| Overview | Package | Class | Deprecated | Help |
| Properties | |
|---|---|
| accountingType |
Specifies whether the accounting for this policy is frame based or packet based.
type=int access=read-only default=0 Displayed(tab/group)=Accounting enums= 0: packetbased - packet-based 1: framebased - frame-based |
| mode |
Specifies the mode of this port scheduler
type=sasqos.PortSchedulerMode default=noMode Displayed(tab/group)=Mode (/Mode) |
| policyLocation |
type=string access=read-only default= Displayed(tab/group)=Location (/Location) |
| queue1Preempt |
Specifies the preemption mode for the queue.
For express, frames queued for the priority are to be transmitted using the express service
(eMAC) for the Port.
For preemptable, frames queued for the priority are to be transmitted using the preemptable
service
for the Port if preemption Tx is enabled for the Port.
type=sasqos.PreemptMode default=0 Displayed(tab/group)=Queue 1 Preempt (Queue Preempts/Queue Preempt) |
| queue1Weight |
Specifies the weight value assigned to the port egress queue, to determine scheduling priority.
The Weight parameter is configurable when the Mode parameter in the policy is set to
WeightedRoundRobin (WRR) or WeightedDeficitRoundRobin (WDRR).
To assign strict priority to the queue, select the Strict check box, or enter a value of zero.
Strict priority means the queue is scheduled based on the queue number, with higher numbers
scheduled first.
Queues marked as Strict are scheduled before numerically marked queues. To assign a numerical
value, deselect the Strict check box.
For WRR, the specified numerical weight value corresponds to the number of packets sent out in a
cycle for that particular queue.
For WDRR, the specified numerical value determines the ratio of traffic that will be sent out
for that particular queue, relative to another configured queue.
For example, , if the weight value for Queue 1 is 1 and the weight value for Queue 2 is 5, then
the ratio of Queue 1 traffic to Queue 2 traffic out of the port is 1:5
(provided no traffic is flowing in the other queues).
type=int default=1 minimum=0 maximum=15 Displayed(tab/group)=Weight (Queue Weights/Queue 1) |
| queue2Preempt |
Specifies the preemption mode for the queue.
For express, frames queued for the priority are to be transmitted using the express service
(eMAC) for the Port.
For preemptable, frames queued for the priority are to be transmitted using the preemptable
service
for the Port if preemption Tx is enabled for the Port.
type=sasqos.PreemptMode default=0 Displayed(tab/group)=Queue 2 Preempt (Queue Preempts/Queue Preempt) |
| queue2Weight |
Specifies the weight value assigned to the port egress queue, to determine scheduling priority.
The Weight parameter is configurable when the Mode parameter in the policy is set to
WeightedRoundRobin (WRR) or WeightedDeficitRoundRobin (WDRR).
To assign strict priority to the queue, select the Strict check box, or enter a value of zero.
Strict priority means the queue is scheduled based on the queue number, with higher numbers
scheduled first.
Queues marked as Strict are scheduled before numerically marked queues. To assign a numerical
value, deselect the Strict check box.
For WRR, the specified numerical weight value corresponds to the number of packets sent out in a
cycle for that particular queue.
For WDRR, the specified numerical value determines the ratio of traffic that will be sent out
for that particular queue, relative to another configured queue.
For example, , if the weight value for Queue 1 is 1 and the weight value for Queue 2 is 5, then
the ratio of Queue 1 traffic to Queue 2 traffic out of the port is 1:5
(provided no traffic is flowing in the other queues).
type=int default=1 minimum=0 maximum=15 Displayed(tab/group)=Weight (Queue Weights/Queue 2) |
| queue3Preempt |
Specifies the preemption mode for the queue.
For express, frames queued for the priority are to be transmitted using the express service
(eMAC) for the Port.
For preemptable, frames queued for the priority are to be transmitted using the preemptable
service
for the Port if preemption Tx is enabled for the Port.
type=sasqos.PreemptMode default=0 Displayed(tab/group)=Queue 3 Preempt (Queue Preempts/Queue Preempt) |
| queue3Weight |
Specifies the weight value assigned to the port egress queue, to determine scheduling priority.
The Weight parameter is configurable when the Mode parameter in the policy is set to
WeightedRoundRobin (WRR) or WeightedDeficitRoundRobin (WDRR).
To assign strict priority to the queue, select the Strict check box, or enter a value of zero.
Strict priority means the queue is scheduled based on the queue number, with higher numbers
scheduled first.
Queues marked as Strict are scheduled before numerically marked queues. To assign a numerical
value, deselect the Strict check box.
For WRR, the specified numerical weight value corresponds to the number of packets sent out in a
cycle for that particular queue.
For WDRR, the specified numerical value determines the ratio of traffic that will be sent out
for that particular queue, relative to another configured queue.
For example, , if the weight value for Queue 1 is 1 and the weight value for Queue 2 is 5, then
the ratio of Queue 1 traffic to Queue 2 traffic out of the port is 1:5
(provided no traffic is flowing in the other queues).
type=int default=1 minimum=0 maximum=15 Displayed(tab/group)=Weight (Queue Weights/Queue 3) |
| queue4Preempt |
Specifies the preemption mode for the queue.
