############################################################################## # # Copyright (c) 2005-2010 Nexedi SA and Contributors. All Rights Reserved. # Yoshinori Okuji <yo@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 requested python module import os import transaction from zLOG import LOG from DateTime import DateTime from Products.ERP5Type.tests.Sequence import SequenceList from Products.DCWorkflow.DCWorkflow import ValidationFailed from Products.ERP5Banking.tests.TestERP5BankingMixin import TestERP5BankingMixin # Needed in order to have a log file inside the current folder os.environ['EVENT_LOG_FILE'] = os.path.join(os.getcwd(), 'zLOG.log') # Define the level of log we want, here is all os.environ['EVENT_LOG_SEVERITY'] = '-300' class TestERP5BankingCheckPaymentMixin(TestERP5BankingMixin): """ Unit test class for the check payment module """ # pseudo constants RUN_ALL_TEST = 1 # we want to run all test QUIET = 0 # we don't want the test to be quiet def getTitle(self): """ Return the title of the test """ return "ERP5BankingCheckPayment" def afterSetUp(self): """ Method called before the launch of the test to initialize some data """ self.initDefaultVariable() # the check payment module self.check_payment_module = self.getCheckPaymentModule() # the checkbook module self.checkbook_module = self.getCheckbookModule() # Create a user and login as manager to populate the erp5 portal with objects for tests. self.createManagerAndLogin() # Define static values (only use prime numbers to prevent confusions like 2 * 6 == 3 * 4) # variation list is the list of years for banknotes and coins self.variation_list = ('variation/1992', 'variation/2003') self.createFunctionGroupSiteCategory(site_list=['paris']) # Before the test, we need to input the inventory inventory_dict_line_1 = {'id' : 'inventory_line_1', 'resource': self.billet_10000, 'variation_id': ('emission_letter', 'cash_status', 'variation'), 'variation_value': ('emission_letter/p', 'cash_status/valid') + self.variation_list, 'quantity': self.quantity_10000} inventory_dict_line_2 = {'id' : 'inventory_line_2', 'resource': self.billet_200, 'variation_id': ('emission_letter', 'cash_status', 'variation'), 'variation_value': ('emission_letter/p', 'cash_status/valid') + self.variation_list, 'quantity': self.quantity_200} inventory_dict_line_3 = {'id' : 'inventory_line_3', 'resource': self.billet_5000, 'variation_id': ('emission_letter', 'cash_status', 'variation'), 'variation_value': ('emission_letter/p', 'cash_status/valid') + self.variation_list, 'quantity': self.quantity_5000} line_list = [inventory_dict_line_1, inventory_dict_line_2, inventory_dict_line_3] self.line_list = line_list self.bi_counter = self.paris.surface.banque_interne self.bi_counter_vault = self.paris.surface.banque_interne.guichet_1.encaisse_des_billets_et_monnaies.sortante self.createCashInventory(source=None, destination=self.bi_counter_vault, currency=self.currency_1, line_list=line_list) self.stepTic() # create a person and a bank account self.person_1 = self.createPerson(id='person_1', first_name='toto', last_name='titi') self.bank_account_1 = self.createBankAccount(person=self.person_1, account_id='bank_account_1', currency=self.currency_1, amount=30000, overdraft_facility=1, internal_bank_account_number="343434343434") # now we need to create a user as Manager to do the test # in order to have an assigment defined which is used to do transition # Create an Organisation that will be used for users assignment self.checkUserFolderType() self.organisation = self.organisation_module.newContent(id='baobab_org', portal_type='Organisation', function='banking', group='baobab', site='testsite/paris') # define the user user_dict = { 'super_user' : [['Manager'], self.organisation, 'banking/comptable', 'baobab', 'testsite/paris/surface/banque_interne/guichet_1'] } # call method to create this user self.createERP5Users(user_dict) self.logout() self.login('super_user') # open counter date and counter self.openCounterDate(site=self.paris, force_check=1) self.openCounter(site=self.bi_counter_vault) self.createCheckAndCheckbookModel() # create