trans prototype TCs validated (16dbcef4) · Commits · MTS - Methods for Testing and Specification / IPv6 / IPv6

ttcn3/EtsiAts/AtsIpv6/AtsCommon/AtsIpv6_Defaults.ttcn

+21 −0

Original line number	Original line	Diff line number	Diff line
	@@ -517,6 +517,27 @@
	));		));
	repeat;		repeat;
	}		}
			//answer to ARP request concerning the relay router anycast address
			[] arpPort.receive(mw_arpRequest(
			c_arpHwTypeEth,
			c_arpProtocolTypeIp,
			p_paramsNut.macUca,
			p_paramsNut.ipv4Addr,
			c_6ZeroBytes,
			p_paramsTn.relRtAca//c_6to4Relay_anycastAddr
			)) {
			log("** a_ipv4_tn_nut: Received ARP request that is destined to test node. ** ");

			f_sendArpReply (m_arpReply(
			c_arpHwTypeEth,
			c_arpProtocolTypeIp,
			p_paramsTn.macUca,
			p_paramsTn.relRtAca,//c_6to4Relay_anycastAddr,
			p_paramsNut.macUca,
			p_paramsNut.ipv4Addr
			));
			repeat;
			}
	[] arpPort.receive(mw_arpRequest(		[] arpPort.receive(mw_arpRequest(
	c_arpHwTypeEth,		c_arpHwTypeEth,
	c_arpProtocolTypeIp,		c_arpProtocolTypeIp,

ttcn3/EtsiAts/AtsIpv6/AtsCommon/AtsIpv6_ModuleParameters.ttcn

+5 −16

Original line number	Original line	Diff line number	Diff line
	@@ -218,9 +218,6 @@ module AtsIpv6_ModuleParameters {
	group HS_02 {		group HS_02 {

	modulepar {Oct6to15 PX_MAC_UCA_HS02 := '00000000B6B6'O}		modulepar {Oct6to15 PX_MAC_UCA_HS02 := '00000000B6B6'O}
	modulepar {Ipv4Address PX_IPV4_GLA_HS02 := 'D47F1001'O}
	modulepar {Oct2 PX_IPV4_SUBNET_ID_HS02 := '0001'O}
	modulepar {Oct8 PX_6to4_IF_ID_HS02 := '0000000000000001'O}

	}//end group HS_02		}//end group HS_02

	@@ -234,25 +231,20 @@ module AtsIpv6_ModuleParameters {

	modulepar {Oct6to15 PX_MAC_UCA_RT01_A := '00000000A1A1'O}		modulepar {Oct6to15 PX_MAC_UCA_RT01_A := '00000000A1A1'O}

			modulepar {Ipv4Address PX_6to4_IPv4_ADDR_RT01 := 'D47F1001'O}

	}//end group RT_01		}//end group RT_01

	group RT_02 {		group RT_02 {

	modulepar {Oct6to15 PX_MAC_UCA_RT02_C := '00000000C2C2'O}		modulepar {Oct6to15 PX_MAC_UCA_RT02_C := '00000000C2C2'O}
	modulepar {Oct6to15 PX_MAC_UCA_RT02_B := '00000000B2B2'O}		modulepar {Oct6to15 PX_MAC_UCA_RT02_B := '00000000B2B2'O}
	modulepar {Ipv4Address PX_IPV4_GLA_RT02_B := 'D47F1001'O}
	modulepar {Oct2 PX_IPV4_SUBNET_ID_RT02_B := '0001'O}
	modulepar {Oct8 PX_6to4_IF_ID_RT02_B := '0000000000000001'O}


	}//end group RT_02		}//end group RT_02

	group RT_03 {		group RT_03 {

	modulepar {Oct6to15 PX_MAC_UCA_RT03_A := '00000000A3A3'O}		modulepar {Oct6to15 PX_MAC_UCA_RT03_A := '00000000A3A3'O}
	modulepar {Ipv4Address PX_IPV4_GLA_RT03_A := 'D47F1001'O}
	modulepar {Oct2 PX_IPV4_SUBNET_ID_RT03_A := '0001'O}
	modulepar {Oct8 PX_6to4_IF_ID_RT03_A := '0000000000000001'O}

