def test_publishTraverse_factory(self):
factory = Factory()
ztapi.provideUtility(IFactory, factory, 'foo')
container = Container()
request = TestRequest()
adding = Adding(container, request)
self.assert_(adding.publishTraverse(request, 'foo') is factory)
def test_publishTraverse_factory(self):
factory = Factory()
ztapi.provideUtility(IFactory, factory, 'foo')
container = Container()
request = TestRequest()
adding = Adding(container, request)
self.assert_(adding.publishTraverse(request, 'foo') is factory)
def testNoNameGiven(self):
container = Container()
request = TestRequest()
adding = Adding(container, request)
ztapi.browserView(IAdding, "Thing", CreationView)
self.assertEqual(adding.contentName, None)
view = adding.publishTraverse(request, 'Thing=')
self.assertEqual(adding.contentName, '')
def menuFilter(context, request):
'''This is a function that filters the "Add" menu item'''
adding = queryMultiAdapter((context, request), name="+")
if adding is None:
adding = Adding(context, request)
adding.__parent__ = context
adding.__name__ = '+'
info = adding.addingInfo()
return bool(info)
def menuFilter(context, request):
"""This is a function that filters the "Add" menu item"""
adding = queryMultiAdapter((context, request), name="+")
if adding is None:
adding = Adding(context, request)
adding.__parent__ = context
adding.__name__ = "+"
info = adding.addingInfo()
return bool(info)
def testNoNameGiven(self):
container = Container()
request = TestRequest()
adding = Adding(container, request)
ztapi.browserView(IAdding, "Thing", CreationView)
self.assertEqual(adding.contentName, None)
view = adding.publishTraverse(request, 'Thing=')
self.assertEqual(adding.contentName, '')
def test(self):
container = Container()
request = TestRequest()
adding = Adding(container, request)
ztapi.browserView(IAdding, "Thing", CreationView)
self.assertEqual(adding.contentName, None)
view = adding.publishTraverse(request, 'Thing=foo')
self.assertEqual(view.action(), 'been there, done that')
self.assertEqual(adding.contentName, 'foo')
o = object()
result = adding.add(o)
# Check the state of the container and result
self.assertEqual(container["foo"], o)
self.assertEqual(result, o)
def test(self):
container = Container()
request = TestRequest()
adding = Adding(container, request)
ztapi.browserView(IAdding, "Thing", CreationView)
self.assertEqual(adding.contentName, None)
view = adding.publishTraverse(request, 'Thing=foo')
self.assertEqual(view.action(), 'been there, done that')
self.assertEqual(adding.contentName, 'foo')
o = object()
result = adding.add(o)
# Check the state of the container and result
self.assertEqual(container["foo"], o)
self.assertEqual(result, o)
def addObject(self):
request = self.request
if IContainerNamesContainer.providedBy(self.context):
new = ""
else:
new = request["new_value"]
adding = zapi.queryMultiAdapter((self.context, self.request), name="+")
if adding is None:
adding = Adding(self.context, request)
else:
# Set up context so that the adding can build a url
# if the type name names a view.
# Note that we can't so this for the "adding is None" case
# above, because there is no "+" view.
adding.__parent__ = self.context
adding.__name__ = '+'
adding.action(request['type_name'], new)
def test_action(self):
container = Container()
container = contained(container, Root(), "container")
request = TestRequest()
adding = Adding(container, request)
adding.__name__ = '+'
ztapi.browserView(IAdding, "Thing", CreationView)
ztapi.browserView(Interface, "absolute_url", AbsoluteURL)
ztapi.browserView(None, '', AbsoluteURL, providing=IAbsoluteURL)
self.assertRaises(UserError, adding.action, '', 'foo')
adding.action('Thing', 'foo')
self.assertEqual(adding.request.response.getHeader('location'),
'/container/+/Thing=foo')
adding.action('Thing/screen1', 'foo')
self.assertEqual(adding.request.response.getHeader('location'),
'/container/+/Thing/screen1=foo')
def test_action(self):
container = Container()
container = contained(container, Root(), "container")
request = TestRequest()
adding = Adding(container, request)
adding.__name__ = "+"
ztapi.browserView(IAdding, "Thing", CreationView)
ztapi.browserView(Interface, "absolute_url", AbsoluteURL)
ztapi.browserView(None, "", AbsoluteURL, providing=IAbsoluteURL)
self.assertRaises(UserError, adding.action, "", "foo")
adding.action("Thing", "foo")
self.assertEqual(adding.request.response.getHeader("location"), "/container/+/Thing=foo")
adding.action("Thing/screen1", "foo")
self.assertEqual(adding.request.response.getHeader("location"), "/container/+/Thing/screen1=foo")
def addObject(self):
request = self.request
if IContainerNamesContainer.providedBy(self.context):
new = ""
else:
new = request["new_value"]
adding = queryMultiAdapter((self.context, self.request), name="+")
if adding is None:
adding = Adding(self.context, request)
else:
