import os
# Get build variables (buildir, srcdir)
-try:
- top_builddir=os.environ['top_builddir']
-except KeyError:
- # Note: do not initialize here, so that we get
- # a correct default value if the env. var is
- # defined but empty
- top_builddir=None
-if not top_builddir:
- top_builddir = os.path.join( '..', '..' )
- os.environ['top_builddir'] = top_builddir
-
-try:
- srcdir=os.environ['srcdir']
-except KeyError:
- # Note: same as above
- srcdir=None
-if not srcdir:
- srcdir = '.'
-
-vlclib="-lvlc"
-picflag=''
+top_builddir = os.path.join( '..', '..' )
+os.environ['top_builddir'] = top_builddir
+
+# Determine the extra link args. Normally, vlc-config should take care
+# of this and return the right path values, from a development tree or
+# an installed version.
+libtool=False
+linkargs=[]
+d=os.path.join(top_builddir, 'src', '.libs')
+if os.path.exists(d):
+ # We are in a development tree, which was compiled with libtool
+ libtool=True
+ linkargs=[ '-L' + d ]
+else:
+ d=os.path.join(top_builddir, 'src')
+ # We are in a development tree, which was compiled without libtool
+ if os.path.exists(d):
+ linkargs=[ '-L' + d ]
+
+# For out-of-tree compilations
+srcdir = '.'
def get_vlcconfig():
vlcconfig=None
if vlcconfig is None:
return []
else:
- cflags=os.popen('%s --cflags' % vlcconfig, 'r').readline().rstrip().split()
+ cflags=os.popen('%s --cflags vlc' % vlcconfig, 'r').readline().rstrip().split()
return cflags
def get_ldflags():
vlcconfig=get_vlcconfig()
if vlcconfig is None:
- return []
+ return [ '-lvlc' ]
else:
ldflags = []
if os.sys.platform == 'darwin':
ldflags = "-read_only_relocs warning".split()
- ldflags.extend(os.popen('%s --libs vlc %s' % (vlcconfig,
- picflag),
+ ldflags.extend(os.popen('%s --libs external' % vlcconfig,
'r').readline().rstrip().split())
if os.sys.platform == 'darwin':
ldflags.append('-lstdc++')
+ if not libtool:
+ # vlc-config is broken and gives a -lvlc which
+ # does not exist if libtool is disabled.
+ ldflags.remove('-lvlc')
return ldflags
-#source_files = [ 'vlc_module.c', 'vlc_object.c', 'vlc_mediacontrol.c',
+#source_files = [ 'vlc_module.c', 'vlc_mediacontrol.c',
# 'vlc_position.c', 'vlc_instance.c', 'vlc_input.c' ]
source_files = [ 'vlc_module.c' ]
# To compile in a local vlc tree
vlclocal = Extension('vlc',
- sources = [ os.path.join( srcdir, f ) for f in source_files ],
- include_dirs = [ top_builddir,
- os.path.join( srcdir, '..', '..', 'include' ),
- srcdir,
- '/usr/win32/include' ],
- extra_objects = [ vlclib ],
+ sources = [ os.path.join( srcdir, f ) for f in source_files ],
+ include_dirs = [ top_builddir,
+ os.path.join( srcdir, '..', '..', 'include' ),
+ srcdir,
+ '/usr/win32/include' ],
+ extra_objects = [ ],
extra_compile_args = get_cflags(),
- extra_link_args = [ '-L' + os.path.join(top_builddir, 'src') ] + get_ldflags(),
+ extra_link_args = linkargs + get_ldflags(),
)
setup (name = 'VLC Bindings',
video player. Documentation can be found on the VLC wiki :
http://wiki.videolan.org/index.php/ExternalAPI
-The module also provides a Object type, which gives a low-level access
-to the vlc objects and their variables.
-
This module also provides a MediaControl object, which implements an
API inspired from the OMG Audio/Video Stream 1.0 specification.
Documentation can be found on the VLC wiki :
# Get status information
mc.get_stream_information()
-
-# Access lowlevel objets
-o=vlc.Object(1)
-o.info()
-i=o.find_object('input')
-i.list()
-i.get('time')
-
""",
ext_modules = [ vlclocal ])