	}//end group RT_03		}//end group RT_03

	@@ -280,18 +272,15 @@ module AtsIpv6_ModuleParameters {
	* PICS/PIXIT Reference: XXX		* PICS/PIXIT Reference: XXX
	*/		*/
	modulepar {Oct6to15 PX_MAC_UCA_IUT_1 := 'AEACAC276A31'O}		modulepar {Oct6to15 PX_MAC_UCA_IUT_1 := 'AEACAC276A31'O}
	modulepar {Ipv4Address PX_IPV4_GLA_IUT_1 := 'D47F1103'O}		modulepar {Ipv4Address PX_6to4_IPv4_ADDR_IUT := 'D47F1103'O}
	modulepar {Oct8 PX_6to4_IF_ID_IUT_1 := '0000000000000002'O};		modulepar {Oct8 PX_6to4_IF_ID_IUT := '0000000000000002'O};
	modulepar {Oct2 PX_IPV4_SUBNET_ID_IUT_1 := '0001'O};		modulepar {Oct2 PX_6to4_SUBNET_ID_IUT := '0001'O};

	/*		/*
	* @desc Unicast MAC Address of IUTs secondary interface<br>		* @desc Unicast MAC Address of IUTs secondary interface<br>
	* PICS/PIXIT Reference: XXX		* PICS/PIXIT Reference: XXX
	*/		*/
	modulepar {Oct6to15 PX_MAC_UCA_IUT_2 := 'AEACAC276B42'O}		modulepar {Oct6to15 PX_MAC_UCA_IUT_2 := 'AEACAC276B42'O}
	modulepar {Ipv4Address PX_IPV4_GLA_IUT_2 := 'D47F1103'O}
	modulepar {Oct8 PX_6to4_IF_ID_IUT_2 := '0000000000000002'O};
	modulepar {Oct2 PX_IPV4_SUBNET_ID_IUT_2 := '0001'O};

	/*		/*
	* @desc Mac Broadcast Address of Implementation Under Test		* @desc Mac Broadcast Address of Implementation Under Test

ttcn3/EtsiAts/AtsIpv6/AtsCommon/AtsIpv6_Postambles.ttcn

+1 −1

Original line number	Original line	Diff line number	Diff line
	@@ -73,7 +73,7 @@
	else if(p_cleanup == e_cleanMobileNode) {		else if(p_cleanup == e_cleanMobileNode) {
	f_PO_haWaitsForMnToReturnHome( p_cfMsg,		f_PO_haWaitsForMnToReturnHome( p_cfMsg,
	c_cleanOnlyLla,		c_cleanOnlyLla,
	false, // p_unbindCn, FIXME		false,
	p_cfMsg.paramsHs03,		p_cfMsg.paramsHs03,
	p_paramsTn,		p_paramsTn,
	p_cfMsg.paramsIut );		p_cfMsg.paramsIut );

ttcn3/EtsiAts/AtsIpv6/AtsCommon/AtsIpv6_TestConfiguration.ttcn

+105 −99

Original line number	Original line	Diff line number	Diff line
	@@ -461,7 +461,7 @@
	v_ret := e_error;		v_ret := e_error;
	}		}
	// create cf msg		// create cf msg
	p_cfMsg := f_createTrans01CfMsg_rt03();		p_cfMsg := f_createTrans01CfMsg_rt01();
	f_setVerdict(v_ret);		f_setVerdict(v_ret);
	}//end f_cfTrans01Up		}//end f_cfTrans01Up

	@@ -490,7 +490,7 @@
	v_ret := e_error;		v_ret := e_error;
	}		}
	// create cf msg		// create cf msg
	p_cfMsg := f_createTrans02CfMsg_rt02();		p_cfMsg := f_createTrans02CfMsg_hs02();
	f_setVerdict(v_ret);		f_setVerdict(v_ret);
	}//end f_cfTrans02Up		}//end f_cfTrans02Up

	@@ -510,7 +510,7 @@
	function f_cfTrans03Up(		function f_cfTrans03Up(
	out Ipv6Node p_ipv6NodeRef1,		out Ipv6Node p_ipv6NodeRef1,
	out Ipv6Node p_ipv6NodeRef2,		out Ipv6Node p_ipv6NodeRef2,
	out CfMessage p_cfMsgRt03_4,		out CfMessage p_cfMsgRt01_4,
	out CfMessage p_cfMsgRt02_6)		out CfMessage p_cfMsgRt02_6)
	runs on ServerSyncComp {		runs on ServerSyncComp {
	//Variables		//Variables
	@@ -524,7 +524,7 @@
	connect(p_ipv6NodeRef1:syncPort, self:syncPort) ;		connect(p_ipv6NodeRef1:syncPort, self:syncPort) ;
	connect(p_ipv6NodeRef2:syncPort, self:syncPort) ;		connect(p_ipv6NodeRef2:syncPort, self:syncPort) ;
	//Map		//Map
	map(p_ipv6NodeRef1:ipv4Port, system:ethernetPort) ;		map(p_ipv6NodeRef1:ipv4Port, system:ipv4EthernetPort) ;
	map(p_ipv6NodeRef1:cfPort, system:cfTaPort) ;		map(p_ipv6NodeRef1:cfPort, system:cfTaPort) ;
	map(p_ipv6NodeRef1:arpPort, system:arpEthernetPort) ;		map(p_ipv6NodeRef1:arpPort, system:arpEthernetPort) ;
	map(p_ipv6NodeRef2:ipPort, system:ethernetPort) ;		map(p_ipv6NodeRef2:ipPort, system:ethernetPort) ;
	@@ -535,8 +535,9 @@
	v_ret := e_error;		v_ret := e_error;
	}		}

	p_cfMsgRt03_4 := f_createTrans01CfMsg_rt03() ;		//p_cfMsgRt03_4 := f_createTrans01CfMsg_rt03() ;
	p_cfMsgRt02_6 := f_createTrans02CfMsg_rt02() ;		p_cfMsgRt01_4 := f_createCfMsg_relayRt01();
			p_cfMsgRt02_6 := f_createTrans02CfMsg_hs02() ;

	f_setVerdict(v_ret);		f_setVerdict(v_ret);

	@@ -583,7 +584,7 @@
	macSolNodeMca := v_macSolNodeMca,		macSolNodeMca := v_macSolNodeMca,
	prefixLength := PX_PREFIX_LENGTH,		prefixLength := PX_PREFIX_LENGTH,
	ipv4Addr := omit,		ipv4Addr := omit,
	subnetId := omit		relRtAca := omit
	}		}

	if(p_nextHopMacUca!=PX_MAC_UCA_HS01) {		if(p_nextHopMacUca!=PX_MAC_UCA_HS01) {
	@@ -643,7 +644,7 @@
	macSolNodeMca := v_macSolNodeMca,		macSolNodeMca := v_macSolNodeMca,
	prefixLength := PX_PREFIX_LENGTH,		prefixLength := PX_PREFIX_LENGTH,
	ipv4Addr := omit,		ipv4Addr := omit,
	subnetId := omit		relRtAca := omit
	}		}

	if(p_nextHopMacUca!=PX_MAC_UCA_HS02) {		if(p_nextHopMacUca!=PX_MAC_UCA_HS02) {
	@@ -703,7 +704,7 @@
	macSolNodeMca := v_macSolNodeMca,		macSolNodeMca := v_macSolNodeMca,
	prefixLength := PX_PREFIX_LENGTH,		prefixLength := PX_PREFIX_LENGTH,
	ipv4Addr := omit,		ipv4Addr := omit,
	subnetId := omit		relRtAca := omit
	}		}

	if(p_nextHopMacUca!=PX_MAC_UCA_HS03) {		if(p_nextHopMacUca!=PX_MAC_UCA_HS03) {
	@@ -760,7 +761,7 @@
	macSolNodeMca := v_macSolNodeMca,		macSolNodeMca := v_macSolNodeMca,
	prefixLength := PX_PREFIX_LENGTH,		prefixLength := PX_PREFIX_LENGTH,
	ipv4Addr := omit,		ipv4Addr := omit,
	subnetId := omit		relRtAca := omit
	}		}

	return v_params;		return v_params;
	@@ -800,7 +801,7 @@
	macSolNodeMca := v_macSolNodeMca,		macSolNodeMca := v_macSolNodeMca,
	prefixLength := PX_PREFIX_LENGTH,		prefixLength := PX_PREFIX_LENGTH,
	ipv4Addr := omit,		ipv4Addr := omit,
	subnetId := omit		relRtAca := omit
	}		}

