C# OOP: C# Object Oriented Programming on Real C# Projects

Hello there,

Welcome to C# OOP: C# Object Oriented Programming on Real C# Projects course.
Learn C# OOP with hands-on C# projects and dive in C# intermediate step by step guide to classes, interfaces and C# OOP

Whether you’re using C# in conjunction with Xamarin Forms to build cross-platform apps, or designing a new video game in Unity with C#, Udemy has a course for you. Udemy hosts top-rated courses on everything from the fundamentals of C# programming to more advanced topics like databases and asynchronous programming.

Even though C# is a language that’s relatively easy to learn and maintain, it isn’t just for beginners. Its scalability and large support community make C# the language of choice for Microsoft app developers and video game developers working with the Unity Engine. Like C++ and Java, C# is a high-level object-oriented programming language. It is generally more efficient than Java and has useful features such as operator overloading. C# is based on C++ but has several advantages over this older language: it is type-safe, more comprehensively object-oriented, and the syntax has been simplified in several important ways. Most importantly, C# interoperates exceptionally well with other languages on the .NET platform. For this reason, C# is a better choice for building applications for .NET.

Most programmers will choose to learn the object oriented programming paradigm in a specific language. That’s why Udemy features a host of top-rated OOP courses tailored for specific languages, like Java, C#, and Python.

Object-oriented programming (OOP) is a computer programming paradigm where a software application is developed by modeling real world objects into software modules called classes. Consider a simple point of sale system that keeps record of products purchased from whole-sale dealers and the products sold to the customer. An object-oriented language would implement these requirements by creating a Product class, a Customer class, a Dealer class and an Order class. All of these classes would interact together to deliver the required functionality where each class would be concerned with storing its own data and performing its own functions. This is the basic idea of object-oriented programming or also called OOP.

What you will learn?

• Introduction to Object-Oriented Programming

• Class Structure in Detail

• Windows Forms Applications

• System Input Output

• Class Hierarchies

• Event-Driven Programming

• Exception Handling

• Tips and Tricks

• c#

• c# .net

• unity c#

• c# unity

• c sharp

• c sharp programming

• selenium webdriver with c sharp

• selenium with c sharp

• c sharp for beginners

• selenium c sharp

• c sharp from scratch

• unity

• unity 2d

• unity 3d

• c sharp

• oop

• c# oop

• oop c#

• c# intermediate: classes, interfaces and oop

• c# oops

• oops c#

• oops in c#

• oop in c#

• oops concepts c#

• c# c# projects object oriented programming c# oop c# project object oriented programming c# oop c# c# intermadiate c# object oriented programming c# object oriented oak academy c# programming object oriented oop c# oops object oriented c# c# intermediate: classes interfaces and oop event driven programming object oriented programming in c# c sharp object oriented programming with c# oop in c# c# object intermediate c# c sharp projects csharp c# interfaces event driven programming projects oak academy c# c# real projects c# interface oops c# oop project advance c# c# advance c# programming projects oop with c# project c#

  Why would you want to take this course?

Our answer is simple: The quality of teaching.

When you enroll, you will feel the OAK Academy`s seasoned instructors' expertise.

No prior knowledge is needed!

It doesn't need any prior knowledge to learn OOP.

This course starts with the very basics. First, you will learn some terminology. Then the show will start and you will learn everything with hands-on practices. I'll also teach you the best practices and shortcuts.

Step-by-Step Way, Simple and Easy With Exercises

By the end of the course, you’ll have a firm understanding of the OOP with C# and hungry to learn more.

Video and Audio Production Quality

All our videos are created/produced as high-quality video and audio to provide you the best learning experience.

You will be,

• Seeing clearly

• Hearing clearly

• Moving through the course without distractions

You'll also get:

Lifetime Access to The Course

Fast & Friendly Support in the Q&A section

Udemy Certificate of Completion Ready for Download

Dive in C# OOP: C# Object Oriented Programming on Real C# Projects now!

We offer full support, answering any questions.

See you in the course!