For express, frames queued for the priority are to be transmitted using the express service
(eMAC) for the Port.
For preemptable, frames queued for the priority are to be transmitted using the preemptable
service
for the Port if preemption Tx is enabled for the Port.
type=sasqos.PreemptMode default=0 Displayed(tab/group)=Queue 4 Preempt (Queue Preempts/Queue Preempt) |
| queue4Weight |
Specifies the weight value assigned to the port egress queue, to determine scheduling priority.
The Weight parameter is configurable when the Mode parameter in the policy is set to
WeightedRoundRobin (WRR) or WeightedDeficitRoundRobin (WDRR).
To assign strict priority to the queue, select the Strict check box, or enter a value of zero.
Strict priority means the queue is scheduled based on the queue number, with higher numbers
scheduled first.
Queues marked as Strict are scheduled before numerically marked queues. To assign a numerical
value, deselect the Strict check box.
For WRR, the specified numerical weight value corresponds to the number of packets sent out in a
cycle for that particular queue.
For WDRR, the specified numerical value determines the ratio of traffic that will be sent out
for that particular queue, relative to another configured queue.
For example, , if the weight value for Queue 1 is 1 and the weight value for Queue 2 is 5, then
the ratio of Queue 1 traffic to Queue 2 traffic out of the port is 1:5
(provided no traffic is flowing in the other queues).
type=int default=1 minimum=0 maximum=15 Displayed(tab/group)=Weight (Queue Weights/Queue 4) |
| queue5Preempt |
Specifies the preemption mode for the queue.
For express, frames queued for the priority are to be transmitted using the express service
(eMAC) for the Port.
For preemptable, frames queued for the priority are to be transmitted using the preemptable
service
for the Port if preemption Tx is enabled for the Port.
type=sasqos.PreemptMode default=0 Displayed(tab/group)=Queue 5 Preempt (Queue Preempts/Queue Preempt) |
| queue5Weight |
Specifies the weight value assigned to the port egress queue, to determine scheduling priority.
The Weight parameter is configurable when the Mode parameter in the policy is set to
WeightedRoundRobin (WRR) or WeightedDeficitRoundRobin (WDRR).
To assign strict priority to the queue, select the Strict check box, or enter a value of zero.
Strict priority means the queue is scheduled based on the queue number, with higher numbers
scheduled first.
Queues marked as Strict are scheduled before numerically marked queues. To assign a numerical
value, deselect the Strict check box.
For WRR, the specified numerical weight value corresponds to the number of packets sent out in a
cycle for that particular queue.
For WDRR, the specified numerical value determines the ratio of traffic that will be sent out
for that particular queue, relative to another configured queue.
For example, , if the weight value for Queue 1 is 1 and the weight value for Queue 2 is 5, then
the ratio of Queue 1 traffic to Queue 2 traffic out of the port is 1:5
(provided no traffic is flowing in the other queues).
type=int default=1 minimum=0 maximum=15 Displayed(tab/group)=Weight (Queue Weights/Queue 5) |
| queue6Preempt |
Specifies the preemption mode for the queue.
For express, frames queued for the priority are to be transmitted using the express service
(eMAC) for the Port.
For preemptable, frames queued for the priority are to be transmitted using the preemptable
service
for the Port if preemption Tx is enabled for the Port.
type=sasqos.PreemptMode default=0 Displayed(tab/group)=Queue 6 Preempt (Queue Preempts/Queue Preempt) |
| queue6Weight |
Specifies the weight value assigned to the port egress queue, to determine scheduling priority.
The Weight parameter is configurable when the Mode parameter in the policy is set to
WeightedRoundRobin (WRR) or WeightedDeficitRoundRobin (WDRR).
To assign strict priority to the queue, select the Strict check box, or enter a value of zero.
Strict priority means the queue is scheduled based on the queue number, with higher numbers
scheduled first.
Queues marked as Strict are scheduled before numerically marked queues. To assign a numerical
value, deselect the Strict check box.
For WRR, the specified numerical weight value corresponds to the number of packets sent out in a
cycle for that particular queue.
For WDRR, the specified numerical value determines the ratio of traffic that will be sent out
for that particular queue, relative to another configured queue.
For example, , if the weight value for Queue 1 is 1 and the weight value for Queue 2 is 5, then
the ratio of Queue 1 traffic to Queue 2 traffic out of the port is 1:5
(provided no traffic is flowing in the other queues).
type=int default=1 minimum=0 maximum=15 Displayed(tab/group)=Weight (Queue Weights/Queue 6) |
| queue7Preempt |
Specifies the preemption mode for the queue.
For express, frames queued for the priority are to be transmitted using the express service
(eMAC) for the Port.
For preemptable, frames queued for the priority are to be transmitted using the preemptable
service
for the Port if preemption Tx is enabled for the Port.
type=sasqos.PreemptMode default=0 Displayed(tab/group)=Queue 7 Preempt (Queue Preempts/Queue Preempt) |
| queue7Weight |
Specifies the weight value assigned to the port egress queue, to determine scheduling priority.
