intLoopBackC.addSC("arp", "Set arp type (arpa, probe, snap) or timeout");

	intLoopBackC.arp.addSC("arpa", "Standard arp protocol");

	intLoopBackC.arp.addSC("frame-relay", "Enable ARP for a frame relay interface");

	intLoopBackC.arp.addSC("probe", "HP style arp protocol");

	intLoopBackC.arp.addSC("snap", "IEEE 802.3 style arp");

	intLoopBackC.arp.addSC("timeout", "Set ARP cache timeout");

		intLoopBackC.arp.timeout.addSC("<0-2147483>", "Seconds");

intLoopBackC.addSC("backup", "Modify backup parameters");

	intLoopBackC.backup.addSC("delay", "Delays before backup line up or down transitions");

		intLoopBackC.backup.delay.addSC("<0-4294967294>", "Seconds");

			intLoopBackC.backup.delay["<0-4294967294>"].addSC("never", "Never deactivate the backup line");

		intLoopBackC.backup.delay.addSC("never", "Never activate the backup line");

			intLoopBackC.backup.delay.never.addSC("<0-4294967294>", "Seconds");

			intLoopBackC.backup.delay.never.addSC("never", "Never deactivate the backup line");

	intLoopBackC.backup.addSC("interface", "Configure an interface as a backup");

		intLoopBackC.backup.interface.addSC("Async", "Async interface");

			intLoopBackC.backup.interface.Async.addSC("<1-0>", "Async interface number");

		intLoopBackC.backup.interface.addSC("BVI", "Bridge-Group Virtual Interface");

			intLoopBackC.backup.interface.BVI.addSC("<1-255>", "BVI interface number");

		intLoopBackC.backup.interface.addSC("Dialer", "Dialer interface");

			intLoopBackC.backup.interface.Dialer.addSC("<0-255>", "Dialer interface number");

		intLoopBackC.backup.interface.addSC("GE-WAN", "GigabitEthernetWAN IEEE 802.3z");

			intLoopBackC.backup.interface["GE-WAN"].addSC("<1-6>", "GE-WAN interface number");

		intLoopBackC.backup.interface.addSC("GigabitEthernet", "GigabitEthernet IEEE 802.3z");

			intLoopBackC.backup.interface.GigabitEthernet.addSC("<1-6>", "GigabitEthernet interface number");

		intLoopBackC.backup.interface.addSC("Group-Async", "Async Group interface");

			intLoopBackC.backup.interface["Group-Async"].addSC("<0-0>", "Group-Async interface number");

		intLoopBackC.backup.interface.addSC("Lex", "Lex interface");

			intLoopBackC.backup.interface.Lex.addSC("<0-2147483647>", "Lex interface number");

		intLoopBackC.backup.interface.addSC("Loopback", "Loopback interface");

			intLoopBackC.backup.interface.Loopback.addSC("<0-2147483647>", "Loopback interface number");

		intLoopBackC.backup.interface.addSC("Multilink", "Multilink-group interface");

			intLoopBackC.backup.interface.Multilink.addSC("<0-2147483647>", "Multilink interface number");



intLoopBackC.addSC("bandwidth", "Set bandwidth informational parameter");

	intLoopBackC.bandwidth.addSC("<1-10000000>", "Bandwidth in kilobits");

intLoopBackC.addSC("bgp-policy", "Apply policy propogated by bgp community string");

	intLoopBackC["bgp-policy"].addSC("accounting", "bgp based policy accounting of traffic");

	intLoopBackC["bgp-policy"].addSC("destination", "use destination IP address for route lookup");

		intLoopBackC["bgp-policy"].destination.addSC("ip-prec-map", "map ip precedence bits");

		intLoopBackC["bgp-policy"].destination.addSC("ip-qos-map", "set qos-group");

	intLoopBackC["bgp-policy"].addSC("source", "use source IP address for route lookup");

		intLoopBackC["bgp-policy"].source.addSC("ip-prec-map", "map ip precedence bits");

		intLoopBackC["bgp-policy"].source.addSC("ip-qos-map", "set qos-group");

