mirror of
https://github.com/PeernetOfficial/Cmd.git
synced 2026-07-17 02:47:52 +01:00
345 lines
13 KiB
Go
345 lines
13 KiB
Go
/*
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File Name: Command Debug.go
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Copyright: 2021 Peernet Foundation s.r.o.
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Author: Peter Kleissner
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*/
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package main
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import (
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"bytes"
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"encoding/hex"
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"fmt"
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"sync"
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"time"
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"github.com/PeernetOfficial/core"
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"github.com/PeernetOfficial/core/btcec"
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"github.com/PeernetOfficial/core/dht"
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"github.com/PeernetOfficial/core/protocol"
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)
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// debugCmdConnect connects to the node ID
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func debugCmdConnect(backend *core.Backend, nodeID []byte) {
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fmt.Printf("---------------- Connect to node %s ----------------\n", hex.EncodeToString(nodeID))
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defer fmt.Printf("---------------- done node %s ----------------\n", hex.EncodeToString(nodeID))
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// in local DHT list?
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_, peer := backend.IsNodeContact(nodeID)
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if peer != nil {
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fmt.Printf("* In local routing table: Yes.\n")
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} else {
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fmt.Printf("* In local routing table: No. Lookup via DHT. Timeout = 10 seconds.\n")
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hashMonitorControl(nodeID, 0)
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defer hashMonitorControl(nodeID, 1)
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// Discovery via DHT.
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_, peer, _ = backend.FindNode(nodeID, time.Second*10)
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if peer == nil {
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fmt.Printf("* Not found via DHT :(\n")
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return
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}
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fmt.Printf("* Successfully discovered via DHT.\n")
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}
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fmt.Printf("* Peer details:\n")
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fmt.Printf(" Uncontacted: %t\n", peer.IsVirtual())
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fmt.Printf(" Root peer: %t\n", peer.IsRootPeer)
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fmt.Printf(" User Agent: %s\n", peer.UserAgent)
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fmt.Printf(" Firewall: %t\n", peer.IsFirewallReported())
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// virtual peer?
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if peer.IsVirtual() {
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fmt.Printf("* Peer is virtual and was not contacted before. Sending out ping.\n")
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peer.Ping()
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} else {
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fmt.Printf("* Connections:\n")
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fmt.Printf("%s", textPeerConnections(peer))
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}
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// ping via all connections TODO
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//fmt.Printf("* Sending ping:\n")
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}
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// ---- filter for outgoing DHT searches ----
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// debug output of monitored keys searched in the DHT
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var monitorKeys map[string]struct{}
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var monitorKeysMutex sync.RWMutex
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var enableMonitorAll = false // Enables output for all searches. Otherwise it only monitors searches stored in monitorKeys.
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// hashMonitorControl adds (0), removes (1), or inverts (2) a hash on the list
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func hashMonitorControl(key []byte, action int) (added bool) {
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monitorKeysMutex.Lock()
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defer monitorKeysMutex.Unlock()
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switch action {
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case 0:
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monitorKeys[string(key)] = struct{}{}
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added = true
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case 1:
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delete(monitorKeys, string(key))
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case 2:
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if _, ok := monitorKeys[string(key)]; !ok {
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monitorKeys[string(key)] = struct{}{}
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added = true
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} else {
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delete(monitorKeys, string(key))
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}
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}
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return
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}
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func hashIsMonitored(key []byte) (monitored bool) {
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monitorKeysMutex.Lock()
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_, monitored = monitorKeys[string(key)]
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monitorKeysMutex.Unlock()
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return
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}
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func filterSearchStatus(client *dht.SearchClient, function, format string, v ...interface{}) {
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if !enableMonitorAll && !hashIsMonitored(client.Key) {
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return
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}
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keyA := client.Key
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if len(keyA) > 8 {
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keyA = keyA[:8]
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}
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intend := " ->"
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switch function {
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case "search.sendInfoRequest":
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intend = " >"
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case "dht.FindNode", "dht.Get", "dht.Store":
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intend = " -"
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case "search.startSearch":
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intend = " >"
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}
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fmt.Printf(intend+" "+function+" ["+hex.EncodeToString(keyA)+"] "+format, v...)
