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Renamed signals and added ErrorSignal

gql_cataclysm
noah metz 2023-07-30 23:42:47 -06:00
parent 1af94520a8
commit fde2f3ddd4
7 changed files with 89 additions and 76 deletions
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16
ecdh.go
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@ -106,7 +106,7 @@ func (ext *ECDHExt) Field(name string) interface{} {
func (ext *ECDHExt) HandleECDHSignal(ctx *Context, source NodeID, node *Node, signal ECDHSignal) { func (ext *ECDHExt) HandleECDHSignal(ctx *Context, source NodeID, node *Node, signal ECDHSignal) {
ser, _ := signal.Serialize() ser, _ := signal.Serialize()
ctx.Log.Logf("ecdh", "ECDH_SIGNAL: %s->%s - %s", source, node.ID, ser) ctx.Log.Logf("ecdh", "ECDH_SIGNAL: %s->%s - %s", source, node.ID, ser)
switch signal.State { switch signal.Str {
case "req": case "req":
state, exists := ext.ECDHStates[source] state, exists := ext.ECDHStates[source]
if exists == false { if exists == false {
@ -125,7 +125,7 @@ func (ext *ECDHExt) HandleECDHSignal(ctx *Context, source NodeID, node *Node, si
case "resp": case "resp":
state, exists := ext.ECDHStates[source] state, exists := ext.ECDHStates[source]
if exists == false || state.ECKey == nil { if exists == false || state.ECKey == nil {
ctx.Send(node.ID, source, StateSignal{NewDirectSignal(ECDHStateSignalType), "no_req"}) ctx.Send(node.ID, source, StringSignal{NewDirectSignal(ECDHStateSignalType), "no_req"})
} else { } else {
err := VerifyECDHSignal(time.Now(), signal, DEFAULT_ECDH_WINDOW) err := VerifyECDHSignal(time.Now(), signal, DEFAULT_ECDH_WINDOW)
if err == nil { if err == nil {
@ -139,11 +139,11 @@ func (ext *ECDHExt) HandleECDHSignal(ctx *Context, source NodeID, node *Node, si
} }
} }
default: default:
ctx.Log.Logf("ecdh", "unknown echd state %s", signal.State) ctx.Log.Logf("ecdh", "unknown echd state %s", signal.Str)
} }
} }
func (ext *ECDHExt) HandleStateSignal(ctx *Context, source NodeID, node *Node, signal StateSignal) { func (ext *ECDHExt) HandleStateSignal(ctx *Context, source NodeID, node *Node, signal StringSignal) {
ser, _ := signal.Serialize() ser, _ := signal.Serialize()
ctx.Log.Logf("ecdh", "ECHD_STATE: %s->%s - %s", source, node.ID, ser) ctx.Log.Logf("ecdh", "ECHD_STATE: %s->%s - %s", source, node.ID, ser)
} }
@ -151,13 +151,13 @@ func (ext *ECDHExt) HandleStateSignal(ctx *Context, source NodeID, node *Node, s
func (ext *ECDHExt) HandleECDHProxySignal(ctx *Context, source NodeID, node *Node, signal ECDHProxySignal) { func (ext *ECDHExt) HandleECDHProxySignal(ctx *Context, source NodeID, node *Node, signal ECDHProxySignal) {
state, exists := ext.ECDHStates[source] state, exists := ext.ECDHStates[source]
if exists == false { if exists == false {
ctx.Send(node.ID, source, StateSignal{NewDirectSignal(ECDHStateSignalType), "no_req"}) ctx.Send(node.ID, source, StringSignal{NewDirectSignal(ECDHStateSignalType), "no_req"})
} else if state.SharedSecret == nil { } else if state.SharedSecret == nil {
ctx.Send(node.ID, source, StateSignal{NewDirectSignal(ECDHStateSignalType), "no_shared"}) ctx.Send(node.ID, source, StringSignal{NewDirectSignal(ECDHStateSignalType), "no_shared"})
} else { } else {
unwrapped_signal, err := ParseECDHProxySignal(ctx, &signal, state.SharedSecret) unwrapped_signal, err := ParseECDHProxySignal(ctx, &signal, state.SharedSecret)
if err != nil { if err != nil {
ctx.Send(node.ID, source, StateSignal{NewDirectSignal(ECDHStateSignalType), err.Error()}) ctx.Send(node.ID, source, StringSignal{NewDirectSignal(ECDHStateSignalType), err.Error()})
