Making Unsafe Rust a Little Safer: Find Memory Errors in Production with GWP-ASan
GWP-ASan finds rare memory errors in C and C++ called from Rust.| Colin Breck
Домашняя страница| bronevichok.ru
GWP-ASan finds rare memory errors in C and C++ called from Rust.| Colin Breck
Your attention is invited to the first part of an e-book on undefined behavior. This is not a textbook, as it′s intended for those who are already familiar with C++ programming. It′s a kind of C...| PVS-Studio
Sanitizer special case list¶| clang.llvm.org
In this chapter, we'll start with one of the simplest test generation techniques. The key idea of random text generation, also known as fuzzing, is to feed a string of random characters into a program in the hope to uncover failures.Prerequisites You should know fundamentals of software testing; for instance, from the chapter "Introduction to Software Testing". You should have a decent understanding of Python; for instance, from the Python tutorial.We can make these prerequisites explicit. Fi...| www.fuzzingbook.org
Hardware-assisted AddressSanitizer Design Documentation¶| clang.llvm.org
This post is adapted from my lightning talk during ElixirConf 2024.| Bryce’s Blog
Going in depth into the Address Sanitizer internals.| blog.gistre.epita.fr
Introduction to Memory Unsafety for VPs of Engineering| alexgaynor.net
Memory safety is a property of some programming languages that prevents programmers from introducing certain types of bugs related to how memory is used. Since memory safety bugs are often security issues, memory safe languages are more secure than languages that are not memory safe. Memory safe languages include Rust, Go, C#, Java, Swift, Python, and JavaScript. Languages that are not memory safe include C, C++, and assembly. Types of Memory Safety Bugs To begin understanding memory safety b...| Prossimo
Getting Started¶| www.llvm.org
Follow along on a google colab: https://colab.research.google.com/github/philzook58/philzook58.github.io/blob/master/pynb/cbmc_tut.ipynb| Hey There Buddo!
An overview of the C++ tooling ecosystem: compilers, build systems, debuggers, sanitizers, analyzers, profilers, package managers and online tools.| hacking C++
As of Chrome 64, Chrome for Windows is compiled with Clang. We now use Clang to build Chrome for all platforms it runs on: macOS, iOS, Linux, Chrome OS, Android, and Windows.| blog.llvm.org
ENOSUCHBLOG| blog.yossarian.net
AddressSanitizer (ASan) is an instrumentation tool created by Google security researchers to identify memory access problems in C and C++ programs.| sergioprado.blog
Still in the thick of the task of detecting the presence of bugs in a renderer in the first place, this time the focus is on the value of a large suite of te...| pharr.org
Feature Checking Macros¶| clang.llvm.org
Getting Started¶| llvm.org
In order to learn about serverless architecture, I experimented with implementing a quick proof of concept crash triaging tool using AWS Lambda Functions. There are many benefits of serverless architecture when you really don’t want to manage underlying infrastructure components and often cost saving advantages which can be made. These concepts lend themselves well to certain components of a continuous fuzzing architecture (such as Google’s Clusterfuzz).| Blog
In this post, by Embedded I’m generally referring to deeply embedded/bare-metal systems as opposed to Linux-based embedded systems. Embedded systems and strings Historically, the need for and thus the use of strings in embedded systems was fairly limited. However, this has changed with the advent of cheaper, full graphic displays and the growth of the ‘Internet of Things’ (IoT). Many embedded systems sport full-colour graphics displays, supported by embedded-specific graphics libraries,...| Sticky Bits - Powered by Feabhas
Fuzzing is a software testing method that involves passing malformed data as input to the program and monitoring it for misbehavior. Today, fuzzing is one of the most effective ways to find software security problems. In 2014, Michał Zalewski presented American Fuzzy Lop, the first coverage guided fuzzer. This started the modern world of fuzzing solutions and techniques on the market.| www.moritz.systems
