module junos-conf-chassis {

    yang-version 1;

    namespace
      "http://yang.juniper.net/junos/conf/chassis";

    prefix jc-chassis;

    import junos-common-ddl-extensions {
      prefix junos;
      revision-date "2019-01-01";
    }
    import junos-common-types {
      prefix jt;
      revision-date "2019-01-01";
    }
    import junos-conf-root {
      prefix jc;
      revision-date "2019-01-01";
    }

    organization "Juniper Networks, Inc.";

    contact "yang-support@juniper.net";

    description
      "Junos chassis configuration module";

    revision "2019-01-01" {
      description "Junos: 21.3R1.9";
    }


    augment /jc:configuration {
      uses chassis-group;
    }

    augment /jc:configuration/jc:groups {
      uses chassis-group;
    }

    grouping chassis-group {
      container chassis {
        description "Chassis configuration";
        uses chassis_type;
      }  // container chassis
    }  // grouping chassis-group

    grouping chassis_type {
      uses apply-advanced;

      container copy-tos-to-outer {
        description
          "Copy TOS from inner to outer header";
        uses apply-advanced;

        container service-type {
          description
            "Service type for which the TOS copy is needed";
          uses apply-advanced;

          leaf gre {
            type empty;
            description
              "Copy TOS for GRE Tunnel service";
          }

          leaf mt {
            type empty;
            description
              "Copy TOS for MT Tunnel service";
          }
        }  // container service-type
      }  // container copy-tos-to-outer

      container nssu {
        presence "enable nssu";
        description
          "Nonstop Software Upgrade settings";
        uses apply-advanced;

        list upgrade-group {
          key "name";
          ordered-by user;
          description
            "Nonstop Software Upgrade group";
          leaf name {
            type string {
              length "1 .. 254";
            }
          }

          uses apply-advanced;

          leaf-list fpcs {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32;
            }
            max-elements 16;
            description
              "FPCs associated with update-group";
          }
        }  // list upgrade-group

        leaf rcp-count {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type int32 {
              range "1 .. 8";
            }
          }
          description "Parallel rcp count";
        }

        leaf lc-reboot-delay {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type int32 {
              range "0 .. 600";
            }
          }
          description
            "Delay between linecard reboot during NSSU";
        }
      }  // container nssu

      leaf no-power-budget {
        type empty;
        description
          "Disable Chassis Power Budget";
      }

      container psu {
        description
          "Power Supply Unit redundancy configuration";
        uses apply-advanced;

        container redundancy {
          description
            "PSU Redundancy settings";
          uses apply-advanced;

          leaf n-plus-n {
            type empty;
            description
              "PSU redundancy: N+N configuration";
          }
        }  // container redundancy
      }  // container psu

      leaf fpc-resync {
        type empty;
        description
          "Send and receive Nchip cells for newly onlined FPC";
      }

      leaf craft-lockout {
        type empty;
        description
          "Disable craft interface input";
      }

      container config-button {
        description
          "Config button behavior settings";
        leaf no-rescue {
          type empty;
          description
            "Don't reset to rescue configuration";
        }

        leaf no-clear {
          type empty;
          description
            "Don't reset to factory-default configuration";
        }
      }  // container config-button

      leaf routing-engine-power-off-button-disable {
        type empty;
        description
          "Disable RE power off button";
      }

      choice source-route-choice {
        leaf source-route {
          type empty;
          status deprecated;
          description
            "Enable IP source-route processing";
        }
        leaf no-source-route {
          type empty;
          status deprecated;
          description
            "Don't enable IP source-route processing";
        }
      }  // choice source-route-choice

      choice packet-scheduling-choice {
        leaf packet-scheduling {
          type empty;
          description
            "Enable DX2.0 packet scheduling";
        }
        leaf no-packet-scheduling {
          type empty;
          description
            "Don't enable DX2.0 packet scheduling";
        }
      }  // choice packet-scheduling-choice

      leaf route-memory-enhanced {
        type empty;
        status deprecated;
        description
          "Enhance memory allocation for routes";
      }

      leaf policer-drop-probability-low {
        type empty;
        description
          "Set policer probabilistic drop probability to Minimum";
      }

      leaf policer-limit {
        type empty;
        description
          "Limit the policer tick unit to 32 bytes";
      }

      leaf enhanced-policer {
        type empty;
        description
          "Enhanced Policer Counters";
      }

      leaf effective-shaping-rate {
        type empty;
        description
          "Report effective shaping rate";
      }

      container memory-enhanced {
        presence "enable memory-enhanced";
        description
          "Enhance memory allocation";
        uses apply-advanced;

        leaf route {
          type empty;
          description
            "Enhance memory allocation for routes";
        }

        leaf filter {
          type empty;
          description
            "Enhance memory allocation for filter";
        }

        leaf vpn-label {
          type empty;
          description
            "Enhance memory allocation for L3 VPN label";
        }
      }  // container memory-enhanced

      leaf vrf-mtu-check {
        type empty;
        description
          "Enable Internet Processor II-based MTU check";
      }

      container icmp {
        description "ICMP protocol";
        uses apply-advanced;

        leaf rate-limit {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "1 .. 1000";
            }
          }
          default "1";
          description
            "Icmp rate-limit for non ttl-expired pkts in range";
        }
      }  // container icmp

      container routing-performance {
        description
          "Alter routing performance";
        uses apply-advanced;
      }  // container routing-performance

      container icmp6 {
        description
          "ICMP version 6 protocol";
        uses apply-advanced;

        leaf rate-limit {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "1 .. 1000";
            }
          }
          default "1";
          description
            "Icmp rate-limit for non ttl-expired pkts in range";
        }
      }  // container icmp6

      leaf maximum-ecmp {
        type enumeration {
          enum "16" {
            value 0;
            description
              "Maximum 16 ECMP routes";
          }
          enum "32" {
            value 1;
            description
              "Maximum 32 ECMP routes";
          }
          enum "64" {
            value 2;
            description
              "Maximum 64 ECMP routes";
          }
          enum "96" {
            value 3;
            description
              "Maximum 96 ECMP routes";
          }
          enum "128" {
            value 4;
            description
              "Maximum 128 ECMP routes";
          }
          enum "160" {
            junos:must "(!("system processes routing force-32-bit"))";
            junos:must-message "32-bit rpd doesn't support ecmp greater than 128";
            value 5;
            description
              "Maximum 160 ECMP routes";
          }
          enum "192" {
            junos:must "(!("system processes routing force-32-bit"))";
            junos:must-message "32-bit rpd doesn't support ecmp greater than 128";
            value 6;
            description
              "Maximum 192 ECMP routes";
          }
          enum "224" {
            junos:must "(!("system processes routing force-32-bit"))";
            junos:must-message "32-bit rpd doesn't support ecmp greater than 128";
            value 7;
            description
              "Maximum 224 ECMP routes";
          }
          enum "256" {
            junos:must "(!("system processes routing force-32-bit"))";
            junos:must-message "32-bit rpd doesn't support ecmp greater than 128";
            value 8;
            description
              "Maximum 256 ECMP routes";
          }
          enum "288" {
            junos:must "(!("system processes routing force-32-bit"))";
            junos:must-message "32-bit rpd doesn't support ecmp greater than 128";
            value 9;
            description
              "Maximum 288 ECMP routes";
          }
          enum "320" {
            junos:must "(!("system processes routing force-32-bit"))";
            junos:must-message "32-bit rpd doesn't support ecmp greater than 128";
            value 10;
            description
              "Maximum 320 ECMP routes";
          }
          enum "352" {
            junos:must "(!("system processes routing force-32-bit"))";
            junos:must-message "32-bit rpd doesn't support ecmp greater than 128";
            value 11;
            description
              "Maximum 352 ECMP routes";
          }
          enum "384" {
            junos:must "(!("system processes routing force-32-bit"))";
            junos:must-message "32-bit rpd doesn't support ecmp greater than 128";
            value 12;
            description
              "Maximum 384 ECMP routes";
          }
          enum "416" {
            junos:must "(!("system processes routing force-32-bit"))";
            junos:must-message "32-bit rpd doesn't support ecmp greater than 128";
            value 13;
            description
              "Maximum 416 ECMP routes";
          }
          enum "448" {
            junos:must "(!("system processes routing force-32-bit"))";
            junos:must-message "32-bit rpd doesn't support ecmp greater than 128";
            value 14;
            description
              "Maximum 448 ECMP routes";
          }
          enum "480" {
            junos:must "(!("system processes routing force-32-bit"))";
            junos:must-message "32-bit rpd doesn't support ecmp greater than 128";
            value 15;
            description
              "Maximum 480 ECMP routes";
          }
          enum "512" {
            junos:must "(!("system processes routing force-32-bit"))";
            junos:must-message "32-bit rpd doesn't support ecmp greater than 128";
            value 16;
            description
              "Maximum 512 ECMP routes";
          }
        }
        description
          "Maximum ECMP limit for nexthops";
      }

      container ecmp-alb {
        junos:must "("chassis network-services enhanced-ip")";
        junos:must-message "ecmp-alb requires enhanced-ip mode";
        presence "enable ecmp-alb";
        description
          "Enable adaptive load balancing for ECMP nexthops";
        uses apply-advanced;

        leaf tolerance {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "1 .. 100";
            }
          }
          units "percent";
          default "20";
          description
            "Adaptive tolerance in percentage (default 20%)";
        }
      }  // container ecmp-alb

      container redundancy {
        description "Redundancy settings";
        uses chassis_redundancy_type;
      }  // container redundancy

      container routing-engine {
        description
          "Routing Engine settings";
        uses chassis_routing_engine_type;
      }  // container routing-engine

      container aggregated-devices {
        description
          "Aggregated devices configuration";
        uses chassis_agg_dev_type;
      }  // container aggregated-devices

      list disk-partition {
        key "name";
        ordered-by user;
        description
          "Chassis disk monitor configuration";
        leaf name {
          type enumeration {
            enum "/var" {
              value 0;
              description
                "Monitor /var partition";
            }
            enum "/config" {
              value 1;
              description
                "Monitor /config partition";
            }
          }
          description
            "Choose disk partition to monitor";
        }

        uses apply-advanced;

        list level {
          key "name";
          ordered-by user;
          description "Threshold level";
          leaf name {
            type enumeration {
              enum "high" {
                value 0;
                description
                  "Set high level of threshold";
              }
              enum "full" {
                value 1;
                description
                  "Set full level of threshold";
              }
            }
          }

          uses apply-advanced;

          container free-space {
            description
              "Enter threshold value & choose the metric";
            leaf thres-free {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "0 .. 100";
                }
              }
              description
                "Enter free space threshold value";
            }

            choice thres-metric {
              leaf percent {
                type empty;
                description
                  "Free space threshold in %";
              }
              leaf mb {
                type empty;
                description
                  "Free space threshold in MB";
              }
            }  // choice thres-metric
          }  // container free-space
        }  // list level
      }  // list disk-partition

      container container-devices {
        description
          "Container devices configuration";
        uses chassisd_agg_container_type;
      }  // container container-devices

      container pseudowire-service {
        presence "enable pseudowire-service";
        description
          "Pseudowire L3 termination device configuration";
        uses chassis-pw-type;
      }  // container pseudowire-service

      container provider-instance-devices {
        description
          "Provider instance devices configuration";
        uses chassisd_provider_instance_type;
      }  // container provider-instance-devices

      container redundancy-group {
        description
          "Redundancy group configuration";
        uses chassisd-redundancy-group-type;
      }  // container redundancy-group

      container fabric {
        description "Switch fabric settings";
        uses chassis_fabric_type;
      }  // container fabric

      list fpc {
        junos:must "((!(any ". <*> vpn-localization") || !("virtual-chassis")))";
        junos:must-message "vpn-localization cannot be configured on virtual-chassis";
        key "name";
        description
          "Flexible PIC Concentrator parameters";
        uses chassis_fpc_type;
      }  // list fpc

      leaf disable-power-management {
        type empty;
        description
          "Disable Power Management in this chassis";
      }

      leaf monitor-pem-inputs {
        type empty;
        description
          "Enable low current usage monitoring";
      }

      container fpc-feb-connectivity {
        description
          "Connectivity between Flexible PIC Concentrators and Forwarding Engine Boards";
        uses apply-advanced;

        list fpc {
          key "name";
          leaf name {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32;
            }
            description "FPC slot number";
          }

          uses apply-advanced;

          container feb {
            description "FEB slot number";
            choice feb-slot-choice {
              leaf none {
                type empty;
                description
                  "FPC not connected to any FEB";
              }
              leaf feb-slot {
                type union {
                  type string {
                    pattern "<.*>|$.*";
                  }
                  type uint32;
                }
                description
                  "FEB slot number";
              }
            }  // choice feb-slot-choice
          }  // container feb
        }  // list fpc
      }  // container fpc-feb-connectivity

      container pem {
        description
          "Power supply (PEM) parameters";
        uses chassis_pem_type;
      }  // container pem

      container sib {
        description
          "Switch Interface Board parameters";
        uses chassis_sib_type;
      }  // container sib

      list sfm {
        key "name";
        description
          "Switching and Forwarding Module parameters";
        uses chassis_sfm_type;
      }  // list sfm

      container feb {
        description
          "Forwarding Engine Board parameters";
        uses chassis_feb_type;
      }  // container feb

      container afeb {
        description
          "Forwarding Engine Board parameters";
        uses chassis_feb_type;
      }  // container afeb

      container tfeb {
        description
          "Taz Forwarding Engine Board parameters";
        uses chassis_feb_type;
      }  // container tfeb

      container alarm {
        description "Global alarm settings";
        uses chassis_alarm_type;
      }  // container alarm

      leaf slow-pfe-alarm {
        type empty;
        description
          "Enable slow (potential) PFE alarm";
      }

      leaf ppp-subscriber-services {
        type enumeration {
          enum "disable" {
            value 0;
            description
              "Disable PPP subscriber services";
          }
          enum "enable" {
            value 1;
            description
              "Enable PPP subscriber services";
          }
        }
        default "disable";
        description
          "Select PPP subscriber services";
      }

      leaf ambient-temperature {
        type enumeration {
          enum "55C" {
            value 0;
            description "55 degree celsius";
          }
          enum "40C" {
            value 1;
            description "40 degree celsius";
          }
          enum "25C" {
            value 2;
            description "25 degree celsius";
          }
          enum "32C" {
            value 3;
            description "32 degree celsius";
          }
        }
        description
          "Chassis ambient-temperature value in degree celsius";
      }

      leaf network-services {
        type enumeration {
          enum "ip" {
            value 0;
            description
              "IP network services";
          }
          enum "ethernet" {
            junos:must "((!(any "interfaces <*> unit <*> family inet accounting source-class-usage") && (!(any "interfaces <*> unit <*> family inet accounting destination-class-usage") && (!(any "interfaces <*> unit <*> family inet6 accounting source-class-usage") && (!(any "interfaces <*> unit <*> family inet6 accounting destination-class-usage") && (!(any "logical-systems <*> interfaces <*> unit <*> family inet accounting source-class-usage") && (!(any "logical-systems <*> interfaces <*> unit <*> family inet accounting destination-class-usage") && (!(any "logical-systems <*> interfaces <*> unit <*> family inet6 accounting source-class-usage") && !(any "logical-systems <*> interfaces <*> unit <*> family inet6 accounting destination-class-usage")))))))))";
            junos:must-message "Cannot configure 'accounting source-class-usage or destination-class-usage' under network-services ethernet";
            junos:must "((!("routing-options forwarding-table unicast-reverse-path") && (!(any "routing-instances <*> routing-options forwarding-table unicast-reverse-path") && (!(any "logical-systems <*> routing-options forwarding-table unicast-reverse-path") && !(any "logical-systems <*> routing-instances <*> routing-options forwarding-table unicast-reverse-path")))))";
            junos:must-message "Cannot configure 'unicast-reverse-path' under network-services ethernet";
            junos:must "((!(any "interfaces <*> unit <*> family inet rpf-check") && (!(any "interfaces <*> unit <*> family inet6 rpf-check") && (!(any "logical-systems <*> interfaces <*> unit <*> family inet rpf-check") && !(any "logical-systems <*> interfaces <*> unit <*> family inet6 rpf-check")))))";
            junos:must-message "Cannot configure 'rpf-check' under network-services ethernet";
            junos:must "((!(any "policy-options policy-statement <*> then source-class") && (!(any "policy-options policy-statement <*> term <*> then source-class") && (!(any "policy-options policy-statement <*> then destination-class") && (!(any "policy-options policy-statement <*> term <*> then destination-class") && (!(any "policy-options policy-statement <*> from route-filter <*> <*>  source-class") && (!(any "policy-options policy-statement <*> term <*> from route-filter <*> <*>  source-class") && (!(any "policy-options policy-statement <*> from route-filter <*> <*> destination-class") && (!(any "policy-options policy-statement <*> term <*> from route-filter <*> <*>  destination-class") && (!(any "logical-systems <*> policy-options policy-statement <*> then source-class") && (!(any "logical-systems <*> policy-options policy-statement <*> term <*> then source-class") && (!(any "logical-systems <*> policy-options policy-statement <*> then destination-class") && (!(any "logical-systems <*> policy-options policy-statement <*> term <*> then destination-class") && (!(any "logical-systems <*> policy-options policy-statement <*> from route-filter <*> <*>  source-class") && (!(any "logical-systems <*> policy-options policy-statement <*> term <*> from route-filter <*> <*>  source-class") && (!(any "logical-systems <*> policy-options policy-statement <*> from route-filter <*> <*> destination-class") && !(any "logical-systems <*> policy-options policy-statement <*> term <*> from route-filter <*> <*>  destination-class")))))))))))))))))";
            junos:must-message "Cannot configure 'destination-class|source-class' under network-services ethernet";
            junos:must "((!("protocols bgp family inet any") && (!("protocols bgp family inet flow") && (!("protocols bgp family inet multicast") && (!(any "protocols bgp group <*> family inet any") && (!(any "protocols bgp group <*> family inet flow") && (!(any "protocols bgp group <*> family inet multicast") && (!(any "protocols bgp group <*> neighbor <*> family inet any") && (!(any "protocols bgp group <*> neighbor <*> family inet flow") && (!(any "protocols bgp group <*> neighbor <*> family inet multicast") && (!("protocols bgp family inet-vpn any") && (!("protocols bgp family inet-vpn flow") && (!("protocols bgp family inet-vpn multicast") && (!(any "protocols bgp group <*> family inet-vpn any") && (!(any "protocols bgp group <*> family inet-vpn flow") && (!(any "protocols bgp group <*> family inet-vpn multicast") && (!(any "protocols bgp group <*> neighbor <*> family inet-vpn any") && (!(any "protocols bgp group <*> neighbor <*> family inet-vpn flow") && (!(any "protocols bgp group <*> neighbor <*> family inet-vpn multicast") && (!("protocols bgp family inet6") && (!(any "protocols bgp group <*> family inet6") && (!(any "protocols bgp group <*> neighbor <*> family inet6") && (!("protocols bgp family inet6-vpn") && (!(any "protocols bgp group <*> family inet6-vpn") && (!(any "protocols bgp group <*> neighbor <*> family inet6-vpn") && (!("protocols bgp family inet-mvpn") && (!(any "protocols bgp group <*> family inet-mvpn") && (!(any "protocols bgp group <*> neighbor <*> family inet-mvpn") && (!("protocols bgp family inet6-mvpn") && (!(any "protocols bgp group <*> family inet6-mvpn") && (!(any "protocols bgp group <*> neighbor <*> family inet6-mvpn") && (!("protocols bgp family iso") && (!(any "protocols bgp group <*> family iso") && (!(any "protocols bgp group <*> neighbor <*> family iso") && (!("protocols bgp family iso-vpn") && (!(any "protocols bgp group <*> family iso-vpn") && (!(any "protocols bgp group <*> neighbor <*> family iso-vpn") && (!("protocols bgp family atmvpn") && (!(any "protocols bgp group <*> family atmvpn") && (!(any "protocols bgp group <*> neighbor <*> family atmvpn") && (!(any "logical-systems <*> protocols bgp family inet any") && (!(any "logical-systems <*> protocols bgp family inet flow") && (!(any "logical-systems <*> protocols bgp family inet multicast") && (!(any "logical-systems <*> protocols bgp group <*> family inet any") && (!(any "logical-systems <*> protocols bgp group <*> family inet flow") && (!(any "logical-systems <*> protocols bgp group <*> family inet multicast") && (!(any "logical-systems <*> protocols bgp group <*> neighbor <*> family inet any") && (!(any "logical-systems <*> protocols bgp group <*> neighbor <*> family inet flow") && (!(any "logical-systems <*> protocols bgp group <*> neighbor <*> family inet multicast") && (!(any "logical-systems <*> protocols bgp family inet-vpn any") && (!(any "logical-systems <*> protocols bgp family inet-vpn flow") && (!(any "logical-systems <*> protocols bgp family inet-vpn multicast") && (!(any "logical-systems <*> protocols bgp group <*> family inet-vpn any") && (!(any "logical-systems <*> protocols bgp group <*> family inet-vpn flow") && (!(any "logical-systems <*> protocols bgp group <*> family inet-vpn multicast") && (!(any "logical-systems <*> protocols bgp group <*> neighbor <*> family inet-vpn any") && (!(any "logical-systems <*> protocols bgp group <*> neighbor <*> family inet-vpn flow") && (!(any "logical-systems <*> protocols bgp group <*> neighbor <*> family inet-vpn multicast") && (!(any "logical-systems <*> protocols bgp family inet6") && (!(any "logical-systems <*> protocols bgp group <*> family inet6") && (!(any "logical-systems <*> protocols bgp group <*> neighbor <*> family inet6") && (!(any "logical-systems <*> protocols bgp family inet6-vpn") && (!(any "logical-systems <*> protocols bgp group <*> family inet6-vpn") && (!(any "protocols bgp group <*> neighbor <*> family inet6-vpn") && (!(any "logical-systems <*> protocols bgp family inet-mvpn") && (!(any "logical-systems <*> protocols bgp group <*> family inet-mvpn") && (!(any "protocols bgp group <*> neighbor <*> family inet-mvpn") && (!(any "logical-systems <*> protocols bgp family inet6-mvpn") && (!(any "logical-systems <*> protocols bgp group <*> family inet6-mvpn") && (!(any "logical-systems <*> protocols bgp group <*> neighbor <*> family inet6-mvpn") && (!(any "logical-systems <*> protocols bgp family iso") && (!(any "logical-systems <*> protocols bgp group <*> family iso") && (!(any "protocols bgp group <*> neighbor <*> family iso") && (!(any "logical-systems <*> protocols bgp family iso-vpn") && (!(any "logical-systems <*> protocols bgp group <*> family iso-vpn") && (!(any "logical-systems <*> protocols bgp group <*> neighbor <*> family iso-vpn") && (!(any "logical-systems <*> protocols bgp family atmvpn") && (!(any "logical-systems <*> protocols bgp group <*> family atmvpn") && !(any "protocols bgp group <*> neighbor <*> family atmvpn")))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))";
            junos:must-message "Only BGP groups with 'family inet unicast, inet labeled-unicast, inet-vpn unicast, l2vpn and route-target' are supported under network-services ethernet";
            value 1;
            description
              "Ethernet network services";
          }
          enum "enhanced-ip" {
            value 2;
            description
              "Enhanced IP network services";
          }
          enum "enhanced-ethernet" {
            value 3;
            description
              "Enhanced ethernet network services";
          }
          enum "enhanced-mode" {
            value 4;
            description
              "Enhanced network services";
          }
          enum "lan" {
            value 5;
            description
              "Ethernet LAN services";
          }
        }
        description
          "Chassis network services configuration";
      }

      leaf limited-ifl-scaling {
        type empty;
        description
          "Configured to limit IFL scaling to 64k";
      }

      container usb {
        description "USB control flags";
        uses apply-advanced;

        container storage {
          description "USB storage flags";
          uses apply-advanced;

          leaf disable {
            type empty;
            description
              "Disable USB storage";
          }
        }  // container storage
      }  // container usb

      container serdes {
        presence "enable serdes";
        description
          "Serdes test mode for link training";
        uses apply-advanced;

        leaf test-mode {
          type string;
          description "Serdes test mode";
        }
      }  // container serdes

      list lcc {
        key "name";
        description
          "Line-card chassis configuration";
        leaf name {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32;
          }
          description "LCC number";
        }

        uses apply-advanced;

        list fpc {
          junos:must "((!(any ". <*> vpn-localization") || !("virtual-chassis")))";
          junos:must-message "vpn-localization cannot be configured on virtual-chassis";
          key "name";
          description
            "Flexible PIC Concentrator parameters";
          uses chassis_fpc_type;
        }  // list fpc

        container pem {
          description
            "Power supply (PEM) parameters";
          uses chassis_pem_type;
        }  // container pem

        container spmb {
          description
            "Switch Processor Mezzanine Board parameters";
          uses apply-advanced;
        }  // container spmb

        choice state {
          leaf online-expected {
            type empty;
            description
              "LCC is expected to be online";
          }
          leaf offline {
            type empty;
            description
              "LCC is expected to be offline";
          }
        }  // choice state
      }  // list lcc

      container lcc-mode {
        description
          "Line card chassis mode T4000/T1600/EMPTY configuration";
        uses apply-advanced;

        list lcc {
          key "name";
          leaf name {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32;
            }
            description "LCC number";
          }

          uses apply-advanced;

          leaf mode {
            type enumeration {
              enum "t1600" {
                value 0;
                description
                  "LCC Mode will be set to t1600";
              }
              enum "t4000" {
                value 1;
                description
                  "LCC Mode will be set to t4000";
              }
              enum "empty" {
                value 2;
                description
                  "Setting LCC mode to empty will offline the LCC";
              }
            }
            default "t1600";
            description
              "Changing Mode of LCC will result in the restart of LCC";
          }
        }  // list lcc
      }  // container lcc-mode

      list member {
        key "name";
        description
          "Member chassis configuration";
        leaf name {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "0 .. 10";
            }
          }
          description "Member number";
        }

        uses apply-advanced;

        container fabric {
          description
            "Switch fabric settings";
          uses chassis_fabric_type;
        }  // container fabric

        list fpc {
          junos:must "((!(any ". <*> vpn-localization") || !("virtual-chassis")))";
          junos:must-message "vpn-localization cannot be configured on virtual-chassis";
          key "name";
          description
            "Flexible PIC Concentrator parameters";
          uses chassis_fpc_type;
        }  // list fpc
      }  // list member

      container license {
        presence "enable license";
        description "Set license";
        uses apply-advanced;

        leaf bandwidth {
          type union {
            type uint32;
            type string {
              pattern "<.*>|$.*";
            }
          }
          description
            "Configure bandwidth of FPC";
        }

        leaf scale {
          type enumeration {
            enum "base" {
              value 0;
              description "Base license";
            }
            enum "advance" {
              value 1;
              description "Advance license";
            }
            enum "premium" {
              value 2;
              description "Premium license";
            }
          }
          description "Add scale license";
        }
      }  // container license

      container host-outbound {
        description
          "Host-out bound options ";
        uses apply-advanced;

        leaf media-interface {
          type empty;
          description
            "Enable processing of media interface features for Host gernated packets";
        }
      }  // container host-outbound

      container synchronization {
        description
          "Clock synchronization options";
        uses apply-advanced;

        leaf switchover-mode {
          type enumeration {
            enum "non-revertive" {
              value 0;
              description
                "System uses current source as long as it is valid";
            }
            enum "revertive" {
              value 1;
              description
                "Automatically switch to higher priority valid source";
            }
          }
          default "revertive";
          description
            "Should system revert to higher priority valid source";
        }

        leaf switching-mode {
          type enumeration {
            enum "non-revertive" {
              value 0;
              description
                "System uses current source as long as it is valid";
            }
            enum "revertive" {
              value 1;
              description
                "Automatically switch to higher priority valid source";
            }
          }
          default "non-revertive";
          description
            "Should system revert to higher priority valid source";
        }

        leaf network-option {
          type enumeration {
            enum "option-1" {
              value 0;
              description
                "Option 1 (EEC1) synchronization networking";
            }
            enum "option-2" {
              value 1;
              description
                "Option 2 (EEC2) synchronization networking";
            }
          }
          description
            "EEC synchronization networking type";
        }

        leaf selection-mode {
          type enumeration {
            enum "configured-quality" {
              value 0;
              description
                "Use source's configured ESMC quality";
            }
            enum "received-quality" {
              junos:must "("chassis synchronization quality-mode-enable")";
              junos:must-message "Cannot configure received-quality without quality-mode-enable";
              value 1;
              description
                "Use source's received ESMC quality";
            }
          }
          default "configured-quality";
          description
            "Selection mode for incoming ESMC quality";
        }

        leaf clock-mode {
          type enumeration {
            enum "free-run" {
              junos:must "(!("protocols ptp"))";
              junos:must-message "Cannot configure free-running clock when ptp is configured";
              value 0;
              description
                "Use the free-running local oscillator";
            }
            enum "auto-select" {
              value 1;
              description
                "Select best clock source";
            }
          }
          description
            "Synchronous Ethernet Clock selection mode";
        }

        leaf quality-mode-enable {
          type empty;
          description
            "Enable Synchronous Ethernet ESMC Quality mode";
        }

        leaf max-transmit-quality-level {
          type enumeration {
            enum "ePRTC" {
              junos:must "("chassis synchronization enable-extended-ql-tlv")";
              junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
              junos:must "("chassis synchronization network-option")";
              junos:must-message "Must configure 'chassis synchronization network-option'";
              value 0;
              description
                "Time quality of enhanced primary reference time clock";
            }
            enum "PRTC" {
              junos:must "("chassis synchronization enable-extended-ql-tlv")";
              junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
              junos:must "("chassis synchronization network-option")";
              junos:must-message "Must configure 'chassis synchronization network-option'";
              value 1;
              description
                "Time quality of primary reference time clock";
            }
            enum "ePRC" {
              junos:must "("chassis synchronization enable-extended-ql-tlv")";
              junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
              junos:must "("chassis synchronization network-option")";
              junos:must-message "Must configure 'chassis synchronization network-option'";
              value 2;
              description
                "Time quality of enhanced primary reference clock";
            }
            enum "eEEC" {
              junos:must "("chassis synchronization enable-extended-ql-tlv")";
              junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
              junos:must "("chassis synchronization network-option")";
              junos:must-message "Must configure 'chassis synchronization network-option'";
              value 3;
              description
                "Time quality of enhanced ethernet equipment clock";
            }
            enum "prc" {
              junos:must "("chassis synchronization network-option option-1")";
              junos:must-message "Must configure 'chassis synchronization network-option option-1'";
              value 4;
              description
                "Timing quality of a primary reference clock (option-1 only)";
            }
            enum "ssu-a" {
              junos:must "("chassis synchronization network-option option-1")";
              junos:must-message "Must configure 'chassis synchronization network-option option-1'";
              value 5;
              description
                "Timing quality of a type I or IV slave clock (option-1 only)";
            }
            enum "ssu-b" {
              junos:must "("chassis synchronization network-option option-1")";
              junos:must-message "Must configure 'chassis synchronization network-option option-1'";
              value 6;
              description
                "Timing quality of a type VI slave clock (option-1 only)";
            }
            enum "sec" {
              junos:must "("chassis synchronization network-option option-1")";
              junos:must-message "Must configure 'chassis synchronization network-option option-1'";
              value 7;
              description
                "Timing quality of SDH equipment clock (option-1 only)";
            }
            enum "prs" {
              junos:must "("chassis synchronization network-option option-2")";
              junos:must-message "Must configure 'chassis synchronization network-option option-2'";
              value 8;
              description
                "Clock traceable to primary reference source (option-2 only)";
            }
            enum "stu" {
              junos:must "("chassis synchronization network-option option-2")";
              junos:must-message "Must configure 'chassis synchronization network-option option-2'";
              value 9;
              description
                "Clock traceable to unknown quality (option-2 only)";
            }
            enum "st2" {
              junos:must "("chassis synchronization network-option option-2")";
              junos:must-message "Must configure 'chassis synchronization network-option option-2'";
              value 10;
              description
                "Clock traceable to stratum 2 (option-2 only)";
            }
            enum "tnc" {
              junos:must "("chassis synchronization network-option option-2")";
              junos:must-message "Must configure 'chassis synchronization network-option option-2'";
              value 11;
              description
                "Clock traceable to transit node clock (option-2 only)";
            }
            enum "st3e" {
              junos:must "("chassis synchronization network-option option-2")";
              junos:must-message "Must configure 'chassis synchronization network-option option-2'";
              value 12;
              description
                "Clock traceable to stratum 3E (option-2 only)";
            }
          }
          description
            "Maximum transmit quality level";
        }

        leaf enable-extended-ql-tlv {
          type empty;
          description
            "Enable enhanced ESMC QL support";
        }

        leaf global-wait-to-restore {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "0 .. 12";
            }
          }
          units "min";
          description
            "Global Port signal up state time before opening for ESMC";
        }

        leaf loop-prevention {
          type enumeration {
            enum "master-side" {
              value 0;
              description
                "Master side loop prevention";
            }
          }
          description
            "Clock loop prevention";
        }

        list port {
          key "name";
          description
            "Clock synchronization ports";
          leaf name {
            type enumeration {
              enum "auxiliary" {
                value 0;
                description "Auxiliary port";
              }
              enum "gnss" {
                junos:must "(!("chassis synchronization source"))";
                junos:must-message "must not configure SYNCE source along with port gnss";
                junos:must "("protocols ptp")";
                junos:must-message "must configure protocols ptp";
                value 1;
                description
                  "Global Navigation Satellite System - GPS or GLONASS port";
              }
              enum "time-of-day" {
                value 2;
                description
                  "Time of Day(TOD) port";
              }
            }
          }

          uses apply-advanced;

          container client {
            presence "enable client";
            description
              "Port client receiving external signals";
            uses apply-advanced;

            container time-of-day-format {
              description
                "Time-of-day format as received on this port";
              uses apply-advanced;

              choice format {
                leaf ascii {
                  type string {
                    length "1 .. 80";
                  }
                  description
                    "ASCII Time-of-day message format string";
                }

                case case_2 {
                }  // case case_2

                case case_3 {
                }  // case case_3
              }  // choice format
            }  // container time-of-day-format

            leaf cable-length-compensation {
              type union {
                type uint32;
                type string {
                  pattern "<.*>|$.*";
                }
              }
              description
                "Antenna cable length compensation in nanoseconds";
            }

            leaf antenna-voltage {
              type enumeration {
                enum "3.3" {
                  value 0;
                  description "3.3 units";
                }
                enum "5" {
                  value 1;
                  description "5 units";
                }
              }
              description
                "Configure antenna voltage";
            }

            leaf constellation {
              type enumeration {
                enum "gps" {
                  value 0;
                  description
                    "Global Positioning Satellite(GPS) for clock recovery";
                }
                enum "glonass" {
                  value 1;
                  description
                    "Global Navigation Satellite System(GLONASS) constellation";
                }
                enum "gps-and-glonass" {
                  value 2;
                  description
                    "All constellations";
                }
                enum "beidou" {
                  value 3;
                  description
                    "BEIDOU for clock recovery constellations";
                }
                enum "gps-beidou" {
                  value 4;
                  description
                    "GPS and BEIDOU for clock recovery";
                }
                enum "gps-beidou-qzss" {
                  value 5;
                  description
                    "GPS ,BEIDOU and qzss for clock recovery";
                }
                enum "galileo" {
                  value 6;
                  description
                    "GALILEO for clock recovery";
                }
                enum "gps-galileo" {
                  value 7;
                  description
                    "GPS and GALILEO for clock recovery";
                }
                enum "gps-qzss" {
                  value 8;
                  description
                    "GPS and QZSS for clock recovery";
                }
                enum "gps-glonass-qzss" {
                  value 9;
                  description
                    "GPS,GLONASS and QZSS for clock recovery";
                }
                enum "gps-galileo-qzss" {
                  value 10;
                  description
                    "GPS , GALILEO and QZSS for clock recovery";
                }
              }
              description
                "Configure constellation of satellites to use";
            }

            leaf anti-jamming {
              type empty;
              description
                "Enable anti-jamming feature";
            }
          }  // container client

          container server {
            presence "enable server";
            description
              "The role of port is server which transmits signals out";
            uses apply-advanced;

            container time-of-day-format {
              description
                "RS-232 port time-of-day format";
              uses apply-advanced;

              choice format {
                leaf ascii {
                  type string {
                    length "1 .. 80";
                  }
                  description
                    "ASCII Time-of-day message format string";
                }
              }  // choice format
            }  // container time-of-day-format
          }  // container server
        }  // list port

        list interfaces {
          key "name";
          description
            "Interface(s) with upstream clock source";
          leaf name {
            type enumeration {
              enum "external" {
                value 0;
                description
                  "External clock interface";
              }
              enum "external-0/0" {
                junos:must "("chassis synchronization interfaces external-0/0 signal-type")";
                junos:must-message "Must configure 'chassis synchronization interfaces external-0/0 signal-type'";
                value 1;
                description
                  "External clock interface on SCB-0";
              }
              enum "external-0/1" {
                junos:must "("chassis synchronization interfaces external-0/1 signal-type")";
                junos:must-message "Must configure 'chassis synchronization interfaces external-0/1 signal-type'";
                value 2;
                description
                  "External clock interface on SCB-0";
              }
              enum "external-1/0" {
                junos:must "("chassis synchronization interfaces external-1/0 signal-type")";
                junos:must-message "Must configure 'chassis synchronization interfaces external-1/0 signal-type'";
                value 3;
                description
                  "External clock interface on SCB-1";
              }
              enum "external-1/1" {
                junos:must "("chassis synchronization interfaces external-1/1 signal-type")";
                junos:must-message "Must configure 'chassis synchronization interfaces external-1/1 signal-type'";
                value 4;
                description
                  "External clock interface on SCB-1";
              }
              enum "external-a" {
                value 5;
                description
                  "External-A clock interface";
              }
              enum "external-b" {
                value 6;
                description
                  "External-B clock interface";
              }
              enum "external-0" {
                value 7;
                description
                  "External-0 clock interface";
              }
              enum "external-1" {
                value 8;
                description
                  "External-1 clock interface";
              }
              enum "external-2" {
                value 9;
                description
                  "External-2 clock interface";
              }
              enum "bits" {
                value 10;
                description
                  "External BITS interface configuration";
              }
              enum "bits-a" {
                value 11;
                description
                  "External BITS interface A configuration";
              }
              enum "bits-b" {
                value 12;
                description
                  "External BITS interface B configuration";
              }
              enum "gps-0" {
                value 13;
                description
                  "External GPS interface A configuration";
              }
              enum "gps-1" {
                value 14;
                description
                  "External GPS interface B configuration";
              }
            }
          }

          uses apply-advanced;

          leaf signal-type {
            type enumeration {
              enum "1mhz" {
                value 0;
                description
                  "1 MHz clock signal";
              }
              enum "5mhz" {
                value 1;
                description
                  "5 MHz clock signal";
              }
              enum "10mhz" {
                value 2;
                description
                  "10 MHz clock signal";
              }
              enum "2048khz" {
                junos:must "("chassis synchronization network-option option-1")";
                junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                value 3;
                description
                  "E1 unframed 2048Khz G.703 signal";
              }
              enum "e1" {
                junos:must "("chassis synchronization network-option option-1")";
                junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                value 4;
                description
                  "E1-coded 2048 KHz signal on 120 ohm balanced line";
              }
              enum "t1" {
                junos:must "("chassis synchronization network-option option-2")";
                junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                value 5;
                description
                  "T1-coded 1.544 MHz signal on 100 ohm balanced line";
              }
              enum "cc-8k" {
                junos:must "("chassis synchronization network-option option-2")";
                junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                value 6;
                description
                  "Composite Clock 64kHz+8kHz";
              }
              enum "cc-8k-400" {
                junos:must "("chassis synchronization network-option option-2")";
                junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                value 7;
                description
                  "Composite Clock 64kHz+8kHz+400Hz";
              }
              enum "6312k" {
                junos:must "("chassis synchronization network-option option-2")";
                junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                value 8;
                description
                  "Japanese Standard 6312kHz";
              }
            }
            description
              "Frequency for provided reference clocks";
          }

          leaf pulse-per-second-enable {
            junos:must "((".. signal-type $$={1mhz}" || (".. signal-type $$={5mhz}" || ".. signal-type $$={10mhz}")))";
            junos:must-message "Must configure signal-type to 1/5/10 MHz";
            type empty;
            description
              "Enable pulse-per-second (PPS) receive on the interface";
          }

          container e1-options {
            junos:must "("chassis synchronization network-option option-1")";
            junos:must-message "Must configure 'chassis synchronization network-option option-1'";
            description
              "E1 interface-specific options";
            uses apply-advanced;

            leaf line-encoding {
              type enumeration {
                enum "ami" {
                  value 0;
                  description
                    "Automatic mark inversion";
                }
                enum "hdb3" {
                  value 1;
                  description
                    "High-density bipolar 3 code";
                }
              }
              default "hdb3";
              description "Line encoding";
            }

            leaf framing {
              type enumeration {
                enum "g704" {
                  value 0;
                  description
                    "G.704 framing format for E1 interfaces";
                }
                enum "g704-no-crc4" {
                  value 1;
                  description
                    "G.704 framing without CRC4 for E1 interfaces";
                }
              }
              default "g704";
              description "Framing mode";
            }

            leaf sabit {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "4 .. 8";
                }
              }
              default "4";
              description
                "The sabit used for exchanging SSM quality";
            }
          }  // container e1-options

          container t1-options {
            junos:must "("chassis synchronization network-option option-2")";
            junos:must-message "Must configure 'chassis synchronization network-option option-2'";
            description
              "T1 interface-specific options";
            uses apply-advanced;

            leaf line-encoding {
              type enumeration {
                enum "ami" {
                  value 0;
                  description
                    "Automatic mark inversion";
                }
                enum "b8zs" {
                  value 1;
                  description
                    "8-bit zero suppression";
                }
              }
              default "b8zs";
              description "Line encoding";
            }
          }  // container t1-options
        }  // list interfaces

        container output {
          description
            "External clock interface related";
          uses apply-advanced;

          list interfaces {
            key "name";
            description
              "Interface(s) to output source to";
            leaf name {
              type enumeration {
                enum "external" {
                  junos:must "("chassis synchronization interfaces external signal-type")";
                  junos:must-message "Must configure 'chassis synchronization interfaces external signal-type'";
                  value 0;
                  description
                    "External clock interface";
                }
                enum "external-0/0" {
                  junos:must "("chassis synchronization interfaces external-0/0 signal-type")";
                  junos:must-message "Must configure 'chassis synchronization interfaces external-0/0 signal-type'";
                  value 1;
                  description
                    "External clock interface on SCB-0";
                }
                enum "external-0/1" {
                  junos:must "("chassis synchronization interfaces external-0/1 signal-type")";
                  junos:must-message "Must configure 'chassis synchronization interfaces external-0/1 signal-type'";
                  value 2;
                  description
                    "External clock interface on SCB-0";
                }
                enum "external-1/0" {
                  junos:must "("chassis synchronization interfaces external-1/0 signal-type")";
                  junos:must-message "Must configure 'chassis synchronization interfaces external-1/0 signal-type'";
                  value 3;
                  description
                    "External clock interface on SCB-1";
                }
                enum "external-1/1" {
                  junos:must "("chassis synchronization interfaces external-1/1 signal-type")";
                  junos:must-message "Must configure 'chassis synchronization interfaces external-1/1 signal-type'";
                  value 4;
                  description
                    "External clock interface on SCB-1";
                }
                enum "external-a" {
                  junos:must "("chassis synchronization interfaces external-a signal-type")";
                  junos:must-message "Must configure 'chassis synchronization interfaces external-a signal-type'";
                  value 5;
                  description
                    "External-A clock interface";
                }
                enum "external-b" {
                  junos:must "("chassis synchronization interfaces external-b signal-type")";
                  junos:must-message "Must configure 'chassis synchronization interfaces external-b signal-type'";
                  value 6;
                  description
                    "External-B clock interface";
                }
                enum "bits" {
                  value 7;
                  description
                    "External BITS interface configuration";
                }
                enum "external-0" {
                  junos:must "("chassis synchronization interfaces external-0 signal-type")";
                  junos:must-message "Must configure 'chassis synchronization interfaces external-0 signal-type'";
                  value 8;
                  description
                    "External-0 clock interface";
                }
                enum "external-1" {
                  junos:must "("chassis synchronization interfaces external-1 signal-type")";
                  junos:must-message "Must configure 'chassis synchronization interfaces external-1 signal-type'";
                  value 9;
                  description
                    "External-1 clock interface";
                }
                enum "external-2" {
                  junos:must "("chassis synchronization interfaces external-2 signal-type")";
                  junos:must-message "Must configure 'chassis synchronization interfaces external-2 signal-type'";
                  value 10;
                  description
                    "External-2 clock interface";
                }
              }
            }

