def get_response(cls, cursor: pyodbc.Cursor) -> AdapterResponse:
rows = cursor.rowcount
message = 'OK' if rows == -1 else str(rows)
return AdapterResponse(
_message=message,
rows_affected=rows
)
def get_response(cls, cursor) -> AdapterResponse:
"""
new to support dbt 0.19: this method replaces get_response
"""
message = 'OK'
rows = cursor.rowcount
return AdapterResponse(_message=message, rows_affected=rows)
def get_response(cls, cursor) -> AdapterResponse:
code = "Unknown cursor state/status"
return AdapterResponse(
_message="{} {}".format(code, cursor.rowcount),
rows_affected=cursor.rowcount,
code=code
)
def get_response(cls, cursor) -> AdapterResponse:
if cursor.state == AthenaQueryExecution.STATE_SUCCEEDED:
code = "OK"
else:
code = "ERROR"
return AdapterResponse(_message="{} {}".format(code, cursor.rowcount),
rows_affected=cursor.rowcount,
code=code)
def store_raw_result(self,
name: str,
message=Optional[str],
code=Optional[str],
rows_affected=Optional[str],
agate_table: Optional[agate.Table] = None) -> str:
response = AdapterResponse(_message=message,
code=code,
rows_affected=rows_affected)
return self.store_result(name, response, agate_table)
def get_response(
cls,
cursor: MySQLdb.cursors.Cursor) -> Union[AdapterResponse, str]:
code = "Unknown cursor state/status"
rows = cursor.rowcount
return AdapterResponse(
code=code,
_message=f"{rows} rows affected",
rows_affected=rows,
)
def get_response(cls, cursor) -> AdapterResponse:
code = "SUCCESS"
num_rows = 0
if cursor is not None and cursor.rowcount is not None:
num_rows = cursor.rowcount
# There's no real way to get the status from the mysql-connector-python driver.
# So just return the default value.
return AdapterResponse(_message="{} {}".format(code, num_rows),
rows_affected=num_rows,
code=code)
def get_response(cls, cursor) -> AdapterResponse:
message = str(cursor.statusmessage)
rows = cursor.rowcount
status_message_parts = message.split() if message is not None else []
status_messsage_strings = [
part
for part in status_message_parts
if not part.isdigit()
]
code = ' '.join(status_messsage_strings)
return AdapterResponse(
_message=message,
code=code,
rows_affected=rows
)
def get_response(cls, cursor) -> AdapterResponse:
#message = str(cursor.statusmessage)
message = 'OK'
rows = cursor.rowcount
#status_message_parts = message.split() if message is not None else []
#status_messsage_strings = [
# part
# for part in status_message_parts
# if not part.isdigit()
#]
#code = ' '.join(status_messsage_strings)
return AdapterResponse(
_message=message,
#code=code,
rows_affected=rows)
def get_response(cls, cursor) -> AdapterResponse:
message = 'OK'
rows = cursor.rowcount
return AdapterResponse(_message=message, rows_affected=rows)
def get_response(cls, cursor) -> AdapterResponse:
# https://github.com/dbt-labs/dbt-spark/issues/142
message = 'OK'
return AdapterResponse(_message=message)
def get_response(cls, cursor: Any) -> Union[AdapterResponse, str]:
return AdapterResponse(_message='OK', code=cursor.statement, rows_affected=cursor.rowcount)