#!/usr/bin/env python # -*- coding: utf-8 -*- #This file is part of Tryton. The COPYRIGHT file at the top level of #this repository contains the full copyright notices and license terms. from __future__ import with_statement import unittest import datetime from decimal import Decimal from trytond.tests.test_tryton import POOL, DB_NAME, USER, CONTEXT, \ install_module from trytond.transaction import Transaction from trytond.protocols.datatype import Float class FieldsTestCase(unittest.TestCase): ''' Test Fields. ''' def setUp(self): install_module('test') self.boolean = POOL.get('test.boolean') self.boolean_default = POOL.get('test.boolean_default') self.integer = POOL.get('test.integer') self.integer_default = POOL.get('test.integer_default') self.integer_required = POOL.get('test.integer_required') self.float = POOL.get('test.float') self.float_default = POOL.get('test.float_default') self.float_required = POOL.get('test.float_required') self.float_digits = POOL.get('test.float_digits') self.numeric = POOL.get('test.numeric') self.numeric_default = POOL.get('test.numeric_default') self.numeric_required = POOL.get('test.numeric_required') self.numeric_digits = POOL.get('test.numeric_digits') self.char = POOL.get('test.char') self.char_default = POOL.get('test.char_default') self.char_required = POOL.get('test.char_required') self.char_size = POOL.get('test.char_size') self.char_translate = POOL.get('test.char_translate') self.text = POOL.get('test.text') self.text_default = POOL.get('test.text_default') self.text_required = POOL.get('test.text_required') self.text_size = POOL.get('test.text_size') self.text_translate = POOL.get('test.text_translate') self.sha = POOL.get('test.sha') self.sha_default = POOL.get('test.sha_default') self.sha_required = POOL.get('test.sha_required') self.date = POOL.get('test.date') self.date_default = POOL.get('test.date_default') self.date_required = POOL.get('test.date_required') self.datetime = POOL.get('test.datetime') self.datetime_default = POOL.get('test.datetime_default') self.datetime_required = POOL.get('test.datetime_required') self.one2one = POOL.get('test.one2one') self.one2one_target = POOL.get('test.one2one.target') self.one2one_required = POOL.get('test.one2one_required') def test0010boolean(self): ''' Test Boolean. ''' with Transaction().start(DB_NAME, USER, CONTEXT) as transaction: boolean1_id = self.boolean.create({ 'boolean': True, }) self.assert_(boolean1_id) boolean1 = self.boolean.read(boolean1_id, ['boolean']) self.assert_(boolean1['boolean'] == True) boolean_ids = self.boolean.search([ ('boolean', '=', True), ]) self.assert_(boolean_ids == [boolean1_id]) boolean_ids = self.boolean.search([ ('boolean', '!=', True), ]) self.assert_(boolean_ids == []) boolean_ids = self.boolean.search([ ('boolean', 'in', [True]), ]) self.assert_(boolean_ids == [boolean1_id]) boolean_ids = self.boolean.search([ ('boolean', 'in', [False]), ]) self.assert_(boolean_ids == []) boolean_ids = self.boolean.search([ ('boolean', 'not in', [True]), ]) self.assert_(boolean_ids == []) boolean_ids = self.boolean.search([ ('boolean', 'not in', [False]), ]) self.assert_(boolean_ids == [boolean1_id]) boolean2_id = self.boolean.create({ 'boolean': False, }) self.assert_(boolean2_id) boolean2 = self.boolean.read(boolean2_id, ['boolean']) self.assert_(boolean2['boolean'] == False) boolean_ids = self.boolean.search([ ('boolean', '=', False), ]) self.assert_(boolean_ids == [boolean2_id]) boolean_ids = self.boolean.search([ ('boolean', 'in', [True, False]), ]) self.assert_(boolean_ids == [boolean1_id, boolean2_id]) boolean_ids = self.boolean.search([ ('boolean', 'not in', [True, False]), ]) self.assert_(boolean_ids == []) boolean3_id = self.boolean.create({}) self.assert_(boolean3_id) boolean3 = self.boolean.read(boolean3_id, ['boolean']) self.assert_(boolean3['boolean'] == False) boolean4_id = self.boolean_default.create({}) self.assert_(boolean4_id) boolean4 = self.boolean_default.read(boolean4_id, ['boolean']) self.assert_(boolean4['boolean'] == True) self.boolean.write(boolean1_id, { 'boolean': False, }) boolean1 = self.boolean.read(boolean1_id, ['boolean']) self.assert_(boolean1['boolean'] == False) self.boolean.write(boolean2_id, { 'boolean': True, }) boolean2 = self.boolean.read(boolean2_id, ['boolean']) self.assert_(boolean2['boolean'] == True) transaction.cursor.rollback() def test0020integer(self): ''' Test Integer. ''' with Transaction().start(DB_NAME, USER, CONTEXT) as transaction: integer1_id = self.integer.create({ 'integer': 1, }) self.assert_(integer1_id) integer1 = self.integer.read(integer1_id, ['integer']) self.assert_(integer1['integer'] == 1) integer_ids = self.integer.search([ ('integer', '=', 1), ]) self.assert_(integer_ids == [integer1_id]) integer_ids = self.integer.search([ ('integer', '=', 0), ]) self.assert_(integer_ids == []) integer_ids = self.integer.search([ ('integer', '!=', 1), ]) self.assert_(integer_ids == []) integer_ids = self.integer.search([ ('integer', '!