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openbsd-ports/devel/ruby-ffi-inliner/Makefile

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Update ruby ports to deal with the regress changes to ruby.port.mk. Start using MODRUBY_REGRESS with ruby, rspec2, and testrb entries. Switch away from manual do_regress targets where possible. Add some patches to make regress tests run for some ports.
2011-11-17 11:08:00 -05:00
# $OpenBSD: Makefile,v 1.3 2011/11/17 16:08:00 jeremy Exp $
Import ruby-ffi-inliner 0.2.4 With ffi-inliner you can run C code within your ruby script: * Mix C snippets in your Ruby code and gulp it on the fly! * It's based on Ruby-FFI so the C code you inject is portable across Ruby implementations! * Yep, it means that you can run it on JRuby too! * Fast compilation through tcc * But it can use the system's compiler (e.g. gcc) on those platforms that don't support tcc (e.g. OSX) or that don't have it installed
2010-12-20 13:05:12 -05:00
COMMENT = embed C code in your ruby script
DISTNAME = ffi-inliner-0.2.4
CATEGORIES = devel
Update ruby ports to deal with the regress changes to ruby.port.mk. Start using MODRUBY_REGRESS with ruby, rspec2, and testrb entries. Switch away from manual do_regress targets where possible. Add some patches to make regress tests run for some ports.
2011-11-17 11:08:00 -05:00
REVISION = 0
Import ruby-ffi-inliner 0.2.4 With ffi-inliner you can run C code within your ruby script: * Mix C snippets in your Ruby code and gulp it on the fly! * It's based on Ruby-FFI so the C code you inject is portable across Ruby implementations! * Yep, it means that you can run it on JRuby too! * Fast compilation through tcc * But it can use the system's compiler (e.g. gcc) on those platforms that don't support tcc (e.g. OSX) or that don't have it installed
2010-12-20 13:05:12 -05:00
HOMEPAGE = http://github.com/remogatto/ffi-inliner
# MIT
PERMIT_PACKAGE_CDROM = Yes
PERMIT_PACKAGE_FTP = Yes
PERMIT_DISTFILES_CDROM = Yes
PERMIT_DISTFILES_FTP = Yes
MODULES = lang/ruby
CONFIGURE_STYLE = ruby gem
BUILD_DEPENDS = ${RUN_DEPENDS}
RUN_DEPENDS = devel/ruby-ffi,${MODRUBY_FLAVOR}
Update ruby ports to deal with the regress changes to ruby.port.mk. Start using MODRUBY_REGRESS with ruby, rspec2, and testrb entries. Switch away from manual do_regress targets where possible. Add some patches to make regress tests run for some ports.
2011-11-17 11:08:00 -05:00
# 1 failure because we don't support the optional tcc dependency
Import ruby-ffi-inliner 0.2.4 With ffi-inliner you can run C code within your ruby script: * Mix C snippets in your Ruby code and gulp it on the fly! * It's based on Ruby-FFI so the C code you inject is portable across Ruby implementations! * Yep, it means that you can run it on JRuby too! * Fast compilation through tcc * But it can use the system's compiler (e.g. gcc) on those platforms that don't support tcc (e.g. OSX) or that don't have it installed
2010-12-20 13:05:12 -05:00
REGRESS_DEPENDS = ${FULLPKGNAME}:${BUILD_PKGPATH}
MODRUBY_REGRESS = rspec
Update ruby ports to deal with the regress changes to ruby.port.mk. Start using MODRUBY_REGRESS with ruby, rspec2, and testrb entries. Switch away from manual do_regress targets where possible. Add some patches to make regress tests run for some ports.
2011-11-17 11:08:00 -05:00
MODRUBY_REGRESS_ENV = LD_PRELOAD=/usr/lib/libpthread.so
MODRUBY_REGRESS_TARGET= spec/ffi-inliner/inliner_spec.rb
Import ruby-ffi-inliner 0.2.4 With ffi-inliner you can run C code within your ruby script: * Mix C snippets in your Ruby code and gulp it on the fly! * It's based on Ruby-FFI so the C code you inject is portable across Ruby implementations! * Yep, it means that you can run it on JRuby too! * Fast compilation through tcc * But it can use the system's compiler (e.g. gcc) on those platforms that don't support tcc (e.g. OSX) or that don't have it installed
2010-12-20 13:05:12 -05:00
.include <bsd.port.mk>
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