############################################################################## # # Copyright (c) 2007 Nexedi SARL and Contributors. All Rights Reserved. # # 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 unittest from Products.ERP5Type.tests.ERP5TypeTestCase import ERP5TypeTestCase from Products.ERP5Type.tests.utils import createZODBPythonScript from Products.ERP5.tests.testOrder import TestOrderMixin class TestRuleMixin(TestOrderMixin): """ Test basic rule behaviours """ def createRule(self, base_reference, version, **kw): rule = super(TestRuleMixin, self).getRule(reference=base_reference, version='<testRule.') assert rule.getValidationState() == 'draft' parent = rule.getParentValue() rule, = parent.manage_pasteObjects( parent.manage_copyObjects(ids=rule.getId())) rule = parent[rule['new_id']] rule._edit(version='testRule.' + version, **kw) return rule def getRule(self, reference): rule = super(TestRuleMixin, self).getRule(reference=reference) assert rule.getVersion().startswith('testRule.') return rule def _wipe(self, folder): folder.manage_delObjects(list(folder.objectIds())) def afterSetUp(self): # delete rules rule_tool = self.portal.portal_rules rule_tool.manage_delObjects(ids=[x.getId() for x in rule_tool.objectValues() if x.getVersion().startswith('testRule.')]) # recreate rules self.createRule('default_order_rule', '1') self.createRule('default_delivery_rule', '1') self.tic() # create packing list if necessary pl_module = self.portal.getDefaultModule(self.packing_list_portal_type) if pl_module.objectCount() == 0: # at least one default_delivery_rule should be validated here to # confirm Sale Packing List delivery_rule = self.getRule('default_delivery_rule') delivery_rule.validate() self.pl = self.createPackingList() delivery_rule.invalidate() else: self.pl = pl_module.objectValues()[0] #delete applied_rule simulation_tool = self.getSimulationTool() self._wipe(simulation_tool) # create one manual simulation movement for rule testing self.ar = simulation_tool.newContent(portal_type='Applied Rule') self.sm = self.ar.newContent(portal_type='Simulation Movement') self.sm.setStartDate("2007-07-01") # for the date based rule tests # commit self.tic() def beforeTearDown(self): self._wipe(self.getSimulationTool()) self._wipe(self.portal.portal_skins.custom) self.tic() def getTitle(self): return "Rule" def getBusinessTemplateList(self): return TestOrderMixin.getBusinessTemplateList(self) + ('erp5_accounting', 'erp5_invoicing', 'erp5_configurator_standard_accounting_template', 'erp5_configurator_standard_invoicing_template') def createPackingList(self): """ create a packing list, to allow testing """ self.getCategoryTool()['group'].newContent(portal_type='Category', id='a') self.getCategoryTool()['group'].newContent(portal_type='Category', id='b') pl_module = self.getPortal().getDefaultModule( self.packing_list_portal_type) pl = pl_module.newContent(portal_type=self.packing_list_portal_type, specialise=self.business_process, source_section='group/a', destination_section='group/b') pl.newContent(portal_type=self.packing_list_line_portal_type, id='line', quantity=1) pl.setStartDate("2007-07-01") self.tic() pl.confirm() self.tic() return pl class TestRule(TestRuleMixin, ERP5TypeTestCase) : def test_01_ValidatedRuleWithNoScript(self): """ test that when a rule is validated, but has no script it will not apply """ delivery_rule = self.getRule('default_delivery_rule') delivery_rule.validate() self.tic() self.assertEquals(self.getRuleTool().countFolder( validation_state="validated")[0][0], 1) self.assertEquals(len(self.getRuleTool().searchRuleList(self.sm)), 0) def test_02_WrongTestMethod(self): """ test that when a rule's test method returns False, it will not apply """ skin_folder = self.getPortal().portal_skins.custom skin = createZODBPythonScript(skin_folder, 'wrong_script', 'rule', 'return False') delivery_rule = self.getRule('default_delivery_rule') delivery_rule.setTestMethodId('wrong_script') delivery_rule.validate() self.tic() self.assertEquals(self.getRuleTool().countFolder( validation_state="validated")[0][0], 1) self.assertEquals(len(self.getRuleTool().searchRuleList(self.sm)), 0) def test_03_GoodTestMethod(self): """ test that when a rule's test method returns True, it will apply """ skin_folder = self.getPortal().portal_skins.custom