=', 0), ]) self.assert_(integer_ids == [integer1_id]) integer_ids = self.integer.search([ ('integer', 'in', [1]), ]) self.assert_(integer_ids == [integer1_id]) integer_ids = self.integer.search([ ('integer', 'in', [0]), ]) self.assert_(integer_ids == []) integer_ids = self.integer.search([ ('integer', 'in', []), ]) self.assert_(integer_ids == []) integer_ids = self.integer.search([ ('integer', 'not in', [1]), ]) self.assert_(integer_ids == []) integer_ids = self.integer.search([ ('integer', 'not in', [0]), ]) self.assert_(integer_ids == [integer1_id]) integer_ids = self.integer.search([ ('integer', 'not in', []), ]) self.assert_(integer_ids == [integer1_id]) integer_ids = self.integer.search([ ('integer', '<', 5), ]) self.assert_(integer_ids == [integer1_id]) integer_ids = self.integer.search([ ('integer', '<', -5), ]) self.assert_(integer_ids == []) integer_ids = self.integer.search([ ('integer', '<', 1), ]) self.assert_(integer_ids == []) integer_ids = self.integer.search([ ('integer', '<=', 5), ]) self.assert_(integer_ids == [integer1_id]) integer_ids = self.integer.search([ ('integer', '<=', -5), ]) self.assert_(integer_ids == []) integer_ids = self.integer.search([ ('integer', '<=', 1), ]) self.assert_(integer_ids == [integer1_id]) integer_ids = self.integer.search([ ('integer', '>', 5), ]) self.assert_(integer_ids == []) integer_ids = self.integer.search([ ('integer', '>', -5), ]) self.assert_(integer_ids == [integer1_id]) integer_ids = self.integer.search([ ('integer', '>', 1), ]) self.assert_(integer_ids == []) integer_ids = self.integer.search([ ('integer', '>=', 5), ]) self.assert_(integer_ids == []) integer_ids = self.integer.search([ ('integer', '>=', -5), ]) self.assert_(integer_ids == [integer1_id]) integer_ids = self.integer.search([ ('integer', '>=', 1), ]) self.assert_(integer_ids == [integer1_id]) integer2_id = self.integer.create({ 'integer': 0, }) self.assert_(integer2_id) integer2 = self.integer.read(integer2_id, ['integer']) self.assert_(integer2['integer'] == 0) integer_ids = self.integer.search([ ('integer', '=', 0), ]) self.assert_(integer_ids == [integer2_id]) integer_ids = self.integer.search([ ('integer', 'in', [0, 1]), ]) self.assert_(integer_ids == [integer1_id, integer2_id]) integer_ids = self.integer.search([ ('integer', 'not in', [0, 1]), ]) self.assert_(integer_ids == []) integer3_id = self.integer.create({}) self.assert_(integer3_id) integer3 = self.integer.read(integer3_id, ['integer']) self.assert_(integer3['integer'] == 0) integer4_id = self.integer_default.create({}) self.assert_(integer4_id) integer4 = self.integer_default.read(integer4_id, ['integer']) self.assert_(integer4['integer'] == 5) self.integer.write(integer1_id, { 'integer': 0, }) integer1 = self.integer.read(integer1_id, ['integer']) self.assert_(integer1['integer'] == 0) self.integer.write(integer2_id, { 'integer': 1, }) integer2 = self.integer.read(integer2_id, ['integer']) self.assert_(integer2['integer'] == 1) self.failUnlessRaises(Exception, self.integer.create, { 'integer': 'test', }) self.failUnlessRaises(Exception, self.integer.write, integer1_id, { 'integer': 'test', }) integer5_id = self.integer_required.create({}) self.assert_(integer5_id) integer5 = self.integer_required.read(integer5_id, ['integer']) self.assert_(integer5['integer'] == 0) transaction.cursor.rollback() def test0030float(self): ''' Test Float. ''' with Transaction().start(DB_NAME, USER, CONTEXT) as transaction: float1_id = self.float.create({ 'float': 1.1, }) self.assert_(float1_id) float1 = self.float.read(float1_id, ['float']) self.assert_(float1['float'] == 1.1) float_ids = self.float.search([ ('float', '=', 1.1), ]) self.assert_(float_ids == [float1_id]) float_ids = self.float.search([ ('float', '=', 0), ]) self.assert_(float_ids == []) float_ids = self.float.search([ ('float', '!=', 1.1), ]) self.assert_(float_ids == []) float_ids = self.float.search([ ('float', '!=', 0), ]) self.assert_(float_ids == [float1_id]) float_ids = self.float.search([ ('float', 'in', [1.1]), ]) self.assert_(float_ids == [float1_id]) float_ids = self.float.search([ ('float', 'in', [0]), ]) self.assert_(float_ids == []) float_ids = self.float.search([ ('float', 'in', []), ]) self.assert_(float_ids == []) float_ids = self.float.search([ ('float', 'not in', [1.1]), ]) self.assert_(float_ids == []) float_ids = self.float.search([ ('float', 'not in', [0]), ]) self.assert_(float_ids == [float1_id]) float_ids = self.float.search([ ('float', 'not in', []), ]) self.assert_(float_ids == [float1_id]) float_ids = self.float.search([ ('float', '<', 5), ]) self.assert_(float_ids == [float1_id]) float_ids = self.float.search([ ('float', '<', -5), ]) self.assert_(float_ids == []) float_ids = self.float.search([ ('float', '<', 1.1), ]) self.assert_(float_ids == []) float_ids = self.float.search([ ('float', '<=', 5), ]) self.assert_(float_ids == [float1_id]) float_ids = self.float.search([ ('float', '<=', -5), ]) self.assert_(float_ids == []) float_ids = self.float.search([ ('float', '<=', 1.1), ]) self.assert_(float_ids == [float1_id]) float_ids = self.float.search([ ('float', '>', 5), ]) self.assert_(float_ids == []) float_ids = self.float.search([ ('float', '>', -5), ]) self.assert_(float_ids == [float1_id]) float_ids = self.float.search([ ('float', '>', 1.1), ]) self.assert_(float_ids == []) float_ids = self.float.search([ ('float', '>=', 5), ]) self.assert_(float_ids == []) float_ids = self.float.search([ ('float', '>=', -5), ]) self.assert_(float_ids == [float1_id]) float_ids = self.float.search([ ('float', '>=', 1.1), ]) self.assert_(float_ids == [float1_id]) float2_id = self.float.create({ 'float': 0, }) self.assert_(float2_id) float2 = self.float.read(float2_id, ['float']) self.assert_(float2['float'] == 0) float_ids = self.float.search([ ('float', '=', 0), ]) self.assert_(float_ids == [float2_id]) float_ids = self.float.search([ ('float', 'in', [0, 1.1]), ]) self.assert_(float_ids == [float1_id, float2_id]) float_ids = self.float.search([ ('float', 'not in', [0, 1.1]), ]) self.assert_(float_ids == []) float3_id = self.float.create({}) self.assert_(float3_id) float3 = self.float.read(float3_id, ['float']) self.assert_(float3['float'] == 0) float4_id = self.float_default.create({}) self.assert_(float4_id) float4 = self.float_default.read(float4_id, ['float']) self.assert_(float4['float'] == 5.5) self.float.write(float1_id, { 'float': 0, }) float1 = self.float.read(float1_id, ['float']) self.assert_(float1['float'] == 0) self.float.write(float2_id, { 'float': 1.1, }) float2 = self.float.read(float2_id, ['float']) self.assert_(float2['float'] == 1.1) self.failUnlessRaises(Exception, self.float.create, { 