            uses apply-advanced;

            leaf wander-filter-disable {
              type empty;
              description
                "Disables wander filtering";
            }

            leaf holdover-mode-disable {
              type empty;
              description
                "Disables holdover";
            }

            leaf source-mode {
              type enumeration {
                enum "chassis" {
                  value 0;
                  description
                    "The chassis clock is output";
                }
                enum "line" {
                  value 1;
                  description
                    "The best line clock source is output";
                }
                enum "equipment-clock" {
                  value 2;
                  description
                    "The chassis clock is output";
                }
                enum "ptp-clock" {
                  value 3;
                  description
                    "The best line clock source is output";
                }
              }
              default "line";
              description
                "Source mode for selecting source to output";
            }

            leaf tx-dnu-to-line-source-enable {
              type empty;
              description
                "Sets Tx QL to DNU/DUS on line source interface";
            }

            leaf minimum-quality {
              type enumeration {
                enum "ePRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 0;
                  description
                    "Time quality of enhanced primary reference time clock";
                }
                enum "PRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 1;
                  description
                    "Time quality of primary reference time clock";
                }
                enum "ePRC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 2;
                  description
                    "Time quality of enhanced primary reference clock";
                }
                enum "eEEC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 3;
                  description
                    "Time quality of enhanced ethernet equipment clock";
                }
                enum "prc" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 4;
                  description
                    "Timing quality of a primary reference clock (option-1 only)";
                }
                enum "ssu-a" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 5;
                  description
                    "Timing quality of a type I or IV slave clock (option-1 only)";
                }
                enum "ssu-b" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 6;
                  description
                    "Timing quality of a type VI slave clock (option-1 only)";
                }
                enum "sec" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 7;
                  description
                    "Timing quality of SDH equipment clock (option-1 only)";
                }
                enum "prs" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 8;
                  description
                    "Clock traceable to primary reference source (option-2 only)";
                }
                enum "st2" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 9;
                  description
                    "Clock traceable to stratum 2 (option-2 only)";
                }
                enum "tnc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 10;
                  description
                    "Clock traceable to transit node clock (option-2 only)";
                }
                enum "st3e" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 11;
                  description
                    "Clock traceable to stratum 3E (option-2 only)";
                }
                enum "st3" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 12;
                  description
                    "Clock traceable to stratum 3 (option-2 only)";
                }
                enum "st4" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 13;
                  description
                    "Clock traceable to stratum 4 free-run (option-2 only)";
                }
                enum "smc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 14;
                  description
                    "Clock traceable to self-timed SONET (option-2 only)";
                }
                enum "stu" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 15;
                  description
                    "Clock traceable to unknown quality (option-2 only)";
                }
              }
              description
                "Minimum quality threshold";
            }
          }  // list interfaces
        }  // container output

        container source {
          junos:must "("chassis synchronization network-option")";
          junos:must-message "Must configure 'chassis synchronization network-option'";
          junos:must "(!(("chassis synchronization primary" || "chassis synchronization secondary")))";
          junos:must-message "primary or secondary cannot be configured with source";
          description
            "ESMC source(s) related";
          uses apply-advanced;

          container external-a {
            presence "enable external-a";
            description
              "External Clock source A";
            uses apply-advanced;

            leaf priority {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 5";
                }
              }
              description
                "User priority for this clock";
            }

            leaf request {
              type enumeration {
                enum "lockout" {
                  value 0;
                  description
                    "Opt out of clock selection";
                }
                enum "force-switch" {
                  value 1;
                  description
                    "Switch to this interface as primary clock source";
                }
              }
              description
                "Clock selection request criterion";
            }

            leaf quality-level {
              type enumeration {
                enum "ePRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 0;
                  description
                    "Time quality of enhanced primary reference time clock";
                }
                enum "PRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 1;
                  description
                    "Time quality of primary reference time clock";
                }
                enum "ePRC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 2;
                  description
                    "Time quality of enhanced primary reference clock";
                }
                enum "eEEC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 3;
                  description
                    "Time quality of enhanced ethernet equipment clock";
                }
                enum "prc" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 4;
                  description
                    "Timing quality of a primary reference clock (option-1 only)";
                }
                enum "ssu-a" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 5;
                  description
                    "Timing quality of a type I or IV slave clock (option-1 only)";
                }
                enum "ssu-b" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 6;
                  description
                    "Timing quality of a type VI slave clock (option-1 only)";
                }
                enum "sec" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 7;
                  description
                    "Timing quality of SDH equipment clock (option-1 only)";
                }
                enum "prs" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 8;
                  description
                    "Clock traceable to primary reference source (option-2 only)";
                }
                enum "st2" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 9;
                  description
                    "Clock traceable to stratum 2 (option-2 only)";
                }
                enum "tnc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 10;
                  description
                    "Clock traceable to transit node clock (option-2 only)";
                }
                enum "st3e" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 11;
                  description
                    "Clock traceable to stratum 3E (option-2 only)";
                }
                enum "st3" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 12;
                  description
                    "Clock traceable to stratum 3 (option-2 only)";
                }
                enum "st4" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 13;
                  description
                    "Clock traceable to stratum 4 free-run (option-2 only)";
                }
                enum "smc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 14;
                  description
                    "Clock traceable to self-timed SONET (option-2 only)";
                }
                enum "stu" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 15;
                  description
                    "Clock traceable to unknown quality (option-2 only)";
                }
              }
              description
                "ESMC Clock EEC level";
            }
          }  // container external-a

          container external-b {
            presence "enable external-b";
            description
              "External Clock source B";
            uses apply-advanced;

            leaf priority {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 5";
                }
              }
              description
                "User priority for this clock";
            }

            leaf request {
              type enumeration {
                enum "lockout" {
                  value 0;
                  description
                    "Opt out of clock selection";
                }
                enum "force-switch" {
                  value 1;
                  description
                    "Switch to this interface as primary clock source";
                }
              }
              description
                "Clock selection request criterion";
            }

            leaf quality-level {
              type enumeration {
                enum "ePRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 0;
                  description
                    "Time quality of enhanced primary reference time clock";
                }
                enum "PRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 1;
                  description
                    "Time quality of primary reference time clock";
                }
                enum "ePRC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 2;
                  description
                    "Time quality of enhanced primary reference clock";
                }
                enum "eEEC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 3;
                  description
                    "Time quality of enhanced ethernet equipment clock";
                }
                enum "prc" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 4;
                  description
                    "Timing quality of a primary reference clock (option-1 only)";
                }
                enum "ssu-a" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 5;
                  description
                    "Timing quality of a type I or IV slave clock (option-1 only)";
                }
                enum "ssu-b" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 6;
                  description
                    "Timing quality of a type VI slave clock (option-1 only)";
                }
                enum "sec" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 7;
                  description
                    "Timing quality of SDH equipment clock (option-1 only)";
                }
                enum "prs" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 8;
                  description
                    "Clock traceable to primary reference source (option-2 only)";
                }
                enum "st2" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 9;
                  description
                    "Clock traceable to stratum 2 (option-2 only)";
                }
                enum "tnc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 10;
                  description
                    "Clock traceable to transit node clock (option-2 only)";
                }
                enum "st3e" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 11;
                  description
                    "Clock traceable to stratum 3E (option-2 only)";
                }
                enum "st3" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 12;
                  description
                    "Clock traceable to stratum 3 (option-2 only)";
                }
                enum "st4" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 13;
                  description
                    "Clock traceable to stratum 4 free-run (option-2 only)";
                }
                enum "smc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 14;
                  description
                    "Clock traceable to self-timed SONET (option-2 only)";
                }
                enum "stu" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 15;
                  description
                    "Clock traceable to unknown quality (option-2 only)";
                }
              }
              description
                "ESMC Clock EEC level";
            }
          }  // container external-b

          container gps {
            presence "enable gps";
            description
              "Global Positioning System 10MHz input";
            uses apply-advanced;

            leaf priority {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 5";
                }
              }
              description
                "User priority for this clock";
            }

            leaf request {
              type enumeration {
                enum "lockout" {
                  value 0;
                  description
                    "Opt out of clock selection";
                }
                enum "force-switch" {
                  value 1;
                  description
                    "Switch to this interface as primary clock source";
                }
              }
              description
                "Clock selection request criterion";
            }

            leaf no-ssm-support {
              type empty;
              description
                "No SSM support available for this interface";
            }

            leaf quality-level {
              type enumeration {
                enum "ePRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 0;
                  description
                    "Time quality of enhanced primary reference time clock";
                }
                enum "PRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 1;
                  description
                    "Time quality of primary reference time clock";
                }
                enum "ePRC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 2;
                  description
                    "Time quality of enhanced primary reference clock";
                }
                enum "eEEC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 3;
                  description
                    "Time quality of enhanced ethernet equipment clock";
                }
                enum "prc" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 4;
                  description
                    "Timing quality of a primary reference clock (option-1 only)";
                }
                enum "ssu-a" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 5;
                  description
                    "Timing quality of a type I or IV slave clock (option-1 only)";
                }
                enum "ssu-b" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 6;
                  description
                    "Timing quality of a type VI slave clock (option-1 only)";
                }
                enum "sec" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 7;
                  description
                    "Timing quality of SDH equipment clock (option-1 only)";
                }
                enum "prs" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 8;
                  description
                    "Clock traceable to primary reference source (option-2 only)";
                }
                enum "st2" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 9;
                  description
                    "Clock traceable to stratum 2 (option-2 only)";
                }
                enum "tnc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 10;
                  description
                    "Clock traceable to transit node clock (option-2 only)";
                }
                enum "st3e" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 11;
                  description
                    "Clock traceable to stratum 3E (option-2 only)";
                }
                enum "st3" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 12;
                  description
                    "Clock traceable to stratum 3 (option-2 only)";
                }
                enum "st4" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 13;
                  description
                    "Clock traceable to stratum 4 free-run (option-2 only)";
                }
                enum "smc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 14;
                  description
                    "Clock traceable to self-timed SONET (option-2 only)";
                }
                enum "stu" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 15;
                  description
                    "Clock traceable to unknown quality (option-2 only)";
                }
              }
              description
                "ESMC Clock EEC level";
            }
          }  // container gps

          container gps-0 {
            presence "enable gps-0";
            description
              "Global Positioning System input A";
            uses apply-advanced;

            leaf priority {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 5";
                }
              }
              description
                "User priority for this clock";
            }

            leaf request {
              type enumeration {
                enum "lockout" {
                  value 0;
                  description
                    "Opt out of clock selection";
                }
                enum "force-switch" {
                  value 1;
                  description
                    "Switch to this interface as primary clock source";
                }
              }
              description
                "Clock selection request criterion";
            }

            leaf wait-to-restore {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "0 .. 12";
                }
              }
              units "min";
              description
                "Port signal up state time before opening for ESMC";
            }

            leaf quality-level {
              type enumeration {
                enum "ePRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 0;
                  description
                    "Time quality of enhanced primary reference time clock";
                }
                enum "PRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 1;
                  description
                    "Time quality of primary reference time clock";
                }
                enum "ePRC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 2;
                  description
                    "Time quality of enhanced primary reference clock";
                }
                enum "eEEC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 3;
                  description
                    "Time quality of enhanced ethernet equipment clock";
                }
                enum "prc" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 4;
                  description
                    "Timing quality of a primary reference clock (option-1 only)";
                }
                enum "ssu-a" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 5;
                  description
                    "Timing quality of a type I or IV slave clock (option-1 only)";
                }
                enum "ssu-b" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 6;
                  description
                    "Timing quality of a type VI slave clock (option-1 only)";
                }
                enum "sec" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 7;
                  description
                    "Timing quality of SDH equipment clock (option-1 only)";
                }
                enum "prs" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 8;
                  description
                    "Clock traceable to primary reference source (option-2 only)";
                }
                enum "st2" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 9;
                  description
                    "Clock traceable to stratum 2 (option-2 only)";
                }
                enum "tnc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 10;
                  description
                    "Clock traceable to transit node clock (option-2 only)";
                }
                enum "st3e" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 11;
                  description
                    "Clock traceable to stratum 3E (option-2 only)";
                }
                enum "st3" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 12;
                  description
                    "Clock traceable to stratum 3 (option-2 only)";
                }
                enum "st4" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 13;
                  description
                    "Clock traceable to stratum 4 free-run (option-2 only)";
                }
                enum "smc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 14;
                  description
                    "Clock traceable to self-timed SONET (option-2 only)";
                }
                enum "stu" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 15;
                  description
                    "Clock traceable to unknown quality (option-2 only)";
                }
              }
              description
                "ESMC Clock EEC level";
            }
          }  // container gps-0

          container gps-1 {
            presence "enable gps-1";
            description
              "Global Positioning System input B";
            uses apply-advanced;

            leaf priority {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 5";
                }
              }
              description
                "User priority for this clock";
            }

            leaf request {
              type enumeration {
                enum "lockout" {
                  value 0;
                  description
                    "Opt out of clock selection";
                }
                enum "force-switch" {
                  value 1;
                  description
                    "Switch to this interface as primary clock source";
                }
              }
              description
                "Clock selection request criterion";
            }

            leaf wait-to-restore {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "0 .. 12";
                }
              }
              units "min";
              description
                "Port signal up state time before opening for ESMC";
            }

            leaf quality-level {
              type enumeration {
                enum "ePRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 0;
                  description
                    "Time quality of enhanced primary reference time clock";
                }
                enum "PRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 1;
                  description
                    "Time quality of primary reference time clock";
                }
                enum "ePRC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 2;
                  description
                    "Time quality of enhanced primary reference clock";
                }
                enum "eEEC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 3;
                  description
                    "Time quality of enhanced ethernet equipment clock";
                }
                enum "prc" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 4;
                  description
                    "Timing quality of a primary reference clock (option-1 only)";
                }
                enum "ssu-a" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 5;
                  description
                    "Timing quality of a type I or IV slave clock (option-1 only)";
                }
                enum "ssu-b" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 6;
                  description
                    "Timing quality of a type VI slave clock (option-1 only)";
                }
                enum "sec" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 7;
                  description
                    "Timing quality of SDH equipment clock (option-1 only)";
                }
                enum "prs" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 8;
                  description
                    "Clock traceable to primary reference source (option-2 only)";
                }
                enum "st2" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 9;
                  description
                    "Clock traceable to stratum 2 (option-2 only)";
                }
                enum "tnc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 10;
                  description
                    "Clock traceable to transit node clock (option-2 only)";
                }
                enum "st3e" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 11;
                  description
                    "Clock traceable to stratum 3E (option-2 only)";
                }
                enum "st3" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 12;
                  description
                    "Clock traceable to stratum 3 (option-2 only)";
                }
                enum "st4" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 13;
                  description
                    "Clock traceable to stratum 4 free-run (option-2 only)";
                }
                enum "smc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 14;
                  description
                    "Clock traceable to self-timed SONET (option-2 only)";
                }
                enum "stu" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 15;
                  description
                    "Clock traceable to unknown quality (option-2 only)";
                }
              }
              description
                "ESMC Clock EEC level";
            }
          }  // container gps-1

          container bits {
            presence "enable bits";
            description
              "External Building Integrated Timing Supply input";
            uses apply-advanced;

            leaf priority {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 5";
                }
              }
              description
                "User priority for this clock";
            }

            leaf request {
              type enumeration {
                enum "lockout" {
                  value 0;
                  description
                    "Opt out of clock selection";
                }
                enum "force-switch" {
                  value 1;
                  description
                    "Switch to this interface as primary clock source";
                }
              }
              description
                "Clock selection request criterion";
            }

            leaf no-ssm-support {
              type empty;
              description
                "No SSM support available for this interface";
            }

            leaf quality-level {
              type enumeration {
                enum "ePRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 0;
                  description
                    "Time quality of enhanced primary reference time clock";
                }
                enum "PRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 1;
                  description
                    "Time quality of primary reference time clock";
                }
                enum "ePRC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 2;
                  description
                    "Time quality of enhanced primary reference clock";
                }
                enum "eEEC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 3;
                  description
                    "Time quality of enhanced ethernet equipment clock";
                }
                enum "prc" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 4;
                  description
                    "Timing quality of a primary reference clock (option-1 only)";
                }
                enum "ssu-a" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 5;
                  description
                    "Timing quality of a type I or IV slave clock (option-1 only)";
                }
                enum "ssu-b" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 6;
                  description
                    "Timing quality of a type VI slave clock (option-1 only)";
                }
                enum "sec" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 7;
                  description
                    "Timing quality of SDH equipment clock (option-1 only)";
                }
                enum "prs" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 8;
                  description
                    "Clock traceable to primary reference source (option-2 only)";
                }
                enum "st2" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 9;
                  description
                    "Clock traceable to stratum 2 (option-2 only)";
                }
                enum "tnc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 10;
                  description
                    "Clock traceable to transit node clock (option-2 only)";
                }
                enum "st3e" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 11;
                  description
                    "Clock traceable to stratum 3E (option-2 only)";
                }
                enum "st3" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 12;
                  description
                    "Clock traceable to stratum 3 (option-2 only)";
                }
                enum "st4" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 13;
                  description
                    "Clock traceable to stratum 4 free-run (option-2 only)";
                }
                enum "smc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 14;
                  description
                    "Clock traceable to self-timed SONET (option-2 only)";
                }
                enum "stu" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 15;
                  description
                    "Clock traceable to unknown quality (option-2 only)";
                }
              }
              description
                "ESMC Clock EEC level";
            }
          }  // container bits

          container bits-a {
            presence "enable bits-a";
            description
              "External Building Integrated Timing Supply input A";
            uses apply-advanced;

            leaf priority {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 5";
                }
              }
              description
                "User priority for this clock";
            }

            leaf request {
              type enumeration {
                enum "lockout" {
                  value 0;
                  description
                    "Opt out of clock selection";
                }
                enum "force-switch" {
                  value 1;
                  description
                    "Switch to this interface as primary clock source";
                }
              }
              description
                "Clock selection request criterion";
            }

            leaf wait-to-restore {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "0 .. 12";
                }
              }
              units "min";
              description
                "Port signal up state time before opening for ESMC";
            }

            leaf quality-level {
              type enumeration {
                enum "ePRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 0;
                  description
                    "Time quality of enhanced primary reference time clock";
                }
                enum "PRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 1;
                  description
                    "Time quality of primary reference time clock";
                }
                enum "ePRC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 2;
                  description
                    "Time quality of enhanced primary reference clock";
                }
                enum "eEEC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 3;
                  description
                    "Time quality of enhanced ethernet equipment clock";
                }
                enum "prc" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 4;
                  description
                    "Timing quality of a primary reference clock (option-1 only)";
                }
                enum "ssu-a" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 5;
                  description
                    "Timing quality of a type I or IV slave clock (option-1 only)";
                }
                enum "ssu-b" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 6;
                  description
                    "Timing quality of a type VI slave clock (option-1 only)";
                }
                enum "sec" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 7;
                  description
                    "Timing quality of SDH equipment clock (option-1 only)";
                }
                enum "prs" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 8;
                  description
                    "Clock traceable to primary reference source (option-2 only)";
                }
                enum "st2" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 9;
                  description
                    "Clock traceable to stratum 2 (option-2 only)";
                }
                enum "tnc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 10;
                  description
                    "Clock traceable to transit node clock (option-2 only)";
                }
                enum "st3e" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 11;
                  description
                    "Clock traceable to stratum 3E (option-2 only)";
                }
                enum "st3" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 12;
                  description
                    "Clock traceable to stratum 3 (option-2 only)";
                }
                enum "st4" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 13;
                  description
                    "Clock traceable to stratum 4 free-run (option-2 only)";
                }
                enum "smc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 14;
                  description
                    "Clock traceable to self-timed SONET (option-2 only)";
                }
                enum "stu" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 15;
                  description
                    "Clock traceable to unknown quality (option-2 only)";
                }
              }
              description
                "ESMC Clock EEC level";
            }
          }  // container bits-a

          container bits-b {
            presence "enable bits-b";
            description
              "External Building Integrated Timing Supply input B";
            uses apply-advanced;

            leaf priority {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 5";
                }
              }
              description
                "User priority for this clock";
            }

            leaf request {
              type enumeration {
                enum "lockout" {
                  value 0;
                  description
                    "Opt out of clock selection";
                }
                enum "force-switch" {
                  value 1;
                  description
                    "Switch to this interface as primary clock source";
                }
              }
              description
                "Clock selection request criterion";
            }

            leaf wait-to-restore {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "0 .. 12";
                }
              }
              units "min";
              description
                "Port signal up state time before opening for ESMC";
            }

            leaf quality-level {
              type enumeration {
                enum "ePRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 0;
                  description
                    "Time quality of enhanced primary reference time clock";
                }
                enum "PRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 1;
                  description
                    "Time quality of primary reference time clock";
                }
                enum "ePRC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 2;
                  description
                    "Time quality of enhanced primary reference clock";
                }
                enum "eEEC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 3;
                  description
                    "Time quality of enhanced ethernet equipment clock";
                }
                enum "prc" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 4;
                  description
                    "Timing quality of a primary reference clock (option-1 only)";
                }
                enum "ssu-a" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 5;
                  description
                    "Timing quality of a type I or IV slave clock (option-1 only)";
                }
                enum "ssu-b" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 6;
                  description
                    "Timing quality of a type VI slave clock (option-1 only)";
                }
                enum "sec" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 7;
                  description
                    "Timing quality of SDH equipment clock (option-1 only)";
                }
                enum "prs" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 8;
                  description
                    "Clock traceable to primary reference source (option-2 only)";
                }
                enum "st2" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 9;
                  description
                    "Clock traceable to stratum 2 (option-2 only)";
                }
                enum "tnc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 10;
                  description
                    "Clock traceable to transit node clock (option-2 only)";
                }
                enum "st3e" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 11;
                  description
                    "Clock traceable to stratum 3E (option-2 only)";
                }
                enum "st3" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 12;
                  description
                    "Clock traceable to stratum 3 (option-2 only)";
                }
                enum "st4" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 13;
                  description
                    "Clock traceable to stratum 4 free-run (option-2 only)";
                }
                enum "smc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 14;
                  description
                    "Clock traceable to self-timed SONET (option-2 only)";
                }
                enum "stu" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 15;
                  description
                    "Clock traceable to unknown quality (option-2 only)";
                }
              }
              description
                "ESMC Clock EEC level";
            }
          }  // container bits-b

          list interfaces {
            key "name";
            description
              "Interface(s) with upstream clock source";
            leaf name {
              type string;
            }

            uses apply-advanced;

            leaf priority {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 5";
                }
              }
              description
                "User priority for this clock";
            }

            leaf request {
              type enumeration {
                enum "lockout" {
                  value 0;
                  description
                    "Opt out of clock selection";
                }
                enum "force-switch" {
                  value 1;
                  description
                    "Switch to this interface as primary clock source";
                }
              }
              description
                "Clock selection request criterion";
            }

            leaf wait-to-restore {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "0 .. 12";
                }
              }
              units "min";
              description
                "Port signal up state time before opening for ESMC";
            }

            leaf no-ssm-support {
              type empty;
              description
                "No SSM support available for this interface";
            }

            leaf hold-off-time {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "300 .. 1800";
                }
              }
              units "milliseconds";
              description
                "Port signal down state time before closing for ESMC";
            }

            leaf aggregated-ether {
              junos:must "("interfaces $$-IFL")";
              junos:must-message "System AE interface should be configured";
              type string;
              description
                "Aggregated sources group name";
            }

            leaf quality-level {
              type enumeration {
                enum "ePRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 0;
                  description
                    "Time quality of enhanced primary reference time clock";
                }
                enum "PRTC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 1;
                  description
                    "Time quality of primary reference time clock";
                }
                enum "ePRC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 2;
                  description
                    "Time quality of enhanced primary reference clock";
                }
                enum "eEEC" {
                  junos:must "("chassis synchronization enable-extended-ql-tlv")";
                  junos:must-message "Must configure 'chassis synchronization enable-extended-ql-tlv'";
                  junos:must "("chassis synchronization network-option")";
                  junos:must-message "Must configure 'chassis synchronization network-option'";
                  value 3;
                  description
                    "Time quality of enhanced ethernet equipment clock";
                }
                enum "prc" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 4;
                  description
                    "Timing quality of a primary reference clock (option-1 only)";
                }
                enum "ssu-a" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 5;
                  description
                    "Timing quality of a type I or IV slave clock (option-1 only)";
                }
                enum "ssu-b" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 6;
                  description
                    "Timing quality of a type VI slave clock (option-1 only)";
                }
                enum "sec" {
                  junos:must "("chassis synchronization network-option option-1")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-1'";
                  value 7;
                  description
                    "Timing quality of SDH equipment clock (option-1 only)";
                }
                enum "prs" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 8;
                  description
                    "Clock traceable to primary reference source (option-2 only)";
                }
                enum "st2" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 9;
                  description
                    "Clock traceable to stratum 2 (option-2 only)";
                }
                enum "tnc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 10;
                  description
                    "Clock traceable to transit node clock (option-2 only)";
                }
                enum "st3e" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 11;
                  description
                    "Clock traceable to stratum 3E (option-2 only)";
                }
                enum "st3" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 12;
                  description
                    "Clock traceable to stratum 3 (option-2 only)";
                }
                enum "st4" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 13;
                  description
                    "Clock traceable to stratum 4 free-run (option-2 only)";
                }
                enum "smc" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 14;
                  description
                    "Clock traceable to self-timed SONET (option-2 only)";
                }
                enum "stu" {
                  junos:must "("chassis synchronization network-option option-2")";
                  junos:must-message "Must configure 'chassis synchronization network-option option-2'";
                  value 15;
                  description
                    "Clock traceable to unknown quality (option-2 only)";
                }
              }
              description
                "ESMC Clock EEC level";
            }
          }  // list interfaces
        }  // container source

        container esmc-transmit {
          junos:must "("chassis synchronization network-option")";
          junos:must-message "Must configure 'chassis synchronization network-option'";
          junos:must "(!(("chassis synchronization primary" || "chassis synchronization secondary")))";
          junos:must-message "primary or secondary cannot be configured with esmc-transmit";
          description
            "ESMC transmit parameters";
          uses apply-advanced;

          list interfaces {
            key "name";
            ordered-by user;
            description
              "Interface(s) on which to permit ESMC transmit messages";
            leaf name {
              type string;
            }

            uses apply-advanced;
          }  // list interfaces
        }  // container esmc-transmit

        container hold-interval {
          description "Hold interval";
          uses apply-advanced;

          leaf switchover {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "30 .. 60";
              }
            }
            units "sec";
            default "30";
            description
              "Switchover wait time after clock recovery";
          }

          leaf configuration-change {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "15 .. 60";
              }
            }
            units "sec";
            default "15";
            description
              "Clock select wait time after change in config";
          }

          leaf restart {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "60 .. 180";
              }
            }
            units "sec";
            default "120";
            description
              "Clock select wait time after reboot";
          }
        }  // container hold-interval

        leaf validation-interval {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "90 .. 86400";
            }
          }
          units "seconds";
          default "90";
          description
            "Time between frequency measurements";
        }

        leaf slave-free-run {
          type empty;
          description
            "Slave Clock running mode";
        }

        leaf y-cable-line-termination {
          type empty;
          description
            "A single signal is wired to both CBs via Y-cable";
        }

        leaf transmitter-enable {
          type empty;
          description
            "Control whether diagnostic timing signal is transmitted";
        }

        leaf signal-type {
          type enumeration {
            enum "e1" {
              value 0;
              description
                "E1-coded 2048 Khz signal on 120 ohm balanced line";
            }
            enum "t1" {
              value 1;
              description
                "T1-coded 1.544 Mhz signal on 100 ohm balanced line";
            }
            enum "cc-8k" {
              value 2;
              description
                "Composite Clock 64kHz+8kHz";
            }
            enum "cc-8k-400" {
              value 3;
              description
                "Composite Clock 64kHz+8kHz+400Hz";
            }
            enum "6312k" {
              value 4;
              description
                "Japanese Standard 6312kHz";
            }
          }
          default "t1";
          description
            "Frequency for provided reference clocks";
        }

        leaf primary {
          junos:must "((!("chassis synchronization source") || "chassis synchronization esmc-transmit"))";
          junos:must-message "source or esmc-transmit cannot be configured with primary";
          type enumeration {
            enum "external-a" {
              value 0;
              description
                "Use external-a as a primary source";
            }
            enum "external-b" {
              value 1;
              description
                "Use external-b as a primary source";
            }
            enum "bits-a" {
              value 2;
              description
                "Use bits-a as a primary source";
            }
            enum "bits-b" {
              value 3;
              description
                "Use bits-b as a primary source";
            }
            enum "gps-0" {
              junos:must "(!("chassis synchronization secondary gps-0"))";
              junos:must-message "not allowed when gps-0 is already configured";
              value 4;
              description
                "Use gps-0 as a primary source";
            }
            enum "gps-1" {
              junos:must "(!("chassis synchronization secondary gps-1"))";
              junos:must-message "not allowed when gps-1 is already configured";
              value 5;
              description
                "Use gps-1 as a primary source";
            }
            enum "fpc-0" {
              junos:must "(("chassis fpc 0 pic 0 recovered-clock" || "chassis fpc 0 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              value 6;
              description
                "Use fpc-0 as a primary source";
            }
            enum "fpc-1" {
              junos:must "(("chassis fpc 1 pic 0 recovered-clock" || "chassis fpc 1 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              value 7;
              description
                "Use fpc-1 as a primary source";
            }
            enum "fpc-2" {
              junos:must "(("chassis fpc 2 pic 0 recovered-clock" || "chassis fpc 2 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              value 8;
              description
                "Use fpc-2 as a primary source";
            }
            enum "fpc-3" {
              junos:must "(("chassis fpc 3 pic 0 recovered-clock" || "chassis fpc 3 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              value 9;
              description
                "Use fpc-3 as a primary source";
            }
            enum "fpc-4" {
              junos:must "(("chassis fpc 4 pic 0 recovered-clock" || "chassis fpc 4 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              value 10;
              description
                "Use fpc-4 as a primary source";
            }
            enum "fpc-5" {
              junos:must "(("chassis fpc 5 pic 0 recovered-clock" || "chassis fpc 5 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              value 11;
              description
                "Use fpc-5 as a primary source";
            }
            enum "fpc-6" {
              junos:must "(("chassis fpc 6 pic 0 recovered-clock" || "chassis fpc 6 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              value 12;
              description
                "Use fpc-6 as a primary source";
            }
            enum "fpc-7" {
              junos:must "(("chassis fpc 7 pic 0 recovered-clock" || "chassis fpc 7 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              value 13;
              description
                "Use fpc-7 as a primary source";
            }
            enum "fpc-8" {
              junos:must "(("chassis fpc 8 pic 0 recovered-clock" || "chassis fpc 8 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              value 14;
              description
                "Use fpc-8 as a primary source";
            }
            enum "fpc-9" {
              junos:must "(("chassis fpc 9 pic 0 recovered-clock" || "chassis fpc 9 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              value 15;
              description
                "Use fpc-9 as a primary source";
            }
            enum "fpc-10" {
              junos:must "(("chassis fpc 10 pic 0 recovered-clock" || "chassis fpc 10 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              value 16;
              description
                "Use fpc-10 as a primary source";
            }
            enum "fpc-11" {
              junos:must "(("chassis fpc 11 pic 0 recovered-clock" || "chassis fpc 11 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              value 17;
              description
                "Use fpc-11 as a primary source";
            }
            enum "fpc-12" {
              junos:must "(("chassis fpc 12 pic 0 recovered-clock" || "chassis fpc 12 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              value 18;
              description
                "Use fpc-12 as a primary source";
            }
            enum "fpc-13" {
              junos:must "(("chassis fpc 13 pic 0 recovered-clock" || "chassis fpc 13 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              value 19;
              description
                "Use fpc-13 as a primary source";
            }
            enum "fpc-14" {
              junos:must "(("chassis fpc 14 pic 0 recovered-clock" || "chassis fpc 14 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              value 20;
              description
                "Use fpc-14 as a primary source";
            }
            enum "fpc-15" {
              junos:must "(("chassis fpc 15 pic 0 recovered-clock" || "chassis fpc 15 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              value 21;
              description
                "Use fpc-15 as a primary source";
            }
          }
          description
            "Best choice synchronization reference source list";
        }

        leaf secondary {
          junos:must "((!("chassis synchronization source") || "chassis synchronization esmc-transmit"))";
          junos:must-message "source or esmc-transmit cannot be configured with secondary";
          type enumeration {
            enum "external-a" {
              junos:must "(!("chassis synchronization primary external-a"))";
              junos:must-message "external-a can be either primary or secondary";
              value 0;
              description
                "Use external-a as a secondary source";
            }
            enum "external-b" {
              junos:must "(!("chassis synchronization primary external-b"))";
              junos:must-message "external-b can be either primary or secondary";
              value 1;
              description
                "Use external-b as a secondary source";
            }
            enum "bits-a" {
              junos:must "(!("chassis synchronization primary bits-a"))";
              junos:must-message "bits-a can be either primary or secondary";
              value 2;
              description
                "Use bits-a as a secondary source";
            }
            enum "bits-b" {
              junos:must "(!("chassis synchronization primary bits-b"))";
              junos:must-message "bits-b can be either primary or secondary";
              value 3;
              description
                "Use bits-b as a secondary source";
            }
            enum "gps-0" {
              junos:must "(!("chassis synchronization primary gps-0"))";
              junos:must-message "gps-0 can be either primary or secondary";
              value 4;
              description
                "Use gps-0 as a secondary source";
            }
            enum "gps-1" {
              junos:must "(!("chassis synchronization primary gps-1"))";
              junos:must-message "gps-1 can be either primary or secondary";
              value 5;
              description
                "Use gps-1 as a secondary source";
            }
            enum "fpc-0" {
              junos:must "(("chassis fpc 0 pic 0 recovered-clock" || "chassis fpc 0 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              junos:must "(!("chassis synchronization primary fpc-0"))";
              junos:must-message "fpc-0 can be either primary or secondary";
              value 6;
              description
                "Use fpc-0 as a secondary source";
            }
            enum "fpc-1" {
              junos:must "(("chassis fpc 1 pic 0 recovered-clock" || "chassis fpc 1 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              junos:must "(!("chassis synchronization primary fpc-1"))";
              junos:must-message "fpc-1 can be either primary or secondary";
              value 7;
              description
                "Use fpc-1 as a secondary source";
            }
            enum "fpc-2" {
              junos:must "(("chassis fpc 2 pic 0 recovered-clock" || "chassis fpc 2 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              junos:must "(!("chassis synchronization primary fpc-2"))";
              junos:must-message "fpc-2 can be either primary or secondary";
              value 8;
              description
                "Use fpc-2 as a secondary source";
            }
            enum "fpc-3" {
              junos:must "(("chassis fpc 3 pic 0 recovered-clock" || "chassis fpc 3 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              junos:must "(!("chassis synchronization primary fpc-3"))";
              junos:must-message "fpc-3 can be either primary or secondary";
              value 9;
              description
                "Use fpc-3 as a secondary source";
            }
            enum "fpc-4" {
              junos:must "(("chassis fpc 4 pic 0 recovered-clock" || "chassis fpc 4 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              junos:must "(!("chassis synchronization primary fpc-4"))";
              junos:must-message "fpc-4 can be either primary or secondary";
              value 10;
              description
                "Use fpc-4 as a secondary source";
            }
            enum "fpc-5" {
              junos:must "(("chassis fpc 5 pic 0 recovered-clock" || "chassis fpc 5 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              junos:must "(!("chassis synchronization primary fpc-5"))";
              junos:must-message "fpc-5 can be either primary or secondary";
              value 11;
              description
                "Use fpc-5 as a secondary source";
            }
            enum "fpc-6" {
              junos:must "(("chassis fpc 6 pic 0 recovered-clock" || "chassis fpc 6 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              junos:must "(!("chassis synchronization primary fpc-6"))";
              junos:must-message "fpc-6 can be either primary or secondary";
              value 12;
              description
                "Use fpc-6 as a secondary source";
            }
            enum "fpc-7" {
              junos:must "(("chassis fpc 7 pic 0 recovered-clock" || "chassis fpc 7 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              junos:must "(!("chassis synchronization primary fpc-7"))";
              junos:must-message "fpc-7 can be either primary or secondary";
              value 13;
              description
                "Use fpc-7 as a secondary source";
            }
            enum "fpc-8" {
              junos:must "(("chassis fpc 8 pic 0 recovered-clock" || "chassis fpc 8 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              junos:must "(!("chassis synchronization primary fpc-8"))";
              junos:must-message "fpc-8 can be either primary or secondary";
              value 14;
              description
                "Use fpc-8 as a secondary source";
            }
            enum "fpc-9" {
              junos:must "(("chassis fpc 9 pic 0 recovered-clock" || "chassis fpc 9 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              junos:must "(!("chassis synchronization primary fpc-9"))";
              junos:must-message "fpc-9 can be either primary or secondary";
              value 15;
              description
                "Use fpc-9 as a secondary source";
            }
            enum "fpc-10" {
              junos:must "(("chassis fpc 10 pic 0 recovered-clock" || "chassis fpc 10 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              junos:must "(!("chassis synchronization primary fpc-10"))";
              junos:must-message "fpc-10 can be either primary or secondary";
              value 16;
              description
                "Use fpc-10 as a secondary source";
            }
            enum "fpc-11" {
              junos:must "(("chassis fpc 11 pic 0 recovered-clock" || "chassis fpc 11 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              junos:must "(!("chassis synchronization primary fpc-11"))";
              junos:must-message "fpc-11 can be either primary or secondary";
              value 17;
              description
                "Use fpc-11 as a secondary source";
            }
            enum "fpc-12" {
              junos:must "(("chassis fpc 12 pic 0 recovered-clock" || "chassis fpc 12 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              junos:must "(!("chassis synchronization primary fpc-12"))";
              junos:must-message "fpc-12 can be either primary or secondary";
              value 18;
              description
                "Use fpc-12 as a secondary source";
            }
            enum "fpc-13" {
              junos:must "(("chassis fpc 13 pic 0 recovered-clock" || "chassis fpc 13 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              junos:must "(!("chassis synchronization primary fpc-13"))";
              junos:must-message "fpc-13 can be either primary or secondary";
              value 19;
              description
                "Use fpc-13 as a secondary source";
            }
            enum "fpc-14" {
              junos:must "(("chassis fpc 14 pic 0 recovered-clock" || "chassis fpc 14 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              junos:must "(!("chassis synchronization primary fpc-14"))";
              junos:must-message "fpc-14 can be either primary or secondary";
              value 20;
              description
                "Use fpc-14 as a secondary source";
            }
            enum "fpc-15" {
              junos:must "(("chassis fpc 15 pic 0 recovered-clock" || "chassis fpc 15 pic 1 recovered-clock"))";
              junos:must-message "Must configure recovered-clock for this fpc";
              junos:must "(!("chassis synchronization primary fpc-15"))";
              junos:must-message "fpc-15 can be either primary or secondary";
              value 21;
              description
                "Use fpc-15 as a secondary source";
            }
          }
          description
            "Alternative choice synchronization reference source list";
        }
      }  // container synchronization

      container lcd {
        status deprecated;
        description "Chassis LCD";
        uses apply-advanced;

        list fpc {
          key "name";
          ordered-by user;
          leaf name {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32;
            }
            description "FPC slot number";
          }

          choice menu-item {
            leaf maintenance-menu {
              type empty;
              description
                "LCD maintenance menu";
            }
          }  // choice menu-item

          choice enable-disable {
            leaf disable {
              type empty;
              description
                "Disable maintenance-menu";
            }
          }  // choice enable-disable
        }  // list fpc

        choice menu-item {
          leaf maintenance-menu {
            type empty;
            description
              "LCD maintenance menu";
          }
        }  // choice menu-item

        choice enable-disable {
          leaf disable {
            type empty;
            description
              "Disable maintenance-menu";
          }
        }  // choice enable-disable
      }  // container lcd

      container forwarding-options {
        description
          "Configure options to control packet forwarding";
        uses apply-advanced;

        choice uft_object {
          container l2-profile-one {
            presence "enable l2-profile-one";
            description
              "MAC: 288K L3-host: 16K LPM: 16K EM:0, needs reboot for VC; restarts PFE if standalone";
            uses apply-advanced;

            leaf num-65-127-prefix {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type int32 {
                  range "0 .. 4";
                }
              }
              default "1";
              description
                "IPV6 prefixes > 64, in multiples of 1K e.g 3 = 3x1K entries(default 1)";
            }
          }  // container l2-profile-one
          container l2-profile-two {
            presence "enable l2-profile-two";
            description
              "MAC: 224K L3-host: 80K LPM: 16K EM:0, needs reboot for VC; restarts PFE if standalone";
            uses apply-advanced;

            leaf num-65-127-prefix {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type int32 {
                  range "0 .. 4";
                }
              }
              default "1";
              description
                "IPV6 prefixes > 64, in multiples of 1K e.g 3 = 3x1K entries(default 1)";
            }
          }  // container l2-profile-two
          container l2-profile-three {
            presence
              "enable l2-profile-three";
            description
              "(default) MAC: 160K L3-host: 144K LPM: 16K, needs reboot for VC;restarts PFE if standalone";
            uses apply-advanced;

            leaf num-65-127-prefix {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type int32 {
                  range "0 .. 4";
                }
              }
              default "1";
              description
                "IPV6 prefixes > 64, in multiples of 1K e.g 3 = 3x1K entries(default 1)";
            }
          }  // container l2-profile-three
          container l3-profile {
            presence "enable l3-profile";
            description
              "MAC: 96K L3-host: 208K LPM: 16K EM:0, needs reboot for VC; restarts PFE if standalone";
            uses apply-advanced;

            leaf num-65-127-prefix {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type int32 {
                  range "0 .. 4";
                }
              }
              default "1";
              description
                "IPV6 prefixes > 64, in multiples of 1K e.g 3 = 3x1K entries(default 1)";
            }
          }  // container l3-profile
          container lpm-profile {
            presence "enable lpm-profile";
            description
              "MAC: 32K L3-host: 16K LPM: 128K EM:0, needs reboot for VC; restarts PFE if standalone";
            uses apply-advanced;

            leaf prefix-65-127-disable {
              type empty;
              description
                "Disable IPV6 prefixes with length > 64";
            }

            leaf unicast-in-lpm {
              type empty;
              description
                "Install unicast host entries in LPM table";
            }
          }  // container lpm-profile
          container exact-match-profile {
            presence
              "enable exact-match-profile";
            description
              "MAC: 8K L3-host: 8K LPM: 16K EM: 64K, needs reboot for VC; restarts PFE if standalone";
            uses apply-advanced;

            leaf num-65-127-prefix {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type int32 {
                  range "0 .. 4";
                }
              }
              default "1";
              description
                "IPV6 prefixes > 64, in multiples of 1K e.g 3 = 3x1K entries(default 1)";
            }
          }  // container exact-match-profile
          container vxlan-gbp-profile {
            presence
              "enable vxlan-gbp-profile";
            description
              "MAC: 48K L3-host: 48K LPM: 16K EM:32K, needs reboot for VC; restarts PFE if standalone";
          }  // container vxlan-gbp-profile
          container custom-profile {
            description
              "(Partition the shared banks, will automatically restart the PFE when configured)";
            uses apply-advanced;

            container l2-entries {
              description
                "Customize l2 entries needed";
              uses apply-advanced;

              leaf num-banks {
                type union {
                  type string {
                    pattern "<.*>|$.*";
                  }
                  type int32 {
                    range "0 .. 4";
                  }
                }
                default "0";
                description
                  "Number of banks needed for entries of this type";
              }
            }  // container l2-entries

            container l3-entries {
              description
                "Customize l3 entries needed";
              uses apply-advanced;

              leaf num-banks {
                type union {
                  type string {
                    pattern "<.*>|$.*";
                  }
                  type int32 {
                    range "0 .. 4";
                  }
                }
                default "0";
                description
                  "Number of banks needed for entries of this type";
              }
            }  // container l3-entries

            container exact-match-entries {
              description
                "Customize exact match entries needed";
              uses apply-advanced;

              leaf num-banks {
                type union {
                  type string {
                    pattern "<.*>|$.*";
                  }
                  type int32 {
                    range "0 .. 4";
                  }
                }
                default "0";
                description
                  "Number of banks needed for entries of this type";
              }
            }  // container exact-match-entries

            container lpm-entries {
              description
                "Customize lpm banks needed";
              uses apply-advanced;

