def test_CMFCollector_49(self):
#http://www.zope.org/Collectors/CMF/49
#If you have two FTIs on the file system, both with the same meta_type
#but with different id values, the way listDefaultTypeInformation
#listed them in the dropdown list made it impossible to distinguish
#the two because the identifier string only contained the CMF package
#name and the meta_type
# Extreme nastiness: Fake out a /Control_Panel/Products registry
# inside the fake site by putting dummy objects with a
# factory_type_information attribute on them...
import copy
fti1 = copy.deepcopy(FTIDATA_DUMMY)
fti2 = copy.deepcopy(FTIDATA_DUMMY)
fti2[0]['id'] = 'Other Content'
product1 = DummyObject('product1')
product1.factory_type_information = fti1 + fti2
self.site._setObject('product1', product1)
def fakeGetProducts(*ign, **igntoo):
return self.site
def fakeObjectValues(*ign, **igntoo):
return (self.site.product1,)
self.ttool._getProducts = fakeGetProducts
self.site.objectValues = fakeObjectValues
types = self.ttool.listDefaultTypeInformation()
dropdown_representation = [x[0] for x in types]
self.failIf(dropdown_representation[0]==dropdown_representation[1])
class FavoriteTests( TestCase ):
def setUp( self ):
self.tool = DummyURLTool()
self.site = DummySite( portal_url=self.tool )
def _makeOne( self, *args, **kw ):
f = Favorite(*args, **kw)
return f.__of__( self.site )
def test_Empty( self ):
f = self._makeOne( 'foo' )
self.assertEqual( f.getId(), 'foo' )
self.assertEqual( f.Title(), '' )
self.assertEqual( f.Description(), '' )
self.assertEqual( f.getRemoteUrl(), self.tool.root )
self.assertEqual( f.getObject(), self.site )
self.assertEqual( f.getIcon(), self.site.getIcon() )
self.assertEqual( f.getIcon(1), self.site.getIcon(1) )
def test_CtorArgs( self ):
self.assertEqual( self._makeOne( 'foo'
, title='Title'
).Title(), 'Title' )
self.assertEqual( self._makeOne( 'bar'
, description='Description'
).Description(), 'Description' )
baz = self._makeOne( 'baz', remote_url='portal_url' )
self.assertEqual( baz.getObject(), self.tool )
self.assertEqual( baz.getRemoteUrl()
, '%s/portal_url' % self.tool.root )
self.assertEqual( baz.getIcon(), self.tool.getIcon() )
def test_edit( self ):
f = self._makeOne( 'foo' )
f.edit( 'portal_url' )
self.assertEqual( f.getObject(), self.tool )
self.assertEqual( f.getRemoteUrl()
, '%s/portal_url' % self.tool.root )
self.assertEqual( f.getIcon(), self.tool.getIcon() )
def test_editEmpty( self ):
f = self._makeOne( 'gnnn' )
f.edit( '' )
self.assertEqual( f.getObject(), self.site )
self.assertEqual( f.getRemoteUrl(), self.tool.root )
self.assertEqual( f.getIcon(), self.site.getIcon() )
class FavoriteTests( TestCase ):
def setUp( self ):
self.tool = DummyURLTool()
self.site = DummySite( portal_url=self.tool )
def _makeOne( self, *args, **kw ):
f = apply( Favorite, args, kw )
return f.__of__( self.site )
def test_Empty( self ):
f = self._makeOne( 'foo' )
self.assertEqual( f.getId(), 'foo' )
self.assertEqual( f.Title(), '' )
self.assertEqual( f.Description(), '' )