'float': 'test', }) self.failUnlessRaises(Exception, self.float.write, float1_id, { 'float': 'test', }) float5_id = self.float_required.create({}) self.assert_(float5_id) float5 = self.float_required.read(float5_id, ['float']) self.assert_(float5['float'] == 0) float6_id = self.float_digits.create({ 'digits': 1, 'float': 1.1, }) self.assert_(float6_id) self.failUnlessRaises(Exception, self.float_digits.create, { 'digits': 1, 'float': 1.11, }) self.failUnlessRaises(Exception, self.float_digits.write, float6_id, { 'float': 1.11, }, CONTEXT) self.failUnlessRaises(Exception, self.float_digits.write, float6_id, { 'digits': 0, }) float7_id = self.float.create({ 'float': 0.123456789012345, }) float7 = self.float.read(float7_id, ['float']) self.assert_(float7['float'] == 0.123456789012345) float8_id = self.float.create({ 'float': Float('1.1'), }) float8 = self.float.read(float8_id, ['float']) self.assertEqual(float8['float'], 1.1) transaction.cursor.rollback() def test0040numeric(self): ''' Test Numeric. ''' with Transaction().start(DB_NAME, USER, CONTEXT) as transaction: numeric1_id = self.numeric.create({ 'numeric': Decimal('1.1'), }) self.assert_(numeric1_id) numeric1 = self.numeric.read(numeric1_id, ['numeric']) self.assert_(numeric1['numeric'] == Decimal('1.1')) numeric_ids = self.numeric.search([ ('numeric', '=', Decimal('1.1')), ]) self.assert_(numeric_ids == [numeric1_id]) numeric_ids = self.numeric.search([ ('numeric', '=', Decimal('0')), ]) self.assert_(numeric_ids == []) numeric_ids = self.numeric.search([ ('numeric', '!=', Decimal('1.1')), ]) self.assert_(numeric_ids == []) numeric_ids = self.numeric.search([ ('numeric', '!=', Decimal('0')), ]) self.assert_(numeric_ids == [numeric1_id]) numeric_ids = self.numeric.search([ ('numeric', 'in', [Decimal('1.1')]), ]) self.assert_(numeric_ids == [numeric1_id]) numeric_ids = self.numeric.search([ ('numeric', 'in', [Decimal('0')]), ]) self.assert_(numeric_ids == []) numeric_ids = self.numeric.search([ ('numeric', 'in', []), ]) self.assert_(numeric_ids == []) numeric_ids = self.numeric.search([ ('numeric', 'not in', [Decimal('1.1')]), ]) self.assert_(numeric_ids == []) numeric_ids = self.numeric.search([ ('numeric', 'not in', [Decimal('0')]), ]) self.assert_(numeric_ids == [numeric1_id]) numeric_ids = self.numeric.search([ ('numeric', 'not in', []), ]) self.assert_(numeric_ids == [numeric1_id]) numeric_ids = self.numeric.search([ ('numeric', '<', Decimal('5')), ]) self.assert_(numeric_ids == [numeric1_id]) numeric_ids = self.numeric.search([ ('numeric', '<', Decimal('-5')), ]) self.assert_(numeric_ids == []) numeric_ids = self.numeric.search([ ('numeric', '<', Decimal('1.1')), ]) self.assert_(numeric_ids == []) numeric_ids = self.numeric.search([ ('numeric', '<=', Decimal('5')), ]) self.assert_(numeric_ids == [numeric1_id]) numeric_ids = self.numeric.search([ ('numeric', '<=', Decimal('-5')), ]) self.assert_(numeric_ids == []) numeric_ids = self.numeric.search([ ('numeric', '<=', Decimal('1.1')), ]) self.assert_(numeric_ids == [numeric1_id]) numeric_ids = self.numeric.search([ ('numeric', '>', Decimal('5')), ]) self.assert_(numeric_ids == []) numeric_ids = self.numeric.search([ ('numeric', '>', Decimal('-5')), ]) self.assert_(numeric_ids == [numeric1_id]) numeric_ids = self.numeric.search([ ('numeric', '>', Decimal('1.1')), ]) self.assert_(numeric_ids == []) numeric_ids = self.numeric.search([ ('numeric', '>=', Decimal('5')), ]) self.assert_(numeric_ids == []) numeric_ids = self.numeric.search([ ('numeric', '>=', Decimal('-5')), ]) self.assert_(numeric_ids == [numeric1_id]) numeric_ids = self.numeric.search([ ('numeric', '>=', Decimal('1.1')), ]) self.assert_(numeric_ids == [numeric1_id]) numeric2_id = self.numeric.create({ 'numeric': Decimal('0'), }) self.assert_(numeric2_id) numeric2 = self.numeric.read(numeric2_id, ['numeric']) self.assert_(numeric2['numeric'] == Decimal('0')) numeric_ids = self.numeric.search([ ('numeric', '=', Decimal('0')), ]) self.assert_(numeric_ids == [numeric2_id]) numeric_ids = self.numeric.search([ ('numeric', 'in', [Decimal('0'), Decimal('1.1')]), ]) self.assert_(numeric_ids == [numeric1_id, numeric2_id]) numeric_ids = self.numeric.search([ ('numeric', 'not in', [Decimal('0'), Decimal('1.1')]), ]) self.assert_(numeric_ids == []) numeric3_id = self.numeric.create({}) self.assert_(numeric3_id) numeric3 = self.numeric.read(numeric3_id, ['numeric']) self.assert_(numeric3['numeric'] == Decimal('0')) numeric4_id = self.numeric_default.create({}) self.assert_(numeric4_id) numeric4 = self.numeric_default.read(numeric4_id, ['numeric']) self.assert_(numeric4['numeric'] == Decimal('5.5')) self.numeric.write(numeric1_id, { 'numeric': Decimal('0'), }) numeric1 = self.numeric.read(numeric1_id, ['numeric']) self.assert_(numeric1['numeric'] == Decimal('0')) self.numeric.write(numeric2_id, { 'numeric': Decimal('1.1'), }) numeric2 = self.numeric.read(numeric2_id, ['numeric']) self.assert_(numeric2['numeric'] == Decimal('1.1')) self.failUnlessRaises(Exception, self.numeric.create, { 'numeric': 'test', }) self.failUnlessRaises(Exception, self.numeric.write, numeric1_id, { 'numeric': 'test', }) numeric5_id = self.numeric_required.create({}) self.assert_(numeric5_id) numeric5 = self.numeric_required.read(numeric5_id, ['numeric']) self.assert_(numeric5['numeric'] == Decimal('0')) numeric6_id = self.numeric_digits.create({ 'digits': 1, 'numeric': Decimal('1.1'), }) self.assert_(numeric6_id) self.failUnlessRaises(Exception, self.numeric_digits.create, { 'digits': 1, 'numeric': Decimal('1.11'), }) self.failUnlessRaises(Exception, self.numeric_digits.write, numeric6_id, { 'numeric': Decimal('1.11'), }) self.failUnlessRaises(Exception, self.numeric_digits.write, numeric6_id, { 'numeric': Decimal('0.10000000000000001'), }) self.failUnlessRaises(Exception, self.numeric_digits.write, numeric6_id, { 