This module contains a collection of YANG definitions for Cisco IOS-XR SysAdmin configuration. This module defines the top leve...
Version: 2019-04-15
module Cisco-IOS-XR-sysadmin-controllers-ncs5501 { yang-version 1; namespace "http://www.cisco.com/ns/yang/Cisco-IOS-XR-sysadmin-controllers-NCS5501"; prefix calvados_controllers; import Cisco-IOS-XR-sysadmin-fabric-ncs5501 { prefix fabric; } import Cisco-IOS-XR-sysadmin-card-mgr { prefix card_mgr; } import cisco-semver { prefix semver; } organization "Cisco Systems Inc."; contact "Cisco Systems, Inc. Customer Service Postal: 170 West Tasman Drive San Jose, CA 95134 Tel: +1 800 553-NETS E-mail: cs-yang@cisco.com"; description "This module contains a collection of YANG definitions for Cisco IOS-XR SysAdmin configuration. This module defines the top level container for all hardware devices managed in Sysadmin. Copyright (c) 2015-2020 by Cisco Systems, Inc. All rights reserved."; revision "2019-04-15" { description "Establish semantic version baseline."; } revision "2017-10-11" { description "Changed the namespace to unique namespace per unique model"; } revision "2017-01-31" { description "Changed the namespace and module name"; } revision "2016-01-12" { description "Created initial 'controller' implementation for Turin"; } semver:module-version "1.0.0"; container controller { container fabric { description "Fabric resource commands"; container oper { config false; container fgid { description "FGID management information"; container information { list id { key "fgid_id"; leaf fgid_id { type fabric-types:fabric_fgid_id_type_ncs5500; } list hex_bitmaps { key "rack_number"; leaf rack_number { type int32; } leaf bitmap { type string; } } // list hex_bitmaps list binary_bitmaps { key "rack_number"; leaf rack_number { type int32; } leaf bitmap { type string; } } // list binary_bitmaps leaf total_asso_fabricq_ids { type int32; } list asso_fabricq_ids { key "fabricq_id"; leaf fabricq_id { type string; } } // list asso_fabricq_ids leaf asso_client_info { type string; } list drivers { key "rack_number"; leaf rack_number { type int32; } list clients { key "client_idx"; leaf client_idx { type int32; } leaf show_asic_0 { type boolean; default "false"; } leaf asic_0_bitmap { type string; } leaf show_asic_1 { type boolean; default "false"; } leaf asic_1_bitmap { type string; } leaf show_asic_2 { type boolean; default "false"; } leaf asic_2_bitmap { type string; } leaf show_asic_3 { type boolean; default "false"; } leaf asic_3_bitmap { type string; } leaf show_asic_4 { type boolean; default "false"; } leaf asic_4_bitmap { type string; } leaf show_asic_5 { type boolean; default "false"; } leaf asic_5_bitmap { type string; } leaf show_asic_6 { type boolean; default "false"; } leaf asic_6_bitmap { type string; } leaf show_asic_7 { type boolean; default "false"; } leaf asic_7_bitmap { type string; } leaf show_asic_8 { type boolean; default "false"; } leaf asic_8_bitmap { type string; } leaf show_asic_9 { type boolean; default "false"; } leaf asic_9_bitmap { type string; } leaf show_asic_10 { type boolean; default "false"; } leaf asic_10_bitmap { type string; } leaf show_asic_11 { type boolean; default "false"; } leaf asic_11_bitmap { type string; } leaf show_asic_12 { type boolean; default "false"; } leaf asic_12_bitmap { type string; } leaf show_asic_13 { type boolean; default "false"; } leaf asic_13_bitmap { type string; } leaf show_asic_14 { type boolean; default "false"; } leaf asic_14_bitmap { type string; } leaf show_asic_15 { type boolean; default "false"; } leaf asic_15_bitmap { type string; } leaf show_asic_16 { type boolean; default "false"; } leaf asic_16_bitmap { type string; } leaf show_asic_17 { type boolean; default "false"; } leaf asic_17_bitmap { type string; } leaf show_asic_18 { type boolean; default "false"; } leaf asic_18_bitmap { type string; } leaf show_asic_19 { type boolean; default "false"; } leaf asic_19_bitmap { type string; } leaf show_asic_20 { type boolean; default "false"; } leaf asic_20_bitmap { type string; } leaf show_asic_21 { type boolean; default "false"; } leaf asic_21_bitmap { type string; } leaf show_asic_22 { type boolean; default "false"; } leaf asic_22_bitmap { type string; } leaf show_asic_23 { type boolean; default "false"; } leaf asic_23_bitmap { type string; } leaf show_asic_24 { type boolean; default "false"; } leaf asic_24_bitmap { type string; } leaf show_asic_25 { type boolean; default "false"; } leaf asic_25_bitmap { type string; } leaf show_asic_26 { type boolean; default "false"; } leaf asic_26_bitmap { type string; } leaf show_asic_27 { type