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New bridge-domain-based L3 adjacencies model #8246
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Move to a more granular model with reified state functions associated with edges. Major differences over old "new l3 adjacencies" algorithm: - add nodes for L2 interfaces instead of overloading physical interfaces - split L3 interface into bridged and non-bridged variants - support multiple tag-handling l2/l3 interfaces on the same physical interface - allow multiple bridge domains per node - use typed edges between nodes, where each edge contains a state function - restrict the type of operations that can be performed on each edge type Other notable features: - disable each interface with subinterfaces that allow overlapping input tags - add modeling support for individual trunk interfaces attached to multiple bridge domains - Add InterfaceTopology to each interface encompassing tag-handling and bridging configuration - Must be populated prior by end of conversion - Add legacy helpers to populate interface topology for existing vendors - Replaces switchport/encapuslation settings as source of truth for behavior - Existing settings preserved as informational
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Reviewable status: 0 of 131 files reviewed, 1 unresolved discussion (waiting on @anothermattbrown, @corinaminer, @dhalperi, and @sfraint)
a discussion (no related file):
self-merge only
Codecov Report
@@ Coverage Diff @@
## master #8246 +/- ##
============================================
- Coverage 74.57% 74.54% -0.03%
- Complexity 43706 44168 +462
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Files 3403 3471 +68
Lines 169347 170965 +1618
Branches 20225 20441 +216
============================================
+ Hits 126289 127447 +1158
- Misses 33489 33812 +323
- Partials 9569 9706 +137
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Move to a more granular model with reified state functions associated with edges.
Major differences over old "new l3 adjacencies" algorithm:
Other notable features: