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Dell S6000 FTOS 9.0(2.0) Command Line Reference Guide for the System - Page 377

Message 1, Compression Enabled

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Message 1 FTOS(conf)#hash-algorithm linecard 5 ip-sa-mask ff ip-da-mask ff Message 2 % Error: This command is not supported in the current microcode configuration. In addition, the linecard number ip-sa-mask value ip-da-mask value option has the following behavior to maintain bi-directionality: • When hashing is done on both IPSA and IPDA, the ip-sa-mask and ip-da-mask values must be equal. (Single Linecard) • When hashing is done only on IPSA or IPDA, FTOS maintains bi-directionality with masks set to XX 00 for stack-unit 1 and 00 XX for stack-unit 2 (ip-sa-mask and ip-da-mask). The mask value must be the same for both stack-units when using multiple stack-units as ingress (where XX is any value from 00 to FF for both stack-units). For example, assume traffic is flowing between linecard 1 and linecard 2: Message 3 hash-algorithm linecard 1 ip-sa-mask aa ip-da-mask 00 Message 4 hash-algorithm linecard 2 ip-sa-mask 00 ip-da-mask aa The different hash algorithms are based on the number of Port Channel members and packet values. The default hash algorithm (number 0) yields the most balanced results in various test scenarios, but if the default algorithm does not provide a satisfactory distribution of traffic, then use the hash-algorithm command to designate another algorithm. When a Port Channel member leaves or is added to the Port Channel, the hash algorithm is recalculated to balance traffic across the members. On TeraScale if the keyword ECMP or LAG is not entered, FTOS assumes it to be common for both. If the keyword ECMP or LAG is entered separately, both should fall in the range of 0 to 23 or 24 to 47 since compression enable/disable is common for both. TeraScale and ExaScale support the range 0-47. The default for ExaScale is 24. For EtherScale, only the range 0 to 15 is valid; 16 to 47 is considered as 15. 0-11 12 - 23 24 - 35 36 - 47 Compression Enabled rotate [0 - 11] Compression Enabled shift [0 - 11] Compression Disabled rotate [0 - 11] Compression Disabled shift [0 - 11] Equal Cost Multi-Path | 377

Section	Page
About this Guide	11
Objectives	11
Audience	11
Conventions	11
Information Symbols	12
Related Documents	12
CLI Basics	13
Accessing the Command Line	13
Multiple Configuration Users	14
Navigating the Command Line Interface	14
Obtaining Help	15
Using the Keyword No	17
Filtering show Commands	17
Displaying All Output	18
Filtering Command Output Multiple Times	18
Command Modes	18
EXEC Mode	19
EXEC Privilege Mode	19
CONFIGURATION Mode	19
INTERFACE Mode	19
LINE Mode	20
TRACE-LIST Mode	20
MAC ACCESS LIST Mode	20
IP ACCESS LIST Mode	21
ROUTE-MAP Mode	21
PREFIX-LIST Mode	21
AS-PATH ACL Mode	21
IP COMMUNITY LIST Mode	22
REDIRECT-LIST Mode	22
SPANNING TREE Mode	22
Per-VLAN SPANNING TREE Plus Mode	22
RAPID SPANNING TREE Mode	23
MULTIPLE SPANNING TREE Mode	23
PROTOCOL GVRP Mode	23
ROUTER OSPF Mode	23
ROUTER RIP Mode	24
ROUTER BGP Mode	24
Determining the Chassis Mode	24
File Management	25
Overview	25
Basic File Management Commands	25
Control and Monitoring	43
Overview	43
Commands	43
802.1X	95
Important Points to Remember	96
Access Control Lists (ACL)	111
Overview	111
Commands Common to all ACL Types	111
Common IP ACL Commands	113
Standard IP ACL Commands	117
Extended IP ACL Commands	123
Common MAC Access List Commands	139
Standard MAC ACL Commands	142
Extended MAC ACL Commands	145
IP Prefix List Commands	150
IPv6 ACL Commands	155
Route Map Commands	176
Boot Command Line Interface (BCLI)	195
Overview	195
Commands	195
Bidirectional Forwarding Detection (BFD)	205
Overview	205
Commands	205
Border Gateway Protocol	209
Overview	209
BGP IPv4 Commands	210
MBGP Commands	287
BGP Extended Communities (RFC 4360)	289
IPv6 BGP Commands	298
IPv6 MBGP Commands	299
Bare Metal Provisioning	301
Overview	301
Commands	301
Content Addressable Memory (CAM)	305
Overview	305
CAM Profile Commands	305
Important Points to Remember	305
Control Plane Policing (CoPP)	311
Overview	311
Commands	311
Data Center Bridging (DCB)	317
Overview	317
DCB Command	317
PFC Commands	317
ETS Commands	317
DCBX Commands	318
Debugging and Diagnostics	341
Overview	341
Diagnostics and Monitoring Commands	341
Offline Diagnostic Commands	344
Important Points to Remember	344
Hardware Commands	347
Dynamic Host Configuration Protocol (DHCP)	357
Overview	357
Commands to Configure the System to be a DHCP Server	357
Commands to Configure Secure DHCP	365
Equal Cost Multi-Path	373
Overview	373
Commands	373
Force10 Resilient Ring Protocol (FRRP)	381
Overview	381
Commands	381
Important Points to Remember	381
GARP VLAN Registration (GVRP)	389
Overview	389
Commands	389
Important Points to Remember	390
Internet Group Management Protocol (IGMP)	399
Overview	399
IGMP Commands	399
Important Points to Remember	399
IGMP Snooping Commands	409
Important Points to Remember for IGMP Snooping	409
Important Points to Remember for IGMP Querier	409
Interfaces	415
Overview	415
Basic Interface Commands	415
Port Channel Commands	458
IPv4 Routing	467
Overview	467
Commands	467
Link Aggregation Control Protocol (LACP)	509
Overview	509
Commands	509
Intermediate System to Intermediate System (IS-IS)	515
Overview	515
Commands	515
Layer 2	561
Overview	561
MAC Addressing Commands	561
Virtual LAN (VLAN) Commands	572
Far-End Failure Detection (FEFD)	580
Commands	580
Link Layer Detection Protocol (LLDP)	585
Overview	585
Commands	585
LLDP-MED Commands	594
Multicast Source Discovery Protocol (MSDP)	603
Overview	603
Commands	603
Multiple Spanning Tree Protocol (MSTP)	615
Overview	615
Commands	615
Multicast	629
Overview	629
IPv4 Multicast Commands	629
Open Shortest Path First (OSPFv2)	635
Overview	635
OSPFv2 Commands	635
PIM-Sparse Mode (PIM-SM)	689
Overview	689
IPv4 PIM-Sparse Mode Commands	689
PIM-Source Specific Mode (PIM-SSM)	703
Overview	703
IPv4 PIM-Source Specific Mode Commands	703
Port Monitoring	705
Overview	705
Commands	705
Important Points to Remember	705
Private VLAN (PVLAN)	711
Overview	711
Commands	711
Private VLAN Concepts	711
Per-VLAN Spanning Tree Plus (PVST+)	721
Overview	721
Commands	721
Quality of Service (QoS)	733
Overview	733
Global Configuration Commands	733
Per-Port QoS Commands	736
Policy-Based QoS Commands	740
Router Information Protocol (RIP)	767
Overview	767
Commands	767
Remote Monitoring (RMON)	785
Overview	785
Commands	785
Rapid Spanning Tree Protocol (RSTP)	797
Overview	797
Commands	797
Security	807
Overview	807
Commands	807
AAA Accounting Commands	807
Authorization and Privilege Commands	810
Authentication and Password Commands	814
RADIUS Commands	825
TACACS+ Commands	830
Port Authentication (802.1X) Commands	833
Important Points to Remember	834
SSH Server and SCP Commands	842
Secure DHCP Commands	854
Service Provider Bridging	859
Overview	859
Commands	859
Important Points to Remember	859
sFlow	865
Overview	865
Important Points to Remember	865
Commands	866
Simple Network Management Protocol and Syslog	873
Overview	873
SNMP Commands	873
Important Points to Remember	874
Syslog Commands	889
Storm Control	903
Overview	903
Commands	903
Important Points to Remember	903
Spanning Tree Protocol (STP)	911
Overview	911
Commands	911
System Time and Date	921
Overview	921
Commands	921
VLAN Stacking	937
Overview	937
Commands	937
Important Points to Remember	937
Virtual Router Redundancy Protocol (VRRP)	947
Overview	947
Commands	947
ICMP Message Types	961

Match case Limit results 1 per page

Equal Cost Multi-Path

377

Message 1

FTOS(conf)#hash-algorithm linecard 5 ip-sa-mask ff ip-da-mask ff

Message 2

% Error: This command is not supported in the current microcode configuration.

In addition, the

linecard

number

ip-sa-mask

value

ip-da-mask

value

option has the

following behavior to maintain bi-directionality:

•

When hashing is done on both IPSA and IPDA, the

ip-sa-mask

and

ip-da-mask

values must be equal. (Single Linecard)

•

When hashing is done only on IPSA or IPDA, FTOS maintains bi-directionality

with masks set to XX 00 for stack-unit 1 and 00 XX for stack-unit 2 (

ip-sa-mask

and

ip-da-mask

). The mask value must be the same for both stack-units when

using multiple stack-units as ingress (where

is any value from 00 to FF for

both stack-units). For example, assume traffic is flowing between linecard 1 and

linecard 2:

Message 3

hash-algorithm linecard 1 ip-sa-mask aa ip-da-mask 00

Message 4

hash-algorithm linecard 2 ip-sa-mask 00 ip-da-mask aa

The different hash algorithms are based on the number of Port Channel members and

packet values. The default hash algorithm (number 0) yields the most balanced

results in various test scenarios, but if the default algorithm does not provide a

satisfactory distribution of traffic, then use the hash-algorithm command to designate

another algorithm.

When a Port Channel member leaves or is added to the Port Channel, the hash

algorithm is recalculated to balance traffic across the members.

On TeraScale if the keyword

ECMP

LAG

is not entered, FTOS assumes it to be

common for both. If the keyword

ECMP

LAG

is entered separately, both should fall

in the range of 0 to 23 or 24 to 47 since compression enable/disable is common for

both.

TeraScale and ExaScale support the range 0-47. The default for ExaScale is 24.

For EtherScale, only the range 0 to 15 is valid; 16 to 47 is considered as 15.

0-11

Compression Enabled

rotate [0 - 11]

12 - 23

Compression Enabled

shift [0 - 11]

24 - 35

Compression Disabled

rotate [0 - 11]

36 - 47

Compression Disabled

shift [0 - 11]