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}
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// ---- filter for incoming information requests ----
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var enableWatchIncomingAll = false
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func filterIncomingRequest(peer *core.PeerInfo, Action int, Key []byte, Info interface{}) {
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if !enableWatchIncomingAll && !hashIsMonitored(peer.NodeID) {
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return
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}
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requestType := "UNKNOWN"
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switch Action {
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case protocol.ActionFindSelf:
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requestType = "FIND_SELF"
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case protocol.ActionFindPeer:
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requestType = "FIND_PEER"
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case protocol.ActionFindValue:
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requestType = "FIND_VALUE"
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case protocol.ActionInfoStore:
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requestType = "INFO_STORE"
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}
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if Action == protocol.ActionFindSelf && bytes.Equal(peer.NodeID, Key) {
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fmt.Printf("Info request from %s %s\n", hex.EncodeToString(peer.NodeID), requestType)
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} else {
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fmt.Printf("Info request from %s %s for key %s\n", hex.EncodeToString(peer.NodeID), requestType, hex.EncodeToString(Key))
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}
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}
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// ---- filter for incoming and outgoing packets ----
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func filterMessageIn(peer *core.PeerInfo, raw *protocol.MessageRaw, message interface{}) {
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if !hashIsMonitored(peer.NodeID) {
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// TODO: For Announcement/Response also check data, Traverse the final target
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return
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}
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commandA := "Unknown"
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switch raw.Command {
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case protocol.CommandAnnouncement:
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commandA = "Announcement"
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case protocol.CommandResponse:
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commandA = "Response"
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case protocol.CommandPing:
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commandA = "Ping"
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case protocol.CommandPong:
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commandA = "Pong"
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case protocol.CommandLocalDiscovery:
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commandA = "Local Discovery"
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case protocol.CommandTraverse:
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commandA = "Traverse"
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case protocol.CommandChat:
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commandA = "Chat"
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}
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output := fmt.Sprintf("-------- Node %s Incoming %s --------\n", hex.EncodeToString(peer.NodeID), commandA)
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output += fmt.Sprintf("Sender Peer ID: %s\n", hex.EncodeToString(peer.PublicKey.SerializeCompressed()))
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if !raw.SenderPublicKey.IsEqual(peer.PublicKey) {
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output += fmt.Sprintf("WARNING: Mismatch of public keys, sender %s and packet indicates %s\n", hex.EncodeToString(peer.PublicKey.SerializeCompressed()), hex.EncodeToString(raw.SenderPublicKey.SerializeCompressed()))
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}
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if message == nil {
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output += "(no message decoded)\n"
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} else if announce, ok := message.(*protocol.MessageAnnouncement); ok {
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output += fmt.Sprintf("Fields:\n Protocol supported %d\n", announce.Protocol)
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output += fmt.Sprintf(" Feature bits %d\n", announce.Features)
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output += fmt.Sprintf(" Action bits %d\n", announce.Actions)
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output += fmt.Sprintf(" Blockchain Height %d\n", announce.BlockchainHeight)
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output += fmt.Sprintf(" Blockchain Version %d\n", announce.BlockchainVersion)
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output += fmt.Sprintf(" Port Internal %d\n", announce.PortInternal)
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output += fmt.Sprintf(" Port External %d\n", announce.PortExternal)
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output += fmt.Sprintf(" User Agent %s\n", announce.UserAgent)
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if len(announce.FindPeerKeys) > 0 {
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output += fmt.Sprintf("FIND_PEER %d records:\n", len(announce.FindPeerKeys))
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}
