When the -mandoc macros encounter a .TH, it loads the old -man macros,
slices up a new .TH, and hands off.
But the .TH arguments are not quoted in the new .TH invokation.
Dates, section names, etc., are split up and scattered across the
headers and footers of the manpage.
Very ugly.
Fix:
The following patch to /usr/share/tmac/tmac.andoc quotes the arguments
before they are (re)interpreted by .TH.
where IC is of the form [::] , [..], or [==], would incorrectly
report an error.
Fixed input mode bug: a literal ^J(i.e., ^V^J) would discard text
following it. Now, a literal ^J is treated as an ordinary ^J - i.e, it
splits a line in two.
not ported to the '386 (xdr_float.c was excluded in the makefile).
Since the '386, like the 68k and sparc, uses IEEE floating point, all
that was needed was to take word ordering into account for
xdr_double().
patch from J.T. Conklin <conklin@talisman.kaleida.com>
hacked to use BYTE_ORDER macros from machine/endian.h
may be. basically to find out whether nfsserver support is in the kernel
earlier and thus avoid the loop problem, call nfssvc() with a bogus fd and
see whether you get a -1 return value or a SIGSYS...
2. "irq ?" sets it to (u_short)-1
3. "irq #" sets it to (1<<#)
4. not specifying an interrupt sets it to 0.
Until someone else comes up with a better scheme, that's the way it is.
If you have a driver that turns the interrupt off, set it to ZERO.
If, after calling XXprobe(), id_irq is still (u_short)-1, that is the same
as if probe() failed.
2. "irq ?" sets it to (u_short)-1
3. "irq #" sets it to (1<<#)
4. not specifying an interrupt sets it to 0.
Until someone else comes up with a better scheme, that's the way it is.
If you have a driver that turns the interrupt off, set it to ZERO.
If, after calling XXprobe(), id_irq is still (u_short)-1, that is the same
as if XXprobe() failed.
and scsi disks. See?
fd0 at fdc0 slave 0: 1.44MB 80 cyl, 2 head, 18 sec
Also, added a define for 720K disks, probably incorrect..
Note: the CMOS is used to find out what type the drive is.
WD1007-derived controllers. In this example, wdc0 is a WD1007-clone,
and wdc1 is a WD1003-clone. WD1007 controllers are generally ESDI
and IDE controllers.
wdc0 at 0x1f0-0x1f7 irq 14 on isa
wd0 at wdc0 targ 0: 322MB 1224 cyl, 15 head, 36 sec <disktype>
wdc1 at 0x170-0x17f irq 7 on isa
wd2 at wdc1 targ 0: (unknown size) <disktype>
