Learn Multithreading and Parallel Programming in C# and .Net

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Multithreading in C#

Lecture 1: What is multitasking

Lecture 2: Threading in C#

Lecture 3: Thread Class in C#

Lecture 4: Life Cycle of a thread in C#

Lecture 5: Drawbacks of Single-Threaded Applications

Lecture 6: Implement multithreading in C#

Lecture 7: Constructors of Thread class in C# | ThreadStart Delegate

Lecture 8: ParameterizedThreadStart delegate in C#

Lecture 9: Passing data to the Thread function in a type safe manner in C#

Lecture 10: Retrieving data from Thread function using callback method

Lecture 11: Thread.Join and Thread.IsAlive functions of thread class

Lecture 12: Protecting shared resources from concurrent access in multithreading by locking

Lecture 13: Protecting shared resources from concurrent access in multithreading by monitor

Lecture 14: Difference between Locking and Monitor in Multithreading

Lecture 15: Monitor pulse, wait and pulseAll Method in multithreading in C#

Lecture 16: ManualResetEvent in Multithreading in C#

Lecture 17: AutoResetEvent in multithreading in C#

Lecture 18: Mutex in multithreading in C#

Lecture 19: Semaphore in multithreading in C#

Lecture 20: Deadlock in multithreading in C#

Lecture 21: Resolve Deadlock in multithreading in C#

Lecture 22: Thread Pool in C#

Lecture 23: Performance testing using and without using Thread Pool in C#

Lecture 24: Performance Testing of a Multithreaded Application in C#

Chapter 3: Asynchronous programming in C#

Lecture 1: Introduction

Lecture 2: Synchronous Programming With C#

Lecture 3: Solution to the Synchronous Problem With C#

Lecture 4: Asynchronous Programming Patterns in dotnet

Lecture 5: Asynchronous Programming Model Pattern in dotnet

Lecture 6: Event Based Asynchronous Programming Patterns in dotnet

Lecture 7: Task based Asynchronous Pattern (TAP)

Lecture 8: Thread vs Task in C#

Lecture 9: Creating a task object using Factory Property in C#

Lecture 10: Creating a Task object using the Run method in C#

Lecture 11: Task using Wait in C#

Lecture 12: Task Return Value in C#

Lecture 13: Returning Complex Type Value From a task in C#

Lecture 14: Chaining Tasks by Using Continuation Tasks in C#

Lecture 15: Create a continuation for multiple antecedents in C#

Lecture 16: Different overloaded Continuation Tasks in C#

Lecture 17: Async Await In C#

Lecture 18: Return Type of Asynchronous Method In C#

Lecture 19: Exception Handling in C# Asynchronous Programming

Lecture 20: When To Use Task And Async Await in C#

Chapter 4: Parallel Programming in C#

Lecture 1: Introduction

Lecture 2: Parallel Programming in C#

Lecture 3: Task Parallel Library in C#?

Lecture 4: Parallel For in C# with Examples

Lecture 5: ParallelOptions class in C#

Lecture 6: Terminating a Parallel Loop

Lecture 7: Parallel ForEach Loop in C#

Lecture 8: Parallel Invoke in C# with Examples

Lecture 9: PLINQ in C#