	return v_params;		return v_params;
	@@ -840,7 +841,7 @@
	macSolNodeMca := v_macSolNodeMca,		macSolNodeMca := v_macSolNodeMca,
	prefixLength := PX_PREFIX_LENGTH,		prefixLength := PX_PREFIX_LENGTH,
	ipv4Addr := omit,		ipv4Addr := omit,
	subnetId := omit		relRtAca := omit
	}		}

	return v_params;		return v_params;
	@@ -880,7 +881,7 @@
	macSolNodeMca := v_macSolNodeMca,		macSolNodeMca := v_macSolNodeMca,
	prefixLength := PX_PREFIX_LENGTH,		prefixLength := PX_PREFIX_LENGTH,
	ipv4Addr := omit,		ipv4Addr := omit,
	subnetId := omit		relRtAca := omit
	}		}

	return v_params;		return v_params;
	@@ -937,7 +938,7 @@
	macSolNodeMca := v_macSolNodeMca,		macSolNodeMca := v_macSolNodeMca,
	prefixLength := PX_PREFIX_LENGTH,		prefixLength := PX_PREFIX_LENGTH,
	ipv4Addr := omit,		ipv4Addr := omit,
	subnetId := omit		relRtAca := omit
	}		}

	return v_params;		return v_params;
	@@ -997,7 +998,7 @@
	macSolNodeMca := v_macSolNodeMca,		macSolNodeMca := v_macSolNodeMca,
	prefixLength := PX_PREFIX_LENGTH,		prefixLength := PX_PREFIX_LENGTH,
	ipv4Addr := omit,		ipv4Addr := omit,
	subnetId := omit		relRtAca := omit
	}		}

	return v_params;		return v_params;
	@@ -1037,7 +1038,7 @@
	macSolNodeMca := v_macSolNodeMca,		macSolNodeMca := v_macSolNodeMca,
	prefixLength := PX_PREFIX_LENGTH,		prefixLength := PX_PREFIX_LENGTH,
	ipv4Addr := omit,		ipv4Addr := omit,
	subnetId := omit		relRtAca := omit
	}		}

	return v_params;		return v_params;
	@@ -1077,7 +1078,7 @@
	macSolNodeMca := v_macSolNodeMca,		macSolNodeMca := v_macSolNodeMca,
	prefixLength := PX_PREFIX_LENGTH,		prefixLength := PX_PREFIX_LENGTH,
	ipv4Addr := omit,		ipv4Addr := omit,
	subnetId := omit		relRtAca := omit
	}		}

	return v_params;		return v_params;
	@@ -1168,10 +1169,17 @@
	var Ipv6NodeParams v_paramsRt01, v_paramsHs01, v_paramsIut, v_paramsMn01;		var Ipv6NodeParams v_paramsRt01, v_paramsHs01, v_paramsIut, v_paramsMn01;

	v_paramsRt01 := f_createParamsRt01(PX_MAC_UCA_RT01_A, true);		v_paramsRt01 := f_createParamsRt01(PX_MAC_UCA_RT01_A, true);
	v_paramsIut := f_createParamsIutA(PX_MAC_UCA_IUT_1, true);		v_paramsIut := f_createParamsIutA(PX_MAC_UCA_IUT_1, true);//see comment 2 below
	v_paramsMn01 := f_createParamsMn01(PX_MAC_UCA_RT01_A, true);		v_paramsMn01 := f_createParamsMn01(PX_MAC_UCA_RT01_A, true);
	v_paramsHs01 := f_createParamsHs01(PX_MAC_UCA_HS01, true);		v_paramsHs01 := f_createParamsHs01(PX_MAC_UCA_HS01, true);

			//Comment 2
			// test configurationis build in a way that all test entities are fixed to a specific network.
			// this means that throughout all test configurations RT01 will be with eth1 in network A and never in network C.
			// The IUT, on the other hand, cannot be fixed to a specific network. The IUt moves in function of its role.
			//That's why there is the function f_createParamsIutA. It created the params for a given mac_iut in the net A.
			//If the IUT would be in net B , then f_createParamsIutA would be used.

	var FncRetCode v_ret := e_error;		var FncRetCode v_ret := e_error;

