def viewletDirective(_context,
name,
permission,
for_=Interface,
layer=IDefaultBrowserLayer,
view=IBrowserView,
manager=interfaces.IViewletManager,
class_=None,
template=None,
attribute='render',
allowed_interface=None,
allowed_attributes=None,
**kwargs):
# Either the class or template must be specified.
if not (class_ or template):
raise ConfigurationError("Must specify a class or template")
# Make sure that all the non-default attribute specifications are correct.
if attribute != 'render':
if template:
raise ConfigurationError(
"Attribute and template cannot be used together.")
# Note: The previous logic forbids this condition to evere occur.
if not class_:
raise ConfigurationError(
"A class must be provided if attribute is used")
# Iterate over permissions
if allowed_attributes is None:
allowed_attributes = ['render', 'update']
if allowed_interface is not None:
for interface in allowed_interface:
allowed_attributes.extend(interface.names())
# Make sure that the template exists and that all low-level API methods
# have the right permission.
if template:
template = os.path.abspath(str(_context.path(template)))
if not os.path.isfile(template):
raise ConfigurationError("No such file", template)
allowed_attributes.append('__getitem__')
# Make sure the has the right form, if specified.
if class_:
if attribute != 'render':
if not hasattr(class_, attribute):
raise ConfigurationError(
"The provided class doesn't have the specified attribute.")
if template:
# Create a new class for the viewlet template and class.
new_class = viewlet.SimpleViewletClass(template,
bases=(class_, ),
attributes=kwargs)
else:
if not hasattr(class_, 'browserDefault'):
cdict = {
'browserDefault':
lambda self, request: (getattr(self, attribute), ())
}
else:
cdict = {}
cdict['__name__'] = name
cdict['__page_attribute__'] = attribute
cdict.update(kwargs)
new_class = type(class_.__name__,
(class_, viewlet.SimpleAttributeViewlet), cdict)
else:
# Create a new class for the viewlet template alone.
new_class = viewlet.SimpleViewletClass(template,
name=name,
attributes=kwargs)
# Register the interfaces.
_handle_for(_context, for_)
zcml.interface(_context, view)
# register viewlet
_context.action(
discriminator=('viewlet', for_, layer, view, manager, name),
callable=zcml.handler,
args=('registerAdapter', new_class, (for_, layer, view, manager),
interfaces.IViewlet, name, _context.info),
)
_context.action(discriminator=('five:protectClass', new_class),
callable=protectClass,
args=(new_class, permission))
if allowed_attributes:
for attr in allowed_attributes:
_context.action(discriminator=('five:protectName', new_class,
attr),
callable=protectName,
args=(new_class, attr, permission))
_context.action(discriminator=('five:initialize:class', new_class),
callable=InitializeClass,
args=(new_class, ))
# Order Workflow Log Viewlet
class OrderWorkflowLogBase(object):
def iterRecords(self):
wf_log = interfaces.IOrderWorkflowLog(self.__parent__.context._object)
return iter(wf_log)
def render(self):
return self.__of__(self.__parent__).index()
def show(self, **kw):
return True
OrderWorkflowLog = viewlet.SimpleViewletClass(template=os.path.join(
os.path.dirname(__file__), 'templates/order-workflow-log.pt'),
bases=(OrderWorkflowLogBase, ),
attributes={'order': 12},
name="order-workflow-log")
#################################
# workflow transition 2 formlib action bindings
class TransitionHandler(object):
def __init__(self, transition_id, wf_name=None):
self.transition_id = transition_id
self.wf_name = wf_name
def __call__(self, form, action, data):
context = getattr(form.context, '_object', form.context)
if self.wf_name: