-- CPP module extracted from ITU-T Z.165.1 (05/2012)

using namespace ORG_ETSI_TTCN3_TRI;

class QualifiedName {
public:
	~QualifiedName ();
	const Tstring & getModuleName () const;
	void setModuleName (const Tstring &mName);
	const Tstring & getObjectName () const;
	void setObjectName (const Tstring &oName);
		Tstring toString () const;
		Tboolean equals (const QualifiedName &qn) const;
	QualifiedName * cloneQualifiedName () const;
	Tboolean operator< (const QualifiedName &qn) const;
}
class TriAddress {
public:
	virtual ~TriAddress ();
	virtual const Tbyte *getEncodedData()const=0;
	virtual void setEncodedData(const Tbyte *str, Tsize bitLen)=0;
	virtual Tsize getBitsDataLen()const=0;
	virtual Tboolean operator== (const TriAddress &add) const =0;
	virtual TriAddress * cloneAddress () const =0;
	virtual Tboolean operator< (const TriAddress &add) const =0;
}

class TriAddressList {
public:
	virtual ~TriAddressList ();
	virtual Tsize size () const =0;
	virtual Tboolean isEmpty () const =0;
	virtual const TriAddress & get (Tsize index) const =0;
	virtual void clear ()=0;
	virtual void add (const TriAddress &elem)=0;
	virtual Tboolean operator== (const TriAddressList &addl) const =0;
	virtual TriAddressList * cloneAddressList () const =0;
	virtual Tboolean operator< (const TriAddressList &addl) const =0;
}

class TriComponentId {
public:
	virtual ~TriComponentId ();
	virtual const QualifiedName & getComponentTypeName () const =0;
	virtual void setComponentTypeName (const QualifiedName &tName)=0;
	virtual Tstring & getComponentName () const =0;
	virtual void setComponentName (const Tstring &sName)=0;
	virtual const Tinteger & getComponentId () const =0;
	virtual void setComponentId (const Tinteger &id)=0;
	virtual Tstring toString () const =0;
	virtual Tboolean operator== (const TriComponentId &cmp) const =0;
	virtual TriComponentId * cloneComponentId () const =0;
	virtual Tboolean operator< (const TriComponentId &cmp) const =0;
}


class TriComponentIdList {
public:
	virtual ~TriComponentIdList ();
	virtual Tsize size () const =0;
	virtual Tboolean isEmpty () const =0;
	virtual const TriComponentId & get (Tsize index)const=0;
	virtual void clear ()=0;
	virtual void add (const TriComponentId &comp)=0;
	virtual Tboolean operator== (const TriComponentIdList &cmpl) const =0;
	virtual TriComponentIdList * cloneComponentIdList () const =0;
	virtual Tboolean operator< (const TriComponentIdList &cmpl) const =0;
}

class TriException {
public:
	virtual ~TriException ();
	virtual const Tbyte *getData()const=0;
	virtual void setData(const Tbyte *str, Tsize bitLen)=0;
	virtual Tsize getBitsDataLen()const=0;
	virtual Tstring toString()const=0;
	virtual Tboolean operator== (const TriException &exc)const=0;
	virtual TriException * cloneException () const =0;
	virtual Tboolean operator< (const TriException &exc) const =0;
}

class  TriFunctionId : QualifiedName {
public:
	virtual ~TriFunctionId ();
	virtual Tboolean operator== (const TriFunctionId &fid) const =0;
	virtual TriFunctionId * cloneFunctionId () const =0;
	virtual Tboolean operator< (const TriFunctionId &fid) const =0;
}

class TriMessage {
public:
	virtual ~TriMessage ();
	virtual const Tbyte *getData()const=0;
	virtual void setData(const Tbyte *str, Tsize bitLen)=0;
	virtual Tsize getBitsDataLen()const=0;
	virtual Tstring toString()const=0;
	virtual Tboolean operator== (const TriMessage &msg) const =0;
	virtual TriMessage * cloneMessage () const =0;
	virtual Tboolean operator< (const TriMessage &msg) const =0;
}


