false positives for products of primes larger than 2^16. For example,
before this commit:
$ /usr/games/primes 4295360521 4295360522
4295360521
but
$ /usr/games/factor 4295360521
4295360521: 65539 65539
or
$ /usr/games/primes 3825123056546413049 3825123056546413050
3825123056546413049
yet
$ /usr/games/factor 3825123056546413049
3825123056546413049: 165479 23115459100831
or
$ /usr/games/primes 18446744073709551577
18446744073709551577
although
$ /usr/games/factor 18446744073709551577
18446744073709551577: 139646831 132095686967
Incidentally, the above examples show the smallest and largest cases that
were erroneously stated as prime in the range 2^32 .. 3825123056546413049
.. 2^64; the primes(6) program now stops at 3825123056546413050 as
primality tests on larger integers would be by brute force factorization.
In addition, special to the NetBSD version:
. for -d option, skip first difference when start is >65537 as it is incorrect
. corrected usage to mention both the existing -d as well as the new -h option
For original FreeBSD commit message by Colin Percival, see:
http://svnweb.freebsd.org/base?view=revision&revision=272166
- don't specify distance separation between this and the next column for
the last column, since there's no next column.
- don't pop environment you did not push
Move all the reference manuals to subdirs of /usr/share/doc/reference.
We have subdirs ref1-ref9, corresponding to man page sections 1-9.
Everything that's the reference manual for a program (sections 1, 6,
8), C interface (sections 2, 3), driver or file system (section 4),
format or configuration (section 5), or kernel internal interface
(section 9) belongs in here.
Section 7 is a little less clear: some things that might go in section
7 if they were a man page aren't really reference manuals. So I'm only
putting things in reference section 7 that are (to me) clearly
reference material, rather than e.g. tutorials, guides, FAQs, etc.
This obviously leaves some room for debate, especially without first
editing the docs with this distinction in mind, but if people hate
what I've done things can always be moved again.
Note also that while roff macro man pages traditionally go in section
7, I have put all the roff documentation (macros, tools, etc.) in one
place in reference/ref1/roff. This will make it easier to find and
also easier to edit it into some kind of coherent form.
Update the <bsd.doc.mk> infrastructure, and update the docs to match
the new infrastructure.
- Build and install text, ps, pdf, and/or html, not roff sources.
- Don't wire the chapter numbers into the build system, or use them in
the installed pathnames. This didn't matter much when the docs were a
museum, but now that we're theoretically going to start maintaining
them again, we're going to add and remove documents periodically and
having the chapter numbers baked in creates a lot of thrashing for no
purpose.
- Specify the document name explicitly, rather than implicitly in a
path. Use this name (instead of other random strings) as the name
of the installed files.
- Specify the document section, which is the subdirectory of
/usr/share/doc to install into.
- Allow multiple subdocuments. (That is, multiple documents in one
output directory.)
- Enumerate the .png files groff emits along with html so they can be
installed.
- Remove assorted hand-rolled rules for running roff and roff widgetry
and add enough variable settings to make these unnecessary. This
includes support for
- explicit use of soelim
- refer
- tbl
- pic
- eqn
- Forcibly apply at least minimal amounts of sanity to certain
autogenerated roff files.
- Don't exclude USD.doc, SMM.doc, and PSD.doc directories from the
build, as they now actually do stuff.
Note: currently we can't generate pdf. This turns out to be a
nontrivial problem with no immediate solution forthcoming. So for now,
as a workaround, install compressed .ps as the printable form.
this on either a local or internet socket (including via inetd on
either) and it will, or is supposed to, DTRT.
Does not really support ipv6 yet, but in a number of places will no
longer vomit or exhibit UB if it encounters an ipv6 address.
of external data and function declarations between the two programs.
Common constants and defines now go in hunt_common.h. Stuff that belongs
only to hunt is in hunt/hunt_private.h. Stuff that belongs only to huntd
is in huntd/hunt.h.
Copy some declarations that are used in both programs under the same
names (but are not actually the same objects) from huntd/hunt.h to
hunt/hunt_private.h. Move others that are only used in hunt. Remove
some entirely unused material, and tidy up standard includes.
hunt-players mailing list.
In this day and age it doesn't even begin to work: even if you were to
have such a mailing list locally, sendmail wouldn't expand it for you,
the addresses you got back wouldn't be talk-requestable addresses,
talk requests don't cross NAT or firewalls safely, talk doesn't
support ipv6, and nobody runs talkd anyway.
It doesn't make sense to try to replace it with some other kind of
notify scheme either; there might still be a multiuser machine
somewhere with enough simultaneous users that broadcasting something
akin to talk requests locally might make sense, and where a nontrivial
number of the users actually play hunt, but probably not, and if so
those users are likely to be better off using wall(1) anyway. Nowadays
games will be set up by looking for people in chat or by emailing or
texting friends.
Theoretically someone could set up an internet hunt metaserver for
finding hunt games, but that would be something entirely different
anyway and I doubt there's demand.
(or -Wconversion is removed from WARNS=6) as it produces loads of false
positives. The most entertaining of these that I've seen this afternoon:
games/hack/hack.apply.c:143:22: error: conversion to 'unsigned char:1' from 'int' may alter its value [-Werror=conversion]
flags.move = multi = 0;
^
