############################################################################## # # Copyright (c) 2002 Nexedi SARL and Contributors. All Rights Reserved. # Jean-Paul Smets-Solanes <jp@nexedi.com> # # WARNING: This program as such is intended to be used by professional # programmers who take the whole responsability of assessing all potential # consequences resulting from its eventual inadequacies and bugs # End users who are looking for a ready-to-use solution with commercial # garantees and support are strongly adviced to contract a Free Software # Service Company # # This program is Free Software; you can redistribute it and/or # modify it under the terms of the GNU General Public License # as published by the Free Software Foundation; either version 2 # of the License, or (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. # ############################################################################## import sys from copy import deepcopy from collections import defaultdict from math import ceil from Products.CMFCore.CatalogTool import CatalogTool as CMFCoreCatalogTool from Products.ZSQLCatalog.ZSQLCatalog import ZCatalog from Products.ZSQLCatalog.SQLCatalog import Query, ComplexQuery, SimpleQuery from Products.ERP5Type import Permissions from AccessControl import ClassSecurityInfo, getSecurityManager from AccessControl.User import system as system_user from Products.CMFCore.utils import UniqueObject, _getAuthenticatedUser, getToolByName from Products.ERP5Type.Globals import InitializeClass, DTMLFile from Acquisition import aq_base, aq_inner, aq_parent, ImplicitAcquisitionWrapper from Products.CMFActivity.ActiveObject import ActiveObject from Products.CMFActivity.ActivityTool import GroupedMessage from Products.ERP5Type.TransactionalVariable import getTransactionalVariable from AccessControl.PermissionRole import rolesForPermissionOn from MethodObject import Method from Products.ERP5Security import mergedLocalRoles from Products.ERP5Security.ERP5UserManager import SUPER_USER from Products.ERP5Type.Utils import sqlquote import warnings from zLOG import LOG, PROBLEM, WARNING, INFO ACQUIRE_PERMISSION_VALUE = [] DYNAMIC_METHOD_NAME = 'z_related_' DYNAMIC_METHOD_NAME_LEN = len(DYNAMIC_METHOD_NAME) STRICT_DYNAMIC_METHOD_NAME = DYNAMIC_METHOD_NAME + 'strict_' STRICT_DYNAMIC_METHOD_NAME_LEN = len(STRICT_DYNAMIC_METHOD_NAME) RELATED_DYNAMIC_METHOD_NAME = '_related' # Negative as it's used as a slice end offset RELATED_DYNAMIC_METHOD_NAME_LEN = -len(RELATED_DYNAMIC_METHOD_NAME) ZOPE_SECURITY_SUFFIX = '__roles__' class IndexableObjectWrapper(object): def __init__(self, ob): self.__ob = ob def __getattr__(self, name): return getattr(self.__ob, name) # We need to update the uid during the cataloging process uid = property(lambda self: self.__ob.getUid(), lambda self, value: setattr(self.__ob, 'uid', value)) def _getSecurityParameterList(self): result = self.__dict__.get('_cache_result', None) if result is None: ob = self.__ob # For each group or user, we have a list of roles, this list # give in this order : [roles on object, roles acquired on the parent, # roles acquired on the parent of the parent....] # So if we have ['-Author','Author'] we should remove the role 'Author' # but if we have ['Author','-Author'] we have to keep the role 'Author' localroles = {} skip_role_set = set() skip_role = skip_role_set.add clear_skip_role = skip_role_set.clear for key, role_list in mergedLocalRoles(ob).iteritems(): new_role_list = [] new_role = new_role_list.append clear_skip_role() for role in role_list: if role[:1] == '-': skip_role(role[1:]) elif role not in skip_role_set: new_role(role) if len(new_role_list)>0: localroles[key] = new_role_list portal = ob.getPortalObject() role_dict = dict(portal.portal_catalog.getSQLCatalog().\ getSQLCatalogRoleKeysList()) getUserById = portal.acl_users.getUserById allowed_dict = {} # For each local role of a user: # If the local role grants View permission, add it. # Every addition implies 2 lines: # user:<user_id> # user:<user_id>:<role_id> # A line must not be present twice in final result. allowed_role_set = set(rolesForPermissionOn('View', ob)) # XXX the permission name is included by default for verbose # logging of security errors, but the catalog does not need to # index it. Unfortunately, rolesForPermissionOn does not have # an option to disable this behavior at calling time, so # discard it explicitly. allowed_role_set.discard('_View_Permission') # XXX Owner is hardcoded, in order to prevent searching for user on the # site