} else { } else {
//TODO: Figure out what I was trying to do here and fix it //TODO: Figure out what I was trying to do here and fix it
ctx.Send(signal.Source, signal.Dest, unwrapped_signal) ctx.Send(signal.Source, signal.Dest, unwrapped_signal)
@ -173,7 +173,7 @@ func (ext *ECDHExt) Process(ctx *Context, source NodeID, node *Node, signal Sign
ecdh_signal := signal.(ECDHProxySignal) ecdh_signal := signal.(ECDHProxySignal)
ext.HandleECDHProxySignal(ctx, source, node, ecdh_signal) ext.HandleECDHProxySignal(ctx, source, node, ecdh_signal)
case ECDHStateSignalType: case ECDHStateSignalType:
ecdh_signal := signal.(StateSignal) ecdh_signal := signal.(StringSignal)
ext.HandleStateSignal(ctx, source, node, ecdh_signal) ext.HandleStateSignal(ctx, source, node, ecdh_signal)
case ECDHSignalType: case ECDHSignalType:
ecdh_signal := signal.(ECDHSignal) ecdh_signal := signal.(ECDHSignal)

10
gql.go
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@ -996,20 +996,20 @@ func (ext *GQLExt) Process(ctx *Context, source NodeID, node *Node, signal Signa
ctx.Log.Logf("gql", "Received read result that wasn't expected - %+v", sig) ctx.Log.Logf("gql", "Received read result that wasn't expected - %+v", sig)
} }
} else if signal.Type() == GQLStateSignalType { } else if signal.Type() == GQLStateSignalType {
sig := signal.(StateSignal) sig := signal.(StringSignal)
switch sig.State { switch sig.Str {
case "start_server": case "start_server":
err := ext.StartGQLServer(ctx, node) err := ext.StartGQLServer(ctx, node)
if err == nil { if err == nil {
ctx.Send(node.ID, source, StateSignal{NewDirectSignal(GQLStateSignalType), "server_started"}) ctx.Send(node.ID, source, StringSignal{NewDirectSignal(GQLStateSignalType), "server_started"})
} }
case "stop_server": case "stop_server":
err := ext.StopGQLServer() err := ext.StopGQLServer()
if err == nil { if err == nil {
ctx.Send(node.ID, source, StateSignal{NewDirectSignal(GQLStateSignalType), "server_stopped"}) ctx.Send(node.ID, source, StringSignal{NewDirectSignal(GQLStateSignalType), "server_stopped"})
} }
default: default:
ctx.Log.Logf("gql", "unknown gql state %s", sig.State) ctx.Log.Logf("gql", "unknown gql state %s", sig.Str)
} }
} }
} }

20
gql_test.go
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@ -25,15 +25,15 @@ func TestGQL(t *testing.T) {
listener_ext := NewListenerExt(10) listener_ext := NewListenerExt(10)
policy := NewAllNodesPolicy(Actions{MakeAction("+")}) policy := NewAllNodesPolicy(Actions{MakeAction("+")})
gql := NewNode(ctx, nil, GQLNodeType, 10, []QueuedSignal{ gql := NewNode(ctx, nil, GQLNodeType, 10, []QueuedSignal{
QueuedSignal{uuid.New(), StateSignal{NewDirectSignal(GQLStateSignalType), "start_server"}, time.Now()}, QueuedSignal{uuid.New(), StringSignal{NewDirectSignal(GQLStateSignalType), "start_server"}, time.Now()},
}, NewLockableExt(), NewACLExt(policy), gql_ext, NewGroupExt(nil), listener_ext) }, NewLockableExt(), NewACLExt(policy), gql_ext, NewGroupExt(nil), listener_ext)
n1 := NewNode(ctx, nil, TestNodeType, 10, nil, NewLockableExt(), NewACLExt(policy)) n1 := NewNode(ctx, nil, TestNodeType, 10, nil, NewLockableExt(), NewACLExt(policy))
err = LinkRequirement(ctx, gql.ID, n1.ID) err = LinkRequirement(ctx, gql.ID, n1.ID)
fatalErr(t, err) fatalErr(t, err)
_, err = WaitForSignal(ctx, listener_ext, 100*time.Millisecond, GQLStateSignalType, func(sig StateSignal) bool { _, err = WaitForSignal(ctx, listener_ext, 100*time.Millisecond, GQLStateSignalType, func(sig StringSignal) bool {
return sig.State == "server_started" return sig.Str == "server_started"
}) })
fatalErr(t, err) fatalErr(t, err)
@ -82,9 +82,9 @@ func TestGQL(t *testing.T) {
resp_2 := SendGQL(req_2) resp_2 := SendGQL(req_2)
ctx.Log.Logf("test", "RESP_2: %s", resp_2) ctx.Log.Logf("test", "RESP_2: %s", resp_2)
ctx.Send(n1.ID, gql.ID, StateSignal{NewDirectSignal(GQLStateSignalType), "stop_server"}) ctx.Send(n1.ID, gql.ID, StringSignal{NewDirectSignal(GQLStateSignalType), "stop_server"})
_, err = WaitForSignal(ctx, listener_ext, 100*time.Millisecond, GQLStateSignalType, func(sig StateSignal) bool { _, err = WaitForSignal(ctx, listener_ext, 100*time.Millisecond, GQLStateSignalType, func(sig StringSignal) bool {
return sig.State == "server_stopped" return sig.Str == "server_stopped"
}) })
} }
@ -111,8 +111,8 @@ func TestGQLDB(t *testing.T) {
err = ctx.Send(gql.ID, gql.ID, StopSignal) err = ctx.Send(gql.ID, gql.ID, StopSignal)
fatalErr(t, err) fatalErr(t, err)
_, err = WaitForSignal(ctx, listener_ext, 100*time.Millisecond, StatusSignalType, func(sig IDStateSignal) bool { _, err = WaitForSignal(ctx, listener_ext, 100*time.Millisecond, StatusSignalType, func(sig IDStringSignal) bool {
return sig.State == "stopped" && sig.ID == gql.ID return sig.Str == "stopped" && sig.ID == gql.ID
}) })
fatalErr(t, err) fatalErr(t, err)
@ -129,8 +129,8 @@ func TestGQLDB(t *testing.T) {
fatalErr(t, err) fatalErr(t, err)
err = ctx.Send(gql_loaded.ID, gql_loaded.ID, StopSignal) err = ctx.Send(gql_loaded.ID, gql_loaded.ID, StopSignal)
fatalErr(t, err) fatalErr(t, err)
_, err = WaitForSignal(ctx, listener_ext, 100*time.Millisecond, StatusSignalType, func(sig IDStateSignal) bool { _, err = WaitForSignal(ctx, listener_ext, 100*time.Millisecond, StatusSignalType, func(sig IDStringSignal) bool {
return sig.State == "stopped" && sig.ID == gql_loaded.ID return sig.Str == "stopped" && sig.ID == gql_loaded.ID
}) })
fatalErr(t, err) fatalErr(t, err)

18
lockable.go
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@ -162,9 +162,9 @@ func LinkRequirement(ctx *Context, dependency NodeID, requirement NodeID) error
} }
// Handle a LockSignal and update the extensions owner/requirement states // Handle a LockSignal and update the extensions owner/requirement states
func (ext *LockableExt) HandleLockSignal(ctx *Context, source NodeID, node *Node, signal StateSignal) { func (ext *LockableExt) HandleLockSignal(ctx *Context, source NodeID, node *Node, signal StringSignal) {
ctx.Log.Logf("lockable", "LOCK_SIGNAL: %s->%s %+v", source, node.ID, signal) ctx.Log.Logf("lockable", "LOCK_SIGNAL: %s->%s %+v", source, node.ID, signal)
state := signal.State state := signal.Str
switch state { switch state {
case "unlock": case "unlock":
if ext.Owner == nil { if ext.Owner == nil {
@ -317,9 +317,9 @@ func (ext *LockableExt) HandleLockSignal(ctx *Context, source NodeID, node *Node
} }
} }
func (ext *LockableExt) HandleLinkStartSignal(ctx *Context, source NodeID, node *Node, signal IDStateSignal) { func (ext *LockableExt) HandleLinkStartSignal(ctx *Context, source NodeID, node *Node, signal IDStringSignal) {
ctx.Log.Logf("lockable", "LINK__START_SIGNAL: %s->%s %+v", source, node.ID, signal) ctx.Log.Logf("lockable", "LINK__START_SIGNAL: %s->%s %+v", source, node.ID, signal)
link_type := signal.State link_type := signal.Str
target := signal.ID target := signal.ID
switch link_type { switch link_type {
case "req": case "req":