The Weight parameter is configurable when the Mode parameter in the policy is set to
WeightedRoundRobin (WRR) or WeightedDeficitRoundRobin (WDRR).
To assign strict priority to the queue, select the Strict check box, or enter a value of zero.
Strict priority means the queue is scheduled based on the queue number, with higher numbers
scheduled first.
Queues marked as Strict are scheduled before numerically marked queues. To assign a numerical
value, deselect the Strict check box.
For WRR, the specified numerical weight value corresponds to the number of packets sent out in a
cycle for that particular queue.
For WDRR, the specified numerical value determines the ratio of traffic that will be sent out
for that particular queue, relative to another configured queue.
For example, , if the weight value for Queue 1 is 1 and the weight value for Queue 2 is 5, then
the ratio of Queue 1 traffic to Queue 2 traffic out of the port is 1:5
(provided no traffic is flowing in the other queues).
type=int default=1 minimum=0 maximum=15 Displayed(tab/group)=Weight (Queue Weights/Queue 7) |
| queue8Preempt |
Specifies the preemption mode for the queue.
For express, frames queued for the priority are to be transmitted using the express service
(eMAC) for the Port.
For preemptable, frames queued for the priority are to be transmitted using the preemptable
service
for the Port if preemption Tx is enabled for the Port.
type=sasqos.PreemptMode default=0 Displayed(tab/group)=Queue 8 Preempt (Queue Preempts/Queue Preempt) |
| queue8Weight |
Specifies the weight value assigned to the port egress queue, to determine scheduling priority.
The Weight parameter is configurable when the Mode parameter in the policy is set to
WeightedRoundRobin (WRR) or WeightedDeficitRoundRobin (WDRR).
To assign strict priority to the queue, select the Strict check box, or enter a value of zero.
Strict priority means the queue is scheduled based on the queue number, with higher numbers
scheduled first.
Queues marked as Strict are scheduled before numerically marked queues. To assign a numerical
value, deselect the Strict check box.
For WRR, the specified numerical weight value corresponds to the number of packets sent out in a
cycle for that particular queue.
For WDRR, the specified numerical value determines the ratio of traffic that will be sent out
for that particular queue, relative to another configured queue.
For example, , if the weight value for Queue 1 is 1 and the weight value for Queue 2 is 5, then
the ratio of Queue 1 traffic to Queue 2 traffic out of the port is 1:5
(provided no traffic is flowing in the other queues).
type=int default=1 minimum=0 maximum=15 Displayed(tab/group)=Weight (Queue Weights/Queue 8) |
| sasqos.PortSchedulerQueue-Set |
type=Children-Set |
| sasqos.WrrWeightsTemplate-Set |
type=Children-Set |
| scope |
type=acl.ItemScope default=template Displayed(tab/group)=Scope |
| Overridden Properties | |
|---|---|
| description | |
| displayedName |
Unique Port Scheduler Policy name
access=read-create default=default minimum=1 maximum=32 |
| Properties inherited from policy.PolicyObject |
|---|
| description, displayedName, globalPolicy, id, isLocal, policyType, siteId, siteName, templateObject |
| Properties inherited from ManagedObject |
|---|
| actionMask, children-Set, deploymentState, isFaultSquelched, name, objectFullName, selfAlarmed |
| Methods |
|---|
instanceFullName
: string - the full name of the object.
resultFilter
: ResultFilter - (Optional) Filter for narrowing down the information returned per object
continueOnFailure
: continueOnFailure - (Optional) Continue processing requests in this stream if an exception occurs, unless the request is invalid. Default: false
infoList
: List (generic.CommonManagedEntityInformation) - | Supported Network Elements | |
|---|---|
| 7210 SAS E | |
| 7210 SAS D | |
| 7210 SAS M | |
| 7210 SAS T | |
| 7210 SAS Dxp | |
| 7250 IXR | Supported until 19.5.R1 |
| 7210 SAS S/Sx | |
| Product Specifics | |
| 7210 SAS D 20.0.0 | |
| 7210 SAS D 21.0.0 | |
| 7210 SAS D 22.0.0 | |
| 7210 SAS D 23.0.0 | |
| 7210 SAS D 24.0.0 | |
| 7210 SAS D 25.0.0 | |
| 7210 SAS Dxp 20.0 | |
| 7210 SAS Dxp 21.0 | |
| 7210 SAS Dxp 22.0 | |
| 7210 SAS Dxp 23.0 | |
| 7210 SAS Dxp 24.0 | |
| 7210 SAS Dxp 25.0 | |
| 7210 SAS M 20.0 | |
| 7210 SAS M 21.0 | |
| 7210 SAS S/Sx 20.0 | |
| 7210 SAS S/Sx 21.0 | |
| 7210 SAS S/Sx 22.0 | |
| 7210 SAS S/Sx 23.0 | |
| 7210 SAS S/Sx 24.0 | |
| 7210 SAS S/Sx 25.0 | |
| 7210 SAS T 20.0 | |
| 7210 SAS T 21.0 | |
| 7210 SAS T 22.0 | |
| 7210 SAS T 23.0 | |
| 7210 SAS T 24.0 | |
| 7210 SAS T 25.0 | |