This module contains YANG definitions for the ODU Interfaces of an Optical White Box (OWB). Copyright (c) 2015 Fujitsu Ltd. All...
Version: 2018-02-02
module fujitsu-otn-odu-interfaces { yang-version 1; namespace "urn:fujitsu:params:xml:ns:yang:interface:odu"; prefix odu; import ietf-interfaces { prefix if; } import fujitsu-entity-states { prefix entity-states; } import fujitsu-entity-maintenance-testsignal { prefix fujitsu-testsignal; } import fujitsu-gcc { prefix fujitsuGcc; } import fujitsu-otn { prefix otn; } import fujitsu-performance-monitoring-typedefs { prefix pmtypedefs; } import fujitsu-ains-keywords { prefix ains; } organization "Fujitsu Ltd."; contact "Fujitsu Ltd. Address: 2801 Telecom Parkway Richardson, Texas 75082 Tel: +1-800-USE-FTAC (1-800-873-3822) Email: ftac@fnc.fujitsu.com Web: www.fujitsu.com/us/services/telecom"; description "This module contains YANG definitions for the ODU Interfaces of an Optical White Box (OWB). Copyright (c) 2015 Fujitsu Ltd. All rights reserved. "; revision "2018-02-02" { description "Adding TCM list to keep track of ALL Associated TCM from HO and LO ODU"; } revision "2018-01-24" { description "Added new values for CBR service"; } revision "2018-01-09" { description "Added BDI Cross Coupling ID"; } revision "2017-12-13" { description "gfpnumts/cbrservice mandatory"; } revision "2017-12-08" { description "Added hidden nodes for ts/tpn validation"; } revision "2017-10-31" { description "Changed trib-port to uint16 type"; } revision "2017-10-18" { description "Removed leafref for pg-name and XCON name"; } revision "2017-10-11" { description "Modified SNCP hidden nodes and added XCON hidden nodes"; } revision "2017-10-03" { description "Hidden Nodes for SNCP and Xcon"; } revision "2017-09-22" { description "compilation fix and cbr names changed"; } revision "2017-09-20" { description "Removed the Odu-function attribute"; } revision "2017-09-07" { description "oleaf related attributes"; } revision "2017-07-17" { description "Added parent-odu-allocation for odu container. Grouping parent-odu-allocation attributes only for easy reuse by other module like smr"; } revision "2017-05-02" { description " Added AINS for odu container"; } revision "2016-10-14" { description "Removed range from degthr description string"; } revision "2016-10-10" { description "Removed when condition from opu container"; } revision "2016-07-22" { description "pm thershold configure support."; } revision "2015-08-13" { description "Initial revision."; } feature bdi-cross-coupling { description "This feature iss used for activating BDI-Cross-Couplig"; } identity odu-rate-identity { description "A unique rate identification of the ODUk."; } identity ODU4 { base odu-rate-identity; description "Identity for an ODU4"; } identity ODU3 { base odu-rate-identity; description "Identity for an ODU3"; } identity ODU2 { base odu-rate-identity; description "Identity for an ODU2"; } identity ODU2e { base odu-rate-identity; description "Identity for an ODU2e"; } identity ODU1 { base odu-rate-identity; description "Identity for an ODU1"; } identity ODU0 { base odu-rate-identity; description "Identity for an ODU0"; } identity ODUflexCBR { base odu-rate-identity; description "Identity for an ODUflex CBR"; } identity ODUflexGFP { base odu-rate-identity; description "Identity for an ODUflexGFP"; } identity ODUflex { base odu-rate-identity; description "Identity for an ODUflex"; } identity odu-cbr-identity { description "A unique cbr identification of the ODUk."; } identity CBR-IBSDR { base odu-cbr-identity; description "Identity for CBR-IBSDR"; } identity CBR-IBDDR { base odu-cbr-identity; description "Identity for CBR-IBDDR"; } identity CBR-IBQDR { base odu-cbr-identity; description "Identity for CBR-IBQDR"; } identity CBR-FC400 { base odu-cbr-identity; description "Identity for CBR-FC400"; } identity CBR-FC800 { base odu-cbr-identity; description "Identity for CBR-FC800"; } identity CBR-3GSDI { base odu-cbr-identity; description "Identity for CBR-3GSDI"; } identity CBR-3GSDI1 { base odu-cbr-identity; description "Identity for CBR-3GSDI1"; } identity CBR-CPRI4 { base odu-cbr-identity; description "Identity for CBR-CPRI4"; } identity CBR-CPRI5 { base odu-cbr-identity; description "Identity for CBR-CPRI5"; } identity CBR-CPRI6 { base odu-cbr-identity; description "Identity for CBR-CPRI6"; } identity CBR-FC1600 { base odu-cbr-identity; description "Identity for CBR-FC1600"; } identity CBR-FC3200 { base odu-cbr-identity; description "Identity for CBR-FC3200"; } identity odtu-type-identity { description "A unique identification for the MSI odtu type."; } identity ODTU4.ts-Allocated { base odtu-type-identity; description "OPU4 MSI - ODTU4.ts, TS is occupied/allocated"; } identity ODTU01 { base odtu-type-identity; description "ODTU01 MSI type"; } identity ODTU12 { base odtu-type-identity; description "ODTU12 MSI type"; } identity ODTU13 { base odtu-type-identity; description "ODTU13 MSI type"; } identity ODTU23 { base odtu-type-identity; description "ODTU23 MSI type"; } identity ODTU2.ts { base odtu-type-identity; description "ODTU2.ts MSI type"; } identity ODTU3.ts { base odtu-type-identity; description "ODTU3.ts MSI type"; } identity unallocated { base odtu-type-identity; description "Unallocated MSI type"; } identity otn-monitoring-layer-identity { description "An identification for OTN monitoring layer."; } identity otn-section-layer { base otn-monitoring-layer-identity; description "Identity for section layer."; } identity otn-path-layer { base otn-monitoring-layer-identity; description "Identity for path layer."; } identity otn-tandem-connection-layer-1 { base otn-monitoring-layer-identity; description "Identity for tandem connection layer 1."; } identity otn-tandem-connection-layer-2 { base otn-monitoring-layer-identity; description "Identity for tandem connection layer 2."; } identity otn-tandem-connection-layer-3 { base otn-monitoring-layer-identity; description "Identity for tandem connection layer 3."; } identity otn-tandem-connection-layer-4 { base otn-monitoring-layer-identity; description "Identity for tandem connection layer 4."; } identity otn-tandem-connection-layer-5 { base otn-monitoring-layer-identity; description "Identity for tandem connection layer 5."; } identity otn-tandem-connection-layer-6 { base otn-monitoring-layer-identity; description "Identity for tandem connection layer 6."; } typedef trib-resource-type { type uint16 { range "1..80"; } } notification odu-notif { leaf name { type leafref { path "/if:interfaces/if:interface/if:name"; } } container odu { leaf ains { type ains-state; default "disabled"; } leaf vstimer { when "../ains = 'enabled'"; type vstimer; } leaf ACTVST { when "../ains = 'enabled'"; type string; config false; } leaf actual-vstimer { type string { pattern '([0-4][0-8])-([0-5][0-9])'; } config false; description "The amount of time a valid state timer has been running uninterrupted. This timer is in the format <hh>-<mm>."; } leaf rate { type identityref { base odu-rate-identity; } description "rate identity of the ODU. 'identityref' is used to allow to extend for future higher rates"; } leaf oduflexcbr-service { when "../rate = 'odu:ODUflexCBR'"; type identityref { base odu-cbr-identity; } mandatory true; description "cbr service identity of ODUflex. 'identityref' is used to allow to extend"; } leaf oduflex-gfp-num-ts { when "../rate = 'odu:ODUflexGFP'"; type uint8 { range "1..80"; } mandatory true; description "No of timeslots allowed when ODUflex-gfp"; } leaf oduflex-rate { type decimal64 { fraction-digits 3; } config false; description "ODUflex client rate"; } leaf oper-status { type oper-status; description "The current operational state of the interface. This leaf has the same semantics as ifOperStatus."; } leaf admin-status { type admin-status; default "down"; description "The desired state of the interface. This leaf has the same read semantics as ifAdminStatus."; } leaf circuit-id { type string { length "0..45"; } description "circuit identifier/user label"; } leaf direction { type enumeration { enum "uni-rx" { value 0; description "unidirectional receive only"; } enum "uni-tx" { value 1; description "unidirectional transmit only"; } enum "bi" { value 2; description "bidirectional"; } } description "direction of interface"; } leaf tx-clock-source { type enumeration { enum "through" { value 0; description "Timing is passed through"; } enum "internal" { value 1; description "Timed from