D-Bus is a mechanism for interprocess communication for Linux systems. D-Bus concepts along with example client-server programs are explained.
POSIX shared memory calls are explained with example client-server programs.
Shared memory is the fastest mechanism for interprocess communication. System V shared memory calls are explained with example programs.
An implementation of queue in C using linked list is provided with program listing and results.
Pthread synchronization using mutex and condition variables is explained with an example program.
The basic Pthread calls are explained with an example program.
POSIX named and unnamed semaphores are explained with example programs.
System V semaphore calls are explained with an example program.
Semaphores provide a mechanism for synchronizing processes and threads. The basics of semaphores are explained with examples.
POSIX message queue calls for interprocess communication (IPC) between processes are explained with example of server and client programs under Linux.
Processes running on a Linux system can exchange information using System V message queues. The system calls for System V message queues are explained along with example client-server programs.
Any two processes can communicate using FIFOs in Linux. Interprocess communication using FIFOs is explained using a client-server example.
The pipe is a fundamental interprocess communication mechanism in Linux. Interprocess communication using pipes is explained with an example.
The relationship between fork and exec system calls and how to use them is explained with an example.
The definition and relationship between program, process and threads is explained.