![]() ![]() We're working constantly on improving documentation ensuring that every single function in BAP API is thoroughly documented. ![]() We understand that BAP is huge and it is easy to get lost. We built baptop using UTop, but you can easily use any other OCaml toplevel, including ocaml itself, just load the bap.top library, e.g., for vanilla ocaml toplevel use the following directives The baptop utility can also serve as a non-interactive interpreter, so that you can run your OCaml scripts, e.g., baptop myscript.ml or you can even specify it using sha-bang at the top of your file, e.g., #!/usr/bin/env baptop. It will load BAP libraries and initialize all plugins for you, so you can interactively explore the vast world of BAP. This is a shell-like utility that interactively evaluates OCaml expressions and prints their values. Interactive REPLīAP also ships an interactive toplevel utility baptop. plugin extension is not necessary, but is percieved as a good convention. To install bap on a Debian derivative:Įveything that is capitalized in the above snippet is a placeholder that you shall substitute with appropriate private and public names for your plugin. For other distributions we provide tgz archives. We provide binary packages packed for Debian and Red Hat derivatives. BAP is used in various institutions and serves as a backbone for many interesting projects, some are highlighted below: We also provide some minimal support for Python to make it easier to start learning BAP.īAP was developed in CMU, Cylab and is sponsored by grants from the United States Department of Defense, Siemens, Boeing, ForAllSecure, and the Korea government, see sponsors for more information. BAP can be used as a framework with a single bap utility that is extended with plugins or it can be used as a library embedded in a user application, which could be written in OCaml or, in any other language, using C bindings. The toolkit repository includes various examples of program analysis tools that could be implemented with BAP and can be used as the starting point (in addition to the tutorial) for implementing custom analyses. BAP features its own domain-specific language, Primus Lisp, that is used for implementing analyses, specifying verification conditions, modeling functions (writing stubs), and even interfacing with the SMT solver. BAP includes various analyses, standard interpreter, microexecution interpreter, and a symbolic executor. ![]() BAP supports x86, x86-64, ARM, MIPS, PowerPC and new architectures can be added using plugins. The Carnegie Mellon University Binary Analysis Platform (CMU BAP) is a suite of utilities and libraries that enables analysis of binary programs. ![]()
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