Example #1
0
 def execute_query(self, statements: List[str], *params):
     job_path = JobPath(self.job_id)
     with SqliteContext(job_path.sqlite_file) as (_, cursor):
         for st in statements:
             cursor.execute(st, tuple(params))
         ret = cursor.fetchall()
     return ret
Example #2
0
def create_table():
    with SqliteContext(sqlite_path) as (_, cursor):
        cursor.execute('''CREATE TABLE COMPANY(
                       ID INT PRIMARY KEY     NOT NULL,
                       NAME           TEXT    NOT NULL,
                       AGE            INT     NOT NULL,
                       ADDRESS        CHAR(50),
                       SALARY         REAL);''')
Example #3
0
def create_tables(job_id: str):
    job_path = JobPath(job_id)
    with SqliteContext(job_path.sqlite_file) as (_, cursor):
        for s in create_job_kv:
            cursor.execute(s)
        for s in create_job_client:
            cursor.execute(s)
        for s in create_job_params:
            cursor.execute(s)
Example #4
0
 def init_table(self):
     name, _, statements = self.table_info()
     job_path = JobPath(self.job_id)
     with SqliteContext(job_path.sqlite_file) as (_, cursor):
         cursor.execute("SELECT name FROM sqlite_master WHERE type='table'")
         table_names = [r[0] for r in cursor.fetchall()]
         if name not in table_names:
             for st in statements:
                 cursor.execute(st)
Example #5
0
def show_data():
    with SqliteContext(sqlite_path) as (_, cursor):
        ret = cursor.execute("select * from COMPANY")
        for r in ret:
            print("ID     : %d" % r[0])
            print("NAME   : %s - LEN: %d" % (r[1], len(r[1])))
            print("AGE    : %s" % r[2])
            print("ADDRESS: %s - LEN: %d" % (r[3], len(r[3])))
            print("SALARY : %.f" % r[4])
Example #6
0
def __get(job_id: str, statement: str, *params):
    job_path = JobPath(job_id)
    with SqliteContext(job_path.sqlite_file) as (_, cursor):
        cursor.execute(statement, tuple(params))
        ret = cursor.fetchall()
    return ret
Example #7
0
def __save(job_id: str, statement: str, *params):
    job_path = JobPath(job_id)
    with SqliteContext(job_path.sqlite_file) as (_, cursor):
        cursor.execute(statement, tuple(params))
Example #8
0
 def execute_update(self, statements: List[str], *params):
     job_path = JobPath(self.job_id)
     with SqliteContext(job_path.sqlite_file) as (_, cursor):
         for st in statements:
             cursor.execute(st, tuple(params))
Example #9
0
def insert_data():
    with SqliteContext(sqlite_path) as (_, cursor):
        cursor.execute(
            "insert into COMPANY(ID, NAME, AGE, ADDRESS, SALARY) values (1, 'tom', 18, 'mar', 10086.0)"
        )