[3.4.1] Custom mCodes not supported in Console

[oozeBot]

We are now extensively using DSF-Python for custom mCodes. However, they are unavailable through the PanelDue's Console. A warning stating "Command is not supported" is returned.

Is this something that can be expanded for it to handle?

[T3P3Tony]

@oozeBot question for @chrishamm about how gcode commands get passed back from other inputs like Serial back to DSF.

[chrishamm]

@oozeBot Thanks for pointing this out, I'll add a fix to RRF. To work-around this limtiation for now, you should be able to create custom macro files for your M-codes and to wrap the M-code again from there.

Example for M1010 S"foobar":

M1010.g:

M1010 S{param.S}

[oozeBot]

@T3P3Tony @chrishamm - Weirdly, we hijacked M587 through DSF-Python for some additional functionality and it is working through the console.. but nothing else is.

Unfortunately, what we need won't work as a macro as it requires user input, but as long as it can be fixed in an upcoming release, we should be in good shape. Thanks!

[chrishamm]

@oozeBot File-dependent M-codes are already sent back to DSF because DSF needs to handle or intercept them:

	// Pass file- and system-related commands to the SBC service if they came from somewhere else.
	// They will be passed back to us via a binary buffer or separate SPI message if necessary.
	if (   reprap.UsingSbcInterface() && reprap.GetSbcInterface().IsConnected() && !gb.IsBinary()
		&& (   code == 0 || code == 1
			|| code == 20 || code == 21 || code == 22 || code == 23 || code == 24 || code == 26 || code == 27 || code == 28
			|| code == 30 || code == 32 || code == 36 || code == 37 || code == 38 || code == 39
			|| code == 112
			|| code == 470 || code == 471
			|| code == 503 || code == 505
			|| code == 540 || code == 550 || code == 552 || code == 586 || (code >= 587 && code <= 589)
			|| code == 703
			|| code == 905 || code == 929 || code == 997 || code == 999
		   )
	   )
	{
		gb.SendToSbc();
		return false;
	}
 

I've just added some new code that makes sure unknown G/M-codes are sent back to DSF before the default action is attempted (i.e. execute Mxxx.g or report an error if that fails).