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c178900
// MarshalText implements encoding.TextMarshaler. // It will encode a zero if this Int is null.
c178901
// SetValid changes this Int's value and also sets it to be non-null.
c178902
// UnmarshalText implements encoding.TextUnmarshaler. // It will unmarshal to a null Int if the input is a blank or not an integer. // It will return an error if the input is not an integer, blank, or "null".
c178903
// MarshalText implements encoding.TextMarshaler. // It will encode a zero if this Bool is null.
c178904
// MarshalJSON implements json.Marshaler. // It will encode the zero value of time.Time // if this time is invalid.
c178905
// UnmarshalJSON implements json.Unmarshaler. // It supports number and null input. // 0 will not be considered a null Float. // It also supports unmarshalling a sql.NullFloat64.
c178906
// UnmarshalText implements encoding.TextUnmarshaler. // It will unmarshal to a null Float if the input is a blank or not an integer. // It will return an error if the input is not an integer, blank, or "null".
c178907
// newGossipChannel returns a named, usable channel. // It delegates receiving duties to the passed Gossiper.
c178908
// GossipUnicast implements Gossip, relaying msg to dst, which must be a // member of the channel.
c178909
// GossipBroadcast implements Gossip, relaying update to all members of the // channel.
c178910
// Send relays data into the channel topology via random neighbours.
c178911
// SendDown relays data into the channel topology via conn.
c178912
// GobEncode gob-encodes each item and returns the resulting byte slice.
c178913
// newTokenBucket returns a bucket containing capacity tokens, refilled at a // rate of one token per tokenInterval.
c178914
// Blocks until there is a token available. // Not safe for concurrent use by multiple goroutines.
c178915
// Determine the historic token timestamp representing a full bucket
c178916
// PrefixRangeEnd allows Get, Delete, and Watch requests to operate on all keys // with a matching prefix. Pass the prefix to this function, and use the result // as the RangeEnd value.
c178917
// newLocalPeer returns a usable LocalPeer.
c178918
// Connections returns all the connections that the local peer is aware of.
c178919
// createConnection creates a new connection, originating from // localAddr, to peerAddr. If acceptNewPeer is false, peerAddr must // already be a member of the mesh.
c178920
// ACTOR client API // Synchronous.
c178921
// If the connection is successful, it will end up in the local peer's // connections map.
c178922
// SendProtocolMsg implements ProtocolSender.
c178923
// NewStatus returns a Status object, taken as a snapshot from the router.
c178924
// makePeerStatusSlice takes a snapshot of the state of peers.
c178925
// makeUnicastRouteStatusSlice takes a snapshot of the unicast routes in routes.
c178926
// makeBroadcastRouteStatusSlice takes a snapshot of the broadcast routes in routes.
c178927
// makeLocalConnectionStatusSlice takes a snapshot of the active local // connections in the ConnectionMaker.
c178928
// makeTrustedSubnetsSlice makes a human-readable copy of the trustedSubnets.
c178929
// Range implements gRPC KVServer. // Range gets the keys in the range from the store.
c178930
// Put implements gRPC KVServer. // Put puts the given key into the store. // A put request increases the revision of the store, // and generates one event in the event history.
c178931
// Delete implements gRPC KVServer. // Delete deletes the given range from the store. // A delete request increase the revision of the store, // and generates one event in the event history.
c178932
// Txn implements gRPC KVServer. // Txn processes all the requests in one transaction. // A txn request increases the revision of the store, // and generates events with the same revision in the event history. // It is not allowed to modify the same key several times within one txn.
c178933
// Compact implements gRPC KVServer. // Compact compacts the event history in s. User should compact the // event history periodically, or it will grow infinitely.
c178934
// From public API method to proposalc.
c178935
// applyCompare applies the compare request. // It returns the revision at which the comparison happens. If the comparison // succeeds, the it returns true. Otherwise it returns false.
c178936
// Descriptions returns descriptions for all known peers.
c178937
// OnGC adds a new function to be set of functions that will be executed on // all subsequent GC runs, receiving the GC'd peer.
c178938
// OnInvalidateShortIDs adds a new function to a set of functions that will be // executed on all subsequent GC runs, when the mapping from short IDs to // peers has changed.
c178939
// Choose an available short ID at random.
c178940
// fetchWithDefault will use reference fields of the passed peer object to // look up and return an existing, matching peer. If no matching peer is // found, the passed peer is saved and returned.
c178941
// Fetch returns a peer matching the passed name, without incrementing its // refcount. If no matching peer is found, Fetch returns nil.
c178942
// Like fetch, but increments local refcount.
c178943
// FetchByShortID returns a peer matching the passed short ID. // If no matching peer is found, FetchByShortID returns nil.
c178944
// GarbageCollect takes a lock, triggers a GC, and invokes the accumulated GC // callbacks.
c178945
// newRoutes returns a usable Routes based on the LocalPeer and existing Peers.
c178946
// OnChange appends callback to the functions that will be called whenever the // routes are recalculated.
c178947
// Unicast returns the next hop on the unicast route to the named peer, // based on established and symmetric connections.
c178948
// UnicastAll returns the next hop on the unicast route to the named peer, // based on all connections.
