Commit d5cb142f authored by pintar's avatar pintar
Browse files

corrections due to week 6/2010 validation

parent 92fd938b

ISUPAts/ttcn/SIPI_ISUP_MsgTemplates.ttcn

+34 −5
Original line number Diff line number Diff line
@@ -940,6 +940,21 @@ group SipIsup_ISUP_Receive_MsgsTempl 
	 endOfOptionalParameters := '00000000'B                /* End of optional parameters, O, len=1 */

	}



	template IAM_MSG mw_IAM_CLD_UNKNOWN(template Bit7 p_natAddrInd, charstring p_digits, boolean p_sendCmpl) :=

	/* RX template for Initial address message (IAM) with default (F) and (V) parameters, except for the Called Party Number, and with 'any' other optional parameters. */

	{

	 msgType := '00000001'B,                                /* Message Type '00000001'B */

	 natureOfConnectionIndicators := mw_NCI_PAR_v_any,      /* Nature of connection indicators, F, len=1 */

	 forwardCallIndicators := mw_FCI_PAR_v_any,             /* Forward call indicators, F, len=2 */

	 callingPartysCategory := ?,                            /* Calling party's category, F, len=1 */

	 transmissionMediumRequirement := ?,                    /* Transmission medium requirement, F, len=1 */

	 pCDN := '00000010'B,                                   /* Pointer to parameter 'Called party number'. */

	 pOptional := ?,                                        /* Pointer to optional parameters. */

	 calledPartyNumber := mw_CalledNum(p_natAddrInd, p_digits, p_sendCmpl), /* Called party number, V, len=4-? */

	 optionalParameters := mw_IAM_OPTIONAL_PARAMS_UNKNOWN, /* SET: optional parameters of Initial address message (IAM) */

	 endOfOptionalParameters := '00000000'B                /* End of optional parameters, O, len=1 */

	}



	template IAM_MSG mw_IAM_CLD(template Bit7 p_natAddrInd, charstring p_digits, boolean p_sendCmpl) :=

	/* RX template for Initial address message (IAM) with default (F) and (V) parameters, except for the Called Party Number, and with 'any' other optional parameters. */

	{
@@ -1295,11 +1310,10 @@ group SipIsup_ISUP_Encaps_Transmit_Msgs_Templ 
				calledPartyNumber := m_CDN_PAR_ENC_Def		  

			}

	

	template IAM_MSG m_IAM_With_UnknownParameters 	

	modifies m_IAM_MSG_Def

	template IAM_MSG m_IAM_ENC_With_UnknownParameters 	

	modifies m_IAM_MSG_ENC_Def

			:=

			{

	 		pOptional := '00000001'B,                               /* Pointer to optional parameters. */

			optionalParameters := m_IAM_USED_OPTIONAL_PARAMS_unknown(omit, omit, omit, omit, omit, omit, omit, omit, omit, omit, omit, omit), /* SET: optional parameters of Initial address message (IAM): only Propagation Delay counter used. */

	 		endOfOptionalParameters := '00000000'B                  /* End of optional parameters, O, len=1 */

			}
@@ -2115,6 +2129,21 @@ group SipIsup_ISUP_Transmit_Msgs_Templ 
	 endOfOptionalParameters := omit//by msal //'00000000'B                  /* End of optional parameters, O, len=1 */

	}



	template IAM_MSG m_IAM_CLD1_unknown(Bit7 p_natAddrInd, charstring p_digits) :=

	/* TX template for Initial address message (IAM) with default (F) and (V) parameters, except for Called party number (sending complete sent), and with 'no optional parameters except Propagation delay counter. */

	{

		msgType := '00000001'B,                               /* Message Type '00000001'B */

		natureOfConnectionIndicators := m_NCI_Def,            /* Nature of connection indicators, F, len=1 */

		forwardCallIndicators := m_FCI_Def,                   /* Forward call indicators, F, len=2 */

		callingPartysCategory := PX_ISUP_TX_CGC_cliPCategory, /* Calling party's category, F, len=1 */

		transmissionMediumRequirement := PX_ISUP_TX_TMR_transmMedReq, /* Transmission medium requirement, F, len=1 */

		pCDN := '00000010'B,                                    /* Pointer to parameter 'Called party number'. */

