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ALFOplus80HDAGS-20

ALFOplus2Ethernet Switch Configuration

User manual

MN.00320.E - 013

The information contained in this handbook is subject to change without notice.Property of Siae Microelettronica. All rights reserved according to the law and according to the internationalregulations. No part of this document may be reproduced or transmitted in any form or by any means,electronic or mechanical, without written permission from Siae Microelettronica S.p.A.Unless otherwise specified, reference to a Company, name, data and address produced on the screen dis-played is purely indicative aiming at illustrating the use of the product.MS-DOS®, MS Windows® are trademarks of Microsoft Corporation.HP®, HP OpenView NNM and HP–UX are Hewlett Packard Company registered trademarks.UNIX is a UNIX System Laboratories registered trademark.Oracle® is a Oracle Corporation registered trademark.Linux term is a trademark registered by Linus Torvalds, the original author of the Linux operating system.Linux is freely distributed according the GNU General Public License (GPL). Other products cited here in are constructor registered trademarks.

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Contents

Section 1.ETHERNET SWITCH CONFIGURATION 7

1 GENERAL................................................................................................................... 7

2 ACRONYMS AND DEFINITION ................................................................................... 8

3 EQUIPMENT CONFIGURATION .................................................................................. 93.1 ETHERNET PROCESSING..................................................................................... 9

3.1.1 Eth. physical layer management ...............................................................103.1.2 Ingress filtering ......................................................................................113.1.3 Service instance mapping ........................................................................113.1.4 Classification criteria ...............................................................................123.1.5 Metering & ingress policing.......................................................................123.1.6 Ingress manipulation...............................................................................133.1.7 Learning & forwarding .............................................................................133.1.8 Queue & congestion avoidance .................................................................143.1.9 Scheduling.............................................................................................143.1.10 Egress shaping .......................................................................................153.1.11 Egress manipulation ................................................................................15

4 CLI CONNECTION TO EQUIPMENT AND SENDING A SCRIPT .....................................164.1 CONNECTION...................................................................................................164.2 HYPERTERMINAL ..............................................................................................164.3 CLI LOGIN .......................................................................................................19

5 SWITCH PORT IDENTIFICATION..............................................................................205.1 ALFOPLUS80HD................................................................................................205.2 AGS-20 ...........................................................................................................215.3 ALFOPLUS2......................................................................................................225.4 AGS-20 XG ......................................................................................................23

6 SWITCH CONFIGURATION .......................................................................................246.1 BRIDGE MODE .................................................................................................25

6.1.1 Customer Bridge (CB)..............................................................................256.1.2 Provider Edge Bridge (PEB) ......................................................................256.1.3 Provider Core Bridge (PB) ........................................................................26

6.2 MANAGEMENT VLAN1 MODIFICATIONS................................................................266.3 MANAGEMENT PLANE ........................................................................................27

6.3.1 On-Site CB (Local only, untagged) ............................................................31

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6.3.2 On-Site CB (Local only, C-tagged).............................................................326.3.3 On site PEB/PB (Local only, untagged) .......................................................336.3.4 On-site PEB/PB (Local only, S-tagged) .......................................................346.3.5 On-site CB (Radio link, untagged) .............................................................356.3.6 On-site CB (Radio link, C-tagged) .............................................................366.3.7 On-site PEB/PB (Radio link, untagged) .......................................................376.3.8 On-site PEB/PB (Radio link, S-tagged) .......................................................386.3.9 EOOB CB (untagged)...............................................................................406.3.10 EOOB PEB/PB (untagged).........................................................................426.3.11 INB CB (LANx, C-tagged), EOOB CB (LAN2, C-tagged) .................................436.3.12 INB PEB/PB (LANx, S-tagged), EOOB PEB/PB (LAN2, S-tagged) ....................446.3.13 INB CB (LAN1&2, C-tagged) .....................................................................466.3.14 INB PEB/PB (LAN1&2, S-tagged)...............................................................47

6.4 MERGED SCRIPTS - EXAMPLES...........................................................................496.4.1 INB + On-site CB (LAN1&2, C-tagged / OnS, untagged)...............................496.4.2 INB + On-site PEB/PB (LAN1&2, S-tagged/OnS, untagged)...........................52

6.5 PAYLOAD INTERFACES ......................................................................................546.6 NETWORK APPLICATION....................................................................................55

6.6.1 Scenario #1 ...........................................................................................556.6.2 Scenario #2 ...........................................................................................586.6.3 Scenario #3 ...........................................................................................606.6.4 Scenario #4 ...........................................................................................636.6.5 Scenario #5 ...........................................................................................676.6.6 Scenario #6 ...........................................................................................73

6.7 PAYLOAD SERVICES..........................................................................................776.7.1 Customer bridge ....................................................................................776.7.2 Provider edge bridge - Customer edge port ................................................796.7.3 Provider edge bridge - Customer network port ............................................856.7.4 Provider core bridge - Provider network port...............................................88

6.8 QUALITY OF SERVICE........................................................................................906.8.1 Classification PCP....................................................................................916.8.2 Classification DSCP .................................................................................926.8.3 Classification perPORT .............................................................................946.8.4 Classification per(PORT&VLAN) .................................................................946.8.5 Classification per (PORT & MPLS-EXP)........................................................956.8.6 Classification per (Port & MPLS & IPV4-DSCP) (IPv4oMPLS frame) .................966.8.7 Classification per (Port & MPLS & IPv6-DSCP) (IPv6oMPLS frame) .................966.8.8 Policing & Ingress filtering (CB CVLAN Meter trTCM cBlind) ...........................976.8.9 Policing & ingress filtering (CB CVLAN&Pri Meter trTCM cBlind)......................986.8.10 Policing & ingress filtering (PB CVLAN Meter trTCM cBlind)............................996.8.11 Policing & ingress filtering (PB CVLAN&Pri Meter trTCM cBlind) ....................1006.8.12 Policing & ingress filtering (PB SVLAN Meter trTCM cBlind)..........................1016.8.13 Policing & ingress filtering (PB SVLAN&Pri Meter trTCM cBlind) ....................1026.8.14 Policing & ingress filtering (PB SVLAN&CVLAN Meter trTCM cBlind) ..............1036.8.15 Policing & ingress filtering (srcMacBased) .................................................1046.8.16 Congestion avoidanceE Tail-Drop ............................................................1056.8.17 Congestion avoidance WRED ..................................................................1056.8.18 Scheduling SP (Strict-Priority) ................................................................1086.8.19 Scheduling WRR (Weight Round-Robin) ...................................................1086.8.20 Scheduling SP+WRR..............................................................................1096.8.21 Scheduling RR (Round-Robin).................................................................1096.8.22 Shaping perPort....................................................................................1106.8.23 Shaping perQUEUE................................................................................111

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6.8.24 Storm Control ......................................................................................1116.8.25 Hierarchical QoS - perSCHEMA Approach..................................................112

6.9 COUNTERS AND STATISTICS ...........................................................................1266.9.1 Ethernet Performance Monitoring - RMON.................................................126

6.9.1.1 RMON Settings.......................................................................1266.9.1.2 RMON Ethernet Statistics and History........................................1276.9.1.3 RMON Limits..........................................................................1286.9.1.4 Ethernet Service and Service History ........................................129

6.9.2 Clear Counters .....................................................................................1346.10 GENERAL FEATURES .......................................................................................135

6.10.1 System MTU.........................................................................................1356.10.2 VLAN rewriting PNP ...............................................................................1356.10.3 Port isolation ........................................................................................1366.10.4 MAC addresses aging time .....................................................................1376.10.5 MAC address clear ................................................................................1376.10.6 Jumbo frame........................................................................................1376.10.7 Ethertype.............................................................................................1386.10.8 Loopback .............................................................................................1396.10.9 Port mirroring.......................................................................................1396.10.10Mediatype...........................................................................................1406.10.11Autocrossover .....................................................................................1416.10.12MDIX .................................................................................................1416.10.13MDI ...................................................................................................142

6.11 ADVANCED FEATURE.......................................................................................1426.11.1 PEB - PNP + VLAN rewriting ...................................................................142

6.12 PWE3 (PSEUDOWIRE EMULATED EDGE TO EDGE) ...............................................1436.12.1 PWE3 - Feature Configs .........................................................................1436.12.2 PWE3 - Feature Config (UNDO)...............................................................1446.12.3 PWE3 - Alarms .....................................................................................1446.12.4 PWE3 - Profile Configs ...........................................................................1456.12.5 PWE3 - Profile Configs (UNDO) ...............................................................1466.12.6 PWE3 - E1 Controller Configs..................................................................1466.12.7 PWE3 - Shows ......................................................................................147

6.13 SYSTEM ADMINISTRATION ..............................................................................1476.13.1 Hitless restart.......................................................................................147

7 PROTOCOLS ...........................................................................................................1497.1 LAYER2 PROTOCOL TUNNELING........................................................................149

7.1.1 L2PT tunnel..........................................................................................1497.1.2 L2PT peer ............................................................................................1507.1.3 L2PT (Undo).........................................................................................150

7.2 ETHERNET LINE PROTECTION ..........................................................................1517.2.1 ELP .....................................................................................................152

7.3 LINK AGGREGATION 802.3AD ..........................................................................1537.3.1 LAG-Basic ............................................................................................1547.3.2 LAG-STD-MAN ......................................................................................1567.3.3 LAG-STD-HSBY.....................................................................................158

7.4 LINK DISCOVERY............................................................................................1607.4.1 LLDP - Device Config .............................................................................1617.4.2 LLDP – Device Config Undo ....................................................................1617.4.3 LLDP – (Chassis profile) .........................................................................1617.4.4 LLDP – (Timers)....................................................................................162

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7.4.5 LLDP – (Timers Undo) ...........................................................................1637.4.6 LLDP – (Port config) ..............................................................................1637.4.7 LLDP – (Port config Undo) ......................................................................1647.4.8 LLDP – TLV (Sys Capability TLV) .............................................................1657.4.9 LLDP – TLV (Sys Capability TLV Undo) .....................................................1657.4.10 LLDP – TLV (Sys Name TLV)...................................................................1667.4.11 LLDP – TLV (Sys Name TLV Undo)...........................................................1667.4.12 LLDP – TLV (Sys Desc TLV) ....................................................................1677.4.13 LLDP – TLV (Sys Desc TLV Undo) ............................................................1687.4.14 LLDP – TLV (Port Desc TLV)....................................................................1687.4.15 LLDP – TLV (Port Desc TLV Undo)............................................................1697.4.16 LLDP – TLV (MNGT Adrs TLV) .................................................................1697.4.17 LLDP – TLV (MNGT Adrs TLV Undo) .........................................................1707.4.18 LLDP – TLV – DOT1 (PortVID TLV)...........................................................1707.4.19 LLDP – TLV – DOT1 (PortVID TLV Undo)...................................................1717.4.20 LLDP – TLV – DOT1 (ProtVID TLV)...........................................................1717.4.21 LLDP – TLV – DOT1 (ProtVID TLV Undo)...................................................1727.4.22 LLDP – TLV – DOT1 (VIDName TLV) ........................................................1737.4.23 LLDP – TLV – DOT1 (VIDName TLV Undo) ................................................1737.4.24 LLDP – TLV – DOT1 (MngtVID TLV – V2) ..................................................1747.4.25 LLDP – TLV – DOT1 (MngtVID TLV – V2 Undo) ..........................................1747.4.26 LLDP – TLV – DOT1 (VIDDgst TLV – V2)...................................................1757.4.27 LLDP – TLV – DOT1 (VIDDgst TLV – V2 Undo) ..........................................1757.4.28 LLDP – TLV – DOT1 (LAG TLV – V2).........................................................1767.4.29 LLDP – TLV – DOT1 (LAG TLV – V2 Undo) ................................................1767.4.30 LLDP – TLV – DOT3 (MacPhy TVL) ...........................................................1777.4.31 LLDP – TLV – DOT3 (MacPhy TVL Undo)...................................................1777.4.32 LLDP – TLV – DOT3 (MaxFrameSize TVL) .................................................1787.4.33 LLDP – TLV – DOT3 (MaxFrameSize TVL Undo) .........................................1787.4.34 LLDP – TLV – DOT3 (LAG TVL – V1).........................................................1797.4.35 LLDP – TLV – DOT3 (LAG TVL – V1 Undo) ................................................179

7.5 SPANNING TREE.............................................................................................1807.5.1 STP/RSTP-Device Configs.......................................................................1807.5.2 STP/RSTP-Device Configs (UNDO) ...........................................................1817.5.3 STP/RSTP-Port Configs ..........................................................................1817.5.4 STP/RSTP-Port Configs (UNDO)...............................................................1817.5.5 RSTP-Port Config ..................................................................................1827.5.6 RSTP-Port config (UNDO) .......................................................................182

7.6 SERVICE OAM - CONFIGURATION FAULT MANAGEMENT.......................................1837.6.1 ECFM IEEE 802.1ag (default) - Device config ............................................1837.6.2 ECFM IEEE 802.1ag (default) - Port config................................................1847.6.3 ITU-T Y.1731 - Device config..................................................................1847.6.4 ITU-T Y.1731 - Port config .....................................................................1857.6.5 Domain, level and service ......................................................................1867.6.6 MEP and MIP ........................................................................................1867.6.7 CCM Activation .....................................................................................1877.6.8 CCM Activation (UNDO) .........................................................................1887.6.9 MEP and MIP (UNDO) ............................................................................1887.6.10 Domain, level and service (UNDO) ..........................................................1897.6.11 MEP lowest priority defect notification......................................................1897.6.12 MEP lowest priority defect notification (default) .........................................1907.6.13 RMEP crosscheck state machine ..............................................................1907.6.14 CFM loopback (based on MAC or MPID)....................................................191

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7.6.15 CFM traceroute caching enable ...............................................................1917.6.16 CFM traceroute caching disable...............................................................1927.6.17 CFM traceroute clear .............................................................................1927.6.18 CFM traceroute (based on MAC or MPID)..................................................1937.6.19 OAM Link Monitor - Start single ended .....................................................1957.6.20 OAM Link Monitor - Stop single ended......................................................1967.6.21 OAM Link Monitor - Show single ended ....................................................1967.6.22 OAM Link Monitor - Start dual ended .......................................................1977.6.23 OAM Link Monitor - Stop dual ended........................................................1987.6.24 OAM Link Monitor - Show dual ended.......................................................1987.6.25 OAM Link Monitor - Clear .......................................................................1997.6.26 OAM Frame Delay Measurement - Start one way.......................................1997.6.27 OAM Frame Delay Measurement - Stop one way .......................................2007.6.28 OAM Frame Delay Measurement - Show one way ......................................2007.6.29 OAM Frame Delay Measurement - Start two way .......................................2017.6.30 OAM Frame Delay Measurement - Stop two way .......................................2027.6.31 OAM Frame Delay Measurement - Show two way ......................................2027.6.32 OAM Frame Delay Measurement - Clear ...................................................2037.6.33 Ethernet Alarm Indication Signal - Enable ................................................2037.6.34 Ethernet Alarm Indication Signal - Disable................................................2047.6.35 Show Ethernet CFM Service....................................................................2047.6.36 Show Ethernet CFM Error .......................................................................2057.6.37 Ethernet CFM Service - Lock...................................................................2057.6.38 Ethernet CFM Service - Unlock................................................................205

7.7 DYNAMIC PROTOCOL ......................................................................................2067.7.1 DHCP-LAO ...........................................................................................2067.7.2 DHCP-Enable........................................................................................2077.7.3 DHCP-Disable .......................................................................................208

7.8 NETWORK FUNCTIONS ....................................................................................2087.8.1 Management C-Tag on port CNP/CEP.......................................................2087.8.2 Static IP routing ...................................................................................2117.8.3 Static IP routing (UNDO)........................................................................2127.8.4 MNG access control list ..........................................................................212

7.9 SNTP ............................................................................................................2137.9.1 Enable SNTP ........................................................................................2147.9.2 Disable SNTP........................................................................................214

8 FREQUENTLY USED COMMANDS .............................................................................2158.1 SHOW COMMANDS .........................................................................................215

8.1.1 Interfaces & VLAN configuration..............................................................2158.1.1.1 EVC mapping and services.......................................................220

8.1.2 Counters..............................................................................................2228.1.3 RMON .................................................................................................2228.1.4 MAC address ........................................................................................2258.1.5 L2CP Tunnelling....................................................................................2268.1.6 Routing ...............................................................................................2278.1.7 Classifier priority MAP............................................................................2288.1.8 Classifier L2 ACL ...................................................................................2298.1.9 Meter ..................................................................................................2308.1.10 Policer .................................................................................................2308.1.11 Queues................................................................................................2318.1.12 Scheduler ............................................................................................232

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8.1.13 Sharper ...............................................................................................2328.1.14 Storm Control ......................................................................................2348.1.15 Ethernet CFM .......................................................................................234

Section 2.LISTS AND SERVICES 235

9 LIST OF FIGURES ...................................................................................................235

10 LIST OF TABLES .....................................................................................................237

11 ASSISTANCE SERVICE............................................................................................239

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Section 1.ETHERNET SWITCH CONFIGU-RATION

1 GENERAL

This manual is intended as a guide to configure Ethernet switch of SIAE equipment using CLI (CommandLine Interface).

The goal of this document is to give a broad overview of the main configuration of SM-OS (Siae Micro-elettronica - Operation System) and some basic command line.

The features and commands explained in this manual have been validated with the following system ver-sion of product:

• ALFOplus80HD N40052 01.07.00

• AGS-20 N31030 01.08.00

• ALFOplus2 N50052 01.03.00.

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2 ACRONYMS AND DEFINITION

Priority Tagged Frames: a tagged frame whose tag header carries priority information, but carries no VLANidentification information.

BWP BandWidth Profile LAG Link Aggregation

CB Customer Bridge LLF Link Loss Forwarding

CBS Committed Burst Size PB Provider Bridge

CEN Carrier Ethernet Network PEB Provider Edge Bridge

CEP Customer Edge Port PEP Provider Edge Port

CF Coupling Flag PWE3 Pseudo Wire Emulation Edge-to-Edge

CIR Committed Information Rate PNP Provider Network Port

CLI Command Line Interface PVID Port VID

CM Colour Mode PIR Peak Information Rate

CNP Customer Network Port RDI Remote Defect Indication

DA Destination Address SA Source Address

DHCP Dynamic Host Configuration Protocol trTCM two rate Three Colour Marking

EBS Excess Burst Size WebLCT Web LCT interface

ELP Ethernet Line Protection

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3 EQUIPMENT CONFIGURATION

The equipment configuration must be done with WebLCT and CLI.

Into Tab.1 according to the required functionality, it is defined which is the control mode: WebLCT or CLI.

Note: Available WebLCT commands are described into a separate manual.

Tab.1 - Equipment functionalities and control mode

3.1 ETHERNET PROCESSING

The packet Ethernet incoming into the switch is processed by several stages or logical block representedby switch functionalities described in this paragraph.

Functionality Control mode Reference manual

Radio frequency, Bandwidth and Modulation, ACM WebLCT See WebLCT manual

Performance monitoring WebLCT See WebLCT manual

Security (SNMPV3, SSH, SFTP, HTTPS) WebLCT See WebLCT manual

Link loss forwarding WebLCT See WebLCT manual

Metering & ingress policing CLI This manual

Scenarios CLI This manual

Queue and congestion avoidance CLI This manual

Scheduling and shaping CLI This manual

Ethernet statistics CLI and WebLCT This manual and WebLCT manual

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Fig.1 - Ethernet processing

3.1.1 Eth. physical layer management

Tab.2 - Eth. physical layer management

Functionality Description Managed

10/100/1000BaseT or 1000BaseX/2.5 Gbps IEEE 802.3 physical connections CLI, WEBLCT

Unresolved Autonegotiation Alarm is raised in case the autonegotia-tion is not successfully completed

CLI, WEBLCT

Configurable port cross-over (MDI, MDI-X, auto)

Crossover functionality (electrical inter-face only)

CLI, WEBLCT

Link Loss Forwarding (LLF) Failure condition propagate in a remoteethernet link

WEBLCT

Flow control management 802.3x Flow Control supported for all LANinterfaces

CLI, WEBLCT

SFP Management Applicable to Optical interface only CLI, WEBLCT

Ethernet Line Loop Command to perform the ethernet loop-back for cable/SFP testing

CLI, WEBLCT

Eth Physical Layer

Ingress Filtering

Service Instance Mapping & Classification

Metering & Ingress Policing

Ingress Manipulation

Learning & Forwarding

Queue & Congestion Avoidance

Scheduling

Shaping

Egress Manipulation

IN

OUT

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3.1.2 Ingress filtering

Tab.3 - Ingress filtering

3.1.3 Service instance mapping

Tab.4 - Service instance mapping criteria


Ingress filtering criteria Filtering rules can be applied to prevent selectedpacket types to enter the port. - Untagged/Priority tagged - TagType - Outer VLan ID

CLI, WEBLCT

MTU size configuration Packet that exceed the configured MTU size aredropped.

CLI, WEBLCT

Admission Control based on provi-sioned source MAC Address

In order to prevent malicious way for inject unwant-ed traffic.(16 static MAC address per each LAN)

CLI

Ingress port rate limiting (Stormcontrol)

It shall be possible to configure, per each port, themax rate admitted for the following frame types: - Broadcast frames - Multicast frames- Flooded frames (unknown unicas frames)

CLI


Service Instance Mapping Criteria(S-tag addition)

Mapping functionality (at UNI port) allows associat-ing to all incoming traffic a specific VLAN ID identi-fying the Ethernet Virtual Connection (EVC). - Ingress UNI Port: all traffic from the port ismapped on the same unique EVC; - User VLAN ID:all traffic associated to one or moreCtag is mapped on the same EVC

CLI, WEBLCT

Service Multiplexing (more S perport)

Functionality shall be supported more than one EVC(S-tag) per port

CLI

S-tag management Fields are determined on the base of following rules: - S-VID: assigned by the user (EVC identifier) - S-TIP: it is configurable by the user (default valueis 0x88a8). - S-PCP: - Assigned by user - Copy (or more in general Remapping) of Ctag-PCP

CLI, WEBLCT

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3.1.4 Classification criteria

Tab.5 - Classification criteria

3.1.5 Metering & ingress policing

Tab.6 - Metering & ingress policing


Classification Criteria (Internalpriority assignment)

Classification criteria are used to assign to the pack-et and internal priority level that will be mapped toa queue. - Ingress Port - Outer PCP-bits- DSCP- MPLS EXP bits (outer MPLS label)- DSCP in IP over MPLS- Outer VID- C-tag + C-PCP- S-tag + S-PCP- S-tag + C-tagOne criterion can be activated at a time, when thepacket does not match the criterion the “port defaultpriority” is assigned. Port default priority is user con-figurable.

CLI, WEBLCT (Ingress port)


Bandwidth Profile definition It assures that the traffic respect the bandwidth pro-file: - CIR: Committed Information Rate [bits per sec-ond], guaranteed bandwidth for the service - EIR: Excess Information Rate [bits per second],additional bit-rate, if there is no congestion. Notethat the total rate, known as PIR Peak InformationRate, is the sum of CIR and EIR. - CBS: Committed Burst Size [Bytes] it limits themaximum number of bytes available for a burst ofService Frames sent at the UNI speed to remainCIR-conformant- EBS: Excess Burst Size [Bytes] it limits the maxi-mum number of bytes available for a burst of Ser-vice Frames sent at the UNI speed to remain EIR-conformant

CLI

Bandwidth Profile classifies - Green: Frames ≤ CIR / CBS compliance - Yellow: Frames ≤ EIR / EBS may drop some or allbased on congestion condition in the network. - Red: Frames > EIR / EBS not conforming to theBandwidth profile are dropped. - Colour Mode - Coupling Flag

CLI

Actions for non-compliant Yellow drop configuration:- Red packets are always immediately discarded - Yellow packets can be configured if to be immedi-ately discarded or not

CLI

trTCM Algorithm MEF has defined a two rate, Three Colour Marker(trTCM) token bucket algorithm:- CM (Colour Mode): Colour blind method

CLI

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3.1.6 Ingress manipulation

Tab.7 - Ingress manipulation

3.1.7 Learning & forwarding

Tab.8 - Learning & forwarding

Ingress Bandwidth Profile criteria Following criteria: - Port-based - EVC-based / CE-VLAN in case of CB - CoS-Based / CE-PCP bits in case of CB- C-tag + C-PCP- S-tag + S-PCP- S-tag + C-tag

CLI


S-tag remapping (Provide corebridge mode only)

Remap S-tag value (VID and/or PCP bits) on perport basis

CLI


L2 forwarding - MAC based - VLAN based- VLAN and MAC based - Independent VLAN databases

CLI, WEBLCT

Bridge Mode - Customer Bridge (IEEE 802.1q; untag & c-tag)- Provider Edge Bridge (c-tag & S-tag) - Provider Bridge (IEEE 802.1ad, S-tag only)

CLI, WEBLCT

MAC address table management - Up to 255 VLANs are supported - Up to 8192 Mac in MAC Address table - Learning of MAC address on port basis - 16 Static Entry - Ageing: remove out-of-dateMAC entries - Mac Address table retrieval: it is possible to viewMAC database entries, differentiated in different Da-tabases When independent learning is in usage

CLI, WEBLCT

- Flush Mac address table CLI

L2TP Management Layer 2 Tunnelling protocol, specify which protocolsshall be:- discard (terminated) - tunnel (transparent) - peer (transmitted)

CLI, WEBLCT in read-only


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3.1.8 Queue & congestion avoidance

Tab.9 - Queue & congestion avoidance

3.1.9 Scheduling

Tab.10 - Scheduling


Queue Management - 8 Queue per port - Configurable depth

WebLCT

Congestion Avoidance Different algorithms can be configured on per queuebasis:- Tail: when the queue is full the arriving packets aredropped- RED: Random Early Detection- WRED: Weighted Random Early Detection

CLI


Strict Priority The highest priority is served until it is empty andthen next highest priority queue is served and so on.

CLI

WFQ/WRR Service rate of a queue is assigned proportionally tothe configured weights

CLI

Mixed strict priority & WRR User can select which queues are to be saved asstrict Priority or WRR

CLI

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3.1.10 Egress shaping

Tab.11 - Egress shaping

3.1.11 Egress manipulation

Tab.12 - Egress manipulation


Per Egress port Max rate to be allowed per port CLI

Per Queue Max rate to be allowed per queue CLI


Remove outer tag – criteria Based on:- per port criterion- per port and VID/EVC configuration

CLI

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4 CLI CONNECTION TO EQUIPMENT AND SENDING A SCRIPT

4.1 CONNECTION

CLI connection to equipment is via RS232 console or via LAN with Telnet.

Connection between PC and ALFOplus80HD is with serial console cable (F03594 or F03622 on the field)into 48V connector.

Connection between PC and AGS-20 with serial console cable (F03588) into front panel Console connector.

A common program to connect to the equipment via RS232 or Telnet is Hyperterminal.

If you don’t have Hyperterminal into Win7 you can copy it from another WinXP installation like e.g. fromWindow Virtual PC XP mode.

4.2 HYPERTERMINAL

Hyperterminal can connect via serial COM1,2,3,etc (Port settings: 115200, 8, None, 1, None) or via TPC/IP with Telnet. Other settings are shown into Fig.2, Fig.3, Fig.4, Fig.5 and Fig.6.

To send the edited script to the equipment you may simply use the Hyperterminal with the commandTransfer>Send Text File as in Fig.2.

The response from the equipment, for debugging purposes, can be recorded in a file selected with themenu command Transfer>Capture Text.

Fig.2 - Transfer>Send Test File

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Fig.3 - Select with Hyperterminal a valid COM port

Fig.4 - Selection of TCP/IP port and IP Address

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Fig.5 - Into File>Properties>Settings the selection of ASCII setup

Fig.6 - Selection of Line delay and Character delay

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4.3 CLI LOGIN

With Telnet enter with IP address of equipment, with RS232 just press enter.

Login as user: admin

Enter the password: admin

When a successful connection is establish, the console replays as follows: SM-OS#. The user root is a read/write user.

20 MN.00320.E - 013

5 SWITCH PORT IDENTIFICATION

The number of ports associated to interfaces is different for each SM-OS equipment (ALFOplus80HD, AGS-20, ALFOplus2 and AGS-20 XG).

5.1 ALFOPLUS80HD

ALFOplus80HD port map is shown in Fig.7 and in Tab.13 the relevant port number used with CLI.

Fig.7 - ALFOplus80HD port map

Tab.13- ALFOplus80HD ports identification

Warning: Any configuration on AUX port is strictly forbidden.

Connector ALFOplus80HD (<Unit/Interface>)

LAN1 gigabitethernet 0/10


RADIO gigabitethernet 0/1

AUX gigabitethernet 0/2

OnSite Mngt gigabitethernet 0/9

LAN1gi 0/10

LAN2gi 0/6

On Site MNGTgi 0/9

RADIOgi 0/1

MN.00320.E - 013 21

5.2 AGS-20

AGS-20 port map is shown in Fig.8 and in Tab.14 the relevant port number used with CLI.

Fig.8 - AGS-20 port map

Tab.14- AGS-20 ports identification

Connector AGS-20 (<Unit/Interface>)







LAN-A or ODU-A gigabitethernet 0/6

LAN-B or ODU-B gigabitethernet 0/7

LAN-C or ODU-C gigabitethernet 0/1

LAN-D or ODU-D gigabitethernet 0/2

LAN1gi 0/9

LAN2gi 0/10

LAN4gi 0/8

LAN5gi 0/4

LAN6gi 0/5

LAN3 (MNGT)gi 0/3

ODU A - LAN A

gi 0/6

ODU B - LAN B

gi 0/7

ODU C - LAN C

gi 0/1

ODU D - LAN D

gi 0/2

22 MN.00320.E - 013

5.3 ALFOPLUS2

ALFOplus2 port map is shown in Fig.9 and in Tab.15 the relevant port number used with CLI.

