MetroNID® TE v6.4.2 CLI Command Guide Revision 1 Publication Information MetroNID® TE v6.4.2 CLI Command Guide, revision 1 Publication Date: December 1, 2014 Trademark Information © 2014 Accedian Networks Inc. All rights reserved. Accedian, Accedian Networks, the Accedian Networks logo, R-FLO, SkyLIGHT, antMODULE, Vision EMS, Vision Suite, VisionMETRIX, V-NID, Plug & Go, Network State+, TrafficMeter & FlowMETER are trademarks or registered trademarks of Accedian Networks Inc. All other company and product names may be trademarks of their respective companies. Accedian Networks may, from time to time, make changes to the products or specifications contained herein without notice. Some certifications may be pending final approval; please contact Accedian Networks for current certifications. 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MetroNID TE v6.4.2 CLI Command Guide Contents 1 MetroNID TE Command Overview.................................................. 1 1.1 Ethernet Port Commands ........................................................................................................................... 1 1.2 User Traffic/Flow Through Commands ...................................................................................................... 1 1.3 System Management Commands .............................................................................................................. 2 1.4 OAM Commands ........................................................................................................................................ 3 1.5 Utilities ....................................................................................................................................................... 3 1.6 Miscellaneous Commands .......................................................................................................................... 4 2 Syntax Meta-Characters and Variables ........................................... 5 3 CLI Commands................................................................................ 7 3.1 ACL Add List ................................................................................................................................................ 7 3.2 ACL Delete Interface ................................................................................................................................... 7 3.3 ACL Delete List ............................................................................................................................................ 7 3.4 ACL Edit Interface ....................................................................................................................................... 8 3.5 ACL Edit List ................................................................................................................................................ 9 3.6 ACL Show Interface................................................................................................................................... 10 3.7 ACL Show List............................................................................................................................................ 10 3.8 Alarm Edit ................................................................................................................................................. 11 3.9 Alarm Reporting ....................................................................................................................................... 12 3.10 Alarm Show Configuration ....................................................................................................................... 12 3.11 Alarm Show Reporting.............................................................................................................................. 13 3.12 Alarm Show Status ................................................................................................................................... 13 3.13 Application Edit File Transfers .................................................................................................................. 14 3.14 Application Edit Web ................................................................................................................................ 14 3.15 Application Show ...................................................................................................................................... 15 3.16 Bandwidth Regulator Add Regulator ........................................................................................................ 15 3.17 Bandwidth Regulator Clear Regulator Statistics ....................................................................................... 16 3.18 Bandwidth Regulator Delete Regulator.................................................................................................... 16 3.19 Bandwidth Regulator Edit Regulator ........................................................................................................ 17 3.20 Bandwidth Regulator Show Regulator Configuration .............................................................................. 17 3.21 Bandwidth Regulator Show Regulator Statistics ...................................................................................... 18 3.22 Beacon Add L3 .......................................................................................................................................... 19 3.23 Beacon Delete L3 ...................................................................................................................................... 21 Revision 1 v .............32 Board Show Uptime..........................................................................................................................................................................41 Certificate Delete.................. 21 3.......................................................................................31 Board Show Status..................60 CFM Delete MEP ..............................................29 Board Show Info .....................................................................................................38 Bridge Show Status ..............................................................................................................................................61 CFM Delete Packet Loss............54 CFM Clear Statistics ....................................................................... 37 3.............................................................................................................................................................................2 CLI Command Guide 3.......... 26 3........... 25 3....................................................................................... 42 3.................... 29 3.40 Cable Test Show ................................................................................................................30 Board Show Start Time .......26 Beacon Send L3 One-Shot ...........49 CFM Add Packet Loss ................................................................ 29 3............ 28 3.............................................................................................................39 Cable Test Perform ..........................................................48 CFM Add MEP ....................................56 CFM Delete DMM ....................................................................... 43 Revision 1 vi ............................................................................................................ 25 3......................................................................................4..................................................................................................................................42 Certificate Import ...............................27 Beacon Show L3 Configuration....59 CFM Delete MEG ..............25 Beacon Send L3 ........62 CFM Delete SLM ............................................. 28 3.................................................. 32 3..................... 23 3.. 35 3...........................................................................24 Beacon Edit L3 ...........................................35 Bridge Edit ...........................................................28 Board Show CPU ....................................................................... 38 3...................................................... 39 3............................................................. 40 3.....57 CFM Delete Domain ...........................................................................44 CFM Add DMM ..................................................................... 36 3............................. 27 3....................... 28 3.46 CFM Add MA ..................................................................... 25 3................................................................... 27 3.................................................................................47 CFM Add MEG ........................................................................................................................................ 39 3...........52 CFM Clear Packet Loss Result .................................................................43 Certificate Show ...................................................................................................... 38 3......................................................................................55 CFM Clear VSP Result .........................................................................................................................................................58 CFM Delete MA ..........................................................................................................37 Bridge Show Statistics ..............................................63 CFM Edit Defaults ...................................................................................53 CFM Clear SLM Result............................................................................................. 33 3..................51 CFM Clear MEP Statistics ........................................................................................................................... 38 3.................. 34 3............................................................................................................. 25 3.......................................................................... 26 3............... 24 3.......................................................................................................................................................................................................36 Bridge Show Configuration ............ 41 3..................................................................... 23 3.............. 37 3.....................50 CFM Add SLM ........................................45 CFM Add Domain.................................................................................................................................................................... 40 3............................................................................. 24 3.................................................................................... 41 3.34 Bridge Clear Statistics .............................................. 30 3.............................................................................................................................................................................................................................................................................................................................................................................33 Board Show Uptime Seconds ........ 24 3........................................................................... 42 3..........................................................MetroNID TE v6..................................... 27 3....................... ....69 CFM Edit Packet Loss ........... 65 3...................................84 CFM Show MEP Statistics ...................87 CFM Show Packet Loss Result .......................... 57 3............................................................................................ 58 3.............................86 CFM Show Packet Loss Configuration ................................................................................................................................................................................................ 56 3. 58 3.......................................................................................... 64 3.....................................................................................................................................................................96 Configuration Changes .............. 55 3................................97 Configuration Export/Import/Reset/Rollback/Cancel ......... 45 3...................................65 CFM Edit Domain ..............78 CFM Show Latest Error ...................................91 CFM Show Statistics .................................................................................................... 50 3......................................................95 Configuration Cancel ............................. 54 3............................ 53 3................................. 52 3..... 60 3......................................................................................................... 56 3........................................................................................ 50 3............... 59 3...................102 Console Disable ............................................................................99 Configuration Import ....................... 51 3............................98 Configuration Generate-Script .............. 60 3...................................................64 CFM Edit DMM .................................................................93 CFM Show VSP Result ............... 61 3........................................................................ 63 3......................................................................... 55 3.....................................................................................................................................76 CFM Show DMM Result ............. 55 3.............................................................................................................................................................................................................................................. 65 3......................................................................................................................................................................................................MetroNID TE v6................................................. 48 3.... 49 3....................................81 CFM Show MEG Configuration ..............68 CFM Edit MEP ............................71 CFM Edit VSP ...............................94 CFM Stop LBM ................................................................................................................... 57 3.............................................66 CFM Edit MA ...........................................................................................................................................................77 CFM Show Domain Configuration ..67 CFM Edit MEG..................................................................................................................................................103 Console Enable ....................................................................................................................................................... 61 3.................................................. 66 Revision 1 vii ................................................................................................................................................................................................ 62 3.................................. 53 3...................4.................................................................... 54 3...79 CFM Show LTR .....................................................................................................................101 Configuration Rollback .75 CFM Show DMM Configuration ..............................................73 CFM LTM.......................................................83 CFM Show MEP Database ............................................................90 CFM Show Stack ............................................................................................................. 62 3.. 44 3............................................................................................. 59 3..................................................... 61 3.............100 Configuration Reset .....................................................2 CLI Command Guide 3..................................................70 CFM Edit SLM................................................................................................................................... 65 3................................................. 66 3.................72 CFM LBM ....................................................................................80 CFM Show MA Configuration .......................................................................................................................................85 CFM Show MEP Status..............74 CFM Show Defaults ....82 CFM Show MEP Configuration .................................................... 47 3..............................................................................................................................92 CFM Show VSP Configuration ........................................................................................................................................................................... 60 3........................88 CFM Show SLM Configuration .............................................89 CFM Show SLM Result ............................... 46 3............................................................................................................................ ............117 Dry-Contact-Input Show Configuration .....112 Date ........................................104 Console Show ......................................................................................... 80 3.............................................................................138 History Edit File.......................... 70 3..............124 Filter Delete L2 .................121 Fault Propagation Enable/Disable ........................................... 71 3............................2 CLI Command Guide 3.........................136 GPS Show Status ............................................135 GPS Show Configuration ............................................................................................................................................................................126 Filter Add/Edit L2 ....................................................................................................................................................................................................................................................................133 Firmware Version .................................143 History Show Scheduling .........................................................................................116 Dry-Contact-Input Edit ...105 COS Profile Add/Edit DSCP .....................................114 DNS Edit .................140 History Edit Scheduling ............................. 82 3.........................................................................................................................................................................................139 History Edit Local ........................................120 Fault Propagation Edit .................... 87 3..................................................... 67 3............................. 86 3.......................................................................... 73 3..............................125 Filter Add/Edit IPv4....................128 Firmware Activate ............................................................................................... 90 3................ 77 3........................................... 74 3.............................110 CPU Edit OAM Options ......................................131 Firmware Rollback ............................................................................... 86 3.............................................. 76 3..............................115 DNS Show ....................... 75 3......................................... 84 3...................................................................................................................................................................................................... 82 3..................................................................................... 78 3............................................................................................123 Filter Delete IPv4 ........................................................................... 75 3................134 GPS Edit ........................................................ 83 3......................................................................................................................118 Dry-Contact-Input Show Status ...................................................... 71 3................................................................. 74 3................................. 83 3...................... 72 3.............................. 78 3. 90 3.........................................................................................................................................................106 COS Profile Add/Edit PCP .....................................................................................................................................................................................................................................................................................................................................................129 Firmware Clear Download .....................................................130 Firmware Download ..................... 89 3......................................................................................................................................................132 Firmware Upgrade.................... 66 3.............................................. 68 3...................................................................................................................................................................... 70 3.............................................................................................................................................. 77 3............................................127 Filter Show ............ 90 Revision 1 viii ......................................................................................................................4...........................119 Exit/Quit ......................................................................................................................................................................108 COS Profile Delete ................ 85 3........................137 Help ...............................................................................................................................................................................109 COS Profile Show Configuration .............................. 77 3.......111 CPU Show OAM Options.....................107 COS Profile Add/Edit Precedence .........................................................................................141 History Show File ........................... 85 3......... 69 3...........................................................................................................113 DNS Disable ...142 History Show Local ...................MetroNID TE v6..................................................................................................................................................................... 84 3................................................................... 85 3...................................... 76 3........... 85 3................................122 Fault Propagation Show ............... 75 3............................................................................................................................................... ...................................................... 109 3...........................................................144 Interface Add/Edit .................................151 Interface Discovery Show ..............................................................159 L2PT Delete........................... 115 Revision 1 ix ............................ 105 3.............................................. 93 3...........155 Inventory Show............................................................................................................................................................................ 111 3..............................146 Interface Advertisement Show ..................................... 110 3................................................................... 105 3......................... 114 3....... 102 3............................2 CLI Command Guide 3.................................171 MAC Learning Start................................. 106 3........... 94 3...........................177 Monitor Edit ..................................179 MOTD Edit .. 103 3................................................182 MTR Enable/Disable ...............................168 Loopback Edit ........................................................................................................... 108 3.................................................166 LACP Show Statistics ...........................................................................................................................................................................................................4.........................................................................164 LACP Edit ............................................... 91 3....................................................................................................................................................................................................................................................................................................................................................163 LACP Clear Statistics .................... 113 3............................................181 MTR Edit ............................................................................. 104 3...................................183 MTR Show.............................................................................................................................................................. 97 3..............................................................................................................156 Keepalive ........................................162 L2PT Show Statistics ............................... 98 3....................................................................167 LACP Show Status ............................................. 115 3.....................................180 MOTD Show.............148 Interface Beacon Show ..... 109 3.................................... 113 3................................................................................................................................................................................................................................................................ 114 3................................................145 Interface Advertisement Edit .......................................157 L2PT Add/Edit ................178 Monitor Show Configuration ...............................................................................................................................................................................................152 Interface Refresh ............. 95 3................................................. 112 3.......150 Interface Discovery Edit................................................................................................................................................................................................................................................................................................................................ 103 3........................ 98 3.......................................................................................................................................... 112 3....................................................170 MAC Learning Show Results ....................... 93 3......................... 102 3..........154 Inventory Edit ..............172 MAC Learning Stop .................................................................. 103 3..................................................165 LACP Show Configuration ........ 96 3..................................................................................................... 99 3...................................................................... 97 3.......... 113 3............174 Media-Selection Show ................................................................................................................................................................................................................................. 99 3................................................................. 104 3........153 Interface Show.................................................................................................................................................................................161 L2PT Show Configuration ...........MetroNID TE v6....................................................................................160 L2PT Edit Global ......................................................................................................175 Mode Edit .............................149 Interface Delete .............................. 110 3...........................................169 Loopback Show...................................................................158 L2PT Clear ........................................................................................ 95 3.......................... 100 3............................................................................176 Mode Show .......................................147 Interface Beacon Edit .......................173 Media-Selection Select ....................................................................................................... 114 3........................................................................................................................... ..................................................................................................................................................................... 131 3............................................ 119 3...................... 130 3.............................................210 Ping ..................................... 137 3.216 Port Edit .................................................222 PTP Show .................................................. 139 3....................................................................................217 Port Show Configuration ................................................................ 132 3.......................................................................................... 123 3......................................................................... 141 3........ 115 3...................................................... 122 3.................................................................................................................219 Port Show Status .............................................206 Permission-Group Add ..................................................................................................................................192 OAM Add/Edit ..................................................................................................... 139 3..................................................................................................................................................................... 116 3......................... 117 3..........213 Policy Show Configuration.................... 134 3.............................. 133 3.....................4............198 OAM Show Status ..................................................................207 Permission-Group Delete .......................218 Port Show Statistics .......................................................... 140 3.................................................. 140 3...............199 PAA Add/Edit L2 ...............................................................................2 CLI Command Guide 3.......................................................................................................211 Policy Clear Statistics ................................................200 PAA Add/Edit UDP ........................................................................... 122 3..........................................................................193 OAM Clear Statistics .................................209 Permission-Group Show ............................................................................................................................................................................................................................................................................ 118 3.......................184 NTP Add ..... 136 3.................................... 119 3.............................................................................................................................196 OAM Show Events ....................................................................................................189 NTP Enable ................................................................................ 133 3.......................188 NTP Edit .............................................................................................................................................. 129 3..............................................................................................214 Policy Show Statistics .208 Permission-Group Edit......................................................190 NTP Enable Server ................. 122 3................................................................................................223 RADIUS Edit .............191 NTP Show ................................................... 130 3..........................197 OAM Show Statistics..................................................................................................................................................................................................................................................... 121 3......................................220 PTP Edit..........................................................................................................................................................................................................212 Policy Edit .........221 PTP Reset ......185 NTP Delete ............................................................................................................................................................................................................................................................................................................................................................................................................................215 Port Clear Statistics..................... 141 3................................ 142 Revision 1 x ............... 131 3...........205 PAA Show Status ............204 PAA Show Result ....... 120 3...... 132 3....................................................................194 OAM Delete .......195 OAM Show Configuration ...........................................................................................................................................................187 NTP Disable Server ..................186 NTP Disable....................................................................203 PAA Show Counters ................. 121 3.............................................................................................................................. 134 3.......... 137 3............................................................................................. 126 3........................................................................................................ 121 3.................................................................................................................................................................... 136 3............................................201 PAA Delete.......................................................................................................................... 116 3...........202 PAA Show Configuration .....................................MetroNID TE v6.................................... 116 3................................... 133 3... ...............................................263 SA Show Service Counters ................. 161 3............................................ 162 3...................... 164 3.................................................251 Route Delete....224 RADIUS Show ................................... 157 3.. 153 3........252 Route Show Configuration/Active ....... 160 3........................................ 161 3.................................................................. 164 3.................................................................................................................................................................................................................................................................................................................. 163 3........................................................ 153 3............................. 147 3.................................245 RFC-2544 Test Suite Show Configuration ............................ 170 3..................MetroNID TE v6...........250 Route Add/Edit ............................................................................................................... 151 3..............................................257 SA Delete Service ................................................................246 RFC-2544 Test Suite Show Reports........................................................... 145 3.......................................................................................................................243 RFC-2544 Test Suite Delete ...................................... 147 3...........................................................................261 SA Show Metric Counters ...................................................228 Regulator-Set Add/Edit DSCP .............................225 Rate Edit ...................230 Regulator-Set Add/Edit Precedence .................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................256 SA Delete Metric..............................................................233 RFC-2544 Generator Edit ........................................................................................................255 SA Clear Service Counters...........................236 RFC-2544 Generator Start ..................................................................... 150 3................................................242 RFC-2544 Test Suite Add .............................................................................................................260 SA Show Metric Configuration .2 CLI Command Guide 3.............................................................241 RFC-2544 Monitor Show Results ....................................................244 RFC-2544 Test Suite Edit...................... 166 3............ 163 3........240 RFC-2544 Monitor Show Configuration............................................................................................ 168 3.......259 SA Edit Service .................... 146 3....................................................................... 171 Revision 1 xi ................................................................................................................238 RFC-2544 Monitor Clear Statistics ..................................................................................................................................258 SA Edit Metric ..........................................229 Regulator-Set Add/Edit PCP ............................................................................................................................................254 SA Add Service .......... 143 3........ 150 3......................................................................... 151 3......................................231 Regulator-Set Delete ...................................................................253 SA Add Metric ...........................239 RFC-2544 Monitor Edit .................................. 162 3............................................................................................................................................ 171 3............................................................................................................................4....................................................................................................................................232 Regulator-Set Show Configuration .................................247 RFC-2544 Test Suite Start ....... 