def test_sametype_only_multipe_args_one_different():
from RestrictedPython.Utilities import same_type
class Foo(object):
pass
assert same_type(object(), object(), Foo()) is False
def test_sametype_only_two_args_different(self):
from RestrictedPython.Utilities import same_type
class Foo(object):
pass
self.failIf(same_type(object(), Foo()))
def unicodeEncode(self, value, site_charset=None):
""" unicodeEncode
"""
# Recursively deal with sequences
tuplevalue = same_type(value, ())
if tuplevalue or same_type(value, []):
encoded = [self.unicodeEncode(v) for v in value]
if tuplevalue:
encoded = tuple(encoded)
return encoded
if not isinstance(value, basestring):
value = str(value)
if site_charset is None:
site_charset = self.context.getCharset()
if same_type(value, ''):
value = unicode(value, site_charset)
# don't try to catch unicode error here
# if one occurs, that means the site charset must be changed !
return value.encode(site_charset)
def unicodeEncode(self, value, site_charset=None):
""" unicodeEncode
"""
# Recursively deal with sequences
tuplevalue = same_type(value, ())
if tuplevalue or same_type(value, []):
encoded = [self.unicodeEncode(v) for v in value]
if tuplevalue:
encoded = tuple(encoded)
return encoded
if not isinstance(value, basestring):
value = str(value)
if site_charset is None:
site_charset = self.context.getCharset()
if same_type(value, ''):
value = unicode(value, site_charset)
# don't try to catch unicode error here
# if one occurs, that means the site charset must be changed !
return value.encode(site_charset)
def test_sametype_only_multiple_args_same():
from RestrictedPython.Utilities import same_type
assert same_type(object(), object(), object(), object())
def test_sametype_only_one_arg():
from RestrictedPython.Utilities import same_type
assert same_type(object())
def test_sametype_only_multipe_args_one_different(self):
from RestrictedPython.Utilities import same_type
class Foo(object):
pass
self.failIf(same_type(object(), object(), Foo()))
def test_sametype_only_multiple_args_same(self):
from RestrictedPython.Utilities import same_type
self.failUnless(same_type(object(), object(), object(), object()))
def convert(obj):
"""Convert from the old style course composer (RisaCollectionEditor) to the new one (RisaCollection)"""
parent = obj.aq_parent
id = obj.getId()
parent.manage_renameObjects([id], [id + '.old'])
parent.invokeFactory(id=id, type_name='Collection')
target = getattr(parent, id)
# Copy metadata
target.setTitle(obj.title)
target.setCreated(obj.created)
target.setRevised(obj.revised)
target.setAuthors(obj.authors)
target.setMaintainers(obj.maintainers)
target.setLicensors(obj.licensors)
target.setVersion(obj.version)
target.setAbstract(obj.abstract)
target.setKeywords(obj.keywords)
target.setLicense(obj.license)
target.setInstitution(obj.institution)
target.setInstructor(obj.instructor)
target.setCode(obj.code)
target.setHomepage(getattr(obj, 'homepage', ''))
target.setState(obj.state)
# Copy parameters
params = obj.getParameters()
if params.get('imaginaryi', '') == 'imaginaryi':
del params['imaginaryi']
for key, value in params.items():
# Skip blank parameters (defaults)
if not value or key.startswith('_') or key.startswith(' '):
continue
t = same_type(value, 0) and 'int' or 'string'
target.parameters.manage_addProperty(key, value, t)
# Copy annotations
if hasattr(obj, 'annotations'):
target.manage_delObjects('annotations')
target.manage_clone(obj.annotations, 'annotations')
# Convert contents
convertContents(obj, target)
# Copy links
for m, links in obj._links.items():
m = target.getContainedObject(m)
if not m:
continue
for l in links:
now = DateTime()
id = 'Link.' + now.strftime('%Y-%m-%d') + '.' + now.strftime(
'%M%S')
count = 0
while id in m.objectIds():
id = 'Link.' + now.strftime('%Y-%m-%d') + '.' + now.strftime(
'%M%S') + '.' + str(count)
count = count + 1
m.manage_addProduct['RisaRepository'].manage_addRisaLink(id)
m[id].edit('me', l['url'], l['title'], l['type'],
int(l['strength']))
def convert(obj):
"""Convert from the old style course composer (RisaCollectionEditor) to the new one (RisaCollection)"""
parent = obj.aq_parent
id = obj.getId()
parent.manage_renameObjects([id], [id+'.old'])
parent.invokeFactory(id=id, type_name='Collection')
target = getattr(parent, id)
# Copy metadata
target.setTitle(obj.title)
target.setCreated(obj.created)
target.setRevised(obj.revised)
target.setAuthors(obj.authors)
target.setMaintainers(obj.maintainers)
target.setLicensors(obj.licensors)
target.setVersion(obj.version)
target.setAbstract(obj.abstract)
target.setKeywords(obj.keywords)
target.setLicense(obj.license)
target.setInstitution(obj.institution)
target.setInstructor(obj.instructor)
target.setCode(obj.code)
target.setHomepage(getattr(obj,'homepage',''))
target.setState(obj.state)
# Copy parameters
params = obj.getParameters()
if params.get('imaginaryi', '') == 'imaginaryi':
del params['imaginaryi']
for key, value in params.items():
# Skip blank parameters (defaults)
if not value or key.startswith('_') or key.startswith(' '):
continue
t = same_type(value, 0) and 'int' or 'string'
target.parameters.manage_addProperty(key, value, t)
# Copy annotations
if hasattr(obj, 'annotations'):
target.manage_delObjects('annotations')
target.manage_clone(obj.annotations, 'annotations')
# Convert contents
convertContents(obj, target)
# Copy links
for m, links in obj._links.items():
m = target.getContainedObject(m)
if not m:
continue
for l in links:
now=DateTime()
id = 'Link.'+now.strftime('%Y-%m-%d')+'.'+now.strftime('%M%S')
count = 0
while id in m.objectIds():
id = 'Link.'+now.strftime('%Y-%m-%d')+'.'+now.strftime('%M%S')+'.'+str(count)
count = count + 1
m.manage_addProduct['RisaRepository'].manage_addRisaLink(id)
m[id].edit('me', l['url'], l['title'], l['type'], int(l['strength']))
def same_type(self, arg1, *args):
return same_type(arg1, *args)
def same_type(self, arg1, *args):
return same_type(arg1, *args)
