getFilamentPresent returns the state of the IO pin of the sensor.
So we should use AT_FSENSOR instead of IN_NOZZLE
since the fsensor does not know if the filament is actually in the nozzle.
Such that:
MMU2:E=32766ErrorTitleTextDescription
Becomes:
MMU2:E=32766 ErrorTitle TextDescription
Also simplified the process of combining ErrorTitle and TextDescription
into the msg buffer by using snprintf. This is saver since we only
use dstSize in one place instead of two.
This could cause the printer to crash. The Serial Stream would show
a garbled string.
Also included in this commit:
* The buffer size is increased from 64 bytes to 192 bytes. We need to
take into account the length of the ErrorTitle and ErrorDescription.
* Fix overwrite in ErrorCode message buffer.
When snprintf() if called we need to read the return value to see how
many bytes were written. Then when we call strncpy_P() through
TranslateProgress(), we need to tell the code to start writing
at byte 'len', or &msg[len]. Also we need to update the byte size
which strncpy_P() is allowed to write (64 - len).
This could cause the printer to crash. The Serial Stream would show
a garbled string and the same corruption would appear on the Status
Screen's status line.
makes the code a bit shorter as well, because the compiler can be sure
that the variables are not accessed from the outside of the
fsensor.cpp compilation unit.
Update fw-build.sh
- Output used space of each translation (easier to troubleshoot)
- Read config.h max size per translation
- output variant .map files (easier to troubleshoot and finding missing/unused messages)
This message is never actually shown on the LCD (it's immediately
overwritten by other content). It also include g-code in a translatable
string, which is not a good idea. It's also otherwise identical to
MSG_V2_CALIBRATION, which we should have used.
Just remove it and save some space in the process.
Having the original PRINTER_ACTIVE macro copied at multiple spots doesn't make sense.
Refactoring it into a non-inline function saved ~400 bytes of code.
It should be safe in terms of performance, all occurrences are at non-time critical spots.
Add an additional parameter to control the position of second choice
prompt position (while defaulting to the old).
This allows Yes/No prompts to be equally spaced.
Modify lcd_show_multiscreen_message_two_choices_and_wait_P to also
handle single-screen or empty (no-clear) prompts, making other functions
redundant. Saves 76 bytes.
Change existing functions to simply call
lcd_show_multiscreen_message_two_choices_and_wait_P with the correct
arguments.
This changes the prompt of existing Yes/No messages: the previous prompt
would use the last two lines of the LCD, while the new prompt is using
just the last line of the LCD instead.
Translation do not require updates, since the Yes/No translation was
already the same in both implementations.
Allow running the model checking during autotuning, with the only
exception being the parameter estimation stage where we alter the same
value which is used by the checker (done to conserve memory/code).
With previous changes the model checker will disable/enable itself when
passing through an unavailable R vector entry, allowing to start the
calibration by checking only the stages where the part fan is disabled.
The C/R0 values should be stable enough to provide a fail-safe mechanism
for printers of the same variant right from the factory.
Instead of assuming the model state is always valid, allow NAN values to
pass-through the various check/estimation stages.
This allows running the model checker with incomplete parameters (for
example, missing entries in the R vector) and resume automatically.
Guðni Már Gilbert
Alex Voinea
D.R.racer
3d-gussner
Yuri D'Elia