151 3............................................................................................................................ 154 3............................. 167 3.............................................. 166 3................................235 RFC-2544 Generator Show Results .................. 143 3....................................... 146 3...............................................................................262 SA Show Service Configuration..................................................................... 150 3..................................................................226 Rate Show ..............................................................................................249 RFC-2544 Test Suite Upload .........227 Reboot ................................................... 170 3....234 RFC-2544 Generator Show Configuration .................................................................................................................................... 143 3..................................... 157 3... 144 3............................................................................................248 RFC-2544 Test Suite Stop ..................237 RFC-2544 Generator Stop ............................................................ 143 3... 169 3.......... 167 3...... ....281 SNMP Trap Edit Auto ............................................................................................................................................... 179 3..................................................4........................................................................268 SAT Protocol Show Statistics ...300 Traffic Shaping Edit Port ...................................................................................................................................................................................................... 184 3........... 177 3....................................................... 184 3................................. 174 3.........294 TACACS+ Show ...............................264 SAT Protocol Clear Statistics .........265 SAT Protocol Edit .................. 176 3.................... 183 3...........................................................................................................................................................................................286 SyncE Edit ....................... 180 3............................ 187 3..... 183 3......................................................................................................................274 Session Terminate .................................................................. 186 3...................298 Traffic Shaping Clear Port Statistics .................................... 172 3...............................275 Session Writelock .............................................. 186 3..................................................................................................301 Traffic Shaping Edit Queue ............................................................................... 187 3........................................... 179 3......... 173 3..............................................................................282 SNMP Trap Edit V1 ................................................................................................................................................................................ 190 3................................................................................................267 SAT Protocol Show Sessions ............................................ 182 3.....................................................................................291 Syslog Show Log Continuous .............................................289 Syslog Show Configuration ..........................................................................................................................................................................................277 SFP Dump ........ 178 3....................... 181 3....................................................................285 Statistics Clear ...............................................................................293 TACACS+ Edit ........................303 Traffic Shaping Show Blue Statistics .........................................273 Session Show Status ....................................................278 SFP Show ................................................... 185 3........... 176 3............................................................. 177 3...............................................................................................................................................................266 SAT Protocol Show Configuration ......................................................................... 184 3............................................................................................................................269 SAT Reporting Edit .............................. 175 3............... 190 3.............. 181 3.............. 173 3............................................................................ 192 3......2 CLI Command Guide 3......297 Traffic Edit Mode ................ 193 Revision 1 xii .......................................................... 188 3....................................................................................................................................292 System Show Status .................................... 180 3..............276 Session Writeunlock .................MetroNID TE v6............287 Syntax ...............283 SNMP Trap Edit V2c . 184 3................................................................................................................270 SAT Reporting Show Configuration ................................................................................................................... 172 3.............................................................................. 176 3.. 175 3..........................................................271 Session Edit.....................................................................................................................................................................................................................................302 Traffic Shaping Edit Shaper.................................................................................................................................................296 Traceroute ........................................290 Syslog Show Log .................................................. 176 3....................................................................................................................................280 SNMP Show ..... 172 3......................................284 SNMP Trap Show ..........295 TCP Connect .................................272 Session Show Configuration .........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................299 Traffic Shaping Edit Map ........... 188 3................................................................................ 174 3.......279 SNMP Edit ................................................................................288 Syslog Edit......................................................... ...........................................1564 Show Service Configuration ........................... 194 3..............................309 Traffic Show ................................... 204 3..... 196 3............... 200 3...........................................327 VID-Set Show Set ............................................321 VCAgent Show Configuration ......................1564 Delete Report ................................316 User Permissions Edit ............................. 196 3....................................................333 Y..................... 199 3................................................................310 TWAMP Clear Statistics ...........313 TWAMP Show Statistics............................. 209 3....................... 198 3.....................................................................1564 Edit Service .................... 194 3........................ 200 3........ 208 3.................................................................................................4......................... 202 3....................................... 209 3.............................................................................. 197 3...............................................................1564 Edit Test .............................................................................................................................................335 Y......................... 193 3....................................... 203 3........................334 Y....312 TWAMP Show Configuration ......................................................................................................................... 196 3...................................319 VCAgent Edit Collection ................ 194 3.311 TWAMP Edit ........................................................................................................................................................329 Y......................................................................................................................................................................................................338 Y............................................................ 199 3................................................................................ 211 3................................................................................................... 198 3............................................................................................................307 Traffic Shaping Show Shaper Configuration .......................................................340 Y..................................... 203 3..........................................................................332 Y........................................................................................................................ 197 3................................... 197 3..........................................325 VID-Set Delete ....................................322 VCAgent Show Descriptors ....................................315 User Delete .......................................... 195 3.................................................................................................................................................................318 User Show...................................................................................1564 Show Test Configuration ........................................................................1564 Delete Test.............................. 198 3.............................304 Traffic Shaping Show Map ...............................................................................1564 Generate Report ....................................................324 VID-Set Add ............... 201 3......................... 200 3.......................................................................................................................................317 User Permissions Show ................................................................305 Traffic Shaping Show Port Configuration ...1564 Add Test ..................................................................331 Y...................................1564 Stop Activation ..........................................................................................336 Y............................................................................................................306 Traffic Shaping Show Port Statistics .............................................................320 VCAgent Edit Configuration ................................................ 209 3............................................................................. 199 3..............................................339 Y................................................... 210 3.........................328 VID-Set Show VID ............................................330 Y.........341 Y........................................................1564 Upload Report ......................................................................................................................................................... 193 3....1564 Start Activation ... 204 3.......................................................................................................................308 Traffic Shaping Show Shaper Statistics .....337 Y................................... 198 3................................................................................... 195 3........................................326 VID-Set Edit...............323 Version.......................1564 Show Activation ..................314 User Add/Edit .........................MetroNID TE v6....................................................................................................................................... 210 3..............1564 Edit Report .............2 CLI Command Guide 3............................................. 211 Revision 1 xiii ......... 195 3..................................... It applies to the following products and models from Accedian Networks: • MetroNID TE (AMN-1000-TE) • MetroNID TE-R (AMN-1000-TE-R) • MetroNID TE-S (AMN-1000-TE-S) • MetroNID TE-RS (AMN-1000-TE-RS) Style Conventions Commands are displayed in a monospace font.2 CLI Command Guide About This Guide The MetroNID TE v6.MetroNID TE v6. Revision 1 xiv . The technologies and standards implemented by Accedian Network’s equipment and procedures enable wireless operators.2 firmware.2 CLI Command Guide walks you through the command line interface of Accedian’s MetroNODE™ product and shows you how to configure and use it effectively through the provided procedures and examples. This document provides basic information about such standards and technologies. Requirements This Command Guide describes all possible CLI commands with their parameters for the MetroNID TE release 6. technical specifications and technologies.4. Its target audience is network designers and network administrators.4. service providers and cable MSO personnel to provide their customers with service assurance and service creation solutions. References Deploying teleco equipment such as the MetroNID TE requires the understanding of various networking standards. Note: Tips or suggestions related to how to carry out a task are typically presented in italics and indented from the main text. Keywords are displayed in bold type.4. filter Manage the filter database. User Traffic/Flow Through Commands Command Name Revision 1 Description bandwidth-regulator Manage bandwidth regulator database. media-selection Select which physical ports will be used to carry traffic. cos-profile Manage service mapping CoS profiles. sfp Display the SFP information. traffic Policy list VLAN mode configuration. policy Manage policy entries applied on ports. including digital diagnostics. traffic-shaping Manage the traffic shaper database. port Manage the link and physical level port settings.MetroNID TE v6. l2pt Manage L2 protocol tunneling rules. vid-set Manage VID sets.4. 1 .2 CLI Command Guide 1 MetroNID TE Command Overview Below is a list of all MetroNID TE CLI commands. grouped according to their primary function. 1.2 Description cable-test Perform time domain reflectometry diagnostics. fault-propagation Manage the link fault propagation between ports. regulator-set Manage service mapping regulator sets.1 Ethernet Port Commands Command Name 1. ntp Manage the network time client function. snmp Manage the SNMP agent settings. mode Define general system settings. date Print or set the system date and time. session Manage the session settings or active sessions. bridge Manage the bridge created with the interface module. interface Manage the interfaces used to access the management plane. console Manage the serial (RS-232) console port. history Manage the history buckets statistics. syslog Manage the remote syslog settings. snmp-trap Manage the SNMP trap handler configuration. route Manage the IP routes and gateways. beacon Manage Plug & Go beacon instances. 2 . tacacs-plus Manage the TACACS+ authentication.2 CLI Command Guide 1.3 System Management Commands Command Name Revision 1 Description acl Manage Access Control Lists. permission-group Manage the user privilege profiles. radius Manage the RADIUS authentication. ptp Manage the network time client function.4. inventory Manage the inventory when using auto configuration with beacons. dns Manage the DNS settings. motd Manage the MOTD of the unit. mtr Manage management traffic regulation settings.MetroNID TE v6. ping Send pings to a specified host over IPv4.5 Description alarm Manage the alarm settings. cfm Manage the SOAM CFM feature. 3 . ping6 Send pings to a specified host over IPv6.4. mac-learning Debug received MAC and VLAN tuples.2 CLI Command Guide Command Name 1. paa Manage the Performance Assurance Agent instances. import or factory reset the device configuration. Utilities Command Name Revision 1 Description application Manage SSL certificates for specific applications.3ah). vcagent Manage the Vision Collect bucket statistics. sa Manage the Service Availability instances. configuration Export. certificate Manage SSL certificates. loopback Manage the loopback settings associated with an OAM instance.MetroNID TE v6. firmware Install a new firmware or display current firmware version. twamp Two-Way Active Measurement Protocol (TWAMP). oam Manage the OAM instances (802.4 Description user Manage user account settings and privilege profiles. OAM Commands Command Name 1. Miscellaneous Commands Command Name Revision 1 Description board Manage assembly and environmental information.4. syntax Display the general command syntax. OAM). tcp-connect Test that a TCP service is responding.MetroNID TE v6.6 Description reboot Restart the device. exit Terminate the current CLI session. statistics Clear all statistics (port. y1564 Run Y. sat-reporting Configure Service Activation Testing reporting. 4 . policies. help <command-name> Display this help or for a specific given command. rfc2544 Run out-of-service packet generator and RFC2544 tests.2 CLI Command Guide Command Name 1. quit Terminate the current CLI session. sat-protocol Configure Service Activation Testing protocol.1564 Service Activation Methodiology tests. equivalent to a power up boot. traceroute6 Display the hops used to reach a given host over IPv6. regulators. version Display CLI version. traceroute Display the hops used to reach a given host over IPv4. <> Syntax variable. - Matches one in the range.MetroNID TE v6. * Repeat 0 or more times. _ Single space character. [] Optionally matches one in the set.4. <attribute-valuelist>] <command-name> <key-word> <attribute-name> <key-word> <attribute-value> {<key-word> | <number> | <string>} <key-word> {a-z} [{a-z} | {0-9} | {\-}]* <string> {<characters> | <quoted-string>} <quoted-string> {"} <characters> [[ _ | <characters>]* <characters>] {"} <characters> {a-z | A-Z} [{a-z | A-Z |0-9 | : | ! | $ | % | ^ | & | \-}]* 5 .2 CLI Command Guide 2 Syntax Meta-Characters and Variables Character Name Description {} Matches one in the set. | Separates options in a set. Variable Name Revision 1 Description <command> <command-name> <command-modifier>* [[<target>] <attribute-specifier>*] <attribute-specifier> <attribute-name> <attribute-value-list> <attribute-value_list> <attribute-value> [. + Repeat 1 or more times. as described in the table below. \ Escape a meta-character. 2 CLI Command Guide Variable Name Revision 1 Description <number> <decimal> | <hexadecimal> <decimal> {0-9}+ <hexadecimal> 0{x | X}{0-9 | a-f | A-F } [0-9 | a-f | A-F]* <ip-addr> <0-255>.<0-255>.<0-255> <mac-addr> <0-FF>:<0-FF>:<0-FF>:<0-FF>:<0-FF>:<0-FF> <port> <0-65535> <ipv6-addr> <0-FFFF>[:<0-FFFF>]+[:<0-FFFF> | :] <ipv6-prefixLen> <0-128> <url> <dns-name>[:<port>]/[<path>]<file-name> <path> {<string>/}+ <file-name> <string> <dns-name> <string>[.4.<string>]+ <port-name> <string> <connector-name> <string> 6 .MetroNID TE v6.<0-255>. 4. The ACL list state must be set to "Unassigned" before deleting the list.Delete an ACL list Description Delete an existing ACL list from the ACL service.<string> 3.Add an ACL definition Description Use this command to add a new ACL definition to the ACL service.<string> Revision 1 7 .2 ACL Delete Interface acl delete interface .1 ACL Add List acl add list .2 CLI Command Guide 3 CLI Commands This section describes all CLI commands. To enable a definition. 3. you must assign it to an interface. Syntax acl add list <acl-name> Parameters <acl-name> . Syntax acl delete interface <interface-name> Parameters <interface-name> .Delete an interface definition Description Delete an existing interface definition from the ACL service. commands are listed by name in alphanumerical order. Syntax acl delete list <acl-name> Parameters <acl-name> . Newlycreated ACL definitions do not contain any rules and are disabled by default.3 ACL Delete List acl delete list .MetroNID TE v6. You may edit the definition using the "acl edit list" command to add rules to it.<string> 3. assign the ACL to LAG-1-1 interface. The ACL must be assigned to the bridge itself.Edit an interface definition Description Edit an existing interface definition from the ACL service. ACL and LAG (MetroNODE and MetroNID GT only): When ACL protection is needed on a LAG.4. but not to SFP-1-1 and SFP-2-1 sub-interfaces). Syntax acl edit interface <interface-name> { {acl_name <acl-name>} | {acl_types <acl-types>} | {state {enable|disable}} }+ Parameters <acl-name> <acl-types> acl_name acl_types state Revision 1 - <string> {cli|web|snmp} [.{cli|web|snmp}]* The ACL name The ACL types The interface state 8 .g.ACL Edit Interface MetroNID TE v6. ACL and Bridge Assigning an ACL to a sub-interface that belongs to a bridge is not supported. the ACL should be assigned to the LAG interface.2 CLI Command Guide 3. but not to its members (e. Any changes made to the interface definition will be automatically executed and saved if valid.4 ACL Edit Interface acl edit interface . ACL Edit List MetroNID TE v6. Any changes made to the ACL definition will be automatically executed and saved if valid. Syntax acl edit list <acl-name> { {name <new-acl-name>} | {index {<1-20>|<rule_name>} { {type {ipsrc|macsrc}} | {value <rule-value>} | {action {drop|accept}} | {rule_name <rule-name>} | {priority <1-255>} | {state {enable|disable}} }+ }+ Parameters <acl-name> <new-acl-name> <rule-value> <rule-name> name index type value action rule_name priority state Revision 1 - <string> <string> {<ip-addr>|<mac-addr>|<subnet-addr/subnet-addr-prefix>} <string> The new ACL name The rule index or the rule name to edit a specific rule The rule type The rule value that match the type format The rule action if the type and value match The rule name The rule priority that determine the order of execution of the rules .4.5 ACL Edit List acl edit list .2 CLI Command Guide 3.Edit an ACL definition Description Edit an existing ACL definition from the ACL service.The rule state 9 . If an interface name is specified.Display rules statistics based on the assigned ACL definition. 3. Syntax acl show interface [<interface-name> [stats]] Parameters <interface-name> .2 CLI Command Guide 3.ACL Show Interface MetroNID TE v6.4.7 ACL Show List acl show list . If an ACL name is specified. only that interface will be displayed. only that interface will be displayed. Syntax acl show list [<acl-name>] Parameters <acl-name> .<string> Revision 1 10 .6 ACL Show Interface acl show interface . Statistics based on the assigned ACL definition can also be displayed if specified.Show an interface definition Description Show all interface definitions if no interface name is specified.Show an ACL definition Description Show all ACL definitions if no ACL name is specified.<string> stats . 8 Alarm Edit alarm edit . Tag the alarm as service-affecting or not. not preceeded by "state". i. Description Alarm edit allows you to change the configuration of an alarm. Otherwise.e. Syntax alarm edit <alarm-number> {{disable | enable} | {service-affecting {yes | no}} | {severity {minor | major | critical | informational}} | {state {enable | disable}} | {description <description-text>}}+ Parameters <alarm-number> <description-text> description disable - enable - service-affecting severity state - <decimal>. The severity level of the alarm when it is raised.4. Enable or disable the alarm. nothing happens (see the note below). If the alarm is triggered. Enable the alarm. Disable the alarm. it will be reported as defined. Note: Using "disable" or "enable" as stand-alone arguments.Alarm Edit MetroNID TE v6. If the alarm is triggered when enabled.<decimal> <string> The alarm description. Revision 1 11 .<decimal>. it will be reported as defined (see the note below). but the best practice is to always use "state enable" and "state disable". If the alarm is triggered.2 CLI Command Guide 3.Edit alarm configuration. nothing will happen. This syntax remains valid for backward compatibility. is deprecated. 3ah .Show alarm configuration Description Display the alarm reporting behavior. 802. Syntax alarm reporting {{led {disable | enable}} | {snmp {disable | enable}} | {syslog {disable | enable}} | {802.Enable the reporting of alarms via entries in the syslog.4. syslog .<decimal>. snmp .Enable the LEDs on the front panel of the unit to report the alarms.2 CLI Command Guide 3.Enable alarm status reporting Description Enable alarm status reporting via different ways.Alarm Reporting MetroNID TE v6.<decimal> Revision 1 12 . threshold-off .3ah {disable | enable}} | {threshold-on <1-5000>} | {threshold-off <1-15000>}} Parameters led .The delay (in milliseconds) after an event is detected and before the alarm notification occurs.<decimal>.The delay (in milliseconds) after the event status goes back to normal and before the alarm notification clears.Enable the reporting of alarms via SNMP traps. Syntax alarm show configuration [<alarm-id>] [more] Parameters <alarm_id> .10 Alarm Show Configuration alarm show configuration . threshold-on .3ah OAMPDUs.9 Alarm Reporting alarm reporting . 3.Enable reporting of alarms via 802. only the alarms that are enabled and active are displayed.<decimal> Revision 1 13 . the detailed status for this alarm is displayed. the status will be displayed for all possible alarms. the status of all applicable alarms is displayed in a table format. By default.<decimal>.Alarm Show Reporting MetroNID TE v6. Syntax alarm show reporting 3. If an alarm number is specified. If no alarm number is specified.12 Alarm Show Status alarm show status .Show alarm reporting configuration Description Display the alarm reporting parameters.<decimal>.4.Show alarms current status Description Display alarm status based on specified parameters.11 Alarm Show Reporting alarm show reporting . Syntax alarm show status [<alarm_number> | active | all | more] Parameters <alarm_number> .2 CLI Command Guide 3. If the option "all" is specified. For client type applications.The common name of the certificate to be associated with the specified application. 14 .For client type applications. Description application edit allows selecting and managing validation on how certificates are used when sending or receiving files through a secure channel (https or ftps). expiration dates. Syntax application edit web {{name <name>}} Parameters name Revision 1 .Allows changing SSL certificates for file transfer applications.14 .2 CLI Command Guide 3. . perform peer certificate validation. Description application edit allows selecting and managing validation on how certificates are used by the web GUI application.13 Application Edit File Transfers application edit filetransfers . For example. Syntax application edit filetransfers { {name <name>} | {validate {enable | disable}} | {client {enable | disable}}}+ Parameters name validate client 3.The common name of the certificate to be associated with the specified application.Application Edit File Transfers MetroNID TE v6.4. enable or disable the use of the selected client certificate. . hostname and CA chain.Allows changing SSL certificates for the Web application. This includes. firmware upgrades and configuration import/export using the CLI. Application Edit Web application edit web . Syntax bandwidth-regulator add regulator <regulator-name> { {cir <0 to max-port-speed>} | {cbs <2-500>} | {eir <0 to max-port-speed>} | {ebs <2-500>} | {color-mode {aware | blind}} | {coupling-flag {true | false}} }+ Parameters <regulator-name> cir cbs eir ebs color-mode coupling-flag Revision 1 - <string> Committed Information Rate in kbps.16 Bandwidth Regulator Add Regulator bandwidth-regulator add regulator .150 to 1 Gbps (steps of 25 Mbps) The burst size must be greater than the port Maximum Transfer Unit (MTU).Determine whether the coupling flag will be used or not for this regulator.15 Application Show application show . Determine whether the regulator is color-aware or color-blind. Excess Information Rate in kbps. Syntax application show 3. Up to 16 traffic regulators can be defined on TE/TE-S models.Add a bandwidth regulator configuration Description With bandwidth-regulator add. Excess Burst Size in kBytes.Show SSL certificates applications. Up to 60 traffic regulators can be defined on TE-R/TE-RS models. .Application Show MetroNID TE v6. All applications making possible use of certificates are listed here. you can create a new bandwidth regulator instance.9 to 135 Mbps (steps of 1 Mbps) . Supported rate values: . Description Shows a summary of the SSL certificates applications. Committed Burst Size in kBytes.2 CLI Command Guide 3.4. 15 .0 to 8 Mbps (steps of 125 kbps) . 4. If <regulator-name> is not specified.Clear bandwidth regulator statistics Description Clear the bandwidth regulator statistics.18 Bandwidth Regulator Delete Regulator bandwidth-regulator delete regulator .17 Bandwidth Regulator Clear Regulator Statistics bandwidth-regulator clear regulator statistics . Syntax bandwidth-regulator clear regulator statistics [<regulator-name>] Parameters <regulator-name> .2 CLI Command Guide 3. all bandwidth regulators statistics will be cleared. Syntax bandwidth-regulator delete regulator <regulator-name> Parameters <regulator-name> .<string> 3.Delete the specified bandwidth regulator Description bandwidth-regulator delete will delete the specified bandwidth regulator instance.<string> Revision 1 16 .Bandwidth Regulator Clear Regulator Statistics MetroNID TE v6. 0 to 8 Mbps (steps of 125 kbps) .2 CLI Command Guide 3.20 - <string> Committed Information Rate in kbps. this command displays the detailed configuration for that bandwidth-regulator.150 to 1 Gbps (steps of 25 Mbps) The burst size must be greater than the port Maximum Transfer Unit (MTU). Excess Information Rate in kbps. this command displays the bandwidth-regulator configuration summary in a table format.9 to 135 Mbps (steps of 1 Mbps) .Bandwidth Regulator Edit Regulator MetroNID TE v6. When specifying a bandwidth-regulator name. Committed Burst Size in kBytes. Supported rate values: . Excess Burst Size in kBytes. Syntax bandwidth-regulator edit regulator <regulator-name> { {name <regulator-name>} | {cir <0 to max-port-speed>} | {cbs <2-500>} | {eir <0 to max-port-speed>} | {ebs <2-500>} }+ Parameters <regulator-name> cir cbs eir ebs 3. you can change the parameters of an existing bandwidth regulator instance.Change a bandwidth regulator configuration Description With bandwidth-regulator edit. Syntax bandwidth-regulator show regulator configuration [<regulator-name>] Parameters <regulator-name> .19 Bandwidth Regulator Edit Regulator bandwidth-regulator edit regulator .4.<string> Revision 1 17 .Show bandwidth regulator configuration Description Without arguments or with the modifier summary. Bandwidth Regulator Show Regulator Configuration bandwidth-regulator show regulator configuration . Historic: History buckets statistics.Reference period for the bandwidth regulator history buckets. the last 4 buckets will be displayed.Type of statistics to display: Clearable : Current statistics since last clear command. Persistent: Current statistics since system start. Revision 1 18 .21 Bandwidth Regulator Show Regulator Statistics bandwidth-regulator show regulator statistics .<string> <period-id> .4.2 CLI Command Guide 3. buckets .Number of bandwidth regulator buckets to display.<decimal> type .Bandwidth Regulator Show Regulator Statistics MetroNID TE v6. Zero for the most recent period available. If the number of buckets is not specified. period . Syntax bandwidth-regulator show regulator statistics <regulator-name> { type {clearable | persistent | historic}} | { buckets <0-16>} | { period <period-id>}}+ { Parameters <regulator-name> . the last 4 buckets will be displayed.Show bandwidth regulator statistics Description Display the bandwidth regulator statistics. starting from the specified period. If no period is specified. Enable sending of frame directly to the DHCP Relay IP address specified in the relay-ip argument. When neither of the use-interface and use-relay-ip options are used. The IP settings of this interface will be used to compute the directed broadcast IP address to use to send the beacon frames.current>} | {dhcp-client-id-option <none. Enable usage of IP settings defined by the system interface specified by the interface argument.22 Beacon Add L3 beacon add l3 . The interface must exist on this system. 60. Enable or disable beacon frame transmission. 3600>.custom. The name of a system interface.Add a new beacon layer-3 instance and specify its attributes.custom..serial-number>} | {dhcp-hostname <hostname>} | {dhcp-client-id <client-id>} | {id-mismatch {enable|disable} | {adv-ip {<ip-addr>}} }}+ Parameters Revision 1 name domain state rate - dst-ip - use-interface - interface - use-relay-ip - The name to assign to the beacon instance. . Syntax beacon add l3 name {<beacon-name>} {domain-id {<domain>}} | {state {enable|disable}} | {rate {<transmission rate>}} | {dst-ip {<ip-addr>}} | {use-interface {enable|disable}} | {interface {<interface name>}} | {use-relay-ip {enable|disable}} | {relay-ip {<ip-addr>}} | {relay-dst-subnet {<ip-addr>}} | {ip-config-mode {local|auto|dhcp|auto-static}} | {subnet {<ip-addr>}} | {netmask {<ip-addr>}} | {gateway {<ip-addr>}} | {ip-exclusion {<ip-addr1.Beacon Add L3 MetroNID TE v6.serial-number. ip-addr2. 600. in seconds <3. Transmission rate of beacon frames. 19 .. Description Configure a beacon layer-3 instance for management purpose. A beacon may be configured to discover remote devices by sending a special frame on the network using the IP settings provided.>}} | {dhcp-hostname-option <none. The name of the discovery domain ID. the beacon frames are sent to this address.2 CLI Command Guide 3.4. Used only in DHCP IP configuration mode. forces the remote system to accept beacon even if domain IDs do not match. . . .4.The client ID to use when the client ID <custom> option is chosen. . .IP gateway used in Auto and Auto-Static IP configuration modes.The hostname to use when the hostname <custom> option is chosen. Used only in DHCP IP configuration mode.Tell the remote NID what option to use as a client ID in its DNS configuration. IP address ranges can be expressed with dash (-) separated IP addresses.IP address of a inventory collecting unit 20 .Beacon Add L3 MetroNID TE v6.The IP configuration mode to be uses by the remote device.IP netmask used in Auto and Auto-Static IP configuration modes. . the subnet to reach on the other side of the DHCP Relay.When enabled.Tell the remote NID what option to use as a hostname in its DNS configuration. .The DHCP Relay Agent IP address.When used with a DHCP Relay Agent. . . The beacon frames are sent to this DHCP Relay IP address in order to reach remote subnets The DHCP Relay must be configured to relay the beacon layer-3 frames which are based on DHCPOFFER frames. .2 CLI Command Guide relay-ip relay-dst-subnet ip-config-mode subnet netmask gateway ip-exclusion dhcp-hostname-option dhcp-client-id-option dhcp-hostname dhcp-client-id id-mismatch adv-ip Revision 1 . Up to 100 IP addresses can be specified. .IP subnet used in Auto and Auto-Static IP configuration modes. Used only in DHCP IP configuration mode.This is a comma-separated list of IP addresses that the remote unit must exclude when computing an IP address in Auto and Auto-Static IP configuration modes. this is the destination subnet i.e. Used only in DHCP IP configuration mode. . current>} | {dhcp-client-id-option <none.2 CLI Command Guide 3. Syntax beacon edit l3 <beacon-name> {name {<beacon-name>}} | {domain-id {<domain>}} | {state {enable|disable}} | {rate {<transmission rate>}} | {dst-ip {<ip-addr>}} | {use-interface {enable|disable}} | {interface {<interface name>}} | {use-relay-ip {enable|disable}} | {relay-ip {<ip-addr>}} | {relay-dst-subnet {<ip-addr>}} | {ip-config-mode {local|auto|dhcp|auto-static}} | {subnet {<ip-addr>}} | {netmask {<ip-addr>}} | {gateway {<ip-addr>}} | {ip-exclusion {<ip-addr1.custom.>}} | {dhcp-hostname-option <none. Syntax beacon delete l3 <beacon-name> Parameters <beacon-name> 3.4.. ip-addr2. Description Delete an existing beacon layer-3 instance. Description Configure a beacon layer-3 instance for management purpose.Edit the attributes of an existing beacon layer-3 instance.24 ..The name of the beacon instance to delete.serial-number.custom.serial-number>} | {dhcp-hostname <hostname>} | {dhcp-client-id <client-id>} | {id-mismatch {enable|disable} | {adv-ip {<ip-addr>}} }}+ Revision 1 21 .Delete a beacon layer-3 instance. .23 Beacon Delete L3 beacon delete l3 . A beacon may be configured to discover remote devices by sending a special frame on the network using the IP settings provided.Beacon Delete L3 MetroNID TE v6. Beacon Edit L3 beacon edit l3 . The IP settings of this interface will be used to compute the directed broadcast IP address to use to send the beacon frames. Enable usage of IP settings defined by the system interface specified by the interface argument. Tell the remote NID what option to use as a hostname in its DNS configuration. this is the destination subnet i. The name to assign to the beacon instance. The name of the discovery domain ID. 600. Enable sending of frame directly to the DHCP Relay IP address specified in the relay-ip argument.Beacon Edit L3 MetroNID TE v6. When neither of the use-interface and use-relay-ip options are used. The hostname to use when the hostname <custom> option is chosen. 60. the beacon frames are sent to this address.e. The IP configuration mode to be uses by the remote device.4. The name of a system interface. IP subnet used in Auto and Auto-Static IP configuration modes.2 CLI Command Guide Parameters Revision 1 <beacon-name> name domain state rate - dst-ip - use-interface - interface - use-relay-ip - relay-ip - relay-dst-subnet - ip-config-mode - subnet - netmask - gateway - ip-exclusion - dhcp-hostname-option - dhcp-client-id-option - dhcp-hostname - The name of the beacon instance to edit. The beacon frames are sent to this DHCP Relay IP address in order to reach remote subnets The DHCP Relay must be configured to relay the beacon layer-3 frames which are based on DHCPOFFER frames. Used only in DHCP IP configuration mode. Used only in DHCP IP configuration mode. Up to 100 IP addresses can be specified. Used only in DHCP IP configuration mode. in seconds <3. Enable or disable beacon frame transmission. Transmission rate of beacon frames. 3600>. IP address ranges can be expressed with dash (-) separated IP addresses. The DHCP Relay Agent IP address. This is a comma-separated list of IP addresses that the remote unit must exclude when computing an IP address in Auto and Auto-Static IP configuration modes. IP netmask used in Auto and Auto-Static IP configuration modes. 22 . When used with a DHCP Relay Agent. The interface must exist on this system. IP gateway used in Auto and Auto-Static IP configuration modes. Tell the remote NID what option to use as a client ID in its DNS configuration. the subnet to reach on the other side of the DHCP Relay. Description Immediately sends one beacon layer-3 frame based on the configuration of the chosen beacon instance. Syntax beacon send l3 one-shot <beacon-name> Parameters <beacon-name> 3.The name of the beacon instance configuration to use for sending the one frame.26 .2 CLI Command Guide dhcp-client-id id-mismatch adv-ip 3. .25 . The beacon-name must refer to an existing instance and the instance must be enabled.4. 23 . Beacon Send L3 One-Shot beacon send l3 one-shot .The client ID to use when the client ID <custom> option is chosen. Used only in DHCP IP configuration mode.Beacon Send L3 MetroNID TE v6. forces the remote system to accept beacon even if domain IDs do not match.Send a one-shot beacon layer-3 frame.IP address of a inventory collecting unit Beacon Send L3 beacon send l3 one-shot . Description Immediately sends one beacon layer-3 frame based on the configuration of the chosen beacon instance.When enabled. The beacon-name must refer to an existing instance and the instance must be enabled. Syntax beacon send l3 one-shot <beacon-name> Parameters <beacon-name> Revision 1 . .Send a one-shot beacon layer-3 frame.The name of the beacon instance configuration to use for sending the one frame. Display unit product information Description Displays unit board information: MAC base address. if any. Syntax beacon show l3 configuration [<beacon-name>] Parameters <beacon-name> 3.Display CPU usage over a period of time.29 Board Show Info board show info . Board Show CPU board show CPU .4.Show configuration of beacon layer-3 instance(s). Syntax board show info Revision 1 24 .28 . Description Specifying a beacon name provides detailed configuration about this beacon. Available periods are: Last second Last completed 15 seconds period average Last completed 30 seconds period average Last completed 60 seconds period average Last completed 5 minutes period average Syntax board show cpu 3.27 Beacon Show L3 Configuration beacon show l3 configuration .The name of the beacon instance to show. firmware version.2 CLI Command Guide 3.Beacon Show L3 Configuration MetroNID TE v6. Also displays sub-assembly information. otherwise the command provides a summary of configurations for all beacons. assembly. and serial number. Description Display - the CPU usage over a period of time. unit identifier. 