Hi Javier,
Thanks for the patch. I tested it, and but it did not fix the problem.
By the time the delete handler is called, the peer entry is already gone.
I turn on some debug and compared the open mesh and secured mesh FSM
transitions.
Here is the test I ran:
1 - Node 1 meshed to Node 2
2 - Reduced TX power to 0 dB on Node 2 so Node can't see Node 1
3 - Bring back power to auto on Node 2
4 - Added Node 3 to the mesh
Secured Mesh:
1 - Both Nodes are in ESTAB state
2 - Both Nodes are in ESTAB state, but on Node 1 inactivity counter
keeps increasing until it times out.
When the plink times out, Node 2 still shows a plink ESTAB
3 - Node 1 goes to LISTEN state and stays there, Node 2 remains in ESTAB
state
4 - Node 3 meshed with Node 1 and 2 without any problem
Open Mesh:
1 - Both Nodes are in ESTAB state
2 - Both Nodes are in ESTAB state, but on Node 1 inactivity counter
keeps increasing until it times out.
When the plink times out on Node 1, Node 2 gets a CLS_ACPT event
and goes to LISTEN state.
3 - Node 1 and 2 go to ESTAB state
4 - Node 3 meshed with Node 1 and 2 without any problem
The main difference here, is the CLS_ACPT event which allows the mesh to
come back.
I do not seen this event in the secured mesh, this may be the reason why
Node 2 stays in ESTAB state and
won't re-initiate the peering process.
--Fabrice
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