Name |
Specifies the name of the potential path |
Source |
Specifies the source of the potential path |
Destination |
Specifies the destination of the potential path |
Secondary Source |
Specifies the secondary source of the potential path |
Secondary Destination |
Specifies the secondary destination of the potential path |
Permitted IP Address Type |
Specifies the IP address type(s) to be permitted by the potential path |
Objective |
Specifies the primary goal when identifying potential paths |
Path Type |
Specifies the type of potential path to find |
Disjoint |
Specifies the Disjoint mode to be used in potential path computation, if any |
Bi-directional |
Specifies whether or not the potential path will be bi-directional |
Max Hops (Span) |
Specifies the maximum number of hops to consider |
Max Cost |
Specifies the maximum cost to consider |
Max Latency (microseconds) |
Specifies the maximum latency to consider |
Latency Threshold (microseconds) |
Specifies when to re-signal the potential path, if optimized on latency |
Max TE Metric |
Specifies the maximum TE metric to consider |
MSD |
Specifies the maximum SID depth to consider |
Bandwidth (Mbps) |
Specifies the maximum bandwidth to consider |
Reverse Bandwidth (Mbps) |
Specifies the maximum reverse bandwidth to consider |
Include Any Bit Pos |
Specifies any bit between 0 and 31 to include |
Exclude Any Bit Pos |
Specifies any bit between 0 and 31 to exclude |
Include All Bit Pos |
Specifies all bits between 0 and 31 to include |
Profile ID |
Specifies the Profile ID of the paths to be included in potential path computation |
Algo Number |
Specifies the Flex Algo Definition to be used in potential path computation |
Explicit Route Strategy |
Specifies the strategy to use when calculating the explicit route object (ERO) |
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 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. |