From 54e31f2866bb2d2e28b05eaf08a2e7f85c29fdd0 Mon Sep 17 00:00:00 2001 From: Juan RP Date: Wed, 8 Oct 2008 07:27:10 +0200 Subject: [PATCH] Added imlib2-1.4.0 and libungif-4.1.4 templates. --HG-- extra : convert_revision : f47c0178993ebc48b7952939516b8889b8fca8d5 --- dependencies/build-depends.db | Bin 12800 -> 13824 bytes templates/imlib2.tmpl | 32 ++++++++++++++++++++++++++++++++ templates/libungif.tmpl | 25 +++++++++++++++++++++++++ 3 files changed, 57 insertions(+) create mode 100755 templates/imlib2.tmpl create mode 100755 templates/libungif.tmpl diff --git a/dependencies/build-depends.db b/dependencies/build-depends.db index fce0cb0117cb24d033f70af6c332477f6d601457..ce64cf403e163969a3b32585674cf62da8d537e6 100644 GIT binary patch delta 481 zcmZojX~@|iz@+cMP{Z(rv4i0bV*sNDqX^?0h8+wS7;6}gFm7R7!Z?L-1w#v?3u6Ui z4C57s48}Q=?U`)l7#SECq!<_&7%~|cI2jliBth)N(vtk-{Jb=V&9j*D7zIIMObiSR z5)3ko35+s~GLsc$$|o9_gmE!2FgSxW7^kG97H5~_7ck^xCPifG8tNJ987qL;6=@b` zWx2YBdIow%V1e9HFvmo}H?=s?Co@UcT+c`$GdCwQ$w=2w&qU9FVe&3kx5-;r7O*md z+_RaLjhRUhY0GTr64a|*HF($&)7(zBr`2d*I3U& O&uDTGhu&lf&Hw=Xpl|~K delta 197 zcmZq3X-L^1z@%-%Fo)p_;~mBTMh!+0#y1Q*7%ng#Vcf#FgmDVv3WgR&7sd+47{)6M z8H{r#SFp2L*GD9+5lz`(@7z@Wh3!LWs44`T^~2g3x0kjaWdnv-`JdrY2UtTH)) zb-`pE`;aWo&HZW!|HZYhlN-%~@R5YF3VyZLw0>_-mTTFc> pXK>D8WZBHh#m&L50JfrmaSOv61|LR_$%-=N6Ak1xZxQm52LR#9GKv5I diff --git a/templates/imlib2.tmpl b/templates/imlib2.tmpl new file mode 100755 index 00000000000..a275104e554 --- /dev/null +++ b/templates/imlib2.tmpl @@ -0,0 +1,32 @@ +# Template build file for 'imlib2'. +pkgname=imlib2 +version=1.4.0 +extract_sufx=".tar.gz" +url=http://kent.dl.sourceforge.net/sourceforge/enlightenment +build_style=gnu_configure +short_desc="Image manipulation library" +maintainer="Juan RP " +checksum=5b663a420e1008ddc047665912cad473323803da +long_desc=" + Imlib 2 is the successor to Imlib. It is NOT a newer version - it is a + completely new library. Imlib 2 can be installed alongside Imlib 1.x + without any problems since they are effectively different libraries - BUT + they have very similar functionality. + + Imlib 2 does the following: + + * Load/Save image files from disk in one of many formats + * Render image data onto other images or an X-Windows drawable + * Produce pixmaps and pixmap masks of Images + * Apply filters and transformations to images + * Accept RGBA Data for images and apply colour correction/modifications + * Alpha blend Images on other images or drawables + * Render truetype anti-aliased text straight and at angles + * Render rectangles, anti-aliased lines, and multi-coloured gradients + * Cache data intelligently for maximum performance + * Allocate colours automatically + * Allow full control over caching and color allocation + * Provide highly optimized MMX assembly for core routines + * Provide plug-in filter interface + * Provide on-the-fly runtime plug-in image loading and saving interface + * Fastest image compositing, rendering and manipulation library for X" diff --git a/templates/libungif.tmpl b/templates/libungif.tmpl new file mode 100755 index 00000000000..ba3f5ee32a2 --- /dev/null +++ b/templates/libungif.tmpl @@ -0,0 +1,25 @@ +# Template build file for 'libungif'. +pkgname=libungif +version=4.1.4 +extract_sufx=".tar.bz2" +url=http://kent.dl.sourceforge.net/sourceforge/giflib +build_style=gnu_configure +configure_args="--without-x" +configure_env="ac_cv_lib_X11_main=no" +short_desc="Tools and library routines for working with GIF images" +maintainer="Juan RP " +checksum=f96782d4e305e393a22acd84317c13dc265a21f3 +long_desc=" + Libungif is a giflib-compatible library and tools that saves GIFs using + an uncompressed algorithm that avoids the Unisys patent on the LZW + compression algorithm. + + The tools include programs to clip, rotate, scale, and position + GIF images. It includes code to dump GIFs to an Epson-compatible printer + in graphics mode, and several conversion utilities. + + The library includes program-callable entry points for reading and writing + GIF files, an 8x8 utility font for embedding text in GIFs, and an error + handler. GIF manipulation can be done at a relatively low level by + sequential I/O (which automatically undoes image compression) or at + a higher level by slurping an entire GIF into allocated core."