Fig.9 - ALFOplus2 port map

Tab.15 - ALFOplus2 ports identification

Connector ALFOplus2 (<Unit/Interface>)





TRx gigabitethernet 0/3

MNGT gigabitethernet 0/4

LAN1gi 0/7

LAN2gi 0/9

LAN3gi 0/6

LAN4gi 0/5

MNGTgi 0/4

TRx

gi 0/3

MN.00320.E - 013 23

5.4 AGS-20 XG

AGS-20 XG port map is shown in Fig.10 and in Tab.16 the relevant port number used with CLI.

Fig.10 - AGS-20 XG port map

Tab.16 - AGS-20 XG ports identification

Connector AGS-20 XG (<Unit/Interface>)



MNGT3 gigabitethernet 0/4


XGLAN1 extremeethernet 0/1

XGLAN2 extremeethernet 0/2

ODU-A gigabitethernet 0/7

ODU-B gigabitethernet 0/8

ODU-C gigabitethernet 0/1

ODU-D gigabitethernet 0/6

LAN1gi 0/2

LAN2gi 0/3

LAN4gi 0/5

XG LAN1ex 0/4

XG LAN2ex 0/5

LAN3 (MNGT)gi 0/4

ODU A

gi 0/7

ODU B

gi 0/8

ODU C

gi 0/1

ODU D

gi 0/6

24 MN.00320.E - 013

6 SWITCH CONFIGURATION

To configure the switch you must:

• identify bridge mode

• identify management plane

• identify the scenario

• identify data and control plane

• merge required scripts

• send the script with CLI.

To create the merged script you must go into these steps:

1. Define into your Scenario which is the Bridge mode of your equipment: CB or PB or PEB and selectcorresponding script

a. Customer Bridge Script name: SYS-CB

b. Provider Edge Bridge Script name: SYS-PEB

c. Provider Core Bridge Script name: SYS-PBCopy the required script into your Notepad++ window.Warning: the changing of Bridge Mode can affect the transferring of the script due to automatic sys-tem restart. After restart it will be necessary to send it again.

2. Select the Management VLan1 Modifications, copy and paste into your Notepad++ window.Note: copy, from PDF, page by page to avoid to mix script text with this manual number.

3. Choose one of MANAGEMENT schemes, select the correct script example, copy and paste into yourNotepad++ window.Note: copy, from PDF page, by page to avoid to mix script text with this manual number.

4. At this point some editing is necessary. Warning: Replace LAN1, LAN2 and RADIO with relevant equipment port number, as mentioned intothe initial port of the script.Replace <MNGT_VLAN> with the new management Vlan number. Replace <DOT_IP_ADDRESS>,<DOT_IP_MASK>, <DOT_IP_GATEWAY> with new IP address of the equipment, netmask, and de-fault gateway. So the script it is going to change the ip address.If the script it is not available maybe you need to merge two schemes as shown, as example intoMERGED SCRIPT-EXAMPLES.

5. Append the PAYLOAD INTERFACES script to into your Notepad++ window

6. Go to the Scenario you already decided to use, copy and paste into your Notepad++ window.Note: copy from PDF page by page to avoid to mix script text with this manual number.

7. At this point some editing is necessary. Warning: Replace LAN1, LAN2 and RADIO with relevant equipment port number, as mentioned intothe initial port of the script.If you need to use other LAN ports with the same configuration of LAN1 and LAN2, it is necessaryto replicate the LAN1 part of the script also for other ports.

8. This script may be sufficient for simple traffic activation.

To send a full configuration script to the Equipment with CLI you can send it as text file:

• through the console port using hyperterminal (RS232 115200bps 8-N-1-N)

• through management port (LAN3) using hyperterminal (TCP/IP Port:23).

MN.00320.E - 013 25

6.1 BRIDGE MODE

The first choice in the configuration of the switch must be to decide which Bridge mode should be applied:

• Customer Bridge Script name: SYS-CB

• Provider Edge Bridge Script name: SYS-PEB

• Provider Core Bridge Script name: SYS-PB

L2 Ethernet level shall be configured to comply with different bridge modes according to IEEE 802.1ad.

6.1.1 Customer Bridge (CB)

#CONTEXT-ENTRY

configure terminal

#CONTEXT::SM-OS(config)#

###############################################################################

# Script name: SYS-CB

#

# Rev.0001

# (siae microelettronica)

################################################################+##############

set front-panel port-count 10

set gmrp disable; set gvrp disable; shutdown garp

shutdown spanning-tree

no ethernet cfm start

#============================================================================

bridge-mode customer

exit

show vlan device info

show spanning-tree

#==============================================================================

#CONTEXT-EXIT

6.1.2 Provider Edge Bridge (PEB)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: SYS-PEB

#

# Rev.0001


################################################################+##############





26 MN.00320.E - 013

#============================================================================

bridge-mode provider-edge

exit


show spanning-tree

#==============================================================================

#CONTEXT-EXIT

6.1.3 Provider Core Bridge (PB)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: SYS-PB

#

# Rev.0002


################################################################+##############





#============================================================================

# .1ad provider <-> provider-core

bridge-mode provider-core

exit


show spanning-tree

#==============================================================================

#CONTEXT-EXIT

6.2 MANAGEMENT VLAN1 MODIFICATIONS

In case of VLan1 is NOT the management Vlan, script SYS-MNGT-MFYa must be sent in order to increaseisolation conditions between management ports and payload ports.

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-MNGT-MFYa

# - Management Vlan modification.

# THE EXISTING MANAGEMENT VLAN IS NOT ‘vlan 1’.

#

# Rev.0004a

MN.00320.E - 013 27

##########################################################+##############

#========================================================================

vlan 1

# default vlan 1 cannot be deleted:

# leave it without memberports.

ports <MNGT_OnS> name default1; no ports <MNGT_OnS>

exit

exit

#========================================================================

#CONTEXT-EXIT

6.3 MANAGEMENT PLANE

The second choice in the switch configuration is the management mode.

The ports available for management are:

• ALFOplus80HD: OnSite-Mngt (gigabitethernet 0/9)

• AGS-20: LAN3 (gigabitethernet 0/3)

• ALFOplus2: MNGT (gigabitethernet 0/4).

All the port with InBand management must be configured for this purpose.

In the follow are listed several possible scripts to configure the ports available for management dependingon the management scheme listed below (in band, out of band, etc) and depending on the bridge mode ofthe unit (Customer Bridge, Provider Bridge or Provider Edge Bridge) and on the tagged mode of the trafficitself (untagged, C-tagged, S-tagged).

Management scheme:

• Local, On site: management of local unit (and of remote unit) through OnSite-Mngt port. Traffic onLAN1 and LAN2 ports.On-SITE CB (LOCAL ONLY, Untagged) Script name: SYS-CB-OnS_LOUOn-SITE CB (LOCAL ONLY, C-tagged) Script name: SYS-CB-OnS_LOTOn-SITE PEB (LOCAL ONLY, Untagged) Script name: SYS-PEB-OnS_LOUOn-SITE PEB (LOCAL ONLY, S-tagged) Script name: SYS-PEB-OnS_LOTOn-SITE CB (RADIO LINK, Untagged) Script name: SYS-CB-OnS_LKUOn-SITE CB (RADIO LINK, C-tagged) Script name: SYS-CB-OnS_LKT On-SITE PEB (RADIO LINK, Untagged) Script name: SYS-PEB-OnS_LKUOn-SITE PEB (RADIO LINK, S-tagged) Script name: SYS-PEB-OnS_LKT

• Emulated Out Of Band: through LAN2 port the local unit is managed and through a VLAN (defaultLAN2 port Vid) the remote can be managed (emulated out of band). Traffic on LAN1 port.EOOB CB (Untagged) Script name: SYS-CB-EOB_UEOOB PEB (Untagged) Script name: SYS-PEB-EOB_U

• Emulated Out Of Band + On Site: through LAN2 port the local unit is managed and through a VLAN(default LAN2 port Vid) the remote can be managed (…emulated out of band). Also OnSite-Mngtport can be used. Traffic on LAN1 port.

• In Band LAN1: through LAN1 port the local unit is In Band managed (In Band= management in adedicated VLAN) and through the Radio Port the remote unit can be managed in In Band mode. Thetraffic runs on LAN1 and LAN2 ports.INB CB (LANx, C-tagged), EOOB CB (LAN2, C_tagged) Script name: SYS-CB-XXB_TINB PEB/PB (LANx, S-tagged), EOOB PEB/PB (LAN2, S_tagged)Script name: SYS-PEB-XXB_T

28 MN.00320.E - 013

• In Band LAN2: through LAN2 port the local unit is In Band managed (In Band= management in adedicated VLAN) and through the Radio Port the remote unit can be managed in In Band mode. Thetraffic runs on LAN1 and LAN2 ports.C-Tagged See Script SYS-CB-XXB_T andchange port number.S-Tagged See Script SYS-PEB-XXB_T andchange port number.

• In Band LAN1 and LAN2: through LAN1 port and LAN2 port the local unit is In Band managed (InBand= management in a dedicated VLAN) and through the Radio Port the remote unit can be man-aged in In Band mode. Traffic on LAN1 and LAN2 ports.INB CB (LAN1&2, C-tagged) Script name: SYS-CB-INB_TINB CB (LAN1&2, S-tagged) Script name: SYS-PEBB-XXB_T

LOCAL, LINK Schemes

LOCAL# CPU # +----o----+ # | | | # Lan1 –o | o- Radio # | | | # Lan2 –o | o- MNGT-OoB n/a. # +----o----+ # | # MNGT-OnS

LINK # CPU # +----o----+ # | | | # Lan1 –o +--- o- Radio-SHARED # | | | # Lan2 –o | o- MNGT-OoB n/a. # +----o----+ # | # MNGT-OnS

Emulated Out Of Band## CPU# +----o----+# | | |# Lan1 –o . -+--- o- Radio-SHARED# | / |# MNGT-Lan2 –o- o- MNGT-OoB n/a.# +----o----+# |# MNGT-OnS

MN.00320.E - 013 31

6.3.1 On-Site CB (Local only, untagged)

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-CB-OnS_LOU

# <MNGT_VLAN>: default is 1.

## CPU# +---o---+# Lan1 -o | |# | | o- Radio# Lan2 -o | |# +---o---+# |# MNGT-OnS

# Rev.0006a


##########################################################+##############

#========================================================================

interface <MNGT-OnS>

no shutdown

exit

vlan <MNGT_VLAN>

ports <MNGT-OnS> untagged <MNGT-OnS> name mngt1

exit

default ip vlan id <MNGT_VLAN>

default ip address <DOT_IP_ADRS> subnet-mask <DOT_IP_MASK>

default gateway route <DOT_IP_GATEWAY>


switchport priority default 7

switchport ingress-filter

exit

#----------------------------------------------------------------------

#----------------------------------------------------------------------

interface <LAN1>


exit

interface <LAN2>


exit

interface <RADIO>


exit

exit

#========================================================================

# To make effective the above ‘default’ commands,

# following commands must be launched.

set hitless-restart enable

sleep 5

reload

#========================================================================

#CONTEXT-EXIT

32 MN.00320.E - 013

6.3.2 On-Site CB (Local only, C-tagged)

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-CB-OnS_LOT



# Rev.0005a


##########################################################+##############

#========================================================================


no shutdown

exit

vlan <MNGT_VLAN>

ports <MNGT-OnS> name mngt1

exit




#To redirect mng packets to the higher queue

mac access-list extended 1

permit any any vlan <MNGT_VLAN>

exit



mac access-group 1 in

exit

class-map 10

match access-group mac-access-list 1

set class 10 regen-priority 7 group-name mng_group_1

exit

#----------------------------------------------------------------------

#----------------------------------------------------------------------

interface <LAN1>


exit

interface <LAN2>


exit

interface <RADIO>


exit

exit

#========================================================================

MN.00320.E - 013 33




sleep 5

reload

#========================================================================

#CONTEXT-EXIT

6.3.3 On site PEB/PB (Local only, untagged)

#CONTEXT-ENTRY

configure terminal


##########################################################################

# Script name: SYS-PEB-OnS_LOU



# Rev.0008a


###########################################################+##############

#=========================================================================


bridge port-type propProviderNetworkPort

no shutdown

exit

vlan <MNGT_VLAN>


exit







exit

#-----------------------------------------------------------------------

#-----------------------------------------------------------------------

interface <LAN1>


exit

interface <LAN2>


exit

interface <RADIO>

34 MN.00320.E - 013

exit

exit

#========================================================================




sleep 5

reload

#========================================================================

#CONTEXT-EXIT

6.3.4 On-site PEB/PB (Local only, S-tagged)

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-PEB-OnS_LOT

# <MNGT_VLAN>: default is 1.# CPU# +---o---+# Lan1 -o | |# | | o- Radio# Lan2 -o | |# +---o---+# |# MNGT-OnS

# Rev.0005a


##########################################################+##############

#========================================================================


bridge port-type providerNetworkPort

no shutdown

exit

vlan <MNGT_VLAN>


exit







exit




exit

class-map 10



exit

MN.00320.E - 013 35

#----------------------------------------------------------------------

#----------------------------------------------------------------------

interface <LAN1>


exit

interface <LAN2>


exit

interface <RADIO>


exit

exit

#========================================================================




sleep 5

reload

#========================================================================

#CONTEXT-EXIT

6.3.5 On-site CB (Radio link, untagged)

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-CB-OnS_LKU


## CPU# +---o---+# Lan1 -o | |# | +---o- Radio# Lan2 -o | |# +---o---+# |# MNGT-OnS

# Rev.0005a


##########################################################+##############

#========================================================================


no shutdown

exit

vlan <MNGT_VLAN>


ports add <RADIO>

exit

36 MN.00320.E - 013



exit

#----------------------------------------------------------------------

#----------------------------------------------------------------------

interface <LAN1>


exit

interface <LAN2>


exit

interface <RADIO>


exit

exit

#========================================================================




sleep 5

reload

#========================================================================

#CONTEXT-EXIT

6.3.6 On-site CB (Radio link, C-tagged)

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-CB-OnS_LKT



# Rev.0005a


##########################################################+##############

#========================================================================


no shutdown

exit

vlan <MNGT_VLAN>


ports add <RADIO>

exit

MN.00320.E - 013 37






exit




exit

class-map 10



exit

#----------------------------------------------------------------------

#----------------------------------------------------------------------

interface <LAN1>


exit

interface <LAN2>


exit

interface <RADIO>


exit

exit

#========================================================================




sleep 5

reload

#========================================================================

#CONTEXT-EXIT

6.3.7 On-site PEB/PB (Radio link, untagged)

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-PEB-OnS_LKU



# Rev.0008a

38 MN.00320.E - 013


##########################################################+##############

#========================================================================



no shutdown

exit

vlan <MNGT_VLAN>


ports add <RADIO>

exit







exit

#----------------------------------------------------------------------

#----------------------------------------------------------------------

interface <LAN1>


exit

interface <LAN2>


exit

interface <RADIO>


exit

exit

#========================================================================




sleep 5

reload

#========================================================================

#CONTEXT-EXIT

6.3.8 On-site PEB/PB (Radio link, S-tagged)

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-PEB-OnS_LKT


## CPU# +---o---+# Lan1 -o | |# | +---o- Radio

MN.00320.E - 013 39

# Lan2 -o | |# +---o---+# |# MNGT-OnS

# Rev.0005a


##########################################################+##############

#========================================================================



no shutdown

exit

vlan <MNGT_VLAN>


ports add <RADIO>

exit







exit




exit

class-map 10



exit

#----------------------------------------------------------------------

#----------------------------------------------------------------------

interface <LAN1>


exit

interface <LAN2>


exit

interface <RADIO>


exit

exit

#========================================================================




sleep 5

reload

#========================================================================

#CONTEXT-EXIT

40 MN.00320.E - 013

6.3.9 EOOB CB (untagged)

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-CB-EOB_U


#

# EOOB-LAN2: =gigabitethernet 0/6# CPU# +---o---+# | | |# -o---+---o- Radio# | |# +---o---+# |# MNGT-OnS

# Rev.0004a


#########################################################################

#========================================================================

interface 

no shutdown

exit

vlan <MNGT_VLAN>

ports untagged name mngt1

ports add <RADIO>

exit




interface 


exit




exit

interface <RADIO>


exit

class-map 10



exit

#----------------------------------------------------------------------

#----------------------------------------------------------------------

interface <LAN1>


exit

interface <LAN2>


exit

interface <RADIO>

MN.00320.E - 013 41


exit

exit

#========================================================================




sleep 5

reload

#========================================================================

#CONTEXT-EXIT

42 MN.00320.E - 013

6.3.10 EOOB PEB/PB (untagged)

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-PEB-EOB_U



# Rev.0008a


##########################################################+##############

#========================================================================

interface 


no shutdown

exit

vlan <MNGT_VLAN>

ports untagged name mngt1

ports add <RADIO>

exit




interface 


exit

#----------------------------------------------------------------------

#----------------------------------------------------------------------

interface <LAN1>


exit

interface <LAN2>


exit

interface <RADIO>


exit

exit

#========================================================================




sleep 5

reload

#========================================================================

#CONTEXT-EXIT

MN.00320.E - 013 43

6.3.11 INB CB (LANx, C-tagged), EOOB CB (LAN2, C-tagged)

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-CB-XXB_T


#

# INB-LAN1: =gigabitethernet 0/10



# Rev.0005a


##########################################################+##############

#========================================================================

interface 

no shutdown

exit

vlan <MNGT_VLAN>

ports name mngt1

ports add <RADIO>

exit







exit



exit

interface 


exit

interface <RADIO>


exit

class-map 10



exit

class-map 20



exit

44 MN.00320.E - 013

#----------------------------------------------------------------------

#----------------------------------------------------------------------

interface <LAN1>


exit

interface <LAN2>


exit

interface <RADIO>


exit

exit

#========================================================================




sleep 5

reload

#========================================================================

#CONTEXT-EXIT

6.3.12 INB PEB/PB (LANx, S-tagged), EOOB PEB/PB (LAN2, S-tagged)

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-PEB-XXB_T


#




# Rev.0005a


##########################################################+##############

#========================================================================

interface 


no shutdown

exit

vlan <MNGT_VLAN>

ports name mngt1

ports add <RADIO>

exit

MN.00320.E - 013 45







exit



exit

interface 


exit

interface <RADIO>


exit

class-map 10



exit

class-map 20



exit

#----------------------------------------------------------------------

#----------------------------------------------------------------------

interface <LAN1>


exit

interface <LAN2>


exit

interface <RADIO>


exit

exit

#========================================================================




sleep 5

reload

#========================================================================

#CONTEXT-EXIT

46 MN.00320.E - 013

6.3.13 INB CB (LAN1&2, C-tagged)

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-CB-INB_T


#

# INB-LAN1&2: <I1>=gigabitethernet 0/10, <I2>=gigabitethernet 0/6

## CPU# +---o---+# <I1>-o. | |# | >-+-- o- Radio# <I2>-o’ |# +---o---+# |# MNGT-OnS

# Rev.0005a


##########################################################+##############

#========================================================================

interface <I1>

no shutdown

exit

interface <I2>

no shutdown

exit

vlan <MNGT_VLAN>

ports <I1> <I2> name mngt1

ports add <RADIO>

exit







exit



exit



exit

interface <I1>


exit

interface <I2>


exit

interface <RADIO>


exit

MN.00320.E - 013 47

class-map 10



exit

class-map 20



exit

class-map 30



exit

#----------------------------------------------------------------------

interface <LAN1>


exit

interface <LAN2>


exit

interface <RADIO>


exit

exit

#========================================================================




sleep 5

reload

#========================================================================

#CONTEXT-EXIT

6.3.14 INB PEB/PB (LAN1&2, S-tagged)

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-PEBB-XXB_T


#


## CPU# +---o---+# <I1>-o. | |# | >-+-- o- Radio# <I2>-o’ |# +---o---+# |# MNGT-OnS

# Rev.0005a

48 MN.00320.E - 013

##########################################################+##############

#========================================================================

interface <I1>


no shutdown

exit

interface <I2>


no shutdown

exit

vlan <MNGT_VLAN>


ports add <RADIO>

exit







exit



exit



exit

interface <I1>


exit

interface <I2>


exit

interface <RADIO>


exit

class-map 10



exit

class-map 20



exit

class-map 30



exit

#-----------------------------------------------------------------------

interface <LAN1>


exit

interface <LAN2>

MN.00320.E - 013 49


exit

interface <RADIO>


exit

exit

#========================================================================




sleep 5

reload

#========================================================================

#CONTEXT-EXIT

6.4 MERGED SCRIPTS - EXAMPLES

6.4.1 INB + On-site CB (LAN1&2, C-tagged / OnS, untagged)

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-CB-INB_T-OnS_LOU


#


## CPU# +---o---+# <I1>-o. | |# | >-+-- o- Radio# <I2>-o’ | |# +---o---+# |# MNGT-OnS

# Rev.0005a


##########################################################+##############

#========================================================================


no shutdown

exit

interface <I1>

no shutdown

exit

interface <I2>

no shutdown

exit

50 MN.00320.E - 013

vlan <MNGT_VLAN>


ports add <RADIO>

ports add <MNGT-OnS> untagged <MNGT-OnS>

exit







exit




exit



exit



exit

interface <I1>


exit

interface <I2>


exit

interface <RADIO>


exit

class-map 10



exit

class-map 20



exit

class-map 30



exit

#----------------------------------------------------------------------

#----------------------------------------------------------------------

interface <LAN1>


exit

interface <LAN2>


exit

interface <RADIO>

MN.00320.E - 013 51

exit

exit

#========================================================================




sleep 5

reload

#========================================================================

#CONTEXT-EXIT

52 MN.00320.E - 013

6.4.2 INB + On-site PEB/PB (LAN1&2, S-tagged/OnS, untagged)

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-PEB-XXB_T-OnS_LOU


#


#

# CPU# +---o---+# <I1>-o. | |# | >-+-- o- Radio# <I2>-o’ | |# +---o---+# |# MNGT-OnS

# Rev.0005a


##########################################################+##############

#========================================================================



no shutdown

exit

interface <I1>


no shutdown

exit

interface <I2>


no shutdown

exit

vlan <MNGT_VLAN>


ports add <RADIO>

ports add <MNGT-OnS> untagged <MNGT-OnS>

exit







exit




exit



exit

MN.00320.E - 013 53



exit

interface <I1>


exit

interface <I2>


exit

interface <RADIO>


exit

class-map 10



exit

class-map 20



exit

class-map 30



exit

#-----------------------------------------------------------------------

#-----------------------------------------------------------------------

interface <LAN1>


exit

interface <LAN2>


exit

interface <RADIO>


exit

exit

#========================================================================




sleep 5

reload

#========================================================================

#CONTEXT-EXIT

54 MN.00320.E - 013

6.5 PAYLOAD INTERFACES

The next step in the switch configuration is the setting of the traffic ports.

INTERFACES#CONTEXT-ENTRY

configure terminal


########################################################################

# Script name: SYS-PYLD_IF

#

# Rev.0002a


#########################################################+##############

#====================================================================

# LINE INTERFACES

interface <LAN1>

# This is the LAN1.

no shutdown

exit

interface <LAN2>

# This is the LAN2.

no shutdown

exit

#=====================================================================

# RADIO INTERFACE

interface <RADIO>

# This is the RADIO.

shutdown

no negotiation

no shutdown

exit

exit

#=======================================================================

#CONTEXT-EXIT

#show vlan device info

#show vlan device capabilities

#show interface bridge port-type

#show vlan port config switch default

Script name: SYS-PYLD_IF

In case of Radio port a further setting has to be applied: local Radio port and remote Radio port don't needto perform any autonegotiation.

MN.00320.E - 013 55

6.6 NETWORK APPLICATION

Next step is to define the applicable scenario.

All possible network scenarios have been inserted in a list and named by a SIAE scenario code. Amongthese scenarios, six main examples have been pointed out: 1, 2, 3, 4, 5 and 6.

In the following pages they are explained.

6.6.1 Scenario #1

Transport

Script ID: APP-Scenario1-TR

Access


R 1

2

C10 CP

CB

C10 C10 CP

CB

C10

R1

2

56 MN.00320.E - 013

Scenario1_Transport&Access#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: APP-SCENARIO1_TR

#

# Rev.0001


################################################################+########


# LAN 1

interface <LAN1>


no shutdown

exit

# RADIO

interface <RADIO>


no shutdown

exit

# TAGGED LAN1 <- C-VLAN 10 -> RADIO

vlan 10

ports <LAN1> <RADIO>

exit

#========================================================================

#CONTEXT-EXIT

exit

MN.00320.E - 013 57

The Scenario#1 describes one radio link with the following characteristics: one radio is Transport side, theother radio is Access side.

A script is provided for the Transport side switch and another is provided for the Access side switch.

The two switches of the link (transport switch and access switch) are set in Customer Bridge-mode (CB),a switch that manages a single level of VLAN tag described by several C-tag.

Core/Transport Network:

• Ethernet traffic is tagged with a VLAN tag

• The C-VLAN IDs identify the different destination NodeB in the Access network

• In script C-VLAN 10 is used as an example of identification

Access Network:

• Ethernet traffic to/from NodeBs is tagged with VLAN Tag

• The traffic from different NodeBs is differentiated on the basis of the VLAN (the customer can useone or more VLAN IDs for each NodeB, C-VLAN 10 in the script example)

58 MN.00320.E - 013

6.6.2 Scenario #2

Scenario2-Transport

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: APP-SCENARIO2_TR

#

# Rev.0001


################################################################+########


# LAN1

interface <LAN1>



no shutdown

exit

# RADIO

interface <RADIO>



no shutdown

exit

# LAN1 <- S-VLAN 100 -> RADIO

Transport


Access

Script ID: APP-Scenario2-ACC

Cx

PNP

PCB

PNP

S100 Cx S100

R 1

2

C20

CNP

PEB

PNP

C10S100

C10

C20S100...

Cx

R1

2

MN.00320.E - 013 59

vlan 100


exit

#========================================================================

#CONTEXT-EXIT

exit

Scenario2-Access

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: APP-SCENARIO2_ACC

#

# Rev.0002


################################################################+########


# LAN1

interface <LAN1>

bridge port-type customerNetworkPort port-based

## Choose one option and put it on #<EXEC.LINE>.

## 1.Assign a fixed SVLAN Priority:

##<EXEC.LINE>= switchport svlan-priotype fixed 2

## 2.Copy incoming CVLAN Priority as SVLAN Priority:

##<EXEC.LINE>= switchport svlan-priotype copy

#<EXEC.LINE>


no shutdown

exit

# RADIO

interface <RADIO>



no shutdown

exit

# RADIO <- S-VLAN 100 -> UNTAGGED LAN1

vlan 100

ports <LAN1> <RADIO> untagged <LAN1>

exit

# UNTAGGED LAN1

interface <LAN1>

switchport pvid 100

exit

#========================================================================

#CONTEXT-EXIT

exit

60 MN.00320.E - 013



The Transport side switch is set as Provider Core Bridge (PCB). The Access side switch is set as ProviderEdge Bridge (PEB).

PCB and PEB switches manage two levels of VLAN tag described by C-tag and S-tag.

Core/Transport Network:

• Ethernet traffic is to/from the router is tagged with S-VLAN + C-VLAN tag

• The S-VLAN IDs identify the destination NodeB (S-VLAN 100 in the script example) in the Accessnetwork

Access Network:

• Ethernet traffic to/from NodeBs is tagged with VLAN Tag

• The traffic from different NodeBs is differentiated on the basis of the ingress port (the customer canuse the same VLAN on all the NodeBs)

• In the microwave network an additional Tag (S-Tag) is added by the radio connected to the NodeBs(S-VLAN 100 in the script example).

6.6.3 Scenario #3

Scenario3_Access

#CONTEXT-ENTRY

configure terminal


#########################################################################


#

Transport


Access

Script ID: APP-Scenario3-ACC

C10

CP

CB

C10

R 1

2

CB

C10

PVID C10

R1

2

MN.00320.E - 013 61

# Rev.0001


################################################################+########


# LAN 1

interface <LAN1>


no shutdown

exit

# RADIO

interface <RADIO>


no shutdown

exit

# RADIO <- C-VLAN 10 -> UNTAGGED LAN1

vlan 10


exit

# UNTAGGED LAN1

interface <LAN1>

switchport pvid 10


exit

#========================================================================

#CONTEXT-EXIT

exit

62 MN.00320.E - 013



The Transport side switch is set as Customer Bridge (CB). The Access side switch is set as Customer Bridge(CB).

A CB, "customer bridge-mode" switch is a switch that manages a single level of VLAN tag described byseveral C-tag.

Transport Network:

• Ethernet traffic to/from the Router is tagged with a C-VLAN tag

• The C-VLAN IDs identify the destination NodeB (C-VLAN 10 in the script example)

Access Network:

• Forwarding is based on packets C-VLAN

• In the microwave network n additional C-VLAN Tag is added by the radio connected to the NodeBs(C-VLAN 10 in the script example)

• Ethernet traffic to/from NodeBs is untagged

• The traffic from different NodeBs is differentiated on the basis of the ingress port.

