func decode_door(t *testing.T, rd *stream.Stream, last int, door *pbDoor) {
rd.Seek(0, 0)
d := binutil.NewProtobufDecoder(rd)
posidx := 0
for rd.Position() < last {
_, tag, wire, _ := d.Tag()
switch tag {
case 0:
t.Fatalf("test protobuf decode: got tag 0 when parse door\n")
case 1:
_, door.I32, _ = d.Int32()
case 3:
_, door.S32, _ = d.Sint32()
case 5:
_, door.D32, _ = d.Sfixed32()
case 2:
_, door.I64, _ = d.Int64()
case 4:
_, door.S64, _ = d.Sint64()
case 6:
_, door.D64, _ = d.Sfixed64()
case 10:
_, door.U32, _ = d.Uint32()
case 12:
_, door.X32, _ = d.Fixed32()
case 11:
_, door.U64, _ = d.Uint64()
case 13:
_, door.X64, _ = d.Fixed64()
case 20:
_, door.F32, _ = d.Float32()
case 21:
_, door.F64, _ = d.Float64()
case 30:
_, door.B, _ = d.Bool()
case 31:
_, door.S, _ = d.String()
case 32:
_, door.E, _ = d.Enum()
case 40:
_, u, _ := d.Uint64()
m, L := int64(u), int(u)
dm.SetSize(m)
d.GetBody(dm.Buf()[:m])
decode_pos(t, dm, L, &door.Poslist[posidx])
if dm.Position() != L {
t.Fatalf("test protobuf decode: got pos fail\n")
}
posidx++
default:
d.Skip(wire)
}
}
if rd.Position() != last {
t.Fatalf("test protobuf decode: parse pos, error tail position\n")
}
}
func decode_pos(t *testing.T, rd *stream.Stream, last int, pos *pbPos) {
rd.Seek(0, 0)
d := binutil.NewProtobufDecoder(rd)
for rd.Position() < last {
_, tag, wire, _ := d.Tag()
switch tag {
case 0:
t.Fatalf("test protobuf decode: got tag 0 when parse pos\n")
case 1:
_, pos.X, _ = d.Int32()
case 2:
_, pos.Y, _ = d.Int32()
default:
d.Skip(wire)
}
}
if rd.Position() != last {
t.Fatalf("test protobuf decode: parse pos, error tail position\n")
}
}