# sparky/cfg - "Build" settings for package

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

[technotes]

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

[buildtimes]

00.00 hours (or 000.02 minutes) - HP EliteBook 8560w 32GB RAM
00.00 hours (or 000.03 minutes) - Dell Inspiron 6400 2.0 GHz Intel Duo
                                  7200 2GB RAM
00.00 hours (or 000.03 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
exepack    = yes
license    = See "license*.txt" in installed tree
nosyslinks = bin
revision   = 030227
tmpsize    = 1M
unpack     = none

setpaths   = allegro44 alsa jackone xorg

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[depends]
allegro44
alsa
jackone

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

[build]
BINDIR=$PKGDIR_PROD/bin
DOCDIR=$PKGDIR_PROD/doc
mkdir -p $BINDIR $DOCDIR

BTMPDIR=tmp$$
rm -fr $BTMPDIR
mkdir  $BTMPDIR
cd     $BTMPDIR

unzip $PKGDIR_MASTER/sparky.zip
tree2unixtext --run
patch -p1 < $PKGDIR_SPECIAL/sparky.spcpat
cp -a readme.txt $PKGDIR_SPECIAL/license*.txt $DOCDIR/

gcc -o sparky \
    `allegro-config --cflags` *.c \
    `allegro-config --libs`

cp  -a sparky $BINDIR/

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

# 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://bdavis.strangesoft.net/
url_lfs     = n/a
url_tarball = http://bdavis.strangesoft.net/sparky.zip

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

[about]
From the original web site:

"Sparky uses a particle engine  along with a  warp feedback  effect to
animate some stylised sparks  and smoke.  It was the  winning entry in
the Pixelate Particle Effects Competition."

"I developed this demo on a Pentium 233 MHz processor, and it ran fine
in 320x200x8.  There's a comment in the readme.txt file about high re-
solutions being insane, but I'm not so sure about that now that I have
an AthlonXP 1800+!"