class TestRecipe(unittest.TestCase):
def setUp(self):
# Create a directory for our buildout files created by the recipe
self.buildout_dir = tempfile.mkdtemp('djbuild')
self.bin_dir = os.path.join(self.buildout_dir, 'bin')
self.develop_eggs_dir = os.path.join(self.buildout_dir,
'develop-eggs')
self.eggs_dir = os.path.join(self.buildout_dir, 'eggs')
self.parts_dir = os.path.join(self.buildout_dir, 'parts')
# We need to create the bin dir since the recipe should be able to expect it exists
os.mkdir(self.bin_dir)
self.recipe = Recipe({'buildout': {'eggs-directory': self.eggs_dir,
'develop-eggs-directory': self.develop_eggs_dir,
'python': 'python-version',
'bin-directory': self.bin_dir,
'parts-directory': self.parts_dir,
'directory': self.buildout_dir,
},
'python-version': {'executable': sys.executable}},
'django',
{'recipe': 'djbuild',
'version': 'trunk'})
def tearDown(self):
# Remove our test dir
shutil.rmtree(self.buildout_dir)
def test_consistent_options(self):
# Buildout is pretty clever in detecting changing options. If
# the recipe modifies it's options during initialisation it
# will store this to determine wheter it needs to update or do
# a uninstall & install. We need to make sure that we normally
# do not trigger this. That means running the recipe with the
# same options should give us the same results.
self.assertEqual(*[
Recipe({'buildout': {'eggs-directory': self.eggs_dir,
'develop-eggs-directory': self.develop_eggs_dir,
'python': 'python-version',
'bin-directory': self.bin_dir,
'parts-directory': self.parts_dir,
'directory': self.buildout_dir,
},
'python-version': {'executable': sys.executable}},
'django',
{'recipe': 'djbuild',
'version': 'trunk'}).options.copy() for i in range(2)])
def test_svn_url(self):
# Make sure that only a few specific type of url's are
# considered svn url's
# This is a plain release version so it should indicate it is
# not a svn url
self.failIf(self.recipe.is_svn_url('0.96.2'))
# The next line specifies a proper link with the trunk
self.assert_(self.recipe.is_svn_url('trunk'))
# A url looking like trunk should also fail
self.failIf(self.recipe.is_svn_url('trunka'))
# A full svn url including version should work
self.assert_(self.recipe.is_svn_url(
'http://code.djangoproject.com/svn/django/branches/newforms-admin@7833'))
# HTTPS should work too
self.assert_(self.recipe.is_svn_url(
'https://code.djangoproject.com/svn/django/branches/newforms-admin@7833'))
# Svn+ssh should work
self.assert_(self.recipe.is_svn_url(
'svn+ssh://myserver/newforms-admin@7833'))
# Svn protocol through any custom tunnel defined in ~/.subversion/config should work
self.assert_(self.recipe.is_svn_url(
'svn+MY_Custom-tunnel://myserver/newforms-admin@7833'))
# Using a non existent protocol should not be a svn url?
self.failIf(self.recipe.is_svn_url(
'unknown://myserver/newforms-admin@7833'))
def test_command(self):
# The command method is a wrapper for subprocess which excutes
# a command and return's it's status code. We will demonstrate
# this with a simple test of running `dir`.
self.failIf(self.recipe.command('echo'))
# Executing a non existing command should return an error code
self.assert_(self.recipe.command('spamspamspameggs'))
@mock.patch('subprocess', 'Popen')
def test_command_verbose_mode(self, popen):
# When buildout is put into verbose mode the command methode
# should stop capturing the ouput of it's commands.
popen.return_value = mock.Mock()
self.recipe.buildout['buildout']['verbosity'] = 'verbose'
self.recipe.command('silly-command')
self.assertEqual(
popen.call_args,
(('silly-command',), {'shell': True, 'stdout': None}))
def test_create_file(self):
# The create file helper should create a file at a certain
# location unless it already exists. We will need a
# non-existing file first.
f, name = tempfile.mkstemp()
# To show the function in action we need to delete the file
# before testing.
os.remove(name)
# The method accepts a template argument which it will use
# with the options argument for string substitution.
self.recipe.create_file(name, 'Spam %s', 'eggs')
# Let's check the contents of the file
self.assertEqual(open(name).read(), 'Spam eggs')
# If we try to write it again it will just ignore our request
self.recipe.create_file(name, 'Spam spam spam %s', 'eggs')
# The content of the file should therefore be the same
self.assertEqual(open(name).read(), 'Spam eggs')
# Now remove our temp file
os.remove(name)
def test_generate_secret(self):