2 CLI Command Guide 3.31 Board Show Status board show status .Display the system start time. Syntax board show status 3.33 Board Show Uptime Seconds board show uptime-seconds . Description Display the system uptime in the following format: up xx days.4. Description Display the system uptime in the following format: up xx seconds Syntax board show uptime-seconds Revision 1 25 .30 Board Show Start Time board show start-time .Board Show Start Time MetroNID TE v6.Display the system uptime.Show board status Description Display information about power supplies and the temperature sensor.Display the system uptime in seconds.32 Board Show Uptime board show uptime . Description Display the system start time in the following format: Thu Jan 1 00:00:00 UTC 1970 Syntax board show start-time 3. HH:MM Syntax board show uptime 3. value must be between 16 and 240. you can change the parameters of an existing bridge instance. Forward time can vary from 4 to 30 seconds. Hello time can vary from 1 to 2 seconds. Destination MAC address used to transmit BPDU. this command clears all statistics. Syntax bridge clear statistics [<bridge-name>] Parameters <bridge-name> . Path cost of the port can vary from 1 to 200 Million. 26 .4.<string> 3. in steps of 16 Bridge priority.Change configuration for a given bridge Description With bridge edit. value must be between 4096 and 61440. Port priority.Clear bridge statistics Description For a specific bridge name. Can be the Bridge Group Address or the Provider Bridge Group address.Bridge Clear Statistics MetroNID TE v6. Syntax bridge edit <bridge-name> { {aging-time <decimal>} | {forward-delay <decimal>} | {hello-time <decimal>} | {path-cost <sub-intf> <decimal>} | {port-priority <sub-intf> <decimal>} | {priority <decimal>} | {protocol {stp | rstp}} | {mac-addr {bridge-ga | provider-bridge-ga}} | {message-max-age <decimal>} }+ Parameters <bridge-name> aging-time forward-delay hello-time path-cost port-priority - priority - protocol mac-addr - message-max-age - Revision 1 <string> Bridge aging time can vary from 30 to 600 seconds. Maximum message age can vary from 6 to 40 seconds.2 CLI Command Guide 3.35 Bridge Edit bridge edit . in steps of 4096.34 Bridge Clear Statistics bridge clear statistics . Configure STP or RSTP. Show bridge configuration Description Without arguments.4.<string> Revision 1 27 . this command displays all statistics. Syntax bridge show statistics [<bridge-name>] Parameters <bridge-name> . Syntax bridge show status [<bridge-name>] Parameters <bridge-name> .Show bridge statistics Description For a specific bridge name.37 Bridge Show Statistics bridge show statistics . this command displays a status summary for all bridges in a table format. this command displays a configuration summary for all bridges in a table format. this command displays the detailed configuration information for that specific bridge.Bridge Show Configuration MetroNID TE v6. With a specific bridge name argument.Show bridge status Description Without arguments.<string> 3. With a specific bridge name argument.38 Bridge Show Status bridge show status . Syntax bridge show configuration [<bridge-name>] Parameters <bridge-name> .<string> 3.2 CLI Command Guide 3.36 Bridge Show Configuration bridge show configuration . this command displays the detailed status information for that specific bridge. The common name of the certificate to be removed.Allows removing SSL certificates from the unit. Syntax certificate delete {name} Parameters name Revision 1 .Perform cable diagnostics Description Perform time domain reflectometry diagnostics for a copper port.4.2 CLI Command Guide 3.40 Cable Test Show cable-test show . 28 .41 Certificate Delete certificate delete .39 Cable Test Perform cable-test perform .Show cable diagnostics information Description Show cable diagnostics information Syntax cable-test show [<connector-name> | <port-name>] 3. Description certificate delete allows you to remove a SLL certificate present in the unit. Syntax cable-test perform [<connector-name> | <port-name>] 3.Cable Test Perform MetroNID TE v6. p7 ftp://192. 3. Syntax certificate show {[name]} Parameters name Revision 1 . https.4.1/certs/certificate.Show SSL certificates.Certificate Import MetroNID TE v6. tftp://192. x509-PEM: Used to import either: .42 Certificate Import certificate import .1. ftps.Allows importing SSL certificates into the unit.A client or server certificate and its private key. .URL to reach the server and directory e. url . the certificate contents are displayed.43 Certificate Show certificate show .168.The passcode to decipher the certificate. Syntax certificate import { {type {pkcs7 | pkcs12 | PEM | DER}} | {url <url>} | {passcode}}+ Parameters type .The common name of the certificate to be displayed. Leave blank if the certificate is not encrypted. pkcs7: Used to import multiple CA certificates. http. It cannot be specified directly on the command line. Description certificate import allows you to download and activate a SSL certificate from a remote server through ftp. Description Shows a summary of the SSL certificates present in the unit if no name is specified. Possible values are: pkcs12: Used to import client certificates including the private key and the CA chain of certificates.168.A single or multiple CA certificate. If a common name is specified.g.p7 passcode .1. 29 .2 CLI Command Guide 3.1/certs/certificate. or tftp protocol. x509-DER: Used to import single CA certificates.The type of the certificate being imported. A separate query prompt will be displayed to allow the passcode to be specified. Specifies the remote MEPID to which DMM should be sent. . . 30 . . Description Create delay measurement for a MEP.Specifies the local MEP index from which DMM should be initiated. a free index is allocated automatically. . . If the index is omitted.Enable or disable generating DMM frames.Create a delay measurement. . This parameter applies only to VLAN based MEPs. Note: One-way delay measurements require time synchronization using NTP/PTP on units at each probe end.44 CFM Add DMM cfm add dmm .A name assigned to reference this instance.2 CLI Command Guide 3. .4.Reference period in minutes.Interval in milliseconds at which DMM should be sent. Syntax cfm add dmm { {mep-idx <mep-index>} | {index <decimal>} | {rmep-id <1-8191>} | {priority <0-7> } | {enable {yes | no}} | {name <string>} | {interval <decimal>} | {reference-period <decimal> } | {ow-delay {enable | disable}} | {ow-max-delay <decimal>} | {ow-delay-threshold <decimal>} | {ow-ad-threshold <decimal>} | {ow-dv {enable | disable}} | {ow-max-dv <decimal>} | {ow-dv-threshold <decimal>} | {ow-adv-threshold <decimal>} | {tw-delay {enable | disable}} | {tw-max-delay <decimal>} | {tw-delay-threshold <decimal>} | {tw-ad-threshold <decimal>} | {tw-dv {enable | disable}} | {tw-max-dv <decimal>} | {tw-dv-threshold <decimal>} | {tw-adv-threshold <decimal>}}+ <mep-index> = <decimal> Parameters mep-idx index rmep-id priority name enable interval reference-period ow-delay Revision 1 .CFM Add DMM MetroNID TE v6.A free DMM index. .Enable or disable one-way delay results.Specifies DMM VLAN priority. . . .2 CLI Command Guide ow-max-delay ow-delay-threshold ow-ad-threshold ow-dv ow-max-dv ow-dv-threshold ow-adv-threshold tw-delay tw-max-delay tw-delay-threshold tw-ad-threshold tw-dv tw-max-dv tw-dv-threshold tw-adv-threshold Revision 1 . 31 .Maximum one-way average delay.Maximum one-way average delay variation.Maximum consecutive two-way delay samples allowed greater than tw-max-delay.Maximum consecutive one-way delay variation samples allowed greater than ow-max-dv.Maximum two-way delay variation allowed. . .Maximum consecutive one-way delay samples allowed greater than ow-max-delay.Maximum one-way delay.4.Enable or disable two-way delay variation results.Maximum two-way average delay.Enable or disable two-way delay results. .Maximum one-way delay variation allowed. .Maximum consecutive tw-way delay variation samples allowed greater than tw-max-dv. .Maximum two-way average delay. .CFM Add DMM MetroNID TE v6. . . .Maximum two-way average delay variation.Enable or disable one-way delay variation results. . . Syntax cfm add domain { {name <string> } | {index <decimal>} | {format {string | dns-name}} | {level <0-7>} | {mhf-creation <none | default | explicit>} | {sndr-id-perm {none | chassis | manage | chassis-manage>}}+ Parameters name index . a free index is allocated automatically.Sender ID permission. format .Maintenance Level given to this Maintenance Domain. LBMs. A Maintenance Domain is required to create a MA with CCM MAID that includes the Maintenance Domain name. if anything.Create a maintenance domain. . and LTRs. Indicates what.default : Create MHFs if there is no lower active MD level or if there is a MEP at the next active MD level on the port.4. A Maintenance Domain defines a level and a name for a network or part of a network for which faults in connectivity are to be managed.45 CFM Add Domain cfm add domain .none : No MHFs can be created. level . .explicit: Create MHFs only if there is a MEP at the next active MD level on the port. sndr-id-perm . . Revision 1 32 . is to be included in the Sender ID TLV transmitted in CCMs.The Maintenance Domain name format. LTMs.Unique name assigned to this Maintenance Domain.2 CLI Command Guide 3.Indicates if the management entity can create MHFs for VIDs on which no Up MEP is configured. If the index is omitted.CFM Add Domain MetroNID TE v6. mhf-creation .A free domain index. The valid values are: . Description Create a maintenance domain. Indicates what. established to verify the integrity of a single service instance. The name should include the ICC and UMC in a single string.CFM Add MA MetroNID TE v6.A comma-separated list of VLAN ID values.4. A Maintenance Association defines a set of MEPs. as specified in Y. it is set to c-vlan implicitly.46 CFM Add MA cfm add ma . the association is not attached to a VLAN and the VLAN type is set to "none" implicitly.Interval in milliseconds at which the CCMs are sent. md-idx . Revision 1 33 .2 CLI Command Guide 3. The valid values are: .A free maintenance association index. sndr-id-perm . the association is not attached to any VLAN and the contents of the VLAN ID list are ignored. If the index is omitted. each configured with the same MAID and MD Level. mepid-list . If a vid-list is provided without specifying the vlan-type. mhf-creation . vid-list . if anything.Specify the VLAN type associated with this maintenance association. LBMs. is to be included in the Sender ID TLV transmitted in CCMs. .MEG name. vlan-type . a free index is allocated automatically.1731. Syntax cfm add ma { {name <string> } | {index <decimal>} | {md-idx <decimal> } | {ccm-interval <decimal> } | {vlan-type {c-vlan | s-vlan | none}} | {vid-list {<0-4095> [.explicit: Create MHFs only if there is a MEP at the next active MD level on the port. An MA can also be thought of as a full mesh of Maintenance Entities among a set of MEPs configured.Parent maintenance domain index.default : Create MHFs if there is no lower active MD level or if there is a MEP at the next active MD level on the port. LTMs.Indicates if the management entity can create MHFs for VIDs on which no Up MEP is configured. and LTRs. .none : No MHFs can be created. Description Create a Maintenance Association. . If the VLAN ID list is left empty. <0-4095>]+}} | {mepid-list {<1-8191> [. ccm-interval . If the value "none" is specified. <1-8191>]+}} | {mhf-creation <none | default | explicit | defer>} | {sndr-id-perm {none | chassis | manage | chassis-manage | defer}}}+ Parameters name .Create a Maintenance Association.defer : Use the Maintenance Domain parameter to determine MHFs creation.Sender ID permission. index .A comma-separated list of MEPID values. vid-list .Indicates if the management entity can create MHFs for VIDs on which no Up MEP is configured. if anything. ccm-interval . the MEG is not attached to a VLAN and the VLAN type is set to none implicitly. . level .A free maintenance association index. The name should include the ICC and UMC in a single string. index .1731 MEG. If the value "none" is specified.Interval in milliseconds at which the CCMs are sent.1731. LBMs.1731 MEG. <0-4095>]+}} | {mepid-list {<1-8191> [. vlan-type . and LTRs. Indicates what. sndr-id-perm .string : RFC-2579 Display String.1731).explicit: Create MHFs only if there is a MEP at the next active MD level on the port. .Maintenance Level given to this MEG.A comma-separated list of VLAN ID values.Sender ID permission. Revision 1 34 .MEG name. . is to be included in the Sender ID TLV transmitted in CCMs.Create Y.CFM Add MEG MetroNID TE v6.A comma-separated list of MEPID values.none : No MHFs can be created.icc-based : ITU Carrier Code format (Y.defer : Use the Maintenance Domain parameter to determine MHFs creation. mepid-list . .2 CLI Command Guide 3. <1-8191>]+}} | {mhf-creation <none | default | explicit | defer>} | {sndr-id-perm {none | chassis | manage | chassis-manage | defer}}}+ Parameters name . If the VLAN ID list is left empty. as specified in Y.4.Specify the VLAN type associated with this MEG.default : Create MHFs if there is no lower active MD level or if there is a MEP at the next active MD level on the port. name-format . If the index is omitted a free index is allocated automatically. Syntax cfm add meg { {name <string> } | {name-format <icc-based | string> } | {index <decimal>} | {level <0-7> } | {ccm-interval <decimal> } | {vlan-type {c-vlan | s-vlan | none}} | {vid-list {<0-4095> [. The valid values are: . the MEG is not attached to a VLAN and the contents of the VLAN ID list are ignored.47 CFM Add MEG cfm add meg .MEG name format. The valid values are: . mhf-creation . Description Create Y. LTMs. 2 CLI Command Guide 3. a free index is allocated automatically.4. and "no" that it is to cease functioning. .Maintenance Association index.MEG index. a MEP transmits CCMs with a sequence number that increments by one for each CCM.A free MEP index.Enable or disable CCM sequence number. Identifies the MEG that MEP belongs to. Identifies the Maintenance Association to which this MEP belongs. . a MEP transmits CCMs with a sequence number set to zero.Direction.Enable or disable CSF. a MEP transmits 35 . When enabled.Primary VLAN ID <0-4095>. When enabled. "yes" indicates that the MEP is to function normally. If the index is omitted. Only one of meg-idx or ma-idx should be specified. up or down. This should not be confused with the MEPID specified using mep-id. .CFM Add MEP MetroNID TE v6.MEP identifier <1-8191>. . .Create a Maintenance association End Point Description Create Maintenance association End Point.A name assigned to reference this instance.Indicates the port used by this MEP. . . . . .Indicates the administrative state of the MEP.48 CFM Add MEP cfm add mep .Indicates if the MEP will generate CCM messages. . Either a meg-idx or a ma-idx should be specified. Syntax cfm add mep {{ma-idx <decimal>} | {meg-idx <decimal> }} { {index <decimal>} | {mep-id <1-8191> } | {name <string>} | {direction <up | down> } | {port <port-name> } | {pvid <0-4095> } | {active <yes | no> } | {cci-enable <yes | no> } | {ccm-seq-number <enable | disable> } | {csf-enable <yes | no> } | {priority <0-7> } | {lowest-alarm-pri <lowest-alarm-pri-choice>} | {fng-alarm-time <decimal> } | {fng-reset-time <decimal> } | {fault-propagation <enable | disable> } | {fp-port <port-name> } }+ lowest-alarm-pri-choice = {all | macRemErrXconAis | remErrXconAis | errXconAis | xconAis | ais | none>} Parameters meg-idx index ma-idx mep-id name direction port pvid active cci-enable ccm-seq-number csf-enable Revision 1 . When disabled. 49 CFM Add Packet Loss cfm add pkt-loss . threshold . Remote MEP should have CCM sequence number generation enabled to perform packet loss measurements. macRemErrXconAis. priority lowest-alarm-pri 3.A free packet loss index. fault-propagation . rmep-id . fp-port .Indicates if the configured packet loss measurements are performed. ais.2 CLI Command Guide ETH-CSF when a link failure is detected. . Syntax cfm add pkt-loss { {mep-idx <mep-index>} | {index <decimal>} | {rmep-id <1-8191>} | {enable {yes | no}} | {reference-period <decimal> } | {threshold <decimal>} | {threshold-ratio <decimal>} }+ <mep-index> = <decimal> Parameters mep-idx . enable .Fault propagation port. Packet loss measurements are based on Remote MEP CCM sequence number.CCM and LTM priority. . xconAis. reference-period .Enable or disable EVC fault propagation. If the index is omitted. remErrXconAis.Time that defects must be absent before resetting an alarm (in ms).Maximum number allowed of packets lost before raising an alarm during the reference period. fng-alarm-time . Description Create packet loss measurement for a MEP.CFM Add Packet Loss MetroNID TE v6.The lowest priority defect alarm that specifies the lowest priority defect that is allowed to generate a Fault Alarm.Create packet loss measurement. Possible values are: all. Indicates toward which port. threshold-ratio . index . fng-reset-time . or none.Specifies the local MEP index from which packet loss should be performed. a free index is allocated automatically.Remote MEP Maintenance association End Point Identifier.Time that defects must be present before an alarm is raised (in ms).Packet loss reference period in minutes. errXconAis. Revision 1 36 .Maximum % of packets lost before issuing an alarm during the reference period.4. EVC faults should be propagated. Revision 1 37 .Identifies a MEP by name.The far-end frame loss threshold. The state of the instance (disabled by default).Creates an SLM instance Description Creates an SLM instance.4. A reporting period over which periodic counters are evaluated in addition to the monotonic counters.000001%) far-end-threshold .The near-end frame loss threshold. A unique name to identify an SLM instance.Clear MEP statistics Description Clear individual MEP statistics. near-end-threshold . The local MEP index. The priority of the SLM frames. Syntax cfm clear mep statistics <mep-index>|<name> <mep-index> = <decimal> <name> = <string> Parameters <mep-index> . Syntax cfm add slm mep-idx <decimal> rmep-id <decimal> {{index <decimal>} {name <string>} {priority <decimal>} {reporting-period <decimal>} {interval <decimal>} {state <enable| disable>} {near-end-threshold <decimal>} {far-end-threshold <decimal>} }+ Parameters index name mep-idx rmep-id priority interval state reporting-period The SLM instance index.50 CFM Add SLM cfm add slm . <name> . (1 = 0.CFM Add SLM MetroNID TE v6. (1 = 0.000001%) 3.2 CLI Command Guide 3.51 - CFM Clear MEP Statistics cfm clear mep statistics . The SLM frames transmission rate. The remote MEP ID.Identifies a MEP. Specifies the packet loss instance by name.Clear packet loss results Description Clear continuous packet loss measurement results. Syntax cfm clear slm result <identifier> <identifier> = <string | decimal> Parameters <identifier> .Clear CFM statistics Description Clear global CFM statistics. <name> .CFM Clear Packet Loss Result MetroNID TE v6.A unique name to identify an instance of SLM or the SLM index.52 CFM Clear Packet Loss Result cfm clear pkt-loss result . Syntax cfm clear statistics Revision 1 38 . Syntax cfm clear pkt-loss result [<pl-index> | <name>] <pl-index> = <decimal> <name> = <string> Parameters <pl-index> .Clear SLM results Description Clear slm results. This does not affect individual MEP statistics.2 CLI Command Guide 3. 3.53 CFM Clear SLM Result cfm clear slm result . 3. Periodic and historical measurement results are not affected.4.54 CFM Clear Statistics cfm clear statistics .Specifies the packet loss instance. 56 .2 CLI Command Guide 3. Revision 1 39 .CFM Clear VSP Result MetroNID TE v6.Identifies the DMM instance to delete by name.55 CFM Clear VSP Result cfm clear vsp results .Delete a delay measurement.4. Syntax cfm delete dmm <dmm-index> | <name> <dmm-index> = <decimal> <name> = <string> Parameters <dmm-index> . Description Delete a delay measurement instance. Syntax cfm clear vsp result [<identifier>] <identifier> = <decimal> Parameters <identifier> 3. CFM Delete DMM cfm delete dmm . <name> .Clear VSP results Description Clear VSP results.Identifies the DMM instance to delete.An optional unique index identifying the instance. Description Delete a Maintenance Domain.58 CFM Delete MA cfm delete ma .2 CLI Command Guide 3. 3. When a Maintenance Domain is deleted.Identifies the Maintenance Domain to delete. Description Delete a Maintenance Association (MA). and Packet Loss instances) inside that Maintenance Domain are deleted. and Packet Loss instances) inside that MA are deleted.Identifies the Maintenance Association to delete.Delete a Maintenance Association. Syntax cfm delete domain <md-index> <md-index> = <decimal> Parameters <md-index> . When an MA is deleted. DMM.4. DMMs.CFM Delete Domain MetroNID TE v6.57 CFM Delete Domain cfm delete domain . MEPs. all the objects (MEP. Revision 1 40 .1731 level 7" cannot be deleted.Delete a Maintenance Domain.1731 level 0" to "Y. Syntax cfm delete ma <ma-index> <ma-index> = <decimal> Parameters <ma-index> . all the objects (MAs. Pseudo Maintenance Domains "Y. Identifies the MEG to delete.Delete a MEG. When a MEP is deleted. DMM.Delete a Maintenance association End Point Description Delete a Maintenance association End Point.4.59 CFM Delete MEG cfm delete meg . <name> . Description Delete a MEG.60 CFM Delete MEP cfm delete mep . all the objects (DMM and Packet Loss instances) inside that MEP are deleted. and Packet Loss instances) inside that MEG are deleted. 3.2 CLI Command Guide 3. Syntax cfm delete meg <meg-index> <meg-index> = <decimal> Parameters <meg-index> .Identifies the MEP to delete. all the objects (MEP. Syntax cfm delete mep <mep-index>|<name> <mep-index> = <decimal> <name> = <string> Parameters <mep-index> . When a MEG is deleted.CFM Delete MEG MetroNID TE v6.Identifies the MEP to delete by name. Revision 1 41 . 4.62 CFM Delete SLM cfm delete slm .2 CLI Command Guide 3. Description Delete a Packet Loss measurement instance.Delete a Packet Loss measurement instance. 3.Delete an SLM instance Description Delete an SLM instance.CFM Delete Packet Loss MetroNID TE v6.Identifies the packet loss instance to delete.Identifies the packet loss instance to delete by name. Syntax cfm delete slm <identifier> <identifier> = <string | decimal> Parameters <identifier> .A unique identifier for the SLM instance or SLM index.61 CFM Delete Packet Loss cfm delete pkt-loss . <name> . Revision 1 42 . Syntax cfm delete pkt-loss <pl-index>|<name> <pl-index> = <decimal> <name> = <string> Parameters <pl-index> . LTMs. Indicates what. a VID is attached to an MA at a specific MD level. LBMs. . The MD level at which MHFs could be created on a port for a given VID is the VID's lowest active MD level that is higher than any MEP configured on that port.explicit: Create MHFs only if there is a MEP at the next active MD level on the port. is to be included in the Sender ID TLV transmitted in CCMs.none : No MHFs can be created. Syntax cfm edit defaults { {level <0-7>} | {mhf-creation <none | default | explicit>} | {sndr-id-perm <none | chassis | manage | chassis-manage>}}+ Parameters level . For a given VID.2 CLI Command Guide 3.Indicates the default active MD level used by the MHF creation algorithm when no other lower active MD level apply. sndr-id-perm . the default MHF MD level plus the set of Maintenance Associations that include that VID define the VID's active MD levels.Modify CFM defaults parameters. If at this level the VID is attached to an MA. mhf-creation . if at this level a MEP exist on that port or if an Up MEP exist on another port.63 CFM Edit Defaults cfm edit defaults .default : Create MHFs if there is no lower active MD level or if there is a MEP at the next active MD level on the port. Otherwise. For each port. and LTRs.4. the MHF default parameters control the MHF creation. Description The MHF default parameters control the MHF creation for VIDs that are not attached to an MA.CFM Edit Defaults MetroNID TE v6. .Indicates if the management entity can create MHFs for VIDs on which no Up MEP is configured.Sender ID permission. Revision 1 43 . if anything. the MA parameters control the MHF creation. The valid values are: . 4. Note: One-way delay measurements require time synchronization using NTP/PTP on units at each probe end.Modify delay measurement Description Modify a delay measurement instance. Maximum consecutive one-way delay samples allowed greater than ow-max-delay. Interval in milliseconds at which DMMs should be sent. Enable or disable one-way delay variation results. A name assigned to reference this instance.2 CLI Command Guide 3. Maximum one-way delay. Syntax cfm edit dmm <dmm-index>|<name> { {enable {yes | no}} | {interval <decimal>} | {name <string> } | {reference-period <decimal> } | {ow-delay {enable | disable}} | {ow-max-delay <decimal>} | {ow-delay-threshold <decimal>} | {ow-ad-threshold <decimal>} | {ow-dv {enable | disable}} | {ow-max-dv <decimal>} | {ow-dv-threshold <decimal>} | {ow-adv-threshold <decimal>} | {tw-delay {enable | disable}} | {tw-max-delay <decimal>} | {tw-delay-threshold <decimal>} | {tw-ad-threshold <decimal>} | {tw-dv {enable | disable}} | {tw-max-dv <decimal>} | {tw-dv-threshold <decimal>} | {tw-adv-threshold <decimal>}}+ <dmm-index> = <decimal> <name> = <string> Parameters Revision 1 <dmm-index> <name> enable interval name reference-period ow-delay ow-max-delay ow-delay-threshold - ow-ad-threshold ow-dv ow-max-dv ow-dv-threshold - Specifies the DMM instance to modify. Maximum consecutive one-way delay variation samples 44 .CFM Edit DMM MetroNID TE v6. Specifies the DMM instance to modify by name. Maximum one-way average delay.64 CFM Edit DMM cfm edit dmm . Reference period in minutes. Maximum one-way delay variation allowed. Enable or disable one-way delay results. Enable or disable generating DMM frames. Sender ID permission. is to be included in the Sender ID TLV transmitted in CCMs. Maximum two-way average delay. only the sender ID permissions can be modified. . CFM Edit Domain cfm edit domain . . and LTRs.CFM Edit Domain MetroNID TE v6. Syntax cfm edit domain <md-index> {mhf-creation <none | default | explicit>} | {sndr-id-perm {none | chassis | manage | chassis-manage>}}+ <md-index> = <decimal> Parameters <md-index> . Once created.none : No MHFs can be created. LTMs.explicit: Create MHFs only if there is a MEP at the next active MD level on the port. Revision 1 45 . mhf-creation . Enable or disable two-way delay results. Maximum two-way average delay variation. Maximum consecutive tw-way delay variation samples allowed greater than tw-max-dv.Maintenance domain index.2 CLI Command Guide 3.Modify a maintenance domain.65 ow-adv-threshold tw-delay tw-max-delay tw-delay-threshold - tw-ad-threshold tw-dv tw-max-dv tw-dv-threshold - tw-adv-threshold - allowed greater than ow-max-dv. sndr-id-perm .Indicates if the management entity can create MHFs for VIDs on which no Up MEP is configured. Maximum consecutive two-way delay samples allowed greater than tw-max-delay. The valid values are: . Enable or disable two-way delay variation results. Description Edit a maintenance domain. Maximum two-way delay variation allowed. Maximum two-way average delay. if anything. Indicates what. LBMs. Maximum one-way average delay variation.default : Create MHFs if there is no lower active MD level or if there is a MEP at the next active MD level on the port.4. . Indicates what. if anything.2 CLI Command Guide 3. Indicates if the management entity can create MHFs for VIDs on which no Up MEP is configured. A comma-separated list of MEPID values.CFM Edit MA MetroNID TE v6. Syntax cfm edit ma <ma-index> { {ccm-interval <decimal> } | {mepid-list {<1-8191> [.Modify Maintenance Association attributes Description Modify Maintenance Association attributes.Sender ID permission. The valid values are: . LTMs.explicit: Create MHFs only if there is a MEP at the next active MD level on the port.66 CFM Edit MA cfm edit ma . Interval in milliseconds at which the CCMs are sent.default : Create MHFs if there is no lower active MD level or if there is a MEP at the next active MD level on the port. . and LTRs.defer : Use the Maintenance Domain parameter to determine MHFs creation.none : No MHFs can be created. LBMs.4. Identifies the MA to modify. sndr-id-perm . is to be included in the Sender ID TLV transmitted in CCMs. . <1-8191>]+}} | {mhf-creation <none | default | explicit | defer>} | {sndr-id-perm <none | chassis | manage | chassis-manage | defer>}}+ <ma-index> = <decimal> Parameters ma-index ccm-interval mepid-list mhf-creation Maintenance Association index. Revision 1 - 46 . 2 CLI Command Guide 3. LTMs.Sender ID permission. Identifies the MEG to modify.none : No MHFs can be created. and LTRs. .CFM Edit MEG MetroNID TE v6.67 CFM Edit MEG cfm edit meg .defer : Use the Maintenance Domain parameter to determine MHFs creation. . if anything.explicit: Create MHFs only if there is a MEP at the next active MD level on the port. Indicates what. sndr-id-perm .default : Create MHFs if there is no lower active MD level or if there is a MEP at the next active MD level on the port. Description Modify Y. is to be included in the Sender ID TLV transmitted in CCMs. A comma-separated list of MEPID values.1731 MEG attributes. Interval in milliseconds at which the CCMs are sent. LBMs. . Syntax cfm edit meg <meg-index> { {ccm-interval <decimal>} | {mepid-list {<1-8191> [.Modify MEG attributes. Indicates if the management entity can create MHFs for VIDs on which no Up MEP is configured. Revision 1 - 47 .4. <1-8191>]+}} | {mhf-creation <none | default | explicit | defer>} | {sndr-id-perm <none | chassis | manage | chassis-manage | defer>}}+ <meg-index> = <decimal> Parameters meg-index ccm-interval mepid-list mhf-creation MEG index. The valid values are: . Fault propagation port.Enable or disable CSF. Indicates toward which port EVC faults should be propagated.Enable or disable EVC fault propagation. name .Time that defects must be absent before resetting an alarm (in ms). LTM. Identifies the MEP to modify. ais. fng-reset-time . and CSF priority. fault-propagation . a MEP transmits ETH-CSF when a link failure is detected.The lowest priority defect alarm that specifies the lowest priority defect that is allowed to generate a Fault Alarm. fp-port .A name assigned to reference this instance.Time that defects must be present before an alarm is raised (in ms). remErrXconAis.2 CLI Command Guide 3. When enabled. macRemErrXconAis. When disabled. .Indicates if the MEP will generate CCM messages. Syntax cfm edit mep <mep-index> | <name> { {pvid <0-4095> } | {active <yes | no> } | {cci-enable <yes | no> } | {csf-enable <yes | no> } | {ccm-seq-number <enable | disable> } | {name <string> } | {priority <0-7> } | {lowest-alarm-pri <lowest-alarm-pri-choice>} | {fng-alarm-time <decimal> } | {fng-reset-time <decimal> } | {fault-propagation <enable | disable> } | {fp-port <port-name> } }+ lowest-alarm-pri-choice = {all | macRemErrXconAis | remErrXconAis | errXconAis | xconAis | ais | none>} <mep-index> = <decimal> <name> = <string> Parameters mep-index pvid active . fng-alarm-time . a MEP transmits CCMs with a sequence number set to zero. When enabled. ccm-seq-number . csf-enable .CFM Edit MEP MetroNID TE v6. or none. Revision 1 48 .Modify a Maintenance association End Point Description Modify a Maintenance association End Point. a MEP transmits CCMs with a sequence number that increments by one for each CCM.Primary VLAN ID <0-4095>. priority .4.Indicates the administrative state of the MEP. xconAis. "true" indicates that the MEP is to function normally and "false" that it is to cease functioning. .68 CFM Edit MEP cfm edit mep . Possible values are: all.CCM.Enable or disable CCM sequence number. cci-enable . errXconAis.MEP index. lowest-alarm-pri . Maximum % of packets lost before issuing an alarm during the reference period. name . reference-period . threshold . threshold-ratio .Specifies the packet loss instance by name.Maximum number allowed of packets lost before raising an alarm during the reference period. .Modify packet loss measurement Description Modify a packet loss measurement instance. Syntax cfm edit pkt-loss <pl-index>|<name> { {enable {yes | no} } | {reference-period <decimal> } | {name <string> } | {threshold <decimal>} | {threshold-ratio <decimal>} }+ <pl-index> = <decimal> <name> = <string> Parameters <pl-index> <name> enable .CFM Edit Packet Loss MetroNID TE v6.2 CLI Command Guide 3. Revision 1 49 . . Remote MEP should have CCM sequence number generation enabled to perform packet loss measurements.69 CFM Edit Packet Loss cfm edit pkt-loss . Packet loss measurements are based on Remote MEP CCM sequence number.A name assigned to reference this instance.Specifies the packet loss instance to modify.Indicates if the configured packet loss measurements are performed.Packet loss reference period in minutes.4. CFM Edit SLM MetroNID TE v6.4.2 CLI Command Guide 3.70 CFM Edit SLM cfm edit slm - Edit an SLM instance Description Edit an SLM instance. Syntax cfm edit slm <identifier> {{name <string>} | {reference-period <decimal>} | {state <enable | disable>} | {near-end-threshold <decimal>} | {far-end-threshold <decimal>} | {interval <decimal>}}+ <identifier> = <string | decimal > Parameters <identifier> name state reference-period A unique identifier for the SLM instance or SLM index. A unique name to identify an SLM instance. The state of the instance (Disabled by default). A reference period over which periodic counters are evaluated in addition to the monotonic counters. near-end- threshold - The near-end frame loss threshold. (1 = 0.000001%) far-end- threshold - The far-end frame loss threshold. (1 = 0.000001%) interval - The SLM frames transmission rate. 3.71 - CFM Edit VSP cfm edit vsp - Edit the VSP configuration Description Edit the VSP configuration. Syntax cfm edit vsp {{meg-level <decimal | all>} | {state <enable | disable>}}+ Parameters state meg-level Revision 1 - The state of the instance (disabled by default). - The MEG level used. 50 CFM LBM MetroNID TE v6.4.2 CLI Command Guide 3.72 CFM LBM cfm lbm - Initiate a CFM loopback request Description Initiate a CFM loopback request from a MEP. The MEP is specified by MEP index or by MEP name. The target address is identified by MAC address or by remote MEPID. When identifying the target by remote MEPID, the remote MEP MAC address should be resolved into the remote MEP database. Otherwise, an invalid state error will be returned. If the parameters "rmep-id" and "dst-mac-addr" are omitted, a single multicast LBM is sent without Data TLV. The command waits five seconds for responses and displays the address of each responder. Otherwise, the loopback is initiated and the command completes immediately. In the latter case, if the parameter "data" or "data-length" is provided, the LBM includes a Data TLV. By default, there is no Data TLV. In both cases, the loopback request status is available from: "cfm show mep status <mep-index>" An active loopback request can be stopped using: "cfm stop lbm" Syntax cfm lbm {mep-idx <mep-index> | mep-name <name>} { {{rmep-id <1-8191>} | {dst-mac-addr <mac-addr>}} | {nbr-msg <decimal>} | {interval <100-5000>} | {vlan-priority <0-7>} | {vlan-de {enable | disable}} | {data <string>} | {data-length <1-1488>}}+ <mep-index> = <decimal> <name> = <string> Parameters mep-index - Specifies the local MEP index from which the loopback request should be initiated. mep-name - Specifies the local MEP instance by name from which the loopback request should be initiated. rmep-id - Specifies a remote MEP for loopback target. dst-mac-addr - Specifies a MAC address for loopback target. nbr-msg - Specifies the amount of loopback messages (LBM) to send. Default value is 1 message. interval - Specifies the interval between LBMs in milliseconds. Default value is 1000. vlan-priority - Specifies the VLAN priority of LBMs. Revision 1 51 CFM LTM MetroNID TE v6.4.2 CLI Command Guide vlan-de data data-length 3.73 - Specifies the VLAN drop eligible indicator value of LBMs. - Specifies a data pattern for LBM Data TLV. By default, the Data TLV is filled with incremental values. - Specifies the data length of the LBM Data TLV. By default, the length of the data parameter value is used. CFM LTM cfm ltm - Initiate a CFM link trace request Description Initiate a CFM link trace request from a MEP. The MEP is specified by MEP index or by MEP name. The target address is identified by MAC address or by remote MEPID. When identifying the target by remote MEPID, the remote MEP MAC address should be resolved into the remote MEP database. Otherwise, an invalid state error will be returned. In verbose mode, the command waits a completing. In non verbose mode, the a link trace transaction identifier. identifier allows displaying results "cfm show ltr" command. few seconds to display replies before command completes immediately and returns In both cases, the link trace transaction from recent link traces using the Syntax cfm ltm {{mep-idx <mep-index> | mep-name <name>} {{rmep-id <1-8191>} | {dst-mac-addr <mac-addr>}} | {ttl <1-255>} | {fdb-only <yes | no> } | {verbose <yes | no>} }+ <mep-index> = <decimal> <name> = <string> Parameters mep-idx mep-name rmep-id dst-mac-addr ttl fdb-only verbose Revision 1 - Specifies the local MEP index from which the link trace request should be initiated. - Specifies the local MEP instance by name from which the link trace request should be initiated. - Specifies a remote MEP for target for the link trace. - Specifies a MAC address for target for the link trace. - Specifies the link trace time to live. - Specifies whether or not the LTM should set the flag "UseFDBonly" (IEEE 802.1ag) or the flag "HWonly" (Y.1731). - Allows verbose mode. Default is non verbose. 52 CFM Show Defaults MetroNID TE v6.4.2 CLI Command Guide 3.74 CFM Show Defaults cfm show defaults - Show CFM defaults parameters Description The MHF default parameters control the MHF creation for VIDs that are not attached to a Maintenance Association. For each port, a VID is attached to an MA at a specific MD level, if at this level a MEP exist on that port or if an Up MEP exist on another port. For a given VID, the default MHF MD level plus the set of Maintenance Associations that include that VID define the VID's active MD levels. The MD level at which MHFs could be created on a port for a given VID is the VID's lowest active MD level that is higher than any MEP configured on that port. If at this level the VID is attached to an MA, the MA parameters control the MHF creation. Otherwise, the MHF default parameters control the MHF creation. Syntax cfm show defaults 3.75 CFM Show DMM Configuration cfm show dmm configuration - Show delay measurement configuration Description Display a summary of the configured DMM instances. When an instance identifier is specified, a detailed configuration report is displayed. Syntax cfm show dmm configuration [<dmm-index> | <name>] Parameters <dmm-index> - <decimal> Identifies a delay measurement instance. <name> - <string> Identifies a delay measurement instance by name. Revision 1 53 . a detailed configuration report is displayed.Number of DMM buckets to display.Type of statistics to display: Historic: history buckets statistics. Zero for the most recent period available.Reference period for the DMM history buckets. When a domain index is specified. CFM Show Domain Configuration cfm show domain configuration .Show DMM results Description Display delay measurements results.Specifies the delay measurement instance by name. . If the number of buckets is not specified.4.Show domain configuration Description Display a summary of the configured Maintenance Domain instances. . If no period is specified.77 .Specifies the delay measurement instance.2 CLI Command Guide 3. starting from the specified period. Syntax cfm show dmm result [ [<dmm-index> | <name>] { { type {historic}} | { buckets <0-16>} | { period <period-id>}}+ ] <dmm-index> = <decimal> <name> = <string> <period-id> = <decimal> Parameters <dmm-index> <name> type buckets period 3.CFM Show DMM Result MetroNID TE v6.Identifies a Maintenance Domain. Revision 1 54 . . Syntax cfm show domain configuration [<md-index>] <md-index> = <decimal> Parameters <md-index> . the last 4 buckets will be displayed. the last available 4 buckets will be displayed.76 CFM Show DMM Result cfm show dmm result . Link trace transaction identifier. . Syntax cfm show ltr {mep-idx <mep-index> | mep-name <name>} [ltm-id <decimal>] <mep-index> = <decimal> <name> = <string> Parameters mep-idx mep-name ltm-id 3. CFM Show MA Configuration cfm show ma configuration . the latest transaction from that MEP is retrieved.Show link trace responses Description Show link trace responses associated with a recent link trace request.79 CFM Show LTR cfm show ltr .Identifies a Maintenance Association. If an instance index is specified. If omitted.78 CFM Show Latest Error cfm show latest error . Revision 1 55 .4. Syntax cfm show ma configuration [<ma-index>] <ma-index> = <decimal> Parameters <ma-index> .80 . A CFM PDU can be discarded if it is malformed or if no maintenance point is associated to it.2 CLI Command Guide 3.Show latest CFM PDU error Description Display data about latest CFM PDU discarded. a detailed configuration report is displayed. . Syntax cfm show latest error 3.Identifies a MEP by name.Identifies a MEP by MEP index.CFM Show Latest Error MetroNID TE v6.Show Maintenance Association configuration Description Display a summary of the configured Maintenance Association instances. Show MEP configuration Description Display a summary of the configured MEP instances. Syntax cfm show mep configuration [<mep-index> | <name>] <mep-index> = <decimal> <name> = <string> Parameters <mep-index> .Identifies a MEP.CFM Show MEG Configuration MetroNID TE v6. 