module org-openroadm-pm-types {
  namespace "http://org/openroadm/pm-types";
  prefix org-openroadm-pm-types;

  organization
    "Open ROADM MSA";
  contact
    "OpenROADM.org";
  description
    "YANG definitions of performance management types.

      Copyright of the Members of the Open ROADM MSA Agreement dated (c) 2016,
      All other rights reserved.

      Redistribution and use in source and binary forms, with or without modification,
      are permitted provided that the following conditions are met:

      * Redistributions of source code must retain the above copyright notice, this
        list of conditions and the following disclaimer.
      * Redistributions in binary form must reproduce the above copyright notice,
        this list of conditions and the following disclaimer in the documentation and/or
        other materials provided with the distribution.
      * Neither the Members of the Open ROADM MSA Agreement nor the names of its
        contributors may be used to endorse or promote products derived from this software
        without specific prior written permission.

      THIS SOFTWARE IS PROVIDED BY THE MEMBERS OF THE OPEN ROADM MSA  AGREEMENT ''AS IS''
      AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
      WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
      IN NO EVENT THE MEMBERS OF THE OPEN ROADM MSA  AGREEMENT BE LIABLE FOR ANY DIRECT,
      INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT
      NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;  LOSS OF USE, DATA,
      OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
      WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
      ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
      POSSIBILITY OF SUCH DAMAGE";

  revision 2022-12-09 {
    description
      "Version 12.1";
  }
  revision 2022-05-27 {
    description
      "Version 11.1";
  }
  revision 2022-03-25 {
    description
      "Version 11.0";
  }
  revision 2021-12-10 {
    description
      "Version 10.1";
  }
  revision 2021-09-24 {
    description
      "Version 10.0";
  }
  revision 2020-12-11 {
    description
      "Version 8.1";
  }
  revision 2020-03-27 {
    description
      "Version 7.0.0";
  }
  revision 2019-11-29 {
    description
      "Version 6.1.0";
  }
  revision 2019-03-29 {
    description
      "Version 5.0.0";
  }
  revision 2018-11-30 {
    description
      "Version 4.1.0";
  }
  revision 2017-12-15 {
    description
      "Version 2.2";
  }
  revision 2017-09-29 {
    description
      "Version 2.1";
  }
  revision 2017-06-26 {
    description
      "Version 2.0";
  }
  revision 2016-10-14 {
    description
      "Version 1.2";
  }

  typedef pm-granularity {
    type enumeration {
      enum notApplicable {
        value 1;
        description
          "This is for total statistic counters on devices that support
              them.";
      }
      enum 15min {
        value 2;
      }
      enum 24Hour {
        value 3;
      }
    }
    description
      "Granularity of PM bin";
  }

  typedef pm-data-type {
    type union {
      type uint64;
      type int64;
      type decimal64 {
        fraction-digits 2;
      }
      type decimal64 {
        fraction-digits 17;
      }
    }
  }

  typedef validity {
    type enumeration {
      enum complete {
        value 1;
      }
      enum partial {
        value 2;
      }
      enum suspect {
        value 3;
      }
    }
    description
      "Validity of data";
  }

  typedef pm-names-enum {
    type enumeration {
      enum vendorExtension {
        value 1;
        description
          "vendor extension";
      }
      enum bitErrorRate {
        value 2;
        description
          "Bit error rate (BER)";
      }
      enum opticalPowerOutput {
        value 3;
        description
          "Optical Power Output (OPOUT-OTS, OPOUT-OMS, OPT-OCH, OPT, OPT-OSC(on Port)).
           Total optical power includes Variable Optical Attenuator (VOA) attenuation.
           Unbinned/current value reported against OTS-IF, OMS-IF or Port entities.";
        reference
          "OTS-IF, OMS-IF: ITU-T G.872-201701 section 8.4.3.";
      }
      enum opticalReturnLoss {
        value 4;
        description
          "Optical Return Loss (ORL-OTS) - at MW port(s) B";
      }
      enum opticalPowerInput {
        value 5;
        description
          "Optical Power Input (OPIN-OTS, OPIN-OMS, OPR-OCH, OPR, OPR-OSC(on Port)).
           Total optical power.
           Unbinned/current value reported against OTS-IF, OMS-IF or Port entities.";
        reference
          "OTS-IF, OMS-IF: ITU-T G.872-201701 section 8.4.3.";
      }
      enum codeViolations {
        value 8;
        description
          "BIP-8 error counter, sum of all lanes. RX/TX.";
        reference
          "RX: IEEE 802.3-2018, sections 82.2.8 (BIP calculations), 82.2.15 (Alignment marker removal),
                                45.2.3.46, 45.2.3.47 (MDIO counters).
           TX: IEEE 802.3-2018, sections 91.5.2.4 (Alignment marker removal),
                                91.6.14 (BIP_error_counter_i), 45.2.1.117,.118 (MDIO counters).
           In case of mapping according to ITU-T G.709-2020 section 17.7.5.1, non-intrusive monitoring
           follows IEEE 802.3 section 82.2.8 for mapping (RX) and de-mapping (TX).";
      }
      enum erroredSeconds {
        value 9;
        description
          "Errored Seconds (ES)";
        reference
          "ITU-T G.7710-200707 section 10.2.1.";
      }
      enum severelyErroredSeconds {
        value 10;
        description
          "Severely Errored Seconds (SES)";
        reference
          "ITU-T G.7710-200707 section 10.2.1.";
      }
      enum unavailableSeconds {
        value 11;
        description
          "Unavailable Seconds (UAS)";
        reference
          "ITU-T G.7710-200707 section 10.1.5.";
      }
      enum inFrames {
        value 12;
        description
          "In frames (INFRAMES-E).
           Equivalent to RMON MIB etherStatsPkts (RX).";
        reference
          "RMON MIB RFC 2819.";
      }
      enum inFramesErrored {
        value 13;
        description
          "In frames errored (INFRAMESERR-E).
