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Capstone is a lightweight multi-platform, multi-architecture disassembly framework. Features: * Supported architectures: ARM, ARM64 (aka ARMv8), Mips, PowerPC & X86 * Clean/simple/lightweight/intuitive architecture-neutral API * Provide details on disassembled instruction (called "decomposer") * Provide some semantics of the disassembled instruction, such as list of implicit registers read & written. * Implemented in pure C language, with bindings for Python, Ruby, C#, Java, GO, OCaml & Vala available. * Native support for Windows & *nix (including MacOSX, Linux, *BSD & Solaris) * Thread-safe by design * Distributed under the open source BSD license

Capstone is a lightweight multi-platform, multi-architecture disassembly framework. Features: * Supported architectures: ARM, ARM64 (aka ARMv8), Mips, PowerPC & X86 * Clean/simple/lightweight/intuitive architecture-neutral API * Provide details on disassembled instruction (called "decomposer") * Provide some semantics of the disassembled instruction, such as list of implicit registers read & written. * Implemented in pure C language, with bindings for Python, Ruby, C#, Java, GO, OCaml & Vala available. * Native support for Windows & *nix (including MacOSX, Linux, *BSD & Solaris) * Thread-safe by design * Distributed under the open source BSD license

Ccdoc is a tool for extracting comments from C++ source code and presenting it in HTML format, very similar to Java's JavaDoc tool. The tagging used in ccdoc is very similar to that of Javadoc, with adaptations for the C++ specifics, of course. Ccdoc supports extracting comments from both header and implementation files. In contrast to most other C++ doc'ing applications, ccdoc analyses the code before it has been run through the pre-processor, so things such as macros can actually be included in the documentation. It's usage is not quite as straight forward as JavaDoc's, but considering the quality of the output, it is well worth the effort.

This is an implementation of an infix reader macro. It should run in any valid Common Lisp and has been tested in Allegro CL 4.1, Lucid CL 4.0.1, MCL 2.0 and CMU CL. It allows the user to type arithmetic expressions in the traditional way (e.g., 1+2) when writing Lisp programs instead of using the normal Lisp syntax (e.g., (+ 1 2)). It is not intended to be a full replacement for the normal Lisp syntax. This package is compiled with SBCL. Written by Mark Kantrowitz, School of Computer Science, Carnegie Mellon University, March 1993.

This is an implementation of an infix reader macro. It should run in any valid Common Lisp and has been tested in Allegro CL 4.1, Lucid CL 4.0.1, MCL 2.0 and CMU CL. It allows the user to type arithmetic expressions in the traditional way (e.g., 1+2) when writing Lisp programs instead of using the normal Lisp syntax (e.g., (+ 1 2)). It is not intended to be a full replacement for the normal Lisp syntax. It is known to be compatible with CMUCL, CLISP, MCL, and SBCL. Written by Mark Kantrowitz, School of Computer Science, Carnegie Mellon University, March 1993.

The Open On-Chip Debugger (OpenOCD) aims to provide debugging, in-system programming and boundary-scan testing for embedded target devices. OpenOCD uses a "hardware interface dongle" to communicate with the JTAG (IEEE 1149.1) compliant taps on your target board. OpenOCD currently supports many types of hardware dongles: USB based, parallel port based, and other standalone boxes that run OpenOCD internally. It allows MIPS, ARM7, ARM9, XScale and Cortex based cores to be debugged via the GDB protocol. Flash writing is supported for external CFI compatible NOR flashes, NAND and several internal flashes.

The Embedded Multicore Building Blocks (EMBB) are an easy to use yet powerful and efficient C/C++ library for the development of parallel applications. EMBB has been specifically designed for embedded systems and the typical requirements that accompany them, such as real-time capability and constraints on memory consumption. As a major advantage, low-level operations are hidden in the library which relieves software developers from the burden of thread management and synchronization. This not only improves productivity of parallel software development, but also results in increased reliability and performance of the applications.

Florist was produced by students and faculty of the Florida State University Department of Computer Science, under contract to the US Department of Defense, Defense Information Systems Agency, as a product of the POSIX Ada Real-Time (PART) Project. When the contract was completed, in 1999, FSU turned maintenance of Florist over to Ada Core Technologies, Inc.). The latest and most complete free version is available from Adacore. FLORIST is an implementation of the IEEE Standards 1003.5: 1992, IEEE STD 1003.5b: 1996, and parts of IEEE STD 1003.5c: 1998, also known as the POSIX Ada Bindings.

Fujaba Tool Suite 4 The primary topic of the Fujaba Tool Suite project is to provide an easy to extend UML and Java development platform with the ability to add plug-ins. * Fujaba Tool Suite combines UML class diagrams and UML behaviour diagrams to a powerful, easy to use, yet formal system design and specification language. * Furthermore the Fujaba Tool Suite supports the generation of Java sourcecode out of the whole design which results in an executable prototype, ideally. * Moreover the way back is provided, too (to some extend so far), so that Java sourcecode can be parsed and represented within UML.

Go-MySQL-Driver is a lightweight and fast MySQL-Driver for Go's (golang) database/sql package Features: * Lightweight and fast * Native Go implementation. No C-bindings, just pure Go * Connections over TCP/IPv4, TCP/IPv6 or Unix domain sockets * Automatic handling of broken connections * Automatic Connection Pooling (by database/sql package) * Supports queries larger than 16MB * Full sql.RawBytes support. * Intelligent LONG DATA handling in prepared statements * Secure LOAD DATA LOCAL INFILE support with file Whitelisting and io.Reader support * Optional time.Time parsing