	//fill v_cfMsg		//fill v_cfMsg
	@@ -1355,72 +1363,40 @@
	* @desc This function creates a test adapter configuration message		* @desc This function creates a test adapter configuration message
	* for the test component acting as RT03		* for the test component acting as RT03
	*/		*/
	function f_createTrans01CfMsg_rt03()		function f_createTrans01CfMsg_rt01()
	return CfMessage {		return CfMessage {
	//Variables		//Variables
	var CfMessage v_cfMsg ;		var CfMessage v_cfMsg ;
	var Ipv6NodeParams v_paramsRt03, v_paramsHs02, v_paramsHs03, v_paramsIut;		var Ipv6NodeParams v_paramsRt01, v_paramsIut;

	var FncRetCode v_ret := e_error;		var FncRetCode v_ret := e_error;

	//fill v_cfMsg		//fill v_cfMsg
	v_cfMsg.role := c_ptcRoleIpv4Rt03 ;		v_cfMsg.role := c_ptcRoleIpv4Rt01 ;
	v_cfMsg.netDeviceId := PX_NET_DEVICE_ID_1 ;		v_cfMsg.netDeviceId := PX_NET_DEVICE_ID_1 ;
	v_cfMsg.macFilterList := { PX_MAC_UCA_RT03_A,		v_cfMsg.macFilterList := { PX_MAC_UCA_RT01_A,
	//PX_MAC_UCA_HS03,
	c_macBroadcast // to catch ARP		c_macBroadcast // to catch ARP
	//v_paramsRt01.macSolNodeMca,
	//v_paramsHs01.macSolNodeMca,
	//c_macAllNodesMca,
	//c_macAllRoutersMca,
	//v_paramsIut.macSolNodeMca, //see comment 1 below
	//v_paramsMn01.macSolNodeMca // see comment 3 below
	} ;		} ;

	// Comment 1:		v_paramsRt01 := {
	// Added to be able to receive DAD NS
	// in the case of HUT: the DAD NS is ignored in the default
	// in the case of MN (returning Home): TTCN replies, otherwise MN would not know that it's home

	// Comment 3:
	// Added to be able to receive DAD NS for MN01's HoA sent by HA under test

	v_paramsRt03 := {
	useInTa := true,		useInTa := true,
	lla := omit,		lla := omit,
	gla := c_6to4Prefix & PX_IPV4_GLA_RT03_A & PX_IPV4_SUBNET_ID_RT03_A & PX_6to4_IF_ID_RT03_A,//6to4Addr		gla := c_6to4Prefix & PX_6to4_IPv4_ADDR_RT01 & c_6to4_SUBNET_ID_RT01 & f_createUniqueInterfaceId(PX_MAC_UCA_RT01_A),//6to4Addr
	solNodeMca := omit,		solNodeMca := omit,
	haAca := omit,		haAca := omit,
	mnHoa := omit,		mnHoa := omit,
	mnCoa := omit,		mnCoa := omit,
	macUca := PX_MAC_UCA_RT03_A,		macUca := PX_MAC_UCA_RT01_A,
	macSolNodeMca := omit,		macSolNodeMca := omit,
	prefixLength := omit,		prefixLength := omit,
	subnetId := PX_IPV4_SUBNET_ID_RT03_A,		ipv4Addr := PX_6to4_IPv4_ADDR_RT01,
	ipv4Addr := PX_IPV4_GLA_RT03_A		relRtAca := omit
	};		};

	v_paramsHs02 := {
	useInTa := false,
	lla := omit,
	gla := c_6to4Prefix & PX_IPV4_GLA_HS02 & PX_IPV4_SUBNET_ID_HS02 & PX_6to4_IF_ID_HS02,//6to4Addr
	solNodeMca := omit,
	haAca := omit,
	mnHoa := omit,
	mnCoa := omit,
	macUca := omit,
	macSolNodeMca := omit,
	prefixLength := omit,
	subnetId := omit,
	ipv4Addr := omit
	};

	v_cfMsg.paramsHs03 := f_createParamsHs03(PX_MAC_UCA_RT03_A, false);//set to false because only the gla is needed in TTCN