'digits': 0, }) numeric7_id = self.numeric.create({ 'numeric': Decimal('0.1234567890123456789'), }) numeric7 = self.numeric.read(numeric7_id, ['numeric']) self.assert_(numeric7['numeric'] == Decimal('0.1234567890123456789')) numeric8_id = self.numeric.create({ 'numeric': Float('1.1'), }) numeric8 = self.numeric.read(numeric8_id, ['numeric']) self.assertEqual(numeric8['numeric'], Decimal('1.1')) transaction.cursor.rollback() def test0050char(self): ''' Test Char. ''' with Transaction().start(DB_NAME, USER, CONTEXT) as transaction: for char in (self.char, self.char_translate): char1_id = char.create({ 'char': 'Test', }) self.assert_(char1_id) char1 = char.read(char1_id, ['char']) self.assert_(char1['char'] == 'Test') char_ids = char.search([ ('char', '=', 'Test'), ]) self.assert_(char_ids == [char1_id]) char_ids = char.search([ ('char', '=', 'Foo'), ]) self.assert_(char_ids == []) char_ids = char.search([ ('char', '=', False), ]) self.assert_(char_ids == []) char_ids = char.search([ ('char', '!=', 'Test'), ]) self.assert_(char_ids == []) char_ids = char.search([ ('char', '!=', 'Foo'), ]) self.assert_(char_ids == [char1_id]) char_ids = char.search([ ('char', '!=', False), ]) self.assert_(char_ids == [char1_id]) char_ids = char.search([ ('char', 'in', ['Test']), ]) self.assert_(char_ids == [char1_id]) char_ids = char.search([ ('char', 'in', ['Foo']), ]) self.assert_(char_ids == []) char_ids = char.search([ ('char', 'in', [False]), ]) self.assert_(char_ids == []) char_ids = char.search([ ('char', 'in', []), ]) self.assert_(char_ids == []) char_ids = char.search([ ('char', 'not in', ['Test']), ]) self.assert_(char_ids == []) char_ids = char.search([ ('char', 'not in', ['Foo']), ]) self.assert_(char_ids == [char1_id]) char_ids = char.search([ ('char', 'not in', [False]), ]) self.assert_(char_ids == [char1_id]) char_ids = char.search([ ('char', 'not in', []), ]) self.assert_(char_ids == [char1_id]) char_ids = char.search([ ('char', 'like', 'Test'), ]) self.assert_(char_ids == [char1_id]) char_ids = char.search([ ('char', 'like', 'T%'), ]) self.assert_(char_ids == [char1_id]) char_ids = char.search([ ('char', 'like', 'Foo'), ]) self.assert_(char_ids == []) char_ids = char.search([ ('char', 'like', 'F%'), ]) self.assert_(char_ids == []) char_ids = char.search([ ('char', 'ilike', 'test'), ]) self.assert_(char_ids == [char1_id]) char_ids = char.search([ ('char', 'ilike', 't%'), ]) self.assert_(char_ids == [char1_id]) char_ids = char.search([ ('char', 'ilike', 'foo'), ]) self.assert_(char_ids == []) char_ids = char.search([ ('char', 'ilike', 'f%'), ]) self.assert_(char_ids == []) char_ids = char.search([ ('char', 'not like', 'Test'), ]) self.assert_(char_ids == []) char_ids = char.search([ ('char', 'not like', 'T%'), ]) self.assert_(char_ids == []) char_ids = char.search([ ('char', 'not like', 'Foo'), ]) self.assert_(char_ids == [char1_id]) char_ids = char.search([ ('char', 'not like', 'F%'), ]) self.assert_(char_ids == [char1_id]) char_ids = char.search([ ('char', 'not ilike', 'test'), ]) self.assert_(char_ids == []) char_ids = char.search([ ('char', 'not ilike', 't%'), ]) self.assert_(char_ids == []) char_ids = char.search([ ('char', 'not ilike', 'foo'), ]) self.assert_(char_ids == [char1_id]) char_ids = char.search([ ('char', 'not ilike', 'f%'), ]) self.assert_(char_ids == [char1_id]) char2_id = char.create({ 'char': False, }) self.assert_(char2_id) char2 = char.read(char2_id, ['char']) self.assert_(char2['char'] == None) char_ids = char.search([ ('char', '=', False), ]) self.assert_(char_ids == [char2_id]) char_ids = char.search([ ('char', 'in', [False, 'Test']), ]) self.assert_(char_ids == [char1_id, char2_id]) char_ids = char.search([ ('char', 'not in', [False, 'Test']), ]) self.assert_(char_ids == []) char3_id = self.char.create({}) self.assert_(char3_id) char3 = self.char.read(char3_id, ['char']) self.assert_(char3['char'] == None) char4_id = self.char_default.create({}) self.assert_(char4_id) char4 = self.char_default.read(char4_id, ['char']) self.assert_(char4['char'] == 'Test') self.char.write(char1_id, { 'char': False, }) char1 = self.char.read(char1_id, ['char']) self.assert_(char1['char'] == None) self.char.write(char2_id, { 'char': 'Test', }) char2 = self.char.read(char2_id, ['char']) self.assert_(char2['char'] == 'Test') self.failUnlessRaises(Exception, self.char_required.create, {}) transaction.cursor.rollback() char5_id = self.char_required.create({ 'char': 'Test', }) self.assert_(char5_id) char6_id = self.char_size.create({ 'char': 'Test', }) self.assert_(char6_id) self.failUnlessRaises(Exception, self.char_size.create, { 'char': 'foobar', }) self.failUnlessRaises(Exception, self.char_size.write, char6_id, { 'char': 'foobar', }) transaction.cursor.rollback() char7_id = self.char.create({ 'char': u'é', }) self.assert_(char7_id) char7 = self.char.read(char7_id, ['char']) self.assert_(char7['char'] == u'é') char_ids = self.char.search([ ('char', '=', u'é'), ]) self.assert_(char_ids == [char7_id]) self.char.write(char7_id, { 'char': 'é', }) char7 = self.char.read(char7_id, ['char']) self.assert_(char7['char'] == u'é') char_ids = self.char.search([ ('char', '=', 'é'), ]) self.assert_(char_ids == [char7_id]) transaction.cursor.rollback() def test0060text(self): ''' Test Text. ''' with Transaction().start(DB_NAME, USER, CONTEXT) as transaction: for text in (self.text, self.text_translate): text1_id = text.create({ 'text': 'Test', }) self.assert_(text1_id) text1 = text.read(text1_id, ['text']) self.assert_(text1['text'] == 'Test') text_ids = text.search([ ('text', '=', 'Test'), ]) self.assert_(text_ids == [text1_id]) text_ids = text.search([ ('text', '=', 'Foo'), ]) self.assert_(text_ids == []) text_ids = text.search([ ('text', '=', False), ]) self.assert_(text_ids == []) text_ids = text.search([ ('text', '!