		pOptional := f_calc_length_cdn(m_CalledNum_STcmpl(p_natAddrInd, p_digits), 4), /* Pointer to optional parameters. */

		calledPartyNumber := m_CalledNum_STcmpl(p_natAddrInd, p_digits), /* Called party number, V, len=4-? */

		optionalParameters := m_IAM_USED_OPTIONAL_PARAMS_unknown(omit, omit, omit, omit, omit, omit, omit, omit, omit, omit, omit, omit), /* SET: optional parameters of Initial address message (IAM): only Propagation Delay counter used. */

		endOfOptionalParameters := omit//by msal //'00000000'B                  /* End of optional parameters, O, len=1 */

	}



	template IAM_MSG m_IAM_CLD2(charstring p_digits, boolean p_sendCmpl) :=

	/* TX template for Initial address message (IAM) with default (F) and (V) parameters, except for Called party number (international number), and with 'no optional parameters except Propagation delay counter. */

	{

ISUPAts/ttcn/SIPI_ISUP_ParamTemplates.ttcn

+30 −1
Original line number Diff line number Diff line
@@ -693,6 +693,12 @@ group ReceivMSGOptionalParams { 
	 automaticReRouting := mw_ARR_PAR_tlv_any ifpresent                    /* Automatic re-routing, O, len=4-? */

	}



	template IAM_OPTIONAL_PARAMS mw_IAM_OPTIONAL_PARAMS_UNKNOWN modifies mw_IAM_OPTIONAL_PARAMS_any :=

	/* RX template for SET: optional parameters of Initial address message (IAM) with 'any'-optional parameters */

	{

	  unknownParameter := mw_UnknownPar             			  			  /* Unknown parameter */

	}

	

	template IDR_OPTIONAL_PARAMS mw_IDR_OPTIONAL_PARAMS_any :=

	/* RX template for SET: optional parameters of Identification request message (IDR) with 'any'-optional parameters */

	{
@@ -4332,11 +4338,26 @@ group TransmitParams{ 
	 moreInstructionIndicators := omit                       /* to be defined when required */

	}



     template ParameterInstructionIndicator m_ParameterInstructionIndicator_Notification :=

     {

      upgradedParameter := PX_ISUP_TX_unknown_parameter_type, /* upgraded parameter name */

      transitAtIntermExchIndicator := '1'B,                   /* bit A: Transit at intermediate exchange indicator */

      releaseCallIndicator := '0'B,                           /* bit B: Release call indicator */

      sendNotificationIndicator := '1'B,                      /* bit C: Send notification indicator */

      discardMessageIndicator := '1'B,                        /* bit D: Discard message indicator */

      discardParameterIndicator := '1'B,                      /* bit E: Discard parameter indicator */

      passOnNotPossibleIndicator := '00'B,                    /* bits G F: Pass on not possible indicator */

      ext := '1'B,                                            /* c: Extension indicator (ext.) */

      broadNarrowBandInterwIndicator := '10'B,                /* bits J I: Broadband/narrowband interworking indicator */

      spare := '000000'B,                                     /* bits O-K: spare */

      moreInstructionIndicators := omit                       /* to be defined when required */

     }



	template PCI_PAR_tlv m_PCI_PAR_tlv_Fpar(template ParameterInstructionIndicator p_paramInstructInds) :=

	/* Default TX template with parametrization for  Parameter compatibility information parameter (PCI); Optional(O) format. */

	{

	 paramType := '00111001'B,     /* Parameter Type '00111001'B */

	 paramLen := int2bit((lengthof(valueof(p_paramInstructInds.moreInstructionIndicators))+ 3), 8), /* Parameter Length field */

	 paramLen := int2bit((/*lengthof(valueof(p_paramInstructInds.moreInstructionIndicators );) +//to be defined when required*/ 3), 8), /* Parameter Length field */

	 parameterInstructionIndicators := {p_paramInstructInds} 

	}
@@ -4460,6 +4481,14 @@ group TransmitParams{ 
	 contents := '3A95'O                             /* Parameter contents */

	}



	template UNKNOWN_PAR_tlv mw_UnknownPar :=

	/* TX template for unknown parameter (UNKNOWN); Optional (O) format, with Unknown parameter type given by Module Parameter, and arbitrary parameter contents. */