           Equivalent to sum of RMON MIB etherStatsCRCAlignErrors + etherStatsFragments + etherStatsJabbers.";
        reference
          "RMON MIB RFC 2819.";
      }
      enum outFrames {
        value 14;
        description
          "Out frames (OUTRAMES-E).
           Equivalent to RMON MIB etherStatsPkts (TX).";
        reference
          "RMON MIB RFC 2819.";
      }
      enum erroredSecondsEthernet {
        value 15;
        status obsolete;
        description
          "Errored Seconds Ethernet (ES-E).
           Deprecated, use erroredSeconds.";
      }
      enum severelyErroredSecondsEthernet {
        value 16;
        status obsolete;
        description
          "Severely Errored Seconds, Ethernet (SES-E).
           Deprecated, use severelyErroredSeconds.";
      }
      enum unavailableSecondsEthernet {
        value 17;
        status obsolete;
        description
          "Unavailable Seconds, Ethernet (UAS-E).
           Deprecated, use unavailableSeconds.";
      }
      enum erroredBlockCount {
        value 18;
        description
          "Errored block count (ETH-IF, OTU-IF, ODU-IF).
           ETH-IF: PCS layer error as defined in IEEE 802.3-2018.
           OTU-IF, ODU-IF: BIP-8 errors as defined in ITU-T G.798-202101.";
        reference
          "IEEE 802.3-2018, sections 36.2.4.6 (8B10B PCS errors),
                            49.2.4.6 (64B66B PCS errors), 49.2.14.2 (10G counter),
                            82.2.3.5 (100G errors), 82.3.1 (100G counter),
                            119.2.3.4 (400G errors), 119.3.1 (400G counter),
                            45.2.3.16.4, 45.2.3.22 (MDIO counters).
           ITU-T G.798-202101, section 6.5.1.1 (Errored block count).";
      }
      enum delay {
        value 19;
        status obsolete;
        description
          "Number of frames between a DMValue toggle event and the received DMp signal value toggle event";
      }
      enum defectSeconds {
        value 20;
        description
          "Defect Seconds (DS)";
      }
      enum backwardIncomingAlignmentError {
        value 21;
        description
          "Backward Incoming Alignment Error (BIAE)";
      }
      enum incomingAlignmentError {
        value 22;
        description
          "Incoming Alignment Error (IAE)";
      }
      enum opticalPowerOutputMin {
        value 23;
        description
          "Minimum Optical Power Output (OPOUT-OTS, OPOUT-OMS, OPT-OCH, OPT, OPT-OSC(on Port)).
           Total optical power includes Variable Optical Attenuator (VOA) attenuation.
           Binned (15min/1day) value reported against OTS-IF, OMS-IF or Port entities.";
        reference
          "OTS-IF, OMS-IF: ITU-T G.872-201701 section 8.4.3.";
      }
      enum opticalPowerOutputMax {
        value 24;
        description
          "Maximum Optical Power Output (OPOUT-OTS, OPOUT-OMS, OPT-OCH, OPT, OPT-OSC(on Port)).
           Total optical power includes Variable Optical Attenuator (VOA) attenuation.
           Binned (15min/1day) value reported against OTS-IF, OMS-IF or Port entities.";
        reference
          "OTS-IF, OMS-IF: ITU-T G.872-201701 section 8.4.3.";
      }
      enum opticalPowerOutputAvg {
        value 25;
        description
          "Average Optical Power Output (OPOUT-OTS, OPOUT-OMS, OPT-OCH, OPT, OPT-OSC(on Port)).
           Total optical power includes Variable Optical Attenuator (VOA) attenuation.
           Binned (15min/1day) value reported against OTS-IF, OMS-IF or Port entities.";
        reference
          "OTS-IF, OMS-IF: ITU-T G.872-201701 section 8.4.3.";
      }
      enum opticalPowerInputMin {
        value 26;
        description
          "Minimum Optical Power Input (OPIN-OTS, OPIN-OMS, OPR-OCH, OPR, OPR-OSC(on Port)).
           Total optical power includes Variable Optical Attenuator (VOA) attenuation.
           Binned (15min/1day) value reported against OTS-IF, OMS-IF or Port entities.";
        reference
          "OTS-IF, OMS-IF: ITU-T G.872-201701 section 8.4.3.";
      }
      enum opticalPowerInputMax {
        value 27;
        description
          "Maximum Optical Power Input (OPIN-OTS, OPIN-OMS, OPR-OCH, OPR, OPR-OSC(on Port)).
           Total optical power includes Variable Optical Attenuator (VOA) attenuation.
           Binned (15min/1day) value reported against OTS-IF, OMS-IF or Port entities.";
        reference
          "OTS-IF, OMS-IF: ITU-T G.872-201701 section 8.4.3.";
      }
      enum opticalPowerInputAvg {
        value 28;
        description
          "Average Optical Power Input (OPIN-OTS, OPIN-OMS, OPR-OCH, OPR, OPR-OSC(on Port)).
           Total optical power includes Variable Optical Attenuator (VOA) attenuation.
           Binned (15min/1day) value reported against OTS-IF, OMS-IF or Port entities.";
        reference
          "OTS-IF, OMS-IF: ITU-T G.872-201701 section 8.4.3.";
      }
      enum opticalPowerOutputOSC {
        value 29;
        description
          "OSC Optical Transmit Power Output on MW port (OPT-OSC).
           Unbinned/current value reported against OTS-IF interfaces.";
        reference
          "ITU-T G.872-201701 section 8.4.2.";
      }
      enum opticalPowerOutputOSCMin {
        value 30;
        description
          "Minimum OSC Optical Transmit Power Output on MW port (OPT-OSC).
           Binned (15min/1day) value reported against OTS-IF interfaces.";
        reference
          "ITU-T G.872-201701 section 8.4.2.";
      }
      enum opticalPowerOutputOSCMax {
        value 31;
        description
          "Maximum OSC Optical Transmit Power Output on MW port (OPT-OSC).