=', 'Test'), ]) self.assert_(text_ids == []) text_ids = text.search([ ('text', '!=', 'Foo'), ]) self.assert_(text_ids == [text1_id]) text_ids = text.search([ ('text', '!=', False), ]) self.assert_(text_ids == [text1_id]) text_ids = text.search([ ('text', 'in', ['Test']), ]) self.assert_(text_ids == [text1_id]) text_ids = text.search([ ('text', 'in', ['Foo']), ]) self.assert_(text_ids == []) text_ids = text.search([ ('text', 'in', [False]), ]) self.assert_(text_ids == []) text_ids = text.search([ ('text', 'in', []), ]) self.assert_(text_ids == []) text_ids = text.search([ ('text', 'not in', ['Test']), ]) self.assert_(text_ids == []) text_ids = text.search([ ('text', 'not in', ['Foo']), ]) self.assert_(text_ids == [text1_id]) text_ids = text.search([ ('text', 'not in', [False]), ]) self.assert_(text_ids == [text1_id]) text_ids = text.search([ ('text', 'not in', []), ]) self.assert_(text_ids == [text1_id]) text_ids = text.search([ ('text', 'like', 'Test'), ]) self.assert_(text_ids == [text1_id]) text_ids = text.search([ ('text', 'like', 'T%'), ]) self.assert_(text_ids == [text1_id]) text_ids = text.search([ ('text', 'like', 'Foo'), ]) self.assert_(text_ids == []) text_ids = text.search([ ('text', 'like', 'F%'), ]) self.assert_(text_ids == []) text_ids = text.search([ ('text', 'ilike', 'test'), ]) self.assert_(text_ids == [text1_id]) text_ids = text.search([ ('text', 'ilike', 't%'), ]) self.assert_(text_ids == [text1_id]) text_ids = text.search([ ('text', 'ilike', 'foo'), ]) self.assert_(text_ids == []) text_ids = text.search([ ('text', 'ilike', 'f%'), ]) self.assert_(text_ids == []) text_ids = text.search([ ('text', 'not like', 'Test'), ]) self.assert_(text_ids == []) text_ids = text.search([ ('text', 'not like', 'T%'), ]) self.assert_(text_ids == []) text_ids = text.search([ ('text', 'not like', 'Foo'), ]) self.assert_(text_ids == [text1_id]) text_ids = text.search([ ('text', 'not like', 'F%'), ]) self.assert_(text_ids == [text1_id]) text_ids = text.search([ ('text', 'not ilike', 'test'), ]) self.assert_(text_ids == []) text_ids = text.search([ ('text', 'not ilike', 't%'), ]) self.assert_(text_ids == []) text_ids = text.search([ ('text', 'not ilike', 'foo'), ]) self.assert_(text_ids == [text1_id]) text_ids = text.search([ ('text', 'not ilike', 'f%'), ]) self.assert_(text_ids == [text1_id]) text2_id = text.create({ 'text': False, }) self.assert_(text2_id) text2 = text.read(text2_id, ['text']) self.assert_(text2['text'] == None) text_ids = text.search([ ('text', '=', False), ]) self.assert_(text_ids == [text2_id]) text_ids = text.search([ ('text', 'in', [False, 'Test']), ]) self.assert_(text_ids == [text1_id, text2_id]) text_ids = text.search([ ('text', 'not in', [False, 'Test']), ]) self.assert_(text_ids == []) text3_id = self.text.create({}) self.assert_(text3_id) text3 = self.text.read(text3_id, ['text']) self.assert_(text3['text'] == None) text4_id = self.text_default.create({}) self.assert_(text4_id) text4 = self.text_default.read(text4_id, ['text']) self.assert_(text4['text'] == 'Test') self.text.write(text1_id, { 'text': False, }) text1 = self.text.read(text1_id, ['text']) self.assert_(text1['text'] == None) self.text.write(text2_id, { 'text': 'Test', }) text2 = self.text.read(text2_id, ['text']) self.assert_(text2['text'] == 'Test') self.failUnlessRaises(Exception, self.text_required.create, {}) transaction.cursor.rollback() text5_id = self.text_required.create({ 'text': 'Test', }) self.assert_(text5_id) text6_id = self.text_size.create({ 'text': 'Test', }) self.assert_(text6_id) self.failUnlessRaises(Exception, self.text_size.create, { 'text': 'foobar', }) self.failUnlessRaises(Exception, self.text_size.write, text6_id, { 'text': 'foobar', }) text7_id = self.text.create({ 'text': 'Foo\nBar', }) self.assert_(text7_id) text8_id = self.text.create({ 'text': u'é', }) self.assert_(text8_id) text8 = self.text.read(text8_id, ['text']) self.assert_(text8['text'] == u'é') text_ids = self.text.search([ ('text', '=', u'é'), ]) self.assert_(text_ids == [text8_id]) self.text.write(text8_id, { 'text': 'é', }) text8 = self.text.read(text8_id, ['text']) self.assert_(text8['text'] == u'é') text_ids = self.text.search([ ('text', '=', 'é'), ]) self.assert_(text_ids == [text8_id]) transaction.cursor.rollback() def test0070sha(self): ''' Test Sha. ''' with Transaction().start(DB_NAME, USER, CONTEXT) as transaction: sha1_id = self.sha.create({ 'sha': 'Test', }) self.assert_(sha1_id) sha1 = self.sha.read(sha1_id, ['sha']) self.assert_(sha1['sha'] == '640ab2bae07bedc4c163f679a746f7ab7fb5d1fa') sha_ids = self.sha.search([ ('sha', '=', 'Test'), ]) self.assert_(sha_ids == [sha1_id]) sha_ids = self.sha.search([ ('sha', '=', 'Foo'), ]) self.assert_(sha_ids == []) sha_ids = self.sha.search([ ('sha', '=', False), ]) self.assert_(sha_ids == []) sha_ids = self.sha.search([ ('sha', '!=', 'Test'), ]) self.assert_(sha_ids == []) sha_ids = self.sha.search([ ('sha', '!=', 'Foo'), ]) self.assert_(sha_ids == [sha1_id]) sha_ids = self.sha.search([ ('sha', '!