a check self.checkbook_1 = self.createCheckbook(id= 'checkbook_1', vault=self.paris, bank_account=self.bank_account_1, min=50, max=100, ) self.check_1 = self.createCheck(id='check_1', reference='0000050', resource_value=self.check_model, checkbook=self.checkbook_1, destination_value=self.paris) self.check_2 = self.createCheck(id='check_2', reference='0000051', resource_value=self.check_model, checkbook=self.checkbook_1, destination_value=self.paris) self.check_3 = self.createCheck(id='check_3', reference='0000052', resource_value=self.check_model, checkbook=self.checkbook_1, destination_value=self.paris) self.check_4 = self.createCheck(id='check_4', reference='0000053', resource_value=self.check_model, checkbook=self.checkbook_1, destination_value=self.paris) self.check_5 = self.createCheck(id='check_5', reference='0000054', resource_value=self.check_model, checkbook=self.checkbook_1, destination_value=self.paris) self.check_5 = self.createCheck(id='check_6', reference='0000056', resource_value=self.check_model, checkbook=self.checkbook_1, destination_value=self.paris) self.non_existant_check_reference = '0000055' def stepCheckObjects(self, sequence=None, sequence_list=None, **kwd): """ Check that all the objects we created in afterSetUp or that were added by the business template and that we rely on are really here. """ self.checkResourceCreated() # check that Check Payment Module was created self.assertEqual(self.check_payment_module.getPortalType(), 'Check Payment Module') # check check payment module is empty self.assertEqual(len(self.check_payment_module.objectValues()), 0) def stepCheckInitialInventory(self, sequence=None, sequence_list=None, **kwd): """ Check the initial inventory before any operations """ self.simulation_tool = self.getSimulationTool() # check we have 5 banknotes of 10000 in encaisse_billets_et_monnaies self.assertEqual(self.simulation_tool.getCurrentInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_10000.getRelativeUrl()), 5.0) self.assertEqual(self.simulation_tool.getFutureInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_10000.getRelativeUrl()), 5.0) # check we have 12 coin of 200 in encaisse_billets_et_monnaies self.assertEqual(self.simulation_tool.getCurrentInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_200.getRelativeUrl()), 12.0) self.assertEqual(self.simulation_tool.getFutureInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_200.getRelativeUrl()), 12.0) # check we have 24 banknotes of 200 in encaisse_billets_et_monnaies self.assertEqual(self.simulation_tool.getCurrentInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_5000.getRelativeUrl()), 24.0) self.assertEqual(self.simulation_tool.getFutureInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_5000.getRelativeUrl()), 24.0) # check the inventory of the bank account self.assertEqual(self.simulation_tool.getCurrentInventory(payment=self.bank_account_1.getRelativeUrl()), 30000) self.assertEqual(self.simulation_tool.getFutureInventory(payment=self.bank_account_1.getRelativeUrl()), 30000) def stepModifyCheckPayment(self, sequence=None, sequence_list=None, **kwd): """ """ self.check_payment.edit(aggregate_free_text="0000051") def stepCreateCheckPayment(self, sequence=None, sequence_list=None, **kwd): """ Create a check payment document and check it """ self.check_payment = self.check_payment_module.newContent(id = 'check_payment', portal_type = 'Check Payment', destination_payment_value = self.bank_account_1, # aggregate_value = self.check_1, resource_value = self.currency_1, aggregate_free_text = "0000050", description = "test", # source_value = self.bi_counter, start_date = DateTime().Date(), source_total_asset_price = 20000.0, unique_per_account=True) # call set source to go into the interaction workflow to update local roles self.check_payment._setSource(self.bi_counter.getRelativeUrl()) self.assertNotEqual(self.check_payment, None) self.assertEqual(self.check_payment.getTotalPrice(fast=0), 