	{

		paramType := PX_ISUP_TX_unknown_parameter_type, /* Unknown Parameter Type e.g. '10001111'B */

		paramLen := ?,                        			/* Parameter Length field */

		contents := ?                             		/* Parameter contents */

	}



	template UUID_PAR_tlv m_UUID_req_S1(Bit2 p_serv1) :=

	/* TX template for User-to-user indicators parameter (UUID); Optional (O) format, with Service 1 requested. */

	{

ISUPAts/ttcn/SIPI_ISUP_Steps.ttcn

+6 −6
Original line number Diff line number Diff line
@@ -2312,7 +2312,7 @@ group SipIsup_ISUP_Postambles 


		if (PX_ISUP_Isup == true)

		{ // send CGU Msg

		  IsupBiccP.send (m_ISUP_MSG_req(v_CircuitIdentityCode1, { cGU_MSG := m_CGU_MSG_noOpt(m_cGroupSupMT_Def, m_RAS_Def)}, v_SLS));

		  IsupBiccP.send (m_ISUP_MSG_req(v_CircuitIdentityCode1, { cGU_MSG := m_CGU_MSG_noOpt(m_cGroupSupMT_Def, m_RangeStat1(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status_noDefault))}, v_SLS));

		  TWait.start; // Wait for CGUA message



		alt { // expect CGUA Msg
@@ -2323,7 +2323,7 @@ group SipIsup_ISUP_Postambles 
		}

		else

		{ // send CGU Msg

		  IsupBiccP.send (m_BICC_MSG_req(v_CallInstanceCode1, { cGU_MSG := m_CGU_MSG_noOpt(m_cGroupSupMT_Def, m_RAS_Def)}));

		  IsupBiccP.send (m_BICC_MSG_req(v_CallInstanceCode1, { cGU_MSG := m_CGU_MSG_noOpt(m_cGroupSupMT_Def, m_RangeStat1(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status_noDefault))}));

		  TWait.start; // Wait for CGUA message



		alt { // expect CGUA Msg
@@ -2342,10 +2342,10 @@ group SipIsup_ISUP_Postambles 


		if (PX_ISUP_Isup == true)

		{ // send CGU Msg on cic1

		    IsupBiccP.send (m_ISUP_MSG_req(v_CircuitIdentityCode1, { cGU_MSG := m_CGU_MSG_noOpt(m_cGroupSupMT_Def, m_RAS_Def)}, v_SLS));

		    IsupBiccP.send (m_ISUP_MSG_req(v_CircuitIdentityCode1, { cGU_MSG := m_CGU_MSG_noOpt(m_cGroupSupMT_Def, m_RangeStat1(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status_noDefault))}, v_SLS));



		  // send CGU Msg on cic2

		    IsupBiccP.send (m_ISUP_MSG_req(v_CircuitIdentityCode2, { cGU_MSG := m_CGU_MSG_noOpt(m_cGroupSupMT_Def, m_RAS_Def)}, v_SLS2));

		    IsupBiccP.send (m_ISUP_MSG_req(v_CircuitIdentityCode2, { cGU_MSG := m_CGU_MSG_noOpt(m_cGroupSupMT_Def, m_RangeStat1(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status_noDefault))}, v_SLS2));

		   	

		    TWait.start;// Wait for CGUA messages
@@ -2375,10 +2375,10 @@ group SipIsup_ISUP_Postambles 


		else

		{ // send CGU Msg on cic1

			IsupBiccP.send (m_BICC_MSG_req(v_CallInstanceCode1, { cGU_MSG := m_CGU_MSG_noOpt(m_cGroupSupMT_Def, m_RAS_Def)}));

			IsupBiccP.send (m_BICC_MSG_req(v_CallInstanceCode1, { cGU_MSG := m_CGU_MSG_noOpt(m_cGroupSupMT_Def, m_RangeStat1(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status_noDefault))}));



		  // send CGU Msg on cic2

			IsupBiccP.send (m_BICC_MSG_req(v_CallInstanceCode2, { cGU_MSG := m_CGU_MSG_noOpt(m_cGroupSupMT_Def, m_RAS_Def)}));

			IsupBiccP.send (m_BICC_MSG_req(v_CallInstanceCode2, { cGU_MSG := m_CGU_MSG_noOpt(m_cGroupSupMT_Def, m_RangeStat1(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status_noDefault))}));

