############################################################################## # # Copyright (c) 2006 Nexedi SA and Contributors. All Rights Reserved. # Jerome Perrin <jerome@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 unittest import sys from DateTime import DateTime from Products.ZSQLMethods.SQL import SQL as ZSQLMethod from Products.CMFCore.Expression import Expression from Products.ZSQLCatalog.SQLCatalog import Catalog as SQLCatalog from Products.ZSQLCatalog.ZSQLCatalog import ZCatalog as ZSQLCatalog from Products.ZSQLCatalog.SQLCatalog import Query from Products.ZSQLCatalog.SQLCatalog import ComplexQuery from Products.ZSQLCatalog.SQLCatalog import NegatedQuery try: from transaction import get as get_transaction except ImportError: pass class TestZSQLCatalog(unittest.TestCase): """Tests for ZSQL Catalog. """ def setUp(self): self._catalog = ZSQLCatalog() class TestSQLCatalog(unittest.TestCase): """Tests for SQL Catalog. """ def setUp(self): self._catalog = SQLCatalog('dummy_catalog') self._catalog._setObject('z_dummy_method', ZSQLMethod('z_dummy_method', '', '', '', '')) self._catalog.sql_catalog_object_list = ('z_dummy_method', ) def test_getFilterableMethodList(self): self.failUnless(self._catalog.z_dummy_method in self._catalog.getFilterableMethodList()) def test_manage_editFilter(self): request = dict(z_dummy_method_box=1, z_dummy_method_expression='python: 1') self._catalog.manage_editFilter(REQUEST=request) self.assertTrue(self._catalog.filter_dict.has_key('z_dummy_method')) def test_isMethodFiltered(self): request = dict(z_dummy_method_box=1, z_dummy_method_expression='python: 1') self._catalog.manage_editFilter(REQUEST=request) self.assertTrue(self._catalog.isMethodFiltered('z_dummy_method')) self.assertFalse(self._catalog.isMethodFiltered('not_exist')) def test_getFilterExpression(self): request = dict(z_dummy_method_box=1, z_dummy_method_expression='python: 1') self._catalog.manage_editFilter(REQUEST=request) self.assertEquals('python: 1', self._catalog.getExpression('z_dummy_method')) self.assertEquals('', self._catalog.getExpression('not_exists')) def test_getFilterExpressionInstance(self): request = dict(z_dummy_method_box=1, z_dummy_method_expression='python: 1') self._catalog.manage_editFilter(REQUEST=request) self.assertTrue(isinstance( self._catalog.getExpressionInstance('z_dummy_method'), Expression)) self.assertEquals(None, self._catalog.getExpressionInstance('not_exists')) def test_isPortalTypeSelected(self): request = dict(z_dummy_method_box=1, z_dummy_method_type=['Selected']) self._catalog.manage_editFilter(REQUEST=request) self.assertTrue( self._catalog.isPortalTypeSelected('z_dummy_method', 'Selected')) self.assertFalse( self._catalog.isPortalTypeSelected('z_dummy_method', 'Not Selected')) self.assertFalse( self._catalog.isPortalTypeSelected('not_exists', 'Selected')) class TestQuery(unittest.TestCase): def testSimpleQuery(self): q = Query(title='Foo') self.assertEquals( dict(where_expression="title = 'Foo'", select_expression_list=[]), q.asSQLExpression(keyword_search_keys=[], full_text_search_keys=[])) def testNoneQuery(self): q = Query(title=None) self.assertEquals( dict(where_expression="title is NULL", select_expression_list=[]), q.asSQLExpression(keyword_search_keys=[], full_text_search_keys=[])) def testEmptyQueryNotIgnoreEmptyString(self): q = Query(title='') # if you want to search with an empty string, pass ignore_empty_string=0 to # asSQLExpression. XXX