MN.00320.E - 013 63

6.6.4 Scenario #4

Scenario4-Transport2

#CONTEXT-ENTRY

configure terminal


###############################################

# Script name: APP-SCENARIO4_TR2

#

# Rev.0002


######################################+########


# LAN 1

interface <LAN1>

bridge port-type customeredgePort






## 3.Apply fixed SVLAN priority for specific CVID entry:

# #<EXEC.LINE>= \

## switchport customer-vlan 10 svlan-priotype fixed 3

#<EXEC.LINE>


Transport

Script ID: App-Scenario4-TR2

Transport


Access

Script ID: App-Scenario4-Acc

CNP

PEB

PNP

C10 S100 AC10S200

C10

PVID 100

PVID 200

B

A

B C10

R 1

2

64 MN.00320.E - 013

no shutdown

exit

# RADIO

interface <RADIO>



no shutdown

exit



vlan 100

ports <LAN1> <RADIO>untagged <LAN1>

ethernet evc id evc100

ethernet evc type point-to-Point

exit

vlan 200




exit

#TAGGED LAN 1

interface <LAN1>

ethernet uni id UNI01

ethernet map ce-vlan 10 evc 100


exit

#=======================================================

#CONTEXT-EXIT

exit


#CONTEXT-ENTRY

configure terminal


###############################################


#

# Rev.0002


################################+##############


# LAN 1

interface <LAN1>



no shutdown

exit

MN.00320.E - 013 65

# RADIO

interface <RADIO>



no shutdown

exit

# S-VLAN 100

# S-VLAN 200

vlan 100


exit

vlan 200


exit

#==============================================

#CONTEXT-EXIT

exit

Scenario4-Access#CONTEXT-ENTRY

configure terminal


###############################################


#

# Rev.0002


################################+##############


# LAN 1

interface <LAN1>






# #<EXEC.LINE>= switchport svlan-priotype copy

#<EXEC.LINE>


no shutdown

exit

# LAN 2

interface <LAN2>

66 MN.00320.E - 013



#<EXEC.LINE>


no shutdown

exit

# RADIO

interface <RADIO>



no shutdown

exit



vlan 100


exit

# UNTAGGED LAN1

interface <LAN1>

switchport pvid 100

exit

vlan200


exit

# UNTAGGED LAN2

interface <LAN2>

switchport pvid 200

exit

#==============================================

#CONTEXT-EXIT

exit

Note: To remove EVC follow the script below.

###############################################

#CONTEXT - REMOVE EVC

###############################################

configure terminal

interface <LAN1>

no ethernet uni id

exit

vlan 100

no ethernet evc id

exit

vlan 200

no ethernet evc id

end

MN.00320.E - 013 67

Scenario#4 describes two radio links. Tree radios are on Transport side, the other radio is on Access side.

Depending on position of the switch, two scripts are provided for Transport side and a script is providedfor Access side.

The Transport side switch on left is set as Provider Edge Bridge (PEB), the Transport side switches in thecentre of the network are set as Provider Core Bridge (PCB) and the Access side switch is set as ProviderEdge Bridge (PEB).


Core/Backbone Network (Transport Network on the left):

• The router is connected to the MW network by means of 2 Ethernet ports:

- 1 port for 3G traffic

- 1port for 4G traffic

• Ethernet traffic to/from the router ports is tagged with C-VLAN Tag (3Gand 4G could have the sameVLAN IDs)

• The S-VLAN IDs is added by the MW equipment on the basis of:

- Ingress port (identifies 3G or 4G traffic)

Microwave Backhaul Network (central Transport Network):

• E-line connections between each NodeB and the relevant router interface

• Forwarding is based on packets S-VLAN

• In the existing microwave network:

- On the router side: the VLAN re-write functionality is used by microwave network to add thesecond VLAN Tag.

- On NodeB side: the second VLAN Tag is added by the microwave according to the connectedNodeBs (S-VLAN 100and S-VLAN 200 in the script example)

Access Network:

• Ethernet traffic to/from NodeBs is tagged with a VLAN Tag

• The traffic from different NodeBs is differentiated on the basis of the ingress port (the customer canuse the same VLAN on all the NodeBs)

6.6.5 Scenario #5

68 MN.00320.E - 013

Transport


Transport


Access


R 1

2 PNP A

PEB

PNP CEP

C10‐p3 A1/2

C10 ‐p3 A1/2

EVC100

S100‐p3

S100 B

S100 B

R

1

2

R1

2

PNP

PNP

PNP

PCB PCB

S100 B

EVC100 EVC100

PEB

R 1

2

C10 ‐p3

C10‐p3

A1

A2

S100 ‐p3 C10 ‐p3

CEP

CEPPNP

EVC100

A1/2

MN.00320.E - 013 69


#CONTEXT-ENTRY

configure terminal


###############################################


#

# Rev.0002a


################################+##############


# LAN 1

interface <LAN1>








# #<EXEC.LINE>= \


#<EXEC.LINE>


no shutdown

exit

# RADIO

interface <RADIO>



no shutdown

exit

# UNTAGGED LAN1 <- S-VLAN 100 -> RADIO

vlan 100




exit

# C-TAGGED LAN1

interface <LAN1>



exit

#==============================================

#CONTEXT-EXIT

exit

70 MN.00320.E - 013


#CONTEXT-ENTRY

configure terminal


###############################################


#

# Rev.0001a


################################+##############


# LAN 1

interface <LAN1>



no shutdown

exit

# RADIO

interface <RADIO>



no shutdown

exit

# S-VLAN 100

vlan 100




exit

#==============================================

#CONTEXT-EXIT

exit

Scenario5-Access

#CONTEXT-ENTRY

configure terminal


###############################################


#

# Rev.0002a


################################+##############


# LAN 1

interface <LAN1>

MN.00320.E - 013 71







# #<EXEC.LINE>= \


#< EXEC.LINE>


no shutdown

exit

# LAN 2

interface <LAN2>








# #<EXEC.LINE>= \


#<EXEC.LINE>


no shutdown

exit

# RADIO

interface <RADIO>



no shutdown

exit

# RADIO <- S-VLAN 100 -> UNTAGGED LAN1 LAN2

vlan 100

ports <LAN1> <LAN2> <RADIO> untagged <LAN1> <LAN2>



exit

# C-TAGGED LAN1

interface <LAN1>



exit

# C-TAGGED LAN2

interface <LAN2>

72 MN.00320.E - 013

exit

#==============================================

#CONTEXT-EXIT

exit

Note: to remove EVC follow the script below:

###############################################

#CONTEXT - REMOVE EVC

###############################################

configure terminal

interface <LAN1>

no ethernet uni id

exit

interface <LAN2>

no ethernet uni id

exit

vlan 100

no ethernet evc id

end

The Scenario#5 describes two radio links. Three radios are on Transport side, the other radio is on Accessside.


The Transport side switch on left is set as Provider Edge Bridge (PEB), the Transport side switches in thecentre of the network are set as Provider Core Bridge (PCB) and the Access side switch is set as ProviderEdge Bridge (PEB).



• Ethernet traffic to/from the Router is tagged with a C-VLAN tag

• The Router port identifies the destination NodeBs


• E-LAN connections between each NodeB and the relevant router interface

• Forwarding is based on ingress router port

• In the existing microwave network, a S-VLAN Tag is added by radio to separate the different E-LANconnections (S-VLAN 100 in the script example)

Access Network

• Ethernet traffic to/from NodeBs is tagged with a VLAN Tag

• The traffic from different NodeBs is differentiated on the basis of the ingress port and MAC address

• The two port belong to the same EVC100

MN.00320.E - 013 73

6.6.6 Scenario #6


#CONTEXT-ENTRY

configure terminal


###############################################


#

# Rev.0002a


################################+##############


# LAN 1

interface <LAN1>




# #<EXEC.LINE>= switchport svlan-priotype fixed 2



#<EXEC.LINE>


no shutdown

Transport


Transport


Access


R 1

2 PNP

A

PEB

PNP

C10‐p2 A1/2

C10 ‐p2 A1/2 S100‐p2

PVID 100

CNP‐PrtBase

S100 B

S100 B

R1

2

R1

2

PNP

PNP

PNP

PCB PCB

S100

PEB

R 1

2

C10 ‐p2

C10 ‐p2

A1

A2

S100 ‐p2 C10 ‐p2

CNP‐PrtBase

CNP‐PrtBasePNP

PVID 100 PVID 100

A1/2

74 MN.00320.E - 013

exit

# RADIO

interface <RADIO>



no shutdown

exit

# UNTAGGED LAN1 <- S-VLAN 100 -> RADIO

vlan 100


exit

#UNTAGGED LAN1

interface <LAN1>

switchport pvid 100

exit

#==============================================

#CONTEXT-EXIT

exit


#CONTEXT-ENTRY

configure terminal


###############################################


#

# Rev.0001a


################################+##############


# LAN 1

interface <LAN1>



no shutdown

exit

# RADIO

interface <RADIO>



no shutdown

exit

# S-VLAN 100

vlan 100

MN.00320.E - 013 75


exit

#==============================================

#CONTEXT-EXIT

exit

Scenario6-Access

#CONTEXT-ENTRY

configure terminal


###############################################


#

# Rev.0003a


################################+##############


# LAN 1

interface <LAN1>







#<EXEC.LINE>


no shutdown

exit

# LAN 2

interface <LAN2>







#<EXEC.LINE>


no shutdown

exit

# RADIO

interface <RADIO>



no shutdown

exit

76 MN.00320.E - 013


vlan 100

ports <LAN1> <LAN2> <RADIO> untagged <LAN1> <LAN2>

exit

#UNTAGGED LAN1

interface <LAN1>

switchport pvid 100

exit

#UNTAGGED LAN2

interface <LAN2>

switchport pvid 100

exit

#==============================================

#CONTEXT-EXIT

exit

The Scenario #6 describes two radio links. Three radios are on Transport side, the other radio is on Accessside.


The Transport side switch on left is set as Provider Edge Bridge (PEB), the Transport side switches in thecentre of the network are set as Provider Core Bridge (PCB) and the Access side switch is set as ProviderEdge Bridge (PEB). PCB and PEB switches manage two levels of VLAN tag described by C-tag and S-tag.


• Ethernet traffic to/from the Routers can be Tagged with a C-VLAN Tag or Untagged (hybrid connec-tion)

• The Router port identifies the destination NE.


• E-LAN connections between different NE and the relevant router interface

• Forwarding is based on ingress router port

• In the existing microwave network, a S-VLAN Tag is added by radio to separate the different E-LANconnections (S-VLAN 100 in the script example).

Access Network

• Ethernet traffic to/from NEs can be Tagged with a VLAN Tag or Untagged (hybrid connection)

• The traffic from different NodeBs is differentiated on the basis of the ingress port and MAC address

• The two ports have the same PVID.

MN.00320.E - 013 77

6.7 PAYLOAD SERVICES

Next step is to add some payload services (optional): in this chapter an explanation of the transport serviceusable and customizable for any application.

6.7.1 Customer bridge

CB ports/C-Tagged service#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: CB-CTAGGED-SRVC

#

# Rev.0001


################################################################+##############

#============================================================================

vlan 19

# 19-VLAN for untagged and priority tagged traffic.

ports <LAN1> <RADIO> untagged <LAN1> name siae019

exit

vlan 29

# 29-VLAN for untagged and priority tagged traffic.


exit

vlan 10

ports <LAN1> <RADIO> name siae10

exit

vlan 20


exit

# Use of PVID must be after VLAN section.

interface <LAN1>

# PVID-19-VLAN for untagged and priority tagged traffic.

switchport pvid 19


no shutdown

exit

interface <LAN2>

# PVID-29-VLAN for untagged and priority tagged traffic.

switchport pvid 29


no shutdown

exit

interface <RADIO>

no shutdown

exit

78 MN.00320.E - 013

exit

#==============================================================================

# show interface bridge port-type

# show vlan

#==============================================================================

#CONTEXT-EXIT

• Script name: CB-CTAGGED-SRVC

The script defines:

• LAN1 and radio are members tagged of VLAN10 (VLAN10 passes unchanged)

• LAN2 and radio are members tagged of VLAN20 (VLAN20 passes unchanged)

• LAN1 is member untagged of VLAN 19 and radio is member tagged of VLAN19

• LAN2 is member untagged of VLAN 29 and radio is member tagged of VLAN29

• The incoming untagged traffic is tagged with port VLAN ID (PVID) of LAN interface into the switch.

MN.00320.E - 013 79

6.7.2 Provider edge bridge - Customer edge port

PEB-CEB ports#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: PEB-PORTS-CTAGGED-SRVC

#

# Rev.0002


################################################################+##############

#============================================================================

interface <LAN1>

bridge port-type customerEdgePort



shutdown

exit

interface <LAN2>




shutdown

exit

interface <RADIO>



shutdown

exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: PEB-PORTS-CTAGGED-SRVC

The script defines the ports in the following mode:

• LAN1 and LAN2 as CEP

• RADIO port as PNP

PEB-CEP ports/C-Tagged service#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: CEP-CTAGGED-SRVC

#

# Rev.0002


################################################################+##############

#============================================================================

vlan 19

80 MN.00320.E - 013

# 19-EVC for untagged and priority tagged traffic.




exit

vlan 29





exit

vlan 100




exit

vlan 200




exit

# Use of EVC, PVID must be after VLAN section.

interface <LAN1>

# PVID-19-EVC for untagged and priority tagged traffic.

switchport pvid 19

no ethernet map ce-vlan 10; ethernet map ce-vlan 10 evc 100





no shutdown

exit

interface <LAN2>


switchport pvid 29






no shutdown

exit

interface <RADIO>

no shutdown

exit

exit

#==============================================================================


# show ethernet uni switch default

# show vlan

# show ethernet evc switch default

# show service vlan switch default

MN.00320.E - 013 81

# show ethernet ce-vlan evc map

#==============================================================================

#CONTEXT-EXIT

• Script name: CEP-CTAGGED-SRVC

The script defines:

• a C-VLAN and a S-VLAN for ports LAN1 and RADIO with LAN1 untagged and a default PVID for portLAN1

• a C-VLAN and a S-VLAN for ports LAN2 and RADIO with LAN2 untagged and a default PVID for portLAN2

In this way all the C-tagged traffic (C-VID 10...14) entering in LAN1 is sent in S-VLAN 100 through theRADIO port and all the C-tagged traffic (C-VID 20...24) entering in LAN2 is sent in S-VLAN 200 throughthe RADIO port.

Untagged traffic entering in port LAN1 is sent to RADIO port using evc019 and untagged traffic entering inport LAN2 is sent to RADIO port using evc029.

PEB-CEP ports/C-Tagged service+PCP#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: CEP-CTAGGED-SRVC-PCP

#

# Rev.0002


################################################################+##############

#============================================================================

vlan 19





exit

vlan 29





exit

vlan 100




exit

vlan 200




82 MN.00320.E - 013

exit


# Use of ‘per port PCP (basic)' must be after

# ce-vlan map section.

interface <LAN1>


switchport pvid 19

# PRIO-1-EVC for untagged and priority tagged traffic.







# per port PCP (basic). Srvc pcp is created:

#---------------------------------------------------------

# - fixing a value or

# - copying customer pcp.

# choose one of the following:

#

switchport svlan-priotype fixed 2

#witchport svlan-priotype copy

# per vlan PCP (add specific). Srvc pcp is created:

#---------------------------------------------------------



#

switchport customer-vlan 13 svlan-priotype fixed 3

switchport customer-vlan 14 svlan-priotype copy

no shutdown

exit

interface <LAN2>


switchport pvid 29

# PRIO-1-EVC for untagged and priority tagged traffic.







# per port PCP (basic). Srvc pcp is created:

#---------------------------------------------------------

MN.00320.E - 013 83


#



# per vlan PCP (add specific). Srvc pcp is created:

#---------------------------------------------------------



#

switchport customer-vlan 23 svlan-priotype fixed 3

switchport customer-vlan 24 svlan-priotype copy

no shutdown

exit

interface <RADIO>

no shutdown

exit

exit

#==============================================================================



# show vlan




#==============================================================================

#CONTEXT-EXIT

• Script name: CEP-CTAGGED-SRVC-PCP

The script performs the following behaviour: all the C-tagged traffic (C-VID 10...14) entering in LAN1 issent in S-VLAN 100 through the RADIO port and all the C-tagged traffic (C-VID 20...24) entering in LAN2is sent in S-VLAN 200 through the RADIO port. Not only, the traffic entering through port LAN1 takes pri-ority 2 and traffic entering through port LAN2 takes priority 2. Or in alternative the priority can be the orig-inal in input in this example despite the two options available there are also the specific priorityassignments:

• traffic entering through port LAN 1 with C-VID 13 takes priority 3 and with C-VID 14 maintains itsoriginal priority

• traffic entering through port LAN 2 with C-VID 23 takes priority 3 and with C-VID 24 maintains itsoriginal priority

Untagged traffic entering in port LAN1 is sent to RADIO port using evc019 with priority 1 and untaggedtraffic entering in port LAN2 is sent to RADIO port using evc029 with priority 1.

PEB-CEP Add/Drop C-TAG to untagged traffic#CONTEXT-ENTRY

configure terminal


#################################################################

# Script name: CEP-AddDropCTAG#

# Rev.0002# (siae microelettronica)

################################################################+

84 MN.00320.E - 013

#==============================================================

interface <LAN1>

switchport dot1q customer vlan 19

switchport customer-vlan 19 service-vlan 100 untagged-pep false untagged-cep true

exit

interface <LAN2>

switchport dot1q customer vlan 29

switchport customer-vlan 29 service-vlan 200 untagged-pep false untagged-cep true

exit

exit

#================================================================

# show service vlan

#================================================================

#CONTEXT-EXIT

• Script name: CEP-AddDropCTAG

The purpose of this script are the following:

• for LAN1 it sets the customer VLAN ID for the port (in this case 19), it adds an entry in the CustomerVLAN Identification (C-VID) registration table and configures the SVLAN id as 100. It sets the portas the Untagged Customer Edge Port.

• for LAN2 it sets the customer VLAN ID for the port (in this case 29), it adds an entry in the CustomerVLAN Identification (C-VID) registration table and configures the SVLAN id as 200. It sets the portas the Untagged Customer Edge Port.

PEB-CEP Add/Drop C-TAG to untagged traffic (UNDO)#CONTEXT-ENTRY

configure terminal


#################################################################

# Script name: CEP-AddDropCTAG(undo)

#

# Rev.0002


################################################################+

#==============================================================

interface <LAN1>

no switchport customer-vlan 19

switchport pvid <PVID-LAN1>

exit

interface <LAN2>

no switchport customer-vlan 29

switchport pvid <PVID-LAN2>

exit

exit

#=================================================================

#CONTEXT-EXIT

• Script name: CEP-AddDropCTAG (UNDO)

The purpose of this script are the following:

• delete entry in the C-VID registration table CVLAN 19 on LAN1

• delete entry in the C-VID registration table CVLAN 29 on LAN2.

MN.00320.E - 013 85

6.7.3 Provider edge bridge - Customer network port

PEB-CNP ports#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: PEB-PORTS-PORTBASED-SRVC

#

# Rev.0002


################################################################+##############

#============================================================================

interface <LAN1>



shutdown

exit

interface <LAN2>



shutdown

exit

interface <RADIO>



shutdown

exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: PEB-PORTS-PORTBASED-SRVC

The script defines:

• LAN1 as Customer Network Port

• LAN2 as Customer Network Port

• Radio port as Provider Network port

PEB-CNP-PortBased service#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: CNP-PORTBASED-SRVC

#

# Rev.0002


################################################################+##############

#============================================================================

vlan 100

86 MN.00320.E - 013

exit

vlan 200


exit


interface <LAN1>


switchport pvid 100

no shutdown

exit

interface <LAN2>


switchport pvid 200

no shutdown

exit

interface <RADIO>

no shutdown

exit

exit

#==============================================================================



# show vlan




#==============================================================================

#CONTEXT-EXIT

• Script name: CNP-PORTBASED-SRVC

The script defines:

• Vlan 100 for LAN1


• EVC 100 and PVID 100 for LAN1

• EVC 200 and PVID 200 for LAN2

PEB-CNP-PortBased Service + PCP#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: CNP-PORTBASED-SRVC-PCP

#

# Rev.0003


################################################################+##############

#============================================================================

vlan 100


exit

MN.00320.E - 013 87

vlan 200


exit


interface <LAN1>


switchport pvid 100


# per port PCP (tagged traffic). Srvc pcp is created:

#---------------------------------------------------------




#



no shutdown

exit

interface <LAN2>


switchport pvid 200


# per port PCP (tagged traffic). Srvc pcp is created:

#---------------------------------------------------------




#



no shutdown

exit

interface <RADIO>

no shutdown

exit

exit

#==============================================================================



# show vlan




#==============================================================================

#CONTEXT-EXIT

• Script name: CNP-PORTBASED-SRVC-PCP

The script defines:

88 MN.00320.E - 013

• EVC 100, PVID 100 and fixed or copied PCP for LAN1

• EVC 200, PVID 200 and fixed or copied PCP for LAN2.

PEB-CNP-PortBased force untagged traffic#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: CNP-Pb-ForceUTAG

#

# Rev.0001


################################################################+##############

#============================================================================

interface <LAN1>

switchport egress ether-type 0x0001

switchport ingress ether-type 0x0001

exit

interface <LAN2>



exit

#==============================================================================

#CONTEXT-EXIT

• Script name: CNP-Pb-ForceUTAG

The script on a defined port allows any packet Untagged or Ctagged or Stagged to transit through the port.

6.7.4 Provider core bridge - Provider network port

PCB-PNP ports

#CONTEXT-ENTRYconfigure terminal


###############################################################################

# Script name: PCB-PORTS-STAGGED-SRVC

#

# Rev.0001


################################################################+##############

#============================================================================

interface <LAN1>



shutdown

exit

interface <LAN2>



shutdown

MN.00320.E - 013 89

exit

interface <RADIO>



shutdown

exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: PCB-PORTS-STAGGED-SRVC

The script defines:

• LAN1, LAN2 and Radio in Provider Network Port (PNP)

• Enable ingress filter on LAN1, LAN2, PORTA

PCB-PNP/S-Tagged service#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: PCB-STAGGED-SRVC

#

# Rev.0001


################################################################+##############

#============================================================================

vlan 100


exit

vlan 200


exit


interface <LAN1>

no shutdown

exit

interface <LAN2>

no shutdown

exit

interface <RADIO>

no shutdown

exit

exit

#==============================================================================


# show vlan


#==============================================================================

#CONTEXT-EXIT

90 MN.00320.E - 013

• Script name: PCB-STAGGED-SRVC

The scripts defines:

• LAN1 and Radio are member tagged of S-VLAN100

• LAN2 and Radio are member tagged of S-VLAN200.

6.8 QUALITY OF SERVICE

In this part are reported some scripts for the setting of priority type and priority values.

Some observations are necessary in order to understand and modify the scripts:

• The most important variable values are kept by "<>" in order to read the script more clearly

• <GEN_PORT> is the port where the setting is to be applied. It can be <LAN1>, <LAN2>, <RADIO>or <ON_SITE> where:

ALFOplus80HD:

- <LAN1> = gigabitethernet 0/10


- <RADIO> = gigabitethernet 0/1

- <ON_SITE> = gigabitethernet 0/9AGS-20:



- <RADIO> = gigabitethernet 0/6

- <ON_SITE> = gigabitethernet 0/3ALFOplus2:



- <ON_SITE> = gigabitethernet 0/4.

The scripts for the priority configuration are in the following pages.

MN.00320.E - 013 91

PRIORITY MAP DEFAULT VALUES

As default Layer 2 PCP 802.1p is enable in each port.

8 default priority-map (from 1 to 8) are defined and applied to all interfaces. Default priority map can notbe removed but modified.

Default 802.1p PCP-queue mapping (defined by default priority-map from 1 to 8) is according to table be-low.

Default IP DSCP-queue mapping

6.8.1 Classification PCP

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-CLS-PCP

#

# Enable .1p and customize the map P-Bits/Queues

# Bridge/Vlan= Customer/C-VLAN or Provider/S-VLAN

# (basically the classification is done on the outer tag)

#

# Rev.0003


################################################################+##############

#============================================================================

Regen Priority (output queue)

InPriority (802.1p)

0 1 2 3 4 5 6 7

0

1

2

3

4

5

6

7

Regen Priority (output queue)

InPriority (in DSCP)

0 1 2 3 4 5 6 7

000xxx

001xxx

010xxx

011xxx

100xxx

101xxx

110xxx

111xxx

92 MN.00320.E - 013

interface <GEN_PORT>

qos pbit-preference enable

exit

priority-map 10

map interface <GEN_PORT> in-priority-type vlanPri in-priority 0 regen-priority 0

exit

priority-map 11


exit

priority-map 12


exit

priority-map 13


exit

priority-map 14


exit

priority-map 15


exit

priority-map 16


exit

priority-map 17


exit

exit

#show priority-map

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-CLS-PCP

The 802.1p (Layer2) priority takes precedence over DSCP (Layer3) and maps the 802.1p priority values inthe 8 relevant queues.

The script enters a classifier (10, 11, 12, 13, 14, 15, 16, 17) for 802.1p priority values 0, 1, 2, 3, 4, 5, 6, 7.

The classification is done on the outer tag and so the relation Bridge/Vlan can be Customer/C-VLAN or Pro-vider/S-VLAN.

6.8.2 Classification DSCP

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-CLS-DSCP

#

# Enable DSCP and customize the map DSCP values/Queues

# Bridge/Vlan =Customer/C-VLAN or Provider/S-VLAN

# (basically the classification is done on the outer tag)

#

MN.00320.E - 013 93

# Rev.0003


################################################################+##############

#============================================================================


qos pbit-preference disable

exit

priority-map 20

# in-priority = 0 = CS0, regen-priority = 0 = IP Precedence.

map interface <GEN_PORT> in-priority-type ipDscp in-priority 0 regen-priority 0

exit

priority-map 21



exit

priority-map 22



exit

priority-map 23



exit

priority-map 24



exit

priority-map 25



exit

priority-map 26



exit

priority-map 27



exit

exit

#show priority-map

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-CLS-DSCP

The DSCP (Layer3) priority takes precedence over 802.1p (Layer2) and maps the e.g. 0, 7, 15, 23, 31, 39,47, 63 DSCP priority values in the 8 queues.

Enter a classifier (e.g. 20, 21, 22, 23, 24, 25, 26, 27) for e.g. 0, 7, 15, 23, 31, 39, 47, 63 DSCP priorityonly.

The classification is done on the outer tag and so the relation Bridge/Vlan can be Customer/C-VLAN or Pro-vider/S-VLAN.

94 MN.00320.E - 013

6.8.3 Classification perPORT

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-CLS-PRT

#

# Force all the packets coming from a certain port to a specific queue

# Bridge= Customer or Provider

#

# Rev.0002


################################################################+##############

#============================================================================

mac access-list extended <MAC_ACC_LIST_NUM>

permit any any

exit


mac access-group <MAC_ACC_LIST_NUM> in

exit

class-map <CLASS_NUM>

set class <CLASS_ID> regen-priority 7 group-name def_prio_7

match access-group mac-access-list <MAC_ACC_LIST_NUM>

exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-CLS-PRT

Force all the packets coming from a certain port <GEN_PORT> to a specific priority (priority 7 in the ex-ample).Bridge mode = Customer or Provider.

6.8.4 Classification per(PORT&VLAN)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-CLS-PRTVLAN

#

# Force all the packets coming from a certain port and having a spefic

# outer vlan id to a specific queue.

# Bridge mode: Provider

#

# Rev.0002


################################################################+##############

#============================================================================

MN.00320.E - 013 95

permit any any svlan-id 100

exit



exit


set class <CLASS_ID> regen-priority 7 group-name def_prio_7


exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-CLS-PRTVLAN

Force all the packets coming from a certain port and having a specific outer vlan id to a specific priority.Bridge mode = Provider

6.8.5 Classification per (PORT & MPLS-EXP)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-CLS-PRT_EXP

#

# Force all mpls packets coming from a certain port and having a spefic

# mpls-exp to a specific queue.

#

# Rev.0001


################################################################+##############

#============================================================================


permit any any priority 1 mpls-exp 7

exit



exit


set class <CLASS_ID> regen-priority 7 group-name siae


exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-CLS-PRT-EXP

Force all MPLS packet coming from a certain port and having a specific MPLS-EXP to a specific queue.

96 MN.00320.E - 013

6.8.6 Classification per (Port & MPLS & IPV4-DSCP) (IPv4oMPLS frame)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-CLS-PRT_EXP_v4DSCP

#

# Force all mpls-ipv4 packets coming from a certain port and having a spefic

# mpls-exp and ipv4-dscp to a specific queue.

#

# Rev.0001


################################################################+##############

#============================================================================


# DSCP AF22 (dec.20)

permit any any priority 1 ip-over-mpls ip-type ipv4 dscp af22 mpls-exp 3

exit



exit




exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-CLS-PRT-MPLS-V4DSCP

Force all MPLS-IPv4 packets coming from a certain port and having a specific IPv4-DSCP to a specificqueue.

6.8.7 Classification per (Port & MPLS & IPv6-DSCP) (IPv6oMPLS frame)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-CLS-PRT_MPLS_v6DSCP

#

# Force all mpls-ipv6 packets coming from a certain port and having a spefic

# ipv6-dscp to a specific queue.

#

# Rev.0001


################################################################+##############

#============================================================================


# DSCP AF22 (dec.20)

MN.00320.E - 013 97

permit any any priority 1 ip-over-mpls ip-type ipv6 dscp af22

exit



exit




exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-CLS-PRT-MPLS-V6DSCP

Force all MPLS-IPv6 packets coming from a certain port and having a specific IPv6-DSCP to a specificqueue.

