pystratum_mssql.MsSqlDataLayer.MsSqlDataLayer.autocommit() - Code Metrics - DatabaseStratum/py-stratum-mssql - Measure and Improve Code Quality continuously with Scrutinizer

MsSqlDataLayer.autocommit() A
last analyzed 2020-10-26 14:31 UTC

↳ Parent: pystratum_mssql.MsSqlDataLayer

Complexity

Conditions

Size

Total Lines	8
Code Lines	2

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
eloc	2
dl	0
loc	8
rs	10
c	0
b	0
f	0
cc	1
nop	2

import csv
import re
import sys
from time import gmtime, strftime
from typing import Any, Dict, List, Optional

from pystratum_middle.exception.ResultException import ResultException

from pystratum_mssql.MsSqlConnector import MsSqlConnector


class MsSqlDataLayer:
    """
    Class for connecting to a SQL Server instance and executing SQL statements. Also, a parent class for classes with
    static wrapper methods for executing stored procedures and functions.
    """
    # ------------------------------------------------------------------------------------------------------------------
    _suppress_superfluous_messages = True
    """
    If set superfluous messages like below will be suppressed:
    * "Warning: Null value is eliminated by an aggregate or other SET operation."
    * The module ... depends on the missing object .... The module will still be created; however, it cannot run
      successfully until the object exists.

    :type: bool
    """

    line_buffered = True
    """
    If True log messages from stored procedures with designation type 'log' are line buffered (Note: In python
    sys.stdout is buffered by default).

    :type: bool
    """

    # ------------------------------------------------------------------------------------------------------------------
    def __init__(self, connector: MsSqlConnector):
        """
        Object constructor.
        """

        self.__connector: MsSqlConnector = connector
        """
        The object for connecting to a MySQL instance.
        """

        self.__conn: Optional[Any] = None
        """
        The connection between Python and the MySQL instance.
        """

    # ------------------------------------------------------------------------------------------------------------------
    def autocommit(self, status: bool) -> None:
        """
        Sets auto commit mode.
        See http://pymssql.org/en/stable/ref/pymssql.html#pymssql.Connection.autocommit.

        :param bool status: True: Auto commit on. False: Auto commit off.
        """
        self.__conn.autocommit(status)

    # ------------------------------------------------------------------------------------------------------------------
    def commit(self) -> None:
        """
        Commits the current transaction.
        See http://pymssql.org/en/stable/ref/pymssql.html#pymssql.Connection.commit.
        """
        self.__conn.commit()

    # ------------------------------------------------------------------------------------------------------------------
    def connect(self) -> None:
        """
        Connects to a MS SQL Server instance.
        """
        self.__conn = self.__connector.connect()

    # ------------------------------------------------------------------------------------------------------------------
    def disconnect(self) -> None:
        """
        Disconnects from the MS SQL Server instance.
        See http://pymssql.org/en/stable/ref/pymssql.html#pymssql.Connection.close.
        """
        self.__conn = None
        self.__connector.disconnect()

    # ------------------------------------------------------------------------------------------------------------------
    def execute_csv(self, sql: str, filename: str, dialect: str = 'unix', encoding: str = 'utf-8') -> int:
        file = open(filename, 'w', encoding=encoding)
        csv_file = csv.writer(file, dialect=dialect)

        # Run the query.
        cursor = self.__conn.cursor(as_dict=False)
        cursor.execute(sql)

        # Store all rows in CSV format in the file.
        n = 0
        for row in cursor:
            csv_file.writerow(row)
            n += 1

        # Close the CSV file and the cursor.
        file.close()
        cursor.close()

        return n

    # ------------------------------------------------------------------------------------------------------------------
    def execute_log(self, sql: str, *params) -> int:
        """
        Executes a query with log statements. Returns the number of lines in the log.

        :param str sql: The SQL statement.
        :param iterable params: The parameters.

        :rtype: int
        """
        cursor = self.__conn.cursor()
        cursor.execute(sql, params)

        n = 0
        next_set = True
        while next_set:
            stamp = strftime('%Y-%m-%d %H:%M:%S', gmtime())
            for row in cursor:
                print(stamp, end='')
                for field in row:
                    print(' %s' % field, end='')
                print('', flush=self.line_buffered)
                n += 1

            next_set = cursor.nextset()

        cursor.close()

        return n

    # ------------------------------------------------------------------------------------------------------------------
    def execute_none(self, sql: str, *params) -> None:
        """
        Executes a query that does not select any rows.

