/explore
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exploiter.dev | ||
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xnux.eu
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| | | | | [AI summary] The provided code is a C program that configures audio settings on a Linux system, specifically for a device with an ASoC (Advanced SoC) audio architecture, likely for a mobile or embedded platform. It sets up various audio controls like input and output volumes, switches, and routing for different audio sources (e.g., microphone, line in, AIF1/AIF2, etc.). The program uses command-line arguments to enable or disable specific audio features (like speaker, microphone, headphone, etc.) and can be used to set up the audio card configuration. The code is part of a larger system that manages audio routing and volume control via the ALSA (Advanced Linux Sound Architecture) framework. | |
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pwning.systems
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| | | | | I'm writing this post because I often hear that kernel exploitation is intimidating or difficult to learn. As a result, I've decided to start a series of basic bugs and exercises to get you started! Prerequisites Knowledge of the Linux command line Knowing how to read and write basic C may be beneficial Being able to debug with the help of a virtual computer or another system Able to install the kernel module compilation build requirements A basic understanding of the difference between userland and kern... | |
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mutur4.github.io
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| | | | | This post covers yet another Binary Exploitation attack that is somewhat similar to return-oriented-programming (ROP) to understand how this works, we first need to understand Linux signals. | |
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github.com
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| | | seams, the seamingly silly CMS. Contribute to ifd3f/seams development by creating an account on GitHub. | ||