self.assertEqual( f.getRemoteUrl(), self.tool.root )
self.assertEqual( f.getObject(), self.site )
self.assertEqual( f.getIcon(), self.site.getIcon() )
self.assertEqual( f.getIcon(1), self.site.getIcon(1) )
def test_CtorArgs( self ):
self.assertEqual( self._makeOne( 'foo'
, title='Title'
).Title(), 'Title' )
self.assertEqual( self._makeOne( 'bar'
, description='Description'
).Description(), 'Description' )
baz = self._makeOne( 'baz', remote_url='portal_url' )
self.assertEqual( baz.getObject(), self.tool )
self.assertEqual( baz.getRemoteUrl()
, '%s/portal_url' % self.tool.root )
self.assertEqual( baz.getIcon(), self.tool.getIcon() )
def test_edit( self ):
f = self._makeOne( 'foo' )
f.edit( 'portal_url' )
self.assertEqual( f.getObject(), self.tool )
self.assertEqual( f.getRemoteUrl()
, '%s/portal_url' % self.tool.root )
self.assertEqual( f.getIcon(), self.tool.getIcon() )
def test_editEmpty( self ):
f = self._makeOne( 'gnnn' )
f.edit( '' )
self.assertEqual( f.getObject(), self.site )
self.assertEqual( f.getRemoteUrl(), self.tool.root )
self.assertEqual( f.getIcon(), self.site.getIcon() )
def test_CMFCollector_49(self):
#http://www.zope.org/Collectors/CMF/49
#If you have two FTIs on the file system, both with the same meta_type
#but with different id values, the way listDefaultTypeInformation
#listed them in the dropdown list made it impossible to distinguish
#the two because the identifier string only contained the CMF package
#name and the meta_type
# Extreme nastiness: Fake out a /Control_Panel/Products registry
# inside the fake site by putting dummy objects with a
# factory_type_information attribute on them...
import copy
fti1 = copy.deepcopy(FTIDATA_DUMMY)
fti2 = copy.deepcopy(FTIDATA_DUMMY)
fti2[0]['id'] = 'Other Content'
product1 = DummyObject('product1')
product1.factory_type_information = fti1 + fti2
self.site._setObject('product1', product1)
def fakeGetProducts(*ign, **igntoo):
return self.site
def fakeObjectValues(*ign, **igntoo):
return (self.site.product1, )
self.ttool._getProducts = fakeGetProducts
self.site.objectValues = fakeObjectValues
types = self.ttool.listDefaultTypeInformation()
dropdown_representation = [x[0] for x in types]
self.failIf(dropdown_representation[0] == dropdown_representation[1])
# Backwards-compatibility tests
# Make sure the old representation still works, for now
ti_factory = self.ttool.manage_addTypeInformation
ti_type = 'Factory-based Type Information'
new_repr = 'product1: Dummy Content (Dummy)'
old_repr = 'product1: Dummy'
# This one uses the new representation. We do not expect an Exception
ti_factory(ti_type, id='NewType1', typeinfo_name=new_repr)
self.failUnless('NewType1' in self.ttool.objectIds())
# Now try with the old representation, which will throw a BadRequest
# unless the workaround in the code is used
self._trap_warning_output()
ti_factory(ti_type, id='NewType2', typeinfo_name=old_repr)
self.failUnless('NewType2' in self.ttool.objectIds())
self.failUnless(
'DeprecationWarning' in self._our_stderr_stream.getvalue())
def test_CMFCollector_49(self):