0.0) self.assertEqual(self.check_payment.getDestinationPayment(), self.bank_account_1.getRelativeUrl()) self.assertEqual(self.check_payment.getAggregateFreeText(), self.check_1.getReference()) self.assertEqual(self.check_payment.getSourceTotalAssetPrice(), 20000.0) self.assertEqual(self.check_payment.getSource(), self.bi_counter.getRelativeUrl()) # set source reference self.setDocumentSourceReference(self.check_payment) # check source reference self.assertNotEqual(self.check_payment.getSourceReference(), '') self.assertNotEqual(self.check_payment.getSourceReference(), None) # the initial state must be draft self.assertEqual(self.check_payment.getSimulationState(), 'draft') # source reference must be automatically generated self.check_payment.setSourceReference(self.check_payment.Baobab_getUniqueReference()) self.assertNotEqual(self.check_payment.getSourceReference(), None) self.assertNotEqual(self.check_payment.getSourceReference(), '') def stepValidateAnotherCheckPaymentWorks(self, sequence=None, sequence_list=None, **kwd): """ Make sure we can validate another check payment """ self.createAnotherCheckPayment(sequence=sequence, will_fail=0, number="0000051") def stepPayAnotherCheckPaymentFails(self, sequence=None, sequence_list=None, **kwd): """ Make sure we can validate another check payment """ self.createAnotherCheckPayment(sequence=sequence, check_pay_will_fail=1, number="0000056") def stepValidateAnotherCheckPaymentWorksAgain(self, sequence=None, sequence_list=None, **kwd): """ Make sure we can validate another check payment """ self.createAnotherCheckPayment(sequence=sequence, will_fail=0, number="0000054") def stepValidateAnotherCheckPaymentFails(self, sequence=None, sequence_list=None, **kwd): """ Make sure that we can not validate another check payment """ self.createAnotherCheckPayment(sequence=sequence, will_fail=1, pending_account=1, number="0000052") def stepValidateAnotherCheckPaymentFailsAgain(self, sequence=None, sequence_list=None, **kwd): """ Make sure that we can not validate another check payment """ self.createAnotherCheckPayment(sequence=sequence, will_fail=1, insuffisient_balance=1, number="0000053") def createAnotherCheckPayment(self, will_fail=0, check_pay_will_fail=0, sequence=None, number=None, pending_account=0, insuffisient_balance=0, **kwd): new_payment = self.check_payment_module.newContent(portal_type = 'Check Payment', destination_payment_value = self.bank_account_1, resource_value = self.currency_1, aggregate_resource_value = self.check_model, aggregate_free_text = number, start_date = DateTime().Date(), source_total_asset_price = 20000.0) new_payment._setSource(self.bi_counter.getRelativeUrl()) if will_fail and insuffisient_balance: message = self.assertWorkflowTransitionFails(new_payment, 'check_payment_workflow', 'plan_action') LOG('self.assertWorkflowTransitionFails message', 0, message) if insuffisient_balance: self.assertTrue(message.find('Bank account is not sufficient')>=0) # We will force it in order to test the next step new_payment.plan() else: self.workflow_tool.doActionFor(new_payment, 'plan_action', wf_id='check_payment_workflow') self.assertEqual(new_payment.getSimulationState(), 'planned') transaction.commit() if will_fail: message = self.assertWorkflowTransitionFails(new_payment, 'check_payment_workflow', 'confirm_action') LOG('self.assertWorkflowTransitionFails message', 0, message) if pending_account: self.assertTrue(message.find('There are operations pending for this account')>=0) if insuffisient_balance: self.assertTrue(message.find('Bank account is not sufficient')>=0) self.assertEqual(new_payment.getSimulationState(), 'planned') transaction.commit() self.workflow_tool.doActionFor(new_payment, 'reject_action', wf_id='check_payment_workflow') self.workflow_tool.doActionFor(new_payment, 'cancel_action', wf_id='check_payment_workflow') else: self.workflow_tool.doActionFor( new_payment, 'confirm_action', wf_id='check_payment_workflow') self.assertEqual(new_payment.getSimulationState(), 'confirmed') transaction.commit() if check_pay_will_fail: self.stepInputCashDetails(check_payment=new_payment) message = self.assertWorkflowTransitionFails(new_payment, 'check_payment_workflow', 'deliver_action') LOG('self.assertWorkflowTransitionFails message', 0, message) self.assertTrue(message.find('There are operations pending for this vault')>=0) self.workflow_tool.doActionFor(new_payment, 'reject_action', wf_id='check_payment_workflow') self.workflow_tool.doActionFor(new_payment, 'cancel_action', wf_id='check_payment_workflow') def stepCheckConsistency(self, sequence=None, sequence_list=None, **kwd): """ Check the consistency of the check payment FIXME: check if the transition fails when a category or property is invalid. """ self.workflow_tool.doActionFor(self.check_payment, 'plan_action', wf_id='check_payment_workflow') self.assertNotEqual(self.check_payment.getAggregateValue(), None) self.assertEqual(self.check_payment.getSimulationState(), 'planned') def stepRejectCheckPayment(self, sequence=None, sequence_list=None, **kwd): """ Reject the check payment """ self.workflow_tool.doActionFor(self.check_payment, 'reject_action', wf_id='check_payment_workflow') self.assertNotEqual(self.check_payment.getAggregateValue(), None) self.assertEqual(self.check_payment.getSimulationState(), 'rejected') def stepAggregateToInnexistantCheck(self, sequence=None, sequence_list=None, **kwd): """ Set the aggrate relation to direct to an innexistant object, thus requiring the test process to generate one. """ self.check_payment.setAggregateFreeText(self.non_existant_check_reference) self.assertEqual(self.check_payment.getAggregateValue(), None) def stepTryCheckConsistencyWithoutAutomaticCheckCreation(self, sequence=None, sequence_list=None, **kwd): """ Do not enable automatic check creation and verify that validation fails. """ self.assertFalse(self.getPortal().Base_isAutomaticCheckCreationAllowed()) self.assertEqual(self.check_payment.getAggregateValue(), None) self.assertNotEqual(self.check_payment.getSimulationState(), 'planned') self.assertRaises(ValidationFailed, self.workflow_tool.doActionFor, self.check_payment, 'plan_action', wf_id='check_payment_workflow') self.assertEqual(self.check_payment.getAggregateValue(), None) self.assertNotEqual(self.check_payment.getSimulationState(), 'planned') def stepTryCheckConsistencyWithAutomaticCheckCreation(self, sequence=None, sequence_list=None, **kwd): """ Enable automatic check creation and verify that validation succeeds. """ check_creation_script = self.getPortal().Base_isAutomaticCheckCreationAllowed original_script_source = check_creation_script._body check_creation_script.ZPythonScript_edit(check_creation_script._params, 'return True') self.assertTrue(self.getPortal().Base_isAutomaticCheckCreationAllowed()) self.assertEqual(self.check_payment.getAggregateValue(), None) self.assertNotEqual(self.check_payment.getSimulationState(), 'planned') self.workflow_tool.doActionFor(self.check_payment, 'plan_action', wf_id='check_payment_workflow') self.assertNotEqual(self.check_payment.getAggregateValue(), None) self.assertEqual(self.check_payment.getSimulationState(), 'planned') check_creation_script.ZPythonScript_edit(check_creation_script._params, original_script_source) def stepSendToCounter(self, sequence=None, sequence_list=None, **kwd): """ Send the check payment to the counter FIXME: check if the transition fails when a category or property is invalid. """ self.workflow_tool.doActionFor(self.check_payment, 'confirm_action', wf_id='check_payment_workflow') self.assertEqual(self.check_payment.getSimulationState(), 'confirmed') self.assertEqual(self.check_payment.getSourceTotalAssetPrice(), - self.check_payment.getTotalPrice(fast=0, portal_type = 'Banking Operation Line')) def stepCheckConfirmedInventory(self, sequence=None, sequence_list=None, **kwd): """ Check the inventoryinb state confirmed """ self.simulation_tool = self.getSimulationTool() # check we have 5 banknotes of 10000 in encaisse_billets_et_monnaies self.assertEqual(self.simulation_tool.getCurrentInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_10000.getRelativeUrl()), 