pulled in by <sys/types.h>, and on a non-NetBSD system (host tool case),
it doesn't really matter (since it's just for the __RCSID macro).
There are larger problems with mkmagic's host tool-ness. A PR has been
filed.
for TARGET_CHAR when building mksyntax. This isn't perfect, but
it lets the host tool work on non-BSD systems without completely
redoing how sh is built.
necessary to allow the card to be detected afterwards. In theory, this
shouldn't be necessary, since we don't touch the page latch yet, but I'm not
going to argue.
sort of error message, over and over again, in different files.
Rather than having the same text repeated in multiple .o files,
create a couple of little functions to do the printing, and save a
bundle of space. Also improves readability of code.
* Require that the path to the C preprocessor be passed in the CPP
environemnt variable, and use it rather than hard-coding "cpp".
Provide the target's preprocessor when invoking makelintstub.
* Fix some quoting issues that turned up with Solaris 8's XPG4 sh and sed.
* Don't use echo -n. Instead, don't bother making the output pretty; the
whitespace isn't supposed to be syntactically significant anyhow.
- when moving the stylus, the cursor was updated only when the screen was
released
- when moving the stylus for too long, the kernel crashed
This was caused by improper delays in SSP read and write, and by interrupt
hammering while the screen is touched). Both led to the machine handling
interrupts all the time and been unable to schedule the X server, therefore
the lack of cursor refresh.
The problem is fixed by
- masking touchpanel interrupts as soon as we are already handling them
- creating a kernel thread (j720ssp) that takes care of keyboard and
touchpanel I/O, instead of doing it in a softintr.
- reducing delays in j720ssp_readwrite operations from 5ms to 0.1ms.
NB: If the delay in j720ssp_readwrite operation is lowered to 0.1, then
switching on the screen using the power key pushes brightness to maximum.
In order to avoid this, we introduce a wait argument to j720ssp_readwrite,
which specify how many microseconds we have to wait. j720ssp_readwrite is
called with wait = 100 everywhere except in j720lcdparam where it is called
with wait = 500. That way it works.