              leaf num-banks {
                type enumeration {
                  enum "0" {
                    value 0;
                  }
                  enum "2" {
                    value 1;
                  }
                  enum "4" {
                    value 2;
                  }
                }
                default "0";
                description
                  "Number of banks needed for entries of this type";
              }

              leaf prefix-65-127-disable {
                type empty;
                description
                  "Disable IPV6 prefixes with length > 64";
              }
            }  // container lpm-entries

            leaf num-65-127-prefix {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type int32 {
                  range "0 .. 4";
                }
              }
              default "1";
              description
                "IPV6 prefixes > 64, in multiples of 1K e.g 3 = 3x1K entries(default 1)";
            }
          }  // container custom-profile
        }  // choice uft_object
      }  // container forwarding-options

      leaf loopback-firewall-optimization {
        type empty;
        description
          "Optimal TCAM use,restarts PFE(for IP rsrved multicast dest & IP ttl=0/1,config explicitly)";
      }

      leaf epacl-firewall-optimization {
        type empty;
        description
          "Maximizes Egress Port ACLs TCAM use and restarts PFE";
      }

      container lcd-menu {
        junos:must "(!("..  lcd"))";
        junos:must-message "Cannot mix 'lcd-menu' and 'lcd maintenance-menu' configurations";
        description "Chassis LCD menu";
        uses apply-advanced;

        list fpc {
          key "name";
          ordered-by user;
          leaf name {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32;
            }
            description "FPC slot number";
          }

          uses apply-advanced;

          list menu-item {
            key "name";
            ordered-by user;
            description "LCD menu item";
            leaf name {
              type string;
              description "LCD menu name";
            }

            leaf disable {
              type empty;
              description "Disable LCD menu";
            }
          }  // list menu-item
        }  // list fpc
      }  // container lcd-menu

      leaf fru-poweron-sequence {
        type string {
          junos:posix-pattern "^[0-9 ]+$";
          junos:pattern-message "FRU in fru poweron sequence must be a number";
        }
        description
          "FRUs power on sequence like 0 1 2 3 ... within double quotes";
      }

      leaf fru-local-storage-disable {
        type empty;
        description
          "Disable and erase local storage on FPC.(FPC reboot required)";
      }

      container psm {
        description "Power supply module";
        uses apply-advanced;

        leaf max-power {
          type union {
            type uint32;
            type string {
              pattern "<.*>|$.*";
            }
          }
          description
            "Configure power capacity for the PSM (W)";
        }
      }  // container psm

      leaf auto-image-upgrade {
        type empty;
        description
          "Auto image upgrade using DHCP";
      }

      container route-localization {
        junos:must "((any "chassis fpc <*> route-localization fib-local" && !("chassis system-domains protected-system-domains")))";
        junos:must-message "There must be at least one fpc with route-localization fib-local and no protected-system-domains";
        description
          "Route-Localization settings";
        uses apply-advanced;

        leaf inet {
          type empty;
          description
            "Route-Localization inet";
        }

        leaf inet6 {
          type empty;
          description
            "Route-Localization inet6";
        }
      }  // container route-localization

      container state {
        description "Set SFB upgrade state.";
        uses apply-advanced;

        leaf cb-upgrade {
          type enumeration {
            enum "off" {
              value 0;
              description
                "Set after CB upgrade is complete";
            }
            enum "on" {
              value 1;
              description
                "Set before the start of CB upgrade.";
            }
          }
          default "off";
          description
            "Set CB upgrade state on/off.";
        }

        leaf sfb-upgrade {
          type enumeration {
            enum "off" {
              value 0;
              description
                "Set after SFB upgrade is complete";
            }
            enum "on" {
              value 1;
              description
                "Set before the start of SFB upgrade.";
            }
          }
          default "off";
          description
            "Set SFB upgrade state on/off.";
        }
      }  // container state

      leaf extended-statistics {
        type empty;
        description
          "Enable extended system statistics";
      }

      container error {
        presence "enable error";
        description
          "Error level configuration for all FPC";
        uses chassis_fpc_error_type;
      }  // container error

      container oss-map {
        description
          "Translate Operation Supported System's requirements";
        uses apply-advanced;

        leaf model-name {
          type enumeration {
            enum "t640" {
              value 0;
              description
                "Set to T640's model";
            }
            enum "t1600" {
              value 1;
              description
                "Set to T1600's model";
            }
          }
          description
            "Override chassis model name for specific show/snmp output";
        }
      }  // container oss-map

      container jnu-management {
        description
          "JNU Management configuration";
        uses apply-advanced;

        leaf mode {
          type enumeration {
            enum "feature-rich" {
              value 0;
              description
                "Feature Rich Mode";
            }
            enum "bng-control-plane" {
              value 1;
              description
                "BNG control-plane mode";
            }
          }
          description "JNU Mode";
        }

        leaf satellite-name {
          type string;
          description "Satellite name";
        }

        leaf device-group {
          type string;
          description
            "Satellite device group";
        }

        list satellite {
          key "name";
          ordered-by user;
          description "List of satellites";
          leaf name {
            type string;
            description "Satellite name";
          }

          uses apply-advanced;

          leaf device-group {
            type string;
            description
              "Satellite Device Group";
          }

          leaf model {
            type string;
            description "Satellite model";
          }

          leaf version {
            type string {
              junos:posix-pattern "^[[:digit:]][[:alnum:]_.-]+$";
              junos:pattern-message "Version should begin with a number";
            }
            description "Satellite version";
          }
        }  // list satellite

        leaf user {
          type string;
          description "Satellite User Name";
        }

        leaf controller {
          type string;
          description "Controller Name";
        }

        leaf authentication {
          type jt:unreadable;
          description
            "Authentication string";
        }
      }  // container jnu-management

      list satellite {
        key "name";
        ordered-by user;
        description
          "List of available satellite configurations";
        leaf name {
          type string;
          description "Satellite name";
        }

        uses apply-advanced;
      }  // list satellite

      leaf preserve-fpc-poweron-sequence {
        type empty;
        description
          "Preserve MPC poweron sequence for consistency across reboot";
      }

      leaf auto-satellite-conversion {
        type empty;
        description
          "Enable remote conversion to satellite device-mode";
      }

      container satellite-management {
        junos:must "(!("chassis aggregated-devices disable-lag-enhanced"))";
        junos:must-message "To configure chassis satellite-management, chassis aggregated-devices disable-lag-enhanced must not be set";
        presence
          "enable satellite-management";
        description
          "Satellite management configuration";
        uses apply-advanced;

        container designated-event-forwarding {
          presence
            "enable designated-event-forwarding";
          description
            "Designated event forwarding";
        }  // container designated-event-forwarding

        container traceoptions {
          description
            "Global satelite discovery and provisioning trace options";
          uses apply-advanced;

          leaf no-remote-trace {
            junos:must "("system tracing")";
            junos:must-message "'no-remote-trace' is valid only when [system tracing] is configured";
            type empty;
            description
              "Disable remote tracing";
          }

          container file {
            description
              "Trace file information";
            leaf filename {
              type string {
                junos:posix-pattern "![/ %]";
                junos:pattern-message "Must not contain '/', % or a space";
                length "1 .. 1024";
              }
              description
                "Name of file in which to write trace information";
            }

            leaf size {
              type string;
              description
                "Maximum trace file size";
            }

            leaf files {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "2 .. 1000";
                }
              }
              default "3";
              description
                "Maximum number of trace files";
            }

            choice world-readable-choice {
              leaf world-readable {
                type empty;
                description
                  "Allow any user to read the log file";
              }
              leaf no-world-readable {
                type empty;
                description
                  "Don't allow any user to read the log file";
              }
            }  // choice world-readable-choice

            leaf match {
              type jt:regular-expression;
              description
                "Regular expression for lines to be logged";
            }
          }  // container file

          list flag {
            key "name";
            ordered-by user;
            description "Tracing parameters";
            leaf name {
              type enumeration {
                enum "parse" {
                  value 0;
                  description
                    "Trace configuration parsing";
                }
                enum "config-internal" {
                  value 1;
                  description
                    "Trace configuration internals";
                }
                enum "normal" {
                  value 2;
                  description
                    "Trace normal events";
                }
                enum "general" {
                  value 3;
                  description
                    "Trace general events";
                }
                enum "state" {
                  value 4;
                  description
                    "Trace state transitions";
                }
                enum "task" {
                  value 5;
                  description
                    "Trace SDPD task processing";
                }
                enum "timer" {
                  value 6;
                  description
                    "Trace SDPD task timer processing";
                }
                enum "krt" {
                  value 7;
                  description
                    "Trace communication over routing socket";
                }
                enum "lldp" {
                  value 8;
                  description
                    "Trace LLDP events";
                }
                enum "provision" {
                  value 9;
                  description
                    "Trace provisioning events";
                }
                enum "extended-port" {
                  value 10;
                  description
                    "Trace extended-port events";
                }
                enum "multi-chassis" {
                  value 11;
                  description
                    "Trace multi-chassis events";
                }
                enum "upgrade-group" {
                  value 12;
                  description
                    "Trace sw-update events";
                }
                enum "device" {
                  value 13;
                  description
                    "Trace device FSM events";
                }
                enum "tcp" {
                  value 14;
                  description
                    "Trace TCP events";
                }
                enum "interface" {
                  value 15;
                  description
                    "Trace interface events";
                }
                enum "cluster" {
                  value 16;
                  description
                    "Trace cluster events";
                }
                enum "all" {
                  value 17;
                  description
                    "Trace everything";
                }
              }
            }

            leaf disable {
              type empty;
              description
                "Disable this trace flag";
            }
          }  // list flag
        }  // container traceoptions

        leaf cluster-policy {
          junos:must "("policy-options satellite-policies candidate-uplink-port-policy $$")";
          junos:must-message "Satellite cluster-policy not defined";
          type string;
          description "Cluster policy";
        }

        list cluster {
          key "name";
          description
            "Configure a satellite device cluster";
          leaf name {
            type string {
              length "1 .. 16";
            }
            description
              "Satellite cluster name";
          }

          uses apply-advanced;

          leaf cluster-id {
            junos:must "(unique "chassis satellite-management cluster <*> cluster-id $$")";
            junos:must-message "Cluster-id has to be unique among all provisioned clusters";
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 32";
              }
            }
            description
              "Satellite cluster identifier";
          }

          leaf-list cascade-ports {
            type union {
              type jt:interface-device;
              type string {
                pattern "<.*>|$.*";
              }
            }
            description "Cascade ports";
          }

          leaf cluster-policy {
            junos:must "("policy-options satellite-policies candidate-uplink-port-policy $$")";
            junos:must-message "Satellite cluster-policy not defined";
            type string;
            description
              "Candidate uplink policy";
          }

          list fpc {
            key "name";
            leaf name {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "65 .. 254";
                }
              }
              description
                "Satellite slot identifier";
            }

            uses apply-advanced;

            leaf alias {
              junos:must "(unique "chassis satellite-management cluster <*> fpc <*> alias $$")";
              junos:must-message "alias has to be unique among all provisioned satellite-devices";
              junos:must "(unique "chassis satellite-management fpc <*> alias $$")";
              junos:must-message "alias has to be unique among all provisioned satellite-devices";
              type string {
                length "1 .. 16";
              }
              description "Satellite alias";
            }

            leaf description {
              type string {
                length "1 .. 64";
              }
              description
                "Satellite description";
            }

            leaf member-id {
              junos:must "(unique ".. .. fpc <*> member-id $$")";
              junos:must-message "Member-id has to be unique among all members in a cluster";
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "0 .. 62";
                }
              }
              description
                "Satellite member id";
            }

            leaf system-id {
              junos:must "(unique "chassis satellite-management cluster <*> fpc <*> system-id $$")";
              junos:must-message "System-id has to be unique among all provisioned satellite-devices";
              junos:must "(unique "chassis satellite-management fpc <*> system-id $$")";
              junos:must-message "System-id has to be unique among all provisioned satellite-devices";
              type jt:mac-addr;
              description
                "Satellite system id";
            }

            leaf cluster-policy {
              junos:must "("policy-options satellite-policies candidate-uplink-port-policy $$")";
              junos:must-message "Satellite Cluster policy not defined";
              type string;
              description
                "Candidate uplink policy";
            }
          }  // list fpc
        }  // list cluster

        list fpc {
          key "name";
          description
            "FPC identifier for a satellite device";
          leaf name {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "65 .. 254";
              }
            }
            description
              "Satellite slot identifier";
          }

          uses apply-advanced;

          leaf serial-number {
            junos:must "(unique "chassis satellite-management fpc <*> serial-number $$")";
            junos:must-message "serial-number has to be unique among all provisioned satellite-devices";
            type string {
              length "1 .. 16";
            }
            description
              "Satellite serial number";
          }

          leaf system-id {
            junos:must "(unique "chassis satellite-management fpc <*> system-id $$")";
            junos:must-message "System-id has to be unique among all provisioned satellite-devices";
            type jt:mac-addr;
            description
              "Satellite system id";
          }

          leaf target-mode {
            type empty;
            description
              "Enable target mode forwarding for extended-ports";
          }

          leaf alias {
            junos:must "(unique "chassis satellite-management fpc <*> alias $$")";
            junos:must-message "alias has to be unique among all provisioned satellite-devices";
            type string {
              length "1 .. 16";
            }
            description "Satellite alias";
          }

          leaf description {
            type string {
              length "1 .. 64";
            }
            description
              "Satellite description";
          }

          container management-address {
            presence
              "enable management-address";
            description
              "Satellite Management Interface IP";
            uses apply-advanced;

            leaf address {
              junos:must "(unique "chassis satellite-management fpc <*> management-address address $$")";
              junos:must-message "management interface IP address has to be unique among all provisioned satellite-devices";
              type jt:ipv4prefix;
              description
                "Satellite Management Interface IP address";
            }

            leaf gateway {
              type jt:ipv4addr;
              description
                "Satellite Management Interface Gateway IP address";
            }
          }  // container management-address

          leaf-list cascade-ports {
            type union {
              type jt:interface-device;
              type string {
                pattern "<.*>|$.*";
              }
            }
            description "Cascade ports";
          }

          leaf extended-ports-template {
            junos:must "("policy-options satellite-policies extended-ports-template $$")";
            junos:must-message "Extended ports template not defined";
            type string;
            description
              "Extended ports template";
          }

          choice ufd_type {
            container uplink-failure-detection {
              presence
                "enable uplink-failure-detection";
              description
                "Enable uplink-failure-detection";
              uses apply-advanced;

              leaf candidate-uplink-policy {
                junos:must "("policy-options satellite-policies candidate-uplink-port-policy $$")";
                junos:must-message "Candidate-uplink-port-policy not defined";
                type string;
                description
                  "Candidate uplink policy";
              }
            }  // container uplink-failure-detection
          }  // choice ufd_type

          leaf environment-monitoring-policy {
            junos:must "("policy-options satellite-policies environment-monitoring-policy $$")";
            junos:must-message "Environment monitoring policy not defined";
            type string;
            description
              "Environment monitoring policy";
          }

          choice forwarding-policy-type {
            container forwarding-policy {
              presence
                "enable forwarding-policy";
              description
                "Enable a forwarding policy";
              uses apply-advanced;

              leaf forwarding-policy-alias {
                junos:must "("policy-options satellite-policies forwarding-policy $$")";
                junos:must-message "forwarding-policy not defined";
                type string;
                description
                  "Define forwarding policy alias";
              }
            }  // container forwarding-policy
          }  // choice forwarding-policy-type
        }  // list fpc

        leaf extended-ports-policy {
          junos:must "("policy-options satellite-policies extended-ports-policy $$")";
          junos:must-message "Extended ports policy not defined";
          type string;
          description
            "Extended ports policy";
        }

        choice ufd_type {
          container uplink-failure-detection {
            presence
              "enable uplink-failure-detection";
            description
              "Enable uplink-failure-detection";
            uses apply-advanced;

            leaf candidate-uplink-policy {
              junos:must "("policy-options satellite-policies candidate-uplink-port-policy $$")";
              junos:must-message "Candidate-uplink-port-policy not defined";
              type string;
              description
                "Candidate uplink policy";
            }
          }  // container uplink-failure-detection
        }  // choice ufd_type

        container psu {
          description
            "Power Supply Unit redundancy configuration";
          uses apply-advanced;

          container redundancy {
            description
              "PSU Redundancy settings";
            uses apply-advanced;

            leaf n-plus-n {
              type empty;
              description
                "PSU redundancy: N+N configuration";
            }
          }  // container redundancy
        }  // container psu

        container environment-monitoring-policy {
          presence
            "enable environment-monitoring-policy";
          description
            "Environment monitoring policy";
          uses apply-advanced;

          leaf policy-name {
            junos:must "("policy-options satellite-policies environment-monitoring-policy $$")";
            junos:must-message "Environment monitoring policy not defined";
            type string;
            description
              "Default environment monitoring policy";
          }
        }  // container environment-monitoring-policy

        choice forwarding-policy-type {
          container forwarding-policy {
            presence
              "enable forwarding-policy";
            description
              "Enable a forwarding policy";
            uses apply-advanced;

            leaf forwarding-policy-alias {
              junos:must "("policy-options satellite-policies forwarding-policy $$")";
              junos:must-message "forwarding-policy not defined";
              type string;
              description
                "Define forwarding policy alias";
            }
          }  // container forwarding-policy
        }  // choice forwarding-policy-type

        container redundancy-groups {
          description
            "Redundancy groups configuration";
          uses apply-advanced;

          leaf chassis-id {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 4";
              }
            }
            description "Chassis identifier";
          }

          list rg-group {
            key "name";
            ordered-by user;
            description "Redundancy groups";
            uses redundancy-group-type;
          }  // list rg-group
        }  // container redundancy-groups

        container upgrade-groups {
          description
            "Upgrade group configuration";
          uses apply-advanced;

          list upgrade-group {
            key "name";
            description "Upgrade group";
            uses upgrade-group-type;
          }  // list upgrade-group
        }  // container upgrade-groups

        container auto-satellite-conversion {
          description
            "Enable automatic satellite conversion";
          uses apply-advanced;

          leaf-list satellite {
            type string {
              length "1 .. 100";
            }
            ordered-by user;
            description
              "Satellite slot-id or range or all";
          }
        }  // container auto-satellite-conversion

        container single-home {
          description
            "Devices are connected to local aggregation device only";
          uses apply-advanced;

          leaf-list satellite {
            type string {
              length "1 .. 100";
            }
            ordered-by user;
            description
              "Satellite slot-id or range or all";
          }
        }  // container single-home

        leaf aging-timer {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "2 .. 60000";
            }
          }
          units "minutes";
          description "Aging-timer";
        }

        leaf block-console-access {
          type empty;
          description "Block console access";
        }

        container firewall {
          description
            "Define a firewall configuration";
          uses apply-advanced;

          container family {
            description "Protocol family";
            container bridge {
              description
                "Protocol family BRIDGE for firewall filter";
              uses apply-advanced;

              list filter {
                key "name";
                ordered-by user;
                uses satellite-bridge-filter;
              }  // list filter
            }  // container bridge
          }  // container family
        }  // container firewall
      }  // container satellite-management

      container periodic {
        description
          "Chassisd periodic options";
        uses apply-advanced;

        leaf yield-cpu {
          type empty;
          description
            "Yield cpu in FRU periodic";
        }

        leaf one-sib-per-check {
          type empty;
          description
            "Check one SIB per periodic";
        }

        leaf no-sib-asic-stats {
          type empty;
          description
            "Disable asic statis for all SIBs in periodic";
        }

        leaf slow-fpc-check {
          type empty;
          description
            "Slow FPC check in periodic";
        }

        leaf ch-power-check-interval {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "0 .. 60";
            }
          }
          units "seconds";
          default "0";
          description
            "Chassis power check interval, 0=default";
        }

        leaf re-check-interval {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "0 .. 60";
            }
          }
          units "seconds";
          default "0";
          description
            "Chassis RE check interval, 0=default";
        }
      }  // container periodic

      leaf turbotx-disable {
        type empty;
        description
          "Disable turbotx processing";
      }

      container thermal-health-check {
        presence
          "enable thermal-health-check";
        description
          "Enable Thermal Health check of the chassis";
        uses apply-advanced;

        container fet-failure-check {
          presence
            "enable fet-failure-check";
          uses apply-advanced;

          leaf action-onfail {
            type enumeration {
              enum "none" {
                value 0;
                description
                  "No action when Oring FET detected";
              }
              enum "auto-shutdown" {
                value 1;
                description
                  "Shutdown when Oring FET detected";
              }
            }
            default "none";
            description
              "Set the action when Oring FET detected";
          }
        }  // container fet-failure-check
      }  // container thermal-health-check

      container fpc-down-on-repeated-conn-drops {
        description
          "Bring FPC down if connection drops repeatedly";
        uses apply-advanced;

        leaf max-drop-count {
          junos:must "("chassis fpc-down-on-repeated-conn-drops time-interval")";
          junos:must-message "must configure drop-time-interval as well";
          type union {
            type uint32;
            type string {
              pattern "<.*>|$.*";
            }
          }
          default "0";
          description
            "Number of connection drops to shutdown FPC";
        }

        leaf time-interval {
          junos:must "("chassis fpc-down-on-repeated-conn-drops max-drop-count")";
          junos:must-message "must configure max-drop-count as well";
          type union {
            type uint32;
            type string {
              pattern "<.*>|$.*";
            }
          }
          units "minutes";
          default "0";
          description
            "Interval in minutes over which connection drops are counted";
        }
      }  // container fpc-down-on-repeated-conn-drops

      container mode {
        presence "enable mode";
        description
          "Bringup FRU in Standalone mode";
        uses apply-advanced;

        container standalone {
          presence "enable standalone";
          description
            "Bringup FRU in standalone mode1";
          uses apply-advanced;

          list fpc {
            key "name";
            leaf name {
              type string {
                length "1 .. 4";
              }
              description "FPC slot number";
            }

            uses apply-advanced;

            container loopback {
              description
                "Loopback Configuration for Mode & Type";
              uses apply-advanced;

              leaf wan {
                type enumeration {
                  enum "serdes" {
                    value 0;
                    description
                      "Serdes type loopback";
                  }
                  enum "retimer" {
                    value 1;
                    description
                      "Retimer type loopback";
                  }
                }
                default "serdes";
              }

              leaf fabric {
                type enumeration {
                  enum "serdes" {
                    value 0;
                    description
                      "Serdes type loopback";
                  }
                  enum "retimer" {
                    value 1;
                    description
                      "Retimer type loopback";
                  }
                }
                default "serdes";
              }
            }  // container loopback
          }  // list fpc

          list fabric-card {
            key "name";
            ordered-by user;
            description
              "Fabric Card Loopback setting";
            uses chassis_fabric_card_type;
          }  // list fabric-card
        }  // container standalone
      }  // container mode

      container system-domains {
        presence "enable system-domains";
        description
          "Root and protected system domain configuration";
        uses apply-advanced;

        leaf root-domain-id {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "1 .. 3";
            }
          }
          description
            "Root domain identifier";
        }

        list protected-system-domains {
          key "name";
          description
            "Protected system domain configuration";
          uses juniper-protected-system-domain;
        }  // list protected-system-domains

        container traceoptions {
          description
            "Protected system domain traceoptions";
          uses juniper-protected-system-domain-traceoptions;
        }  // container traceoptions
      }  // container system-domains

      container network-slices {
        junos:must "("system commit synchronize")";
        junos:must-message "[system commit synchronize] has to be configured";
        presence "enable network-slices";
        description
          "Network slices configuration";
        uses apply-advanced;

        container guest-network-functions {
          presence
            "enable guest-network-functions";
          description
            "Guest network function configuration";
          uses apply-advanced;

          list gnf {
            key "name";
            description
              "Guest network function";
            uses juniper-gnf;
          }  // list gnf
        }  // container guest-network-functions

        leaf vlan-isolation {
          type empty;
          description
            "Enable VLAN isolation for Control Plane";
        }
      }  // container network-slices
    }  // grouping chassis_type

    grouping apply-advanced {
      description
        "Apply advanced configuration logic";
      leaf-list apply-groups {
        type string;
        ordered-by user;
        description
          "Groups from which to inherit configuration data";
      }

      leaf-list apply-groups-except {
        type string;
        ordered-by user;
        description
          "Don't inherit configuration data from these groups";
      }

      list apply-macro {
        key "name";
        ordered-by user;
        description
          "Macro and parameters for commit script expansion";
        uses apply-macro-type;
      }  // list apply-macro
    }  // grouping apply-advanced

    grouping apply-macro-type {
      description
        "Macro data for commit-script expansion";
      leaf name {
        type string;
        description
          "Name of the macro to be expanded";
      }

      list data {
        key "name";
        uses macro-data-type;
      }  // list data
    }  // grouping apply-macro-type

    grouping chassis-pw-type {
      uses apply-advanced;

      leaf device-count {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "1 .. 18000";
          }
        }
        description
          "Number of pseudo-wire ps devices";
      }
    }  // grouping chassis-pw-type

    grouping chassis_agg_dev_type {
      uses apply-advanced;

      leaf ae-20 {
        type empty;
        status deprecated;
        description
          "Run AE over Container nexthops Infrastructure";
      }

      container ethernet {
        description
          "Aggregated device options for Ethernet";
        uses chassisd_agg_enet_type;
      }  // container ethernet

      container sonet {
        description
          "Aggregated device options for SONET";
        uses chassisd_agg_pos_type;
      }  // container sonet

      leaf maximum-links {
        type union {
          type int32;
          type string {
            pattern "<.*>|$.*";
          }
        }
        description
          "Maximum links limit for aggregated devices (16, 32, or 64)";
      }
    }  // grouping chassis_agg_dev_type

    grouping chassis_alarm_type {
      uses apply-advanced;

      container management-ethernet {
        description
          "Management Ethernet alarms";
        uses chassis_alarm_ethernet_type;
      }  // container management-ethernet

      container otn-odu {
        description "OTN ODU alarms";
        uses chassis_alarm_otn_odu_type;
      }  // container otn-odu

      container otn-otu {
        description "OTN OTU alarms";
        uses chassis_alarm_otn_otu_type;
      }  // container otn-otu

      container sonet {
        description "SONET alarms";
        uses chassis_alarm_sonet_type;
      }  // container sonet

      container t3 {
        description "DS3 alarms";
        uses chassis_alarm_ds3_type;
      }  // container t3

      container ds1 {
        description "DS1 alarms";
        uses chassis_alarm_ds1_type;
      }  // container ds1

      container ethernet {
        description "Ethernet alarms";
        uses chassis_alarm_ethernet_type;
      }  // container ethernet

      container integrated-services {
        description
          "Integrated services alarms";
        uses chassis_alarm_integrated_services_type;
      }  // container integrated-services

      container services {
        description "Services PIC alarms";
        uses chassis_alarm_services_type;
      }  // container services

      container serial {
        description "Serial alarms";
        uses chassis_alarm_serial_type;
      }  // container serial

      container fibre-channel {
        description "Fibre Channel alarms";
        uses chassis_alarm_fibre-channel_type;
      }  // container fibre-channel

      container relay {
        description "Alarm relays";
        uses chassis_alarm_relay_type;
      }  // container relay
    }  // grouping chassis_alarm_type

    grouping chassis_alarm_ds1_type {
      uses apply-advanced;

      leaf ais {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "Alarm indicator signal";
      }

      leaf ylw {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "Yellow alarm";
      }
    }  // grouping chassis_alarm_ds1_type

    grouping chassis_alarm_ds3_type {
      uses apply-advanced;

      leaf ais {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "Alarm indicator signal";
      }

      leaf exz {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "Excessive zeros";
      }

      leaf ferf {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "Far-end failure";
      }

      leaf idle {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "Idle alarm";
      }

      leaf lcv {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "Line code violation";
      }

      leaf lof {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "Loss of frame";
      }

      leaf los {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "Loss of signal";
      }

      leaf pll {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Phase-locked loop out of lock";
      }

      leaf ylw {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "Yellow alarm";
      }
    }  // grouping chassis_alarm_ds3_type

    grouping chassis_alarm_ethernet_type {
      uses apply-advanced;

      leaf link-down {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "Link has gone down";
      }
    }  // grouping chassis_alarm_ethernet_type

    grouping chassis_alarm_fibre-channel_type {
      uses apply-advanced;

      leaf link-down {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "Link has gone down";
      }
    }  // grouping chassis_alarm_fibre-channel_type

    grouping chassis_alarm_integrated_services_type {
      uses apply-advanced;

      leaf failure {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Integrated Services failure";
      }
    }  // grouping chassis_alarm_integrated_services_type

    grouping chassis_alarm_otn_odu_type {
      uses apply-advanced;

      leaf odu-bdi {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "ODU backward-defect-indicator, ODU-BDI failure";
      }

      leaf odu-ttim {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "ODU trail-trace-identifier-mismatch, ODU-TTIM failure";
      }

      leaf odu-ptim {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "ODU payload-type-mismatch, ODU-PTIM failure";
      }
    }  // grouping chassis_alarm_otn_odu_type

    grouping chassis_alarm_otn_otu_type {
      uses apply-advanced;

      leaf oc-los {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Loss of signal, LOS failure";
      }

      leaf oc-lof {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Loss of framing, LOF failure";
      }

      leaf oc-lom {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Loss of multiframe, LOM failure";
      }

      leaf wavelength-lock {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "Wavelength lock alarm";
      }

      leaf otu-bdi {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "OTU backward-defect-indicator, OTU-BDI failure";
      }

      leaf otu-iae {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "OTU incoming-alignment-error, OTU-IAE failure";
      }

      leaf otu-ttim {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "OTU trail-trace-identifier-mismatch, OTU-TTIM failure";
      }

      leaf otu-fec-excessive-errs {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "OTU fec-excessive-errors, OTU-FEC_EXE failure";
      }
    }  // grouping chassis_alarm_otn_otu_type

    grouping chassis_alarm_relay_type {
      uses apply-advanced;

      container input {
        description "Input relays";
        uses apply-advanced;

        list port {
          key "name";
          ordered-by user;
          leaf name {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "0 .. 3";
              }
            }
            description "Relay port number";
          }

          uses apply-advanced;

          leaf mode {
            type enumeration {
              enum "open" {
                value 0;
                description "Normally open";
              }
              enum "close" {
                value 1;
                description
                  "Normally closed";
              }
            }
            description
              "Relay mode in de-active state";
          }

          leaf trigger {
            type enumeration {
              enum "red" {
                value 0;
                description
                  "Assert red system alarm";
              }
              enum "yellow" {
                value 1;
                description
                  "Assert yellow system alarm";
              }
              enum "ignore" {
                value 2;
                description
                  "Do not assert any alarm signals";
              }
            }
            description "Relay triggered";
          }
        }  // list port
      }  // container input

      container output {
        description "Output relays";
        uses apply-advanced;

        list port {
          key "name";
          ordered-by user;
          leaf name {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "0 .. 3";
              }
            }
            description "Relay port number";
          }

          uses apply-advanced;

          leaf mode {
            type enumeration {
              enum "open" {
                value 0;
                description "Normally open";
              }
              enum "close" {
                value 1;
                description
                  "Normally closed";
              }
            }
            description
              "Relay mode in de-active state";
          }

          leaf temperature {
            type empty;
            description
              "Trigger on temperature alarm red";
          }

          leaf input-relay {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "0 .. 3";
              }
            }
            description
              "Trigger on input relay trigger";
          }
        }  // list port
      }  // container output
    }  // grouping chassis_alarm_relay_type

    grouping chassis_alarm_serial_type {
      uses apply-advanced;

      leaf loss-of-rx-clock {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "RX clock absent";
      }

      leaf loss-of-tx-clock {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "TX clock absent";
      }

      leaf dcd-absent {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "DCD signal absent";
      }

      leaf cts-absent {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "CTS signal absent";
      }

      leaf dsr-absent {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "DSR signal absent";
      }

      leaf tm-absent {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "TM signal absent";
      }
    }  // grouping chassis_alarm_serial_type

    grouping chassis_alarm_services_type {
      uses apply-advanced;

      leaf pic-reset {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "Services PIC reset";
      }

      leaf pic-hold-reset {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Services PIC held in reset";
      }

      leaf linkdown {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "Services PIC linkdown";
      }

      leaf rx-errors {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Services PIC excessive rx errors";
      }

      leaf tx-errors {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Services PIC excessive tx errors";
      }

      leaf sw-down {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Services PIC software problem";
      }

      leaf hw-down {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Services PIC hardware problem";
      }
    }  // grouping chassis_alarm_services_type

    grouping chassis_alarm_sonet_type {
      uses apply-advanced;

      leaf lol {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description "Loss of light";
      }

      leaf pll {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Phase locked loop out of lock";
      }

      leaf lof {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Loss of framing, LOF failure";
      }

      leaf los {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Loss of signal, LOS failure";
      }

      leaf ais-l {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Line alarm indication signal, AIS-L failure";
      }

      leaf ais-p {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Path alarm indication signal, AIS-P failure";
      }

      leaf lop-p {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Loss of pointer, LOP-P failure";
      }

      leaf ber-sd {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Signal Degrade (SD), bit error rate > 1E-6";
      }

      leaf ber-sf {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Signal Fail (SF), bit error rate > 1E-3";
      }

      leaf rfi-l {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Line remote failure indication, RFI-L, line FERF";
      }

      leaf rfi-p {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Path remote failure indication, RFI-P, STS path yellow";
      }

      leaf uneq-p {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "STS Path (C2) unequipped, UNEQ-P failure";
      }

      leaf locd {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "Loss of cell delineation (ATM only)";
      }

      leaf plm-p {
        type enumeration {
          enum "red" {
            value 0;
            description
              "Assert red system alarm";
          }
          enum "yellow" {
            value 1;
            description
              "Assert yellow system alarm";
          }
          enum "ignore" {
            value 2;
            description
              "Do not assert any alarm signals";
          }
        }
        description
          "STS payload label (C2) mismatch, PLM-P failure";
      }
    }  // grouping chassis_alarm_sonet_type

    grouping chassis_fabric_card_type {
      leaf name {
        type string {
          length "1 .. 5";
        }
        description
          "Fabric Card slot number";
      }

      uses apply-advanced;

      container loopback {
        description
          "Loopback Configuration for Mode & Type";
        uses apply-advanced;

        leaf serdes {
          type empty;
          description
            "Fabric Card serdes setting";
        }

        leaf retimer {
          type empty;
          description
            "Fabric card retimer setting";
        }
      }  // container loopback
    }  // grouping chassis_fabric_card_type

    grouping chassis_fabric_type {
      uses apply-advanced;

      leaf upgrade-mode {
        type enumeration {
          enum "default" {
            value 0;
            description "Fabric upgrade";
          }
          enum "t4000" {
            junos:must "(!(any "class-of-service schedulers <*> drop-profile-map loss-priority <*> protocol non-tcp drop-profile <*>"))";
            junos:must-message "protocol based classification not allowed, only 'any' protocol config allowed";
            junos:must "(!(any "class-of-service schedulers <*> drop-profile-map loss-priority <*> protocol tcp drop-profile <*>"))";
            junos:must-message "protocol based classification not allowed, only 'any' protocol config allowed";
            value 1;
            description
              "T4000 Fabric upgrade";
          }
          enum "3d-fabric" {
            junos:must "(!(any "class-of-service schedulers <*> drop-profile-map loss-priority <*> protocol non-tcp drop-profile <*>"))";
            junos:must-message "protocol based classification not allowed, only 'any' protocol config allowed";
            junos:must "(!(any "class-of-service schedulers <*> drop-profile-map loss-priority <*> protocol tcp drop-profile <*>"))";
            junos:must-message "protocol based classification not allowed, only 'any' protocol config allowed";
            value 2;
            description
              "TXP-3D Fabric upgrade";
          }
        }
        description
          "Enable online switch fabric upgrade";
      }

      container event {
        description "Fabric events";
        uses apply-advanced;

        container link-failure {
          presence "enable link-failure";
          description "Fabric link failure";
          uses apply-advanced;

          container action {
            presence "enable action";
            description
              "Fabric action to be taken";
            uses apply-advanced;
          }  // container action
        }  // container link-failure
      }  // container event

      container oam {
        description
          "Fabric OAM configuration";
        uses apply-advanced;

        leaf detection-disable {
          type empty;
          description "Disable fabric OAM";
        }
      }  // container oam

      container degraded {
        presence "enable degraded";
        description
          "Degraded fabric configuration";
        uses apply-advanced;

        leaf action-fpc-restart-disable {
          type empty;
          description
            "Limit degraded fabric actions to Plane restart only";
        }

        leaf degraded-fpc-bad-plane-threshold {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "4 .. 18";
            }
          }
          default "4";
          description
            "No of bad planes to declare a FPC degraded";
        }

        leaf degraded-fabric-detection-enable {
          type empty;
          description
            "Enable degraded FPC detection";
        }

        leaf fpc-restart {
          type empty;
          description
            "Restart fpc on zero planes";
        }

        leaf auto-recovery-disable {
          type empty;
          description
            "Disable fabric degraded auto recovery";
        }

        leaf fpc-offline-on-blackholing {
          type empty;
          description
            "Offline FPC on fabric blackholing";
        }
      }  // container degraded

      container redundancy-mode {
        description "Fabric redundancy mode";
        uses apply-advanced;

        choice mode {
          leaf redundant {
            type empty;
            description
              "Fabric is configured in redundant mode";
          }
          leaf increased-bandwidth {
            type empty;
            description
              "Fabric is configured in increased bandwidth mode";
          }
        }  // choice mode
      }  // container redundancy-mode

      leaf disable-grant-bypass {
        type empty;
        description
          "Disable fabric grant-bypass mode";
      }
    }  // grouping chassis_fabric_type

    grouping chassis_feb_type {
      uses apply-advanced;

      container sanity-poll {
        description
          "FPC register sanity poll";
        uses apply-advanced;

        leaf retry-count {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "1 .. 30";
            }
          }
          default "10";
          description
            "Number of retries before reporting error";
        }

        container on-error {
          description
            "Actions to be taken if inconsistencies are detected";
          uses apply-advanced;

          leaf raise-alarm {
            type empty;
            description
              "Raise emergency alarm";
          }

          leaf power {
            type enumeration {
              enum "cycle" {
                value 0;
                description
                  "Write coredump and reboot FPC";
              }
              enum "off" {
                value 1;
                description
                  "Power down FPC indefinitely";
              }
            }
            description
              "Power cycle or power off FPC";
          }

          leaf write-coredump {
            type empty;
            description
              "Write coredump and continue";
          }
        }  // container on-error
      }  // container sanity-poll

      list slot {
        key "name";
        ordered-by user;
        leaf name {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32;
          }
          description "FEB slot number";
        }

        uses apply-advanced;

        container sanity-poll {
          description
            "FPC register sanity poll";
          uses apply-advanced;

          leaf retry-count {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 30";
              }
            }
            default "10";
            description
              "Number of retries before reporting error";
          }

          container on-error {
            description
              "Actions to be taken if inconsistencies are detected";
            uses apply-advanced;

            leaf raise-alarm {
              type empty;
              description
                "Raise emergency alarm";
            }

            leaf power {
              type enumeration {
                enum "cycle" {
                  value 0;
                  description
                    "Write coredump and reboot FPC";
                }
                enum "off" {
                  value 1;
                  description
                    "Power down FPC indefinitely";
                }
              }
              description
                "Power cycle or power off FPC";
            }

            leaf write-coredump {
              type empty;
              description
                "Write coredump and continue";
            }
          }  // container on-error
        }  // container sanity-poll

        leaf power {
          type enumeration {
            enum "off" {
              value 0;
              description
                "Do not provide power to FEBs";
            }
            enum "on" {
              value 1;
              description
                "Provide power to FEBs";
            }
          }
          description "Power FEBs on or off";
        }

        choice mode {
        }  // choice mode

        leaf port-mirror-instance {
          junos:must "(!("forwarding-options port-mirroring instance $$ input-parameters-instance"))";
          junos:must-message "Derived instance cannot be binded";
          junos:must "(((!("chassis network-services lan") && ("forwarding-options port-mirroring instance $$" || "forwarding-options analyzer $$")) || "chassis network-services lan"))";
          junos:must-message "Referenced port-mirroring instance does not exist";
          type string {
            length "1 .. 64";
          }
          description
            "Associate a port mirroring instance with the FEB";
        }

        leaf sampling-instance {
          junos:must "("forwarding-options sampling instance $$")";
          junos:must-message "Referenced sampling instance does not exist";
          type string {
            length "1 .. 64";
          }
          description
            "Associate a sampling instance with the FEB";
        }

        leaf ucode-imem-remap {
          type empty;
          description
            "Remap the PIC microcode to IMEM on FEB";
        }

        container inline-services {
          uses apply-advanced;

          leaf report-zero-oif-gw-on-discard {
            type empty;
            description
              "Jflow reports value zero in OIF and GW when traffic is not forwarded";
          }

          leaf flex-flow-sizing {
            junos:must "(!((".. flow-table-size ipv4-flow-table-size" || (".. flow-table-size ipv6-flow-table-size" || (".. flow-table-size vpls-flow-table-size" || (".. flow-table-size bridge-flow-table-size" || ".. flow-table-size mpls-flow-table-size"))))))";
            junos:must-message "flex-flow-sizing and flow-table-size are mutually exclusive";
            type empty;
            description
              "No fixed size allocation of flow tables for proto families";
          }

          leaf use-extended-flow-memory {
            type empty;
            description
              "Use extended memory for flow records";
          }

          container flow-table-size {
            uses apply-advanced;

            leaf ipv4-flow-table-size {
              junos:must "(!(".. .. flex-flow-sizing"))";
              junos:must-message "flex-flow-sizing and flow-table-size are mutually exclusive";
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 245";
                }
              }
              description
                "IPv4 flow table size in units of 256k";
            }

            leaf ipv6-flow-table-size {
              junos:must "(!(".. .. flex-flow-sizing"))";
              junos:must-message "flex-flow-sizing and flow-table-size are mutually exclusive";
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 245";
                }
              }
              description
                "IPv6 flow table size in units of 256k";
            }

            leaf vpls-flow-table-size {
              junos:must "(!(".. .. flex-flow-sizing"))";
              junos:must-message "flex-flow-sizing and flow-table-size are mutually exclusive";
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 245";
                }
              }
              description
                "VPLS flow table size in units of 256k";
            }

            leaf bridge-flow-table-size {
              junos:must "(!(".. .. flex-flow-sizing"))";
              junos:must-message "flex-flow-sizing and flow-table-size are mutually exclusive";
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 245";
                }
              }
              description
                "BRIDGE flow table size in units of 256k";
            }

            leaf ipv6-extended-attrib {
              type empty;
              description
                "Enable extended flow attribute";
            }

            leaf mpls-flow-table-size {
              junos:must "(!(".. .. flex-flow-sizing"))";
              junos:must-message "flex-flow-sizing and flow-table-size are mutually exclusive";
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 245";
                }
              }
              description
                "MPLS flow table size in units of 256k";
            }
          }  // container flow-table-size
        }  // container inline-services

        container inline-video-monitoring {
          uses apply-advanced;

          leaf maximum-flows-count {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "16 .. 8192";
              }
            }
            description
              "Maximum number of inline video monitoring flows per PFE instance";
          }
        }  // container inline-video-monitoring

        container openflow {
          description
            "Openflow configuration";
          uses apply-advanced;

          leaf access-list-partition {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "0 .. 100";
              }
            }
            units "percents";
            description
              "Space reserved for openflow access-list rules";
          }
        }  // container openflow
      }  // list slot
    }  // grouping chassis_feb_type

    grouping chassis_fpc_error_type {
      description "Chassis Fpc Error level";
      uses apply-advanced;

      container fatal {
        description
          "FPC Fatal errors (default threshold = 1)";
        uses chassis_fpc_error_level_major_fatal;
      }  // container fatal

      container major {
        description
          "FPC Major Level errors (default threshold = 1)";
        uses chassis_fpc_error_level_major_fatal;
      }  // container major

      container minor {
        description
          "FPC Minor Level errors (default threshold = 10)";
        uses chassis_fpc_error_level_minor;
      }  // container minor

      list override-cmerror {
        key "name";
        max-elements 100;
        ordered-by user;
        description
          "Error configuration override";
        uses chassis_fru_cmerror_override_type;
      }  // list override-cmerror

      container scope {
        description "Error scope";
        uses chassis_fpc_scope_type;
      }  // container scope
    }  // grouping chassis_fpc_error_type

    grouping chassis_fpc_error_level_major_fatal {
      uses apply-advanced;

      leaf threshold {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "1 .. 1024";
          }
        }
        description
          "Error count at which to take the action";
      }

