This change adds a library to connect to the X52 daemon and send
commands and receive responses. The library is a thin wrapper around the
POSIX sockets API. While a client could implement the functions
themselves, the library makes it a little bit easier, as well as
allowing for third-party clients to connect to and communicate with the
daemon.
This change adds the daemon configuration parser and command line
argument parser. This also adds the associated strings to the
translation files, and integrates the daemon into the existing autotools
build framework.
This change replaces the old USB driver with a more modern HID driver.
This uses the HID framework, which means that we don't have to deal with
the USB transport, and only have to parse and report input events.
[skip ci]
Prior to this change, the tests were using the automake simple test
harness. The limitation was that for each set of test cases (e.g.
timezone tests), even if one test failed, it would report every test in
that set as failed. Migrating to TAP allows fine-grained reporting on
every single test case, and allows better investigation into checking
which individual tests failed.
This change also updates the timezone tests to explicitly mark the ones
that check when the timezone is Pacific Daylight Time as expected to
fail. It also updates the clock tests to improve the formatting of the
test case identifier.
This change cleans up a few of the dummy translations in xx_PL using the
open source [Poedit](https://www.poedit.net) editor. Since the editor
also generates the corresponding .mo file, it makes sense to add .mo as
an ignored extension.
[skip ci]
This commit adds the implementation of the stub libusb library in order
to use it in an LD_PRELOAD environment. This also adds the utility
programs to create a device list and sample output to compare against.
With this change, the X52 USB control API is moved to it's own
file in order to better separate the code and make it cleaner.
This change also renames the kernel module to saitek_x52.
This is pretty much bare bones code to get a basic sysfs filesystem
in place. It has only code to create sysfs files for the 3 MFD lines.
Right now, this needs to be enabled by unplugging the joystick,
insmod'ing the x52joy.ko module, rmmod'ing the usbhid module and
replugging the joystick. We don't yet have a /dev/input/ interface
and there's no interrupt message handling yet.
nirenjan