           Binned (15min/1day) value reported against OTS-IF interfaces.";
        reference
          "ITU-T G.872-201701 section 8.4.2.";
      }
      enum opticalPowerOutputOSCAvg {
        value 32;
        description
          "Average OSC Optical Transmit Power Output on MW port (OPT-OSC).
           Binned (15min/1day) value reported against OTS-IF interfaces.";
        reference
          "ITU-T G.872-201701 section 8.4.2.";
      }
      enum opticalPowerInputOSC {
        value 33;
        description
          "OSC Optical Receive Power Input on MW port (OPR-OSC).
           Unbinned/current value reported against OTS-IF interfaces.";
        reference
          "ITU-T G.872-201701 section 8.4.2.";
      }
      enum opticalPowerInputOSCMin {
        value 34;
        description
          "Minimum OSC Optical Receive Power Input on MW port (OPR-OSC).
           Binned (15min/1day) value reported against OTS-IF interfaces.";
        reference
          "ITU-T G.872-201701 section 8.4.2.";
      }
      enum opticalPowerInputOSCMax {
        value 35;
        description
          "Maximum OSC Optical Receive Power Input on MW port (OPR-OSC).
           Binned (15min/1day) value reported against OTS-IF interfaces.";
        reference
          "ITU-T G.872-201701 section 8.4.2.";
      }
      enum opticalPowerInputOSCAvg {
        value 36;
        description
          "Average OSC Optical Receive Power Input on MW port (OPR-OSC).
           Binned (15min/1day) value reported against OTS-IF interfaces.";
        reference
          "ITU-T G.872-201701 section 8.4.2.";
      }
      enum preFECCorrectedErrors {
        value 37;
        description
          "pFEC corrected Errors";
      }
      enum totalOpticalPowerInput {
        value 38;
        description
          "Total Optical Power Input.";
      }
      enum totalOpticalPowerInputMin {
        value 39;
        description
          "Minimum Total Optical Power Input.";
      }
      enum totalOpticalPowerInputMax {
        value 40;
        description
          "Maximum Total Optical Power Input.";
      }
      enum totalOpticalPowerInputAvg {
        value 41;
        description
          "Average Total Optical Power Input.";
      }
      enum FECCorrectableBlocks {
        value 42;
        description
          "FEC Correctable Blocks.";
      }
      enum FECUncorrectableBlocks {
        value 43;
        description
          "FEC Uncorrectable Blocks.";
      }
      enum BIPErrorCounter {
        value 56;
        description
          "BIP Error Counter";
      }
      enum protectionSwitchingCount {
        value 57;
        description
          "Protection Switching Count (PSC)";
      }
      enum protectionSwitchingDuration {
        value 58;
        description
          "Protection Switching Duration in seconds (PSD)";
      }
      enum erroredBlockCountTCM1-up {
        value 59;
        description
          "errored Blocks Count on TCM1 up direction.";
      }
      enum erroredBlockCountTCM2-up {
        value 60;
        description
          "errored Blocks Count on TCM2 up direction.";
      }
      enum erroredBlockCountTCM3-up {
        value 61;
        description
          "errored Blocks Count on TCM3 up direction.";
      }
      enum erroredBlockCountTCM4-up {
        value 62;
        description
          "errored Blocks Count on TCM4 up direction.";
      }
      enum erroredBlockCountTCM5-up {
        value 63;
        description
          "errored Blocks Count on TCM5 up direction.";
      }
      enum erroredBlockCountTCM6-up {
        value 64;
        description
          "errored Blocks Count on TCM6 up direction.";
      }
      enum delayTCM1-up {
        value 65;
        status obsolete;
        description
          "Delay on TCM1 up direction.";
      }
      enum delayTCM2-up {
        value 66;
        status obsolete;
        description
          "Delay on TCM2 up direction.";
      }
      enum delayTCM3-up {
        value 67;
        status obsolete;
        description
          "Delay on TCM3 up direction.";
      }
      enum delayTCM4-up {
        value 68;
        status obsolete;
        description
          "Delay on TCM4 up direction.";
      }
      enum delayTCM5-up {
        value 69;
        status obsolete;
        description
          "Delay on TCM5 up direction.";
      }
      enum delayTCM6-up {
        value 70;
        status obsolete;
        description
          "Delay on TCM6 up direction.";
      }
      enum erroredBlockCountTCM1-down {
        value 71;
        description
          "errored Blocks Count on TCM1 down direction.";
      }
      enum erroredBlockCountTCM2-down {
        value 72;
        description
          "errored Blocks Count on TCM2 down direction.";
      }
      enum erroredBlockCountTCM3-down {
        value 73;
        description
          "errored Blocks Count on TCM3 down direction.";
      }
      enum erroredBlockCountTCM4-down {
        value 74;
        description
          "errored Blocks Count on TCM4 down direction.";
      }
      enum erroredBlockCountTCM5-down {
        value 75;
        description
          "errored Blocks Count on TCM5 down direction.";
      }
      enum erroredBlockCountTCM6-down {
        value 76;
        description
          "errored Blocks Count on TCM6 down direction.";
      }
      enum delayTCM1-down {
        value 77;
        status obsolete;
        description
          "Delay on TCM1 down direction.";
      }
      enum delayTCM2-down {
        value 78;
        status obsolete;
        description
          "Delay on TCM2 down direction.";
      }
      enum delayTCM3-down {
        value 79;
        status obsolete;
        description
          "Delay on TCM3 down direction.";
      }
      enum delayTCM4-down {
        value 80;
        status obsolete;
        description
          "Delay on TCM4 down direction.";
      }
      enum delayTCM5-down {
        value 81;
        status obsolete;
        description
          "Delay on TCM5 down direction.";
      }
      enum delayTCM6-down {
        value 82;
        status obsolete;
        description
          "Delay on TCM6 down direction.";
      }
      enum partialRateDiscard {
        value 83;
        description