intLoopBackC.addSC("carrier-delay", "Specify delay for interface transitions");

	intLoopBackC["carrier-delay"].addSC("<0-60>", "Carrier Transitions delay seconds");

	intLoopBackC["carrier-delay"].addSC("msec", "delay specified in milliseconds");

		intLoopBackC["carrier-delay"].msec.addSC("<0-1000>", "Carrier Transitions delay milliseconds");

intLoopBackC.addSC("cdp", "CDP interface subcommands");

	intLoopBackC.cdp.addSC("enable", "Enable CDP on interface");



intLoopBackC.addSC("default", "Set a command to its defaults");

	intLoopBackC["default"].addSC("arp", "Set arp type (arpa, probe, snap) or timeout");

		intLoopBackC["default"].arp.addSC("arpa", "Standard arp protocol");

		intLoopBackC["default"].arp.addSC("frame-relay", "Enable ARP for a frame relay interface");

		intLoopBackC["default"].arp.addSC("probe", "HP style arp protocol");

		intLoopBackC["default"].arp.addSC("snap", "IEEE 802.3 style arp");

		intLoopBackC["default"].arp.addSC("timeout", "Set ARP cache timeout");

	intLoopBackC["default"].addSC("backup", "Modify backup parameters");

		intLoopBackC["default"].backup.addSC("delay", "Delays before backup line up or down transitions");

		intLoopBackC["default"].backup.addSC("interface", "Configure an interface as a backup");

		intLoopBackC["default"].backup.addSC("load", "Load thresholds for line up or down transitions");

	intLoopBackC["default"].addSC("bandwidth", "Set bandwidth informational parameter");

	intLoopBackC["default"].addSC("bgp-policy", "Apply policy propogated by bgp community string");

		intLoopBackC["default"]["bgp-policy"].addSC("accounting", "bgp based policy accounting of traffic");

		intLoopBackC["default"]["bgp-policy"].addSC("destination", "use destination IP address for route lookup");

		intLoopBackC["default"]["bgp-policy"].addSC("source", "use source IP address for route lookup");

	intLoopBackC["default"].addSC("carrier-delay", "Specify delay for interface transitions");

	intLoopBackC["default"].addSC("cdp", "CDP interface subcommands");

		intLoopBackC["default"].cdp.addSC("enable", "Enable CDP on interface");

intLoopBackC.addSC("delay", "Specify interface throughput delay");

	intLoopBackC.delay.addSC("<1-16777215>", "Throughput delay (tens of microseconds)");

intLoopBackC.addSC("description", "Interface specific description");

	intLoopBackC.description.addSC("LINE", "Up to 240 characters describing this interface");

intLoopBackC.addSC("exit", "Exit from interface configuration mode");

intLoopBackC.addSC("help", "Description of the interactive help system");

intLoopBackC.addSC("hold-queue", "Set hold queue depth");



intLoopBackC.addSC("ip", "Interface Internet Protocol config commands");

	intLoopBackC.ip.addSC("access-group", "Specify access control for packets");

		intLoopBackC.ip["access-group"].addSC("<1-199>", "IP access list (standard or extended)");

			intLoopBackC.ip["access-group"]["<1-199>"].addSC("in", "inbound packets");

			intLoopBackC.ip["access-group"]["<1-199>"].addSC("out", "outbound packets");

		intLoopBackC.ip["access-group"].addSC("<1300-2699>", "IP expanded access list (standard or extended)");

			intLoopBackC.ip["access-group"]["<1300-2699>"].addSC("in", "inbound packets");

			intLoopBackC.ip["access-group"]["<1300-2699>"].addSC("out", "outbound packets");

		intLoopBackC.ip["access-group"].addSC("WORD", "Access-list name");

			intLoopBackC.ip["access-group"].WORD.addSC("in", "inbound packets");

			intLoopBackC.ip["access-group"].WORD.addSC("out", "outbound packets");

	intLoopBackC.ip.addSC("address", "Set the IP address of an interface");

		intLoopBackC.ip.address.addSC("A.B.C.D", "IP address");