c178949
// Broadcast returns the set of peer names that should be notified // when we receive a broadcast message originating from the named peer // based on established and symmetric connections.
c178950
// BroadcastAll returns the set of peer names that should be notified // when we receive a broadcast message originating from the named peer // based on all connections.
c178951
// NewPeer returns a Peer, which can be used as a net.PacketConn. // Clients must Register a mesh.Gossip before calling ReadFrom or WriteTo. // Clients should aggressively consume from ReadFrom.
c178952
// Register injects the mesh.Gossip and enables full-duplex communication. // Clients should consume from ReadFrom without blocking.
c178953
// ReadFrom implements net.PacketConn. // Clients should consume from ReadFrom without blocking.
c178954
// WriteTo implements net.PacketConn.
c178955
// LocalAddr implements net.PacketConn.
c178956
// OnGossip implements mesh.Gossiper. // The buf is a single pkt.
c178957
// OnGossipBroadcast implements mesh.Gossiper. // The buf is a single pkt
c178958
// OnGossipUnicast implements mesh.Gossiper. // The buf is a single pkt.
c178959
// NewDefaultServer is like NewServer, but we take care of creating a // mesh.Router and meshconn.Peer for you, with sane defaults. If you need more // fine-grained control, create the components yourself and use NewServer.
c178960
// PeerNameFromUserInput parses PeerName from a user-provided string.
c178961
// bytes encodes PeerName as a byte slice.
c178962
// NewRouter returns a new router. It must be started.
c178963
// Relay all pending gossip data for each channel via random neighbours.
c178964
// Relay all pending gossip data for each channel via conn.
c178965
// BroadcastTopologyUpdate is invoked whenever there is a change to the mesh // topology, and broadcasts the new set of peers to the mesh.
c178966
// OnGossipUnicast implements Gossiper, but always returns an error, as a // router should only receive gossip broadcasts of TopologyGossipData.
c178967
// OnGossipBroadcast receives broadcasts of TopologyGossipData. // It returns the received update unchanged.
c178968
// Gossip yields the current topology as GossipData.
c178969
// OnGossip receives broadcasts of TopologyGossipData. // It returns an "improved" version of the received update. // See peers.ApplyUpdate.
c178970
// Encode implements GossipData.
c178971
// Construct an empty state object, ready to receive updates. // This is suitable to use at program start. // Other peers will populate us with data.
c178972
// Merge the set into our state, abiding increment-only semantics. // Return a non-nil mesh.GossipData representation of the received set.
c178973
// Merge the set into our state, abiding increment-only semantics. // Return our resulting, complete state.
c178974
// OnGossipBroadcast implements Gossiper.
c178975
// OnGossip should return "everything new I've just learnt". // surrogateGossiper doesn't understand the content of messages, but it can eliminate simple duplicates
c178976
// GenerateKeyPair is used during encrypted protocol introduction.
c178977
// FormSessionKey is used during encrypted protocol introduction.
c178978
// NewTCPCryptoState returns a valid TCPCryptoState.
c178979
// Send implements TCPSender by encoding the msg.
c178980
// Send implements TCPSender by writing the size of the msg as a big-endian // uint32 before the msg. msgs larger than MaxTCPMsgSize are rejected.
c178981
// Send implements TCPSender by sealing and sending the msg as-is.
c178982
// Receive implements TCPReciever by Gob decoding into a byte slice directly.
c178983
// Receive implements TCPReceiver by making a length-limited read into a byte buffer.
c178984
// Receive implements TCPReceiver by reading from the wrapped TCPReceiver and // unboxing the encrypted message, returning the decoded message.
c178985
// Construct a peer with empty state. // Be sure to register a channel, later, // so we can make outbound communication.
c178986
// Increment the counter by one.
c178987
// makeRaftPeer converts a net.Addr into a raft.Peer. // All peers must perform the Addr-to-Peer mapping in the same way. // // The etcd Raft implementation tracks the committed entry for each node ID, // and panics if it discovers a node has lost previously committed entries. // In effect, it assumes commitment implie...
c178988
// String returns the peer name and nickname.
c178989
// Apply f to all peers reachable by peer. If establishedAndSymmetric is true, // only peers with established bidirectional connections will be selected. The // exclude maps is treated as a set of remote peers to blacklist.
c178990
// ParsePeerUID parses a decimal peer UID from a string.
c178991
// Less implements sort.Interface.
c178992
// DoIntro executes the protocol introduction.
c178993
// In the V1 protocol, the intro fields are sent unencrypted. So we // restrict them to an established subset of fields that are assumed // to be safe.
c178994
// newConnectionMaker returns a usable ConnectionMaker, seeded with // peers, making outbound connections from localAddr, and listening on // port. If discovery is true, ConnectionMaker will attempt to // initiate new connections with peers it's not directly connected to.
c178995
// connectionAborted marks the target identified by address as broken, and // puts it in the TargetWaiting state.
c178996
// NewGossipSender constructs a usable GossipSender.
c178997
// Send accumulates the GossipData and will send it eventually. // Send and Broadcast accumulate into different buckets.
c178998
// Broadcast accumulates the GossipData under the given srcName and will send // it eventually. Send and Broadcast accumulate into different buckets.
c178999
// Flush sends all pending data, and returns true if anything was sent since // the previous flush. For testing.