Training
Module
Use virtual network peering to enable communication across virtual networks in a way that's secure and cost-effective.
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A mesh is a named collection (an interconnected graph) of peer nodes that can communicate among themselves and that are identified by a unique mesh ID. Each node is connected to multiple other nodes. In a well-connected mesh, there is a path between any two nodes, with relatively few hops between the nodes on the furthest edges of the mesh, and the mesh will remain connected even if some nodes or connections drop out. Active nodes in the mesh publish their endpoint information with a corresponding mesh ID so that other peers can find them.
http://schemas.microsoft.com/net/2006/05/peer
.It is important to be aware of popular network features that Peer Channel does not provide. These features, which may all be built on top of Peer Channel, include the following:
Message ordering: Messages originating from a single source may not arrive at all other parties in the same order or in the order that the source sent. Applications that require messages be delivered in a certain order must build it into their applications (for example, by including a monotonically increasing ID with all messages).
Reliable messaging: Peer Channel does not include a mechanism to ensure message reception by all peers. To guarantee message delivery, you must write a reliability layer on top of Peer Channel.
Training
Module
Use virtual network peering to enable communication across virtual networks in a way that's secure and cost-effective.