On RetroPie, it seems that the joystick input is mixed up with mouse
input, causing both joystick and mouse code to run in response to stick
input. this makes the game impossible to play with a gamepad.
Setting sensitivity to 0 solves this problem, this change just makes it
possible in the UI
Expo makes gamepad stick input non-linear such that small
movements on the stick are less pronounced. This enables
both precise and fast movements, even at higher sensitivity levels.
Expo is applied to all axes equally.
According to the C standard, arguments to the ctype functions
must fit into unsigned char (presumably so they can be implemented
with simple array access). This causes a build time warning on
NetBSD, and may function incorrectly if any UTF-8 strings are used.
Compare case insensitve and copy the case insensitive partial matches into the console. But copy the case sensitive match as soon as there's a full match. Should work under Windows and Linux.
Closes#621.
This can happen in some special cases, like basedir == binarydir. A
common case is Windows. If -basedir isn't given, basedir is set to '.'
and we end up with basedir == binarydir.
In theory adding a dir twice shouldn't be problem, because the first
addition always matches and the second addition is ignored. But I'm
not sure if that always the case in practice.
Working with canonical fullpathes everywhere makes debugging easier.
And it will be used in a later commit to make sure, that each path is
added only once.
* Convert back slashes into forward slashes.
* Make sure that there's no slash at the end.
In theory this is a noop, just making the output somewhat more readable.
This would have prevented the 7.44 release f*ckup. In practise this
shoudl never happen, because there's always baseq2/ but you never know
and it's better to be sure.
This prevents Sys_FindFirst() further down below getting called with
wrong arguments, returning a null pointer. The null pointer crashes
the filesystem. :/
When Q2 runs in windowed mode, SDL can never switch to the wrong the
resolution. The resolution isn't switched, of course. The work around
prevented Q2 from creating Windows larger than the resolution of the
primary display. For example a primary display of 1280x1024 prevented
a window size of 1680x1050 on the much bigger secondary display.
Normally stdout and stderr are buffered. In case of a crash the last
lines aren't written to the stdout.txt, making post mortem debugging
difficult. Forcing both FDs to unbuffered mode ensures that everything
gets written. The performance impact is negliable.
Even tough it is a multi user os, due to BeOs heritage and being backwards
compatible with, the desktop runs as root, thus its dog get eaten after all...