not to __init__ ? self.assertEquals( dict(where_expression="title = ''", select_expression_list=[]), q.asSQLExpression(ignore_empty_string=0, keyword_search_keys=[], full_text_search_keys=[])) def testEmptyQuery(self): q = Query(title='') # query are true by default self.assertEquals( dict(where_expression="1", select_expression_list=[]), q.asSQLExpression(keyword_search_keys=[], full_text_search_keys=[])) def testMultiValuedQuery(self): q = Query(title=['Foo', 'Bar']) self.assertEquals( dict(where_expression="(title = 'Foo' OR title = 'Bar')", select_expression_list=[]), q.asSQLExpression(keyword_search_keys=[], full_text_search_keys=[])) def testINQuery(self): q = Query(title=['Foo', 'Bar'], operator='IN') self.assertEquals( dict(where_expression="title IN ('Foo', 'Bar')", select_expression_list=[]), q.asSQLExpression(keyword_search_keys=[], full_text_search_keys=[])) def testEmptyINQuery(self): q = Query(title=[], operator='IN') self.assertEquals( dict(where_expression="0", select_expression_list=[]), q.asSQLExpression(keyword_search_keys=[], full_text_search_keys=[])) def testMinQuery(self): q = Query(title='Foo', range='min') self.assertEquals( dict(where_expression="title >= 'Foo'", select_expression_list=[]), q.asSQLExpression(keyword_search_keys=[], full_text_search_keys=[])) def testMaxQuery(self): q = Query(title='Foo', range='max') self.assertEquals( dict(where_expression="title < 'Foo'", select_expression_list=[]), q.asSQLExpression(keyword_search_keys=[], full_text_search_keys=[])) def testDateFormat(self): q = Query(date=DateTime(2001, 02, 03), format='%Y/%m/%d', type='date') self.assertEquals( dict(where_expression= "STR_TO_DATE(DATE_FORMAT(date,'%Y/%m/%d'),'%Y/%m/%d')" " = STR_TO_DATE('2001/02/03','%Y/%m/%d')", select_expression_list=[]), q.asSQLExpression(keyword_search_keys=[], full_text_search_keys=[])) def testSimpleQueryFullText(self): q = Query(title='Foo') self.assertEquals(dict(where_expression="MATCH title AGAINST ('Foo' )", select_expression_list= ["MATCH title AGAINST ('Foo' ) AS title_relevance"]), q.asSQLExpression(keyword_search_keys=[], full_text_search_keys=['title'])) def testSimpleQuerySearchKey(self): q = Query(title='Foo') self.assertEquals(dict(where_expression="title LIKE '%Foo%'", select_expression_list=[]), q.asSQLExpression(keyword_search_keys=['title'], full_text_search_keys=[])) def testNegatedQuery(self): q1 = Query(title='Foo') q = NegatedQuery(q1) self.assertEquals( dict(where_expression="(NOT (title = 'Foo'))", select_expression_list=[]), q.asSQLExpression(keyword_search_keys=[], full_text_search_keys=[])) def testSimpleComplexQuery(self): q1 = Query(title='Foo') q2 = Query(reference='Bar') q = ComplexQuery(q1, q2) self.assertEquals( dict(where_expression="((title = 'Foo') AND (reference = 'Bar'))", select_expression_list=[]), q.asSQLExpression(keyword_search_keys=[], full_text_search_keys=[])) def testNegatedComplexQuery(self): q1 = Query(title='Foo') q2 = Query(reference='Bar') q3 = ComplexQuery(q1, q2) q = NegatedQuery(q3) self.assertEquals( # maybe too many parents here dict(where_expression="(NOT (((title = 'Foo') AND (reference = 'Bar'))))", select_expression_list=[]), q.asSQLExpression(keyword_search_keys=[], full_text_search_keys=[])) def test_suite(): suite = unittest.TestSuite() suite.addTest(unittest.makeSuite(TestSQLCatalog)) suite.addTest(unittest.makeSuite(TestZSQLCatalog)) suite.addTest(unittest.makeSuite(TestQuery)) return suite