the jumper which tells 1xx-Bug where to locate its scratch data.
Instead, print a message informing the user to RTFM (which needs to
be updated to include this info. ;-)
While we're here, it's code cleanup time:
- KNF
- WARNS=2
- add header files for prototypes which matter.
- remove most magic constants in favor of segments.h bitfields
- delinuxify
- use lcall instead of a bunch of .byte's for the gate invocation.
- take a first stab at linting.
comments in src/Makefile):
# Sub targets of `make build,' in order:
# buildstartmsg: displays the start time of the build.
# beforeinstall: creates the distribution directories.
# do-force-domestic: check's that FORCE_DOMESTIC isn't set (deprecated.)
# do-share-mk: installs /usr/share/mk files.
# do-cleandir: clean's the tree.
# do-make-obj: create's object directories if required.
# do-check-egcs: check's that we have a modern enough compiler (deprecated.)
# do-make-includes: install include files.
# do-lib-csu: build & install startup object files.
# do-lib: build & install system libraries.
# do-gnu-lib: build & install gnu system libraries.
# do-dependall: builds & install the entire system.
# do-domestic: build & install the domestic tree (deprecated.)
# do-whatisdb: build & install the `whatis.db' man database.
# buildendmsg: displays the end time of the build.
this is something i've wanted to do for years....
goal here is to get the P-5064 PCMCIA slots working, and serve as
the basis for P-6032 interrupt support.
PCMCIA interrupt auto-detection not working -- more work to be
done here.
- Compute the number of CPU pipeline cycles per second using the
mc146818.
- Use the COMPARE interrupt for the hardclock interrupt.
- Collapse all interrupt priorities into a single priority, and use
the CPU interrupt inputs to determine the interrupt source (local
device, PCI device, ISA device, etc.)
This allows us to have interrupt sharing.
scw