			intLoopBackC.ip.address["A.B.C.D"].addSC("A.B.C.D", "IP subnet mask");

				intLoopBackC.ip.address["A.B.C.D"]["A.B.C.D"].addSC("secondary", "Make this IP address a secondary address");

	intLoopBackC.ip.addSC("bgp", "BGP interface commands");

		intLoopBackC.ip.bgp.addSC("fast-external-fallover", "Over-ride bgp global fast-failover whenexternal peer goes down");

			intLoopBackC.ip.bgp["fast-external-fallover"].addSC("deny", "dis-allow fast fallover");

			intLoopBackC.ip.bgp["fast-external-fallover"].addSC("permit", "allow fast fallover");

	intLoopBackC.ip.addSC("broadcast-address", "Set the broadcast address of an interface");

		intLoopBackC.ip["broadcast-address"].addSC("A.B.C.D", "IP broadcast address");

	intLoopBackC.ip.addSC("cgmp", "Enable/disable CGMP");

		intLoopBackC.ip.cgmp.addSC("proxy", "CGMP for hosts and proxy for multicast routers");

		intLoopBackC.ip.cgmp.addSC("router-only", "CGMP proxy for multicast routers only");

	intLoopBackC.ip.addSC("directed-broadcast", "Enable forwarding of directed broadcasts");

		intLoopBackC.ip["directed-broadcast"].addSC("<1-199>", "A standard IP access list number");

		intLoopBackC.ip["directed-broadcast"].addSC("<1300-2699>", "A standard IP expanded access list number");



	intLoopBackC.ip.addSC("igmp", "IGMP interface commands");

		intLoopBackC.ip.igmp.addSC("access-group", "IGMP group access group");

			intLoopBackC.ip.igmp["access-group"].addSC("<1-99>", "Access list number");

			intLoopBackC.ip.igmp["access-group"].addSC("WORD", "IP Named Standard Access list");

		intLoopBackC.ip.igmp.addSC("helper-address", "IGMP helper address");

			intLoopBackC.ip.igmp["helper-address"].addSC("A.B.C.D", "IGMP helper address");

			intLoopBackC.ip.igmp["helper-address"].addSC("udl", "Unidirectional link to forward the report");



	intLoopBackC.ip.addSC("multicast", "IP multicast interface commands");

		intLoopBackC.ip.multicast.addSC("helper-map", "Broadcast to Multicast map OR Multicast to Broadcast map");

			intLoopBackC.ip.multicast["helper-map"].addSC("A.B.C.D", "IP multicast address");

				intLoopBackC.ip.multicast["helper-map"]["A.B.C.D"].addSC("A.B.C.D", "IP multicast address or IP broadcast address");

					intLoopBackC.ip.multicast["helper-map"]["A.B.C.D"]["A.B.C.D"].addSC("<100-199>", "access-list");

					intLoopBackC.ip.multicast["helper-map"]["A.B.C.D"]["A.B.C.D"].addSC("<2000-2699>", "access-list (expanded range)");

					intLoopBackC.ip.multicast["helper-map"]["A.B.C.D"]["A.B.C.D"].addSC("WORD", "IP Named Extended Access list");

			intLoopBackC.ip.multicast["helper-map"].addSC("broadcast", "Broadcast address");

				intLoopBackC.ip.multicast["helper-map"].broadcast.addSC("A.B.C.D", "IP multicast address or IP broadcast address");

					intLoopBackC.ip.multicast["helper-map"].broadcast["A.B.C.D"].addSC("<100-199>", "access-list");

					intLoopBackC.ip.multicast["helper-map"].broadcast["A.B.C.D"].addSC("<2000-2699>", "access-list (expanded range)");

					intLoopBackC.ip.multicast["helper-map"].broadcast["A.B.C.D"].addSC("WORD", "IP Named Extended Access list");

	intLoopBackC.ip.addSC("ospf", "OSPF interface commands");

		intLoopBackC.ip.ospf.addSC("authentication", "Enable authentication");

			intLoopBackC.ip.ospf.authentication.addSC("message-digest", "Use message-digest authentication");