class  TriParameter {
public:
	virtual ~TriParameter ();
	virtual const Tstring & getParameterName () const =0;
	virtual void setParameterName (const Tstring &name)=0;
	virtual const TriParameterPassingMode & getParameterPassingMode () const =0;
	virtual void setParameterPassingMode (const TriParameterPassingMode &mode)=0;
	virtual const Tbyte *getEncodedParameter()const=0;
	virtual void setEncodedParameter(const Tbyte *str, Tsize bitLen)=0;
	virtual Tsize getBitsDataLen()const=0;
	virtual Tboolean operator== (const TriParameter &par) const =0;
	virtual TriParameter * cloneParameter () const =0;
	virtual Tboolean operator< (const TriParameter &par) const =0;
}

class TriParameterList {
public:
	virtual ~TriParameterList ();
	virtual Tsize size () const =0;
	virtual Tboolean isEmpty () const =0;
	virtual const TriParameter & get (Tsize index) const =0;
	virtual void clear ()=0;
	virtual void add (const TriParameter ¶meter)=0;
	virtual Tboolean operator== (const TriParameterList &pml) const =0;
	virtual TriParameterList * cloneParameterList () const =0;
	virtual Tboolean operator< (const TriParameterList &pml) const =0;
}

typedef enum
{ 
  IN = 0,
  OUT = 1,
  INOUT = 2
} 
TriParameterPassingMode;

class TriPortId {
public:
	virtual ~TriPortId (void);
	virtual const Tstring & getPortName () const =0;
	virtual void setPortName (const Tstring &pName)=0;
	virtual const TriComponentId & getComponent () const =0;
	virtual void setComponent (const TriComponentId &comp)=0;
	virtual Tsize getPortIndex () const =0;
	virtual void setPortIndex (Tsize index)=0;
	virtual const QualifiedName & getPortType () const =0;
	virtual void setPortType (const QualifiedName &pType)=0;
	virtual Tboolean isArray () const =0;
	virtual Tboolean operator== (const TriPortId &prt) const =0;
	virtual TriPortId * clonePortId () const =0;
	virtual Tboolean operator< (const TriPortId &prt) const =0;
}


class TriPortIdList {
public:
	virtual ~TriPortIdList ();
	virtual Tsize size () const =0;
	virtual bool isEmpty () const =0;
	virtual const TriPortId & get (Tsize index) const =0;
	virtual void clear ()=0;
	virtual void add (const TriPortId &elem)=0;
	virtual Tboolean operator== (const TriPortIdList &prtl) const =0;
	virtual TriPortIdList * clonePortIdList () const =0;
	virtual Tboolean operator< (const TriPortIdList &prtl) const =0;
}
class TriSignatureId : QualifiedName {
public:
	virtual ~TriSignatureId ();
	virtual Tboolean operator== (const TriSignatureId &sid) const =0;
	virtual TriSignatureId * cloneSignatureId () const =0;
	virtual Tboolean operator< (const TriSignatureId &sid) const =0;
}

typedef enum
{ 
  TRI_OK = 0,
  TRI_ERROR = -1
} TriStatus; 

class TriTestCaseId : QualifiedName {
public:
	virtual ~TriTestCaseId ();
	virtual Tboolean operator== (const TriTestCaseId &tcid) const =0;
	virtual TriTestCaseId * cloneTestCaseId () const =0;
	virtual Tboolean operator< (const TriTestCaseId &tcid) const =0;
}

class TriTimerDuration {
public:
	virtual ~TriTimerDuration ();
	virtual Tfloat getDuration () const =0;
	virtual void setDuration (Tfloat duration)=0;
	virtual Tboolean operator== (const TriTimerDuration &timd) const =0;
	virtual TriTimerDuration * cloneTimerDuration () const =0;
	virtual Tboolean operator< (const TriTimerDuration &timd) const =0;
}

