Commit 4244917c authored by Łukasz Nowak's avatar Łukasz Nowak Committed by Rafael Monnerat

Test applying model.

parent 2f16a1c3
# Copyright (c) 2012 Nexedi SA and Contributors. All Rights Reserved.
import unittest
from Products.ERP5Type.tests.ERP5TypeTestCase import ERP5TypeTestCase
class TestERP5ComputerWithComputerModel(ERP5TypeTestCase):
def getBusinessTemplateList(self):
return [ 'erp5_base', 'erp5_computer_immobilisation' ]
def afterSetUp(self):
pass
def beforeTearDown(self):
pass
def newModel(self, **kw):
return self.portal.computer_model_module.newContent(
portal_type='Computer Model', **kw)
def newComputer(self, **kw):
return self.portal.computer_module.newContent(
portal_type='Computer', **kw)
def test_apply_model_empty_computer(self):
category_list = ['mana', 'mahna']
model = self.newModel(group=category_list)
computer = self.newComputer(specialise_value=model)
self.assertEqual(computer.getPropertyList('group'), [])
result = computer.Computer_applyComputerModel()
self.assertEqual(computer.getPropertyList('group'), category_list)
self.assertTrue('=Computer%20Model%20applied.' in result, result)
def test_apply_model_empty_computer_batch_mode(self):
category_list = ['mana', 'mahna']
model = self.newModel(group=category_list)
computer = self.newComputer(specialise_value=model)
self.assertEqual(computer.getPropertyList('group'), [])
result = computer.Computer_applyComputerModel(batch_mode=1)
self.assertEqual(computer.getPropertyList('group'), category_list)
self.assertTrue(result)
def test_apply_model_filled_computer(self):
computer_category_list = ['oink']
category_list = ['mana', 'mahna']
model = self.newModel(group=category_list)
computer = self.newComputer(specialise_value=model,
group=computer_category_list)
self.assertEqual(computer.getPropertyList('group'),
computer_category_list)
result = computer.Computer_applyComputerModel()
self.assertEqual(computer.getPropertyList('group'),
computer_category_list)
self.assertTrue('=No%20changes%20applied.' in result, result)
def test_apply_model_filled_computer_batch_mode(self):
computer_category_list = ['oink']
category_list = ['mana', 'mahna']
model = self.newModel(group=category_list)
computer = self.newComputer(specialise_value=model,
group=computer_category_list)
self.assertEqual(computer.getPropertyList('group'),
computer_category_list)
result = computer.Computer_applyComputerModel()
self.assertEqual(computer.getPropertyList('group'),
computer_category_list)
self.assertTrue(result)
def test_apply_model_filled_computer_forced(self):
computer_category_list = ['oink']
category_list = ['mana', 'mahna']
model = self.newModel(group=category_list)
computer = self.newComputer(specialise_value=model,
group=computer_category_list)
self.assertEqual(computer.getPropertyList('group'),
computer_category_list)
result = computer.Computer_applyComputerModel(force=1)
self.assertEqual(computer.getPropertyList('group'),
category_list)
self.assertTrue('=Computer%20Model%20applied.' in result, result)
def test_apply_model_filled_computer_force_batch_mode(self):
computer_category_list = ['oink']
category_list = ['mana', 'mahna']
model = self.newModel(group=category_list)
computer = self.newComputer(specialise_value=model,
group=computer_category_list)
self.assertEqual(computer.getPropertyList('group'),
computer_category_list)
result = computer.Computer_applyComputerModel(force=1, batch_mode=1)
self.assertEqual(computer.getPropertyList('group'),
category_list)
self.assertTrue(result)
def test_apply_no_model(self):
computer = self.newComputer()
result = computer.Computer_applyComputerModel()
self.assertTrue('=No%20Computer%20Model.' in result, result)
def test_apply_no_model_batch_mode(self):
computer = self.newComputer()
result = computer.Computer_applyComputerModel(batch_mode=1)
self.assertEqual(False, result)
def test_category_coverage(self):
category_dict = {
'allocation_scope': ['allocation_scope1', 'allocation_scope2'],
'cpu_core': ['cpu_core1', 'cpu_core2'],
'cpu_frequency': ['cpu_frequency1', 'cpu_frequency2'],
'cpu_type': ['cpu_type1', 'cpu_type2'],
'function': ['function1', 'function2'],
'group': ['group1', 'group2'],
'local_area_network_type': ['local_area_network_type1',
'local_area_network_type2'],
'memory_size': ['memory_size1', 'memory_size2'],
'memory_type': ['memory_type1', 'memory_type2'],
'product_line': ['product_line1', 'product_line2'],
'role': ['role1', 'role2'],
'storage_capacity': ['storage_capacity1', 'storage_capacity2'],
'storage_interface': ['storage_interface1', 'storage_interface2'],
'storage_redundancy': ['storage_redundancy1', 'storage_redundancy2'],
}
model = self.newModel(**category_dict)
category_list = []
for k, v in category_dict.iteritems():
for l in v:
category_list.append('%s/%s' % (k,l))
category_list.append('specialise/%s' % model.getRelativeUrl())
computer = self.newComputer(specialise_value=model)
result = computer.Computer_applyComputerModel()
self.assertSameSet(category_list, computer.getCategoryList())
self.assertTrue('=Computer%20Model%20applied.', result)
def test_suite():
suite = unittest.TestSuite()
suite.addTest(unittest.makeSuite(TestERP5ComputerWithComputerModel))
return suite
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