			intLoopBackC.ip.ospf.authentication.addSC("null", "Use no authentication");

		intLoopBackC.ip.ospf.addSC("authentication-key", "Authentication password (key)");

			intLoopBackC.ip.ospf["authentication-key"].addSC("<0-7>", "Encryption type (0 for not yet encrypted, 7 for proprietary)");

			intLoopBackC.ip.ospf["authentication-key"].addSC("LINE", "The OSPF password (key)");

		intLoopBackC.ip.ospf.addSC("cost", "Interface cost");

			intLoopBackC.ip.ospf.cost.addSC("<1-65535>", "Cost");

		intLoopBackC.ip.ospf.addSC("database-filter", "Filter OSPF LSA during synchronization and flooding");

			intLoopBackC.ip.ospf["database-filter"].addSC("all", "Filter all LSA");

				intLoopBackC.ip.ospf["database-filter"].all.addSC("out", "Outgoing LSA");

		intLoopBackC.ip.ospf.addSC("dead-interval", "Interval after which a neighbor is declared dead");

			intLoopBackC.ip.ospf["dead-interval"].addSC("<1-65535>", "Seconds");

		intLoopBackC.ip.ospf.addSC("demand-circuit", "OSPF demand circuit");

		intLoopBackC.ip.ospf.addSC("hello-interval", "Time between HELLO packets");

			intLoopBackC.ip.ospf["hello-interval"].addSC("<1-65535>", "Seconds");

		intLoopBackC.ip.ospf.addSC("message-digest-key", "Message digest authentication password (key)");

			intLoopBackC.ip.ospf["message-digest-key"].addSC("<1-255>", "Key ID");

				intLoopBackC.ip.ospf["message-digest-key"]["<1-255>"].addSC("md5", "Use MD5 algorithm");

					intLoopBackC.ip.ospf["message-digest-key"]["<1-255>"].md5.addSC("<0-7>", "Encryption type (0 for not yet encrypted, 7 for proprietary)");

					intLoopBackC.ip.ospf["message-digest-key"]["<1-255>"].md5.addSC("LINE", "The OSPF password (key)");

		intLoopBackC.ip.ospf.addSC("mtu-ignore", "Ignores the MTU in DBD packets");

		intLoopBackC.ip.ospf.addSC("network", "Network type");

			intLoopBackC.ip.ospf.network.addSC("broadcast", "Specify OSPF broadcast multi-access network");

			intLoopBackC.ip.ospf.network.addSC("non-broadcast", "Specify OSPF NBMA network");

			intLoopBackC.ip.ospf.network.addSC("point-to-multipoint", "Specify OSPF point-to-multipoint network");

				intLoopBackC.ip.ospf.network["point-to-multipoint"].addSC("non-broadcast", "Specify non-broadcast point-to-mpoint network");

			intLoopBackC.ip.ospf.network.addSC("point-to-point", "Specify OSPF point-to-point network");

		intLoopBackC.ip.ospf.addSC("priority", "Router priority");

			intLoopBackC.ip.ospf.priority.addSC("<0-255>", "Priority");

		intLoopBackC.ip.ospf.addSC("retransmit-interval", "Time between retransmitting lost link state advertisements");

			intLoopBackC.ip.ospf["retransmit-interval"].addSC("<1-65535>", "Seconds");

		intLoopBackC.ip.ospf.addSC("transmit-delay", "Link state transmit delay");

			intLoopBackC.ip.ospf["transmit-delay"].addSC("<1-65535>", "Seconds");



	intLoopBackC.ip.addSC("pim", "PIM interface commands");

		intLoopBackC.ip.pim.addSC("bsr-border", "Border of PIM domain");

		intLoopBackC.ip.pim.addSC("dense-mode", "Enable PIM dense-mode operation");

			intLoopBackC.ip.pim["dense-mode"].addSC("proxy-register", "Send proxy registers");

				intLoopBackC.ip.pim["dense-mode"]["proxy-register"].addSC("list", "Access list");

					intLoopBackC.ip.pim["dense-mode"]["proxy-register"].list.addSC("<100-199>", "Extended access list number");