	v_paramsIut := {		v_paramsIut := {
	useInTa := true,		useInTa := true,
	lla := omit,		lla := omit,
	gla := c_6to4Prefix & PX_IPV4_GLA_IUT_1 & PX_IPV4_SUBNET_ID_IUT_1 & PX_6to4_IF_ID_IUT_1,//6to4Addr		gla := c_6to4Prefix & PX_6to4_IPv4_ADDR_IUT & PX_6to4_SUBNET_ID_IUT & PX_6to4_IF_ID_IUT,//6to4Addr
	solNodeMca := omit,		solNodeMca := omit,
	haAca := omit,		haAca := omit,
	mnHoa := omit,		mnHoa := omit,
	@@ -1428,82 +1404,112 @@
	macUca := PX_MAC_UCA_IUT_1,		macUca := PX_MAC_UCA_IUT_1,
	macSolNodeMca := omit,		macSolNodeMca := omit,
	prefixLength := omit,		prefixLength := omit,
	subnetId := PX_IPV4_SUBNET_ID_IUT_1,		ipv4Addr := PX_6to4_IPv4_ADDR_IUT,
	ipv4Addr := PX_IPV4_GLA_IUT_1		relRtAca := omit
	};		};

	v_cfMsg.paramsHs01 := omit;		v_cfMsg.paramsHs01 := omit;
	v_cfMsg.paramsHs02 := omit;		v_cfMsg.paramsHs02 := omit;
	v_cfMsg.paramsHs03 := omit;		v_cfMsg.paramsHs03 := omit;
	v_cfMsg.paramsRt01 := omit;		v_cfMsg.paramsRt01 := v_paramsRt01;
	v_cfMsg.paramsRt02 := omit;		v_cfMsg.paramsRt02 := omit;
	v_cfMsg.paramsRt03 := v_paramsRt03;		v_cfMsg.paramsRt03 := omit;
	v_cfMsg.paramsRt04 := omit;		v_cfMsg.paramsRt04 := omit;
	v_cfMsg.paramsMn01 := omit;		v_cfMsg.paramsMn01 := omit;
	v_cfMsg.paramsIut := v_paramsIut;		v_cfMsg.paramsIut := v_paramsIut;

	return v_cfMsg ;		return v_cfMsg ;

	}//end f_createTrans01CfMsg_rt03		}//end f_createTrans01CfMsg_rt01

	/*		/*
	* @desc This function creates a test adapter configuration message		* @desc This function creates a test adapter configuration message
	* for the test component acting as IPv6to4 RT02		* for the test component acting as IPv6to4 RT02
	*/		*/
	function f_createTrans02CfMsg_rt02()		function f_createTrans02CfMsg_hs02()
	return CfMessage {		return CfMessage {
	//Variables		//Variables
	var CfMessage v_cfMsg ;		var CfMessage v_cfMsg ;
	var Ipv6NodeParams v_paramsRt02, v_paramsHs02, v_paramsIut ;		var Ipv6NodeParams v_paramsHs02, v_paramsIut ;

	//RT01 Calculate values for native IPv6 Node
	v_paramsRt02 := f_createParamsRt02(PX_MAC_UCA_RT02_B, true);
	//Build values for IPv6to4 Node
	v_paramsRt02.gla := c_6to4Prefix & PX_IPV4_GLA_RT02_B & PX_IPV4_SUBNET_ID_RT02_B & PX_6to4_IF_ID_RT02_B;//6to4Addr
	v_paramsRt02.ipv4Addr := omit;
	v_paramsRt02.subnetId := omit;
	//HS02 Calculate values for native IPv6 Node		//HS02 Calculate values for native IPv6 Node
	v_paramsHs02 := f_createParamsHs02(PX_MAC_UCA_HS02, true);		v_paramsHs02 := f_createParamsHs02(PX_MAC_UCA_HS02, true);
	//Build values for IPv6to4 Node		//Build values for IPv6to4 Node
	v_paramsHs02.gla := c_6to4Prefix & PX_IPV4_GLA_HS02 & PX_IPV4_SUBNET_ID_HS02 & PX_6to4_IF_ID_HS02;//6to4Addr		v_paramsHs02.gla := c_6to4Prefix & PX_6to4_IPv4_ADDR_IUT & PX_6to4_SUBNET_ID_IUT & f_createUniqueInterfaceId(PX_MAC_UCA_HS02);//6to4Addr
	v_paramsHs02.ipv4Addr := omit;
	v_paramsHs02.subnetId := omit;
	//IUT Calculate values for native IPv6 Node		//IUT Calculate values for native IPv6 Node
	v_paramsIut := f_createParamsIutB(PX_MAC_UCA_IUT_2, false);		v_paramsIut := f_createParamsIutB(PX_MAC_UCA_IUT_2, true);
	//Build values for IPv6to4 Node		//Build values for IPv6to4 Node
	v_paramsIut.gla := c_6to4Prefix & PX_IPV4_GLA_IUT_2 & PX_IPV4_SUBNET_ID_IUT_2 & PX_6to4_IF_ID_IUT_2;//6to4Addr		v_paramsIut.gla := c_6to4Prefix & PX_6to4_IPv4_ADDR_IUT & PX_6to4_SUBNET_ID_IUT & PX_6to4_IF_ID_IUT;//6to4Addr
	v_paramsIut.ipv4Addr := omit;
	v_paramsIut.subnetId := omit;