3.2 CLI Command Guide 3.Identifies a MEG.Show MEG configuration Description Display a summary of the configured MEG instances. Revision 1 56 . If an instance index is specified.4.Identifies a MEP instance by name.81 CFM Show MEG Configuration cfm show meg configuration . a detailed configuration report is displayed. a detailed configuration report is displayed. <name> .82 CFM Show MEP Configuration cfm show mep configuration . If an instance identifier is specified. Syntax cfm show meg configuration [<meg-index>] <meg-index> = <decimal> Parameters <meg-index> . 83 CFM Show MEP Database cfm show mep database . Revision 1 57 . <name> .Identifies a MEP.Identifies a MEP instance by name.Show MEP database Description Display a MEP database summary. Syntax cfm show mep database <mep-index> | <name> [rmep-id <1-8191>] <mep-index> = <decimal> <name> = <string> Parameters <mep-index> . <name> .4. If an instance identifier is specified.Identifies a MEP. a detailed report is displayed. If an remote MEPID is specified.84 CFM Show MEP Statistics cfm show mep statistics .Identifies a MEP instance by name.Show MEP statistics Description Display a summary of MEP statistics.Identifies a remote MEPID.CFM Show MEP Database MetroNID TE v6.2 CLI Command Guide 3. Syntax cfm show mep statistics [<mep-index> | <name>] <mep-index> = <decimal> <name> = <string> Parameters <mep-index> . 3. a detailed statistics report is displayed. rmep-id . 2 CLI Command Guide 3. 3.Identifies a packet loss instance by name. Syntax cfm show mep status [<mep-index> | <name>] <mep-index> = <decimal> <name> = <string> Parameters <mep-index> . Syntax cfm show pkt-loss configuration [<pl-index> | <name>] <pl-index> = <decimal> <name> = <string> Parameters <pl-index> .CFM Show MEP Status MetroNID TE v6. <name> .85 CFM Show MEP Status cfm show mep status .4.Show packet loss measurement configuration Description Display a summary of the configured packet loss instances.Identifies a MEP.Identifies a MEP instance by name.Show MEP status Description Display a summary of MEP status. <name> . If an instance identifier is specified. a detailed configuration report is displayed. Revision 1 58 .Identifies a packet loss instance. If an instance identifier is specified.86 CFM Show Packet Loss Configuration cfm show pkt-loss configuration . a detailed status report is displayed. starting from the specified period. Revision 1 59 . a detailed configuration report is displayed for the specified instance. If the number of buckets is not specified. Syntax cfm show slm configuration [<identifier>] <identifier> = <string | decimal> Parameters <identifier> . . If no period is specified.4. the last 4 buckets will be displayed. .CFM Show Packet Loss Result MetroNID TE v6.Display SLM configuration Description Display SLM configuration. Syntax cfm show pkt-loss result [ [<pl-index> | <name>] { { type {historic}} | { buckets <0-16>} | { period <period-id>}}+ ] <pl-index> = <decimal> <name> = <string> <period-id> = <decimal> Parameters <pl-index> <name> type buckets period 3.87 CFM Show Packet Loss Result cfm show pkt-loss result . Zero for the most recent period available. the last available 4 buckets will be displayed. . Otherwise. If an instance identifier is specified. a configuration summary for all instances is displayed.88 . .2 CLI Command Guide 3.Show Packet Loss results Description Display Lacket Loss measurement results.Specifies the packet loss instance by name.Specifies the packet loss instance.Reference period for the PL history buckets.Number of PL buckets to display.An optional instance name or index to display. CFM Show SLM Configuration cfm show slm configuration .Type of statistics to display: Historic: history buckets statistics. 91 CFM Show Statistics cfm show statistics . . Zero for the most recent period available. detailed counters are displayed for the specified instance.Number of SLM buckets to display. Syntax cfm show slm result [<identifier> [type {continuous | periodic| historic} {bucket | period} <decimal>]] <identifier> = <string | decimal> Parameters <identifier> type buckets period 3. the last available 4 buckets will be displayed. . starting from the specified period.2 CLI Command Guide 3. If no period is specified. If the number of buckets is not specified. . Syntax cfm show stack 3. Historic: history buckets statistics. CFM Show Stack cfm show stack .Type of statistics to display.Show CFM statistics Description Display global CFM statistics. Syntax cfm show statistics Revision 1 60 . a summary of all available counters for all instances are displayed. Otherwise. the last 4 buckets will be displayed. If an instance name or index is specified.An optional instance name or index to display.Show CFM stack Description Display the CFM stack summary information.Reference period for the SLM history buckets.CFM Show SLM Result MetroNID TE v6.4.90 .89 CFM Show SLM Result cfm show slm result - Display SLM results Description Display SLM counters. Syntax cfm show vsp result 3.92 CFM Show VSP Configuration cfm show vsp configuration .Stop CFM loopback requests Description Stops all active CFM loopback request.4.94 CFM Stop LBM cfm stop lbm .93 CFM Show VSP Result cfm show vsp results .Display VSP results Description Display VSP results.Display VSP configuration Description Display VSP configuration.2 CLI Command Guide 3.CFM Show VSP Configuration MetroNID TE v6. Syntax cfm stop lbm Revision 1 61 . Syntax cfm show vsp configuration 3. Configuration Cancel MetroNID TE v6. Syntax configuration changes Revision 1 62 .96 Configuration Changes configuration changes .Revert the rollback or factory default request Description The configuration cancel command also allows you to cancel the latest request to rollback or factory default the current configuration.Display amount of configuration changes Description The configuration changes command allows you to see the number of configuration changes that took place since the system is up.2 CLI Command Guide 3.95 Configuration Cancel configuration cancel . Syntax configuration cancel 3.4. com:22/newconfig. it must be a configuration file that was previously exported from the same unit type. Description The configuration command allows you to export the existing unit configuration to a file or to import a previously exported configuration file. Typing "configuration export" without any parameter will dump the configuration file to the stdout. The configuration command also allows you to reset your current configuration to the factory default settings.cfg ftp://username:password@mypc. or HTTP server is not available for hosting.cfg ftps://username:
[email protected]/newconfig.com:990/newconfig.97 Configuration Export/Import/Reset/Rollback/Cancel configuration configuration configuration configuration configuration export import reset rollback cancel - Export unit configuration Import unit configuration Perform a factory configuration reset Rollback to configuration at boot time Revert last request to rollback or factory default the configuration. FTP. In this same manner. The configuration rollback command also allows you to reset your current configuration to the same state as the last time it was booted. This is useful when a TFTP.cfg sftp://username:password@mypc.<string> <password> .<string> Revision 1 63 .2 CLI Command Guide 3.Configuration Export/Import/Reset/Rollback/Cancel MetroNID TE v6.4. The configuration cancel command also allows you to cancel the latest request to rollback or factory default the current configuration.cfg Parameters <user-name> .com/newconfig. importing a configuration file from stdin can be performed. This command also allows exporting/importing from the screen. When importing a configuration file. Syntax configuration {import | export} [{ ftp | ftps | http | https | sftp | tftp }://[<user-name>:<password>@]<url>] configuration reset configuration rollback configuration cancel Examples configuration configuration configuration configuration import import export export http://mypc. Configuration Generate-Script MetroNID TE v6.2 CLI Command Guide 3. all configuration will be generated. if no command is specified.<cli-cmd-name>]+ Parameters cli-cmd-name <user-name> <password> .Generate unit configuration in CLI format.<string> Example configuration generate-script module port. Alternatively.1. Description The configuration command allows you to export the existing unit configuration in a CLI-importable format either on screen or to an external server. .4.<string> . It is possible to specify many commands.168.txt Revision 1 64 . Syntax configuration generate-script {module <cli-cmd-names> } {export-to-server [{ ftp | ftps | http | https | sftp | tftp } ://[<user-name>:<password>@]<url>]} <cli-cmd-names> = <cli-cmd-name>[.98 Configuration Generate-Script configuration generate-script .A CLI command whose configuration should be generated.soam export-to-server tftp://192.interface.240/soam_config. com/newconfig.<string> 3.<string> <password> .com/newconfig.101 Configuration Rollback configuration rollback.4.Import system configuration Description The configuration import command allows to import a configuration file that was previously exported from a unit of the same type.2 CLI Command Guide 3.100 Configuration Reset configuration reset . Syntax configuration reset 3.Reset configuration to factory defaults Description The configuration reset command also allows you to reset your current configuration to the factory default settings.cfg configuration import ftp://username:
[email protected] Configuration to previous state Description The configuration rollback command also allows you to reset your current configuration to the same state as the last time it was booted.cfg Parameters <user-name> . Syntax configuration rollback Revision 1 65 .Configuration Import MetroNID TE v6.99 Configuration Import configuration import . Syntax configuration import {http | tftp | ftp | sftp}://[<user-name>:<password>@]<url> Examples configuration import http://mypc. 2 CLI Command Guide 3. Syntax console disable 3.Enable CLI on the serial console Description Enable CLI on the serial console.102 Console Disable console disable .Console Disable MetroNID TE v6.4.Disable CLI on the serial console Description Disable CLI on the serial console.103 Console Enable console enable .Show serial console configuration Description Show serial console configuration.104 Console Show console show . Syntax console show Revision 1 66 . Syntax console enable 3. A comma-separated list of DSCP or DSCP range (x-y) values.<0-63>]}+ } | {pre-marking {green | yellow} } | {green-out <0-7> } | {yellow-out <0-7> } | {default-pre-marking {green | yellow} } | {default-green-out <0-7> } | {default-yellow-out <0-7> }}+ Parameters <cos-profile-name> name encode-dei input-list - pre-marking - green-out - yellow-out - default-pre-marking - default-green-out - default-yellow-out - <string> New name when editing an exiting profile.|.105 COS Profile Add/Edit DSCP cos-profile add dscp . Note: If input-list is omitted. Set DEI bit to 1 if the outgoing frame color is yellow. PCP value to be used if the outgoing frame color is green and the input DSCP is in input-list. Syntax cos-profile {add|edit} dscp <cos-profile-name> { {name <cos-profile-name>} | {encode-dei {enable | disable} } | {input-list {<0-63> [.COS Profile Add/Edit DSCP MetroNID TE v6. Revision 1 67 .Change a DSCP profile configuration Description With these commands.Add a DSCP CoS profile configuration cos-profile edit dscp . Pre-marking color to be applied to frames if the input DSCP is in input-list.2 CLI Command Guide 3. Pre-marking color to be used for all frames if the input DSCP is not in input-list. PCP value to be used if the outgoing frame color is green and the input DSCP is NOT in input-list. PCP value to be used if the outgoing frame color is yellow and the input DSCP is NOT in input-list. PCP value to be used if the outgoing frame color is yellow and the input DSCP is in input-list. you can create a new DSCP CoS profile or change the parameters of an existing DSCP CoS profile. the default-* parameters interpret the input-list as a 0-63 range.4. Pre-marking color to be used for all frames if the input PCP is not in input-list. Revision 1 68 . 1=yellow).2 CLI Command Guide 3.PCP value to be used if the outgoing frame color is yellow and the input PCP is NOT in input-list. .COS Profile Add/Edit PCP MetroNID TE v6.PCP value to be used if the outgoing frame color is green and the input PCP is NOT in input-list. Note: If input-list is omitted.Change an PCP profile configuration Description With these commands. .Set DEI bit to 1 if the outgoing frame color is yellow. .Add a PCP CoS profile configuration cos-profile edit pcp . .PCP value to be used if the outgoing frame color is green and the input PCP is in input-list. .Pre-marking color to be applied to frames if the input PCP is in input-list. . .106 COS Profile Add/Edit PCP cos-profile add pcp .4. .PCP value to be used if the outgoing frame color is yellow and theinput PCP is in input-list. Syntax cos-profile {add|edit} pcp <cos-profile-name> { {name <cos-profile-name>} | {decode-dei {enable | disable} } | {encode-dei {enable | disable} } | {input-list {<0-7> [. the default-* parameters interpret the input-list as a 0-7 range.|. .<string> .A comma-separated list of IP precedence or IP precedence range (x-y) values.Use incoming DEI as a pre-marking color (0=green.New name when editing an existing profile. you can create a new PCP CoS profile or change the parameters of an existing PCP CoS profile.<0-7>]}+ } | {pre-marking {green | yellow} } | {green-out <0-7> } | {yellow-out <0-7> } | {default-pre-marking {green | yellow} } | {default-green-out <0-7> } | {default-yellow-out <0-7> }}+ Parameters <cos-profile-name> name decode-dei encode-dei input-list pre-marking green-out yellow-out default-pre-marking default-green-out default-yellow-out . COS Profile Add/Edit Precedence MetroNID TE v6. A comma-separated list of IP precedence or IP precedence range (x-y) values. PCP value to be used if the outgoing frame color is green and the input IP precedence is NOT in input-list. the default-* parameters interpret the input-list as a 0-7 range. Pre-marking color to be applied to frames if the input IP precedence is in input-list.<0-7>]}+ } | {pre-marking {green | yellow} } | {green-out <0-7> } | {yellow-out <0-7> } | {default-pre-marking {green | yellow} } | {default-green-out <0-7> } | {default-yellow-out <0-7> }}+ Parameters <cos-profile-name> name encode-dei input-list - pre-marking - green-out - yellow-out - default-pre-marking - default-green-out - default-yellow-out - <string> New name when editing an existing profile. PCP value to be used if the outgoing packet color is yellow and the input IP precedence is NOT in input-list.|. Syntax cos-profile {add|edit} precedence <cos-profile-name> { {name <cos-profile-name>} | {encode-dei {enable | disable} } | {input-list {<0-7> [. Pre-marking color to be used for all frames if the input IP precedence is not in input-list.Add an IP precedence CoS profile configuration cos-profile edit precedence . PCP value to be used if the outgoing frame color is green and the input IP precedence is in input-list. Note: If input-list is omitted. Revision 1 69 .107 COS Profile Add/Edit Precedence cos-profile add precedence .2 CLI Command Guide 3.Change an IP precedence profile configuration Description With these commands.4. PCP value to be used if the outgoing frame color is yellow and the input IP precedence is in input-list. Set DEI bit to 1 if the outgoing frame color is yellow. you can create a new IP precedence CoS profile or change the parameters of an existing IP precedence CoS profile. COS Profile Delete MetroNID TE v6. Syntax cos-profile delete <cos-profile-name> Parameters <cos-profile-name> .<string> 3.109 COS Profile Show Configuration cos-profile show configuration .4. Otherwise.2 CLI Command Guide 3.<string> Revision 1 70 .108 COS Profile Delete cos-profile delete . Syntax cos-profile show configuration [<cos-profile-name>] Parameters <cos-profile-name> . a configuration summary for all CoS profiles will be displayed.Show CoS profile configuration Description Displays CoS profile configuration. Specifying a profile name will display a detailed configuration for this profile.Delete the specified CoS profile Description Delete the specified CoS profile. mgmt-mode . that are submitted to the CPU.2 CLI Command Guide 3. . 3.110 CPU Edit OAM Options cpu edit oam-options .CPU Edit OAM Options MetroNID TE v6. .This parameter modifies the method used to select multicast and broadcast frames required by system management interfaces. The CPU OAM options modify the criterion used to submit various frames to the CPU for processing.Edit CPU OAM options Description The CPU OAM options modify the criterion used to submit various frames to the CPU for processing.4. Syntax cpu show oam-options [<port-name>] <port-name> = <string> Parameters <port-name> . “mgmt-oam-drop” or “mgmt-oam-fwd” required by system network interfaces configured on the specified port. Syntax cpu edit oam-options <port-name> {mgmt-mode {auto|mac-oui|policy}} <port-name> = <string> Parameters <port-name> .policy : No broadcast nor multicast frames are selected by default for this port.mac-oui: Only frames with a source MAC address containing a NID's MAC OUI are submitted to the CPU.111 CPU Show OAM Options cpu show oam-options . .A system port name.Shows CPU OAM options Description Shows the configuration of CPU OAM options. Note: Using mgmt-mode auto or mac-oui does not preclude configuring policies with one of the mgmt-oam actions listed above.A system port name to which these options apply.auto : The system determines automatically the best policies to apply based on system interface configuration and hardware filtering resources. These options are configurable per port. The user is responsible to configure policies with the action “mgmt-oam”. These options are configurable per port. Revision 1 71 . such ARP and NDP. 12) day of year (001. Set the current date to the specified date.December) locale's date and time (Sat Nov 04 12:02:33 EST 1989) century (year divided by 100 and truncated to an integer) [00-99] day of month (01. Print or set Coordinated Universal Time.Print or set the system date and time Description Same as the Unix date command. 12-hour (hh:mm:ss [AP]M) time...23) hour ( 1... Display the current time in the given FORMAT or set the system date.112 Date date ..Choose the output of date.4. the 60 is necessary to accommodate a leap second a horizontal tab 72 .. %% %a %A %b %B %c %C %d %D %e %F %g %G %h %H %I %j %k %l %m %M %n %N %p %P %r %R %s %S %t Revision 1 a literal % locale's abbreviated weekday name (Sun.999999999) locale's upper case AM or PM indicator (blank in many locales) locale's lower case am or pm indicator (blank in many locales) time.31) date (mm/dd/yy) day of month.Date MetroNID TE v6. 24-hour (hh:mm) seconds since `00:00:00 1970-01-01 UTC' (a GNU extension) second (00... blank padded ( 1..60)..12) minute (00... variable length (January.23) hour (01.Dec) locale's full month name..31) same as %Y-%m-%d the 2-digit year corresponding to the %V week number the 4-digit year corresponding to the %V week number same as %b hour (00.2 CLI Command Guide 3. variable length (Sunday.59) a newline nanoseconds (000000000. Syntax date {option}... Output RFC-2822 compliant date string..12) month (01.Saturday) locale's abbreviated month name (Jan.366) hour ( 0. {MMDDhhmm[[CC]YY][.. format .ss]} { '+format' } Parameters -d -R -s -u - Print the specified date.Sat) locale's full weekday name. .53) week number of year with Monday as first day of week (01.113 DNS Disable dns disable .g.2 CLI Command Guide %T %u %U %V %w %W %x %X %y %Y %z %Z time.. or nothing if no time zone is determinable Example set the date to December 1st 2006..53) locale's date representation (mm/dd/yy) locale's time representation (%H:%M:%S) last two digits of year (00..53) day of week (0..4. 1 represents Monday week number of year with Sunday as first day of week (00.. EDT). 24-hour (hh:mm:ss) day of week (1. Syntax dns disable Revision 1 73 .15:48PM : date -s 120115482006 show the current day only : date '+%d' 3.DNS Disable MetroNID TE v6..Disable the DNS service Description dns disable allows you to stop using the server for the DNS service...6). 0 represents Sunday week number of year with Monday as first day of week (00.99) year (1970.7).) RFC-2822 style numeric timezone (-0500) (a nonstandard extension) time zone (e. The DHCP hostname option to set on the DHCP client.<string> . "DNS server 1" and "DNS server 2" fields are only used if "Use DHCP result" is set to Disabled. <interface-name> specifies the interface to use for obtaining DHCP information. DNS Show dns show .2 CLI Command Guide 3. .4. An empty string forces MAC address as client ID. . Syntax dns show Revision 1 74 .The DHCP client identifier (option 61).The DHCP client custom host name (option 12) to use when selecting custom dhcp-hostname-option.114 DNS Edit dns edit .The second DNS address used if no DHCP server set.The name of the unit.Enable/disable use of DNS settings obtained via DHCP.The first DNS address used if no DHCP server set.115 . .Change the DNS configuration Description dns edit allows you to choose the server and the interface to use for the DNS service. . Syntax dns edit [ {dhcp {enable <interface-name> | disable}} | {domain <string>} | {hostname <string>} | {dhcp-hostname <string>} | {dhcp-hostname-option <custom|serial-number|current>} {dhcp-client-id <string>} | {server1 <ip-addr>} | {server2 <ip-addr>} ]+ Parameters <interface-name> dhcp domain hostname dhcp-client-id dhcp-hostname dhcp-hostname-option server1 server2 3.Show the DNS configuration Description Show the DNS configuration The "Domain". . . .The domain name associated with the DNS.DNS Edit MetroNID TE v6. 4. Syntax dry-contact-input show configuration 3. you can change the parameters of one of the available dry-contact input.Selects the normal state of the input. The values must be specified within the range of 100 and 1000 milliseconds in steps of 100 milliseconds. When enabled. when the input state is different from the normal state for more than 3 consecutives samples. between two consecutive readings of the input state. in milliseconds.<decimal> . Syntax dry-contact-input show status Revision 1 75 . An alarm is raised.117 Dry-Contact-Input Show Configuration dry-contact-input show configuration . The input sampling rate is determined by the value of the input sampling period.Change dry-contact configuration Description With dry-contact-input edit.Determines the time. sampling-period .118 Dry-Contact-Input Show Status dry-contact-input show status .Show dry-contact status Description Display status of the available dry-contact input. normal-state .116 Dry-Contact-Input Edit dry-contact-input edit . the alarm point for this input are created and the input is monitored according to the following monitoring configurations.Show dry-contact configuration Description Display all configuration parameters of the available dry-contact input.Enable/disable the use of the dry-contact input. Syntax dry-contact-input edit <id> { {state {enable|disable}} | {normal-state {close|open}} | {sampling-period <100-1000>} }+ Parameters <id> state .Dry-Contact-Input Edit MetroNID TE v6. 3.2 CLI Command Guide 3. Enable or disable fault propagation for the specified port.Logout of the CLI Description Logout of the CLI.Logout of the CLI quit . Port from witch the fault is to be propagated. In EVC status operation mode. If there is no PAA probe and no CFM MEP configured in EVC fault propagation mode for the specified port. the status of PAA probe(s) and/or CFM MEP(s) are propagated to the specified port.119 Exit/Quit exit .2 CLI Command Guide 3.4. a link down on the opposite port is propagated to the specified port. that port will stay down. Syntax fault-propagation edit <port-name> { {state <enable | disable> } {mode <evc | link> } {fp-port <fp-port-name> }}+ Parameters <port-name> state mode fp-port Revision 1 - Port to which these options apply. or link status and EVC status. Fault propagation could be based on link status only. In link status only operation mode. It can be enabled on a port and its opposite port. At least one PAA probe or CFM MEP should be free of connectivity error to enable the specified port. Fault propagation operation mode. When enabled for a port. Link status fault propagation is allowed in both direction.Exit/Quit MetroNID TE v6. Syntax exit quit 3. its link status (up or down) depends on the opposite port status or EVC status.120 Fault Propagation Edit fault-propagation edit . 76 .Modify port fault propagation options Description When fault propagation is enabled for a port. fault propagation should be disabled on opposite port. Syntax fault-propagation show [<port-name>] 3.<string> Revision 1 77 .121 Fault Propagation Enable/Disable fault-propagation enable .123 Filter Delete IPv4 filter delete ipv4 .Show fault propagation configuration Description Show fault propagation configuration.Disable fault propagation for a port Description When fault propagation is enabled for a port.Fault Propagation Enable/Disable MetroNID TE v6.Enable fault propagation for a port fault-propagation disable . a link down on the opposite port will be propagated to that port. Syntax fault-propagation {enable | disable} {<port-name>} 3.2 CLI Command Guide 3.Delete the specified IPv4 filter Description filter delete ipv4 will delete the specified IPv4 filter. The command "fault-propagation edit" should be used instead. Syntax filter delete ipv4 <filter-name> Parameters <filter-name> .4. These commands are deprecated and have been kept for backward compatibility purpose.122 Fault Propagation Show fault-propagation show . Change an IPv4 filter configuration Description With these commands.Delete the specified Layer 2 filter Description filter delete l2 will delete the specified Layer 2 filter. you can create a new filter or change the parameters of an existing filter instance. Syntax filter delete l2 <filter-name> Parameters <filter-name> .2 CLI Command Guide 3.124 Filter Delete L2 filter delete l2 .<string> 3.Add an IPv4 filter configuration filter edit ipv4 .125 Filter Add/Edit IPv4 filter add ipv4 .4. Syntax filter {add|edit} ipv4 <filter-name> { {dst-ipv4-addr <ip-addr> {disable | enable} } | {dst-ipv4-mask <ip-addr>} | {src-ipv4-addr <ip-addr> {disable | enable} } | {src-ipv4-mask <ip-addr>} | {protocol <0-255> {disable | enable}} | {header-length <0-15> {disable | enable}} | {ttl <0-255> {disable | enable}} | {ip-cos-mode {dscp-mode | precedence-mode}} | {dscp <0-63> {disable | enable}} | {dscp-last <0-63> {disable | enable}} | {dscp-oper {lt | gt | eq | range}} | {precedence <0-7> {disable | enable}} | {precedence-last <0-7> {disable | enable}} | {precedence-oper {lt | gt | eq | range}} | {ecn <0-3> {disable | enable}} | {icmp-type <0-255> {disable | enable}} | {icmp-code <0-255> {disable | enable}} | {destination-port <0-65535> {disable | enable}} | {source-port <0-65535> {disable | enable}} | {vlan1-cfi <0-1> {disable | enable}} | {vlan2-cfi <0-1> {disable | enable}} | {vlan1-id <0-4095> {disable | enable}} | {vlan1-id-last <0-4095> {disable | enable}} | {vlan1-id-oper {lt | gt | eq | range}} | {vlan2-id <0-4095> {disable | enable}} | Revision 1 78 .Filter Delete L2 MetroNID TE v6. IPv4 header length in 32bit units (5 . Explicit Congestion Notification value (0 . The last Precedence value. Valid mask are prefix from 0 to 32 bits (ex. Diff-Serv CodePoint operator. used in range operation.255). IPv4 time to live value (0 .Filter Add/Edit IPv4 MetroNID TE v6.255. Second VLAN ID last value. First VLAN ID operator. ICMP type (0 .0. Valid operator type are: gt (greater than).0 . The IPv4 destination address. The Diff-Serv CodePoint value (0 .255). used in range operation.2 CLI Command Guide {vlan2-id-last <0-4095> {disable | enable}} | {vlan2-id-oper {lt | gt | eq | range}} | {vlan1-priority <0-7> {disable | enable} } | {vlan1-priority-last <0-7> {disable | enable}} | {vlan1-priority-oper {lt | gt | eq | range}} | {vlan2-priority <0-7> {disable | enable}} | {vlan2-priority-last <0-7> {disable | enable}} | {vlan2-priority-oper {lt | gt | eq | range}} | {vlan1-ethertype {c-vlan | s-vlan | both | disable}} | {vlan2-ethertype {c-vlan | s-vlan | both | disable}} }+ Parameters Revision 1 <filter-name> disable | enable dst-ipv4-addr dst-ipv4-mask - src-ipv4-addr src-ipv4-mask - protocol header-length ttl icmp-type icmp-code destination-port source-port ip-qos-mode - dscp dscp-last dscp-oper - precedence precedence-last precedence-oper - ecn vlan1-cfi vlan2-cfi vlan1-id vlan1-id-last vlan1-id-oper - vlan2-id vlan2-id-last vlan2-id-oper - <string> To enable or disable the field in the check. eq (equal) or range (inclusive range). First VLAN ID may be any value between 0 and 4095. ICMP code (0 . The IPv4 source address.0. 0. eq (equal) or range (inclusive range).255). Valid mask are prefix from 0 to 32 bits (ex. lt (less than).7).65535). Wildcard mask to be applied to the IPv4 destination address. Second VLAN CFI may be 0 or 1. Precedence field operator. Destination port for UDP protocol (0 .255. Choose between DSCP (RFC2474) or precedence (RFC791). lt (less than). It is usually set to 0. Valid operator type are: gt 79 . Second VLAN ID operator.255). First VLAN CFI may be 0 or 1. First VLAN ID last value.0 . Valid operator type are: gt (greater than). Source port for UDP protocol (0 . lt (less than).255).0.0.63).15).255. used in range operation.255.4. Wildcard mask to be applied to the IPv4 destination address. 0.3). Valid operator type are: gt (greater than). It is usually set to 0. Layer 4 protocol value (0 .255.65535). intrepretation for the IP TOS field.255. used in range operation.255). The Precedence value (0 . Second VLAN ID may be any value between 0 and 4095. eq (equal) or range (inclusive range). The last DSCP value. First VLAN priority operator. First VLAN Ethertype. used in range operation. Syntax filter {add|edit} l2 <filter-name> { {dst-mac-addr <mac-addr> {disable | enable} } | {dst-mac-mask <mac-addr>} | {src-mac-addr <mac-addr> {disable | enable} } | {src-mac-mask <mac-addr>} | {ethertype <0-65535> {disable | enable} } | {vlan1-cfi <0-1> {disable | enable}} | {vlan2-cfi <0-1> {disable | enable}} | {vlan1-id <0-4095> {disable | enable}} | {vlan1-id-last <0-4095> {disable | enable}} | {vlan1-id-oper {lt | gt | eq | range}} | {vlan2-id <0-4095> {disable | enable}} | {vlan2-id-last <0-4095> {disable | enable}} | {vlan2-id-oper {lt | gt | eq | range}} | {vlan1-priority <0-7> {disable | enable}} | {vlan1-priority-last <0-7> {disable | enable}} | {vlan1-priority-oper {lt | gt | eq | range}} | {vlan2-priority <0-7> {disable | enable}} | {vlan2-priority-last <0-7> {disable | enable}} | {vlan2-priority-oper {lt | gt | eq | range}} {vlan1-ethertype {c-vlan | s-vlan | both | disable}} | Revision 1 80 . Filter Add/Edit L2 filter add l2 .Add a Layer 2 filter configuration filter edit l2 . Second VLAN priority operator. The Ethernet type identifies the following VLAN if we expect a C-VLAN an S-VLAN or if we accept both. eq (equal) or range (inclusive range). Valid operator type are: gt (greater than). First VLAN priority can vary between 0 and 7.Change a Layer 2 filter configuration Description With these commands. eq (equal) or range (inclusive range). used in range operation. lt (less than).4. Second VLAN priority can vary between 0 and 7.Filter Add/Edit L2 MetroNID TE v6.2 CLI Command Guide vlan1-priority vlan1-priority-last vlan1-priority-oper - vlan2-priority vlan2-priority-last vlan2-priority-oper - 3. Second VLAN Ethertype. The Ethernet type identifies the following VLAN if we expect a C-VLAN an S-VLAN or if we accept both.126 vlan1-ethertype - vlan2-ethertype - (greater than). First VLAN priority last value. Valid operator type are: gt (greater than). lt (less than). you can create a new filter or change the parameters of an existing filter instance. Second VLAN priority last value. eq (equal) or range (inclusive range). lt (less than). Second VLAN priority can vary between 0 and 7. Second VLAN priority operator. Ethernet MAC destination address. First VLAN priority last value. 25. used in range operation. eq (equal) or range (inclusive range). It is usually set to 0.3 length field. used in range operation. The Ethernet type identifies the following VLAN if we expect a C-VLAN an S-VLAN or if we accept both. 01:00:00:00:00:00). The Encapsulated Ethernet type identifies the 16-bit sub-protocol label field or the original IEEE 802.Filter Add/Edit L2 MetroNID TE v6. eq (equal) or range (inclusive range). used in range operation. Second VLAN ID operator. First VLAN ID may be any value between 0 and 4095. Valid mask is a prefix of 16. or multicast bits (ex. 24. lt (less than). 48. lt (less than). First VLAN ID operator. Second VLAN priority last value. Valid operator type are: gt (greater than). First VLAN ID last value. FF:FF:FF:FF:FF:FF. First VLAN priority can vary between 0 and 7. used in range operation. Wildcard mask to be applied to the MAC source address. Valid operator type are: gt (greater than). FF:FF:00:00:00:00. Second VLAN ID last value. The Ethernet type identifies the 81 . Valid operator type are: gt (greater than). 45. Wildcard mask to be applied to the MAC destination address. lt (less than). It is usually set to 0. FF:FF:00:00:00:00. 48. eq (equal) or range (inclusive range). lt (less than).4. FF:FF:FF:FF:FF:FF.2 CLI Command Guide {vlan2-ethertype {c-vlan | s-vlan | both | disable}} | {ip-cos-mode {dscp-mode | precedence-mode}} | {dscp <0-63> {disable | enable}} | {dscp-last <0-63> {disable | enable}} | {dscp-oper {lt | gt | eq | range}} | {precedence <0-7> {disable | enable}} | {precedence-last <0-7> {disable | enable}} | {precedence-oper {lt | gt | eq | range}} }+ Parameters <filter-name> disable | enable dst-mac-addr dst-mac-mask - src-mac-addr src-mac-mask - ethertype - vlan1-cfi vlan2-cfi vlan1-id vlan1-id-last vlan1-id-oper - vlan2-id vlan2-id-last vlan2-id-oper - vlan1-priority vlan1-priority-last vlan1-priority-oper - vlan2-priority vlan2-priority-last vlan2-priority-oper - Revision 1 vlan1-ethertype - vlan2-ethertype - <string> To enable or disable the field in the check. First VLAN priority operator. Valid operator type are: gt (greater than). or multicast bits (ex. 01:00:00:00:00:00). 45. 25. First VLAN Ethertype. Second VLAN Ethertype. Second VLAN CFI may be 0 or 1. First VLAN CFI may be 0 or 1. Valid mask is a prefix of 16. eq (equal) or range (inclusive range). Ethernet MAC source address. Second VLAN ID may be any value between 0 and 4095. 24. Valid operator type are: gt (greater than). Syntax filter show {l2 | ipv4} [<filter-name>] Parameters <filter-name> . eq (equal) or range (inclusive range). lt (less than). Precedence field operator.127 ip-qos-mode - dscp dscp-last dscp-oper - precedence precedence-last precedence-oper - following VLAN if we expect a C-VLAN an S-VLAN or if we accept both.<string> 3. Otherwise.7).63).Filter Show MetroNID TE v6. The last DSCP value. Once it is activated. Syntax firmware activate Revision 1 82 .128 Firmware Activate firmware activate . The Diff-Serv CodePoint value (0 . Valid operator type are: gt (greater than). The last Precedence value. used in range operation. The Precedence value (0 . used in range operation.Show filter configuration Description This command displays a filter configuration. Specifying a filter name provides detailed configuration about this filter. the unit will reboot. Choose between DSCP (RFC2474) or precedence (RFC791) intrepretation for the IP TOS field. eq (equal) or range (inclusive range).Activate the downloaded firmware file Description Use this command to activate the firmware file that was previously downloaded to the flash. Diff-Serv CodePoint operator. the command displays summary configuration for all filters. Filter Show filter show . lt (less than).4.2 CLI Command Guide 3. afl firmware download ftps://username:
[email protected]_35876.130 Firmware Download firmware download .2_35876.<string> Revision 1 83 .4. Syntax firmware download {ftp | ftps | http | https | sftp | tftp}://[<user-name>:<password>@]<url> Examples firmware download http://domain.4.2_35876.<string> <password> .4.Firmware Clear Download MetroNID TE v6.2_35876.129 Firmware Clear Download firmware clear-download .4.Download a firmware file to the unit Description Use this command to download a different firmware file to the unit for activation at a later date.Clear the downloaded firmware file Description Use this command to delete the previously-downloaded firmware file from the flash memory.com:990/AEN_6. The unit's rollback firmware version (if any) is overwritten.afl firmware download sftp://username:
[email protected]:22/AEN_6.2 CLI Command Guide 3. Syntax firmware clear-download 3.afl Parameters <user-name> .com/AEN_6.afl firmware download ftp://username:
[email protected]/AEN_6.4. The firmware on a unit that has been factory reset cannot be rolled back (the rollback version is unavailable). .4.2_35876.2_35876. NOTES: . Syntax firmware upgrade {ftp | ftps | http | https | sftp | tftp}://[<user-name>:<password>@]<url> Examples firmware firmware firmware firmware upgrade upgrade upgrade upgrade http://domain.2_35876.<string> Revision 1 84 .afl ftps://username:
[email protected]:990/AEN_6.Perform a firmware upgrade Description Use this command to upgrade the unit to a different firmware version.4.2_35876.Firmware Rollback MetroNID TE v6.afl ftp://username:password@domain. the rollback version is no longer available.4.com/AEN_6.afl sftp://username:
