Lots of minor cleanup, plus a couple of interesting things.

o Attempt to disable the slot when we detect that there are problems with
  it in our ISR.  This should make polling mode work better for more cards,
  but more work may be needed.  This "disabling" sets the card interrupt
  register to 0.  This worked for me for lots of tests in polling mode.
o Now that I've found datasheets, fix a boatload of magic numbers in the
  source to make it easier to understand.
o Use a table of names rather than a big case statement.
o Cull a few of the "unused" controller types that we map to other times
  that were a vestiage of PAO code that we never merged in the same way.
o Enforce legal IRQs.  You are no longer allowed to try to use IRQs that
  will fail on all known ISA/PCI <-> PCMCIA bridges.  The bridges do not
  have pins for these illegal interrupts, and all of them are listed as
  reserved and/or illegeal in the datasheets depending on which one you
  look at.
o Add comments about how IBM-AT based computers and NEC PC-98 based computers
  map these interrupts and which ones are valid.
o Always clear the bit that steers the management interrupt either to the
  value listed in the PCIC_STAT_INT register.  I've seen this bit get set
  on suspend/resume and after windows boot, and it does't hurt to clear it.
  NOTE: this might mean we can share this interrupt in the future.

1 files changed, 0 insertions, 2 deletions

diff --git a/sys/pccard/slot.h b/sys/pccard/slot.h
index edd1400..f43122c 100644
--- a/sys/pccard/slot.h
+++ b/sys/pccard/slot.h
@@ -66,8 +66,6 @@ struct slot_ctrl {
 				/* Set power values */
 	int	(*ioctl) __P((struct slot *, int, caddr_t));
 				/* ioctl to lower level */
-	void	(*mapirq) __P((struct slot *, int));
-				/* Map interrupt number */
 	void	(*resume) __P((struct slot *));
 				/* suspend/resume support */
 	int	maxmem;		/* Number of allowed memory windows */