-# _exec_prefix = os.path.join(os.path.expanduser("~"), "Source", "bootstrap")
-# tarballdir = os.path.join(os.path.expanduser("~"), "Source", "Download")
-
-# .jhbuildrc has a master function, setup_sdk(target, sdk_version,
-# [architectures]) which sets up the build environment. You *must*
-# call it or one of the functions (setup_sdk_10_4(),
-# setup_ppc_build(), or setup_universal_build()) in jhbuildrc-custom.
-#
-# Target can be "10.4", "10.5", or "10.6". It sets
-# MACOS_DEPLOYMENT_TARGET and the -macosx-version-min CFLAG.
-#
-# Setup_sdk can be "10.4u", "10.5", "10.6" or "native". "Native" will
-# not set -sysroot in CFLAGS, so headers and dylibs will come from
-# /usr instead of /Developer/SDKs/MacOSX_sdk.10.foo. If you are
-# building for distribution, you probably want to use the lowest SDK
-# which will successfully build you modules. The exception is if you
-# are building under Tiger, because
-# a) You're already using the lowest compatible SDK
-# b) Cups 1.2.12, which you must install to build Gtk+, installs new
-# headers and libraries into /usr but not into
-# /Developer/SDKs/MacOSX_sdk_10.4u.
-#
-# Architectures is a list (pass the arguments in brackets) which can
-# include the values "ppc", "i386", "x86_64", and _default_arch. That
-# last one is a variable and doesn't get quotes. Don't pass multiple
-# arguments directly to setup_sdk, though, because that would build
-# universal and several packages need special handling to build
-# universal. Use setup_universal_build instead. Do note, though, that
-# while setup_universal_build will build successfully, the result will
-# usually crash because of endianness problems with icon caches. Help
-# is welcome to fix this. The special argument _default_arch is a
-# variable set by jhbuildrc depending on what platform you're on. It
-# doesn't set the -arch CFLAG at all, so your architecture will be
-# whatever you get that way. Note that on Snow Leopard, if you are
-# building on a 64-bit processor (Xeon, Core2duo, or one of the Core
-# iFoo procesors), the architecure is x86_64 by default; otherwise
-# it's i386, which is 32-bit. Be sure to read
-# http://sourceforge.net/apps/trac/gtk-osx/wiki/SnowLeopard.
-#
-# Set up a particular target and SDK: For default operation, set the
-# architecture and SDK for the native machine:
-_target = None;
-if _osx_version.startswith("8"):
- _target = "10.4"
-elif _osx_version.startswith("9"):
- _target = "10.5"
-elif _osx_version.startswith("10"):
- _target = "10.6"
-elif _osx_version.startswith("11"):
- _target = "10.7"
-
-#setup_sdk(target=_target, sdk_version="native", architectures=[_default_arch])
-#
-setup_sdk(target="10.6", sdk_version="10.6", architectures=["i386"])
-#
-# or set up to cross-compile a ppc build from an intel machine:
-#
-# setup_ppc_build()
-#
-# or a universal build:
-#
-# setup_universal_build(target="10.5", sdk_version="10.5",
-# architectures=["ppc", "i386"])
-
-
-# Modify the arguments passed to configure:
-#
-# autogenargs["libglade"] = "--enable-static"
-#
-# or simply add to them:
-#
-# append_autogenargs("libglade", "--enable-static")
-#
-# Note that in either case the args will be added *after* the args in
-# the module's autogenargs attribute.
-#
-# Tell Git to use a different module and branch (not tag!):
-#
-# branches["gtk-engines"] = ("gtk-css-engine", "bzr")
-#
-# Or just switch branches
-#
-# branches["gtk+"] = (None, "gtk-2-18")
-#
-# Tarballs take a whole URL for branches:
-#
-# branches["python"] = "http://www.python.org/ftp/python/2.6.4/Python-2.6.4.tar.bz2"
-#
-# Note that if the module has hash, md5sum, or size attributes and the
-# branch download doesn't match, jhbuild will error out. Open a shell,
-# untar the tarball yourself, quit the shell, and select "ignore
-# error". Don't try this with modules that need patches unless you're
-# sure that the updated version doesn't need them.
-#
-# Set an environment variable:
-#
-# os.environ["CC"] = "/usr/bin/gcc-4.0"
-
-
-# And more...