        :param str sql: The SQL statement.
        :param iterable params: The parameters.

        :rtype: None
        """
        cursor = self.__conn.cursor()
        cursor.execute(sql, *params)
        cursor.close()

    # ------------------------------------------------------------------------------------------------------------------
    def execute_row0(self, sql, *params) -> Optional[Dict[str, Any]]:
        """
        Executes a query that selects 0 or 1 row. Returns the selected row or None.

        :param str sql: The SQL statement.
        :param iterable params: The parameters.

        :rtype: None|dict[str,*]
        """
        cursor = self.__conn.cursor(as_dict=True)
        cursor.execute(sql, *params)
        rows = cursor.fetchall()
        cursor.close()

        n = len(rows)
        if n == 1:
            return rows[0]
        elif n == 0:
            return None
        else:
            raise ResultException('0 or 1', n, sql)

    # ------------------------------------------------------------------------------------------------------------------
    def execute_row1(self, sql: str, *params) -> Dict[str, Any]:
        """
        Executes a query that selects 1 row. Returns the selected row.

        :param str sql: The SQL statement.
        :param iterable params: The parameters.

        :rtype: dict[str,*]
        """
        cursor = self.__conn.cursor(as_dict=True)
        cursor.execute(sql, *params)
        rows = cursor.fetchall()
        cursor.close()

        n = len(rows)
        if n != 1:
            raise ResultException('1', n, sql)

        return rows[0]

    # ------------------------------------------------------------------------------------------------------------------
    def execute_rows(self, sql: str, *params) -> List[Dict[str, Any]]:
        """
        Executes a query that selects 0 or more rows. Returns the selected rows (an empty list if no rows
        are selected).

        :param str sql: The SQL statement.
        :param iterable params: The parameters.

        :rtype: list[dict[str,*]]
        """
        cursor = self.__conn.cursor(as_dict=True)
        cursor.execute(sql, *params)
        rows = cursor.fetchall()
        cursor.close()

        return rows

    # ------------------------------------------------------------------------------------------------------------------
    def execute_singleton0(self, sql: str, *params) -> Any:
        """
        Executes a query that selects 0 or 1 row with 1 column. Returns the value of selected column or None.

        :param str sql: The SQL statement.
        :param iterable params: The parameters.

        :rtype: *
        """
        cursor = self.__conn.cursor()
        cursor.execute(sql, *params)
        rows = cursor.fetchall()
        cursor.close()

        n = len(rows)
        if n == 1:
            return rows[0][0]
        elif n == 0:
            return None
        else:
            raise ResultException('0 or 1', n, sql)

    # ------------------------------------------------------------------------------------------------------------------
    def execute_singleton1(self, sql: str, *params) -> Any:
        """
        Executes a query that selects 1 row with 1 column. Returns the value of the selected column.

        :param str sql:The SQL statement.
        :param iterable params: The parameters.

        :rtype: *
        """
        cursor = self.__conn.cursor()
        cursor.execute(sql, *params)
        rows = cursor.fetchall()
        cursor.close()

        n = len(rows)
        if n != 1:
            raise ResultException('1', n, sql)

        return rows[0][0]

    # ------------------------------------------------------------------------------------------------------------------
    def execute_sp_none(self, sql: str, *params) -> None:
        """
        Executes a stored routine that does not select any rows.

        :param str sql: The SQL calling the stored procedure.
        :param iterable params: The parameters for the stored procedure.

        :rtype: None
        """
        cursor = self.__conn.cursor()
        cursor.execute(sql, params)
        cursor.close()

    # ------------------------------------------------------------------------------------------------------------------
    def execute_sp_row0(self, sql: str, *params) -> Optional[Dict[str, Any]]:
        """
        Executes a stored procedure that selects 0 or 1 row. Returns the selected row or None.

        :param str sql: The SQL call the the stored procedure.
        :param iterable params: The parameters for the stored procedure.

        :rtype: None|dict[str,*]
        """
        cursor = self.__conn.cursor(as_dict=True)
        cursor.execute(sql, params)
        rows = cursor.fetchall()
        cursor.close()

        n = len(rows)
        if n == 1:
            return rows[0]
        elif n == 0:
            return None
        else:
            raise ResultException('0 or 1', n, sql)

    # ------------------------------------------------------------------------------------------------------------------
    def execute_sp_row1(self, sql: str, *params) -> Dict[str, Any]:
        """
        Executes a stored procedure that selects 1 row. Returns the selected row.

