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AFLplusplus reviews and mentions
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Decoding C/C++ Compilation Process: From Source Code to Binary
It could be cool to see some explanation of CFG representations or GIMPLE/LLVM here. GCC/Clang can print those out as text, or just compile to that code and not go lower if you ask them to. There are some interesting things you can do with bytecode, like Rellic, AFL++, or optview2. It seems a bit reductive imo to go straight from high-level code to disassembly without at all examining any layers in between. Especially if we use something like Polygeist or CIR.
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Why is my fuzzer running so slow?
Honestly, I wouldn't bother writing your own fuzzer, and just use one of the existing solutions, like afl++. Contrary to popular belief, good fuzzers do not just generate random bytes; the way they generate data depends on a genetic algorithm based on the code paths taken by the program. AFL++ can also fuzz regular binaries that weren't instrumented, but according to the documentation it is much less effective.
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Olive programming language
Be outside the loop? At least that's how they do it in their example https://github.com/AFLplusplus/AFLplusplus/blob/stable/instrumentation/README.persistent_mode.md
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How do you test compiler projects?
I use fuzzers, as every programmer should, and do not commit unless my compiler can be fuzzed for at least 24 hours without any crashes (if I were selling the software, I'd increase that period). I use AFL++ in LTO mode and comby-decomposer with a crappy script I made to collect crash test cases. I am also interested in afl-compiler-fuzzer, but have not yet tried it. Later, I'd like to try my hand at making a test generator that reaches codegen more often (no compile errors in the random source code). I use afl-tmin to minimize test cases, but the result is always illegible without manual work, and usually has extra junk the minimizer is incapable of deleting. Something like C-Reduce would be useful here.
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November 2022 monthly "What are you working on?" thread
1: https://github.com/ArkScript-lang/Ark 2: https://github.com/AFLplusplus/AFLplusplus
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AFLplusplus VS jazzer.js - a user suggested alternative
2 projects | 12 Sep 2022
- New Mode for AFL++
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Frelatage: A fuzzing library to find vulnerabilities and bugs in Python applications
Frelatage is a coverage-based Python fuzzing library which can be used to fuzz python code. The development of Frelatage was inspired by various other fuzzers, including AFL/AFL++, Atheris and PyFuzzer.The main purpose of the project is to take advantage of the best features of these fuzzers and gather them together into a new tool in order to efficiently fuzz python applications.
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Fuzzing: Automated Bug Hunting in Software
I personally have not gone over any books over the topic so I cannot recommend books. However, there is a popular fuzzer known as AFL++ that specifies its technical workings and has a tutorial on its usage in the documentation. You can find it here. I found using the tool helped me gain a good understanding of the topic.
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60x speed-up of Linux “perf”
With AFL++ you can even determine exactly where the fork happens:
https://github.com/AFLplusplus/AFLplusplus/blob/stable/instr...
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A note from our sponsor - InfluxDB
www.influxdata.com | 26 Apr 2024
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AFLplusplus/AFLplusplus is an open source project licensed under Apache License 2.0 which is an OSI approved license.
The primary programming language of AFLplusplus is C.
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