lastReplyLock sync.Mutex // lock for the last reply
lastReply time.Time // time of the last received reply from VPP
+
+ msgControlPing api.Message
+ msgControlPingReply api.Message
}
func newConnection(binapi adapter.VppAPI, attempts int, interval time.Duration) *Connection {
}
c := &Connection{
- vppClient: binapi,
- maxAttempts: attempts,
- recInterval: interval,
- codec: &codec.MsgCodec{},
- msgIDs: make(map[string]uint16),
- msgMap: make(map[uint16]api.Message),
- channels: make(map[uint16]*Channel),
- subscriptions: make(map[uint16][]*subscriptionCtx),
+ vppClient: binapi,
+ maxAttempts: attempts,
+ recInterval: interval,
+ codec: &codec.MsgCodec{},
+ msgIDs: make(map[string]uint16),
+ msgMap: make(map[uint16]api.Message),
+ channels: make(map[uint16]*Channel),
+ subscriptions: make(map[uint16][]*subscriptionCtx),
+ msgControlPing: msgControlPing,
+ msgControlPingReply: msgControlPingReply,
}
binapi.SetMsgCallback(c.msgCallback)
return c
}
// send the control ping request
- ch.reqChan <- &vppRequest{msg: msgControlPing}
+ ch.reqChan <- &vppRequest{msg: c.msgControlPing}
for {
// expect response within timeout period
}
n++
- if c.pingReqID == 0 && msg.GetMessageName() == msgControlPing.GetMessageName() {
+ if c.pingReqID == 0 && msg.GetMessageName() == c.msgControlPing.GetMessageName() {
c.pingReqID = msgID
- msgControlPing = reflect.New(reflect.TypeOf(msg).Elem()).Interface().(api.Message)
- } else if c.pingReplyID == 0 && msg.GetMessageName() == msgControlPingReply.GetMessageName() {
+ c.msgControlPing = reflect.New(reflect.TypeOf(msg).Elem()).Interface().(api.Message)
+ } else if c.pingReplyID == 0 && msg.GetMessageName() == c.msgControlPingReply.GetMessageName() {
c.pingReplyID = msgID
- msgControlPingReply = reflect.New(reflect.TypeOf(msg).Elem()).Interface().(api.Message)
+ c.msgControlPingReply = reflect.New(reflect.TypeOf(msg).Elem()).Interface().(api.Message)
}
if debugMsgIDs {