OT::Cpp' property 'PublicDeclarations'
	// {{{USR

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

protected:
	// {{{RME tool 'OT::Cpp' property 'ProtectedDeclarations'
	// {{{USR

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

private:
	// {{{RME tool 'OT::Cpp' property 'PrivateDeclarations'
	// {{{USR

	// }}}USR
	// }}}RME
	// {{{RME classAttribute '_bet'
	int _bet;
	// }}}RME
	// {{{RME classAttribute '_ncards'
	int _ncards;
	// }}}RME
	// {{{RME classAttribute '_money'
	long _money;
	// }}}RME
	// {{{RME classAttribute '_hand'
	Hand * _hand;
	// }}}RME

protected:
	// {{{RME port 'dealer_comm'
	CommHeadsUp::Conjugate dealer_comm;
	// }}}RME
	// {{{RME port 'timer'
	Timing::Base timer;
	// }}}RME

public:
	Player_Actor( RTController * rtg_rts, RTActorRef * rtg_ref );
	virtual ~Player_Actor( void );
	virtual int _followInV( RTBindingEnd & rtg_end, int rtg_portId, int rtg_repIndex );

protected:
	// {{{RME enter ':TOP:WaitingToStart'
	INLINE_METHODS void enter2_WaitingToStart( void );
	// }}}RME
	virtual void enterStateV( void );
	// {{{RME transition ':TOP:Initial:Initial'
	INLINE_METHODS void transition1_Initial( const void * rtdata, RTProtocol * rtport );
	// }}}RME
	// {{{RME transition ':TOP:WaitingToStart:Junction2:Ante'
	INLINE_METHODS void transition2_Ante( const void * rtdata, Timing::Base * rtport );
	// }}}RME
	// {{{RME transition ':TOP:GameResults:Junction1:Lose'
	INLINE_METHODS void transition3_Lose( const void * rtdata, CommHeadsUp::Conjugate * rtport );
	// }}}RME
	// {{{RME transition ':TOP:WaitingToStart:Junction4:Win'
	INLINE_METHODS void transition4_Win( const int * rtdata, CommHeadsUp::Conjugate * rtport );
	// }}}RME
	// {{{RME transition ':TOP:ReceivingCards:Got_all_cards:Got_all_cards'
	INLINE_METHODS void transition5_Got_all_cards( const Card * rtdata, CommHeadsUp::Conjugate * rtport );
	// }}}RME
	// {{{RME transition ':TOP:ReceivingCards:ReceiveAllCards:Junction2:Received_card'
	INLINE_METHODS void transition8_Received_card( const Card * rtdata, CommHeadsUp::Conjugate * rtport );
	// }}}RME

private:
	INLINE_CHAINS void chain1_Initial( void );
	INLINE_CHAINS void chain4_Win( void );
	INLINE_CHAINS void chain2_Ante( void );
	INLINE_CHAINS void chain3_Lose( void );
	INLINE_CHAINS void chain8_Received_card( void );

protected:
	// {{{RME choicePoint ':TOP:ReceivingCards:All_cards'
	INLINE_METHODS int choicePoint1_All_cards( const Card * rtdata, CommHeadsUp::Conjugate * rtport );
	// }}}RME

private:
	INLINE_CHAINS void chain9_Got_all_cards( void );
	INLINE_CHAINS void chain7_False( void );

public:
	virtual void rtsBehavior( int signalIndex, int portIndex );
	virtual const RTActor_class * getActorData( void ) const;

protected:
	static const RTActor_class rtg_class;

public:
	static const RTStateId rtg_parent_state[];

private:
	static const RTPortDescriptor rtg_ports[];

public:
	static const RTFieldDescriptor rtg_Player_fields[];
};
#undef SUPER

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

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

#endif /* Player_H */

// }}}RME