root. allowed_role_set.discard('Owner') # XXX make this a method of base ? local_roles_group_id_group_id = deepcopy(getattr(ob, '__ac_local_roles_group_id_dict__', {})) # If we acquire a permission, then we also want to acquire the local # roles group ids local_roles_container = ob while getattr(local_roles_container, 'isRADContent', 0): if local_roles_container._getAcquireLocalRoles(): local_roles_container = local_roles_container.aq_parent for role_definition_group, user_and_role_list in \ getattr(local_roles_container, '__ac_local_roles_group_id_dict__', {}).items(): local_roles_group_id_group_id.setdefault(role_definition_group, set() ).update(user_and_role_list) else: break allowed_by_local_roles_group_id = {} allowed_by_local_roles_group_id[''] = allowed_role_set user_role_dict = {} user_view_permission_role_dict = {} optimized_role_set = set() # First parse optimized roles and build optimized_role_set for role_definition_group, user_and_role_list in local_roles_group_id_group_id.items(): group_allowed_set = allowed_by_local_roles_group_id.setdefault( role_definition_group, set()) for user, role in user_and_role_list: if role in allowed_role_set: prefix = 'user:' + user group_allowed_set.update((prefix, '%s:%s' % (prefix, role))) optimized_role_set.add((user, role)) # Then parse other roles for user, roles in localroles.iteritems(): prefix = 'user:' + user for role in roles: if (role in role_dict) and (getUserById(user) is not None): # If role is monovalued, check if key is a user. # If not, continue to index it in roles_and_users table. if (user, role) not in optimized_role_set: user_role_dict[role] = user # Only add to user_role_dict if not in optimized_role_set (double check) if role in allowed_role_set: user_view_permission_role_dict[role] = user elif role in allowed_role_set: for group in local_roles_group_id_group_id.get(user, ('', )): group_allowed_set = allowed_by_local_roles_group_id.setdefault( group, set()) if (user, role) not in optimized_role_set: # add only if not already added to optimized_role_set to avoid polluting indexation table group_allowed_set.update((prefix, '%s:%s' % (prefix, role))) # sort `allowed` principals sorted_allowed_by_local_roles_group_id = {} for local_roles_group_id, allowed in \ allowed_by_local_roles_group_id.items(): sorted_allowed_by_local_roles_group_id[local_roles_group_id] = tuple( sorted(allowed)) self._cache_result = result = (sorted_allowed_by_local_roles_group_id, user_role_dict, user_view_permission_role_dict) return result def getLocalRolesGroupIdDict(self): """Returns a mapping of local roles group id to roles and users with View permission. """ return self._getSecurityParameterList()[0] def getAssignee(self): """Returns the user ID of the user with 'Assignee' local role on this document. If there is more than one Assignee local role, the result is undefined. """ return self._getSecurityParameterList()[1].get('Assignee', None) def getViewPermissionAssignee(self): """Returns the user ID of the user with 'Assignee' local role on this document, if the Assignee role has View permission. If there is more than one Assignee local role, the result is undefined. """ return self._getSecurityParameterList()[2].get('Assignee', None) def getViewPermissionAssignor(self): """Returns the user ID of the user with 'Assignor' local role on this document, if the Assignor role has View permission. If there is more than one Assignor local role, the result is undefined. """ return self._getSecurityParameterList()[2].get('Assignor', None) def getViewPermissionAssociate(self): """Returns the user ID of the user with 'Associate' local role on this document, if the Associate role has View permission. If there is more than one Associate local role, the result is undefined. """ return self._getSecurityParameterList()[2].get('Associate', None) def __repr__(self): return '<Products.ERP5Catalog.CatalogTool.IndexableObjectWrapper'\ ' for %s>' % ('/'.join(self.__ob.getPhysicalPath()), ) class RelatedBaseCategory(Method): """A Dynamic Method to act as a related key. """ def __init__(self, id, strict_membership=0, related=0): self._id = id if strict_membership: strict = 'AND %(category_table)s.category_strict_membership = 1\n' else: strict = '' # From the point of view of query_table, we are looking up objects... if related: # ... which have a relation toward us # query_table's uid = category table's category_uid query_table_side = 'category_uid' # category table's uid = foreign_table's uid foreign_side = 'uid' else: # ... toward which we have a relation # query_table's uid = category table's uid query_table_side = 'uid' # category table's category_uid = foreign_table's uid foreign_side = 'category_uid' self._template = """\ %%(category_table)s.base_category_uid = %%(base_category_uid)s %(strict)sAND %%(foreign_catalog)s.uid = %%(category_table)s.