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The Carnegie Mellon University Binary Analysis Platform (CMU BAP) is a suite of utilities and libraries that enables analysis of programs in the machine code representation. BAP supports x86, x86-64, ARM, MIPS, PowerPC and new architectures can be added as plugins. BAP includes various analyses, standard interpreter, microexecution interpreter, and symbolic executor. BAP features its own domain-specific language, Primus Lisp, that is used for implementing analyses, specifying verification...

...You must be logged into GitHub in order to download the artifacts. MacOS builds are currently not provided due to complications with Vulkan. Run the decaf-qt executable, it is recommended to run the emulator from the root git directory so that it is able to access resources/fonts/*. Alternatively, set resources_path in the configuration file to point to the resources directory.

...For example, if you are using 64-bit WinRAR, you will not see the context menu on a RAR file unless you swapped 64-bit WinRAR with the 32-bit version. Clone the repo using Git, install Microsoft Visual Studio 2015 / 2017, open LocaleEmulator.sln, perform build action, clone and build the core libraries, and copy LoaderDll.dll and LocaleEmulator.dll from Locale-Emulator-Core to Locale-Emulator build folder.

...If you are interested in running your own Multics system see the wiki here: https://multics-wiki.swenson.org/index.php. If you are interested the DPS8M emulator, read on. !!!! Please read disclaimers in our Wiki, Files or GIT sections before downloading anything from this project FLASH! * FLASH! * FLASH! * FLASH! * FLASH! Please see wiki for latest news! 2015-11-05: The Ritter Park RCC Multics installation was "[T]aken down after a month of uptime." 2017-03-07: The DPS8M Development Team released Multics Release MR12.6f. 2017-07-08: Announcing v1.0 The purpose of this project is to create a simulator reproducing in sufficient detail the function and capabilities of the Honeywell/Bull dps-8/m processor with the ultimate goal of resurrecting Multi

Instead of requiring cygwin and all it's dependencies, I'm going to build Dynamips on MinGW. I am currently using a fork of the latest GIT source. So far, I've been able to run things that I can run with the Cygwin version, and some of the broken features are on par. I've also been able to merge in the 'unstable' PowerPC core which can run things the 'stable' cannot. Transport wise, I've gotten it to talk with pcap and UDP. I have the groundwork to make it dynamic so that pcap isn't required to run it, so you can run dynamips without installing anything. ...

...All repositories: Sourceforge, sources & downloads: https://sourceforge.net/projects/hwsensors/ BitBucket, sources & downloads: https://bitbucket.org/kozlek/hwsensors/overview Assembla, sources: https://www.assembla.com/code/fakesmc/git/nodes GitHub, sources: https://github.com/kozlek/HWSensors HWSensors Project (c) 2014 netkas, slice, usr-sse2, kozlek, navi, THe KiNG, RehabMan and others. All rights reserved.

...Also, keep in mind that sometimes you must be a bit creative to get old games to work. PCGamingWiki is a pretty good source of information. ==Source code?== There's no source code, I just downloaded Wine via git and cross-compiled the DLLs using mingw32 on Debian for x86.

...To disassemble a file you have to use medusa_text or qMedusa. Medusa requires the following libraries: boost >= 1.55 (system, filesystem, thread, date_time), OGDF (required git), and Qt5 >= 5.2 for the GUI. You also need CMake for compilation and a C++11 compiler (VS2015 update 2 on Windows). Git is optional but allows to clone remote repository for specific features. If you do not wish to install the various dependencies on your system, you can use this docker image instead. Even though it is working out of the box, you may want to customize it to suit your needs or for added security (e.g. restrict ssh access to public key authentication only).

...Aim to run ARM programs(Thumb code) in x86 platform. Use "arm-elf-gcc -mthumb -Bstatic <src> -o <exe>" to generate ARM binray code. github webpage: http://x-y-z.github.com/armulator/ git repo: https://github.com/x-y-z/armulator