semvec/pypi-packages huggingface dataset:
django-gizmo 0.0.3
Django app allowing for configurable targetting of template inclusion tags.
License: BSD

Django Gizmo
============
**Django app allowing for configurable targetting of template inclusion tags.**

Installation
------------

#. Add ``gizmo`` to your ``INSTALLED APPS`` setting.

#. Add ``ROOT_GIZMOCONF`` value to your projects settings file. This specifies the module in which your configured your gizmos, i.e.::
    
    ROOT_GIZMOCONF = 'project.gizmos'

   In this case we have a module called ``project`` containing a ``gizmos.py`` file.

#. Create your gizmos config (in this cased named ``gizmos.py``) file in the form::

    gizmos = (
        ('<loader name>', '<tag name>', '<slot name>', [['<url_name'>, ]]),
    )

With:

* ``<loader name>`` being the name you would normally pass to Django's load tag, i.e. ``myapp_inclusion_tags`` for ``{% load myapp_inclusion_tags %}``.
* ``<tag name>`` being the name of the tag you want to include, i.e. ``advert`` for ``{% advert %}``.
* ``<slot name>`` being the name of the slot you want the tag to show up in, i.e. ``home``.
* ``<url_name>`` *optional* being the names of the urls you want the tag to show up in, i.e. ``home``.

Usage
-----

Gizmos are stock standard Django inclusion tags. The only diffirence is that instead of specifying tags within a template you specify tags from a distance by using a gizmo conf file in conjunction with the ``gizmos`` tag.

For example, lets say we have an ``advert`` tag specified in ``myapp``'s inclusion tags which we only want to call in the gizmo slot named ``advert`` for the url named ``home``:

#. Create your tags as normal.

#. Create your gizmos config file in the form::

    gizmos = (
        ('myapp_inclusion_tag', 'advert', 'advert', ['home', ]),
    )

#. In your template for the home view load the gizmo inclusion tags and include a gizmos tag with a slot name of advert::

    {% load gizmo_inclusion_tags %}

    ...some html...

    {% gizmos 'home_advert' %}

    ...some more html...

Authors
=======

Praekelt Foundation
-------------------

* Shaun Sephton
* Jonathan Bydendyk

Changelog
=========

0.0.3
-----
#. Bring packaging up to standard.
django-rdfalchemy 0.0.1
Extension to mix Django ORM and RDFAlchemy models
License: BSD

Django-rdfalchemy
===============================================
to be done

License
=======
django-rdfalchemy uses the same license as Django (BSD).
django-rdfalchemy development was funded by `CREDIS <http://credis.org/>`_, FSE (European Social Fund) and Conseil Regional d'Auvergne.
gperf 0.2
Graphing from sysstat sar data into time-based graph
License: BSD
Keywords: sar sysstat time-based graph

=====
GPerf
=====

Graphing performance or system activity information.

using the output of ``sar`` tools.



Requirements
============

- matplotlib


How to use
==========

::

    Usage: gperf.py [options]

    Options:
      -h, --help            show this help message and exit
      -i INPUT_FILE, --input=INPUT_FILE
      -o OUTPUT_DIR, --ouput=OUTPUT_DIR
      --csv                 
      --stat                
      --minor               
      --height=HEIGHT       
      --width=WIDTH   


Recording all system activity.
::
    
    $ sar -A -o [output filename] [interval]

    $ sar -A -o activity_result 1


Convert result format into csv.
::
    
    $ sadf -d -- -A [output filename] > [csv filename]

    $ sadf -d -- -A activity_result > activity_result.csv

Create graph form ``-d`` format form sadf.
::

    $ python gperf.py -i activity_result.csv -o output_dir

    or

    $ python gperf.py --input activity_result.csv --output output_dir
roscreate-qt-pkg 0.1.4
Creates qt package templates for RoS
License: BSD
Keywords: ROS

===========
Roscreate-Qt
===========

Provides scripts for generating (wizard-style) qt-based ros packages
from common templates. It caters for both traditional rosbuild and
newer catkin packages.

Typical usage looks like this::

    roscreate-qt-pkg qfoo        # catkinized package
    roscreate-qt-legacy-pkg qfoo # rosbuild package

Notes
=========

The packages generated include a master chooser, logging and
simple sigslot connections for interaction between the ros 
node and the qt program.