          "Discarded packet as a result of policing or rate limiting for subrate ethernet.";
      }
      enum erroredSecondsTCM1-up {
        value 84;
        description
          "errored Seconds Count on TCM1 up direction.";
      }
      enum erroredSecondsTCM2-up {
        value 85;
        description
          "errored Seconds Count on TCM2 up direction.";
      }
      enum erroredSecondsTCM3-up {
        value 86;
        description
          "errored Seconds Count on TCM3 up direction.";
      }
      enum erroredSecondsTCM4-up {
        value 87;
        description
          "errored Seconds Count on TCM4 up direction.";
      }
      enum erroredSecondsTCM5-up {
        value 88;
        description
          "errored Seconds Count on TCM5 up direction.";
      }
      enum erroredSecondsTCM6-up {
        value 89;
        description
          "errored Seconds Count on TCM6 up direction.";
      }
      enum severelyErroredSecondsTCM1-up {
        value 90;
        description
          "severely Errored Seconds Count on TCM1 up direction.";
      }
      enum severelyErroredSecondsTCM2-up {
        value 91;
        description
          "severely Errored Seconds Count on TCM2 up direction.";
      }
      enum severelyErroredSecondsTCM3-up {
        value 92;
        description
          "severely Errored Seconds Count on TCM3 up direction.";
      }
      enum severelyErroredSecondsTCM4-up {
        value 93;
        description
          "severely Errored Seconds Count on TCM4 up direction.";
      }
      enum severelyErroredSecondsTCM5-up {
        value 94;
        description
          "severely Errored Seconds Count on TCM5 up direction.";
      }
      enum severelyErroredSecondsTCM6-up {
        value 95;
        description
          "severely Errored Seconds Count on TCM6 up direction.";
      }
      enum unavailableSecondsTCM1-up {
        value 96;
        description
          "unavailable Seconds Count on TCM1 up direction.";
      }
      enum unavailableSecondsTCM2-up {
        value 97;
        description
          "unavailable Seconds Count on TCM2 up direction.";
      }
      enum unavailableSecondsTCM3-up {
        value 98;
        description
          "unavailable Seconds Count on TCM3 up direction.";
      }
      enum unavailableSecondsTCM4-up {
        value 99;
        description
          "unavailable Seconds Count on TCM4 up direction.";
      }
      enum unavailableSecondsTCM5-up {
        value 100;
        description
          "unavailable Seconds Count on TCM5 up direction.";
      }
      enum unavailableSecondsTCM6-up {
        value 101;
        description
          "unavailable Seconds Count on TCM6 up direction.";
      }
      enum erroredSecondsTCM1-down {
        value 102;
        description
          "errored Seconds Count on TCM1 down direction.";
      }
      enum erroredSecondsTCM2-down {
        value 103;
        description
          "errored Seconds Count on TCM2 down direction.";
      }
      enum erroredSecondsTCM3-down {
        value 104;
        description
          "errored Seconds Count on TCM3 down direction.";
      }
      enum erroredSecondsTCM4-down {
        value 105;
        description
          "errored Seconds Count on TCM4 down direction.";
      }
      enum erroredSecondsTCM5-down {
        value 106;
        description
          "errored Seconds Count on TCM5 down direction.";
      }
      enum erroredSecondsTCM6-down {
        value 107;
        description
          "errored Seconds Count on TCM6 down direction.";
      }
      enum severelyErroredSecondsTCM1-down {
        value 108;
        description
          "severely Errored Seconds Count on TCM1 down direction.";
      }
      enum severelyErroredSecondsTCM2-down {
        value 109;
        description
          "severely Errored Seconds Count on TCM2 down direction.";
      }
      enum severelyErroredSecondsTCM3-down {
        value 110;
        description
          "severely Errored Seconds Count on TCM3 down direction.";
      }
      enum severelyErroredSecondsTCM4-down {
        value 111;
        description
          "severely Errored Seconds Count on TCM4 down direction.";
      }
      enum severelyErroredSecondsTCM5-down {
        value 112;
        description
          "severely Errored Seconds Count on TCM5 down direction.";
      }
      enum severelyErroredSecondsTCM6-down {
        value 113;
        description
          "severely Errored Seconds Count on TCM6 down direction.";
      }
      enum unavailableSecondsTCM1-down {
        value 114;
        description
          "unavailable Seconds Count on TCM1 down direction.";
      }
      enum unavailableSecondsTCM2-down {
        value 115;
        description
          "unavailable Seconds Count on TCM2 down direction.";
      }
      enum unavailableSecondsTCM3-down {
        value 116;
        description
          "unavailable Seconds Count on TCM3 down direction.";
      }
      enum unavailableSecondsTCM4-down {
        value 117;
        description
          "unavailable Seconds Count on TCM4 down direction.";
      }
      enum unavailableSecondsTCM5-down {
        value 118;
        description
          "unavailable Seconds Count on TCM5 down direction.";
      }
      enum unavailableSecondsTCM6-down {
        value 119;
        description
          "unavailable Seconds Count on TCM6 down direction.";
      }
      enum fecCorrectedCodewords {
        value 120;
        description
          "FEC Corrected Codewords Counter";
        reference
          "100 GE: IEEE802.3-2018 sections 91.6.9 (FEC_corrected_cw_counter), 45.2.1.112 (MDIO).
           400 GE: IEEE802.3-2018 sections 119.3.1 (FEC_corrected_cw_counter), 45.2.3.61 (MDIO).";
      }
      enum fecUncorrectedCodewords {
        value 121;
        description
          "FEC Uncorrected Codewords Counter";
        reference
          "100 GE: IEEE802.3-2018 sections 91.6.10 (FEC_uncorrected_cw_counter), 45.2.1.113 (MDIO).
           400 GE: IEEE802.3-2018 sections 119.3.1 (FEC_uncorrected_cw_counter), 45.2.3.62 (MDIO).";
      }
      enum fecSymbolErrors {
        value 122;
        description
          "FEC Symbol Error Counter";
        reference
          "100 GE: IEEE802.3-2018 sections 91.6.12 (FEC_symbol_error_counter_i), 45.2.1.115/116 (MDIO).
