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How to use test_mydb method in pytest-django

Best Python code snippet using pytest-django_python

weather-upload.py

Source:weather-upload.py

...26        data = response.json()27        return data28    except HTTPError as http_err:29        print(http_err)30def test_mydb(client, data, site):31    # Switch to the correct database32    client.switch_database('otherm')33    try:34        # Fields read from the file35        temp_c = round(data['properties']['temperature']['value'], 2)36        pres_kpa = round(data['properties']['barometricPressure']['value'], 2) / 100037        humi_per = round(data['properties']['relativeHumidity']['value'], 2)38        time = data['properties']['timestamp']39        print(f"temp_c: {temp_c}, pres_kpa: {pres_kpa}, humi_per: {humi_per}")40        formatted_data = [41            {42                "measurement": site,43                "fields": {44                    "temperature_c": temp_c,45                    "pressure_kpa": pres_kpa,46                    "humidity_percent": humi_per,47                },48                "time": time49            }50        ]51        try:52            print(f"writing points to influx")53            client.write_points(formatted_data)54            print(f"write succeeded")55        except InfluxDBClientError as e:56            print(e)57    except:58        print("error")59def main():60    # File containing the station ids for the sites we would like to poll61    sites = pd.read_csv('./NWS_stations.csv', header=0)62    # Iterate through the stations and grab the JSON data63    for index, row in sites.iterrows():64        station_id = row['code']65        # Build the url for the request and then create the directory name66        nws_url = "https://api.weather.gov/stations/" + station_id + "/observations/latest?require_qc=true"67        # Get the data from the national weather service and write it to a file68        data = get_data(nws_url, "NWS", station_id)69        client = InfluxDBClient(host='influxdb', port=8086, username=os.environ.get('INFLUXDB_ADMIN_USER'), password=os.environ.get('INFLUXDB_ADMIN_PASSWORD'))70        test_mydb(client, data, station_id)71if __name__ == "__main__":72    main()...

learning(14)_SQL_PYTHON(3).py

Source:learning(14)_SQL_PYTHON(3).py

1import cx_Oracle2def Create_Table():3    dsn = cx_Oracle.makedsn("localhost",1521,'xe')4    db = cx_Oracle.connect('SCOTT','TIGER',dsn)5    cur = db.cursor()6    sql_cmd = "CREATE TABLE Test_mydb(id number, name varchar2(20))"7    cur.execute(sql_cmd)8    db.close() # ëë¹ êº¼ì¤ë¤.9def Select_all():10    dsn = cx_Oracle.makedsn("localhost", 1521, 'xe')11    db = cx_Oracle.connect('SCOTT', 'TIGER', dsn)12    cur = db.cursor()13    cur.execute("select * from Test_mydb")14    result = cur.fetchall()15    for row in result:16        print(str(row[0]) + "   "+ row[1])17    cur.close()18    db.close()19def Insert_m():20    dsn = cx_Oracle.makedsn("localhost", 1521, 'xe')21    db = cx_Oracle.connect('SCOTT', 'TIGER', dsn)22    cur = db.cursor()23    cur.execute("insert into test_mydb values('1','python1')")24    cur.execute("insert into test_mydb values('2','python2')")25    cur.execute("insert into test_mydb values('3','python3')")26    cur.execute("insert into test_mydb values('4','python4')")27    db.commit()28    db.close()29if __name__ == '__main__':30    #Create_Table()31    Insert_m()...

learning(15)_SQL_PYTHON(4).py

Source:learning(15)_SQL_PYTHON(4).py

1import cx_Oracle2class OraDb1:3    def __init__(self): # ì°ê²°4        self.dsn = cx_Oracle.makedsn("localhost", 1521, 'xe')5        self.db = cx_Oracle.connect('SCOTT', 'TIGER', self.dsn)6        self.cur = self.db.cursor()7    def Insert_m(self):8        self.cur.execute("insert into test_mydb values('1','python1')") #ë³ì ì°¾ìì ì¸ê².9        self.db.commit()10        self.cur.close()11        self.db.close() #ì°½ì´ ë«ìëê¹ì§ í´ë¡ì¦ ìíê¸°ëë¬¸ì ë©ìëë§ë¤ ë¤ DBë¥¼ ë«ê² í´ì¤ë¤.12    def Select_all(self):13        self.cur.execute("select * from Test_mydb")14        result = self.cur.fetchall()15        for row in result:16            print(str(row[0]) + "   " + row[1])17        self.cur.close()18        self.db.close()19    def __del__(self):  # ë«ê¸°20        pass21        #self.db.close()22if __name__ == '__main__':23    test = OraDb1()...

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