#http://www.zope.org/Collectors/CMF/49
#If you have two FTIs on the file system, both with the same meta_type
#but with different id values, the way listDefaultTypeInformation
#listed them in the dropdown list made it impossible to distinguish
#the two because the identifier string only contained the CMF package
#name and the meta_type
# Extreme nastiness: Fake out a /Control_Panel/Products registry
# inside the fake site by putting dummy objects with a
# factory_type_information attribute on them...
import copy
fti1 = copy.deepcopy(FTIDATA_DUMMY)
fti2 = copy.deepcopy(FTIDATA_DUMMY)
fti2[0]['id'] = 'Other Content'
product1 = DummyObject('product1')
product1.factory_type_information = fti1 + fti2
self.site._setObject('product1', product1)
def fakeGetProducts(*ign, **igntoo):
return self.site
def fakeObjectValues(*ign, **igntoo):
return (self.site.product1,)
self.ttool._getProducts = fakeGetProducts
self.site.objectValues = fakeObjectValues
types = self.ttool.listDefaultTypeInformation()
dropdown_representation = [x[0] for x in types]
self.failIf(dropdown_representation[0]==dropdown_representation[1])
# Backwards-compatibility tests
# Make sure the old representation still works, for now
ti_factory = self.ttool.manage_addTypeInformation
ti_type = 'Factory-based Type Information'
new_repr = 'product1: Dummy Content (Dummy)'
old_repr = 'product1: Dummy'
# This one uses the new representation. We do not expect an Exception
ti_factory(ti_type, id='NewType1', typeinfo_name=new_repr)
self.failUnless('NewType1' in self.ttool.objectIds())
# Now try with the old representation, which will throw a BadRequest
# unless the workaround in the code is used
self._trap_warning_output()
ti_factory(ti_type, id='NewType2', typeinfo_name=old_repr)
self.failUnless('NewType2' in self.ttool.objectIds())
self.failUnless('DeprecationWarning' in
self._our_stderr_stream.getvalue())
def setUp(self):
self.site = DummySite('site')
self.site._setObject( 'portal_types', TypesTool() )
fti = FTIDATA_CMF15[0].copy()
self.site.portal_types._setObject( 'Dummy Content 15', FTI(**fti) )
self.site._setObject( 'foo', DummyContent() )
dummy_view = self.site._setObject( 'dummy_view', DummyObject() )
def setUp(self):
self.site = DummySite('site')
ttool = TypesTool()
getSiteManager().registerUtility(ttool, ITypesTool)
fti = FTIDATA_CMF[0].copy()
ttool._setObject('Dummy Content 15', FTI(**fti))
self.site._setObject('foo', DummyContent())
dummy_view = self.site._setObject('dummy_view', DummyObject())
def setUp(self):
sm = getSiteManager()
self.site = DummySite('site')
self.site._setObject('portal_types', TypesTool())
sm.registerUtility(self.site.portal_types, ITypesTool)
fti = FTIDATA_CMF15[0].copy()
self.site.portal_types._setObject('Dummy Content 15', FTI(**fti))
self.site._setObject('foo', DummyContent())
dummy_view = self.site._setObject('dummy_view', DummyObject())
def setUp(self):
self.site = DummySite('site')
self.site._setObject( 'portal_types', TypesTool() )
fti = FTIDATA_CMF15[0].copy()
self.site.portal_types._setObject( 'Dummy Content 15', FTI(**fti) )
self.site._setObject( 'foo', DummyContent() )
dummy_view = self.site._setObject( 'dummy_view', DummyObject() )
zope.component.provideAdapter(FiveTraversable, (None,), ITraversable)
zope.component.provideAdapter(Traverser, (None,), ITraverser)
def _setupCallTests(self, aliases):
# root
root = Folder('root')
# set up dummy type info with problematic double-default alias
root._setObject('portal_types', DummyTool())
root.portal_types._type_actions = aliases
# dummy content and skin
root._setObject('dummycontent', DummyContent())
root._setObject('dummy_view', DummyObject())
return root.dummycontent
def test_processActions(self):
"""
Are the correct, permitted methods returned for actions?