%(foreign_side)s %%(RELATED_QUERY_SEPARATOR)s %%(category_table)s.%(query_table_side)s = %%(query_table)s.uid""" % { 'strict': strict, 'foreign_side': foreign_side, 'query_table_side': query_table_side, } self._monotable_template = """\ %%(category_table)s.base_category_uid = %%(base_category_uid)s %(strict)sAND %%(category_table)s.%(query_table_side)s = %%(query_table)s.uid""" % { 'strict': strict, 'query_table_side': query_table_side, } def __call__(self, instance, table_0, table_1=None, query_table='catalog', RELATED_QUERY_SEPARATOR=' AND ', **kw): """Create the sql code for this related key.""" # Note: in normal conditions, our category's uid will not change from # one invocation to the next. return ( self._monotable_template if table_1 is None else self._template ) % { 'base_category_uid': instance.getPortalObject().portal_categories.\ _getOb(self._id).getUid(), 'query_table': query_table, 'category_table': table_0, 'foreign_catalog': table_1, 'RELATED_QUERY_SEPARATOR': RELATED_QUERY_SEPARATOR, } class CatalogTool (UniqueObject, ZCatalog, CMFCoreCatalogTool, ActiveObject): """ This is a ZSQLCatalog that filters catalog queries. It is based on ZSQLCatalog """ id = 'portal_catalog' meta_type = 'ERP5 Catalog' security = ClassSecurityInfo() default_result_limit = None default_count_limit = 1 manage_options = ({ 'label' : 'Overview', 'action' : 'manage_overview' }, ) + ZCatalog.manage_options def __init__(self): ZCatalog.__init__(self, self.getId()) # Explicit Inheritance __url = CMFCoreCatalogTool.__url manage_catalogFind = CMFCoreCatalogTool.manage_catalogFind security.declareProtected(Permissions.ManagePortal , 'manage_schema') manage_schema = DTMLFile('dtml/manageSchema', globals()) def getPreferredSQLCatalogId(self, id=None): """ Get the SQL Catalog from preference. """ if id is None: # Check if we want to use an archive #if getattr(aq_base(self.portal_preferences), 'uid', None) is not None: archive_path = self.portal_preferences.getPreferredArchive(sql_catalog_id=self.default_sql_catalog_id) if archive_path not in ('', None): try: archive = self.restrictedTraverse(archive_path) except KeyError: # Do not fail if archive object has been removed, # but preference is not up to date return None if archive is not None: catalog_id = archive.getCatalogId() if catalog_id not in ('', None): return catalog_id return None else: return id def _listAllowedRolesAndUsers(self, user): # We use ERP5Security PAS based authentication try: # check for proxy role in stack eo = getSecurityManager()._context.stack[-1] proxy_roles = getattr(eo, '_proxy_roles',None) except IndexError: proxy_roles = None if proxy_roles: # apply proxy roles user = eo.getOwner() result = list(proxy_roles) else: result = list(user.getRoles()) result.append('Anonymous') result.append('user:%s' % user.getId()) # deal with groups getGroups = getattr(user, 'getGroups', None) if getGroups is not None: groups = list(user.getGroups()) groups.append('role:Anonymous') if 'Authenticated' in result: groups.append('role:Authenticated') for group in groups: result.append('user:%s' % group) # end groups return result # Schema Management def editColumn(self, column_id, sql_definition, method_id, default_value, REQUEST=None, RESPONSE=None): """ Modifies a schema column of the catalog """ new_schema = [] for c in self.getIndexList(): if c.id == index_id: new_c = {'id': index_id, 'sql_definition': sql_definition, 'method_id': method_id, 'default_value': default_value} else: new_c = c new_schema.append(new_c) self.setColumnList(new_schema) def setColumnList(self, column_list): """ """ self._sql_schema = column_list def getColumnList(self): """ """ if not hasattr(self, '_sql_schema'): self._sql_schema = [] return self._sql_schema def getColumn(self, column_id): """ """ for c in self.getColumnList(): if c.id == column_id: return c return None def editIndex(self, index_id, sql_definition, REQUEST=None, RESPONSE=None): """ Modifies the schema of the catalog """ new_index = [] for c in self.getIndexList(): if c.id == index_id: new_c = {'id': index_id, 'sql_definition': sql_definition} else: new_c = c new_index.append(new_c) self.setIndexList(new_index) def setIndexList(self, index_list): """ """ self._sql_index = index_list def