func DeserializeMessages(msgs []byte) []*BitMessage {
iterator := 0
var vec []*BitMessage
for len(msgs[iterator:]) >= 20 {
msgtype := MessageType(msgs[iterator+4 : iterator+16])
Payloadbyte := msgs[iterator+16 : iterator+20]
Payload := int(mymath.HexRev2Big(Payloadbyte).Int64())
if msgtype == VERSION || msgtype == VERACK {
vec = append(vec, DecodeMessage(msgs[iterator:iterator+20+Payload]))
iterator = iterator + 20 + Payload
} else {
vec = append(vec, DecodeMessage(msgs[iterator:iterator+24+Payload]))
iterator = iterator + 24 + Payload
}
}
/*answer:=make([]BitMessage, vec.Len())
for i:=0;i<vec.Len();i++{
answer[i]=vec.At(i).(BitMessage)
}*/
return vec
}
func DecodeMessage(msg []byte) *BitMessage {
bm := new(BitMessage)
if len(msg) < 20 {
return nil
}
for i := 0; i < 4; i++ {
bm.Magic[i] = msg[0+i]
bm.Length[i] = msg[16+i]
}
for i := 0; i < 12; i++ {
bm.Command[i] = msg[4+i]
}
msgtype := MessageType(msg[4:16])
Payloadbyte := msg[16:20]
Payload := int(mymath.HexRev2Big(Payloadbyte).Int64())
if msgtype == VERSION || msgtype == VERACK {
bm.Payload = nil
if len(msg) < 20+Payload {
return nil
} else {
if msgtype == VERSION {
bm.SetPayloadByte(msg[20 : 20+Payload])
} else if msgtype == VERACK {
}
}
} else {
if len(msg) < 24+Payload {
return nil
} else {
for i := 0; i < 4; i++ {
bm.Checksum[i] = msg[20+i]
}
bm.SetPayloadByte(msg[24 : 24+Payload])
}
}
return bm
}