library, since most Python distributions are compiled with SQLite support. You can test by running import sqlite3 in the Python console. If you wish to use another database, there are many DB-API 2.0-compatible typically best to begin with your data model, by defining one or more Model classes: from peewee import * db = SqliteDatabase('people.db') class Person(Model): name = CharField() birthday = DateField() We will use the save() and create() methods to add and update people’s records. >>> from datetime import date >>> uncle_bob = Person(name='Bob', birthday=date(1960, 1, 15), is_relative=True) >>> uncle_bob

library, since most Python distributions are compiled with SQLite support. You can test by running import sqlite3 in the Python console. If you wish to use another database, there are many DB-API 2.0-compatible typically best to begin with your data model, by defining one or more Model classes: from peewee import * db = SqliteDatabase('people.db') class Person(Model): name = CharField() birthday = DateField() We will use the save() and create() methods to add and update people’s records. >>> from datetime import date >>> uncle_bob = Person(name='Bob', birthday=date(1960, 1, 15), is_relative=True) >>> uncle_bob

library, since most Python distributions are compiled with SQLite support. You can test by running import sqlite3 in the Python console. If you wish to use another database, there are many DB-API 2.0-compatible typically best to begin with your data model, by defining one or more Model classes: from peewee import * db = SqliteDatabase('people.db') class Person(Model): name = CharField() birthday = DateField() people. We will use the save() and create() methods to add and update people’s records. from datetime import date uncle_bob = Person(name='Bob', birthday=date(1960, 1, 15), is_relative=True) uncle_bob.save()

library, since most Python distributions are compiled with SQLite support. You can test by running import sqlite3 in the Python console. If you wish to use another database, there are many DB-API 2.0-compatible typically best to begin with your data model, by defining one or more Model classes: from peewee import * db = SqliteDatabase('people.db') class Person(Model): name = CharField() birthday = DateField() people. We will use the save() and create() methods to add and update people’s records. from datetime import date uncle_bob = Person(name='Bob', birthday=date(1960, 1, 15), is_relative=True) uncle_bob.save()

library, since most Python distributions are compiled with SQLite support. You can test by running import sqlite3 in the Python console. If you wish to use another database, there are many DB-API 2.0-compatible typically best to begin with your data model, by defining one or more Model classes: from peewee import * db = SqliteDatabase('people.db') class Person(Model): name = CharField() birthday = DateField() people. We will use the save() and create() methods to add and update people’s records. from datetime import date uncle_bob = Person(name='Bob', birthday=date(1960, 1, 15), is_relative=True) uncle_bob.save()

library, since most Python distributions are compiled with SQLite support. You can test by running import sqlite3 in the Python console. If you wish to use another database, there are many DB-API 2.0-compatible typically best to begin with your data model, by defining one or more Model classes: from peewee import * db = SqliteDatabase('people.db') class Person(Model): name = CharField() birthday = DateField() people. We will use the save() and create() methods to add and update people’s records. from datetime import date uncle_bob = Person(name='Bob', birthday=date(1960, 1, 15), is_relative=True) uncle_bob.save()

library, since most Python distributions are compiled with SQLite support. You can test by running import sqlite3 in the Python console. If you wish to use another database, there are many DB-API 2.0-compatible typically best to begin with your data model, by defining one or more Model classes: from peewee import * db = SqliteDatabase('people.db') class Person(Model): name = CharField() birthday = DateField() people. We will use the save() and create() methods to add and update people’s records. from datetime import date uncle_bob = Person(name='Bob', birthday=date(1960, 1, 15), is_relative=True) uncle_bob.save()

library, since most Python distributions are compiled with SQLite support. You can test by running import sqlite3 in the Python console. If you wish to use another database, there are many DB-API 2.0-compatible typically best to begin with your data model, by defining one or more Model classes: from peewee import * db = SqliteDatabase('people.db') class Person(Model): name = CharField() birthday = DateField() people. We will use the save() and create() methods to add and update people’s records. from datetime import date uncle_bob = Person(name='Bob', birthday=date(1960, 1, 15)) uncle_bob.save() # bob is now stored

library, since most Python distributions are compiled with SQLite support. You can test by running import sqlite3 in the Python console. If you wish to use another database, there are many DB-API 2.0-compatible typically best to begin with your data model, by defining one or more Model classes: from peewee import * db = SqliteDatabase('people.db') class Person(Model): name = CharField() birthday = DateField() people. We will use the save() and create() methods to add and update people’s records. from datetime import date uncle_bob = Person(name='Bob', birthday=date(1960, 1, 15)) uncle_bob.save() # bob is now stored

library, since most Python distributions are compiled with SQLite support. You can test by running import sqlite3 in the Python console. If you wish to use another database, there are many DB-API 2.0-compatible typically best to begin with your data model, by defining one or more Model classes: from peewee import * db = SqliteDatabase('people.db') class Person(Model): name = CharField() birthday = DateField() people. We will use the save() and create() methods to add and update people’s records. from datetime import date uncle_bob = Person(name='Bob', birthday=date(1960, 1, 15), is_relative=True) uncle_bob.save()