Reserved Profile ID |
Specifies whether the path profile policy will assume the name and role of the default path profile policy |
Name |
Specifies the name of the path profile policy |
Profile ID |
Specifies the Profile ID of the paths to be included in path computation |
Bidirectional |
Specifies the bidirectional mode to be used in path computation, if any |
Disjoint |
Specifies the Disjoint mode to be used in path computation, if any |
Optimize on (Objective) |
Specifies the primary goal when identifying paths for path computation |
Bandwidth Strategy |
Specifies the strategy to be used for bandwidth collection |
Explicit Route Strategy |
Specifies the explicit route strategy for the service |
Generation: Stop on first found |
Only applicable when Explicit Route Strategy is set to Standard BSID Preferred or Loose Hop BSID Preferred. Specifies whether the BSID generation algorithm will stop after a result is found, or continue attempting additional strategies for a potentially more optimal result. |
Generation: Run permutations |
Only applicable when Explicit Route Strategy is set to Standard BSID Preferred or Loose Hop BSID Preferred. In a multi-area topology with an area splitting strategy, specifies whether BSIDs will be programmed in all feasible areas (false) or if the computation will attempt different permutations to achieve label stack reduction. |
Generation: Emplacement Preference |
Only applicable when Explicit Route Strategy is set to Standard BSID Preferred or Loose Hop BSID Preferred and when the Run Permutations parameter is set to true. Specifies where in the network-relative topology the BSID will be placed, Core or Edge. |
Compressed Fallback IGP TE |
Only applicable when Explicit Route Strategy is set to Compressed. If maximum stack depth is exceeded, specifies whether LSPs will instead adhere to IGP shortest path (with traffic engineering) to allow for compression. |
Compressed Fallback IGP No TE |
Only applicable when Explicit Route Strategy is set to Compressed. If maximum stack depth is exceeded, specifies whether LSPs will instead adhere to IGP shortest path (without traffic engineering) allow for compression. |
Compressed Fallback Status Quo |
Only applicable when Explicit Route Strategy is set to Compressed. If prior path calculations found potential paths with label stacks that could not be compressed below the configured maximum stack depth, specifies whether the LSP will be permitted to adhere to that path if it is otherwise deemed healthy. |
Compressed Fallback Loose Hop |
Only applicable when Explicit Route Strategy is configured with a value of Compressed. If maximum stack depth is exceeded, specifies whether LSPs will instead use only node SIDs in order to stay operationally up. This parameter is disabled for disjoint LSPs. |
Explicit Route Strategy ECMP Preference |
Only applicable when Explicit Route Strategy is configured with a value of ECMP. Specifies the type of SID that will be preferred when calculating the ERO. |
Control Route Strategy |
Specifies the strategy to be used when rerouting a path |
SID Protection Strategy |
Specifies the extent of SID protection to be used when routing a path |
Max Hops (Span) |
Specifies the maximum number of hops (nodes) to consider when performing path computation |
Max Cost |
Specifies the maximum sum, as determined by IGP link metric, to consider when performing path computation |
Max TE Metric |
Specifies the maximum sum, as determined by TE metric, to consider when performing path computation |
Max Latency (microseconds) |
Specifies the maximum latency to consider when performing path computation |
Latency Threshold |
Specifies when to re-signal an LSP that is optimized on latency |
Description |
Describes the path profile policy |