@ -351,9 +351,9 @@ func (ext *LockableExt) HandleLinkStartSignal(ctx *Context, source NodeID, node
// Handle LinkSignal, updating the extensions requirements and dependencies as necessary // Handle LinkSignal, updating the extensions requirements and dependencies as necessary
// TODO: Add unlink // TODO: Add unlink
func (ext *LockableExt) HandleLinkSignal(ctx *Context, source NodeID, node *Node, signal StateSignal) { func (ext *LockableExt) HandleLinkSignal(ctx *Context, source NodeID, node *Node, signal StringSignal) {
ctx.Log.Logf("lockable", "LINK_SIGNAL: %s->%s %+v", source, node.ID, signal) ctx.Log.Logf("lockable", "LINK_SIGNAL: %s->%s %+v", source, node.ID, signal)
state := signal.State state := signal.Str
switch state { switch state {
case "linked_as_dep": case "linked_as_dep":
state, exists := ext.Requirements[source] state, exists := ext.Requirements[source]
@ -441,11 +441,11 @@ func (ext *LockableExt) Process(ctx *Context, source NodeID, node *Node, signal
case Direct: case Direct:
switch signal.Type() { switch signal.Type() {
case LinkSignalType: case LinkSignalType:
ext.HandleLinkSignal(ctx, source, node, signal.(StateSignal)) ext.HandleLinkSignal(ctx, source, node, signal.(StringSignal))
case LockSignalType: case LockSignalType:
ext.HandleLockSignal(ctx, source, node, signal.(StateSignal)) ext.HandleLockSignal(ctx, source, node, signal.(StringSignal))
case LinkStartSignalType: case LinkStartSignalType:
ext.HandleLinkStartSignal(ctx, source, node, signal.(IDStateSignal)) ext.HandleLinkStartSignal(ctx, source, node, signal.(IDStringSignal))
default: default:
} }
default: default:

26
lockable_test.go
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@ -40,21 +40,21 @@ func TestLink(t *testing.T) {
err := LinkRequirement(ctx, l1.ID, l2.ID) err := LinkRequirement(ctx, l1.ID, l2.ID)
fatalErr(t, err) fatalErr(t, err)
_, err = WaitForSignal(ctx, l1_listener, time.Millisecond*10, LinkStartSignalType, func(sig IDStateSignal) bool { _, err = WaitForSignal(ctx, l1_listener, time.Millisecond*10, LinkStartSignalType, func(sig IDStringSignal) bool {
return sig.State == "linked_as_req" return sig.Str == "linked_as_req"
}) })
fatalErr(t, err) fatalErr(t, err)
err = ctx.Send(l2.ID, l2.ID, NewStatusSignal("TEST", l2.ID)) err = ctx.Send(l2.ID, l2.ID, NewStatusSignal("TEST", l2.ID))
fatalErr(t, err) fatalErr(t, err)
_, err = WaitForSignal(ctx, l1_listener, time.Millisecond*10, StatusSignalType, func(sig IDStateSignal) bool { _, err = WaitForSignal(ctx, l1_listener, time.Millisecond*10, StatusSignalType, func(sig IDStringSignal) bool {
return sig.State == "TEST" return sig.Str == "TEST"
}) })
fatalErr(t, err) fatalErr(t, err)
_, err = WaitForSignal(ctx, l2_listener, time.Millisecond*10, StatusSignalType, func(sig IDStateSignal) bool { _, err = WaitForSignal(ctx, l2_listener, time.Millisecond*10, StatusSignalType, func(sig IDStringSignal) bool {
return sig.State == "TEST" return sig.Str == "TEST"
}) })
fatalErr(t, err) fatalErr(t, err)
} }
@ -91,8 +91,8 @@ func TestLink10K(t *testing.T) {
for range(lockables) { for range(lockables) {
_, err := WaitForSignal(ctx, l0_listener, time.Millisecond*10, LinkStartSignalType, func(sig IDStateSignal) bool { _, err := WaitForSignal(ctx, l0_listener, time.Millisecond*10, LinkStartSignalType, func(sig IDStringSignal) bool {
return sig.State == "linked_as_req" return sig.Str == "linked_as_req"
}) })
fatalErr(t, err) fatalErr(t, err)
} }
@ -140,15 +140,15 @@ func TestLock(t *testing.T) {
err = LinkRequirement(ctx, l0.ID, l5.ID) err = LinkRequirement(ctx, l0.ID, l5.ID)
