- builds correspondance dicts between input name from excel
and names created with convert.py and autodesign in network.py
- correct the corresp_name dicts according to the effective
network autodesign. This supports the case of fiber splitting
and of fused elements
- include the case of parrallel links with only one hop
- interpret the node list constraint given by the user with the dict
- filter the constraints that are not applicable
- add tests for constraints
- correct equipment sheet of mesh_example_topologyv2.xls: morlaix and
loudeac should not appear in node A column since they are fused
ILA and FUSED constraints must be filled with the next node
information in order to avoid confusion on the direction.
for example
eg a----b-----c
| | |
i j k
| | |
e----f-----g
a constraint 'j' given for service i to k leads to 2 possible direction:
i-a-b-j-f-g-k
i-e-f-j-b-c-k
the user must indicate the chossen direction. This ambiguity does not
exist with network input in json format (names are unique).
Signed-off-by: EstherLerouzic <esther.lerouzic@orange.com>
Change-Id: Ia7cf2026e569c8b566459791fc89546b91fb117c
I think that this SNR value represents the most important output of this
example. There's plenty of debugging info on display already, so let's
make this one more prominent.
I was thinking about moving the highlighting to elements' each __str__()
function, but that felt a bit like layering violation to me. I could
have also changed just the transponder's __str__(). In the end, I think
that repeating just the final GSNR at the link-end transponder makes
most sense here. This is aligned with what we talked about at
yesterday's (on 2019-09-18 -- note that this is a backport from #261)
demo for Microsoft, after all.
I have no idea which one of the existing pypi modules is best for these,
and given that we're using just two escape codes, I think it makes sense
not to bother with a more capable third-party module just for two magic
strings.
