net rate-shaping queueΒΆ

net rate-shaping queue(1)			  BIG-IP TMSH Manual			    net rate-shaping queue(1)

NAME
       queue - Configures a custom queuing method.

MODULE
       net rate-shaping

SYNTAX
       Configure the queue component within the net rate-shaping module using the syntax in the following sections.

   CREATE/MODIFY
	create queue [pfifo | sfq]
	modify queue [all | pfifo | sfq]
	  options:
	    app-service [[string] | none]
	    description [string]
	    pfifo-max-size [integer]
	    pfifo-min-size [integer]
	    sfq-bucket-count [integer]
	    sfq-bucket-size [integer]
	    sfq-perturbation [integer]
	    type [pfifo | sfq]

	edit queue [ [ [all | pfifo | sfq] | [glob] | [regex] ] ... ]
	  options:
	    all-properties
	    non-default-properties

   DISPLAY
	list queue
	list queue [ [ [all | pfifo | sfq] | [glob] | [regex] ] ... ]
	show running-config queue
	show running-config queue
	  [ [ [all | pfifo | sfq] | [glob] | [regex] ] ... ]
	  options:
	    all-properties
	    non-default-properties
	    one-line

   DELETE
	delete queue [all | [name] ]

DESCRIPTION
       You can use the queue component to configure a custom queuing method.

EXAMPLES
       create queue my_q type pfifo

       Creates a pfifo type queue name my_q.

       list queue all-properties

       Displays all of the properties of all of the queue.

OPTIONS
       app-service
	    Specifies the name of the application service to which the object belongs. The default value is none.
	    Note: If the strict-updates option is enabled on the application service that owns the object, you cannot
	    modify or delete the object. Only the application service can modify or delete the object.

       description
	    User defined description.

       glob Displays the items that match the glob expression. See help glob for a description of glob expression
	    syntax.

       name Specifies a unique name for the component. This option is required for the commands create, delete, and
	    modify.

       pfifo-max-size
	    Specifies the size of the largest queue for the pfifo type only. The default value is 0 (zero). Valid
	    units are bytes(default), eb, gb, k, kb, mb, pb, and tb.

       pfifo-min-size
	    Specifies the size of the smallest queue for the pfifo type only. The default value is 0 (zero). Valid
	    units are bytes(default), eb, gb, k, kb, mb, pb, and tb.

       regex
	    Displays the items that match the regular expression. The regular expression must be preceded by an at
	    sign (@[regular expression]) to indicate that the identifier is a regular expression. See help regex for
	    a description of regular expression syntax.

       sfq-bucket-count
	    Specifies the number of buckets into which the queue is divided when you are configuring the sfq type.
	    Valid values are 0, 16, 32, 64, 128, 256, 512, and 1024. The default value is 0 (zero).

       sfq-bucket-size
	    Specifies the bucket size for the sfq type. The default value is 0 (zero). Valid units are
	    bytes(default), eb, gb, k, kb, mb, pb, and tb.

       sfq-perturbation
	    Specifies the interval in seconds at which the system reconfigures the SFQ hash function. This option
	    applies only to the sfq type. The default value is 0 (zero).

       type Specifies the queue discipline this custom queue uses. The options are:

	    pfifo
		 The Priority FIFO queuing method queues all traffic under a set of five sub-queues based on the Type
		 of Service (TOS) field of the traffic. Four of the sub-queues correspond to the four possible TOS
		 values (Minimum delay, Maximum throughput, Maximum reliability, and Minimum cost). The fifth sub-
		 queue represents traffic with no TOS value. The Priority FIFO method processes these five sub-queues
		 in a way that preserves the meaning of the TOS value as much as possible. For example, a packet with
		 the TOS value of Minimum cost might yield dequeuing to a packet with the TOS value of Minimum delay.

	    sfq  Stochastic Fair Queuing is a queuing method that further queues packets under a set of many FIFO
		 sub-queues. Selecting a specific sub-queue is based on a hash of the flow address information. SFQ
		 dequeues packets from the set of sub-queues in a Round Robin fashion. The overall effect is that
		 fairness of dequeuing is achieved, because packets from one flow cannot occupy the queues at the
		 exclusion of those of another flow.

SEE ALSO
       create, delete, edit, glob, list, modify, net rate-shaping class, net rate-shaping drop-policy, net rate-
       shaping shaping-policy, regex, show, tmsh

COPYRIGHT
       No part of this program may be reproduced or transmitted in any form or by any means, electronic or
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       other than the purchaser's personal use, without the express written permission of F5 Networks, Inc.

       F5 Networks and BIG-IP (c) Copyright 2008-2010, 2012-2013. All rights reserved.

BIG-IP						      2013-04-12			    net rate-shaping queue(1)