fatalErr(t, err) fatalErr(t, err)
linked_as_req := func(sig IDStateSignal) bool { linked_as_req := func(sig IDStringSignal) bool {
return sig.State == "linked_as_req" return sig.Str == "linked_as_req"
} }
locked := func(sig StateSignal) bool { locked := func(sig StringSignal) bool {
return sig.State == "locked" return sig.Str == "locked"
} }
_, err = WaitForSignal(ctx, l1_listener, time.Millisecond*10, LinkStartSignalType, linked_as_req) _, err = WaitForSignal(ctx, l1_listener, time.Millisecond*10, LinkStartSignalType, linked_as_req)
fatalErr(t, err) fatalErr(t, err)
_, err = WaitForSignal(ctx, l1_listener, time.Millisecond*10, LinkStartSignalType, linked_as_req) _, err = WaitForSignal(ctx, l1_listener, time.Millisecond*10, LinkStartSignalType, linked_as_req)
fatalErr(t, err) fatalErr(t, err)

2
node_test.go
Unescape Escape View File

@ -91,7 +91,7 @@ func TestECDH(t *testing.T) {
fatalErr(t, err) fatalErr(t, err)
_, err = WaitForSignal(ctx, n1_listener, 100*time.Millisecond, ECDHSignalType, func(sig ECDHSignal) bool { _, err = WaitForSignal(ctx, n1_listener, 100*time.Millisecond, ECDHSignalType, func(sig ECDHSignal) bool {
return sig.State == "resp" return sig.Str == "resp"
}) })
fatalErr(t, err) fatalErr(t, err)
time.Sleep(10*time.Millisecond) time.Sleep(10*time.Millisecond)

73
signal.go
Unescape Escape View File

@ -17,6 +17,7 @@ import (
type SignalDirection int type SignalDirection int
const ( const (
StopSignalType SignalType = "STOP" StopSignalType SignalType = "STOP"
ErrorSignalType = "ERROR"
StatusSignalType = "STATUS" StatusSignalType = "STATUS"
LinkSignalType = "LINK" LinkSignalType = "LINK"
LockSignalType = "LOCK" LockSignalType = "LOCK"
@ -126,6 +127,18 @@ func NewDirectSignal(signal_type SignalType) BaseSignal {
var StopSignal = NewDownSignal(StopSignalType) var StopSignal = NewDownSignal(StopSignalType)
type ErrorSignal struct {
BaseSignal
Error error `json:"error"`
}
func NewErrorSignal(err error) ErrorSignal {
return ErrorSignal{
BaseSignal: NewDirectSignal(ErrorSignalType),
Error: err,
}
}
type IDSignal struct { type IDSignal struct {
BaseSignal BaseSignal
ID NodeID `json:"id"` ID NodeID `json:"id"`
@ -150,26 +163,26 @@ func NewIDSignal(signal_type SignalType, direction SignalDirection, id NodeID) I
} }
} }
type StateSignal struct { type StringSignal struct {
BaseSignal BaseSignal
State string `json:"state"` Str string `json:"state"`
} }
func (signal StateSignal) Serialize() ([]byte, error) { func (signal StringSignal) Serialize() ([]byte, error) {
return json.Marshal(&signal) return json.Marshal(&signal)
} }
type IDStateSignal struct { type IDStringSignal struct {
BaseSignal BaseSignal
ID NodeID `json:"id"` ID NodeID `json:"id"`
State string `json:"state"` Str string `json:"state"`
} }
func (signal IDStateSignal) Serialize() ([]byte, error) { func (signal IDStringSignal) Serialize() ([]byte, error) {
return json.Marshal(&signal) return json.Marshal(&signal)
} }
func (signal IDStateSignal) String() string { func (signal IDStringSignal) String() string {
ser, err := json.Marshal(signal) ser, err := json.Marshal(signal)
if err != nil { if err != nil {
return "STATE_SER_ERR" return "STATE_SER_ERR"
@ -177,42 +190,42 @@ func (signal IDStateSignal) String() string {
return string(ser) return string(ser)
} }
func NewStatusSignal(status string, source NodeID) IDStateSignal { func NewStatusSignal(status string, source NodeID) IDStringSignal {
return IDStateSignal{ return IDStringSignal{