freerunning internal oscillator"; } enum "system" { value 2; description "Timed from system active clock reference"; } } description "Transmit Clock - Specifies souce of ODU transit timing"; } leaf ais-pt { type enumeration { enum "ais" { value 0; description "use AIS-ODU for escalation"; } enum "csf" { value 1; description "use CSF-OPU for escalation"; } } description "alarm escalation setting"; } container tx-ftfl { description "Transmit Fault Type Fault Location (FTFL)"; leaf fw-op-id { type string { length "0..9"; } description "Forward Operator Indentifier sub field of the backward and forward fields in the FTFL message"; } leaf fw-op-spec { type string { length "0..118"; } description "Forward Operator Specific sub field of the backward and forward fields in the FTFL message"; } leaf bw-op-id { type string { length "0..9"; } description "Backward Operator Indentifier sub field of the backward and forward fields in the FTFL message"; } leaf bw-op-spec { type string { length "0..118"; } description "Backward Operator Specific sub field of the backward and forward fields in the FTFL message"; } } // container tx-ftfl container rx-ftfl { description "Receive Fault Type Fault Location (FTFL)"; leaf fw-op-id { type string { length "0..9"; } description "Forward Operator Indentifier sub field of the backward and forward fields in the FTFL message"; } leaf fw-op-spec { type string { length "0..118"; } description "Forward Operator Specific sub field of the backward and forward fields in the FTFL message"; } leaf bw-op-id { type string { length "0..9"; } description "Backward Operator Indentifier sub field of the backward and forward fields in the FTFL message"; } leaf bw-op-spec { type string { length "0..118"; } description "Backward Operator Specific sub field of the backward and forward fields in the FTFL message"; } leaf fw-flt-typ { type uint8 { range "0..255"; } description "Forward Fault Type sub field of the backward and forward fields in the FTFL message"; } leaf bw-flt-typ { type uint8 { range "0..255"; } description "Backward Fault Type sub field of the backward and forward fields in the FTFL message"; } } // container rx-ftfl leaf monitoring-mode { type enumeration { enum "not-terminated" { value 0; description "Not Terminated: no detection or generation. Overhead is passed through the interface transparently in receive direction"; } enum "terminated" { value 1; description "Terminated: detection and generation enabled. Overhead is erased (replaced with all zeros) in receive direction"; } enum "monitored" { value 2; description "Monitored: detection enabled. Overhead is passed through the interface transparently in receive direction"; } } description "Monitoring mode of the ODU Overhead"; } leaf auto-rx { type boolean; description "enable/disable generation of transient condition when the value of the TTI changes."; } leaf auto-tx { type boolean; description "enable/disable automatic population of outgoing TTI"; } choice standard { default "itu"; description "choice between ANSI Trail Trace Identifier and ITU-T Trail Trace Identifer (SAPI, DAPI, OperatorSpecific)"; container tti-itu { description "ITU-T Trail Trace Identifer (SAPI, DAPI, OperatorSpecific)"; container tx-tti { description "Transmitted Trail Trace Identifier"; leaf sapi { type itu-otn-tti-sapi; description "Source Access Point Identifier"; } leaf dapi { type itu-otn-tti-dapi; description "Destination Access Point Identifier"; } leaf op-spec { type itu-otn-tti-op-spec; description "TTI Operator Spec"; } } // container tx-tti container rx-tti { config false; description "Received Trail Trace Identifier"; leaf sapi { type itu-otn-oper-tti-sapi; description "Source Access Point Identifier"; } leaf dapi { type itu-otn-oper-tti-dapi; description "Destination Access Point Identifier"; } leaf op-spec { type itu-otn-oper-tti-op-spec; description "TTI Operator Spec"; } } // container rx-tti container exp-tti { description "Expected Trail Trace Identifier"; leaf sapi { type itu-otn-tti-sapi; description "Source Access Point Identifier"; } leaf dapi { type itu-otn-tti-dapi; description "Destination Access Point Identifier"; } leaf op-spec { type itu-otn-tti-op-spec; description "TTI Operator