// Read msg to input stream
public override bool FromBytes(MBinaryReader mbr)
{
// Skip msg_id and msg_len as it has been read by outside.
data.FromBytes(mbr);
if (msg_id != MSG_ID)
{
Console.WriteLine("Invalid msg id when parse msg type [CG_Echo_Request], expect:[17250], real:[" + msg_id + "]");
return(false);
}
if (msg_len != MSG_LEN)
{
Console.WriteLine("Invalid msg len when parse msg type [CG_Echo_Request], expect:[274], real:[" + msg_len + "]");
return(false);
}
return(true);
}
// Read msg to input stream
public override bool FromBytes(MBinaryReader mbr)
{
// Skip msg_id and msg_len as it has been read by outside.
data.FromBytes(mbr);
response_code = (EResponseCode)mbr.ReadInt16();
if (msg_id != MSG_ID)
{
Console.WriteLine("Invalid msg id when parse msg type [GC_Echo_Response], expect:[16542], real:[" + msg_id + "]");
return(false);
}
if (msg_len != MSG_LEN)
{
Console.WriteLine("Invalid msg len when parse msg type [GC_Echo_Response], expect:[276], real:[" + msg_len + "]");
return(false);
}
return(true);
}
// Verify msg type: EchoMsg
private static void Verify_EchoMsg()
{
EchoMsg stSrc = new EchoMsg();
// Make object rand
stSrc.protocol_version = "test";
stSrc.int_param = 76;
stSrc.char_array = "test";
byte[] src_bytes = stSrc.ToBytes();
MBinaryReader mbr = new MBinaryReader(src_bytes);
EchoMsg stDst = new EchoMsg();
stDst.FromBytes(mbr);
// Verify object content
if (stSrc.int_param != stDst.int_param)
{
Console.WriteLine("Failed to verify field: int_param");
}
if (stSrc.enum_value != stDst.enum_value)
{
Console.WriteLine("Failed to verify field: enum_value");
}
// Compare object by bytes
byte[] dst_bytes = stDst.ToBytes();
if (dst_bytes.Length != src_bytes.Length)
{
Console.WriteLine("Failed to verify field: EchoMsg by bytes length");
}
for (int byte_index = 0; byte_index < dst_bytes.Length; ++byte_index)
{
if (src_bytes[byte_index] != dst_bytes[byte_index])
{
Console.WriteLine("Failed to verify field: EchoMsg by bytes length");
}
}
}