[email protected] a firmware file has been downloaded as part of a two-step firmware upgrade.4.132 Firmware Upgrade firmware upgrade .4.2 CLI Command Guide 3.com:22/AEN_6.com/AEN_6. . Syntax firmware rollback 3.afl Parameters <user-name> .Firmware prior to version 4.Roll back the unit's firmware to an alternate version Description Use this command to revert the unit's firmware and configuration values back to the previous version.<string> <password> .131 Firmware Rollback firmware rollback .0 cannot be rolled back. Show GPS configuration Description Display the state of the GPS. Syntax gps show status Revision 1 85 .Enable or disable GPS synchronization. whether it is enabled or not.135 .4.133 Firmware Version firmware version .Edit GPS settings Description Configure the GPS receiver settings. GPS Show Configuration gps show configuration .Display the unit's firmware inventory Description Use this command to display the unit's current firmware version.Show the status of the GPS Description Show the status of the GPS. Syntax firmware version 3. Syntax gps show configuration 3.134 GPS Edit gps edit . as well as the rollback version or downloaded version (if any).Firmware Version MetroNID TE v6.2 CLI Command Guide 3.136 GPS Show Status gps show status . Syntax gps {edit} { { state { enable | disable } } | } Parameters state 3. Help will help you with commands you are not familiar with.Password used for SCP and SFTP transfers.Specifies if the report should include the periods included in a previous aborted file transfer.URL to reach the server and directory e. local-periods .4.com sftp://username@mypc. new: only the periods since the last report.Specifies if the report should include the statistics for disabled objects. include-disabled .Change the report file generation parameters Description history edit file allows to change parameters used to generate and upload the report files to a remote server. include-previous .com scp://username@mypc. This is only used if period-mode is "new".Selects the mode in which the periods are retrieved to generate a report file. fixed: fixed number of periods.com tftp://mypc. Revision 1 86 . url .com:/target_directory scp-password . all: all available periods.Help MetroNID TE v6.com ftp://username:password@mypc. Syntax help <command> Parameters <command> .138 History Edit File history edit file .Specifies the number of local periods to process in fixed mode. http://mypc.137 Help help .<string> 3. Syntax history edit file { {period-mode {new | fixed | all}} | {local-periods <1-672>} | {include-disabled {enabled | disabled }} | {include-previous {enabled | disabled }} | {url <url>} }+ Parameters period-mode .g.2 CLI Command Guide 3. Enable or disable policy history.139 History Edit Local history edit local .History Edit Local MetroNID TE v6. Enable or disable SOAM DMM history. Reference period for the regulator history buckets.4.Change the local history parameters Description With history local edit. Enable filesystem storage of the regulator history buckets. Reference period for the PAA history buckets. Enable filesystem storage of the PAA history buckets. you can change the parameters of the history buckets mechanism. Reference period for the policy history buckets. 87 . Enable or disable regulator history. Syntax history edit local { {paa-state {disable | enable}} | {paa-filing {disable | enable}} | {paa-period <1-60>} | {policy-state {disable | enable}} | {policy-filing {disable | enable}} | {policy-period <1-60>} | {regulator-state {disable | enable}} | {regulator-filing {disable | enable}} | {regulator-period <1-60>} {soamdmm-state {disable | enable}} | {soamdmm-filing {disable | enable}} | {soamdmm-period <1-60>} {soampl-state {disable | enable}} | {soampl-filing {disable | enable}} | {soampl-period <1-60>} | {soamsa-state {disable | enable}} | {soamsa-filing {disable | enable}} | {soamsa-period <1-60>} | {soamsametric-state {disable | enable}} | {soamsametric-filing {disable | enable}} | {soamsametric-period <1-60>} | {soamslm-state {disable | enable}} | {soamslm-filing {disable | enable}} | {soamslm-period <1-60>} | {port-state {disable | enable}} | {port-filing {disable | enable}} | {port-period <1-60>}}+ Parameters Revision 1 paa-state paa-filing paa-period policy-state policy-filing - policy-period regulator-state regulator-filing - regulator-period soamdmm-state - Enable or disable PAA history.2 CLI Command Guide 3. Enable filesystem storage of the policy history buckets. Enable filesystem storage of the SOAM Service Availability history buckets.Reference period for the SOAM PL history buckets. soampl-period . soamsametric-state .Enable filesystem storage of the SOAM SLM history buckets. soamsametric-period .4.History Edit Local MetroNID TE v6.Reference period for the SOAM SLM history buckets.Enable or disable SOAM PL history. soamsa-period . soamslm-period .Enable the filesystem storage of the SOAM PL history buckets.Reference period for the SOAM Service Availability service history buckets. soampl-filing .Reference period for the SOAM DMM history buckets. soamsametric-filing . port-filing .Enable or disable SOAM Service Availability metrics history. Revision 1 88 .Enable or disable port history.Enable filesystem storage of the port history buckets. soamsa-filing .2 CLI Command Guide soamdmm-filing . soamslm-state . port-period .Enable or disable SOAM Service Availability history.Reference period for the SOAM Service Availability metric history buckets. port-state .Enable filesystem storage of the SOAM Service Availability metrics history buckets. soamsa-state . soamdmm-period .Reference period for the port history buckets.Enable filesystem storage of the SOAM DMM history buckets. soamslm-filing .Enable or disable SOAM SLM history. soampl-state . History Edit Scheduling MetroNID TE v6.. Revision 1 89 . the minutes that trigger statistics reporting are set using local-minutes. local-random-offset .}. local-offset .1)>} | {local-random-offset <0-900>} | {local-period <5|10|15|20|30|60>}| {local-mode <hourly|periodic>}}+ Parameters local-state . local-minutes .When in periodic mode.2 CLI Command Guide 3. this parameter is ignored and the value of local-period is 15 minutes. whereas in hourly mode. Similar to local-minutes. Syntax history edit scheduling { {local-state {disable | enable}} | {local-hours {<hour-value>}+} | {local-minutes {<minutes-value>}+} | {local-offset <0-(local-period . When in hourly mode. local-hours .Enables or disables the scheduling mechanism on the local device. you can modify how reporting history bucket data is scheduled. the minutes that trigger statistics reporting are set using local-period. local-mode .140 History Edit Scheduling history edit scheduling . sets the minute(s) at which the local statistics are reported with 15-minute. local-period . Adding an offset spreads out the load on the file servers by distributing the upload moments over time.Sets the hour(s) at which the local statistics are reported {00H00|01H00|02H00 . the period at which the local statistics are retrieved.4.Randomly generates an extra offset between 0 and the specified value that is added to the local offset.When in hourly mode.Modify scheduling parameters Description With the history edit scheduling command. Expressed in seconds. but statistics are reported every local-period minutes for the selected local-hours.Sets either periodic or hourly mode. In periodic mode. granularity {00H00|00H15|00H30|00h45}.Sets the offset to add to the local-minutes.. 2 CLI Command Guide 3. Syntax history show local 3.Show the report file generation parameters Description history show file displays the report file generation configuration parameters. Syntax history show file 3.143 History Show Scheduling history show scheduling .History Show File MetroNID TE v6.142 History Show Local history show local .141 History Show File history show file .4. Syntax history show scheduling Revision 1 90 .Show the scheduling parameters Description history show scheduling displays the scheduling configuration parameters.Show the local history parameters Description history show local displays the local history configuration parameters. An aliased interface is always set up as a static IP address (no DHCP) and is on a distinct interface.g. <string>]* 91 . Interfaces can be set to to acquire their IP configuration from a DHCP server or can be manually configured with a static IP.4.Add a new interface interface edit . 192.2 CLI Command Guide 3.144 Interface Add/Edit interface add . When specifying an alias.100/24) or by entering the network mask using the netmask keyword. netmask and gateway parameters can be configured.168. only the address. Syntax interface {add|edit} <interface-name>|<alias-name> { {name <interface-name>|<alias-name>} | {dhcp {enable|disable}} | {dhcp-rt-info {enable|disable}} | {dhcp-static {enable|disable}} | {address {<ip-addr>|<ip-addr-prefix>}} | {netmask {<ip-addr>}} | {gateway {<ip-addr>}} | {vlan1-id <vlan-id>} | {vlan2-id <vlan-id>} | {vlan1-ethertype {c-vlan | s-vlan}} | {vlan2-ethertype {c-vlan | s-vlan}} | {vlan1-priority <0-7>} | {vlan2-priority <0-7>} | {type {standard|vlan|bridge|vlan-in-vlan|bridge-vlan}} | {name <interface-name> } | {port <port-name> } | {sub-intf <sub-intf-name-list> } | {ip-override {enable|disable} } | {force {enable|disable} } | {state {enable|disable} } | {stp {enable|disable} } | {bridge-intf <interface-name>} + Parameters <interface-name> <alias-name> <ip-addr-prefix> <vlan-id> <port-name-list> Revision 1 - <string> <string>:0 <ip-addr>/{1-32} <decimal> <string> [.Edit an existing interface attributes Description Configure an IP interface for management purpose. Currently only an alias ID of 0 (zero) can be defined.Interface Add/Edit MetroNID TE v6.1. Notes: IPv4 aliases: Interfaces can be configured for dual-homing by specifying an alias name instead of an interface name. The subnet can be defined using the Address Prefix Length along with the IP (e. Interface type VLAN ID for VLAN interface type (1 .2 CLI Command Guide Revision 1 name dhcp dhcp-rt-info dhcp-static - address netmask gateway - type vlan1-id vlan2-id vlan1-ethertype vlan2-ethertype - vlan1-priority vlan2-priority port sub-intf ip-override - force - state stp bridge-intf - Interface or alias name Enable or disable DHCP Use routing information learned via DHCP Note: This option can only be used when DHCP is enabled. Enable or disable the interface. Enable or disable Spanning-Tree Protocol The bridge interface to be associated with the Bridge VLAN.0. Invalid on Auto interface.4094) Ethertype used in the VLAN tag (C-VLAN or S-VLAN) Ethertype used in the VLAN-in-VLAN (.1q in .1q) tag Interface port Sub-interface list for bridge interface Used on a bridge interface. to clear IP address of all sub-interfaces to 0.0. 92 .4. Used to force a change to the interface that the user is currently logged into.1q) tag (C-VLAN or S-VLAN) Set VLAN priority Set VLAN priority in the VLAN-in-VLAN (. Static interface IP address Interface network mask for static IP address A default gateway address provides a shortcut to creating a default gateway through the route configuration. This is only available on interfaces of type bridge-vlan.0. Use static IP until an address is resolved by DHCP.Interface Add/Edit MetroNID TE v6.4094) VLAN ID used when VLAN-in-VLAN type is chosen (1 . Only one default gateway can be set per unit.1q in . 2 CLI Command Guide 3.145 Interface Advertisement Edit interface advertisement edit . An advertisement instance may be configured to send interface information to another system for inventory purposes. Syntax interface advertisement show [<interface-name>|<alias-name>] Parameters <interface-name> . 3600> format .<string> <alias-name> .Transmission rate of advertisement frames.Enable or disable layer-2 advertisement frame transmission ip-state . so any change to the interface name or port will affect the advertisement instance.146 Interface Advertisement Show interface advertisement show .When enabled.The destination IP address to be used in layer-3 advertisement frames. 600.<string>:0 Revision 1 93 .Enable or disable layer-3 advertisement frame transmission rate .Only ACP is supported for now.Interface Advertisement Edit MetroNID TE v6. Syntax interface {edit} <advertisement-name> { {state {enable|disable}} | {ip-state {enable|disable}} | {ip-address <IPv4 address>} | {rate <transmission rate>} | {format {ACP} | {use-beacon-rate {enable|disable} }}+ Parameters <advertisement-name> .<string> state .Show advertisement configuration Description Specifying an interface or alias name provides detailed configuration about this advertisement. makes the advertisement transmission rate the same as the beacon reception rate. 3. ip-address . 60. use-beacon-rate .Edit an existing advertisement instance attributes Description Configure an advertisement instance on the interface for management purpose. in seconds <3. The advertisement instance is coupled with the interface of the same name. otherwise the command provides summary configuration for all advertisements in a table format.4. serial-number>} | {dhcp-hostname <hostname>} | {dhcp-client-id <client-id>} | {ip-config-mode {local|auto|dhcp|auto-static}} | {id-mismatch {enable|disable} }}+ Parameters Revision 1 <interface-name> <domain> state rate - subnet netmask gateway ip-config-mode - id-mismatch - dhcp-hostname-option - dhcp-client-id-option - dhcp-hostname - dhcp-client-id - ip-exclusion - <string> <string> Enable or disable beacon frame transmission Transmission rate of beacon frames.custom.2 CLI Command Guide 3. The beacon is coupled with the interface of the same name.current>} | {dhcp-client-id-option <none. 3600> IP subnet used in auto IP config mode IP netmask used in auto IP config mode IP gateway used in auto IP config mode Tell which IP configuration mode to use on the remote device. A beacon may be configured to discover remote devices by sending a special frame on the network. 60. in seconds <3. tells the remote system to authorize beacon even if domain IDs do not match. Syntax interface beacon {edit} <interface-name> { {state {enable|disable}} | {rate <transmission rate>} | {domain-id <domain>} | {subnet {<ip-addr>}} | {netmask {<ip-addr>}} | {gateway {<ip-addr>}} | {dhcp-hostname-option <none.Interface Beacon Edit MetroNID TE v6. through the interface it is tied to. The hostname to use when the hostname <custom> option is chosen. Tell the remote NID what option to use as a client ID in its DNS configuration. so any change to the interface name or port will affect the beacon instance.4. In Auto and Auto IP Static configuration modes. IP address ranges can be expressed with dash (-) separated IP addresses.Edit an existing beacon attributes Description Configure a beacon instance on the interface for management purpose.custom.serial-number. 94 . Tell the remote NID what option to use as a hostname in its DNS configuration.147 Interface Beacon Edit interface beacon edit . Up to 100 IP addresses can be specified. The client ID to use when the client ID <custom> option is chosen. When enabled. a comma-separated list of IP addresses to exclude on the remote NIDs can be specified. 600. <string>:0 Revision 1 95 .<string>:0 3.148 Interface Beacon Show interface beacon show .149 Interface Delete interface delete . When deleting the interface. it will also be deleted. Syntax interface beacon show [<interface-name>|<alias-name>] Parameters <interface-name> .2 CLI Command Guide 3. if an alias had been previously configured. Syntax interface delete <interface-name>|<alias-name> Parameters <interface-name> . otherwise the command provides summary configuration for all beacons in a table format.<string> <alias-name> .<string> <alias-name> .Show beacon configuration Description Specifying an interface or alias name provides detailed configuration about this beacon.Delete an existing interface Description Delete an existing interface or alias.4.Interface Beacon Show MetroNID TE v6. auto media-selection is also disabled.Forward all beacons and information frames on these selected ports when domain IDs match.When enabled. if the auto interface is part of a bridge forward-match-ports . discovery-ports . The list can be cleared by using the value "null" for this parameter.<0-7>]} | {forward-match-ports {port_list|null}} | {forward-mismatch-ports {port_list|null}}}+ Parameters state media-selection . if enabled. id-matching .This is overridden by the forward-on-bridge attribute.150 Interface Discovery Edit interface discovery edit .Specifies level [All.Forward all beacons and information frames on these selected ports when domain IDs do not match.Enable or disable auto media selection for beacon discovery. The discovery instance may be configured to listen for beacons on selected ports and automatically configure an interface upon reception of a valid beacon. forward-mismatch-ports .2 CLI Command Guide 3. Syntax interface {edit} { {state {enable|disable}} | {media-selection {enable|disable}} | {id-matching {enable|disable}} | {domain-id <domain_id>} | {forward-on-bridge {enable|disable}} | {discovery-ports <port_list>} | {level [All.Ports on which to listen for beacon frames.Edit the discovery instance attributes Description Configure the attributes related to beacon discovery on the auto interface. [0-7]] given to ACP frames. forward all beacons and information frames on the bridge. This is overridden by the forward-on-bridge attribute.When enabled. Revision 1 96 . Multiple ports in the list must be separated by commas. level . if enabled. Note that when the Discovery state is disabled.The local domain ID. At least one port must be selected. Multiple ports in the list must be separated by commas. Multiple ports in the list must be separated by commas. used to match the beacon domain ID.Interface Discovery Edit MetroNID TE v6. The list can be cleared by using the value "null" for this parameter.4. forward-on-bridge . domain-id .Enable or disable discovery on the auto interface . validate beacon by matching the domain ID from the beacon with the locally-configured ID. The local domain ID.State of discovery on the auto interface.152 Interface Refresh interface refresh .The level [All. Syntax interface discovery {show} Parameters Domain . Discovery ports . 3. Forward on mismatch .Send gratuitous ARP on all interfaces Description Convert IP address into physical address for all interfaces. ID matching .Forwarding state of all beacons and information frames on the bridge. if the auto interface is part of a bridge.151 Interface Discovery Show interface discovery show . Last effective beaconer MAC . [0-7]] given to ACP frames. used to match the beacon domain ID.State of auto media selection for beacon discovery.Ports on which we listen for beacon frames.State of beacon validation by matching the domain ID with the locally configured one.Forwarding state of all beacons and information frames on these selected ports when domain IDs match. Syntax interface refresh Revision 1 97 .The source MAC address of the last effective beacon received that changed the configuration of the Auto interface. State .4. Forward on bridge .Forwarding state of all beacons and information frames on these selected ports when domain IDs do not match. Auto media-selection .2 CLI Command Guide 3. Level .Interface Discovery Show MetroNID TE v6. Forward on match .Show the discovery instance attributes Description Show the attributes related to beacon discovery on the auto interface. Use this option to filter the advertisement frames based on the beacon configuration state of the interfaces.Enable of disable advertisement frame filtering.<string>:0 3. .154 Inventory Edit inventory edit .2 CLI Command Guide 3. The advertisement frames will be taken into account only if they are received on a port that has an interface configured with the beacon state set to "enable". 98 . Specifying an interface or alias name will display the detailed configuration for this interface.153 Interface Show interface show .Change inventory related settings Description Change inventory related settings Syntax inventory edit {{state <enable | disable>} {adv-filter <enable | disable> } }+ Parameters state adv-filter Revision 1 .4.<string> <alias-name> .Interface Show MetroNID TE v6.Enable or disable inventory gathering. Syntax interface show [<interface-name>|<alias-name>] Parameters <interface-name> .Show IP interface configuration Description This command displays a summary of the configuration for all interfaces in a table format. Inventory Show MetroNID TE v6. Description The CLI session is kept alive using this simple command. Syntax keepalive Revision 1 99 .4. Syntax inventory show <serial-number> Parameters <serial-number> . If a serial number is specified. detailed inventory information will be displayed for the corresponding remote device.156 Keepalive keepalive .<string> 3.155 Inventory Show inventory show .Allow to keep a CLI session alive.2 CLI Command Guide 3.Show the list of devices from which an advertisement has been received Description Shows an inventory of remote devices from which an advertisement has been received. Modify an existing L2PT rule Description Create or modify a Layer-2 Protocol Tunneling rule. Syntax l2pt{add|edit} <rule-name> { {state {disable | enable}} | {catchall {disable | enable}} | {mode {drop | forward | tunnel | peer} } | {protocol {stp | lacp | lamp | oam | auth | e-lmi | lldp | cdp | bpdu | gmrp | gvrp | uld | pagp | pvst | vtp | dtp | stp-uf | pb-ga | pb-gvrp | cisco-cfm | pause}} | {inport <port-name> } | {outport <port-name> } | {unique-id [<1-64>]} | {replacement-mac {cisco | accedian}} | {evc-mapping {none | push | pop}} | {vlan1-type {c-vlan | s-vlan}} | {vlan2-type {c-vlan | s-vlan}} | {vid-list <list>} {vlan-filtering {disable | enable}} | {rule-vid-from <vid>} | {rule-vid-to <vid>} | {rule-vid-pcp <pcp>} | {rule-vid-cfi <cfi>} | {rule-type {c-vlan | s-vlan}} {cos-mapping <cos-mode>} | {cos-map-pcp <pcp>} | {cos-map-cfi <cfi>} |}+ Parameters <rule-name> state catchall mode Revision 1 - L2PT rule name. Optionally. forward: Frames are sent unaltered from the incoming port to the outgoing port. Configure the rule operation mode and parameters.4. Selects the operation mode of the L2PT rule: drop: Frames matching the specific rule are dropped.Create a L2PT rule l2pt edit . Enable or disable the catchall mode of a rule. 100 . Enable or disable the L2PT rule. EVC mapping can be enabled on forwarding rules. Tunneling rules are bidirectional.157 L2PT Add/Edit l2pt add .L2PT Add/Edit MetroNID TE v6.2 CLI Command Guide 3. tunnel: Frames matching the specific rule get their destination MAC address replaced by the MAC specified in the rule parameters when ingressing the specified inport. Frames matching the specific rule get their original destination MAC address put back when ingressing the specified outport. 4. pop: If the VLAN type and ID both match. Selects the CoS mapping mode of the rule: map: The specified CoS PCP/CFI fields are mapped in 101 . push: A tag of vlan1-type is added. The second tag (Q-in-Q) entry is optional. Lower bound of the VLAN ID range used by the vlan-filtering. Only the frames with a matching ethertype will be accepted.2 CLI Command Guide peer: Revision 1 protocol - inport - outport - unique-id - replacement-mac - evc-mapping - vlan1-type - vlan2-type - vid-list - vlan-filtering - rule-vid-from - rule-vid-to - rule-vid-pcp - rule-vid-pcp - rule-type - cos-mapping - The frames are sent to software layers for further processing. the format is a single numerical vlan-id. The following replacement MAC can be used: cisco: 01:00:0C:CD:CD:D0 is used. Higher bound of the VLAN ID range used by the vlan-filtering. <0-1> for a specific format or "all" to accept any CFI. the tag is removed. Canonical Format Indicator for the filtered VLAN ID. Ethertype used by the vlan-filtering. For forwarding rules. The rule's egress port. specifies the ethertype of the first VLAN tag. yy: the protocol id. <0-7> for a specific priority or "all" to accept any PCP. For tunneling rules. the format is a list of comma-separated groups formatted as vlan1:vlan2. Enables per-VLAN filtering for this L2PT rule. accedian: 01:15:AD:CC:xx:yy is used where: xx: the unique-id. The rule's ingress port. Allows forwarding rules to perform EVC mapping: none: Frames are forwarded unaltered. For tunneling rules. For tunneling rules. This is used to build a unique replacement MAC address. For forwarding ethertype rules with EVC mapping enabled. specifies the ethertype of the second VLAN tag. The Layer-2 Control Protocol to be processed by this specific rule. The unique identifier used by the tunneling rules. First VLAN ethertype. Double-tagging is not supported in this mode. Only the frames with a VLAN ID matching the one specified in the rule-vid and with an ethertype matching the one specified in the rule-type field will be accepted. replace: The tag in the incoming frame is replaced. Second VLAN ethertype. Specifies which VLAN tags to insert in the tunneled or forwarded frames. specifies the of the VLAN pushed to or popped from the frame. Only the frames with VLAN IDs included in the specified range will be accepted. The multicast MAC address to use as a replacement when protocol tunneling is performed. this specifies the port where the frames to be de-tunneled ingress.L2PT Add/Edit MetroNID TE v6. For tunnels. this specifies the port where the frames to be tunneled ingress. Only the frames with VLAN IDs included in the specified range will be accepted. For tunneling rules. Priority Code Point for the filtered VLAN ID. Syntax l2pt clear [<rule-name>] Parameters <rule-name> . Accepted values are in the <0-7> range.Clear a L2PT rule statistics Description Allows to clear a L2PT rule statistics.L2PT rule name. . 3. Accepted values are in the <0-1> range.4.L2PT rule name.158 L2PT Clear l2pt clear .2 CLI Command Guide the outgoing frame. The CoS PCP/CFI fields from the incoming frame are copied to the outgoing frame. Syntax l2pt delete {<rule-name>} Parameters <rule-name> .L2PT Clear MetroNID TE v6. .Canonical Format Indicator inserted in the outgoing frame in mapped mode.Delete a L2PT rule Description Allows to delete a L2PT rule.Priority Code Point inserted in the outgoing frame in mapped mode. preserve: cos-map-pcp cos-map-cfi 3.159 L2PT Delete l2pt delete . Revision 1 102 . affecting the feature's general settings.Enable or disable L2PT on all traffic ports or on a specific port if used with the port parameter.Port to which this options apply. otherwise the command provides summary configuration for all L2PT rules in a table format. Syntax l2pt show statistics Revision 1 103 . .2 CLI Command Guide 3.L2PT rule name.160 L2PT Edit Global l2pt edit-global .Modify L2PT global settings Description Allows to control L2PT global parameters.162 L2PT Show Statistics l2pt show statistics . .Show the L2PT configuration Description Specifying a L2PT rule provides detailed configuration about this L2PT rule. Syntax l2pt show configuration [<rule-name>] Parameters <rule-name> . L2PT Show Configuration l2pt show configuration .Show the L2PT statistics Description The command provides summary statistics for all L2PT rules in a table format. Syntax l2pt edit-global { {state {disable | enable}} | {management-state {disable | enable}} | {port <port-name> state {disable | enable}} } Parameters state management-state <port-name> 3.L2PT Edit Global MetroNID TE v6.Enable or disable L2PT on all management ports.161 .4. 3. LACP Clear Statistics MetroNID TE v6. short.<string> 3. long). Period between two LACP messages in milliseconds.164 LACP Edit lacp edit .2 CLI Command Guide 3. Time to wait before sending LACPDU (custom. 104 .Clear LACP statistics Description Clear the LACP aggregation group statistics.Edit an LACP aggregation group configuration Description Edit a LACP aggregation group configuration. If <agg-identifier> is not specified. Priority assigned to this system. Internal aggregator group name. Syntax lacp edit <agg-identifier> {name <string>} | {period <decimal>} | {system-priority <decimal>} | {timer-mode <custom|short|long>}}+ Parameters <agg-identifier> name period system-priority timer-mode Revision 1 - Aggregator group instance name.4. all aggregation group statistics will be cleared. Syntax lacp clear statistics [<agg-identifier>] Parameters <agg-identifier> .163 LACP Clear Statistics lacp clear statistics . the lower the priority.165 LACP Show Configuration lacp show configuration . 3. The priority can change dynamically depending on the revertive mode configuration.The time to wait before sending LACPDU.3ad Long Timeout).Rx bad LACPDU : Number of unrecognized or invalid LACPDU received If an aggregator identifier is specified. Port priority .Show an LACP aggregation group configuration Description Display an LACP aggregation group configuration. The choices are Long (802. Syntax lacp show statistics [<agg-identifier>] Parameters <agg-identifier> .166 LACP Show Statistics lacp show statistics .aggregator-name : The name of the LAG .The name of the port.LACP Show Configuration MetroNID TE v6. The higher the number. Port number .The port in the LAG that should be active for the LACP system.The state of the aggregator. The end of the LACP link that has the highest priority determines which link is active.The number of the port. which contains: .<string> Revision 1 105 .<string> State . Timeout .4.Tx LACPDU : Number of LACPDU transmitted . Port name . the command will display detailed statistics for the ports that belong to the LAG. Syntax lacp show configuration [<agg-identifier>] Parameters <agg-identifier> . The possible states are Enabled and Disabled.The priority of the LACP system. System priority . Range: 1 to 65535.Show an LACP aggregation group statistics Description This command displays the statistics of link aggregation group (LAG).Rx LACPDU : Number of LACPDU received . Short (802.2 CLI Command Guide 3.3ad Short Timeout) and Custom (Accedian Custom timeout allowing for sub-50ms protection switching). e.e. a potential candidate for aggregation. -Port MAC address : The port MAC address. Its Revision 1 106 . Range: 1 to 65535. where individual bits within a single octet represent different state elements. Passive LACP is encoded as 0.2 CLI Command Guide 3. i. distribution is currently disabled and is not expected to be enabled in the absence of administrative changes or changes in received protocol information. 4) Synchronization is encoded in bit 3. Its value is otherwise FALSE (encoded as 0). This flag indicates the Activity control value with regard to this link. -Port ID : The LACP port identifier. If TRUE (encoded as 1). and the identity of the Link Aggregation Group is consistent with the System ID and operational Key information transmitted. the link is considered to be Individual. 3) Aggregation is encoded in bit 2. the system considers this link to be IN_SYNC.e. -System priority : The priority of the LACP system. This flag indicates the Timeout control value with regard to this link. Active LACP is encoded as 1. the lower the priority. If TRUE (encoded as 1). If FALSE (encoded as 0). The actor and partner can have one or more states numbered from 1 to 8. Long Timeout is encoded as 0. i.167 LACP Show Status lacp show status .LACP Show Status MetroNID TE v6. it is not in the right Aggregation. The end of the LACP link that has the highest priority determines which link is active. i. 2) LACP_Timeout is encoded in bit 1. the group has been associated with a compatible Aggregator. collection is currently enabled and is not expected to be disabled in the absence of administrative changes or changes in received protocol information. then this link is currently OUT_OF_SYNC. TRUE (encoded as 1) means collection of incoming frames on this link is definitely enabled. 6) Distributing is encoded in bit 5. 5) Collecting is encoded in bit 4. -Port state : The state of the port. it has been allocated to the correct Link Aggregation Group. i. Short Timeout is encoded as 1.4. -Key : The IEEE aggregation key of the port. The port state is expressed as an hexadecimal value. this flag indicates that the system considers this link to be Aggregateable.e.e. i.e.Show an LACP aggregation group status Description Display LACP aggregation group status which contains: -Aggregator Name -System : The name of the LAG group : The MAC address of the port set as working (actor) in the LACP system. If FALSE (encoded as 0). FALSE (encoded as 0) means distribution of outgoing frames on this link is definitely disabled. Note: State variables for the port are encoded as individual bits within a single octet as follows: 1) LACP_Activity is encoded in bit 0. i. The higher the number. this link can be operated only as an individual link. this flag indicates that the Actor Receive machine is in the EXPIRED state. knowing their values can be useful when diagnosing protocol problems. Syntax lacp show status [<agg-identifier>] Parameters <agg-identifier> . the operational Partner information in use has been received in an LACPDU. if FALSE (encoded as 0).LACP Show Status MetroNID TE v6. However. If TRUE (encoded as 1). administratively configured for the Partner. this flag indicates that the Actor Receive machine is not in the EXPIRED state. 7) Defaulted is encoded in bit 6.2 CLI Command Guide value is otherwise TRUE (encoded as 1).4. 8) Expired is encoded in bit 7. this flag indicates that the Actor Receive machine is using Defaulted operational Partner information. Special note: The received values of Defaulted and Expired state are not used by LACP.<string> Revision 1 107 . If FALSE (encoded as 0). If TRUE (encoded as 1). .Edit an OAM loopback configuration Description loopback edit allows you to edit OAM loopback configurations Syntax loopback edit <instance-name> {{timeout <decimal>} | { type {iometrix-l1 | exfo-l2 | exfo-l3 | anacise-l2 | anacise-l3 | custom}} | { state {enable | disable}} | { filter {l2 | ipv4} <filter-name>} | { swap_mac {enable | disable}} | { swap-ip {enable | disable}} | { swap-port {enable | disable}} | { drop-opposite-traffic {enable | disable}} | { remote-lpbk-acterna {enable | disable}} | { remote-lpbk-perejil {enable | disable}} | { remote-lpbk-sunrise {enable | disable}} | { remote-lpbk-veex {enable | disable}} | { remote-lpbk-oam {enable | disable}} | { discovery-lpbk {enable | disable}} | { tagged-cmds {enable | disable} }} | { persistent {enable | disable} }} | { perejil-loopback-port {0. Set a timeout period for the loopback to stay active Enable or disable the OAM loopback Specify an associated filter type and name Enable or disable MAC address swapping Enable or disable IP address swapping Enable or disable port swapping Enable or disable dropping of opposite traffic Enable or disable remote loopback for JDSU/Acterna Enable or disable remote loopback for Perejil Enable or disable remote loopback for Sunrise 108 . custom : Loop back all traffic that match a user defined filter. anacise-l2 : Loop back all frames that have a source MAC OUI of 00:18:75.4. . exfo-l2 : Loop back all frames that have a source MAC OUI of 00:03:01.2 CLI Command Guide 3. . . . .168 Loopback Edit loopback edit . timeout state filter swap-mac swap-ip swap-port drop-opposite-traffic remote-lpbk-acterna remote-lpbk-perejil remote-lpbk-sunrise Revision 1 - <string> <string> Set loopback type to: iometrix-l1 : Loop back all frames that have a destination MAC address of 00:30:79:FF:FF:FF.65535}}}+ Parameters <instance> <filter-name> type . exfo-l3 : Loop back all UDP echo service packets.Loopback Edit MetroNID TE v6. anacise-l3 : Loop back all UDP echo service packets. Syntax loopback show [<instance-name>] Parameters <instance-name> .169 Loopback Show loopback show . 3.2 CLI Command Guide remote-lpbk-veex remote-lpbk-oam discovery-lpbk .Enable or disable remote loopback for OAM 802.Show the MAC Learning debug tool results Description This command displays the results of the MAC Learning debug tool.Set the remote Perejil server UDP port.Enable (accept) or disable (discard) tagged loopback commands. This option can only be set for manual loopbacks with no timeouts.Enable (accept) or disable (discard) JDSU/Acterna discovery loopback commands tagged-cmds .3ah .Show an OAM loopback configuration Description loopback show allows you to see the configuration of the OAM loopback.Enable or disable remote loopback for VeEX .170 MAC Learning Show Results mac-learning show results . Syntax mac-learning show results Revision 1 109 .4. perejil-loopback-port .Enable or disable loopback at startup time.Loopback Show MetroNID TE v6. persistent . NOTE: swap-* actions apply only to custom loopbacks (user defined filter).<string> 3. MAC Learning Start MetroNID TE v6.171 MAC Learning Start mac-learning start .Stop the MAC Learning debug tool Description This command stops the MAC Learning debug tool.2 CLI Command Guide 3.Start the MAC Learning debug tool on a port Description This command starts the MAC Learning debug tool on a port.4. Syntax mac-learning stop Revision 1 110 .172 . Syntax mac-learning start port <port-identifier> Parameters <port-identifier> 3.<string> MAC Learning Stop mac-learning stop . the media-selection is used to select the connectors to be used for the Client and Network ports.Select the connectors that will carry traffic Note : This option is only available on certain types of units.173 Media-Selection Select media-selection select . all associations between connectors and ports will be reflected in the port configuration and status table.{media-selection-option} Revision 1 111 RJ45-A --------Client-2 Client-2 Network Client-2 RJ45-B -------Client-3 Client-3 Client-3 Network .4. Option -----------SFP-A SFP-B RJ45-A RJ45-B SFP-A --------Network Client-1 Client-2 Client-3 SFP-B --------Client-1 Network Client-1 Client-1 Management ---------Management Management Management Management Syntax media-selection select <connectivity> Parameters <connectivity> .2 CLI Command Guide 3. When changing the operation mode. Description Media-selection is used to select which media connectors will be used to carry traffic. 1)Standard operation mode In this operation mode. The media-selection options depends on the operation mode. the media-selection is used to select the connector to be used for the Network port. Note : The name of the ports in the tables below are as defined in a factory default configuration. Option -----------SFP-A_SFP-B SFP-A_RJ45-B RJ45-A_RJ45-B RJ45-A_SFP-B SFP-A --------Client Client Monitor-1 Monitor-1 SFP-B --------Network Monitor-2 Monitor-2 Network Management ---------Management Management Management Management RJ45-A --------Monitor-1 Monitor-1 Client Client RJ45-B --------Monitor-2 Network Network Monitor-2 2)3x1 operation mode In this operation mode.Media-Selection Select MetroNID TE v6. The tables below show the media-selection options and the connector-to-port mapping for the each operation mode. bwr-adjustment .4.Media-Selection Show MetroNID TE v6.Ethertype value (0x88a8 or 0x9100) igmp-version .2 CLI Command Guide 3.Set interface IGMP version (0-3). . webs-port .Enable or disable the bandwidth regulator rate adjustment to preserve a specific bandwidth rate when a VLAN tag is pushed onto an EVC.Set the S-VLAN ethertype value system wide.Set the web server port. Revision 1 112 .You can select the next operation mode to apply to this board after the next reboot.Edit the system settings Description Configure the system settings in the unit. <ethertype-value> . Syntax mode {edit} { { { { { { svlan-type <ethertype-value> } | bwr-adjustment <enable | disable> } | next-op-mode <standard | aggregator3x1 | aggregator2x1>} | webs-port <port-value> } | igmp-version <0-3> } } Parameters svlan-type next-op-mode .174 Media-Selection Show media-selection show . Using port 80 will configure the web server to use unsecured http connections whereas other port values will result in the webserver using secured https connections (the standard https port is 443). use kernel default.A UDP port. <port-value> .Show the selected media-selection configuration Description Show the current setting for the media-connection.175 Mode Edit mode edit . 0 means do not force any version. Syntax media-selection show 3. Note : This option is only available on certain types of units. Otherwise.Show traffic monitor configuration Description Displays the configuration of the traffic monitors. Specify the destination of the monitored traffic.4. PORT-2. detailed monitor configuration is displayed.2 CLI Command Guide 3. If a monitor name is specified. Monitor Show Configuration monitor show configuration . PORT-4). Syntax monitor edit <monitor-name> { {name <monitor-name>} | {state <enable | disable>} | {destination <port>}}+ Parameters <monitor-name> name state destination 3.Edit the traffic monitors Description Modifies the configuration of the traffic monitors. Syntax mode show 3. a configuration summary is displayed in a table format. Enable or disable monitoring.177 Monitor Edit monitor edit . Syntax monitor show configuration [<monitor-name>] Revision 1 113 .178 - <string> Modify the name of the monitor. PORT-3.Mode Show MetroNID TE v6. This can be any of the traffic ports (PORT-1.176 Mode Show mode show .Show the general system settings Description Displays the general system settings currently configured in the unit. MOTD Edit MetroNID TE v6. Revision 1 114 .181 MTR Edit mtr edit .Edit management traffic regulation parameters Description Edit management traffic regulation parameters. Syntax mtr edit { {state {enable | disable} } | {rate <64-10000>} | {latency <50-2000>} | {burst <1522-4000>} }+ Parameters state .Specifies the maximum burst size in bytes.<string> 3. latency .Specifies the average data rate in kilobits/second. Packets must wait inside the transmit queue.Show the MOTD Description Show the "Message of the Day" that is displayed when users log in the unit. burst .4.Enable or disable management traffic regulation. in milliseconds.Specifies the transmit queue size by indicating the maximum time.Edit the MOTD Description Edit the "Message of the Day" that is displayed when users log in the unit.180 MOTD Show motd show .2 CLI Command Guide 3. Syntax motd edit <new-message> Parameters <new-message> . Syntax motd show 3. rate .179 MOTD Edit motd edit . 4.182 MTR Enable/Disable mtr enable . Syntax mtr show 3. Syntax mtr {enable | disable} 3. Revision 1 115 .184 NTP Add ntp add . Syntax ntp add {<server-address>} Parameters <server-address> .Add a time server for the NTP service Description Add an NTP (Network Time Protocol) to synchronize the clock with the remote server. This is equivalent to mtr edit state {enable | disable}.Disable management traffic regulation Description Enable or disable management traffic regulation.MTR Enable/Disable MetroNID TE v6.Show management traffic regulation Description Show management traffic regulation configuration.2 CLI Command Guide 3.Enable management traffic regulation mtr disable .183 MTR Show mtr show .<ip-addr> | <dns-name> The name or the IP address of the NTP server to add. Stop using an NTP server Description Stop using the NTP service Syntax ntp disable 3. Syntax ntp delete {<server-address>} Parameters <server-address> .185 NTP Delete ntp delete .Stop the NTP server Description Stop the NTP server Syntax ntp disable-server Revision 1 116 .NTP Delete MetroNID TE v6.<ip-addr> | <dns-name> 3.Remove a remote time server Description Remove an NTP (Network Time Protocol) server from the list of servers.4.187 NTP Disable Server ntp disable-server .186 NTP Disable ntp disable .2 CLI Command Guide 3. In normal mode.Change time or NTP related settings Description Change time or NTP related settings Syntax ntp edit {{tai-offset <decimal>} {sync-mode <normal | highres>} {dscp <0-63>} {dst <enable | disable>} {vlan-priority <0-7>} {time-interval <10-300>} {nbr-messages <5-60>} {utc-hour <(-12)-(+14)>} {utc-min <0-59>} {dst-hour <0-23>} {dst-min <0-59>} {dst-start-month <month>} {dst-start-week <1-5>} {dst-start-day <day>} {dst-start-hour <0-23>} {dst-start-min <0-59>} {dst-end-month <month>} {dst-end-week <1-5>} {dst-end-day <day>} {dst-end-hour <0-23>} {dst-end-min <0-59>}}+ Parameters tai-offset . vlan-priority . time-interval .When using NTP. sync-mode . There will possibly be an hour gap or duplicate time stamps because the clock was set back.188 NTP Edit ntp edit . dscp . In high resolution mode.When using NTP.Synchronization mode.4.For regions of the world implementing Daylight Saving Time. (DST). dst . without further processing. hardware-assisted synchronization is performed to achieve better accuracy. Revision 1 117 .NTP Edit MetroNID TE v6. the time is retrieved from the NTP server and the local clock adjusted accordingly. Be aware that syslog and other services that timestamp events using the current date and time will be affected during transitions of DST periods.2 CLI Command Guide 3. this can be enabled. the priority can be set in the DiffServ Code Point.Offset in seconds to convert UTC time to TAI (Temps Atomique International).The time interval between requests to the NTP server (in seconds). the priority of the packets can be set in the VLAN priority bits if the link is through a VLAN. dst-min . Syntax ntp enable { {<server-address>} | {<server-address>} } Parameters <server-address> .Period where daylight saving time ends. use week=5. North America would have negative values while Eastern Europe would have positive values.Hour offset from Coordinated Universal Time. dst-hour . 