boolean; default "false"; } leaf asic_27_bitmap { type string; } leaf show_asic_28 { type boolean; default "false"; } leaf asic_28_bitmap { type string; } leaf show_asic_29 { type boolean; default "false"; } leaf asic_29_bitmap { type string; } leaf show_asic_30 { type boolean; default "false"; } leaf asic_30_bitmap { type string; } leaf show_asic_31 { type boolean; default "false"; } leaf asic_31_bitmap { type string; } leaf show_asic_32 { type boolean; default "false"; } leaf asic_32_bitmap { type string; } leaf show_asic_33 { type boolean; default "false"; } leaf asic_33_bitmap { type string; } leaf show_asic_34 { type boolean; default "false"; } leaf asic_34_bitmap { type string; } leaf show_asic_35 { type boolean; default "false"; } leaf asic_35_bitmap { type string; } } // list clients } // list drivers } // list id } // container information container resource { list sdr { key "sdr_name"; leaf sdr_name { type string; } leaf description { type string; default "Secure Domain Router name."; } list application { key "app_name"; leaf app_name { type string; } leaf description { type string; default "application."; } list ids_range { key "id elements"; leaf id { type fabric-types:fabric_fgid_id_type_ncs5500; } leaf elements { type fabric-types:fabric_fgid_elements_type_ncs5500; } list fgid_ids { key "fgid_id line_idx"; leaf fgid_id { type string; } leaf line_idx { type int32; } leaf sdr_name_h { type string; } leaf app_name_h { type string; } } // list fgid_ids } // list ids_range } // list application } // list sdr } // container resource container statistics { container all { list stats_list { key "system_stats"; leaf system_stats { type int32; } leaf system_total_fgids { type uint32; } leaf system_inuse_fgids { type uint32; } leaf system_hwm_fgids { type uint32; } } // list stats_list list sdr_list { key "sdr_name"; leaf sdr_name { type string; } leaf description { type string; default "Secure Domain Router name."; } leaf sdr_total_fgids { type uint32; } leaf sdr_inuse_fgids { type uint32; } leaf sdr_hwm_fgids { type uint32; } list application { key "app_name"; leaf app_name { type string; } leaf description { type string; default "application."; } leaf app_id { type uint32; } leaf pool_id { type uint32; } leaf inuse_fgids { type uint32; } leaf hwm_fgids { type uint32; } } // list application } // list sdr_list list pool_list { key "pool_id"; leaf pool_id { type uint32; } leaf pool_name { type string; } leaf pool_type { type string; } leaf start_fgid { type string; } leaf total_fgids { type uint32; } leaf current_fgids { type uint32; } leaf hwm_fgids { type uint32; } } // list pool_list } // container all container sdr { list sdr_list { key "sdr_name"; leaf sdr_name { type string; } leaf description { type string; default "Secure Domain Router name."; } leaf sdr_total_fgids { type uint32; } leaf sdr_inuse_fgids { type uint32; } leaf sdr_hwm_fgids { type uint32; } list application { key "app_name"; leaf app_name { type string; } leaf description { type string; default "application."; } leaf app_id { type uint32; } leaf pool_id { type uint32; } leaf inuse_fgids { type uint32; } leaf hwm_fgids { type uint32; } } // list application } // list sdr_list } // container sdr container pool { list pool_list { key "pool_id"; leaf pool_id { type uint32; } leaf pool_name { type string; } leaf pool_type { type string; } leaf start_fgid { type string; } leaf total_fgids { type uint32; } leaf current_fgids { type uint32; } leaf hwm_fgids { type uint32; } } // list pool_list } // container pool container system { list stats_list { key "system_stats"; leaf system_stats { type int32; } leaf system_total_fgids { type uint32; } leaf system_inuse_fgids { type uint32; } leaf system_hwm_fgids { type uint32; } } // list stats_list } // container system } // container statistics container fgid_mgr { list trace { key "buffer"; config false; description "show traceable processes"; leaf buffer { type string; } list location { key "location_name"; leaf location_name { type string; } list all-options { key "option"; leaf option { type string; } list trace-blocks { leaf data { type string; description "Trace output block"; } } // list trace-blocks } // list all-options } // list location } // list trace } // container fgid_mgr list program_error { key "start end"; leaf start { type fabric-types:fabric_fgid_start_id_type_ncs5500; } leaf end { type fabric-types:fabric_fgid_end_id_type_ncs5500; } list rack { key "rack_id"; leaf rack_id { type int32; } leaf rack_id_str { type string; } leaf fgids_in_error { type string; } leaf found_fgids_in_error { type