5.0) self.assertEqual(self.simulation_tool.getFutureInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_10000.getRelativeUrl()), 5.0) # check we have 12 coin of 200 in encaisse_billets_et_monnaies self.assertEqual(self.simulation_tool.getCurrentInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_200.getRelativeUrl()), 12.0) self.assertEqual(self.simulation_tool.getFutureInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_200.getRelativeUrl()), 12.0) # check we have 24 banknotes of 200 in encaisse_billets_et_monnaies self.assertEqual(self.simulation_tool.getCurrentInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_5000.getRelativeUrl()), 24.0) self.assertEqual(self.simulation_tool.getFutureInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_5000.getRelativeUrl()), 24.0) # check the inventory of the bank account, must be planned to be decrease by 20000 self.assertEqual(self.simulation_tool.getCurrentInventory(payment=self.bank_account_1.getRelativeUrl()), 30000) self.assertEqual(self.simulation_tool.getFutureInventory(payment=self.bank_account_1.getRelativeUrl()), 10000) def stepInputCashDetails(self, sequence=None, check_payment=None, sequence_list=None, **kwd): """ Input cash details """ if check_payment is None: check_payment = self.check_payment self.addCashLineToDelivery(check_payment, 'line_1', 'Cash Delivery Line', self.billet_10000, ('emission_letter', 'cash_status', 'variation'), ('emission_letter/p', 'cash_status/valid') + self.variation_list[1:], {self.variation_list[1] : 1}) self.assertEqual(check_payment.line_1.getPrice(), 10000) self.addCashLineToDelivery(check_payment, 'line_2', 'Cash Delivery Line', self.billet_5000, ('emission_letter', 'cash_status', 'variation'), ('emission_letter/p', 'cash_status/valid') + self.variation_list[1:], {self.variation_list[1] : 2}) self.assertEqual(check_payment.line_2.getPrice(), 5000) def stepPay(self, sequence=None, sequence_list=None, **kwd): """ Pay the check payment FIXME: check if the transition fails when a category or property is invalid. """ self.assertEqual(self.check_payment.getSourceTotalAssetPrice(), self.check_payment.getTotalPrice(fast=0, portal_type = ['Cash Delivery Line', 'Cash Delivery Cell'])) self.workflow_tool.doActionFor(self.check_payment, 'deliver_action', wf_id='check_payment_workflow') self.assertEqual(self.check_payment.getSimulationState(), 'delivered') def stepCheckFinalInventory(self, sequence=None, sequence_list=None, **kwd): """ Check the initial inventory before any operations """ self.simulation_tool = self.getSimulationTool() # check we have 5 banknotes of 10000 in encaisse_billets_et_monnaies self.assertEqual(self.simulation_tool.getCurrentInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_10000.getRelativeUrl()), 4.0) self.assertEqual(self.simulation_tool.getFutureInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_10000.getRelativeUrl()), 4.0) # check we have 12 coin of 200 in encaisse_billets_et_monnaies self.assertEqual(self.simulation_tool.getCurrentInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_200.getRelativeUrl()), 12.0) self.assertEqual(self.simulation_tool.getFutureInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_200.getRelativeUrl()), 12.0) # check we have 24 banknotes of 200 in encaisse_billets_et_monnaies self.assertEqual(self.simulation_tool.getCurrentInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_5000.getRelativeUrl()), 22.0) self.assertEqual(self.simulation_tool.getFutureInventory(node=self.bi_counter_vault.getRelativeUrl(), resource = self.billet_5000.getRelativeUrl()), 22.0) # check the final inventory of the bank account self.assertEqual(self.simulation_tool.getCurrentInventory(payment=self.bank_account_1.getRelativeUrl()), 10000) self.assertEqual(self.simulation_tool.getFutureInventory(payment=self.bank_account_1.getRelativeUrl()), 10000) def stepCleanup(self, sequence=None, sequence_list=None, **kwd): """ Cleanup test remains """ # Fetch all ids before deleting the objects, otherwise the iterator will # skip objects as the list