Some modifications to avoid file name conflicts with other parts and
make it compile. As the glue code to the hardware (spi.c/.h) is
still missing, there are a few warnings, of course.
Changes to this library are tracked in pff.c.
For now this is just a nice demonstration on how to send bytes
over SPI. Add SD_CARD_SELECT_PIN to your configuration board
file manually to see data signals on MOSI dancing on the scope.
The TODO's about SS in arduino*.h were wrong, SS does have a
chip-specific special meaning (used in SPI multi-master or SPI
slave mode). Still, a #define MAX6675_SELECT_PIN is missing.
Squashed in this commit from the SPI development topic branch to
get this first step working:
Author: jbernardis <jeff.bernardis@gmail.com>
2015-02-04 22:35:07
mendel.c: disable SPI in power management only when not needed.
If we want to talk to a SD card connected to SPI, we need SPI
powered, of course.
From Traumflug: nice catch, Jeff!
The idea is to open the user's email client automatically, so
(s)he has not much more to do than to write a sentence about what
went wrong. As easy as possible!
This is work related to issue #159.
This file was never in use and actually didn't even compile.
It didn't disturb so far because its whole content was wrapped
in #if 0. Recently it was fixed to at least compile, but code
quality was found to be poor enough to justify looking for
something written more carefully, which was found in FatFs
sample code.
Big surprise, this makes the binary a whopping 286 bytes smaller
with software endstops enabled. Looking at the produced assembly,
the former code caused gcc to do the float -> integer conversion
at runtime, using a __floatsisf(). Now the X_MIN, X_MAX... values
are compiled in as integers directly.
This is work related to issue #157.
When double-clicking configtool.py, these error messages are
never visible, because the window running the command closes
immediately. Give 10 seconds for reading.
This is related to issue #158.
The trick is to use doubles earlier. As these calculations are
optimised out anyways, binary size and performance is kept.
Verified to have an identical outcome on a few common steps/mm and
acceleration cases.
This branch gained no attendance for years. With the advent of
Configtool it becomes even more unlikely this ever becomes part
of the standard distribution. See also attic/eeconfig/README.
The sensor dialog now checks present values against the list of
presets. This means, if a preset is used and then modified, the
preset choice jumps to <none>. It also means presets are recognized
when modifying a temperature sensor.
This should solve issue #155.
Validation is no longer required, as we now validate in the
creation dialog already. And coloring one item in a two-item list
almost looks like this item were highlighted.
That is, buttons and choices. Coices apparently don't work. Tried
a bit on the table heaters of the sensor and heater lists, but
found nothing which would result in an effect. This control is
not exactly well documented.
This #include "../arduino.h" was the only reason prohibiting
Configtool users from storing printer and board configuration
files wherever they wanted. Good reason to remove this restriciton.
This also solves a part of issue #152.
This should allow to build on any OS with Arduino IDE installed
and/or with avr-gcc & Co. available trough the normal shell.
Instead of looking at the current platform it's looked at wether
an Arduino IDE path is set. If yes, tools inside there are used.
If no such path is set, just the basename is used to let the OS
search for it ($PATH, etc.).
This is related to issue #152.
Tooltips don't size their box after line lengths, but have their
own idea on how wide to make it. Accordingly one should display
text with newlines only for paragraph delimiters.
This also required adjustments to all the board and printer
description comments. No functional change there.
This should solve issue #148.
Formerly, both names were arbitrary and the user had to know
that only heaters ans sensors with matching names would work
together. Accordingly, temp sensors can have only names matching
those of existing heaters. With the exception of "noheater",
which is also provided.
This kind of solves issue #143.
This looks like nitpicking right now, but further changes shall
provide only already existing heater names for temp sensor names,
so the former have to be defined first. Lead the user to follow
this strategy intuitively.
The problem was, applying tooltips to the radio buttons directly
showed no effect on Linux. While this is likely a bug in wxPython,
we can't change this behaviour.
The solution is to also apply these help texts to the surrounding
StaticBox. This works, even for the radio buttons.
This solves issue #149.
Order of heater and temperature sensor can differ, so they can get
different numbers. When printing extruder temperatur, we want to
print the temperature of the sensor matching the extruder heater,
not that of the temp sensor with the same number as the extruder
heater. Same for the bed respectively.
This should partially solve issue #96.
Markus Hitter
Ruslan Popov
Yiannis Mandravellos
David Forrest
jbernardis