boolean; } leaf total_error_fgids { type int32; } leaf incorrect_fgids_range { type boolean; } leaf cmd_not_supported { type boolean; } } // list rack } // list program_error } // container fgid } // container oper } // container fabric container card_mgr { description "Card Manager module information"; list trace { key "buffer"; config false; description "show traceable processes"; leaf buffer { type string; } list location { key "location_name"; leaf location_name { type string; } list all-options { key "option"; leaf option { type string; } list trace-blocks { leaf data { type string; description "Trace output block"; } } // list trace-blocks } // list all-options } // list location } // list trace container inventory { config false; description "Card inventory information"; container summary { config false; description "Card inventory summary"; list card_mgr_inv_summary { key "location"; description "Card Manager Inventory Summary"; leaf location { type string; mandatory true; description "Card location"; } leaf card_mgr_inv_PID_string { type string; description "Card inventory PID"; } leaf card_mgr_inv_slot_number { type uint32; description "Card inventory BP ID"; } leaf card_mgr_inv_serial_number { type string; description "Card inventory Serial Number"; } leaf card_mgr_inv_hw_version { type string; description "Card inventory HW Ver"; } leaf card_mgr_inv_card_state { type string; description "Card inventory Card State"; } } // list card_mgr_inv_summary } // container summary container detail { config false; description "Card Manager inventory detail information"; list card_mgr_inv_detail { key "location"; description "Card location"; leaf location { type string; description "Card location"; } container card_mgr_inv_detail_list { description "card_mgr inventory detail list"; leaf-list card_mgr_inv_detail_values { type string; description "card_mgr inventory detail value"; } } // container card_mgr_inv_detail_list } // list card_mgr_inv_detail } // container detail } // container inventory container event-history { config false; description "Card Event History"; container brief { config false; description "Show all events in brief format"; list location { key "location"; description "Select Location"; leaf location { type string; description "Location"; } container card_event_hist_brief { description "Card Event History Brief"; leaf-list card_event_hist_brief_values { type string; description "Card Event History Brief Values"; } } // container card_event_hist_brief } // list location } // container brief container detail { config false; description "Show all events with additional detail information"; list location { key "location"; description "Select Location"; leaf location { type string; description "Location"; } container card_event_hist_detail { description "Card Event History Detail"; leaf-list card_event_hist_detail_values { type string; description "Card Event History Detail Values"; } } // container card_event_hist_detail } // list location } // container detail } // container event-history container notif-history { config false; description "Card State Notification History"; container brief { config false; description "Show all state notifications in brief format"; list location { key "location"; description "Select Location"; leaf location { type string; description "Location"; } container card_notif_hist_brief { description "Notify Histroy Brief"; leaf-list card_notif_hist_brief_values { type string; description "Notify Histroy Brief Values"; } } // container card_notif_hist_brief } // list location } // container brief container detail { config false; description "Show all state notifications with additional detail information"; list location { key "location"; description "Select Location"; leaf location { type string; description "Location"; } container card_notif_hist_detail { description "Notify Histroy Detail"; leaf-list card_notif_hist_detail_values { type string; description "Notify Histroy Detail Values"; } } // container card_notif_hist_detail } // list location } // container detail } // container notif-history container oir-history { config false; description "Cards OIR History"; list rack { key "rack"; description "Select Rack"; leaf rack { type string; description "Rack"; } container card_oir_hist { description "Cards OIR History"; leaf-list card_oir_events { type string; description "Cards OIR Events"; } } // container card_oir_hist } // list rack } // container oir-history container iofpga { config false; description "IOFPGA information"; container register { config false; description "IOFPGA Register information"; container cpu { config false; description "CPU-IOFPGA Register information"; list register_location { key "register_location"; config false; description "Card location"; leaf register_location { type string; description "Location"; } list iofpga_block_number { key "iofpga_block_num"; config false; description "Register Group ID"; leaf iofpga_block_num { type uint32; description "GP"; } leaf block_location { type string; description "Location"; } leaf iofpga_block_nm { type string; description "Block NM"; } list iofpga_register_number { key "index"; description "Register Number"; leaf index { type uint32; description "Register IDX"; } leaf iofpga_register_name { type string; description "Register Name"; } list iofpga_data { description "IOFPGA DATA"; leaf name { type string; description "Register Name"; } leaf offset { type uint32; description "Register Offset"; } leaf value { type uint32; description "Register Value"; } } // list iofpga_data } // list iofpga_register_number } // list iofpga_block_number list iofpga_offset { key "hex_offset"; config false; description "Register Offset Address"; leaf hex_offset { type HexOffset; description "Register Hex Offset"; } list iofpga_reg_offset_data { description "Register Offset Data"; leaf iofpga_reg_off_addr { type uint32; description "Register Offset Address"; } leaf reg_off_value { type string; description "Register Offset Value"; } } // list iofpga_reg_offset_data } // list iofpga_offset list iofpga_address { key "start_hex_addr end_hex_addr"; config false; description "Register Range to fetch data"; leaf start_hex_addr { type startHexOffset; description "Register Start Hex Address"; } leaf end_hex_addr { type endHexOffset; description "Register End Hex Address"; } list iofpga_reg_range_addr_list { key "iofpga_reg_range_addr"; description "Register Range Hex Address"; leaf iofpga_reg_range_addr { type uint32; description "Register Offset"; } list iofpga_reg_data { description "Register Data"; leaf iofpga_reg_addr { type uint32; description "Register Address"; } leaf reg_value { type string; description "Register Value"; } } // list iofpga_reg_data } // list iofpga_reg_range_addr_list } // list iofpga_address } // list register_location } // container cpu container mb { config false; description "Mother Board(MB)-IOFPGA Register information"; list register_location { key "register_location"; config false; description "Card location"; leaf register_location { type string; description "Location"; } list iofpga_block_number { key "iofpga_block_num"; config false; description "Register Group ID"; leaf iofpga_block_num { type uint32; description "GP"; } leaf block_location { type string; description "Location"; } leaf iofpga_block_nm { type string; description "Block NM"; } list iofpga_register_number { key "index"; description "Register Number"; leaf index { type uint32; description "Register IDX"; } leaf iofpga_register_name { type string; description "Register Name"; } list iofpga_data { description "IOFPGA DATA"; leaf name { type string; description "Register Name"; } leaf offset { type uint32; description "Register Offset"; } leaf value { type uint32; description "Register Value"; } } // list iofpga_data } // list iofpga_register_number } // list iofpga_block_number list iofpga_offset { key "hex_offset"; config false; description "Register Offset Address"; leaf hex_offset { type HexOffset; description "Register Hex Offset"; } list iofpga_reg_offset_data { description "Register Offset Data"; leaf iofpga_reg_off_addr { type uint32; description "Register Offset Address"; } leaf reg_off_value { type string; description "Register Offset Value"; } } // list iofpga_reg_offset_data } // list iofpga_offset list iofpga_address { key "start_hex_addr end_hex_addr"; config false; description "Register Range to fetch data"; leaf start_hex_addr { type startHexOffset; description "Register Start Hex Address"; } leaf end_hex_addr { type endHexOffset; description "Register End Hex Address"; } list iofpga_reg_range_addr_list { key "iofpga_reg_range_addr"; description "Register Range Hex Address"; leaf iofpga_reg_range_addr { type uint32; description "Register Offset"; } list iofpga_reg_data { description "Register Data"; leaf iofpga_reg_addr { type uint32; description "Register Address"; } leaf reg_value { type string; description "Register Value"; } } // list iofpga_reg_data } // list iofpga_reg_range_addr_list } // list iofpga_address } // list register_location } // container mb container dc { config false; description "Daughter Card(DC)-IOFPGA Register information"; list