# To create a basic skeleton the recipe also generates a
# random secret for the settings file. Since it should very
# unlikely that it will generate the same key a few times in a
# row we will test it with letting it generate a few keys.
self.assert_(len(set(
[self.recipe.generate_secret() for i in xrange(10)])) > 1)
def test_version_to_svn(self):
# Version specification that lead to a svn repository can be
# specified in different ways. Just specifying `trunk` should
# be enough to get the full url to the Django trunk.
self.assertEqual(self.recipe.version_to_svn('trunk'),
'http://code.djangoproject.com/svn/django/trunk/')
# Any other specification should lead to the url it is given
self.assertEqual(self.recipe.version_to_svn('svn://somehost/trunk'),
'svn://somehost/trunk')
def test_version_to_download_suffic(self):
# To create standard names for the download directory a method
# is provided which converts a version to a dir suffix. A
# simple pointer to trunk should return svn.
self.assertEqual(self.recipe.version_to_download_suffix('trunk'),
'svn')
# Any other url should return the last path component. This
# works out nicely for branches or version pinned url's.
self.assertEqual(self.recipe.version_to_download_suffix(
'http://monty/branches/python'), 'python')
def test_make_protocol_scripts(self):
# To ease deployment a WSGI script can be generated. The
# script adds any paths from the `extra_paths` option to the
# Python path.
self.recipe.options['wsgi'] = 'true'
self.recipe.options['fcgi'] = 'true'
self.recipe.make_scripts([], [])
# This should have created a script in the bin dir
wsgi_script = os.path.join(self.bin_dir, 'django.wsgi')
self.assert_(os.path.exists(wsgi_script))
# The contents should list our paths
contents = open(wsgi_script).read()
# It should also have a reference to our settings module
self.assert_('project.development' in contents)
# and a line which set's up the WSGI app
self.assert_("application = "
"djbuild.wsgi.main('project.development', logfile='')"
in contents)
self.assert_("class logger(object)" not in contents)
# Another deployment options is FCGI. The recipe supports an option to
# automatically create the required script.
fcgi_script = os.path.join(self.bin_dir, 'django.fcgi')
self.assert_(os.path.exists(fcgi_script))
# The contents should list our paths
contents = open(fcgi_script).read()
# It should also have a reference to our settings module
self.assert_('project.development' in contents)
# and a line which set's up the WSGI app
self.assert_("djbuild.fcgi.main('project.development', logfile='')"
in contents)
self.assert_("class logger(object)" not in contents)
self.recipe.options['logfile'] = '/foo'
self.recipe.make_scripts([], [])
wsgi_script = os.path.join(self.bin_dir, 'django.wsgi')
contents = open(wsgi_script).read()
self.assert_("logfile='/foo'" in contents)
self.recipe.options['logfile'] = '/foo'
self.recipe.make_scripts([], [])
fcgi_script = os.path.join(self.bin_dir, 'django.fcgi')
contents = open(fcgi_script).read()
self.assert_("logfile='/foo'" in contents)
@mock.patch('zc.buildout.easy_install', 'scripts')
def test_make_protocol_scripts_return_value(self, scripts):
# The return value of make scripts lists the generated scripts.
self.recipe.options['wsgi'] = 'true'
self.recipe.options['fcgi'] = 'true'
scripts.return_value = ['some-path']
self.assertEqual(self.recipe.make_scripts([], []),
['some-path', 'some-path'])
def test_create_project(self):
# If a project does not exist already the recipe will create
# one.
project_dir = os.path.join(self.buildout_dir, 'project')
self.recipe.create_project(project_dir)
# This should have create a project directory
self.assert_(os.path.exists(project_dir))
# With this directory we should have __init__.py to make it a
# package
self.assert_(
os.path.exists(os.path.join(project_dir, '__init__.py')))
# There should also be a urls.py
self.assert_(
os.path.exists(os.path.join(project_dir, 'urls.py')))
# To make it easier to start using this project both a media
# and a templates folder are created
self.assert_(
os.path.exists(os.path.join(project_dir, 'media')))
self.assert_(
os.path.exists(os.path.join(project_dir, 'templates')))
# The project is ready to go since the recipe has generated a
# base settings, development and production file
for f in ('settings.py', 'development.py', 'production.py'):
self.assert_(
os.path.exists(os.path.join(project_dir, f)))
def test_create_test_runner(self):
# An executable script can be generated which will make it
# possible to execute the Django test runner. This options
# only works if we specify one or apps to test.
testrunner = os.path.join(self.bin_dir, 'test')
# This first argument sets extra_paths, we will use this to
# make sure the script can find this recipe
recipe_dir = os.path.abspath(
os.path.join(os.path.dirname(__file__), '..'))
