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pyserial-2.7-5.lbn19.noarch
This module encapsulates the access for the serial port. It provides backends
for standard Python running on Windows, Linux, BSD (possibly any POSIX
compilant system) and Jython. The module named "serial" automaticaly selects
the appropriate backend.
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pysnmp-4.2.5-1.lbn19.noarch
This is a Python implementation of SNMP v.1/v.2c/v3 engine. It's
general functionality is to assemble/disassemble SNMP messages
from/into given SNMP Object IDs along with associated values.
PySNMP also provides a few transport methods specific to TCP/IP
networking.
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pysnmp-apps-0.3.4-1.lbn19.noarch
SNMP command-line tools
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pysnmp-mibs-0.1.4-1.lbn19.noarch
A collection of IETF & IANA MIBs pre-compiled for PySNMP
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python-ConcurrentLogHandler-0.9.1-1.lbn19.noarch
Overview
This module provides an additional log handler for Python's standard logging package (PEP 282). This handler will write log events to log file which is rotated when the log file reaches a certain size. Multiple processes can safely write to the same log file concurrently.
Details
The ConcurrentRotatingFileHandler class is a drop-in replacement for Python's standard log handler RotatingFileHandler. This module uses file locking so that multiple processes can concurrently log to a single file without dropping or clobbering log events. This module provides a file rotation scheme like with RotatingFileHanler. Extra care is taken to ensure that logs can be safely rotated before the rotation process is started. (This module works around the file rename issue with RotatingFileHandler on Windows, where a rotation failure means that all subsequent log events are dropped).
This module attempts to preserve log records at all cost. This means that log files will grow larger than the specified maximum (rotation) size. So if disk space is tight, you may want to stick with RotatingFileHandler, which will strictly adhere to the maximum file size.
If you have multiple instances of a script (or multiple scripts) all running at the same time and writing to the same log file, then all of the scripts should be using ConcurrentRotatingFileHandler. You should not attempt to mix and match RotatingFileHandler and ConcurrentRotatingFileHandler.
This package bundles portalocker to deal with file locking. Please be aware that portalocker only supports Unix (posix) an NT platforms at this time, and therefore this package only supports those platforms as well.
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python-ZSI-2.1-4.fc19.noarch
The Zolera SOAP Infrastructure provides libraries for developing web services
using the python programming language. The libraries implement the various
protocols used when writing web services including SOAP, WSDL, and other
related protocols.
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python-anyjson-0.3.3-8.lbn19.noarch
Anyjson loads whichever is the fastest JSON module installed and
provides a uniform API regardless of which JSON implementation is used.
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python-backports-ssl_match_hostname-3.5.0.1-1.lbn19.noarch
The Secure Sockets layer is only actually secure if you check the hostname in
the certificate returned by the server to which you are connecting, and verify
that it matches to hostname that you are trying to reach.
But the matching logic, defined in RFC2818, can be a bit tricky to implement on
your own. So the ssl package in the Standard Library of Python 3.2 now includes
a match_hostname() function for performing this check instead of requiring
every application to implement the check separately.
This backport brings match_hostname() to users of earlier versions of Python.
The actual code inside comes verbatim from Python 3.2.
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python-billiard-2.7.3.34-1.fc19.x86_64
This package contains extensions to the multiprocessing Pool.
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python-celery-3.0.15-6.fc19.noarch
An open source asynchronous task queue/job queue based on
distributed message passing. It is focused on real-time
operation, but supports scheduling as well.
The execution units, called tasks, are executed concurrently
on one or more worker nodes using multiprocessing, Eventlet
or gevent. Tasks can execute asynchronously (in the background)
or synchronously (wait until ready).
Celery is used in production systems to process millions of
tasks a day.
Celery is written in Python, but the protocol can be implemented
in any language. It can also operate with other languages using
webhooks.
The recommended message broker is RabbitMQ, but limited support
for Redis, Beanstalk, MongoDB, CouchDB and databases
(using SQLAlchemy or the Django ORM) is also available.
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