Projects

GIMP

GIMP is an acronym for GNU Image Manipulation Program. It is a freely distributed program for such tasks as photo retouching, image composition and image authoring. It has many capabilities. It can be used as a simple paint program, an expert quality photo retouching program, an online batch ... [More] processing system, a mass production image renderer, an image format converter, etc. GIMP is expandable and extensible. It is designed to be augmented with plug-ins and extensions to do just about anything. The advanced scripting interface allows everything from the simplest task to the most complex image manipulation procedures to be easily scripted. GIMP is written and developed under X11 on UNIX platforms. But basically the same code also runs on MS Windows and Mac OS X. [Less]

MXE (M cross environment)

MXE (M cross environment) is a Makefile that compiles a cross compiler and cross compiles many free libraries such as SDL and Qt. Thus, it provides a nice cross compiling environment for various target platforms.

Sudokuki - essential sudoku game

Sudokuki is a free graphical SUDOKU game: Sudokuki solves even the most difficult sudoku grids for you - Generate a sudoku - Play sudoku - Print a sudoku... Available in 15 languages. Just download and play! You can also play with arabic or chinese numbers. Sudokuki is Free Software developed in Java. Have fun!

yoDownet

yoDownet is what you want, seriously ! yoDownet, The Previous Generation Graphical Download Manager, Implemented on Qt

bear-sock

(Sunday, December 06, 2009) The Bear-Sock project has been shutdown for now.This page will be left for reference. What is Bear-Sock?Bear-Sock is an easy to use open source Winsock wrapper for c++. With simple to use commands, networking with Winsock could never be easyer. Future cross platform ... [More] capabilitys are also planned for Bear-Sock. Supported Operating SystemsWindows Note : Linux Operating Systems are being Planned for the Future. News and UpdatesWednesday, April 1, 2009Bear-Sock has been totally remasterd to work even faster. A server can now be created with ease with only a few lines of code. The error reporting system allows the user to check for an error, and display an error message or close out of the program with their own code. Sunday, March 29, 2009Development has started on Bear-Sock. Development has also been going very well and faster than I have expected. The current wrapper code is fairly solid, but I will be going over adding and taking out parts of the code. So far, with Bear-Sock, users can start the library, create a working server socket, listen for connections, delete sockets, and finally clean up the library. More development will continue tomarrow. Important Commands in Bear-SockFirst off, to start using Bear-Sock, you need to define a variable that will hold the library it self. BearSock Bear;Then to start Bear-Sock, you need to use this statment. Bear.StartBear();You can also check for errors starting up bear. if (Bear.StartBear() == 1)) // 1 Stands for an Error. { Bear.CleanUpBear(); cout << "Could not Start Bear!" << endl; }As you can see, if an error does occur, you can check for that, display a message, and finally clean up Bear-Sock. Cleaning up Bear-Sock Bear.CleanUpBear();Example Usage of Bear-SockIncluding the Bear-Sock LibraryTo include the library for Bear-Sock, you first need to download the header file and place it along side with your project. Then simply use the #include statement to include in the header file into your project. #include "BearSock.h"Note : Before you compile / build your project, you first need to goto your compiler's compile / build options and add the following linking option. -lwsock32This will ensure the winsock library is also included in your project. Starting Bear-Sock#include #include "BearSock.h" using namespace std; int main() { BearSock Bear; // Create a Variable for the BearSock Library if (Bear.StartBear() == 1) // BearSock Failed to Start. { Bear.CleanUpBear(); // Clean up BearSock. cout << "Bear Could Not be Started!" << endl; system("pause"); return 0; // End the Program } cout << "Bear has been Started!" << endl; // BearSock Started Correctly! Bear.CleanUpBear(); // Clean up BearSock. system("pause"); return 0; // End the Program } [Less]

gnustudio

GNU Integrated Development Environment GNU Studio 是Windows平台下的开源集成开发环境 目前主要对现有的GNU开发工具进行筛选测试打包再发布，以便打造一款高效稳定的Windows平台下的开源集成开发环境； GUN Studio ... [More] 稳定高效简单易用，免安装无需配置，下载及可使用，双击进入专业软件开发，以此献给致力于软件事业的诸位仁兄，仁妹。 GNU Studio 开源集成开发环境包含以下工具： 1.MSYS：Minimal GNU（POSIX）system on Windows，是一个小型的GNU环境 ，包括基本的bash，make等等。是Windows下最优秀的GNU环境。 2.MinGW: 即 Minimalist GNU For Windows。它是一些头文件和端口库的集合，该集合允许人们在没有第三方动态链接库的情况下使用 GCC（GNU Compiler C）产生 Windows32 程序的工具集 3.git: The stupid content tracker, 傻瓜内容跟踪器,是最先进的分布式版本控制工具 4. CodeBlocks: Code::Blocks 是一个开放源码的全功能的跨平台C/C++集成开发环境. 5. Boost: Boost库是一个经过千锤百炼、可移植、提供源代码的C++库 6. wxWidgets: wxWidgets是一个开源的跨平台的C++构架库 David F. Lee E-mail:david_fluid@msn.com [Less]