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Programming in C#: Exam 70-483 (MCSD) Guide

You're reading from   Programming in C#: Exam 70-483 (MCSD) Guide Learn basic to advanced concepts of C#, including C# 8, to pass Microsoft MCSD 70-483 exam

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Product type Paperback
Published in Oct 2019
Publisher Packt
ISBN-13 9781789536577
Length 444 pages
Edition 1st Edition
Languages
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Authors (2):
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SrinivasMadhav Gorthi SrinivasMadhav Gorthi
Author Profile Icon SrinivasMadhav Gorthi
SrinivasMadhav Gorthi
Simaranjit Singh Bhalla Simaranjit Singh Bhalla
Author Profile Icon Simaranjit Singh Bhalla
Simaranjit Singh Bhalla
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Toc

Table of Contents (22) Chapters Close

Preface 1. Learning the Basics of C# FREE CHAPTER 2. Understanding Classes, Structures, and Interfaces 3. Understanding Object-Oriented Programming 4. Implementing Program Flow 5. Creating and Implementing Events and Callbacks 6. Managing and Implementing Multithreading 7. Implementing Exception Handling 8. Creating and Using Types in C# 9. Managing the Object Life Cycle 10. Find, Execute, and Create Types at Runtime Using Reflection 11. Validating Application Input 12. Performing Symmetric and Asymmetric Encryption 13. Managing Assemblies and Debugging Applications 14. Performing I/O Operations 15. Using LINQ Queries 16. Serialization, Deserialization, and Collections 17. Mock Test 1
18. Mock Test 2
19. Mock Test 3
20. Assessments 21. Other Books You May Enjoy

Managing and Implementing Multithreading

What happens when a long-running program starts executing on a client's computer? How do operating systems handle such long-running processes? Does the operating system notify the user about their progress? How does the operating system let the user know when it has finished with these processes? Threading is the way in which the operating system handles the responsiveness of your program while managing other system resources. This is achieved using multiple threads of execution, which is one of the most powerful ways to keep your application responsive while using the processor for other events.

An operating system organizes each running application as a process. Each process may contain one or more threads. A thread allows the operating system to allocate processor time as required. Each thread holds scheduling priority and a set...

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