=', False), ]) self.assert_(sha_ids == [sha1_id]) sha_ids = self.sha.search([ ('sha', 'in', ['Test']), ]) self.assert_(sha_ids == [sha1_id]) sha_ids = self.sha.search([ ('sha', 'in', ['Foo']), ]) self.assert_(sha_ids == []) sha_ids = self.sha.search([ ('sha', 'in', [False]), ]) self.assert_(sha_ids == []) sha_ids = self.sha.search([ ('sha', 'in', []), ]) self.assert_(sha_ids == []) sha_ids = self.sha.search([ ('sha', 'not in', ['Test']), ]) self.assert_(sha_ids == []) sha_ids = self.sha.search([ ('sha', 'not in', ['Foo']), ]) self.assert_(sha_ids == [sha1_id]) sha_ids = self.sha.search([ ('sha', 'not in', [False]), ]) self.assert_(sha_ids == [sha1_id]) sha_ids = self.sha.search([ ('sha', 'not in', []), ]) self.assert_(sha_ids == [sha1_id]) sha_ids = self.sha.search([ ('sha', 'like', '640ab2bae07bedc4c163f679a746f7ab7fb5d1fa'), ]) self.assert_(sha_ids == [sha1_id]) sha_ids = self.sha.search([ ('sha', 'like', '640a%'), ]) self.assert_(sha_ids == [sha1_id]) sha_ids = self.sha.search([ ('sha', 'like', 'Foo'), ]) self.assert_(sha_ids == []) sha_ids = self.sha.search([ ('sha', 'like', 'F%'), ]) self.assert_(sha_ids == []) sha_ids = self.sha.search([ ('sha', 'ilike', '640AB2BAE07BEDC4C163F679A746F7AB7FB5D1FA'), ]) self.assert_(sha_ids == [sha1_id]) sha_ids = self.sha.search([ ('sha', 'ilike', '640A%'), ]) self.assert_(sha_ids == [sha1_id]) sha_ids = self.sha.search([ ('sha', 'ilike', 'foo'), ]) self.assert_(sha_ids == []) sha_ids = self.sha.search([ ('sha', 'ilike', 'f%'), ]) self.assert_(sha_ids == []) sha_ids = self.sha.search([ ('sha', 'not like', '640ab2bae07bedc4c163f679a746f7ab7fb5d1fa'), ]) self.assert_(sha_ids == []) sha_ids = self.sha.search([ ('sha', 'not like', '640a%'), ]) self.assert_(sha_ids == []) sha_ids = self.sha.search([ ('sha', 'not like', 'Foo'), ]) self.assert_(sha_ids == [sha1_id]) sha_ids = self.sha.search([ ('sha', 'not like', 'F%'), ]) self.assert_(sha_ids == [sha1_id]) sha_ids = self.sha.search([ ('sha', 'not ilike', '640AB2BAE07BEDC4C163F679A746F7AB7FB5D1FA'), ]) self.assert_(sha_ids == []) sha_ids = self.sha.search([ ('sha', 'not ilike', '640A%'), ]) self.assert_(sha_ids == []) sha_ids = self.sha.search([ ('sha', 'not ilike', 'foo'), ]) self.assert_(sha_ids == [sha1_id]) sha_ids = self.sha.search([ ('sha', 'not ilike', 'f%'), ]) self.assert_(sha_ids == [sha1_id]) sha2_id = self.sha.create({ 'sha': False, }) self.assert_(sha2_id) sha2 = self.sha.read(sha2_id, ['sha']) self.assert_(sha2['sha'] == None) sha_ids = self.sha.search([ ('sha', '=', False), ]) self.assert_(sha_ids == [sha2_id]) sha_ids = self.sha.search([ ('sha', 'in', [False, 'Test']), ]) self.assert_(sha_ids == [sha1_id, sha2_id]) sha_ids = self.sha.search([ ('sha', 'not in', [False, 'Test']), ]) self.assert_(sha_ids == []) sha3_id = self.sha.create({}) self.assert_(sha3_id) sha3 = self.sha.read(sha3_id, ['sha']) self.assert_(sha3['sha'] == None) sha4_id = self.sha_default.create({}) self.assert_(sha4_id) sha4 = self.sha_default.read(sha4_id, ['sha']) self.assert_(sha4['sha'] == 'ba79baeb9f10896a46ae74715271b7f586e74640') self.sha.write(sha1_id, { 'sha': False, }) sha1 = self.sha.read(sha1_id, ['sha']) self.assert_(sha1['sha'] == None) self.sha.write(sha2_id, { 'sha': 'Test', }) sha2 = self.sha.read(sha2_id, ['sha']) self.assert_(sha2['sha'] == '640ab2bae07bedc4c163f679a746f7ab7fb5d1fa') self.failUnlessRaises(Exception, self.sha_required.create, {}) transaction.cursor.rollback() sha5_id = self.sha_required.create({ 'sha': 'Test', }) self.assert_(sha5_id) sha6_id = self.sha.create({ 'sha': u'é', }) self.assert_(sha6_id) sha6 = self.sha.read(sha6_id, ['sha']) self.assert_(sha6['sha'] == u'bf15be717ac1b080b4f1c456692825891ff5073d') sha_ids = self.sha.search([ ('sha', '=', u'é'), ]) self.assert_(sha_ids == [sha6_id]) self.sha.write(sha6_id, { 'sha': 'é', }) sha6 = self.sha.read(sha6_id, ['sha']) self.assert_(sha6['sha'] == u'bf15be717ac1b080b4f1c456692825891ff5073d') sha_ids = self.sha.search([ ('sha', '=', 'é'), ]) self.assert_(sha_ids == [sha6_id]) transaction.cursor.rollback() def test0080date(self): ''' Test Date. ''' with Transaction().start(DB_NAME, USER, CONTEXT) as transaction: today = datetime.date(2009, 1, 1) tomorrow = today + datetime.timedelta(1) yesterday = today - datetime.timedelta(1) default_date = datetime.date(2000, 1, 1) date1_id = self.date.create({ 'date': today, }) self.assert_(date1_id) date1 = self.date.read(date1_id, ['date']) self.assert_(date1['date'] == today) date_ids = self.date.search([ ('date', '=', today), ]) self.assert_(date_ids == [date1_id]) date_ids = self.date.search([ ('date', '=', tomorrow), ]) self.assert_(date_ids == []) date_ids = self.date.search([ ('date', '=', False), ]) self.assert_(date_ids == []) date_ids = self.date.search([ ('date', '!=', today), ]) self.assert_(date_ids == []) date_ids = self.date.search([ ('date', '!=', tomorrow), ]) self.assert_(date_ids == [date1_id]) date_ids = self.date.search([ ('date', '!=', False), ]) self.assert_(date_ids == [date1_id]) date_ids = self.date.search([ ('date', 'in', [today]), ]) self.assert_(date_ids == [date1_id]) date_ids = self.date.search([ ('date', 'in', [tomorrow]), ]) self.assert_(date_ids == []) date_ids = self.date.search([ ('date', 'in', [False]), ]) self.assert_(date_ids == []) date_ids = self.date.search([ ('date', 'in', []), ]) self.assert_(date_ids == []) date_ids = self.date.search([ ('date', 'not in', [today]), ]) self.assert_(date_ids == []) date_ids = self.date.search([ ('date', 'not in', [tomorrow]), ]) self.assert_(date_ids == [date1_id]) date_ids = self.date.search([ ('date', 'not in', [False]), ]) self.assert_(date_ids == [date1_id]) date_ids = self.date.search([ ('date', 'not in', []), ]) self.assert_(date_ids == [date1_id]) date_ids = self.date.search([ ('date', '<', tomorrow), ]) self.assert_(date_ids == [date1_id]) date_ids = self.date.search([ ('date', '<', yesterday), ]) self.assert_(date_ids == []) date_ids = self.date.search([ ('date', '<', today), ]) self.assert_(date_ids == []) date_ids = self.date.search([ ('date', '<=', today), ]) self.assert_(date_ids == [date1_id]) date_ids = self.date.search([ ('date', '<=', yesterday), ]) self.assert_(date_ids == []) date_ids = self.date.search([ ('date', '<=', tomorrow), ]) self.assert_(date_ids == [date1_id]) date_ids = self.date.search([ ('date', '>', tomorrow), ]) self.assert_(date_ids == []) date_ids = self.date.search([ ('date', '>', yesterday), ]) self.assert_(date_ids == [date1_id]) date_ids = self.date.search([ ('date', '>', today), ]) self.assert_(date_ids == []) date_ids = self.date.search([ ('date', '>=', tomorrow), ]) self.assert_(date_ids == []) date_ids = self.date.search([ ('date', '>=', yesterday), ]) self.assert_(date_ids == [date1_id]) date_ids = self.date.search([ ('date', '>=', today), ]) self.assert_(date_ids == [date1_id]) date2_id = self.date.create({ 'date': yesterday, }) self.assert_(date2_id) date2 = self.date.read(date2_id, ['date']) self.assert_(date2['date'] == yesterday) date_ids = self.date.search([ ('date', '=', yesterday), ]) self.assert_(date_ids == [date2_id]) date_ids = self.date.search([ ('date', 'in', [yesterday, today]), ]) self.assert_(date_ids == [date1_id, date2_id]) date_ids = self.date.search([ ('date', 'not in', [yesterday, today]), ]) self.assert_(date_ids == []) date3_id = self.date.create({}) self.assert_(date3_id) date3 = self.date.read(date3_id, ['date']) self.assert_(date3['date'] == None) date4_id = self.date_default.create({}) self.assert_(date4_id) date4 = self.date_default.read(date4_id, ['date']) self.assert_(date4['date'] == default_date) self.date.write(date1_id, { 'date': yesterday, }) date1 = self.date.read(date1_id, ['date']) self.assert_(date1['date'] == yesterday) self.date.write(date2_id, { 'date': today, }) date2 = self.date.read(date2_id, ['date']) self.assert_(date2['date'] == today) self.failUnlessRaises(Exception, self.date.create, { 'date': 'test', }) self.failUnlessRaises(Exception, self.date.write, date1_id, { 'date': 'test', }) self.failUnlessRaises(Exception, self.date.create, { 'date': 1, }) self.failUnlessRaises(Exception, self.date.write, date1_id, { 'date': 1, }) self.failUnlessRaises(Exception, self.date.create, { 'date': datetime.datetime.now(), }) self.failUnlessRaises(Exception, self.date.write, date1_id, { 'date': datetime.datetime.now(), }) self.failUnlessRaises(Exception, self.date.create, { 'date': '2009-13-01', }) self.failUnlessRaises(Exception, self.date.write, date1_id, { 'date': '2009-02-29', }) date5_id = self.date.create({ 'date': '2009-01-01', }) self.assert_(date5_id) date5 = self.date.read(date5_id, ['date']) self.assert_(date5['date'] == datetime.date(2009, 1, 1)) self.failUnlessRaises(Exception, self.date_required.create, {}) transaction.cursor.rollback() date6_id = self.date_required.create({ 'date': today, }) self.assert_(date6_id) date7_id = self.date.create({ 'date': None, }) self.assert_(date7_id) date8_id = self.date.create({ 'date': False, }) self.assert_(date8_id) transaction.cursor.rollback() def test0090datetime(self): ''' Test DateTime. ''' with Transaction().start(DB_NAME, USER, CONTEXT) as transaction: today = datetime.datetime(2009, 1, 1, 12, 0, 0) tomorrow = today + datetime.timedelta(1) yesterday = today - datetime.timedelta(1) default_datetime = datetime.datetime(2000, 1, 1, 12, 0, 0) datetime1_id = self.datetime.create({ 'datetime': today, }) self.assert_(datetime1_id) datetime1 = self.datetime.read(datetime1_id, ['datetime']) self.assert_(datetime1['datetime'] == today) datetime_ids = self.datetime.search([ ('datetime', '=', today), ]) self.assert_(datetime_ids == [datetime1_id]) datetime_ids = self.datetime.search([ ('datetime', '=', tomorrow), ]) self.assert_(datetime_ids == []) datetime_ids = self.datetime.search([ ('datetime', '=', False), ]) self.assert_(datetime_ids == []) datetime_ids = self.datetime.search([ ('datetime', '!=', today), ]) self.assert_(datetime_ids == []) datetime_ids = self.datetime.search([ ('datetime', '!=', tomorrow), ]) self.assert_(datetime_ids == [datetime1_id]) datetime_ids = self.datetime.search([ ('datetime', '!=', False), ]) self.assert_(datetime_ids == [datetime1_id]) datetime_ids = self.datetime.search([ ('datetime', 'in', [today]), ]) self.assert_(datetime_ids == [datetime1_id]) datetime_ids = self.datetime.search([ ('datetime', 'in', [tomorrow]), ]) self.assert_(datetime_ids == []) datetime_ids = self.datetime.search([ ('datetime', 'in', [False]), ]) self.assert_(datetime_ids == []) datetime_ids = self.datetime.search([ ('datetime', 'in', []), ]) self.assert_(datetime_ids == []) datetime_ids = self.datetime.search([ ('datetime', 'not in', [today]), ]) self.assert_(datetime_ids == []) datetime_ids = self.datetime.search([ ('datetime', 'not in', [tomorrow]), ]) self.assert_(datetime_ids == [datetime1_id]) datetime_ids = self.datetime.search([ ('datetime', 'not in', [False]), ]) self.assert_(datetime_ids == [datetime1_id]) datetime_ids = self.datetime.search([ ('datetime', 'not in', []), ]) self.assert_(datetime_ids == [datetime1_id]) datetime_ids = self.datetime.search([ ('datetime', '<', tomorrow), ]) self.assert_(datetime_ids == [datetime1_id]) datetime_ids = self.datetime.search([ ('datetime', '<', yesterday), ]) self.assert_(datetime_ids == []) datetime_ids = self.datetime.search([ ('datetime', '<', today), ]) self.assert_(datetime_ids == []) datetime_ids = self.datetime.search([ ('datetime', '<=', today), ]) self.assert_(datetime_ids == [datetime1_id]) datetime_ids = self.datetime.search([ ('datetime', '<=', yesterday), ]) self.assert_(datetime_ids == []) datetime_ids = self.datetime.search([ ('datetime', '<=', tomorrow), ]) self.assert_(datetime_ids == [datetime1_id]) datetime_ids = self.datetime.search([ ('datetime', '>', tomorrow), ]) self.assert_(datetime_ids == []) datetime_ids = self.datetime.search([ ('datetime', '>', yesterday), ]) self.assert_(datetime_ids == [datetime1_id]) datetime_ids = self.datetime.search([ ('datetime', '>', today), ]) self.assert_(datetime_ids == []) datetime_ids = self.datetime.search([ ('datetime', '>=', tomorrow), ]) self.assert_(datetime_ids == []) datetime_ids = self.datetime.search([ ('datetime', '>=', yesterday), ]) self.assert_(datetime_ids == [datetime1_id]) datetime_ids = self.datetime.search([ ('datetime', '>=', today), ]) self.assert_(datetime_ids == [datetime1_id]) datetime2_id = self.datetime.create({ 'datetime': yesterday, }) self.assert_(datetime2_id) datetime2 = self.datetime.read(datetime2_id, ['datetime']) self.assert_(datetime2['datetime'] == yesterday) datetime_ids = self.datetime.search([ ('datetime', '=', yesterday), ]) self.assert_(datetime_ids == [datetime2_id]) datetime_ids = self.datetime.search([ ('datetime', 'in', [yesterday, today]), ]) self.assert_(datetime_ids == [datetime1_id, datetime2_id]) datetime_ids = self.datetime.search([ ('datetime', 'not in', [yesterday, today]), ]) self.assert_(datetime_ids == []) datetime3_id = self.datetime.create({}) self.assert_(datetime3_id) datetime3 = self.datetime.read(datetime3_id, ['datetime']) self.assert_(datetime3['datetime'] == None) datetime4_id = self.datetime_default.create({}) self.assert_(datetime4_id) datetime4 = self.datetime_default.read(datetime4_id, ['datetime']) self.assert_(datetime4['datetime'] == default_datetime) self.datetime.write(datetime1_id, { 'datetime': yesterday, }) datetime1 = self.datetime.read(datetime1_id, ['datetime']) self.assert_(datetime1['datetime'] == yesterday) self.datetime.write(datetime2_id, { 'datetime': today, }) datetime2 = self.datetime.read(datetime2_id, ['datetime']) self.assert_(datetime2['datetime'] == today) self.failUnlessRaises(Exception, self.datetime.create, { 'datetime': 'test', }) self.failUnlessRaises(Exception, self.datetime.write, datetime1_id, { 'datetime': 'test', }) self.failUnlessRaises(Exception, self.datetime.create, { 'datetime': 1, }) self.failUnlessRaises(Exception, self.datetime.write, datetime1_id, { 'datetime': 1, }) self.failUnlessRaises(Exception, self.datetime.create, { 'datetime': datetime.date.today(), }) self.failUnlessRaises(Exception, self.datetime.write, datetime1_id, { 'datetime': datetime.date.today(), }) self.failUnlessRaises(Exception, self.datetime.create, { 'datetime': '2009-13-01 12:30:00', }) self.failUnlessRaises(Exception, self.datetime.write, datetime1_id, { 'datetime': '2009-02-29 12:30:00', }) self.failUnlessRaises(Exception, self.datetime.write, datetime1_id, { 'datetime': '2009-01-01 25:00:00', }) datetime5_id = self.datetime.create({ 'datetime': '2009-01-01 12:00:00', }) self.assert_(datetime5_id) datetime5 = self.datetime.read(datetime5_id, ['datetime']) self.assert_(datetime5['datetime'] == datetime.datetime(2009, 1, 1, 12, 0, 0)) self.failUnlessRaises(Exception, self.datetime_required.create, {}) transaction.cursor.rollback() datetime6_id = self.datetime_required.create({ 'datetime': today, }) self.assert_(datetime6_id) datetime7_id = self.datetime.create({ 'datetime': None, }) self.assert_(datetime7_id) datetime8_id = self.datetime.create({ 'datetime': False, }) self.assert_(datetime8_id) datetime9_id = self.datetime.create({ 'datetime': today.replace(microsecond=1), }) self.assert_(datetime9_id) datetime9 = self.datetime.read(datetime9_id, ['datetime']) self.assert_(datetime9['datetime'] == today) transaction.cursor.rollback() def test0100one2one(self): ''' Test One2One. ''' with Transaction().start(DB_NAME, USER, CONTEXT) as transaction: target1_id = self.one2one_target.create({ 'name': 'target1', }) one2one1_id = self.one2one.create({ 'name': 'origin1', 'one2one': target1_id, }) self.assert_(one2one1_id) one2one1 = self.one2one.read(one2one1_id, ['one2one', 'one2one.name']) self.assert_(one2one1['one2one'] == target1_id) self.assert_(one2one1['one2one.name'] == 'target1') one2one_ids = self.one2one.search([ ('one2one', '=', 'target1'), ]) self.assert_(one2one_ids == [one2one1_id]) one2one_ids = self.one2one.search([ ('one2one', '!=', 'target1'), ]) self.assert_(one2one_ids == []) one2one_ids = self.one2one.search([ ('one2one', 'in', [target1_id]), ]) self.assert_(one2one_ids == [one2one1_id]) one2one_ids = self.one2one.search([ ('one2one', 'in', [0]), ]) self.assert_(one2one_ids == []) one2one_ids = self.one2one.search([ ('one2one', 'not in', [target1_id]), ]) self.assert_(one2one_ids == []) one2one_ids = self.one2one.search([ ('one2one', 'not in', [0]), ]) self.assert_(one2one_ids == [one2one1_id]) one2one_ids = self.one2one.search([ ('one2one.name', '=', 'target1'), ]) self.assert_(one2one_ids == [one2one1_id]) one2one_ids = self.one2one.search([ ('one2one.name', '!=', 'target1'), ]) self.assert_(one2one_ids == []) one2one = self.one2one.browse(one2one1_id) self.assert_(one2one.one2one.name == 'target1') one2one2_id = self.one2one.create({ 'name': 'origin2', }) self.assert_(one2one2_id) one2one2 = self.one2one.read(one2one2_id, ['one2one']) self.assert_(one2one2['one2one'] == False) one2one_ids = self.one2one.search([ ('one2one', '=', False), ]) self.assert_(one2one_ids == [one2one2_id]) target2_id = self.one2one_target.create({ 'name': 'target2', }) self.one2one.write(one2one2_id, { 'one2one': target2_id, }) target2_id = self.one2one_target.search([ ('name', '=', 'target2'), ])[0] one2one2 = self.one2one.read(one2one2_id, ['one2one']) self.assert_(one2one2['one2one'] == target2_id) self.one2one.write(one2one2_id, { 'one2one': False, }) one2one2 = self.one2one.read(one2one2_id, ['one2one']) self.assert_(one2one2['one2one'] == False) one2one2 = self.one2one.browse(one2one2_id) self.assert_(not one2one2.one2one) self.failUnlessRaises(Exception, self.one2one.create, { 'name': 'one2one3', 'one2one': target1_id, }) transaction.cursor.rollback() self.failUnlessRaises(Exception, self.one2one.write, one2one2_id, { 'one2one': target1_id, }) transaction.cursor.rollback() self.failUnlessRaises(Exception, self.one2one_required.create, { 'name': 'one2one3', }) transaction.cursor.rollback() target3_id = self.one2one_target.create({ 'name': 'target3_id', }) one2one3_id = self.one2one_required.create({ 'name': 'one2one3', 'one2one': target3_id, }) self.assert_(one2one3_id) transaction.cursor.rollback() def suite(): return unittest.TestLoader().loadTestsFromTestCase(FieldsTestCase) if __name__ == '__main__': suite = suite() unittest.TextTestRunner(verbosity=2).run(suite)