def can_read(self, user, default_acl=None, acl_r=None, acl_w=None):
default_acl = default_acl or main.DEFAULT_CONFIG['service']['default_permissions']
acl_r = acl_r or self.acl_read or default_acl['read'] or []
acl_w = acl_w or self.acl_write or default_acl['write'] or []
if u'all' in acl_r or len(acl_r) == 0:
return True
elif user is not None and u'login' in acl_r:
return True
elif user is not None and (user.email() in acl_r or user.email() in acl_w):
return True
elif is_admin_user(user):
return True
else:
return False
def delete(self, user=None):
if not is_admin_user(user):
raise RuntimeError('Only admin can delete pages.')
self.update_content('', self.revision, user=user, dont_create_rev=True, dont_defer=True)
self._update_inlinks({}, {'relatedTo': [p[0] for p in self.paths[:-1]]})
self.related_links = {}
self.modifier = None
self.updated_at = None
self.revision = 0
self.put()
ndb.delete_multi(r.key for r in self.revisions)
caching.del_titles()
def can_write(self, user, default_acl=None, acl_r=None, acl_w=None):
default_acl = default_acl or main.DEFAULT_CONFIG['service']['default_permissions']
acl_w = acl_w or self.acl_write or default_acl['write'] or []
if (not self.can_read(user, default_acl, acl_r, acl_w)) and (user is None or user.email() not in acl_w):
return False
elif 'all' in acl_w:
return True
elif (len(acl_w) == 0 or u'login' in acl_w) and user is not None:
return True
elif user is not None and user.email() in acl_w:
return True
elif is_admin_user(user):
return True
else:
return False
def delete(self, user=None):
if not is_admin_user(user):
raise RuntimeError('Only admin can delete pages.')
self.update_content('',
self.revision,
user=user,
dont_create_rev=True,
dont_defer=True)
self._update_inlinks({},
{'relatedTo': [p[0] for p in self.paths[:-1]]})
self.related_links = {}
self.modifier = None
self.updated_at = None
self.revision = 0
self.put()
ndb.delete_multi(r.key for r in self.revisions)
caching.del_titles()
def current_user_is_admin():
user = get_cur_user()
return is_admin_user(user)
def is_admin(self):
return is_admin_user(self.get_cur_user())
def current_user_is_admin():
user = get_cur_user()
return is_admin_user(user)
