[x] 1. Add a new connection between two given peers.
[x] 2. Get all peers that are connected with a given peer.
[ ] 3. Update the score of a connection of two given peers.
[x] 4. Remove a connection between two given peers.
[ ] 5. Document more about the ideas and concepts of the connection space. See the example below.
Each peer within the connection space is a label. That means that peers are labeled by their connections. The location of peers within the connection space is represented by coordinates. Coordinates are peers within the connection space itself. Thus, a coordinate that represents the location of a peer, labels this specific peer, by being connected to it. This results in a coordinate network which can be seen as separate dimension within the connection space. This dimension reflects the semantic connections within the connection space exactly one to one, because each connection has a coordinate attached to it.
xh3b4sd
commented
8 years ago 
This issue should be addressed before https://github.com/xh3b4sd/anna/issues/238.
1.Add a new connection between two given peers.2.Get all peers that are connected with a given peer.3.Update the score of a connection of two given peers.4.Remove a connection between two given peers.5.Document more about the ideas and concepts of the connection space. See the example below.