# First we will show it does nothing by default
self.recipe.create_test_runner([recipe_dir], [])
self.failIf(os.path.exists(testrunner))
# When we specify an app to test it should create the the
# testrunner
self.recipe.options['test'] = 'knight'
self.recipe.create_test_runner([recipe_dir], [])
self.assert_(os.path.exists(testrunner))
def test_create_manage_script(self):
# This buildout recipe creates a alternative for the standard
# manage.py script. It has all the same functionality as the
# original one but it sits in the bin dir instead of within
# the project.
manage = os.path.join(self.bin_dir, 'django')
self.recipe.create_manage_script([], [])
self.assert_(os.path.exists(manage))
def test_create_manage_script_projectegg(self):
# When a projectegg is specified, then the egg specified
# should get used as the project file.
manage = os.path.join(self.bin_dir, 'django')
self.recipe.options['projectegg'] = 'spameggs'
self.recipe.create_manage_script([], [])
self.assert_(os.path.exists(manage))
# Check that we have 'spameggs' as the project
self.assert_("djbuild.manage.main('spameggs.development')"
in open(manage).read())
@mock.patch('shutil', 'rmtree')
@mock.patch('os.path', 'exists')
@mock.patch('urllib', 'urlretrieve')
@mock.patch('shutil', 'copytree')
@mock.patch(ZCRecipeEggScripts, 'working_set')
@mock.patch('zc.buildout.easy_install', 'scripts')
@mock.patch(Recipe, 'install_release')
@mock.patch(Recipe, 'create_manage_script')
@mock.patch(Recipe, 'create_test_runner')
@mock.patch('zc.recipe.egg', 'Develop')
def test_fulfills_django_dependency(self, rmtree, path_exists,
urlretrieve, copytree, working_set, scripts, install_release,
manage, testrunner, develop):
# Test for https://bugs.launchpad.net/djbuild/+bug/397864
# djbuild should always fulfil the 'Django' requirement.
self.recipe.options['version'] = '1.0'
path_exists.return_value = True
working_set.return_value = (None, [])
manage.return_value = []
scripts.return_value = []
testrunner.return_value = []
develop_install = mock.Mock()
develop.return_value = develop_install
self.recipe.install()
# We should see that Django was added as a develop egg.
options = develop.call_args[0][2]
self.assertEqual(options['location'], os.path.join(self.parts_dir, 'django'))
# Check that the install() method for the develop egg was called with no args
first_method_name, args, kwargs = develop_install.method_calls[0]
self.assertEqual('install', first_method_name)
self.assertEqual(0, len(args))
self.assertEqual(0, len(kwargs))
@mock.patch('shutil', 'rmtree')
@mock.patch('os.path', 'exists')
@mock.patch('urllib', 'urlretrieve')
@mock.patch('shutil', 'copytree')
@mock.patch(ZCRecipeEggScripts, 'working_set')
@mock.patch('zc.buildout.easy_install', 'scripts')
@mock.patch(Recipe, 'install_release')
@mock.patch(Recipe, 'create_manage_script')
@mock.patch(Recipe, 'create_test_runner')
@mock.patch('zc.recipe.egg', 'Develop')
def test_extra_paths(self, rmtree, path_exists, urlretrieve,
copytree, working_set, scripts,
install_release, manage, testrunner,
develop):
# The recipe allows extra-paths to be specified. It uses these to
# extend the Python path within it's generated scripts.
self.recipe.options['version'] = '1.0'
self.recipe.options['extra-paths'] = 'somepackage\nanotherpackage'
path_exists.return_value = True
working_set.return_value = (None, [])
manage.return_value = []
scripts.return_value = []
testrunner.return_value = []
develop.return_value = mock.Mock()
self.recipe.install()
self.assertEqual(manage.call_args[0][0][-2:],
['somepackage', 'anotherpackage'])
@mock.patch('shutil', 'rmtree')
@mock.patch('os.path', 'exists')
@mock.patch('urllib', 'urlretrieve')
@mock.patch('shutil', 'copytree')
@mock.patch(ZCRecipeEggScripts, 'working_set')
@mock.patch('zc.buildout.easy_install', 'scripts')
@mock.patch(Recipe, 'install_release')
@mock.patch(Recipe, 'create_manage_script')
@mock.patch(Recipe, 'create_test_runner')
@mock.patch('site', 'addsitedir')
@mock.patch('zc.recipe.egg', 'Develop')
def test_pth_files(self, rmtree, path_exists, urlretrieve,
copytree, working_set, scripts,
install_release, manage, testrunner, addsitedir,
develop):