getIndexList(self): """ """ if not hasattr(self, '_sql_index'): self._sql_index = [] return self._sql_index def getIndex(self, index_id): """ """ for c in self.getIndexList(): if c.id == index_id: return c return None security.declarePublic('getAllowedRolesAndUsers') def getAllowedRolesAndUsers(self, sql_catalog_id=None, **kw): """ Return allowed roles and users. This is supposed to be used with Z SQL Methods to check permissions when you list up documents. It is also able to take into account a parameter named local_roles so that listed documents only include those documents for which the user (or the group) was associated one of the given local roles. The use of getAllowedRolesAndUsers is deprecated, you should use getSecurityQuery instead """ user = _getAuthenticatedUser(self) user_str = str(user) user_is_superuser = (user == system_user) or (user_str == SUPER_USER) allowedRolesAndUsers = self._listAllowedRolesAndUsers(user) role_column_dict = {} local_role_column_dict = {} catalog = self.getSQLCatalog(sql_catalog_id) column_map = catalog.getColumnMap() # We only consider here the Owner role (since it was not indexed) # since some objects may only be visible by their owner # which was not indexed for role, column_id in catalog.getSQLCatalogRoleKeysList(): # XXX This should be a list if not user_is_superuser: try: # if called by an executable with proxy roles, we don't use # owner, but only roles from the proxy. eo = getSecurityManager()._context.stack[-1] proxy_roles = getattr(eo, '_proxy_roles', None) if not proxy_roles: role_column_dict[column_id] = user_str except IndexError: role_column_dict[column_id] = user_str # Patch for ERP5 by JP Smets in order # to implement worklists and search of local roles local_roles = kw.get('local_roles', None) if local_roles: local_role_dict = dict(catalog.getSQLCatalogLocalRoleKeysList()) role_dict = dict(catalog.getSQLCatalogRoleKeysList()) # XXX user is not enough - we should also include groups of the user new_allowedRolesAndUsers = [] new_role_column_dict = {} # Turn it into a list if necessary according to ';' separator if isinstance(local_roles, str): local_roles = local_roles.split(';') # Local roles now has precedence (since it comes from a WorkList) for user_or_group in allowedRolesAndUsers: for role in local_roles: # Performance optimisation if local_role_dict.has_key(role): # XXX This should be a list # If a given role exists as a column in the catalog, # then it is considered as single valued and indexed # through the catalog. if not user_is_superuser: # XXX This should be a list # which also includes all user groups column_id = local_role_dict[role] local_role_column_dict[column_id] = user_str if role_dict.has_key(role): # XXX This should be a list # If a given role exists as a column in the catalog, # then it is considered as single valued and indexed # through the catalog. if not user_is_superuser: # XXX This should be a list # which also includes all user groups column_id = role_dict[role] new_role_column_dict[column_id] = user_str new_allowedRolesAndUsers.append('%s:%s' % (user_or_group, role)) if local_role_column_dict == {}: allowedRolesAndUsers = new_allowedRolesAndUsers role_column_dict = new_role_column_dict return allowedRolesAndUsers, role_column_dict, local_role_column_dict def getSecurityUidDictAndRoleColumnDict(self, sql_catalog_id=None, **kw): """ Return a dict of local_roles_group_id -> security Uids and a dictionnary containing available role columns. XXX: This method always uses default catalog. This should not break a site as long as security uids are considered consistent among all catalogs. """ allowedRolesAndUsers, role_column_dict, local_role_column_dict = \ self.getAllowedRolesAndUsers(**kw) catalog = self.getSQLCatalog(sql_catalog_id) method = getattr(catalog, catalog.sql_search_security, None) if allowedRolesAndUsers: allowedRolesAndUsers.sort() cache_key = tuple(allowedRolesAndUsers) tv = getTransactionalVariable() try: security_uid_cache = tv['getSecurityUidDictAndRoleColumnDict'] except KeyError: security_uid_cache = tv['getSecurityUidDictAndRoleColumnDict'] = {} try: security_uid_dict = security_uid_cache[cache_key] except KeyError: if method is None: warnings.warn("The usage of allowedRolesAndUsers is "\ "deprecated. Please update your catalog "\ "business template.", DeprecationWarning) security_uid_dict = {None: [x.security_uid for x in \ self.unrestrictedSearchResults( allowedRolesAndUsers=allowedRolesAndUsers, select_expression="security_uid", group_by_expression="security_uid")] } else: # XXX: What with this string transformation ?! Souldn't it be done in # dtml instead ? ... yes, but how to be bw compatible ? allowedRolesAndUsers = [sqlquote(role) for role in allowedRolesAndUsers] security_uid_dict = defaultdict(list) for brain in method(security_roles_list=allowedRolesAndUsers): security_uid_dict[getattr(brain, 'local_roles_group_id', '') ].append(brain.uid) security_uid_cache[cache_key] = security_uid_dict else: security_uid_dict = [] return security_uid_dict, role_column_dict, local_role_column_dict security.declarePublic('getSecurityQuery') def getSecurityQuery(self, query=None, sql_catalog_id=None, **kw): """ Build a query based on allowed roles or on a list of security_uid values. The query takes into account the fact that some roles are catalogued with columns. """ user = _getAuthenticatedUser(self) user_str = str(user) user_is_superuser = (user == system_user) or (user_str == SUPER_USER) if user_is_superuser: # We need no security check for super user. return query original_query = query security_uid_dict, role_column_dict, local_role_column_dict = \ self.getSecurityUidDictAndRoleColumnDict(sql_catalog_id=sql_catalog_id, **kw) role_query = None security_uid_query = None if role_column_dict: query_list = [] for key, value in role_column_dict.items(): new_query = Query(**{key : value}) query_list.append(new_query) operator_kw = {'operator': 'OR'} role_query = ComplexQuery(*query_list, **operator_kw) if security_uid_dict: catalog_security_uid_groups_columns_dict = \ self.getSQLCatalog().getSQLCatalogSecurityUidGroupsColumnsDict() query_list = [] for local_roles_group_id, security_uid_list in\ security_uid_dict.iteritems(): assert security_uid_list query_list.append(Query(**{ catalog_security_uid_groups_columns_dict[local_roles_group_id]: security_uid_list, 'operator': 'IN'})) security_uid_query = ComplexQuery(*query_list, operator='OR') if role_query: if security_uid_query: # merge query = ComplexQuery(security_uid_query, role_query, operator='OR') else: query = role_query elif security_uid_query: query = security_uid_query else: # XXX A false query has to be generated. # As it is not possible to use SQLKey for now, pass impossible value # on uid (which will be detected as False by MySQL, as it is not in the # column range) # Do not pass security_uid_list as empty in order to prevent useless # overhead query = Query(uid=-1) if local_role_column_dict: query_list = [] for key, value in local_role_column_dict.items(): new_query = Query(**{key : value}) query_list.append(new_query) operator_kw = {'operator': 'AND'} local_role_query = ComplexQuery(*query_list, **operator_kw) query = ComplexQuery(query, local_role_query, operator='AND') if original_query is not None: query = ComplexQuery(query, original_query, operator='AND') return query # searchResults has inherited security assertions. def searchResults(self, query=None, **kw): """ Calls ZCatalog.searchResults with extra arguments that limit the results to what the user is allowed to see. """ #if not _checkPermission( # Permissions.AccessInactivePortalContent, self): # now = DateTime() # kw[ 'effective' ] = { 'query' : now, 'range' : 'max' } # kw[ 'expires' ] = { 'query' : now, 'range' : 'min' } catalog_id = self.getPreferredSQLCatalogId(kw.pop("sql_catalog_id", None)) query = self.getSecurityQuery(query=query, sql_catalog_id=catalog_id, **kw) kw.setdefault('limit', self.default_result_limit) # get catalog from preference #LOG("searchResult", INFO, catalog_id) # LOG("searchResult", INFO, ZCatalog.searchResults(self, query=query, sql_catalog_id=catalog_id, src__=1, **kw)) return ZCatalog.searchResults(self, query=query, sql_catalog_id=catalog_id, **kw) __call__ = searchResults security.declarePrivate('unrestrictedSearchResults') def unrestrictedSearchResults(self, REQUEST=None, **kw): """Calls ZSQLCatalog.searchResults directly without restrictions. """ kw.setdefault('limit', self.default_result_limit) return ZCatalog.searchResults(self, REQUEST, **kw) # We use a string for permissions here due to circular reference in import # from ERP5Type.Permissions security.declareProtected('Search ZCatalog', 'getResultValue') def getResultValue(self, query=None, **kw): """ A method to factor common code used to search a single object in the database. """ kw.setdefault('limit', 1) result = self.searchResults(query=query, **kw) try: return result[0].getObject() except IndexError: return None security.declarePrivate('unrestrictedGetResultValue') def unrestrictedGetResultValue(self, query=None, **kw): """ A method to factor common code used to search a single object in the database. Same as getResultValue but without taking into account security. """ kw.setdefault('limit', 1) result = self.unrestrictedSearchResults(query=query, **kw) try: return result[0].getObject() except IndexError: return None def countResults(self, query=None, **kw): """ Calls ZCatalog.countResults with extra arguments that limit the results to what the user is allowed to see. """ # XXX This needs to be set again #if not _checkPermission( # Permissions.AccessInactivePortalContent, self): # base = aq_base(self) # now = DateTime() # #kw[ 'effective' ] = { 'query' : now, 'range' : 'max' } # #kw[ 'expires' ] = { 'query' : now, 'range' : 'min' } catalog_id = self.getPreferredSQLCatalogId(kw.pop("sql_catalog_id", None)) query = self.getSecurityQuery(query=query, sql_catalog_id=catalog_id, **kw) kw.setdefault('limit', self.default_count_limit) # get catalog from preference return ZCatalog.countResults(self, query=query, sql_catalog_id=catalog_id, **kw) security.declarePrivate('unrestrictedCountResults') def unrestrictedCountResults(self, REQUEST=None, **kw): """Calls ZSQLCatalog.countResults directly without restrictions. """ return ZCatalog.countResults(self, REQUEST, **kw) def wrapObject(self, object, sql_catalog_id=None, **kw): """ Return a wrapped object for reindexing. """ catalog = self.getSQLCatalog(sql_catalog_id) if catalog is None: # Nothing to do. LOG('wrapObject', 0, 'Warning: catalog is not available') return (None, None) document_object = aq_inner(object) w = IndexableObjectWrapper(document_object) wf = getToolByName(self, 'portal_workflow') if wf is not None: w.__dict__.update(wf.getCatalogVariablesFor(object)) # Find the parent definition for security is_acquired = 0 while getattr(document_object, 'isRADContent', 0): # This condition tells which object should acquire # from their parent. # XXX Hardcode _View_Permission for a performance point of view if getattr(aq_base(document_object), '_View_Permission', ACQUIRE_PERMISSION_VALUE) == ACQUIRE_PERMISSION_VALUE\ and document_object._getAcquireLocalRoles(): document_object = document_object.aq_parent is_acquired = 1 else: break if is_acquired: document_w = IndexableObjectWrapper(document_object) else: document_w = w (security_uid_dict, optimised_roles_and_users) = \ catalog.getSecurityUidDict(document_w) w.optimised_roles_and_users = optimised_roles_and_users catalog_security_uid_groups_columns_dict = \ catalog.getSQLCatalogSecurityUidGroupsColumnsDict() default_security_uid_column = catalog_security_uid_groups_columns_dict[''] for local_roles_group_id, security_uid in security_uid_dict.items(): catalog_column = catalog_security_uid_groups_columns_dict.get( local_roles_group_id, default_security_uid_column) setattr(w, catalog_column, security_uid) # XXX we should build vars begore building the wrapper predicate_property_dict = catalog.getPredicatePropertyDict(object) if predicate_property_dict is not None: w.predicate_property_dict = predicate_property_dict else: w.predicate_property_dict = {} (subject_set_uid, optimised_subject_list) = catalog.getSubjectSetUid(document_w) w.optimised_subject_list = optimised_subject_list w.subject_set_uid = subject_set_uid return ImplicitAcquisitionWrapper(w, aq_parent(document_object)) security.declarePrivate('reindexObject') def reindexObject(self, object, idxs=None, sql_catalog_id=None,**kw): '''Update catalog after object data has changed. The optional idxs argument is a list of specific indexes to update (all of them by default). ''' if idxs is None: idxs = [] url = self.__url(object) self.catalog_object(object, url, idxs=idxs, sql_catalog_id=sql_catalog_id,**kw) def catalogObjectList(self, object_list, *args, **kw): """Catalog a list of objects""" m = object_list[0] if isinstance(m, GroupedMessage): tmp_object_list = [x.object for x in object_list] super(CatalogTool, self).catalogObjectList(tmp_object_list, **m.kw) if tmp_object_list: exc_info = sys.exc_info() for x in object_list: if x.object in tmp_object_list: x.raised(exc_info) else: x.result = None else: super(CatalogTool, self).catalogObjectList(object_list, *args, **kw) security.declarePrivate('uncatalogObjectList') def uncatalogObjectList(self, message_list): """Uncatalog a list of objects""" # TODO: this is currently only a placeholder for further optimization try: for m in message_list: m.result = self.unindexObject(*m.args, **m.kw) except Exception: m.raised() security.declarePrivate('unindexObject') def unindexObject(self, object=None, path=None, uid=None,sql_catalog_id=None): """ Remove from catalog. """ if path is None and uid is None: if object is None: raise TypeError, 'One of uid, path and object parameters must not be None' path = self.