        :param str sql: The SQL calling the the stored procedure.
        :param iterable params: The parameters for the stored procedure.

        :rtype: dict[str,*]
        """
        cursor = self.__conn.cursor(as_dict=True)
        cursor.execute(sql, params)
        rows = cursor.fetchall()
        cursor.close()

        n = len(rows)
        if n != 1:
            raise ResultException('1', n, sql)

        return rows[0]

    # ------------------------------------------------------------------------------------------------------------------
    def execute_sp_rows(self, sql: str, *params) -> List[Dict[str, Any]]:
        """
        Executes a stored procedure that selects 0 or more rows. Returns the selected rows (an empty list if no rows
        are selected).

        :param str sql: The SQL calling the the stored procedure.
        :param iterable params: The parameters for the stored procedure.

        :rtype: list[dict[str,*]]
        """
        cursor = self.__conn.cursor(as_dict=True)
        cursor.execute(sql, params)
        rows = cursor.fetchall()
        cursor.close()

        return rows

    # ------------------------------------------------------------------------------------------------------------------
    def execute_sp_singleton0(self, sql: str, *params) -> Any:
        """
        Executes a stored procedure that selects 0 or 1 row with 1 column. Returns the value of selected column or None.

        :param str sql: The SQL calling the stored procedure.
        :param iterable params: The parameters for the stored procedure.

        :rtype: *
        """
        cursor = self.__conn.cursor()
        cursor.execute(sql, params)
        rows = cursor.fetchall()
        cursor.close()

        n = len(rows)
        if n == 1:
            return rows[0][0]
        elif n == 0:
            return None
        else:
            raise ResultException('0 or 1', n, sql)

    # ------------------------------------------------------------------------------------------------------------------
    def execute_sp_singleton1(self, sql: str, *params) -> Any:
        """
        Executes a stored routine with designation type "table", i.e a stored routine that is expected to select 1 row
        with 1 column.

        :param str sql: The SQL calling the the stored procedure.
        :param iterable params: The parameters for the stored procedure.

        :rtype: * The value of the selected column.
        """
        cursor = self.__conn.cursor()
        cursor.execute(sql, params)
        rows = cursor.fetchall()
        cursor.close()

        n = len(rows)
        if n != 1:
            raise ResultException('1', n, sql)

        return rows[0][0]

    # ------------------------------------------------------------------------------------------------------------------
    def rollback(self) -> None:
        """
        Rolls back the current transaction.
        See http://pymssql.org/en/stable/ref/pymssql.html#pymssql.Connection.rollback.
        """
        self.__conn.rollback()

    # ------------------------------------------------------------------------------------------------------------------
    @staticmethod
    def stratum_msg_handler(msgstate: str, severity: int, srvname: str, procname: str, line: int, msgtext: bin) -> None:
        """
        Custom message handler suppressing some superfluous messages.
        """
        if severity > 0:
            print("Error at line %d: %s" % (line, msgtext.decode("utf-8")), file=sys.stderr)
        else:
            msg = msgtext.decode("utf-8")

            # Suppress bogus messages if flag is set.
            if MsSqlDataLayer._suppress_superfluous_messages:
                # @todo Make this method more flexible by using two lists. One with strings and one on regex to
                # suppress.
                if msg == 'Warning: Null value is eliminated by an aggregate or other SET operation.':
                    return

                if re.match(
                        "^The module \'.*\' depends on the missing object \'.*\'. The module will still be created; "
                        "however, it cannot run successfully until the object exists.$",
                        msg):
                    return

            print(msg)