	var FncRetCode v_ret := e_error;		var FncRetCode v_ret := e_error;

	//fill v_cfMsg		//fill v_cfMsg
	v_cfMsg.role := c_ptcRoleRt01 ;		v_cfMsg.role := c_ptcRoleHs02 ;
	v_cfMsg.netDeviceId := PX_NET_DEVICE_ID_2 ;		v_cfMsg.netDeviceId := PX_NET_DEVICE_ID_2 ;
	v_cfMsg.macFilterList := { PX_MAC_UCA_RT02_B,		v_cfMsg.macFilterList := { PX_MAC_UCA_HS02,
	PX_MAC_UCA_HS02,
	v_paramsRt02.macSolNodeMca,
	v_paramsHs02.macSolNodeMca,		v_paramsHs02.macSolNodeMca,
	c_macAllNodesMca,		c_macAllNodesMca,
	c_macAllRoutersMca		c_macAllRoutersMca
	// v_paramsIut.macSolNodeMca, //see comment 1 below
	// v_paramsMn01.macSolNodeMca // see comment 3 below
	} ;		} ;

	// Comment 1:		v_cfMsg.paramsHs01 := omit;
	// Added to be able to receive DAD NS		v_cfMsg.paramsHs02 := v_paramsHs02;
	// in the case of HUT: the DAD NS is ignored in the default		v_cfMsg.paramsHs03 := omit;
	// in the case of MN (returning Home): TTCN replies, otherwise MN would not know that it's home		v_cfMsg.paramsRt01 := f_createParamsRt01(PX_MAC_UCA_IUT_2, true);//relayRouter with IPv6 native information
			v_cfMsg.paramsRt02 := omit;
			v_cfMsg.paramsRt03 := omit;
			v_cfMsg.paramsRt04 := omit;
			v_cfMsg.paramsMn01 := omit;
			v_cfMsg.paramsIut := v_paramsIut;

	// Comment 3:		return v_cfMsg ;
	// Added to be able to receive DAD NS for MN01's HoA sent by HA under test
			}//end f_createTrans02CfMsg_hs02

			/*
			* @desc This function creates a test adapter configuration message
			* for the test component acting as RT01
			*/
			function f_createCfMsg_relayRt01()
			return CfMessage {
			//Variables
			var CfMessage v_cfMsg ;
			var Ipv6NodeParams v_paramsRt01, v_paramsHs02, v_paramsIut;

			v_paramsRt01 := f_createParamsRt01(PX_MAC_UCA_RT01_A, true);//native IPv6 leg
			v_paramsRt01.ipv4Addr := PX_6to4_IPv4_ADDR_RT01;
			v_paramsRt01.relRtAca := c_6to4Relay_anycastAddr;
			v_paramsIut := f_createParamsIutA(PX_MAC_UCA_IUT_1, true);
			v_paramsIut.ipv4Addr := PX_6to4_IPv4_ADDR_IUT;
			v_paramsHs02 := {
			useInTa := false,
			lla := omit,
			gla := c_6to4Prefix & PX_6to4_IPv4_ADDR_IUT & PX_6to4_SUBNET_ID_IUT & f_createUniqueInterfaceId(PX_MAC_UCA_HS02),//6to4Addr
			solNodeMca := omit,
			haAca := omit,
			mnHoa := omit,
			mnCoa := omit,
			macUca := omit,
			macSolNodeMca := omit,
			prefixLength := omit,
			ipv4Addr := omit,
			relRtAca := omit
			};

			var FncRetCode v_ret := e_error;