           400 GE: IEEE802.3-2018 sections 119.3.1 (FEC_symbol_error_counter_i), 45.2.3.57/58 (MDIO).";
      }
      enum localFaultSeconds {
        value 123;
        description
          "Local Fault Seconds";
      }
      enum remoteFaultSeconds {
        value 124;
        description
          "Remote Fault Seconds";
      }
      enum delayTimeTCM1-up {
        value 125;
        description
          "Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeTCM2-up {
        value 126;
        description
          "Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeTCM3-up {
        value 127;
        description
          "Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeTCM4-up {
        value 128;
        description
          "Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeTCM5-up {
        value 129;
        description
          "Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeTCM6-up {
        value 130;
        description
          "Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeTCM1-down {
        value 131;
        description
          "Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeTCM2-down {
        value 132;
        description
          "Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeTCM3-down {
        value 133;
        description
          "Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeTCM4-down {
        value 134;
        description
          "Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeTCM5-down {
        value 135;
        description
          "Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeTCM6-down {
        value 136;
        description
          "Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum erroredBlockCountRatio {
        value 137;
        description
          "Background block error ratio (BBER)";
        reference
          "G.8201 3.2.2";
      }
      enum erroredBlockCountRatioTCM1-up {
        value 138;
        description
          "Background block error ratio (BBER)";
        reference
          "G.8201 3.2.2";
      }
      enum erroredBlockCountRatioTCM2-up {
        value 139;
        description
          "Background block error ratio (BBER)";
        reference
          "G.8201 3.2.2";
      }
      enum erroredBlockCountRatioTCM3-up {
        value 140;
        description
          "Background block error ratio (BBER)";
        reference
          "G.8201 3.2.2";
      }
      enum erroredBlockCountRatioTCM4-up {
        value 141;
        description
          "Background block error ratio (BBER)";
        reference
          "G.8201 3.2.2";
      }
      enum erroredBlockCountRatioTCM5-up {
        value 142;
        description
          "Background block error ratio (BBER)";
        reference
          "G.8201 3.2.2";
      }
      enum erroredBlockCountRatioTCM6-up {
        value 143;
        description
          "Background block error ratio (BBER)";
        reference
          "G.8201 3.2.2";
      }
      enum erroredBlockCountRatioTCM1-down {
        value 144;
        description
          "Background block error ratio (BBER)";
        reference
          "G.8201 3.2.2";
      }
      enum erroredBlockCountRatioTCM2-down {
        value 145;
        description
          "Background block error ratio (BBER)";
        reference
          "G.8201 3.2.2";
      }
      enum erroredBlockCountRatioTCM3-down {
        value 146;
        description
          "Background block error ratio (BBER)";
        reference
          "G.8201 3.2.2";
      }
      enum erroredBlockCountRatioTCM4-down {
        value 147;
        description
          "Background block error ratio (BBER)";
        reference
          "G.8201 3.2.2";
      }
      enum erroredBlockCountRatioTCM5-down {
        value 148;
        description
          "Background block error ratio (BBER)";
        reference
          "G.8201 3.2.2";
      }
      enum erroredBlockCountRatioTCM6-down {
        value 149;
        description
          "Background block error ratio (BBER)";
        reference
          "G.8201 3.2.2";
      }
      enum severelyErroredSecondRatio {
        value 150;
        description
          "Severely errored second ratio (SESR)";
        reference
          "G.8201 3.2.1";
      }
      enum severelyErroredSecondRatioTCM1-up {
        value 151;
        description
          "Severely errored second ratio (SESR)";
        reference
          "G.8201 3.2.1";
      }
      enum severelyErroredSecondRatioTCM2-up {
        value 152;
        description
          "Severely errored second ratio (SESR)";
        reference
          "G.8201 3.2.1";
      }
      enum severelyErroredSecondRatioTCM3-up {
        value 153;
        description
          "Severely errored second ratio (SESR)";
        reference
          "G.8201 3.2.1";
      }
      enum severelyErroredSecondRatioTCM4-up {
        value 154;
        description
          "Severely errored second ratio (SESR)";
        reference
          "G.8201 3.2.1";
      }
      enum severelyErroredSecondRatioTCM5-up {
        value 155;
        description
          "Severely errored second ratio (SESR)";
        reference
          "G.8201 3.2.1";
      }
      enum severelyErroredSecondRatioTCM6-up {
        value 156;
        description
          "Severely errored second ratio (SESR)";
        reference
          "G.8201 3.2.1";
      }
      enum severelyErroredSecondRatioTCM1-down {
        value 157;
        description
          "Severely errored second ratio (SESR)";
        reference
          "G.8201 3.2.1";
      }
      enum severelyErroredSecondRatioTCM2-down {
        value 158;
        description
          "Severely errored second ratio (SESR)";
        reference
          "G.8201 3.2.1";
      }
      enum severelyErroredSecondRatioTCM3-down {
        value 159;
        description
          "Severely errored second ratio (SESR)";
        reference
          "G.8201 3.2.1";
      }
      enum severelyErroredSecondRatioTCM4-down {
        value 160;
        description
          "Severely errored second ratio (SESR)";
        reference
          "G.8201 3.2.1";
      }
      enum severelyErroredSecondRatioTCM5-down {
        value 161;
        description
          "Severely errored second ratio (SESR)";
        reference
          "G.8201 3.2.1";
      }
      enum severelyErroredSecondRatioTCM6-down {
        value 162;
        description
          "Severely errored second ratio (SESR)";
        reference
          "G.8201 3.2.1";
      }
      enum delayTime {
        value 163;
        description
          "Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMax {
        value 164;
        description
          "Maximum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMin {
        value 165;
        description
          "Minimum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMaxTCM1-up {
        value 166;
        description
          "Maximum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMaxTCM2-up {
        value 167;
        description
          "Maximum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMaxTCM3-up {
        value 168;
        description
          "Maximum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMaxTCM4-up {
        value 169;
        description
          "Maximum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMaxTCM5-up {
        value 170;
        description
          "Maximum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMaxTCM6-up {
        value 171;
        description
          "Maximum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMinTCM1-up {
        value 172;
        description
          "Minimum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMinTCM2-up {
        value 173;
        description
          "Minimum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMinTCM3-up {
        value 174;
        description
          "Minimum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMinTCM4-up {
        value 175;
        description
          "Minimum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMinTCM5-up {
        value 176;
        description
          "Minimum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMinTCM6-up {
        value 177;
        description
          "Minimum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMaxTCM1-down {
        value 178;
        description
          "Maximum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMaxTCM2-down {
        value 179;
        description
          "Maximum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMaxTCM3-down {
        value 180;
        description
          "Maximum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMaxTCM4-down {
        value 181;
        description
          "Maximum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMaxTCM5-down {
        value 182;
        description
          "Maximum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMaxTCM6-down {
        value 183;
        description
          "Maximum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMinTCM1-down {
        value 184;
        description
          "Minimum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMinTCM2-down {
        value 185;
        description
          "Minimum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMinTCM3-down {
        value 186;
        description
          "Minimum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMinTCM4-down {
        value 187;
        description
          "Minimum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMinTCM5-down {
        value 188;
        description
          "Minimum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum delayTimeMinTCM6-down {
        value 189;
        description
          "Minimum Time taken, in microseconds, for a DMValue toggle event to travel and receive as DMp signal value toggle event";
        reference
          "G.709";
      }
      enum backwardIncomingAlignmentErrorTCM1-down {
        value 190;
        description
          "Backward Incoming Alignment Error (BIAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum backwardIncomingAlignmentErrorTCM2-down {
        value 191;
        description
          "Backward Incoming Alignment Error (BIAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum backwardIncomingAlignmentErrorTCM3-down {
        value 192;
        description
          "Backward Incoming Alignment Error (BIAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum backwardIncomingAlignmentErrorTCM4-down {
        value 193;
        description
          "Backward Incoming Alignment Error (BIAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum backwardIncomingAlignmentErrorTCM5-down {
        value 194;
        description
          "Backward Incoming Alignment Error (BIAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum backwardIncomingAlignmentErrorTCM6-down {
        value 195;
        description
          "Backward Incoming Alignment Error (BIAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum backwardIncomingAlignmentErrorTCM1-up {
        value 196;
        description
          "Backward Incoming Alignment Error (BIAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum backwardIncomingAlignmentErrorTCM2-up {
        value 197;
        description
          "Backward Incoming Alignment Error (BIAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum backwardIncomingAlignmentErrorTCM3-up {
        value 198;
        description
          "Backward Incoming Alignment Error (BIAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum backwardIncomingAlignmentErrorTCM4-up {
        value 199;
        description
          "Backward Incoming Alignment Error (BIAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum backwardIncomingAlignmentErrorTCM5-up {
        value 200;
        description
          "Backward Incoming Alignment Error (BIAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum backwardIncomingAlignmentErrorTCM6-up {
        value 201;
        description
          "Backward Incoming Alignment Error (BIAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum incomingAlignmentErrorTCM1-down {
        value 202;
        description
          "Incoming Alignment Error (IAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum incomingAlignmentErrorTCM2-down {
        value 203;
        description
          "Incoming Alignment Error (IAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum incomingAlignmentErrorTCM3-down {
        value 204;
        description
          "Incoming Alignment Error (IAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum incomingAlignmentErrorTCM4-down {
        value 205;
        description
          "Incoming Alignment Error (IAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum incomingAlignmentErrorTCM5-down {
        value 206;
        description
          "Incoming Alignment Error (IAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum incomingAlignmentErrorTCM6-down {
        value 207;
        description
          "Incoming Alignment Error (IAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum incomingAlignmentErrorTCM1-up {
        value 208;
        description
          "Incoming Alignment Error (IAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum incomingAlignmentErrorTCM2-up {
        value 209;
        description
          "Incoming Alignment Error (IAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum incomingAlignmentErrorTCM3-up {
        value 210;
        description
          "Incoming Alignment Error (IAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum incomingAlignmentErrorTCM4-up {
        value 211;
        description
          "Incoming Alignment Error (IAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum incomingAlignmentErrorTCM5-up {
        value 212;
        description
          "Incoming Alignment Error (IAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum incomingAlignmentErrorTCM6-up {
        value 213;
        description
          "Incoming Alignment Error (IAE) seconds";
        reference
          "G.798 6.2.6.11";
      }
      enum preFECbitErrorRate {
        value 214;
        description
          "Pre-FEC Bit Error Rate, decimal64 with 17 fraction digits";
        reference
          "G.709";
      }
      enum gfpCmfFrames {
        value 215;
        description
          "GFP Client Management frames";
        reference
          "G.7041";
      }
      enum gfpErroredFrames {
        value 216;
        description
          "GFP Errored Frames";
        reference
          "G.7041";
      }
      enum gfpErroredSecond {
        value 217;
        description
          "GFP Errored seconds, based on errored frames/defects";
      }
      enum gfpSeverelyErroredSecond {
        value 218;
        description
          "GFP severely errored seconds, based on errored frames/defects";
      }
      enum gfpUnavailableSecond {
        value 219;
        description
          "GFP unavailable errored seconds, based on errored frames/defects";
      }
      enum laserBiasCurrent {
        value 220;
        description
          "Laser Bias Current, units in mA";
      }
      enum laserBiasCurrentMax {
        value 221;
        description
          "Maximum Laser Bias Current, units in mA";
      }
      enum laserBiasCurrentMin {
        value 222;
        description
          "Minimum Laser Bias Current, units in mA";
      }
      enum opticalInterconnectLoss {
        value 223;
        description
          "Loss on internal optical interconnect in ROADM, units in dB";
      }
      enum opticalInterconnectLossMax {
        value 224;
        description
          "Maximum loss on internal optical interconnect in ROADM, units in dB";
      }
      enum opticalInterconnectLossMin {
        value 225;
        description
          "Minimum loss on internal optical interconnect in ROADM, units in dB";
      }