3. The events are described as: "the change will take place on the nth (week) of (month) on a (day) at (hour) (min)".Daylight Saving Time hour offset. but only one will be active at a time. You can enable up to two servers. utc-hour . This command also starts the NTP service.Minute offset from Coordinated Universal Time.189 NTP Enable ntp enable .Daylight Saving Time minute offset.NTP Enable MetroNID TE v6. utc-min . The events are described as: "the change will take place on the nth (week) of (month) on a (day) at (hour) (min)".Choose one or two NTP servers to use Description Choose the NTP (Network Time Protocol) server you want to use for the clock synchronization.2 CLI Command Guide nbr-messages .<ip-addr> | <dns-name> Revision 1 118 .4. dst-start-month dst-start-week dst-start-day dst-start-hour dst-start-min . use week=5. To configure the last day of the month.The number of messages sent to the NTP server during a request. To configure the last day of the month. dst-end-month dst-end-week dst-end-day dst-end-hour dst-end-min .Period where Daylight Saving Time starts. 190 NTP Enable Server ntp enable-server . Syntax ntp show Revision 1 119 .191 NTP Show ntp show .4.Start the NTP server service Description Start the NTP server service.NTP Enable Server MetroNID TE v6.2 CLI Command Guide 3. Syntax ntp enable-server 3.Show the current NTP configuration and status Description Show the current configuration and status for the NTP (Network Time Protocol) service. OAM Add/Edit MetroNID TE v6. active or passive Max OAM PDU size Number of Event re-transmits Errored Frame Event threshold Errored Frame Event window Errored Frame Period Event threshold Errored Frame Period Event window Errored Frame Seconds Summary Event threshold Errored Frame Seconds Summary Event window 120 .Edit an existing OAM instance Description Add a new OAM instance or edit attributes of an existing OAM instance.192 OAM Add/Edit oam add .4.Add a new OAM instance oam edit . Syntax oam {add|edit} <instance-name> (not optional for add) {{port <port-name>} | {name <oam-name>} | {state {enable|disable}} | {mode {active|passive}} | {max-pdu-size <decimal>} | {event-re-transmit <decimal>} | {efe-threshold <decimal>} | {efe-window <decimal>} | {efpe-threshold <decimal>} | {efpe-window <decimal>} | {efsse-threshold <decimal>} | {efsse-window <10-9000>} }+ Parameters <instance-name> <oam-name> name port state mode max-pdu-size event-re-transmit efe-threshold efe-window efpe-threshold efpe-window efsse-threshold efsse-window Revision 1 - <string> <string> New name assigned to the OAM instance Port to bind this OAM instance Administrative state OAM instance mode.2 CLI Command Guide 3. 4. Syntax oam clear statistics [<instance-name>] Parameters <instance-name> .Clear OAM instance statistics Description Clear the statistics of an OAM instance. If <instance-name> is not specified. all OAM instances statistics will be cleared.195 OAM Show Configuration oam show configuration .Remove an OAM instance Description Remove the OAM instance.2 CLI Command Guide 3. Syntax oam delete {<instance-name>} Parameters <instance-name> .<string> Revision 1 121 .<string> 3.<string> 3. Syntax oam show configuration [<instance-name>] Parameters <instance-name> .Show OAM instance configuration Description Show the configuration of the OAM instance.193 OAM Clear Statistics oam clear statistics .194 OAM Delete oam delete .OAM Clear Statistics MetroNID TE v6. Show OAM events Description OAM show events is a summary of all the events exchanged on an OAM connection. Syntax oam show statistics [<instance-name>] Parameters <instance-name> .2 CLI Command Guide 3.<string> Revision 1 122 .Show OAM instance statistics Description Show the statistics of the OAM instance.Show OAM status Description OAM show status is a summary of the status of each OAM instance.<string> 3. You can see all details of received and transmit events.198 OAM Show Status oam show status .197 OAM Show Statistics oam show statistics . Syntax oam show status [<instance-name>] Parameters <instance-name> . Syntax oam show events [<instance-name>] Parameters <instance-name> .196 OAM Show Events oam show events .<string> 3.4.OAM Show Events MetroNID TE v6. Syntax paa {add|edit} l2 <probe-name> { {state {disable | enable}} | {mode { source | sink | bi-dir } } | {local-index <decimal> } | {peer-index <decimal> } | {port <port-name> } | {dst-mac-addr <mac-addr> } | {vlan1-id [<0-4095>] [enable|disable] } | {vlan1-priority <0-7> } | {vlan2-id [<0-4095>] [enable|disable] } | {vlan2-priority <0-7> } | {vlan1-type {c-vlan | s-vlan}} | {vlan2-type {c-vlan | s-vlan}} | {pkt-size <66-1500> } | {validate-vlan1-id {disable | enable} } | {rx-vlan1-id [<0-4095>] } | {couple-tx-rx-vlan1-id {disable | enable} } | {validate-vlan1-priority {disable | enable} } | {rx-vlan1-priority <0-7> } | {couple-tx-rx-vlan1-priority {disable | enable} } | {validate-vlan2-id {disable | enable} } | {rx-vlan2-id [<0-4095>] } | {couple-tx-rx-vlan2-id {disable | enable} } | {validate-vlan2-priority {disable | enable} } | {rx-vlan2-priority <0-7> } | {couple-tx-rx-vlan2-priority {disable | enable} } | {sampling-period <decimal> } | {cc-threshold <decimal> } | {pkt-loss-ref-period <decimal> } | {pkt-loss-threshold <decimal> } | {ow-ref-period <decimal> } | {ow-max-delay <decimal> } | {ow-delay-threshold <decimal> } | {ow-ad-threshold <decimal> } | {ow-max-dv <decimal> } | {ow-dv-threshold <decimal> } | {ow-adv-threshold <decimal> } | {tw-ref-period <decimal> } | Revision 1 123 .199 PAA Add/Edit L2 paa add l2 .2 CLI Command Guide 3. Configure the probe operation mode. Note: One-way delay measurements require time synchronization using NTP/PTP on units at each probe end. its addressing parameters and various measurement parameters.PAA Add/Edit L2 MetroNID TE v6.Edit a layer-2 PAA probe configuration Description Create or modify a PAA probe.4.Create a layer-2 PAA probe paa edit l2 . Specifies the remote peer identifier for the probe.Enable or disable VLAN 1 id validation.Probe name.PAA Add/Edit L2 MetroNID TE v6. Revision 1 124 . layer-2 PAA frames are encapsulated into the specified VLAN. couple-tx-rx-vlan1-priority . When vlan1-id is enabled. When enabled. couple-tx-rx-vlan1-id . Applies only when vlan2-id is enabled.First VLAN ID.Enable or disable the PAA probe.e.Enable or disable VLAN 1 priority validation.Indicates if a probe generates (source) or collects (sink) measurement packets or does both (bi-dir). When vlan2-id is enabled. When set to FF:FF:FF:FF:FF:FF. When enabled.Specifies the local identifier for the probe.Couple Tx and Rx VLAN 1 id values for VLAN 1 id validation. vlan1-priority .The peer MAC address. vlan1-type . the system will automatically allocate a value to the local identifier. .First VLAN type.Couple Tx and Rx Vlan 1 priority values for VLAN 1 priority validation. validate-vlan1-priority . it will find the peer MAC address. vlan2-priority .Second VLAN ID. port . layer-2 peer address discovery will be done automatically. specifies the VLAN type of the second VLAN tag. specifies the VLAN type of the first VLAN tag. vlan2-type . peer-index .First VLAN priority bits. If peer-index is omitted or set to 0 when the instance is added. Applies only when vlan1-id is enabled. .Expected VLAN 1 id value received by the remote. If it is omitted or set to 0 when the instance is added. layer-2 PAA frames are encapsulated into a second VLAN.4. i.Second VLAN type. Applies only when vlan1-id is enabled. vlan2-id . The range is 0 to 100. vlan1-id . local-index . validate-vlan1-id .2 CLI Command Guide {tw-max-delay <decimal> } | {tw-delay-threshold <decimal> } | {tw-ad-threshold <decimal> } | {tw-max-dv <decimal> } | {tw-dv-threshold <decimal> } | {tw-adv-threshold <decimal> } {fault-propagation <enable | disable> } {fp-port <port-name> } }+ Parameters <probe-name> state mode .Outgoing port name.Second VLAN priority bits. dst-mac-addr . the remote peer identifier will be discovered dynamically based on the probe name during the PAA association phase. rx-vlan1-id . tw-adv-threshold .Maximum two-way delay variation allowed. sampling-period . ow-ref-period . Revision 1 125 .2 CLI Command Guide rx-vlan1-priority . tw-dv-threshold . Number of consecutive sampling periods without receiving peer frames before declaring loss of continuity.Enable or disable VLAN 2 priority validation.PAA Add/Edit L2 MetroNID TE v6. ow-adv-threshold .Couple Tx and Rx VLAN 2 priority values for VLAN 2 priority validation. ow-max-delay . fault-propagation .Interval at which PAA measurement frames are sent.Expected VLAN 2 priority value received by the remote unit.Maximum consecutive two-way delay samples allowed greater than tw-max-delay. rx-vlan2-id .Enable or disable EVC fault propagation.Maximum two-way average delay.Fault propagation port.4.Couple Tx and Rx VLAN 2 id values for VLAN 2 id validation.Maximum one-way delay.Packet loss reference period.Maximum one-way average delay. fp-port . tw-ref-period .Packet loss threshold in %. tw-delay-threshold . rx-vlan2-priority .Maximum two-way average delay variation.Continuity check threshold.Maximum one-way average delay variation. tw-ad-threshold .Maximum consecutive tw-way delay variation samples allowed greater than tw-max-dv. validate-vlan2-priority .Maximum two-way average delay.Maximum consecutive one-way delay samples allowed greater than ow-max-delay. ow-dv-threshold . couple-tx-rx-vlan2-id . ow-delay-threshold .Packet size.Enable or disable VLAN 2 id validation. ow-max-dv . pkt-size . tw-max-delay .Maximum consecutive one-way delay variation samples allowed greater than ow-max-dv. cc-threshold . couple-tx-rx-vlan2-priority .Expected VLAN 1 priority value received by the remote unit. EVC faults should be propagated. Indicates toward which port. tw-max-dv . pkt-loss-ref-period . validate-vlan2-id . Does not include the Ethernet header and FCS bytes.Maximum one-way delay variation allowed.Expected VLAN 2 id value received by the remote unit. ow-ad-threshold .Two-way reference period. pkt-loss-threshold .One-way reference period. PAA Add/Edit UDP MetroNID TE v6.Create a UDP PAA probe paa edit udp .4. its addressing parameters and various measurement parameters. Syntax paa {add|edit} udp <probe-name> { {state {disable | enable}} | {mode { source | sink | bi-dir } } | {local-index <decimal> } | {peer-index <decimal> } {dst-ipv4-addr <ip-addr> } | {udp-dest-port <decimal> } | {udp-src-port <decimal> } | {dscp <0-63> } | {ecn <0-3> } | {vlan1-priority <0-7> } | {validate-vlan1-priority {disable | enable} } | {rx-vlan1-priority <0-7> } | {couple-tx-rx-vlan1-priority {disable | enable} } | {validate-dscp {disable | enable} } | {rx-dscp <0-7> } | {couple-tx-rx-dscp {disable | enable} } | {pkt-size <66-1472> } | {sampling-period <decimal> } | {cc-threshold <decimal> } | {pkt-loss-ref-period <decimal> } | {pkt-loss-threshold <decimal> } | {ow-ref-period <decimal> } | {ow-join-period <decimal> } | {ow-max-delay <decimal> } | {ow-delay-threshold <decimal> } | {ow-ad-threshold <decimal> } | {ow-max-dv <decimal> } | {ow-dv-threshold <decimal> } | {ow-adv-threshold <decimal> } | {tw-ref-period <decimal> } | {tw-max-delay <decimal> } | {tw-delay-threshold <decimal> } | {tw-ad-threshold <decimal> } | {tw-max-dv <decimal> } | {tw-dv-threshold <decimal> } | {tw-adv-threshold <decimal> } | {igmp-ref-period <decimal> } | Revision 1 126 . Note: One-way delay measurements require time synchronization using NTP/PTP on units at each probe end.Edit a UDP PAA probe configuration Description Create or modify a PAA probe.2 CLI Command Guide 3.200 PAA Add/Edit UDP paa add udp . Configure the probe operation mode. Specifies destination UDP port (default 8793. peer-index . Ethernet) and the FCS bytes. ow-delay-threshold . sampling-period . The range is 0 to 100.Specifies the local identifier for the probe.Enable or disable the PAA probe.Continuity check threshold. ow-max-delay . If it is omitted or set to 0 when the instance is added. . Does not include the headers (UDP.Couple Tx and Rx VLAN 1 priority values for VLAN 1 priority validation. rx-vlan1-priority . dscp .The Diff-Serv CodePoint value.Enable or disable DSCP validation.Couple Tx and Rx DSCP values for DSCP validation. couple-tx-rx-vlan1-priority . Number of consecutive sampling periods without receiving peer packets before declaring loss of continuity.2 CLI Command Guide {join-max-delay <decimal> } | {join-delay-threshold <decimal> } | {join-ad-threshold <decimal> } | {leave-max-delay <decimal> } | {leave-delay-threshold <decimal> } | {leave-ad-threshold <decimal> } }+ Parameters <probe-name> state mode .Expected DSCP value received by the remote unit.First VLAN priority bits. rx-dscp . IP. pkt-loss-ref-period . the system will automatically allocate a value to the local identifier.Expected VLAN 1 priority value received by the remote unit. cc-threshold .Indicates if a probe generates (source) or collects (sink) measurement packets or does both (bi-dir). This applies only if the outgoing interface is encapsulated in a VLAN.Specifies the remote peer identifier.Packet loss threshold in %. pkt-loss-threshold . udp-dest-port .Maximum consecutive one-way delay samples Revision 1 127 . dst-ipv4-addr . validate-vlan1-priority . vlan1-priority . udp-src-port .One-way reference period.Packet size. ecn .Packet loss reference period.Maximum one-way delay.Interval at which PAA measurement packets are sent.Specifies source UDP port (default 8793. ow-ref-period . couple-tx-rx-dscp . valid ports > 1023). pkt-size . valid ports > 1023). validate-dscp .4.Probe name.Enable or disable VLAN 1 priority validation. .PAA Add/Edit UDP MetroNID TE v6. local-index .The Explicit Congestion Notification value.The peer IPv4 destination address. Max: One-way ref. . .Defines the maximum join delay objective.Defines the maximum consecutive join delay samples allowed greater than the maximum join delay. no join and leave measurement . Values (in milliseconds): . .One-way Join Period must be different than 0 Values (in milliseconds): . .Maximum two-way delay variation allowed.4. Validity: . Validity: .Two-way reference period.0 (default): No IGMP measurement . Validity: . . . .UDP sink probe configured with a multicast address 128 .Indicates that IGMP join and leave delay measurements will be performed and the period during which one-way and packet loss samples will be collected. .Maximum two-way average delay variation.PAA Add/Edit UDP MetroNID TE v6. This period needs to be a multiple of the one-way reference period. Values (in milliseconds): .Maximum one-way average delay. .Maximum two-way average delay.UDP sink probe configured with a multicast address.Maximum one-way delay variation allowed.Maximum consecutive two-way delay samples allowed greater than tw-max-delay.Maximum consecutive one-way delay variation samples allowed greater than ow-max-dv. .Max: One-way reference period * 9000 .2 CLI Command Guide ow-ad-threshold ow-max-dv ow-dv-threshold ow-adv-threshold tw-ref-period tw-max-delay tw-delay-threshold tw-ad-threshold tw-max-dv tw-dv-threshold tw-adv-threshold ow-join-period igmp-ref-period join-max-delay join-delay-threshold Revision 1 allowed greater than ow-max-delay.Min: One-way reference period * 10 . period (5 * sampling period) .UDP sink probe configured with a multicast address.Min: 100ms .UDP sink probe configured with a multicast address. Validity: .Maximum two-way average delay.Max: One-way join period .Defines a reference period for IGMP measurements. .Maximum consecutive tw-way delay variation samples allowed greater than tw-max-dv.Maximum one-way average delay variation. This value should represent how long to collect measurements before issuing an IGMP leave for each period.Min: 10 * sampling period . .0: Constant. . Syntax paa delete {<probe-name>} Parameters <probe-name> . Validity: . Validity: .One-way join period) PAA Delete paa delete .Min: 100ms .UDP sink probe configured with a multicast address Values (in milliseconds): .Min: 100ms .Max: (One-way ref.Min: 1 .UDP sink probe configured with a multicast address Values (in milliseconds): .<string> Revision 1 129 .Max: (One-way ref.201 join-ad-threshold - leave-max-delay - leave-delay-threshold - leave-ad-threshold - Values (in samples): .UDP sink probe configured with a multicast address Values (in samples): .Min: 100ms .One-way join period) Defines the maximum consecutive leave delay samples allowed greater than the maximum leave delay. period .Remove a PAA probe Description Remove a PAA probe. Validity: .UDP sink probe configured with a multicast address Values (in milliseconds): .Min: 1 . period .Max: One-way join period Defines the maximum leave delay objective.2 CLI Command Guide 3.4.PAA Delete MetroNID TE v6. Validity: .One-way join period)/ Sampling period Define the maximum leave average delay. period .Max: (One-way join period / Sampling period) Define the maximum join average delay.Max: (One-way ref. When an instance name is specified.Show PAA configuration Description Display a summary of the configured PAA instances.4. Syntax paa show configuration [<probe-name>] Parameters <probe-name> .203 PAA Show Counters paa show counters . a detailed configuration report is displayed.PAA Show Configuration MetroNID TE v6. Syntax paa show counters [<probe-name>] Parameters <probe-name> Revision 1 .<string> 130 .<string> 3.Show PAA PDU counters Description Display PAA PDU counters and errors.202 PAA Show Configuration paa show configuration .2 CLI Command Guide 3. 204 PAA Show Result paa show results . Syntax paa show results [<probe-name>] { { type {historic}} | { buckets <0-16>} | { period <period-id>}}+ Parameters <probe-name> <period-id> type buckets period 3. the last 4 buckets will be displayed.PAA Show Result MetroNID TE v6.Type of statistics to display: Historic: History buckets statistics. the last 4 buckets will be displayed.Reference period for the PAA history buckets.Show PAA results Description Display PAA probe measurements and status. If the number of buckets is not specified.Number of PAA buckets to display. Zero for the most recent period available. Syntax paa show status [<probe-name>] Parameters <probe-name> .<string> .4. . starting from the specified period.<string> Revision 1 131 .Show PAA status Description Display PAA probe status. PAA Show Status paa show status .2 CLI Command Guide 3. If no period is specified.<decimal> . .205 . 4.206 Permission-Group Add permission-group add .Delete an existing permission-group Description Delete an existing permission-group Syntax permission-group delete <group-name> Parameters <group-name> .2 CLI Command Guide 3.Permission-Group Add MetroNID TE v6. Syntax permission-group {add} <group-name> { {ACL|Alarms|All-add|All-edit|All-enable|CFM|Config| Filters|Firmware| History|Log|L2PT|Management|OAM|PAA|Policies|Port|Protection| RFC-2544|SAT-Protocol|SAT-reporting|Service Availability| Service mapping|Sessions|Shaping|Traffic|Twamp|Users|Y.<string> Revision 1 132 .1564}.<string> Permission-Group Delete permission-group delete .Add user permissions groups Description Add a permission group.207 .+ } Parameters <group-name> 3. Edit user permissions groups Description Configure a permission group.Show permission-group configuration Description Specifying a permission-group name provides detailed configuration about this group.Permission deleted from the permission-group.<string> 3. the command provides a summary configuration for all permission-groups in a table format.4. 3..208 Permission-Group Edit permission-group edit . Syntax permission-group show [<group-name>] Parameters <group-name> . only displays output at start and when finished 133 . host Options -c COUNT -s SIZE -q Revision 1 Send only COUNT pings Send SIZE data bytes in packets (default=56) Quiet mode.<string> add-permission ..Permission-Group Edit MetroNID TE v6.send ICMP ECHO_REQUEST to network hosts Usage ping [OPTION].1564}.209 Permission-Group Show permission-group show .210 Ping ping . Otherwise.+ } Parameters <group-name> .2 CLI Command Guide 3. Syntax permission-group {edit|delete} <group-name> { {add-permission|delete-permission} {Acl|Alarms|All-add|All-edit|All-enable|CFM|Config| Filters|Firmware| History|Log|L2PT|Management|OAM|PAA|Policies|Port|Protection| RFC-2544|SAT-Protocol|SAT-reporting|Service Availability| Service mapping|Sessions|Shaping|Traffic|Twamp|Users|Y. delete-permission .Permission added to the permission-group. 211 Policy Clear Statistics policy clear statistics .2 CLI Command Guide 3.<decimal> 3.<string> <policy-id> .212 Policy Edit policy edit . If. Syntax policy edit { { { { { { { { { { { { { { { { { { { { Revision 1 Traffic-A | Traffic-B} <policy-id> { state {enable | disable}} | out-port <port-name>} | filter {l2 | ipv4 | vlan} <filter-name>} | action {permit | drop | MGMT-OAM | MGMT-OAM-drop | MGMT-OAM-fwd | none}} | monitor {enable <port-name> | disable}} | evc-encapsulation {none | push | pop | replace | pop-replace | push-preserve | preserve-vlan-new-cfi-pcp}} | evc-ethertype {c-vlan | s-vlan} | evc-vlan-id <0-4095>} | cos-mapping {preserve | direct | map}} | map1-state {enable | disable}} | map1-type {pcp-vlan | pcp-vlaninvlan | precedence | dscp}} | map1-cos-profile <cos-profile-name>} | map1-regulator-set {enable <regulator-set-name> | disable}} | map2-state {enable | disable}} | map2-type {pcp-vlan | pcp-vlaninvlan | precedence | dscp}} | map2-cos-profile <cos-profile-name>} | map2-regulator-set {enable <regulator-set-name> | disable}} | green-cfi <0-1>} | yellow-cfi <0-1>} | 134 .Edit an existing policy Description This command defines the traffic filter and the action associated with an access policy.4.Clear policy statistics Description Clear policy statistics. the policies statistics for this <traffic-name> will be cleared. <traffic-name> is specified. Syntax policy clear statistics [<Traffic-name>] [<policy_id>] Parameters <Traffic-name> . If <traffic-name> and <policy-id> are not specified.Policy Clear Statistics MetroNID TE v6. all policies statistics for all traffic-names will be cleared. push-preserve. Outgoing port for this policy.push-preserve : Add VLAN tag using the VLAN ID of the inner VLAN (if any). "direct" or "map". 135 .preserve-vlan-new-cfi-pcp : Preserve the VLAN ID and remark the CFI and PCP values. The default behavior is active when the cos-mapping is set to preserve or map and the incoming traffic is neither handled by the first nor by the second mapping choices. Possible values are: . Applies only if cos-mapping action is set to map. Drop or Permit the traffic matching the filter. First choice mapping type. Ethertype to use in the VLAN tag. Applies only if evc-encapsulation is set to push. replace or pop-replace.pop: Remove outer VLAN tag. replace or pop-replace. Direct or default CFI/DEI bit for outgoing yellow traffic.pop-replace: Pop outer VLAN tag and replace inner VLAN tag. Specify an associated filter type and name. Regulator set to use for traffic regulation based on the traffic attribute selected in map1-type.replace: Replace outer VLAN tag. Applies only if evc-encapsulation is set to push. . push-preserve. Allow monitoring the traffic on a monitor port.2 CLI Command Guide { green-pcp <0-7>} | { yellow-pcp <0-7>} | { pre-marking {green | yellow | red} | { regulator {enable <regulator-name> | disable}} }+ Parameters <policy-id> <filter-name> <regulator-name> state out-port filter action monitor evc-encapsulation - evc-ethertype - evc-vlan-id - cos-mapping - map1-state map1-type - map1-cos-profile - map1-regulator-set- Revision 1 map2-* - green-cfi - green-pcp yellow-cfi - <decimal> <string> <string> Enable or disable the policy. . First choice mapping CoS profile. . Which incoming traffic attribute to use for traffic mapping. . Ethernet Virtual Connection encapsulation. First choice mapping state.Policy Edit MetroNID TE v6. Direct or default CFI/DEI bit for outgoing green traffic. The action can be "preserve". . CoS mapping action. VLAN ID in the VLAN tag. Direct or default PCP bits for outgoing green traffic. . First choice mapping regulator set.none: No tags are added to the incoming frames.4. Second choice mapping. Use this profile to map the incoming traffic based on the traffic attribute selected in map1-type.push: Add VLAN tag. <decimal> .Reference period for the policy history buckets. the last 4 buckets will be displayed. Zero for the most recent period available. Policy Show Configuration policy show configuration . . If a policy-id is specified. . starting from the specified period. . otherwise a configuration summary is displayed in a table format.Direct or default PCP bits for outgoing yellow traffic.Direct or default pre-marking color. detailed policy configuration is displayed.214 Policy Show Statistics policy show statistics .2 CLI Command Guide yellow-pcp pre-marking regulator 3. Syntax policy show configuration {Traffic-A | Traffic-B} [<policy-id>] Parameters <policy-id> .213 .4. If no period is specified.<decimal> 3.Show policy configuration Description Display policy configuration. Historic: History buckets statistics.Direct or default traffic regulator.Policy Show Configuration MetroNID TE v6.Type of statistics to display: Clearable: Current statistics since last clear command.Number of policy buckets to display. If the number of buckets is not specified. the last 4 buckets will be displayed.<decimal> .Show policy statistics Description Display policy packet and byte counters. Persistent: Current statistics since system start. . 136 . Syntax policy show statistics {Traffic-A | Traffic-B} <policy-id> { { type {clearable | persistent | historic}} | { buckets <0-16>} | { period <period-id>}}+ Parameters <policy-id> <period-id> type buckets period Revision 1 . <string> <advertisement-value> .215 Port Clear Statistics port clear statistics . A port can be identified by its name or by the connector name. Revision 1 137 .4.Port Clear Statistics MetroNID TE v6.<string> <port-alias> .Clear port statistics Description Clear port statistics. Syntax port edit <port-identifier> {{name <port-name>} | {alias <port-alias>} | {state {enable | disable}} | {mtu <64-10240>} | {lp-threshold <64-10240>} | {llr {enable|disable}} | {llr-period <decimal>} | {auto-nego {enable|disable}} | {speed {10M|100M|1G}} | {duplex {half|full}} | {mdi {auto|mdi|mdix}} | {advertisement {<advertisement-value>}+} | {pause-mode {local|transparent|disable}} | {protection {enable|disable}} | {protection-mode {link-status|lacp-status}} | {working-connector <connector-name>} | {revertive {enable|disable}} | {revert-period <decimal>} | {link-time-out <decimal>} {lldp-state {enable|disable}} {lldp-rate <decimal>} {force-tx-on {enable|disable}} }+ Parameters <port-identifier> .Edit port attributes Description Edit port attributes.2 CLI Command Guide 3. all ports statistics will be cleared. If <port-name> is not specified.216 Port Edit port edit .New name assigned to the port. The port speed and duplex mode are not relevant when auto-negotiation is enabled. Forcing the port speed to 1G is not allowed because auto-negotiation is mandatory for Gigabit Ethernet. Syntax port clear statistics [<port-name>] 3.{10M-HD|10M-FD|100M-HD|100M-FD|1G-HD|1G-FD|pause| asym-pause} name . .Port administrative state.Sets the time. . If the speed does not match.Specifies link speed. we switch back to the protected connector. during which a continuous signal must be detected on the main connector. Note that protection is available on the Client and Network ports in standard operation mode only. Once enabled. Packets with a size above this threshold will be classified as large packets in the port statistics.Large packet threshold. The connector choice allows the user to perform a switchover operation.Period of time that the laser is turned on and off. Entering a value of 0 puts the laser into a disabled state waiting for the opposite side to send a light pulse in order to re-establish the link. the exact behavior depends on the auto-negotiation results. . passed through transparently.If enabled.2 CLI Command Guide alias state mtu lp-threshold llr llr-period auto-nego speed duplex mdi advertisement pause-mode protection protection-mode working-connector revertive revert-period link-time-out Revision 1 . . as specified by a network manager. This is available for link status protection mode only.Port Edit MetroNID TE v6.Specifies capabilities advertised during auto-negotiation.Specifies the media dependent interface mode. If the timer expires and the linkstays down. or disabled. . which is platform dependent and includes all headers. to wait for the link to come up after switching to the standby connector.Specifies whether pause frames are processed locally. .Maximum transfer unit.Selects the operation mode that triggers the failover action. Note that this parameter is only available on LAG ports with Protection Mode set to link status or LACP status. .Sets the time. for this reason. . 138 . in seconds.Selects the working connector for the specified port. Note: When the MTU is set to exceed a value of 2000. it is important that the ports passing traffic through the unit be configured with a matching speed. . FIFO errors could occur. in seconds.4.Specifies duplex mode. When both pause-mode and auto-negotiation are enabled. . . 0 should not be configured on both sides or the link will never re-establish.Enables the protection for this port. . The timer is restarted if a signal loss is detected during this period. .Enables or disables link lost return. the traffic is switched back to the main connector after the revert period has expired.Enables or disables auto-negotiation. . . So. the protecting port is reserved by the protection mechanism and can not be used for monitoring purposes as long as the protection is enabled.The "alias" name for the port. . . When specifying a port name or a connector name. this command displays the port configuration summary in a table format. If no period is specified.Show port statistics Description Display port statistics. 139 .218 Port Show Statistics port show statistics . Historic: History buckets statistics. . .If enabled. If the number of buckets is not specified. Port Show Configuration port show configuration . Applies only to SFP fiber ports. Auto-negotiation must be disabled.217 .LLDP frame transmission rate in seconds [1-3600].4. Persistent: Current statistics since system start. forces the transmitter on (no traffic is transmitted).2 CLI Command Guide lldp-state lldp-rate force-tx-on 3.<string> . Syntax port show configuration [<port-name>] 3. in 1000BASE-X mode. regardless of whether a valid link has been established. the last 4 buckets will be displayed.LLDP frame transmission state.<decimal> . Zero for the most recent period available. starting from the specified period. .Reference period for the port history buckets.Number of port buckets to display.Type of statistics to display: Clearable : Current statistics since last clear command. Syntax port show statistics [<port-name>] { { type {clearable | persistent | historic}} | { buckets <0-16>} | { period <period-id>}}+ Parameters <port-name> <period-id> type buckets period Revision 1 . . this command displays detailed configuration for that port.Port Show Configuration MetroNID TE v6. the last 4 buckets will be displayed.Show port configuration Description Without arguments or with the modifier summary. Show port status Description Display port status.-2.0. Syntax port show status [<port-name>] 3. Primary master address (time server for the PTP client).219 Port Show Status port show status . Secondary master address (time server for the PTP client). Possible values: -3 (8 messages / second) -2 (4 messages / second) -1 (2 messages / second) 0 (1 message / second) 1 (1 message / 2 seconds) <.1.-3.4.Port Show Status MetroNID TE v6.-2.2 CLI Command Guide 3.Specifies the interval of Sync message from the master.Change PTP related settings Description Change PTP related settings Syntax ptp edit { {state <enable|disable>} | {pma <master-address>} | {sma <master-address>} | {utc <enable|disable>} | {announce <-3. Specifies the interval of Announce message from the master.default value 2 (1 message / 4 seconds) 3 (1 message / 8 seconds) . Possible values: -4 (16 messages / second) -3 (8 messages / second) -2 (4 messages / second) 140 .-1.2 or 3>} | {sync <-4.0 or 1>} | {pdn <0-255>} | {sdn <0-255>} | {dscp <0-63>} | {vlan-priority <0-7>} } Parameters state pma sma <master-address> utc announce sync Revision 1 - Enable or disable the PTP feature.-1.220 PTP Edit ptp edit . <ip-addr> | <dns-name> Enable or disable the use of UTC offset from the master. 3.Show the current PTP configuration and status Description Show the current configuration and status for the PTP (Precision Time Protocol) service. Note: Communication with the grandmaster clock is only supported via unicast negotiation (defined in clause 16. the priority of the packets can be set in the DiffServ Code Point. Syntax ptp reset 3.PTP Reset MetroNID TE v6.4.2 CLI Command Guide pdn - sdn - dscp - vlan-priority - -1 (2 messages / second) 0 (1 message / second) <.default value 1 (1 message / 2 seconds) Specifies the domain number of the primary PTP master. When using PTP. Possible values: 0 to 255 Default value : 4 When using PTP.221 PTP Reset ptp reset . Possible values: 0 to 255 Default value : 4 Specifies the domain number of the secondary PTP master. the priority of the packets can be set in the VLAN priority bits if the link is through a VLAN. Multicast negotiation is not supported.Reset to default PTP settings Description Resets to default PTP settings.222 PTP Show ptp show .1 of IEEE 1588-2008). Syntax ptp show Revision 1 141 . Mostly left blank. Shared secret for server1.Allows you to edit the RADIUS configuration Description radius edit allows you to change RADIUS parameters required to authenticate authorize management access to the unit. NOTE: The new parameters are only effective on the next login attempt. RADIUS server UDP port to connect to. a connection to the next configured server will be attempted. . .2 CLI Command Guide 3.Number of times to retry the server before trying the next configured server. 142 . RADIUS host server to authenticate to.Enable or disable the Vendor-Specific attribute in Access-Request. . Time to wait for the RADIUS server to respond before retrying connection. Optional bind address for the primary RADIUS server.RADIUS Edit MetroNID TE v6. RADIUS server UDP port to connect to. in which the same timeout and retry scheme will apply.223 RADIUS Edit radius edit . Syntax radius edit { {auth-method {pap}} | {auth-server1-host {<ip-addr> | <dns-name>}} | {auth-server1-port <decimal>} | {auth-server1-secret <string>} | {auth-server1-source <ip-addr>} | {auth-server2-host {<ip-addr> | <dns-name>}} | {auth-server2-port <decimal>} | {auth-server2-secret <string>} | {auth-server2-source <ip-addr>} | {radius-timeout <decimal>} | {radius-retries <decimal>} | {realm <string>} | {vendor-specific {enable | disable}} }+ Parameters auth-method auth-server1-host auth-server1-port auth-server1-secret auth-server1-source auth-server2-host auth-server2-port auth-server2-secret auth-server2-source radius-timeout radius-retries realm vendor-specific Revision 1 - Authentication method to use. After the number of retries has been exhausted.4. Optional bind address for the secondary RADIUS server.Append this to user name. Shared secret for server2. Used only if first host server does not respond. Show the working rates Description Display the working rate used by different modules in the unit.224 RADIUS Show radius show .RADIUS Show MetroNID TE v6. the working rate for all bandwidth regulator. Syntax radius show 3.Set 3.Set and regulator . Rate Show rate show .4. Syntax rate show 3.227 Reboot Reboots the unit Revision 1 143 .Show the RADIUS configuration Description Show the RADIUS configuration.225 Rate Edit rate edit .226 the working rate for the RFC-2544 generator and testsuite. Syntax rate {edit} { { generator <layer-1 | layer-2> } | { regulator <layer-1 | layer-2> } | { shaper <layer-1 | layer-2> } } Parameters generator .Set shaper . Y.Edit the working rate globally used in the unit Description Configure the working rate used by different modules in the unit.2 CLI Command Guide 3.1564 testing. the working rate for the shaper. A comma-separated list of DSCP values and DSCP range (x-y) values.2 CLI Command Guide 3.4. Note: If input-list is omitted.<0-63>]}+ } | {regulator {disable | enable} [<regulator-name>]} | {default-regulator {enable | disable} [<regulator-name>]} }+ Parameters <regulator-set-name>. the default-regulator parameter interprets the input-list as a 0-63 range.228 Regulator-Set Add/Edit DSCP regulator-set add dscp .Change a DSCP regulator set configuration Description With these commands.Regulator-Set Add/Edit DSCP MetroNID TE v6.|. Revision 1 144 . default-regulator .Bandwidth regulator to be used for all packets that have a DSCP in input-list. regulator .Bandwidth regulator to be used for all packets that do NOT have a DSCP in input-list.Add new DSCP regulator set instance regulator-set edit dscp . Syntax regulator-set {add|edit} dscp <regulator-set-name> { {name <regulator-set-name>} | {input-list {<0-63> [.<string> <regulator-name> .<string> input-list . you can create a new regulator set or change the parameters of an existing regulator set. the default-regulator parameter interprets the input-list as 0-7 range.|. Note: If input-list is omitted. you can create a new regulator set or change the parameters of an existing regulator set.Regulator-Set Add/Edit PCP MetroNID TE v6. default-regulator .<string> <regulator-name> .<string> input-list .2 CLI Command Guide 3.A comma-separated list of PCP values and PCP range (x-y) values.Bandwidth regulator to be used for all packets that do NOT have a PCP in input-list.4.<0-7>]}+ } | {regulator {disable | enable} [<regulator-name>]} | {default-regulator {enable | disable} [<regulator-name>]} }+ Parameters <regulator-set-name>.Add new PCP regulator set instance regulator-set edit pcp . Revision 1 145 .Bandwidth regulator to be used for all packets that have a PCP in input-list.229 Regulator-Set Add/Edit PCP regulator-set add pcp . regulator .Change a PCP regulator set configuration Description With these commands. Syntax regulator-set {add|edit} pcp <regulator-set-name> { {name <regulator-set-name>} | {input-list {<0-7> [. Change an IP precedence set configuration Description With these commands.Regulator-Set Add/Edit Precedence MetroNID TE v6.231 Regulator-Set Delete regulator-set delete .2 CLI Command Guide 3.A comma-separated list of IP precedence values and IP precedence range (x-y) values.Bandwidth regulator to be used for all packets that have an IP precedence in input-list. Syntax regulator-set delete <regulator-set-name> Parameters <regulator-set-name> . Note: If input-list is omitted. default-regulator . 3.Add new IP precedence regulator set instance regulator-set edit precedence . the default-regulator parameter interprets the input-list as a 0-7 range.<string> Revision 1 146 .Delete the specified regulator set Description Delete the specified regulator set.|.<0-7>]}+ } | {regulator {enable | disable} [<regulator-name>]} | {default-regulator {enable | disable} [<regulator-name>]} }+ Parameters <regulator-set-name>. Syntax regulator-set {add|edit} precedence <regulator-set-name> { {name <regulator-set-name>} | {input-list {<0-7> [.230 Regulator-Set Add/Edit Precedence regulator-set add precedence . regulator .Bandwidth regulator to be used for all packets that do NOT have an IP precedence in input-list.<string> <regulator-name> .<string> input-list .4. you can create a new IP precedence regulator set or change the parameters of an existing IP precedence regulator set. 233 RFC-2544 Generator Edit rfc2544 generator edit . the command displays a configuration summary for all regulator sets. This loopback must perform a swap action on the MAC addresses. Packet and Flow are sub-sections of the generator and have their own exclusive set of parameters. as described below.Generator flow profile configuration (see below). Packet Syntax rfc2544 generator edit <packet-name> { {dst-mac-addr <mac-addr>} | {packet-type {layer-2 | layer-3 | l2-accedian | Revision 1 147 .Show regulator set configuration Description Displays regulator set configuration. Syntax regulator-set show configuration [<regulator-set-name>] Parameters <regulator-set-name> .Generator packet header configuration (see below).Regulator-Set Show Configuration MetroNID TE v6.232 Regulator-Set Show Configuration regulator-set show configuration . Otherwise.Change RFC-2544 traffic generator configuration Description rfc2544 generator edit controls the traffic generator output. IP addresses and port numbers.4. as applicable.2 CLI Command Guide 3. Syntax rfc2544 generator edit {{port <port-name>} | {packet1 <packet-params>} | {packet2 <packet-params>} | {flow1 <flow-params>} | {flow2 <flow-params>}} }+ Parameters <port> <packet-params> <flow-params> . Specifying a regulator set name displays the detailed configuration for this regulator set. Refer to the "oam loopback" command for more information on how to create a custom loopback. . When testing with "l2-generic" frames or layer-3 packets. .Name of the port to which to send the flow(s). Notes: All units contain pre-programmed RFC-2544 loopbacks for "layer-2" and "l2-accedian" frames.