Section outline

• Select section Day 1: Linux System Programming Essentials (7 Hours)

  Day 1: Linux System Programming Essentials (7 Hours)

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  GNU/Linux Library Commands & gcov Tool 

  • Understanding gcov, identifying optimization challenges

  File Handling in GNU/Linux 

  • Logical view of filesystem architecture
  • Key system calls used for file handling

  Process Management & Kernel Structures 

  • Process states, context switching, and scheduling
  • Kernel data structures for process management

  Linux Signals & Handlers 

  • Signal processing & handling mechanisms
  • Using system calls for asynchronous signal handling
• Select section Day 2: Advanced Linux System Programming (3.5 Hours)

  Day 2: Advanced Linux System Programming (3.5 Hours)

  System V IPC Concepts & Use Cases 

  • Pipes, Named Pipes, and Message Queues for IPC
  • Use cases in a client-server environment

  Linux Memory Management 

  • Memory allocation and optimization techniques
  • Managing memory regions and file locking

  POSIX Threads – Creation & Synchronization 

  • Multithreading with POSIX Threads (pThreads)
  • Synchronization techniques using mutexes & condition variables