					intLoopBackC.ip.pim["dense-mode"]["proxy-register"].list.addSC("<2000-2699>", "Extended access list number (expanded range)");

					intLoopBackC.ip.pim["dense-mode"]["proxy-register"].list.addSC("WORD", "IP named extended access list");

				intLoopBackC.ip.pim["dense-mode"]["proxy-register"].addSC("route-map", "Route-map");

					intLoopBackC.ip.pim["dense-mode"]["proxy-register"]["route-map"].addSC("WORD", "Route-map reference");

		intLoopBackC.ip.pim.addSC("nbma-mode", "Use Non-Broadcast Multi-Access (NBMA) mode on interface");

		intLoopBackC.ip.pim.addSC("neighbor-filter", "PIM peering filter");

			intLoopBackC.ip.pim["neighbor-filter"].addSC("<1-99>", "Access list number");

			intLoopBackC.ip.pim["neighbor-filter"].addSC("WORD", "IP Named Standard Access list");

		intLoopBackC.ip.pim.addSC("query-interval", "PIM router query interval");

			intLoopBackC.ip.pim["query-interval"].addSC("<0-65535>", "Query interval in seconds");

		intLoopBackC.ip.pim.addSC("sparse-dense-mode", "Enable PIM sparse-dense-mode operation");

		intLoopBackC.ip.pim.addSC("sparse-mode", "Enable PIM sparse-mode operation");

		intLoopBackC.ip.pim.addSC("version", "PIM version");

			intLoopBackC.ip.pim.version.addSC("<1-2>", "version number");

	intLoopBackC.ip.addSC("probe", "Enable HP Probe support");

		intLoopBackC.ip.probe.addSC("proxy", "Proxy support");



	intLoopBackC.ip.addSC("rip", "Router Information Protocol");

		intLoopBackC.ip.rip.addSC("authentication", "Authentication control");

			intLoopBackC.ip.rip.authentication.addSC("key-chain", "Authentication key-chain");

				intLoopBackC.ip.rip.authentication["key-chain"].addSC("LINE", "name of key-chain");

			intLoopBackC.ip.rip.authentication.addSC("mode", "Authentication mode");

				intLoopBackC.ip.rip.authentication.mode.addSC("md5", "Keyed message digest");

				intLoopBackC.ip.rip.authentication.mode.addSC("text", "Clear text authentication");

		intLoopBackC.ip.rip.addSC("receive", "advertisement reception");

			intLoopBackC.ip.rip.receive.addSC("version", "version control");

				intLoopBackC.ip.rip.receive.version.addSC("<1-1>", "RIP version 1");

				intLoopBackC.ip.rip.receive.version.addSC("<2-2>", "RIP version 2");



		intLoopBackC.ip.rip.addSC("send", "advertisement transmission");

			intLoopBackC.ip.rip.send.addSC("version", "version control");

				intLoopBackC.ip.rip.send.version.addSC("<1-1>", "RIP version 1");

				intLoopBackC.ip.rip.send.version.addSC("<2-2>", "RIP version 2");





	intLoopBackC.ip.addSC("split-horizon", "Perform split horizon");

		intLoopBackC.ip["split-horizon"].addSC("eigrp", "Enhanced Interior Gateway Routing Protocol (EIGRP)");

			intLoopBackC.ip["split-horizon"].eigrp.addSC("<1-65535>", "Autonomous system number");

	intLoopBackC.ip.addSC("summary-address", "Perform address summarization");

		intLoopBackC.ip["summary-address"].addSC("eigrp", "Enhanced Interior Gateway Routing Protocol (EIGRP)");

			intLoopBackC.ip["summary-address"].eigrp.addSC("<1-65535>", "Autonomous system number");

				intLoopBackC.ip["summary-address"].eigrp["<1-65535>"].addSC("A.B.C.D", "IP address");

					intLoopBackC.ip["summary-address"].eigrp["<1-65535>"]["A.B.C.D"].addSC("A.B.C.D", "IP network mask");

