############################################################################## # # Copyright (c) 2002-2012 Nexedi SA and Contributors. All Rights Reserved. # # WARNING: This program as such is intended to be used by professional # programmers who take the whole responsibility 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 # guarantees 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., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. # ############################################################################## from Products.ERP5SyncML.tests.testERP5SyncMLMixin import TestERP5SyncMLMixin class testSyncMLAsynchronousEngine(TestERP5SyncMLMixin): """ Test SyncML in Asynchronous mode """ def getTitle(self): return "Test SyncML with asynchronous engine" def getBusinessTemplateList(self): """ Tuple of Business Templates we need to install """ return ('erp5_base', 'erp5_syncml', 'erp5_syncml_test_data') # bt5 for test data def afterSetUp(self): """ This is ran before anything, used to set the environment """ self.sync_tool = self.portal.portal_synchronizations # here, you can create the categories and objects your test will depend on def _initSyncModule(self): """ Init and clear modules used in sync test """ self.client_module = self.portal.get('syncml_test_person_client_module', None) self.server_module = self.portal.get('syncml_test_person_server_module', None) self.assertNotEqual(self.client_module, None) self.assertNotEqual(self.server_module, None) self.client_module.manage_delObjects(ids=list(self.client_module.objectIds())) self.server_module.manage_delObjects(ids=list(self.server_module.objectIds())) self.assertEqual(len(self.client_module), 0) self.assertEqual(len(self.server_module), 0) def _initSynchronization(self): """ Init pubs & subs """ self.pub = self.sync_tool.get("test_person_pub") self.sub = self.sync_tool.get("test_person_sub") self.assertNotEqual(self.pub, None) self.assertNotEqual(self.sub, None) if not self.pub.getValidationState() == "validated": self.pub.validate() if not self.sub.getValidationState() == "validated": self.sub.validate() # Reset from previous sync self.sub.SyncMLSubscription_resetSubscription() self.pub.SyncMLPublication_resetPublication() # Make sure of initial state of sub if self.sub.getSynchronizationState() not in ("finished", "not_running"): self.sub.finish() # Use url of the current site self.updateSynchronizationURL(object_list = [self.pub, self.sub]) # Update authentication user = password = "syncml" self.addSynchronizationUser(user, password) self.updateAuthenticationCredentials(user, password, [self.sub,]) def _updateSyncMLPreference(self, activity_count=100, doc_count=30, sync_count=0): pref = self.portal.portal_preferences.getActiveSystemPreference() if not pref: pref = self.portal.portal_preferences.newContent( portal_type="System Preference") pref.edit(preferred_document_retrieved_per_activity_count=doc_count, preferred_retrieval_activity_count=activity_count, preferred_sync_action_per_activity_count=sync_count) if not pref.getPreferenceState() != "enabled": pref.enable() def _fillModule(self, module, nb_objects): self.title_list = [] append = self.title_list.append for x in xrange(nb_objects): module.newContent(title=str(x)) append(str(x)) def _setSyncMode(self, mode): self.sub.edit(syncml_alert_mode=mode) def test_01(self, *args, **kw): """ test the synchronization without splitting of sync action in activities We generate 3 activity of 5 documents and synchronizing 50 documents so that getAndActivate will be call many times """ self._initSynchronization() self._initSyncModule() self.tic() # Init the sync self._updateSyncMLPreference(activity_count=3, doc_count=5) # Process 15 docs nb_document=50 self._fillModule(module=self.client_module, nb_objects=nb_document) self._setSyncMode("refresh_from_client_only") self.tic() # Initial check self.assertEqual(len(self.client_module), nb_document) self.assertEqual(len(self.server_module), 0) # Do the sync self.sync_tool.processClientSynchronization(self.sub.getRelativeUrl()) self.tic() # Check result self.assertEqual(self.sub.getSynchronizationState(), "finished") self.assertEqual(len(self.client_module), nb_document) self.assertEqual(len(self.server_module), nb_document) self.assertEqual(len(self.title_list), 50) for person in self.server_module.objectValues(): self.title_list.remove(person.getTitle()) self.assertEqual(len(self.title_list), 0) def test_02_noSyncCommandSplitting(self, *args, **kw): """ test the synchronization without splitting of sync action in activities We generate 35activity of 5 documents and synchronizing 50 documents so that getAndActivate will be call two times only, and the last row of document will have the length of the limit defined (25) """ self._initSynchronization() self._initSyncModule() self.tic() # Init the sync self._updateSyncMLPreference(activity_count=5, doc_count=5) # Process 25 docs nb_document=50 self._fillModule(module=self.client_module, nb_objects=nb_document) self._setSyncMode("refresh_from_client_only") self.tic() # Initial check self.assertEqual(len(self.client_module), nb_document) self.assertEqual(len(self.server_module), 0) # Do the sync self.sync_tool.processClientSynchronization(self.sub.getRelativeUrl()) self.tic() # Check result self.assertEqual(self.sub.getSynchronizationState(), "finished") self.assertEqual(len(self.client_module), nb_document) self.assertEqual(len(self.server_module), nb_document) self.assertEqual(len(self.title_list), 50) for person in self.server_module.objectValues(): self.title_list.remove(person.getTitle()) self.assertEqual(len(self.title_list), 0) def test_03(self, *args, **kw): """ test the synchronization without splitting of sync action in activities We generate 3 activity of 5 documents and synchronizing 12 documents so that getAndActivate will be call one time and final activity must on 2 documents Note that this test pass even if final activity contains more documents as we are processing activity on one node only and so the same document creation process can't be done in parralell and result in the same document created twice This is has to be unit tested at the Subscription level with mock objects """ self._initSynchronization() self._initSyncModule() self.tic() # Init the sync self._updateSyncMLPreference(activity_count=3, doc_count=5) # Process 15 docs nb_document=12 self._fillModule(module=self.client_module, nb_objects=nb_document) self._setSyncMode("refresh_from_client_only") self.tic() # Initial check self.assertEqual(len(self.client_module), nb_document) self.assertEqual(len(self.server_module), 0) # Do the sync self.sync_tool.processClientSynchronization(self.sub.getRelativeUrl()) self.tic() # Check result self.assertEqual(self.sub.getSynchronizationState(), "finished") self.assertEqual(len(self.client_module), nb_document) self.assertEqual(len(self.server_module), nb_document) self.assertEqual(len(self.title_list), nb_document) for person in self.server_module.objectValues(): self.title_list.remove(person.getTitle()) self.assertEqual(len(self.title_list), 0) def test_05_SyncMLSubscription(self): """ Test methods defined on subscription """ self._initSynchronization() self._initSyncModule() self.tic() # Init the sync nb_document=500 self._fillModule(module=self.client_module, nb_objects=nb_document) self.tic() # Check the default getDocumentIdList behaviour r = self.sub.getDocumentIdList(limit=None) self.assertEqual(len(r), nb_document) # Now simulate the get and activate method # Test limit is well taken into account limit = 100 r = self.sub.getDocumentIdList(limit=limit) self.assertEqual(len(r), limit) # Test the min_id parameter min_id = r[-1].getId() r = self.sub.getDocumentIdList(limit=None, min_id=min_id) self.assertEqual(len(r), nb_document-limit)