skin = createZODBPythonScript(skin_folder, 'good_script', 'rule', 'return True') delivery_rule = self.getRule('default_delivery_rule') delivery_rule.setTestMethodId('good_script') delivery_rule.validate() self.tic() self.assertEquals(self.getRuleTool().countFolder( validation_state="validated")[0][0], 1) self.assertEquals(len(self.getRuleTool().searchRuleList(self.sm)), 1) def test_04_NotValidatedRule(self): """ test that when a rule is not validated, it will not apply, even if it has a good script """ skin_folder = self.getPortal().portal_skins.custom skin = createZODBPythonScript(skin_folder, 'good_script', 'rule', 'return True') delivery_rule = self.getRule('default_delivery_rule') delivery_rule.setTestMethodId('good_script') delivery_rule.validate() delivery_rule.invalidate() self.tic() self.assertEquals(self.getRuleTool().countFolder( validation_state="validated")[0][0], 0) self.assertEquals(len(self.getRuleTool().searchRuleList(self.sm)), 0) def test_06_WrongDateRange(self): """ test that when a rule is validated but does not have correct date range, it will not apply """ skin_folder = self.getPortal().portal_skins.custom skin = createZODBPythonScript(skin_folder, 'good_script', 'rule', 'return True') delivery_rule = self.getRule('default_delivery_rule') delivery_rule.setTestMethodId('good_script') delivery_rule.setStartDateRangeMin('2007-06-01') delivery_rule.setStartDateRangeMax('2007-06-04') delivery_rule.validate() self.tic() self.assertEquals(self.getRuleTool().countFolder( validation_state="validated")[0][0], 1) self.assertEquals(len(self.getRuleTool().searchRuleList(self.sm)), 0) def test_07_GoodDateRange(self): """ test that when a rule is validated and has a correct date range, it will apply """ skin_folder = self.getPortal().portal_skins.custom skin = createZODBPythonScript(skin_folder, 'good_script', 'rule', 'return True') delivery_rule = self.getRule('default_delivery_rule') delivery_rule.setTestMethodId('good_script') delivery_rule.setStartDateRangeMin('2007-06-01') delivery_rule.setStartDateRangeMax('2007-08-01') delivery_rule.validate() self.tic() self.assertEquals(self.getRuleTool().countFolder( validation_state="validated")[0][0], 1) self.assertEquals(len(self.getRuleTool().searchRuleList(self.sm)), 1) def test_070_direct_criteria_specification(self): """ test that rule-specific scripts can specify identity and range criteria """ skin_folder = self.getPortal().portal_skins.custom # add an always-matching predicate test script to the rule createZODBPythonScript(skin_folder, 'good_script', 'rule', 'return True') delivery_rule = self.getRule('default_delivery_rule') delivery_rule.setTestMethodId('good_script') # but add a predicate building script that only matches on # Simulation Movements, to affect all rules createZODBPythonScript(skin_folder, 'RuleMixin_asPredicate', '', """ return context.generatePredicate( identity_criterion=dict(portal_type=(context.movement_type,)), ) """) # and validate it, which will indirectly reindex the predicate. delivery_rule.validate() self.tic() # now rules don't match packing lists by default self.assertEqual(len(self.getRuleTool().searchRuleList(self.pl)), 0) # only simulation movements self.assertEqual(len(self.getRuleTool().searchRuleList(self.sm)), 1) # unless they have more specific predicate script telling them otherwise: predicate_script = createZODBPythonScript( skin_folder, 'DeliveryRootSimulationRule_asPredicate', '', """ return context.generatePredicate( identity_criterion=dict(portal_type=('Sale Packing List',)), range_criterion=dict(start_date=(%r, None)), ) """ % self.pl.getStartDate()) delivery_rule.reindexObject() self.tic() # now they match the packing list, but not the simulation movement self.assertEqual(len(self.getRuleTool().searchRuleList(self.pl)), 1) self.assertEqual(len(self.getRuleTool().searchRuleList(self.sm)), 0) # Note that we added a range criterion above, which means that if # the packing list no longer falls within the range... self.pl.setStartDate(self.pl.getStartDate() - 1) self.tic() # ... then the rule no longer matches the packing list: self.assertEqual(len(self.getRuleTool().searchRuleList(self.pl)), 0) # But if we push back the date on the criterion... predicate_script.write(""" return