func sendDataPacket(pid byte, field raknet.Fields) {
dp := &raknet.DataPacket{
Head: 0x80,
SeqNumber: lastSeq,
Packets: []*raknet.EncapsulatedPacket{
&raknet.EncapsulatedPacket{
Buffer: raknet.GetDataHandler(pid).Write(field),
},
},
}
dp.Encode()
send(dp.Done())
lastSeq++
}
func boilup() {
raknet.InitProtocol()
ocr1 = raknet.GetHandler(0x05).Write(raknet.Fields{
"protocol": uint8(raknet.RaknetProtocol),
"mtuSize": 1464,
}).Done()
ocr2 = raknet.GetHandler(0x07).Write(raknet.Fields{
"serverAddress": func() *net.UDPAddr {
n, _ := net.ResolveUDPAddr("udp", os.Args[1])
return n
}(),
"mtuSize": uint16(1464),
"clientID": uint64(483287947),
}).Done()
dp := &raknet.DataPacket{
Head: 0x80,
SeqNumber: 0,
Packets: []*raknet.EncapsulatedPacket{
&raknet.EncapsulatedPacket{
Buffer: raknet.GetDataHandler(0x13).Write(raknet.Fields{
"address": new(net.UDPAddr),
"systemAddresses": func() []*net.UDPAddr {
r := make([]*net.UDPAddr, 10)
for i := 0; i < 10; i++ {
r[i] = new(net.UDPAddr)
}
return r
}(),
"sendPing": uint64(324324),
"sendPong": uint64(324325),
}),
},
},
}
dp.Encode()
handshake = dp.Done()
}
