vp-build/srcpkgs/libIDL/template
Juan RP 85cc462e1d Major infrastructure changes, part 2.
* Moved helpers, common and triggers dirs into xbps-src, where
  they belong.
* Renamed the templates dir to srcpkgs, it was so redundant before.
* Make it possible to add subpkgs with no restriction in names, for
  example udev now has a subpkgs called "libgudev". Previously
  subpkgs were named "${sourcepkg}-${pkgname}".
* xbps-src: changed to look for template files in current directory.
  That means that most arguments from the targets have been removed.
* xbps-src: added a reinstall target, to remove + install.
* xbps-src: do not overwrite binpkgs by default, skip them.

And more that I forgot because it's a mega-commit that I've been
working for some days already...

--HG--
extra : convert_revision : 0f466878584d1e6895d2a234f07ea1b2d1e61b3e
2009-11-22 08:31:44 +01:00

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# Template build file for 'libIDL'.
pkgname=libIDL
version=0.8.13
distfiles="${GNOME_SITE}/$pkgname/0.8/$pkgname-$version.tar.bz2"
build_style=gnu_configure
short_desc="CORBA Interface Definition Language parser"
maintainer="Juan RP <xtraeme@gmail.com>"
checksum=bccc7e10dae979518ff012f8464e47ec4b3558a5456a94c8679653aa0b262b71
long_desc="
libIDL is a library licensed under the GNU LGPL for creating trees of
CORBA Interface Definition Language (IDL) files, which is a
specification for defining portable interfaces. libIDL was initially
written for ORBit (the ORB from the GNOME project, and the primary
means of libIDL distribution). However, the functionality was
designed to be as reusable and portable as possible.
It is written in C, and the aim is to retain the ability to compile it
on a system with a standard C compiler. Preprocessed parser files are
included so you are not forced to rebuild the parser, however an
effort is made to keep the parser and lexer compatible with standard
Unix yacc. Currently, flex is required to generate the lexical
scanner.
With libIDL, you can parse an IDL file which will be automatically run
through the C preprocessor (on systems with one available), and have
detailed error and warning messages displayed. On a compilation
without errors, the tree is returned to the custom application.
libIDL performs compilation phases from lexical analysis to nearly
full semantic analysis with some optimizations, and will attempt to
generate meaningful errors and warnings for invalid or deprecated IDL."
subpackages="$pkgname-devel"
Add_dependency build pkg-config
Add_dependency build flex
Add_dependency full glibc
Add_dependency full glib