context.generatePredicate( identity_criterion=dict(portal_type=('Sale Packing List',)), range_criterion=dict(start_date=(%r, None)), ) """ % self.pl.getStartDate()) delivery_rule.reindexObject() self.tic() # ... it will match again self.assertEqual(len(self.getRuleTool().searchRuleList(self.pl)), 1) def test_071_empty_rule_category_matching(self): """ test that a category criteria on a rule that doesn't have that category allows the rule to match contexts with and without that category """ skin_folder = self.getPortal().portal_skins.custom rule_tool = self.getRuleTool() # add an always-matching predicate test script to the rule createZODBPythonScript(skin_folder, 'good_script', 'rule', 'return True') delivery_rule = self.getRule('default_delivery_rule') delivery_rule.setTestMethodId('good_script') # and add a predicate building script that only matches on # Simulation Movements, to affect all rules createZODBPythonScript(skin_folder, 'RuleMixin_asPredicate', '', """ return context.generatePredicate( identity_criterion=dict(portal_type=(context.movement_type,)), membership_criterion_base_category_list=('trade_phase',), ) """) # and validate it, which will indirectly reindex the predicate. delivery_rule.validate() self.tic() # Now since the rule has a trade_phase self.assertEqual(delivery_rule.getTradePhase(), 'default/delivery') # ...then it won't match the Simulation Movement self.assertEqual(len(rule_tool.searchRuleList(self.sm)), 0) # unless it gets a trade_phase itself self.sm.setTradePhase('default/delivery') self.tic() self.assertEqual(len(rule_tool.searchRuleList(self.sm)), 1) # But if the rule itself has no trade_phase... delivery_rule.setTradePhase(None) self.tic() # then it should match the simulation movement with or without # trade_phase self.assertEqual(len(rule_tool.searchRuleList(self.sm)), 1) self.sm.setTradePhase(None) self.tic() self.assertEqual(len(rule_tool.searchRuleList(self.sm)), 1) def test_072_search_with_extra_catalog_keywords(self): """ test that a category criteria on a rule that doesn't have that category allows the rule to match contexts with and without that category """ skin_folder = self.getPortal().portal_skins.custom rule_tool = self.getRuleTool() # add an always-matching predicate test script to the rule createZODBPythonScript(skin_folder, 'good_script', 'rule', 'return True') delivery_rule = self.getRule('default_delivery_rule') delivery_rule.setTestMethodId('good_script') delivery_rule.validate() self.tic() # Now since the rule has a trade_phase trade_phase_list = delivery_rule.getTradePhaseList() self.assertEqual(trade_phase_list, ['default/delivery']) # then it should be possible to find it by passing this trade_phase # as an additional catalog keyword kw = {'trade_phase_relative_url': ['trade_phase/' + path for path in trade_phase_list]} # XXX-Leo: Fugly catalog syntax for category search above. self.assertEqual(len(rule_tool.searchRuleList(self.sm, **kw)), 1) # and also not to match it if we pass a different trade_phase kw['trade_phase_relative_url'] = ['trade_phase/' + 'default/order'] self.assertEqual(len(rule_tool.searchRuleList(self.sm, **kw)), 0) # but match it again if we pass an empty list for trade_phase # (with a warning in the log about discarding empty values) kw['trade_phase_relative_url'] = [] self.assertEqual(len(rule_tool.searchRuleList(self.sm, **kw)), 1) def test_08_createRootAppliedRule(self): """ test that when updateSimulation is called, the rule with the correct reference and higher version is used XXX as expand is triggered here, make sure rules won't be created forever """ skin_folder = self.getPortal().portal_skins.custom skin = createZODBPythonScript(skin_folder, 'rule_script', 'rule', "return False") # wrong reference order_rule = self.getRule('default_order_rule') order_rule.setTestMethodId('rule_script') order_rule.validate() delivery_rule_1 = self.getRule('default_delivery_rule') delivery_rule_1.setTestMethodId('rule_script') delivery_rule_1.validate() delivery_rule_2 = self.createRule('default_delivery_rule', '2', test_method_id='rule_script') delivery_rule_2.validate() self.tic() # delivery_rule_2 should be applied self.pl.updateSimulation(create_root=1) self.tic() root_applied_rule, = self.pl.getCausalityRelatedValueList() self.assertEquals(root_applied_rule.getSpecialise(), delivery_rule_2.getRelativeUrl()) self.getSimulationTool()._delObject(root_applied_rule.getId()) # increase