			//fill v_cfMsg
			v_cfMsg.role := c_ptcRoleIpv4Rt01 ;
			v_cfMsg.netDeviceId := PX_NET_DEVICE_ID_1 ;
			v_cfMsg.macFilterList := { PX_MAC_UCA_RT01_A,
			c_macBroadcast // to catch ARP
			} ;

	v_cfMsg.paramsHs01 := omit;		v_cfMsg.paramsHs01 := omit;
	v_cfMsg.paramsHs02 := v_paramsHs02;		v_cfMsg.paramsHs02 := v_paramsHs02;
	v_cfMsg.paramsHs03 := f_createParamsHs03(PX_MAC_UCA_IUT_2, true);		v_cfMsg.paramsHs03 := omit;
	v_cfMsg.paramsRt01 := omit;		v_cfMsg.paramsRt01 := v_paramsRt01;
	v_cfMsg.paramsRt02 := v_paramsRt02;		v_cfMsg.paramsRt02 := omit;
	v_cfMsg.paramsRt03 := omit;		v_cfMsg.paramsRt03 := omit;
	v_cfMsg.paramsRt04 := omit;		v_cfMsg.paramsRt04 := omit;
	v_cfMsg.paramsMn01 := omit;		v_cfMsg.paramsMn01 := omit;
	@@ -1511,7 +1517,7 @@

	return v_cfMsg ;		return v_cfMsg ;

	}//end f_createTrans02CfMsg_rt02		}//end function f_createCfMsg_relayRt01


	}//end group create CfMsg		}//end group create CfMsg
	@@ -1671,7 +1677,7 @@
	var FncRetCode v_ret := e_success;		var FncRetCode v_ret := e_success;
	if (PX_MAC_LAYER == e_eth) {		if (PX_MAC_LAYER == e_eth) {
	unmap(self:ipv4Port, system:ethernetPort) ;		unmap(self:ipv4Port, system:ethernetPort) ;
	map(self:arpPort, system:arpEthernetPort) ;		unmap(self:arpPort, system:arpEthernetPort) ;
	unmap(self:cfPort, system:cfTaPort) ;		unmap(self:cfPort, system:cfTaPort) ;
	disconnect(self:syncPort, self:syncSendPort) ;		disconnect(self:syncPort, self:syncSendPort) ;
	log("** f_cfPtcDown_4: Ports unmapped and disconnected **") ;		log("** f_cfPtcDown_4: Ports unmapped and disconnected **") ;

ttcn3/EtsiAts/AtsIpv6/AtsCommon/AtsIpv6_TestConfiguration_TypesAndValues.ttcn

+3 −1

Original line number	Original line	Diff line number	Diff line
	@@ -55,7 +55,7 @@ module AtsIpv6_TestConfiguration_TypesAndValues {
	const String1To64 c_ptcRoleHs02 := "Host02";		const String1To64 c_ptcRoleHs02 := "Host02";
	const String1To64 c_ptcRoleHs03 := "Host03";		const String1To64 c_ptcRoleHs03 := "Host03";
	const String1To64 c_ptcRoleMn01 := "Mn01";		const String1To64 c_ptcRoleMn01 := "Mn01";
	const String1To64 c_ptcRoleIpv4Rt03 := "Ipv4Router03";		const String1To64 c_ptcRoleIpv4Rt01 := "Ipv4Router01";

	}//end roleConstants		}//end roleConstants

	@@ -73,6 +73,8 @@ module AtsIpv6_TestConfiguration_TypesAndValues {
	const Oct2 c_6to4Prefix := '2002'O;		const Oct2 c_6to4Prefix := '2002'O;
	const Oct4 c_6to4Relay_anycastAddr := 'C0586301'O;		const Oct4 c_6to4Relay_anycastAddr := 'C0586301'O;

			const Oct2 c_6to4_SUBNET_ID_RT01 := '0001'O;

	}//end ip6to4Prefix		}//end ip6to4Prefix

	group cfMsgTypes {		group cfMsgTypes {