      enum opticalSignalNoiseRatio {
        value 226;
        description
          "Optical Signal To Noise Ratio (OSNR), units in dB";
      }
      enum opticalSignalNoiseRatioMax {
        value 227;
        description
          "Maximum Optical Signal To Noise Ratio (OSNR), units in dB";
      }
      enum opticalSignalNoiseRatioMin {
        value 228;
        description
          "Minimum Optical Signal To Noise Ratio (OSNR), units in dB";
      }
      enum polarizationDependentLoss {
        value 229;
        description
          "Polarization Dependent Loss (PDL), units in dB";
      }
      enum polarizationDependentLossMax {
        value 230;
        description
          "Maximum Polarization Dependent Loss (PDL), units in dB";
      }
      enum polarizationDependentLossMin {
        value 231;
        description
          "Minimum Polarization Dependent Loss (PDL), units in dB";
      }
      enum polarizationModeDispersion {
        value 232;
        description
          "Polarization Mode Dispersion (PMD), units in ps";
      }
      enum polizationModeDispersionMax {
        value 233;
        description
          "Maximum Polarization Mode Dispersion (PMD), units in ps";
      }
      enum polizationModeDispersionMin {
        value 234;
        description
          "Minimum Polarization Mode Dispersion (PMD), units in ps";
      }
      enum chromaticDispersion {
        value 235;
        description
          "Chromatic Dispersion, units in ps/nm";
      }
      enum chromaticDispersionMax {
        value 236;
        description
          "Maximum Chromatic Dispersion, units in ps/nm";
      }
      enum chromaticDispersionMin {
        value 237;
        description
          "Minimum Chromatic Dispersion, units in ps/nm";
      }
      enum temperature {
        value 238;
        description
          "Temperature Measurement, units in deg C";
      }
      enum temperatureMax {
        value 239;
        description
          "Maximum Temperature Measurement, units in deg C";
      }
      enum temperatureMin {
        value 240;
        description
          "Minimum Temperature Measurement, units in deg C";
      }
      enum temperatureAvg {
        value 241;
        description
          "Average Temperature Measurement, units in deg C";
      }
      enum opticalPowerOutputDrift {
        value 242;
        description
          "The delta (dB) between the measured optical power output and expected
           or targeted optical power output. One use case would be the difference between the
           measured nmc opticalPowerOutput and the target-output-power set by controller.";
      }
      enum opticalPowerInputLane1 {
        value 243;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), input power
          (dBm) measured by the pluggable for lane 1.";
      }
      enum opticalPowerInputLane1Max {
        value 244;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), maximum input power
          (dBm) measured by the pluggable for lane 1.";
      }
      enum opticalPowerInputLane1Min {
        value 245;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), minimum input power
          (dBm) measured by the pluggable for lane 1.";
      }
      enum opticalPowerInputLane1Avg {
        value 246;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), average input power
          (dBm) measured by the pluggable for lane 1.";
      }
      enum opticalPowerInputLane2 {
        value 247;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), input power
          (dBm) measured by the pluggable for lane 2.";
      }
      enum opticalPowerInputLane2Max {
        value 248;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), maximum input power
          (dBm) measured by the pluggable for lane 2.";
      }
      enum opticalPowerInputLane2Min {
        value 249;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), minimum input power
          (dBm) measured by the pluggable for lane 2.";
      }
      enum opticalPowerInputLane2Avg {
        value 250;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), average input power
          (dBm) measured by the pluggable for lane 2.";
      }
      enum opticalPowerInputLane3 {
        value 251;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), input power
          (dBm) measured by the pluggable for lane 3.";
      }
      enum opticalPowerInputLane3Max {
        value 252;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), maximum input power
          (dBm) measured by the pluggable for lane 3.";
      }
      enum opticalPowerInputLane3Min {
        value 253;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), minimum input power
          (dBm) measured by the pluggable for lane 3.";
      }
      enum opticalPowerInputLane3Avg {
        value 254;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), average input power
          (dBm) measured by the pluggable for lane 3.";
      }
      enum opticalPowerInputLane4 {
        value 255;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), input power
          (dBm) measured by the pluggable for lane 4.";
      }
      enum opticalPowerInputLane4Max {
        value 256;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), maximum input power
          (dBm) measured by the pluggable for lane 4.";
      }
      enum opticalPowerInputLane4Min {
        value 257;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), minimum input power
          (dBm) measured by the pluggable for lane 4.";
      }
      enum opticalPowerInputLane4Avg {
        value 258;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), average input power
          (dBm) measured by the pluggable for lane 4.";
      }
      enum opticalPowerInputLane5 {
        value 259;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), input power
          (dBm) measured by the pluggable for lane 5.";
      }
      enum opticalPowerInputLane5Max {
        value 260;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), maximum input power
          (dBm) measured by the pluggable for lane 5.";
      }
      enum opticalPowerInputLane5Min {
        value 261;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), minimum input power
          (dBm) measured by the pluggable for lane 5.";
      }
      enum opticalPowerInputLane5Avg {
        value 262;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), average input power
          (dBm) measured by the pluggable for lane 5.";
      }
      enum opticalPowerInputLane6 {
        value 263;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), input power
          (dBm) measured by the pluggable for lane 6.";
      }
      enum opticalPowerInputLane6Max {
        value 264;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), maximum input power
          (dBm) measured by the pluggable for lane 6.";
      }
      enum opticalPowerInputLane6Min {
        value 265;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), minimum input power
          (dBm) measured by the pluggable for lane 6.";
      }
      enum opticalPowerInputLane6Avg {
        value 266;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), average input power
          (dBm) measured by the pluggable for lane 6.";
      }
      enum opticalPowerInputLane7 {
        value 267;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), input power
          (dBm) measured by the pluggable for lane 7.";
      }
      enum opticalPowerInputLane7Max {
        value 268;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), maximum input power
          (dBm) measured by the pluggable for lane 7.";
      }
      enum opticalPowerInputLane7Min {
        value 269;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), minimum input power
          (dBm) measured by the pluggable for lane 7.";
      }
      enum opticalPowerInputLane7Avg {
        value 270;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), average input power