      list action {
        key "name";
        ordered-by user;
        description
          "Configure the action for this level";
        leaf name {
          type enumeration {
            enum "reset" {
              junos:must "(!(".. .. action offline"))";
              junos:must-message "'reset' and 'offline' cannot be both configured";
              value 0;
              description "Reset FPC";
            }
            enum "offline" {
              junos:must "(!(".. .. action reset"))";
              junos:must-message "'offline' and 'reset' cannot be both configured";
              value 1;
              description "Offline FPC";
            }
            enum "alarm" {
              value 2;
              description "Raise FPC alarm";
            }
            enum "get-state" {
              value 3;
              description
                "Retreive FPC state for debugging";
            }
            enum "log" {
              value 4;
              description
                "Log occurence to system log file";
            }
            enum "disable-pfe" {
              value 5;
              description
                "Disable PFE interfaces on FPC";
            }
            enum "reset-pfe" {
              junos:must "(!(".. .. action offline-pfe"))";
              junos:must-message "'reset-pfe' and 'offline-pfe' cannot be both configured";
              junos:must "(!(".. .. action disable-pfe"))";
              junos:must-message "'reset-pfe' and 'disable-pfe' cannot be both configured";
              value 6;
              description "Reset PFE on FPC";
            }
            enum "offline-pic" {
              value 7;
              description
                "Offline PICs associated with PFE on FPC";
            }
            enum "trap" {
              value 8;
              description "Raise FPC trap";
            }
          }
        }

        uses apply-advanced;
      }  // list action
    }  // grouping chassis_fpc_error_level_major_fatal

    grouping chassis_fpc_error_level_minor {
      uses apply-advanced;

      leaf threshold {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "0 .. 1024";
          }
        }
        description
          "Error count at which to take the action";
      }

      list action {
        key "name";
        ordered-by user;
        description
          "Configure the action for this level";
        leaf name {
          type enumeration {
            enum "reset" {
              junos:must "(!(".. .. action offline"))";
              junos:must-message "'reset' and 'offline' cannot be both configured";
              value 0;
              description "Reset FPC";
            }
            enum "offline" {
              junos:must "(!(".. .. action reset"))";
              junos:must-message "'offline' and 'reset' cannot be both configured";
              value 1;
              description "Offline FPC";
            }
            enum "alarm" {
              value 2;
              description "Raise FPC alarm";
            }
            enum "get-state" {
              value 3;
              description
                "Retreive FPC state for debugging";
            }
            enum "log" {
              value 4;
              description
                "Log occurence to system log file";
            }
            enum "disable-pfe" {
              value 5;
              description
                "Disable PFE interfaces on FPC";
            }
            enum "reset-pfe" {
              junos:must "(!(".. .. action offline-pfe"))";
              junos:must-message "'reset-pfe' and 'offline-pfe' cannot be both configured";
              junos:must "(!(".. .. action disable-pfe"))";
              junos:must-message "'reset-pfe' and 'disable-pfe' cannot be both configured";
              value 6;
              description "Reset PFE on FPC";
            }
            enum "offline-pic" {
              value 7;
              description
                "Offline PICs associated with PFE on FPC";
            }
            enum "trap" {
              value 8;
              description "Raise FPC trap";
            }
          }
        }

        uses apply-advanced;
      }  // list action
    }  // grouping chassis_fpc_error_level_minor

    grouping chassis_fpc_scope_type {
      description "Chassis Fpc Error Scope";
      uses apply-advanced;

      container board {
        description "Board level scope";
        uses chassis_fpc_scope_category;
      }  // container board

      container pfe {
        description
          "Forwarding engine scope ";
        uses chassis_fpc_scope_category;
      }  // container pfe
    }  // grouping chassis_fpc_scope_type

    grouping chassis_fpc_scope_category {
      description
        "Chassis Fpc Error Category";
      uses apply-advanced;

      container category {
        description "FPC error category";
        uses chassis_fpc_scope_category_type;
      }  // container category
    }  // grouping chassis_fpc_scope_category

    grouping chassis_fpc_scope_category_type {
      description
        "Chassis Fpc Category level";
      uses apply-advanced;

      container functional {
        description
          "FPC functional category";
        uses chassis_fpc_scope_category_error_type;
      }  // container functional

      container memory {
        description "FPC memory category";
        uses chassis_fpc_scope_category_error_type;
      }  // container memory

      container io {
        description
          "FPC input-output category";
        uses chassis_fpc_scope_category_error_type;
      }  // container io

      container storage {
        description "FPC storage category";
        uses chassis_fpc_scope_category_error_type;
      }  // container storage

      container switch {
        description "FPC switch category";
        uses chassis_fpc_scope_category_error_type;
      }  // container switch

      container processing {
        description
          "FPC processing category";
        uses chassis_fpc_scope_category_error_type;
      }  // container processing
    }  // grouping chassis_fpc_scope_category_type

    grouping chassis_fpc_scope_category_error_type {
      description "Chassis Fpc Error level";
      uses apply-advanced;

      container fatal {
        description
          "FPC Fatal errors (default threshold = 1)";
        uses chassis_fpc_error_level_type;
      }  // container fatal

      container major {
        description
          "FPC Major Level errors (default threshold = 1)";
        uses chassis_fpc_error_level_type;
      }  // container major

      container minor {
        description
          "FPC Minor Level errors (default threshold = 10)";
        uses chassis_fpc_error_level_type;
      }  // container minor
    }  // grouping chassis_fpc_scope_category_error_type

    grouping chassis_fpc_error_level_type {
      uses apply-advanced;

      leaf threshold {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "0 .. 4294967295";
          }
        }
        description
          "Error count at which to take the action (0 - valid for minor only)";
      }

      list action {
        key "name";
        ordered-by user;
        description
          "Configure the action for this level";
        leaf name {
          type enumeration {
            enum "reset" {
              junos:must "(!(".. .. action disable-pfe"))";
              junos:must-message "'reset' and 'disable-pfe' cannot be both configured";
              junos:must "(!(".. .. action offline"))";
              junos:must-message "'reset' and 'offline' cannot be both configured";
              value 0;
              description "Reset FPC";
            }
            enum "offline" {
              value 1;
              description "Offline FPC";
            }
            enum "alarm" {
              value 2;
              description "Raise FPC alarm";
            }
            enum "get-state" {
              value 3;
              description
                "Retreive FPC state for debugging";
            }
            enum "log" {
              value 4;
              description
                "Log occurence to system log file";
            }
            enum "disable-pfe" {
              value 5;
              description
                "Disable PFE interfaces on FPC";
            }
            enum "reset-pfe" {
              value 6;
              description "Reset PFE on FPC";
            }
            enum "offline-pic" {
              value 7;
              description
                "Offline PICs associated with PFE on FPC";
            }
            enum "trap" {
              value 8;
              description "Raise trap";
            }
          }
        }

        uses apply-advanced;
      }  // list action
    }  // grouping chassis_fpc_error_level_type

    grouping chassis_fpc_type {
      leaf name {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32;
        }
        description "FPC slot number";
      }

      uses apply-advanced;

      container auto-speed-detection {
        description
          "Disables auto-speed detection";
        uses apply-advanced;

        choice auto-speed-detections {
          leaf disable {
            type empty;
            description
              "Disables automatic speed detection";
          }
        }  // choice auto-speed-detections
      }  // container auto-speed-detection

      container ukern-trace {
        description "Set ukern trace";
        uses apply-advanced;

        container log {
          description "Set ukern-trace log";
          uses apply-advanced;

          leaf app-type {
            type enumeration {
              enum "dfw" {
                value 0;
                description
                  "All dfw ukern-trace logs";
              }
            }
            description
              "Name of application with ukern-trace logs";
          }

          leaf logging {
            type enumeration {
              enum "off" {
                value 0;
                description
                  "Disable logging";
              }
              enum "on" {
                value 1;
                description "Enable logging";
              }
            }
            description
              "Enable or Disable ukern-trace logging of an app-type";
          }
        }  // container log
      }  // container ukern-trace

      container sanity-poll {
        description
          "FPC register sanity poll";
        uses apply-advanced;

        leaf retry-count {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "1 .. 30";
            }
          }
          default "10";
          description
            "Number of retries before reporting error";
        }

        container on-error {
          description
            "Actions to be taken if inconsistencies are detected";
          uses apply-advanced;

          leaf raise-alarm {
            type empty;
            description
              "Raise emergency alarm";
          }

          leaf power {
            type enumeration {
              enum "cycle" {
                value 0;
                description
                  "Write coredump and reboot FPC";
              }
              enum "off" {
                value 1;
                description
                  "Power down FPC indefinitely";
              }
            }
            description
              "Power cycle or power off FPC";
          }

          leaf write-coredump {
            type empty;
            description
              "Write coredump and continue";
          }
        }  // container on-error
      }  // container sanity-poll

      container forwarding-options {
        description
          "Configure options to control packet forwarding";
        uses apply-advanced;

        choice uft_object {
          container l2-profile-one {
            presence "enable l2-profile-one";
            description
              "MAC: 288K L3-host: 16K LPM: 16K EM:0, needs reboot for VC; restarts PFE if standalone";
            uses apply-advanced;

            leaf num-65-127-prefix {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type int32 {
                  range "0 .. 4";
                }
              }
              default "1";
              description
                "IPV6 prefixes > 64, in multiples of 1K e.g 3 = 3x1K entries(default 1)";
            }
          }  // container l2-profile-one
          container l2-profile-two {
            presence "enable l2-profile-two";
            description
              "MAC: 224K L3-host: 80K LPM: 16K EM:0, needs reboot for VC; restarts PFE if standalone";
            uses apply-advanced;

            leaf num-65-127-prefix {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type int32 {
                  range "0 .. 4";
                }
              }
              default "1";
              description
                "IPV6 prefixes > 64, in multiples of 1K e.g 3 = 3x1K entries(default 1)";
            }
          }  // container l2-profile-two
          container l2-profile-three {
            presence
              "enable l2-profile-three";
            description
              "(default) MAC: 160K L3-host: 144K LPM: 16K, needs reboot for VC;restarts PFE if standalone";
            uses apply-advanced;

            leaf num-65-127-prefix {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type int32 {
                  range "0 .. 4";
                }
              }
              default "1";
              description
                "IPV6 prefixes > 64, in multiples of 1K e.g 3 = 3x1K entries(default 1)";
            }
          }  // container l2-profile-three
          container l3-profile {
            presence "enable l3-profile";
            description
              "MAC: 96K L3-host: 208K LPM: 16K EM:0, needs reboot for VC; restarts PFE if standalone";
            uses apply-advanced;

            leaf num-65-127-prefix {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type int32 {
                  range "0 .. 4";
                }
              }
              default "1";
              description
                "IPV6 prefixes > 64, in multiples of 1K e.g 3 = 3x1K entries(default 1)";
            }
          }  // container l3-profile
          container lpm-profile {
            presence "enable lpm-profile";
            description
              "MAC: 32K L3-host: 16K LPM: 128K EM:0, needs reboot for VC; restarts PFE if standalone";
            uses apply-advanced;

            leaf prefix-65-127-disable {
              type empty;
              description
                "Disable IPV6 prefixes with length > 64";
            }

            leaf unicast-in-lpm {
              type empty;
              description
                "Install unicast host entries in LPM table";
            }
          }  // container lpm-profile
          container exact-match-profile {
            presence
              "enable exact-match-profile";
            description
              "MAC: 8K L3-host: 8K LPM: 16K EM: 64K, needs reboot for VC; restarts PFE if standalone";
            uses apply-advanced;

            leaf num-65-127-prefix {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type int32 {
                  range "0 .. 4";
                }
              }
              default "1";
              description
                "IPV6 prefixes > 64, in multiples of 1K e.g 3 = 3x1K entries(default 1)";
            }
          }  // container exact-match-profile
          container vxlan-gbp-profile {
            presence
              "enable vxlan-gbp-profile";
            description
              "MAC: 48K L3-host: 48K LPM: 16K EM:32K, needs reboot for VC; restarts PFE if standalone";
          }  // container vxlan-gbp-profile
          container custom-profile {
            description
              "(Partition the shared banks, will automatically restart the PFE when configured)";
            uses apply-advanced;

            container l2-entries {
              description
                "Customize l2 entries needed";
              uses apply-advanced;

              leaf num-banks {
                type union {
                  type string {
                    pattern "<.*>|$.*";
                  }
                  type int32 {
                    range "0 .. 4";
                  }
                }
                default "0";
                description
                  "Number of banks needed for entries of this type";
              }
            }  // container l2-entries

            container l3-entries {
              description
                "Customize l3 entries needed";
              uses apply-advanced;

              leaf num-banks {
                type union {
                  type string {
                    pattern "<.*>|$.*";
                  }
                  type int32 {
                    range "0 .. 4";
                  }
                }
                default "0";
                description
                  "Number of banks needed for entries of this type";
              }
            }  // container l3-entries

            container exact-match-entries {
              description
                "Customize exact match entries needed";
              uses apply-advanced;

              leaf num-banks {
                type union {
                  type string {
                    pattern "<.*>|$.*";
                  }
                  type int32 {
                    range "0 .. 4";
                  }
                }
                default "0";
                description
                  "Number of banks needed for entries of this type";
              }
            }  // container exact-match-entries

            container lpm-entries {
              description
                "Customize lpm banks needed";
              uses apply-advanced;

              leaf num-banks {
                type enumeration {
                  enum "0" {
                    value 0;
                  }
                  enum "2" {
                    value 1;
                  }
                  enum "4" {
                    value 2;
                  }
                }
                default "0";
                description
                  "Number of banks needed for entries of this type";
              }

              leaf prefix-65-127-disable {
                type empty;
                description
                  "Disable IPV6 prefixes with length > 64";
              }
            }  // container lpm-entries

            leaf num-65-127-prefix {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type int32 {
                  range "0 .. 4";
                }
              }
              default "1";
              description
                "IPV6 prefixes > 64, in multiples of 1K e.g 3 = 3x1K entries(default 1)";
            }
          }  // container custom-profile
        }  // choice uft_object
      }  // container forwarding-options

      list pic {
        key "name";
        description
          "Physical Interface Card number";
        uses chassis_pic_type;
      }  // list pic

      container optical-options {
        description
          "Integrated Photonic Line Card settings";
        uses apply-advanced;

        choice disable-edfa-choice {
          leaf disable-edfa {
            type empty;
            description "Disable both EDFA";
          }
          leaf no-disable-edfa {
            type empty;
            description
              "Don't disable both EDFA";
          }
        }  // choice disable-edfa-choice

        choice disable-osc-choice {
          leaf disable-osc {
            type empty;
            description "Disable OSC";
          }
          leaf no-disable-osc {
            type empty;
            description "Don't disable OSC";
          }
        }  // choice disable-osc-choice