6.8.8 Policing & Ingress filtering (CB CVLAN Meter trTCM cBlind)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-POLINF-CB-CVLAN-Meter_trTCM_cBlind

#

# CIR/EIR on a Customer Bridge and C-VLAN only.

# - ‘de-transmit-set’ option can only be

# applied in case of ‘mac access-group’ out.

#

# “<SET-TRANSMIT>” = “cos-transmit-set 1”

#

# Rev.0006


################################################################+##############

#============================================================================


permit any any vlan 100 single-tag

exit



exit

class-map <CMAP_NUM>

set class <CLASS_ID>


exit

meter <METER_NUM>

# NOTE: Must be: cbs < ebs.

#--------------- Kbps -- Kbit -- Kbps -- Kbit

meter-type trTCM cir 100 cbs 100 pir 200 ebs 200

exit

policy-map 10

98 MN.00320.E - 013

#change the .1P value to 1 for yellow packets

#AND drop red packets (green ones unchanged)

set meter <METER_NUM> exceed-action <SET-TRANSMIT> violate-action drop

set policy class <CLASS_ID>

exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-POLINF-CB-CVLAN-Meter_trTCM_cBlind

For the port <GEN_PORT> and a CVLAN (CVLAN 100 in the script, editable) sets the CIR/PIR CBS/EBS ona Prov/Cust Bridge and Ingress Port.

Red packets are dropped.

In the script are set default values (edit if necessary).

PIR and EBS have to be considered as maximum Input rate and maximum Burst size.

The rule has to be repeated for all the <GEN_PORT> that need to be set.

6.8.9 Policing & ingress filtering (CB CVLAN&Pri Meter trTCM cBlind)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-POLINF-CB-CVLAN&Pri-Meter_trTCM_cBlind

#

# CIR/EIR on a Customer Bridge and C-VLAN+Prio.



#


#

# Rev.0006


################################################################+##############

#============================================================================


permit any any vlan 100 cvlan-priority 7 single-tag

exit



exit




exit

meter <METER_NUM>




exit

MN.00320.E - 013 99

policy-map 10





exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-POLINF-CB-CVLAN&Pri-Meter_trTCM_cBlind

For the port <GEN_PORT> and a CVLAN and a priority (CVLAN 100 and priority 7 in the script, editable)sets the CIR/PIR CBS/EBS on a Customer Bridge and Ingress Port with also red-drop and yellow-drop con-dition.

The script is an example (edit if necessary).



6.8.10 Policing & ingress filtering (PB CVLAN Meter trTCM cBlind)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-POLINF-PB-CVLAN-Meter_trTCM_cBlind

#

# CIR/EIR on a Provider Bridge and C-VLAN.



#


#

# Rev.0006


################################################################+##############

#============================================================================


permit any any vlan 100 double-tag

exit



exit




exit

meter <METER_NUM>

100 MN.00320.E - 013

exit

policy-map 10





exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-POLINF-PB-CVLAN-Meter_trTCM_cBlind

For the port <GEN_PORT> and a CVLAN (CVLAN 100 in the script, editable) sets the CIR/PIR CBS/EBS ona Provider Bridge and Ingress Port.





6.8.11 Policing & ingress filtering (PB CVLAN&Pri Meter trTCM cBlind)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-POLINF-PB-CVLAN&Pri-Meter_trTCM_cBlind

#

# CIR/EIR on a Provider Bridge and C-VLAN+C-Prio.



#


#

# Rev.0006


################################################################+##############

#============================================================================


permit any any vlan 100 cvlan-priority 7 double-tag

exit



exit




exit

meter <METER_NUM>

MN.00320.E - 013 101


exit

policy-map 10





exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-POLINF-PB-CVLAN&Pri-Meter_trTCM_cBlind

For the port <GEN_PORT> and a CVLAN and a priority (CVLAN 100 and priority 7 in the script, editable)sets the CIR/PIR CBS/EBS on a Provider Bridge and Ingress Port. Red packets are dropped. The script isan example (edit if necessary).



6.8.12 Policing & ingress filtering (PB SVLAN Meter trTCM cBlind)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-POLINF-PB-SVLAN-Meter_trTCM_cBlind

#

# CIR/EIR on a Provider Bridge and S-VLAN.



#


#

# Rev.0005


################################################################+##############

#============================================================================


permit any any svlan-id 100

exit



exit




exit

meter <METER_NUM>

102 MN.00320.E - 013

exit

policy-map 10





exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-POLINF-PB-SVLAN-Meter_trTCM_cBlind

For the port <GEN_PORT> and a SVLAN (SVLAN 100 in the script, editable) sets the CIR/PIR CBS/EBS ona Provider Bridge and Ingress Port.





6.8.13 Policing & ingress filtering (PB SVLAN&Pri Meter trTCM cBlind)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-POLINF-PB-SVLAN&Pri-Meter_trTCM_cBlind

#

# CIR/EIR on a Provider Bridge and S-VLAN+S-Prio.



#


#

# Rev.0006


################################################################+##############

#============================================================================


permit any any svlan-id 100 svlan-priority 7

exit



exit




exit

meter <METER_NUM>

MN.00320.E - 013 103


exit

policy-map 10





exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-POLINF-PB-SVLAN&Pri-Meter_trTCM_cBlind

For the port <GEN_PORT> and a SVLAN and a priority (SVLAN 100 and priority 7 in the script, editable)sets the CIR/PIR CBS/EBS on a Provider Bridge and Ingress Port. Red packets are dropped.




6.8.14 Policing & ingress filtering (PB SVLAN&CVLAN Meter trTCM cBlind)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-POLINF-PB-SVLAN&CVLAN-Meter_trTCM_cBlind

#

# CIR/EIR on a Provider Bridge and S-VLAN+C-VLAN.



#


#

# Rev.0006


################################################################+##############

#============================================================================


permit any any vlan 200 svlan-id 100 double-tag

exit



exit

104 MN.00320.E - 013


exit

meter <METER_NUM>




exit

policy-map 10





exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-POLINF-PB-SVLAN&CVLAN-Meter_trTCM_cBlind

For the port <GEN_PORT> and a SVLAN and a CVLAN (CVLAN200 and SVLAN 100 in the script, editable)sets the CIR/PIR CBS/EBS on a Provider Bridge and Ingress Port. Red packets are dropped.




6.8.15 Policing & ingress filtering (srcMacBased)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-POLINF-srcMacBASED

#

# To permit the access only to a certain src mac (on a certain port)

# ------------------------------------------------------------------

# PLEASE NOTE THAT THE 'DENY' PRIO IS LOWER THAN THE 'PERMIT' ONES

#

# Rev.0001


################################################################+##############

#============================================================================

mac access-list extended <DENY_NUM>

deny any any priority 1

exit

mac access-list extended <PERMIT_NUM1>

permit host 00:90:90:90:09:09 any priority 2

exit

mac access-list extended <PERMIT_NUM2>

MN.00320.E - 013 105

permit host 00:90:90:90:09:0a any priority 2

exit


mac access-group <DENY_NUM> in

mac access-group <PERMIT_NUM1> in

mac access-group <PERMIT_NUM2> in

exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-POLINF-PB-srcMacBASED

The purpose of this script is to permit the access only to a certain src mac (on port <GEN_PORT>).

In this case the 'deny' priority is lower than the 'permit' priority. Source MAC address must be inserted oneby one.


6.8.16 Congestion avoidanceE Tail-Drop

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-CNG-TD

#

# Set the tail drop on a certain queue (it is the default algo)

# Rev.0002


################################################################+##############

#============================================================================

queue-type <Q_ALGO_NUM>

set algo-type tailDrop

exit

queue 1 interface <GEN_PORT> qtype <Q_ALGO_NUM>

end

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-CNG-TD

For the port <GEN_PORT> sets the queue drop algorithm as tail drop (default). Generally set for most ofthe queue. To be repeated for all the queues that need to be set.

6.8.17 Congestion avoidance WRED

#CONTEXT-ENTRY

configure terminal


###############################################################################

106 MN.00320.E - 013

# Script name: APP-CNG-WRED

#

# WRED: Drop Profiles -> Colors & Traffic Types:

# ----------------------------------------------

# DP 0: TCP green packets.

# DP 1: TCP yellow packets.

# DP 2: Reserved.

# DP 3: non-TCP green packets.

# DP 4: non-TCP yellow packets.

# DP 5: Reserved.

#

# Rev.0004


################################################################+##############

#============================================================

# Egress Queue <- 'WRED Queue Template' dis-association:

# 'qtype 1' acts as 'trash qtype'.

queue 1 interface <GEN_PORT> qtype 1








# Delete 'WRED Queue Template':

queue-type 10

set algo-type wred queue-drop-algo disable

no random-detect dp 0; no random-detect dp 1


exit

#============================================================

# Create 'WRED Queue Template':

queue-type 10

#-------------------------------------------------

# - min & max thres. range: 1-50000.

# - MPD=mark-probability-denominator.

# - MDP=max-drop-probability.

# - MPD acts as MDP: (1..50..100)%

#-------------------------------------------------

# All traffic is WRED processed:

# 1.non-TCP traffic:

random-detect dp 4 min-threshold 6500 max-threshold 7800 mark-probability-denominator65


# 2.TCP traffic:



#-------------------------------------------------

set algo-type wred queue-drop-algo enable

MN.00320.E - 013 107

exit

# Egress Queue <- 'WRED Queue Template' association:









exit

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-CNG-WRED

For the port <GEN_PORT> sets the queue drop algorithm as WRED. To be repeated for all the queues thatneed to be set.

Congestion avoidance WRED (UNDO)#CONTEXT-ENTRY

configure terminal


#################################################################

# Script name: APP-CNG-WRED(undo)

#

# WRED: Drop Profiles -> Colors & Traffic Types:

# ----------------------------------------------

# DP 0: TCP green packets.

# DP 1: TCP yellow packets.

# DP 2: Reserved.

# DP 3: non-TCP green packets.

# DP 4: non-TCP yellow packets.

# DP 5: Reserved.

#

# Rev.0003


################################################################+

#============================================================

# Egress Queue <- 'WRED Queue Template' dis-association:

# 'qtype 1' acts as 'trash qtype'.









# Delete 'WRED Queue Template':

queue-type 10

set algo-type wred queue-drop-algo disable

108 MN.00320.E - 013


exit

exit

#=================================================================

#CONTEXT-EXIT

• Script name: APP-CNG-WRED (UNDO)

The script disables WRED queue template.

6.8.18 Scheduling SP (Strict-Priority)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-SCH-SP

#

# Rev.0001


################################################################+##############

#============================================================================

scheduler 1 interface <GEN_PORT> sched-algo strict-priority

end

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-SCH-SP

For the port <GEN_PORT> sets the packet scheduling algorithm as strict priority.

6.8.19 Scheduling WRR (Weight Round-Robin)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-SCH-WRR

#

# Rev.0001


################################################################+##############

#============================================================================

scheduler 1 interface <GEN_PORT> sched-algo wrr

queue 1 interface <GEN_PORT> weight 1

MN.00320.E - 013 109



end

#==============================================================================

• Script name: APP-SCH-WRR

For the port <GEN_PORT> sets the packet scheduling algorithm as weighted round-robin with weight e.g.8, 7, 6, 5, 4, 3, 2, 1 (values 1÷127) for queues 8, 7, 6, 5, 4, 3, 2, 1.

6.8.20 Scheduling SP+WRR

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-SCH-SPWRR

#

# queue 8..5> SP part.

# queue 4..1> WRR part.

#

# Rev.0001


################################################################+##############

#============================================================================










end

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-SCH-SPWRR

For the port <GEN_PORT> sets the packet scheduling algorithm as strict priority for queues 8, 7, 6, 5 andas weighted round-robin with weight e.g. 4, 3, 2, 1 (values 1÷127) for queues 4, 3, 2, 1.

6.8.21 Scheduling RR (Round-Robin)

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-SCH-RR

#

110 MN.00320.E - 013

# Rev.0001


################################################################+##############

#============================================================================

#RR Scheduling: WRR + all same weigths.










end

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-SCH-RR

For the port <GEN_PORT> sets the packet scheduling algorithm as round-robin with same weight 1 for allthe queue. The user can edit the weights according his needs.

6.8.22 Shaping perPort

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-SHP-PRT

#

# Rev.0002


################################################################+##############

#============================================================================


#(kbps)

rate-limit output rate-value 10000 burst-value 10000

exit

end

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-SHP-PRT

The purpose of this script is to apply the shaping that is the rate limit at the output port with 1st value asmax rate (kbps) and the 2nd value as max burst size (kbp).

To be repeated for all the <GEN_PORT> that need to be set.

MN.00320.E - 013 111

6.8.23 Shaping perQUEUE

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-SHP-QUE

#

# Rev.0003


################################################################+##############

#============================================================================

#(kbps)

shape-template <SHAPE_TEMP_NUM> cir 100 pir 200

queue 1 interface <GEN_PORT> shaper <SHAPE_TEMP_NUM>

end

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-SHP-QUE

The purpose of this script is to apply the shape template <SHAPE_TEMP_NUM> with a defined CIR/PIR tothe scheduler (1, in this example) of <GEN_PORT> port.

To be repeated for all the schedulers that need to be set.

6.8.24 Storm Control

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: APP-STR

#

#

# Rev.0001


################################################################+##############

#============================================================================


storm-control broadcast level 100

storm-control multicast level 100

storm-control dlf level 100

exit

end

#==============================================================================

#CONTEXT-EXIT

• Script name: APP-STR

The purpose of this script is to set a limit for Broadcast packets, Multicast packets and Unicast (destinationlookup failure) packets as input of <GEN_PORT> port. The numbers are total number of packets per sec-onds.

To be repeated for all the <GEN_PORT> that need to be set.

112 MN.00320.E - 013

6.8.25 Hierarchical QoS - perSCHEMA Approach

The feature Hierarchical QoS is available from:

• AGS-20 N31030 01.08.00

• ALFOplus80HD N40052 01.07.00

Figure - Reference 4x8 - SCHEDULERS x QUEUES - SCHEMA

#############################################################################

# DEFAULT CONFIGURATION

# ---------------------

# H-LVLs: 4th 3rd 2nd 1st

# REMAP L2 L1 L0 P0

# |P| > Q1 ======== SP

# VLAN |b| > : : : +---(1)

# GRP4 |i| > : : : | 4 |--

# |t| > : : : +---+ \

# |s| > Q8 ======== \

# |

# |P| > Q9 ======== SP |

# VLAN |b| > : : : +---(1) |

# GRP5 |i| > : : : | 5 |-- |

# |t| > : : : +---+ \ |WDRR

# |s| > Q16 ======== +---+

# | 1 |--

# |P| > Q17 ======== SP +---+ \

# VLAN |b| > : : : +---(1)/ | \

# GRP6 |i| > : : : | 6 |-- | |

# |t| > : : : +---+ | |LO-SP

# |s| > Q24 ======== | +---+

# | | 0 |- - - >[PORT]

# |P| > Q25 ======== SP / +---+

# VLAN |b| > : : : +---(1)/ |HI-SP

# GRP7 |i| > : : : | 7 |-- |

# |t| > : : : +---+ |

# |s| > Q32 ======== /

# +---+ /

# GOLD| 2 |--

# |P| > Q33 ======== SP +---+

# VLAN |b| > : : : +---(1)/ WDRR (emul.SP)

# GRP3 |i| > : : : | 3 |--

# |t| > : : : +---+

# |s| > Q40 ========

#

#############################################################################

Declare a perPort 4x8 (Schedulers x Queues) Schema

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-SCH4x8-ADM

#

MN.00320.E - 013 113

# Rev.0001


##############################################################+################

hierarchical-scheduler interface <PORT> schema hqos-schema4x8

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-SCH4x8-ADM

Apply a perPort 4x8 Schema

#CONTEXT-ENTRY

###############################################################################

# Script name: HQOS-SCH4x8-OPR

#

# Rev.0001


##############################################################+################

reload

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-SCH4x8-OPR

Declare a HQoS map: VLAN Templates and no-form

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-MAP-VLAN

#

# NOTE

# - qos vlan-map allows 1 vlanId only.

#

# Rev.0001


##############################################################+################

#-----------------------------------------------------------

# STD

qos vlan-map 10; map vlan <VLANx>; exit

qos vlan-map 11; map vlan <VLANy>; exit

qos vlan-map 12; map vlan <VLANw>; exit

qos vlan-map 13; map vlan <VLANz>; exit

#-----------------------------------------------------------

# GOLD

qos vlan-map 20; map vlan <gVLAN>; exit

qos vlan-map 21; map vlan <gMNGT>; exit

exit

#==============================================================================

114 MN.00320.E - 013

#CONTEXT-EXIT

• Script name: HQOS-MAP-VLAN

NO-FORM

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-MAP-VLAN-NO

#

# Rev.0001


##############################################################+################

#-----------------------------------------------------------

no qos vlan-map <VLAN-MAP-ID>

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-MAP-VLAN-NO

Declare a HQoS map: vlanPCP Templates and no-form

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-MAP-PCP

#

# NOTE

# - This Pbits remapping function acts as example only.

# - A full map or a single entry implementing the default

# Que = Pbits + 1

# can not be declared. So:

# - Only remap exceptions can be declared inside the map.

#

# Que = (8 - pcp)

# --------------------

# Q

# P 1 2 3 4 5 6 7 8

# 0 x

# 1 x

# 2 x

# 3 x

# 4 x

# 5 x

# 6 x

# 7 x

#

# Rev.0001

MN.00320.E - 013 115


##############################################################+################

#-----------------------------------------------------------

scheduler-priority-map <Ix>

map in-priority-type vlanPri in-priority 7 queue-id 1








exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-MAP-PCP

NO-FORM (selected PCP)

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-MAP-PCP1-NO

#

# Rev.0001


##############################################################+################

#-----------------------------------------------------------

scheduler-priority-map <Ix>

no map in-priority-type vlanPri in-priority <PRIx>

no map in-priority-type vlanPri in-priority <PRIy>

exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-MAP-PCP1-NO

NO-FORM (PCP-MAP)

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-MAP-PCP8-NO

#

# Rev.0001

116 MN.00320.E - 013

##############################################################+################

#-----------------------------------------------------------

no scheduler-priority-map <Ix>

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-MAP-PCP8-NO

Declare a HQoS map: VLAN + vlanPCP Templates and no-form

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-MAP-VLAN-PCP

#

# Rev.0001


##############################################################+################

#-----------------------------------------------------------

# STD

qos vlan-map 10; map vlan <VLANx> scheduler-priority-map <Ix> scheduler-priority-typevlanPri; exit

qos vlan-map 11; map vlan <VLANy> scheduler-priority-map <Iy> scheduler-priority-typevlanPri; exit

qos vlan-map 12; map vlan <VLANw> scheduler-priority-map <Iw> scheduler-priority-typevlanPri; exit

qos vlan-map 13; map vlan <VLANx> scheduler-priority-map <Iz> scheduler-priority-typevlanPri; exit

#-----------------------------------------------------------

# GOLD

qos vlan-map 20; map vlan <gVLAN> scheduler-priority-map <Ix> scheduler-priority-typevlanPri; exit

qos vlan-map 21; map vlan <gMNGT> scheduler-priority-map <Ix> scheduler-priority-typevlanPri; exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-MAP-VLAN-PCP

NO-FORM (PRI-MAP only)

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-MAP-VLAN-PRI-NO

#

# Rev.0001

MN.00320.E - 013 117

##############################################################+################

#-----------------------------------------------------------

qos vlan-map 10; no scheduler-priority-map; exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-MAP-VLAN-PRI-NO

NO-FORM (VLAN-MAP) - see script: HQOS-MAP-VLAN-NO

Declare a HQoS map: Shape Templates and no-form

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-MAP-SHAPE

#

# Rev.0001


##############################################################+################

#-----------------------------------------------------------

# STD

shape-template 10 cir <Kbps1> pir <Kbps1>




#-----------------------------------------------------------

# GOLD

shape-template 20 cir <KbpsG> pir <KbpsG>

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-MAP-SHAPE

NO-FORM

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-MAP-SHAPE-NO

#

# Rev.0001


##############################################################+################

#-----------------------------------------------------------

no shape-template <Ix>

exit

118 MN.00320.E - 013

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-MAP-SHAPE-NO

Apply a HQoS VLAN map to schedulers and no-form

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-SCHED-VLANMAP

#

# Rev.0001


##############################################################+################

#-----------------------------------------------------------

# STD

scheduler 4 interface <PORT> vlan-map 10




#-----------------------------------------------------------

# GOLD



exit

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-SCHED-VLANMAP

NO-FORM

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-SCHED-VLANMAP-NO

#

# Rev.0001


##############################################################+################

#-----------------------------------------------------------

no scheduler <Ix> interface <PORT> vlan-map <Iy>

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-SCHED-VLANMAP-NO

MN.00320.E - 013 119

Apply a HQoS Shape map to schedulers and no-form

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-SCHED-SHAPE

#

# Rev.0001


##############################################################+################

#-----------------------------------------------------------

# STD

scheduler 4 interface <PORT> shape 10




#-----------------------------------------------------------

# GOLD


exit

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-SCHED-SHAPE

NO-FORM

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-SCHED-SHAPE-NO

#

# Rev.0001


##############################################################+################

#-----------------------------------------------------------

scheduler <Ix> interface <PORT> shape 0

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-SCHED-SHAPE-NO

Change WRR weights @ L1-L0 schedulers stage

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-SCHED-L0-WGHT

120 MN.00320.E - 013

#

# 2nd LEVEL BW ALLOCATION

# -----------------------

# weight -> BW% allocation:

# BW%ofSch(4) = 1 / (1+2+3+4) => 10%

# BW%ofSch(5) = 2 / (1+2+3+4) => 20%

# BW%ofSch(6) = 3 / (1+2+3+4) => 30%

# BW%ofSch(7) = 4 / (1+2+3+4) => 40%

#

# BW%: The assured BW% in case of congestion.

# Additional BW% is available in case of non-congestion.

#

# NOTE

# A syntax constraint:

# - hierarchy-level “2” refers to L1 scheduler level.

# It is a constant value in the Schema.

#

# Rev.0001


##############################################################+################

sched-hierarchy interface <PORT> hierarchy-level 2 sched-id 4 weight 1




exit

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-SCHED-L0-WGHT

Set a full SP algo @ L2-L1 queues-scheduler stage

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-SCHED-L1-ALGO-SP

#

# 3rd LEVEL BW ALLOCATION (NESTED TO THE 2nd LEVEL)

# -------------------------------------------------

# L1-SP:

# traffic Que(i) stops Que(i-1)

#

# Rev.0001


##############################################################+################

scheduler 4 interface <PORT> sched-algo strict-priority




exit

MN.00320.E - 013 121

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-SCHED-L1-ALGO-SP

Set a full WRR algo and weights @ L2-L1 queues-scheduler stage

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS- SCHED-L1-ALGO-WRR

#


# -------------------------------------------------


# BW%ofQue(1) = 5 / (5+10+15+20+20+15+10+5) => 5%

# BW%ofQue(2) = 10 / (5+10+15+20+20+15+10+5) => 10%

# BW%ofQue(3) = 15 / (5+10+15+20+20+15+10+5) => 15%

# BW%ofQue(4) = 20 / (5+10+15+20+20+15+10+5) => 20%

# BW%ofQue(5) = 20 / (5+10+15+20+20+15+10+5) => 20%

# BW%ofQue(6) = 15 / (5+10+15+20+20+15+10+5) => 15%

# BW%ofQue(7) = 10 / (5+10+15+20+20+15+10+5) => 10%

# BW%ofQue(8) = 5 / (5+10+15+20+20+15+10+5) => 5%

#



#

# Rev.0001


##############################################################+################

#-----------------------------------------------------------

scheduler 4 interface <PORT> sched-algo wrr

#-----------------------------------------------------------

queue 1 interface <PORT> weight 5








#-----------------------------------------------------------


#-----------------------------------------------------------

122 MN.00320.E - 013

#-----------------------------------------------------------


#-----------------------------------------------------------









#-----------------------------------------------------------


#-----------------------------------------------------------









exit

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-SCHED-L1-ALGO-WRR

Set a SP + WRR algo and weights @ L2-L1 queues-scheduler stage

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-SCHED-L1-ALGO-MIX

#


# -------------------------------------------------

# L1-SP:

# traffic Que(i) stops Que(i-1)

#

# L1-WRR:


# BW%ofQue(q+1) = 5 / (5+10+15+20+20+15+10+5) => 5%

# BW%ofQue(q+2) = 10 / (5+10+15+20+20+15+10+5) => 10%

# BW%ofQue(q+3) = 15 / (5+10+15+20+20+15+10+5) => 15%

# BW%ofQue(q+4) = 20 / (5+10+15+20+20+15+10+5) => 20%

# BW%ofQue(q+5) = 20 / (5+10+15+20+20+15+10+5) => 20%

# BW%ofQue(q+6) = 15 / (5+10+15+20+20+15+10+5) => 15%

# BW%ofQue(q+7) = 10 / (5+10+15+20+20+15+10+5) => 10%

# BW%ofQue(q+8) = 5 / (5+10+15+20+20+15+10+5) => 5%

#

MN.00320.E - 013 123



#

# Rev.0001


##############################################################+################

#-----------------------------------------------------------


#-----------------------------------------------------------

#-----------------------------------------------------------


#-----------------------------------------------------------

#-----------------------------------------------------------


#-----------------------------------------------------------









#-----------------------------------------------------------


#-----------------------------------------------------------









exit

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-SCHED-L1-ALGO-MIX

Set a SP + WRR algo and weights @ L2 queues stage

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-QUE-L2-ALGO-MIX

#

# 4th LEVEL BW ALLOCATION (NESTED TO THE 3rd LEVEL)

# -------------------------------------------------

# L2-WRR:


124 MN.00320.E - 013

# BW%ofQue(q+1) = 5 / (5+10+15+20+20+15+10+5) => 5%

# BW%ofQue(q+2) = 10 / (5+10+15+20+20+15+10+5) => 10%

# BW%ofQue(q+3) = 15 / (5+10+15+20+20+15+10+5) => 15%

# BW%ofQue(q+4) = 20 / (5+10+15+20+20+15+10+5) => 20%

# L2-SP:

# BW%ofQue(q+5) = 0 = SP: stops Que(q+4)




#



#

# Rev.0001


##############################################################+################









exit

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-QUE-L2-ALGO-MIX

Return to a perPort Standard QoS

#CONTEXT-ENTRY

configure terminal

###############################################################################

# Script name: HQOS-SCH4x8-OFF

#

# Rev.0001


##############################################################+################

no hierarchical-scheduler interface <PORT>

exit

reload

#==============================================================================

#CONTEXT-EXIT

• Script name: HQOS-SCH4x8-OFF

MN.00320.E - 013 125

Show HQoS Info

show hierarchical-sched

show hierarchical-sched interface 

show sched-hierarchy

show sched-hierarchy interface 

show scheduler-priority-map

show scheduler-priority-map <map-id>

show scheduler-priority-map queue-id <1..8>

show qos vlan-map

show qos vlan-map <map-id>

show hierarchical-sched interface graphical-mode

show scheduler

show scheduler <sched-id>

show scheduler interface 

show queue

show queue interface

126 MN.00320.E - 013

6.9 COUNTERS AND STATISTICS

6.9.1 Ethernet Performance Monitoring - RMON

RMON (Remote Monitoring) is a standard to provide a set of services of statistics count, monitoring andalarm report with reference to the activity of a LAN network.

SIAE equipment support RMONv1, first MIB, as defined in RFC2819. This MIB contains real-time LAN sta-tistics e.g. utilization, collisions and CRC errors. These counters are managed locally into the radio equip-ment and are defined independently for each port of the device (LAN and Radio interfaces).

SIAE NMS5UX systems collects periodically this data and stores it into the network database. More in de-tails, the RMON implementation in SIAE Network Elements is classified into:

• RMON – Ethernet Statistics: These are the counters data collected in real time by the NetworkEquipment. These data are stored in the network equipment itself and, the NMS5UX Statistics view-er (or WebLCT) can visualize this data with the “Refresh” button.

• RMON – Ethernet History: This is managed by the NMS5UX through the collection of the countersdata from the Network Equipment. After a periodical polling to the Network Element, NMS5UX col-lects all data and these data may be shown as the RMON History. The “RMON Ethernet Statisticsand Ethernet History” are collected and stored in the Network Equipment.

• RMON – Ethernet Service Statistics: These are the counters data collected in real time by the Net-work Equipment related to a specific priority or a specific CVID or a specific SVID. These data arestored in the network equipment itself and, the NMS5UX Statistics viewer (or WebLCT) can visualizethis data with the “Refresh” button.

• RMON – Ethernet Service History: This is managed by the NMS5UX through (or WebLCT) the col-lection of the counters data from the Network Equipment related to a specific priority or a specificCVID or a specific SVID. After a periodical polling to the Network Element, the NMS5UX collects allthe data and these data are seen as the RMON Ethernet Service History.