          (dBm) measured by the pluggable for lane 7.";
      }
      enum opticalPowerInputLane8 {
        value 271;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), input power
          (dBm) measured by the pluggable for lane 8.";
      }
      enum opticalPowerInputLane8Max {
        value 272;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), maximum input power
          (dBm) measured by the pluggable for lane 8.";
      }
      enum opticalPowerInputLane8Min {
        value 273;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), minimum input power
          (dBm) measured by the pluggable for lane 8.";
      }
      enum opticalPowerInputLane8Avg {
        value 274;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), average input power
          (dBm) measured by the pluggable for lane 8.";
      }
      enum opticalPowerOutputLane1 {
        value 275;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), output power
          (dBm) measured by the pluggable for lane 1.";
      }
      enum opticalPowerOutputLane1Max {
        value 276;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), maximum output power
          (dBm) measured by the pluggable for lane 1.";
      }
      enum opticalPowerOutputLane1Min {
        value 277;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), minimum output power
          (dBm) measured by the pluggable for lane 1.";
      }
      enum opticalPowerOutputLane1Avg {
        value 278;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), average output power
          (dBm) measured by the pluggable for lane 1.";
      }
      enum opticalPowerOutputLane2 {
        value 279;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), output power
          (dBm) measured by the pluggable for lane 2.";
      }
      enum opticalPowerOutputLane2Max {
        value 280;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), maximum output power
          (dBm) measured by the pluggable for lane 2.";
      }
      enum opticalPowerOutputLane2Min {
        value 281;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), minimum output power
          (dBm) measured by the pluggable for lane 2.";
      }
      enum opticalPowerOutputLane2Avg {
        value 282;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), average output power
          (dBm) measured by the pluggable for lane 2.";
      }
      enum opticalPowerOutputLane3 {
        value 283;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), output power
          (dBm) measured by the pluggable for lane 3.";
      }
      enum opticalPowerOutputLane3Max {
        value 284;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), maximum output power
          (dBm) measured by the pluggable for lane 3.";
      }
      enum opticalPowerOutputLane3Min {
        value 285;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), minimum output power
          (dBm) measured by the pluggable for lane 3.";
      }
      enum opticalPowerOutputLane3Avg {
        value 286;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), average output power
          (dBm) measured by the pluggable for lane 3.";
      }
      enum opticalPowerOutputLane4 {
        value 287;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), output power
          (dBm) measured by the pluggable for lane 4.";
      }
      enum opticalPowerOutputLane4Max {
        value 288;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), maximum output power
          (dBm) measured by the pluggable for lane 4.";
      }
      enum opticalPowerOutputLane4Min {
        value 289;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), minimum output power
          (dBm) measured by the pluggable for lane 4.";
      }
      enum opticalPowerOutputLane4Avg {
        value 290;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), average output power
          (dBm) measured by the pluggable for lane 4.";
      }
      enum opticalPowerOutputLane5 {
        value 291;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), output power
          (dBm) measured by the pluggable for lane 5.";
      }
      enum opticalPowerOutputLane5Max {
        value 292;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), maximum output power
          (dBm) measured by the pluggable for lane 5.";
      }
      enum opticalPowerOutputLane5Min {
        value 293;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), minimum output power
          (dBm) measured by the pluggable for lane 5.";
      }
      enum opticalPowerOutputLane5Avg {
        value 294;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), average output power
          (dBm) measured by the pluggable for lane 5.";
      }
      enum opticalPowerOutputLane6 {
        value 295;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), output power
          (dBm) measured by the pluggable for lane 6.";
      }
      enum opticalPowerOutputLane6Max {
        value 296;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), maximum output power
          (dBm) measured by the pluggable for lane 6.";
      }
      enum opticalPowerOutputLane6Min {
        value 297;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), minimum output power
          (dBm) measured by the pluggable for lane 6.";
      }
      enum opticalPowerOutputLane6Avg {
        value 298;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), average output power
          (dBm) measured by the pluggable for lane 6.";
      }
      enum opticalPowerOutputLane7 {
        value 299;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), output power
          (dBm) measured by the pluggable for lane 7.";
      }
      enum opticalPowerOutputLane7Max {
        value 300;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), maximum output power
          (dBm) measured by the pluggable for lane 7.";
      }
      enum opticalPowerOutputLane7Min {
        value 301;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), minimum output power
          (dBm) measured by the pluggable for lane 7.";
      }
      enum opticalPowerOutputLane7Avg {
        value 302;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), average output power
          (dBm) measured by the pluggable for lane 7.";
      }
      enum opticalPowerOutputLane8 {
        value 303;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), output power
          (dBm) measured by the pluggable for lane 8.";
      }
      enum opticalPowerOutputLane8Max {
        value 304;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), maximum output power
          (dBm) measured by the pluggable for lane 8.";
      }
      enum opticalPowerOutputLane8Min {
        value 305;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), minimum output power
          (dBm) measured by the pluggable for lane 8.";
      }
      enum opticalPowerOutputLane8Avg {
        value 306;
        description
          "Applicable to multi lane pluggable interfaces (ex: 100G LR-4), average output power
          (dBm) measured by the pluggable for lane 8.";
      }
    }
  }

  grouping pm-measurement {
    description
      "Set of parameters related to a PM Measurement";
    leaf pmParameterValue {
      type pm-data-type;
      config false;
      mandatory true;
    }
    leaf pmParameterUnit {
      type string;
      mandatory false;
      description
        "Unit PM parameter has been measured - frames, packets, u, etc";
    }
    leaf validity {
      type validity;
      mandatory true;
    }
  }

  grouping pm-names {
    description
      "Name of PM parameter. Consists of a set list of parameters,
       plus an extension field to support addition parameters.";
    leaf type {
      type pm-names-enum;
      mandatory true;
    }
    leaf extension {
      type string;
      description
        "name of parameter, when enum value set to vendorExtension because
         name not found in pm-names-enum";
    }
  }
}