Read DBF Files with Python
DBF is a file format used by databases such dBase, Visual FoxPro, and FoxBase+. This library reads DBF files and returns the data as native Python data types for further processing. It is primarily intended for batch jobs and one-off scripts.
>>> from dbfread import DBF >>> for record in DBF('people.dbf'): ... print(record) OrderedDict([('NAME', 'Alice'), ('BIRTHDATE', datetime.date(1987, 3, 1))]) OrderedDict([('NAME', 'Bob'), ('BIRTHDATE', datetime.date(1980, 11, 12))])
By default records are streamed directly from the file. If you have enough memory you can instead load them into a list. This allows for random access:
>>> table = DBF('people.dbf', load=True) >>> print(table.records['NAME']) Bob >>> print(table.records['NAME']) Alice
Full documentation at https://dbfread.readthedocs.io/
See docs/changes.rst for a full list of changes in each version.
written for Python 3, but also works in 2.7
simple but flexible API
data is returned as native Python data types
records are ordered dictionaries, but can be reconfigured to be of any type
aims to handle all variants of DBF files. (Currently only widely tested with Visual FoxPro, but should work well with other variants.)
support for 18 field types. Custom types can be added by subclassing FieldParser
reads FPT and DBT memo files, both text and binary data
handles mixed case file names gracefully on case sensitive file systems
can retrieve deleted records
Requires Python 3.2 or 2.7.
pip install dbfread
dbfread is a pure Python module and doesn’t depend on any packages outside the standard library.
To build documentation locally:
python setup.py docs
This requires Sphinx. The resulting files can be found in docs/_build/.
Latest stable release: http://github.com/olemb/dbfread/
Development version: http://github.com/olemb/dbfread/tree/develop/
dbfread.open() and dbfread.read() are deprecated as of version 2.0, and will be removed in 2.2.
The DBF class is no longer a subclass of list. This makes the API a lot cleaner and easier to understand, but old code that relied on this behaviour will be broken. Iteration and record counting works the same as before. Other list operations can be rewritten using the record attribute. For example:
table = dbfread.read('people.dbf') print(table)
can be rewritten as:
table = DBF('people.dbf', load=True) print(table.records)
open() and read() both return DeprecatedDBF, which is a subclass of DBF and list and thus backward compatible.
dbfread is released under the terms of the MIT license.
Ole Martin Bjorndalen - email@example.com
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