project website [https://code.google.com/p/apsw/]. APSW provides special features like: Virtual tables, virtual file-systems, Blob I/O, backups and file control. Connections can be shared across threads collation = None – collation to use for ordering the field / index unindexed = False – indicate field on virtual table should be unindexed (SQLite-only) choices = None – an optional iterable containing 2-tuples fields without any data-type. In those cases you can use BareField. It is also common for SQLite virtual tables to use meta-columns or untyped columns, so for those cases as well you may wish to use an

project website [https://code.google.com/p/apsw/]. APSW provides special features like: Virtual tables, virtual file-systems, Blob I/O, backups and file control. Connections can be shared across threads collation = None – collation to use for ordering the field / index unindexed = False – indicate field on virtual table should be unindexed (SQLite-only) choices = None – optional iterable containing 2-tuples of fields without any data-type. In those cases you can use BareField. It is also common for SQLite virtual tables to use meta-columns or untyped columns, so for those cases as well you may wish to use an

project website [https://code.google.com/p/apsw/]. APSW provides special features like: Virtual tables, virtual file-systems, Blob I/O, backups and file control. Connections can be shared across threads collation = None – collation to use for ordering the field / index unindexed = False – indicate field on virtual table should be unindexed (SQLite-only) choices = None – an optional iterable containing 2-tuples fields without any data-type. In those cases you can use BareField. It is also common for SQLite virtual tables to use meta-columns or untyped columns, so for those cases as well you may wish to use an

project website [https://code.google.com/p/apsw/]. APSW provides special features like: Virtual tables, virtual file-systems, Blob I/O, backups and file control. Connections can be shared across threads collation = None – collation to use for ordering the field / index unindexed = False – indicate field on virtual table should be unindexed (SQLite-only) choices = None – an optional iterable containing 2-tuples fields without any data-type. In those cases you can use BareField. It is also common for SQLite virtual tables to use meta-columns or untyped columns, so for those cases as well you may wish to use an

APSW can be obtained on the APSW project website. APSW provides special features like: • Virtual tables, virtual file-systems, Blob I/O, backups and file control. • Connections can be shared across threads None – collation to use for ordering the field / index • unindexed = False – indicate field on virtual table should be unindexed (SQLite-only) • choices = None – optional iterable containing 2-tuples fields without any data-type. In those cases you can use BareField. It is also common for SQLite virtual tables to use meta-columns or untyped columns, so for those cases as well you may wish to use an

APSW can be obtained on the APSW project website. APSW provides special features like: • Virtual tables, virtual file-systems, Blob I/O, backups and file control. • Connections can be shared across threads None – collation to use for ordering the field / index • unindexed = False – indicate field on virtual table should be unindexed (SQLite-only) • choices = None – an optional iterable containing 2-tuples fields without any data-type. In those cases you can use BareField. It is also common for SQLite virtual tables to use meta-columns or untyped columns, so for those cases as well you may wish to use an

APSW can be obtained on the APSW project website. APSW provides special features like: • Virtual tables, virtual file-systems, Blob I/O, backups and file control. • Connections can be shared across threads None – collation to use for ordering the field / index • unindexed = False – indicate field on virtual table should be unindexed (SQLite-only) • choices = None – an optional iterable containing 2-tuples fields without any data-type. In those cases you can use BareField. It is also common for SQLite virtual tables to use meta-columns or untyped columns, so for those cases as well you may wish to use an

project website [https://code.google.com/p/apsw/]. APSW provides special features like: Virtual tables, virtual file-systems, Blob I/O, backups and file control. Connections can be shared across threads collation = None – collation to use for ordering the field / index unindexed = False – indicate field on virtual table should be unindexed (SQLite-only) choices = None – optional iterable containing 2-tuples of fields without any data-type. In those cases you can use BareField. It is also common for SQLite virtual tables to use meta-columns or untyped columns, so for those cases as well you may wish to use an

APSW can be obtained on the APSW project website. APSW provides special features like: • Virtual tables, virtual file-systems, Blob I/O, backups and file control. • Connections can be shared across threads None – collation to use for ordering the field / index • unindexed = False – indicate field on virtual table should be unindexed (SQLite-only) • choices = None – optional iterable containing 2-tuples fields without any data-type. In those cases you can use BareField. It is also common for SQLite virtual tables to use meta-columns or untyped columns, so for those cases as well you may wish to use an

project website [https://code.google.com/p/apsw/]. APSW provides special features like: Virtual tables, virtual file-systems, Blob I/O, backups and file control. Connections can be shared across threads fields without any data-type. In those cases you can use BareField. It is also common for SQLite virtual tables to use meta-columns or untyped columns, so for those cases as well you may wish to use an from the database and converts it into the appropriate Python type. For instance, if you have a virtual table with an un-typed column but you know that it will return int objects, you can specify coerce=int