		   	

			TWait.start;// Wait for CGUA messages

ISUPAts/ttcn/SIPI_ISUP_TCFunctions.ttcn

+19 −38
Original line number Diff line number Diff line
@@ -1255,7 +1255,7 @@ group TP1_InterworkingFromSIPtoISUP{ 
	  v_ISUP_inTestBody := true;



	  /*Await default IAM message*/

	  f_awaiting_IAM(mw_IAM_USI_NCI((c_NCI_cotChkInd_requi,c_NCI_cotChkInd_performed), mw_USI_Std(mw_USIContents_Std(?, c_USI_userInfoL1_muLaw))));

	  f_awaiting_IAM(mw_IAM_USI_NCI((c_NCI_cotChkInd_requi,c_NCI_cotChkInd_performed), mw_USI_Std(mw_USIContents_Std(?, c_USI_userInfoL1_muLaw)) ifpresent));



	  f_selfOrClientSyncAndVerdict(c_sync1, f_getVerdict());//Synchsonisation point 1
@@ -4108,7 +4108,7 @@ group TP111_Receiving_RSC_GRS_CGB{ 
	  //f_selfOrClientSyncAndVerdict(c_sync2, f_getVerdict());//Synchronisation point 2



	  /*Send Circuit group blocking message (CGB) with default Circuit Group Supervision Message Type Indicator and Range and Status.*/

	  f_send_CGB(m_CGB_CGBMT, true);

	  f_send_CGB(m_CGB_CGBMT_RAS(m_RangeStat1(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status_noDefault)), true);



	  /*Await CGBA message with Circuit Group Supervision Message Type Indicator value = 'hardware failure oriented'*/

	  f_awaiting_CGBA(mw_CGBA_MSG_anyOpt(m_cGroupSupMT_Def,mw_RAS_PAR_lv_any));
@@ -4277,7 +4277,7 @@ group TP111_Receiving_RSC_GRS_CGB{ 
	  f_selfOrClientSyncAndVerdict(c_sync2, f_getVerdict());//Synchronisation point 2

  

  	  /*Send Circuit group blocking message (CGB) with default Circuit Group Supervision Message Type Indicator and Range and Status.*/

	  f_send_CGB(m_CGB_CGBMT, true);

		f_send_CGB(m_CGB_CGBMT_RAS(m_RangeStat1(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status_noDefault)), true);



	  /*Await default CGBA message*/

	  f_awaiting_CGBA(mw_CGBA_MSG_anyOpt(m_cGroupSupMT_Def, mw_RAS_PAR_lv_any));
@@ -4425,7 +4425,7 @@ group TP111_Receiving_RSC_GRS_CGB{ 
	  f_selfOrClientSyncAndVerdict(c_sync1, f_getVerdict());//Synchronisation point 1



	  /*Send Circuit group blocking message (CGB) with default Circuit Group Supervision Message Type Indicator and Range and Status.*/

	  f_send_CGB(m_CGB_CGBMT, true);

		f_send_CGB(m_CGB_CGBMT_RAS(m_RangeStat1(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status_noDefault)), true);



	  /*Await default CGBA message*/

	  f_awaiting_CGBA(mw_CGBA_MSG_anyOpt(m_cGroupSupMT_Def, mw_RAS_PAR_lv_any));
@@ -4504,16 +4504,6 @@ group TP111_Receiving_RSC_GRS_CGB{ 
	  // Postamble expecting REL for cic1 and sending RLC

	  //f_IsupBicc_Post_expREL1(false);

				

		/*Await default REL message*/

		f_awaiting_REL_postamble(mw_REL_MSG_Def);

		/*Send default RLC message*/

		f_send_RLC(m_RLC_MSG_Def, true);

		

		/*Await default REL message*/

		f_awaiting_REL_postamble(mw_REL_MSG_Def);

		/*Send default RLC message*/

		f_send_RLC(m_RLC_MSG_Def, true);

				

	}//End f_IsupBicc_TC_111_010
@@ -4567,7 +4557,8 @@ group TP111_Receiving_RSC_GRS_CGB{ 
	  f_selfOrClientSyncAndVerdict(c_sync3, f_getVerdict());//Synchronisation point 3