class TriTimerId {
public:
	virtual ~TriTimerId ();
	virtual const Tstring & getTimerName () const =0;
	virtual void setTimerName (const Tstring &tName)=0;
	virtual const Tinteger getTId() const =0;
	virtual Tboolean operator== (const TriTimerId &tmid) const =0;
	virtual TriTimerId * cloneTimerId () const =0;
	virtual Tboolean operator< (const TriTimerId &tmid) const =0;
}

typedef enumerated {
  e_char = 1,   					// character
  e_unsigned_char = 2,			// unsigned char
  e_signed_char = 3, 				// signed char

  e_short = 4,  					// short signed integer
  e_short_int = 5,  				// short signed integer
  e_signed_short = 6,  			// short signed integer
  e_signed_short_int = 7,	  		// short signed integer
  e_unsigned_short = 8,   		// unsigned short
  e_unsigned_short_int = 9,		// unsigned short integer

  e_int = 10,    					// integer
  e_signed_int = 11,    			// signed integer
  e_unsigned = 12,   				// unsigned 
  e_unsigned_int = 13,			// unsigned integer

  e_long = 14,   					// long integer
  e_long_int = 15,   				// long integer
  e_signed_long = 16,   			// signed long integer
  e_signed_long_int = 17,   		// signed long integer
  e_unsigned_long = 18,   		// unsigned long integer
  e_unsigned_long_int = 19,		// unsigned long integer

  e_long_long = 20,   			// long long integer
  e_long_long_int = 21,   		// long long integer
  e_signed_long_long = 22,   		// signed long long integer
  e_signed_long_long_int = 23,  	// signed long long integer
  e_unsigned_long_long = 24,   	// unsigned long long integer
  e_unsigned_long_long_int = 25, 	// unsigned long long integer

  e_float = 26,  					// float
  e_double = 27, 					// double
  e_long_double = 28, 			// long double

  e_ptr = 29     					// void *
} type_kind;

typedef void *value;

typedef struct {
  type_kind tag,
  value val
} Object;

class xTriCommunicationSA {
public:

	//Destructor. 
	virtual ~xTriCommunicationSA ();
	//To reset the System Adaptor
	virtual xTriStatus triSAReset ()=0;
	
	//To establish a dynamic connection between two ports.
	virtual TriStatus xtriMapParam (const TriPortId *comPortId, const TriPortId *tsiPortId, const 
 TciParameterList  *parameterList)=0;
	
	//To close a dynamic connection to the SUT for the referenced TSI port.
	virtual TriStatus xtriUnmapParam (const TriPortId *comPortId, const TriPortId *tsiPortId, const 
 	TciParameterList  *parameterList)=0;
	
	//Send operation on a component which has been mapped to a TSI port.
	virtual TriStatus xtriSend (const TriComponentId *componentId, const TriPortId *tsiPortId, const 	TciValue *SUTaddress, const TciValue *sendMessage)=0;
	
	//Send (broadcast) operation on a component which has been mapped to a TSI port.
	virtual TriStatus xtriSendBC (const TriComponentId *componentId, const TriPortId *tsiPortId, 	const TciValue *sendMessage)=0;
	
	//Send (multicast) operation on a component which has been mapped to a TSI port. 
	virtual TriStatus xtriSendMC (const TriComponentId *componentId, const TriPortId *tsiPortId, 	const TciValueList *SUTaddresses, const TciValue *sendMessage)=0;
	
	//Initiate the procedure call.
	virtual TriStatus xtriCall (const TriComponentId *componentId, const TriPortId *tsiPortId, const 	TciValue *sutAddress, const TriSignatureId *signatureId, const TciParameterList	*parameterList)=0;
	
	//Initiate and broadcast the procedure call.
	virtual TriStatus xtriCallBC (const TriComponentId *componentId, const TriPortId *tsiPortId, 	const TriSignatureId *signatureId, const TciParameterList  *parameterList)=0;
	
