diff --git a/auto/gui.files.go b/auto/gui.files.go index 19839d45c..0a05ef890 100644 --- a/auto/gui.files.go +++ b/auto/gui.files.go @@ -27,7 +27,7 @@ func Assets() map[string][]byte { bs, _ = ioutil.ReadAll(gr) assets["angular/angular.min.js"] = bs - bs, _ = base64.StdEncoding.DecodeString("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") + bs, _ = base64.StdEncoding.DecodeString("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") gr, _ = gzip.NewReader(bytes.NewBuffer(bs)) bs, _ = ioutil.ReadAll(gr) assets["app.js"] = bs @@ -92,7 +92,7 @@ func Assets() map[string][]byte { bs, _ = ioutil.ReadAll(gr) assets["img/logo-text-64.png"] = bs - bs, _ = base64.StdEncoding.DecodeString("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") + bs, _ = base64.StdEncoding.DecodeString("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") gr, _ = gzip.NewReader(bytes.NewBuffer(bs)) bs, _ = ioutil.ReadAll(gr) assets["index.html"] = bs @@ -132,7 +132,7 @@ func Assets() map[string][]byte { bs, _ = ioutil.ReadAll(gr) assets["lang/lang-el.json"] = bs - bs, _ = base64.StdEncoding.DecodeString("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") + bs, _ = base64.StdEncoding.DecodeString("H4sIAAAJbogA/+Qa244bt/U9X0EYCKAFVMXN7cEvxTpO0q0TZxt7GwQwUFBDSiJ2hpyQnFUUY4t+TYH+Rj+lX9JzIYczI8m7Xsc39EXinBsPyXPlzIuPhBD3Ts/PxGO9u/egDOeMWLouEpgGCaiUeOKUJngeF9SPunXBROd3mWAA6cm8DiHhaThC6CFK98i6dltxap3dNa4L4iLItSbhPhq7/hPx3ESTRFnrOltp8VT7K+2JcwLKhEckMcsxZGbeCQubE0Tl7MqsO6+VcFZIK4yN3qmu0p4oxNbUtVhqIZVimrgxgVEyiK2u6wXP+LtKZDUfdmvab/pn0FfnF+Iimtr8JqNxFrFTUCKsXSBD4EECuqbRNs7FdqOt6ALMLyPMr0WI0kfhVkKK2lhmvDVxL7xFswAdBCzI64oE4CKNFY0LUQQduzYskvTbUmfx1uoKVyi+9t55FjKBZdJ25816E8V//i0+vf/Hz8Vf5KVbiofOr+FEFC1i5dAiwSYESIneLDvwg/CAxb4GP6vwSNc60jamUQKbULHOWhFy+JxIXNXhvvfnOwZkoq2tnQQPlmmWEYCJvlaGQgT9F1AfIsrDADkOElNQIUyelocJYeWy1uLi3J4TcvCYCSK4AR61hONtpQdtlXh+z7QP0EOf30Ov4NginAeE2lnZmAoQ0YlW+5XzjZCw1Q1sRyUU7h8EhR1aI55KYl/w9G9rsuHizNo6r0UrIzzZMAcP1yiMXGWg1w10SWS29KF5f2NgU/+mPfpOOoYpaEAIIhvDfrY0MQgJk/Lcij27du4SzRhWK6qNtGsdFhA3NYamb06fiRVICbsQdcPb+gakFnVZUgPbrPAQFBwZhpumhecrXl/AACHFIsQeAL6oYOdoYq/bWlYYWb1Q5HtKLHci7GwFgdau+zW8jammC2u9i+TsYuVdkzdGNFLRxjiwKs4SYA8QUPYISqrIWSRAZED10R7BGGO2zaruYHP9ZLXvYP60BbRtpAyPGPztxZk47YDegoNRgBPnMoSt8xQeX4Y+KgCMzB9hJlRh/M6AilaMapuD8MSirfYp3vbjhKrdUtbiUY4QRDKFHSYdVDrHUCPGcYDeBzLxmapJT/pPIA445yngEHYCGhP2Lj6iHUATuYUQi66OqQf2roGUMXtsHn4STojvJegsIBdITN8/ZXRyvmxaa3MFpwN5E3MPgGdmoRdCOTDMKPSvYHlKp6nvxMnTPta6zSGVNmAMYKLvJNUpmhJ1ecjIiA7xI0QGybXYBJLIXDU1nSnoIKE4hyR2gJrhQ5axyezBmPR7if5KcKQaPmaCXwXF/q8oKPB5Dg76pfgi4ocuQpSFE0CT0L90sCEhsx/E9aym6RpxutaJun9MBF0djaj1la4xOKlKeiVmkLmrDQYwxLagnDJQauKymTSpfldenvqJTg7MgwSkbXzi+kdxIG8fgGZyiLFnj5iGh0OEwqC2SmGtEI3BA4YnstE9GT1kJMTGhKERg394jCD4TY+rVW4K8jAhbA+3QzBkjh9W4inkQcINHnuCtTseMl6GTgJgn71R2dbIgPZgTArBbVMSVDZ6TmYayhR0BohQbYfZSvyU0lrlNVWLZiVgcuV0SDECUsNCPANO6LhgLkiQXlboKbN/nIgK2j1g5l4JMq4IG/DFCta/4jLu/VFmsDlQy0Bg7yscIOtqRbk9Uj03g2h1pYVu2rijeg51VXolwS8O1UbGTtZ3sujX/jbmSkujGCu2kpug4WMi8PrK6C0h03CEGN0dDKjGcGb5a2eqS7Hu0PzgeEPXIhLW0w6y7c1ELOzH0++nPf4UlAh1ah7FGbYUV2A8M/agI5jM1hseR5gxYI+IU8GEMAH3iPGUJ6QEyoQBzJLxNBqCe10LvoAOEpbl7oN7BrysSEQ0HCHEE60V9+ITyIgshevBE6OfgrEigv4TCDTJ4b0fJxTk/YqvUPiuCK1gg3U51dWDgLA1cUNO86oseaKISgaWkMYJRcw/ATG1/kwyhQ1IFcF7qvSYCcB+hUlZB7wxO2xRayG+hz4AHZwujiDz0K0YxLXUIPCyeK2/o7hewW2y8TwsCLyZAxapsDpMSTbHkywNjjt2vXavxHKnifqQLxVEumgC96aDvoxCORS0LcYBMPUcGy3sxV30fN0ZX2+ZXasos6WUiCJ7Wy8aBcx8tV5Fzguvtcw7zpiX2UUF87ICaZxQpsES8UCNdwST2ewa4MdKT3RquoIopaez9e6E5d6NNU3sOl9BrZTuAoePiSDK9Vqjxx9a01Fkzwyu/NC7bWrGx4BM5NqWY28eJgRnRvGJ+Mb5riGCCSgRQkkpzr2LrnL1wXb+BooiZuNB/5Jwp6BCmHcgDQuCrnzEBrxlCT0gROkOa7WtXWTy4wRTIcZSKxomF83BreIWQzXERXqhgYUQOqp2qwfjWe4kYU+NQFc6nPEmy5jgDrB27dpLdZBzgJoyQv/cUJYDX8XNmQtOAni/iEVs692y1g2Zt9iB1XLWtzqKqn8bsIDqLPodyPvvP/81nv0NyOclYBkOTuH1muILxh2wNlOli7duWZuq3gl5JU1N1+Iyihcfd77++Jo26E78L4D/+noxUCG/fuILr2JsEq858UoPOwdoEswVTrMQZWcazKzpTHGDMhGHR6h7R6J7nd/ehGWR2lZ+1+I2dVSLe6rF8QDpOlLBFkGpcEaQLmW0CK3RJb0NADXbWka83Q9z4hXB/IaJzkKn1LZ9ewIiVn0BQpU65A58l0CC+W5UoZH0t6FgPQ3pReZDJZoysnZrOFppyqZ9uAsYHkKkDGBT4u37Urz6F1CGG0VLKD2eFF98OmhSQ/RoBnDKAS0dhg6TLvZCvBTbNUsYz1mZ0MoqrVHJgCluqYkpFSaDzX3fFHvtTYMY9cWX7+/WvXH1ygaWXGZSt8cBEr3kQd8xrIyH2LLB8C2zN6DJX+oWSjq6Jf3sPvgBXgWDFmM2JXdHuVDklB4kAUs4ygPIueigqamJqUlXl+j3x1i2Wl/2h/L/tORy0EOeJjV9MhkOmQr21o7Ay1rasl2vzrg/aTQN3dFc4p1/0XgGBTWue04hFPD3e6LBxZTHBZ3s6fO7yCyqZhc9tg1H8fsiYD5yfEFlULo3XLnOqtxNPecvAZ539+9/pkXqpZ/fy7kh3V+WphHS/J5PU9mZm8hZell8sqfvu1VmsDlsMBC4XD14IZzOZk6v6vEldlnArRkOTdLTv5Kt35m/qOCHl39HJ7qB6pi4okyYXu7Mvvy8ZAz6AKOGnuzkcNKY54zRf36jYP7Z4mROBypmfzghDFgJEFVoSrO/n4zkQ+97ZDXvm5JvfzM/mA19c5vaWfNLp29YUCY6KKzF9xu38J/DdEORdJmdc33ZTajCNL5i/iJn8YH027PwRBf20qaLrDxMiBYj1qP0mcPgKaOxc9fimYPmNcWcj6+ZtGBeJMz19YgtXZ2Uh4wcfco2fEwE2CMRigYZiNdV/UeEjB6DCuGfnz07f0o1zLcXZ5l0DGTidJOFJHk4QoT+BccYMCHC9NJ/OCZr6Nvz90GGGrIdJyB6hRWhDdurkkAp/WulNZt9CfMr/pQHC0L+UnJw7IuRWu9IBd6In/DzKKnoRb6kXh4T8ZzLGvy+05BD0/ek+Yui3mjLd7E5iwd+ZeZohW9M9jHVi+8enkSL0Qu0Uc9uBq5v6PXNWtO0Sx23eE/C7yvwJS4fSIVvKYOGaBjNlabQRsrTtS4cCAQ1OMrMjW8+yguUD1V13vif+cb25/5a9mfXsQCumHMsw+8kU3yhVd+GjAWuOphTTb+vPQBlcoMfJyIFDz66/uh/AAAA//8BAAD//6mHJfiVLwAA") gr, _ = gzip.NewReader(bytes.NewBuffer(bs)) bs, _ = ioutil.ReadAll(gr) assets["lang/lang-en.json"] = bs diff --git a/config/config.go b/config/config.go index 01448862f..e107a65b9 100644 --- a/config/config.go +++ b/config/config.go @@ -101,6 +101,7 @@ type NodeConfiguration struct { Addresses []string `xml:"address,omitempty"` Compression bool `xml:"compression,attr"` CertName string `xml:"certName,attr,omitempty"` + Introducer bool `xml:"introducer,attr"` } type RepositoryNodeConfiguration struct { @@ -153,15 +154,24 @@ func (cfg *Configuration) NodeMap() map[protocol.NodeID]NodeConfiguration { return m } -func (cfg *Configuration) GetNodeConfiguration(nodeid protocol.NodeID) *NodeConfiguration { +func (cfg *Configuration) GetNodeConfiguration(nodeID protocol.NodeID) *NodeConfiguration { for i, node := range cfg.Nodes { - if node.NodeID == nodeid { + if node.NodeID == nodeID { return &cfg.Nodes[i] } } return nil } +func (cfg *Configuration) GetRepoConfiguration(repoID string) *RepositoryConfiguration { + for i, repo := range cfg.Repositories { + if repo.ID == repoID { + return &cfg.Repositories[i] + } + } + return nil +} + func (cfg *Configuration) RepoMap() map[string]RepositoryConfiguration { m := make(map[string]RepositoryConfiguration, len(cfg.Repositories)) for _, r := range cfg.Repositories { diff --git a/gui/app.js b/gui/app.js index 6ddd14b56..a25784120 100644 --- a/gui/app.js +++ b/gui/app.js @@ -666,7 +666,8 @@ syncthing.controller('SyncthingCtrl', function ($scope, $http, $translate, $loca $scope.addNode = function () { $scope.currentNode = { AddressesStr: 'dynamic', - Compression: true + Compression: true, + Introducer: true }; $scope.editingExisting = false; $scope.editingSelf = false; diff --git a/gui/index.html b/gui/index.html index 6bbab694e..e3013d905 100644 --- a/gui/index.html +++ b/gui/index.html @@ -260,6 +260,11 @@ Yes No + +  Introducer + Yes + No +  Version {{connections[nodeCfg.NodeID].ClientVersion}} @@ -388,6 +393,15 @@ +

Compression is recommended in most setups.

+ + +
+
+ +

Any nodes configured on an introducer node will be added to this node as well.