Spec"; } } // container exp-tti leaf tim-det-mode { type itu-tim-det-mode; description "TIM detection mode"; } leaf tim-act-enabled { type boolean; description "Enables TTI Mismatch consequent actions."; } } // container tti-itu container tti-ansi { description "ANSI Trail Trace Identifer"; container tx-tti { description "Transmitted Trail Trace Identifier"; leaf tti { type ansi-otn-tti; description "Trail Trace Identifier"; } } // container tx-tti container rx-tti { config false; description "Received Trail Trace Identifier"; leaf tti { type ansi-otn-tti; description "Trail Trace Identifier"; } } // container rx-tti container exp-tti { description "Expected Trail Trace Identifier"; leaf tti { type ansi-otn-tti; description "Trail Trace Identifier"; } } // container exp-tti leaf tim-act-enabled { type boolean; description "Enables TTI Mismatch consequent actions."; } } // container tti-ansi } // choice standard leaf degthr { type int16 { range "-9..2"; } default "0"; description "DEGTHR:Degraded defect one-second Errored Block Count threshold DEGTHR specifies the exponent part X of 10^X [%]."; } leaf degm { type int8 { range "2..10"; } default "10"; description "DEGM:Degraded defect consecutive one-second monitoring intervals"; } leaf proactive-DM { type boolean; description "enable/disable proactive Delay Measurement"; } leaf gcc0-pass-through { type boolean; description "If this attribute is set to false, GCC0 bytes are terminated. If set to true, GCC0 bytes are tunneled; if traffic is looped back GCC0 bytes will also be looped back."; } list tcm { key "layer tcm-direction"; max-elements 6; description "Tandem Connection Management"; leaf layer { type uint8 { range "1..6"; } description "TCM layer"; } leaf extension { type enumeration { enum "normal" { value 0; } enum "erase" { value 1; } enum "passthrough" { value 2; } } description "TCM extension"; } leaf monitoring-mode { type enumeration { enum "not-terminated" { value 0; description "Not Terminated: no detection or generation. Overhead is passed through the interface transparently in receive direction unless extension is set for erase"; } enum "terminated" { value 1; description "Terminated: detection and generation enabled. Overhead is erased (replaced with all zeros) in receive direction, unless extension is set to passthrough"; } enum "monitored" { value 2; description "Monitored: detection enabled. Overhead is passed through the interface transparently in receive direction unless extension is set for erase"; } } description "Monitoring mode of the TCM layer"; } leaf ltc-act-enabled { type boolean; description "enable/disable alarm transfer on detection of LTC"; } leaf auto-rx { type boolean; description "enable/disable generation of transient condition when the value of the TTI changes."; } leaf auto-tx { type boolean; description "enable/disable automatic population of outgoing TTI"; } choice standard { default "itu"; description "choice between ANSI Trail Trace Identifier and ITU-T Trail Trace Identifer (SAPI, DAPI, OperatorSpecific)"; container tti-itu { description "ITU-T Trail Trace Identifer (SAPI, DAPI, OperatorSpecific)"; container tx-tti { description "Transmitted Trail Trace Identifier"; leaf sapi { type itu-otn-tti-sapi; description "Source Access Point Identifier"; } leaf dapi { type itu-otn-tti-dapi; description "Destination Access Point Identifier"; } leaf op-spec { type itu-otn-tti-op-spec; description "TTI Operator Spec"; } } // container tx-tti container rx-tti { config false; description "Received Trail Trace Identifier"; leaf sapi { type itu-otn-oper-tti-sapi; description "Source Access Point Identifier"; } leaf dapi { type itu-otn-oper-tti-dapi; description "Destination Access Point Identifier"; } leaf op-spec { type itu-otn-oper-tti-op-spec; description "TTI Operator Spec"; } } // container rx-tti container exp-tti { description "Expected Trail Trace Identifier"; leaf sapi { type itu-otn-tti-sapi; description "Source Access Point Identifier"; } leaf dapi { type itu-otn-tti-dapi; description "Destination Access Point Identifier"; } leaf op-spec { type itu-otn-tti-op-spec; description "TTI Operator Spec"; } } // container exp-tti leaf tim-det-mode { type itu-tim-det-mode; description "TIM detection