Added PICS and test control. (64e2366e) · Commits · CABLE - Integrated broadband cable telecommunication networks / CableIPv6

ttcn/Ats464XLat/Ats464XLat_Pics.ttcn3

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		@@ -10,4 +10,44 @@ module Ats464XLat_Pics {
		*/
		modulepar boolean PICS_ANYCAST_GATEWAYADDRESS_CONFIGURED := true;

		/**
		* @desc Does the IUT support SIP translation?
		*/
		modulepar boolean PICS_SIP_TRANSLATION := false;

		/**
		* @desc Does the IUT support RTSP translation?
		*/
		modulepar boolean PICS_RTSP_TRANSLATION := false;

		/**
		* @desc Does the IUT support PPTP translation?
		*/
		modulepar boolean PICS_PPTP_TRANSLATION := false;

		/**
		* @desc Does the IUT support ICMP translation?
		*/
		modulepar boolean PICS_ICMP_TRANSLATION := false;

		/**
		* @desc Does the IUT support GRT to VRF forwarding?
		*/
		modulepar boolean PICS_RT_GRT_TO_VRF := false;

		/**
		* @desc Does the IUT support VRF to GRT forwarding?
		*/
		modulepar boolean PICS_RT_VRF_TO_GRT := false;

		/**
		* @desc Does the IUT support redundancy?
		*/
		modulepar boolean PICS_REDUNDANCY := false;

		/**
		* @desc Does the IUT support load-balancing?
		*/
		modulepar boolean PICS_LOAD_BALANCING := false;

		} // End of module Ats464XLat_Pics
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ttcn/Ats464XLat/Ats464XLat_TestCases.ttcn3

+246 −218

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ttcn/Ats464XLat/Ats464XLat_TestControl.ttcn3

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		@@ -5,49 +5,170 @@
		*/
		module Ats464XLat_TestControl {

		// Ats464XLAT
		import from Ats464XLat_Pics all;
		import from Ats464XLat_TestCases all;

		control {

		// CLAT CPE
		execute(TC_464XLAT_CLATB4_BF_BV_001());
		// 5.1 CLAT CPE

		execute(TC_464XLAT_CLATB4_PF_BV_001());

		execute(TC_464XLAT_CLATB4_MSSC_BV_001());
		// 5.1.1 Basic Function
		/**
		* @desc Check that IUT sends a DHCPv6 Request to the DHCPv6 Server after initialization
		* @reference [TS:6.6.9.3] Feature: DHCP
		*/
		execute(TC_464XLAT_CLATB4_BF_BV_01());

		// PLAT LSN
		execute(TC_464XLAT_PLATLSN_BF_BV_001());
		execute(TC_464XLAT_PLATLSN_BF_BV_002());
		// 5.1.2 Packet Fragmentation
		/**
		* @desc Check that the IUT fragments an HTML IPv4 packet when DF bit is not set
		* @reference ETSI TS 101 569-1 Clause 6.6 464XLAT Technology Summary
		*/
		execute(TC_464XLAT_CLATB4_PF_BV_01());

		execute(TC_464XLAT_PLATLSN_NP_BV_001());
		// 5.1.3 MSS Clamping
		/**
		* @desc Check that the IUT functions with MSS clamping
		* @reference ETSI TS 101 569-1 Clause 6.6 464XLAT Technology Summary
		*/
		execute(TC_464XLAT_CLATB4_MSSC_BV_01());

		execute(TC_464XLAT_PLATLSN_AW_BV_001());
		execute(TC_464XLAT_PLATLSN_AW_BV_002());
		execute(TC_464XLAT_PLATLSN_AW_BV_003());
		// 5.2 PLAT LSN

		execute(TC_464XLAT_PLATLSN_SPR_BV_001());
		// 5.2.1 Basic Functions
		/**
		* @desc Check that the IUT supports the functionality of PLAT 1:n NAT mapping with port translation
		* @reference ETSI TS 101 569-1 Clause 6.6 464XLAT Technology Summary
		*/
		execute(TC_464XLAT_PLATLSN_BF_BV_01());
		/**
		* @desc Check that the IUT supports the functionality of PLAT 1:1 NAT mapping with port translation
		* @reference ETSI TS 101 569-1 Clause 6.6 464XLAT Technology Summary
		*/
		execute(TC_464XLAT_PLATLSN_BF_BV_02());

		execute(TC_464XLAT_PLATLSN_PF_BV_001());
		// 5.2.2 NAT pools
		/**
		* @desc Check that the IUT supports the functionality of multiple NAT pools per prefix
		* @reference ETSI TS 101 569-1 Clause 6.6.6.4 Port Block Allocation
		*/
		execute(TC_464XLAT_PLATLSN_NP_BV_01());

		execute(TC_464XLAT_PLATLSN_MSSC_BV_001());
		// 5.2.3 Address Withdrawal
		/**
		* @desc Check that the IUT supports LSN GW address withdrawal on cache failure
		* @reference ETSI TS 101 569-1 Clause 6.6.6.12 PLAT Prefix Withdrawal
		*/
		execute(TC_464XLAT_PLATLSN_AW_BV_01());
		/**
		* @desc Check that the IUT supports LSN GW address withdrawal on route failure
		* @reference ETSI TS 101 569-1 Clause 6.6.6.12 PLAT Prefix Withdrawal
		*/
		execute(TC_464XLAT_PLATLSN_AW_BV_02());
		/**
		* @desc Check that the IUT supports LSN GW address withdrawal on hardware failure
		* @reference ETSI TS 101 569-1 Clause 6.6.6.12 PLAT Prefix Withdrawal
		*/
		execute(TC_464XLAT_PLATLSN_AW_BV_03());

