Пример #1
0
    def test_schema_table_views_and_columns_query():
        """
            Verify mssqlcliclient's tables, views, columns, and schema are populated.
            Note: This test should run against a database that the credentials
                  MSSQL_CLI_USER and MSSQL_CLI_PASSWORD have write access to.
        """
        # create random strings for entities
        tabletest1 = "test_%s" % random_str()
        tabletest2 = "test_%s" % random_str()
        viewtest = "test_%s" % random_str()
        schematest = "test_%s" % random_str()

        def drop_entities(mssqlcli_client):
            list(mssqlcli_client.execute_query('DROP TABLE %s;' % tabletest1))
            list(mssqlcli_client.execute_query('DROP TABLE %s;' % tabletest2))
            list(
                mssqlcli_client.execute_query('DROP VIEW %s IF EXISTS;' %
                                              viewtest))
            list(
                mssqlcli_client.execute_query(
                    'DROP TABLE %s;' % ".".join([schematest, tabletest1])))
            list(mssqlcli_client.execute_query('DROP SCHEMA %s;' % schematest))

        try:
            client = create_mssql_cli_client()

            drop_entities(
                client)  # drop entities in beginning (in case tables exist)

            list(
                client.execute_query(
                    'CREATE TABLE %s (a int, b varchar(25));' % tabletest1))
            list(
                client.execute_query(
                    'CREATE TABLE %s (x int, y varchar(25), z bit);' %
                    tabletest2))
            list(
                client.execute_query('CREATE VIEW %s as SELECT a from %s;' %
                                     (viewtest, tabletest1)))
            list(client.execute_query('CREATE SCHEMA %s;' % schematest))
            list(
                client.execute_query('CREATE TABLE %s (a int);' %
                                     '.'.join([schematest, tabletest1])))

            assert (schematest, tabletest1) in set(client.get_tables())
            assert ('dbo', viewtest) in set(client.get_views())
            assert (schematest, tabletest1, 'a', 'int',
                    'NULL') in set(client.get_table_columns())
            assert ('dbo', viewtest, 'a', 'int',
                    'NULL') in set(client.get_view_columns())
            assert schematest in client.get_schemas()

        finally:
            drop_entities(client)
            shutdown(client)
 def tmp_filepath():
     """ pytest fixture which returns filepath string and removes the file after tests
     complete. """
     fp = os.path.join(_BASELINE_DIR, "test_query_baseline",
                       "%s.txt" % random_str())
     yield fp
     os.remove(fp)
    def test_schema_table_views_and_columns_query(self, client_with_db):
        """
            Verify mssqlcliclient's tables, views, columns, and schema are populated.
            Note: This test should run against a database that the credentials
                  MSSQL_CLI_USER and MSSQL_CLI_PASSWORD have write access to.
        """
        client = client_with_db

        # create random strings for entities
        tabletest1 = "test_%s" % random_str()
        tabletest2 = "test_%s" % random_str()
        viewtest = "test_%s" % random_str()
        schematest = "test_%s" % random_str()

        queries_create = [
            'CREATE TABLE %s (a int, b varchar(25));' % tabletest1,
            'CREATE TABLE %s (x int, y varchar(25), z bit);' % tabletest2,
            'CREATE VIEW %s as SELECT a from %s;' % (viewtest, tabletest1),
            'CREATE SCHEMA %s;' % schematest,
            'CREATE TABLE %s (a int);' % '.'.join([schematest, tabletest1])
        ]

        queries_drop = [
            'DROP TABLE IF EXISTS %s;' % tabletest1,
            'DROP TABLE IF EXISTS %s;' % tabletest2,
            'DROP VIEW IF EXISTS %s;' % viewtest,
            'DROP TABLE IF EXISTS %s;' % ".".join([schematest, tabletest1]),
            'DROP SCHEMA IF EXISTS %s;' % schematest
        ]

        try:
            # drop entities in beginning (in case tables exist)
            self.execute_queries(client, queries_drop)
            self.execute_queries(client, queries_create)

            assert (schematest, tabletest1) in set(client.get_tables())
            assert ('dbo', viewtest) in set(client.get_views())
            assert (schematest, tabletest1, 'a', 'int',
                    'NULL') in set(client.get_table_columns())
            assert ('dbo', viewtest, 'a', 'int',
                    'NULL') in set(client.get_view_columns())
            assert schematest in client.get_schemas()
        except Exception as e:
            raise AssertionError(e)
        finally:
            self.execute_queries(client, queries_drop)
Пример #4
0
class TestMssqlCliClientMultipleStatement(MssqlCliClient):
    test_data = [
        # random strings used to test for errors with non-existing tables
        (u"select 'Morning' as [Name] UNION ALL select 'Evening'; " +
         u"select 1;", [2, 1]),
        (u"select 1; select 'foo' from %s;" % random_str(), [1, 0]),
        (u"select 'foo' from %s; select 2;" % random_str(), [0, 1])
    ]

    @staticmethod
    @pytest.mark.parametrize("query_str, rows_outputted", test_data)
    def test_mssqlcliclient_multiple_statement(client, query_str, rows_outputted):
        """
            Verify correct execution of queries separated by semi-colon
        """

        for (i, (rows, _, _, query_executed, is_error)) in \
            enumerate(client.execute_query(query_str)):

            queries = query_str.split(';')
            assert query_executed == queries[i].strip()
            assert len(rows) == rows_outputted[i]
            assert (is_error and len(rows) == 0) or (not is_error)
Пример #5
0
class TestMssqlCliClientMultipleStatement(MssqlCliClient):
    test_data = [
        # random strings used to test for errors with non-existing tables
        (u"select 'Morning' as [Name] UNION ALL select 'Evening'; " +
         u"select 1;", [2, 1]),
        (u"select 1; select 'foo' from %s;" % random_str(), [1, 0]),
        (u"select 'foo' from %s; select 2;" % random_str(), [0, 1])
    ]

    @staticmethod
    @pytest.mark.parametrize("query_str, rows_outputted", test_data)
    def test_mssqlcliclient_multiple_statement(client, query_str, rows_outputted):
        """
            Verify correct execution of queries separated by semi-colon
        """

        for (i, (rows, _, _, query_executed, is_error)) in \
            enumerate(client.execute_query(query_str)):

            queries = ["{};".format(query) for query in query_str.split(';')]
            assert query_executed == queries[i].strip()
            assert len(rows) == rows_outputted[i]
            assert (is_error and len(rows) == 0) or (not is_error)

    @staticmethod
    def test_mssqlcliclient_multiple_merge(client_with_db):
        """
        Tests query with multiple merges. Requires creation of temp db.
        """
        file_input, _ = get_io_paths('multiple_merge.txt')
        query_input = get_file_contents(file_input)

        for rows, _, status, _, is_error in client_with_db.execute_query(query_input):
            if is_error:
                raise AssertionError("Query execution failed: {}".format(status))
            assert () == rows