	//Initiate and multicast the procedure call.
	virtual TriStatus xtriCallMC (const TriComponentId *componentId, const TriPortId *tsiPortId, 	const TciValueList *sutAddresses, const TriSignatureId *signatureId, const TciParameterList	*parameterList)=0;
	
	//Issue the reply to a procedure call.
	virtual TriStatus xtriReply (const TriComponentId *componentId, const TriPortId *tsiPortId, 	const TciValue *sutAddress, const TriSignatureId *signatureId, const TciParameterList  *	parameterList, const TciValue *returnValue)=0;
	
	//Broadcast the reply to a procedure call.
	virtual TriStatus xtriReplyBC (const TriComponentId *componentId, const TriPortId *tsiPortId, 	const TriSignatureId *signatureId, const TciParameterList  *parameterList, const TciValue 	*returnValue)=0;
	
	//Multicast the reply to a procedure call.
	virtual TriStatus xtriReplyMC (const TriComponentId *componentId, const TriPortId *tsiPortId, 	const TciValueList *sutAddresses, const TriSignatureId *signatureId, const TciParameterList	*parameterList, const TciValue *returnValue)=0;
	
	//Raise an exception to a procedure call.
	virtual TriStatus xtriRaise (const TriComponentId *componentId, const TriPortId *tsiPortId, 	const TciValue *sutAddress, const TriSignatureId *signatureId, const TciValue *exc)=0;
	
	//Raise a broadcast an exception to a procedure call.
	virtual TriStatus xtriRaiseBC (const TriComponentId *componentId, const TriPortId *tsiPortId, 	const TriSignatureId *signatureId, const TciValue *exc)=0;
	
	//Raise a multicast an exception to a procedure call.
	virtual TriStatus xtriRaiseMC (const TriComponentId *componentId, const TriPortId *tsiPortId, 	const TciValueList *sutAddresses, const TriSignatureId *signatureId, const TciValue *exc)=0;

}


class xTriCommunicationTE {
public:

	//Destructor. 
	virtual ~xTriCommunicationTE ();
	
	//Called by SA after it has received a message from the SUT.
	virtual void xtriEnqueueMsg (const TriPortId *tsiPortId, const Object *SUTaddress, const 	TriComponentId *componentId, const Object *receivedMessage)=0;
	
	//Called by SA after it has received a procedure call from the SUT.
	virtual void xtriEnqueueCall (const TriPortId *tsiPortId, const Object *SUTaddress, const 	TriComponentId *componentId, const TriSignatureId *signatureId, const TciParameterList	*parameterList)=0;
	
	//Called by SA after it has received a reply from the SUT.
	virtual void xtriEnqueueReply (const TriPortId *tsiPortId, const Object *SUTaddress, const 	TriComponentId *componentId, const TriSignatureId *signatureId, const TciParameterList	*parameterList, const TciValue *returnValue)=0;
	
	//Called by SA after it has received an exception from the SUT.
	virtual void xtriEnqueueException (const TriPortId *tsiPortId, const Object *SUTaddress, 	const TriComponentId *componentId, const TriSignatureId *signatureId, const Object 	*exc)=0;

	// Miscellaneous operations
	virtual TciValue xtriConvert(const Object *value, const TciType *typeHypothesis)=0;

}

class xTriPlatformPA {
public:

	//Destructor. 
	virtual ~TriPlatformPA ();
	
	//For each external function specified in the TTCN-3 ATS implement the behaviour.
	virtual TriStatus xtriExternalFunction (const TriFunctionId *functionId, TciParameterList	*parameterList, TciValue *returnValue)=0;
}

	
class TriPlatformTE {
public:

	//Destructor. 
	virtual ~TriPlatformTE ();
	
	//Notfiy the timeout of the timer. 
	virtual void triTimeout (const TriTimerId *timerId)=0;
}