"""
self.root._setObject('portal', PortalFolder('portal', ''))
portal = self.root.portal
portal.invokeFactory('Dummy Content', 'actions_dummy')
dummy = portal._getOb('actions_dummy')
# so we can traverse to it:
dummy.view = DummyObject("view")
dummy.view2 = DummyObject("view2")
dummy.edit = DummyObject("edit")
default_view = dummy()
custom_view = _getViewFor(dummy, view='view2')()
unpermitted_view = _getViewFor(dummy, view='edit')()
self.failUnlessEqual(default_view, 'view')
self.failUnlessEqual(custom_view, 'view2')
self.failIf(unpermitted_view == 'edit')
self.failUnlessEqual(unpermitted_view, 'view')
def _setupCallTests(self, aliases):
# root
root = Folder('root')
# set up dummy type info with problematic double-default alias
ttool = DummyTool()
ttool._type_actions = aliases
getSiteManager().registerUtility(ttool, ITypesTool)
# dummy content and skin
root._setObject('dummycontent', DummyContent())
root._setObject('dummy_view', DummyObject())
return root.dummycontent
def _setupCallTests(self, aliases):
sm = getSiteManager()
# root
root = Folder('root')
# set up dummy type info with problematic double-default alias
root._setObject('portal_types', DummyTool())
sm.registerUtility(root.portal_types, ITypesTool)
root.portal_types._type_actions = aliases
# dummy content and skin
root._setObject('dummycontent', DummyContent())
root._setObject('dummy_view', DummyObject())
return root.dummycontent
def test_processActions(self):
"""
Are the correct, permitted methods returned for actions?
"""
site = self.site
portal = site._setObject('portal', PortalFolder(id='portal'))
portal.manage_addProduct = {'FooProduct': DummyFactory(portal)}
portal.invokeFactory('Dummy Content', 'actions_dummy')
dummy = portal._getOb('actions_dummy')
# so we can traverse to it:
dummy.view = DummyObject("view")
dummy.view2 = DummyObject("view2")
dummy.edit = DummyObject("edit")
default_view = dummy()
self._trap_warning_output()
custom_view = _getViewFor(dummy, view='view2')()
unpermitted_view = _getViewFor(dummy, view='edit')()
self.failUnlessEqual(default_view, 'view')
self.failUnlessEqual(custom_view, 'view2')
self.failIf(unpermitted_view == 'edit')
self.failUnlessEqual(unpermitted_view, 'view')
def test___before_publishing_traverse__(self):
dummy_view = self.site._setObject( 'dummy_view', DummyObject() )
response = HTTPResponse()
environment = { 'URL': '',
'PARENTS': [self.site],
'REQUEST_METHOD': 'GET',
'steps': [],
'_hacked_path': 0,
'response': response }
r = BaseRequest(environment)
r.traverse('foo')
self.assertEqual( r.URL, '/foo/dummy_view' )
self.assertEqual( r.response.base, '/foo/',
'CMF Collector issue #192 (wrong base): %s'
% (r.response.base or 'empty',) )
def setUp(self):
super(DynamicTypeDefaultTraversalTests, self).setUp()
self.site = DummySite('site')
self.site._setObject('portal_types', TypesTool())
fti = FTIDATA_CMF15[0].copy()
self.site.portal_types._setObject('Dummy Content 15', FTI(**fti))
self.site._setObject('foo', DummyContent())
dummy_view = self.site._setObject('dummy_view', DummyObject())
try:
from zope.component import provideAdapter
provideAdapter(FiveTraversable, (None, ), ITraversable)
provideAdapter(Traverser, (None, ), ITraverser)
except ImportError:
# BBB for Zope 2.8
from zope.app.tests import ztapi
ztapi.provideAdapter(None, ITraversable, FiveTraversable)
ztapi.provideAdapter(None, ITraverser, Traverser)
def getUser(self, name):
return DummyObject()
def setUp(self):
self.tool = DummyURLTool()
self.site = DummySite(portal_url=self.tool)
def setUp( self ):
self.tool = DummyURLTool()
self.site = DummySite( portal_url=self.tool )
def setUp(self):
SecurityTest.setUp(self)
self.site = DummySite('site').__of__(self.root)
self.site._setObject('acl_users', DummyUserFolder())
self.site._setObject('content_dummy', DummyObject(id='content_dummy'))
self.site._setObject('actions_dummy', DummyObject(id='actions_dummy'))