						intLoopBackC.ip["summary-address"].eigrp["<1-65535>"]["A.B.C.D"]["A.B.C.D"].addSC("<1-255>", "Administrative distance");

		intLoopBackC.ip["summary-address"].addSC("rip", "Routing Information Protocol (RIP)");

			intLoopBackC.ip["summary-address"].rip.addSC("A.B.C.D", "IP address");

				intLoopBackC.ip["summary-address"].rip["A.B.C.D"].addSC("A.B.C.D", "IP network mask");

	intLoopBackC.ip.addSC("tcp", "TCP header compression parameters");

		intLoopBackC.ip.tcp.addSC("compression-connections", "Maximum number of compressed connections");

			intLoopBackC.ip.tcp["compression-connections"].addSC("<3-256>", "Number of connections");

		intLoopBackC.ip.tcp.addSC("header-compression", "Enable TCP header compression");

			intLoopBackC.ip.tcp["header-compression"].addSC("passive", "Compress only for destinations which send compressed headers");

	intLoopBackC.ip.addSC("unnumbered", "Enable IP processing without an explicit address");

intLoopBackC.addSC("keepalive", "Enable keepalive");

	intLoopBackC.keepalive.addSC("<0-32767>", "Keepalive period (default 10 seconds)");

intLoopBackC.addSC("load-interval", "Specify interval for load calculation for an interface");

	intLoopBackC["load-interval"].addSC("<30-600>", "Load interval delay in seconds");

intLoopBackC.addSC("logging", "Configure logging for interface");

	intLoopBackC.logging.addSC("event", "Interface events");

		intLoopBackC.logging.event.addSC("link-status", "UPDOWN and CHANGE messages");

intLoopBackC.addSC("max-reserved-bandwidth", "Maximum Reservable Bandwidth on an Interface");

	intLoopBackC["max-reserved-bandwidth"].addSC("<1-100>", "Max. reservable bandwidth as % of interface bandwidth");



intLoopBackC.addSC("no", "Negate a command or set its defaults");

	intLoopBackC.no.addSC("arp", "Set arp type (arpa, probe, snap) or timeout");

		intLoopBackC.no.arp.addSC("arpa", "Standard arp protocol");

intLoopBackC.addSC("ntp", "Configure NTP");

intLoopBackC.addSC("rate-limit", "Rate Limit");

	intLoopBackC["rate-limit"].addSC("input", "Rate limit on input");

		intLoopBackC["rate-limit"].input.addSC("<8000-2000000000>", "Bits per second");

		intLoopBackC["rate-limit"].input.addSC("access-group", "Match access list");

		intLoopBackC["rate-limit"].input.addSC("dscp", "Match dscp value");

		intLoopBackC["rate-limit"].input.addSC("qos-group", "Match qos-group ID");

	intLoopBackC["rate-limit"].addSC("output", "Rate limit on output");

		intLoopBackC["rate-limit"].output.addSC("<8000-2000000000>", "Bits per second");

		intLoopBackC["rate-limit"].output.addSC("access-group", "Match access list");

		intLoopBackC["rate-limit"].output.addSC("dscp", "Match dscp value");

		intLoopBackC["rate-limit"].output.addSC("qos-group", "Match qos-group ID");

intLoopBackC.addSC("rmon", "Configure Remote Monitoring on an interface");

intLoopBackC.addSC("service-policy", "Configure QoS Service Policy");





intLoopBackC.addSC("shutdown", "Shutdown the selected interface");

intLoopBackC.addSC("snmp", "Modify SNMP interface parameters");

	intLoopBackC.snmp.addSC("trap", "Allow a specific SNMP trap");

		intLoopBackC.snmp.trap.addSC("link-status", "Allow SNMP LINKUP and LINKDOWN traps");





intLoopBackC.addSC("spanning-tree", "Spanning Tree Subsystem");

	intLoopBackC["spanning-tree"].addSC("cost", "Change an interface's spanning tree port path cost");

		intLoopBackC["spanning-tree"].cost.addSC("<1-200000000>", "port path cost");

	intLoopBackC["spanning-tree"].addSC("guard", "Change an interface's spanning tree guard mode");

