C Sharp Multithreading Assignment Help


  • A thread has its own execution path of a program
  • It has its own stream of control
  • It is a light weight process
  • It helps in reducing CPU wastage cycles
  • It improves the efficiency of a program
  • This concept can be implemented for complex time intense applications
  • It places different execution flow for every thread
  • Without multithreading concept, it’s impossible to execute more than one process at a same time
  • Multiple threads create multiple paths for each thread and execute the thread concurrently

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Different Phases (Life Cycle) of a Thread

  •  It gets started if a thread classNameobject is created
  • The thread classNameresides in System.Threading.Thread
  • It gets stopped when execution ends
  • The different states of thread life cycle is
  1. Unstarted state – In this state, thread is not started but instance is created
  2. Ready State – In this state, the thread is ready for running just waiting for its turn
  3. Not Runnable State – In this state, the thread is not ready for runnable, the thread may be called by any one of the method

§ sleep () method

§ wait () method

§ block i/o

4.Dead State – In this state, the thread finishes its execution or may get aborted

The Main Thread Creation

  • It is the first thread which gets executed first in a process
  • The classNameSystem.threading.Thread helps to work on threads
  • It helps in creating and executing multi threads
  • main thread is created automatically when a program starts its execution
  • The threads which are derived from Thread classNameis called child thread
  • These threads are child threads of main thread
  • By using CurrentThread property, it is possible to access thread property


The below program demonstrates the creation of main thread

multithreading image 1

Thread Creation

  • Can create a thread by deriving a Thread className
  • To start the thread process, call the start() method
  • It begins the child thread process initiation


The below program demonstrates the creation of child thread process

multithreading image 2

Managing Threads

  • To manage the thread, a variety of methods are offered
  • The methods are

o sleep()

o wait()

o block()


The below example shows the usage of sleep () method to rest for few seconds

multithreading image 3

Killing Threads

  • To destroy a thread abort () function is to be called
  • When a program stops its execution the threads are killed automatically


The below program demonstrates the usage of abort () method

multithreading image 4