Search Results for "linux device drivers development" - Page 20

The JavaBluetooth Stack is a 100% Java implementation of the Bluetooth Specifications Version 1.1. It uses the javax.comm package to address the Bluetooth chip, and implements the JSR-82 (javax.bluetooth) API. Deployment on TINI is possible.

Presenting XML is a Java web application framework for presenting HTML, PDF, WML etc. in a device independent manner. The framework supports a flow of content (XML files, flat files, SQL, dynamic XML) through SAX pipelines and XSLT transforms to a device

libHFS was a cross-platform wrapper for highlevel filesystem functions including: links, file enumeration, device enumeration, directory traversal, and directory locations (Desktop, Root, System). CPT is this and more.

WELCOME , Easy11 and Service11 provide a open source platform fo p2p wireless networks for linux and windows platforms. Easy11 is a wireless p2p software for free wireless community. Service11 provide support and service for wireless networks

PyJSW is a set of Python bindings for the libjsw joystick wrapper library. This Python module provides an object interface to any joystick devices supported by libjsw.

Tools around the Scenix 48/52 series microcontrollers

Suite of utilities to test and benchmark MySQL JDBC drivers. Placed in the public domain to allow use without fear by proprietary driver developers.

Java based Multiaccess Device Independent (Mobile, Internet and Broadband) Portal Platform including Applications such as Mail, Calender, Contacts, News, Chat, Ringtones, Icons, SMS applications. All the software are WAP,GSM,PCS,GRPS and 3G Compatible.

MEA is an abstraction layer and API between vendor-specific measurement and instrumentation drivers and test applications that use them. All hardware-specific tasks are done by dynamically linked adapter modules.

The TInternetQuery component allows Delphi/Kylix programmers to access database servers without installing any drivers on the client PC's. The component communicates with "middle-tier" applications through standard TCP/IP by sending XML packets.

Zaval Database Front-end is a light and functional Web-based front-end to any database for which you have JDBC drivers. It allows raw SQL code execution and is limited only by the extent of the database's SQL support.

The purpose of OpenPJB is to expand the development and support of the PJBSDK, first developed by Compaq Research, and released under GPL. The PJBSDK was originally created to provide a programmatic interface to the PJB-100 Personal Jukebox device.

This tool will help you to quickly create a JBoss 2.x CMP Entity Bean based on a database table and its columns that you specify. You will need to understand what an Enterprise JavaBean is, and how to connect to your database vendor via JDBC drivers. Once

SDCC ide will be an IDE for the sdcc project.

The Madcap (Machine and Device Capabilities) library allows programmers to break out of Java's "lowest common denominator" approach and take advantage of certain platform specific capabilities without making the program platform dependant.

XSpot Framework communicates with Lanbox hardware by .NET. It includes a program to work with the Lanbox device. Lanbox is a network based lighting console to control static and moving lights in theaters, concerts. See http://www.lanbox.com

MIDP-Widgets is a user interface framework for J2ME/WTK based on top of the Mobile Information Device Profile (MIDP).

Scaffold - Visual React Site Builder for Desktop Scaffold is a local-first, drag-and-drop website builder that runs entirely on your desktop. Build pages visually from pre-built React components, preview across device sizes, and export clean code to your framework of choice - no cloud account, no subscription, no lock-in.

AntiPython Colab is a source to source compiler that let's you build AI in Java, Rust, JavaScript, Flutter, C#, Go, Ocaml(and etc...) utilizing free Google Colab GPUs! It's blazingly fast and very robust as it uses websockets and the Treesitter C library under the hood.

Testerman is an attempt to produce a TTCN-3 inspired test automation system without the strict typing model of the TTCN-3 test control notation that can be too heavy to be practical with non-stricly defined protocols. This is achieved by bringing TTCN-3 primitives and concepts to the Python programming language. It provides a complete environment to design, manage, execute and analyze automated tests, and can be used as a platform to develop test simulators (drivers and stubs) and...