__url(object) if uid is None: raise TypeError, "unindexObject supports only uid now" self.uncatalog_object(path=path, uid=uid, sql_catalog_id=sql_catalog_id) security.declarePrivate('beforeUnindexObject') def beforeUnindexObject(self, object, path=None, uid=None,sql_catalog_id=None): """ Remove from catalog. """ if path is None and uid is None: path = self.__url(object) self.beforeUncatalogObject(path=path,uid=uid, sql_catalog_id=sql_catalog_id) security.declarePrivate('getUrl') def getUrl(self, object): return self.__url(object) security.declarePrivate('moveObject') def moveObject(self, object, idxs=None): """ Reindex in catalog, taking into account peculiarities of ERP5Catalog / ZSQLCatalog Useless ??? XXX """ if idxs is None: idxs = [] url = self.__url(object) self.catalog_object(object, url, idxs=idxs, is_object_moved=1) security.declarePublic('getPredicatePropertyDict') def getPredicatePropertyDict(self, object): """ Construct a dictionnary with a list of properties to catalog into the table predicate """ if not object.providesIPredicate(): return None object = object.asPredicate() if object is None: return None property_dict = {} identity_criterion = getattr(object,'_identity_criterion',None) range_criterion = getattr(object,'_range_criterion',None) if identity_criterion is not None: for property, value in identity_criterion.items(): if value is not None: property_dict[property] = value if range_criterion is not None: for property, (min, max) in range_criterion.items(): if min is not None: property_dict['%s_range_min' % property] = min if max is not None: property_dict['%s_range_max' % property] = max property_dict['membership_criterion_category_list'] = object.getMembershipCriterionCategoryList() return property_dict security.declarePrivate('getDynamicRelatedKeyList') def getDynamicRelatedKeyList(self, key_list, sql_catalog_id=None): """ Return the list of dynamic related keys. This method will try to automatically generate new related key by looking at the category tree. For exemple it will generate: destination_title | category,catalog/title/z_related_destination default_destination_title | category,catalog/title/z_related_destination strict_destination_title | category,catalog/title/z_related_strict_destination strict_ related keys only returns documents which are strictly member of the category. """ related_key_list = [] base_cat_id_list = self.portal_categories.getBaseCategoryDict() default_string = 'default_' strict_string = 'strict_' related_string = 'related_' column_map = self.getSQLCatalog(sql_catalog_id).getColumnMap() for key in key_list: prefix = '' strict = 0 if key.startswith(default_string): key = key[len(default_string):] prefix = default_string if key.startswith(strict_string): strict = 1 key = key[len(strict_string):] prefix = prefix + strict_string splitted_key = key.split('_') # look from the end of the key from the beginning if we # can find 'title', or 'portal_type'... for i in xrange(len(splitted_key) - 1, 0, -1): expected_base_cat_id = '_'.join(splitted_key[0:i]) if expected_base_cat_id != 'parent' and \ expected_base_cat_id in base_cat_id_list: # We have found a base_category end_key = '_'.join(splitted_key[i:]) related = end_key.startswith(related_string) if related: end_key = end_key[len(related_string):] # XXX: joining with non-catalog tables is not trivial and requires # ZSQLCatalog's ColumnMapper cooperation, so only allow catalog # columns. if 'catalog' in column_map.get(end_key, ()): is_uid = end_key == 'uid' if is_uid: end_key = 'uid' if related else 'category_uid' related_key_list.append( prefix + key + ' | category' + ('' if is_uid else ',catalog') + '/' + end_key + '/z_related_' + ('strict_' if strict else '') + expected_base_cat_id + ('_related' if related else '') ) return related_key_list def _aq_dynamic(self, name): """ Automatic related key generation. Will generate z_related_[base_category_id] if possible """ result = None if name.startswith(DYNAMIC_METHOD_NAME) and \ not name.endswith(ZOPE_SECURITY_SUFFIX): kw = {} if name.endswith(RELATED_DYNAMIC_METHOD_NAME): end_offset = RELATED_DYNAMIC_METHOD_NAME_LEN kw['related'] = 1 else: end_offset = None if name.startswith(STRICT_DYNAMIC_METHOD_NAME): start_offset = STRICT_DYNAMIC_METHOD_NAME_LEN kw['strict_membership'] = 1 else: start_offset = DYNAMIC_METHOD_NAME_LEN method = RelatedBaseCategory(name[start_offset:end_offset], **kw) setattr(self.