<string> 3. you need to configure a custom loopback in the peer unit. RFC-2544 Generator Edit MetroNID TE v6.4.2 CLI Command Guide l2-generic | ip-multicast | l3-generic}} | {ethertype <0-65535>} | {vlan1-header {enable | disable}} | {vlan1-ethertype <0-65535>} | {vlan1-priority <0-7>} | {vlan1-id <0-4095>} | {vlan1-cfi <0-1>} | {vlan2-header {enable | disable}} | {vlan2-ethertype <0-65535>} | {vlan2-priority <0-7>} | {vlan2-cfi <0-1>} | {vlan2-id <0-4095>} | {dscp <0-63>} | {ecn <0-3>} | {ttl <0-255>} | {dst-ipv4-addr <ip-addr>} | {src-ipv4-addr <ip-addr>} | {destination-port <0-65535>} | {source-port <0-65535>} | {y1731-level <0-7>}}+ Packet Parameters packet-name packet-type - packet[n] where "n" is included in <1-2> (not modifiable). - Used to define specific fields in the test packet. NOTE: ip-multicast packet-type is only used to generate traffic frames, not to analyze received frames. ethertype - The Ethernet type identifies the frame contents. For example, this field can be 0x0800 for an IPv4 packet or 0x0806 for an ARP packet. dst-mac-addr - This is the Ethernet MAC destination address. vlan1-header - Enable or disable VLAN 1 parameters in the frames. vlan1-ethertype* - First VLAN protocol ID set to 0x8100 for 802.1Q network, 0x9100 for 802.1Q tunneling network, or 0x88A8 for 802.1AD network. vlan1-cfi - First VLAN CFI may be 0 or 1. It is usually set to 0. vlan1-id - First VLAN ID may be any value between 0 and 4095. vlan1-priority - First VLAN priority. The range is 0 to 7, with 7 being the highest priority. Normal traffic has priority 0. vlan2-header - Enable or disable VLAN 2 parameters in the frames. vlan2-ethertype* - Second VLAN protocol ID set to 0x8100 for 802.1Q network, 0x9100 for 802.1Q tunneling network, or 0x88A8 for 802.1AD network. vlan2-cfi - Second VLAN CFI may be 0 or 1. It is usually set to 0. vlan2-id - Second VLAN ID may be any value between 0 and 4095. vlan2-priority - Second VLAN priority. The range is 0 to 7, with 7 being the highest priority. Normal traffic has priority 0. dscp - The Diff-Serv CodePoint value (0 - 63). ecn - The Explicit Congestion Notification value (0 - 3). ttl - This is the IPv4 time to live value (0 - 255). dst-ipv4-addr - The IPv4 destination address. src-ipv4-addr - The IPv4 source address (valid only for IP multicast destination and l3-generic). Revision 1 148 RFC-2544 Generator Edit MetroNID TE v6.4.2 CLI Command Guide destination-port - This is the destination port for UDP protocol (0 - 65535). source-port - This is the source port for UDP protocol (0 - 65535). y1731-level - Y.1731 Maintenance Entity Group level (0-7). * Ethertype values 0x9100 and 0x88A8 are considered an S-VLAN. The S-VLAN Ethertype used here is the value configured in the global setting. Flow Syntax rfc2544 generator edit <flow-name> { {description <description-text>} | {traffic-type {constant {rate <0 to max-port-speed>}} | burst {{packets <1 to max-packets>} | {burst-gap <1 to 60000>}} | {packet-size {fixed <64-10240>} | random {{min-size <64-10240>} | {max-size <64-10240>}}} | {payload-pattern {fixed-data <hexadecimal>} | incremental {bytes | words} | random {2e11-random | 2e11inv-random | 2e15-random | 2e15inv-random |}} {duration {continuous} | {seconds <1-86400>} | {bytes <64-4000000000>} | {packets <1-4000000000>}}}+ Parameters flow-name description traffic-type packet-size payload-pattern duration type regulator-name Revision 1 - flow[n] where "n" is included in <1-2> (not modifiable). - <string> Description identifying the packet and its characteristics. - Type of traffic to generate. - Define the packet size, this includes the Ethernet header and the FCS. The size can be a fixed value or a random value, chosen between a minimum and a maximum value. - Define the pattern to fill the remaining spaces in the transmitted packet. The pattern can be a 32-bit value, an incremental byte, an incremental word or a random pattern from the list. - Duration of the flow can be specified in seconds, in bytes, in packets or can be continuous until user interruption. - Type of flow testing being done: . Out-of-service: two-way loopback using the full link bandwidth. . In-service: one-way test for sharing a traffic regulator with client traffic. Note that when the flow type is In-service, you must select a Regulator. - Regulator selected for in-service testing. 149 RFC-2544 Generator Show Configuration MetroNID TE v6.4.2 CLI Command Guide 3.234 RFC-2544 Generator Show Configuration rfc2544 generator show configuration - Show RFC-2544 generator configuration Description This command displays the RFC-2544 generator configuration. Specifying a packet or flow name will display a detailed configuration for this packet or flow descriptor. Otherwise, the command will display the generator summary configuration. Syntax rfc2544 generator show configuration [<packet-name>] [<flow-name>] Parameters <packet-name> - packet[n] where "n" is included in <1-2>. <flow-name> - flow[n] where "n" is included in <1-2>. 3.235 RFC-2544 Generator Show Results rfc2544 generator show results - Show RFC-2544 generator results Description This command displays the RFC-2544 generator results. Specifying a flow name will display detailed results for this flow. Otherwise, the command will display a summary of the generator results. Syntax rfc2544 generator show results [<flow-name>] Parameters <flow-name> 3.236 - flow[n] where "n" is included in <1-2>. RFC-2544 Generator Start rfc2544 generator start - Start RFC-2544 generator Description Start RFC-2544 generator. Syntax rfc2544 generator start Revision 1 150 RFC-2544 Generator Stop MetroNID TE v6.4.2 CLI Command Guide 3.237 RFC-2544 Generator Stop rfc2544 generator stop - Stop RFC-2544 generator Description Stop RFC-2544 generator. Syntax rfc2544 generator stop 3.238 RFC-2544 Monitor Clear Statistics rfc2544 monitor clear statistics - Clear RFC-2544 traffic monitor statistics Description Clear RFC-2544 monitor statistics. Syntax rfc2544 monitor clear statistics <monitor-name> Parameters <monitor-name> - <string> Name of the monitor to clear. When no monitor name is specified, the function will clear all RFC-2544 monitors. 3.239 RFC-2544 Monitor Edit rfc2544 monitor edit - Change RFC-2544 traffic monitor configuration Description rfc2544 monitor edit controls the traffic monitor behavior. Syntax rfc2544 monitor edit <monitor-name> { {name <monitor-name>} {description <monitor-desc>} {port <port-name>} | {packet <packet-params>} | {mode {bypass | terminal} | {state {enable | disable}} }+ Parameters name description port packet Revision 1 - <string> Unique name for this monitor. - <string> Description identifying the monitor and its characteristics. - Name of the input port from which to monitor traffic. - Monitor packet header configuration (see below). 151 1Q tunneling network. vlan2-cfi .Enable or disable VLAN 2 parameters in the frames. For example.First VLAN protocol ID set to 0x8100 for 802.Second VLAN protocol ID set to 0x8100 for 802.1AD network.Enable or disable VLAN 1 parameters in the frames. or 0x88A8 for 802. 0x9100 for 802. It is usually set to 0. Packet Syntax rfc2544 monitor edit <monitor-name> packet { {packet-type {layer-2 | layer-3 | l2-accedian | l2-generic | l3-generic}} | {ethertype <0-65535>} | {dst-mac-addr <mac-addr>} | {vlan1-header {enable | disable}} | {vlan1-ethertype {0x8100 | 0x88a8 | 0x9100}} | {vlan1-priority <0-7>} | {vlan1-id <0-4095>} | {vlan1-cfi <0-1>} | {vlan2-header {enable | disable}} | {vlan2-ethertype {0x8100 | 0x88a8 | 0x9100}} | {vlan2-priority <0-7>} | {vlan2-cfi <0-1>} | {vlan2-id <0-4095>} | {dscp <0-63>} | {ecn <0-3>} | {ttl <0-255>} | {dst-ipv4-addr <ip-addr>} | {destination-port <0-65535>} | {src-ipv4-addr <ip-addr>} | {source-port <0-65535>} | {y1731-level <0-7>}}+ Packet Parameters packet-type ethertype .2 CLI Command Guide mode state .RFC-2544 Monitor Edit MetroNID TE v6. enabled or disabled. Bypass : The RFC-2544 test measurements will be taken but the traffic will follow the rules configured in the policies for this specific traffic type. dst-mac-addr .Operational mode of the monitor. Normal traffic has priority 0.1Q network. 0x9100 for 802.First VLAN priority. vlan1-ethertype* . vlan1-id . vlan1-priority . Revision 1 152 .1Q tunneling network.Second VLAN CFI may be 0 or 1. or 0x88A8 for 802. The range is 0 to 7. .The Ethernet type identifies the frame contents.First VLAN CFI may be 0 or 1.4.1AD network.First VLAN ID may be any value between 0 and 4095.Second VLAN ID may be any value between 0 and 4095. this field can be 0x0800 for an IPv4 packet or 0x8902 for a L2 frame. Terminal: The RFC-2544 test will terminate at this NID. vlan1-header .Used to define specific fields in the test packet. vlan2-header . with 7 being the highest priority.This is the Ethernet MAC destination address. It is usually set to 0. vlan2-id . vlan1-cfi .1Q network. .Operational state of the monitor. vlan2-ethertype* . 4. destination-port . source-port . dst-ipv4-addr .Second VLAN priority. dscp .1731 Maintenance Entity Group level (0-7).65535).The IPv4 source address.65535). y1731-level .240 RFC-2544 Monitor Show Configuration rfc2544 monitor show configuration . with 7 being the highest priority.63).This is the IPv4 time to live value (0 .2 CLI Command Guide vlan2-priority . Syntax rfc2544 monitor show results [<monitor-name>] Parameters <monitor-name> .3).This is the destination port for UDP protocol (0 .The Explicit Congestion Notification value (0 .RFC-2544 Monitor Show Configuration MetroNID TE v6.The Diff-Serv CodePoint value (0 .Show RFC-2544 monitor results Description This command displays the RFC-2544 monitor results.This is the source port for UDP or (0 . the command provides the monitor configuration summary. Otherwise.241 RFC-2544 Monitor Show Results rfc2544 monitor show results . Specifying a monitor name provides detailed configuration about this monitor descriptor.255). the command provides the monitor results summary. 3.Show RFC-2544 monitor configuration Description This command displays the RFC-2544 monitor configuration. * Ethertype values 0x9100 and 0x88A8 are considered an S-VLAN.<string> 3.The IPv4 destination address.Y. src-ipv4-addr . The S-VLAN Ethertype used here is the value configured in the global setting. Specifying a monitor name provides detailed results from this monitor. Otherwise. Normal traffic has priority 0. ttl .<string> Revision 1 153 . The range is 0 to 7. Syntax rfc2544 monitor show configuration [<monitor-name>] Parameters <monitor-name> . ecn . 242 RFC-2544 Test Suite Add rfc2544 testsuite add .4. Syntax rfc2544 testsuite add <testsuite-name> { {name <testsuite-name>} {description <testsuite-desc>} {port <port-name>} | {jumbo <0-10240>} | {binary-duration <decimal>} | {strict-failure {enable | disable}} | {verbose {enable | disable}} | {peer <packet-params> } | {back2back {{duration <decimal>} | {repeat <decimal>} | {sizes {64bytes | 128bytes | 256bytes | 512bytes | 1024bytes | 1280 bytes | 1514bytes | jumbo}} {state {enable | disable}} | } } {delay {{duration <decimal>} | {frameloss <decimal>} | {sizes {64bytes | 128bytes | 256bytes | 512bytes | 1024bytes | 1280 bytes | 1514bytes | jumbo}} {state {enable | disable}} | } } {throughput {{duration <decimal>} | {frameloss <decimal>} | {minimum <decimal>} | {maximum <decimal>} | {step <decimal>} | {fine-stepping {enable | disable}} | {sizes {64bytes | 128bytes | 256bytes | 512bytes | 1024bytes | 1280 bytes | 1514bytes | jumbo}} {state {enable | disable}} | } } {frameloss {{duration <decimal>} | {step <decimal>} | {sizes {64bytes | 128bytes | Revision 1 154 .RFC-2544 Test Suite Add MetroNID TE v6.Create a RFC-2544 testsuite Description rfc2544 testsuite add creates a new RFC-2544 testsuite instance.2 CLI Command Guide 3. duration : Duration of the test in seconds. Binary duration can vary from 1 to 10 seconds. state : Enable or disable delay test settings.Name of the port to which to send the flow(s).Frameloss test settings.RFC-2544 Test Suite Add MetroNID TE v6. sizes : Frame sizes to use.Back-to-back test settings. .2 CLI Command Guide }+ } } 256bytes | 512bytes | 1024bytes | 1280 bytes | 1514bytes | jumbo}} {state {enable | disable}} | Parameters name description port jumbo binary-duration strict-failure verbose peer back2back delay throughput frameloss Revision 1 . . state : Enable or disable throughput test settings.Delay and delay variation test settings. step : Granularity of the min-max range. .<string> Unique name for this testsuite. fine-stepping: Enable fine stepping in case of low bandwidth testing (below 12 Mbps). Any combination is valid.Duration of each trial during the binary search for the maximum throughput.1%). repeat : Number of bursts to perform for each packet size. duration : Duration of the test in milliseconds. state : Enable or disable back2back test settings.<string> Description identifying the testsuite and its characteristics. . . . step : Granularity of the min-max range. .1%).Throughput test settings. Any combination is valid.Display all attempts in report file. frameloss: Acceptable difference between measured frame loss (0. sizes : Frame sizes to use. Any combination is valid. .4. duration : Duration of the test in seconds. duration : Duration of the test in seconds. By default. .Peer packet header configuration (see packet syntax and parameters below).Size of the jumbo frames <0-10240>. frameloss: Acceptable difference between measured frame loss (0. . sizes : Frame sizes to use.Failure on Duplicate or Out-Of-Order. sizes : Frame sizes to use. state : Enable or disable frameloss test settings. maximum : Maximum rate in Mbps. 155 . minimum : Minimum rate in Mbps. Any combination is valid. this is set to 2 seconds. . src-ipv4-addr . dscp . ecn . vlan1-priority . Revision 1 156 . 0x9100 for 802. It is usually set to 0.Used to define specific fields in the test packet. or 0x88A8 for 802. .1Q network. vlan1-cfi . Normal traffic has priority 0.The IPv4 source address (valid only for l3-generic).3).Enable or disable VLAN 1 parameters in the frames. dst-ipv4-addr .First VLAN protocol ID set to 0x8100 for 802.Second VLAN CFI may be 0 or 1. The range is 0 to 7. vlan2-cfi .63). this field can be 0x0800 for an IPv4 packet or 0x0806 for an ARP packet. vlan2-ethertype* .The Diff-Serv CodePoint value (0 . It is usually set to 0. or 0x88A8 for 802.255).4. The range is 0 to 7.First VLAN ID may be any value between 0 and 4095.1Q tunneling network.First VLAN CFI may be 0 or 1. . 0x9100 for 802. with 7 being the highest priority. vlan2-id .Second VLAN ID may be any value between 0 and 4095.RFC-2544 Test Suite Add MetroNID TE v6. ttl .Second VLAN priority.The Explicit Congestion Notification value (0 .First VLAN priority.1AD network.Enable or disable VLAN 2 parameters in the frames.1Q tunneling network. vlan1-ethertype* .Second VLAN protocol ID set to 0x8100 for 802. vlan1-header . vlan2-header . For example.1Q network. Normal traffic has priority 0. vlan2-priority .1AD network.This is the IPv4 time to live value (0 . with 7 being the highest priority.2 CLI Command Guide Packet Syntax rfc2544 testsuite add <testsuite-name> peer { {packet-type {layer-2 | l2-accedian | l2-generic | layer-3 | l3-generic}} | {dst-mac-addr <mac-addr>} | {ethertype <0-65535>} | {vlan1-header {enable | disable}} | {vlan1-ethertype <0-65535>} | {vlan1-priority <0-7>} | {vlan1-id <0-4095>} | {vlan1-cfi <0-1>} | {vlan2-header {enable | disable}} | {vlan2-ethertype <0-65535>} | {vlan2-priority <0-7>} | {vlan2-cfi <0-1>} | {vlan2-id <0-4095>} | {dscp <0-63>} | {ecn <0-3>} | {ttl <0-255>} | {dst-ipv4-addr <ip-addr>} | {src-ipv4-addr <ip-addr>} | {destination-port <0-65535>} | {source-port <0-65535>} | {y1731-level <0-7>}}+ Packet Parameters packet-type dst-mac-addr ethertype .This is the Ethernet MAC destination address.The Ethernet type identifies the frame contents.The IPv4 destination address. vlan1-id . .1731 Maintenance Entity Group level (0-7). Syntax rfc2544 testsuite delete { {<testsuite-name>} | reports {<report-name>}}+ Parameters testsuite-name report-name 3. Syntax rfc2544 testsuite edit <testsuite-name> { {name <testsuite-name>} {description <testsuite-desc>} {port <port-name>} | {jumbo <0-10240>} | {binary-duration <decimal>} | {strict-failure {enable | disable}} | {verbose {enable | disable}} | {peer <packet-params> } | {back2back {{duration <decimal>} | {repeat <decimal>} | {sizes {64bytes | 128bytes | 256bytes | 512bytes | 1024bytes | 1280 bytes | 1514bytes | jumbo}} {state {enable | disable}} | } Revision 1 157 .RFC-2544 Test Suite Delete MetroNID TE v6.Delete a RFC-2544 testsuite or report Description This command deletes an existing RFC-2544 testsuite instance or an existing RFC-2544 testsuite report. * Ethertype values 0x9100 and 0x88A8 are considered an S-VLAN.65535).65535).This is the source port for UDP protocol (0 . 3.<string> Unique name for this report. RFC-2544 Test Suite Edit rfc2544 testsuite edit .4. source-port .<string> Unique name for this testsuite.Change a RFC-2544 testsuite Description rfc2544 testsuite edit changes the configuration of an existing RFC-2544 testsuite instance.244 .Y.243 RFC-2544 Test Suite Delete rfc2544 testsuite delete . The S-VLAN Ethertype used here is the value configured in the global setting. y1731-level .2 CLI Command Guide destination-port .This is the destination port for UDP protocol (0 . 2 CLI Command Guide } {delay {{duration <decimal>} | {frameloss <decimal>} | {sizes {64bytes | 128bytes | 256bytes | 512bytes | 1024bytes | 1280 bytes | 1514bytes | jumbo}} {state {enable | disable}} | } } {throughput {{duration <decimal>} | {frameloss <decimal>} | {minimum <decimal>} | {maximum <decimal>} | {step <decimal>} | {fine-stepping {enable | disable}} | {sizes {64bytes | 128bytes | 256bytes | 512bytes | 1024bytes | 1280 bytes | 1514bytes | jumbo}} {state {enable | disable}} | } } {frameloss {{duration <decimal>} | {step <decimal>} | {sizes {64bytes | 128bytes | 256bytes | 512bytes | 1024bytes | 1280 bytes | 1514bytes | jumbo}} {state {enable | disable}} | } } }+ Parameters name description port jumbo binary-duration strict-failure verbose peer back2back Revision 1 . . .Peer packet header configuration (see packet syntax and parameters below). Any combination is valid. By default.<string> Description identifying the testsuite and its characteristics.4. repeat : Number of bursts to perform for each packet size. 158 . duration : Duration of the test in milliseconds.Size of the jumbo frames <0-10240>. .Duration of each trial during the binary search for the maximum throughput.Back-to-back test settings.RFC-2544 Test Suite Edit MetroNID TE v6.Name of the port to which to send the flow(s). . sizes : Frame sizes to use.<string> Unique name for this testsuite. . .Failure on Duplicate or Out-Of-Order. this is set to 2 seconds. . Binary duration can vary from 1 to 10 seconds. .Display all attempts in report file. Any combination is valid. step : Granularity of the min-max range.4. frameloss: Acceptable difference between measured frame loss (0. minimum : Minimum rate in Mbps. state : Enable or disable frameloss test settings.RFC-2544 Test Suite Edit MetroNID TE v6. state : Enable or disable throughput test settings. state : Enable or disable delay test settings.Delay and delay variation test settings.1%). duration : Duration of the test in seconds.2 CLI Command Guide delay throughput frameloss state : Enable or disable back2back test settings. Any combination is valid. . step : Granularity of the min-max range. . sizes : Frame sizes to use. Packet Syntax rfc2544 testsuite edit <testsuite-name> peer { {packet-type {layer-2 | l2-accedian | l2-generic | layer-3 | l3-generic}} | {dst-mac-addr <mac-addr>} | {ethertype <0-65535>} | {vlan1-header {enable | disable}} | {vlan1-ethertype <0-65535>} | {vlan1-priority <0-7>} | {vlan1-id <0-4095>} | {vlan1-cfi <0-1>} | {vlan2-header {enable | disable}} | {vlan2-ethertype <0-65535>} | {vlan2-priority <0-7>} | {vlan2-cfi <0-1>} | {vlan2-id <0-4095>} | {dscp <0-63>} | {ecn <0-3>} | {ttl <0-255>} | {dst-ipv4-addr <ip-addr>} | {src-ipv4-addr <ip-addr>} | {destination-port <0-65535>} | {source-port <0-65535>} | {y1731-level <0-7>}}+ Revision 1 159 . sizes : Frame sizes to use. frameloss: Acceptable difference between measured frame loss (0. sizes : Frame sizes to use.Throughput test settings. duration : Duration of the test in seconds. maximum : Maximum rate in Mbps. . fine-stepping: Enable fine stepping in case of low bandwidth testing (below 12 Mbps). duration : Duration of the test in seconds. Any combination is valid.1%).Frameloss test settings. 63). vlan2-priority .This is the Ethernet MAC destination address. vlan1-priority . the command provides a summary of the configured testsuites.2 CLI Command Guide Packet Parameters packet-type dst-mac-addr ethertype .3). Normal traffic has priority 0.65535). vlan2-ethertype* . 0x9100 for 802.The Diff-Serv CodePoint value (0 .The IPv4 source address (valid only for l3-generic).<string> Name of the specific testsuite for which to display the configuration.1Q network.This is the IPv4 time to live value (0 .First VLAN protocol ID set to 0x8100 for 802. Specifying a testsuite name displays the detailed configuration for this testsuite. ecn . source-port . y1731-level .The IPv4 destination address.RFC-2544 Test Suite Show Configuration MetroNID TE v6.This is the source port for UDP protocol (0 .The Ethernet type identifies the frame contents. It is usually set to 0.The Explicit Congestion Notification value (0 . * Ethertype values 0x9100 and 0x88A8 are considered an S-VLAN.1Q tunneling network. vlan1-id . Syntax rfc2544 testsuite show configuration [<testsuite-name>] Parameters <testsuite-name> . Normal traffic has priority 0. vlan1-header .1Q network. The range is 0 to 7. vlan2-header .Second VLAN protocol ID set to 0x8100 for 802.Show RFC-2544 testsuite configuration Description This command displays the RFC-2544 testsuite configuration. with 7 being the highest priority. Otherwise. . For example. this field can be 0x0800 for an IPv4 packet or 0x0806 for an ARP packet.4.Used to define specific fields in the test packet. vlan1-cfi .Second VLAN priority. The S-VLAN Ethertype used here is the value configured in the global setting. . ttl .65535).1731 Maintenance Entity Group level (0-7). or 0x88A8 for 802. dst-ipv4-addr .1AD network.Y.Enable or disable VLAN 1 parameters in the frames.Second VLAN ID may be any value between 0 and 4095. destination-port .1Q tunneling network.This is the destination port for UDP protocol (0 .245 RFC-2544 Test Suite Show Configuration rfc2544 testsuite show configuration . vlan2-id . or 0x88A8 for 802. with 7 being the highest priority.1AD network. 0x9100 for 802. vlan1-ethertype* . The range is 0 to 7. dscp .First VLAN CFI may be 0 or 1.First VLAN ID may be any value between 0 and 4095. 3. It is usually set to 0.255).Second VLAN CFI may be 0 or 1.Enable or disable VLAN 2 parameters in the frames. src-ipv4-addr . vlan2-cfi . Revision 1 160 .First VLAN priority. 246 RFC-2544 Test Suite Show Reports rfc2544 testsuite show reports .RFC-2544 Test Suite Show Reports MetroNID TE v6. Syntax rfc2544 testsuite start filename <filename> suite <testsuite-name> { {description <report-desc>} | {technician <report-tech>} | {note <report-note>} }+ Parameters filename suite description technician note Revision 1 - <string> <string> <string> <string> <string> will be Unique filename for the report. the command provides a summary of the configured reports. This note included in the report.2 CLI Command Guide 3.Starts a RFC-2544 testsuite and produces a report Description This command starts the specified and creates a new report. The displayed Failed : Running : Stopped : Completed : status for each report can be one of the following: An error occurred during the testsuite execution.4. Name of the technician running this testsuite.247 RFC-2544 Test Suite Start rfc2544 testsuite start . The Testsuite has completed. A user stopped the testsuite during its execution. The testsuite is currently running.Show RFC-2544 testsuite reports Description This command displays the RFC-2544 testsuite reports. Syntax rfc2544 testsuite show reports [<filename>] Parameters <filename> . Description for this report.<string> Unique filename associated with the report. Name for the testsuite to run. Otherwise. Specifying a report name displays the complete report on the screen. Note associated to this testsuite. 161 . 3. 1. Syntax rfc2544 testsuite stop <filename> Parameters filename 3.168.10 tftp://192.10. e.Uploads a RFC-2544 report file Description This command is used to upload an RFC-2544 report file to a remote location. Syntax rfc2544 testsuite upload <filename> <url> Parameters filename url Revision 1 .RFC-2544 Test Suite Stop MetroNID TE v6.<string> Unique filename associated with the testsuite.<string> Unique filename associated with the testsuite.10.com sftp://username:
[email protected] to reach the server and directory.5 scp://username:
[email protected]:/target_directory The filename of the report will be automatically appended to the specified URL.4.249 . 162 .Stops a running RFC-2544 testsuite Description This command stops the execution of a running RFC-2544 testsuite.168. .248 RFC-2544 Test Suite Stop rfc2544 testsuite stop .168. RFC-2544 Test Suite Upload rfc2544 testsuite upload .g. ftp://username:
[email protected] CLI Command Guide 3. 4. gateway . In most situations.Delete an existing route Description The route delete command lets you delete configured routes in the system. This is only for specific situations when a target exists on a different network for that interface. This is only for specific situations when a target exists on a different network for that interface. the interface is determined automatically.<string> The interface with which the route is associated. e. Use 0.Network or host address of the route.251 Route Delete route delete .The interface with which the route is associated. It can be a brief description of the route. 3. Syntax route {add|edit} <route-name> { {type {host | net}} | {destination <ip-addr>} | {netmask <ip-addr>} | {gateway <ip-addr>} | {interface <interface-name>} }+ Parameters <route-name> . the interface is determined automatically.Edit an existing route Description The route add/edit command lets you add or modify the system routing table.250 Route Add/Edit route add .2 CLI Command Guide 3. destination .Mask assigned to the route.0 to denote the default route.Route Add/Edit MetroNID TE v6.Add a new route route edit .<string> The name of the route.<string> Revision 1 163 . netmask .Route type may either be Network for a range of addresses or Host for a specific IP address. <interface-name> .0.Gateway address associated with this route or default gateway address. "Default". Only used for network routes. In most situations. Syntax route delete <route-name> Parameters <route-name> .0.g. type . interface . A unique name to identify a metric instance inside a service availability instance. Syntax sa add metric <sa-name> <metric-name> { {paa-plr <paa-id>} | {paa-ow-delay <paa-id>} | {paa-ow-dv <paa-id>} | {paa-tw-delay <paa-id>} | {paa-tw-dv <paa-id>} | {cfm-plr <pl-id>} | {dmm-ow-delay <dmm-id>} | {dmm-ow-dv <dmm-id>} | {dmm-tw-delay <dmm-id>} | {dmm-tw-dv <dmm-id>} | {slm-near-end-plr <slm-id>} | {slm-far-end-plr <slm-id>} | {threshold <decimal>} }+ <dmm-id> <paa-id> <pl-id> <slm-id> <metric-name> <sa-name> = = = = = = <decimal> <decimal> <decimal> <decimal> <string> <string> | | | | <string> <string> <string> <string> Parameters <sa-name> <metric-name> Revision 1 . .Add a performance metric to an Service Availability instance Description Add a performance metric to Service Availability instance.2 CLI Command Guide 3.4.Display active IPv4 routes Description The route show command lets you show active and configured routes in the system.252 Route Show Configuration/Active route show configuration route show active .The name of a service availability instance.Display statically configured IPv4 routes .Route Show Configuration/Active MetroNID TE v6. 164 .253 SA Add Metric sa add metric .<string> 3. Syntax route show active route show [configuration [<route-name>]] Parameters <route-name> . .The performance metric is far end SLM packet loss.The performance metric is one way delay variation from a PAA instance. Instance number or instance name. . .The performance metric is two way delay variation from a PAA instance. .The performance metric is one way delay from a PAA instance. . .The performance metric is near end SLM packet loss.The performance metric is two way delay from a PAA instance.4.The performance metric is two way delay from a DMM instance. . . Instance number or instance name. . Instance number or instance name.CFM packet loss instance identifier. 165 . . . . .The threshold used to determine if the metric performs correctly.The performance metric is packet loss from a PAA instance.The performance metric is two way delay variation from a PAA instance.The performance metric is a CFM packet loss instance.The identifier of a PAA instance. .The performance metric is one way delay variation from a PAA instance.SA Add Metric MetroNID TE v6.CFM DMM instance identifier.2 CLI Command Guide <paa-id> <pl-id> <dmm-id> <threshold> paa-plr paa-ow-delay paa-ow-dv paa-tw-delay paa-tw-dv cfm-plr dmm-ow-delay dmm-ow-dv dmm-tw-delay dmm-tw-dv slm-near-end-plr slm-far-end-plr Revision 1 . .The performance metric is one way delay from a DMM instance. monotonic: Clear monotonic counters.A reporting period over which periodic availability counters are evaluated in addition to the monotonic counters.The interval of time during which the metric is evaluated. 3. 10.The number of consecutive Time Intervals used to assess Consecutive High Loss Intervals for this instance. all : Clear all counters. reporting-period . hli-window-size .Creates a Service Availability instance Description Creates a Service Availability instance. Default value is 10.The type of counter to clear: periodic : Clear periodic counters. Default. 5. Syntax sa clear service counters [name <sa-name>] [type {periodic|monotonic|all}] <sa-name> = <string> Parameters name type Revision 1 .254 SA Add Service sa add service .The name of a service availability instance.SA Add Service MetroNID TE v6.Clear service availability counters Description Clear service availability counters.2 CLI Command Guide 3. clears all instances of the selected counters. If omitted. Default value is 1 second. Default value is 3. 20.255 SA Clear Service Counters sa clear service counters . or 60 seconds. Allowed values are 1.The number of consecutive Time Intervals used to assess Service Availability for this instance. 166 .4. . Syntax sa add service <sa-name> { {window-size <decimal>} | {reporting-period <decimal>} | {hli-window-size <decimal>} | {time-interval <decimal>}}+ Parameters <sa-name> window-size . .A unique name to identify a service availability instance. time-interval . The name of a service availability instance.257 SA Delete Service sa delete service .4.256 SA Delete Metric sa delete metric .2 CLI Command Guide 3.SA Delete Metric MetroNID TE v6. <metric-name> . 167 .The name of the metric to remove. Syntax sa delete service <sa-name> <sa-name> = <string> Parameters <sa-name> Revision 1 .Delete a Service Availability instance Description Delete a Service Availability instance.A unique name identifying a service availability instance. 3.Remove a performance metric from a Service Availability instance Description Remove a performance metric from a Service Availability instance. Syntax sa delete metric <sa-name> <metric-name> <sa-name> = <string> <metric-name> = <string> Parameters <sa-name> . Syntax sa edit metric <sa-name> <metric-name> { name <metric-name> threshold {<plr-thld> | <delay-thld>}} <sa-name> <metric-name> <delay-thrld> <plr-thld> = = = = <string> <string> <decimal> <decimal> Parameters <sa-name> .The new name to assign to the metric instance threshold .SA Edit Metric MetroNID TE v6.The name of a service availability instance.A packet loss ratio threshold or a delay threshold depending on metric type.The name of metric instance inside the service availability instance.258 SA Edit Metric sa edit metric . <metric-name> .Modify a performance metric on a Service Availability instance Description Modify a performance metric on a Service Availability instance.2 CLI Command Guide 3. name .4. Revision 1 168 . The instance state: is : In service. hli-window-size . availability assessment is suspended. Default 10. Default value is 1 second.4.The name of a service availability instance.SA Edit Service MetroNID TE v6. 10.The number of consecutive time intervals used to assess Consecutive High Loss Intervals for this instance.A reporting period over which availability counters are evaluated in addition to the monotonic counters. Default value is 3. Syntax sa edit service <sa-name> {{name <string>} | {window-size <decimal>} | {time-interval <decimal>} | {hli-window-size <decimal>} | {reporting-period <decimal>} {state <is | oos>} }+ <sa-name> = <string> Parameters <sa-name> name window-size .The interval of time during which the metric is evaluated. or 60 seconds. 20. Default is 15 minutes. availability must be assessed. . oos: Out of service. 5. Allowed values are 1. Revision 1 169 . . reporting-period .Modify a Service Availability instance Description Modify a Service Availability instance. This is the default state.The number of consecutive seconds over which to assess availability.2 CLI Command Guide 3.A new name to assign to the service instance. time-interval .259 SA Edit Service sa edit service . state . detailed availability counters are displayed for the specified instance.4.260 SA Show Metric Configuration sa show metric configuration .The name of a service availability instance. value .An optional metric instance name to display.SA Show Metric Configuration MetroNID TE v6.Display metric counters for a service availability instance Description Display metric counters for a service availability instance.the period index or the number of buckets to display.The name of the metric to display. Syntax sa show metric configuration <sa-name> <metric-name> <metric-name> = <string> <sa-name> = <string> Parameters <sa-name> . Parameters <metric-name> . <metric-name> . Revision 1 170 . type historic . a summary of all metric counters for the service instance are displayed. The options are buckets or periods.The type of history statistics to retrieve. Otherwise. When a metric instance name is specified. 3. Syntax sa show metric counters <sa-name> [<metric-name>] [type historic {buckets | period } value] <sa-name> = The name of a service availability instance.2 CLI Command Guide 3.Display detailed performance metric configuration Description Display detailed performance metric configuration.261 SA Show Metric Counters sa show metric counters . Syntax sa show service counters [<sa-name>] [type historic {buckets | period } value] <sa-name> = <string> Parameters <sa-name> . value .Display service availability counters Description Display service availability counters. Syntax sa show service configuration [<sa-name>] <sa-name> = <string> Parameters <sa-name> . Revision 1 171 . if the history feature is enabled. 3.An optional instance name to display.4. type historic . detailed availability counters are displayed for the specified instance. history information may be displayed by specifying the type.SA Show Service Configuration MetroNID TE v6. When an instance name is specified.Display service availability configuration Description Display service availability configuration. The options are buckets or periods.262 SA Show Service Configuration sa show service configuration . Additionally. Otherwise. a configuration summary for all instances is displayed.The type of history statistics to retrieve. a summary of all availability counters for all instances are displayed.the period index or the number of buckets to display.Optional service instance name to display.263 SA Show Service Counters sa show service counters .2 CLI Command Guide 3. Otherwise. When an instance name specified. a detailed configuration report is displayed for the specified instance. Enable the SAT protocol on this unit.4. 3.Clear SAT protocol statistics Description This command is used to clear all the SAT protocol server statistics. sat-udp-port .265 SAT Protocol Edit sat-protocol edit . Syntax sat-protocol clear statistics 3.2 CLI Command Guide 3.Change SAT protocol configuration Description This command is used to modify the SAT protocol configuration parameters.Show SAT protocol configuration Description This command displays the protocol configuration.This is the One-way traffic UDP port (1025-32767). Syntax sat-protocol edit { {state {enable | disable}} | {sat-udp-port <1025-32767>} | {ow-udp-port <1025-32767>}}+ Parameters state . ow-udp-port . Syntax sat-protocol show configuration Revision 1 172 .266 SAT Protocol Show Configuration sat-protocol show configuration .264 SAT Protocol Clear Statistics sat-protocol clear statistics .This is the UDP port used for this protocol (1025-32767).SAT Protocol Clear Statistics MetroNID TE v6. SAT Protocol Show Sessions MetroNID TE v6. Syntax sat-protocol show sessions 3.267 SAT Protocol Show Sessions sat-protocol show sessions .4. Syntax sat-protocol show statistics Revision 1 173 .Show SAT protocol current server sessions Description This command displays the protocol current server sessions.Show SAT protocol server statistics Description This command displays the SAT protocol server statistics.268 SAT Protocol Show Statistics sat-protocol show statistics .2 CLI Command Guide 3. Syntax sat-reporting edit { {rfc2544-reporting {disable | enable}} | {rfc2544-txt-transfer {disable | enable}} | {rfc2544-xml-transfer {disable | enable}} | {y1564-reporting {disable | enable}} | {y1564-txt-transfer {disable | enable}} | {y1564-xml-transfer {disable | enable}} | {url <url>} | {scp-password <password>}}+ Parameters rfc2544-reporting . .com:/target_directory scp-password . rfc2544-xml-transfer .1564 text file to the server.Send RFC-2544 XML file to the server. Syntax sat-reporting show configuration Revision 1 174 .269 SAT Reporting Edit sat-reporting edit .Send RFC-2544 text file to the server.Enable transfer of Y.URL to reach the server and directory e. rfc2544-txt-transfer . SAT Reporting Show Configuration sat-reporting show configuration .1564 XML file to the server.SAT Reporting Edit MetroNID TE v6. .270 y1564-reporting y1564-txt-transfer y1564-xml-transfer .Send Y.Show SAT reporting configuration Description The command displays the SAT reporting configuration.4.Enable transfer of RFC-2544 report.Change SAT reporting configuration Description This command allows to change the parameters of the SAT reporting feature.g.Send Y.1564 report. 3. ftp://username:
[email protected] tftp://mypc.com sftp://username@mypc. url .com scp://