# ----------------------------------------------------------------------------------------------------------------------


1		import csv
2		import re
3		import sys
4		from time import gmtime, strftime
5		from typing import Any, Dict, List, Optional
6
7		from pystratum_middle.exception.ResultException import ResultException
8
9		from pystratum_mssql.MsSqlConnector import MsSqlConnector
10
11
12		class MsSqlDataLayer:
13		"""
14		Class for connecting to a SQL Server instance and executing SQL statements. Also, a parent class for classes with
15		static wrapper methods for executing stored procedures and functions.
16		"""
17		# ------------------------------------------------------------------------------------------------------------------
18		_suppress_superfluous_messages = True
19		"""
20		If set superfluous messages like below will be suppressed:
21		* "Warning: Null value is eliminated by an aggregate or other SET operation."
22		* The module ... depends on the missing object .... The module will still be created; however, it cannot run
23		successfully until the object exists.
24
25		:type: bool
26		"""
27
28		line_buffered = True
29		"""
30		If True log messages from stored procedures with designation type 'log' are line buffered (Note: In python
31		sys.stdout is buffered by default).
32
33		:type: bool
34		"""
35
36		# ------------------------------------------------------------------------------------------------------------------
37		def __init__(self, connector: MsSqlConnector):
38		"""
39		Object constructor.
40		"""
41
42		self.__connector: MsSqlConnector = connector
43		"""
44		The object for connecting to a MySQL instance.
45		"""
46
47		self.__conn: Optional[Any] = None
48		"""
49		The connection between Python and the MySQL instance.
50		"""
51
52		# ------------------------------------------------------------------------------------------------------------------
53		def autocommit(self, status: bool) -> None:
54		"""
55		Sets auto commit mode.
56		See http://pymssql.org/en/stable/ref/pymssql.html#pymssql.Connection.autocommit.
57
58		:param bool status: True: Auto commit on. False: Auto commit off.
59		"""
60		self.__conn.autocommit(status)
61
62		# ------------------------------------------------------------------------------------------------------------------
63		def commit(self) -> None:
64		"""
65		Commits the current transaction.
66		See http://pymssql.org/en/stable/ref/pymssql.html#pymssql.Connection.commit.
67		"""
68		self.__conn.commit()
69
70		# ------------------------------------------------------------------------------------------------------------------
71		def connect(self) -> None:
72		"""
73		Connects to a MS SQL Server instance.
74		"""
75		self.__conn = self.__connector.connect()
76
77		# ------------------------------------------------------------------------------------------------------------------
78		def disconnect(self) -> None:
79		"""
80		Disconnects from the MS SQL Server instance.
81		See http://pymssql.org/en/stable/ref/pymssql.html#pymssql.Connection.close.
82		"""
83		self.__conn = None
84		self.__connector.disconnect()
85
86		# ------------------------------------------------------------------------------------------------------------------
87		def execute_csv(self, sql: str, filename: str, dialect: str = 'unix', encoding: str = 'utf-8') -> int:
88		file = open(filename, 'w', encoding=encoding)
89		csv_file = csv.writer(file, dialect=dialect)
90
91		# Run the query.
92		cursor = self.__conn.cursor(as_dict=False)
93		cursor.execute(sql)
94
95		# Store all rows in CSV format in the file.
96		n = 0
97		for row in cursor:
98		csv_file.writerow(row)
99		n += 1
100
101		# Close the CSV file and the cursor.
102		file.close()
103		cursor.close()
104
105		return n
106
107		# ------------------------------------------------------------------------------------------------------------------
108		def execute_log(self, sql: str, *params) -> int:
109		"""
110		Executes a query with log statements. Returns the number of lines in the log.
111
112		:param str sql: The SQL statement.
113		:param iterable params: The parameters.
114
115		:rtype: int
116		"""
117		cursor = self.__conn.cursor()
118		cursor.execute(sql, params)
119
120		n = 0
121		next_set = True
122		while next_set:
123		stamp = strftime('%Y-%m-%d %H:%M:%S', gmtime())
124		for row in cursor:
125		print(stamp, end='')
126		for field in row:
127		print(' %s' % field, end='')
128		print('', flush=self.line_buffered)
129		n += 1
130
131		next_set = cursor.nextset()
132
133		cursor.close()
134
135		return n
136
137		# ------------------------------------------------------------------------------------------------------------------
138		def execute_none(self, sql: str, *params) -> None:
139		"""
140		Executes a query that does not select any rows.
141
142		:param str sql: The SQL statement.
143		:param iterable params: The parameters.
144
145		:rtype: None
146		"""
147		cursor = self.__conn.cursor()
148		cursor.execute(sql, *params)
149		cursor.close()
150
151		# ------------------------------------------------------------------------------------------------------------------
152	View Code Duplication	def execute_row0(self, sql, *params) -> Optional[Dict[str, Any]]:
153		"""
154		Executes a query that selects 0 or 1 row. Returns the selected row or None.
155
156		:param str sql: The SQL statement.
157		:param iterable params: The parameters.
158
159		:rtype: None\|dict[str,*]
160		"""
161		cursor = self.__conn.cursor(as_dict=True)
162		cursor.execute(sql, *params)
163		rows = cursor.fetchall()
164		cursor.close()
165
166		n = len(rows)
167		if n == 1:
168		return rows[0]
169		elif n == 0:
170		return None
171		else:
172		raise ResultException('0 or 1', n, sql)
173
174		# ------------------------------------------------------------------------------------------------------------------
175		def execute_row1(self, sql: str, *params) -> Dict[str, Any]:
176		"""
177		Executes a query that selects 1 row. Returns the selected row.
178
179		:param str sql: The SQL statement.
180		:param iterable params: The parameters.
181
182		:rtype: dict[str,*]
183		"""
184		cursor = self.__conn.cursor(as_dict=True)
185		cursor.execute(sql, *params)
186		rows = cursor.fetchall()
187		cursor.close()
188
189		n = len(rows)
190		if n != 1:
191		raise ResultException('1', n, sql)
192
193		return rows[0]
194
195		# ------------------------------------------------------------------------------------------------------------------
196		def execute_rows(self, sql: str, *params) -> List[Dict[str, Any]]:
197		"""
198		Executes a query that selects 0 or more rows. Returns the selected rows (an empty list if no rows
199		are selected).
200
201		:param str sql: The SQL statement.
202		:param iterable params: The parameters.
203
204		:rtype: list[dict[str,*]]
205		"""
206		cursor = self.__conn.cursor(as_dict=True)
207		cursor.execute(sql, *params)
208		rows = cursor.fetchall()
209		cursor.close()
210
211		return rows
212
213		# ------------------------------------------------------------------------------------------------------------------
214		def execute_singleton0(self, sql: str, *params) -> Any:
215		"""
216		Executes a query that selects 0 or 1 row with 1 column. Returns the value of selected column or None.
217
218		:param str sql: The SQL statement.
219		:param iterable params: The parameters.
220
221		:rtype: *
222		"""
223		cursor = self.__conn.cursor()
224		cursor.execute(sql, *params)
225		rows = cursor.fetchall()
226		cursor.close()
227
228		n = len(rows)
229		if n == 1:
230		return rows[0][0]
231		elif n == 0:
232		return None
233		else:
234		raise ResultException('0 or 1', n, sql)
235
236		# ------------------------------------------------------------------------------------------------------------------
237		def execute_singleton1(self, sql: str, *params) -> Any:
238		"""
239		Executes a query that selects 1 row with 1 column. Returns the value of the selected column.
240
241		:param str sql:The SQL statement.
242		:param iterable params: The parameters.
243
244		:rtype: *
245		"""
246		cursor = self.__conn.cursor()
247		cursor.execute(sql, *params)
248		rows = cursor.fetchall()
249		cursor.close()
250
251		n = len(rows)
252		if n != 1:
253		raise ResultException('1', n, sql)
254
255		return rows[0][0]
256
257		# ------------------------------------------------------------------------------------------------------------------
258		def execute_sp_none(self, sql: str, *params) -> None:
259		"""
260		Executes a stored routine that does not select any rows.
261
262		:param str sql: The SQL calling the stored procedure.
263		:param iterable params: The parameters for the stored procedure.
264
265		:rtype: None
266		"""
267		cursor = self.__conn.cursor()
268		cursor.execute(sql, params)
269		cursor.close()
270
271		# ------------------------------------------------------------------------------------------------------------------
272	View Code Duplication	def execute_sp_row0(self, sql: str, *params) -> Optional[Dict[str, Any]]:
273		"""
274		Executes a stored procedure that selects 0 or 1 row. Returns the selected row or None.
275
276		:param str sql: The SQL call the the stored procedure.
277		:param iterable params: The parameters for the stored procedure.
278
279		:rtype: None\|dict[str,*]
280		"""
281		cursor = self.__conn.cursor(as_dict=True)
282		cursor.execute(sql, params)
283		rows = cursor.fetchall()
284		cursor.close()
285
286		n = len(rows)