        list wavelength {
          key "name";
          description
            "Wavelength Selective Switch";
          leaf name {
            type enumeration {
              enum "1568.77" {
                value 0;
                description
                  "1568.77 nm/191.1003 THz 50/100Ghz spacing";
              }
              enum "1568.36" {
                value 1;
                description
                  "1568.36 nm/191.15000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1568.31" {
                value 2;
                description
                  "1568.31 nm/191.15625 THz 6.25GHz spacing";
              }
              enum "1568.26" {
                value 3;
                description
                  "1568.26 nm/191.16250 THz 6.25/12.5GHz spacing";
              }
              enum "1568.21" {
                value 4;
                description
                  "1568.21 nm/191.16875 THz 6.25GHz spacing";
              }
              enum "1568.16" {
                value 5;
                description
                  "1568.16 nm/191.17500 THz 6.25/12.5GHz spacing";
              }
              enum "1568.11" {
                value 6;
                description
                  "1568.11 nm/191.18125 THz 6.25GHz spacing";
              }
              enum "1568.05" {
                value 7;
                description
                  "1568.05 nm/191.18750 THz 6.25/12.5GHz spacing";
              }
              enum "1568.00" {
                value 8;
                description
                  "1568.00 nm/191.19375 THz 6.25GHz spacing";
              }
              enum "1567.95" {
                value 9;
                description
                  "1567.95 nm/191.20000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1567.90" {
                value 10;
                description
                  "1567.90 nm/191.20625 THz 6.25GHz spacing";
              }
              enum "1567.85" {
                value 11;
                description
                  "1567.85 nm/191.21250 THz 6.25/12.5GHz spacing";
              }
              enum "1567.80" {
                value 12;
                description
                  "1567.80 nm/191.21875 THz 6.25GHz spacing";
              }
              enum "1567.75" {
                value 13;
                description
                  "1567.75 nm/191.22500 THz 6.25/12.5GHz spacing";
              }
              enum "1567.70" {
                value 14;
                description
                  "1567.70 nm/191.23125 THz 6.25GHz spacing";
              }
              enum "1567.64" {
                value 15;
                description
                  "1567.64 nm/191.23750 THz 6.25/12.5GHz spacing";
              }
              enum "1567.59" {
                value 16;
                description
                  "1567.59 nm/191.24375 THz 6.25GHz spacing";
              }
              enum "1567.54" {
                value 17;
                description
                  "1567.54 nm/191.25000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1567.49" {
                value 18;
                description
                  "1567.49 nm/191.25625 THz 6.25GHz spacing";
              }
              enum "1567.44" {
                value 19;
                description
                  "1567.44 nm/191.26250 THz 6.25/12.5GHz spacing";
              }
              enum "1567.39" {
                value 20;
                description
                  "1567.39 nm/191.26875 THz 6.25GHz spacing";
              }
              enum "1567.34" {
                value 21;
                description
                  "1567.34 nm/191.27500 THz 6.25/12.5GHz spacing";
              }
              enum "1567.29" {
                value 22;
                description
                  "1567.29 nm/191.28125 THz 6.25GHz spacing";
              }
              enum "1567.23" {
                value 23;
                description
                  "1567.23 nm/191.28750 THz 6.25/12.5GHz spacing";
              }
              enum "1567.18" {
                value 24;
                description
                  "1567.18 nm/191.29375 THz 6.25GHz spacing";
              }
              enum "1567.13" {
                value 25;
                description
                  "1567.13 nm/191.30000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1567.08" {
                value 26;
                description
                  "1567.08 nm/191.30625 THz 6.25GHz spacing";
              }
              enum "1567.03" {
                value 27;
                description
                  "1567.03 nm/191.31250 THz 6.25/12.5GHz spacing";
              }
              enum "1566.98" {
                value 28;
                description
                  "1566.98 nm/191.31875 THz 6.25GHz spacing";
              }
              enum "1566.93" {
                value 29;
                description
                  "1566.93 nm/191.32500 THz 6.25/12.5GHz spacing";
              }
              enum "1566.88" {
                value 30;
                description
                  "1566.88 nm/191.33125 THz 6.25GHz spacing";
              }
              enum "1566.83" {
                value 31;
                description
                  "1566.83 nm/191.33750 THz 6.25/12.5GHz spacing";
              }
              enum "1566.77" {
                value 32;
                description
                  "1566.77 nm/191.34375 THz 6.25GHz spacing";
              }
              enum "1566.72" {
                value 33;
                description
                  "1566.72 nm/191.35000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1566.67" {
                value 34;
                description
                  "1566.67 nm/191.35625 THz 6.25GHz spacing";
              }
              enum "1566.62" {
                value 35;
                description
                  "1566.62 nm/191.36250 THz 6.25/12.5GHz spacing";
              }
              enum "1566.57" {
                value 36;
                description
                  "1566.57 nm/191.36875 THz 6.25GHz spacing";
              }
              enum "1566.52" {
                value 37;
                description
                  "1566.52 nm/191.37500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1566.47" {
                value 38;
                description
                  "1566.47 nm/191.38125 THz 6.25GHz spacing";
              }
              enum "1566.42" {
                value 39;
                description
                  "1566.42 nm/191.38750 THz 6.25/12.5GHz spacing";
              }
              enum "1566.36" {
                value 40;
                description
                  "1566.36 nm/191.39375 THz 6.25GHz spacing";
              }
              enum "1566.31" {
                value 41;
                description
                  "1566.31 nm/191.40000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1566.26" {
                value 42;
                description
                  "1566.26 nm/191.40625 THz 6.25GHz spacing";
              }
              enum "1566.21" {
                value 43;
                description
                  "1566.21 nm/191.41250 THz 6.25/12.5GHz spacing";
              }
              enum "1566.16" {
                value 44;
                description
                  "1566.16 nm/191.41875 THz 6.25GHz spacing";
              }
              enum "1566.11" {
                value 45;
                description
                  "1566.11 nm/191.42500 THz 6.25/12.5GHz spacing";
              }
              enum "1566.06" {
                value 46;
                description
                  "1566.06 nm/191.43125 THz 6.25GHz spacing";
              }
              enum "1566.01" {
                value 47;
                description
                  "1566.01 nm/191.43750 THz 6.25/12.5GHz spacing";
              }
              enum "1565.96" {
                value 48;
                description
                  "1565.96 nm/191.44375 THz 6.25GHz spacing";
              }
              enum "1565.90" {
                value 49;
                description
                  "1565.90 nm/191.45000 THz 6.25/12.5/50/75GHz spacing";
              }
              enum "1565.85" {
                value 50;
                description
                  "1565.85 nm/191.45625 THz 6.25GHz spacing";
              }
              enum "1565.80" {
                value 51;
                description
                  "1565.80 nm/191.46250 THz 6.25/12.5GHz spacing";
              }
              enum "1565.75" {
                value 52;
                description
                  "1565.75 nm/191.46875 THz 6.25GHz spacing";
              }
              enum "1565.70" {
                value 53;
                description
                  "1565.70 nm/191.47500 THz 6.25/12.5GHz spacing";
              }
              enum "1565.65" {
                value 54;
                description
                  "1565.65 nm/191.48125 THz 6.25GHz spacing";
              }
              enum "1565.60" {
                value 55;
                description
                  "1565.60 nm/191.48750 THz 6.25/12.5GHz spacing";
              }
              enum "1565.55" {
                value 56;
                description
                  "1565.55 nm/191.49375 THz 6.25GHz spacing";
              }
              enum "1565.50" {
                value 57;
                description
                  "1565.50 nm/191.50000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1565.44" {
                value 58;
                description
                  "1565.44 nm/191.50625 THz 6.25GHz spacing";
              }
              enum "1565.39" {
                value 59;
                description
                  "1565.39 nm/191.51250 THz 6.25/12.5GHz spacing";
              }
              enum "1565.34" {
                value 60;
                description
                  "1565.34 nm/191.51875 THz 6.25GHz spacing";
              }
              enum "1565.29" {
                value 61;
                description
                  "1565.29 nm/191.52500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1565.24" {
                value 62;
                description
                  "1565.24 nm/191.53125 THz 6.25GHz spacing";
              }
              enum "1565.19" {
                value 63;
                description
                  "1565.19 nm/191.53750 THz 6.25/12.5GHz spacing";
              }
              enum "1565.14" {
                value 64;
                description
                  "1565.14 nm/191.54375 THz 6.25GHz spacing";
              }
              enum "1565.09" {
                value 65;
                description
                  "1565.09 nm/191.55000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1565.04" {
                value 66;
                description
                  "1565.04 nm/191.55625 THz 6.25GHz spacing";
              }
              enum "1564.99" {
                value 67;
                description
                  "1564.99 nm/191.56250 THz 6.25/12.5GHz spacing";
              }
              enum "1564.93" {
                value 68;
                description
                  "1564.93 nm/191.56875 THz 6.25GHz spacing";
              }
              enum "1564.88" {
                value 69;
                description
                  "1564.88 nm/191.57500 THz 6.25/12.5GHz spacing";
              }
              enum "1564.83" {
                value 70;
                description
                  "1564.83 nm/191.58125 THz 6.25GHz spacing";
              }
              enum "1564.78" {
                value 71;
                description
                  "1564.78 nm/191.58750 THz 6.25/12.5GHz spacing";
              }
              enum "1564.73" {
                value 72;
                description
                  "1564.73 nm/191.59375 THz 6.25GHz spacing";
              }
              enum "1564.68" {
                value 73;
                description
                  "1564.68 nm/191.60000 THz 6.25/12.5/50/75/100GHz spacing";
              }
              enum "1564.63" {
                value 74;
                description
                  "1564.63 nm/191.60625 THz 6.25GHz spacing";
              }
              enum "1564.58" {
                value 75;
                description
                  "1564.58 nm/191.61250 THz 6.25/12.5GHz spacing";
              }
              enum "1564.53" {
                value 76;
                description
                  "1564.53 nm/191.61875 THz 6.25GHz spacing";
              }
              enum "1564.47" {
                value 77;
                description
                  "1564.47 nm/191.62500 THz 6.25/12.5GHz spacing";
              }
              enum "1564.42" {
                value 78;
                description
                  "1564.42 nm/191.63125 THz 6.25GHz spacing";
              }
              enum "1564.37" {
                value 79;
                description
                  "1564.37 nm/191.63750 THz 6.25/12.5GHz spacing";
              }
              enum "1564.32" {
                value 80;
                description
                  "1564.32 nm/191.64375 THz 6.25GHz spacing";
              }
              enum "1564.27" {
                value 81;
                description
                  "1564.27 nm/191.65000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1564.22" {
                value 82;
                description
                  "1564.22 nm/191.65625 THz 6.25GHz spacing";
              }
              enum "1564.17" {
                value 83;
                description
                  "1564.17 nm/191.66250 THz 6.25/12.5GHz spacing";
              }
              enum "1564.12" {
                value 84;
                description
                  "1564.12 nm/191.66875 THz 6.25GHz spacing";
              }
              enum "1564.07" {
                value 85;
                description
                  "1564.07 nm/191.67500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1564.02" {
                value 86;
                description
                  "1564.02 nm/191.68125 THz 6.25GHz spacing";
              }
              enum "1563.96" {
                value 87;
                description
                  "1563.96 nm/191.68750 THz 6.25/12.5GHz spacing";
              }
              enum "1563.91" {
                value 88;
                description
                  "1563.91 nm/191.69375 THz 6.25GHz spacing";
              }
              enum "1563.86" {
                value 89;
                description
                  "1563.86 nm/191.70000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1563.81" {
                value 90;
                description
                  "1563.81 nm/191.70625 THz 6.25GHz spacing";
              }
              enum "1563.76" {
                value 91;
                description
                  "1563.76 nm/191.71250 THz 6.25/12.5GHz spacing";
              }
              enum "1563.71" {
                value 92;
                description
                  "1563.71 nm/191.71875 THz 6.25GHz spacing";
              }
              enum "1563.66" {
                value 93;
                description
                  "1563.66 nm/191.72500 THz 6.25/12.5GHz spacing";
              }
              enum "1563.61" {
                value 94;
                description
                  "1563.61 nm/191.73125 THz 6.25GHz spacing";
              }
              enum "1563.56" {
                value 95;
                description
                  "1563.56 nm/191.73750 THz 6.25/12.5GHz spacing";
              }
              enum "1563.51" {
                value 96;
                description
                  "1563.51 nm/191.74375 THz 6.25GHz spacing";
              }
              enum "1563.45" {
                value 97;
                description
                  "1563.45 nm/191.75000 THz 6.25/12.5/50/75GHz spacing";
              }
              enum "1563.40" {
                value 98;
                description
                  "1563.40 nm/191.75625 THz 6.25GHz spacing";
              }
              enum "1563.35" {
                value 99;
                description
                  "1563.35 nm/191.76250 THz 6.25/12.5GHz spacing";
              }
              enum "1563.30" {
                value 100;
                description
                  "1563.30 nm/191.76875 THz 6.25GHz spacing";
              }
              enum "1563.25" {
                value 101;
                description
                  "1563.25 nm/191.77500 THz 6.25/12.5GHz spacing";
              }
              enum "1563.20" {
                value 102;
                description
                  "1563.20 nm/191.78125 THz 6.25GHz spacing";
              }
              enum "1563.15" {
                value 103;
                description
                  "1563.15 nm/191.78750 THz 6.25/12.5GHz spacing";
              }
              enum "1563.10" {
                value 104;
                description
                  "1563.10 nm/191.79375 THz 6.25GHz spacing";
              }
              enum "1563.05" {
                value 105;
                description
                  "1563.05 nm/191.80000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1563.00" {
                value 106;
                description
                  "1563.00 nm/191.80625 THz 6.25GHz spacing";
              }
              enum "1562.95" {
                value 107;
                description
                  "1562.95 nm/191.81250 THz 6.25/12.5GHz spacing";
              }
              enum "1562.89" {
                value 108;
                description
                  "1562.89 nm/191.81875 THz 6.25GHz spacing";
              }
              enum "1562.84" {
                value 109;
                description
                  "1562.84 nm/191.82500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1562.79" {
                value 110;
                description
                  "1562.79 nm/191.83125 THz 6.25GHz spacing";
              }
              enum "1562.74" {
                value 111;
                description
                  "1562.74 nm/191.83750 THz 6.25/12.5GHz spacing";
              }
              enum "1562.69" {
                value 112;
                description
                  "1562.69 nm/191.84375 THz 6.25GHz spacing";
              }
              enum "1562.64" {
                value 113;
                description
                  "1562.64 nm/191.85000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1562.59" {
                value 114;
                description
                  "1562.59 nm/191.85625 THz 6.25GHz spacing";
              }
              enum "1562.54" {
                value 115;
                description
                  "1562.54 nm/191.86250 THz 6.25/12.5GHz spacing";
              }
              enum "1562.49" {
                value 116;
                description
                  "1562.49 nm/191.86875 THz 6.25GHz spacing";
              }
              enum "1562.44" {
                value 117;
                description
                  "1562.44 nm/191.87500 THz 6.25/12.5GHz spacing";
              }
              enum "1562.39" {
                value 118;
                description
                  "1562.39 nm/191.88125 THz 6.25GHz spacing";
              }
              enum "1562.33" {
                value 119;
                description
                  "1562.33 nm/191.88750 THz 6.25/12.5GHz spacing";
              }
              enum "1562.28" {
                value 120;
                description
                  "1562.28 nm/191.89375 THz 6.25GHz spacing";
              }
              enum "1562.23" {
                value 121;
                description
                  "1562.23 nm/191.90000 THz 6.25/12.5/50/75/100GHz spacing";
              }
              enum "1562.18" {
                value 122;
                description
                  "1562.18 nm/191.90625 THz 6.25GHz spacing";
              }
              enum "1562.13" {
                value 123;
                description
                  "1562.13 nm/191.91250 THz 6.25/12.5GHz spacing";
              }
              enum "1562.08" {
                value 124;
                description
                  "1562.08 nm/191.91875 THz 6.25GHz spacing";
              }
              enum "1562.03" {
                value 125;
                description
                  "1562.03 nm/191.92500 THz 6.25/12.5GHz spacing";
              }
              enum "1561.98" {
                value 126;
                description
                  "1561.98 nm/191.93125 THz 6.25GHz spacing";
              }
              enum "1561.93" {
                value 127;
                description
                  "1561.93 nm/191.93750 THz 6.25/12.5GHz spacing";
              }
              enum "1561.88" {
                value 128;
                description
                  "1561.88 nm/191.94375 THz 6.25GHz spacing";
              }
              enum "1561.83" {
                value 129;
                description
                  "1561.83 nm/191.95000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1561.77" {
                value 130;
                description
                  "1561.77 nm/191.95625 THz 6.25GHz spacing";
              }
              enum "1561.72" {
                value 131;
                description
                  "1561.72 nm/191.96250 THz 6.25/12.5GHz spacing";
              }
              enum "1561.67" {
                value 132;
                description
                  "1561.67 nm/191.96875 THz 6.25GHz spacing";
              }
              enum "1561.62" {
                value 133;
                description
                  "1561.62 nm/191.97500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1561.57" {
                value 134;
                description
                  "1561.57 nm/191.98125 THz 6.25GHz spacing";
              }
              enum "1561.52" {
                value 135;
                description
                  "1561.52 nm/191.98750 THz 6.25/12.5GHz spacing";
              }
              enum "1561.47" {
                value 136;
                description
                  "1561.47 nm/191.99375 THz 6.25GHz spacing";
              }
              enum "1561.42" {
                value 137;
                description
                  "1561.42 nm/192.00000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1561.37" {
                value 138;
                description
                  "1561.37 nm/192.00625 THz 6.25GHz spacing";
              }
              enum "1561.32" {
                value 139;
                description
                  "1561.32 nm/192.01250 THz 6.25/12.5GHz spacing";
              }
              enum "1561.27" {
                value 140;
                description
                  "1561.27 nm/192.01875 THz 6.25GHz spacing";
              }
              enum "1561.22" {
                value 141;
                description
                  "1561.22 nm/192.02500 THz 6.25/12.5GHz spacing";
              }
              enum "1561.16" {
                value 142;
                description
                  "1561.16 nm/192.03125 THz 6.25GHz spacing";
              }
              enum "1561.11" {
                value 143;
                description
                  "1561.11 nm/192.03750 THz 6.25/12.5GHz spacing";
              }
              enum "1561.06" {
                value 144;
                description
                  "1561.06 nm/192.04375 THz 6.25GHz spacing";
              }
              enum "1561.01" {
                value 145;
                description
                  "1561.01 nm/192.05000 THz 6.25/12.5/50G/75Hz spacing";
              }
              enum "1560.96" {
                value 146;
                description
                  "1560.96 nm/192.05625 THz 6.25GHz spacing";
              }
              enum "1560.91" {
                value 147;
                description
                  "1560.91 nm/192.06250 THz 6.25/12.5GHz spacing";
              }
              enum "1560.86" {
                value 148;
                description
                  "1560.86 nm/192.06875 THz 6.25GHz spacing";
              }
              enum "1560.81" {
                value 149;
                description
                  "1560.81 nm/192.07500 THz 6.25/12.5GHz spacing";
              }
              enum "1560.76" {
                value 150;
                description
                  "1560.76 nm/192.08125 THz 6.25GHz spacing";
              }
              enum "1560.71" {
                value 151;
                description
                  "1560.71 nm/192.08750 THz 6.25/12.5GHz spacing";
              }
              enum "1560.66" {
                value 152;
                description
                  "1560.66 nm/192.09375 THz 6.25GHz spacing";
              }
              enum "1560.61" {
                value 153;
                description
                  "1560.61 nm/192.10000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1560.56" {
                value 154;
                description
                  "1560.56 nm/192.10625 THz 6.25GHz spacing";
              }
              enum "1560.50" {
                value 155;
                description
                  "1560.50 nm/192.11250 THz 6.25/12.5GHz spacing";
              }
              enum "1560.45" {
                value 156;
                description
                  "1560.45 nm/192.11875 THz 6.25GHz spacing";
              }
              enum "1560.40" {
                value 157;
                description
                  "1560.40 nm/192.12500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1560.35" {
                value 158;
                description
                  "1560.35 nm/192.13125 THz 6.25GHz spacing";
              }
              enum "1560.30" {
                value 159;
                description
                  "1560.30 nm/192.13750 THz 6.25/12.5GHz spacing";
              }
              enum "1560.25" {
                value 160;
                description
                  "1560.25 nm/192.14375 THz 6.25GHz spacing";
              }
              enum "1560.20" {
                value 161;
                description
                  "1560.20 nm/192.15000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1560.15" {
                value 162;
                description
                  "1560.15 nm/192.15625 THz 6.25GHz spacing";
              }
              enum "1560.10" {
                value 163;
                description
                  "1560.10 nm/192.16250 THz 6.25/12.5GHz spacing";
              }
              enum "1560.05" {
                value 164;
                description
                  "1560.05 nm/192.16875 THz 6.25GHz spacing";
              }
              enum "1560.00" {
                value 165;
                description
                  "1560.00 nm/192.17500 THz 6.25/12.5GHz spacing";
              }
              enum "1559.95" {
                value 166;
                description
                  "1559.95 nm/192.18125 THz 6.25GHz spacing";
              }
              enum "1559.90" {
                value 167;
                description
                  "1559.90 nm/192.18750 THz 6.25/12.5GHz spacing";
              }
              enum "1559.84" {
                value 168;
                description
                  "1559.84 nm/192.19375 THz 6.25GHz spacing";
              }
              enum "1559.79" {
                value 169;
                description
                  "1559.79 nm/192.20000 THz 6.25/12.5/50/75/100GHz spacing";
              }
              enum "1559.74" {
                value 170;
                description
                  "1559.74 nm/192.20625 THz 6.25GHz spacing";
              }
              enum "1559.69" {
                value 171;
                description
                  "1559.69 nm/192.21250 THz 6.25/12.5GHz spacing";
              }
              enum "1559.64" {
                value 172;
                description
                  "1559.64 nm/192.21875 THz 6.25GHz spacing";
              }
              enum "1559.59" {
                value 173;
                description
                  "1559.59 nm/192.22500 THz 6.25/12.5GHz spacing";
              }
              enum "1559.54" {
                value 174;
                description
                  "1559.54 nm/192.23125 THz 6.25GHz spacing";
              }
              enum "1559.49" {
                value 175;
                description
                  "1559.49 nm/192.23750 THz 6.25/12.5GHz spacing";
              }
              enum "1559.44" {
                value 176;
                description
                  "1559.44 nm/192.24375 THz 6.25GHz spacing";
              }
              enum "1559.39" {
                value 177;
                description
                  "1559.39 nm/192.25000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1559.34" {
                value 178;
                description
                  "1559.34 nm/192.25625 THz 6.25GHz spacing";
              }
              enum "1559.29" {
                value 179;
                description
                  "1559.29 nm/192.26250 THz 6.25/12.5GHz spacing";
              }
              enum "1559.24" {
                value 180;
                description
                  "1559.24 nm/192.26875 THz 6.25GHz spacing";
              }
              enum "1559.19" {
                value 181;
                description
                  "1559.19 nm/192.27500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1559.14" {
                value 182;
                description
                  "1559.14 nm/192.28125 THz 6.25GHz spacing";
              }
              enum "1559.08" {
                value 183;
                description
                  "1559.08 nm/192.28750 THz 6.25/12.5GHz spacing";
              }
              enum "1559.03" {
                value 184;
                description
                  "1559.03 nm/192.29375 THz 6.25GHz spacing";
              }
              enum "1558.98" {
                value 185;
                description
                  "1558.98 nm/192.30000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1558.93" {
                value 186;
                description
                  "1558.93 nm/192.30625 THz 6.25GHz spacing";
              }
              enum "1558.88" {
                value 187;
                description
                  "1558.88 nm/192.31250 THz 6.25/12.5GHz spacing";
              }
              enum "1558.83" {
                value 188;
                description
                  "1558.83 nm/192.31875 THz 6.25GHz spacing";
              }
              enum "1558.78" {
                value 189;
                description
                  "1558.78 nm/192.32500 THz 6.25/12.5GHz spacing";
              }
              enum "1558.73" {
                value 190;
                description
                  "1558.73 nm/192.33125 THz 6.25GHz spacing";
              }
              enum "1558.68" {
                value 191;
                description
                  "1558.68 nm/192.33750 THz 6.25/12.5GHz spacing";
              }
              enum "1558.63" {
                value 192;
                description
                  "1558.63 nm/192.34375 THz 6.25GHz spacing";
              }
              enum "1558.58" {
                value 193;
                description
                  "1558.58 nm/192.35000 THz 6.25/12.5/50/75GHz spacing";
              }
              enum "1558.53" {
                value 194;
                description
                  "1558.53 nm/192.35625 THz 6.25GHz spacing";
              }
              enum "1558.48" {
                value 195;
                description
                  "1558.48 nm/192.36250 THz 6.25/12.5GHz spacing";
              }
              enum "1558.43" {
                value 196;
                description
                  "1558.43 nm/192.36875 THz 6.25GHz spacing";
              }
              enum "1558.38" {
                value 197;
                description
                  "1558.38 nm/192.37500 THz 6.25/12.5GHz spacing";
              }
              enum "1558.32" {
                value 198;
                description
                  "1558.32 nm/192.38125 THz 6.25GHz spacing";
              }
              enum "1558.27" {
                value 199;
                description
                  "1558.27 nm/192.38750 THz 6.25/12.5GHz spacing";
              }
              enum "1558.22" {
                value 200;
                description
                  "1558.22 nm/192.39375 THz 6.25GHz spacing";
              }
              enum "1558.17" {
                value 201;
                description
                  "1558.17 nm/192.40000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1558.12" {
                value 202;
                description
                  "1558.12 nm/192.40625 THz 6.25GHz spacing";
              }
              enum "1558.07" {
                value 203;
                description
                  "1558.07 nm/192.41250 THz 6.25/12.5GHz spacing";
              }
              enum "1558.02" {
                value 204;
                description
                  "1558.02 nm/192.41875 THz 6.25GHz spacing";
              }
              enum "1557.97" {
                value 205;
                description
                  "1557.97 nm/192.42500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1557.92" {
                value 206;
                description
                  "1557.92 nm/192.43125 THz 6.25GHz spacing";
              }
              enum "1557.87" {
                value 207;
                description
                  "1557.87 nm/192.43750 THz 6.25/12.5GHz spacing";
              }
              enum "1557.82" {
                value 208;
                description
                  "1557.82 nm/192.44375 THz 6.25GHz spacing";
              }
              enum "1557.77" {
                value 209;
                description
                  "1557.77 nm/192.45000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1557.72" {
                value 210;
                description
                  "1557.72 nm/192.45625 THz 6.25GHz spacing";
              }
              enum "1557.67" {
                value 211;
                description
                  "1557.67 nm/192.46250 THz 6.25/12.5GHz spacing";
              }
              enum "1557.62" {
                value 212;
                description
                  "1557.62 nm/192.46875 THz 6.25GHz spacing";
              }
              enum "1557.57" {
                value 213;
                description
                  "1557.57 nm/192.47500 THz 6.25/12.5GHz spacing";
              }
              enum "1557.52" {
                value 214;
                description
                  "1557.52 nm/192.48125 THz 6.25GHz spacing";
              }
              enum "1557.46" {
                value 215;
                description
                  "1557.46 nm/192.48750 THz 6.25/12.5GHz spacing";
              }
              enum "1557.41" {
                value 216;
                description
                  "1557.41 nm/192.49375 THz 6.25GHz spacing";
              }
              enum "1557.36" {
                value 217;
                description
                  "1557.36 nm/192.50000 THz 6.25/12.5/50/75/100GHz spacing";
              }
              enum "1557.31" {
                value 218;
                description
                  "1557.31 nm/192.50625 THz 6.25GHz spacing";
              }
              enum "1557.26" {
                value 219;
                description
                  "1557.26 nm/192.51250 THz 6.25/12.5GHz spacing";
              }
              enum "1557.21" {
                value 220;
                description
                  "1557.21 nm/192.51875 THz 6.25GHz spacing";
              }
              enum "1557.16" {
                value 221;
                description
                  "1557.16 nm/192.52500 THz 6.25/12.5GHz spacing";
              }
              enum "1557.11" {
                value 222;
                description
                  "1557.11 nm/192.53125 THz 6.25GHz spacing";
              }
              enum "1557.06" {
                value 223;
                description
                  "1557.06 nm/192.53750 THz 6.25/12.5GHz spacing";
              }
              enum "1557.01" {
                value 224;
                description
                  "1557.01 nm/192.54375 THz 6.25GHz spacing";
              }
              enum "1556.96" {
                value 225;
                description
                  "1556.96 nm/192.55000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1556.91" {
                value 226;
                description
                  "1556.91 nm/192.55625 THz 6.25GHz spacing";
              }
              enum "1556.86" {
                value 227;
                description
                  "1556.86 nm/192.56250 THz 6.25/12.5GHz spacing";
              }
              enum "1556.81" {
                value 228;
                description
                  "1556.81 nm/192.56875 THz 6.25GHz spacing";
              }
              enum "1556.76" {
                value 229;
                description
                  "1556.76 nm/192.57500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1556.71" {
                value 230;
                description
                  "1556.71 nm/192.58125 THz 6.25GHz spacing";
              }
              enum "1556.66" {
                value 231;
                description
                  "1556.66 nm/192.58750 THz 6.25/12.5GHz spacing";
              }
              enum "1556.61" {
                value 232;
                description
                  "1556.61 nm/192.59375 THz 6.25GHz spacing";
              }
              enum "1556.55" {
                value 233;
                description
                  "1556.55 nm/192.60000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1556.50" {
                value 234;
                description
                  "1556.50 nm/192.60625 THz 6.25GHz spacing";
              }
              enum "1556.45" {
                value 235;
                description
                  "1556.45 nm/192.61250 THz 6.25/12.5GHz spacing";
              }
              enum "1556.40" {
                value 236;
                description
                  "1556.40 nm/192.61875 THz 6.25GHz spacing";
              }
              enum "1556.35" {
                value 237;
                description
                  "1556.35 nm/192.62500 THz 6.25/12.5GHz spacing";
              }
              enum "1556.30" {
                value 238;
                description
                  "1556.30 nm/192.63125 THz 6.25GHz spacing";
              }
              enum "1556.25" {
                value 239;
                description
                  "1556.25 nm/192.63750 THz 6.25/12.5GHz spacing";
              }
              enum "1556.20" {
                value 240;
                description
                  "1556.20 nm/192.64375 THz 6.25GHz spacing";
              }
              enum "1556.15" {
                value 241;
                description
                  "1556.15 nm/192.65000 THz 6.25/12.5/50/75GHz spacing";
              }
              enum "1556.10" {
                value 242;
                description
                  "1556.10 nm/192.65625 THz 6.25GHz spacing";
              }
              enum "1556.05" {
                value 243;
                description
                  "1556.05 nm/192.66250 THz 6.25/12.5GHz spacing";
              }
              enum "1556.00" {
                value 244;
                description
                  "1556.00 nm/192.66875 THz 6.25GHz spacing";
              }
              enum "1555.95" {
                value 245;
                description
                  "1555.95 nm/192.67500 THz 6.25/12.5GHz spacing";
              }
              enum "1555.90" {
                value 246;
                description
                  "1555.90 nm/192.68125 THz 6.25GHz spacing";
              }
              enum "1555.85" {
                value 247;
                description
                  "1555.85 nm/192.68750 THz 6.25/12.5GHz spacing";
              }
              enum "1555.80" {
                value 248;
                description
                  "1555.80 nm/192.69375 THz 6.25GHz spacing";
              }
              enum "1555.75" {
                value 249;
                description
                  "1555.75 nm/192.70000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1555.70" {
                value 250;
                description
                  "1555.70 nm/192.70625 THz 6.25GHz spacing";
              }
              enum "1555.65" {
                value 251;
                description
                  "1555.65 nm/192.71250 THz 6.25/12.5GHz spacing";
              }
              enum "1555.60" {
                value 252;
                description
                  "1555.60 nm/192.71875 THz 6.25GHz spacing";
              }
              enum "1555.55" {
                value 253;
                description
                  "1555.55 nm/192.72500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1555.49" {
                value 254;
                description
                  "1555.49 nm/192.73125 THz 6.25GHz spacing";
              }
              enum "1555.44" {
                value 255;
                description
                  "1555.44 nm/192.73750 THz 6.25/12.5GHz spacing";
              }
              enum "1555.39" {
                value 256;
                description
                  "1555.39 nm/192.74375 THz 6.25GHz spacing";
              }
              enum "1555.34" {
                value 257;
                description
                  "1555.34 nm/192.75000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1555.29" {
                value 258;
                description
                  "1555.29 nm/192.75625 THz 6.25GHz spacing";
              }
              enum "1555.24" {
                value 259;
                description
                  "1555.24 nm/192.76250 THz 6.25/12.5GHz spacing";
              }
              enum "1555.19" {
                value 260;
                description
                  "1555.19 nm/192.76875 THz 6.25GHz spacing";
              }
              enum "1555.14" {
                value 261;
                description
                  "1555.14 nm/192.77500 THz 6.25/12.5GHz spacing";
              }
              enum "1555.09" {
                value 262;
                description
                  "1555.09 nm/192.78125 THz 6.25GHz spacing";
              }
              enum "1555.04" {
                value 263;
                description
                  "1555.04 nm/192.78750 THz 6.25/12.5GHz spacing";
              }
              enum "1554.99" {
                value 264;
                description
                  "1554.99 nm/192.79375 THz 6.25GHz spacing";
              }
              enum "1554.94" {
                value 265;
                description
                  "1554.94 nm/192.80000 THz 6.25/12.5/50/75/100GHz spacing";
              }
              enum "1554.89" {
                value 266;
                description
                  "1554.89 nm/192.80625 THz 6.25GHz spacing";
              }
              enum "1554.84" {
                value 267;
                description
                  "1554.84 nm/192.81250 THz 6.25/12.5GHz spacing";
              }
              enum "1554.79" {
                value 268;
                description
                  "1554.79 nm/192.81875 THz 6.25GHz spacing";
              }
              enum "1554.74" {
                value 269;
                description
                  "1554.74 nm/192.82500 THz 6.25/12.5GHz spacing";
              }
              enum "1554.69" {
                value 270;
                description
                  "1554.69 nm/192.83125 THz 6.25GHz spacing";
              }
              enum "1554.64" {
                value 271;
                description
                  "1554.64 nm/192.83750 THz 6.25/12.5GHz spacing";
              }
              enum "1554.59" {
                value 272;
                description
                  "1554.59 nm/192.84375 THz 6.25GHz spacing";
              }
              enum "1554.54" {
                value 273;
                description
                  "1554.54 nm/192.85000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1554.49" {
                value 274;
                description
                  "1554.49 nm/192.85625 THz 6.25GHz spacing";
              }
              enum "1554.44" {
                value 275;
                description
                  "1554.44 nm/192.86250 THz 6.25/12.5GHz spacing";
              }
              enum "1554.39" {
                value 276;
                description
                  "1554.39 nm/192.86875 THz 6.25GHz spacing";
              }
              enum "1554.34" {
                value 277;
                description
                  "1554.34 nm/192.87500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1554.29" {
                value 278;
                description
                  "1554.29 nm/192.88125 THz 6.25GHz spacing";
              }
              enum "1554.23" {
                value 279;
                description
                  "1554.23 nm/192.88750 THz 6.25/12.5GHz spacing";
              }
              enum "1554.18" {
                value 280;
                description
                  "1554.18 nm/192.89375 THz 6.25GHz spacing";
              }
              enum "1554.13" {
                value 281;
                description
                  "1554.13 nm/192.90000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1554.08" {
                value 282;
                description
                  "1554.08 nm/192.90625 THz 6.25GHz spacing";
              }
              enum "1554.03" {
                value 283;
                description
                  "1554.03 nm/192.91250 THz 6.25/12.5GHz spacing";
              }
              enum "1553.98" {
                value 284;
                description
                  "1553.98 nm/192.91875 THz 6.25GHz spacing";
              }
              enum "1553.93" {
                value 285;
                description
                  "1553.93 nm/192.92500 THz 6.25/12.5GHz spacing";
              }
              enum "1553.88" {
                value 286;
                description
                  "1553.88 nm/192.93125 THz 6.25GHz spacing";
              }
              enum "1553.83" {
                value 287;
                description
                  "1553.83 nm/192.93750 THz 6.25/12.5GHz spacing";
              }
              enum "1553.78" {
                value 288;
                description
                  "1553.78 nm/192.94375 THz 6.25GHz spacing";
              }
              enum "1553.73" {
                value 289;
                description
                  "1553.73 nm/192.95000 THz 6.25/12.5/50/75GHz spacing";
              }
              enum "1553.68" {
                value 290;
                description
                  "1553.68 nm/192.95625 THz 6.25GHz spacing";
              }
              enum "1553.63" {
                value 291;
                description
                  "1553.63 nm/192.96250 THz 6.25/12.5GHz spacing";
              }
              enum "1553.58" {
                value 292;
                description
                  "1553.58 nm/192.96875 THz 6.25GHz spacing";
              }
              enum "1553.53" {
                value 293;
                description
                  "1553.53 nm/192.97500 THz 6.25/12.5GHz spacing";
              }
              enum "1553.48" {
                value 294;
                description
                  "1553.48 nm/192.98125 THz 6.25GHz spacing";
              }
              enum "1553.43" {
                value 295;
                description
                  "1553.43 nm/192.98750 THz 6.25/12.5GHz spacing";
              }
              enum "1553.38" {
                value 296;
                description
                  "1553.38 nm/192.99375 THz 6.25GHz spacing";
              }
              enum "1553.33" {
                value 297;
                description
                  "1553.33 nm/193.00000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1553.28" {
                value 298;
                description
                  "1553.28 nm/193.00625 THz 6.25GHz spacing";
              }
              enum "1553.23" {
                value 299;
                description
                  "1553.23 nm/193.01250 THz 6.25/12.5GHz spacing";
              }
              enum "1553.18" {
                value 300;
                description
                  "1553.18 nm/193.01875 THz 6.25GHz spacing";
              }
              enum "1553.13" {
                value 301;
                description
                  "1553.13 nm/193.02500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1553.08" {
                value 302;
                description
                  "1553.08 nm/193.03125 THz 6.25GHz spacing";
              }
              enum "1553.03" {
                value 303;
                description
                  "1553.03 nm/193.03750 THz 6.25/12.5GHz spacing";
              }
              enum "1552.98" {
                value 304;
                description
                  "1552.98 nm/193.04375 THz 6.25GHz spacing";
              }
              enum "1552.93" {
                value 305;
                description
                  "1552.93 nm/193.05000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1552.88" {
                value 306;
                description
                  "1552.88 nm/193.05625 THz 6.25GHz spacing";
              }
              enum "1552.83" {
                value 307;
                description
                  "1552.83 nm/193.06250 THz 6.25/12.5GHz spacing";
              }
              enum "1552.78" {
                value 308;
                description
                  "1552.78 nm/193.06875 THz 6.25GHz spacing";
              }
              enum "1552.73" {
                value 309;
                description
                  "1552.73 nm/193.07500 THz 6.25/12.5GHz spacing";
              }
              enum "1552.68" {
                value 310;
                description
                  "1552.68 nm/193.08125 THz 6.25GHz spacing";
              }
              enum "1552.62" {
                value 311;
                description
                  "1552.62 nm/193.08750 THz 6.25/12.5GHz spacing";
              }
              enum "1552.57" {
                value 312;
                description
                  "1552.57 nm/193.09375 THz 6.25GHz spacing";
              }
              enum "1552.52" {
                value 313;
                description
                  "1552.52 nm/193.10000 THz 6.25/12.5/50/75/100GHz spacing";
              }
              enum "1552.47" {
                value 314;
                description
                  "1552.47 nm/193.10625 THz 6.25GHz spacing";
              }
              enum "1552.42" {
                value 315;
                description
                  "1552.42 nm/193.11250 THz 6.25/12.5GHz spacing";
              }
              enum "1552.37" {
                value 316;
                description
                  "1552.37 nm/193.11875 THz 6.25GHz spacing";
              }
              enum "1552.32" {
                value 317;
                description
                  "1552.32 nm/193.12500 THz 6.25/12.5GHz spacing";
              }
              enum "1552.27" {
                value 318;
                description
                  "1552.27 nm/193.13125 THz 6.25GHz spacing";
              }
              enum "1552.22" {
                value 319;
                description
                  "1552.22 nm/193.13750 THz 6.25/12.5GHz spacing";
              }
              enum "1552.17" {
                value 320;
                description
                  "1552.17 nm/193.14375 THz 6.25GHz spacing";
              }
              enum "1552.12" {
                value 321;
                description
                  "1552.12 nm/193.15000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1552.07" {
                value 322;
                description
                  "1552.07 nm/193.15625 THz 6.25GHz spacing";
              }
              enum "1552.02" {
                value 323;
                description
                  "1552.02 nm/193.16250 THz 6.25/12.5GHz spacing";
              }
              enum "1551.97" {
                value 324;
                description
                  "1551.97 nm/193.16875 THz 6.25GHz spacing";
              }
              enum "1551.92" {
                value 325;
                description
                  "1551.92 nm/193.17500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1551.87" {
                value 326;
                description
                  "1551.87 nm/193.18125 THz 6.25GHz spacing";
              }
              enum "1551.82" {
                value 327;
                description
                  "1551.82 nm/193.18750 THz 6.25/12.5GHz spacing";
              }
              enum "1551.77" {
                value 328;
                description
                  "1551.77 nm/193.19375 THz 6.25GHz spacing";
              }
              enum "1551.72" {
                value 329;
                description
                  "1551.72 nm/193.20000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1551.67" {
                value 330;
                description
                  "1551.67 nm/193.20625 THz 6.25GHz spacing";
              }
              enum "1551.62" {
                value 331;
                description
                  "1551.62 nm/193.21250 THz 6.25/12.5GHz spacing";
              }
              enum "1551.57" {
                value 332;
                description
                  "1551.57 nm/193.21875 THz 6.25GHz spacing";
              }
              enum "1551.52" {
                value 333;
                description
                  "1551.52 nm/193.22500 THz 6.25/12.5GHz spacing";
              }
              enum "1551.47" {
                value 334;
                description
                  "1551.47 nm/193.23125 THz 6.25GHz spacing";
              }
              enum "1551.42" {
                value 335;
                description
                  "1551.42 nm/193.23750 THz 6.25/12.5GHz spacing";
              }
              enum "1551.37" {
                value 336;
                description
                  "1551.37 nm/193.24375 THz 6.25GHz spacing";
              }
              enum "1551.32" {
                value 337;
                description
                  "1551.32 nm/193.25000 THz 6.25/12.5/50/75GHz spacing";
              }
              enum "1551.27" {
                value 338;
                description
                  "1551.27 nm/193.25625 THz 6.25GHz spacing";
              }
              enum "1551.22" {
                value 339;
                description
                  "1551.22 nm/193.26250 THz 6.25/12.5GHz spacing";
              }
              enum "1551.17" {
                value 340;
                description
                  "1551.17 nm/193.26875 THz 6.25GHz spacing";
              }
              enum "1551.12" {
                value 341;
                description
                  "1551.12 nm/193.27500 THz 6.25/12.5GHz spacing";
              }
              enum "1551.07" {
                value 342;
                description
                  "1551.07 nm/193.28125 THz 6.25GHz spacing";
              }
              enum "1551.02" {
                value 343;
                description
                  "1551.02 nm/193.28750 THz 6.25/12.5GHz spacing";
              }
              enum "1550.97" {
                value 344;
                description
                  "1550.97 nm/193.29375 THz 6.25GHz spacing";
              }
              enum "1550.92" {
                value 345;
                description
                  "1550.92 nm/193.30000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1550.87" {
                value 346;
                description
                  "1550.87 nm/193.30625 THz 6.25GHz spacing";
              }
              enum "1550.82" {
                value 347;
                description
                  "1550.82 nm/193.31250 THz 6.25/12.5GHz spacing";
              }
              enum "1550.77" {
                value 348;
                description
                  "1550.77 nm/193.31875 THz 6.25GHz spacing";
              }
              enum "1550.72" {
                value 349;
                description
                  "1550.72 nm/193.32500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1550.67" {
                value 350;
                description
                  "1550.67 nm/193.33125 THz 6.25GHz spacing";
              }
              enum "1550.62" {
                value 351;
                description
                  "1550.62 nm/193.33750 THz 6.25/12.5GHz spacing";
              }
              enum "1550.57" {
                value 352;
                description
                  "1550.57 nm/193.34375 THz 6.25GHz spacing";
              }
              enum "1550.52" {
                value 353;
                description
                  "1550.52 nm/193.35000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1550.47" {
                value 354;
                description
                  "1550.47 nm/193.35625 THz 6.25GHz spacing";
              }
              enum "1550.42" {
                value 355;
                description
                  "1550.42 nm/193.36250 THz 6.25/12.5GHz spacing";
              }
              enum "1550.37" {
                value 356;
                description
                  "1550.37 nm/193.36875 THz 6.25GHz spacing";
              }
              enum "1550.32" {
                value 357;
                description
                  "1550.32 nm/193.37500 THz 6.25/12.5GHz spacing";
              }
              enum "1550.27" {
                value 358;
                description
                  "1550.27 nm/193.38125 THz 6.25GHz spacing";
              }
              enum "1550.22" {
                value 359;
                description
                  "1550.22 nm/193.38750 THz 6.25/12.5GHz spacing";
              }
              enum "1550.17" {
                value 360;
                description
                  "1550.17 nm/193.39375 THz 6.25GHz spacing";
              }
              enum "1550.12" {
                value 361;
                description
                  "1550.12 nm/193.40000 THz 6.25/12.5/50/75/100GHz spacing";
              }
              enum "1550.07" {
                value 362;
                description
                  "1550.07 nm/193.40625 THz 6.25GHz spacing";
              }
              enum "1550.02" {
                value 363;
                description
                  "1550.02 nm/193.41250 THz 6.25/12.5GHz spacing";
              }
              enum "1549.97" {
                value 364;
                description
                  "1549.97 nm/193.41875 THz 6.25GHz spacing";
              }
              enum "1549.92" {
                value 365;
                description
                  "1549.92 nm/193.42500 THz 6.25/12.5GHz spacing";
              }
              enum "1549.87" {
                value 366;
                description
                  "1549.87 nm/193.43125 THz 6.25GHz spacing";
              }
              enum "1549.82" {
                value 367;
                description
                  "1549.82 nm/193.43750 THz 6.25/12.5GHz spacing";
              }
              enum "1549.77" {
                value 368;
                description
                  "1549.77 nm/193.44375 THz 6.25GHz spacing";
              }
              enum "1549.72" {
                value 369;
                description
                  "1549.72 nm/193.45000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1549.67" {
                value 370;
                description
                  "1549.67 nm/193.45625 THz 6.25GHz spacing";
              }
              enum "1549.62" {
                value 371;
                description
                  "1549.62 nm/193.46250 THz 6.25/12.5GHz spacing";
              }
              enum "1549.57" {
                value 372;
                description
                  "1549.57 nm/193.46875 THz 6.25GHz spacing";
              }
              enum "1549.52" {
                value 373;
                description
                  "1549.52 nm/193.47500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1549.47" {
                value 374;
                description
                  "1549.47 nm/193.48125 THz 6.25GHz spacing";
              }
              enum "1549.42" {
                value 375;
                description
                  "1549.42 nm/193.48750 THz 6.25/12.5GHz spacing";
              }
              enum "1549.37" {
                value 376;
                description
                  "1549.37 nm/193.49375 THz 6.25GHz spacing";
              }
              enum "1549.32" {
                value 377;
                description
                  "1549.32 nm/193.50000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1549.26" {
                value 378;
                description
                  "1549.26 nm/193.50625 THz 6.25GHz spacing";
              }
              enum "1549.21" {
                value 379;
                description
                  "1549.21 nm/193.51250 THz 6.25/12.5GHz spacing";
              }
              enum "1549.16" {
                value 380;
                description
                  "1549.16 nm/193.51875 THz 6.25GHz spacing";
              }
              enum "1549.11" {
                value 381;
                description
                  "1549.11 nm/193.52500 THz 6.25/12.5GHz spacing";
              }
              enum "1549.06" {
                value 382;
                description
                  "1549.06 nm/193.53125 THz 6.25GHz spacing";
              }
              enum "1549.01" {
                value 383;
                description
                  "1549.01 nm/193.53750 THz 6.25/12.5GHz spacing";
              }
              enum "1548.96" {
                value 384;
                description
                  "1548.96 nm/193.54375 THz 6.25GHz spacing";
              }
              enum "1548.91" {
                value 385;
                description
                  "1548.91 nm/193.55000 THz 6.25/12.5/50G/75Hz spacing";
              }
              enum "1548.86" {
                value 386;
                description
                  "1548.86 nm/193.55625 THz 6.25GHz spacing";
              }
              enum "1548.81" {
                value 387;
                description
                  "1548.81 nm/193.56250 THz 6.25/12.5GHz spacing";
              }
              enum "1548.76" {
                value 388;
                description
                  "1548.76 nm/193.56875 THz 6.25GHz spacing";
              }
              enum "1548.71" {
                value 389;
                description
                  "1548.71 nm/193.57500 THz 6.25/12.5GHz spacing";
              }
              enum "1548.66" {
                value 390;
                description
                  "1548.66 nm/193.58125 THz 6.25GHz spacing";
              }
              enum "1548.61" {
                value 391;
                description
                  "1548.61 nm/193.58750 THz 6.25/12.5GHz spacing";
              }
              enum "1548.56" {
                value 392;
                description
                  "1548.56 nm/193.59375 THz 6.25GHz spacing";
              }
              enum "1548.51" {
                value 393;
                description
                  "1548.51 nm/193.60000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1548.46" {
                value 394;
                description
                  "1548.46 nm/193.60625 THz 6.25GHz spacing";
              }
              enum "1548.41" {
                value 395;
                description
                  "1548.41 nm/193.61250 THz 6.25/12.5GHz spacing";
              }
              enum "1548.36" {
                value 396;
                description
                  "1548.36 nm/193.61875 THz 6.25GHz spacing";
              }
              enum "1548.31" {
                value 397;
                description
                  "1548.31 nm/193.62500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1548.26" {
                value 398;
                description
                  "1548.26 nm/193.63125 THz 6.25GHz spacing";
              }
              enum "1548.21" {
                value 399;
                description
                  "1548.21 nm/193.63750 THz 6.25/12.5GHz spacing";
              }
              enum "1548.16" {
                value 400;
                description
                  "1548.16 nm/193.64375 THz 6.25GHz spacing";
              }
              enum "1548.11" {
                value 401;
                description
                  "1548.11 nm/193.65000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1548.06" {
                value 402;
                description
                  "1548.06 nm/193.65625 THz 6.25GHz spacing";
              }
              enum "1548.02" {
                value 403;
                description
                  "1548.02 nm/193.66250 THz 6.25/12.5GHz spacing";
              }
              enum "1547.97" {
                value 404;
                description
                  "1547.97 nm/193.66875 THz 6.25GHz spacing";
              }
              enum "1547.92" {
                value 405;
                description
                  "1547.92 nm/193.67500 THz 6.25/12.5GHz spacing";
              }
              enum "1547.87" {
                value 406;
                description
                  "1547.87 nm/193.68125 THz 6.25GHz spacing";
              }
              enum "1547.82" {
                value 407;
                description
                  "1547.82 nm/193.68750 THz 6.25/12.5GHz spacing";
              }
              enum "1547.77" {
                value 408;
                description
                  "1547.77 nm/193.69375 THz 6.25GHz spacing";
              }
              enum "1547.72" {
                value 409;
                description
                  "1547.72 nm/193.70000 THz 6.25/12.5/50/75/100GHz spacing";
              }
              enum "1547.67" {
                value 410;
                description
                  "1547.67 nm/193.70625 THz 6.25GHz spacing";
              }
              enum "1547.62" {
                value 411;
                description
                  "1547.62 nm/193.71250 THz 6.25/12.5GHz spacing";
              }
              enum "1547.57" {
                value 412;
                description
                  "1547.57 nm/193.71875 THz 6.25GHz spacing";
              }
              enum "1547.52" {
                value 413;
                description
                  "1547.52 nm/193.72500 THz 6.25/12.5GHz spacing";
              }
              enum "1547.47" {
                value 414;
                description
                  "1547.47 nm/193.73125 THz 6.25GHz spacing";
              }
              enum "1547.42" {
                value 415;
                description
                  "1547.42 nm/193.73750 THz 6.25/12.5GHz spacing";
              }
              enum "1547.37" {
                value 416;
                description
                  "1547.37 nm/193.74375 THz 6.25GHz spacing";
              }
              enum "1547.32" {
                value 417;
                description
                  "1547.32 nm/193.75000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1547.27" {
                value 418;
                description
                  "1547.27 nm/193.75625 THz 6.25GHz spacing";
              }
              enum "1547.22" {
                value 419;
                description
                  "1547.22 nm/193.76250 THz 6.25/12.5GHz spacing";
              }
              enum "1547.17" {
                value 420;
                description
                  "1547.17 nm/193.76875 THz 6.25GHz spacing";
              }
              enum "1547.12" {
                value 421;
                description
                  "1547.12 nm/193.77500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1547.07" {
                value 422;
                description
                  "1547.07 nm/193.78125 THz 6.25GHz spacing";
              }
              enum "1547.02" {
                value 423;
                description
                  "1547.02 nm/193.78750 THz 6.25/12.5GHz spacing";
              }
              enum "1546.97" {
                value 424;
                description
                  "1546.97 nm/193.79375 THz 6.25GHz spacing";
              }
              enum "1546.92" {
                value 425;
                description
                  "1546.92 nm/193.80000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1546.87" {
                value 426;
                description
                  "1546.87 nm/193.80625 THz 6.25GHz spacing";
              }
              enum "1546.82" {
                value 427;
                description
                  "1546.82 nm/193.81250 THz 6.25/12.5GHz spacing";
              }
              enum "1546.77" {
                value 428;
                description
                  "1546.77 nm/193.81875 THz 6.25GHz spacing";
              }
              enum "1546.72" {
                value 429;
                description
                  "1546.72 nm/193.82500 THz 6.25/12.5GHz spacing";
              }
              enum "1546.67" {
                value 430;
                description
                  "1546.67 nm/193.83125 THz 6.25GHz spacing";
              }
              enum "1546.62" {
                value 431;
                description
                  "1546.62 nm/193.83750 THz 6.25/12.5GHz spacing";
              }
              enum "1546.57" {
                value 432;
                description
                  "1546.57 nm/193.84375 THz 6.25GHz spacing";
              }
              enum "1546.52" {
                value 433;
                description
                  "1546.52 nm/193.85000 THz 6.25/12.5/50/75GHz spacing";
              }
              enum "1546.47" {
                value 434;
                description
                  "1546.47 nm/193.85625 THz 6.25GHz spacing";
              }
              enum "1546.42" {
                value 435;
                description
                  "1546.42 nm/193.86250 THz 6.25/12.5GHz spacing";
              }
              enum "1546.37" {
                value 436;
                description
                  "1546.37 nm/193.86875 THz 6.25GHz spacing";
              }
              enum "1546.32" {
                value 437;
                description
                  "1546.32 nm/193.87500 THz 6.25/12.5GHz spacing";
              }
              enum "1546.27" {
                value 438;
                description
                  "1546.27 nm/193.88125 THz 6.25GHz spacing";
              }
              enum "1546.22" {
                value 439;
                description
                  "1546.22 nm/193.88750 THz 6.25/12.5GHz spacing";
              }
              enum "1546.17" {
                value 440;
                description
                  "1546.17 nm/193.89375 THz 6.25GHz spacing";
              }
              enum "1546.12" {
                value 441;
                description
                  "1546.12 nm/193.90000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1546.07" {
                value 442;
                description
                  "1546.07 nm/193.90625 THz 6.25GHz spacing";
              }
              enum "1546.02" {
                value 443;
                description
                  "1546.02 nm/193.91250 THz 6.25/12.5GHz spacing";
              }
              enum "1545.97" {
                value 444;
                description
                  "1545.97 nm/193.91875 THz 6.25GHz spacing";
              }
              enum "1545.92" {
                value 445;
                description
                  "1545.92 nm/193.92500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1545.87" {
                value 446;
                description
                  "1545.87 nm/193.93125 THz 6.25GHz spacing";
              }
              enum "1545.82" {
                value 447;
                description
                  "1545.82 nm/193.93750 THz 6.25/12.5GHz spacing";
              }
              enum "1545.77" {
                value 448;
                description
                  "1545.77 nm/193.94375 THz 6.25GHz spacing";
              }
              enum "1545.72" {
                value 449;
                description
                  "1545.72 nm/193.95000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1545.67" {
                value 450;
                description
                  "1545.67 nm/193.95625 THz 6.25GHz spacing";
              }
              enum "1545.62" {
                value 451;
                description
                  "1545.62 nm/193.96250 THz 6.25/12.5GHz spacing";
              }
              enum "1545.57" {
                value 452;
                description
                  "1545.57 nm/193.96875 THz 6.25GHz spacing";
              }
              enum "1545.52" {
                value 453;
                description
                  "1545.52 nm/193.97500 THz 6.25/12.5GHz spacing";
              }
              enum "1545.47" {
                value 454;
                description
                  "1545.47 nm/193.98125 THz 6.25GHz spacing";
              }
              enum "1545.42" {
                value 455;
                description
                  "1545.42 nm/193.98750 THz 6.25/12.5GHz spacing";
              }
              enum "1545.37" {
                value 456;
                description
                  "1545.37 nm/193.99375 THz 6.25GHz spacing";
              }
              enum "1545.32" {
                value 457;
                description
                  "1545.32 nm/194.00000 THz 6.25/12.5/50/75/100GHz spacing";
              }
              enum "1545.27" {
                value 458;
                description
                  "1545.27 nm/194.00625 THz 6.25GHz spacing";
              }
              enum "1545.22" {
                value 459;
                description
                  "1545.22 nm/194.01250 THz 6.25/12.5GHz spacing";
              }
              enum "1545.17" {
                value 460;
                description
                  "1545.17 nm/194.01875 THz 6.25GHz spacing";
              }
              enum "1545.12" {
                value 461;
                description
                  "1545.12 nm/194.02500 THz 6.25/12.5GHz spacing";
              }
              enum "1545.07" {
                value 462;
                description
                  "1545.07 nm/194.03125 THz 6.25GHz spacing";
              }
              enum "1545.02" {
                value 463;
                description
                  "1545.02 nm/194.03750 THz 6.25/12.5GHz spacing";
              }
              enum "1544.97" {
                value 464;
                description
                  "1544.97 nm/194.04375 THz 6.25GHz spacing";
              }
              enum "1544.92" {
                value 465;
                description
                  "1544.92 nm/194.05000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1544.87" {
                value 466;
                description
                  "1544.87 nm/194.05625 THz 6.25GHz spacing";
              }
              enum "1544.82" {
                value 467;
                description
                  "1544.82 nm/194.06250 THz 6.25/12.5GHz spacing";
              }
              enum "1544.77" {
                value 468;
                description
                  "1544.77 nm/194.06875 THz 6.25GHz spacing";
              }
              enum "1544.72" {
                value 469;
                description
                  "1544.72 nm/194.07500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1544.68" {
                value 470;
                description
                  "1544.68 nm/194.08125 THz 6.25GHz spacing";
              }
              enum "1544.63" {
                value 471;
                description
                  "1544.63 nm/194.08750 THz 6.25/12.5GHz spacing";
              }
              enum "1544.58" {
                value 472;
                description
                  "1544.58 nm/194.09375 THz 6.25GHz spacing";
              }
              enum "1544.53" {
                value 473;
                description
                  "1544.53 nm/194.10000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1544.48" {
                value 474;
                description
                  "1544.48 nm/194.10625 THz 6.25GHz spacing";
              }
              enum "1544.43" {
                value 475;
                description
                  "1544.43 nm/194.11250 THz 6.25/12.5GHz spacing";
              }
              enum "1544.38" {
                value 476;
                description
                  "1544.38 nm/194.11875 THz 6.25GHz spacing";
              }
              enum "1544.33" {
                value 477;
                description
                  "1544.33 nm/194.12500 THz 6.25/12.5GHz spacing";
              }
              enum "1544.28" {
                value 478;
                description
                  "1544.28 nm/194.13125 THz 6.25GHz spacing";
              }
              enum "1544.23" {
                value 479;
                description
                  "1544.23 nm/194.13750 THz 6.25/12.5GHz spacing";
              }
              enum "1544.18" {
                value 480;
                description
                  "1544.18 nm/194.14375 THz 6.25GHz spacing";
              }
              enum "1544.13" {
                value 481;
                description
                  "1544.13 nm/194.15000 THz 6.25/12.5/50/75GHz spacing";
              }
              enum "1544.08" {
                value 482;
                description
                  "1544.08 nm/194.15625 THz 6.25GHz spacing";
              }
              enum "1544.03" {
                value 483;
                description
                  "1544.03 nm/194.16250 THz 6.25/12.5GHz spacing";
              }
              enum "1543.98" {
                value 484;
                description
                  "1543.98 nm/194.16875 THz 6.25GHz spacing";
              }
              enum "1543.93" {
                value 485;
                description
                  "1543.93 nm/194.17500 THz 6.25/12.5GHz spacing";
              }
              enum "1543.88" {
                value 486;
                description
                  "1543.88 nm/194.18125 THz 6.25GHz spacing";
              }
              enum "1543.83" {
                value 487;
                description
                  "1543.83 nm/194.18750 THz 6.25/12.5GHz spacing";
              }
              enum "1543.78" {
                value 488;
                description
                  "1543.78 nm/194.19375 THz 6.25GHz spacing";
              }
              enum "1543.73" {
                value 489;
                description
                  "1543.73 nm/194.20000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1543.68" {
                value 490;
                description
                  "1543.68 nm/194.20625 THz 6.25GHz spacing";
              }
              enum "1543.63" {
                value 491;
                description
                  "1543.63 nm/194.21250 THz 6.25/12.5GHz spacing";
              }
              enum "1543.58" {
                value 492;
                description
                  "1543.58 nm/194.21875 THz 6.25GHz spacing";
              }
              enum "1543.53" {
                value 493;
                description
                  "1543.53 nm/194.22500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1543.48" {
                value 494;
                description
                  "1543.48 nm/194.23125 THz 6.25GHz spacing";
              }
              enum "1543.43" {
                value 495;
                description
                  "1543.43 nm/194.23750 THz 6.25/12.5GHz spacing";
              }
              enum "1543.38" {
                value 496;
                description
                  "1543.38 nm/194.24375 THz 6.25GHz spacing";
              }
              enum "1543.33" {
                value 497;
                description
                  "1543.33 nm/194.25000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1543.28" {
                value 498;
                description
                  "1543.28 nm/194.25625 THz 6.25GHz spacing";
              }
              enum "1543.23" {
                value 499;
                description
                  "1543.23 nm/194.26250 THz 6.25/12.5GHz spacing";
              }
              enum "1543.18" {
                value 500;
                description
                  "1543.18 nm/194.26875 THz 6.25GHz spacing";
              }
              enum "1543.13" {
                value 501;
                description
                  "1543.13 nm/194.27500 THz 6.25/12.5GHz spacing";
              }
              enum "1543.08" {
                value 502;
                description
                  "1543.08 nm/194.28125 THz 6.25GHz spacing";
              }
              enum "1543.04" {
                value 503;
                description
                  "1543.04 nm/194.28750 THz 6.25/12.5GHz spacing";
              }
              enum "1542.99" {
                value 504;
                description
                  "1542.99 nm/194.29375 THz 6.25GHz spacing";
              }
              enum "1542.94" {
                value 505;
                description
                  "1542.94 nm/194.30000 THz 6.25/12.5/50/75/100GHz spacing";
              }
              enum "1542.89" {
                value 506;
                description
                  "1542.89 nm/194.30625 THz 6.25GHz spacing";
              }
              enum "1542.84" {
                value 507;
                description
                  "1542.84 nm/194.31250 THz 6.25/12.5GHz spacing";
              }
              enum "1542.79" {
                value 508;
                description
                  "1542.79 nm/194.31875 THz 6.25GHz spacing";
              }
              enum "1542.74" {
                value 509;
                description
                  "1542.74 nm/194.32500 THz 6.25/12.5GHz spacing";
              }
              enum "1542.69" {
                value 510;
                description
                  "1542.69 nm/194.33125 THz 6.25GHz spacing";
              }
              enum "1542.64" {
                value 511;
                description
                  "1542.64 nm/194.33750 THz 6.25/12.5GHz spacing";
              }
              enum "1542.59" {
                value 512;
                description
                  "1542.59 nm/194.34375 THz 6.25GHz spacing";
              }
              enum "1542.54" {
                value 513;
                description
                  "1542.54 nm/194.35000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1542.49" {
                value 514;
                description
                  "1542.49 nm/194.35625 THz 6.25GHz spacing";
              }
              enum "1542.44" {
                value 515;
                description
                  "1542.44 nm/194.36250 THz 6.25/12.5GHz spacing";
              }
              enum "1542.39" {
                value 516;
                description
                  "1542.39 nm/194.36875 THz 6.25GHz spacing";
              }
              enum "1542.34" {
                value 517;
                description
                  "1542.34 nm/194.37500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1542.29" {
                value 518;
                description
                  "1542.29 nm/194.38125 THz 6.25GHz spacing";
              }
              enum "1542.24" {
                value 519;
                description
                  "1542.24 nm/194.38750 THz 6.25/12.5GHz spacing";
              }
              enum "1542.19" {
                value 520;
                description
                  "1542.19 nm/194.39375 THz 6.25GHz spacing";
              }
              enum "1542.14" {
                value 521;
                description
                  "1542.14 nm/194.40000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1542.09" {
                value 522;
                description
                  "1542.09 nm/194.40625 THz 6.25GHz spacing";
              }
              enum "1542.04" {
                value 523;
                description
                  "1542.04 nm/194.41250 THz 6.25/12.5GHz spacing";
              }
              enum "1541.99" {
                value 524;
                description
                  "1541.99 nm/194.41875 THz 6.25GHz spacing";
              }
              enum "1541.94" {
                value 525;
                description
                  "1541.94 nm/194.42500 THz 6.25/12.5GHz spacing";
              }
              enum "1541.89" {
                value 526;
                description
                  "1541.89 nm/194.43125 THz 6.25GHz spacing";
              }
              enum "1541.84" {
                value 527;
                description
                  "1541.84 nm/194.43750 THz 6.25/12.5GHz spacing";
              }
              enum "1541.80" {
                value 528;
                description
                  "1541.80 nm/194.44375 THz 6.25GHz spacing";
              }
              enum "1541.75" {
                value 529;
                description
                  "1541.75 nm/194.45000 THz 6.25/12.5/50/75GHz spacing";
              }
              enum "1541.70" {
                value 530;
                description
                  "1541.70 nm/194.45625 THz 6.25GHz spacing";
              }
              enum "1541.65" {
                value 531;
                description
                  "1541.65 nm/194.46250 THz 6.25/12.5GHz spacing";
              }
              enum "1541.60" {
                value 532;
                description
                  "1541.60 nm/194.46875 THz 6.25GHz spacing";
              }
              enum "1541.55" {
                value 533;
                description
                  "1541.55 nm/194.47500 THz 6.25/12.5GHz spacing";
              }
              enum "1541.50" {
                value 534;
                description
                  "1541.50 nm/194.48125 THz 6.25GHz spacing";
              }
              enum "1541.45" {
                value 535;
                description
                  "1541.45 nm/194.48750 THz 6.25/12.5GHz spacing";
              }
              enum "1541.40" {
                value 536;
                description
                  "1541.40 nm/194.49375 THz 6.25GHz spacing";
              }
              enum "1541.35" {
                value 537;
                description
                  "1541.35 nm/194.50000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1541.30" {
                value 538;
                description
                  "1541.30 nm/194.50625 THz 6.25GHz spacing";
              }
              enum "1541.25" {
                value 539;
                description
                  "1541.25 nm/194.51250 THz 6.25/12.5GHz spacing";
              }
              enum "1541.20" {
                value 540;
                description
                  "1541.20 nm/194.51875 THz 6.25GHz spacing";
              }
              enum "1541.15" {
                value 541;
                description
                  "1541.15 nm/194.52500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1541.10" {
                value 542;
                description
                  "1541.10 nm/194.53125 THz 6.25GHz spacing";
              }
              enum "1541.05" {
                value 543;
                description
                  "1541.05 nm/194.53750 THz 6.25/12.5GHz spacing";
              }
              enum "1541.00" {
                value 544;
                description
                  "1541.00 nm/194.54375 THz 6.25GHz spacing";
              }
              enum "1540.95" {
                value 545;
                description
                  "1540.95 nm/194.55000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1540.90" {
                value 546;
                description
                  "1540.90 nm/194.55625 THz 6.25GHz spacing";
              }
              enum "1540.85" {
                value 547;
                description
                  "1540.85 nm/194.56250 THz 6.25/12.5GHz spacing";
              }
              enum "1540.80" {
                value 548;
                description
                  "1540.80 nm/194.56875 THz 6.25GHz spacing";
              }
              enum "1540.76" {
                value 549;
                description
                  "1540.76 nm/194.57500 THz 6.25/12.5GHz spacing";
              }
              enum "1540.71" {
                value 550;
                description
                  "1540.71 nm/194.58125 THz 6.25GHz spacing";
              }
              enum "1540.66" {
                value 551;
                description
                  "1540.66 nm/194.58750 THz 6.25/12.5GHz spacing";
              }
              enum "1540.61" {
                value 552;
                description
                  "1540.61 nm/194.59375 THz 6.25GHz spacing";
              }
              enum "1540.56" {
                value 553;
                description
                  "1540.56 nm/194.60000 THz 6.25/12.5/50/75/100GHz spacing";
              }
              enum "1540.51" {
                value 554;
                description
                  "1540.51 nm/194.60625 THz 6.25GHz spacing";
              }
              enum "1540.46" {
                value 555;
                description
                  "1540.46 nm/194.61250 THz 6.25/12.5GHz spacing";
              }
              enum "1540.41" {
                value 556;
                description
                  "1540.41 nm/194.61875 THz 6.25GHz spacing";
              }
              enum "1540.36" {
                value 557;
                description
                  "1540.36 nm/194.62500 THz 6.25/12.5GHz spacing";
              }
              enum "1540.31" {
                value 558;
                description
                  "1540.31 nm/194.63125 THz 6.25GHz spacing";
              }
              enum "1540.26" {
                value 559;
                description
                  "1540.26 nm/194.63750 THz 6.25/12.5GHz spacing";
              }
              enum "1540.21" {
                value 560;
                description
                  "1540.21 nm/194.64375 THz 6.25GHz spacing";
              }
              enum "1540.16" {
                value 561;
                description
                  "1540.16 nm/194.65000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1540.11" {
                value 562;
                description
                  "1540.11 nm/194.65625 THz 6.25GHz spacing";
              }
              enum "1540.06" {
                value 563;
                description
                  "1540.06 nm/194.66250 THz 6.25/12.5GHz spacing";
              }
              enum "1540.01" {
                value 564;
                description
                  "1540.01 nm/194.66875 THz 6.25GHz spacing";
              }
              enum "1539.96" {
                value 565;
                description
                  "1539.96 nm/194.67500 THz 6.25/12.5/50/75GHz spacing";
              }
              enum "1539.91" {
                value 566;
                description
                  "1539.91 nm/194.68125 THz 6.25GHz spacing";
              }
              enum "1539.86" {
                value 567;
                description
                  "1539.86 nm/194.68750 THz 6.25/12.5GHz spacing";
              }
              enum "1539.82" {
                value 568;
                description
                  "1539.82 nm/194.69375 THz 6.25GHz spacing";
              }
              enum "1539.77" {
                value 569;
                description
                  "1539.77 nm/194.70000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1539.72" {
                value 570;
                description
                  "1539.72 nm/194.70625 THz 6.25GHz spacing";
              }
              enum "1539.67" {
                value 571;
                description
                  "1539.67 nm/194.71250 THz 6.25/12.5GHz spacing";
              }
              enum "1539.62" {
                value 572;
                description
                  "1539.62 nm/194.71875 THz 6.25GHz spacing";
              }
              enum "1539.57" {
                value 573;
                description
                  "1539.57 nm/194.72500 THz 6.25/12.5GHz spacing";
              }
              enum "1539.52" {
                value 574;
                description
                  "1539.52 nm/194.73125 THz 6.25GHz spacing";
              }
              enum "1539.47" {
                value 575;
                description
                  "1539.47 nm/194.73750 THz 6.25/12.5GHz spacing";
              }
              enum "1539.42" {
                value 576;
                description
                  "1539.42 nm/194.74375 THz 6.25GHz spacing";
              }
              enum "1539.37" {
                value 577;
                description
                  "1539.37 nm/194.75000 THz 6.25/12.5/50/75GHz spacing";
              }
              enum "1539.32" {
                value 578;
                description
                  "1539.32 nm/194.75625 THz 6.25GHz spacing";
              }
              enum "1539.27" {
                value 579;
                description
                  "1539.27 nm/194.76250 THz 6.25/12.5GHz spacing";
              }
              enum "1539.22" {
                value 580;
                description
                  "1539.22 nm/194.76875 THz 6.25GHz spacing";
              }
              enum "1539.17" {
                value 581;
                description
                  "1539.17 nm/194.77500 THz 6.25/12.5GHz spacing";
              }
              enum "1539.12" {
                value 582;
                description
                  "1539.12 nm/194.78125 THz 6.25GHz spacing";
              }
              enum "1539.07" {
                value 583;
                description
                  "1539.07 nm/194.78750 THz 6.25/12.5GHz spacing";
              }
              enum "1539.03" {
                value 584;
                description
                  "1539.03 nm/194.79375 THz 6.25GHz spacing";
              }
              enum "1538.98" {
                value 585;
                description
                  "1538.98 nm/194.80000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1538.93" {
                value 586;
                description
                  "1538.93 nm/194.80625 THz 6.25GHz spacing";
              }
              enum "1538.88" {
                value 587;
                description
                  "1538.88 nm/194.81250 THz 6.25/12.5GHz spacing";
              }
              enum "1538.83" {
                value 588;
                description
                  "1538.83 nm/194.81875 THz 6.25GHz spacing";
              }
              enum "1538.78" {
                value 589;
                description
                  "1538.78 nm/194.82500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1538.73" {
                value 590;
                description
                  "1538.73 nm/194.83125 THz 6.25GHz spacing";
              }
              enum "1538.68" {
                value 591;
                description
                  "1538.68 nm/194.83750 THz 6.25/12.5GHz spacing";
              }
              enum "1538.63" {
                value 592;
                description
                  "1538.63 nm/194.84375 THz 6.25GHz spacing";
              }
              enum "1538.58" {
                value 593;
                description
                  "1538.58 nm/194.85000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1538.53" {
                value 594;
                description
                  "1538.53 nm/194.85625 THz 6.25GHz spacing";
              }
              enum "1538.48" {
                value 595;
                description
                  "1538.48 nm/194.86250 THz 6.25/12.5GHz spacing";
              }
              enum "1538.43" {
                value 596;
                description
                  "1538.43 nm/194.86875 THz 6.25GHz spacing";
              }
              enum "1538.38" {
                value 597;
                description
                  "1538.38 nm/194.87500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1538.33" {
                value 598;
                description
                  "1538.33 nm/194.88125 THz 6.25GHz spacing";
              }
              enum "1538.28" {
                value 599;
                description
                  "1538.28 nm/194.88750 THz 6.25/12.5GHz spacing";
              }
              enum "1538.24" {
                value 600;
                description
                  "1538.24 nm/194.89375 THz 6.25GHz spacing";
              }
              enum "1538.19" {
                value 601;
                description
                  "1538.19 nm/194.90000 THz 6.25/12.5/50/75/100GHz spacing";
              }
              enum "1538.14" {
                value 602;
                description
                  "1538.14 nm/194.90625 THz 6.25GHz spacing";
              }
              enum "1538.09" {
                value 603;
                description
                  "1538.09 nm/194.91250 THz 6.25/12.5GHz spacing";
              }
              enum "1538.04" {
                value 604;
                description
                  "1538.04 nm/194.91875 THz 6.25GHz spacing";
              }
              enum "1537.99" {
                value 605;
                description
                  "1537.99 nm/194.92500 THz 6.25/12.5GHz spacing";
              }
              enum "1537.94" {
                value 606;
                description
                  "1537.94 nm/194.93125 THz 6.25GHz spacing";
              }
              enum "1537.89" {
                value 607;
                description
                  "1537.89 nm/194.93750 THz 6.25/12.5GHz spacing";
              }
              enum "1537.84" {
                value 608;
                description
                  "1537.84 nm/194.94375 THz 6.25GHz spacing";
              }
              enum "1537.79" {
                value 609;
                description
                  "1537.79 nm/194.95000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1537.74" {
                value 610;
                description
                  "1537.74 nm/194.95625 THz 6.25GHz spacing";
              }
              enum "1537.69" {
                value 611;
                description
                  "1537.69 nm/194.96250 THz 6.25/12.5GHz spacing";
              }
              enum "1537.64" {
                value 612;
                description
                  "1537.64 nm/194.96875 THz 6.25GHz spacing";
              }
              enum "1537.59" {
                value 613;
                description
                  "1537.59 nm/194.97500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1537.55" {
                value 614;
                description
                  "1537.55 nm/194.98125 THz 6.25GHz spacing";
              }
              enum "1537.50" {
                value 615;
                description
                  "1537.50 nm/194.98750 THz 6.25/12.5GHz spacing";
              }
              enum "1537.45" {
                value 616;
                description
                  "1537.45 nm/194.99375 THz 6.25GHz spacing";
              }
              enum "1537.40" {
                value 617;
                description
                  "1537.40 nm/195.00000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1537.35" {
                value 618;
                description
                  "1537.35 nm/195.00625 THz 6.25GHz spacing";
              }
              enum "1537.30" {
                value 619;
                description
                  "1537.30 nm/195.01250 THz 6.25/12.5GHz spacing";
              }
              enum "1537.25" {
                value 620;
                description
                  "1537.25 nm/195.01875 THz 6.25GHz spacing";
              }
              enum "1537.20" {
                value 621;
                description
                  "1537.20 nm/195.02500 THz 6.25/12.5GHz spacing";
              }
              enum "1537.15" {
                value 622;
                description
                  "1537.15 nm/195.03125 THz 6.25GHz spacing";
              }
              enum "1537.10" {
                value 623;
                description
                  "1537.10 nm/195.03750 THz 6.25/12.5GHz spacing";
              }
              enum "1537.05" {
                value 624;
                description
                  "1537.05 nm/195.04375 THz 6.25GHz spacing";
              }
              enum "1537.00" {
                value 625;
                description
                  "1537.00 nm/195.05000 THz 6.25/12.5/50/75GHz spacing";
              }
              enum "1536.95" {
                value 626;
                description
                  "1536.95 nm/195.05625 THz 6.25GHz spacing";
              }
              enum "1536.90" {
                value 627;
                description
                  "1536.90 nm/195.06250 THz 6.25/12.5GHz spacing";
              }
              enum "1536.86" {
                value 628;
                description
                  "1536.86 nm/195.06875 THz 6.25GHz spacing";
              }
              enum "1536.81" {
                value 629;
                description
                  "1536.81 nm/195.07500 THz 6.25/12.5GHz spacing";
              }
              enum "1536.76" {
                value 630;
                description
                  "1536.76 nm/195.08125 THz 6.25GHz spacing";
              }
              enum "1536.71" {
                value 631;
                description
                  "1536.71 nm/195.08750 THz 6.25/12.5GHz spacing";
              }
              enum "1536.66" {
                value 632;
                description
                  "1536.66 nm/195.09375 THz 6.25GHz spacing";
              }
              enum "1536.61" {
                value 633;
                description
                  "1536.61 nm/195.10000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1536.56" {
                value 634;
                description
                  "1536.56 nm/195.10625 THz 6.25GHz spacing";
              }
              enum "1536.51" {
                value 635;
                description
                  "1536.51 nm/195.11250 THz 6.25/12.5GHz spacing";
              }
              enum "1536.46" {
                value 636;
                description
                  "1536.46 nm/195.11875 THz 6.25GHz spacing";
              }
              enum "1536.41" {
                value 637;
                description
                  "1536.41 nm/195.12500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1536.36" {
                value 638;
                description
                  "1536.36 nm/195.13125 THz 6.25GHz spacing";
              }
              enum "1536.31" {
                value 639;
                description
                  "1536.31 nm/195.13750 THz 6.25/12.5GHz spacing";
              }
              enum "1536.26" {
                value 640;
                description
                  "1536.26 nm/195.14375 THz 6.25GHz spacing";
              }
              enum "1536.22" {
                value 641;
                description
                  "1536.22 nm/195.15000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1536.17" {
                value 642;
                description
                  "1536.17 nm/195.15625 THz 6.25GHz spacing";
              }
              enum "1536.12" {
                value 643;
                description
                  "1536.12 nm/195.16250 THz 6.25/12.5GHz spacing";
              }
              enum "1536.07" {
                value 644;
                description
                  "1536.07 nm/195.16875 THz 6.25GHz spacing";
              }
              enum "1536.02" {
                value 645;
                description
                  "1536.02 nm/195.17500 THz 6.25/12.5GHz spacing";
              }
              enum "1535.97" {
                value 646;
                description
                  "1535.97 nm/195.18125 THz 6.25GHz spacing";
              }
              enum "1535.92" {
                value 647;
                description
                  "1535.92 nm/195.18750 THz 6.25/12.5GHz spacing";
              }
              enum "1535.87" {
                value 648;
                description
                  "1535.87 nm/195.19375 THz 6.25GHz spacing";
              }
              enum "1535.82" {
                value 649;
                description
                  "1535.82 nm/195.20000 THz 6.25/12.5/50/75/100GHz spacing";
              }
              enum "1535.77" {
                value 650;
                description
                  "1535.77 nm/195.20625 THz 6.25GHz spacing";
              }
              enum "1535.72" {
                value 651;
                description
                  "1535.72 nm/195.21250 THz 6.25/12.5GHz spacing";
              }
              enum "1535.67" {
                value 652;
                description
                  "1535.67 nm/195.21875 THz 6.25GHz spacing";
              }
              enum "1535.63" {
                value 653;
                description
                  "1535.63 nm/195.22500 THz 6.25/12.5GHz spacing";
              }
              enum "1535.58" {
                value 654;
                description
                  "1535.58 nm/195.23125 THz 6.25GHz spacing";
              }
              enum "1535.53" {
                value 655;
                description
                  "1535.53 nm/195.23750 THz 6.25/12.5GHz spacing";
              }
              enum "1535.48" {
                value 656;
                description
                  "1535.48 nm/195.24375 THz 6.25GHz spacing";
              }
              enum "1535.43" {
                value 657;
                description
                  "1535.43 nm/195.25000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1535.38" {
                value 658;
                description
                  "1535.38 nm/195.25625 THz 6.25GHz spacing";
              }
              enum "1535.33" {
                value 659;
                description
                  "1535.33 nm/195.26250 THz 6.25/12.5GHz spacing";
              }
              enum "1535.28" {
                value 660;
                description
                  "1535.28 nm/195.26875 THz 6.25GHz spacing";
              }
              enum "1535.23" {
                value 661;
                description
                  "1535.23 nm/195.27500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1535.18" {
                value 662;
                description
                  "1535.18 nm/195.28125 THz 6.25GHz spacing";
              }
              enum "1535.13" {
                value 663;
                description
                  "1535.13 nm/195.28750 THz 6.25/12.5GHz spacing";
              }
              enum "1535.08" {
                value 664;
                description
                  "1535.08 nm/195.29375 THz 6.25GHz spacing";
              }
              enum "1535.04" {
                value 665;
                description
                  "1535.04 nm/195.30000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1534.99" {
                value 666;
                description
                  "1534.99 nm/195.30625 THz 6.25GHz spacing";
              }
              enum "1534.94" {
                value 667;
                description
                  "1534.94 nm/195.31250 THz 6.25/12.5GHz spacing";
              }
              enum "1534.89" {
                value 668;
                description
                  "1534.89 nm/195.31875 THz 6.25GHz spacing";
              }
              enum "1534.84" {
                value 669;
                description
                  "1534.84 nm/195.32500 THz 6.25/12.5GHz spacing";
              }
              enum "1534.79" {
                value 670;
                description
                  "1534.79 nm/195.33125 THz 6.25GHz spacing";
              }
              enum "1534.74" {
                value 671;
                description
                  "1534.74 nm/195.33750 THz 6.25/12.5GHz spacing";
              }
              enum "1534.69" {
                value 672;
                description
                  "1534.69 nm/195.34375 THz 6.25GHz spacing";
              }
              enum "1534.64" {
                value 673;
                description
                  "1534.64 nm/195.35000 THz 6.25/12.5/50/75GHz spacing";
              }
              enum "1534.59" {
                value 674;
                description
                  "1534.59 nm/195.35625 THz 6.25GHz spacing";
              }
              enum "1534.54" {
                value 675;
                description
                  "1534.54 nm/195.36250 THz 6.25/12.5GHz spacing";
              }
              enum "1534.50" {
                value 676;
                description
                  "1534.50 nm/195.36875 THz 6.25GHz spacing";
              }
              enum "1534.45" {
                value 677;
                description
                  "1534.45 nm/195.37500 THz 6.25/12.5GHz spacing";
              }
              enum "1534.40" {
                value 678;
                description
                  "1534.40 nm/195.38125 THz 6.25GHz spacing";
              }
              enum "1534.35" {
                value 679;
                description
                  "1534.35 nm/195.38750 THz 6.25/12.5GHz spacing";
              }
              enum "1534.30" {
                value 680;
                description
                  "1534.30 nm/195.39375 THz 6.25GHz spacing";
              }
              enum "1534.25" {
                value 681;
                description
                  "1534.25 nm/195.40000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1534.20" {
                value 682;
                description
                  "1534.20 nm/195.40625 THz 6.25GHz spacing";
              }
              enum "1534.15" {
                value 683;
                description
                  "1534.15 nm/195.41250 THz 6.25/12.5GHz spacing";
              }
              enum "1534.10" {
                value 684;
                description
                  "1534.10 nm/195.41875 THz 6.25GHz spacing";
              }
              enum "1534.05" {
                value 685;
                description
                  "1534.05 nm/195.42500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1534.00" {
                value 686;
                description
                  "1534.00 nm/195.43125 THz 6.25GHz spacing";
              }
              enum "1533.96" {
                value 687;
                description
                  "1533.96 nm/195.43750 THz 6.25/12.5GHz spacing";
              }
              enum "1533.91" {
                value 688;
                description
                  "1533.91 nm/195.44375 THz 6.25GHz spacing";
              }
              enum "1533.86" {
                value 689;
                description
                  "1533.86 nm/195.45000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1533.81" {
                value 690;
                description
                  "1533.81 nm/195.45625 THz 6.25GHz spacing";
              }
              enum "1533.76" {
                value 691;
                description
                  "1533.76 nm/195.46250 THz 6.25/12.5GHz spacing";
              }
              enum "1533.71" {
                value 692;
                description
                  "1533.71 nm/195.46875 THz 6.25GHz spacing";
              }
              enum "1533.66" {
                value 693;
                description
                  "1533.66 nm/195.47500 THz 6.25/12.5GHz spacing";
              }
              enum "1533.61" {
                value 694;
                description
                  "1533.61 nm/195.48125 THz 6.25GHz spacing";
              }
              enum "1533.56" {
                value 695;
                description
                  "1533.56 nm/195.48750 THz 6.25/12.5GHz spacing";
              }
              enum "1533.51" {
                value 696;
                description
                  "1533.51 nm/195.49375 THz 6.25GHz spacing";
              }
              enum "1533.47" {
                value 697;
                description
                  "1533.47 nm/195.50000 THz 6.25/12.5/50/75/100GHz spacing";
              }
              enum "1533.42" {
                value 698;
                description
                  "1533.42 nm/195.50625 THz 6.25GHz spacing";
              }
              enum "1533.37" {
                value 699;
                description
                  "1533.37 nm/195.51250 THz 6.25/12.5GHz spacing";
              }
              enum "1533.32" {
                value 700;
                description
                  "1533.32 nm/195.51875 THz 6.25GHz spacing";
              }
              enum "1533.27" {
                value 701;
                description
                  "1533.27 nm/195.52500 THz 6.25/12.5GHz spacing";
              }
              enum "1533.22" {
                value 702;
                description
                  "1533.22 nm/195.53125 THz 6.25GHz spacing";
              }
              enum "1533.17" {
                value 703;
                description
                  "1533.17 nm/195.53750 THz 6.25/12.5GHz spacing";
              }
              enum "1533.12" {
                value 704;
                description
                  "1533.12 nm/195.54375 THz 6.25GHz spacing";
              }
              enum "1533.07" {
                value 705;
                description
                  "1533.07 nm/195.55000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1533.02" {
                value 706;
                description
                  "1533.02 nm/195.55625 THz 6.25GHz spacing";
              }
              enum "1532.98" {
                value 707;
                description
                  "1532.98 nm/195.56250 THz 6.25/12.5GHz spacing";
              }
              enum "1532.93" {
                value 708;
                description
                  "1532.93 nm/195.56875 THz 6.25GHz spacing";
              }
              enum "1532.88" {
                value 709;
                description
                  "1532.88 nm/195.57500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1532.83" {
                value 710;
                description
                  "1532.83 nm/195.58125 THz 6.25GHz spacing";
              }
              enum "1532.78" {
                value 711;
                description
                  "1532.78 nm/195.58750 THz 6.25/12.5GHz spacing";
              }
              enum "1532.73" {
                value 712;
                description
                  "1532.73 nm/195.59375 THz 6.25GHz spacing";
              }
              enum "1532.68" {
                value 713;
                description
                  "1532.68 nm/195.60000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1532.63" {
                value 714;
                description
                  "1532.63 nm/195.60625 THz 6.25GHz spacing";
              }
              enum "1532.58" {
                value 715;
                description
                  "1532.58 nm/195.61250 THz 6.25/12.5GHz spacing";
              }
              enum "1532.53" {
                value 716;
                description
                  "1532.53 nm/195.61875 THz 6.25GHz spacing";
              }
              enum "1532.49" {
                value 717;
                description
                  "1532.49 nm/195.62500 THz 6.25/12.5GHz spacing";
              }
              enum "1532.44" {
                value 718;
                description
                  "1532.44 nm/195.63125 THz 6.25GHz spacing";
              }
              enum "1532.39" {
                value 719;
                description
                  "1532.39 nm/195.63750 THz 6.25/12.5GHz spacing";
              }
              enum "1532.34" {
                value 720;
                description
                  "1532.34 nm/195.64375 THz 6.25GHz spacing";
              }
              enum "1532.29" {
                value 721;
                description
                  "1532.29 nm/195.65000 THz 6.25/12.5/50/75GHz spacing";
              }
              enum "1532.24" {
                value 722;
                description
                  "1532.24 nm/195.65625 THz 6.25GHz spacing";
              }
              enum "1532.19" {
                value 723;
                description
                  "1532.19 nm/195.66250 THz 6.25/12.5GHz spacing";
              }
              enum "1532.14" {
                value 724;
                description
                  "1532.14 nm/195.66875 THz 6.25GHz spacing";
              }
              enum "1532.09" {
                value 725;
                description
                  "1532.09 nm/195.67500 THz 6.25/12.5GHz spacing";
              }
              enum "1532.04" {
                value 726;
                description
                  "1532.04 nm/195.68125 THz 6.25GHz spacing";
              }
              enum "1532.00" {
                value 727;
                description
                  "1532.00 nm/195.68750 THz 6.25/12.5GHz spacing";
              }
              enum "1531.95" {
                value 728;
                description
                  "1531.95 nm/195.69375 THz 6.25GHz spacing";
              }
              enum "1531.90" {
                value 729;
                description
                  "1531.90 nm/195.70000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1531.85" {
                value 730;
                description
                  "1531.85 nm/195.70625 THz 6.25GHz spacing";
              }
              enum "1531.80" {
                value 731;
                description
                  "1531.80 nm/195.71250 THz 6.25/12.5GHz spacing";
              }
              enum "1531.75" {
                value 732;
                description
                  "1531.75 nm/195.71875 THz 6.25GHz spacing";
              }
              enum "1531.70" {
                value 733;
                description
                  "1531.70 nm/195.72500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1531.65" {
                value 734;
                description
                  "1531.65 nm/195.73125 THz 6.25GHz spacing";
              }
              enum "1531.60" {
                value 735;
                description
                  "1531.60 nm/195.73750 THz 6.25/12.5GHz spacing";
              }
              enum "1531.56" {
                value 736;
                description
                  "1531.56 nm/195.74375 THz 6.25GHz spacing";
              }
              enum "1531.51" {
                value 737;
                description
                  "1531.51 nm/195.75000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1531.46" {
                value 738;
                description
                  "1531.46 nm/195.75625 THz 6.25GHz spacing";
              }
              enum "1531.41" {
                value 739;
                description
                  "1531.41 nm/195.76250 THz 6.25/12.5GHz spacing";
              }
              enum "1531.36" {
                value 740;
                description
                  "1531.36 nm/195.76875 THz 6.25GHz spacing";
              }
              enum "1531.31" {
                value 741;
                description
                  "1531.31 nm/195.77500 THz 6.25/12.5GHz spacing";
              }
              enum "1531.26" {
                value 742;
                description
                  "1531.26 nm/195.78125 THz 6.25GHz spacing";
              }
              enum "1531.21" {
                value 743;
                description
                  "1531.21 nm/195.78750 THz 6.25/12.5GHz spacing";
              }
              enum "1531.16" {
                value 744;
                description
                  "1531.16 nm/195.79375 THz 6.25GHz spacing";
              }
              enum "1531.12" {
                value 745;
                description
                  "1531.12 nm/195.80000 THz 6.25/12.5/50/75/100GHz spacing";
              }
              enum "1531.07" {
                value 746;
                description
                  "1531.07 nm/195.80625 THz 6.25GHz spacing";
              }
              enum "1531.02" {
                value 747;
                description
                  "1531.02 nm/195.81250 THz 6.25/12.5GHz spacing";
              }
              enum "1530.97" {
                value 748;
                description
                  "1530.97 nm/195.81875 THz 6.25GHz spacing";
              }
              enum "1530.92" {
                value 749;
                description
                  "1530.92 nm/195.82500 THz 6.25/12.5GHz spacing";
              }
              enum "1530.87" {
                value 750;
                description
                  "1530.87 nm/195.83125 THz 6.25GHz spacing";
              }
              enum "1530.82" {
                value 751;
                description
                  "1530.82 nm/195.83750 THz 6.25/12.5GHz spacing";
              }
              enum "1530.77" {
                value 752;
                description
                  "1530.77 nm/195.84375 THz 6.25GHz spacing";
              }
              enum "1530.72" {
                value 753;
                description
                  "1530.72 nm/195.85000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1530.68" {
                value 754;
                description
                  "1530.68 nm/195.85625 THz 6.25GHz spacing";
              }
              enum "1530.63" {
                value 755;
                description
                  "1530.63 nm/195.86250 THz 6.25/12.5GHz spacing";
              }
              enum "1530.58" {
                value 756;
                description
                  "1530.58 nm/195.86875 THz 6.25GHz spacing";
              }
              enum "1530.53" {
                value 757;
                description
                  "1530.53 nm/195.87500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1530.48" {
                value 758;
                description
                  "1530.48 nm/195.88125 THz 6.25GHz spacing";
              }
              enum "1530.43" {
                value 759;
                description
                  "1530.43 nm/195.88750 THz 6.25/12.5GHz spacing";
              }
              enum "1530.38" {
                value 760;
                description
                  "1530.38 nm/195.89375 THz 6.25GHz spacing";
              }
              enum "1530.33" {
                value 761;
                description
                  "1530.33 nm/195.90000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1530.29" {
                value 762;
                description
                  "1530.29 nm/195.90625 THz 6.25GHz spacing";
              }
              enum "1530.24" {
                value 763;
                description
                  "1530.24 nm/195.91250 THz 6.25/12.5GHz spacing";
              }
              enum "1530.19" {
                value 764;
                description
                  "1530.19 nm/195.91875 THz 6.25GHz spacing";
              }
              enum "1530.14" {
                value 765;
                description
                  "1530.14 nm/195.92500 THz 6.25/12.5GHz spacing";
              }
              enum "1530.09" {
                value 766;
                description
                  "1530.09 nm/195.93125 THz 6.25GHz spacing";
              }
              enum "1530.04" {
                value 767;
                description
                  "1530.04 nm/195.93750 THz 6.25/12.5GHz spacing";
              }
              enum "1529.99" {
                value 768;
                description
                  "1529.99 nm/195.94375 THz 6.25GHz spacing";
              }
              enum "1529.94" {
                value 769;
                description
                  "1529.94 nm/195.95000 THz 6.25/12.5/50/75GHz spacing";
              }
              enum "1529.89" {
                value 770;
                description
                  "1529.89 nm/195.95625 THz 6.25GHz spacing";
              }
              enum "1529.85" {
                value 771;
                description
                  "1529.85 nm/195.96250 THz 6.25/12.5GHz spacing";
              }
              enum "1529.80" {
                value 772;
                description
                  "1529.80 nm/195.96875 THz 6.25GHz spacing";
              }
              enum "1529.75" {
                value 773;
                description
                  "1529.75 nm/195.97500 THz 6.25/12.5GHz spacing";
              }
              enum "1529.70" {
                value 774;
                description
                  "1529.70 nm/195.98125 THz 6.25GHz spacing";
              }
              enum "1529.65" {
                value 775;
                description
                  "1529.65 nm/195.98750 THz 6.25/12.5GHz spacing";
              }
              enum "1529.60" {
                value 776;
                description
                  "1529.60 nm/195.99375 THz 6.25GHz spacing";
              }
              enum "1529.55" {
                value 777;
                description
                  "1529.55 nm/196.00000 THz 6.25/12.5/50/100GHz spacing";
              }
              enum "1529.50" {
                value 778;
                description
                  "1529.50 nm/196.00625 THz 6.25GHz spacing";
              }
              enum "1529.46" {
                value 779;
                description
                  "1529.46 nm/196.01250 THz 6.25/12.5GHz spacing";
              }
              enum "1529.41" {
                value 780;
                description
                  "1529.41 nm/196.01875 THz 6.25GHz spacing";
              }
              enum "1529.36" {
                value 781;
                description
                  "1529.36 nm/196.02500 THz 6.25/12.5/75GHz spacing";
              }
              enum "1529.31" {
                value 782;
                description
                  "1529.31 nm/196.03125 THz 6.25GHz spacing";
              }
              enum "1529.26" {
                value 783;
                description
                  "1529.26 nm/196.03750 THz 6.25/12.5GHz spacing";
              }
              enum "1529.21" {
                value 784;
                description
                  "1529.21 nm/196.04375 THz 6.25GHz spacing";
              }
              enum "1529.16" {
                value 785;
                description
                  "1529.16 nm/196.05000 THz 6.25/12.5/50GHz spacing";
              }
              enum "1529.11" {
                value 786;
                description
                  "1529.11 nm/196.05625 THz 6.25GHz spacing";
              }
              enum "1529.07" {
                value 787;
                description
                  "1529.07 nm/196.06250 THz 6.25/12.5GHz spacing";
              }
              enum "1529.02" {
                value 788;
                description
                  "1529.02 nm/196.06875 THz 6.25GHz spacing";
              }
              enum "1528.97" {
                value 789;
                description
                  "1528.97 nm/196.07500 THz 6.25/12.5GHz spacing";
              }
              enum "1528.92" {
                value 790;
                description
                  "1528.92 nm/196.08125 THz 6.25GHz spacing";
              }
              enum "1528.87" {
                value 791;
                description
                  "1528.87 nm/196.08750 THz 6.25/12.5GHz spacing";
              }
              enum "1528.82" {
                value 792;
                description
                  "1528.82 nm/196.09375 THz 6.25GHz spacing";
              }
              enum "1528.77" {
                value 793;
                description
                  "1528.77 nm/196.10000 THz 6.25/12.5/50/75/100GHz spacing";
              }
              enum "1528.38" {
                value 794;
                description
                  "1528.38 nm/196.15040 THz 50Ghz spacing";
              }
            }
            description
              "Wavelength of the WSS channel for 50Ghz/100Ghz spacing";
          }

