# slookup/cfg - "Build" settings for package

#---------------------------------------------------------------------

[technotes]

#---------------------------------------------------------------------

[buildtimes]

00.00 hours (or 000.02 minutes) - Dell Inspiron 6400 2.0 GHz Intel Duo
                                  7200 2GB RAM
00.00 hours (or 000.02 minutes) - HP EliteBook 8560w 32GB RAM
00.00 hours (or 000.02 minutes) - ThinkPad E540 i7 4x2 16GB RAM
00.00 hours (or 000.07 minutes) - Compaq 1.7 GHz Intel Pentium 4 512MB
                                  RAM

#---------------------------------------------------------------------

[settings]
configure = none
depends   = none
exepack   = yes
license   = GNU General Public License, version 2 (June 1991)
patches   = required
tmpsize   = 1M

#---------------------------------------------------------------------

[build]
BINDIR=$PKGDIR_PROD/bin
DOCDIR=$PKGDIR_PROD/doc
mkdir -p $BINDIR $DOCDIR
\
make &&
mv slookup $BINDIR/
mv COPYING $DOCDIR/license.txt
mv README  $DOCDIR/readme.txt

#---------------------------------------------------------------------

# Original URLs. These URLs were valid at one point, but may have died
# since then. If you download newer versions of tarballs [etc.], don't
# delete  the  original versions,  as you may not  be able  to replace
# them.

[urls]
url_debian  = n/a
url_home    = http://he.fi/slookup/
url_lfs     = n/a
url_tarball = http://he.fi/slookup/slookup-1.2.tar.gz

#---------------------------------------------------------------------

[about]
slookup is a  simple program that does  parallelized  DNS lookups in a
convenient way. It's useful for log-parsing scripts and one-liners.

"slookup"  reads names (A/MX/NS lookups) or addresses  (in dotted-quad
format for PTR)  from stdin and writes the results  to stdout.  It can
run up to 128 parallel DNS lookup processes (easily overloading a slow
DNS server) which speeds things up dramatically when a large number of
records are involved.  Beware: Output is written in  the order the DNS
replies are received,  which is usually different from the input order
if parallel lookups are done.