register_location { key "register_location"; config false; description "Card location"; leaf register_location { type string; description "Location"; } list iofpga_block_number { key "iofpga_block_num"; config false; description "Register Group ID"; leaf iofpga_block_num { type uint32; description "GP"; } leaf block_location { type string; description "Location"; } leaf iofpga_block_nm { type string; description "Block NM"; } list iofpga_register_number { key "index"; description "Register Number"; leaf index { type uint32; description "Register IDX"; } leaf iofpga_register_name { type string; description "Register Name"; } list iofpga_data { description "IOFPGA DATA"; leaf name { type string; description "Register Name"; } leaf offset { type uint32; description "Register Offset"; } leaf value { type uint32; description "Register Value"; } } // list iofpga_data } // list iofpga_register_number } // list iofpga_block_number list iofpga_offset { key "hex_offset"; config false; description "Register Offset Address"; leaf hex_offset { type HexOffset; description "Register Hex Offset"; } list iofpga_reg_offset_data { description "Register Offset Data"; leaf iofpga_reg_off_addr { type uint32; description "Register Offset Address"; } leaf reg_off_value { type string; description "Register Offset Value"; } } // list iofpga_reg_offset_data } // list iofpga_offset list iofpga_address { key "start_hex_addr end_hex_addr"; config false; description "Register Range to fetch data"; leaf start_hex_addr { type startHexOffset; description "Register Start Hex Address"; } leaf end_hex_addr { type endHexOffset; description "Register End Hex Address"; } list iofpga_reg_range_addr_list { key "iofpga_reg_range_addr"; description "Register Range Hex Address"; leaf iofpga_reg_range_addr { type uint32; description "Register Offset"; } list iofpga_reg_data { description "Register Data"; leaf iofpga_reg_addr { type uint32; description "Register Address"; } leaf reg_value { type string; description "Register Value"; } } // list iofpga_reg_data } // list iofpga_reg_range_addr_list } // list iofpga_address } // list register_location } // container dc } // container register container flash { config false; description "IOFPGA SPI flash information"; container info { config false; description "IOFPGA SPI flash content"; list flash_location { key "flash_location"; description "Select Location"; leaf flash_location { type calvados:location-id; description "IOFPGA Flash Location"; } container iofpga_flash_info { description "IOFPGA Flash Information"; leaf-list iofpga_flash_info_values { type string; description "IOFPGA Flash Information Values"; } } // container iofpga_flash_info } // list flash_location } // container info container status { config false; description "IOFPGA SPI flash status"; list flash_location { key "flash_location"; description "IOFPGA Flash Location"; leaf flash_location { type calvados:location-id; description "IOFPGA Flash Location ID"; } container iofpga_flash_status { description "IOFPGA Flash Status"; leaf-list iofpga_flash_status_values { type string; description "IOFPGA Flash Status Values"; } } // container iofpga_flash_status } // list flash_location } // container status } // container flash } // container iofpga container bootloader { config false; description "Bootloader information"; container flash { config false; description "Bootloader SPI flash information"; container info { config false; description "Bootloader SPI flash content"; list flash_location { key "flash_location"; description "Select Location"; leaf flash_location { type calvados:location-id; description "Location ID"; } container bootldr_flash_info { description "Bootloader Flash Information"; leaf-list bootldr_flash_info_values { type string; description "Bootloader Flash Information Values"; } } // container bootldr_flash_info } // list flash_location } // container info container status { config false; description "Bootloader SPI flash status"; list flash_location { key "flash_location"; description "Select Location"; leaf flash_location { type calvados:location-id; description "Location ID"; } container bootldr_flash_status { description "Bootloader flash status"; leaf-list bootldr_flash_status_values { type string; description "Bootloader Flash Status Values"; } } // container bootldr_flash_status } // list flash_location } // container status } // container flash } // container bootloader } // container card_mgr } // container controller } // module Cisco-IOS-XR-sysadmin-controllers-ncs5501
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