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for _, find := range announce.FindPeerKeys {
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output += fmt.Sprintf(" - Find peer %s\n", hex.EncodeToString(find.Hash))
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}
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if len(announce.FindDataKeys) > 0 {
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output += fmt.Sprintf("FIND_VALUE %d records:\n", len(announce.FindDataKeys))
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}
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for _, find := range announce.FindDataKeys {
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output += fmt.Sprintf(" - Find data %s\n", hex.EncodeToString(find.Hash))
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}
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if len(announce.InfoStoreFiles) > 0 {
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output += fmt.Sprintf("INFO_STORE %d records:\n", len(announce.InfoStoreFiles))
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}
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for _, info := range announce.InfoStoreFiles {
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output += fmt.Sprintf(" - Info store %s, type %d, size %d\n", hex.EncodeToString(info.ID.Hash), info.Type, info.Size)
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}
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} else if response, ok := message.(*protocol.MessageResponse); ok {
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output += fmt.Sprintf("Fields:\n Protocol supported %d\n", response.Protocol)
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output += fmt.Sprintf(" Feature bits %d\n", response.Features)
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output += fmt.Sprintf(" Action bits %d\n", response.Actions)
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output += fmt.Sprintf(" Blockchain Height %d\n", response.BlockchainHeight)
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output += fmt.Sprintf(" Blockchain Version %d\n", response.BlockchainVersion)
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output += fmt.Sprintf(" Port Internal %d\n", response.PortInternal)
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output += fmt.Sprintf(" Port External %d\n", response.PortExternal)
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output += fmt.Sprintf(" User Agent %s\n", response.UserAgent)
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for _, hash := range response.Hash2Peers {
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isLast := ""
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if hash.IsLast {
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isLast = " [last result in sequence]"
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}
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output += fmt.Sprintf(" - Peers known for the hash %s%s\n", hex.EncodeToString(hash.ID.Hash), isLast)
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for n := range hash.Closest {
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output += fmt.Sprintf(" Close peer:\n%s\n", outputPeerRecord(&hash.Closest[n]))
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}
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for n := range hash.Storing {
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output += fmt.Sprintf(" Peer stores:\n%s\n", outputPeerRecord(&hash.Storing[n]))
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}
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}
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for _, find := range response.FilesEmbed {
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output += fmt.Sprintf(" - File embedded %s (%d bytes)\n", hex.EncodeToString(find.ID.Hash), len(find.Data))
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}
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for _, hash := range response.HashesNotFound {
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output += fmt.Sprintf(" - Hash not found %s\n", hex.EncodeToString(hash))
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}
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} else if traverse, ok := message.(*protocol.MessageTraverse); ok {
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output += fmt.Sprintf("Fields:\n Target Peer %s\n", hex.EncodeToString(traverse.TargetPeer.SerializeCompressed()))
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output += fmt.Sprintf(" Authorized Relay Peer %s\n", hex.EncodeToString(traverse.AuthorizedRelayPeer.SerializeCompressed()))
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output += fmt.Sprintf(" Signer Public Key %s\n", hex.EncodeToString(traverse.SignerPublicKey.SerializeCompressed()))
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output += fmt.Sprintf(" Expires %s\n", traverse.Expires.String())
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output += fmt.Sprintf(" IPv4 %s\n", traverse.IPv4.String())
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output += fmt.Sprintf(" Port IPv4 %d\n", traverse.PortIPv4)
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output += fmt.Sprintf(" Port IPv4 Reported External %d\n", traverse.PortIPv4ReportedExternal)
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output += fmt.Sprintf(" IPv6 %s\n", traverse.IPv6.String())
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output += fmt.Sprintf(" Port IPv6 %d\n", traverse.PortIPv6)
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output += fmt.Sprintf(" Port IPv6 Reported External %d\n", traverse.PortIPv6ReportedExternal)
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}
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output += "--------\n"
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fmt.Printf("%s", output)
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}
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func outputPeerRecord(record *protocol.PeerRecord) (output string) {
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output += fmt.Sprintf(" * Peer ID %s\n", hex.EncodeToString(record.PublicKey.SerializeCompressed()))
