every model to specify which database it uses. There are many Meta options you can specify which control the behavior of your model. This is a peewee idiom: DATABASE = 'tweepee.db' # Create a database provides special features like: Virtual tables, virtual file-systems, Blob I/O, backups and file control. Connections can be shared across threads without any additional locking. Transactions are managed user='postgres') For even more control over initializing your database, see the next section, Dynamically defining a database. Dynamically defining a database For even more control over how your database is

every model to specify which database it uses. There are many Meta options you can specify which control the behavior of your model. This is a peewee idiom: DATABASE = 'tweepee.db' # Create a database provides special features like: • Virtual tables, virtual file-systems, Blob I/O, backups and file control. 1.6. Managing your Database 21 peewee Documentation, Release 2.10.2 • Connections can be shared user='postgres') For even more control over initializing your database, see the next section, Dynamically defining a database. 1.6.9 Dynamically defining a database For even more control over how your database

every model to specify which database it uses. There are many Meta options you can specify which control the behavior of your model. This is a peewee idiom: DATABASE = 'tweepee.db' # Create a database provides special features like: Virtual tables, virtual file-systems, Blob I/O, backups and file control. Connections can be shared across threads without any additional locking. Transactions are managed user='postgres') For even more control over initializing your database, see the next section, Dynamically defining a database. Dynamically defining a database For even more control over how your database is

every model to specify which database it uses. There are many Meta options you can specify which control the behavior of your model. This is a peewee idiom: DATABASE = 'tweepee.db' # Create a database provides special features like: • Virtual tables, virtual file-systems, Blob I/O, backups and file control. • Connections can be shared across threads without any additional locking. • Transactions are user='postgres') For even more control over initializing your database, see the next section, Dynamically defining a database. 1.5.7 Dynamically defining a database For even more control over how your database

every model to specify which database it uses. There are many Meta options you can specify which control the behavior of your model. This is a peewee idiom: DATABASE = 'tweepee.db' # Create a database provides special features like: Virtual tables, virtual file-systems, Blob I/O, backups and file control. Connections can be shared across threads without any additional locking. Transactions are managed user='postgres') For even more control over initializing your database, see the next section, Dynamically defining a database. Dynamically defining a database For even more control over how your database is

every model to specify which database it uses. There are many Meta options you can specify which control the behavior of your model. This is a peewee idiom: DATABASE = 'tweepee.db' # Create a database provides special features like: • Virtual tables, virtual file-systems, Blob I/O, backups and file control. • Connections can be shared across threads without any additional locking. • Transactions are user='postgres') For even more control over initializing your database, see the next section, Dynamically defining a database. 1.5.7 Dynamically defining a database For even more control over how your database

every model to specify which database it uses. There are many Meta options you can specify which control the behavior of your model. This is a peewee idiom: DATABASE = 'tweepee.db' # Create a database select(Facility.name, Facility.membercost) # To iterate: for facility in query: print(facility.name) Control which rows are retrieved Retrieve list of facilities that have a cost to members. SELECT * FROM FROM facilities WHERE membercost > 0 query = Facility.select().where(Facility.membercost > 0) Control which rows are retrieved - part 2 Retrieve list of facilities that have a cost to members, and that

every model to specify which database it uses. There are many Meta options you can specify which control the behavior of your model. This is a peewee idiom: DATABASE = 'tweepee.db' # Create a database select(Facility.name, Facility.membercost) # To iterate: for facility in query: print(facility.name) Control which rows are retrieved Retrieve list of facilities that have a cost to members. SELECT * FROM FROM facilities WHERE membercost > 0 query = Facility.select().where(Facility.membercost > 0) Control which rows are retrieved - part 2 Retrieve list of facilities that have a cost to members, and that

every model to specify which database it uses. There are many Meta options you can specify which control the behavior of your model. This is a peewee idiom: DATABASE = 'tweepee.db' # Create a database select(Facility.name, Facility.membercost) # To iterate: for facility in query: print(facility.name) Control which rows are retrieved Retrieve list of facilities that have a cost to members. SELECT * FROM FROM facilities WHERE membercost > 0 query = Facility.select().where(Facility.membercost > 0) Control which rows are retrieved - part 2 Retrieve list of facilities that have a cost to members, and that

every model to specify which database it uses. There are many Meta options you can specify which control the behavior of your model. This is a peewee idiom: DATABASE = 'tweepee.db' # Create a database select(Facility.name, Facility.membercost) # To iterate: for facility in query: print(facility.name) Control which rows are retrieved Retrieve list of facilities that have a cost to members. SELECT * FROM FROM facilities WHERE membercost > 0 query = Facility.select().where(Facility.membercost > 0) Control which rows are retrieved - part 2 Retrieve list of facilities that have a cost to members, and that