mode"; } leaf tim-act-enabled { type boolean; description "Enables TTI Mismatch consequent actions."; } } // container tti-itu container tti-ansi { description "ANSI Trail Trace Identifer"; container tx-tti { description "Transmitted Trail Trace Identifier"; leaf tti { type ansi-otn-tti; description "Trail Trace Identifier"; } } // container tx-tti container rx-tti { config false; description "Received Trail Trace Identifier"; leaf tti { type ansi-otn-tti; description "Trail Trace Identifier"; } } // container rx-tti container exp-tti { description "Expected Trail Trace Identifier"; leaf tti { type ansi-otn-tti; description "Trail Trace Identifier"; } } // container exp-tti leaf tim-act-enabled { type boolean; description "Enables TTI Mismatch consequent actions."; } } // container tti-ansi } // choice standard leaf degthr { type int16 { range "-9..2"; } default "0"; description "DEGTHR:Degraded defect one-second Errored Block Count threshold DEGTHR specifies the exponent part X of 10^X [%]."; } leaf degm { type int8 { range "2..10"; } default "10"; description "DEGM:Degraded defect consecutive one-second monitoring intervals"; } leaf proactive-DM { type boolean; description "enable/disable proactive Delay Measurement"; } leaf tcm-direction { type enumeration { enum "up-tcm" { value 0; description "TCM termination direction faces the switch fabric."; } enum "down-tcm" { value 1; description "TCM termination direction faces the facility"; } } description "Direction of TCM."; } container pm { description "Performance Monitoring Info"; list pm-threshold { key "pm-name pm-location pm-direction"; description "List of PMs thresholds for the parent entity."; leaf pm-name { type pm-identity; } leaf pm-location { type pm-location; } leaf pm-direction { type pm-direction; } leaf pm-type { type pm-type; } container pm-th-metered { when "../pm-type = 'metered'"; leaf pm-th-type { type enumeration { enum "auto" { value 0; description "HW autoprovisioned"; } enum "user" { value 1; description "User-provisioned"; } } default "auto"; } leaf pm-th-low { when "../pm-th-type = 'user'"; type pm-data-type; mandatory true; } leaf pm-th-high { when "../pm-th-type = 'user'"; type pm-data-type; mandatory true; } } // container pm-th-metered container pm-th-binned { when "../pm-type = 'binned'"; list pm-time-periods { key "pm-time-period"; leaf pm-time-period { type pm-time-period; } leaf pm-value { type pm-data-type; mandatory true; } } // list pm-time-periods } // container pm-th-binned } // list pm-threshold list pm-oper-range { key "pm-name pm-location pm-direction"; config false; ordered-by user; leaf pm-name { type pm-identity; } leaf pm-location { type pm-location; } leaf pm-direction { type pm-direction; } leaf pm-alarm-low { type pm-data-type; description "PM Alarm Detect Low"; } leaf pm-alarm-high { type pm-data-type; description "PM Alarm Detect High"; } leaf pm-capability-min { type pm-data-type; description "PM Operating Range Low"; } leaf pm-capability-max { type pm-data-type; description "PM Operating Range High"; } leaf pm-warning-low { type pm-data-type; description "PM Threshold Low"; } leaf pm-warning-high { type pm-data-type; description "PM Threshold High"; } } // list pm-oper-range } // container pm } // list tcm container opu { description "Optical Channel Payload Unit (OPU)"; leaf payload-type { type string { length "2"; pattern '[0-9a-fA-F]*'; } description "Payload Type"; } leaf rx-payload-type { type string { length "2"; pattern '[0-9a-fA-F]*'; } description "Received Payload Type"; } leaf exp-payload-type { type string { length "2"; pattern '[0-9a-fA-F]*'; } description "Expected Payload Type"; } container msi { when "../payload-type = '20' or ../payload-type = '21'"; list tx-msi { key "trib-slot"; description "Transmit MSI"; leaf trib-slot { type uint16; description "tributary slot (TS)"; } leaf odtu-type { type identityref { base odtu-type-identity; } description "ODTU type, part of the MSI (Multiplex Structure Identifier)"; } leaf trib-port { type uint16; description "Tributary Port Number (0-based), part of the MSI"; } } // list tx-msi list rx-msi { key "trib-slot"; description "Receive MSI"; leaf trib-slot { type uint16; description "tributary slot (TS)"; } leaf