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CompCert Alternatives
Similar projects and alternatives to CompCert
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llvm-project
The LLVM Project is a collection of modular and reusable compiler and toolchain technologies.
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coq
Coq is a formal proof management system. It provides a formal language to write mathematical definitions, executable algorithms and theorems together with an environment for semi-interactive development of machine-checked proofs.
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SaaSHub
SaaSHub - Software Alternatives and Reviews. SaaSHub helps you find the best software and product alternatives
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checkedc
Checked C is an extension to C that lets programmers write C code with bounds checking and improved type-safety. The goal is to let people easily make their existing C code type-safe and eliminate entire classes of errors.
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sol2
Sol3 (sol2 v3.0) - a C++ <-> Lua API wrapper with advanced features and top notch performance - is here, and it's great! Documentation:
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codeql
CodeQL: the libraries and queries that power security researchers around the world, as well as code scanning in GitHub Advanced Security
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SaaSHub
SaaSHub - Software Alternatives and Reviews. SaaSHub helps you find the best software and product alternatives
CompCert discussion
CompCert reviews and mentions
- CompCert: Formally verified compilers usable for critical embedded software
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Breaking Bad: How Compilers Break Constant-Time~Implementations
Possibly (I don't know how volatile interact with registers allocation), but the thing is you don't just want this specific example to work, there are a lot of things you want to be able to really ensure, i.e., have rigorous proof of [1]. So maybe if the semantics is adequate and the compiler itself is formally proved like CompCert [2] you can rely on volatile, but that's a lot a assumptions.
[1] See for example the work we did in this paper: Formally Proved Security of Assembly Code Against Power Analysis: A Case Study on Balanced Logic https://eprint.iacr.org/2013/554
[2] https://compcert.org/
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Translation of the Rust's core and alloc crates to Coq for formal verification
You can write programs in Coq and extract them in OCaml with the `Extraction' command: https://coq.inria.fr/doc/v8.19/refman/addendum/extraction.ht...
This is used by compcert: https://compcert.org/
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Differ: Tool for testing and validating transformed programs
A big problem is that proving that transformations preserve semantics is very hard. Formal methods has huge potential and I believe it will be a big part of the future, but it hasn't become mainstream yet. Probably a big reason why is that right now it's simply not practical: the things you can prove are much more limited than the things you can do, and it's a lot less work to just create a large testsuite.
Example: CompCert (https://compcert.org/), a formally-verified compiler AKA formally-verified sequence of semantics-preserving transformations from C code to Assembly. It's a great accomplishment, but few people are actually compiling their code with CompCert. Because GCC and LLVM are much faster[1], and have been used so widely that >99.9% of code is going to be compiled correctly, especially code which isn't doing anything extremely weird.
But as articles like this show, no matter how large a testsuite there may always be bugs, tests will never provide the kind of guarantees formal verification does.
[1] From CompCert, "Performance of the generated code is decent but not outstanding: on PowerPC, about 90% of the performance of GCC version 4 at optimization level 1"
- So you think you know C?
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Can the language of proof assistants be used for general purpose programming?
Also a C compiler (https://compcert.org/). I did exaggerate bit in saying that anything non-trivial is "nearly impossible".
However, both CompCert and sel4 took a few years to develop, whereas it would only take months if not weeks to make versions of both which aren't formally verified but heavily tested.
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A Guide to Undefined Behavior in C and C++
From my experience, while many MCUs have settled for the big compilers (GCC and Clang), DSPs and some FPGAs (not Intel and Xilinx, those have lately settled for Clang and a combination of Clang and GCC respectively) use some pretty bespoke compilers (just running ./ --version is enough to verify this, if the compiler even offers that option). That's not necessarily bad, since many of them offer some really useful features, but error messages can be really cryptic in some cases. Also some industries require use of verified compilers, like CompCert[1], and in such cases GCC and Clang just don't cut it.
[1]: https://compcert.org/
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Recently I am having too much friction with the borrow checker... Would you recommend I rewrite the compiler in another language, or keep trying to implement it in rust?
CompCert sends its regards
- Rosenpass – formally verified post-quantum WireGuard
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OpenAI might be training its AI technology to replace some software engineers, report says
But that's fine, because we can do even better with things like the CompCert C compiler, which is formally proven to produce correct asm output for ISO C 2011 source. It's designed for high-reliability, safety-critical applications; it's used for things like Airbus A380 avionics software, or control software for emergency generators at nuclear power plants. Software that's probably not overly sophisticated and doesn't need to be highly optimized, but does need to work ~100% correctly, ~100% of the time.
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Stats
AbsInt/CompCert is an open source project licensed under GNU General Public License v3.0 or later which is an OSI approved license.
The primary programming language of CompCert is Coq.