287		if n == 1:
288		return rows[0]
289		elif n == 0:
290		return None
291		else:
292		raise ResultException('0 or 1', n, sql)
293
294		# ------------------------------------------------------------------------------------------------------------------
295		def execute_sp_row1(self, sql: str, *params) -> Dict[str, Any]:
296		"""
297		Executes a stored procedure that selects 1 row. Returns the selected row.
298
299		:param str sql: The SQL calling the the stored procedure.
300		:param iterable params: The parameters for the stored procedure.
301
302		:rtype: dict[str,*]
303		"""
304		cursor = self.__conn.cursor(as_dict=True)
305		cursor.execute(sql, params)
306		rows = cursor.fetchall()
307		cursor.close()
308
309		n = len(rows)
310		if n != 1:
311		raise ResultException('1', n, sql)
312
313		return rows[0]
314
315		# ------------------------------------------------------------------------------------------------------------------
316		def execute_sp_rows(self, sql: str, *params) -> List[Dict[str, Any]]:
317		"""
318		Executes a stored procedure that selects 0 or more rows. Returns the selected rows (an empty list if no rows
319		are selected).
320
321		:param str sql: The SQL calling the the stored procedure.
322		:param iterable params: The parameters for the stored procedure.
323
324		:rtype: list[dict[str,*]]
325		"""
326		cursor = self.__conn.cursor(as_dict=True)
327		cursor.execute(sql, params)
328		rows = cursor.fetchall()
329		cursor.close()
330
331		return rows
332
333		# ------------------------------------------------------------------------------------------------------------------
334		def execute_sp_singleton0(self, sql: str, *params) -> Any:
335		"""
336		Executes a stored procedure that selects 0 or 1 row with 1 column. Returns the value of selected column or None.
337
338		:param str sql: The SQL calling the stored procedure.
339		:param iterable params: The parameters for the stored procedure.
340
341		:rtype: *
342		"""
343		cursor = self.__conn.cursor()
344		cursor.execute(sql, params)
345		rows = cursor.fetchall()
346		cursor.close()
347
348		n = len(rows)
349		if n == 1:
350		return rows[0][0]
351		elif n == 0:
352		return None
353		else:
354		raise ResultException('0 or 1', n, sql)
355
356		# ------------------------------------------------------------------------------------------------------------------
357		def execute_sp_singleton1(self, sql: str, *params) -> Any:
358		"""
359		Executes a stored routine with designation type "table", i.e a stored routine that is expected to select 1 row
360		with 1 column.
361
362		:param str sql: The SQL calling the the stored procedure.
363		:param iterable params: The parameters for the stored procedure.
364
365		:rtype: * The value of the selected column.
366		"""
367		cursor = self.__conn.cursor()
368		cursor.execute(sql, params)
369		rows = cursor.fetchall()
370		cursor.close()
371
372		n = len(rows)
373		if n != 1:
374		raise ResultException('1', n, sql)
375
376		return rows[0][0]
377
378		# ------------------------------------------------------------------------------------------------------------------
379		def rollback(self) -> None:
380		"""
381		Rolls back the current transaction.
382		See http://pymssql.org/en/stable/ref/pymssql.html#pymssql.Connection.rollback.
383		"""
384		self.__conn.rollback()
385
386		# ------------------------------------------------------------------------------------------------------------------
387		@staticmethod
388		def stratum_msg_handler(msgstate: str, severity: int, srvname: str, procname: str, line: int, msgtext: bin) -> None:
389		"""
390		Custom message handler suppressing some superfluous messages.
391		"""
392		if severity > 0:
393		print("Error at line %d: %s" % (line, msgtext.decode("utf-8")), file=sys.stderr)
394		else:
395		msg = msgtext.decode("utf-8")
396
397		# Suppress bogus messages if flag is set.
398		if MsSqlDataLayer._suppress_superfluous_messages:
399		# @todo Make this method more flexible by using two lists. One with strings and one on regex to
400		# suppress.
401		if msg == 'Warning: Null value is eliminated by an aggregate or other SET operation.':
402		return
403
404		if re.match(
405		"^The module \'.\' depends on the missing object \'.\'. The module will still be created; "
406		"however, it cannot run successfully until the object exists.$",
407		msg):
408		return
409
410		print(msg)
411
412		# ----------------------------------------------------------------------------------------------------------------------
413

DatabaseStratum / py-stratum-mssql

MsSqlDataLayer.autocommit() A last analyzed 2020-10-26 14:31 UTC

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MsSqlDataLayer.autocommit() A
last analyzed 2020-10-26 14:31 UTC