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Merged in rnicoll-docs-nms-fix (pull request #77)
Complete sentence on why nodes are not removed from network map automatically
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docs/build/html/_sources/messaging.txt
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docs/build/html/_sources/messaging.txt
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@ -101,7 +101,8 @@ Supporting the messaging layer is a network map service, which is responsible fo
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Nodes have an internal component, the network map cache, which contains a copy of the network map. When a node starts up
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its cache fetches a copy of the full network map, and requests to be notified of changes. The node then registers itself
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with the network map service, and the service notifies subscribers that a new node has joined the network. Nodes do not
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automatically deregister themselves, so far (for example) nodes going offline briefly for maintenance
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automatically deregister themselves, so (for example) nodes going offline briefly for maintenance are retained in the
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network map, and messages for them will be queued, minimising disruption.
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Nodes submit signed changes to the map service, which then forwards them on to nodes which have requested to be notified
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of changes. This process achieves basic consensus of the overall network map, although currently it has no formal
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docs/build/html/messaging.html
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docs/build/html/messaging.html
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@ -245,7 +245,8 @@ nodes run in parallel, just as they would on a real network spread over multiple
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Nodes have an internal component, the network map cache, which contains a copy of the network map. When a node starts up
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its cache fetches a copy of the full network map, and requests to be notified of changes. The node then registers itself
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with the network map service, and the service notifies subscribers that a new node has joined the network. Nodes do not
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automatically deregister themselves, so far (for example) nodes going offline briefly for maintenance</p>
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automatically deregister themselves, so (for example) nodes going offline briefly for maintenance are retained in the
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network map, and messages for them will be queued, minimising disruption.</p>
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<p>Nodes submit signed changes to the map service, which then forwards them on to nodes which have requested to be notified
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of changes. This process achieves basic consensus of the overall network map, although currently it has no formal
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process for identifying or recovering from issues such as network outages. Later versions are planned to address this.</p>
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@ -101,7 +101,8 @@ Supporting the messaging layer is a network map service, which is responsible fo
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Nodes have an internal component, the network map cache, which contains a copy of the network map. When a node starts up
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its cache fetches a copy of the full network map, and requests to be notified of changes. The node then registers itself
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with the network map service, and the service notifies subscribers that a new node has joined the network. Nodes do not
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automatically deregister themselves, so far (for example) nodes going offline briefly for maintenance
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automatically deregister themselves, so (for example) nodes going offline briefly for maintenance are retained in the
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network map, and messages for them will be queued, minimising disruption.
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Nodes submit signed changes to the map service, which then forwards them on to nodes which have requested to be notified
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of changes. This process achieves basic consensus of the overall network map, although currently it has no formal
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