6.9.1.1 RMON Settings

With RMON Settings the following detail can be defined:

Ethernet statistics

• Index= any number between 1 and 65535 not already used,

• Data source = select port,

• Owner = web or NMS5UX (written automatically by NMS5UX)

Ethernet History




• Bucket request = number of instances of measurement produced

• Interval (s) = interval in seconds where the instances of measurement will be produced

Ethernet Service Statistics


MN.00320.E - 013 127



• Select service = according a particular priority or CVID or SVID

• Priority = If priority was selected into Select service, select the internal queue to perform the meas-urement

• CVID = If priority was selected into Select service, select one of used CVID

Ethernet Service History




• Bucket request = number of instances of measurement produced

• Interval (s) = interval in seconds where the instances of measurement will be produced

• Select service = according a particular priority or CVID or SVID

• Priority = If priority was selected into Select service, select the internal queue to perform the meas-urement

• CVID = If priority was selected into Select service, select one of used CVID

6.9.1.2 RMON Ethernet Statistics and History

RMON Ethernet Statistics show the counters for each port of the device that are stored into the equipmenton site. Into the equipment it can be chosen to store the values with a sampling period that can be defined byInterval (s), the most used values are: 1 min and 15 min. For each sampling period the counters valuesare stored into the equipment. After a predefined period (polling period), all the RMON data stored by theequipment are get by the NMS5UX. The polling period can be either less than 4 hours (if the sampling pe-riod is 1 min) or 1 day (in case the sampling period is 15 min). The NMS5UX aggregates the files receivedto create a bigger database with the History of the Performance Monitoring samples.

Here below are described the RMON counters for Ethernet History available for each device interface (LANand radio ports):

• DropEvents (RX): Total number of events (frames, or whole queue contents) in which packets weredropped by the interface due to lack of resources.

• Octets (RX): Total number of octets of data (including those in bad packets) received by the inter-face.

• Pkts (RX): Total number of packets (including bad packets, broadcast packets, and multicast pack-ets) received.

• Broadcast Pkts (RX): Total number of good packets received that were directed to the broadcastaddress.

• Multicast Pkts (RX): Total number of good packets received that were directed to a multicast ad-dress.

• Undersize Pkts (RX): Total number of packets received that were less than 64 octets long and wereotherwise well formed.

• Oversize Pkts (RX): The number of packets received during this sampling interval that were longerthan maximum allowable length (excluding framing bits but including FCS octets) but were other-wise well formed.

• Fragments (RX): Total number of packets received that were less than 64 octets in length and hadeither a bad Frame Check Sequence (FCS) with an integral number of octets (FCS Error) or a badFCS with a non integral number of octets (Alignment Error).

• CRC Align Errors (RX): Total number of packets received that had a length between 64 and the MaxPacket Size configured on the equipment switch (in any case not exceeding 10240 bytes) with bad

128 MN.00320.E - 013

Frame Check Sequence (FCS) and an integral number of octets (FCS Error) or a bad FCS with a non-integral number of octets (Alignment Error).

• Utilization (RX): The best estimate of the mean physical layer network utilization on this interfaceduring this sampling interval, in hundredths of a percent. The percentage is always referred to a1Gbit/s port speed. So, it represents the mean RX throughput measured on the port during the sam-pling period and it is expressed as a percentage of a port speed.

For Ethernet Statistics the available counter (all into RX) are: DropEvents, Octets, Pkts, Broadcast Pkts,Multicast Pkts, Undersize Pkts, Oversize Pkts, Fragments, CRC Align Errors, Pkts 64 Octets, Pkts 65 to 127Octets, Pkts 128 to 255 Octets, Pkts 256 to 511 Octets, Pkts 512 to 1023 Octets, Pkts > 1024 Octets.

6.9.1.3 RMON Limits

All the counters described above are part of the RMON statistics and it is not possible to collect only a sub-set of them. It is however possible to select on which equipment interface activate the RMON statistics (forexample, they can be enabled only on the one LAN port). This allows reducing the total amount of PM data,for example avoiding data collection from unused LAN interfaces. This can be done on all Payload Interfaces(regardless if electrical or optical), the Radio interfaces are included as well.

Warning: on Radio port of ALFOplus80HD the reference speed is 2,5Gbit/s, so 2Gbit/s of traffic gives anUtilization around 80%.

ALFOplus80HD RMON limits

Warning: the following RMON limitations apply:

• RMON recommended maximum instance number: 84

• RMON recommended per service maximum instance number: 40 (within the previous 84 instances)

• RMON recommended maximum bucket number: 2400

• RMON recommended minimum sampling time: 1 minute

• RMON recommended sampling time: 60s, 300s, 600s, 900s, 1800s, 3600s

• For high values of Buckets, acquisition from WebLCT may be slow in this case it is suggested to useCLI commands for RMON.

• Ethernet Service Statistics and Ethernet Service History include also wrong FCS frames or too longframes. This can be verified with port counters.

AGS-20 RMON limits

Warning: the following RMON limitations apply:

• RMON Statistics recommended maximum instance number: 74 (max 10 per port and max 64 perservice)

• RMON recommended per service maximum instance number: 64 (within this max 40 Vlan instanc-es)

• RMON recommended maximum History 1 minute instances: 74 (with a maximum 240 buckets each)

• RMON recommended minimum sampling time: 1 minute

• RMON recommended sampling time: 60s, 300s, 600s, 900s, 1800s, 3600s

• For high values of Buckets, acquisition from WebLCT may be slow in this case it is suggested to useCLI commands for RMON.

• Ethernet Service Statistics and Ethernet Service History include also wrong FCS frames or too longframes. This can be verified with port counters.

Examples:

Interval(s) 900 (15min) and 96 Buckets Requested (exact value is correct).

Interval(s) 60 (1 min) and 10 Buckets this shows only the 10 last measurements

MN.00320.E - 013 129

6.9.1.4 Ethernet Service and Service History

Into SM-OS switch it is possible to set RMON counters per Service (Vlan or Priority Queues). The Servicecounters can be activated with the following variables.

• Received Pkts: Total number of packets (including bad packets, broadcast packets, and multicastpackets) received.

• Sent Pkts: Total number of packets transmitted.

• Received Octets: Total number of octets of data (including those in bad packets) received by theinterface.

• Sent Octets: Total number of octets of data (including those in bad packets) transmitted.

• Received Discard Pkts: Total number of inbound packets which were discarded due to forbidden for-warding or policing violation.

• Sent Discard Pkts: Total number of outbound packets which were discarded. Reasons for discardingsuch packets could be buffer space lack due to output shaping, rate limitation or egress MTU ex-ceeded.

• Received Unicast Pkts: Total number of inbound Unicast packets

• Sent Unicast Pkts: Total number of outbound Unicast packets

• Received Non Unicast Pkts: Total number of inbound Multicast and Broadcat packets

• Sent Non Unicast Pkts: Total number of outbound Multicast and Broadcat packets

The RMON Ethernet Service History can be activated and collected from WebLCT or NMS5UX (NetworkManagement System).

RMON STATS #CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: CNTR-RMON-STATS

#

# Rev.0003


################################################################+##############

set rmon enable

#============================================================================

interface <LAN1>

rmon collection stats 1 owner rmonObserver1

exit

interface <LAN2>


exit

interface <RADIO>


exit

exit

#==============================================================================

#show rmon

#show rmon statistics

#show rmon statistics 1



#==============================================================================

#CONTEXT-EXIT

130 MN.00320.E - 013

• Script name: CNTR-RMON-STATS

This command enables RMON statistic collection on the selected interface.

Identifies an entry in the alarm table: the entry defines a diagnostic sample at a particular level for a MIBobject in the device and allows the user to enter the name of the owner of the RMON group of statistics (inthis case the owner is rmonObserver1 for LAN1, rmonObserver2 for LAN2, rmonObserver3 for RADIO).

RMON STATS per VLAN#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: CNTR-RMON-STATS-VLAN

#

# - VLAN refers to C-VLAN in case of CB.

# - VLAN refers to S-VLAN in case of PxB.

#

# Rev.0001


################################################################+##############

set rmon enable

#============================================================================

interface <LAN1>

service collection stats 1 owner serviceObserver1 vlan <VLAN1>

exit

interface <LAN2>


exit

interface <RADIO>


exit

exit

#==============================================================================

#show service

#show service statistics

#show service statistics 1



#==============================================================================

#CONTEXT-EXIT

• Script name: CNTR-RMON-STATS-VLAN

This command enables RMON statistic collection for a defined VLAN on the selected interface.

MN.00320.E - 013 131

RMON STATS per PCP#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: CNTR-RMON-STATS-PCP

#

# - PRI refers to C-PCP in case of CB.

# - PRI refers to S-PCP in case of PxB.

#

# Rev.0001


################################################################+##############

set rmon enable

#============================================================================

interface <LAN1>

service collection stats 1 owner serviceObserver1 priority <PRI>

exit

interface <LAN2>


exit

interface <RADIO>


exit

exit

#==============================================================================

#show service

#show service statistics




#==============================================================================

#CONTEXT-EXIT

• Script name: CNTR-RMON-STATS-PCP

This command enables RMON statistic collection for a defined priority PCP on the selected interface.


RMON history#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: CNTR-RMON-HIST

#

# Rev.0003


################################################################+##############

set rmon enable

#============================================================================

132 MN.00320.E - 013

interface <LAN1>

#---------------------------------- sec.

rmon collection history 1 buckets 10 interval 60 owner rmonObserver1 persistence <en-able|disable>

exit

interface <LAN2>

#---------------------------------- sec.


exit

interface <RADIO>

#---------------------------------- sec.


exit

exit

#==============================================================================

#show rmon

#show rmon history

#show rmon history 1



#==============================================================================

#CONTEXT-EXIT

• Script name: CNTR-RMON-HIST

This command enables RMON History with the number of buckets and interval time on the selected inter-face.

RMON history - perVLAN#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: CNTR-RMON-HIST-VLAN

#

# - VLAN refers to C-VLAN in case of CB.

# - VLAN refers to S-VLAN in case of PxB.

#

# Rev.0002


################################################################+##############

set rmon enable

#============================================================================

interface <LAN1>

#------------------------------------- sec.

service collection history 1 buckets 10 interval 60 owner serviceObserver1 vlan <VLAN1>persistence <enable|disable>

exit

interface <LAN2>

#------------------------------------- sec.

MN.00320.E - 013 133

exit

interface <RADIO>

#------------------------------------- sec.


exit

exit

#==============================================================================

#show service

#show service history

#show service history 1



#==============================================================================

#CONTEXT-EXIT

• Script name: CNTR-RMON-HIST-VLAN

This command enables RMON History per VLAN with the number of buckets and interval time on the se-lected interface.

RMON history - perPCP#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: CNTR-RMON-HIST-PCP

#

# - PRI refers to C-PCP in case of CB.

# - PRI refers to S-PCP in case of PxB.

#

# Rev.0002


################################################################+##############

set rmon enable

#============================================================================

interface <LAN1>

#------------------------------------- sec.

service collection history 1 buckets 10 interval 60 owner serviceObserver1 priority<PRI> persistence <enable|disable>

exit

interface <LAN2>

#------------------------------------- sec.


exit

interface <RADIO>

#------------------------------------- sec.


exit

exit

#==============================================================================

#show service

134 MN.00320.E - 013

#show service history




#==============================================================================

#CONTEXT-EXIT

• Script name: CNTR-RMON-HIST-PCP

This command enables RMON History per PCP with the number of buckets and interval time on the selectedinterface.

6.9.2 Clear Counters

#CONTEXT-ENTRY

###############################################################################

# Script name: CNTR-CLR-STATS

#

# Rev.0001


################################################################+##############

#============================================================================

clear counters

#==============================================================================

#CONTEXT-EXIT

• Script name: CNTR-CLR-STATS

The purpose of this script is to clear all the current interface counters statistics.

MN.00320.E - 013 135

6.10 GENERAL FEATURES

6.10.1 System MTU

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: FEAT-SYS-MTU

#

# Rev.0001


################################################################+##############

#============================================================================

system mtu <46-12266>

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: FEAT-SYS-MTU

The purpose of this script is to define the MTU into the switch.

6.10.2 VLAN rewriting PNP

#CONTEXT-ENTRY

configure terminal


#################################################################

# Script name: FEAT-PNP-VLAN-REWR

#

# - This command configures a VLAN translation entry for a PNP.

# VLAN translation works on bidirectional way once it is

# configured on a port.

# No need to declare <EXT-VLAN> on vlan table: switch works

# on relayed <VLAN>.

#

# Rev.0001


################################################################+

#==============================================================

interface <PNP_PORT>

switchport service vlan mapping <EXT-VLAN> <VLAN>

no shutdown

exit

exit

#================================================================

#CONTEXT-EXIT

136 MN.00320.E - 013

• Script name: FEAT-PNP-VLAN-REWR

The purpose of this script is to configure a VLAN translation entry for a PNP. VLAN translation works onbidirectional way once it is configured on a port.

6.10.3 Port isolation

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: FEAT-PORT-IS

#

# Before After

# <LAN1> +-----------+ <LAN1> +--------------+

# <--> o <-->| | <--> o <--> \ |

# <LAN2> | |<--> o <--> <LAN2> | > <--> o <-->

# <--> o <-->| | <RADIO> <--> o <--> / | <RADIO>

# +-----------+ +--------------+

# multipoint rooted-multipoint

#

# Rev.0002


################################################################+##############

#============================================================================

# set <LAN1> <--> <LAN2> isolation

interface <LAN1>

port-isolation <RADIO>

exit

interface <LAN2>

port-isolation <RADIO>

exit

interface <RADIO>

port-isolation <LAN1> <LAN2>

exit

exit

#==============================================================================

show port-isolation

#==============================================================================

#CONTEXT-EXIT

• Script name: FEAT-PORT-IS

The script configures the list of ports through which the traffic is allowed.

LAN1 and LAN2 port can send traffic to RADIO port. RADIO Port can send traffic to both LAN1 and LAN2ports.

LAN1 and LAN2 ports can not send traffic each other.

MN.00320.E - 013 137

6.10.4 MAC addresses aging time

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: FEAT-MAC

#

# Rev.0001


################################################################+##############

#============================================================================

set mac-learning [enable|disable]

mac-address-table aging-time <10..1000000>

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: FEAT-MAC

The script enable/disable mac learning and defines aging time.

6.10.5 MAC address clear

#CONTEXT-ENTRYconfigure terminal


###############################################################################

# Script name: FEAT-MAC-CLR

#

# Rev.0001


################################################################+##############

#============================================================================

clear mac-address-table dynamic

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: FEAT-MAC -CLR

Clear MAC address table.

6.10.6 Jumbo frame

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: FEAT-JUMBO

#

138 MN.00320.E - 013

# Rev.0003


################################################################+##############

#============================================================================


shutdown

mtu <46-12266>

no shutdown

exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: FEAT-JUMBO

The port <GEN_PORT> is enabled to accept traffic with frame with max size mtu = <46-12266> in Byte.

Messages larger than the MTU are divided into smaller packets before transmission.

6.10.7 Ethertype

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: FEAT-ETHER

#

# Rev.0001


################################################################+##############

#============================================================================

interface <PNP_PORT>



exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: FEAT-ETHER

This script forces the Ethertype 8100 both in TX and RX on the port <PNP-PORT>.

MN.00320.E - 013 139

6.10.8 Loopback

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: FEAT-LOOP-LL

## +--PHY--+ +---# --> o --.-- | --> |# line | | | switch# <-- o <- X | <-- |# +-------+ +---

#

# Rev.0001


################################################################+##############

#============================================================================

interface <LINE_PORT>

loopback local

exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: FEAT-LOOP-LL

This command enables the lineloop at the indicated Ethernet port.

6.10.9 Port mirroring

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: FEAT-PORT-MIR

## <LAN1> +-----------+# <--> o <-->| |# <LAN2> | |<--> o <--># <--> o <-->| | <RADIO># +-----------+

# Redirect <LAN1> (rx|tx|both) traffic to <LAN2>.

#

# Rev.0001


################################################################+##############

#============================================================================

monitor session 1 source interface <LAN1> [tx|rx|both]

monitor session 1 destination interface <LAN2>

exit

#==============================================================================

#CONTEXT-EXIT

140 MN.00320.E - 013

• Script name: FEAT-PORT-MIR

This script allows to monitor the traffic rx or tx or both on a specific port (LAN1) and send it to anotherport (LAN2).

6.10.10 Mediatype

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: FEAT-MEDIA

#

# Rev.0001


################################################################+##############

#============================================================================


media-type [copper|fiber]

exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: FEAT-MEDIA

Set the port Media-type as copper/fiber for the combo interfaces (IDU AGS-20).

MN.00320.E - 013 141

6.10.11 Autocrossover

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: FEAT-MDIX

#

# - Enables the MDI/MDIX Auto Crossover of the interface.

#

# Rev.0001


################################################################+##############

#============================================================================


mdix auto

exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: FEAT-MDIX

This script enable Autonegotiation on electrical interface.

6.10.12 MDIX

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: FEAT-MEDIA-DIX

#

# - Set the MDIX at the port interface.

#

# Rev.0001


################################################################+##############

#============================================================================


set port mdix

exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: FEAT-MEDIA-DIX

This script enable MDIX on electrical interface.

142 MN.00320.E - 013

6.10.13 MDI

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: FEAT-MEDIA-DI

#

# - Set the MDI at the port interface.

#

# Rev.0001


################################################################+##############

#============================================================================


set port mdi

exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: FEAT-MEDIA-DI

This script enable MDI on electrical interface.

6.11 ADVANCED FEATURE

6.11.1 PEB - PNP + VLAN rewriting

#CONTEXT-ENTRY

###############################################################################

# Script name: FEAT-ADV-PNP-ETHVLAN-REWR

#

# - This command configures a VLAN translation entry for a PNP.

# VLAN translation works on bidirectional way once it is

# configured on a port.

# No need to declare <USR_VLAN> on vlan table: switch works

# on relayed <NTW_VLAN>.

# - Changing Ingress/Egress TPID to 0x8100, PNP acts as CBP,

# emulating a Customer-Bridge and operating VLAN translation

# on C-VLAN.

#

# Rev.0001


################################################################+##############


#============================================================================

MN.00320.E - 013 143

interface <USR_PORT>





switchport service vlan mapping <USR_VLAN> <NTW_VLAN>

no shutdown

exit

interface <NTW_PORT>





no shutdown

exit

vlan <NTW_VLAN>

ports <USR_PORT> <NTW_PORT>

exit

exit

#==============================================================================

#CONTEXT-EXIT

PEB-PNP: ETHERTYPE +VLAN REWRITING

• Script name: FEAT-ADV-PNP-ETHVLAN-REWR

This script, on the port <USR_PORT>, in case of PEB PNP changes Ethertype to 8100, emulating a CB, andoperating a VLAN translation.

6.12 PWE3 (PSEUDOWIRE EMULATED EDGE TO EDGE)

The feature PWE3 is available from:

• AGS-20 N31030 01.03.00

6.12.1 PWE3 - Feature Configs

#CONTEXT-ENTRY

configure terminal


#######################################################################

# Script name: PWE3-FEAT-DO

#

# Rev.0001


################################################################+######

# enables pwe3 feature on the equipment

pwe3 enable

exit

#======================================================================

144 MN.00320.E - 013

#CONTEXT-EXIT

• Script name: PWE3-FEAT-DO

6.12.2 PWE3 - Feature Config (UNDO)

#CONTEXT-ENTRY

configure terminal


#######################################################################

# Script name: PWE3-FEAT-UNDO

#

# Rev.0001


################################################################+######

# disables pwe3 feature on the equipment

pwe3 disable

exit

#======================================================================

#CONTEXT-EXIT

• Script name: PWE3-FEAT-UNDO

6.12.3 PWE3 - Alarms

#CONTEXT-ENTRY

configure terminal


#######################################################################

# Script name: PWE3-ALARMS

#

# Rev.0001


################################################################+######

#====================================================================

# changes severity codes associated to pwe3 alarms:

# <alarm-type>: localTdmDown |localPsnDown |remoteTdmDown |remotePsnDown

# <severity-code>: disable

# |statusTrapEnable |warningTrapEnable |minorTrapEnable |majorTrapEnable|criticalTrapEnable

# |statusTrapDisable|warningTrapDisable|minorTrapDisable|majorTrapDis-able|criticalTrapDisable

#

pwe3 alarm <alarm-type> severity <severity-code>

exit

#======================================================================

#CONTEXT-EXIT

• Script name: PWE3-ALARMS

MN.00320.E - 013 145

6.12.4 PWE3 - Profile Configs

#CONTEXT-ENTRY

configure terminal


#######################################################################

# Script name: PWE3-PROF-CONFIG-DO

#

# Rev.0001


################################################################+######

pwe3 profile <integer(1-32)>

# configures pwe3 profile:

# <encapsulation> = { mef8

# | mpls { label <integer(0-1048575)> }

# | udp { udp-port <integer(0-1048575)>

# type { ipv4

# | ipv6

# }

# src-ip <string(32)>

# dest-ip <string(32)>

# }

# }

# c-tag <integer(2-4094)>

# dest-mac-address <mac_addr>

set encapsulation <encapsulation>

# changes profile label:

set label <string(31)>

# changes tolerated Packet Delay Variation:

set tolerated pdv <integer(1-16)>

# changes payload size:

set payload <integer(38-1024)>

# disables/enables RTP header insertion:

set rtp header {disable | enable}

# changes 802.1p CVlan priority:

set C-priority <integer(0-7)>

# changes dscp priority:

set dscp-priority <integer(0-63)>

# changes mpls exp bits priority:

set mpls-priority <integer(0-7)>

exit

exit

#======================================================================

#CONTEXT-EXIT

• Script name: PWE3-PROF-CONFIG-DO

146 MN.00320.E - 013

6.12.5 PWE3 - Profile Configs (UNDO)

#CONTEXT-ENTRY

configure terminal


#######################################################################

# Script name: PWE3-PROF-CONFIG-UNDO

#

# Rev.0001


################################################################+######

# deletes pwe3 profile

no pwe3 profile <integer(1-32)>

exit

#======================================================================

#CONTEXT-EXIT

• Script name: PWE3-PROF-CONFIG-UNDO

6.12.6 PWE3 - E1 Controller Configs

#CONTEXT-ENTRY

configure terminal


#######################################################################

# Script name: PWE3-E1-CONFIG

#

# Rev.0001


################################################################+######

pwe3 controller E1 <integer(1-32)>

# bind controller E1 to a given profile

# and sets channel identifier according to encapsulation type

add to profile <integer(0-32)> as pwe3-id <integer(0-1048575)>

# unbind controller E1 from a given profile

# and resets channel identifier

add to profile 0 as pwe3-id 0

#changes controller E1 label

set label <string(31)>

#disables/enables retiming

set retiming {disable | enable}

exit

exit

#======================================================================

#CONTEXT-EXIT

• Script name: PWE3-E1-CONFIG

MN.00320.E - 013 147

6.12.7 PWE3 - Shows

#CONTEXT-ENTRY

#######################################################################

# Script name: PWE3-SHOWS

#

# Rev.0001


################################################################+######

# shows pwe3 status:

show pwe3 status

# shows severity codes associated to pwe3 alarms:

show pwe3 alarm severity

# shows pwe3 profile:

# - prof_id not specified means all profiles

# - output changes according to encapsulation type

show pwe3 profile <integer(1-32)>

# shows pwe3 controller E1:

# - e1_id not specified means all E1 controllers

show pwe3 controller E1 <integer(1-32)>

# shows pwe3 controller E1 alarms:


show pwe3 controller E1 alarms <integer(1-32)>

# shows pwe3 controller E1 statistic counters:


show pwe3 controller E1 statistics <integer(1-32)>

# resets all pwe3 controller E1 statistic counters:

pwe3 clear statistics

#======================================================================

#CONTEXT-EXIT

• Script name: PWE3-SHOWS

6.13 SYSTEM ADMINISTRATION

6.13.1 Hitless restart

#CONTEXT-ENTRY

###############################################################################

# Script name: SYS-ADM-HLRST

#

# Rev.0001


################################################################+##############

#============================================================================

148 MN.00320.E - 013

sleep 5

reload

#==============================================================================

#CONTEXT-EXIT

HITLESS RESTART

• Script name: SYS-ADM-HLRRST

This script must be added at the end of any configuration script.

MN.00320.E - 013 149

7 PROTOCOLS

The feature L2PT is available from:

• ALFOplus80HD N40052 01.02.00

• AGS-20 N31030 01.04.00

• ALFOplus2 N50052 01.00.02.

7.1 LAYER2 PROTOCOL TUNNELING

7.1.1 L2PT tunnel

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: APP-L2PT

#

# Rev.0001


##############################################################+

# cos/pcp for encapsulated packet:

l2protocol-tunnel cos 3


l2protocol-tunnel stp

l2protocol-tunnel dot1x

l2protocol-tunnel lacp

l2protocol-tunnel gmrp

l2protocol-tunnel gvrp

l2protocol-tunnel mmrp

l2protocol-tunnel mvrp

l2protocol-tunnel igmp

l2protocol-tunnel lldp exit


exit

#==============================================================

#show l2protocol tunnel-mac-address

#show l2protocol-tunnel summary

#show l2protocol-tunnel

#==============================================================

#CONTEXT-EXIT

150 MN.00320.E - 013

• Script name: APP-L2PT

The script configures tunnels for some protocols:

• Dot1x

• LACP

• STP

• GVRP

• GMRP

• IGMP

• LLDP

For each protocol the status can be

• Tunnel: protocol is passing through the defined port

• Peer (default) protocol is terminated on the defined port to communicate with remote peer

• Discard: protocol packet is dropped at the defined port

The status can be read by WebLCT.

7.1.2 L2PT peer

#CONTEXT-ENTRY

configure terminal

#CONTEXT::SM-OS (config)#

###############################################################

# Script name: APP-L2PT-P

#

# Rev.0001


##############################################################+


l2protocol-peer stp

l2protocol-peer lacp

exit

#CONTEXT::iss(config)#

exit

#==============================================================

#CONTEXT-EXIT

• Script name: APP-L2PT-P

The script configures peer for some protocols:

• STP

• LACP

7.1.3 L2PT (Undo)

#CONTEXT-ENTRY

configure terminal


###############################################################

MN.00320.E - 013 151

# Script name: APP-L2PT-UNDO

#

# Rev.0002


##############################################################+

# cos/pcp for encapsulated packet:

no l2protocol-tunnel cos


l2protocol-discard stp

l2protocol-discard dot1x

l2protocol-discard lacp

l2protocol-discard gmrp

l2protocol-discard gvrp

l2protocol-discard mmrp

l2protocol-discard mvrp

l2protocol-discard igmp

l2protocol-discard lldp exit


exit

#==============================================================

#show l2protocol-discard statistics

#==============================================================

#CONTEXT-EXIT

• Script name: APP-L2PT-UNDO

The script discards some protocols:

• Dot1x

• LACP

• STP

• GVRP

• GMRP

• IGMP

• LLDP.

The status can be read by WebLCT.

7.2 ETHERNET LINE PROTECTION

The feature ELP is available from:

• ALFOplus80HD N40052 01.04.00

• AGS-20 N31030 01.02.00

• ALFOplus2 N50052 01.01.00.

152 MN.00320.E - 013

7.2.1 ELP

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: CPLANE-ELP

#

# ELP is available as a special LAG case (max-ports 1).

# This template builds a ELP with the following properties:

# - aggregator interface: po100.

# - aggregated interfaces: LAN1, LAN2.

#

# Rev.0001


##############################################################+################

#============================================================================

# Global init

no shutdown port-channel

set port-channel enable

set port-channel independentmode disable

interface port-channel 100

no default port

exit

# LAN1 connector

interface <LAN1>

no channel-group

exit

# LAN2 connector

interface <LAN2>

no channel-group

exit

#============================================================================

# Per-aggregator configuration


shutdown

mtu 1500

no shutdown

#-------------------------------------------------------

# Insert below one of the following bridge port-types:

# - providerNetworkPort.

# - customerNetworkPort port-based.

# - customerNetworkPort s-tagged.

# - customerEdgePort (N/A).

# - customerBridgePort.

#-------------------------------------------------------

bridge port-type <BRIDGE_PORT_TYPE>

MN.00320.E - 013 153

port-channel max-ports 1

no default port

exit

#============================================================================

# Per-intf configuration

# LAN1 connector

interface <LAN1>

#-------------------------------------------------------

# bind this interface to the aggregator po 100:

channel-group 100 mode on

exit

# LAN2 connector

interface <LAN2>

#-------------------------------------------------------



exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: CPLANE-ELP

The script configures Ethernet Line Protection on L1 and L2.

Warning: it is recommended to apply the same conditions/settings to each ports used in ELP, to avoid un-predictable behaviour in the switch, referring to:

• PCP classification

• DSCP classification

• port classification

• scheduling

• output port shaping

• output queue shaping

• storm control

• L2 access list classification

• negotiation/no negotiation

• speed (only if not auto neg.).

7.3 LINK AGGREGATION 802.3AD

The feature LAG is available from:

• ALFOplus80HD N40052 01.03.00

• AGS-20 N31030 01.02.00

• ALFOplus2 N50052 01.01.00.

