// clusterConfig returns a ClusterConfigMessage that is correct for the given peer node
func (m *Model) clusterConfig(node protocol.NodeID) protocol.ClusterConfigMessage {
cm := protocol.ClusterConfigMessage{
ClientName: m.clientName,
ClientVersion: m.clientVersion,
Options: []protocol.Option{
{
Key: "name",
Value: m.nodeName,
},
},
}
m.rmut.RLock()
for _, repo := range m.nodeRepos[node] {
cr := protocol.Repository{
ID: repo,
}
for _, node := range m.repoNodes[repo] {
// NodeID is a value type, but with an underlying array. Copy it
// so we don't grab aliases to the same array later on in node[:]
node := node
// TODO: Set read only bit when relevant
cr.Nodes = append(cr.Nodes, protocol.Node{
ID: node[:],
Flags: protocol.FlagShareTrusted,
})
}
cm.Repositories = append(cm.Repositories, cr)
}
m.rmut.RUnlock()
return cm
}
// clusterConfig returns a ClusterConfigMessage that is correct for the given peer node
func (m *Model) clusterConfig(node protocol.NodeID) protocol.ClusterConfigMessage {
cm := protocol.ClusterConfigMessage{
ClientName: m.clientName,
ClientVersion: m.clientVersion,
Options: []protocol.Option{
{
Key: "name",
Value: m.nodeName,
},
},
}
m.rmut.RLock()
for _, repo := range m.nodeRepos[node] {
cr := protocol.Repository{
ID: repo,
}
for _, node := range m.repoNodes[repo] {
// TODO: Set read only bit when relevant
cr.Nodes = append(cr.Nodes, protocol.Node{
ID: node[:],
Flags: protocol.FlagShareTrusted,
})
}
cm.Repositories = append(cm.Repositories, cr)
}
m.rmut.RUnlock()
return cm
}