          uses apply-advanced;

          choice wss {
            container switch {
              presence "enable switch";
              description
                "Switch the wavelength to an optical interface";
              uses apply-advanced;

              leaf interface-name {
                type string;
                description
                  "Name of physical interface";
              }
            }  // container switch
            leaf wss-express-in {
              type empty;
              description
                "Express-in this wavelength to another optical card";
            }
          }  // choice wss
        }  // list wavelength

        container tca {
          description
            "Set tca for optical properties";
          uses apply-advanced;

          container osc-tx-power-high-tca {
            description
              "OSC TX power high TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute osc tx power high TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour osc tx power high TCA in dBm";
            }
          }  // container osc-tx-power-high-tca

          container osc-tx-power-low-tca {
            description
              "OSC TX power low TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute osc tx power low TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour osc tx power low TCA in dBm";
            }
          }  // container osc-tx-power-low-tca

          container osc-rx-power-high-tca {
            description
              "OSC RX power high TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute osc rx power high TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour osc rx power high TCA in dBm";
            }
          }  // container osc-rx-power-high-tca

          container osc-rx-power-low-tca {
            description
              "OSC RX power low TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute osc rx power low TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour osc rx power low TCA in dBm";
            }
          }  // container osc-rx-power-low-tca

          container osc-fiber-loss-high-tca {
            description
              "OSC fiber loss high TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute osc fiber loss high TCA in dB";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour osc fiber loss high TCA in dB";
            }
          }  // container osc-fiber-loss-high-tca

          container osc-fiber-loss-low-tca {
            description
              "OSC fiber loss low TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute osc fiber loss low TCA in dB";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour osc fiber loss low TCA in dB";
            }
          }  // container osc-fiber-loss-low-tca

          container lout-voa-high-tca {
            description "LOUT VOA high TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute LOUT VOA high TCA in dB";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour LOUT VOA high TCA in dB";
            }
          }  // container lout-voa-high-tca

          container lout-voa-low-tca {
            description "LOUT VOA low TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute LOUT VOA low TCA in dB";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour LOUT VOA low TCA in dB";
            }
          }  // container lout-voa-low-tca

          container edfa1-in-power-high-tca {
            description
              "Ingress EDFA input power high TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Ingress EDFA input power high TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Ingress EDFA input power high TCA in dBm";
            }
          }  // container edfa1-in-power-high-tca

          container edfa1-in-power-low-tca {
            description
              "Ingress EDFA input power low TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Ingress EDFA input power low TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Ingress EDFA input power low TCA in dBm";
            }
          }  // container edfa1-in-power-low-tca

          container edfa1-out-power-high-tca {
            description
              "Ingress EDFA output power high TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Ingress EDFA output power high TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Ingress EDFA output power high TCA in dBm";
            }
          }  // container edfa1-out-power-high-tca

          container edfa1-out-power-low-tca {
            description
              "Ingress EDFA output power low TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Ingress EDFA output power low TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Ingress EDFA output power low TCA in dBm";
            }
          }  // container edfa1-out-power-low-tca

          container edfa1-sig-power-high-tca {
            description
              "Ingress EDFA signal power high TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Ingress EDFA signal power high TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Ingress EDFA signal power high TCA in dBm";
            }
          }  // container edfa1-sig-power-high-tca

          container edfa1-sig-power-low-tca {
            description
              "Ingress EDFA signal power low TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Ingress EDFA signal power low TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Ingress EDFA signal power low TCA in dBm";
            }
          }  // container edfa1-sig-power-low-tca

          container edfa1-awg-high-tca {
            description
              "Ingress EDFA pump AWG high TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Ingress EDFA pump AWG high TCA in mW";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Ingress EDFA pump AWG high TCA in mW";
            }
          }  // container edfa1-awg-high-tca

          container edfa1-awg-low-tca {
            description
              "Ingress EDFA pump AWG low TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Ingress EDFA pump AWG low TCA in mW";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Ingress EDFA pump AWG low TCA in mW";
            }
          }  // container edfa1-awg-low-tca

          container edfa1-express-high-tca {
            description
              "Ingress EDFA pump express high TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Ingress EDFA pump express high TCA in mW";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Ingress EDFA pump express high TCA in mW";
            }
          }  // container edfa1-express-high-tca

          container edfa1-express-low-tca {
            description
              "Ingress EDFA pump express low TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Ingress EDFA pump express low TCA in mW";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Ingress EDFA pump express low TCA in mW";
            }
          }  // container edfa1-express-low-tca

          container edfa2-in-power-high-tca {
            description
              "Egress EDFA input power high TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Egress EDFA input power high TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Egress EDFA input power high TCA in dBm";
            }
          }  // container edfa2-in-power-high-tca

          container edfa2-in-power-low-tca {
            description
              "Egress EDFA input power low TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Egress EDFA input power low TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Egress EDFA input power low TCA in dBm";
            }
          }  // container edfa2-in-power-low-tca

          container edfa2-out-power-high-tca {
            description
              "Egress EDFA output power high TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Egress EDFA output power high TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Egress EDFA output power high TCA in dBm";
            }
          }  // container edfa2-out-power-high-tca

          container edfa2-out-power-low-tca {
            description
              "Egress EDFA output power low TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Egress EDFA output power low TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Egress EDFA output power low TCA in dBm";
            }
          }  // container edfa2-out-power-low-tca

          container edfa2-sig-power-high-tca {
            description
              "Egress EDFA signal power high TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Egress EDFA signal power high TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Egress EDFA signal power high TCA in dBm";
            }
          }  // container edfa2-sig-power-high-tca

          container edfa2-sig-power-low-tca {
            description
              "Egress EDFA signal power low TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Egress EDFA signal power low TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Egress EDFA signal power low TCA in dBm";
            }
          }  // container edfa2-sig-power-low-tca

          container edfa2-awg-high-tca {
            description
              "Egress EDFA pump AWG high TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Egress EDFA pump AWG high TCA in mW";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Egress EDFA pump AWG high TCA in mW";
            }
          }  // container edfa2-awg-high-tca

          container edfa2-awg-low-tca {
            description
              "Egress EDFA pump AWG low TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Egress EDFA pump AWG low TCA in mW";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Egress EDFA pump AWG low TCA in mW";
            }
          }  // container edfa2-awg-low-tca

          container edfa2-express-high-tca {
            description
              "Egress EDFA pump express high TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Egress EDFA pump express high TCA in mW";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Egress EDFA pump express high TCA in mW";
            }
          }  // container edfa2-express-high-tca

          container edfa2-express-low-tca {
            description
              "Egress EDFA pump express low TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute Egress EDFA pump express low TCA in mW";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour Egress EDFA pump express low TCA in mW";
            }
          }  // container edfa2-express-low-tca

          container ocm-power-high-line-out-tca {
            description
              "OCM Power Line Out high TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute OCM Power high TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour OCM Power high TCA in dBm";
            }
          }  // container ocm-power-high-line-out-tca

          container ocm-power-low-line-out-tca {
            description
              "OCM Power Line Out low TCA";
            uses apply-advanced;

            choice enable-tca-choice {
              leaf enable-tca {
                type empty;
                description "Enable tca";
              }
              leaf no-enable-tca {
                type empty;
                description
                  "Don't enable tca";
              }
            }  // choice enable-tca-choice

            leaf threshold {
              type string;
              description
                "Threshold for 15 minute OCM Power low TCA in dBm";
            }

            leaf threshold-24hrs {
              type string;
              description
                "Threshold for 24 hour OCM Power low TCA in dBm";
            }
          }  // container ocm-power-low-line-out-tca
        }  // container tca

        container expansion-card {
          description
            "Associate an expansion card with the IPLC card";
          uses apply-advanced;

          container fpc {
            presence "enable fpc";
            uses apply-advanced;

            leaf fpc-slot {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32;
              }
            }
          }  // container fpc
        }  // container expansion-card

        container express-in {
          description
            "Associate an express-in card with the IPLC card";
          uses apply-advanced;

          container fpc {
            presence "enable fpc";
            uses apply-advanced;

            leaf fpc-slot {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32;
              }
            }
          }  // container fpc
        }  // container express-in

        container amplifier-chain {
          description
            "In-line amplifier options";
          uses apply-advanced;

          choice anchor-iplc-choice {
            leaf anchor-iplc {
              type empty;
              description
                "Mark IPLC as anchor for In-line amplifier chain";
            }
            leaf no-anchor-iplc {
              type empty;
              description
                "Don't mark IPLC as anchor for In-line amplifier chain";
            }
          }  // choice anchor-iplc-choice

          leaf osc-ip {
            type string;
            description
              "IPLC OSC path IPv4 address format w.x.y.z/a";
          }

          leaf osc-mac {
            type string;
            description
              "IPLC OSC path MAC address format a:b:c:d:e:f";
          }

          list ila {
            key "name";
            description
              "Configure In-line amplifier number";
            leaf name {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "0 .. 14";
                }
              }
              description
                "In-line amplifier Chain position number";
            }

            uses apply-advanced;

            container ila-options {
              description
                "In-line amplifier settings";
              uses apply-advanced;

              leaf ila-ipv4-address {
                type string;
                description
                  "In-line amplifier IPV4 address format w.x.y.z/a";
              }

              leaf ila-user {
                type string;
                description "ILA User Name";
              }

              leaf ila-password {
                type jt:unreadable;
                description
                  "ILA password string";
              }

              container edfa-a-b {
                description
                  "Configure edfa-a-b";
                uses apply-advanced;

                container tca-input-power-low {
                  description
                    "Input power low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute input power low TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour input power low TCA in dBm";
                  }
                }  // container tca-input-power-low

                container tca-input-power-high {
                  description
                    "Input power high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute input power high TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour input power high TCA in dBm";
                  }
                }  // container tca-input-power-high

                container tca-output-power-low {
                  description
                    "Output power low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute output power low TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour output power low TCA in dBm";
                  }
                }  // container tca-output-power-low

                container tca-output-power-high {
                  description
                    "Output power high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute output power high TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour output power high TCA in dBm";
                  }
                }  // container tca-output-power-high

                container tca-signal-output-power-low {
                  description
                    "Signal output power low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute signal output power low TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour signal output power low TCA in dBm";
                  }
                }  // container tca-signal-output-power-low

                container tca-signal-output-power-high {
                  description
                    "Signal output power high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute signal output power high TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour signal output power high TCA in dBm";
                  }
                }  // container tca-signal-output-power-high

                container tca-pump0-current-low {
                  description
                    "Pump0 current low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute pump0 current low TCA in mA";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour pump0 current low TCA in mA";
                  }
                }  // container tca-pump0-current-low

                container tca-pump0-current-high {
                  description
                    "Pump0 current high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute pump0 current high TCA in mA";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour pump0 current high TCA in mA";
                  }
                }  // container tca-pump0-current-high

                container tca-pump1-current-low {
                  description
                    "Pump1 current low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute pump1 current low TCA in mA";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour pump1 current low TCA in mA";
                  }
                }  // container tca-pump1-current-low

                container tca-pump1-current-high {
                  description
                    "Pump1 current high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute pump1 current high TCA in mA";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour pump1 current high TCA in mA";
                  }
                }  // container tca-pump1-current-high

                container tca-pump0-temperature-low {
                  description
                    "Pump0 temperature low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute pump0 temperature low TCA in C";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour pump0 temperature low TCA in C";
                  }
                }  // container tca-pump0-temperature-low

                container tca-pump0-temperature-high {
                  description
                    "Pump0 temperature high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute pump0 temperature high TCA in C";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour pump0 temperature high TCA in C";
                  }
                }  // container tca-pump0-temperature-high

                container tca-pump1-temperature-low {
                  description
                    "Pump1 temperature low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute pump1 temperature low TCA in C";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour pump1 temperature low TCA in C";
                  }
                }  // container tca-pump1-temperature-low

                container tca-pump1-temperature-high {
                  description
                    "Pump1 temperature high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute pump1 temperature high TCA in C";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour pump1 temperature high TCA in C";
                  }
                }  // container tca-pump1-temperature-high
              }  // container edfa-a-b

              container voa-a {
                description
                  "Configure voa-a";
                uses apply-advanced;

                container tca-attenuation-low {
                  description
                    "Attenuation low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute attenuation low TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour attenuation low TCA in dBm";
                  }
                }  // container tca-attenuation-low

                container tca-attenuation-high {
                  description
                    "Attenuation high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute attenuation high TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour attenuation high TCA in dBm";
                  }
                }  // container tca-attenuation-high
              }  // container voa-a

              container osc-a {
                description
                  "Configure osc-a";
                uses apply-advanced;

                container osc-tx-power-high-tca {
                  description
                    "OSC TX power high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute osc tx power high TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour osc tx power high TCA in dBm";
                  }
                }  // container osc-tx-power-high-tca

                container osc-tx-power-low-tca {
                  description
                    "OSC TX power low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute osc tx power low TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour osc tx power low TCA in dBm";
                  }
                }  // container osc-tx-power-low-tca

                container osc-rx-power-high-tca {
                  description
                    "OSC RX power high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute osc rx power high TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour osc rx power high TCA in dBm";
                  }
                }  // container osc-rx-power-high-tca

                container osc-rx-power-low-tca {
                  description
                    "OSC RX power low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute osc rx power low TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour osc rx power low TCA in dBm";
                  }
                }  // container osc-rx-power-low-tca

                container osc-fiber-loss-high-tca {
                  description
                    "OSC fiber loss high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute osc fiber loss high TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour osc fiber loss high TCA in dBm";
                  }
                }  // container osc-fiber-loss-high-tca

                container osc-fiber-loss-low-tca {
                  description
                    "OSC fiber loss low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute osc fiber loss low TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour osc fiber loss low TCA in dBm";
                  }
                }  // container osc-fiber-loss-low-tca
              }  // container osc-a

              container edfa-b-a {
                description
                  "Configure edfa-b-a";
                uses apply-advanced;

                container tca-input-power-low {
                  description
                    "Input power low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute input power low TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour input power low TCA in dBm";
                  }
                }  // container tca-input-power-low

                container tca-input-power-high {
                  description
                    "Input power high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute input power high TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour input power high TCA in dBm";
                  }
                }  // container tca-input-power-high

                container tca-output-power-low {
                  description
                    "Output power low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute output power low TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour output power low TCA in dBm";
                  }
                }  // container tca-output-power-low

                container tca-output-power-high {
                  description
                    "Output power high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute output power high TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour output power high TCA in dBm";
                  }
                }  // container tca-output-power-high

                container tca-signal-output-power-low {
                  description
                    "Signal output power low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute signal output power low TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour signal output power low TCA in dBm";
                  }
                }  // container tca-signal-output-power-low

                container tca-signal-output-power-high {
                  description
                    "Signal output power high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute signal output power high TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour signal output power high TCA in dBm";
                  }
                }  // container tca-signal-output-power-high

                container tca-pump0-current-low {
                  description
                    "Pump0 current low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute pump0 current low TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour pump0 current low TCA in dBm";
                  }
                }  // container tca-pump0-current-low

                container tca-pump0-current-high {
                  description
                    "Pump0 current high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute pump0 current high TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour pump0 current high TCA in dBm";
                  }
                }  // container tca-pump0-current-high

                container tca-pump1-current-low {
                  description
                    "Pump1 current low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute pump1 current low TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour pump1 current low TCA in dBm";
                  }
                }  // container tca-pump1-current-low

                container tca-pump1-current-high {
                  description
                    "Pump1 current high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute pump1 current high TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour pump1 current high TCA in dBm";
                  }
                }  // container tca-pump1-current-high

                container tca-pump0-temperature-low {
                  description
                    "Pump0 temperature low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute pump0 temperature low TCA in C";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour pump0 temperature low TCA in C";
                  }
                }  // container tca-pump0-temperature-low

                container tca-pump0-temperature-high {
                  description
                    "Pump0 temperature high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute pump0 temperature high TCA in C";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour pump0 temperature high TCA in C";
                  }
                }  // container tca-pump0-temperature-high

                container tca-pump1-temperature-low {
                  description
                    "Pump1 temperature low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute pump1 temperature low TCA in C";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour pump1 temperature low TCA in C";
                  }
                }  // container tca-pump1-temperature-low

                container tca-pump1-temperature-high {
                  description
                    "Pump1 temperature high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute pump1 temperature high TCA in C";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour pump1 temperature high TCA in C";
                  }
                }  // container tca-pump1-temperature-high
              }  // container edfa-b-a

              container voa-b {
                description
                  "Configure voa-b";
                uses apply-advanced;

                container tca-attenuation-low {
                  description
                    "Attenuation low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute attenuation low TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour attenuation low TCA in dBm";
                  }
                }  // container tca-attenuation-low

                container tca-attenuation-high {
                  description
                    "Attenuation high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute attenuation high TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour attenuation high TCA in dBm";
                  }
                }  // container tca-attenuation-high
              }  // container voa-b

              container osc-b {
                description
                  "Configure osc-b";
                uses apply-advanced;

                container osc-tx-power-high-tca {
                  description
                    "OSC TX power high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute osc tx power high TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour osc tx power high TCA in dBm";
                  }
                }  // container osc-tx-power-high-tca

                container osc-tx-power-low-tca {
                  description
                    "OSC TX power low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute osc tx power low TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour osc tx power low TCA in dBm";
                  }
                }  // container osc-tx-power-low-tca

                container osc-rx-power-high-tca {
                  description
                    "OSC RX power high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute osc rx power high TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour osc rx power high TCA in dBm";
                  }
                }  // container osc-rx-power-high-tca

                container osc-rx-power-low-tca {
                  description
                    "OSC RX power low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute osc rx power low TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour osc rx power low TCA in dBm";
                  }
                }  // container osc-rx-power-low-tca

                container osc-fiber-loss-high-tca {
                  description
                    "OSC fiber loss high TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute osc fiber loss high TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour osc fiber loss high TCA in dBm";
                  }
                }  // container osc-fiber-loss-high-tca

                container osc-fiber-loss-low-tca {
                  description
                    "OSC fiber loss low TCA";
                  uses apply-advanced;

                  choice enable-tca-choice {
                    leaf enable-tca {
                      type empty;
                      description
                        "Enable tca";
                    }
                    leaf no-enable-tca {
                      type empty;
                      description
                        "Don't enable tca";
                    }
                  }  // choice enable-tca-choice

                  leaf threshold {
                    type string;
                    description
                      "Threshold for 15 minute osc fiber loss low TCA in dBm";
                  }

                  leaf threshold-24hrs {
                    type string;
                    description
                      "Threshold for 24 hour osc fiber loss low TCA in dBm";
                  }
                }  // container osc-fiber-loss-low-tca
              }  // container osc-b
            }  // container ila-options
          }  // list ila
        }  // container amplifier-chain
      }  // container optical-options

      leaf power {
        type enumeration {
          enum "off" {
            value 0;
            description
              "Do not provide power to FPCs";
          }
          enum "on" {
            value 1;
            description
              "Provide power to FPCs";
          }
        }
        description "Power FPCs on or off";
      }

      leaf no-vlan-tagging {
        type empty;
        description
          "Disable vlan support on FPC with default tpid 0x8100";
      }

      container traffic-manager {
        description
          "Configure traffic-manager attributes";
        uses apply-advanced;

        container queue-threshold {
          description "Set queue thresholds";
          uses apply-advanced;

          container fabric-queue {
            description
              "Set fabric queue thresholds";
            uses apply-advanced;

            list priority {
              key "name";
              ordered-by user;
              description "Queue priority";
              leaf name {
                type enumeration {
                  enum "low" {
                    value 0;
                    description
                      "Low fabric priority";
                  }
                  enum "high" {
                    value 1;
                    description
                      "High fabric priority";
                  }
                }
                description "Priority level";
              }

              uses apply-advanced;

              leaf threshold {
                type union {
                  type string {
                    pattern "<.*>|$.*";
                  }
                  type uint32 {
                    range "1 .. 100";
                  }
                }
                description
                  "Threshold percentage to be set";
              }
            }  // list priority
          }  // container fabric-queue

          container wan-queue {
            description
              "Set wan queue thresholds";
            uses apply-advanced;

            list priority {
              key "name";
              ordered-by user;
              description "Queue Priority";
              leaf name {
                type enumeration {
                  enum "low" {
                    value 0;
                    description
                      "Low wan priority";
                  }
                  enum "medium-low" {
                    value 1;
                    description
                      "Medium low wan priority";
                  }
                  enum "medium-high" {
                    value 2;
                    description
                      "Medium high wan priority";
                  }
                  enum "high" {
                    value 3;
                    description
                      "High wan priority";
                  }
                }
                description "Priority level";
              }

              uses apply-advanced;

              leaf threshold {
                type union {
                  type string {
                    pattern "<.*>|$.*";
                  }
                  type uint32 {
                    range "1 .. 100";
                  }
                }
                description
                  "Threshold percentage to be set";
              }
            }  // list priority
          }  // container wan-queue
        }  // container queue-threshold

        choice enhanced-priority-mode-choice {
          leaf enhanced-priority-mode {
            type empty;
            description
              "Enable enhanced priority mode";
          }
          leaf no-enhanced-priority-mode {
            type empty;
            description
              "Don't enable enhanced priority mode";
          }
        }  // choice enhanced-priority-mode-choice

        leaf packet-timestamp {
          type enumeration {
            enum "enable" {
              value 0;
              description
                "Enables collecting CoS last packet enqueued timestamp";
            }
            enum "disable" {
              value 1;
              description
                "Disables collecting CoS last packet enqueued timestamp";
            }
          }
          default "disable";
          description
            "Configure collecting CoS last packet enqueued timestamp";
        }
      }  // container traffic-manager

      leaf max-power {
        type union {
          type uint32;
          type string {
            pattern "<.*>|$.*";
          }
        }
        description
          "Max power to be consumed by MPC";
      }

      leaf route-localization {
        junos:must "(".. .. .. chassis route-localization")";
        junos:must-message "Must have chassis route-localization inet or inet6";
        type enumeration {
          enum "fib-remote" {
            value 0;
            description
              "Route-Localization fib-remote";
          }
          enum "fib-local" {
            value 1;
            description
              "Route-Localization fib-local";
          }
        }
        description
          "Route-Localization fib-remote or fib-local";
      }

      leaf vpn-localization {
        type enumeration {
          enum "vpn-core-facing-only" {
            value 0;
            description
              "VPN core-facing-fpc which has no vpn-label state";
          }
          enum "vpn-core-facing-default" {
            value 1;
            description
              "VPN core-facing-fpc which has all the state";
          }
        }
        description
          "VPN-localization core-facing-only  or core-facing-default";
      }

      leaf power-budget-priority {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32;
        }
        description "FPC priority number";
      }

      choice mode {
        leaf disable-power {
          type empty;
          status deprecated;
          description
            "Do not provide power to the card";
        }
        leaf allow-sram-parity-errors {
          type empty;
          description
            "Do not power cycle FPC when SRAM parity errors occur";
        }
      }  // choice mode

      choice riot-mode {
        container performance-mode {
          presence "enable performance-mode";
          description
            "Enable performance mode, FPC will restart if mode changes from lite mode to performance mode";
          uses apply-advanced;

          leaf number-of-ucode-workers {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "0 .. 100";
              }
            }
            default "0";
            description
              "Configure number of ucode worker cores, FPC will restart if there is a change in number of ucode worker cores";
          }
        }  // container performance-mode
        leaf lite-mode {
          type empty;
          description
            "Enable lite mode, FPC will restart if mode changes from performance mode to lite mode";
        }
      }  // choice riot-mode

      leaf cfp-to-et {
        type empty;
        description
          "Enable ET interface and remove CFP client";
      }

      leaf offline {
        type empty;
        description "Keep FPC offline";
      }

      leaf offline-on-fabric-bandwidth-reduction {
        type empty;
        description
          "Bring FPC offline when running with reduced fabric bandwidth";
      }

      leaf ir-mode {
        type enumeration {
          enum "IR" {
            value 0;
            description "Set IR mode";
          }
          enum "R" {
            value 1;
            description "Set R mode";
          }
        }
        description
          "Configure IR or R mode for MPC4 and above cards";
      }

      container no-loss {
        description
          "PFC lossless buffer configuratios";
        uses apply-advanced;

        container buffer {
          description "PFC lossless buffer";
          uses apply-advanced;

          leaf percentage {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 100";
              }
            }
            units "percent";
            description
              "Configure buffer space for lossless traffic handling";
          }
        }  // container buffer
      }  // container no-loss

      leaf license-mode {
        type enumeration {
          enum "r" {
            value 0;
            description "Set card to R mode";
          }
          enum "ir" {
            value 1;
            description
              "Set card to IR mode";
          }
          enum "lsr" {
            value 2;
            description
              "Set card to LSR mode";
          }
          enum "ip" {
            value 3;
            description
              "Set card to full IP mode";
          }
        }
        description
          "Configure license mode for PTX FPC3 and later cards";
      }

      container fabric {
        presence "enable fabric";
        uses apply-advanced;

        container loopback {
          presence "enable loopback";
          description
            "Set fpc fabric loopback mode";
          uses apply-advanced;

          leaf wan {
            type enumeration {
              enum "off" {
                value 0;
                description
                  "Disable fpc fabric wan loopback";
              }
              enum "on" {
                value 1;
                description
                  "Enable fpc fabric wan loopback";
              }
            }
            description
              "Enable/Disable fpc fabric  wan loopback";
          }
        }  // container loopback

        leaf blackhole-action {
          type enumeration {
            enum "log-only" {
              value 0;
              description
                "Log the detected blackhole condition";
            }
            enum "offline" {
              value 1;
              description "Offline the FPC";
            }
            enum "restart" {
              value 2;
              description "Restart the FPC";
            }
            enum "restart-then-offline" {
              value 3;
              description
                "Restart the FPC and offline in subsequent action. ";
            }
          }
          description
            "Action taken upon fabric plane blackhole involving the FPC";
        }

        container bandwidth-degradation {
          description
            "Take FPC recovery action when FPC running with reduced fabric bandwidth";
          uses apply-advanced;

          leaf percentage {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 99";
              }
            }
            description
              "The percentage of PFE bandwidth degradation to trigger action";
          }

          leaf no-fabric-switchover {
            type empty;
            description
              "Do not perform switchover to spare CB";
          }

          leaf action {
            type enumeration {
              enum "log-only" {
                value 0;
                description
                  "Log the bandwidth degradation only";
              }
              enum "offline" {
                value 1;
                description
                  "Offline the FPC, default action";
              }
              enum "restart" {
                value 2;
                description
                  "Restart the FPC";
              }
              enum "restart-then-offline" {
                value 3;
                description
                  "Restart the FPC and offline in subsequent action";
              }
            }
            description
              "Type of action to trigger";
          }
        }  // container bandwidth-degradation
      }  // container fabric

      list port-mirror-instance {
        key "name";
        max-elements 2;
        ordered-by user;
        leaf name {
          junos:must "(!("forwarding-options port-mirroring instance $$ input-parameters-instance"))";
          junos:must-message "Derived instance cannot be binded";
          junos:must "(((!("chassis network-services lan") && ("forwarding-options port-mirroring instance $$" || "forwarding-options analyzer $$")) || "chassis network-services lan"))";
          junos:must-message "Referenced port-mirroring instance does not exist";
          type string {
            length "1 .. 64";
          }
          description
            "Associate a port mirroring instance with the FPC";
        }

        uses apply-advanced;
      }  // list port-mirror-instance

      list sampling-instance {
        key "name";
        max-elements 1;
        ordered-by user;
        leaf name {
          junos:must "("forwarding-options sampling instance $$")";
          junos:must-message "Referenced sampling instance does not exist";
          type string {
            length "1 .. 64";
          }
          description
            "Associate a sampling instance with the FPC";
        }

        uses apply-advanced;
      }  // list sampling-instance

      container inline-services {
        uses apply-advanced;

        leaf report-zero-oif-gw-on-discard {
          type empty;
          description
            "Jflow reports value zero in OIF and GW when traffic is not forwarded";
        }

        leaf flex-flow-sizing {
          junos:must "(!((".. flow-table-size ipv4-flow-table-size" || (".. flow-table-size ipv6-flow-table-size" || (".. flow-table-size vpls-flow-table-size" || (".. flow-table-size bridge-flow-table-size" || ".. flow-table-size mpls-flow-table-size"))))))";
          junos:must-message "flex-flow-sizing and flow-table-size are mutually exclusive";
          type empty;
          description
            "No fixed size allocation of flow tables for proto families";
        }

        leaf use-extended-flow-memory {
          type empty;
          description
            "Use extended memory for flow records";
        }

        container flow-table-size {
          uses apply-advanced;

          leaf ipv4-flow-table-size {
            junos:must "(!(".. .. flex-flow-sizing"))";
            junos:must-message "flex-flow-sizing and flow-table-size are mutually exclusive";
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 245";
              }
            }
            description
              "IPv4 flow table size in units of 256k";
          }

          leaf ipv6-flow-table-size {
            junos:must "(!(".. .. flex-flow-sizing"))";
            junos:must-message "flex-flow-sizing and flow-table-size are mutually exclusive";
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 245";
              }
            }
            description
              "IPv6 flow table size in units of 256k";
          }

          leaf vpls-flow-table-size {
            junos:must "(!(".. .. flex-flow-sizing"))";
            junos:must-message "flex-flow-sizing and flow-table-size are mutually exclusive";
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 245";
              }
            }
            status deprecated;
            description
              "VPLS flow table size in units of 256k";
          }

          leaf bridge-flow-table-size {
            junos:must "(!(".. .. flex-flow-sizing"))";
            junos:must-message "flex-flow-sizing and flow-table-size are mutually exclusive";
            junos:must "(!(".. vpls-flow-table-size"))";
            junos:must-message "Both vpls-flow-table-size and bridge-flow-table-size can not be configured/allowed";
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 245";
              }
            }
            description
              "BRIDGE flow table size in units of 256k";
          }

          leaf ipv6-extended-attrib {
            type empty;
            description
              "Enable extended flow attribute";
          }

          leaf mpls-flow-table-size {
            junos:must "(!(".. .. flex-flow-sizing"))";
            junos:must-message "flex-flow-sizing and flow-table-size are mutually exclusive";
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 245";
              }
            }
            description
              "MPLS flow table size in units of 256k";
          }
        }  // container flow-table-size
      }  // container inline-services

      container inline-video-monitoring {
        uses apply-advanced;

        leaf maximum-flows-count {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "16 .. 8192";
            }
          }
          status deprecated;
          description
            "Maximum number of inline video monitoring flows per PFE instance.";
        }

        leaf flow-table-size {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "16 .. 8192";
            }
          }
          description
            "Size of flow table size per PFE instance";
        }
      }  // container inline-video-monitoring

      container application-services {
        description
          "Application services configuration";
        uses apply-advanced;

        leaf package {
          type string;
          description "Package selection";
        }
      }  // container application-services

      container slamon-services {
        description
          "SLA monitoring services";
        uses apply-advanced;

        leaf rfc2544 {
          type empty;
          description
            "Enable sla monitoring services";
        }
      }  // container slamon-services

      leaf flexible-queuing-mode {
        junos:must "(!(".. max-queues"))";
        junos:must-message "flexible-queuing-mode and max-queues can not be configured at same time";
        type empty;
        description
          "Enable flexible queuing mode";
      }

      leaf loopback-device-count {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "0 .. 4";
          }
        }
        default "0";
        description "Number of loopbacks";
      }

      leaf interasic-linkerror-recovery-enable {
        type empty;
        description
          "Enable inter-asic link error recovery";
      }

      leaf number-of-ports {
        type enumeration {
          enum "8" {
            value 0;
            description "Enable 8 ports";
          }
          enum "12" {
            value 1;
            description "Enable 12 ports";
          }
        }
        description
          "Number of physical ports to enable on FPC";
      }

      list pfe {
        key "name";
        description
          "Packet forwarding engine parameters";
        uses chassis_pfe_type;
      }  // list pfe

      leaf service-package {
        type enumeration {
          enum "bundle-rfc2544" {
            value 0;
            description
              "Service Package for RFC2544";
          }
          enum "bundle-nat-ipsec" {
            value 1;
            description
              "Service Package for NAT and IPSEC";
          }
          enum
            "bundle-ptp-enterprise-profile" {
            value 2;
            description
              "Service Package for PTP Enterprise Profile";
          }
        }
        default "bundle-rfc2544";
        description
          "Service package to be loaded on FPC";
      }

      leaf max-queues {
        junos:must "(!(".. flexible-queuing-mode"))";
        junos:must-message "max-queues and flexible-queuing-mode can not be configured at same time";
        type enumeration {
          enum "8k" {
            value 0;
            description "8K maximum queues";
          }
          enum "16k" {
            value 1;
            description "16K maximum queues";
          }
          enum "32k" {
            value 2;
            description "32K maximum queues";
          }
          enum "48k" {
            value 3;
            description "48K maximum queues";
          }
          enum "64k" {
            value 4;
            description
              "64K maximum queues ";
          }
          enum "96k" {
            value 5;
            description
              "96K maximum queues ";
          }
          enum "128k" {
            value 6;
            description
              "128K maximum queues";
          }
          enum "192k" {
            value 7;
            description
              "192K maximum queues";
          }
          enum "256k" {
            value 8;
            description
              "256K maximum queues";
          }
          enum "384k" {
            value 9;
            description
              "256K maximum queues";
          }
          enum "512k" {
            value 10;
            description
              "512K maximum queues";
          }
          enum "768k" {
            value 11;
            description
              "768K maximum queues";
          }
          enum "1M" {
            value 12;
            description "1M maximum queues";
          }
          enum "1536k" {
            value 13;
            description
              "1536k maximum queues";
          }
          enum "2M" {
            value 14;
            description "2M maximum queues";
          }
        }
        description
          "Maximum number of queues configurable on FPC";
      }

      leaf bandwidth {
        type enumeration {
          enum "1.6T" {
            value 0;
            description
              "Configure FPC bandwidth to 1.6T";
          }
        }
        description
          "Configure bandwidth of FPC";
      }

      leaf pfe-bandwidth {
        type enumeration {
          enum "240G" {
            value 0;
            description
              "Configure PFE bandwidth to 240G";
          }
          enum "300G" {
            value 1;
            description
              "Configure PFE bandwidth to 300G";
          }
          enum "400G" {
            value 2;
            description
              "Configure PFE bandwidth to 400G";
          }
        }
        description
          "Configure per PFE bandwidth";
      }

      container error {
        description
          "Error level configuration for FPC";
        uses chassis_fpc_error_type;
      }  // container error

      list slc {
        key "name";
        description "Sub-line card (SLC)";
        uses chassis_slc_type;
      }  // list slc

      container openflow {
        description "Openflow configuration";
        uses apply-advanced;

        leaf access-list-partition {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "0 .. 100";
            }
          }
          units "percents";
          description
            "Space reserved for openflow access-list rules";
        }
      }  // container openflow
    }  // grouping chassis_fpc_type

    grouping chassis_fru_cmerror_override_type {
      description
        "Chassis Fpc Error override";
      leaf name {
        type string {
          junos:posix-pattern "^(/[^/ ]+/[0-9]+){4}/[^/ ]+$";
          junos:pattern-message "Invalid error identifier format";
          length "1 .. 255";
        }
        description "Error identifier";
      }

      uses apply-advanced;

      leaf state {
        type enumeration {
          enum "disable" {
            value 0;
            description "Disable error";
          }
        }
        description "State";
      }

      leaf severity {
        type enumeration {
          enum "minor" {
            value 0;
            description "Minor Severity";
          }
          enum "major" {
            value 1;
            description "Major Severity";
          }
          enum "fatal" {
            value 2;
            description "Fatal Severity";
          }
        }
        description "Severity";
      }

      container pfe {
        presence "enable pfe";
        description "Apply to these pfe";
        uses apply-advanced;

        leaf all {
          type empty;
          description "Apply to all pfe";
        }
      }  // container pfe
    }  // grouping chassis_fru_cmerror_override_type

    grouping chassis_pem_type {
      uses apply-advanced;

      leaf minimum {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32;
        }
        description
          "Minimum number of power supplies required for normal operation";
      }

      leaf feeds {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "4 .. 6";
          }
        }
        description
          "Number of input feeds required";
      }

      leaf input-current {
        type enumeration {
          enum "40" {
            junos:must "((!("chassis pem feeds") || "chassis pem feeds 6"))";
            junos:must-message "Must configured with 6 feeds";
            value 0;
            description
              "40 Amps in each Feed";
          }
          enum "60" {
            value 1;
            description
              "60 Amps in each Feed";
          }
        }
        default "60";
        description
          "Input current (Amps) in each feed ";
      }
    }  // grouping chassis_pem_type

    grouping chassis_pfe_type {
      description
        "PFE(Packet forwarding engine)";
      leaf name {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32;
        }
        description
          "PFE(Packet forwarding engine) identifier";
      }

      uses apply-advanced;

      container forwarding-packages {
        description
          "Associated forwarding package configuration";
        uses apply-advanced;

        container mobility {
          description
            "Mobility related PFE configuration";
          uses apply-advanced;

          choice package-type {
            leaf user-plane {
              type empty;
              description
                "User plane function";
            }
          }  // choice package-type
        }  // container mobility
      }  // container forwarding-packages

      container exception-reporting {
        description
          "Enable reporting of exceptions in the forwarding path";
        uses apply-advanced;

        list category {
          key "name";
          ordered-by user;
          description
            "Exception category type";
          leaf name {
            type enumeration {
              enum "layer3" {
                value 0;
                description
                  "Layer 3 exceptions";
              }
              enum "layer2" {
                value 1;
                description
                  "Layer 2 exceptions";
              }
              enum "firewall" {
                value 2;
                description
                  "Firewall exceptions";
              }
              enum "forwarding-state" {
                value 3;
                description
                  "Forwarding state related exceptions";
              }
              enum "packet-errors" {
                value 4;
                description
                  "Packet format error related exceptions";
              }
            }
          }

          uses apply-advanced;

          leaf inline-monitoring-instance {
            junos:must "("services inline-monitoring instance $$")";
            junos:must-message "Configure 'inline-monitoring instance'";
            type string {
              length "1 .. 64";
            }
            description
              "Inline monitoring to specified instance";
          }
        }  // list category
      }  // container exception-reporting

      leaf power {
        type enumeration {
          enum "off" {
            value 0;
            description "Power off PFE";
          }
          enum "on" {
            value 1;
            description "Power on PFE";
          }
        }
        description "Power PFEs on or off";
      }

      leaf tunnel-services {
        type empty;
        description
          "Tunnel services configuration";
      }
    }  // grouping chassis_pfe_type

    grouping chassis_pic_type {
      leaf name {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32;
        }
        description "PIC slot number";
      }

      uses apply-advanced;

      leaf pic-mode {
        type enumeration {
          enum "1G" {
            value 0;
            description "1GE mode";
          }
          enum "10G" {
            value 1;
            description "10GE mode";
          }
          enum "25G" {
            value 2;
            description "25GE mode";
          }
          enum "40G" {
            value 3;
            description "40GE mode";
          }
          enum "50G" {
            value 4;
            description "50GE mode";
          }
          enum "100G" {
            value 5;
            description "100GE mode";
          }
          enum "400G" {
            value 6;
            description "400GE mode";
          }
        }
        description "PIC mode configuration";
      }

      container tunnel-services {
        junos:must "(!(".. traffic-manager single-stream"))";
        junos:must-message "Cannot configure tunnel-services if single-stream is configured";
        presence "enable tunnel-services";
        description
          "Tunnel services configuration";
        uses apply-advanced;

        leaf bandwidth {
          type string;
          description
            "Amount of bandwidth reserved for tunnel service";
        }

        leaf tunnel-only {
          type empty;
          description
            "Support only tunnel traffic";
        }

        leaf port {
          type union {
            type uint32;
            type string {
              pattern "<.*>|$.*";
            }
          }
          description
            "Front panel port number - ACX5048: [16-53], ACX5096: [64-95, 100-103]";
        }

        list tunnel-port {
          key "name";
          ordered-by user;
          description "Tunnel port number";
          leaf name {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32;
            }
            description "Port number";
          }

          uses apply-advanced;

          leaf bandwidth {
            type string;
            description
              "Amount of bandwidth reserved for tunnel service";
          }
        }  // list tunnel-port
      }  // container tunnel-services

      leaf interface-type {
        type enumeration {
          enum "ge" {
            value 0;
            description
              "Prefix interfaces as ge";
          }
          enum "xe" {
            value 1;
            description
              "Prefix interfaces as xe";
          }
          enum "et" {
            value 2;
            description
              "Prefix interfaces as et";
          }
        }
        description "Interface prefix";
      }

      container inline-services {
        presence "enable inline-services";
        description
          "Inline services configuration";
        uses apply-advanced;

        leaf bandwidth {
          type string;
          description
            "Amount of bandwidth reserved for inline service";
        }

        leaf fragmentation-mtu {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "250 .. 9000";
            }
          }
          default "1500";
          description
            "Set the fragmentation MTU size";
        }

        leaf reassembly-context-age {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "5 .. 80";
            }
          }
          default "25";
          description
            "Set the re-assembly context age millisecond timeout";
        }

        container service-plane-recovery {
          description
            "Service plane recovery configuration";
          uses apply-advanced;

          leaf disable {
            type empty;
          }

          leaf downtime-gap-seconds {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "30 .. 86400";
              }
            }
            default "180";
            description
              "Gap between successive downtime events for recovery";
          }

          leaf downtime-events {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 100";
              }
            }
            default "3";
            description
              "Number of downtime events after which recovery is disabled";
          }
        }  // container service-plane-recovery
      }  // container inline-services

      choice adaptive-or-monitoring {
        container adaptive-services {
          description
            "Adaptive services configuration";
          uses apply-advanced;

          container service-package {
            description
              "AS PIC service package";
            uses apply-advanced;

            choice service-package-choice {
              leaf layer-3 {
                type empty;
                description
                  "Layer 3 service package";
              }
              leaf layer-2 {
                type empty;
                description
                  "Layer 2 service package";
              }
              leaf layer-2-3 {
                type empty;
                description
                  "Combined Layer 2 and Layer 3 service package";
              }
              container extension-provider {
                description
                  "Extension provider package configuration";
                uses apply-advanced;

                leaf data-pollers {
                  type union {
                    type string {
                      pattern "<.*>|$.*";
                    }
                    type uint32 {
                      range "0 .. 7";
                    }
                  }
                  default "0";
                  description
                    "Number of cpus dedicated to poll data packets";
                }

                container data-flow-affinity {
                  presence
                    "enable data-flow-affinity";
                  description
                    "Enable flow affinity on data cores";
                  uses apply-advanced;

                  leaf hash-key {
                    type enumeration {
                      enum "layer-3" {
                        value 0;
                        description
                          "Set layer-3 as hash key";
                      }
                      enum "layer-4" {
                        value 1;
                        description
                          "Set layer-4 as hash key (default)";
                      }
                    }
                  }
                }  // container data-flow-affinity

                leaf session-offload {
                  type empty;
                  description
                    "Enable session offload";
                }

                leaf no-default-packages {
                  type empty;
                  description
                    "Do not load default packages";
                }

                list package {
                  key "name";
                  max-elements 33;
                  ordered-by user;
                  description
                    "Extension provider package to run on the PIC";
                  leaf name {
                    type string;
                    description
                      "Name of package";
                  }

                  uses apply-advanced;
                }  // list package

                list syslog {
                  key "name";
                  ordered-by user;
                  description
                    "System logging facility";
                  leaf name {
                    type enumeration {
                      enum "external" {
                        value 0;
                        description
                          "Local external applications";
                      }
                      enum "pfe" {
                        value 1;
                        description
                          "Packet Forwarding Engine";
                      }
                      enum "daemon" {
                        value 2;
                        description
                          "Various system processes";
                      }
                      enum "kernel" {
                        value 3;
                        description "Kernel";
                      }
                    }
                    description
                      "Facility type";
                  }

                  uses apply-advanced;

                  choice level {
                    leaf any {
                      type empty;
                      description
                        "All levels";
                    }
                    leaf emergency {
                      type empty;
                      description
                        "Panic conditions";
                    }
                    leaf alert {
                      type empty;
                      description
                        "Conditions that should be corrected immediately";
                    }
                    leaf critical {
                      type empty;
                      description
                        "Critical conditions";
                    }
                    leaf error {
                      type empty;
                      description
                        "Error conditions";
                    }
                    leaf warning {
                      type empty;
                      description
                        "Warning messages";
                    }
                    leaf notice {
                      type empty;
                      description
                        "Conditions that should be handled specially";
                    }
                    leaf info {
                      type empty;
                      description
                        "Informational messages";
                    }
                    leaf none {
                      type empty;
                      description
                        "No messages";
                    }
                  }  // choice level

                  leaf destination {
                    type enumeration {
                      enum "routing-engine" {
                        value 0;
                        description
                          "Forward log messages to RE";
                      }
                      enum "pic-console" {
                        value 1;
                        description
                          "Forward to PIC console";
                      }
                    }
                    description
                      "Sylog destination";
                  }
                }  // list syslog
              }  // container extension-provider
            }  // choice service-package-choice
          }  // container service-package
        }  // container adaptive-services
        container monitoring-services {
          description
            "Monitoring services configuration";
          uses apply-advanced;

          leaf application {
            type enumeration {
              enum "dynamic-flow-capture" {
                value 0;
                description
                  "Dynamic flow capture mode";
              }
              enum "flow-collector" {
                value 1;
                description
                  "Flow collector mode";
              }
              enum "monitor" {
                value 2;
                description "Monitor mode";
              }
            }
            description "Application mode";
          }
        }  // container monitoring-services
      }  // choice adaptive-or-monitoring

      leaf no-mcast-replication {
        type empty;
        description "No mcast replication";
      }

      container ggsn-services {
        status deprecated;
        description
          "GGSN services configuration";
        uses apply-advanced;

        leaf application {
          type enumeration {
            enum "ggsn-data" {
              value 0;
              description "GGSN-U mode";
            }
            enum "ggsn-inspection" {
              value 1;
              description "GGSN-I mode";
            }
            enum "ggsn-tunnel" {
              value 2;
              description "GGSN-T mode";
            }
          }
          description "Application mode";
        }
      }  // container ggsn-services

      leaf framing {
        type enumeration {
          enum "sonet" {
            value 0;
            description "SONET mode";
          }
          enum "sdh" {
            value 1;
            description "SDH mode";
          }
          enum "t3" {
            value 2;
            description "T3 mode";
          }
          enum "e3" {
            value 3;
            description "E3 mode";
          }
          enum "t1" {
            value 4;
            description "T1 mode";
          }
          enum "e1" {
            value 5;
            description "E1 mode";
          }
          enum "lan" {
            value 6;
            description "LAN mode";
          }
        }
        description "Framing mode";
      }

      container synchronization {
        description
          "PIC synchronization source";
        uses apply-advanced;

        choice source {
          leaf port {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "0 .. 11";
              }
            }
            description "Port Number";
          }
        }  // choice source
      }  // container synchronization

      container recovered-clock {
        description
          "Select recovered clock for this port";
        uses apply-advanced;

        leaf port {
          junos:must "(unique "chassis fpc ${fpc} pic <*> recovered-clock")";
          junos:must-message "Recovered-clock can be configured only on single pic/port";
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "0 .. 47";
            }
          }
          description "Port Number";
        }

        leaf channel {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "0 .. 3";
            }
          }
          description "Channel Number";
        }
      }  // container recovered-clock

      leaf vtmapping {
        type enumeration {
          enum "klm" {
            value 0;
            description "KLM mode";
          }
          enum "itu-t" {
            value 1;
            description "ITU-T mode";
          }
        }
        description
          "Virtual tunnel mapping mode";
      }

      leaf no-concatenate {
        type empty;
        description
          "Do not concatenate channels";
      }

      leaf no-multi-rate {
        type empty;
        description
          "Disable multi-rate mode";
      }

      leaf channelization {
        type empty;
        description "Enable Channelization";
      }

      leaf linerate-mode {
        junos:must "(!(".. .. pic ${pic} mixed-rate-mode"))";
        junos:must-message "linerate-mode can't be set if mixed-rate-mode is set for PIC";
        type empty;
        description
          "Disable oversubscription. PIC operates in line rate mode";
      }

      leaf speed {
        type enumeration {
          enum "1G" {
            value 0;
            description
              "1GE-Gigabit Ethernet";
          }
        }
        description "Port speed";
      }

      leaf mixed-rate-mode {
        junos:must "(!(".. .. pic ${pic} linerate-mode"))";
        junos:must-message "mixed-rate-mode can't be set if linerate-mode is set for PIC";
        type empty;
        description
          "PIC operates in mixed-rate-mode. Speed and AE configurable for PIC Ports";
      }

      leaf no-pre-classifier {
        type empty;
        description
          "No pre-classification of packets";
      }

      leaf aggregate-ports {
        type empty;
        description
          "Aggregate multiple ports on a PIC as a single port";
      }

      leaf number-of-ports {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32;
        }
        description
          "Number of physical ports to enable on PIC";
      }

      leaf power {
        type enumeration {
          enum "off" {
            value 0;
            description
              "Do not provide power to PIC";
          }
        }
        description "Power off PIC";
      }

      leaf pic-type {
        type string {
          junos:posix-pattern "^([.]?1|[a-zA-Z][a-zA-Z0-9]*)([.]([a-zA-Z]|[0-9]+))*$";
          junos:pattern-message "Must be an OID of the form 1.x.y.z... or objname[.x.y.z] where x, y, & z are either numbers or a single letter";
        }
        description
          "OID of PIC type to be configured";
      }

      container aggregated-devices {
        description
          "Aggregated devices configuration";
        uses apply-advanced;

        container ima {
          description
            "Aggregated device options for Inverse Multiplexing for ATM";
          uses apply-advanced;

          leaf device-count {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 42";
              }
            }
            description
              "Number of IMA groups";
          }
        }  // container ima
      }  // container aggregated-devices

      leaf sparse-dlcis {
        type empty;
        description
          "Run in sparse data-link connection identifier mode";
      }

      leaf multi-link-layer-2-inline {
        type empty;
        description
          "Enable inline layer-2 services";
      }

      container q-pic-large-buffer {
        presence "enable q-pic-large-buffer";
        description
          "Run in large delay buffer mode";
        uses apply-advanced;

        choice buffer-type {
          leaf small-scale {
            type empty;
            description
              "Supports less number of interfaces";
          }
          leaf large-scale {
            type empty;
            description
              "Supports large number of interfaces";
          }
        }  // choice buffer-type
      }  // container q-pic-large-buffer

      container red-buffer-occupancy {
        description
          "Computation type for RED buffer occupancy";
        uses apply-advanced;

        container weighted-averaged {
          presence
            "enable weighted-averaged";
          description
            "Weighted-average computation";
          uses apply-advanced;

          leaf instant-usage-weight-exponent {
            type union {
              type uint8;
              type string {
                pattern "<.*>|$.*";
              }
            }
            description
              "Weight for instant buffer usage (negative exponent of 2)";
          }
        }  // container weighted-averaged
      }  // container red-buffer-occupancy

      container traffic-manager {
        description
          "Configure traffic manager attributes";
        uses apply-advanced;

        leaf ingress-shaping-overhead {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type int32 {
              range "-62 .. 192";
            }
          }
          units "bytes";
          description
            "Number of CoS shaping overhead bytes in ingress";
        }

        leaf egress-shaping-overhead {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type int32 {
              range "-62 .. 192";
            }
          }
          units "bytes";
          description
            "Number of CoS shaping overhead bytes in egress";
        }

        leaf mode {
          type enumeration {
            enum "egress-only" {
              value 0;
              description
                "Egress traffic manager enabled, ingress traffic manager disabled";
            }
            enum "session-shaping" {
              value 1;
              description
                "Enable egress session shaping";
            }
            enum "ingress-and-egress" {
              value 2;
              description
                "Enable the ingress and egress traffic managers";
            }
          }
          description
            "Configure traffic manager mode";
        }
      }  // container traffic-manager

      container idle-cell-format {
        description
          "ATM idle cell configuration";
        uses apply-advanced;

        leaf itu-t {
          type empty;
          description
            "ITU-T idle cell header format";
        }

        leaf payload-pattern {
          type string;
          description
            "Payload pattern byte (0x00-0xff)";
        }
      }  // container idle-cell-format

      container atm-l2circuit-mode {
        description
          "Enable ATM Layer 2 circuit transport mode";
        uses apply-advanced;

        choice mode_choice {
          leaf aal5 {
            type empty;
            description
              "ATM Layer 2 circuit AAL5 mode";
          }
          leaf cell {
            type empty;
            description
              "ATM Layer 2 circuit cell mode";
          }
          container trunk {
            presence "enable trunk";
            description
              "Set ATM Layer 2 circuit trunk mode";
            uses apply-advanced;

            choice trunk-mode {
              container uni {
                presence "enable uni";
                description
                  "ATM Layer 2 circuit user-to-network interface trunk mode";
                uses apply-advanced;
              }  // container uni
              container nni {
                presence "enable nni";
                description
                  "ATM Layer 2 circuit network-to-network interface trunk mode";
                uses apply-advanced;
              }  // container nni
            }  // choice trunk-mode
          }  // container trunk
        }  // choice mode_choice
      }  // container atm-l2circuit-mode

      leaf atm-cell-relay-accumulation {
        type empty;
        description
          "Enable ATM cell-relay accumulation mode";
      }

      leaf mlfr-uni-nni-bundles {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "1 .. 255";
          }
        }
        description
          "Number of multilink Frame Relay UNI NNI (FRF.16) bundles to allocate on PIC";
      }

      leaf mlfr-uni-nni-bundles-inline {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "1 .. 255";
          }
        }
        description
          "Number of inline multilink frame relay UNI NNI bundles";
      }

      container ct3 {
        description
          "CT3 NxDS0 PIC configuration";
        uses apply-advanced;

        list port {
          key "name";
          description "CT3 port";
          uses ct3_port_type;
        }  // list port
      }  // container ct3

      container ce1 {
        description
          "CE1 NxDS0 PIC configuration";
        uses apply-advanced;

        list e1 {
          key "name";
          description "E1 link";
          uses ce1_channel_type;
        }  // list e1
      }  // container ce1

      leaf max-queues-per-interface {
        type enumeration {
          enum "4" {
            value 0;
            description
              "Maximum 4 queues per interface";
          }
          enum "8" {
            value 1;
            description
              "Maximum 8 queues per interface";
          }
        }
        description
          "Maximum number of queues per interface on QOS-capable PIC";
      }

      container shdsl {
        description
          "SHDSL chassis configuration";
        uses apply-advanced;

        leaf pic-mode {
          type enumeration {
            enum "1-port-atm" {
              value 0;
              description
                "Single port ATM, 8 wire mode";
            }
            enum "2-port-atm" {
              value 1;
              description
                "Two port ATM, 4 wire mode";
            }
            enum "4-port-atm" {
              value 2;
              description
                "Four port ATM, 2 wire mode";
            }
            enum "efm" {
              value 3;
              description
                "Single port EFM, 2 wire mode";
            }
          }
          default "2-port-atm";
          description "PIC mode";
        }
      }  // container shdsl

      container ethernet {
        description
          "J-series Ethernet PIM mode configuration";
        uses apply-advanced;

        leaf pic-mode {
          type enumeration {
            enum "switching" {
              value 0;
              description
                "Switched mode of operation";
            }
            enum "routing" {
              value 1;
              description
                "Routing mode of operation";
            }
            enum "enhanced-switching" {
              junos:must "(unique "chassis fpc <*> pic <*> ethernet pic-mode enhanced-switching")";
              junos:must-message "Enhanced-switching can be configured only on single PIM";
              value 2;
              description
                "Enhanced switching mode of operation";
            }
          }
          default "routing";
          description "PIC mode";
        }
      }  // container ethernet

      leaf tunnel-queuing {
        type empty;
        description
          "Enable queueing for GRE/IPIP tunnels";
      }

      list port-mirror-instance {
        key "name";
        max-elements 2;
        ordered-by user;
        leaf name {
          junos:must "(!("forwarding-options port-mirroring instance $$ input-parameters-instance"))";
          junos:must-message "Derived instance cannot be binded";
          junos:must "(((!("chassis network-services lan") && ("forwarding-options port-mirroring instance $$" || "forwarding-options analyzer $$")) || "chassis network-services lan"))";
          junos:must-message "Referenced port-mirroring instance does not exist";
          type string {
            length "1 .. 64";
          }
          description
            "Associate a port mirroring instance with the PIC";
        }

        uses apply-advanced;
      }  // list port-mirror-instance

      list port {
        key "name";
        description "Port number";
        uses chassis_pic_port_framing;
      }  // list port

      list port-range {
        key "port-range-low port-range-high";
        ordered-by user;
        description
          "Physical ports to channelize";
        leaf port-range-low {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32;
          }
          description
            "Port range low number";
        }

        leaf port-range-high {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32;
          }
          description
            "Port range high number";
        }

        uses apply-advanced;

        leaf short-reach-mode {
          type enumeration {
            enum "disable" {
              value 0;
              description "Disable";
            }
            enum "enable" {
              value 1;
              description "Enable";
            }
          }
          description
            "Short reach mode (For ports 0..47)";
        }

        leaf channel-speed {
          type enumeration {
            enum "10g" {
              value 0;
              description
                "Set the port speed to 10G. This will restart PFE";
            }
            enum "25g" {
              value 1;
              description
                "Set the port speed to 25G.";
            }
            enum "50g" {
              value 2;
              description
                "Set the port speed to 50G.";
            }
            enum
              "disable-auto-speed-detection" {
              value 3;
              description
                "Disables automatic speed detection";
            }
          }
          description "Port channel speed";
        }
      }  // list port-range

      container fibre-channel {
        description
          "Fibre channel configuration option";
        uses chassis_fibre_channel_type;
      }  // container fibre-channel

      container sfpplus {
        description
          "Sfpplus configuration option";
        uses apply-advanced;

        leaf pic-mode {
          type enumeration {
            enum "1g" {
              value 0;
              description "1G SFP mode";
            }
            enum "10g" {
              value 1;
              description "10G SFP+ mode";
            }
          }
          description "PIC mode";
        }
      }  // container sfpplus

      container hash-key {
        description
          "Select data used in the hash key";
        uses apply-advanced;

        container family {
          description "Protocol family";
          uses apply-advanced;

          container inet {
            description
              "IPv4 protocol family";
            uses apply-advanced;

            container layer-3 {
              presence "enable layer-3";
              description
                "Include Layer 3 (IP) data in the hash key";
              uses apply-advanced;

              leaf destination-address {
                type empty;
                description
                  "Include IP destination address in the hash key";
              }
            }  // container layer-3

            container layer-4 {
              presence "enable layer-4";
              description
                "Include Layer 4 (TCP or UDP) data in the hash key";
              uses apply-advanced;
            }  // container layer-4

            container symmetric-hash {
              junos:must "((".. layer-3" || ".. layer-4"))";
              junos:must-message "layer-3 and/or layer-4 to be configured for symmetric/complement Hash";
              presence
                "enable symmetric-hash";
              description
                "Create symmetric hash-key with source & dest ports";
              uses apply-advanced;

              leaf complement {
                type empty;
                description
                  "Create complement of symmetric hash-key";
              }
            }  // container symmetric-hash
          }  // container inet

          container multiservice {
            description
              "Multiservice protocol family";
            uses apply-advanced;

            leaf source-mac {
              type empty;
              description
                "Include source MAC address in hash key";
            }

            leaf destination-mac {
              type empty;
              description
                "Include destination MAC address in hash key";
            }

            container payload {
              description
                "Include payload data in the hash key";
              uses apply-advanced;

              container ip {
                description
                  "Include IPv4 payload data in the hash key";
                uses apply-advanced;

                container layer-3 {
                  presence "enable layer-3";
                  description
                    "Include layer-3 ip info for VPLS/Bridge";
                  uses apply-advanced;

                  choice layer-3-options {
                    leaf source-ip-only {
                      type empty;
                      description
                        "Include source IP only in hash-key";
                    }
                    leaf destination-ip-only {
                      type empty;
                      description
                        "Include desintation IP only in hash-key";
                    }
                  }  // choice layer-3-options
                }  // container layer-3

                leaf layer-4 {
                  type empty;
                  description
                    "Include layer-4 IP information for VPLS/Bridge";
                }
              }  // container ip
            }  // container payload

            container symmetric-hash {
              junos:must "((".. payload" || (".. source-mac" || ".. destination-mac")))";
              junos:must-message "Payload and/or source-MAC and/or destination-MAC to be configured for symmetric/complement Hash";
              presence
                "enable symmetric-hash";
              description
                "Create a/symmetric hash-key with any attributes";
              uses apply-advanced;

              leaf complement {
                type empty;
                description
                  "Create complement of symmetric hash-key";
              }
            }  // container symmetric-hash
          }  // container multiservice
        }  // container family
      }  // container hash-key

      leaf ingress-policer-overhead {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "0 .. 255";
          }
        }
        units "bytes";
        description
          "Number of policer overhead bytes in ingress";
      }

      leaf egress-policer-overhead {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "0 .. 255";
          }
        }
        units "bytes";
        description
          "Number of policer overhead bytes in egress";
      }

      leaf account-layer2-overhead {
        type empty;
        description
          "Account Layer2 overhead in egress and ingress IFD/IFL stats";
      }

      container forwarding-mode {
        description
          "Set 100GE PIC packet distribution mode";
        uses apply-advanced;

        choice cap-fpga-packet-distribution-mode {
          leaf sa-multicast {
            type empty;
            description
              "Used for Juniper CGE to Juniper 100GE PIC back to back connection";
          }
          container vlan-steering {
            presence "enable vlan-steering";
            description
              "Steer packet by VLAN id, interoperate with other vendors";
            uses apply-advanced;

            leaf vlan-rule {
              type enumeration {
                enum "odd-even" {
                  value 0;
                  description
                    "Even number VLAN id processed by PFE0; odd number by PFE1";
                }
                enum "high-low" {
                  value 1;
                  description
                    "VLAN 1~2047 processed by PFE0; others by PFE1";
                }
              }
              description
                "Set 100GE PIC forwarding VLAN rule";
            }
          }  // container vlan-steering
        }  // choice cap-fpga-packet-distribution-mode
      }  // container forwarding-mode

      leaf subscriber-aware-services {
        type empty;
        description
          "Enable subscriber aware services";
      }

      leaf ptp-mode {
        type empty;
        description
          "Set hardware to run PTP BC applications.";
      }
    }  // grouping chassis_pic_type

    grouping ce1_channel_type {
      leaf name {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "0 .. 9";
          }
        }
        description "E1 link number";
      }

      uses apply-advanced;

      list channel-group {
        key "name";
        description "Define channel group";
        leaf name {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "0 .. 23";
            }
          }
          description "Channel group number";
        }

        leaf timeslots {
          type string;
          description
            "DS0 timeslots (1..31); for example, 1-3,4,9,22-24 (no spaces)";
        }
      }  // list channel-group
    }  // grouping ce1_channel_type

    grouping chassis_fibre_channel_type {
      description
        "Fibre channel configuration option";
      uses apply-advanced;

      list port-range {
        key "port-range-low port-range-high";
        ordered-by user;
        description
          "Fibre channel port range";
        leaf port-range-low {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "0 .. 47";
            }
          }
          description
            "Port range low number";
        }

