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A thread safe sql executor for Python with connection pool. It helps you automatically manage connections and transactions. Support MySQL, PostgreSQL, SQLite etc.
Usage Sample ''''''''''''
.. code:: python
import sqlexec as db
if __name__ == '__main__':
db.init('test.db', driver='sqlite3', show_sql=True, debug=True)
# or
db.init("postgres://user:password@127.0.0.1:5432/testdb", driver='psycopg2', pool_size=5, show_sql=True, debug=True)
# or
db.init(host='127.0.0.1', port='5432', user='xxx', password='xxx', database='testdb', show_sql=True, driver='psycopg2')
effected_rowcount = db.insert(table='person', name='zhangsan', age=15)
# if driver is 'pymysql' or 'mysql.connector' of MySQL, the select_key is 'SELECT LAST_INSERT_ID()'
select_key = "SELECT currval('person_id_seq')"
id = db.save(select_key=select_key, table='person', name='lisi', age=26)
id = db.save_sql(select_key, 'INSERT INTO person(name, age) VALUES(?,?)', 'wangwu', 38)
id = db.save_sql(select_key, 'INSERT INTO person(name, age) VALUES(:name, :age)', name='zhaoliu', age=45)
count = db.get('select count(1) from person')
# result: 4
count = db.sql('select count(1) from person').get()
# result: 4
persons = db.select('select id, name, age from person')
# result:
# (3, 'zhangsan', 15)
# (4, 'lisi', 26)
# (5, 'wangwu', 38)
# (6, 'zhaoliu', 45)
persons = db.sql('select id, name, age from person').select()
# result:
# (3, 'zhangsan', 15)
# (4, 'lisi', 26)
# (5, 'wangwu', 38)
# (6, 'zhaoliu', 45)
persons = db.table('person').select('id', 'name', 'age')
# result:
# (3, 'zhangsan', 15)
# (4, 'lisi', 26)
# (5, 'wangwu', 38)
# (6, 'zhaoliu', 45)
persons = db.select_one('select id, name, age from person where name = ?', 'zhangsan')
# result:
# (3, 'zhangsan', 15)
persons = db.sql('select id, name, age from person where name = ?').select_one('zhangsan')
# result:
# (3, 'zhangsan', 15)
persons = db.select('select id, name, age from person where name = :name', name='zhangsan')
# result:
# [(3, 'zhangsan', 15)]
persons = db.sql('select id, name, age from person where name = :name').select(name='zhangsan')
# result:
# [(3, 'zhangsan', 15)]
persons = db.sql('select id, name, age from person where name = :name').param(name='zhangsan').select()
# result:
# [(3, 'zhangsan', 15)]
persons = db.table('person').where(name__eq='zhangsan').select('id', 'name', 'age')
# result:
# [(3, 'zhangsan', 15)]
persons = db.query('select id, name, age from person')
# result:
# {'id': 3, 'name': 'zhangsan', 'age': 15}
# {'id': 4, 'name': 'lisi', 'age': 26}
# {'id': 5, 'name': 'wangwu', 'age': 38}
# {'id': 6, 'name': 'zhaoliu', 'age': 45}
persons = db.sql('select id, name, age from person').query()
# result:
# {'id': 3, 'name': 'zhangsan', 'age': 15}
# {'id': 4, 'name': 'lisi', 'age': 26}
# {'id': 5, 'name': 'wangwu', 'age': 38}
# {'id': 6, 'name': 'zhaoliu', 'age': 45}
persons = db.query_one('select id, name, age from person where name = ?', 'zhangsan')
# result:
# {'id': 3, 'name': 'zhangsan', 'age': 15}
persons = db.sql('select id, name, age from person where name = ?').query_one('zhangsan')
# result:
# {'id': 3, 'name': 'zhangsan', 'age': 15}
persons = db.query('select id, name, age from person where name = :name', name='zhangsan')
# result:
# [{'id': 3, 'name': 'zhangsan', 'age': 15}]
persons = db.sql('select id, name, age from person where name = :name').query(name='zhangsan')
# result:
# [{'id': 3, 'name': 'zhangsan', 'age': 15}]
persons = db.sql('select id, name, age from person where name = :name').param(name='zhangsan').query()
# result:
# [{'id': 3, 'name': 'zhangsan', 'age': 15}]
persons = db.table('person').columns('id', 'name', 'age').where(name='zhangsan').query()
# result:
# [{'id': 3, 'name': 'zhangsan', 'age': 15}]
effected_rowcount = db.table('person').where(name='zhangsan').update(name='xxx', age=45)
effected_rowcount = db.table('person').where(id=6).delete()
count = db.table('person').count())
# result: 3
effected_rowcount = db.execute('delete from person where id = :id', id=5)
count = db.get('select count(1) from person')
# result: 2
effected_rowcount = db.sql('delete from person where id = ?').execute(4)
count = db.sql('select count(1) from person').get()
# result: 1
effected_rowcount = db.sql('delete from person where id = :id').execute(id=3)
count = db.sql('select count(1) from person').get()
# result: 0
# select data save as csv
db.sql('select name, age from person WHERE name = ?').load('张三').to_csv('test.csv')
db.sql('select name, age from person WHERE name = ?').param('张三').to_csv('test.csv')
# insert from csv
db.table('person').insert_from_csv('test.csv')
# select data transform to DataFrame of pandas
df = db.sql('select name, age from person WHERE name = :name').load(name='张三').to_df()
df = db.sql('select name, age from person WHERE name = :name').param(name='张三').to_df()
# insert from DataFrame of pandas
db.table('person').insert_from_df(dataframe)
# select data save as json
db.sql('select name, age from person WHERE name = ?').load('张三').to_json('test.json')
db.sql('select name, age from person WHERE name = ?').param('张三').to_json('test.json')
# insert from json
db.table('person').insert_from_json('test.json')
db.close()
Transaction '''''''''''
.. code:: python
from sqlexec import with_transaction, transaction
@with_transaction
def test_transaction():
insert_func(....)
update_func(....)
def test_transaction2():
with transaction():
insert_func(....)
update_func(....)
If you want to operate MySQL database like Mybatis, may be you need MySqlx: https://pypi.org/project/mysqlx
If you want to operate PostgreSQL database like Mybatis, may be you need PgSqlx: https://pypi.org/project/pgsqlx
If you want to execute SQL like Mybatis, may be you need sqlx-batis: https://pypi.org/project/sqlx-batis
FAQs
A thread safe sql executor for Python with connection pool. It helps you automatically manage connections and transactions. Support MySQL, PostgreSQL, SQLite etc.
We found that sqlx-exec demonstrated a healthy version release cadence and project activity because the last version was released less than a year ago. It has 1 open source maintainer collaborating on the project.
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