// Write msg to output stream
public byte[] ToBytes()
{
MBinaryWriter mbw = new MBinaryWriter();
mbw.WriteString(protocol_version, protocol_version_size);
mbw.Write(int_param);
for (Int32 nElementIndex = 0; nElementIndex < int_array_size; ++nElementIndex)
{
mbw.Write(int_array[nElementIndex]);
}
mbw.WriteString(char_array, char_array_size);
byte[] rand_string_field_bytes = rand_string_field.ToBytes();
mbw.Write(rand_string_field_bytes);
for (Int32 nElementIndex = 0; nElementIndex < rand_string_array_size; ++nElementIndex)
{
byte[] rand_string_array_bytes = rand_string_array[nElementIndex].ToBytes();
mbw.Write(rand_string_array_bytes);
}
mbw.Write((Int16)enum_value);
byte[] EchoMsg_bytes = mbw.ToArray();
mbw.Close();
mbw = null;
// Verify the length of msg
if (EchoMsg_bytes.Length != 270)
{
Console.WriteLine("Invalid msg len, expect:270, real:EchoMsg_bytes.Length");
return(null);
}
return(EchoMsg_bytes);
}
// Verify msg type: RandString
private static void Verify_RandString()
{
RandString stSrc = new RandString();
// Make object rand
stSrc.data = "test";
byte[] src_bytes = stSrc.ToBytes();
MBinaryReader mbr = new MBinaryReader(src_bytes);
RandString stDst = new RandString();
stDst.FromBytes(mbr);
// Verify object content
// Compare object by bytes
byte[] dst_bytes = stDst.ToBytes();
if (dst_bytes.Length != src_bytes.Length)
{
Console.WriteLine("Failed to verify field: RandString 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: RandString by bytes length");
}
}
}