Search Results for "website using python"

...Show extended recognition results, calibrate the recognizer energy threshold for ambient noise levels (see recognizer_instance.energy_threshold for details). Listening to a microphone in the background, various other useful recognizer features. The easiest way to install this is using pip install SpeechRecognition. The first software requirement is Python 2.6, 2.7, or Python 3.3+. This is required to use the library. PyAudio is required if and only if you want to use microphone input (Microphone). PyAudio version 0.2.11+ is required, as earlier versions have known memory management bugs when recording from microphones in certain situations. ...

AMPPS is a stack of Apache, MySQL, PHP, Perl & Python. AMPPS enables you to focus more on using applications rather than maintaining them. With AMPPS you can create a website by installing any of the 330+ Apps, customizing it, and then simply publishing it on the internet via a wide choice of hosting service providers. A complete package on your desktop, same like the server that provides many open source web applications.

Debby has replaced CDE in the Tina4Stack, you may want to check it out at http://tina4.com CDE is a PHP class which implements the general database functions in PHP and provides a common SQL platform for php development where developers change their databases but not their code. Supports Firebird, MySQL,Oracle,SQLite, MSSQL(both drivers),CUBRID,ODBC. CDE now supports date uniformity, param passing & BLOB handling across all the databases supported. CDE is not a replacement for PDO,...

NukeViet project has been moved to here: https://github.com/nukeviet/nukeviet/ Kể từ ngày 20/11/2012, Kho code của NukeViet chính thức chuyển từ Subversion sang git và sử dụng github làm nơi lưu trữ chính thức. Xin đọc tại đây để biết thêm thông tin: - Hướng dẫn sử dụng Git trên github: http://wiki.nukeviet.vn/programming:vcs:git - Nguyên tắc quản lý kho code NukeViet trên Github: http://wiki.nukeviet.vn/programming:github_rule - Chi tiết thông báo:...

PyODB is an ODBC Python module to provide an quick an easy way to work with databases. It provides a small set of simplified bindings to the unixODBC API and has been developed using SWIG.

Simple Python-based PostgreSQL replicator using a master plpython trigger, signals, sequences, and a python client script See http://pgfoundry.org/projects/pyreplica/ for latest news and file releases

This is an experiment in creating the best database API I can come up with. It is an alternative to query languages. The latest version is being written in Scala using Berkeley DB Java and will run on the Java VM.

Cheshire3 is a fast Z39.50, SRW, XML search engine, written in Python for extensability and using C libraries for speed. Next generation of the Cheshire system (http://cheshire.berkeley.edu) and designed around a distributable, object oriented model.

DAServer is a bridge allowing remote connection to any SQL database that supports ODBC. SQL can be sent over XML-RPC from any platform removing the need for expensive/complex bridges and native drivers. Also included is a Zope db product using DAServer.

Allows a Film Fest to easily create a website for their film festival that will display a schedule of screenings. Includes an easy to use backend (CMS) that admin's can add films, locations, screenings, etc.... Created using MySQLI OOP PHP

In Green Cloud here is a central global server which does the work of global database management along with providing complex analysis services for the users (farmers, scientists) through the client machines and the public access web portal. The existing agricultural databases throughout the world can also be used for inference purposes and their data may also be updated by our server. The meteorological servers can be accessed for climate data.This server-client architecture mandatory in...

The Centre d'Informations (CI) aim is to articulate and display whatever type of knowledge available on a given field (see screenshots examples for various fields). The software is built as a network of information articulated using concepts (figure). The website should not be understood as a conventional search engine but as different ways to navigate within this knowledge (information and concept) network. Each information is thoroughly formalized; the aim is not exhaustivity or information amount but rather information quality so as to ensure the best possible articulation within the existing network (quality of the network) and ensure the subject diversity so as to cover the field with robustness.