def handleCheckout(event):
# defer to setting
properties = getToolByName(aq_base(event.object), 'portal_properties')
enabled = properties.site_properties.getProperty(
'enable_checkout_workflow')
if not enabled:
return
policy_id = properties.site_properties.getProperty(
'checkout_workflow_policy')
existing_policy = getattr(aq_base(event.working_copy),
WorkflowPolicyConfig_id, None)
storage = get_storage(event.relation)
# set config for policy in and below
policy = WorkflowPolicyConfig(policy_id, policy_id)
policy.coci_created = True
if existing_policy is not None:
storage[policy_storage] = policy
# we setattr because we want the effect on non containerish objects
setattr(event.working_copy, WorkflowPolicyConfig_id, policy)
event.working_copy.notifyWorkflowCreated()
event.working_copy.reindexObjectSecurity()
def handleCheckin( event ):
policy = getattr( aq_base(event.object), WorkflowPolicyConfig_id, None )
storage = get_storage( event.relation )
previous_policy = storage.get( policy_storage )
if previous_policy is None:
if policy and not getattr(policy,'coci_created',False): # only reset workflows we know.. could use are own storage
return
elif policy is None:
return
else:
delattr( event.object, WorkflowPolicyConfig_id )
else:
setattr( event.object, WorkflowPolicyConfig_id, previous_policy)
def handleCheckin( event ):
policy = getattr( aq_base(event.object), WorkflowPolicyConfig_id, None )
storage = get_storage( event.relation )
previous_policy = storage.get( policy_storage )
if previous_policy is None:
if policy and not getattr(policy,'coci_created',False): # only reset workflows we know.. could use are own storage
return
elif policy is None:
return
else:
delattr( event.object, WorkflowPolicyConfig_id )
else:
setattr( event.object, WorkflowPolicyConfig_id, previous_policy)
def handleCheckout( event ):
# defer to setting
properties = getToolByName(aq_base(event.object), 'portal_properties')
enabled = properties.site_properties.getProperty('enable_checkout_workflow')
if not enabled:
return
policy_id = properties.site_properties.getProperty('checkout_workflow_policy')
existing_policy = getattr( aq_base( event.working_copy ), WorkflowPolicyConfig_id, None )
storage = get_storage( event.relation )
# set config for policy in and below
policy = WorkflowPolicyConfig( policy_id, policy_id)
policy.coci_created = True
if existing_policy is not None:
storage[ policy_storage ] = policy
# we setattr because we want the effect on non containerish objects
setattr( event.working_copy, WorkflowPolicyConfig_id, policy )
def handleCheckout(event):
# defer to setting
registry = getUtility(IRegistry)
settings = registry.forInterface(IIterateSettings)
if not settings.enable_checkout_workflow:
return
policy_id = str(settings.checkout_workflow_policy)
existing_policy = getattr(aq_base(event.working_copy),
WorkflowPolicyConfig_id, None)
storage = get_storage(event.relation)
# set config for policy in and below
policy = WorkflowPolicyConfig(policy_id, policy_id)
policy.coci_created = True
if existing_policy is not None:
storage[policy_storage] = policy
# we setattr because we want the effect on non containerish objects
setattr(event.working_copy, WorkflowPolicyConfig_id, policy)
event.working_copy.notifyWorkflowCreated()
event.working_copy.reindexObjectSecurity()
def handleCheckout(event):
# defer to setting
registry = getUtility(IRegistry)
settings = registry.forInterface(IIterateSettings)
if not settings.enable_checkout_workflow:
return
policy_id = settings.checkout_workflow_policy
existing_policy = getattr(
aq_base(event.working_copy), WorkflowPolicyConfig_id, None)
storage = get_storage(event.relation)
# set config for policy in and below
policy = WorkflowPolicyConfig(policy_id, policy_id)
policy.coci_created = True
if existing_policy is not None:
storage[policy_storage] = policy
# we setattr because we want the effect on non containerish objects
setattr(event.working_copy, WorkflowPolicyConfig_id, policy)
event.working_copy.notifyWorkflowCreated()
event.working_copy.reindexObjectSecurity()
def properties( self ):
wc_ref = self._getReference()
if wc_ref is not None:
return get_storage( wc_ref )
else:
return {}
def getProperties(self, obj, default=None):
try:
return get_storage(get_checkout_relation(obj), default=default)
except AttributeError:
return default
def properties( self ):
wc_ref = self._getReference()
if wc_ref is not None:
return get_storage( wc_ref )
else:
return {}
def getProperties(self, obj, default=None):
return get_storage(obj, default=default)
def getProperties(self, obj, default=None):
return get_storage(obj, default=default)
def getProperties(self, obj, default=None):
try:
return get_storage(get_checkout_relation(obj), default=default)
except AttributeError:
return default
def handleCheckout(event):
# no cleanup since we annotate the relation and rely on its lifecycle.
storage = get_storage(event.relation)
user = getSecurityManager().getUser()
storage[keys.checkout_user] = user.getId()
storage[keys.checkout_time] = DateTime()
def handleCheckout( event ):
# no cleanup since we annotate the relation and rely on its lifecycle.
storage = get_storage( event.relation )
user = getSecurityManager().getUser()
storage[keys.checkout_user] = user.getId()
storage[keys.checkout_time] = DateTime()
