This project enables the user to read from and/or write to any generic memory location(s) on a device running the 2.6 Linux OS (or later). This includes "regular" RAM as well as hardware IO Memory that's mapped into the kernel virtual address space. In fact, the driver will perform the mapping
... [More], given the hardware base address and length.
The read/write utility programs run in user-land and talk to the underlying kernel driver via the ioctl system call.
This could be extremely useful for driver authors, kernel developers, etc who want to peek/poke memory for learning, debug, testing, register lookups/writes and similar purposes. [Less]
Simple Embedded ARM Linux System:
The SEALs project consists of scripts that will enable one to build a simple yet complete skeletal ARM/Linux system, emulated using the powerful QEMU emulator.
The SEAL scripts automate:
- using a cross-compiler
- ARM / Linux kernel config and build
... [More]
- creating a skeletal root filesystem from scratch
- integrating the components together, using QEMU (qemu-system-arm, particularly) to run the same in an emulated environment.
Very useful for developers / testers to try things out in a custom ARM/Linux isolated guest (VM) system.
** Please first read the 'SEALs HOWTO' page in the Wiki section of this project [https://github.com/kaiwan/seals/wiki/SEALs-HOWTO] to better understand how to build and use this project. ** [Less]
CQuATS is a management system that aims to collect heterogeneous code safety and security analysers/tools (primarily for 'C' code), bringing them together into a coherent, easy-to-use framework.
This site uses cookies to give you the best possible experience.
By using the site, you consent to our use of cookies.
For more information, please see our
Privacy Policy