diff --git a/gui/lang/lang-en.json b/gui/lang/lang-en.json index 27fe29bd0..fefd35ae1 100644 --- a/gui/lang/lang-en.json +++ b/gui/lang/lang-en.json @@ -8,10 +8,12 @@ "Allow Anonymous Usage Reporting?": "Allow Anonymous Usage Reporting?", "Announce Server": "Announce Server", "Anonymous Usage Reporting": "Anonymous Usage Reporting", + "Any nodes configured on an introducer node will be added to this node as well.": "Any nodes configured on an introducer node will be added to this node as well.", "Bugs": "Bugs", "CPU Utilization": "CPU Utilization", "Close": "Close", "Comment, when used at the start of a line": "Comment, when used at the start of a line", + "Compression is recommended in most setups.": "Compression is recommended in most setups.", "Connection Error": "Connection Error", "Copyright © 2014 Jakob Borg and the following Contributors:": "Copyright © 2014 Jakob Borg and the following Contributors:", "Delete": "Delete", @@ -42,6 +44,7 @@ "Ignore Patterns": "Ignore Patterns", "Ignore Permissions": "Ignore Permissions", "Incoming Rate Limit (KiB/s)": "Incoming Rate Limit (KiB/s)", + "Introducer": "Introducer", "Inversion of the given condition (i.e. do not exclude)": "Inversion of the given condition (i.e. do not exclude)", "Keep Versions": "Keep Versions", "Last seen": "Last seen", diff --git a/model/model.go b/model/model.go index 1116d652f..d1150d6c1 100644 --- a/model/model.go +++ b/model/model.go @@ -437,18 +437,18 @@ func (m *Model) repoSharedWith(repo string, nodeID protocol.NodeID) bool { return false } -func (m *Model) ClusterConfig(nodeID protocol.NodeID, config protocol.ClusterConfigMessage) { +func (m *Model) ClusterConfig(nodeID protocol.NodeID, cm protocol.ClusterConfigMessage) { m.pmut.Lock() - if config.ClientName == "syncthing" { - m.nodeVer[nodeID] = config.ClientVersion + if cm.ClientName == "syncthing" { + m.nodeVer[nodeID] = cm.ClientVersion } else { - m.nodeVer[nodeID] = config.ClientName + " " + config.ClientVersion + m.nodeVer[nodeID] = cm.ClientName + " " + cm.ClientVersion } m.pmut.Unlock() - l.Infof(`Node %s client is "%s %s"`, nodeID, config.ClientName, config.ClientVersion) + l.Infof(`Node %s client is "%s %s"`, nodeID, cm.ClientName, cm.ClientVersion) - if name := config.GetOption("name"); name != "" { + if name := cm.GetOption("name"); name != "" { l.Infof("Node %s hostname is %q", nodeID, name) node := m.cfg.GetNodeConfiguration(nodeID) if node != nil && node.Name == "" { @@ -456,6 +456,73 @@ func (m *Model) ClusterConfig(nodeID protocol.NodeID, config protocol.ClusterCon m.cfg.Save() } } + + if m.cfg.GetNodeConfiguration(nodeID).Introducer { + // This node is an introducer. Go through the announced lists of repos + // and nodes and add what we are missing. + + var changed bool + for _, repo := range cm.Repositories { + // If we don't have this repository yet, skip it. Ideally, we'd + // offer up something in the GUI to create the repo, but for the + // moment we only handle repos that we already have. + if _, ok := m.repoNodes[repo.ID]; !ok { + continue + } + + nextNode: + for _, node := range repo.Nodes { + var id protocol.NodeID + copy(id[:], node.ID) + + if _, ok := m.nodeRepos[id]; !ok { + // The node is currently unknown. Add it to the config. + + l.Infof("Adding node %v to config (vouched for by introducer %v)", id, nodeID) + newNodeCfg := config.NodeConfiguration{ + NodeID: id, + } + + // The introducers' introducers are also our introducers. + if node.Flags&protocol.FlagIntroducer != 0 { + l.Infof("Node %v is now also an introducer", id) + newNodeCfg.Introducer = true + } + + m.cfg.Nodes = append(m.cfg.Nodes, newNodeCfg) + + changed = true + } + + for _, er := range m.nodeRepos[id] { + if er == repo.ID { + // We already share the repo with this node, so + // nothing to do. + continue nextNode + } + } + + // We don't yet share this repo with this node. Add the node + // to sharing list of the repo. + + l.Infof("Adding node %v to share %q (vouched for by introducer %v)", id, repo.ID, nodeID) + + m.nodeRepos[id] = append(m.nodeRepos[id], repo.ID) + m.repoNodes[repo.ID] = append(m.repoNodes[repo.ID], id) + + repoCfg := m.cfg.GetRepoConfiguration(repo.ID) + repoCfg.Nodes = append(repoCfg.Nodes, config.RepositoryNodeConfiguration{ + NodeID: id, + }) + + changed = true + } + } + + if changed { + m.cfg.Save() + } + } } // Close removes the peer from the model and closes the underlying connection if possible. @@ -1030,10 +1097,14 @@ func (m *Model) clusterConfig(node protocol.NodeID) protocol.ClusterConfigMessag // 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{ + cn := protocol.Node{ ID: node[:], Flags: protocol.FlagShareTrusted, - }) + } + if nodeCfg := m.cfg.GetNodeConfiguration(node); nodeCfg.Introducer { + cn.Flags |= protocol.FlagIntroducer + } + cr.Nodes = append(cr.Nodes, cn) } cm.Repositories = append(cm.Repositories, cr) } diff --git a/model/model_test.go b/model/model_test.go index ebc11d8da..3c044bdfb 100644 --- a/model/model_test.go +++ b/model/model_test.go @@ -306,7 +306,8 @@ func TestClusterConfig(t *testing.T) { cfg := config.New("/tmp/test", node1) cfg.Nodes = []config.NodeConfiguration{ { - NodeID: node1, + NodeID: node1, + Introducer: true, }, { NodeID: node2, @@ -351,9 +352,15 @@ func TestClusterConfig(t *testing.T) { if id := r.Nodes[0].ID; bytes.Compare(id, node1[:]) != 0 { t.Errorf("Incorrect node ID %x != %x", id, node1) } + if r.Nodes[0].Flags&protocol.FlagIntroducer == 0 { + t.Error("Node1 should be flagged as Introducer") + } if id := r.Nodes[1].ID; bytes.Compare(id, node2[:]) != 0 { t.Errorf("Incorrect node ID %x != %x", id, node2) } + if r.Nodes[1].Flags&protocol.FlagIntroducer != 0 { + t.Error("Node2 should not be flagged as Introducer") + } r = cm.Repositories[1] if r.ID != "repo2" { @@ -365,9 +372,15 @@ func TestClusterConfig(t *testing.T) { if id := r.Nodes[0].ID; bytes.Compare(id, node1[:]) != 0 { t.Errorf("Incorrect node ID %x != %x", id, node1) } + if r.Nodes[0].Flags&protocol.FlagIntroducer == 0 { + t.Error("Node1 should be flagged as Introducer") + } if id := r.Nodes[1].ID; bytes.Compare(id, node2[:]) != 0 { t.Errorf("Incorrect node ID %x != %x", id, node2) } + if r.Nodes[1].Flags&protocol.FlagIntroducer != 0 { + t.Error("Node2 should not be flagged as Introducer") + } } func TestIgnores(t *testing.T) { diff --git a/protocol/PROTOCOL.md b/protocol/PROTOCOL.md index d7eed8ec4..29d6eb205 100644 --- a/protocol/PROTOCOL.md +++ b/protocol/PROTOCOL.md @@ -249,7 +249,7 @@ The Node Flags field contains the following single bit flags: 0 1 2 3 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 1 +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ - | Reserved |Pri| Reserved |R|T| + | Reserved |Pri| Reserved |I|R|T| +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ - Bit 31 ("T", Trusted) is set for nodes that participate in trusted @@ -258,6 +258,9 @@ The Node Flags field contains the following single bit flags: - Bit 30 ("R", Read Only) is set for nodes that participate in read only mode. + - Bit 29 ("I", Introducer) is set for nodes that are trusted as cluster + introducers. + - Bits 16 through 28 are reserved and MUST be set to zero. - Bits 14-15 ("Pri) indicate the node's upload priority for this @@ -276,7 +279,7 @@ The Node Flags field contains the following single bit flags: - Bits 0 through 14 are reserved and MUST be set to zero. -Exactly one of the T, R or S bits MUST be set. +Exactly one of the T and R bits MUST be set. The per node Max Local Version field contains the highest local file version number of the files already known to be in the index sent by diff --git a/protocol/protocol.go b/protocol/protocol.go index 1f1d789fb..86fd6199f 100644 --- a/protocol/protocol.go +++ b/protocol/protocol.go @@ -47,6 +47,7 @@ const ( const ( FlagShareTrusted uint32 = 1 << 0 FlagShareReadOnly = 1 << 1 + FlagIntroducer = 1 << 2 FlagShareBits = 0x000000ff )