[email protected] CLI Command Guide 3.Password used for SCP and SFTP transfers. .Allows you to edit the session configuration Description session edit allows you to change the maximum number of sessions allowed at one time as well as the timeout values for idle sessions.Maximum number of WEB sessions that are supported at the same time. .4. .Maximum number of seconds that a WEB session can remain idle before it is automatically logged out. Syntax session show configuration Revision 1 175 .2 CLI Command Guide 3. Session Show Configuration session show configuration . .Maximum number of CLI sessions that are supported at the same time. . .Maximum number of seconds that a CLI session can remain idle before it is automatically logged out.271 Session Edit session edit .Total number of CLI and WEB sessions that are supported at the same time.Show the session configuration parameters Description session show configuration will show the maximum number of sessions allowed at a time as well as the timeout values for idle sessions. Syntax session edit { {auth-order {local | radius | local-radius | radius-local | strict-radius-local | tacacs+ | local-tacacs+ | tacacs+-local | strict-tacacs+-local}} | {maxsessions <decimal>} | {maxclisessions <decimal>} | {maxwebsessions <decimal>} | {timeoutcli <decimal>} | {timeoutweb <decimal>} | {telnet-server {enable | disable}} }+ Parameters auth-order maxsessions maxclisessions maxwebsessions timeoutcli timeoutweb telnet-server 3.272 .Session Edit MetroNID TE v6.Authentication client to use in order of availability.Enable or disable the telnet server on the unit. Syntax session writeunlock Revision 1 176 . The session identifier is listed in session show status. Syntax session show status 3. Syntax session writelock 3.276 Session Writeunlock session writeunlock . Syntax session terminate {<session-id>} Parameters <session-id> .<decimal> 3.4.Terminate the specified session Description session terminate will terminate the specified GUI or CLI session.Return the writelock Description session writeunlock returns the writelock so that another session can take hold of it.Show logged users information Description session show status will show the status and information about all logged in users.275 Session Writelock session writelock .2 CLI Command Guide 3.Take hold of the writelock Description session writelock ensures that no other sessions can make modifications to the unit configuration at the same time.Session Show Status MetroNID TE v6.273 Session Show Status session show status .274 Session Terminate session terminate . 4.Show SFP information Description sfp show prints SFP thresholds and status.Dump SFP memory Description sfp dump prints SFP memory contents.277 SFP Dump sfp dump . Syntax sfp dump {<connector-name> | <port-name>} 3.2 CLI Command Guide 3.278 SFP Show sfp show . as well as vendor information.SFP Dump MetroNID TE v6. Syntax sfp show [<connector-name> | <port-name>] Revision 1 177 . Note: Changing this value restarts the SNMP agent.3. 178 .3.5.Community string used for Read-Only operations.4.6. . .3.279 SNMP Edit snmp edit .5.1.1. .4 linkUp).2 CLI Command Guide 3. .3.1.1.6. .The textual identification of the contact person for this managed node. By convention.6.1. together with information on how to contact this person (see RFC-1213 for more details). it can be the address of the building and the floor number (see RFC-1213 for more details). .3. Maps to generic traps 2(1.Community string used for Read-Write operations.6.3 linkDown) and 3(1. Syntax snmp edit { {state {disable | enable}} | {use-host-name {enable | disable} | {agent-port <1-65535>} | {contact-info <string>} | {ro-community <string>} | {rw-community <string> } | {system-location <string>} | {system-name <string>} | {authentication-trap {enable | disable}} | {link-trap {enable | disable}}+ Parameters state use-host-name agent-port contact-info ro-community rw-community system-location system-name authentication-trap link-trap Revision 1 .Enable this option to have a trap generated when authentication to the agent fails.1.1.Makes the agent listen on the specified UDP port on all interfaces. . . .3. For instance.Enable or disable the SNMP agent.The physical location of this node.1.An administratively-assigned name for this managed node.5).SNMP Edit MetroNID TE v6.5.Edit SNMP agent configuration Description snmp edit allows you to change the SNMP agent configuration.6. Map to the generic trap 4(1.1.6.Use the configured host name as system-name.Enable this option to have a trap generated when link status changes. this is the node's fully-qualified domain name (see RFC-1213 for more details). Refresh of the configured host name for SNMP traps. host-port .2 CLI Command Guide 3.281 SNMP Trap Edit Auto snmp-trap edit auto . host-community . host-name-refresh .280 SNMP Show snmp show .Set the version (v1 or v2c) of the configured host SNMP traps. Syntax snmp-trap edit auto { {host-state {enable | disable}} | {host-community <string>} | {host-port <1-65535>} {trap-version {v1 | v2c}} {host-name-refresh} }+ Parameters host-state .SNMP Show MetroNID TE v6. Revision 1 179 .This command defines the UDP port to use when sending SNMP traps (the well-known SNMP trap port 162 is used by default).Community string used to send SNMP traps to configured host. trap-version .Edit automatic SNMP trap handler configuration Description This command allows you to change the automatic SNMP trap handler configuration.Show snmp configuration Description snmp show displays the SNMP configuration Syntax snmp show 3.Enable/Disable the sending of SNMP traps to the configured host.4. Community string used to send SNMP traps to configured host.4. The unit sends a Cold Start trap when it starts and upon authentication failure. host-community . 3.SNMP Trap Edit V1 MetroNID TE v6.Community string used to send SNMP traps to configured host.This command defines the UDP port to use when sending traps (the well-known SNMP trap port 162 is used by default). host-name . Syntax snmp-trap edit v2c <host-id> { {host-state {enable | disable}} | {host-community <string>} | {host-name <string>} | {host-port <1-65535>}}+ Parameters host-state . Revision 1 180 . The unit sends a Cold Start trap when it starts and upon authentication failure.283 SNMP Trap Edit V2c snmp-trap edit v2c .Enable/Disable the sending of traps to the configured host.This command defines the host name or IP address of the server to which the traps (and/or inform notifications) are sent. host-port . host-port .Edit SNMP v1 trap handler configuration Description This command allows you to change the SNMP v1 trap handler configuration.This command defines the host name or IP address of the server to which the traps (and/or inform notifications) are sent. Syntax snmp-trap edit v1 <host-id> { {host-state {enable | disable}} | {host-community <string>} | {host-name <string>} | {host-port <1-65535>}}+ Parameters host-state .Edit SNMP v2c trap handler configuration Description This command allows you to change the SNMP v2c trap handler configuration.This command defines the UDP port to use when sending traps (the well-known SNMP trap port 162 is used by default).282 SNMP Trap Edit V1 snmp-trap edit v1 .Enable/Disable the sending of traps to the configured host. host-community . host-name .2 CLI Command Guide 3. SNMP Trap Show MetroNID TE v6.4.2 CLI Command Guide 3.284 SNMP Trap Show snmp-trap show - Show SNMP trap handler configuration Description snmp-trap show displays the SNMP trap handler configuration. Syntax snmp-trap show 3.285 Statistics Clear statistics clear - clear all statistics Description After issuing this command, the following statistics will be cleared: - All ports statistics - All policies statistics - All bandwidth regulators statistics - All OAM instances statistics Syntax statistics clear Revision 1 181 SyncE Edit MetroNID TE v6.4.2 CLI Command Guide 3.286 SyncE Edit synce edit - Edit SyncE settings Description Configure the Synchronous Ethernet settings. Syntax synce } {edit} { { { { { { state { enable | disable } } | prc <port> } | src {<port> | none}} | revertive { enable | disable } } | force-clock { none | primary | secondary } } Parameters state prc src revertive force-clock Revision 1 - Enable or disable the SyncE feature. - Port from which the Primary Reference Clock is recovered. - Port from which the Secondary Reference Clock is recovered. None if only the prc is desired. - Enable or disable the revertive clock source selection. - Set the forced clock source selection, or none for automatic clock source selection. 182 Syntax MetroNID TE v6.4.2 CLI Command Guide 3.287 Syntax syntax - Display CLI syntax Description Display CLI syntax explanations. Syntax syntax 3.288 Syslog Edit syslog edit - Change syslog settings Description syslog edit controls the system logger. All messages are reported into the system logger and they are kept or trashed depending on the system logger level. The system logger also supports remote logging. You can send messages to an external computer. The different levels for the syslog are: 1) 2) 3) 4) 5) 6) 7) 8) Emergency Alert Critical Error Warning Notice Info Debug : : : : : : : : system is unusable action must be taken immediately critical conditions error conditions warning conditions normal, but significant, condition informational message debug-level message The syslog level you choose enables all messages from the specified level and all messages from lower levels. When dev-facility is enabled, all messages are logged using the user-defined facility instead of the default ones. Syntax syslog edit {{dev-facility {enable | disable} <facility>} {remote {disable | enable}} | {host {<host-name>}} | {priority {<level>}} }+ Parameters <host-name> <FQHN> <level> <facility> dev-facility Revision 1 - <ip-addr> | <FQHN> <string> <Emergency|Alert|Critical|Error|Warning|Notice|Info|Debug> <LOCAL0|LOCAL1|LOCAL2|LOCAL3|LOCAL4|LOCAL5|LOCAL6|LOCAL7> Enable or disable device facility to log all messages 183 Syslog Show Configuration MetroNID TE v6.4.2 CLI Command Guide host priority remote 3.289 using a user-defined facility instead of the default ones. - The remote address to log messages to. - The priority level, as listed above. - Enable or disable the sending of messages to a remote syslog server. Syslog Show Configuration syslog show configuration - Show syslog configuration Description syslog show prints the syslog configuration. Syntax syslog show configuration 3.290 Syslog Show Log syslog show log - Show the system log Description syslog show log display the system log. Syntax syslog show log 3.291 Syslog Show Log Continuous syslog show log continuous - Show the system log without page breaks Description syslog show log continuous displays the system log without page breaks. Press CTRL-C to interrupt. Syntax syslog show log continuous 3.292 System Show Status system show status - Display system status Description This command displays system status (operational readiness) Syntax system show status Revision 1 184 Optional bind address to access server2. Enter '0.0. in which the same timeout and retry scheme will apply. .0.Shared secret for server1.Number of times to retry the server before trying with the next configured server.2 CLI Command Guide 3. . a connection to the next configured server will be attempted. .Authentication method to use.The time to wait for the TACACS+ server to respond before retrying the connection.TACACS+ server TCP port to connect to. .TACACS+ server TCP port to connect to. in seconds. Enter '0. NOTE: The new parameters take effect upon the next login attempt.TACACS+ host server to authenticate to. . . After the number of retries has been exhausted.0' or '::' to disable this server. .Optional bind address to access server1.0. . then authorize management access to the unit.4. Syntax tacacs-plus edit { {auth-method {pap}} | {auth-server1-host {<ip-addr> | <dns-name>}} | {auth-server1-port <decimal>} | {auth-server1-secret <string>} | {auth-server1-source <ip-addr>} | {auth-server2-host {<ip-addr> | <dns-name>}} | {auth-server2-port <decimal>} | {auth-server2-secret <string>} | {auth-server2-source <ip-addr>} | {timeout <decimal>} | {retries <decimal>} }+ Parameters auth-method auth-server1-host auth-server1-port auth-server1-secret auth-server1-source auth-server2-host auth-server2-port auth-server2-secret auth-server2-source timeout retries Revision 1 .0' or '::' to disable this server.Only used if the first host server does not respond.0.293 TACACS+ Edit tacacs-plus edit . .Used to edit TACACS+ configuration values Description Use the tacacs-plus edit command to modify the TACACS+ parameters required to authenticate. .TACACS+ Edit MetroNID TE v6.Shared secret for server2. 185 . 4. The test attempts to connect to a TCP port to verify if a service is reachable. 186 . Syntax tcp-connect host {host | net} | {port <tcp-port>} | {timeout <time-in-seconds>} } Parameters host port timeout Revision 1 .2 CLI Command Guide 3. .Test that a TCP service is responding Description Test similar to a ping but at a higher level in the protocol stack.Time in seconds before giving up.The remote address or domain name to test. .295 TCP Connect tcp-connect .294 TACACS+ Show tacacs-plus show . Syntax tacacs-plus show 3.TCP port (service) to test.TACACS+ Show MetroNID TE v6.Show the TACACS+ configuration Description Displays the current TACACS+ configuration. Syntax traffic edit mode [policy_list] { {vid-set {inner | outer}} }+ Parameters vid-set .4. the outer VLAN will be ignored.Allows to edit the policy list VLAN mode configuration. Description traffic edit allows you to configure options related to traffic policy lists.Traceroute MetroNID TE v6.297 Set the don't fragment bit Use ICMP ECHO instead of UDP datagrams Display the ttl value of the returned packet Set SO_DEBUG options to socket Print hop addresses numerically rather than symbolically Bypass the normal routing tables and send directly to a host Verbose Max time-to-live (max number of hops) Base UDP port number used in probes (default 33434) Number of probes per 'ttl' (default 3) IP address to use as the source address Type-of-service in probe packets (default 0) Time in seconds to wait for a response (default 3 sec) Loose source route gateway (8 max) Traffic Edit Mode traffic edit mode . Usage traceroute [-FIldnrv] [-f 1st_ttl] [-m max_ttl] [-p port#] [-q nqueries] [-s src_addr] [-t tos] [-w wait] [-g gateway] [-i iface] [-z pausemsecs] host [data size] Options -F -I -l -d -n -r -v -m -p -q -s -t -w -g 3. this option is used to inspect the inner or the outer VLAN for each policy list. When using the option as inner VLAN.When using traffic policies with VLAN sets. The default is outer VLAN.Trace the route to HOST Description traceroute tracks the route packets take through an IP network on their way to a given host.296 Traceroute traceroute .2 CLI Command Guide 3. Revision 1 187 . .4.298 Traffic Shaping Clear Port Statistics traffic-shaping clear port statistics .Map name to edit .New map name . towards the Network port.<0-15>] } | {pre-color <green | yellow> } | {map-name <map name> } | {new-name <new map name> } | {shaper <shaper-name> }}+ Parameters decode-dei dei-pcp-list pre-color map-name new-name shaper .Modify PCP to shaper mapping Description Modify the PCP to shaper mapping Standard and Aggregator 2x1 Modes: Syntax traffic-shaping {edit} map { {decode-dei <disable | enable> } | {dei-pcp-list {<0-15> [. .2 CLI Command Guide 3. Syntax traffic-shaping clear port statistics [<port-name>] Parameters <port-name> 3.299 .Traffic Shaping Clear Port Statistics MetroNID TE v6.A comma-separated list of PCP values or ranges (x-y) to be mapped.Pre-marking color to be assigned to PCP vaklues specified in dei-pcp-list. Only valid if decode-dei is not enabled.Traffic shaper that is mapped to the PCP values specified in dei-pcp-list Aggregator 3x1 Mode: Syntax traffic-shaping {edit} map { Revision 1 188 .|.Use DEI as pre-color . looped back traffic and generator traffic. 0-7 are PCP values for DEI=0 and 8-15 are PCP values for DEI=1.Clear port shaping statistics Description This command clears statistics for the traffic originating from the CPU.<string> Traffic Shaping Edit Map traffic-shaping edit map . In Aggretion 3x1 mode.4. and af-3 map the traffic to the Client ports queues as follows: ef : Real-time queue of Client X (client-X-rt) af-1: Queue 1 of Client X (client-X-q1) af-2: Queue 2 of Client X (client-X-q2) af-2: Queue 3 of Client X (client-X-q3) Where X = 1. The generic queue-type ef. 2.<0-15>] } | {pre-color <green | yellow> } | {map-name <map name> } | {new-name <new map name> } | {queue-type <ef|af-1|af-2|af-3> }}+ Parameters decode-dei dei-pcp-list pre-color map-name new-name queue-type Revision 1 . af-1. but the same PCP to shaper map is used for all 3 Client ports. Only valid if decode-dei is not enabled. .Traffic Shaping Edit Map MetroNID TE v6. .Shaper queue that is mapped to the PCP values specified in dei-pcp-list.A comma-separated list of PCP values or ranges (x-y) to be mapped.|.2 CLI Command Guide {decode-dei <disable | enable> } | {dei-pcp-list {<0-15> [. af-2.New map name . or 3 189 .Map name to edit .Use DEI as pre-color .Pre-marking color to be assigned to PCP values specified in dei-pcp-list. 0-7 are PCP values for DEI=0 and 8-15 are PCP values for DEI=1. each Client port has its own set of shaping queues. Traffic Shaping Edit Port MetroNID TE v6. the real-time queue traffic will always be forwarded. 3. even if the global CIR is set to zero. realtime-cir-state . Syntax traffic-shaping edit queue <queue-name> { {blue-freeze-time {0-655}} | {blue-decrement {0-127}} {blue-increment {0-127}} {blue-max-level {16-2038}} | {blue-min-level {16-2038}} | {cbs {0-63}} | {cir {0-1000}} | {cir-max {0-1000}} | {color {green | yellow}} | {coupling-flag {enable | disable}} | {ebs {0-63}} | Revision 1 190 . In other words.2 CLI Command Guide 3.300 Traffic Shaping Edit Port traffic-shaping edit port . expressed as a multiple of 256 Bytes.Disable this option to bypass the traffic shaping for real-time queue. Syntax traffic-shaping {edit} port <port-name> { {cir <0-1000000> } | {cbs <0-10240> } | {cpu-cir {disable | enable} } | {realtime-cir {disable | enable} } }+ Parameters cir . In other words. expressed as a multiple of 125 Kbps. the CPU traffic will always be forwarded.Disable this option to bypass shaping for CPU traffic.Edit queue configuration Description Modify queue configurations.301 Traffic Shaping Edit Queue traffic-shaping edit queue . cpu-cir-state . even if the global CIR is set to zero.4.Modify port shaping configuration Description Modify a port shaping configuration.Port global shaping rate of green frames.Port global burst of green frames. cbs . Traffic Shaping Edit Queue MetroNID TE v6.4.2 CLI Command Guide {eir {0-1000}} | {eir-max {0-1000}} | {green-max-level {16-2038}} | {name <string>} | {port <port-name>} | {priority {0-7}} | {shaping-mode {ingress | egress}} | {shaping-state {enable | disable}} | {yellow-max-level {16-2038}}}+ Parameters blue-freeze-time blue-decrement blue-increment blue-max-level blue-min-level cbs cir cir-max color coupling-flag ebs eir eir-max green-max-level name port priority shaping-mode shaping-state yellow-max-level Revision 1 - Minimum interval time (ms) between two successive updates of the marking probability. - The marking probability is decremented by this value if the queue is idle. - The marking probability is incremented by this value if there is a buffer overflow. - The maximum acceptable level before increasing the marking probability. - The minimum acceptable level before decreasing the marking probability. - Committed Burst Size in 1 kB. - Committed Information Rate in 1Kbps. Step of 125Kbps - Maximum Committed Information Rate in 1Kbps. Step of 125Kbps - Used whn shaping is disabled, to set the color of the queue. When set to yellow and priority is set to 0, this create a 'best effort queue'. - When enabled, unused token from CIR bucket are passed to EIR bucket. - Excess Burst Size in 1 kB. - Excess Information Rate in 1Kbps. Step of 125Kbps - Maximum Excess Information Rate in 1Kbps. Step of 125Kbps - Level for which tail drop begins for green packets. - Modify queue name - Queue port assignation. - Priority for scheduling (7-> highest, 0-> lowest) - Buckets are debitted at pre or post action. - Enable/Disable shaping for this queue. - Level for which tail drop begins for yellow packets. 191 Traffic Shaping Edit Shaper MetroNID TE v6.4.2 CLI Command Guide 3.302 Traffic Shaping Edit Shaper traffic-shaping edit shaper - Modify traffic shaper configuration Description Modify a traffic shaper configuration. Syntax traffic-shaping {edit} shaper <shaper-name> { {state {disable | enable}} | {name <string> } | {cir <0 to max-port-speed> } | {cbs <0-10240> } | {eir <0 to max-port-speed> } | {cbs <0-10240> } | {queue-len <16-2036> } | {queue-full-thrs <5-98> } | {queue-empty-thrs <5-98> } | {pm-freeze-time <1-655>} | {pm-increment <1-127>} | {pm-decrement <1-127>}}+ Parameters state name cir cbs eir ebs queue-len queue-full-thrs queue-empty-thrs pm-freeze-time pm-increment pm-decrement Revision 1 - Enable or disable the shaper. When disabled, all traffic assigned to this shaper will be dropped. - New shaper name. - Shaping rate of green frames, expressed as a multiple of 125 kbps. - Shaping burst of green frames, expressed as a multiple of 256 Bytes. - Shaping rate of yellow frames, expressed as a multiple of 125 kbps. - Shaping burst of yellow frames, expressed as a multiple of 256 Bytes. - Maximum queue length in kBytes. - Queue full threshold, expressed as a percentage of the specified queue length. When crossing this threshold, the queue is declared full by the queue management algorithm. - Queue empty threshold, expressed as a percentage of the specified queue length. The queue is declared empty as long as the current level does not cross this threshold. - Determines the minimum interval time between two successive updates of the marking probability. - The marking probability is incremented by this value if the queue occupancy level is greater than the queue empty threshold. - The marking probability is decremented by this value if the queue occupancy level is less than queue empty threshold. 192 Traffic Shaping Show Blue Statistics MetroNID TE v6.4.2 CLI Command Guide 3.303 Traffic Shaping Show Blue Statistics traffic-shaping show blue statistics - Show BLUE statistics Description This command displays the instantaneous statistics of the queue management algorithm (BLUE). Syntax traffic-shaping show blue statistics 3.304 Traffic Shaping Show Map traffic-shaping show map - Show PCP to shaper mapping Description Show the PCP to shaper mapping. Syntax traffic-shaping show map 3.305 Traffic Shaping Show Port Configuration traffic-shaping port configuration - Show port shaping configuration Description Display a summary of port shaping configuration parameters. Traffic shaping is only available on the network port. Syntax traffic-shaping show port configuration [<port-name>] Parameters <port-name> - <string> Revision 1 193 Traffic Shaping Show Port Statistics MetroNID TE v6.4.2 CLI Command Guide 3.306 Traffic Shaping Show Port Statistics traffic-shaping show port statistics - Show port shaping statistics Description This page shows statistics for the traffic originating from the CPU, looped back traffic and generator traffic, towards the Network port. Syntax traffic-shaping show port statistics [<port-name>] Parameters <port-name> 3.307 - <string> Traffic Shaping Show Shaper Configuration traffic-shaping shaper configuration - Show shaper configuration Description Display a summary of the configured shaper instances. When an instance identifier is specified, a detailed configuration report is displayed. Syntax traffic-shaping show shaper configuration [<shaper-name>] Parameters <shaper-name> - <string> 3.308 Traffic Shaping Show Shaper Statistics traffic-shaping show shaper statistics - Show shaper statistics Description Display the statistics of a specific shaper. Syntax traffic-shaping show shaper statistics [<shaper-name>] Parameters <shaper-name> Revision 1 - <string> 194 2 CLI Command Guide 3.Shows policy list VLAN filtering parameters.An optional unique index identifying the instance.Edit TWAMP configuration Description Edit TWAMP configuration Syntax twamp edit { {udp-port <decimal>} | {state <enable | disable>}}+ Parameters state udp-port Revision 1 .Traffic Show MetroNID TE v6. TWAMP Edit twamp edit . Syntax twamp clear statistics [<identifier>] <identifier> = <decimal> Parameters <identifier> 3. 195 .310 TWAMP Clear Statistics twamp clear statistics .Clear TWAMP flows statistics Description Clear TWAMP flows statistics. Syntax traffic show 3. Description Displays which VLAN (inner or outer) is inspected by policy lists.311 . .4.The UDP port used (1025-32767).309 Traffic Show traffic show .The state of the instance (disabled by default). Edit an existing user. Syntax user {add | edit} <user-name> {{first <string>} | {last <string>} | {email <string>} | {phone <string>} | {clearpass <string>} | {password}}+ Parameters <user-name> first last email Revision 1 - <string> First name of the user. The email address of the user. Syntax twamp show statistics 3. the password will be set the same as the user name.312 TWAMP Show Configuration twamp show configuration .4.Display TWAMP flows statistics Description Display TWAMP statistics. If you use the <password> keyword in one of these commands. If you do not use the password keyword with <user add>. Description The user add command allows you to add users who can access the unit. You will need to confirm your password as well.2 CLI Command Guide 3. user edit . 196 . You can use user edit when you need to modify a user configuration.314 User Add/Edit user add .Add a new user.Display TWAMP configuration Description Display TWAMP configuration.313 TWAMP Show Statistics twamp show statistics . Last name of the user. you will be prompted to enter your password after the command. Syntax twamp show configuration 3.TWAMP Show Configuration MetroNID TE v6. Edit the user permissions Description user permissions edit allows you to modify the permissions that are associated with a specified user.The telephone number of the user. Syntax user permissions edit {<user-name>} {add-group | delete-group} {<group-name>} Parameters <user-name> .2 CLI Command Guide phone password clearpass 3.Allows to set a password for the user.<string> <group-name> .315 .<string> Revision 1 197 . Syntax user permissions show [<user-name>] Parameters <user-name> .Remove an existing user Description user delete allows you to delete an existing user profile. . . Syntax user delete {<user-name>} Parameters <user-name> .User Delete MetroNID TE v6.317 User Permissions Show user permissions show .<string> 3.Enter password in cleartext without confirmation.Shows the user permissions Description This command displays the permission of the group to which the specified user belongs.4. User Delete user delete .316 User Permissions Edit user permissions edit .<string> 3. User Show MetroNID TE v6.<string> 3.Show user information Description user show displays the contact information for a given user.319 VCAgent Edit Collection vcagent edit collection . Syntax vcagent edit collection 3.320 VCAgent Edit Configuration vcagent edit configuration . Syntax vcagent edit configuration 3.321 VCAgent Show Configuration vcagent show configuration .Editing command used by EMS Vision Collect Description Change vcagent related collection setting. Syntax user show [<user-name>] Parameters <user-name> .2 CLI Command Guide 3.Editing command used by EMS Vision Collect Description Change vcagent related configuration setting.318 User Show user show .Show Vision Collect Agent configuration Description vcagent show configuration displays the agent configuration parameters.4. Syntax vcagent show configuration Revision 1 198 . 2.Add a VID set Description The vid-set command is used to add a new VID set. (e. 1..322 VCAgent Show Descriptors vcagent show descriptors .].List of VIDs to include in this VID set.Dump Vision Collect Agent JSON descriptors Description vcagent show desriptors displays the agent JSON descriptors.324 VID-Set Add vid-set add . Syntax vcagent show descriptors 3. Revision 1 199 .g.VLAN type associated with the VID set. Syntax vid-set add <vset-name> { {policy-list <policy list>} | {vlan-type {c-vlan | s-vlan}} | {vid-list <vlist>}}+ Parameters <vset-name> .].Name of the policy list to which the VID set will be associated. and 100 to 200). vlan-type .. Specify a list of VIDs in the following format: [.Display CLI version Description Display CLI version.VCAgent Show Descriptors MetroNID TE v6.2. Syntax version 3.323 Version version .4.2 CLI Command Guide 3. [.100-200 will include VIDs 1. vid-list .<string> policy-list . vid-list .325 VID-Set Delete vid-set delete .Change vid-set parameters Description vid-set edit allows you to change the parameters in existing VID sets. Syntax vid-set edit <vset-name> { {name <vset-name>} | {vid-list <vlist>}}+ Parameters <vset-name> .326 VID-Set Edit vid-set edit .2 CLI Command Guide 3. (e. [. 3.New name given to this VID set..List of VIDs to include in this VID set..2.<string> 3.Delete a VID set Description vid-set delete allows you to delete an existing VID set. and 100 to 200). Syntax vid-set show set [<interface-name>] Parameters <interface-name> .<string> Revision 1 200 .100-200 will include VIDs 1.Display VID set configuration Description Specifying an interface provides detailed configuration about this VID set. the command provides a summary configuration for all VID sets in a table format.<string> name .4.g. 2.VID-Set Delete MetroNID TE v6.327 VID-Set Show Set vid-set show set .]. 1.]. Syntax vid-set delete <vset-name> Parameters <vset-name> . Otherwise. Specify a list of VIDs in the following format: [. <string> Revision 1 201 .VID-Set Show VID MetroNID TE v6.328 VID-Set Show VID vid-set show vid .Display VID configuration Description Specifying an interface provides detailed configuration about this VID set. Otherwise.4. the command provides a summary configuration for all VID sets in a table format.2 CLI Command Guide 3. Syntax vid-set show vid [<interface-name>] Parameters <interface-name> . 1731 Maintenance Entity Group level (0-7). .Enable time synchronization verification.The Diff-Serv CodePoint value (0 .65535).Type of delay measurement.This is the Ethernet MAC destination address.1564 test and set its parameters.65535). 202 . . . .4.Duration of each step during the configuration test in seconds.1564 parallel service configuration test.Duration of each step during the performance test in minutes. .Name of the port to which to send the test traffic.Enable Y. Syntax y1564 add test <test-name> { {description <string>} | {configuration {enable | disable}} | {step-duration {1-60} | {performance {enable | disable}} | {test-duration {1-1440} | {parallel {enable | disable}} | {port <port-name>} | {delay-type {one-way-delay | two-way-delay}} | {time-sync-mandatory {enable | disable}} | {packet-type {layer-2 | layer-3 | l2-accedian | l2-generic}} | {dst-ipv4-addr <ip-addr>} | {destination-port <0-65535>} | {source-port <0-65535>} | {dscp <0-63>} | {dst-mac-addr <mac-addr>} | {y1731-level <0-7>}}+ Parameters description configuration step-duration performance test-duration parallel port delay-type time-sync-mandatory packet-type dst-ipv4-addr destination-port source-port dscp dst-mac-addr y1731-level Revision 1 .1564 test Description With y1564 add test.63).1564 test.Create an instance of Y. . .The source port for UDP protocol (0 .The destination port for UDP protocol (0 .Y. . . .1564 performance test.Short description of the Y. . . .1564 configuration test.329 Y.Y.The IPv4 destination address.1564 Add Test MetroNID TE v6.1564 Add Test y1564 add test .Enable Y. . you can create a new Y.Enable Y.2 CLI Command Guide 3.Used to define specific fields in the test packet. . 1564 test.331 Y.1564 test report.1564 Delete Report y1564 delete report .Delete an instance of Y.330 Y.2 CLI Command Guide 3. Syntax y1564 delete report <report-name> <report-name> = <string> Parameters <report-name> .1564 Delete Report MetroNID TE v6. 3.A unique name to identify an instance of Y.1564 Delete Test y1564 delete test .A unique name to identify an instance of Y.1564 test Description Delete an instance of Y.Y.1564 test report Description Delete an instance of Y.1564 test. Revision 1 203 .4.Delete an instance of Y.1564 test report. Syntax y1564 delete test <test-name> <test-name> = <string> Parameters <test-name> . . technician's name. note.2 CLI Command Guide 3.1564 Edit Report MetroNID TE v6.Change Y.<string> Name of technician executing test. Syntax y1564 edit service <test-name> <service-id> { {name <service-name>} | {state {enable | disable}} | {policing {enable | disable}} | {step {enable | disable}} | {availability {enable | disable}} | {cir <0 to max-port-speed>} | {cbs <0 to max>} | {eir <0 to max-port-speed>} | {ebs <0 to max>}| {size-type {fixed}} | {packet-size <64 to 10240>} | {ftd <decimal>} | {ftd-type {max|avg}} | {fdv <decimal>} | {fdv-type {max|avg}} | {flr <exponent>} | {m-factor <decimal>} | {dst-ipv4-overwrite {enable|disable}} | Revision 1 204 .333 .Change Y.<string> Additional Information about test being described. description.1564 Edit Service y1564 edit test . .4. the report can be edited to modify or add information such as: name.<string> Unique filename associated with the activation. Y.1564 Edit Report y1564 edit report . Parameters description note technician 3. you change the configuration of a service under a specific test. Syntax y1564 edit report filename <filename> { {description <desc>} | {note <note>} | {technician <tech.Y.1564 test has completed.332 Y.1564 test activation information Description After a Y.<string> Information about test being described. name>}}+ <filename> .1564 service configuration Description With y1564 edit service. .2 CLI Command Guide {dst-ipv4-addr <ip-addr>} | {dscp-overwrite {enable|disable}} | {dscp <0-63>} | {dst-mac-addr-overwrite {enable|disable}} | {dst-mac-addr <mac-addr> } | {y1731-level-overwrite {enable|disable}} | {y1731-level <0-7>} | {vlan1-header {enable|disable}} | {vlan1-ethertype {c-vlan|s-vlan}} | {vlan1-priority <0-7>} | {vlan1-id <0-4095>} | {vlan1-cfi <0-1>} | {vlan2-header {enable|disable}} | {vlan2-ethertype {c-vlan|s-vlan}} | {vlan2-priority <0-7>} | {vlan2-cfi <0-1>} | {vlan2-id <0-4095>} | {fe-vlan1-priority-check {disable | enable}} {fe-vlan1-dei-check {disable | enable}} | {fe-vlan1-id-check {disable | enable}} | {fe-vlan2-priority-check {disable | enable}} {fe-vlan2-dei-check {disable | enable}} | {fe-vlan2-id-check {disable | enable}} | {fe-dscp-check {disable | enable}} | {fe-vlan1-priority <0-7> {disable | enable}} {fe-vlan1-dei <0-1> {disable | enable}} | {fe-vlan1-id <0-4095> {disable | enable}} | {fe-vlan2-priority <0-7> {disable | enable}} {fe-vlan2-dei <0-1> {disable | enable}} | {fe-vlan2-id <0-4095> {disable | enable}} | {fe-dscp <0-63> {disable | enable}}}+ | | | | <test-name> = A unique name used to identify a Y. Enable policing testing. committed burst size in kBytes. committed information rate in kbps. To enable or disable the field in the check.1564 test in the system. 205 . Packet sizes is limited to fixed only. <service-id> = A unique id used to identify a service in this test. no support for EMIX available in this product. Maximum packet size is 10240.For a fixed packet.4. Parameters name disable | enable state policing step availability cir cbs eir ebs size-type packet-size ftd Revision 1 - The name of a service. excess information rate in kbps.Y.Maximum/average two-way Frame Transfer Delay (FTD) allowed (in micro-seconds). excess burst size in kBytes. Enable step testing. Enable Availability measurement. . Enable this service for this specific test.1564 Edit Service MetroNID TE v6. specify the packet size. untagged). vlan1-id .1731 MEG level value to overwrite. fe-vlan1-id-check .1AD network.Enable this option if you want to validate that the frames received at the far-end do not have a first VLAN tag (i.1Q network.The Diff-Serv CodePoint value (0 .Enable the far-end verification of the first VLAN priority.Determines whether if the Frame Transfer Delay (FTD) parameter is a maximum or average value.Second VLAN protocol ID set to c-vlan (0x8100) for 802. m-factor .Enable the presence of the second VLAN header.First VLAN protocol ID set to c-vlan (0x8100) for 802. fe-no-vlan2-check .Enable/Disable the overwrite of the test destination MAC address.Overwrite the test IPv4 address with the service address. y1731-level . flr . y1731-level-overwrite . dscp-overwrite .1Q network.1AD network.The M factor is added to the Service Acceptance Criteria in the policing test to take into account the effect of the CBS and EBS on the total rate.1Q tunneling network.The IPv4 destination address.Second VLAN ID may be any value between 0 and 4095. vlan2-id . dst-ipv4-addr . vlan2-ethertype* . fe-vlan1-priority-check . mac-addr-overwrite .Enable the far-end verification of the first VLAN DEI.Enable this option if you want to validate that the Revision 1 206 . s-vlan (0x9100) for 802.Maximum/average two-way Frame Delay Variation (FDV) allowed (in micro-seconds).Overwrite the test DSCP value with the service value.First VLAN ID may be any value between 0 and 4095. or s-vlan (0x88A8) for 802.1Q tunneling network. vlan1-priority .Enable the far-end verification of the first VLAN ID. vlan1-cfi .Maximum Frame Loss Ratio (FLR) allowed.Y.e. vlan1-header . vlan2-priority .Enable/Disable the overwrite of the Y.Enable the presence of the first VLAN header.1564 Edit Service MetroNID TE v6. fe-vlan1-dei-check .Second VLAN priority can be between 0 and 7. It is usually set to 0.First VLAN priority can be between 0 and 7. mac-addr .2 CLI Command Guide ftd-type . 7 being the highest priority.63). It is usually set to 0. vlan1-ethertype* . Normal traffic has priority 0. 7 being the highest priority. dscp . fdv .Determines whether if the Frame Delay Variation (FDV) parameter is a maximum or average value. The policing test will pass if IR-T=<CIR+EIR+M Where: IR-T: Total Information Rate CIR: Committed Information Rate EIR: Excess Information Rate M: M factor (default value = 1 Mbps) dst-ipv4-overwrite . vlan2-header . or s-vlan (0x88A8) for 802. vlan2-cfi .Second VLAN CFI/DEI may be 0 or 1. Normal traffic has priority 0. fe-no-vlan1-check .The destination MAC address to overwrite. fdv-type .4.Y. s-vlan (0x9100) for 802.1731 MEG level.First VLAN CFI/DEI may be 0 or 1. 2 CLI Command Guide fe-vlan2-priority-check fe-vlan2-dei-check - fe-vlan2-id-check - fe-dscp-check fe-vlan1-priority - fe-vlan1-dei - fe-vlan1-id - fe-vlan2-priority - fe-vlan2-dei - fe-vlan2-id - fe-dscp - frames received at the far-end do not have a second VLAN tag (i. this is the second VLAN DEI value expected at the far-end.e.4. Enable the far-end verification of the second VLAN DEI. Revision 1 207 . untagged). If enabled. this is the DSCP value expected at the far-end DSCP. If enabled. this is the second VLAN ID value expected at the far-end. * The value of s-vlan is defined by the global S-VLAN setting. If enabled. this is the first VLAN ID value expected at the far-end. Enable the far-end verification of the second VLAN priority. this is the first VLAN DEI value expected at the far-end. this is the first VLAN priority value expected at the far-end. If enabled. If enabled. Enable the far-end verification of the DSCP value. Enable the far-end verification of the second VLAN ID.1564 Edit Service MetroNID TE v6. this is the second VLAN priority value expected at the far-end.Y. If enabled. If enabled. Enable Y. Syntax y1564 edit test <test-name> { {name <test-name>} | {description <string>} | {configuration {enable | disable}} | {step-duration {1-60} | {performance {enable | disable}} | {test-duration {1-1440} | {parallel {enable | disable}} | {port <port-name>} | {delay-type {one-way-delay | two-way-delay}} | {time-sync-mandatory {enable | disable}} | {packet-type {layer-2 | layer-3 | l2-accedian | l2-generic}} | {dst-ipv4-addr <ip-addr>} | {destination-port <0-65535>} | {source-port <0-65535>} | {dscp <0-63>} | {dst-mac-addr <mac-addr>} | {y1731-level <0-7>}}+ Parameters Revision 1 name description configuration step-duration - performance test-duration - parallel port delay-type time-sync-mandatory packet-type dst-ipv4-addr destination-port source-port dscp dst-mac-addr y1731-level - The name of the the test. This is the Ethernet MAC destination address.4.1731 Maintenance Entity Group level (0-7). Enable Y. Enable time synchronization verification. The IPv4 destination address.Y. Duration of each step during the configuration test in seconds. you can change the parameters of an existing test.65535). Short description of the Y.1564 Edit Test MetroNID TE v6.1564 Edit Test y1564 edit test .1564 test configuration Description With y1564 edit test. Name of the port to which to send the test traffic. Duration of each step during the performance test in minutes.1564 performance test. Used to define specific fields in the test packet.334 Y. Type of delay measurement. The Diff-Serv CodePoint value (0 .1564 test. 208 .1564 configuration test.1564 parallel service configuration test. The destination port for UDP protocol (0 .Change an Y. Enable Y. The source port for UDP protocol (0 .65535).2 CLI Command Guide 3.63). Y. <string> Unique filename associated with the activation. service name. <service-id> . 3.1564 Show Activation y1564 show activation . report-type .Show the Y. i.1564 test activation.2 CLI Command Guide 3.1564 in the system. Y. Syntax y1564 show service configuration <test-name> <service-id> Parameters <test-name> .1564 service configuration Description The command displays the configuration for a specific service. Syntax y1564 generate report <filename> [report-type {report-type-txt | report-type-xml}] Parameters filename . TXT) to generate.A unique id used to identify a service in this test. its name.Show Y. and progression of each test step).1564 Show Service Configuration y1564 show service configuration .e.4.1564 test report.1564 Generate Report y1564 generate report .336 Y. Syntax y1564 show activation <filename> Parameters <filename> 3.1564 test activation Description This command displays the Y. status.Y.337 . If a specific test name is specified.1564 Generate Report MetroNID TE v6.335 Y.Generate a Y. a full test activation will be displayed (name. status and description.A unique name used to identify a Y.1564 report file Description This command allows to generate a Y.<string> Unique filename associated with the report.Report type (XML. Revision 1 209 . the command provides a summary of the configured test. Name for the Y.1564 test to run.Starts a Y. Syntax y1564 show test configuration <test-name> Parameters <test-name> . 3.Y.Show Y.1564 test configuration Description This command displays the Y.<string> Name of the specific test to display the configuration.1564 test configuration.1564 test Description This command starts the specified Y.2 CLI Command Guide 3. Note associated to this test.4.1564 Start Activation y1564 start activation .1564 Show Test Configuration MetroNID TE v6. Name of the technician running this test. Specifying a test name provides detailed configuration about this test.338 Y. 210 . Otherwise. Syntax y1564 start activation filename <filename> test <report-test> { {description <report-desc>} | {technician <report-tech>} | {note <report-note>} }+ Parameters filename test description technician note Revision 1 - <string> <string> <string> <string> <string> Unique filename for the report.1564 test and creates a new report. Description for this report.1564 Show Test Configuration y1564 show test configuration . This note will be included in the report.339 Y. g.10.URL to reach the server and directory.1564 Stop Activation MetroNID TE v6. Syntax y1564 stop activation filename <filename> Parameters filename 3.1564 test Description This command stops the execution of the specified test.<string> Unique filename associated with the report.<string> Unique filename where the report will be stored. .Y. Y.1564 test report to a remote location.340 Y.168.5 scp://username:
[email protected]. report-type .341 .Report type (XML.1564 Upload Report y1564 upload report .2 CLI Command Guide 3. TXT) to upload to server.4.1564 Stop Activation y1564 stop activation . ftp://username:
[email protected] a Y.168.10:/target_directory The filename of the report will be automatically appended to the specified URL.com sftp://username:
[email protected] report file Description This command allows to upload a Y.10.1. Revision 1 211 . Syntax y1564 upload report <filename> <url> [report-type {report-type-txt | report-type-xml}] Parameters filename url . e.Upload a Y.10 tftp://192.