def before_flush(self, obj=None):
if obj is None:
self.objects_added = list(self.session.uow.new)
self.objects_modified = list(self.session.uow.dirty)
self.objects_deleted = list(self.session.uow.deleted)
else: # pragma no cover
st = state(obj)
if st.status == st.new:
self.objects_added = [ obj ]
elif st.status == st.dirty:
self.objects_modified = [ obj ]
elif st.status == st.deleted:
self.objects_deleted = [ obj ]
def before_flush(self, obj=None):
if obj is None:
self.objects_added = list(self.session.uow.new)
self.objects_modified = list(self.session.uow.dirty)
self.objects_deleted = list(self.session.uow.deleted)
else: # pragma no cover
st = state(obj)
if st.status == st.new:
self.objects_added = [obj]
elif st.status == st.dirty:
self.objects_modified = [obj]
elif st.status == st.deleted:
self.objects_deleted = [obj]
def before_flush(self, obj=None):
"""Before the session is flushed for ``obj``
If ``obj`` is ``None`` it means all the objects in
the UnitOfWork which can be retrieved by iterating
over ``ODMSession.uow``
"""
if obj is not None:
# this was an explicit flush() call, so let it go through
return
for o in self.session.uow:
if not getattr(o, 'explicit_flush', False):
state(o).status = ObjectState.clean
def _needs_update(o):
old = dict(state(o).original_document)
new = dict(state(o).document)
return o.should_update_index(old, new)
def _needs_update(o):
old = dict(state(o).original_document)
new = dict(state(o).document)
return o.should_update_index(old, new)