semvec/pypi-packages huggingface dataset:
openfile 0.0.7
A convenience function that delegates to the appropriate standard library function.
License: MIT
Keywords: convenience

==========
 openfile
==========

``openfile`` is a trivial Python module that implements a single convenience
function ``openfile(filename, mode="rt", **kwargs)`` wich delegates the real
work to one of the following standard library functions:

- ``gzip.open(filename, mode, **kwargs)`` if the file ends with suffix ``.gz``;
- ``bz2.open(filename, mode, **kwargs)`` if the file ends with suffix ``.bz2``;
- ``lzma.open(filename, mode, **kwargs)`` if the file ends with suffix ``.xz`` or ``.lzma``;
- ``open(filename, mode, **kwargs)`` if the file does not end with any suffix mentioned above.

If the ``filename`` is a single dash ``-`` then ``sys.stdin`` or ``sys.stdout``
is returned, depending on ``mode`` being ``r`` or ``w``, respectively.

The following keyword arguments are used by openfile:

- ``expanduser=True`` will cause openfile to call ``os.path.expanduser`` for ``filename``.
- ``expandvars=True`` will cause openfile to call ``os.path.expandvars`` for ``filename``.
- ``makedirs=True`` will cause openfile to call ``os.makedirs`` for the parent directory ``os.path.dirname(filename)`` if it does not exist and ``mode`` contains either ``"w"`` or ``"a"``.

All other keyword arguments passed to openfile will be passed down to the open functions listed above.
beanstalktop 0.1.0
A simple, top-like monitoring tool for beanstalkd
License: MIT

beanstalktop
============

DESCRIPTION
-----------

beanstalktop is a simple, top-like UI for monitoring beanstalkd_ servers.

**NOTE:** This project is no longer under active development, however PRs
are welcome and will be reviewed and merged as quickly as possible.


TO DO
-----

- Sortable columns
- Multiple host support
- Better colours

.. _beanstalkd: http://kr.github.io/beanstalkd/
pysyzygy 0.0.2
Transit modeling in Python
License: MIT
Keywords: exoplanets transits


A fast and general planet transit (syzygy) code written in C and in Python.
Pysyzygy computes fast lightcurves for the most general case of a massive, 
eccentric planet orbiting a limb-darkened star. The code is based
on the Mandel & Agol (2002) transit model.