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require 'formula'
require 'find'
class Avidemux < Formula
url 'svn://svn.berlios.de/avidemux/branches/avidemux_2.5_branch_gruntster'
homepage 'http://developer.berlios.de/projects/avidemux/'
version '2.5svn'
depends_on 'pkg-config' => :build
depends_on 'cmake' => :build
depends_on 'yasm' => :build
depends_on 'gettext'
depends_on 'aften'
depends_on 'mad'
depends_on 'lame'
depends_on 'faad2'
depends_on 'faac'
depends_on 'a52dec'
depends_on 'libdca'
depends_on 'libogg'
depends_on 'libvorbis'
depends_on 'libvpx'
depends_on 'opencore-amr'
depends_on 'xvid'
depends_on 'x264'
def options
[[ '--with-debug', 'Enable debug build and disable optimization' ]]
end
skip_clean :all if ARGV.include? '--with-debug'
def install
# CMake is coded to use the .svn folder to find the revision,
# but Homebrew doesn't copy .svn here from the cache.
# This modifies CMakeLists.txt to look for .svn in the cache folder.
svnp = "#{HOMEBREW_CACHE}/avidemux--svn"
inreplace 'CMakeLists.txt', 'admGetRevision(${PROJECT_SOURCE_DIR} ADM_SUBVERSION)',
"admGetRevision(\"#{svnp}\" ADM_SUBVERSION)"
# Turn off CMake's builtin app packager for the CLI that we want loose.
inreplace 'avidemux/CMakeLists.txt', 'avidemux2_cli MACOSX_BUNDLE', 'avidemux2_cli'
# Use an identifier that is unique to this app, following Apple's reverse endian style.
# This keeps the settings separate for Avidemux2 and Avidemux3, in case Avidemux3 gets installed.
inreplace 'avidemux/CMakeLists.txt', 'SET(MACOSX_BUNDLE_GUI_IDENTIFIER www.avidemux.org)',
'SET(MACOSX_BUNDLE_GUI_IDENTIFIER org.avidemux.avidemux2)'
# -------------------------------- end of Patches ----------------
# Build the core cli application, avidemux_cli.
# Build the core gui application, avidemux_qt4 if Qt4 is installed.
gettext = Formula.factory('gettext')
topp = Pathname(Dir.pwd)
bldp = topp+'macbuild'
plgp = topp+'plgbuild'
mkdir bldp
mkdir plgp
Dir.chdir bldp
args = std_cmake_parameters.split +
[ "-DCMAKE_VERBOSE_MAKEFILE=false",
"-DCMAKE_PREFIX_PATH=#{gettext.prefix}",
"-DMAC_BUNDLE_DIR=#{bin}",
"-DGTK=OFF",
"-DSDL=OFF" ]
if ARGV.include? '--with-debug' then
ENV.no_optimization
args << '-DCMAKE_BUILD_TYPE=Debug'
args << "-DCMAKE_C_FLAGS_DEBUG=-ggdb3"
args << "-DCMAKE_CXX_FLAGS_DEBUG=-ggdb3"
end
args << topp
system "cmake", *args
system "make"
system "make install"
# g++ links the core applications against unversioned dylibs
# from an internal ffmpeg, even though CMake specifies versioned
# dylibs. CMake then installs the versioned ffmpeg dylibs only.
# This patch creates the missing symlinks for unversioned libs.
# * The lib version numbers are either one or two digits.
# * The version numbers change every couple of months.
# * So this finds the file first, then makes a symlink.
# * The result of this code is a command like this:
# ln_sf lib+'libADM5avcodec.53.dylib', lib+'libADM5avcodec.dylib'
ffpref = 'libADM5'
ffsuff = '.dylib'
%w{ avcodec avformat avutil postproc swscale }.each do |fflib|
ffpat = ffpref+fflib+'.{?,??}'+ffsuff
ffpat = lib+ffpat
nonver = ffpref+fflib+ffsuff
nonver = lib+nonver
hasver = Dir[ffpat]
ln_sf "#{hasver}", "#{nonver}" # Has to be quoted or get ENOENT
end
#--------------------------- End of building Core Apps ------
# Now build the plugins.
Dir.chdir plgp
args = std_cmake_parameters.split +
["-DGTK=OFF",
"-DSDL=OFF",
"-DESD=OFF",
"-DJACK=OFF",
"-DCMAKE_VERBOSE_MAKEFILE=false",
"-DCMAKE_PREFIX_PATH=#{gettext.prefix}",
"-DMAC_BUNDLE_DIR=#{bin}",
"-DAVIDEMUX_LIB_DIR=#{lib}",
"-DAVIDEMUX_SOURCE_DIR=#{topp}",
"-DAVIDEMUX_INSTALL_PREFIX=#{prefix}",
"-DAVIDEMUX_CORECONFIG_DIR=#{bldp}/config" ]
if ARGV.include? '--with-debug' then
args << '-DCMAKE_BUILD_TYPE=Debug'
args << "-DCMAKE_C_FLAGS_DEBUG=-ggdb3"
args << "-DCMAKE_CXX_FLAGS_DEBUG=-ggdb3"
end
args << topp+'plugins'
system "cmake", *args
system "make"
# Each dylib created by this build gets install_name_tool run on it to change
# the internal name of the dylib so it uses the Cellar prefix. Two dylibs need
# to have their internal deps modified to include the Cellar prefix. This fixes
# the cmake install code to include the Cellar prefix rather than strip it, when
# it calls install_name_tool. The two dylibs are only built as part of the Qt gui.
# So check if they exist before patching them.
fxv = 'ADM_videoEncoder/ADM_vidEnc_xvid/qt4/cmake_install.cmake'
fx2 = 'ADM_videoEncoder/ADM_vidEnc_x264/qt4/cmake_install.cmake'
if (File.exists? fxv and File.exists? fx2) then
inreplace fxv, '"libADM_vidEnc_xvid.dylib"', '"${CMAKE_INSTALL_PREFIX}/lib/ADM_plugins/videoEncoder/libADM_vidEnc_xvid.dylib"'
inreplace fx2, '"libADM_vidEnc_x264.dylib"', '"${CMAKE_INSTALL_PREFIX}/lib/ADM_plugins/videoEncoder/libADM_vidEnc_x264.dylib"'
end
system "make install"
# The post-build code to finalize the Qt app using BundleUtilities()
# was never finished, and does not work atm. So do these manually
# if the Qt gui was built:
# 1. The plugin loading code looks for plugins in two places:
# ../lib
# ~/.plugins
# 2. So create a lib directory in the .app, one level up.
# 3. and copy all the plugins we made to it,
# 4. but omit any plugins that are for the CLI only.
# 5. CLI only files end in cli.dylib.
if File.exists? bin+'avidemux2.app' then
lapp = bin+'avidemux2.app/Contents/lib'
papp = bin+'avidemux2.app/Contents/lib/ADM_plugins'
pcellar = lib+'ADM_plugins'
mkdir_p lapp
cp_r pcellar, lapp
Find.find(papp) do |afile|
rm afile if File.fnmatch('*cli.dylib', afile)
end
end
end
def caveats
<<-EOS.undent
The command line program named avidemux2_cli is always built.
The Qt gui named avidemux2 is built if Qt is installed.
The program location is:
#{bin}
EOS
end
def test
system "#{bin}/avidemux2_cli --help"
end
end
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