154 MN.00320.E - 013

7.3.1 LAG-Basic

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: CPLANE-LAG-BASIC

#

# This template builds a LAG with the following properties:



# - Hot-standby ports: NO.

# - LACP: YES, mode active, rate normal (30s).

# - load balance: src-dest-mac.

#

# The above profile allows interoperability with sm legacy

# equipments.

#

# If needed, additional aggregator and/or aggregated

# interfaces can be included in this template.

#

# Rev.0001


##############################################################+################

#============================================================================

# Global init





no default port

exit

# LAN1 connector

interface <LAN1>

no channel-group

exit

# LAN2 connector

interface <LAN2>

no channel-group

exit

#============================================================================



shutdown

mtu 1500

no shutdown

#-------------------------------------------------------

MN.00320.E - 013 155





#-------------------------------------------------------




no default port

exit

port-channel load-balance src-dest-mac

# set defaults (optional):

no lacp system-priority

#============================================================================


# LAN1 connector

interface <LAN1>

#lacp port-identifier : default is <LAN1>, conn. is 1.

lacp port-identifier 1

#-------------------------------------------------------


channel-group 100 mode active

#-------------------------------------------------------


no lacp port-priority

no lacp rate

#-------------------------------------------------------

# set new:

lacp rate normal

exit

# LAN2 connector

interface <LAN2>



#-------------------------------------------------------


channel-group 100 mode active

#-------------------------------------------------------



no lacp rate

#-------------------------------------------------------

# set new:

lacp rate normal

exit

156 MN.00320.E - 013

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: CPLANE-LAG-BASIC

The script configures a Link Aggregation Protocol (Layer L2), with LACP protocol active in both LAN1 andLAN2 ports.

7.3.2 LAG-STD-MAN

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: CPLANE-LAG-STD-MAN

#




# - Manual: YES.

# - LACP: NO.

# - load balance: src-dest-mac, src-ip, dest-ip, src-dest-ip

#



#

# Rev.0002


##############################################################+################

#============================================================================

# Global init





no default port

exit

# LAN1 connector

interface <LAN1>

no channel-group

exit

# LAN2 connector

interface <LAN2>

no channel-group

exit

#============================================================================

MN.00320.E - 013 157

shutdown

mtu 1500

no shutdown

#-------------------------------------------------------







#-------------------------------------------------------




no default port

exit

# Choose one of the supported distribution.

# - <Load distribution>: src-dest-mac, src-ip, dest-ip, src-dest-ip.

port-channel load-balance <load-distribution>



#============================================================================


# LAN1 connector

interface <LAN1>



#-------------------------------------------------------



exit

# LAN2 connector

interface <LAN2>



#-------------------------------------------------------



exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: CPLANE-LAG-STD-MAN

The script configures a Link Aggregation Protocol (Layer L2), with LACP protocol disabled in both LAN1 andLAN2 ports.

158 MN.00320.E - 013

7.3.3 LAG-STD-HSBY

#CONTEXT-ENTRY

configure terminal


###############################################################################

# Script name: CPLANE-LAG-STD-HSBY

#



# - aggregated interfaces: LAN1, LAN2, LAN4.

# - Hot-standby ports: YES, LAN4.

# - LACP: YES, mode active/passive,

# rate normal(30s)/fast(1s).

# - load balance: src-dest-mac, src-ip, dest-ip, src-dest-ip.

#



#

# Rev.0002


##############################################################+################

#============================================================================

# Global init





no default port

exit

# LAN1 connector

interface <LAN1>

no channel-group

exit

# LAN2 connector

interface <LAN2>

no channel-group

exit

# LAN4 connector

interface <LAN4>

no channel-group

exit

#============================================================================



shutdown

mtu 1500

no shutdown

#-------------------------------------------------------

MN.00320.E - 013 159





#-------------------------------------------------------



#-------------------------------------------------------

# Select max-ports according to the scheme:

# LAN1 LAN2 LAN4

# SCHEME 1> (Bndl)(Bndl)(Bndl) -> MAX-PORTS = 3

# SCHEME 2> (Bndl)(Bndl)(HSby) -> MAX-PORTS = 2

#-------------------------------------------------------

port-channel max-ports <MAX-PORTS>

no default port

exit

# Choose one of the supported distribution.

# - <Load distribution>: src-dest-mac, src-ip, dest-ip, src-dest-ip.

port-channel load-channel <load-distribution>



#============================================================================


# LAN1 connector

interface <LAN1>



#-------------------------------------------------------

# Insert below one of the following mode:

# - active | passive.


channel-group 100 mode <MODE>

#-------------------------------------------------------



no lacp rate

#-------------------------------------------------------

# Insert below one of the following rate:

# - normal | fast.

lacp rate <RATE>

exit

# LAN2 connector

interface <LAN2>



#-------------------------------------------------------

160 MN.00320.E - 013




#-------------------------------------------------------



no lacp rate

#-------------------------------------------------------


# - normal | fast.

lacp rate <RATE>

exit

# LAN4 connector

interface <LAN4>



#-------------------------------------------------------





#-------------------------------------------------------



no lacp rate

#-------------------------------------------------------


# - normal | fast.

lacp rate <RATE>

exit

exit

#==============================================================================

#CONTEXT-EXIT

• Script name: CPLANE-LAG-STD-HSBY

The script configures a Link Aggregation Protocol (Layer L2), considering two schemes:

• IF <MAX-PORTS>=2 LAN1 and LAN2 have LACP protocol active and LAN4, in stand-by,used for protection

• IF <MAX-PORTS>=3 LAN1, LAN2 and LAN4 have LACP protocol active.

7.4 LINK DISCOVERY

The feature LLDP is available from:

• AGS-20 N31030 01.08.00

MN.00320.E - 013 161

7.4.1 LLDP - Device Config

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP

#

# To enable lldp and set lldp version

#

# Rev.0001


##############################################################+

set lldp enable

set lldp version [v1|v2]

no shutdown lldp

exit

#==============================================================

#CONTEXT-EXIT

• • Script name: CPLANE-LLDP

7.4.2 LLDP – Device Config Undo

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-UNDO

#

# To disable and shutdown lldp

#

# Rev.0001


##############################################################+

set lldp disable

shutdown lldp

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-UNDO

7.4.3 LLDP – (Chassis profile)

#CONTEXT-ENTRY

configure terminal

162 MN.00320.E - 013


###############################################################

# Script name: CPLANE-LLDP-CHASSIS

#

# Configurations for chassis-id TLV

#

# Rev.0001


##############################################################+

lldp chassis-id-subtype chassis-comp <string(255)>

lldp chassis-id-subtype if-alias

lldp chassis-id-subtype port-comp <string(255)>

lldp chassis-id-subtype mac-addr

lldp chassis-id-subtype nw-addr

lldp chassis-id-subtype if-name

lldp chassis-id-subtype local <string(255)>

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-CHASSIS

7.4.4 LLDP – (Timers)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-TIMER #

# Configurations for lldp timers

# NOTE: about specific v1/v2 sections, please use only the

# required one. ## Rev.0001# (siae microelettronica)

##############################################################+

lldp transmit-interval <seconds(5-32768)>

lldp reinitialization-delay <seconds(1-10)>

lldp holdtime-multiplier <value(2-10)>

lldp notification-interval <seconds(5-3600)>

#LLDP VERSION 1 ONLY

lldp tx-delay <seconds(1-8192)>

#END FOR LLDP VERSION 1:


lldp MessageFastTx <seconds(1-3600)>

lldp txCreditMax <value (1-10)>

lldp txFastInit <value (1-8)>

#END LLDP VERSION ONLY

exit

MN.00320.E - 013 163

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-TIMER

7.4.5 LLDP – (Timers Undo)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-TIMER-UNDO

#

# Rev.0001


##############################################################+

no lldp notification-interval

no lldp holdtime-multiplier

no lldp reinitialization-delay

no lldp transmit-interval


no lldp tx-delay

#END LLDP VERSION 1 ONLY


# empty section.

#END LLDP VERSION ONLY

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-TIMER-UNDO

7.4.6 LLDP – (Port config)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT

#

# Configurations for lldp trasmit and receive

# Configurations for lldp traps notification

# Configurations for port-id TLV

# NOTE: Please remove LLDPv2 section in case of v1 configured

164 MN.00320.E - 013

#

# Rev.0001


##############################################################+

interface <INTF>

lldp transmit

lldp receive

lldp notification mis-configuration

lldp notification remote-table-chg

lldp notification mis-configuration remote-table-chg

lldp port-id-subtype if-alias

lldp port-id-subtype port-comp <string(255)>

lldp port-id-subtype mac-addr

lldp port-id-subtype if-name

lldp port-id-subtype local <string(255)>


lldp dest-mac <mac_addr>

lldp transmit mac-address <mac_addr>

lldp receive mac-address <mac_addr>

lldp notification mis-configuration remote-table-chg mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT

7.4.7 LLDP – (Port config Undo)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-UNDO

#

# Undo configurations for lldp trasmit and receive

# Undo configurations for lldp traps notification


#

# Rev.0001


##############################################################+

interface <INTF>

no lldp transmit

no lldp receive

no lldp notification

# LLDP VERSION 2 ONLY

MN.00320.E - 013 165

no lldp dest-mac <mac_addr>

no lldp transmit mac-address <mac_addr>

no lldp receive mac-address <mac_addr>

no lldp notification mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-UNDO

7.4.8 LLDP – TLV (Sys Capability TLV)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-SYSC

#

# Enabling lldp basic optional sys-capab TLV


#

# Rev.0001


##############################################################+

interface <INTF>

lldp tlv-select basic-tlv sys-capab


lldp tlv-select basic-tlv sys-capab mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-SYSC

7.4.9 LLDP – TLV (Sys Capability TLV Undo)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-SYSC-UNDO

#

# Undo lldp basic optional sys-capab TLV

166 MN.00320.E - 013


#

# Rev.0001


##############################################################+

interface <INTF>

no lldp tlv-select basic-tlv sys-capab


no lldp tlv-select basic-tlv sys-capab mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-SYSC-UNDO

7.4.10 LLDP – TLV (Sys Name TLV)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-SYSN

#

# Enabling lldp basic optional sys-name TLV


#

# Rev.0001


##############################################################+

interface <INTF>

lldp tlv-select basic-tlv sys-name


lldp tlv-select basic-tlv sys-name mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-SYSN

7.4.11 LLDP – TLV (Sys Name TLV Undo)

#CONTEXT-ENTRY

configure terminal

MN.00320.E - 013 167


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-SYSN-UNDO

#

# Undo lldp basic optional sys-name TLV


#

# Rev.0001


##############################################################+

interface <INTF>

no lldp tlv-select basic-tlv sys-name


no lldp tlv-select basic-tlv sys-name mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-SYSN-UNDO

7.4.12 LLDP – TLV (Sys Desc TLV)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-SYSD

#

# Enabling lldp basic optional sys-descr TLV


#

# Rev.0001


##############################################################+

interface <INTF>

lldp tlv-select basic-tlv sys-descr


lldp tlv-select basic-tlv sys-descr mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-SYSD

168 MN.00320.E - 013

7.4.13 LLDP – TLV (Sys Desc TLV Undo)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-SYSD-UNDO

#

# Undo lldp basic optional sys-descr TLV


#

# Rev.0001


##############################################################+

interface <INTF>

no lldp tlv-select basic-tlv sys-descr


no lldp tlv-select basic-tlv sys-descr mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-SYSD-UNDO

7.4.14 LLDP – TLV (Port Desc TLV)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-PRTD

#

# Enabling lldp basic optional port-descr TLV


#

# Rev.0001


##############################################################+

interface <INTF>

lldp tlv-select basic-tlv port-descr


lldp tlv-select basic-tlv port-descr mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

MN.00320.E - 013 169

• Script name: CPLANE-LLDP-PRT-TLV-PRTD

7.4.15 LLDP – TLV (Port Desc TLV Undo)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: : CPLANE-LLDP-PRT-TLV-PRTD-UNDO

#

# Undo lldp basic optional port-descr TLV


#

# Rev.0001


##############################################################+

interface <INTF>

no lldp tlv-select basic-tlv port-descr


no lldp tlv-select basic-tlv port-descr mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-PRTD-UNDO

7.4.16 LLDP – TLV (MNGT Adrs TLV)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-MNGT

#

# Enabling lldp basic optional mgmt-addr TLV


#

# Rev.0001


##############################################################+

interface <INTF>

lldp tlv-select basic-tlv mgmt-addr all

lldp tlv-select basic-tlv mgmt-addr ipv4 <ucast_addr>


lldp tlv-select basic-tlv mgmt-addr all mac-address <mac_addr>

lldp tlv-select basic-tlv mgmt-addr ipv4 <ucast_addr> mac-address <mac_addr>

170 MN.00320.E - 013


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-MNGT

7.4.17 LLDP – TLV (MNGT Adrs TLV Undo)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-MNGT-UNDO

#

# Undo lldp basic optional mgmt-addr TLV


#

# Rev.0001


##############################################################+

interface <INTF>

no lldp tlv-select basic-tlv mgmt-addr all

no lldp tlv-select basic-tlv mgmt-addr ipv4 <ucast_addr>


no lldp tlv-select basic-tlv mgmt-addr all mac-address <mac_addr>

no lldp tlv-select basic-tlv mgmt-addr ipv4 <ucast_addr> mac-address <mac_addr>


exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-MNGT-UNDO

7.4.18 LLDP – TLV – DOT1 (PortVID TLV)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-DOT1-PortVID

#

# Enabling lldp 802.1 defined port-vlan-id TLV


#

# Rev.0001

MN.00320.E - 013 171


##############################################################+

interface <INTF>

lldp tlv-select dot1tlv port-vlan-id


lldp tlv-select dot1tlv port-vlan-id mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT1-PortVID

7.4.19 LLDP – TLV – DOT1 (PortVID TLV Undo)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-DOT1-PortVID-UNDO

#

# Undo lldp 802.1 defined port-vlan-id TLV


#

# Rev.0001


##############################################################+

interface <INTF>

no lldp tlv-select basic-tlv port-vlan-id


no lldp tlv-select dot1tlv port-vlan-id mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT1-PortVID-UNDO

7.4.20 LLDP – TLV – DOT1 (ProtVID TLV)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-DOT1-ProtVID

172 MN.00320.E - 013

#

# Enabling lldp 802.1 defined protocol-vlan-id TLV


#

# Rev.0001


##############################################################+

interface <INTF>

lldp tlv-select dot1tlv protocol-vlan-id <vlan-id>

lldp tlv-select dot1tlv protocol-vlan-id all


lldp tlv-select dot1tlv protocol-vlan-id <vlan-id> mac-address <mac_addr>

lldp tlv-select dot1tlv protocol-vlan-id all mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT1-ProtVID

7.4.21 LLDP – TLV – DOT1 (ProtVID TLV Undo)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-DOT1-ProtVID-UNDO

#

# Undo lldp 802.1 defined protocol-vlan-id TLV


#

# Rev.0001


##############################################################+

interface <INTF>

no lldp tlv-select dot1tlv protocol-vlan-id <vlan-id>

no lldp tlv-select dot1tlv protocol-vlan-id all


no lldp tlv-select dot1tlv protocol-vlan-id <vlan-id> mac-address <mac_addr>

no lldp tlv-select dot1tlv protocol-vlan-id all mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT1-ProtVID-UNDO

MN.00320.E - 013 173

7.4.22 LLDP – TLV – DOT1 (VIDName TLV)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-DOT1-VIDName

#

# Enabling lldp 802.1 defined vlan-name TLV


#

# Rev.0001


##############################################################+

interface <INTF>

lldp tlv-select dot1tlv vlan-name <vlan-id>

lldp tlv-select dot1tlv vlan-name all


lldp tlv-select dot1tlv vlan-name <vlan-id> mac-address <mac_addr>

lldp tlv-select dot1tlv vlan-name all mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT1-VIDName

7.4.23 LLDP – TLV – DOT1 (VIDName TLV Undo)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-DOT1-VIDName-UNDO

#

# Undo lldp 802.1 defined vlan-name TLV


#

# Rev.0001


##############################################################+

interface <INTF>

no lldp tlv-select dot1tlv vlan-name <vlan-id>

no lldp tlv-select dot1tlv vlan-name all


no lldp tlv-select dot1tlv vlan-name <vlan-id> mac-address <mac_addr>

no lldp tlv-select dot1tlv vlan-name all mac-address <mac_addr>


exit

174 MN.00320.E - 013

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT1-VIDName-UNDO

7.4.24 LLDP – TLV – DOT1 (MngtVID TLV – V2)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: : CPLANE-LLDP-PRT-TLV-DOT1-MngtVID

#

# Enabling lldp 802.1 defined mgmt-vid TLV. V2 only

#

# Rev.0001


##############################################################+

interface <INTF>


lldp tlv-select dot1tlv mgmt-vid

lldp tlv-select dot1tlv mgmt-vid mac-address <mac_addr>

exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT1-MngtVID

7.4.25 LLDP – TLV – DOT1 (MngtVID TLV – V2 Undo)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-DOT1-MngtVID-UNDO

#

# Undo lldp 802.1 defined mgmt-vid TLV. V2 only

#

# Rev.0001


##############################################################+

interface gigabitethernet <INTF>


no lldp tlv-select dot1tlv mgmt-vid

no lldp tlv-select dot1tlv mgmt-vid mac-address <mac_addr>

MN.00320.E - 013 175

exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT1-MngtVID-UNDO

7.4.26 LLDP – TLV – DOT1 (VIDDgst TLV – V2)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-DOT1-VIDDgst

#

# Enabling lldp 802.1 defined vid-usage-digest TLV. V2 only

#

# Rev.0001


##############################################################+

interface <INTF>


lldp tlv-select dot1tlv vid-usage-digest

lldp tlv-select dot1tlv vid-usage-digest mac-address <mac_addr>

exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT1-VIDDgst

7.4.27 LLDP – TLV – DOT1 (VIDDgst TLV – V2 Undo)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-DOT1-VIDDgst-UNDO

#

# Undo lldp 802.1 defined vid-usage-digest TLV. V2 only

#

# Rev.0001


##############################################################+



no lldp tlv-select dot1tlv vid-usage-digest

176 MN.00320.E - 013

no lldp tlv-select dot1tlv vid-usage-digest mac-address <mac_addr>

exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT1-VIDDgst-UNDO

7.4.28 LLDP – TLV – DOT1 (LAG TLV – V2)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-DOT1-LAG

#

# Enabling lldp 802.1 defined link-aggregation TLV. V2 only

#

# Rev.0001


##############################################################+

interface <INTF>


lldp tlv-select dot1tlv link-aggregation

lldp tlv-select dot1tlv link-aggregation mac-address <mac_addr>

exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT1-LAG

7.4.29 LLDP – TLV – DOT1 (LAG TLV – V2 Undo)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-DOT1-LAG-UNDO

#

# Undo lldp 802.1 defined link-aggregation TLV. V2 only

#

# Rev.0001


##############################################################+

MN.00320.E - 013 177

no lldp tlv-select dot1tlv link-aggregation

no lldp tlv-select dot1tlv link-aggregation mac-address <mac_addr>

exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT1-LAG-UNDO

7.4.30 LLDP – TLV – DOT3 (MacPhy TVL)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-DOT3-MAC

#

# Enabling lldp 802.3 defined macphy-config TLV


#

# Rev.0001


##############################################################+

interface <INTF>

lldp tlv-select dot3tlv macphy-config


lldp tlv-select dot3tlv macphy-config mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT3-MAC

7.4.31 LLDP – TLV – DOT3 (MacPhy TVL Undo)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-DOT3-MAC-UNDO

#

# Undo lldp 802.3 defined macphy-config TLV


#

# Rev.0001

178 MN.00320.E - 013


##############################################################+

interface <INTF>

no lldp tlv-select dot3tlv macphy-config


no lldp tlv-select dot3tlv macphy-config mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT3-MAC-UNDO

7.4.32 LLDP – TLV – DOT3 (MaxFrameSize TVL)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-DOT3-FSZ

#

# Enabling lldp 802.3 defined max-framesize TLV


#

# Rev.0001


##############################################################+

interface <INTF>

lldp tlv-select dot3tlv max-framesize


lldp tlv-select dot3tlv max-framesize mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT3-FSZ

7.4.33 LLDP – TLV – DOT3 (MaxFrameSize TVL Undo)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-DOT3-FSZ-UNDO

MN.00320.E - 013 179

#

# Undo lldp 802.3 defined max-framesize TLV


#

# Rev.0001


##############################################################+

interface <INTF>

no lldp tlv-select dot3tlv max-framesize


no lldp tlv-select dot3tlv max-framesize mac-address <mac_addr>


exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT3-FSZ-UNDO

7.4.34 LLDP – TLV – DOT3 (LAG TVL – V1)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-LLDP-PRT-TLV-DOT3-LAG

#

# Enabling lldp 802.3 defined link-aggregation TLV. V1 only

#

# Rev.0001


##############################################################+

interface <INTF>

lldp tlv-select dot3tlv link-aggregation

exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT3-LAG

7.4.35 LLDP – TLV – DOT3 (LAG TVL – V1 Undo)

#CONTEXT-ENTRY

configure terminal


###############################################################

180 MN.00320.E - 013

# Script name: CPLANE-LLDP-PRT-TLV-DOT3-LAG-UNDO

#

# Undo lldp 802.3 defined link-aggregation TLV

#

# Rev.0001


##############################################################+

interface <INTF>

no lldp tlv-select dot3tlv link-aggregation

exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-LLDP-PRT-TLV-DOT3-LAG-UNDO

7.5 SPANNING TREE

The feature RSTP/STP is available from:

• AGS-20 N31030 01.01.00

• ALFOplus2 N50052 01.00.01.

7.5.1 STP/RSTP-Device Configs

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-RSTP

#

# Rev.0001


##############################################################+

spanning-tree mode rst

spanning-tree priority 36864

spanning-tree hello-time 1

spanning-tree forward-time 15

spanning-tree max-age 20

spanning-tree transmit hold-count 6

no shutdown spanning-tree

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-RSTP

MN.00320.E - 013 181

7.5.2 STP/RSTP-Device Configs (UNDO)

#CONTEXT-ENTRY

configure terminal

#CONTEXT::MS-OS(config)#

###############################################################

# Script name: CPLANE-RSTP-UNDO

#

# Rev.0001


##############################################################+


no spanning-tree

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-RSTP-UNDO

7.5.3 STP/RSTP-Port Configs

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-RSTP-PRT

#

# Rev.0001


##############################################################+

interface <INTF>

spanning-tree cost 2000

spanning-tree port-priority 32

no spanning-tree disable

exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-RSTP-PRT

7.5.4 STP/RSTP-Port Configs (UNDO)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-RSTP-PRT-UNDO

# Rev.0001


##############################################################+

interface <INTF>

182 MN.00320.E - 013

spanning-tree disable

exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-RSTP-PRT-UNDO

7.5.5 RSTP-Port Config#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-RSTP-PRT-1W

# Rev.0001


##############################################################+

interface <INTF>

spanning-tree mode dot1w enable

exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-RSTP-PRT-1W

7.5.6 RSTP-Port config (UNDO)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-RSTP-PRT-1W-UNDO

#

# Rev.0001


##############################################################+

interface <INTF>

spanning-tree mode dot1w disable

exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-RSTP-PRT-1W-UNDO

MN.00320.E - 013 183

7.6 SERVICE OAM - CONFIGURATION FAULT MANAGEMENT

The feature IEEE 802.1ag OAM (CFM) is available from:

• ALFOplus80HD N40052 01.05.00

• AGS-20 N31030 01.03.00

• ALFOplus2 N50052 01.01.00.

The feature Y.1731 is available from:

• AGS-20 N31030 01.07.00

• ALFOplus2 N50052 01.03.00

Below the scripts to enable connectivity fault management:

• IEEE 802.1ag (device script ->paragraph 7.6.1 ECFM IEEE 802.1ag (default) - Device config andport script -> paragraph 7.6.2 ECFM IEEE 802.1ag (default) - Port config)

• ITU-T Y.1731 (see paragraph 7.6.3 ITU-T Y.1731 - Device config and 7.6.4 ITU-T Y.1731 - Port con-fig)

The logical sequence to active the continuity check message:

• create domain, level and service (see paragraph 7.6.5 Domain, level and service)

• add MEP and MIP (see paragraph 7.6.6 MEP and MIP)

• active CCM (see paragraph 7.6.7 CCM Activation)

The logical sequence to deactive the continuity check message:

• deactive CCM (see paragraph 7.6.8 CCM Activation (UNDO))

• remove MEP and MIP (see paragraph7.6.9 MEP and MIP (UNDO))

• remove domain, level and service (see paragraph 7.6.10 Domain, level and service (UNDO)).

7.6.1 ECFM IEEE 802.1ag (default) - Device config

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-SYS-DEV-8021

#

# SM-OS supports both ieee802.1ag and itu-t y.1731 std.

# -----------------------------------------------------

# This script enables a device to be compliant to the

# ieee802.1ag standard at device level.

# A per-port setup is also available to change the active std.

# to be y.1731.

# A static rmep archive has been choosed too.

#

# Rev.0001


##############################################################+

#======================================================

ethernet cfm start

ethernet cfm enable

184 MN.00320.E - 013

no ethernet cfm y1731 enable

no mep archive-hold-time

#======================================================

exit

• Script name: CPLANE-ECFM-SYS-DEV-8021

7.6.2 ECFM IEEE 802.1ag (default) - Port config

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-SYS-PRT-8021

#

# SM-OS supports both ieee802.1ag and itu-t y.1731 std.

# -----------------------------------------------------

# This script enables a port to be compliant to the

# ieee802.1ag standard.

# A per-device setup is also available to change the active std.

# to be y.1731.

#

# Rev.0001


##############################################################+

#======================================================

interface <INTFx>

no ethernet cfm y1731 enable

exit

#======================================================

exit

• Script name: CPLANE-ECFM-SYS-PRT-8021

7.6.3 ITU-T Y.1731 - Device config

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-SYS-DEV-1731

#

# SM-OS supports both itu-t y.1731 and ieee802.1ag std.

# -----------------------------------------------------

# This script enables a device to be compliant to the

# itu-t y.1731 standard at device level.

# A per-port setup is also available to change the active std.

MN.00320.E - 013 185

# to be 802.1ag.

# A static rmep archive has been choosed too.

#

# Rev.0001


##############################################################+

#======================================================

ethernet cfm start

ethernet cfm enable

ethernet cfm y1731 enable

no mep archive-hold-time

#======================================================exit

• Script name: CPLANE-ECFM-SYS-DEV-1731

7.6.4 ITU-T Y.1731 - Port config

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-SYS-PRT-1731

#

# SM-OS supports both itu-t y.1731 and ieee802.1ag std.

# -----------------------------------------------------

# This script enables a port to be compliant to the

# itu-t y.1731 standard.

# A per-device setup is also available to change the active std.

# to be 802.1ag.

#

# Rev.0001


##############################################################+

#======================================================

interface <INTFx>

ethernet cfm y1731 enable

exit

#======================================================

exit

• Script-name: CPLANE-ECFM-SYS-PRT-1731

186 MN.00320.E - 013

7.6.5 Domain, level and service

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-DL-MA

# Rev.0001


##############################################################+

#====================================================

ethernet cfm domain name <DomainName> level <LVL>

service name <ServiceName> vlan 1000

# mep list of device1:

mep crosscheck mpid 1101 vlan 1000





## mep list of device<n>:

#mep crosscheck mpid <mpid> vlan 1000

#mep crosscheck mpid <mpid> vlan 1000

#-----------------------------------

set mip-creation-criteria default

exit

exit

• Script name: CPLANE-ECFM-DL-MA

7.6.6 MEP and MIP

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-MEP-MIP

#

# Rev.0002


##############################################################+

#====================================================

# UP MEP

interface <INTF-1>

ethernet cfm mep level <LVL> inward mpid 1101 vlan 1000 active

exit

exit

#====================================================

# DOWN MEP

interface <INTF-2>

ethernet cfm mep level <LVL> mpid 1201 vlan 1000 active

exit

MN.00320.E - 013 187

exit

#====================================================

# MIP

interface <INTF-3>

ethernet cfm mip level <LVL> vlan 1000 active

exit

exit

exit

• Script name: CPLANE-ECFM-MEP-MIP

• Create MEP (Maintenance End Point) in the interface and define the direction:

- UP MEP: unidirectional CCM internal to the switch

- DOWN MEP: unidirectional CCM outgoing from the switch

• MEP is an “active” End Point at the edge of a domain; it can generate the CCM (Continuity CheckMessage)

• MIP is a “passive” Maintenance Intermediate Point of a domain; it can reply at the LBM (LoopBackMessage) and LTM (Link Trace Message).

7.6.7 CCM Activation

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-CCM

#

# Rev.0001


##############################################################+

#====================================================

#----------------------------------( sec. )

# ... interval three-hundred-hertz ( 0,003)

# ten-ms ( 0,010)

# hundred-ms ( 0,100) def. when PM.

# one-sec ( 1,000) def. when FM.

# ten-sec ( 10,000)

# one-min ( 60,000)

# ten-min (600,000)

ethernet cfm cc domain <DmnName> service <SrvName> interval <INTRVL>

ethernet cfm cc enable domain <DmnName> service <SrvName>

# OR:

ethernet cfm cc domain <DmnName> vlan 1000 interval <INTRVL>

ethernet cfm cc enable domain <DmnName> vlan 1000

# OR:

ethernet cfm cc level <LVL> vlan 1000 interval <INTRVL>

ethernet cfm cc enable level <LVL> vlan 1000

exit

• Script name: CPLANE-ECFM-CCM

188 MN.00320.E - 013

7.6.8 CCM Activation (UNDO)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-CCM-undo

#

# Rev.0001


##############################################################+

#====================================================

no ethernet cfm cc enable domain <DmnName> service <SrvName>

# OR:

no ethernet cfm cc enable domain <DmnName> vlan 1000

# OR:

no ethernet cfm cc enable level <LVL> vlan 1000

exit

• Script name: CPLANE-ECFM-CCM-UNDO

7.6.9 MEP and MIP (UNDO)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-MEP-MIP-undo

#

# Rev.0002


##############################################################+

#====================================================

# UP MEP

interface <INTF-1>

no ethernet cfm mep level <LVL> inward mpid 1101 vlan 1000 active

exit

#====================================================

# DOWN MEP

interface <INTF-2>

no ethernet cfm mep level <LVL> mpid 1201 vlan 1000 active

exit

#====================================================

# MIP

interface <INTF-3>

no ethernet cfm mip level <LVL> vlan 1000 active

exit

exit

• Script name: CPLANE-ECFM-MEP-MIP-UNDO

MN.00320.E - 013 189

7.6.10 Domain, level and service (UNDO)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-DL-MA-undo

#

# Rev.0001


##############################################################+

#====================================================

ethernet cfm domain name <DomainName> level <LVL>


no mep crosscheck mpid 1101 vlan 1000





## mep list of device<n>:

# no mep crosscheck mpid <mpid> vlan 1000

# no mep crosscheck mpid <mpid> vlan 1000

no service name <ServiceName> vlan 1000

#-----------------------------------

exit

no ethernet cfm domain name <DomainName> level <LVL>

exit

• Script name: CPLANE-ECFM-DL-MA-UNDO

7.6.11 MEP lowest priority defect notification

This command configures the MEP lowest priority defect that is allowed to generate a fault alarm.

