compute-profile
Syntax
compute-profile name {
algorithm algorithm-value;
protected {
mandatory;
}
unprotected {
mandatory;
}
bound-metric {
(delay | igp | te);
}
admin-group include-any [ include-any ... ]include-all [ include-all ... ]exclude [ exclude ... ];
compute-segment-list compute-segment-list;
maximum-computed-segment-lists maximum-computed-segment-lists;
maximum-segment-list-depth maximum-segment-list-depth;
metric-type {
(igp | te | delay);
}
no-label-stack-compression;
bandwidth-requested bps;
bandwidth-reservation-priority priority;
}
Hierarchy Level
[edit protocols source-packet-routing]
Description
Configure the compute profile for dynamically computed paths. You can use a compute profile to logically group the computation constraints. These compute profiles are referenced by the segment routing paths for computing the primary and secondary segment routing LSPs.
Options
| name | Name of the computation-profile. |
| algorithm | Algorithm that you would prefer to participate (1 to 255).
Note:
Only one algorithm can be configured in the compute profile. The configured algorithm is used as a constraint and SIDs corresponding to the given algorithm will be used for compression. By default, the value is 0 and hence would result in just using algorithm 0 SIDs for compression. |
| protected | Choose protected labels if available.
|
| unprotected | Choose unprotected labels if available.
|
| bound-metric | Bound metric used for computation. |
| delay | Delay bound metric value.
|
| igp | IGP bound metric value
|
| te | TE bound metric value
|
| compute-segment-list | Name of the compute type segment list. |
| maximum-computed-segment-lists | Maximum number of segment-lists (ECMP paths) to be computed.
|
| maximum-segment-list-depth | Maximum depth of computed path.
|
| metric-type | Specify the metric type used for computation.
|
| no-label-stack-compression | Provide fully expanded path, using adjacency segment identifiers. |
| bandwidth-requested | SR path requested bandwidth in bps. |
| bandwidth-reservation-priority | SR path bandwidth reservation priority.
|
The remaining statements are explained separately. See CLI Explorer.
Required Privilege Level
routing
Release Information
Statement introduced in Junos OS Release 19.2R1-S1.