	  /*Send Circuit group blocking message (CGB) with default Circuit Group Supervision Message Type Indicator, and Range and Status parameterized.*/

	  f_send_CGB2(m_CGB_CGBMT, true);

	  f_send_CGB2(m_CGB_CGBMT_RAS(m_RangeStat1(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status_noDefault)), true);

		



	  /*Await default CGBA message*/

	  f_awaiting_CGBA2(mw_CGBA_MSG_anyOpt(m_cGroupSupMT_Def, mw_RAS_PAR_lv_any));
@@ -4577,18 +4568,8 @@ group TP111_Receiving_RSC_GRS_CGB{ 
      // TestBody end

      v_ISUP_inTestBody := false;



      /*Await default REL message*/

      f_awaiting_REL_postamble(mw_REL_MSG_Def);

      /*Send default RLC message*/

      f_send_RLC(m_RLC_MSG_Def, true);

    		

      /*Await default REL message*/

      f_awaiting_REL_postamble(mw_REL_MSG_Def);

      /*Send default RLC message*/

      f_send_RLC(m_RLC_MSG_Def, true);



	  // Postamble sending CGU and expecting CGUA for cic1 and cic2

	  //f_IsupBicc_Post_CGU2();

	  f_IsupBicc_Post_CGU2();



	}//End f_IsupBicc_TC_111_011
@@ -4815,7 +4796,7 @@ group TP114_Receiving_CFN{ 
	  v_ISUP_inTestBody := true;



	  /*Receive Initial address message (IAM) with default (F) and (V) parameters, except for the Called Party Number (national number), and with 'any' other optional parameters.*/

	  f_awaiting_IAM(mw_IAM_CLD(c_CLD_natAddrInd_subscr, PX_ISUP_IAM_CLD_digits_rxDef, true)); // mw_IAM_MSG_Def

	  f_awaiting_IAM(mw_IAM_CLD_UNKNOWN(c_CLD_natAddrInd_subscr, PX_ISUP_IAM_CLD_digits_rxDef, true)); // mw_IAM_MSG_Def



	  /*Send default CFN message*/

	  f_send_CFN(m_CFN_MSG_Def(m_CAU_Causev(97)), true);
@@ -10373,14 +10354,14 @@ group TP309_Receiving_RSC_GRS_CGB { 
	  /*Send Initial address message (IAM) with default (F) and (V) parameters, and with 'no optional parameters except Propagation delay counter.*/

	  f_send_IAM(m_IAM_CLD1(PX_ISUP_TX_CLD_natAddr_txDef, PX_ISUP_IAM_CLD_digits_txDef));



	  f_selfOrClientSyncAndVerdict(c_sync1, f_getVerdict());//Synchronisation point 1



	  /*Send default GRS message*/

	  f_send_GRS(m_GRS_RAS(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status), true);



	  /*Await default GRA message*/

	  f_awaiting_GRA(mw_GRA_MSG_anyOpt(mw_RAS_PAR_lv_any));



	  f_selfOrClientSyncAndVerdict(c_sync1, f_getVerdict());//Synchronisation point 1



	  f_selfOrClientSyncAndVerdict(c_tbDone, f_getVerdict());//Synchronisation point 'test body done'



	  v_ISUP_inTestBody := false;
@@ -10637,7 +10618,7 @@ group TP309_Receiving_RSC_GRS_CGB { 
	  f_send_IAM(m_IAM_CLD1(PX_ISUP_TX_CLD_natAddr_txDef, PX_ISUP_IAM_CLD_digits_txDef));



	  /*Send Circuit group blocking message (CGB) with default Circuit Group Supervision Message Type Indicator and Range and Status.*/

	  f_send_CGB(m_CGB_CGBMT, false);

	  f_send_CGB(m_CGB_CGBMT_RAS(m_RangeStat1(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status_noDefault)), false);



	  /*Await default CGBA message*/

	  f_awaiting_CGBA(mw_CGBA_MSG_anyOpt(m_cGroupSupMT_Def, mw_RAS_PAR_lv_any));
@@ -10685,7 +10666,7 @@ group TP309_Receiving_RSC_GRS_CGB { 
	  f_send_IAM(m_IAM_CLD1(PX_ISUP_TX_CLD_natAddr_txDef, PX_ISUP_IAM_CLD_digits_txDef));



