VisualKernel features the Advanced Linux Kernel Project Subsystem that loads the project structure directly from KBuild, resulting in an extremely accurate IntelliSense experience. The Advanced Kernel projects are optimized for the huge codebase size, load faster than regular VC++ projects, and allow quickly searching the entire kernel for definitions/references and using Code Map.
Enjoy the convenience of Visual Studio when developing for Linux kernel:
- Build and debug Linux kernel modules with Visual Studio.
- Customize Linux kernel and experiment with it.
- Use Network, COM port, JTAG, or VMWare stub.
- Enjoy the full power of Visual Studio debugger.
- Never worry about module load addresses and symbols.
- See print() messages in real-time.
- Raspberry Pi 3, i.MX6 and other devices.
VisualKernel supports Raspberry Pi, Xilinx Zynq. And therefore the popular i.MX6 System-on-Chip out-of-the-box. So, Simply choose between JTAG debugging or Ethernet debugging. Connect your board and start stepping through your code with full multi-core support.
If your embedded board is not directly supported. Check our turnkey debugging service for a pain-free debugging experience.
Precise IntelliSense with GNU extensions
VisualKernel Crack features the Advanced Linux Kernel Project Subsystem. That loads the design house directly from KBuild. Leading to a very nice IntelliSense action. The Advanced Kernel plans are optimized for the huge codebase size, load faster than regular VC++ projects. And allow quickly searching the entire kernel for comments/friends and using Code Map. Being able to reach the causes right over SSH. Also, It reduces the tasks with saved and case-sensitive file names.
A Cryptographically Secure Hash’
“The potential damage of cracking kernel. Org is a way but typical software repositories,” reads the note on the Kernel.org website.
“For each of the nearly 40,000 files within the Linux kernel. The cryptographically secure SHA-1 hash is calculated to uniquely define. The precise contents of that file,” the note explains. “Git is meant in order that the name of every version of the kernel depends upon. The entire development history leading up thereto version. Once it’s published, it’s impossible to vary the old versions without it being noticed.”
Furthermore, those files and their associated hashes exist in numerous places: on the kernel.org machine. And its mirrors also as on the hard drives of the many thousand kernel developers. Distribution maintainers et al. involved kernel.org, the location adds.
“Any tampering with any enter the kernel.org repository would immediately be notice. By each developer as they updated their repository, which most do daily.”
‘No Need to Worry’
Jonathan Corbet, the executive editor at LWN.net. And a Linux kernel contributor had similarly reassuring words. Also, While admitting that the breach was “disturbing and embarrassing,” Corbet wrote that “there is not any got to worry about the integrity of the kernel source. Or the other software hosted on the kernel.org systems.
Automatic symbol management
Forget the difficulty of tracking module load addresses manually or disabling KASLR:
- Just hit F5 and enjoy your breakpoints and symbols working
- Automatically load symbols for selected in-tree modules
- Easily load and unload your module while debugging
- Also, View detailed module information via the Modules pane
- VisualKernel fully supports KASLR-enabled kernels and can automatically adjust the symbols on the fly.
- Also, Linux Kernel source at a glance
VisualKernel automatically downloads and manages kernel source code:
- Explore Linux internals while debugging your kernel modules
- Open the relevant kernel source files via Call Stack or source list
- So, Set breakpoints in Kernel source files
- Create custom kernel projects to experiment with your changes
- Also, Use CodeJumps to simply navigate the Linux Kernel code base
- The easiest setup ever