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-MEP-LOWEST-THRS

#

# Rev.0001


##############################################################+

#====================================================

# up MEP: <DIR> = inward

# down MEP: <DIR> = <blank>

interface <INTF-1>

ethernet cfm mep level <LVL> <DIR> mpid 1101 vlan 1000 active

#-- lowest-priority-defect:

# <lpd-thres> = all-Defects

# <lpd-thres> = mac-Rem-Err-Xcon-Defects

190 MN.00320.E - 013

# <lpd-thres> = rem-Err-Xcon-Defects

# <lpd-thres> = err-Xcon-Defects

# <lpd-thres> = defect xcon-Defects

# <lpd-thres> = noXcon-Defects

set lowest-priority-defect <lpd-thres>

exit

exit

exit

• Script name: CPLANE-ECFM-MEP-LOWEST-THRS

7.6.12 MEP lowest priority defect notification (default)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-MEP-LOWEST-THRS-DEF

#

# Rev.0001


##############################################################+

#====================================================

# up MEP: <DIR> = inward

# down MEP: <DIR> = <blank>

interface <INTF-1>

ethernet cfm mep level <LVL> <DIR> mpid 1101 vlan 1000 active

#-- lowest-priority-defect:

set lowest-priority-defect mac-Rem-Err-Xcon-Defects

exit

exit

exit

• Script name: CPLANE-ECFM-MEP-LOWEST-THRS-DEF

7.6.13 RMEP crosscheck state machine

This command enables/disables the cross-checking functionality between the MEPs configured in the cross-check list at the specified level and Vlan.

#CONTEXT-ENTRY

configure terminal


###############################################################

##############################################################+

exit

ethernet cfm mep crosscheck [enable|disable] level <LVL> vlan <VLANID>

MN.00320.E - 013 191

7.6.14 CFM loopback (based on MAC or MPID)

This command sends unicast or multicast loopback messages.

###############################################################

# Script name: CPLANE-ECFM-PING

#

# Rev.0001


##############################################################+

#

#== ping by mac

ping ethernet mac <aa:bb:cc:dd:ee:ff> level <LVL> vlan 1000 count 5

#

#== ping by mpid

ping ethernet mpid <MPID> level <LVL> vlan 1000 count 5

• Script name: CPLANE-ECFM-PING

Example: ping from a IEEE 802.1ag port

SM-OS# ping ethernet mac 00:00:33:33:83:09 level 1 vlan 2000 count 5

Ping is initiated from first Possible MEP 2401

Please use Interface Index and Direction to initiate from Specific MEP

Sending 5 Ethernet CFM loopback messages, timeout is 5 seconds

Success rate is 100.0 percent 5/5

SM-OS#

Example: ping from a ITU-T Y.1731 port

SM-OS# ping ethernet mac 00:00:33:33:84:09 level 1 vlan 2000 count 5

Ping is initiated from first Possible MEP 2301


PING 00:00:33:33:84:09 from 00:00:33:33:83:09 with 0(27) bytes of data.

64 bytes from 00:00:33:33:84:09: seq_no=0 time=100 ms





--- 00:00:33:33:84:09 ping statistics ---

packets sent = 5, packets received = 5, packets lost = 0 (0.000% loss),

unexpected received = 0, duplicate received = 0, bad received = 0,

checksum errors = 0, responders = 1, average packets per responder = 5,

rtt min/avg/max = 100/100/100 ms

SM-OS#

7.6.15 CFM traceroute caching enable

This command enables caching of Ethernet Connectivity Fault Management (CFM) data learned throughtraceroute (link trace replies) message.#CONTEXT-ENTRY

192 MN.00320.E - 013

configure terminal


###############################################################

# Script name: CPLANE-ECFM-TRACE-EN

#

# Rev.0001


##############################################################+

ethernet cfm traceroute cache

exit

• Script name: CPLANE-ECFM-TRACE-EN

7.6.16 CFM traceroute caching disable

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-TRACE-DIS

#

# Rev.0001


##############################################################+

exit

clear ethernet cfm traceroute-cache

configure terminal

no ethernet cfm traceroute cache

exit

• Script name: CPLANE-ECFM-TRACE-DIS

7.6.17 CFM traceroute clear

This command removes the contents of the traceroute cache.###############################################################

# Script name: CPLANE-ECFM-TRACE-CLR

#

# Rev.0001


##############################################################+

clear ethernet cfm traceroute-cache

• Script name: CPLANE-ECFM-TRACE-CLR

MN.00320.E - 013 193

7.6.18 CFM traceroute (based on MAC or MPID)

This command initiates linktrace message by providing MEP identifier of the destination MEP (MaintenanceEnd Point) or the MAC address of the MEP or MIP.###############################################################

# Script name: CPLANE-ECFM-TRACE

#

# Rev.0001


##############################################################+

#

#== traceroute by mac

traceroute ethernet mac <aa:bb:cc:dd:ee:ff> level <LVL> vlan 1000 time-to-live 5

#

#== traceroute by mpid

traceroute ethernet mpid <MPID> level <LVL> vlan 1000 time-to-live 5

• Script name: CPLANE-ECFM-TRACE

Example: traceroute from a 802.1ag port through Y.1731 and 802.1ag devices

SM-OS# traceroute ethernet mac 00:00:33:33:85:08 level 2 vlan 2000 time-to-live 5

Trace is initiated from first Possible MEP 2304


Traceroute to Macaddress 00:00:33:33:85:08 in domain provDomain at level 2

with vlanId 2000

--------------------------------------------------------------------------------

Hops Host Ingress MAC Ingress Action Relay Action

Next Host Egress MAC Egress Action Fwd Status

--------------------------------------------------------------------------------

1 00:b0:ac:06:37:7f:00:08 NONE IngNoTlv RlyFDB

00:b0:ac:06:37:7f:00:08 00:00:33:33:83:09 EgrOK Forwarded

2 00:00:00:00:00:00:00:00 00:00:33:33:84:09 IngOK RlyFDB

00:00:00:00:00:00:00:00 00:00:33:33:84:10 EgrOK Not Forwarded

3 00:b0:ac:06:37:cf:00:0a 00:00:33:33:85:10 IngOK RlyHit

00:b0:ac:06:37:a7:00:08 00:00:33:33:85:08 EgrOK Terminal MEP

HOPS - 1 :

------------

LTR Management Address: No management address was present in the LTR

Ingress PortId Subtype: NONE

Ingress PortId : NONE

Egress PortId Subtype : 1

Egress PortId : Slot0/9

HOPS - 2 :

------------

194 MN.00320.E - 013

Ingress PortId Subtype: 0

Ingress PortId :


Egress PortId :

HOPS - 3 :

------------



Ingress PortId : Slot0/10



Note: NONE - contents of this object are meaningless

SM-OS#

Example: traceroute from a Y.1731 port through 802.1ag and Y.1731 devices

SM-OS# traceroute ethernet mac 00:00:33:33:85:08 level 2 vlan 2000 time-to-live 5

Trace is initiated from first Possible MEP 2304


Traceroute to Macaddress 00:00:33:33:85:08 in domain provDomain at level 2

with vlanId 2000

--------------------------------------------------------------------------------

Hops Host Ingress MAC Ingress Action Relay Action

Next Host Egress MAC Egress Action Fwd Status

--------------------------------------------------------------------------------

1 00:b0:ac:06:37:7f:00:08 NONE IngNoTlv RlyFDB

00:b0:ac:06:37:7f:00:08 00:00:33:33:83:09 EgrOK Forwarded

2 00:00:00:00:00:00:00:00 00:00:33:33:84:09 IngOK RlyFDB

00:00:00:00:00:00:00:00 00:00:33:33:84:10 EgrOK Not Forwarded

3 00:b0:ac:06:37:cf:00:0a 00:00:33:33:85:10 IngOK RlyHit

00:b0:ac:06:37:a7:00:08 00:00:33:33:85:08 EgrOK Terminal MEP

HOPS - 1 :

------------


Ingress PortId Subtype: NONE

Ingress PortId : NONE



HOPS - 2 :

------------



Ingress PortId :

MN.00320.E - 013 195


Egress PortId :

HOPS - 3 :

------------



Ingress PortId : Slot0/10



Note: NONE - contents of this object are meaningless

SM-OS#

7.6.19 OAM Link Monitor - Start single ended

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-ETH-LM-SingleEnded-ST

#

# ETH-CC must be already configured.

#

# BUFSIZE Size of Buffer (def. 1024)

# LVL Level of LM is applied.

# VLAN Vlan of LM is applied.

# RMEP RMEP of LM is applied.

# CNT No. of transaction.

#

# Rev.0001


##############################################################+

ethernet cfm frame loss buffer size <BUFSIZE>

exit

ethernet cfm frame loss start level <LVL> vlan <VLAN> mpid <RMEP> count <CNT>

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-ECFM-ETH-LM-SINGLE ENDED-ST

196 MN.00320.E - 013

7.6.20 OAM Link Monitor - Stop single ended

#CONTEXT-ENTRY

###############################################################

# Script name: CPLANE-ECFM-ETH-LM-SingleEnded-SP

#

# Rev.0001


##############################################################+

ethernet cfm frame loss stop level <LVL> vlan <VLAN> mpid <RMEP> count <CNT>

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-ECFM-ETH-LM-SINGLE ENDED-SP

7.6.21 OAM Link Monitor - Show single ended

#CONTEXT-ENTRY

###############################################################

#

# Rev.0001


##############################################################+

show ethernet cfm frame loss buffer detail single-ended#==============================================================

#CONTEXT-EXIT

Example

SM-OS# sho eth cfm frame loss buffer detail single-ended

FL Buffer maximum size configured : 10

Interface : Gi0/8

MEP-ID : 14

Level : 0

VLAN-ID : 1001

ISID : -

peer mac-address near-end loss far-end loss measurement time taken

----------------- ------------- ------------ ----------------------

00:b0:ac:06:e1:a7 0 0 50ms

00:b0:ac:06:e1:a7 0 0 50ms

00:b0:ac:06:e1:a7 0 0 50ms

00:b0:ac:06:e1:a7 0 0 50ms

00:b0:ac:06:e1:a7 0 0 50ms

00:b0:ac:06:e1:a7 0 0 50ms

00:b0:ac:06:e1:a7 0 0 50ms

00:b0:ac:06:e1:a7 0 0 50ms

00:b0:ac:06:e1:a7 0 0 50ms

MN.00320.E - 013 197

00:b0:ac:06:e1:a7 0 0 50ms

--- 00:b0:ac:06:37:d7 single-ended frame loss statistics ---

timestamp = 24 Jul 2016 05:16:5, packets sent = 100, packets received = 100,

near-end loss max/avg/min = 0/0/0,

far-end loss max/avg/min = 0/0/0

SM-OS#

7.6.22 OAM Link Monitor - Start dual ended

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-ETH-LM-DualEnded-ST

#


#


# LVL Level of LM is applied.

# VLAN Vlan of LM is applied.

#

# INTRVL must be compliant with ccm interval:

#----------------------------------( sec. )

# ... interval three-hundred-hertz ( 0,003)

# ten-ms ( 0,010)

# hundred-ms ( 0,100) def. when PM.

# one-sec ( 1,000) def. when FM.

# ten-sec ( 10,000)

# one-min ( 60,000)

# ten-min (600,000)

#

# Rev.0001


##############################################################+

ethernet cfm frame loss buffer size <BUFSIZE>

clear ethernet cfm frame loss buffer

ethernet cfm cc level <LVL> vlan <VLAN> interval <INTRVL> role performance-monitoring

#==============================================================

exit

• Script name: CPLANE-ECFM-ETH-LM-DUAL ENDED-ST

198 MN.00320.E - 013

7.6.23 OAM Link Monitor - Stop dual ended

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-ETH-LM-DualEnded-SP

#

# LVL, VLAN, INTRVL See Start script.

#

# Rev.0001


##############################################################+

ethernet cfm cc level <LVL> vlan <VLAN> interval <INTRVL> role fault-management

#==============================================================

exit

• Script name: CPLANE-ECFM-ETH-LM-DUAL ENDED-SP

7.6.24 OAM Link Monitor - Show dual ended

#CONTEXT-ENTRY

###############################################################

# Rev.0001


##############################################################+

show ethernet cfm frame loss buffer detail dual-ended

#==============================================================

#CONTEXT-EXIT

Example

SM-OS#

SM-OS# show ethernet cfm frame loss buffer detail dual-ended

FL Buffer maximum size configured : 10

Interface : Gi0/8

MEP-ID : 14

Level : 1

VLAN-ID : 1002

ISID : -

peer mac-address near-end loss far-end loss measurement time taken

----------------- ------------- ------------ ----------------------

00:b0:ac:06:e1:a7 0 0 200ms

00:b0:ac:06:e1:a7 0 0 200ms

00:b0:ac:06:e1:a7 0 0 200ms

00:b0:ac:06:e1:a7 0 0 200ms

00:b0:ac:06:e1:a7 0 0 200ms

MN.00320.E - 013 199

00:b0:ac:06:e1:a7 0 0 200ms

00:b0:ac:06:e1:a7 0 0 300ms

00:b0:ac:06:e1:a7 0 0 500ms

00:b0:ac:06:e1:a7 0 0 200ms

00:b0:ac:06:e1:a7 0 0 200ms

--- 00:b0:ac:06:37:d7 dual-ended frame loss statistics ---

timestamp = 24 Jul 2016 02:49:0, packets received = 1076,

near-end loss max/avg/min = 0/0/0,

far-end loss max/avg/min = 0/0/0

SM-OS#

7.6.25 OAM Link Monitor - Clear

#CONTEXT-ENTRY

###############################################################

# Rev.0001


##############################################################+

clear ethernet cfm frame loss buffer

#==============================================================

#CONTEXT-EXIT

7.6.26 OAM Frame Delay Measurement - Start one way

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-ETH-DM-OneWay-ST

#


#


# LVL Level of DM is applied.

# VLAN Vlan of DM is applied.

# RMEP RMEP of DM is applied.


#

# Rev.0001


##############################################################+

ethernet cfm frame delay buffer size <BUFSIZE>

exit

clear ethernet cfm frame delay buffer

ethernet cfm frame delay start type one-way level <LVL> vlan <VLAN> mpid <RMEP> count <CNT>

#==============================================================

200 MN.00320.E - 013

exit

• Script name: CPLANE-ECFM-ETH-DM-ONEWAY-ST

7.6.27 OAM Frame Delay Measurement - Stop one way

#CONTEXT-ENTRY

###############################################################

# Script name: CPLANE-ECFM-ETH-DM-OneWay-SP

#

# Rev.0001


##############################################################+

ethernet cfm frame delay stop type one-way level <LVL> vlan <VLAN> mpid <RMEP> count <CNT>

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-ECFM-ETH-DM-ONEWAY-SP

7.6.28 OAM Frame Delay Measurement - Show one way

#CONTEXT-ENTRY

###############################################################

#

# Rev.0001


##############################################################+

show ethernet cfm frame delay buffer detail one-way#==============================================================

#CONTEXT-EXIT

Example on peer

SM-OS#

SM-OS# sho eth cfm frame delay buffer detail one-way

DM Buffer maximum size configured : 1024

Interface : Gi0/8

MEP-ID : 11

Level : 0

VLAN-ID : 1001

ISID : -

peer mac-address frame-delay IFDV FDV

----------------- ----------- ---- ---

00:b0:ac:06:37:d7 340.0ms 0.000ms 0.000ms

MN.00320.E - 013 201

00:b0:ac:06:37:d7 330.0ms 0.000ms 10.00ms

00:b0:ac:06:37:d7 330.0ms 0.000ms 0.000ms

00:b0:ac:06:37:d7 330.0ms 0.000ms 0.000ms

00:b0:ac:06:37:d7 330.0ms 0.000ms 0.000ms

00:b0:ac:06:37:d7 330.0ms 0.000ms 0.000ms

00:b0:ac:06:37:d7 330.0ms 0.000ms 0.000ms

00:b0:ac:06:37:d7 330.0ms 0.000ms 0.000ms

00:b0:ac:06:37:d7 350.0ms 20.00ms 20.00ms

00:b0:ac:06:37:d7 340.0ms 10.00ms 10.00ms

00:b0:ac:06:37:d7 330.0ms 0.000ms 10.00ms

--- 00:b0:ac:06:e1:a7 one-way frame delay statistics ---

timestamp = 23 Jun 2016 11:35:2, packets received = 50,

delay min/avg/max = 330.0ms/334.2ms/390.0ms,

variation avg IFDV/FDV = 4.081ms/6.326ms

SM-OS#

7.6.29 OAM Frame Delay Measurement - Start two way

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-ETH-DM-TwoWay-ST

#


#


# LVL Level of DM is applied.

# VLAN Vlan of DM is applied.

# RMEP RMEP of DM is applied.


#

# Rev.0001


##############################################################+

ethernet cfm frame delay buffer size <BUFSIZE>

exit


ethernet cfm frame delay start type two-way level <LVL> vlan <VLAN> mpid <RMEP> count <CNT>

#==============================================================

exit

• Script name: CPLANE-ECFM-ETH-DM-TWOWAY-ST

202 MN.00320.E - 013

7.6.30 OAM Frame Delay Measurement - Stop two way

#CONTEXT-ENTRY

###############################################################

# Script name: CPLANE-ECFM-ETH-DM-TwoWay-SP

#

# Rev.0001


##############################################################+

ethernet cfm frame delay stop type two-way level <LVL> vlan <VLAN> mpid <RMEP> count <CNT>

#==============================================================

#CONTEXT-EXIT

• Script name: CPLANE-ECFM-ETH-DM-TWOWAY-SP

7.6.31 OAM Frame Delay Measurement - Show two way

#CONTEXT-ENTRY

###############################################################

#

# Rev.0001


##############################################################+

show ethernet cfm frame delay buffer detail two-way

#==============================================#CONTEXT-EXIT

Example

SM-OS#

SM-OS# sho eth cfm frame delay buffer detail two-way

DM Buffer maximum size configured : 10

Interface : Gi0/8

MEP-ID : 14

Level : 0

VLAN-ID : 1001

ISID : -

peer mac-address frame-delay IFDV FDV

----------------- ----------- ---- ---

00:b0:ac:06:e1:a7 0.000ms 0.000ms 0.000ms

00:b0:ac:06:e1:a7 0.000ms 0.000ms 0.000ms

00:b0:ac:06:e1:a7 0.000ms 0.000ms 0.000ms

00:b0:ac:06:e1:a7 0.000ms 0.000ms 0.000ms

00:b0:ac:06:e1:a7 0.000ms 0.000ms 0.000ms

00:b0:ac:06:e1:a7 0.000ms 0.000ms 0.000ms

00:b0:ac:06:e1:a7 0.000ms 0.000ms 0.000ms

00:b0:ac:06:e1:a7 10.00ms 10.00ms 10.00ms

00:b0:ac:06:e1:a7 0.000ms 0.000ms 10.00ms

MN.00320.E - 013 203

00:b0:ac:06:e1:a7 0.000ms 0.000ms 0.000ms

--- 00:b0:ac:06:37:d7 two-way frame delay statistics ---

timestamp = 30 Aug 2016 09:25:5, packets sent = 100, packets received = 100,

delay min/avg/max = 0.000ms/1.000ms/10.00ms,

variation avg IFDV/FDV = 1.111ms/2.222ms

SM-OS#

7.6.32 OAM Frame Delay Measurement - Clear

#CONTEXT-ENTRY

###############################################################

# Rev.0001


##############################################################+


#==============================================================

#CONTEXT-EXIT

7.6.33 Ethernet Alarm Indication Signal - Enable

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-ETH-AIS-EN

#

# Rev.0001


##############################################################+

#===========================================================

# ADAPTATION FUNC.

ethernet cfm domain name <DOMAIN> level <LVL>

service name <SERVICE> vlan <VLAN>

mep crosscheck mpid <LMEP> vlan <VLAN>

# AIS or LCK ---------------------------------------------

client-layer-level <LVL+n>

exit

#===========================================================

# TERMINATION FUNC.

interface <INTF>

ethernet cfm mep level <LVL> mpid <LMEP> vlan <VLAN> active

set ais enable interval one-sec

exit

exit

#=============================================================

#=============================================================

exit

204 MN.00320.E - 013

• Script name: CPLANE-ECFM-ETH-AIS-EN

7.6.34 Ethernet Alarm Indication Signal - Disable

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-ETH-AIS-DIS

#

# Rev.0001


##############################################################+

#===========================================================


# AIS or LCK ---------------------------------------------

no client-layer-level

exit

interface <INTF>


set ais disable

exit

exit

#=============================================================

#=============================================================

exit

• Script name: CPLANE-ECFM-ETH-AIS-DIS

7.6.35 Show Ethernet CFM Service

#CONTEXT-ENTRY

###############################################################

#

# Rev.0001


##############################################################+

show ethernet cfm maintenance-points local detail mpid <LMEP>

#==============================================================

#CONTEXT-EXIT

MN.00320.E - 013 205

7.6.36 Show Ethernet CFM Error

#CONTEXT-ENTRY

###############################################################

#

# Rev.0001


##############################################################+

show ethernet cfm errors

#==============================================================

#CONTEXT-EXIT

7.6.37 Ethernet CFM Service - Lock

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: CPLANE-ECFM-ETH-LCK-EN

#

# Rev.0001


##############################################################+

#===========================================================

# ADAPTATION FUNC.


service name <SERVICE> vlan <VLAN>

mep crosscheck mpid <LMEP> vlan <VLAN>

# AIS or LCK ---------------------------------------------

client-layer-level <LVL+n>

exit

#===========================================================

# TERMINATION FUNC.

interface <INTF>


set out-of-service enable interval one-sec

exit

exit

#=============================================================

#=============================================================

exit

• Script name: CPLANE-ECFM-ETH-LCK-EN

7.6.38 Ethernet CFM Service - Unlock

#CONTEXT-ENTRY

configure terminal

206 MN.00320.E - 013


###############################################################

# Script name: CPLANE-ECFM-ETH-LCK-DIS

#

# Rev.0001


##############################################################+

#===========================================================


# AIS or LCK ---------------------------------------------

no client-layer-level

exit

interface <INTF>


set out-of-service disable

exit

exit

#=============================================================

#=============================================================

exit

• Script name: CPLANE-ECFM-ETH-LCK-DIS

7.7 DYNAMIC PROTOCOL

7.7.1 DHCP-LAO

The feature DHCP is available only on LCT port from:

• AGS-20 N31030 01.06.00.

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: MNGT-LAO

#

# - Availability: AGS-20.

#

# Rev.0001


##############################################################+

#CONTEXT::SM-OS(config)

interface cpu0

ip address <DOT_IP_ADRS> <DOT_IP_MASK>

# above network parameters must be compliant to the DHCP

# config parameters.

MN.00320.E - 013 207

exit

exit

#==============================================================

#CONTEXT-EXIT

• Script name: MNGT-LAO

The script configures the static IP address on CPU interface.

7.7.2 DHCP-Enable

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: MNGT-DHCP

#

# Rev.0001


##############################################################+

# the DHCP service enabling:

service dhcp-server

ip dhcp ping packets

# the DHCP service configuration ( below network parameters

# must be compliant to the ‘interface cpu0’ configuration):

ip dhcp pool 1

# addresses pool range:

network <DOT_IP_NET> <DOT_IP_MASK> <LAST_DOT_IP_ADRS>

# excluded addresses (in pool) range:

excluded-address <INITIAL_IP_ADRS> <LAST_DOT_IP_ADRS>

# validity period:

lease infinite | <days (0-365)> [<hours (0-23)> [<minutes (1-59)>]]

# additional network parameters:

dns-server <DOT_IP_ADRS>

default-router <DOT_IP_ADRS>

option 1 ip <DOT_IP_MASK>

exit


exit

#==============================================================

# show ip dhcp server information

# show ip dhcp server pools

# show ip dhcp server binding

# show ip dhcp server statistics

#==============================================================

#CONTEXT-EXIT

• Script name: MNGT-DHCP

The script configures the parameters of DHCP server.

208 MN.00320.E - 013

7.7.3 DHCP-Disable

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: MNGT-DHCP-UNDO

#

# Rev.0001


##############################################################+

# the DHCP service disabling:

no service dhcp-server


exit

#==============================================================

#CONTEXT-EXIT

• Script name: MNGT-DHCP-UNDO

The script disables the parameters of DHCP server.

7.8 NETWORK FUNCTIONS

7.8.1 Management C-Tag on port CNP/CEP

The feature management C-Tag on port CNP/CEP is available from:

• ALFOplus80HD N40052 01.05.00

• AGS-20 N31030 01.04.00

• ALFOplus2 N50052 01.01.00.

#CONTEXT-ENTRY

configure terminal


#########################################################################

# Script name: SYS-PEB-C_CxP


#

# INB-LAN1: CEP.

# INB-LAN2: CNP port-based.

#

# CPU

# +----o----+

# | | |

MN.00320.E - 013 209

# Lan1(gi-0/9) –o----, |

# Lan2(gi-0/10)-o----,----o-(gi-0/6)ODU/Lan-A.

# MNGT-Lan3(gi-0/3) –o---- o-(gi-0/7)ODU/Lan-B.

# Lan4(gi-0/8) –o o-(gi-0/1)ODU/Lan-C.

# Lan5(gi-0/4) -o o-(gi-0/2)ODU/Lan-D.

# Lan6(gi-0/5) -o |

# | |

# +---------+

#

# - Availability: AGS-20 1.3.0 and next.

# --------------------------------------

#

# Rev.0001


##########################################################+##############

#========================================================================

interface gigabitethernet 0/3


no shutdown

exit



no shutdown

exit



no shutdown

exit



no shutdown

exit

vlan <MNGT_VLAN>

# CQCQ:

# 1. Lan1(gi0/9) is a CEP attached to a vlan as tagged port.

# 2. Lan2(gi0/10) is a CNP attached to a vlan as tagged port.

#

# Both conditions 1 and 2 are accepted and activate the following

# feature. At customer ports:

# - C-VLAN(<MNGT_VLAN>) frames are switched and

# C->S tags are remapped.

# - Other frames are handled according to customer port rules.

#

ports gigabitethernet 0/9 gigabitethernet 0/10 name mngt1

ports add gigabitethernet 0/6

ports add gigabitethernet 0/3 untagged gigabitethernet 0/3

exit

210 MN.00320.E - 013



exit



exit



exit



exit





exit





exit





exit





exit

class-map 10



exit

class-map 20



exit

class-map 30



exit

class-map 40



exit

#----------------------------------------------------------------------

# MNGT-LAN3,2,1,A already handled above.

MN.00320.E - 013 211

#---------------------------------

# LINE INTERFACES


# This is the LAN4.


exit


# This is the LAN5.


exit


# This is the LAN6.


exit

#----------------------------------------------------------------------

# LAN / RADIO INTERFACES


# This is the LAN-ODU-B.


exit


# This is the LAN-ODU-C.


exit


# This is the LAN-ODU-D.


exit

exit

#========================================================================

#CONTEXT-EXIT

• Script name: SYS-PEB-C_CXP.

With this script, SM-OS switch accepts the management C-Tagged on port CNP/CEP in case of ProviderEdge Bridge mode and classifies <MNGT-VLAN> at priority 7.

7.8.2 Static IP routing

The feature Static IP routing is available only on LCT port from:

• AGS-20 N31030 01.03.00.

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: MNGT-IP-ROUT

#


# --------------------------------------

212 MN.00320.E - 013

#

# Rev.0001


##############################################################+

set mgmt-port routing enable

exit

#==============================================================

#CONTEXT-EXIT

• Script name: MNGT-IP-ROUT

The script enables the routing of LCT port.

7.8.3 Static IP routing (UNDO)

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: MNGT-IP-ROUT-UNDO

#


# --------------------------------------

#

# Rev.0001


##############################################################+

set mgmt-port routing disable

exit

#==============================================================

#CONTEXT-EXIT

• Script name: MNGT-IP-ROUT-UNDO

The script disables the routing of LCT port.

7.8.4 MNG access control list

The feature ACL L3 is available from:

• ALFOplus80HD N40052 01.05.00

• AGS-20 N31030 01.03.00

• ALFOplus2 N50052 01.01.00.