odtu-type { type identityref { base odtu-type-identity; } description "ODTU type, part of the MSI (Multiplex Structure Identifier)"; } leaf trib-port { type uint16; description "Tributary Port Number (0-based), part of the MSI"; } } // list rx-msi list exp-msi { key "trib-slot"; description "Expected MSI"; leaf trib-slot { type uint16; description "tributary slot (TS)"; } leaf odtu-type { type identityref { base odtu-type-identity; } description "ODTU type, part of the MSI (Multiplex Structure Identifier)"; } leaf trib-port { type uint16; description "Tributary Port Number (0-based), part of the MSI"; } } // list exp-msi } // container msi } // container opu container parent-odu-allocation { presence "Attributes for LO-ODU Allocation in its parent OPU"; leaf trib-port-number { type trib-resource-type; mandatory true; description "Tributary port number in parent OPU MSI"; } leaf-list trib-slots { type trib-resource-type; min-elements 1; max-elements 80; description "Trib slots occupied in parent OPU MSI"; } } // container parent-odu-allocation container pm { description "Performance Monitoring Info"; list pm-threshold { key "pm-name pm-location pm-direction"; description "List of PMs thresholds for the parent entity."; leaf pm-name { type pm-identity; } leaf pm-location { type pm-location; } leaf pm-direction { type pm-direction; } leaf pm-type { type pm-type; } container pm-th-metered { when "../pm-type = 'metered'"; leaf pm-th-type { type enumeration { enum "auto" { value 0; description "HW autoprovisioned"; } enum "user" { value 1; description "User-provisioned"; } } default "auto"; } leaf pm-th-low { when "../pm-th-type = 'user'"; type pm-data-type; mandatory true; } leaf pm-th-high { when "../pm-th-type = 'user'"; type pm-data-type; mandatory true; } } // container pm-th-metered container pm-th-binned { when "../pm-type = 'binned'"; list pm-time-periods { key "pm-time-period"; leaf pm-time-period { type pm-time-period; } leaf pm-value { type pm-data-type; mandatory true; } } // list pm-time-periods } // container pm-th-binned } // list pm-threshold list pm-oper-range { key "pm-name pm-location pm-direction"; config false; ordered-by user; leaf pm-name { type pm-identity; } leaf pm-location { type pm-location; } leaf pm-direction { type pm-direction; } leaf pm-alarm-low { type pm-data-type; description "PM Alarm Detect Low"; } leaf pm-alarm-high { type pm-data-type; description "PM Alarm Detect High"; } leaf pm-capability-min { type pm-data-type; description "PM Operating Range Low"; } leaf pm-capability-max { type pm-data-type; description "PM Operating Range High"; } leaf pm-warning-low { type pm-data-type; description "PM Threshold Low"; } leaf pm-warning-high { type pm-data-type; description "PM Threshold High"; } } // list pm-oper-range } // container pm leaf lpg-name { type string; description "SNCP Line PG Name"; } leaf ppg-name { type string; description "SNCP Path PG Name"; } list from-xcon-name { key "xcon-name"; leaf xcon-name { type string; } } // list from-xcon-name list to-xcon-name { key "xcon-name"; leaf xcon-name { type string; } } // list to-xcon-name leaf-list trib-slots-hidden { type trib-resource-type; max-elements 80; description "Trib slots occupied in parent OPU MSIdden"; } leaf-list trib-ports-hidden { type trib-resource-type; max-elements 80; description "Trib port occupied in parent OPU MSIdden"; } leaf bdi-cross-coupling-id { if-feature bdi-cross-coupling; type uint32; description "BDI Cross Coupling ID."; } list allTcmList { key "oduIfName tcmLayer tcmDirn"; leaf oduIfName { type string; } leaf tcmLayer { type uint8; } leaf tcmDirn { type uint8; } } // list allTcmList } // container odu } // notification odu-notif rpc operate-dm { description "on-demand delay measurement."; input { leaf name { type leafref { path "/if:interfaces/if:interface/if:name"; } description "interface name"; } leaf layer-measured { type identityref { base otn-monitoring-layer-identity; } description "target layer for measurement"; } } output { leaf dm-value { type uint32; description "response of command: measured delay value is responded."; } } } // rpc operate-dm } // module fujitsu-otn-odu-interfaces
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