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output += fmt.Sprintf(" Node ID %s\n", hex.EncodeToString(record.NodeID))
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if record.IPv4 != nil && !record.IPv4.IsUnspecified() {
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output += fmt.Sprintf(" IPv4 %s\n", record.IPv4.String())
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output += fmt.Sprintf(" Port IPv4 %d\n", record.IPv4Port)
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output += fmt.Sprintf(" Port IPv4 Reported Internal %d\n", record.IPv4PortReportedInternal)
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output += fmt.Sprintf(" Port IPv4 Reported External %d\n", record.IPv4PortReportedExternal)
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}
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if record.IPv6 != nil && !record.IPv6.IsUnspecified() {
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output += fmt.Sprintf(" IPv6 %s\n", record.IPv6.String())
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output += fmt.Sprintf(" Port IPv6 %d\n", record.IPv6Port)
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output += fmt.Sprintf(" Port IPv6 Reported Internal %d\n", record.IPv6PortReportedInternal)
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output += fmt.Sprintf(" Port IPv6 Reported External %d\n", record.IPv6PortReportedExternal)
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}
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output += fmt.Sprintf(" Last Contact %s", record.LastContactT.Format(dateFormat))
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return
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}
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func outputOutgoingMessage(peer *core.PeerInfo, packet *protocol.PacketRaw) {
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if !hashIsMonitored(peer.NodeID) {
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// TODO: For Announcement/Response also check data, Traverse the final target
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return
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}
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commandA := "Unknown"
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switch packet.Command {
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case protocol.CommandAnnouncement:
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commandA = "Announcement"
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case protocol.CommandResponse:
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commandA = "Response"
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case protocol.CommandPing:
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commandA = "Ping"
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case protocol.CommandPong:
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commandA = "Pong"
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case protocol.CommandLocalDiscovery:
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commandA = "Local Discovery"
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case protocol.CommandTraverse:
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commandA = "Traverse"
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case protocol.CommandChat:
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commandA = "Chat"
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}
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output := fmt.Sprintf("-------- Node %s Outgoing %s --------\n", hex.EncodeToString(peer.NodeID), commandA)
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output += fmt.Sprintf("Receiver Peer ID: %s\n", hex.EncodeToString(peer.PublicKey.SerializeCompressed()))
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// TODO: Decoding of payload data (done by caller of this function)
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output += "--------\n"
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fmt.Printf("%s", output)
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}
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func filterMessageOutAnnouncement(receiverPublicKey *btcec.PublicKey, peer *core.PeerInfo, packet *protocol.PacketRaw, findSelf bool, findPeer []protocol.KeyHash, findValue []protocol.KeyHash, files []protocol.InfoStore) {
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if peer == nil {
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peer = &core.PeerInfo{PublicKey: receiverPublicKey, NodeID: protocol.PublicKey2NodeID(receiverPublicKey)}
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}
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outputOutgoingMessage(peer, packet)
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}
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func filterMessageOutResponse(peer *core.PeerInfo, packet *protocol.PacketRaw, hash2Peers []protocol.Hash2Peer, filesEmbed []protocol.EmbeddedFileData, hashesNotFound [][]byte) {
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outputOutgoingMessage(peer, packet)
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}
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func filterMessageOutTraverse(peer *core.PeerInfo, packet *protocol.PacketRaw, embeddedPacket *protocol.PacketRaw, receiverEnd *btcec.PublicKey) {
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outputOutgoingMessage(peer, packet)
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}
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func filterMessageOutPing(peer *core.PeerInfo, packet *protocol.PacketRaw, connection *core.Connection) {
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outputOutgoingMessage(peer, packet)
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}
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func filterMessageOutPong(peer *core.PeerInfo, packet *protocol.PacketRaw) {
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outputOutgoingMessage(peer, packet)
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}
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