		intLoopBackC["spanning-tree"].guard.addSC("none", "Set guard mode to none");

		intLoopBackC["spanning-tree"].guard.addSC("root", "Set guard mode to root guard on interface");

	intLoopBackC["spanning-tree"].addSC("port-priority", "Change an interface's spanning tree port priority");

		intLoopBackC["spanning-tree"]["port-priority"].addSC("<0-240>", "port priority in increments of 16");

	intLoopBackC["spanning-tree"].addSC("portfast", "Enable an interface to move directly to forwarding on link up");

intLoopBackC.addSC("timeout", "Define timeout values for this interface");

	intLoopBackC.timeout.addSC("absolute", "Define session timeout value for this interface");

		intLoopBackC.timeout.absolute.addSC("<0-35790>", "Session lifetime (in minutes)");

intLoopBackC.addSC("transmit-interface", "Assign a transmit interface to a receive-only interface");

	intLoopBackC["transmit-interface"].addSC("Async", "Async interface");

		intLoopBackC["transmit-interface"].Async.addSC("<1-0>", "Async interface number");

	intLoopBackC["transmit-interface"].addSC("Dialer", "Dialer interface");

		intLoopBackC["transmit-interface"].Dialer.addSC("<0-255>", "Dialer interface number");

	intLoopBackC["transmit-interface"].addSC("GE-WAN", "GigabitEthernetWAN IEEE 802.3z");

		intLoopBackC["transmit-interface"]["GE-WAN"].addSC("<1-6>", "GE-WAN interface number");

	intLoopBackC["transmit-interface"].addSC("GigabitEthernet", "GigabitEthernet IEEE 802.3z");

		intLoopBackC["transmit-interface"].GigabitEthernet.addSC("<1-6>", "GigabitEthernet interface number");

	intLoopBackC["transmit-interface"].addSC("Group-Async", "Async Group interface");

		intLoopBackC["transmit-interface"]["Group-Async"].addSC("<0-0>", "Group-Async interface number");

	intLoopBackC["transmit-interface"].addSC("Lex", "Lex interface");

		intLoopBackC["transmit-interface"].Lex.addSC("<0-2147483647>", "Lex interface number");

	intLoopBackC["transmit-interface"].addSC("Loopback", "Loopback interface");

		intLoopBackC["transmit-interface"].Loopback.addSC("<0-2147483647>", "Loopback interface number");

	intLoopBackC["transmit-interface"].addSC("Multilink", "Multilink-group interface");

		intLoopBackC["transmit-interface"].Multilink.addSC("<0-2147483647>", "Multilink interface number");

	intLoopBackC["transmit-interface"].addSC("Null", "Null interface");

		intLoopBackC["transmit-interface"].Null.addSC("<0-0>", "Null interface number");

	intLoopBackC["transmit-interface"].addSC("Port-channel", "Ethernet Channel of interfaces");

		intLoopBackC["transmit-interface"]["Port-channel"].addSC("<1-64>", "Port-channel interface number");

	intLoopBackC["transmit-interface"].addSC("Tunnel", "Tunnel interface");

		intLoopBackC["transmit-interface"].Tunnel.addSC("<0-2147483647>", "Tunnel interface number");

	intLoopBackC["transmit-interface"].addSC("Virtual-Template", "Virtual Template interface");

		intLoopBackC["transmit-interface"]["Virtual-Template"].addSC("<1-25>", "Virtual-Template interface number");

	intLoopBackC["transmit-interface"].addSC("Virtual-TokenRing", "Virtual TokenRing");

		intLoopBackC["transmit-interface"]["Virtual-TokenRing"].addSC("<0-2147483647>", "Virtual-TokenRing interface number");

	intLoopBackC["transmit-interface"].addSC("Vlan", "Catalyst Vlans");

		intLoopBackC["transmit-interface"].Vlan.addSC("<1-1001>", "Vlan interface number");

intLoopBackC.addSC("tx-ring-limit", "Configure PA level transmit ring limit");

	intLoopBackC["tx-ring-limit"].addSC("<1-32767>", "Number (ring limit)");