Search Results for "mingw-arm"

Open-source, free, multi-platform BASIC compiler, with syntax similar MS-QuickBASIC (including the GFX statements), that adds new features such as pointers, unsigned data types, inline assembly, a pre-processor and many others.

Jainja is a JVM (Java Virtual Machine) written in Java. The VM is developed by using the smallest possible subset of Java in order to run on top of multiple environments : Java SE, JavaME, Android, Javascript, and even natively.

This is a lightweight DBF reader / writer pack - read and write DBSase III format DBF files (and others but not tested ) - can U use index for lightspeed indexing this is not compatible. ( CIX ) - U can use Memo fields This version used and compiled with a preinstalled MinGW enironment on Windows systems. But the code is portable. INSTALL - Please USE the C++ folder. - Only need a preconfigured MinGW environment and setup the PATH for pointing to MinGW/bin folder. - Start...

BEYE (Binary EYE) is a free, portable, advanced file viewer with built-in editor for binary, hexadecimal and disassembler modes. It contains a highlight AVR/Java/i86-AMD64/ARM-XScale/PPC-64 and other disassembler, full preview of MZ,NE,PE,ELF and other.

This is a group of makefile scripts and templates that helps the developer and end-user to configure, update, and build Allegro/AllegroGL/etc projects, on many platforms, and with different compilers, in a easy way (just type "make" and it will work).

The goal of this project - to create a TinySCHEME binaries for some kind of platforms. Now there are binaries for DOS / DJGPP and MinGW / MSYS / Win32, working on x86 architecture.

mk, with a C/C++ compiler & using user supplied C/C++ code, is a tool which controls generation of executables & non-source files of a program. mk is similar to tools such as GNU make, but exists as a header file & rules/targets are specified using C/C++

basE91 is an advanced method for encoding binary data as ASCII characters. It is similar to UUencode or base64, but is more efficient. The overhead produced by basE91 depends on the input data. It amounts at most to 23% and can range down to 14%.