# When a pth-files option is set the recipe will use that to add more
# paths to extra-paths.
self.recipe.options['version'] = '1.0'
path_exists.return_value = True
working_set.return_value = (None, [])
scripts.return_value = []
manage.return_value = []
testrunner.return_value = []
develop.return_value = mock.Mock()
# The mock values needed to demonstrate the pth-files option.
addsitedir.return_value = ['extra', 'dirs']
self.recipe.options['pth-files'] = 'somedir'
self.recipe.install()
self.assertEqual(addsitedir.call_args, (('somedir', set([])), {}))
# The extra-paths option has been extended.
self.assertEqual(self.recipe.options['extra-paths'], '\nextra\ndirs')
def test_create_wsgi_script_projectegg(self):
# When a projectegg is specified, then the egg specified
# should get used as the project in the wsgi script.
wsgi = os.path.join(self.bin_dir, 'django.wsgi')
recipe_dir = os.path.abspath(
os.path.join(os.path.dirname(__file__), '..'))
self.recipe.options['projectegg'] = 'spameggs'
self.recipe.options['wsgi'] = 'true'
self.recipe.make_scripts([recipe_dir], [])
self.assert_(os.path.exists(wsgi))
# Check that we have 'spameggs' as the project
self.assert_('spameggs.development' in open(wsgi).read())
def test_settings_option(self):
# The settings option can be used to specify the settings file
# for Django to use. By default it uses `development`.
self.assertEqual(self.recipe.options['settings'], 'development')
# When we change it an generate a manage script it will use
# this var.
self.recipe.options['settings'] = 'spameggs'
self.recipe.create_manage_script([], [])
manage = os.path.join(self.bin_dir, 'django')
self.assert_("djbuild.manage.main('project.spameggs')"
in open(manage).read())
@mock.patch('urllib2', 'urlopen')
def test_get_release(self, mock):
# The get_release method fecthes a release tarball and
# extracts it. We have setup a mock so that it won't actually
# download the release. Let's call the code.
class FakeFile(object):
def read(self):
return 'Django tarball'
def close(self):
self.closed = True
tmp = tempfile.mkdtemp()
filename = os.path.join(tmp, 'django-0.96.2.tar.gz')
mock.return_value = FakeFile()
try:
self.assertEqual(
self.recipe.get_release('0.96.2', tmp),
filename)
# It tried to download the release through our mock
mock.assert_called_with(
'http://www.djangoproject.com/download/0.96.2/tarball/')
# The file should have been filled with the contents from the
# handle it got.
self.assertEqual(open(filename).read(), 'Django tarball')
finally:
shutil.rmtree(tmp)
@mock.patch('setuptools.archive_util', 'unpack_archive')
@mock.patch('shutil', 'move')
@mock.patch('shutil', 'rmtree')
@mock.patch('os', 'listdir')
def test_install_release(self, unpack, move, rmtree, listdir):
# To install a release the recipe uses a specific method. We
# have have mocked all the calls which interact with the
# filesystem.
listdir.return_value = ('Django-0.96-2',)
self.recipe.install_release('0.96.2', 'downloads',
'downloads/django-0.96.2.tar.gz',
'parts/django')
# Let's see what the mock's have been called with
self.assertEqual(listdir.call_args,
(('downloads/django-archive',), {}))
self.assertEqual(unpack.call_args,
(('downloads/django-0.96.2.tar.gz',
'downloads/django-archive'), {}))
self.assertEqual(move.call_args,
(('downloads/django-archive/Django-0.96-2',
'parts/django'), {}))
self.assertEqual(rmtree.call_args,
(('downloads/django-archive',), {}))
@mock.patch('shutil', 'copytree')
@mock.patch(Recipe, 'command')
def test_install_svn_version(self, copytree, command):