__class__, name, method) # This getattr has 2 purposes: # - wrap in acquisition context # This alone should be explicitly done rather than through getattr. # - wrap (if needed) class attribute on the instance # (for the sake of not relying on current implementation details # "too much") result = getattr(self, name) return result def _searchAndActivate(self, method_id, method_args=(), method_kw={}, activate_kw={}, min_uid=None, group_kw={}, **kw): """Search the catalog and run a script by activity on all found objects In order to not generate too many activities, this method limits the number of rows to fetch from the catalog, and if the catalog would return more results, it resumes by calling itself by activity. 'activate_kw' is for common activate parameters between all generated activities and is usually used for priority and dependencies. Common usage is to call this method without 'select_method_id'. In this case, found objects are processed via a CMFActivity grouping, and this can be configured via 'group_kw', for additional parameters to pass to CMFActivity (in particular: 'activity' and 'group_method_*'). A generic grouping method is used if none is given. group_method_cost default to 30 objects per packet. 'select_method_id', if provided, will be called with partial catalog results and returned value will be provided to the callable identified by 'method_id' (which will no longer be invoked in the context of a given document returned by catalog) as first positional argument. Use 'packet_size' parameter to limit the size of each group (default: 30). 'activity_count' parameter is deprecated. Its value should be hardcoded because CMFActivity can now handle many activities efficiently and any tweak should benefit to everyone. However, there are still rare cases where one want to limit the number of processing nodes, to minimize latency of high-priority activities. """ catalog_kw = kw.copy() select_method_id = catalog_kw.pop('select_method_id', None) if select_method_id: packet_size = catalog_kw.pop('packet_size', 30) limit = packet_size * catalog_kw.pop('activity_count', 100) elif 'packet_size' in catalog_kw: # BBB assert not group_kw, (kw, group_kw) packet_size = catalog_kw.pop('packet_size') group_method_cost = 1. / packet_size limit = packet_size * catalog_kw.pop('activity_count', 100) else: group_method_cost = group_kw.get('group_method_cost', .034) # 30 objects limit = catalog_kw.pop('activity_count', None) or \ 100 * int(ceil(1 / group_method_cost)) if min_uid: catalog_kw['min_uid'] = SimpleQuery(uid=min_uid, comparison_operator='>') if catalog_kw.pop('restricted', False): search = self else: search = self.unrestrictedSearchResults r = search(sort_on=(('uid','ascending'),), limit=limit, **catalog_kw) result_count = len(r) if result_count: if result_count == limit: next_kw = activate_kw.copy() next_kw['priority'] = 1 + next_kw.get('priority', 1) self.activate(activity='SQLQueue', **next_kw) \ ._searchAndActivate(method_id,method_args, method_kw, activate_kw, r[-1].getUid(), **kw) if select_method_id: portal_activities = self.getPortalObject().portal_activities active_portal_activities = portal_activities.activate( activity='SQLQueue', **activate_kw) r = getattr(portal_activities, select_method_id)(r) activate = getattr(active_portal_activities, method_id) for i in xrange(0, result_count, packet_size): activate(r[i:i+packet_size], *method_args, **method_kw) else: kw = activate_kw.copy() kw['activity'] = 'SQLQueue' if group_method_cost < 1: kw['group_method_cost'] = group_method_cost kw['group_method_id'] = None kw.update(group_kw) for r in r: getattr(r.activate(**kw), method_id)(*method_args, **method_kw) security.declarePublic('searchAndActivate') def searchAndActivate(self, *args, **kw): """Restricted version of _searchAndActivate""" return self._searchAndActivate(restricted=True, *args, **kw) security.declareProtected(Permissions.ManagePortal, 'upgradeSchema') def upgradeSchema(self, sql_catalog_id=None, src__=0): """Upgrade all catalog tables, with ALTER or CREATE queries""" catalog = self.getSQLCatalog(sql_catalog_id) connection_id = catalog.z_create_catalog.connection_id src = [] db = self.getPortalObject()[connection_id]() with db.lock(): for clear_method in catalog.sql_clear_catalog: r = catalog[clear_method]._upgradeSchema( connection_id, create_if_not_exists=1, src__=1) if r: src.append(r) if not src__: for r in src: db.query(r) return src InitializeClass(CatalogTool)