		execute(TC_464XLAT_PLATLSN_NT_BV_001());
		// 5.2.4 Static Port & IP Reservation
		/**
		* @desc Check that the IUT functions with static port reservation per prefix downstream
		* @reference ETSI TS 101 569-1 Clause 6.6.6.19 Static Port Forwards
		*/
		execute(TC_464XLAT_PLATLSN_SPR_BV_01());

		execute(TC_464XLAT_PLATLSN_ALG_BV_001());
		execute(TC_464XLAT_PLATLSN_ALG_BV_002());
		execute(TC_464XLAT_PLATLSN_ALG_BV_003());
		execute(TC_464XLAT_PLATLSN_ALG_BV_004());
		execute(TC_464XLAT_PLATLSN_ALG_BV_005());
		// 5.2.5 Packet Fragmentation
		/**
		* @desc Check that the IUT fragments an HTML IPv4 packet downstream
		* @reference ETSI TS 101 569-1 Clause 6.6 464XLAT Technology Summary
		*/
		execute(TC_464XLAT_PLATLSN_PF_BV_01());

		execute(TC_464XLAT_PLATLSN_LSN_RT_BV_001());
		execute(TC_464XLAT_PLATLSN_LSN_RT_BV_002());
		// 5.2.6 MSS Clamping
		/**
		* @desc Check that the IUT functions with MSS clamping
		* @reference ETSI TS 101 569-1 Clause 6.6 464XLAT Technology Summary
		*/
		execute(TC_464XLAT_PLATLSN_MSSC_BV_01());

		execute(TC_464XLAT_PLATLSN_AA_BV_001());
		// 5.2.7 NAT Timers
		/**
		* @desc Check that the IUT TCP_time_wait timer expires when required
		* @reference ETSI TS 101 569-1 Clause 6.6.6.2 PLAT Timers
		*/
		execute(TC_464XLAT_PLATLSN_NT_BV_01());

		execute(TC_464XLAT_PLATLSN_RED_BV_001());
		// 5.2.8 Application Layer Gateway
		/**
		* @desc Check that the IUT supports FTP forwarding through an ALG
		* @reference ETSI TS 101 569-1 Clause 6.6 464XLAT Technology Summary
		*/
		execute(TC_464XLAT_PLATLSN_ALG_BV_01());
		if (PICS_SIP_TRANSLATION) {
		/**
		* @desc Check that the IUT supports SIP forwarding through an ALG
		* @reference ETSI TS 101 569-1 Clause 6.6 464XLAT Technology Summary
		*/
		execute(TC_464XLAT_PLATLSN_ALG_BV_02());
		}
		if (PICS_RTSP_TRANSLATION) {
		/**
		* @desc Check that the IUT supports RTSP forwarding through an ALG
		* @reference ETSI TS 101 569-1 Clause 6.6 464XLAT Technology Summary
		*/
		execute(TC_464XLAT_PLATLSN_ALG_BV_03());
		}
		if (PICS_PPTP_TRANSLATION) {
		/**
		* @desc Check that the IUT supports PPTP forwarding through an ALG
		* @reference ETSI TS 101 569-1 Clause 6.6 464XLAT Technology Summary
		*/
		execute(TC_464XLAT_PLATLSN_ALG_BV_04());
		}
		if (PICS_ICMP_TRANSLATION) {
		/**
		* @desc Check that the IUT supports ICMP translation
		* @reference ETSI TS 101 569-1 Clause 6.4.1 LSN Feature Summary
		*/
		execute(TC_464XLAT_PLATLSN_ALG_BV_05());
		}

		// 5.2.9 Routing Tables
		if (PICS_RT_GRT_TO_VRF) {
		/**
		* @desc Check that the IUT supports forwarding from GRT to VRF
		* @reference ETSI TS 101 569-1 Clause 6.6 464XLAT Technology Summary
		*/
		execute(TC_464XLAT_PLATLSN_LSN_RT_BV_01());
		}
		if (PICS_RT_VRF_TO_GRT) {
		/**
		* @desc Check that the IUT supports forwarding from VRF to GRT
		* @reference ETSI TS 101 569-1 Clause 6.6 464XLAT Technology Summary
		*/
		execute(TC_464XLAT_PLATLSN_LSN_RT_BV_02());
		}

		// 5.2.10 Anycast Addressing
		if (PICS_ANYCAST_GATEWAYADDRESS_CONFIGURED) {
		/**
		* @desc Check that the IUT supports Anycast GW addressing
		* @reference ETSI TS 101 569-1 Clause 6.6 464XLAT Technology Summary
		*/
		execute(TC_464XLAT_PLATLSN_AA_BV_01());
		}

		// 5.2.11 Redundancy
		if (PICS_REDUNDANCY) {
		/**
		* @desc Check that the IUT supports Redundant NPUs
		* @reference ETSI TS 101 569-1 Clause 6.6 464XLAT Technology Summary
		*/
		execute(TC_464XLAT_PLATLSN_RED_BV_01());
		}

		} // End of 'control' statement

		} // End of module Ats464XLat_TestControl
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ttcn/AtsCommon/AtsCommon_Templates.ttcn3

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		@@ -150,7 +150,7 @@ module AtsCommon_Templates {
		template (present) Ipv6Packet mdw_generalIpv6_extHdr_dst_ipv4Payload(
		in UInt8 p_nextHeader,
		in template (present) Ipv6Address p_dst,
		in template (present) ExtensionHeaderList p_extHdrList,
		in template ExtensionHeaderList p_extHdrList,
		in template (present) Ipv4Packet p_ipv4Payload
		) modifies mw_generalIpv6_extHdr_dst := {
		ipv6Payload := {