version of delivery_rule_1 delivery_rule_1.setVersion("testRule.3") self.tic() # delivery_rule_1 should be applied self.pl.updateSimulation(create_root=1) self.tic() root_applied_rule, = self.pl.getCausalityRelatedValueList() self.assertEquals(root_applied_rule.getSpecialise(), delivery_rule_1.getRelativeUrl()) self.getSimulationTool()._delObject(root_applied_rule.getId()) self.tic() def test_09_expandTwoRules(self): """ test that when expand is called on a simulation movement, if two rules with the same reference are found, only the one with the higher version will be applied. XXX as expand is triggered here, make sure rules won't be created forever """ skin_folder = self.getPortal().portal_skins.custom skin = createZODBPythonScript(skin_folder, 'delivery_rule_script', 'rule', "return False") skin_folder = self.getPortal().portal_skins.custom skin = createZODBPythonScript(skin_folder, 'invoice_rule_script', 'rule', "return context.getParentValue().getSpecialiseReference() == 'default_delivery_rule'") delivery_rule = self.getRule('default_delivery_rule') delivery_rule.validate() invoicing_rule_1 = self.createRule('default_invoicing_rule', '1', test_method_id='invoice_rule_script') invoicing_rule_1.validate() invoicing_rule_2 = self.createRule('default_invoicing_rule', '2', test_method_id='invoice_rule_script') invoicing_rule_2.validate() self.pl.updateSimulation(create_root=1) self.tic() # check that only one invoicing rule (higher version) was applied root_applied_rule, = self.pl.getCausalityRelatedValueList() self.assertEquals(root_applied_rule.getSpecialise(), delivery_rule.getRelativeUrl()) movement, = root_applied_rule.objectValues() applied_rule, = movement.objectValues() self.assertEquals(applied_rule.getSpecialise(), invoicing_rule_2.getRelativeUrl()) # increase version of other rule, clean simulation and check again self.getSimulationTool()._delObject(root_applied_rule.getId()) invoicing_rule_1.setVersion('testRule.3') self.tic() self.pl.updateSimulation(create_root=1) self.tic() # check that only one invoicing rule (higher version) was applied root_applied_rule, = self.pl.getCausalityRelatedValueList() self.assertEquals(root_applied_rule.getSpecialise(), delivery_rule.getRelativeUrl()) movement, = root_applied_rule.objectValues() applied_rule, = movement.objectValues() self.assertEquals(applied_rule.getSpecialise(), invoicing_rule_1.getRelativeUrl()) self.getSimulationTool()._delObject(root_applied_rule.getId()) self.tic() def test_10_expandAddsRule(self): """ test that if a rule didn't match previously, and does now, it should apply if no rule with the same reference is already applied. - test that it happens if no rule is already applied - test that nothing changes if a rule of same reference is already applied (no matter what the version is) """ skin_folder = self.portal.portal_skins.custom createZODBPythonScript(skin_folder, 'delivery_rule_script', 'rule', "return False") createZODBPythonScript(skin_folder, 'invoice_rule_script', 'rule', "return context.getParentValue().getSpecialiseReference() == 'default_delivery_rule'") delivery_rule = self.getRule('default_delivery_rule') delivery_rule.validate() # create rule with a wrong script invoicing_rule_1 = self.createRule('default_invoicing_rule', '1', test_method_id='delivery_rule_script') invoicing_rule_1.validate() self.pl.updateSimulation(create_root=1) self.tic() root_applied_rule, = self.pl.getCausalityRelatedValueList() # check that no invoicing rule was applied self.assertEquals(root_applied_rule.getSpecialise(), delivery_rule.getRelativeUrl()) movement, = root_applied_rule.objectValues() self.assertEquals(movement.objectCount(), 0) # change rule script so that it matches and test again invoicing_rule_1.setTestMethodId('invoice_rule_script') root_applied_rule.expand() self.tic() self.assertEquals(list(root_applied_rule.objectValues()), [movement]) invoicing_rule_1_applied_rule, = movement.objectValues() self.assertEquals(invoicing_rule_1_applied_rule.getSpecialise(), invoicing_rule_1.getRelativeUrl()) # add more invoicing_rule and test that nothing is changed ## same reference, higher version invoicing_rule_n = self.createRule('default_invoicing_rule', '2', test_method_id='invoice_rule_script') invoicing_rule_n.validate() ## different reference, higher version (but version shouldn't matter here) invoicing_rule_2 = self.createRule('default_invoicing_rule', '2', reference='default_invoicing_rule_2', test_method_id='invoice_rule_script') invoicing_rule_2.validate() self.tic() root_applied_rule.expand() self.tic() self.assertEquals(list(root_applied_rule.objectValues()), [movement]) applied_rule_1, applied_rule_2 = sorted(movement.objectValues(), key=lambda x: x.getSpecialiseReference()) # check the 1st applied rule is an application of invoicing_rule_1 self.assertEquals(applied_rule_1.getSpecialise(), invoicing_rule_n.getRelativeUrl()) self.assertEquals(applied_rule_2.getSpecialise(), invoicing_rule_2.getRelativeUrl()) self.getSimulationTool()._delObject(root_applied_rule.getId()) self.tic() def test_11_expandRemovesRule(self): """ test that if a rule matched previously and does not anymore, it should be removed, if no child movement of this rule is delivered - test that it happens if no child is delivered - test that nothing is changed if at least one child is delivered """ skin_folder = self.getPortal().portal_skins.custom skin = createZODBPythonScript(skin_folder, 'delivery_rule_script', 'rule', "return False") skin_folder = self.getPortal().portal_skins.custom skin = createZODBPythonScript(skin_folder, 'invoice_rule_script', 'rule', "return context.getParentValue().getSpecialiseReference() == 'default_delivery_rule'") delivery_rule = self.getRule('default_delivery_rule') delivery_rule.validate() invoicing_rule_1 = self.createRule('default_invoicing_rule', '1', test_method_id='invoice_rule_script') invoicing_rule_1.validate() self.pl.updateSimulation(create_root=1) self.tic() root_applied_rule, = self.pl.getCausalityRelatedValueList() # check that the invoicing rule was applied self.assertEquals(root_applied_rule.getSpecialise(), delivery_rule.getRelativeUrl()) movement, = root_applied_rule.objectValues() applied_rule, = movement.objectValues() self.assertEquals(applied_rule.getSpecialise(), invoicing_rule_1.getRelativeUrl()) # invalidate the rule and test that it is gone invoicing_rule_1.invalidate() self.tic() self.assertEquals(invoicing_rule_1.getValidationState(), 'invalidated') root_applied_rule.expand() self.tic() self.assertEquals(list(root_applied_rule.objectValues()), [movement]) self.assertEquals(movement.objectCount(), 0) # change the test method to one that fails, and test that the rule is # removed invoicing_rule_1.setTestMethodId('delivery_rule_script') root_applied_rule.expand() self.tic() self.assertEquals(list(root_applied_rule.objectValues()), [movement]) self.assertEquals(movement.objectCount(), 0) # change the test to one that succeeds, revalidate, expand, add a delivery # relation, change the test method to one that fails, expand, and test # that the rule is still there invoicing_rule_1.setTestMethodId('invoice_rule_script') invoicing_rule_1.validate() self.tic() self.assertEquals(invoicing_rule_1.getValidationState(), 'validated') root_applied_rule.expand() self.tic() self.assertEquals(list(root_applied_rule.objectValues()), [movement]) applied_rule, = movement.objectValues() self.assertEquals(applied_rule.getSpecialise(), invoicing_rule_1.getRelativeUrl()) sub_movement, = applied_rule.objectValues() sub_movement.setDeliveryValue(self.pl.line) invoicing_rule_1.setTestMethodId('delivery_rule_script') root_applied_rule.expand() self.tic() self.assertEquals(list(root_applied_rule.objectValues()), [movement]) self.assertEquals(list(movement.objectValues()), [applied_rule]) self.assertEquals(applied_rule.getSpecialise(), invoicing_rule_1.getRelativeUrl()) self.assertEquals(list(applied_rule.objectValues()), [sub_movement]) self.assertEquals(sub_movement.getDelivery(), self.pl.line.getRelativeUrl()) self.getSimulationTool()._delObject(root_applied_rule.getId()) self.tic() def test_12_expandReplacesRule(self): """ test that if a rule matched previously and does not anymore, and another rule matches now, the old rule should be replaced by the new one, if no child movement of this rule is delivered - test that it happens if no child is delivered - test that nothing is changed if at least one child is delivered """ skin_folder = self.getPortal().portal_skins.custom skin = createZODBPythonScript(skin_folder, 'delivery_rule_script', 'rule', "return False") skin_folder = self.getPortal().portal_skins.custom skin = createZODBPythonScript(skin_folder, 'invoice_rule_script', 'rule', "return context.getParentValue().getSpecialiseReference() == 'default_delivery_rule'") delivery_rule = self.getRule('default_delivery_rule') delivery_rule.validate() invoicing_rule_1 = self.createRule('default_invoicing_rule', '1', test_method_id='invoice_rule_script') invoicing_rule_1.validate() invoicing_rule_2 = self.createRule('default_invoicing_rule', '2', test_method_id='invoice_rule_script') invoicing_rule_2.validate() self.pl.updateSimulation(create_root=1) self.tic() root_applied_rule, = self.pl.getCausalityRelatedValueList() # check that the invoicing rule 2 was applied self.assertEquals(root_applied_rule.getSpecialise(), delivery_rule.getRelativeUrl()) movement, = root_applied_rule.objectValues() applied_rule, = movement.objectValues() self.assertEquals(applied_rule.getSpecialise(), invoicing_rule_2.getRelativeUrl()) # change the test method to one that fails, and test that the rule is # replaced by invoicing rule 1 invoicing_rule_2.setTestMethodId('delivery_rule_script') root_applied_rule.expand() self.tic() self.assertEquals(list(root_applied_rule.objectValues()), [movement]) applied_rule, = movement.objectValues() self.assertEquals(applied_rule.getSpecialise(), invoicing_rule_1.getRelativeUrl()) # change the test of invoicing rule 2 to one that succeeds, add a delivery # relation, expand, and test that the invoicing rule 1 is still there invoicing_rule_2.setTestMethodId('invoice_rule_script') sub_movement, = applied_rule.objectValues() sub_movement.setDeliveryValue(self.pl.line) root_applied_rule.expand() self.tic() self.assertEquals(list(root_applied_rule.objectValues()), [movement]) self.assertEquals(list(movement.objectValues()), [applied_rule]) self.assertEquals(applied_rule.getSpecialise(), invoicing_rule_1.getRelativeUrl()) self.assertEquals(list(applied_rule.objectValues()), [sub_movement]) self.assertEquals(sub_movement.getDelivery(), self.pl.line.getRelativeUrl()) self.getSimulationTool()._delObject(root_applied_rule.getId()) self.tic() def _slowReindex(self): self.getRule('default_delivery_rule').validate() self.tic() self.pl.updateSimulation(create_root=1) self.tic(stop_condition=lambda message_list: 1 == sum(1 for m in message_list if m.method_id == 'immediateReindexObject')) root_applied_rule, = self.pl.getCausalityRelatedValueList() sm, = root_applied_rule.objectValues() line = sm.getDeliveryValue() self.assertEqual([sm], line.getDeliveryRelatedValueList()) self.assertEqual([], [x.getObject() for x in self.portal.portal_catalog .unrestrictedSearchResults(delivery_uid=line.getUid())]) return root_applied_rule def test_13_unlinkSimulation(self): """ When a root delivery line is deleted, the related simulation movement should be deleted at some point. """ root_applied_rule = self._slowReindex() r, = self.portal.cmf_activity_sql_connection.manage_test( 'update message set priority = 127\0select * from message') self.assertEqual(r.processing_node, -1) line_id, = self.pl.objectIds() self.pl._delObject(line_id) line = self.pl.newContent(portal_type=self.packing_list_line_portal_type, quantity=1) self.tic() sm, = root_applied_rule.objectValues() self.assertEqual(line, sm.getDeliveryValue()) def test_14_indexRelated(self): """Check that simulation is indexed before being updated It is important that an update of a simulation tree is able to find all related simulation movements, otherwise the following happens: node 1 node 2 start first indexing of SM ... change simulation state of PL update simulation (no SM found) commit result of indexing -> SM has wrong simulation state """ root_applied_rule = self._slowReindex() self.portal.portal_activities.distribute() self.pl.updateSimulation(index_related=1) self.commit() # this should distribute nothing as long as the indexing activity # is not processed self.portal.portal_activities.distribute() r, = self.portal.cmf_activity_sql_connection.manage_test( 'select * from message_queue') self.assertEqual(r.method_id, '_updateSimulation') self.assertEqual(r.processing_node, -1) def test_suite(): suite = unittest.TestSuite() suite.addTest(unittest.makeSuite(TestRule)) return suite