# Set up context so that the adding can build a url
# if the type name names a view.
# Note that we can't so this for the "adding is None" case
# above, because there is no "+" view.
adding.__parent__ = self.context
adding.__name__ = '+'
adding.action(request['type_name'], new)
def testAction(self):
# make a private factory
ztapi.provideUtility(IFactory, Factory(), 'fooprivate')
factory = Factory()
factory.__Security_checker__ = zope.security.checker.NamesChecker(
['__call__'])
ztapi.provideUtility(IFactory, factory, 'foo')
container = Container()
adding = Adding(container, TestRequest())
adding.nextURL = lambda: '.'
adding.nameAllowed = lambda: True
# we can't use a private factory:
self.assertRaises(ForbiddenAttribute,
adding.action, type_name='fooprivate', id='bar')
# typical add - id is provided by user
adding.action(type_name='foo', id='bar')
self.assert_('bar' in container)
# missing type_name
self.assertRaises(UserError, adding.action, id='bar')
# missing id
self.assertRaises(KeyError, adding.action, type_name='foo')
# bad type_name
self.assertRaises(ComponentLookupError, adding.action,
type_name='***', id='bar')
# alternative add - id is provided internally instead of from user
adding.nameAllowed = lambda: False
adding.contentName = 'baz'
adding.action(type_name='foo')
self.assert_('baz' in container)
# alternative add w/missing contentName
# Note: Passing is None as object name might be okay, if the container
# is able to hand out ids itself. Let's not require a content
# name to be specified!
# For the container, (or really, the chooser, to choose, we have to
# marke the container as a ContainerNamesContainer
directlyProvides(container, IContainerNamesContainer)
adding.contentName = None
adding.action(type_name='foo')
self.assert_('Content' in container)
def testAction(self):
# make a private factory
ztapi.provideUtility(IFactory, Factory(), 'fooprivate')
factory = Factory()
factory.__Security_checker__ = zope.security.checker.NamesChecker(
['__call__'])
ztapi.provideUtility(IFactory, factory, 'foo')
container = Container()
adding = Adding(container, TestRequest())
adding.nextURL = lambda: '.'
adding.nameAllowed = lambda: True
# we can't use a private factory:
self.assertRaises(ForbiddenAttribute,
adding.action,
type_name='fooprivate',
id='bar')
# typical add - id is provided by user
adding.action(type_name='foo', id='bar')
self.assert_('bar' in container)
# missing type_name
self.assertRaises(UserError, adding.action, id='bar')
# missing id
self.assertRaises(KeyError, adding.action, type_name='foo')
# bad type_name
self.assertRaises(ComponentLookupError,
adding.action,
type_name='***',
id='bar')
# alternative add - id is provided internally instead of from user
adding.nameAllowed = lambda: False
adding.contentName = 'baz'
adding.action(type_name='foo')
self.assert_('baz' in container)
# alternative add w/missing contentName
# Note: Passing is None as object name might be okay, if the container
# is able to hand out ids itself. Let's not require a content
# name to be specified!
# For the container, (or really, the chooser, to choose, we have to
# marke the container as a ContainerNamesContainer
directlyProvides(container, IContainerNamesContainer)
adding.contentName = None
adding.action(type_name='foo')
self.assert_('Content' in container)