	  /*Send Circuit group blocking message (CGB) with default Circuit Group Supervision Message Type Indicator and Range and Status.*/

	  f_send_CGB(m_CGB_CGBMT, true);

	  f_send_CGB(m_CGB_CGBMT_RAS(m_RangeStat1(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status_noDefault)), true);



	  /*Await default CGBA message*/

	  f_awaiting_CGBA(mw_CGBA_MSG_anyOpt(m_cGroupSupMT_Def, mw_RAS_PAR_lv_any));
@@ -10738,7 +10719,7 @@ group TP309_Receiving_RSC_GRS_CGB { 
	  f_selfOrClientSyncAndVerdict(c_sync1, f_getVerdict());



	  /*Send Circuit group blocking message (CGB) with default Circuit Group Supervision Message Type Indicator and Range and Status.*/

	  f_send_CGB(m_CGB_CGBMT, true);

	  f_send_CGB(m_CGB_CGBMT_RAS(m_RangeStat1(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status_noDefault)), true);



	  /*Await default CGBA message*/

	  f_awaiting_CGBA(mw_CGBA_MSG_anyOpt(m_cGroupSupMT_Def, mw_RAS_PAR_lv_any));
@@ -10796,7 +10777,7 @@ group TP309_Receiving_RSC_GRS_CGB { 
	  f_selfOrClientSyncAndVerdict(c_sync2, f_getVerdict());//Synchronisation point 2

	  

	  /*Send Circuit group blocking message (CGB) with default Circuit Group Supervision Message Type Indicator and Range and Status.*/

	  f_send_CGB(m_CGB_CGBMT, true);

	  f_send_CGB(m_CGB_CGBMT_RAS(m_RangeStat1(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status_noDefault)), true);



	  /*Await default CGBA message*/

	  f_awaiting_CGBA(mw_CGBA_MSG_anyOpt(m_cGroupSupMT_Def, mw_RAS_PAR_lv_any));
@@ -10849,7 +10830,7 @@ group TP309_Receiving_RSC_GRS_CGB { 
	  f_selfOrClientSyncAndVerdict(c_sync1, f_getVerdict());//Synchronisation point 1



	  /*Send Circuit group blocking message (CGB) with default Circuit Group Supervision Message Type Indicator and Range and Status.*/

	  f_send_CGB(m_CGB_CGBMT, true);

	  f_send_CGB(m_CGB_CGBMT_RAS(m_RangeStat1(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status_noDefault)), true);



	  /*Await default CGBA message*/

	  f_awaiting_CGBA(mw_CGBA_MSG_anyOpt(m_cGroupSupMT_Def, mw_RAS_PAR_lv_any));
@@ -10915,7 +10896,7 @@ group TP309_Receiving_RSC_GRS_CGB { 
	  f_awaiting_ANM2(mw_ANM_MSG_Def);



	  /*Send Circuit group blocking message (CGB) with default Circuit Group Supervision Message Type Indicator, and Range and Status parameterized.*/

	  f_send_CGB2(m_CGB_CGBMT, true);

	  f_send_CGB2(m_CGB_CGBMT_RAS(m_RangeStat1(PX_ISUP_TX_RAS_range, PX_ISUP_TX_RAS_status_noDefault)), true);



	  /*Await default CGBA message*/

	  f_awaiting_CGBA2(mw_CGBA_MSG_anyOpt(m_cGroupSupMT_Def, mw_RAS_PAR_lv_any));
@@ -10961,7 +10942,7 @@ group TP310_Receiving_CFN { 
	  v_ISUP_inTestBody := true;



	  /*Send Initial address message (IAM) with default (F) and (V) parameters, and with 'no optional parameters except Propagation delay counter.*/

	  f_send_IAM(m_IAM_CLD1(PX_ISUP_TX_CLD_natAddr_txDef, PX_ISUP_IAM_CLD_digits_txDef));

	  f_send_IAM(m_IAM_CLD1_unknown(PX_ISUP_TX_CLD_natAddr_txDef, PX_ISUP_IAM_CLD_digits_txDef));



	  /*Await default CFN message*/

	  f_awaiting_CFN(mw_CFN_MSG_anyOpt(mw_CAUI_PAR_lv_any));