void
make_frames(const message &msg, OutputIterator out)
{
const channel ch = msg.get_channel();
switch (msg.get_type()) {
case MSG:
{
msg_frame MSG;
MSG.channel = ch.get_number();
MSG.message = ch.get_message_number();
MSG.more = false;
MSG.sequence = ch.get_sequence_number();
MSG.payload = msg.get_payload();
*out++ = MSG;
}
break;
case RPY:
{
rpy_frame RPY;
RPY.channel = ch.get_number();
RPY.message = ch.get_message_number();
RPY.more = false;
RPY.sequence = ch.get_sequence_number();
RPY.payload = msg.get_payload();
*out++ = RPY;
}
break;
case ANS:
{
ans_frame ANS;
ANS.channel = ch.get_number();
ANS.message = ch.get_message_number();
ANS.more = false;
ANS.sequence = ch.get_sequence_number();
ANS.payload = msg.get_payload();
ANS.answer = ch.get_answer_number();
*out++ = ANS;
}
break;
case ERR:
{
err_frame ERR;
ERR.channel = ch.get_number();
ERR.message = ch.get_message_number();
ERR.more = false;
ERR.sequence = ch.get_sequence_number();
ERR.payload = msg.get_payload();
*out++ = ERR;
}
break;
case NUL:
{
nul_frame NUL;
NUL.channel = ch.get_number();
NUL.message = ch.get_message_number();
NUL.more = false;
NUL.sequence = ch.get_sequence_number();
NUL.payload = msg.get_payload();
*out++ = NUL;
}
break;
case SEQ:
default:
std::cerr << "The message has an invalid frame type.\n";
assert(false);
/// \todo throw ?
}
}