        leaf port-range-high {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "0 .. 47";
            }
          }
          description
            "Port range high number";
        }

        uses apply-advanced;
      }  // list port-range
    }  // grouping chassis_fibre_channel_type

    grouping chassis_pic_port_framing {
      leaf name {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32;
        }
        description "Port number";
      }

      uses apply-advanced;

      leaf short-reach-mode {
        type enumeration {
          enum "disable" {
            value 0;
            description "Disable";
          }
          enum "enable" {
            value 1;
            description "Enable";
          }
        }
        description
          "Short reach mode (For ports 0...47)";
      }

      leaf framing {
        type enumeration {
          enum "sonet" {
            value 0;
            description "SONET mode";
          }
          enum "sdh" {
            value 1;
            description "SDH mode";
          }
          enum "t3" {
            value 2;
            description "T3 mode";
          }
          enum "e3" {
            value 3;
            description "E3 mode";
          }
          enum "t1" {
            value 4;
            description "T1 mode";
          }
          enum "e1" {
            value 5;
            description "E1 mode";
          }
        }
        description "Framing mode";
      }

      leaf number-of-sub-ports {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32;
        }
        description
          "Number of subports per physical port";
      }

      leaf unused {
        type empty;
        description "Keep the port unused.";
      }

      leaf speed {
        junos:must "(!((".. .. pic-mode" || ".. .. number-of-ports")))";
        junos:must-message " speed config can neither co-exist with pic <> number-of-ports <> nor pic <> pic-mode config";
        type enumeration {
          enum "oc3-stm1" {
            value 0;
            description "OC3 or STM1";
          }
          enum "oc12-stm4" {
            value 1;
            description "OC12 or STM4";
          }
          enum "oc48-stm16" {
            value 2;
            description "OC48 or STM16";
          }
          enum "1G" {
            value 3;
            description
              "1GE-Gigabit Ethernet";
          }
          enum "10g" {
            value 4;
            description
              "Sets the interface mode to 10Gbps";
          }
          enum "25g" {
            value 5;
            description
              "Sets the interface mode to 25Gbps";
          }
          enum "40g" {
            value 6;
            description
              "Sets the interface mode to 40Gbps";
          }
          enum "100g" {
            value 7;
            description
              "Sets the interface mode to 100Gbps";
          }
          enum "50g" {
            value 8;
            description
              "Sets the interface mode to 50Gbps";
          }
          enum "200g" {
            value 9;
            description
              "Sets the interface mode to 200 Gbps";
          }
          enum "400g" {
            value 10;
            description
              "Sets the interface mode to 400Gbps";
          }
        }
        description "Port speed";
      }

      leaf channel-speed {
        type enumeration {
          enum "10g" {
            value 0;
            description
              "Set the port speed to 10G. This will restart PFE on some platforms.";
          }
          enum "25g" {
            value 1;
            description
              "Set the port speed to 25G.";
          }
          enum "50g" {
            value 2;
            description
              "Set the port speed to 50G.";
          }
          enum
            "disable-auto-speed-detection" {
            value 3;
            description
              "Disables automatic speed detection";
          }
        }
        description "Port channel speed";
      }

      container forwarding-mode {
        description
          "PIC packet distribution mode - Brooklyn interop mode";
        uses apply-advanced;

        leaf sa-multicast {
          type empty;
          description
            "SA multicast mode - interop with 100G Brooklyn PIC";
        }
      }  // container forwarding-mode

      leaf no-mcast-replication {
        type empty;
        description
          "No multicast replication";
      }

      container traffic-manager {
        description
          "Configure per port traffic manager mode";
        uses apply-advanced;

        leaf mode {
          type enumeration {
            enum "ingress-and-egress" {
              value 0;
              description
                "Enable the ingress and egress traffic managers";
            }
          }
          description
            "Configure port traffic manager mode as ingress-and-egress";
        }
      }  // container traffic-manager
    }  // grouping chassis_pic_port_framing

    grouping chassis_redundancy_type {
      uses apply-advanced;

      list routing-engine {
        key "name";
        description
          "Redundancy options for Routing Engines";
        uses chassis_rdd_re_type;
      }  // list routing-engine

      list ssb {
        key "name";
        description
          "Redundancy options for System Switch Boards";
        uses chassis_rdd_id_type;
      }  // list ssb

      list cfeb {
        key "name";
        description
          "Redundancy options for Compact Forwarding Engine Boards";
        uses chassis_rdd_cfeb_id_type;
      }  // list cfeb

      list sfm {
        key "name";
        description
          "Redundancy options for Switching and Forwarding Modules";
        uses chassis_rdd_sfm_id_type;
      }  // list sfm

      container failover {
        description
          "Failover to other Routing Engine";
        uses chassis_rdd_failover_type;
      }  // container failover

      leaf keepalive-time {
        junos:must "(!("chassis redundancy graceful-switchover"))";
        junos:must-message "Graceful switchover configured, cannot change the default keepalive interval";
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "2 .. 10000";
          }
        }
        units "seconds";
        description
          "Time before Routing Engine failover";
      }

      leaf mastership-refresh-timeout {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "9 .. 30";
          }
        }
        units "seconds";
        description
          "Mastership refresh timeout";
      }

      container graceful-switchover {
        junos:must "(!((any "chassis fpc <*> pic <*> monitoring-services application" && "chassis redundancy graceful-switchover")))";
        junos:must-message "Graceful Switchover is not supported on monitoring-services application";
        presence
          "enable graceful-switchover";
        description
          "Enable graceful switchover on supported hardware";
        uses chassis_non_stop_forwarding_type;
      }  // container graceful-switchover

      container feb {
        description
          "Forwarding Engine Board redundancy configuration";
        uses apply-advanced;

        list redundancy-group {
          key "name";
          leaf name {
            type string;
            description
              "Name of FEB redundancy group";
          }

          uses apply-advanced;

          leaf description {
            type string;
            description
              "Text description of FEB redundancy group";
          }

          list feb {
            key "name";
            description
              "Redundancy settings for a Forwarding Engine Board";
            leaf name {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32;
              }
              description "Slot number";
            }

            uses apply-advanced;

            choice redundancy-option {
              leaf primary {
                type empty;
                description
                  "FEB is default master in the redundancy group";
              }
              leaf backup {
                type empty;
                description
                  "FEB is backup in the redundancy group";
              }
            }  // choice redundancy-option
          }  // list feb

          leaf no-auto-failover {
            type empty;
            description
              "Disable automatic FEB failover";
          }
        }  // list redundancy-group
      }  // container feb
    }  // grouping chassis_redundancy_type

    grouping chassis_non_stop_forwarding_type {
      junos:must "((!("system inet6-backup-router") || "system inet6-backup-router destination"))";
      junos:must-message "Please define destination subnet with the inet6-backup-router configuration";
      junos:must "((!("system backup-router") || "system backup-router destination"))";
      junos:must-message "Please define destination subnet with the backup-router configuration";
      uses apply-advanced;

      container traceoptions {
        status deprecated;
        description
          "Graceful switchover trace options";
        uses apply-advanced;

        list flag {
          key "name";
          ordered-by user;
          description "Tracing parameters";
          leaf name {
            type enumeration {
              enum "update" {
                value 0;
                description
                  "Trace state updates";
              }
              enum "all" {
                value 1;
                description
                  "Trace everything";
              }
            }
          }
        }  // list flag
      }  // container traceoptions
    }  // grouping chassis_non_stop_forwarding_type

    grouping chassis_rdd_cfeb_id_type {
      leaf name {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "0 .. 1";
          }
        }
        description "CFEB slot number";
      }

      choice priority {
        leaf always {
          type empty;
          description "Sole device";
        }
        leaf preferred {
          type empty;
          description "Preferred device";
        }
      }  // choice priority
    }  // grouping chassis_rdd_cfeb_id_type

    grouping chassis_rdd_failover_type {
      uses apply-advanced;

      leaf disable {
        type empty;
        description
          "Disable better RE evaluation algorithm";
      }

      container category {
        presence "enable category";
        description "Failover category";
        uses chassis_rdd_fail_cat_type;
      }  // container category

      leaf on-loss-of-keepalives {
        type empty;
        description
          "Failover on loss of keepalives";
      }

      leaf on-re-to-fpc-stale {
        type empty;
        description
          "Failover on loss of communication between the re and fpc";
      }

      leaf on-disk-failure {
        junos:must "(("chassis redundancy failover on-loss-of-keepalives" || "chassis redundancy graceful-switchover"))";
        junos:must-message "Option on-loss-of-keepalives or graceful-switchover must be set";
        type empty;
        description
          "Failover on disk failure";
      }

      leaf not-on-disk-underperform {
        type empty;
        description
          "Prevent gstatd from initiating failovers in response to slow disks";
      }

      leaf disk-read-threshold {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "1000 .. 10000";
          }
        }
        description
          "Read threshold (ms) on disk underperform monitoring";
      }

      leaf disk-write-threshold {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "1000 .. 10000";
          }
        }
        description
          "Write threshold (ms) on disk underperform monitoring";
      }

      leaf on-loss-of-vm-host-connection {
        type empty;
        description
          "Failover on loss of vm host connection";
      }
    }  // grouping chassis_rdd_failover_type

    grouping chassis_rdd_fail_cat_type {
      uses apply-advanced;

      container component-failure {
        presence "enable component-failure";
        description
          "Failover due to component failure";
        uses chassis_rdd_fail_cat_sev_type;
      }  // container component-failure

      container software-failure {
        presence "enable software-failure";
        description
          "Failover due to software failure";
        uses chassis_rdd_fail_cat_sev_type;
      }  // container software-failure

      container power-failure {
        presence "enable power-failure";
        description
          "Failover due to power failure";
        uses chassis_rdd_fail_cat_sev_type;
      }  // container power-failure

      container clock-failure {
        presence "enable clock-failure";
        description
          "Failover due to clock failure";
        uses chassis_rdd_fail_cat_sev_type;
      }  // container clock-failure

      container link-failure {
        presence "enable link-failure";
        description
          "Failover due to link failure";
        uses chassis_rdd_fail_cat_sev_type;
      }  // container link-failure

      container degraded-health {
        presence "enable degraded-health";
        description
          "Failover due to degraded health";
        uses chassis_rdd_fail_cat_sev_type;
      }  // container degraded-health
    }  // grouping chassis_rdd_fail_cat_type

    grouping chassis_rdd_fail_cat_sev_type {
      uses apply-advanced;

      container critical {
        presence "enable critical";
        description "Critical severity";
        uses chassis_rdd_fail_cat_sev_act_type;
      }  // container critical

      container important {
        presence "enable important";
        description "Important severity";
        uses chassis_rdd_fail_cat_sev_act_type;
      }  // container important
    }  // grouping chassis_rdd_fail_cat_sev_type

    grouping chassis_rdd_fail_cat_sev_act_type {
      uses apply-advanced;

      leaf disable {
        type empty;
        description "Disable action";
      }
    }  // grouping chassis_rdd_fail_cat_sev_act_type

    grouping chassis_rdd_id_type {
      leaf name {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "0 .. 1";
          }
        }
        description "SSB slot number";
      }

      choice priority {
        leaf always {
          type empty;
          description "Sole device";
        }
        leaf preferred {
          type empty;
          description "Preferred device";
        }
      }  // choice priority
    }  // grouping chassis_rdd_id_type

    grouping chassis_rdd_re_type {
      leaf name {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "0 .. 1";
          }
        }
        description
          "Routing Engine slot number";
      }

      choice priority {
        leaf master {
          type empty;
          description
            "Master Routing Engine";
        }
        leaf backup {
          type empty;
          description
            "Backup Routing Engine";
        }
        leaf disabled {
          type empty;
          description
            "Routing Engine disabled";
        }
      }  // choice priority
    }  // grouping chassis_rdd_re_type

    grouping chassis_rdd_sfm_id_type {
      leaf name {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32;
        }
        description "SFM slot number";
      }

      choice priority {
        leaf always {
          type empty;
          description "Sole device";
        }
        leaf preferred {
          type empty;
          description "Preferred device";
        }
      }  // choice priority
    }  // grouping chassis_rdd_sfm_id_type

    grouping chassis_routing_engine_type {
      uses apply-advanced;

      container on-disk-failure {
        description
          "Action to take when Routing Engine disk fails";
        uses chassis_re_on_disk_failure;
      }  // container on-disk-failure

      container disk {
        description
          "Action to take for Routing Engine disk";
        uses apply-advanced;

        leaf write-threshold-rate {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "1 .. 20";
            }
          }
          units "MBPS";
          default "4";
          description "Write threshold rate";
        }

        leaf write-threshold-duration {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "300 .. 2592000";
            }
          }
          units "seconds";
          default "1000";
          description
            "Write threshold duration";
        }

        leaf smart-check {
          type empty;
          description
            "Enable smart check command to disk";
        }

        list ssd-series {
          key "name";
          ordered-by user;
          description
            "Specify the ssd vendor series";
          leaf name {
            type string {
              length "1 .. 40";
            }
            description "SSD series name";
          }

          uses apply-advanced;

          list id {
            key "name";
            max-elements 30;
            ordered-by user;
            description
              "Attribute ids to monitor of this series type";
            leaf name {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 255";
                }
              }
              description
                "SSD smart attribute id";
            }

            uses apply-advanced;

            leaf id-threshold {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 4294967295";
                }
              }
              description
                "SSD smart attribute threshold";
            }

            leaf id-value {
              type enumeration {
                enum "raw" {
                  value 0;
                  description
                    "Raw value to be used for this smart id";
                }
                enum "norm" {
                  value 1;
                  description
                    "Normalised value to be used for this smart id";
                }
              }
              description
                "SSD attribute value";
            }

            leaf id-flag {
              type enumeration {
                enum "low" {
                  value 0;
                  description
                    "Check if value is less than smart threshold";
                }
                enum "high" {
                  value 1;
                  description
                    "Check if value is greater than smart threshold";
                }
              }
              description
                "SSD attribute flag";
            }
          }  // list id
        }  // list ssd-series
      }  // container disk
    }  // grouping chassis_routing_engine_type

    grouping chassis_re_on_disk_failure {
      choice reboot_or_halt {
        leaf reboot {
          type empty;
          status deprecated;
          description
            "Reboot on disk failure";
        }
        leaf disk-failure-action {
          type enumeration {
            enum "reboot" {
              value 0;
              description
                "Reboot on disk failure";
            }
            enum "halt" {
              value 1;
              description
                "Halt on disk failure";
            }
          }
        }
      }  // choice reboot_or_halt
    }  // grouping chassis_re_on_disk_failure

    grouping chassis_sfm_type {
      leaf name {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32;
        }
        description "SFM slot number";
      }

      uses apply-advanced;

      choice cache {
      }  // choice cache

      leaf power {
        type enumeration {
          enum "off" {
            value 0;
            description
              "Do not provide power to SFMs";
          }
          enum "on" {
            value 1;
            description
              "Provide power to SFMs";
          }
        }
        description "Power SFMs on or off";
      }

      choice mode {
        leaf disable-power {
          type empty;
          status deprecated;
          description
            "Do not enable power to the card";
        }
      }  // choice mode
    }  // grouping chassis_sfm_type

    grouping chassis_sib_type {
      uses apply-advanced;

      list slot {
        key "name";
        description "SIB slot number";
        leaf name {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32;
          }
          description "SIB slot number";
        }

        uses apply-advanced;

        container error {
          description
            "Error level configuration for SIB";
          uses chassis_sib_error_type;
        }  // container error
      }  // list slot

      leaf minimum {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "2 .. 4";
          }
        }
        description
          "Minimum number of Switch Interface Boards required for normal operation";
      }

      container power-off {
        description "Power off the SIB slot";
        uses apply-advanced;

        list slot {
          key "name";
          ordered-by user;
          description
            "SIB slot number to be powered off";
          leaf name {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32;
            }
            description
              "SIB slot number to be offlined";
          }

          uses apply-advanced;
        }  // list slot
      }  // container power-off
    }  // grouping chassis_sib_type

    grouping chassis_sib_error_type {
      description "Chassis SIB Error level";
      uses apply-advanced;

      container fatal {
        description
          "SIB Fatal errors (default threshold = 1)";
        uses chassis_sib_error_level_major_fatal;
      }  // container fatal

      container major {
        description
          "SIB Major Level errors (default threshold = 1)";
        uses chassis_sib_error_level_major_fatal;
      }  // container major

      container minor {
        description
          "SIB Minor Level errors (default threshold = 10)";
        uses chassis_sib_error_level_minor;
      }  // container minor

      container scope {
        description "Error scope";
        uses chassis_sib_scope_type;
      }  // container scope
    }  // grouping chassis_sib_error_type

    grouping chassis_sib_error_level_major_fatal {
      uses apply-advanced;

      leaf threshold {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "1 .. 1024";
          }
        }
        description
          "Error count at which to take the action";
      }

      list action {
        key "name";
        ordered-by user;
        description
          "Configure the action for this level";
        leaf name {
          type enumeration {
            enum "reset" {
              junos:must "(!(".. .. action offline"))";
              junos:must-message "'reset' and 'offline' cannot be both configured";
              value 0;
              description "Reset SIB";
            }
            enum "offline" {
              junos:must "(!(".. .. action reset"))";
              junos:must-message "'offline' and 'reset' cannot be both configured";
              value 1;
              description "Offline SIB";
            }
            enum "alarm" {
              value 2;
              description "Raise SIB alarm";
            }
            enum "get-state" {
              value 3;
              description
                "Retreive SIB state for debugging";
            }
            enum "log" {
              value 4;
              description
                "Log occurence to system log file";
            }
          }
        }

        uses apply-advanced;
      }  // list action
    }  // grouping chassis_sib_error_level_major_fatal

    grouping chassis_sib_error_level_minor {
      uses apply-advanced;

      leaf threshold {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "0 .. 1024";
          }
        }
        description
          "Error count at which to take the action";
      }

      list action {
        key "name";
        ordered-by user;
        description
          "Configure the action for this level";
        leaf name {
          type enumeration {
            enum "reset" {
              junos:must "(!(".. .. action offline"))";
              junos:must-message "'reset' and 'offline' cannot be both configured";
              value 0;
              description "Reset SIB";
            }
            enum "offline" {
              junos:must "(!(".. .. action reset"))";
              junos:must-message "'offline' and 'reset' cannot be both configured";
              value 1;
              description "Offline SIB";
            }
            enum "alarm" {
              value 2;
              description "Raise SIB alarm";
            }
            enum "get-state" {
              value 3;
              description
                "Retreive SIB state for debugging";
            }
            enum "log" {
              value 4;
              description
                "Log occurence to system log file";
            }
          }
        }

        uses apply-advanced;
      }  // list action
    }  // grouping chassis_sib_error_level_minor

    grouping chassis_sib_scope_type {
      description "Chassis SIB Error Scope";
      uses apply-advanced;

      container board {
        description "Board level scope";
        uses chassis_sib_scope_category;
      }  // container board

      container switch {
        description "SIB scope ";
        uses chassis_sib_scope_category;
      }  // container switch
    }  // grouping chassis_sib_scope_type

    grouping chassis_sib_scope_category {
      description
        "Chassis SIB Error Category";
      uses apply-advanced;

      container category {
        description "SIB error category";
        uses chassis_sib_scope_category_type;
      }  // container category
    }  // grouping chassis_sib_scope_category

    grouping chassis_sib_scope_category_type {
      description
        "Chassis SIB Category level";
      uses apply-advanced;

      container functional {
        description
          "SIB functional category";
        uses chassis_sib_scope_category_error_type;
      }  // container functional

      container memory {
        description "SIB memory category";
        uses chassis_sib_scope_category_error_type;
      }  // container memory

      container io {
        description
          "SIB input-output category";
        uses chassis_sib_scope_category_error_type;
      }  // container io

      container storage {
        description "SIB storage category";
        uses chassis_sib_scope_category_error_type;
      }  // container storage

      container switch {
        description "SIB switch category";
        uses chassis_sib_scope_category_error_type;
      }  // container switch

      container processing {
        description
          "SIB processing category";
        uses chassis_sib_scope_category_error_type;
      }  // container processing
    }  // grouping chassis_sib_scope_category_type

    grouping chassis_sib_scope_category_error_type {
      description "Chassis SIB Error level";
      uses apply-advanced;

      container fatal {
        description
          "SIB Fatal errors (default threshold = 1)";
        uses chassis_sib_error_level_type;
      }  // container fatal

      container major {
        description
          "SIB Major Level errors (default threshold = 1)";
        uses chassis_sib_error_level_type;
      }  // container major

      container minor {
        description
          "SIB Minor Level errors (default threshold = 10)";
        uses chassis_sib_error_level_type;
      }  // container minor
    }  // grouping chassis_sib_scope_category_error_type

    grouping chassis_sib_error_level_type {
      uses apply-advanced;

      leaf threshold {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "0 .. 1024";
          }
        }
        description
          "Error count at which to take the action (0 - valid for minor only)";
      }

      list action {
        key "name";
        ordered-by user;
        description
          "Configure the action for this level";
        leaf name {
          type enumeration {
            enum "reset" {
              junos:must "(!(".. .. action offline"))";
              junos:must-message "'reset' and 'offline' cannot be both configured";
              value 0;
              description "Reset device";
            }
            enum "offline" {
              junos:must "(!(".. .. action reset"))";
              junos:must-message "'offline' and 'reset' cannot be both configured";
              value 1;
              description "Offline device";
            }
            enum "alarm" {
              value 2;
              description
                "Raise chassis alarm";
            }
            enum "get-state" {
              value 3;
              description
                "Retreive device state for debugging";
            }
            enum "log" {
              value 4;
              description
                "Log occurence to system log file";
            }
          }
        }

        uses apply-advanced;
      }  // list action
    }  // grouping chassis_sib_error_level_type

    grouping chassis_slc_type {
      leaf name {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "1 .. 2";
          }
        }
        description "SLC id";
      }

      uses apply-advanced;

      leaf power {
        type enumeration {
          enum "off" {
            value 0;
            description
              "Do not provide power to SLC";
          }
          enum "on" {
            value 1;
            description
              "Provide power to SLC";
          }
        }
        description "Power SLCs on or off";
      }
    }  // grouping chassis_slc_type

    grouping chassisd-redundancy-group-type {
      uses apply-advanced;

      container interface-type {
        uses apply-advanced;

        container redundant-logical-tunnel {
          description
            "Redundant logical tunnel interface group";
          uses apply-advanced;

          leaf device-count {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 255";
              }
            }
            description "Number of devices";
          }
        }  // container redundant-logical-tunnel

        container redundant-virtual-tunnel {
          description
            "Redundant virtual tunnel interface group";
          uses apply-advanced;

          leaf device-count {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 16";
              }
            }
            description "Number of devices";
          }
        }  // container redundant-virtual-tunnel
      }  // container interface-type
    }  // grouping chassisd-redundancy-group-type

    grouping chassisd_agg_container_type {
      uses apply-advanced;

      leaf device-count {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "1 .. 128";
          }
        }
        description
          "Number of container devices";
      }
    }  // grouping chassisd_agg_container_type

    grouping chassisd_agg_enet_type {
      uses apply-advanced;

      leaf device-count {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32;
        }
        description
          "Number of aggregated Ethernet devices";
      }

      container lacp {
        description
          "Global Link Aggregation Control Protocol configuration";
        uses apply-advanced;

        leaf system-priority {
          type string;
          description
            "Priority of the system (0 ... 65535)";
        }

        container link-protection {
          presence "enable link-protection";
          uses apply-advanced;

          leaf non-revertive {
            type empty;
            description
              "Don't revert links when better priority link comes up";
          }
        }  // container link-protection
      }  // container lacp
    }  // grouping chassisd_agg_enet_type

    grouping chassisd_agg_pos_type {
      uses apply-advanced;

      leaf device-count {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "1 .. 64";
          }
        }
        description
          "Number of aggregated SONET devices";
      }
    }  // grouping chassisd_agg_pos_type

    grouping chassisd_provider_instance_type {
      uses apply-advanced;

      leaf device-count {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "1 .. 16";
          }
        }
        description
          "Number of provider instance port devices";
      }
    }  // grouping chassisd_provider_instance_type

    grouping ct3_port_type {
      leaf name {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type int32 {
            range "0 .. 1";
          }
        }
        description
          "CT3  L2NG_PRODUCTSport number";
      }

      uses apply-advanced;

      list t1 {
        key "name";
        description "T1 link";
        uses ct3_channel_type;
      }  // list t1
    }  // grouping ct3_port_type

    grouping ct3_channel_type {
      leaf name {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type int32 {
            range "0 .. 27";
          }
        }
        description "T1 link number";
      }

      uses apply-advanced;

      list channel-group {
        key "name";
        description "Define channel group";
        leaf name {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "0 .. 7";
            }
          }
          description "Channel group number";
        }

        leaf timeslots {
          type string;
          description
            "DS0 timeslots (1..24); for example, 1-3,4,9,22-24 (no spaces)";
        }
      }  // list channel-group
    }  // grouping ct3_channel_type

    grouping juniper-gnf {
      leaf name {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "1 .. 10";
          }
        }
        description "GNF slot number";
      }

      uses apply-advanced;

      leaf description {
        type string {
          length "1 .. 256";
        }
        description
          "Description of guest network function";
      }

      leaf control-plane-bandwidth-percent {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "0 .. 100";
          }
        }
        units "percent";
        description
          "Percentage of control plane bandwidth";
      }

      leaf-list fpcs {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32;
        }
        description
          "FPC associated with guest network function";
      }

      container fpc-slice {
        description
          "FPC sub-line cards (SLCs) associated with guest network function";
        uses apply-advanced;

        list fpc {
          key "name";
          description
            "FPC resource parameters for SLC";
          leaf name {
            junos:must "(!(any "chassis fpc $$ pfe <*> power off"))";
            junos:must-message "FPC cannot be sliced if its pfes are configured power off";
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32;
            }
            description "FPC slot";
          }

          uses apply-advanced;

          list slc {
            key "name";
            description
              "Sub-line card configuration";
            leaf name {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 2";
                }
              }
              description "SLC id";
            }

            uses apply-advanced;

            leaf-list pfe-id-list {
              type string;
              description
                "List of pfe of FPC to be assigned to SLC";
            }

            leaf cores {
              type union {
                type uint32;
                type string {
                  pattern "<.*>|$.*";
                }
              }
              description
                "Number of cpu cores of FPC to be assigned to SLC (2, 4, 6, 8)";
            }

            leaf dram {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "5 .. 26";
                }
              }
              description
                "Amount of DRAM (in GB) of FPC to be assigned to SLC";
            }
          }  // list slc
        }  // list fpc
      }  // container fpc-slice

      list abstract-interface {
        key "name";
        uses abstract_interface_type;
      }  // list abstract-interface
    }  // grouping juniper-gnf

    grouping abstract_interface_type {
      description "Abstract-interface";
      leaf name {
        type string {
          junos:posix-pattern "^af[0-9]$";
          junos:pattern-message "Range af0 - af9 is acceptable. Such as, af0,af1 etc.";
          length "1 .. 3";
        }
        description "Interface name of af";
      }

      uses apply-advanced;

      leaf description {
        type string {
          length "1 .. 516";
        }
        description
          "Description of AF interface";
      }

      container peer-gnf {
        presence "enable peer-gnf";
        description "Peer gnf";
        leaf id {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "1 .. 10";
            }
          }
          description "Peer-gnf id";
        }

        leaf remote-af-name {
          type string {
            junos:posix-pattern "^af[0-9]$";
            junos:pattern-message "Range af0 - af9 is acceptable. Such as, af0,af1 etc.";
            length "1 .. 3";
          }
          description
            "Remote af interface name";
        }
      }  // container peer-gnf

      container collapsed-forward {
        presence "enable collapsed-forward";
        description
          "Enable/disable collapsed forwarding";
        choice cfwd_mode {
          leaf monitor {
            type empty;
            description "Monitor mode";
          }
          leaf optimize {
            type empty;
            description "Optimize mode";
          }
        }  // choice cfwd_mode
      }  // container collapsed-forward
    }  // grouping abstract_interface_type

    grouping juniper-protected-system-domain {
      description
        "Protected system domain configuration";
      leaf name {
        type string {
          junos:posix-pattern "^psd([1-9]|[1-2][0-9]|[3][0-1])$";
          junos:pattern-message "Protected system domain name is a string consisting of 'psd' follows by the PSD ID (1-31), ex. psd2";
        }
        description
          "Name of protected system domain (psd[1-31], ex. psd2)";
      }

      uses apply-advanced;

      leaf description {
        type string;
        description
          "Description of protected system domain";
      }

      leaf-list fpcs {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32;
        }
        description
          "FPC associated with protected system domain";
      }

      list lcc {
        key "name";
        leaf name {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32;
          }
          description "Specific LCC";
        }

        uses apply-advanced;

        leaf-list fpcs {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32;
          }
          description
            "FPC associated with protected system domain";
        }
      }  // list lcc

      leaf control-system-id {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "1 .. 4";
          }
        }
        description
          "Control system identifier";
      }

      leaf-list control-slot-numbers {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "1 .. 12";
          }
        }
        max-elements 2;
        ordered-by user;
        description
          "Slots associated with protected system domain";
      }

      leaf control-plane-bandwidth-percent {
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "0 .. 100";
          }
        }
        units "percent";
        description
          "Percentage of control plane bandwidth";
      }
    }  // grouping juniper-protected-system-domain

    grouping juniper-protected-system-domain-traceoptions {
      description
        "Protected system domain traceoptions";
      uses apply-advanced;

      leaf no-remote-trace {
        junos:must "("system tracing")";
        junos:must-message "'no-remote-trace' is valid only when [system tracing] is configured";
        type empty;
        description "Disable remote tracing";
      }

      container file {
        description "Trace file information";
        leaf filename {
          type string {
            junos:posix-pattern "![/ %]";
            junos:pattern-message "Must not contain '/', % or a space";
            length "1 .. 1024";
          }
          description
            "Name of file in which to write trace information";
        }

        leaf size {
          type string;
          description
            "Maximum trace file size";
        }

        leaf files {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "2 .. 1000";
            }
          }
          default "3";
          description
            "Maximum number of trace files";
        }

        choice world-readable-choice {
          leaf world-readable {
            type empty;
            description
              "Allow any user to read the log file";
          }
          leaf no-world-readable {
            type empty;
            description
              "Don't allow any user to read the log file";
          }
        }  // choice world-readable-choice

        leaf match {
          type jt:regular-expression;
          description
            "Regular expression for lines to be logged";
        }
      }  // container file

      leaf level {
        type enumeration {
          enum "error" {
            value 0;
            description
              "Match error conditions";
          }
          enum "warning" {
            value 1;
            description
              "Match warning messages";
          }
          enum "notice" {
            value 2;
            description
              "Match conditions that should be handled specially";
          }
          enum "info" {
            value 3;
            description
              "Match informational messages";
          }
          enum "verbose" {
            value 4;
            description
              "Match verbose messages";
          }
          enum "all" {
            value 5;
            description "Match all levels";
          }
        }
        default "error";
        description
          "Level of debugging output";
      }

      list flag {
        key "name";
        ordered-by user;
        description "Tracing parameters";
        leaf name {
          type enumeration {
            enum "configuration" {
              value 0;
              description
                "Trace configuration events";
            }
            enum "rtsock" {
              value 1;
              description
                "Trace rtsock messages";
            }
            enum "ipc" {
              value 2;
              description
                "Trace IPC messages";
            }
            enum "init" {
              value 3;
              description
                "Trace intialization messages";
            }
            enum "psd" {
              value 4;
              description
                "Trace psd messages";
            }
            enum "all" {
              value 5;
              description "Trace everything";
            }
          }
        }
      }  // list flag
    }  // grouping juniper-protected-system-domain-traceoptions

    grouping macro-data-type {
      leaf name {
        type string;
        description
          "Keyword part of the keyword-value pair";
      }

      leaf value {
        type string;
        description
          "Value part of the keyword-value pair";
      }
    }  // grouping macro-data-type

    grouping redundancy-group-type {
      description
        "Redundancy-group provisioning";
      leaf name {
        type string {
          junos:posix-pattern "^[[:alpha:]][[:alnum:]_.-]+$";
          junos:pattern-message "Must be a string of length at least 2 beginning with a letter and consisting of letters, numbers, periods, dashes, and underscores";
          length "2 .. 64";
        }
        description "Redundancy-group name";
      }

      uses apply-advanced;

      leaf redundancy-group-id {
        junos:must "((!((any "protocols iccp peer <*> redundancy-group-id-list <*>" || any "logical-systems <*> protocols iccp peer <*> redundancy-group-id-list <*>")) || (any "protocols iccp peer <*> redundancy-group-id-list $$" || any "logical-systems <*> protocols iccp peer <*> redundancy-group-id-list $$")))";
        junos:must-message "The redundancy group id must match with one defined at <protocols iccp peer redundancy-group-id-list> and must be less than 256";
        junos:must "(unique "chassis satellite-management redundancy-groups <*> redundancy-group-id $$")";
        junos:must-message "Redundancy-group-id has to be unique";
        type union {
          type string {
            pattern "<.*>|$.*";
          }
          type uint32 {
            range "1 .. 255";
          }
        }
        description "Redundancy Group ID";
      }

      container protocol {
        description
          "Redundancy-group Protocol";
        uses apply-advanced;

        container evpn {
          description
            "EVPN Redundancy Group";
          uses apply-advanced;

          leaf-list peer-ip {
            junos:must "(!(any "chassis satellite-management redundancy-groups <*> peer-chassis-id <*>"))";
            junos:must-message "peer-chassis-id configuration invalid for EVPN redundancy-group protocol";
            type jt:ipv4addr;
            ordered-by user;
            description
              "Peer chassis IPs for EVPN Cluster";
          }

          leaf local-ip {
            type jt:ipv4addr;
            description
              "Local chassis IP for EVPN Cluster";
          }

          leaf routing-instance {
            type string;
            description
              "Name of routing instance for EVPN Cluster";
          }
        }  // container evpn
      }  // container protocol

      list peer-chassis-id {
        key "name";
        ordered-by user;
        description "Peer Chassis ID";
        leaf name {
          junos:must "(unique "satellite-management redundancy-groups <*> peer-chassis-id $$")";
          junos:must-message "Peer chassis ID must be unique";
          junos:must "(!("chassis satellite-management redundancy-groups chassis-id $$"))";
          junos:must-message "Peer chassis ID can't be same as local chassis ID";
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "1 .. 4";
            }
          }
          description
            "Peer chassis identifier";
        }

        uses apply-advanced;

        leaf no-auto-vlan-provisioning {
          type empty;
          description
            "Disable auto VLAN provisioning on inter-chassis-link";
        }

        leaf inter-chassis-link {
          junos:must "(((("interfaces $$ unit $$={0} family bridge interface-mode trunk" || "interfaces $$ unit $$={0} family ethernet-switching interface-mode trunk") && !(" .. no-auto-vlan-provisioning")) || " .. no-auto-vlan-provisioning"))";
          junos:must-message "bridge or ethernet-switching family with unit 0 must be present for ICL trunk interface if auto-vlan-provisioning is enabled";
          junos:must "("interfaces $$")";
          junos:must-message "ICL interface must be defined in the [edit interfaces] hierarchy";
          junos:must "(!("interfaces $$ cascade-port"))";
          junos:must-message "ICL interface can't be provisioned as cascade-port";
          type union {
            type jt:interface-device;
            type string {
              pattern "<.*>|$.*";
            }
          }
          description "ICL interface name";
        }

        leaf no-auto-iccp-provisioning {
          junos:must "(any "protocols iccp peer <*>")";
          junos:must-message "ICCP configuration must be present if auto ICCP provisioning is disabled";
          type empty;
          description
            "Disable auto ICCP provisioning";
        }

        leaf session-establishment-hold-time {
          type union {
            type string {
              pattern "<.*>|$.*";
            }
            type uint32 {
              range "45 .. 600";
            }
          }
          units "seconds";
          description
            "Time within which connection must succeed with this peer";
        }

        container liveness-detection {
          presence
            "enable liveness-detection";
          description
            "Bidirectional Forwarding Detection options for the peer";
          uses apply-advanced;

          leaf version {
            type enumeration {
              enum "0" {
                value 0;
                description
                  "BFD version 0 (deprecated)";
              }
              enum "1" {
                value 1;
                description "BFD version 1";
              }
              enum "automatic" {
                value 2;
                description
                  "Choose BFD version automatically";
              }
            }
            default "automatic";
            description
              "BFD protocol version number";
          }

          leaf minimum-interval {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 255000";
              }
            }
            units "milliseconds";
            description
              "Minimum transmit and receive interval";
          }

          leaf minimum-transmit-interval {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 255000";
              }
            }
            units "milliseconds";
            status deprecated;
            description
              "Minimum transmit interval";
          }

          leaf minimum-receive-interval {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 255000";
              }
            }
            units "milliseconds";
            description
              "Minimum receive interval";
          }

          leaf multiplier {
            type union {
              type string {
                pattern "<.*>|$.*";
              }
              type uint32 {
                range "1 .. 255";
              }
            }
            default "3";
            description
              "Detection time multiplier";
          }

          choice adaptation-choice {
            leaf no-adaptation {
              type empty;
              description
                "Disable adaptation";
            }
          }  // choice adaptation-choice

          container transmit-interval {
            description
              "Transmit-interval options";
            uses apply-advanced;

            leaf minimum-interval {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "1 .. 255000";
                }
              }
              units "milliseconds";
              description
                "Minimum transmit interval";
            }

            leaf threshold {
              type union {
                type uint32;
                type string {
                  pattern "<.*>|$.*";
                }
              }
              units "milliseconds";
              description
                "High transmit interval triggering a trap";
            }
          }  // container transmit-interval

          container detection-time {
            description
              "Detection-time options";
            uses apply-advanced;

            leaf threshold {
              type union {
                type uint32;
                type string {
                  pattern "<.*>|$.*";
                }
              }
              units "milliseconds";
              description
                "High detection-time triggering a trap";
            }
          }  // container detection-time
        }  // container liveness-detection

        leaf authentication-key {
          type string {
            length "1 .. 126";
          }
          description
            "MD5 authentication key";
        }

        container traceoptions {
          description
            "Trace options for ICCP";
          uses apply-advanced;

          leaf no-remote-trace {
            junos:must "("system tracing")";
            junos:must-message "'no-remote-trace' is valid only when [system tracing] is configured";
            type empty;
            description
              "Disable remote tracing";
          }

          container file {
            description
              "Trace file information";
            leaf filename {
              type string {
                junos:posix-pattern "![/ %]";
                junos:pattern-message "Must not contain '/', % or a space";
                length "1 .. 1024";
              }
              description
                "Name of file in which to write trace information";
            }

            leaf size {
              type string;
              description
                "Maximum trace file size";
            }

            leaf files {
              type union {
                type string {
                  pattern "<.*>|$.*";
                }
                type uint32 {
                  range "2 .. 1000";
                }
              }
              default "3";
              description
                "Maximum number of trace files";
            }

            choice world-readable-choice {
              leaf world-readable {
                type empty;
                description
                  "Allow any user to read the log file";
              }
              leaf no-world-readable {
                type empty;
                description
                  "Don't allow any user to read the log file";
              }
            }  // choice world-readable-choice

            leaf match {
              type jt:regular-expression;
              description
                "Regular expression for lines to be logged";
            }
          }  // container file

          list flag {
            key "name";
            ordered-by user;
            description
              "Trace flag information";
            leaf name {
              type enumeration {
                enum "error" {
                  value 0;
                  description
                    "Trace all errors";
                }
                enum "event" {
                  value 1;
                  description
                    "Trace all events";
                }
                enum "packet" {
                  value 2;
                  description
                    "Trace all packets";
                }
                enum "pipe" {
                  value 3;
                  description
                    "Trace pipe messages";
                }
                enum "pipe-detail" {
                  value 4;
                  description
                    "Trace pipe messages in detail";
                }
                enum "all" {
                  value 5;
                  description
                    "Trace everything";
                }
              }
            }
          }  // list flag
        }  // container traceoptions
      }  // list peer-chassis-id

      leaf-list satellite {
        type string {
          length "1 .. 100";
        }
        ordered-by user;
        description
          "Satellite slot-id or range or all";
      }

      leaf system-mac-address {
        type jt:mac-unicast;
        description "System MAC address";
      }

      list cluster {
        key "name";
        description
          "Cluster member of redundancy-group";
        leaf name {
          junos:must "("chassis satellite-management cluster $$")";
          junos:must-message "Cluster must be defined";
          type string;
          description "Cluster name";
        }

        uses apply-advanced;
      }  // list cluster
    }  // grouping redundancy-group-type

    grouping satellite-bridge-filter {
      leaf name {
        type string {
          junos:posix-pattern "!^((__.*)|(.{65,}))$";
          junos:pattern-message "Must be a non-reserved string of 64 characters or less";
        }
        description "Filter name";
      }

      uses apply-advanced;

      list term {
        key "name";
        ordered-by user;
        description "Define a firewall term";
        leaf name {
          type string {
            junos:posix-pattern "!^((__.*)|(.{65,}))$";
            junos:pattern-message "Must be a non-reserved string of 64 characters or less";
          }
          description "Term name";
        }

        uses apply-advanced;

        container from {
          description
            "Define match criteria";
          uses apply-advanced;

          list source-mac-address {
            key "name";
            ordered-by user;
            description
              "Match MAC source address";
            uses firewall_mac_addr_object;
          }  // list source-mac-address

          list destination-mac-address {
            key "name";
            ordered-by user;
            description
              "Match MAC destination address";
            uses firewall_mac_addr_object;
          }  // list destination-mac-address

          list ip-source-address {
            key "name";
            ordered-by user;
            description
              "Match IP source address";
            uses firewall_addr_object;
          }  // list ip-source-address

          list ip-destination-address {
            key "name";
            ordered-by user;
            description
              "Match IP destination address";
            uses firewall_addr_object;
          }  // list ip-destination-address

          choice ip-protocol_choice {
            leaf-list ip-protocol {
              type string;
              ordered-by user;
            }
            leaf-list ip-protocol-except {
              type string;
              ordered-by user;
            }
          }  // choice ip-protocol_choice

          choice source-port_choice {
            leaf-list source-port {
              type string;
              ordered-by user;
            }
            leaf-list source-port-except {
              type string;
              ordered-by user;
            }
          }  // choice source-port_choice

          choice destination-port_choice {
            leaf-list destination-port {
              type string;
              ordered-by user;
            }
            leaf-list destination-port-except {
              type string;
              ordered-by user;
            }
          }  // choice destination-port_choice

          choice user-vlan-id_choice {
            leaf-list user-vlan-id {
              type string;
              ordered-by user;
              description "Range of values";
            }
            leaf-list user-vlan-id-except {
              type string;
              ordered-by user;
              description "Range of values";
            }
          }  // choice user-vlan-id_choice
        }  // container from

        container then {
          description
            "Action to take if the 'from' condition is matched";
          uses apply-advanced;

          choice designation {
            leaf accept {
              type empty;
              description
                "Accept the packet";
            }
            leaf discard {
              type empty;
              description
                "Discard the packets";
            }
          }  // choice designation

          leaf next-hop-group {
            junos:must "(("policy-options satellite-policies port-group-alias $$" || "policy-options satellite-policies chassis-group-alias $$"))";
            junos:must-message "port-group-alias or chassis-group-alias not defined";
            type string;
            description
              "Use specified next-hop group";
          }
        }  // container then
      }  // list term
    }  // grouping satellite-bridge-filter

    grouping firewall_addr_object {
      leaf name {
        type jt:ipv4prefix;
        description "Prefix to match";
      }

      leaf except {
        type empty;
        description
          "Match address not in this prefix";
      }
    }  // grouping firewall_addr_object

    grouping firewall_mac_addr_object {
      leaf name {
        type jt:mac-addr-prefix;
        description "MAC address to match";
      }

      leaf except {
        type empty;
        description
          "Match MAC address not in this range";
      }
    }  // grouping firewall_mac_addr_object

    grouping upgrade-group-type {
      description "Upgrade group";
      leaf name {
        type string {
          junos:posix-pattern "![^a-zA-Z0-9_-]|^[^a-zA-Z]|(^(all|.{64,}|.{0,1})$)";
          junos:pattern-message "Must be a string of length at least 2 beginning with a letter and consisting of letters, numbers, periods, dashes, and underscores. Must not be 'all'";
          length "2 .. 64";
        }
        description "Upgrade group name";
      }

      uses apply-advanced;

      leaf-list satellite {
        type string {
          length "1 .. 100";
        }
        ordered-by user;
        description
          "Satellite slot-id or range or all";
      }
    }  // grouping upgrade-group-type
  }  // module junos-conf-chassis