# Installation from svn is handled by a method. We have mocked
# the command method to avoid actual checkouts of Django.
self.recipe.install_svn_version('trunk', 'downloads',
'parts/django', False)
# This should have tried to do a checkout of the Django trunk
self.assertEqual(command.call_args,
(('svn co http://code.djangoproject.com/svn/django/trunk/ downloads/django-svn -q',), {}))
# A copy command to the parts directory should also have been
# issued
self.assertEqual(copytree.call_args,
(('downloads/django-svn', 'parts/django'), {}))
@mock.patch('shutil', 'copytree')
@mock.patch('os.path', 'exists')
@mock.patch(Recipe, 'command')
def test_install_and_update_svn_version(self, copytree, exists, command):
# When an checkout has been done of a svn based installation
# is already done the recipe should just update it.
exists.return_value = True
self.recipe.install_svn_version('trunk', 'downloads',
'parts/django', False)
self.assertEqual(exists.call_args, (('downloads/django-svn',), {}))
self.assertEqual(command.call_args,
(('svn up -q',), {'cwd': 'downloads/django-svn'}))
@mock.patch(Recipe, 'command')
def test_install_broken_svn(self, command):
# When the checkout from svn fails during a svn build the
# installation method raises an error. We will simulate this
# failure by telling our mock what to do.
command.return_value = 1
# The line above should indicate a failure (non-zero exit
# code)
self.assertRaises(UserError, self.recipe.install_svn_version,
'trunk', 'downloads', 'parts/django', False)
@mock.patch('shutil', 'copytree')
@mock.patch(Recipe, 'command')
def test_svn_install_from_cache(self, copytree, command):
# If the buildout is told to install from cache it will not do
# a checkout but instead an existing checkout
self.recipe.buildout['buildout']['install-from-cache'] = 'true'
# Now we can run the installation method
self.recipe.install_svn_version('trunk', 'downloads',
'parts/django', True)
# This should not have called the recipe's command method
self.failIf(command.called)
# A copy from the cache to the destination should have been
# made
self.assertEqual(copytree.call_args,
(('downloads/django-svn', 'parts/django'), {}))
@mock.patch('shutil', 'rmtree')
@mock.patch('os.path', 'exists')
@mock.patch('urllib', 'urlretrieve')
@mock.patch('shutil', 'copytree')
@mock.patch(ZCRecipeEggScripts, 'working_set')
@mock.patch('zc.buildout.easy_install', 'scripts')
@mock.patch(Recipe, 'install_release')
@mock.patch(Recipe, 'command')
def test_update_svn(self, rmtree, path_exists, urlretrieve,
copytree, working_set, scripts,
install_release, command):
path_exists.return_value = True
working_set.return_value = (None, [])
# When the recipe is asked to do an update and the version is
# a svn version it just does an update on the parts folder.
self.recipe.update()
self.assertEqual('svn up -q', command.call_args[0][0])
# It changes the working directory so that the simple svn up
# command will work.
self.assertEqual(command.call_args[1].keys(), ['cwd'])
@mock.patch('shutil', 'rmtree')
@mock.patch('os.path', 'exists')
@mock.patch('urllib', 'urlretrieve')
@mock.patch('shutil', 'copytree')
@mock.patch(ZCRecipeEggScripts, 'working_set')
@mock.patch('zc.buildout.easy_install', 'scripts')
@mock.patch(Recipe, 'install_release')
@mock.patch('subprocess', 'call')
def test_update_with_cache(self, rmtree, path_exists, urlretrieve,
copytree, working_set, scripts,
install_release, call_process):
path_exists.return_value = True
working_set.return_value = (None, [])
# When the recipe is asked to do an update whilst in install
# from cache mode it just ignores it
self.recipe.install_from_cache = True
self.recipe.update()
self.failIf(call_process.called)
@mock.patch('shutil', 'rmtree')
@mock.patch('os.path', 'exists')
@mock.patch('urllib', 'urlretrieve')
@mock.patch('shutil', 'copytree')
@mock.patch(ZCRecipeEggScripts, 'working_set')
@mock.patch('zc.buildout.easy_install', 'scripts')
@mock.patch(Recipe, 'install_release')
@mock.patch('subprocess', 'call')
def test_update_with_newest_false(self, rmtree, path_exists, urlretrieve,
copytree, working_set, scripts,
install_release, call_process):
path_exists.return_value = True
working_set.return_value = (None, [])
# When the recipe is asked to do an update whilst in install
# from cache mode it just ignores it
self.recipe.buildout['buildout']['newest'] = 'false'
self.recipe.update()
self.assertFalse(call_process.called)
@mock.patch('shutil', 'rmtree')
@mock.patch('os.path', 'exists')
@mock.patch('urllib', 'urlretrieve')
@mock.patch('shutil', 'copytree')
@mock.patch(ZCRecipeEggScripts, 'working_set')
@mock.patch('zc.buildout.easy_install', 'scripts')
@mock.patch(Recipe, 'install_release')
@mock.patch('zc.recipe.egg', 'Develop')
def test_clear_existing_django(self, rmtree, path_exists, urlretrieve,
copytree, working_set, scripts,
install_release, develop):