#CONTEXT-ENTRY

configure terminal

#CONTEXT: :SM-OS (config) #

#################################################################

# Script name: MNGT-ACL-LIST

#

#

MN.00320.E - 013 213

# Rev.0001


#################################################################

#Create and configure the rule

SM-OS(config)# mgmt access-list <ID_ACL>

SM-OS(config-mng-acl)# [permit/deny] {host <src-ip-address> | <src-ip-address> <mask>} [1-255]

SM-OS(config-mng-acl)# exit

#Make the rule effective

SM-OS(config)# int vlan <ID_IF>

SM-OS(config-if)# mgmt access-group <ID_ACL> in

SM-OS(config-if)# exit

#Show current configuration

#SM-OS# show mng access-list [(id <ID>) (order-by [id/priority])]

#===============================================================

#CONTEXT-EXIT

• Script name: MNGT-ACL-LIST

Fields in [] brackets are mandatory while () brackets contain optional fields.

The following list summarizes the requirements of the ACL L3 feature:

• up to 20 rules can be created

• for each rule the user shall be able to configure the SRC IP address to be BLOCKED/FORWARDEDand relevant IP MASK (if not configured the default MASK is 255.255.255.255) and assign a certainpriority to the rule. IP and priority are mandatory fields

• priority goes from 1 to 255 where 255 is the higher one

• rules need to be associated to a specific MNG interface before becoming active

• one rule can be associated to more than one MNG interface

• rules shall be applied only to incoming packets, no check on outgoing packets

• the first rule matching starting from higher priority shall be executed and then no other rule shallbe checked/executed. Inside the same group rules are ordered by ID (higher wins)

• if no rule matches packet goes ahead to upper layers

• once the rule has been made active it will be immediately added to the list of active rules and willbegin to be effective for each new TCP connection/UDP stream, i.e. a filter is required to be addedto the IP stack checking for the type of the packet: a TCP packet shall be dropped only if the SYNbit (and only this one) is set to 1 while UDP and all the other IP packets matching the criteria shallbe always dropped. Please notice that to avoid dropping packets directed to other peers the checkmust be obviously done on the (SRC IP, DST IP) couple.

7.9 SNTP

The feature SNTP is available from:

• AGS-20 N31030 01.06.00

214 MN.00320.E - 013

• ALFOplus2 N50052 01.02.00

7.9.1 Enable SNTP

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: SNTP-ENABLE#

# Rev.0001


##############################################################+

# the SNTP service enabling:sntp

set sntp client version v4

set sntp client addressing-mode unicast

set sntp unicast-server ipv4 <1°_server_IP_Address> primary version 3

set sntp unicast-server ipv4 <2°_server_IP_Address> secondary version 3

set sntp client enabled

exit

#==============================================================

• Script name: SNTP-ENABLE

7.9.2 Disable SNTP

#CONTEXT-ENTRY

configure terminal


###############################################################

# Script name: SNTP-DISABLE#

# Rev.0001

# (siae microelettronica)##############################################################+

# the SNTP service disabling:

sntp

no sntp unicast-server ipv4 <2°_server_IP_Address>

no sntp unicast-server ipv4 <1°_server_IP_Address>

set sntp client disabled

exit#==============================================================

• Script name: SNTP-DISABLE

MN.00320.E - 013 215

8 FREQUENTLY USED COMMANDS

8.1 SHOW COMMANDS

Warning: never use show command in (config) mode.

8.1.1 Interfaces & VLAN configuration

show interfaces status

The command displays interfaces summary status.

Example: SM-OS# show interfaces status

Port Status Duplex Speed Negotiation Capability

---- ------ ------ ----- ----------- ----------

Gi0/1 connected Full 2.5 Gbps No-Negotiation Auto-MDIX on

Gi0/2 not connected Full 1 Gbps Auto Auto-MDIX on


Gi0/4 not connected Half - Auto Auto-MDIX on





Gi0/9 connected Full 100 Mbps Auto Auto-MDIX on

Gi0/10 connected Full 1 Gbps No-Negotiation Auto-MDIX on

SM-OS#

show interfaces description

The command displays interfaces description for ALFOplus80HD.

Example: SM-OS# show interfaces description

Interface Status Protocol Description

--------- ------ -------- -----------

Gi0/9 up down MGMT

Gi0/2 up down AUX

Gi0/3 up down

Gi0/4 up down

Gi0/5 up down

Gi0/6 up up LAN-2

Gi0/7 up down

Gi0/8 up down

Gi0/1 up up RADIO

Gi0/10 up up LAN-1

vlan1 up up

SM-OS#

216 MN.00320.E - 013

The command displays interfaces description for AGS-20.

Example: SM-OS# show interfaces description

Interface Status Protocol Description

--------- ------ -------- -----------

Gi0/3 up up LAN 3

Gi0/2 down down ODU/LAN D

Gi0/1 down down ODU/LAN C

Gi0/4 down down LAN 5


Gi0/6 up up ODU/LAN A

Gi0/7 down down ODU/LAN B


Gi0/9 up up LAN 1


vlan1 up up

SM-OS#

show vlan

It displays VLAN entry related information of all active VLANs and VLANs (that are not active) for which theport details are configured.

Example: SM-OS# show vlan

Vlan database

-------------

Vlan ID : 1

Member Ports : Gi0/9

Untagged Ports : Gi0/9

Forbidden Ports : None

Name : MNG

Status : Permanent

----------------------------------------------------

Vlan ID : 200

Member Ports : Gi0/1, Gi0/10

Untagged Ports : Gi0/10

Forbidden Ports : None

Name :

Status : Permanent

----------------------------------------------------

SM-OS#

MN.00320.E - 013 217

show vlan port config port gigabitethernet 0/1

It displays the VLAN related port specific info for all interfaces available in the switch / all contexts.

Example: SM-OS# show vlan port config port gigabitethernet 0/10

Vlan Port configuration table

-------------------------------

Port Gi0/10

Bridge Port Type : Customer Bridge Port

Port Vlan ID : 200

Port Acceptable Frame Type : Admit All

Port Mac Learning Status : Enabled

Port Ingress Filtering : Enabled

Port Mode : Hybrid

Port Gvrp Status : Disabled

Port Gmrp Status : Disabled

Port Gvrp Failed Registrations : 2

Gvrp last pdu origin : 00:00:00:00:00:00

Port Restricted Vlan Registration : Disabled

Port Restricted Group Registration : Unknown

Mac Based Support : Disabled

Subnet Based Support : Disabled

Port-and-Protocol Based Support : Enabled

Default Priority : 0

Dot1x Protocol Tunnel Status : Peer

LACP Protocol Tunnel Status : Peer

Spanning Tree Tunnel Status : Peer

MVRP Protocol Tunnel Status : Peer

MMRP Protocol Tunnel Status : Peer

GVRP Protocol Tunnel Status : Peer

GMRP Protocol Tunnel Status : Peer

IGMP Protocol Tunnel Status : Peer

Filtering Utility Criteria : Default

Port Protected Status : Disabled

-------------------------------------------------------

SM-OS#


It displays the VLAN global information that is applicable to all VLANs created in the switch/all contexts.

Example: SM-OS# show vlan device info

Vlan device configurations

--------------------------

Vlan Status : Enabled

Vlan Oper status : Enabled

Gvrp status : Disabled

Gmrp status : Disabled

Gvrp Oper status : Disabled

Gmrp Oper status : Disabled

Mac-Vlan Status : Disabled

Subnet-Vlan Status : Disabled

Protocol-Vlan Status : Enabled

Bridge Mode : Customer Bridge

Base-Bridge Mode : Vlan Aware Bridge

218 MN.00320.E - 013

Traffic Classes : Enabled

Vlan Operational Learning Mode : IVL

Hybrid Default Learning Mode : IVL

Version number : 1

Max Vlan id : 4066

Max supported vlans : 256

Global mac learning status : Enabled

Filtering Utility Criteria : Enabled

Unicast mac learning limit : 950

SM-OS#

show provider-bridge port config port gigabitethernet 0/6

The command displays Service VLAN port information (only in provider-bridge mode)

Example: SM-OS# show provider-bridge port config port g 0/6

Provider Bridge Port configuration table

-----------------------------------------

Port Gi0/6

Port Type : Customer Network Port(Port-Based)

Dot1x Protocol Tunnel Status : Peer

LACP Protocol Tunnel Status : Peer

Spanning Tree Tunnel Status : Tunnel

MVRP Protocol Tunnel Status : Tunnel

MMRP Protocol Tunnel Status : Tunnel

GVRP Protocol Tunnel Status : Tunnel

GMRP Protocol Tunnel Status : Tunnel

IGMP Protocol Tunnel Status : Tunnel

Service Vlan Classification : PVID

Ingress EtherType : 0x88a8

Egress EtherType : 0x88a8

EtherType Swap Status : Disable

Service Vlan Translation Status : Disable

Require Drop Encoding : False

Use_Dei : False

PCP Selection Row : 8P0D

Unicast Mac Learning Status : Enable

Unicast Mac Learning Limit : 950

Allowable TPID 1 : 0x0



SVLAN Priority Type : NONE

SM-OS#

MN.00320.E - 013 219

show interface bridge port-type

This command displays all type of bridge port configured

Example: SM-OS# show interface bridge port-type

Gi0/1 Bridge port type is Customer Bridge Port








SM-OS#

show service vlan

This command displays C-VLAN to S-VLAN mapping and related informations on CEP port.

Example: SM-OS# show service vlan

Service Vlan Classification

-------------------------------

Service Vlan Port Customer Vlan Untag-pep Untag-cep Relay CVlan IdSVLAN Pri Type SVLANPrio

--------------------------------------------------------------------------------------------------------

100 Gi0/6 10 False False 10NONE NA





100 Gi0/6 55 False True 55NONE NA

Service Vlan Port pvid

-----------------------------------------------------------

1 Gi0/9 1

1 Gi0/2 1

1 Gi0/3 1

1 Gi0/4 1

1 Gi0/5 1

100 Gi0/6 100

1 Gi0/7 1

1 Gi0/8 1

1 Gi0/1 1

1 Gi0/10 1

SM-OS#

220 MN.00320.E - 013

show interface mtu

This command displays MTU of all the interfaces

Example: SM-OS# show interface mtu

Gi0/9 MTU size is 9216

Gi0/10 MTU size is 9216

SM-OS#

show port-isolation

This command displays isolation between switch ports

Example: M-OS# show port-isolation

Ingress Port VlanId StorageType Egress List

============ ====== =========== ===========

Gi0/1 - Non-Volatile Gi0/6,Gi0/9

Gi0/10 - Non-Volatile Gi0/6

show monitor session 1

This command displays all mirroring session enabled

Example: SM-OS# show monitor session 1

Mirroring is globally Enabled.

Session : 1

-------

Source Ports

Rx: Gi0/9

Tx: None

Both: None

Destination Ports: Gi0/6

SM-OS#

8.1.1.1 EVC mapping and services

show ethernet uni

This command displays attributes for all configured UNI for CEP Ports

Example: SM-OS# show ethernet uni

Switch default

Gi0/10, Status : Active

UNI Identifier : UNI02

Speed Auto-speed, MTU 1500 bytes

Multplexing : Enabled

Bundling : Enabled

All-to-One Bundling : Disabled

MN.00320.E - 013 221

Default CE-VLAN 1, Max number of EVCs 256

UNI L2CP Processing

Dot1x : Peer

LA : Peer

STP : Peer

GVRP : Tunnel

GMRP : Tunnel

MVRP : Tunnel

MMRP : Tunnel

LLDP : Discard

ELMI : Peer

SM-OS#

show ethernet evc

It displays attributes for all configured EVC for CEP Ports

Example: SM-OS# show ethernet evc

Switch default

EVC : 100

EVC Identifier : evc100

EVC Type : Point-to-Point (E-Line)

Max UNIs : 2

VLAN ID preservation : Disabled

CoS preservation : Disabled

Status : Active

SM-OS#

show ethernet ce-vlan evc map

This command displays CE-VLAN <-> EVC mapping for CEP portsExample: SM-OS# show ethernet ce-vlan evc map

Switch default

---------------------

CE-VLAN and EVC Mapping Information

CE-VLAN UNI EVC Status

10 Gi0/10 100 Active

SM-OS#

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8.1.2 Counters

show interfaces counters

It displays counters for all interfaces. [clear counters]

Example: SM-OS# show interfaces counters

Port InOctet InUcast InMcast InBcast InDiscard InErrs InHCOc

---- ------- ------- ------- ------- --------- ------ --

Gi0/1 968670208 20561084 0 0 884622 0 5263637504

Gi0/2 0 0 0 0 0 0 0

Gi0/3 0 0 0 0 0 0 0

Gi0/4 0 0 0 0 0 0 0

Gi0/6 9649131 28440 9120 40927 10760 0 964

Gi0/8 0 0 0 0 0 0 0

8.1.3 RMON

show rmon statistics

It displays the currently RMON statistics

Example: SM-OS# show rmon statistics

RMON is enabled

Collection 1 on ge/1 is active, and owned by monitor,

Monitors ifEntry.1.1 which has

Received 2474088679 octets, 2872459476 packets,

0 broadcast and 0 multicast packets,

0 undersized and 0 oversized packets,

0 fragments and 0 jabbers,

0 CRC alignment errors and 0 collisions.

0 out FCS errors,

# of packets received of length (in octets):

64: 5743372, 65-127: 910560499, 128-255: 1938741604,

256-511: 4190228122, 512-1023: 2922720215, 1024-1518: 56037922,

1519-1522: 32002534

Collection 10 on Gi0/10 is active, and owned by monitor,

Monitors ifEntry.1.10 which has





11 CRC alignment errors and 0 collisions.

0 out FCS errors,

# of packets received of length (in octets):

64: 6307357, 65-127: 465449862, 128-255: 973209432,

256-511: 2101347636, 512-1023: 3605037102, 1024-1518: 15184687,

1519-1522: 0

Number of statistics collection on interface: 2

MN.00320.E - 013 223

show running-config rmon

The command displays the currently RMON operating configuration in the system

Example: SM-OS# sh running-config rmon


rmon collection stats 1 owner monitor

!

set rmon enable

!

end

show rmon history

The command displays the stored bucket RMON statistics historyExample SM-OS# show rmon history

RMON is enabled

Entry 1 is active, and owned by monitor

Monitors ifEntry.1.1 every 60 second(s)

Requested # of time intervals, ie buckets, is 240,

Granted # of time intervals, ie buckets, is 50,

Sample 1 began measuring at Apr 11 11:53:07 2014





0 CRC alignment errors and 0 collisions,

# of dropped packet events is 0

Network utilization is estimated at 0

224 MN.00320.E - 013

show service statistics

It displays the current RMON service statistics for C-VLAN, S-VLAN, outer PCP

Example: SM-OS# show service statistics

RMON is enabled

Collection 1 on Interface Gi0/1, service type port+outerPriority,

Outer Vid 0, Inner Vid 0, Priority 7,

active, owned by monitor,

Packets Rx msn 0 | lsn 0,

Packets Tx msn 0 | lsn 0,

Bytes Rx msn 0 | lsn 0,

Bytes Tx msn 0 | lsn 0,

Discard Packets Rx msn 0 | lsn 0,

Discard Packets Tx msn 0 | lsn 0,

Unicast Packets Rx msn 0 | lsn 0,

Unicast Packets Tx msn 0 | lsn 0,

Not Unicast Packets Rx msn 0 | lsn 0,

Not Unicast Packets Tx msn 0 | lsn 0

Total number of service collection statistics: 1

Number of service port-outerVlan collection statistics: 0

Number of service port-priority collection statistics: 1

SM-OS#

show service history

It displays the stored history bucket RMON service statistics for C-VLAN, S-VLAN, outer PCPExample: SM-OS# show rmon history

RMON is enabled

Entry 1 is active, and owned by monitor

Monitors ifEntry.1.1 every 60 second(s)

Requested # of time intervals, ie buckets, is 240,

Granted # of time intervals, ie buckets, is 50,

Sample 1 began measuring at Apr 11 11:53:07 2014





0 CRC alignment errors and 0 collisions,

# of dropped packet events is 0

Network utilization is estimated at 0

MN.00320.E - 013 225

8.1.4 MAC address

show vlan learning params

It displays the VLAN global information for MAC address learning.

Example: SM-OS# sh vlan learning params

Unicast MAC Learning Paramters

-------------------------------------

Vlan Id : 1

Mac Learning Admin-Status : Default

Mac Learning Oper-Status : Enable

Mac Learning Limit : 100

-------------------------------------

Vlan Id : 100




-------------------------------------

Vlan Id : 300




-------------------------------------

SM-OS#

show mac-address-table

It displays all static / dynamic unicast and multicast MAC entries created in the MAC address table.

Example: SM-OS# show mac-address-table

Vlan Mac Address Type ConnectionId Ports

---- ----------- ---- ----------- -----

1 00:0f:90:72:27:c3 Learnt Gi0/7

1 00:1b:3f:61:d8:f8 Learnt Gi0/7

1 00:50:04:bf:ae:4b Learnt Gi0/7

1 00:b0:ac:00:df:24 Learnt Gi0/7

1 00:b0:ac:03:ef:91 Learnt Gi0/7

1 00:b0:ac:04:ea:96 Learnt Gi0/7

1 08:00:09:8b:0d:a0 Learnt Gi0/7

1 08:00:27:3b:eb:39 Learnt Gi0/7

1 d4:be:d9:52:ff:fc Learnt Gi0/7

Total Mac Addresses displayed: 9

SM-OS#

226 MN.00320.E - 013

show mac-address-table count

It displays the total number of static / dynamic unicast and multicast MAC address entries created in theFDB table.

Example: SM-OS# show mac-address-table count

Mac Entries for Vlan 1:

--------------------------

Dynamic Unicast Address Count : 9

Dynamic Multicast Address Count : 0

Static Unicast Address Count : 0

Static Multicast Address Count : 0

----------------------------------------

Mac Entries for Vlan 200:

--------------------------

Dynamic Unicast Address Count : 0

Dynamic Multicast Address Count : 0

Static Unicast Address Count : 0

Static Multicast Address Count : 0

----------------------------------------

SM-OS#

show mac-address-table aging-time

This command displays the configured aging-time for MAC address table.

Example: SM-OS# show mac-address-table aging-time

Mac Address Aging Time: 300

SM-OS#

8.1.5 L2CP Tunnelling

show l2protocol-tunnel summary

It displays for each interfaces L2CP protocols that are tunneled.

Example: SM-OS# show l2protocol-tunnel summary

COS for Encapsulated Packet : 7

Port Protocol Status

---- -------- ------

Gi0/10 STP up

Gi0/10 GVRP up

Gi0/10 GMRP up

Gi0/10 MVRP up

Gi0/10 MMRP up

Gi0/10 IGMP up

MN.00320.E - 013 227

SM-OS#

show l2protocol tunnel-mac-address

It displays for each L2CP protocols that are tunneled.

Example: SM-OS# show l2protocol tunnel-mac-address

VLAN tunnel MAC address

--------------------------

Dot1x tunnel MAC address : 01:00:0c:cd:cd:d3

LACP tunnel MAC address : 01:00:0c:cd:cd:d4

STP tunnel MAC address : 01:00:0c:cd:cd:d0

MVRP tunnel MAC address : 01:00:0c:cd:cd:d5

MMRP tunnel MAC address : 01:00:0c:cd:cd:d6

GVRP tunnel MAC address : 01:00:0c:cd:cd:d1

GMRP tunnel MAC address : 01:00:0c:cd:cd:d2

SM-OS#

8.1.6 Routing

show ip interface

It displays IP address and status of each VLAN interface

Example: SM-OS# show ip interface

vlan1 is up, line protocol is up

Internet Address is 172.18.19.119/16

Broadcast Address 172.18.255.255

show ip route

This command displays routes and default gateway.

Example: SM-OS# show ip route

Codes: C - connected, S - static, R - rip, B - bgp, O - ospf

IA - OSPF inter area, N1 - OSPF NSSA external type 1,

N2 - OSPF NSSA external type 2, E1 - OSPF external type 1,

E2 - OSPF external type 2

Vrf Name: default

---------

S 0.0.0.0/0 [1] via 172.18.0.1

C 172.18.0.0/16 is directly connected, vlan1

SM-OS#

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8.1.7 Classifier priority MAP

show qos pbit-preference-over-Dscp

It displays the priority map preference Pbit or DSCP

Example: SM-OS# show qos pbit-preference-over-Dscp

QoS Default Pbit Preference Entries

---------------------------------

IfIndex Pbit preference over DSCP

-------- -------------------------

Gi0/1 Enabled

Gi0/2 Enabled

Gi0/3 Enabled

Gi0/4 Enabled

Gi0/5 Enabled

Gi0/6 Disabled

Gi0/7 Enabled

Gi0/8 Enabled

Gi0/9 Enabled

Gi0/10 Disabled

SM-OS#

show priority-map

The command displays the priority map Pbit or DSCP into Queue (1-8 default)

Example: SM-OS# show priority-map

QoS Priority Map Entries

------------------------

PriorityMapId : 1

IfIndex : 0

VlanId : 0

InPriorityType : VlanPriority

InPriority : 0

RegenPriority : 0

InnerRegenPriority : None

PriorityMapId : 2

IfIndex : 0

VlanId : 0

InPriorityType : VlanPriority

InPriority : 1

RegenPriority : 1

InnerRegenPriority : None

MN.00320.E - 013 229

8.1.8 Classifier L2 ACL

show access-list

It displays the access lists configuration

Example: SM-OS# show access-lists

IP ACCESS LISTS

-----------------

No IP Access Lists have been configured

MAC ACCESS LISTS

-----------------

Extended MAC Access List 10

-----------------------------

Filter Priority : 1

Ether Type : 0

Protocol Type : 0

Vlan Id : 0

Destination MAC Address : 00:00:00:00:00:00

Source MAC Address : 00:00:00:00:00:00

In Port List : Gi0/10

Out Port List : NIL

Outer EtherType : 0

Service Vlan : 0

Service Vlan Priority : None

Customer Vlan Priority : None

Packet Tag Type : Single-tag

Filter Action : Permit

Redirect Port List :

Filter Creation Mode : External

Status : Active

show class-map

This command displays the class map entry

Example: SM-OS# show class-map

QoS Class Map Entries

---------------------

ClassMapId : 10

L2FilterId : 10

L3FilterId : None

PriorityMapId : None

CLASS : 10

PolicyMapId : None

PreColor : None

Status : Active

show class-to-priority-map <group-name>

This command displays the class to regen priority map

230 MN.00320.E - 013

Example: SM-OS# show class-to-priority-map gold

QoS Class To Priority Map Entries

---------------------

GroupName : gold

Class LocalPriority

10 7

8.1.9 Meter

show meter

This command displays the Meter entry for policing

Example: SM-OS# show meter

QoS Meter Entries

-----------------

MeterId : 10

Type : TRTCM

Color Mode : Color Blind

Interval : None

CIR : 100000

CBS : 10000

EIR : 100000

EBS : 10000

NextMeter : None

Status : Active

8.1.10 Policer

show policy-map

This command displays the QoS policy maps, which defines criteria for incoming traffic

Example: SM-OS# show policy-map 10

QoS Policy Map Entries

----------------------

PolicyMapId : 10

IfIndex : 0

Class : 10

DefaultPHB : None.

MeterId : 10

ConNClass : 0

ExcNClass : 0

VioNClass : 0

ConfAct : None.

ExcAct : None, Vlan DE 1

VioAct : Drop

MN.00320.E - 013 231

8.1.11 Queues

show queue-template

This command displays the configured congestion control for each queue (Tail Drop or Strict).

Q Template Id is referred in Qtemplate in show queue.

Example: REDAES_41# show queue-template

Queue Template Entries

----------------------

Q Template Id : 1

Q Limit : 50000

Drop Type : Tail Drop

Drop Algo Status : Disable

Q Template Id : 2

Q Limit : 50000

Drop Type : WRED

Drop Algo Status : Enable

DP 0, MinTH 12, MaxTH 222, MaxPktSize 1000,MaxDropProb 100, ExpWeight 0, Gain0, ECN Threshold 0

Drop threshold type : Discard Packets

RD Cfg Flag : none

show queue

It displays the configured queue behaviour (weight in case of WRR)

Example: SM-OS# show queue i g 0/1

QoS Queue Entries

-----------------

IfIndex Queue QTemplate Scheduler Weight Priority QType ShapeIdx GlobalId

------- ----- --------- --------- ------ -------- ----- -------- -----

Gi0/1 1 1 1 1 0 UC none 1

Gi0/1 2 1 1 60 1 UC none 2

Gi0/1 3 1 1 45 2 UC none 3

Gi0/1 4 1 1 30 3 UC none 4

Gi0/1 5 1 1 1 4 UC none 5

Gi0/1 6 1 1 15 5 UC none 6

Gi0/1 7 1 1 1 6 UC none 7

Gi0/1 8 1 1 1 7 UC none 8

SM-OS#

232 MN.00320.E - 013

8.1.12 Scheduler

show scheduler

It displays the queue scheduling for each port (1 default)

Example: SM-OS# show scheduler

QoS Scheduler Entries

---------------------

IfIndex Scheduler Index Scheduler Algo Shape Index Scheduler HLGlobalId

---------- --------------- -------------------- ----------- ------------ -----

Gi0/9 1 strictPriority 0 0 9

Gi0/10 1 strictPriority 0 0 10

8.1.13 Sharper

show shaper-template

This command displays the configured shaper entries

Example: SM-OS# show shape-template

QoS Shape Template Entries

--------------------------

ShapeTemplate Id CIR PIR

-------------- -------------- --------------

41 100000 200000

MN.00320.E - 013 233

show queue interface g 0/4

It displays the configured shaper in case of queue shaping

Example: SM-OS# show queue i g 0/4

QoS Queue Entries

-----------------

IfIndex Queue QTemplate Scheduler Weight Priority QType ShapeIdx GlobalId

------- ----- --------- --------- ------ -------- ----- -------- -----

Gi0/4 1 1 1 1 0 UC 41 25

Gi0/4 2 1 1 1 1 UC none 26

Gi0/4 3 1 1 1 2 UC none 27

Gi0/4 4 1 1 1 3 UC none 28

Gi0/4 5 1 1 1 4 UC none 29

Gi0/4 6 1 1 1 5 UC none 30

Gi0/4 7 1 1 1 6 UC none 31

Gi0/4 8 1 1 1 7 UC none 32

SM-OS#

show interfaces rate-limit

This command displays the port shaping (rate limit).

Example: SM-OS# show interfaces rate-limit

Gi0/10

Port Control Rate Limit : 100000 kbps

Port Control Burst Size : 1000 kbits

SM-OS#

234 MN.00320.E - 013

8.1.14 Storm Control

show interfaces storm-control

This command displays the storm control for broadcast, multicast, dlf configured on interfaces

Example: SM-OS# show interfaces storm-control

Gi0/10

DLF Storm Control : Enabled

DLF Storm Control Limit : 1000

Broadcast Storm Control : Disabled

Multicast Storm Control : Disabled

8.1.15 Ethernet CFM

This is a list of commands showing the information about all the CFM maintenance domains.

SM-OS# show ethernet cfm global info

SM-OS# show port ethernet cfm

SM-OS# show ethernet cfm errors

SM-OS# show ethernet cfm statistics

SM-OS# show ethernet cfm maintenance-point local

SM-OS# show ethernet cfm maintenance-points remote

SM-OS# show ethernet cfm service

SM-OS# show ethernet cfm service brief

SM-OS# show ethernet cfm domain.

MN.00320.E - 013 235

Section 2.LISTS AND SERVICES

9 LIST OF FIGURES

Fig.1 - Ethernet processing............................................................................................. 10

Fig.2 - Transfer>Send Test File ....................................................................................... 16

Fig.3 - Select with Hyperterminal a valid COM port ............................................................ 17

Fig.4 - Selection of TCP/IP port and IP Address ................................................................. 17

Fig.5 - Into File>Properties>Settings the selection of ASCII setup........................................ 18

Fig.6 - Selection of Line delay and Character delay ............................................................ 18

Fig.7 - ALFOplus80HD port map ...................................................................................... 20

Fig.8 - AGS-20 port map ................................................................................................ 21

Fig.9 - ALFOplus2 port map............................................................................................ 22

Fig.10 - AGS-20 XG port map ......................................................................................... 23

236 MN.00320.E - 013

MN.00320.E - 013 237

10 LIST OF TABLES

Tab.1 - Equipment functionalities and control mode ............................................................. 9

Tab.2 - Eth. physical layer management...........................................................................10

Tab.3 - Ingress filtering...................................................................................................11

Tab.4 - Service instance mapping criteria ..........................................................................11

Tab.5 - Classification criteria............................................................................................12

Tab.6 - Metering & ingress policing ...................................................................................12

Tab.7 - Ingress manipulation ...........................................................................................13

Tab.8 - Learning & forwarding..........................................................................................13

Tab.9 - Queue & congestion avoidance..............................................................................14

Tab.10 - Scheduling .......................................................................................................14

Tab.11 - Egress shaping..................................................................................................15

Tab.12 - Egress manipulation...........................................................................................15

Tab.13 - ALFOplus80HD ports identification ........................................................................20

Tab.14 - AGS-20 ports identification ..................................................................................21

Tab.15 - ALFOplus2 ports identification .............................................................................22

Tab.16 - AGS-20 XG ports identification ............................................................................23

238 MN.00320.E - 013

MN.00320.E - 013 239

11 ASSISTANCE SERVICE

For more information, refer to the section relevant to the technical support on the Internet site of the com-pany manufacturing the product.

240 MN.00320.E - 013

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