BaseSignal: NewUpSignal(StatusSignalType), BaseSignal: NewUpSignal(StatusSignalType),
ID: source, ID: source,
State: status, Str: status,
} }
} }
func NewLinkSignal(state string) StateSignal { func NewLinkSignal(state string) StringSignal {
return StateSignal{ return StringSignal{
BaseSignal: NewDirectSignal(LinkSignalType), BaseSignal: NewDirectSignal(LinkSignalType),
State: state, Str: state,
} }
} }
func NewIDStateSignal(signal_type SignalType, direction SignalDirection, state string, id NodeID) IDStateSignal { func NewIDStringSignal(signal_type SignalType, direction SignalDirection, state string, id NodeID) IDStringSignal {
return IDStateSignal{ return IDStringSignal{
BaseSignal: NewBaseSignal(signal_type, direction), BaseSignal: NewBaseSignal(signal_type, direction),
ID: id, ID: id,
State: state, Str: state,
} }
} }
func NewLinkStartSignal(link_type string, target NodeID) IDStateSignal { func NewLinkStartSignal(link_type string, target NodeID) IDStringSignal {
return NewIDStateSignal(LinkStartSignalType, Direct, link_type, target) return NewIDStringSignal(LinkStartSignalType, Direct, link_type, target)
} }
func NewLockSignal(state string) StateSignal { func NewLockSignal(state string) StringSignal {
return StateSignal{ return StringSignal{
BaseSignal: NewDirectSignal(LockSignalType), BaseSignal: NewDirectSignal(LockSignalType),
State: state, Str: state,
} }
} }
func (signal StateSignal) Permission() Action { func (signal StringSignal) Permission() Action {
return MakeAction(signal.Type(), signal.State) return MakeAction(signal.Type(), signal.Str)
} }
type ReadSignal struct { type ReadSignal struct {
@ -250,7 +263,7 @@ func NewReadResultSignal(req_id uuid.UUID, node_type NodeType, exts map[ExtType]
} }
type ECDHSignal struct { type ECDHSignal struct {
StateSignal StringSignal
Time time.Time Time time.Time
ECDSA *ecdsa.PublicKey ECDSA *ecdsa.PublicKey
ECDH *ecdh.PublicKey ECDH *ecdh.PublicKey
@ -258,7 +271,7 @@ type ECDHSignal struct {
} }
type ECDHSignalJSON struct { type ECDHSignalJSON struct {
StateSignal StringSignal
Time time.Time `json:"time"` Time time.Time `json:"time"`
ECDSA []byte `json:"ecdsa_pubkey"` ECDSA []byte `json:"ecdsa_pubkey"`
ECDH []byte `json:"ecdh_pubkey"` ECDH []byte `json:"ecdh_pubkey"`
@ -267,7 +280,7 @@ type ECDHSignalJSON struct {
func (signal *ECDHSignal) MarshalJSON() ([]byte, error) { func (signal *ECDHSignal) MarshalJSON() ([]byte, error) {
return json.Marshal(&ECDHSignalJSON{ return json.Marshal(&ECDHSignalJSON{
StateSignal: signal.StateSignal, StringSignal: signal.StringSignal,
Time: signal.Time, Time: signal.Time,
ECDH: signal.ECDH.Bytes(), ECDH: signal.ECDH.Bytes(),
ECDSA: signal.ECDH.Bytes(), ECDSA: signal.ECDH.Bytes(),
@ -310,9 +323,9 @@ func NewECDHReqSignal(ctx *Context, node *Node) (ECDHSignal, *ecdh.PrivateKey, e
} }
return ECDHSignal{ return ECDHSignal{
StateSignal: StateSignal{ StringSignal: StringSignal{
BaseSignal: NewDirectSignal(ECDHSignalType), BaseSignal: NewDirectSignal(ECDHSignalType),
State: "req", Str: "req",
}, },
Time: now, Time: now,
ECDSA: &node.Key.PublicKey, ECDSA: &node.Key.PublicKey,
@ -352,9 +365,9 @@ func NewECDHRespSignal(ctx *Context, node *Node, req ECDHSignal) (ECDHSignal, []
} }
return ECDHSignal{ return ECDHSignal{
StateSignal: StateSignal{ StringSignal: StringSignal{
BaseSignal: NewDirectSignal(ECDHSignalType), BaseSignal: NewDirectSignal(ECDHSignalType),
State: "resp", Str: "resp",
}, },
Time: now, Time: now,
ECDSA: &node.Key.PublicKey, ECDSA: &node.Key.PublicKey,