# When the recipe is executed and Django is already installed
# within parts it should remove it. We will mock the exists
# check to make it let the recipe think it has an existing
# Django install.
self.recipe.options['version'] = '1.0'
path_exists.return_value = True
working_set.return_value = (None, [])
scripts.return_value = []
develop.return_value = mock.Mock()
self.recipe.install()
# This should have called remove tree
self.assert_(rmtree.called)
# We will assert that the last two compontents of the path
# passed to rmtree are the ones we wanted to delete.
self.assertEqual(rmtree.call_args[0][0].split('/')[-2:],
['parts', 'django'])
@mock.patch('shutil', 'rmtree')
@mock.patch('os.path', 'exists')
@mock.patch('urllib', 'urlretrieve')
@mock.patch('shutil', 'copytree')
@mock.patch(ZCRecipeEggScripts, 'working_set')
@mock.patch('zc.buildout.easy_install', 'scripts')
@mock.patch(Recipe, 'install_release')
@mock.patch(Recipe, 'command')
def test_update_pinned_svn_url(self, rmtree, path_exists, urlretrieve,
copytree, working_set, scripts,
install_release, command):
path_exists.return_value = True
working_set.return_value = (None, [])
# Make sure that updating a pinned version is updated
# accordingly. It must not switch to updating beyond it's
# requested revision.
# The recipe does this by checking for an @ sign in the url /
# version.
self.recipe.is_svn_url = lambda version: True
self.recipe.options['version'] = 'http://testing/trunk@2531'
self.recipe.update()
self.assertEqual(command.call_args[0], ('svn up -r 2531 -q',))
@mock.patch('shutil', 'rmtree')
@mock.patch('os.path', 'exists')
@mock.patch('urllib', 'urlretrieve')
@mock.patch('shutil', 'copytree')
@mock.patch(ZCRecipeEggScripts, 'working_set')
@mock.patch('zc.buildout.easy_install', 'scripts')
@mock.patch(Recipe, 'install_release')
@mock.patch(Recipe, 'command')
def test_update_username_in_svn_url(self, rmtree, path_exists, urlretrieve,
copytree, working_set, scripts,
install_release, command):
path_exists.return_value = True
working_set.return_value = (None, [])
# Make sure that updating a version with a username
# in the URL works
self.recipe.is_svn_url = lambda version: True
# First test with both a revision and a username in the url
self.recipe.options['version'] = 'http://user@testing/trunk@2531'
self.recipe.update()
self.assertEqual(command.call_args[0], ('svn up -r 2531 -q',))
# Now test with only the username
self.recipe.options['version'] = 'http://user@testing/trunk'
self.recipe.update()
self.assertEqual(command.call_args[0], ('svn up -q',))
def test_python_option(self):
# The python option makes it possible to specify a specific Python
# executable which is to be used for the generated scripts.
recipe = Recipe({'buildout': {'eggs-directory': self.eggs_dir,
'develop-eggs-directory': self.develop_eggs_dir,
'python': 'python-version',
'bin-directory': self.bin_dir,
'parts-directory': self.parts_dir,
'directory': self.buildout_dir,
},
'python-version': {'executable': '/python4k'}},
'django',
{'recipe': 'djbuild', 'version': 'trunk',
'wsgi': 'true'})
recipe.make_scripts([], [])
# This should have created a script in the bin dir
wsgi_script = os.path.join(self.bin_dir, 'django.wsgi')
self.assertEqual(open(wsgi_script).readlines()[0], '#!/python4k\n')
# Changeing the option for only the part will change the used Python
# version.
recipe = Recipe({'buildout': {'eggs-directory': self.eggs_dir,
'develop-eggs-directory': self.develop_eggs_dir,
'python': 'python-version',
'bin-directory': self.bin_dir,
'parts-directory': self.parts_dir,
'directory': self.buildout_dir,
},
'python-version': {'executable': '/python4k'},
'py5k': {'executable': '/python5k'}},
'django',
{'recipe': 'djbuild', 'version': 'trunk',
'python': 'py5k', 'wsgi': 'true'})
recipe.make_scripts([], [])
self.assertEqual(open(wsgi_script).readlines()[0], '#!/python5k\n')