System Programming Training: Free Course Opportunity for Selected Participants

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We initially planned to select 8 lucky participants to receive our System Programming Training for FREE (instead of paying $280). However, due to the high number of requests, we’ve decided to increase the number of winners to 10 participants!

Selected Participants:

  • Loren Dethlefs
  • Sree Hari Chittari
  • Khalid K.
  • Farid I.
  • Sai Bharath
  • Nadia Berrady
  • Abby Z.
  • Husam Shbib
  • Mouad ABOUHALI
  • Mohamed BOUTALEB

You Should Know:

System programming involves low-level software development, often interacting directly with hardware and the operating system. Below are some essential commands, tools, and concepts for system programming in Linux and Windows:

Linux System Programming Essentials

1. Kernel Module Development

  • Compile a kernel module:
    make -C /lib/modules/$(uname -r)/build M=$(pwd) modules
    
  • Load a module:
    sudo insmod module_name.ko
    
  • Check loaded modules:
    lsmod
    

2. System Calls & Debugging

  • Trace system calls:
    strace -e trace=open,read,write ./program
    
  • Check CPU and memory usage:
    top 
    htop 
    

3. Memory Management

  • Allocate memory in C:
    void *ptr = malloc(size); 
    free(ptr); 
    
  • Check memory leaks with valgrind:
    valgrind --leak-check=full ./program
    

Windows System Programming Essentials

1. WinAPI & Kernel Development

  • Basic WinAPI call (C++):
    #include <windows.h> 
    MessageBox(NULL, "Hello, Windows!", "System Programming", MB_OK); 
    
  • Check running processes:
    Get-Process 
    

2. Driver Development

  • Build a driver using Visual Studio + WDK.
  • Load a driver:
    sc create DriverName binPath= "C:\path\to\driver.sys" 
    sc start DriverName 
    

3. Debugging Tools

  • Use WinDbg for kernel debugging.
  • Analyze crashes with:
    !analyze -v 
    

What Undercode Say:

System programming is the backbone of cybersecurity, malware analysis, and OS development. Mastering low-level programming gives you control over hardware, memory, and system resources. Whether you’re developing drivers, hypervisors, or reverse-engineering malware, these skills are invaluable.

Expected Output:

  • A deeper understanding of system-level programming.
  • Ability to debug and optimize low-level code.
  • Enhanced skills in cybersecurity and reverse engineering.

For further learning, check:

References:

Reported By: Khalid E – Hackers Feeds
Extra Hub: Undercode MoN
Basic Verification: Pass ✅

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