dynamicaly shrinks. object_id_list = [x for x in self.check_payment_module.objectIds()] for id in object_id_list: self.check_payment_module.deleteContent(id) def stepResetInventory(self, sequence=None, sequence_list=None, **kwd): """ Make sure we can not close the counter date when there is still some operations remaining """ bi_counter_vault = self.bi_counter_vault line_list = self.line_list self.resetInventory(source=None, destination=bi_counter_vault, currency=self.currency_1, line_list=line_list, extra_id='_reset_out') def stepPayCheckPaymentFails(self, sequence=None, sequence_list=None, **kwd): """ Pay the check payment FIXME: check if the transition fails when a category or property is invalid. """ message = self.assertWorkflowTransitionFails(self.check_payment, 'check_payment_workflow', 'deliver_action') self.assertTrue(message.find('Insufficient balance')>=0) def stepCheckCheckIsDelivered(self, sequence=None, sequence_list=None, **kwd): """ Make sure that the check is in delivered state """ check = self.check_payment.getAggregateValue() self.assertEquals(check, self.check_1) self.assertEquals(check.getSimulationState(), 'delivered') def stepCheckUndeliverCheck(self, sequence=None, sequence_list=None, **kwd): """ Make sure that the check is in delivered state """ check = self.check_payment.getAggregateValue() self.assertEquals(check, self.check_1) self.workflow_tool.doActionFor(check, 'undeliver_action', wf_id='check_workflow') self.assertEquals(check.getSimulationState(), 'confirmed') def stepCheckCheckAfterReject(self, sequence=None, sequence_list=None, **kwd): """ Make sure that the check is in delivered state """ check = self.check_payment.getAggregateValue() self.assertEquals(check, self.check_2) self.assertEquals(check.getSimulationState(), 'delivered') self.assertEquals(self.check_1.getSimulationState(), 'confirmed') class TestERP5BankingCheckPayment(TestERP5BankingCheckPaymentMixin): # pseudo constants RUN_ALL_TEST = 1 # we want to run all test QUIET = 0 # we don't want the test to be quiet def test_01_ERP5BankingCheckPayment(self, quiet=QUIET, run=RUN_ALL_TEST): """ Define the sequence of step that will be play """ if not run: return sequence_list = SequenceList() # define the sequence sequence_string = 'Tic CheckObjects Tic CheckInitialInventory ' \ 'CreateCheckPayment Tic ' \ 'CheckConsistency Tic ' \ 'stepValidateAnotherCheckPaymentWorks Tic ' \ 'SendToCounter ' \ 'stepValidateAnotherCheckPaymentFails Tic ' \ 'CheckConfirmedInventory ' \ 'stepValidateAnotherCheckPaymentFailsAgain Tic ' \ 'InputCashDetails Tic ' \ 'ResetInventory Tic ' \ 'PayCheckPaymentFails Tic ' \ 'DeleteResetInventory Tic ' \ 'Pay Tic ' \ 'CheckCheckIsDelivered Tic ' \ 'CheckUndeliverCheck Tic ' \ 'CheckFinalInventory Cleanup Tic' # sequence 2 : check if validating with non-exiting check fail if # automatic check creation is disabled. sequence_string_2 = 'Tic CheckObjects Tic CheckInitialInventory ' \ 'CreateCheckPayment Tic ' \ 'AggregateToInnexistantCheck Tic ' \ 'TryCheckConsistencyWithoutAutomaticCheckCreation Tic ' \ 'Cleanup Tic' # sequence 3 : check is validating with non-existing check succeeds if # automatic check creation is enabled. sequence_string_3 = 'Tic CheckObjects Tic CheckInitialInventory ' \ 'CreateCheckPayment Tic ' \ 'AggregateToInnexistantCheck Tic ' \ 'TryCheckConsistencyWithAutomaticCheckCreation Tic ' \ 'Cleanup Tic' # sequence 4 : reject document and change check number sequence_string_4 = 'Tic CheckObjects Tic CheckInitialInventory ' \ 'CreateCheckPayment Tic ' \ 'CheckConsistency Tic ' \ 'SendToCounter Tic ' \ 'RejectCheckPayment Tic ' \ 'ModifyCheckPayment Tic ' \ 'CheckConsistency Tic ' \ 'SendToCounter Tic ' \ 'CheckConfirmedInventory ' \ 'InputCashDetails Tic ' \ 'Pay Tic ' \ 'CheckCheckAfterReject ' \ 'CheckFinalInventory Cleanup Tic' sequence_list.addSequenceString(sequence_string) sequence_list.addSequenceString(sequence_string_2) sequence_list.addSequenceString(sequence_string_3) sequence_list.addSequenceString(sequence_string_4) # play the sequence sequence_list.play(self)