Reed courses certificate of completion

Digital certificate - Included

• Course Intro 01:15

  • 1: C# OOP: C# Object Oriented Programming on Real C# Projects Preview 01:15

• Introduction to C# OOP: C# Object Oriented Programming on Real C# Courses 07:03

  • 2: What We Will Learn 03:03
  • 3: Project Files and Course Documents 01:00
  • 4: FAQ regarding C# 03:00

• Introduction to Object Oriented Programming 01:59

  • 5: What is Object Oriented Programming 01:59

• Objects and Classes 32:13

  • 6: Intro to Objects and Classes 05:49
  • 7: Class Structure – Banking Application 03:51
  • 8: Actions in a Class 09:41
  • 9: Instantiation – Testing Our Application 09:56
  • 10: Access Modifiers 02:56

• Basic Class Types in OOP 13:10

  • 11: Static Class 02:29
  • 12: Partial Class 02:26
  • 13: Nested Class 04:05
  • 14: Conclusion and Homework 01:48
  • 15: Homework and Answer 02:22

• Class Structure in Detail 14:47

  • 16: Into to Fields and Properties 04:48
  • 17: Code Organization with Regions 02:39
  • 18: Demonstration – Fields and Properties 07:20

• Methods in C# OOP 23:37

  • 19: Introduction to Methods 02:36
  • 20: Static (Utility) Methods 07:44
  • 21: Passing by Variable 04:13
  • 22: Methods in Our Application 09:04

• Constructors in C# OOPS 25:36

  • 23: Introduction to Constructors 04:45
  • 24: Demonstration – Constructors 08:53
  • 25: Conclusion and Homework 02:24
  • 26: Homework and Answer 09:34

• Windows Forms Applications 1:10:09

  • 27: Windows Forms Applications 07:01
  • 28: Create Windows Forms Application 11:26
  • 29: Windows Forms Events 02:15
  • 30: Demonstration – Windows Forms Events 12:38
  • 31: Input Validations 05:37
  • 32: User Controls – Part 1 09:41
  • 33: User Controls – Part 2 10:21
  • 34: Conclusion and Homework 03:51
  • 35: Homework and Answer 07:19

• System Input Output 20:45

  • 36: Data Logic 03:13
  • 37: Refactoring – Logically Organizing Elements 13:23
  • 38: System IO Library 04:09

• Demonstration - File System as Data Storage 46:16

  • 39: File System as Data Storage Unit - Part 1 08:51
  • 40: File System as Data Storage Unit - Part 2 08:41
  • 41: File System as Data Storage Unit - Part 3 13:55
  • 42: File System as Data Storage Unit - Part 4 05:17
  • 43: File System as Data Storage Unit - Part 5 08:40
  • 44: Conclusion 00:52

• Class Hierarchies in C# 49:32

  • 45: Inheritance – Part 1 10:09
  • 46: Inheritance – Part 2 06:30
  • 47: Understanding Inheritance - Non-inheritable member – Constructor 05:40
  • 48: Sealed and Abstract Modifiers – Part 1 03:28
  • 49: Sealed and Abstract Modifiers – Part 2 12:50
  • 50: Access Modifiers Revisited 10:55

• Interfaces and Polymorphism 46:54

  • 51: Polymorphism 08:43
  • 52: Interfaces – Part 1 10:16
  • 53: Interfaces – Part 2 11:42
  • 54: Conclusion and Homework 03:19
  • 55: Homework and Answer 12:54

• Event Driven Programming and Exception Handling 21:35

  • 56: Event Driven Programming 08:07
  • 57: Delegates and Events 13:28

• Exception Handling in C# OOP 33:52

  • 58: Exception Handling 07:27
  • 59: Demonstration - Exception Handling - Part 1 08:20
  • 60: Demonstration - Exception Handling - Part 2 10:55
  • 61: Conclusion and Homework 01:01
  • 62: Homework and Answer 06:09

• Tips and Tricks 25:00

  • 63: Keyboard Shortcuts 09:39
  • 64: Code Styling and Beautification Tools 05:01
  • 65: Code Snippets 01:44
  • 66: Documentation Comment 02:09
  • 67: Override To String Method 02:27
  • 68: Handling Exceptions Globally 04:00

• What We Have Learned? 01:12

  • 69: Final Conclusion 01:12

Hello there,

Welcome to C# OOP: C# Object Oriented Programming on Real C# Projects course.
Learn C# OOP with hands-on C# projects and dive in C# intermediate step by step guide to classes, interfaces and C# OOP

Whether you’re using C# in conjunction with Xamarin Forms to build cross-platform apps, or designing a new video game in Unity with C#, Udemy has a course for you. Udemy hosts top-rated courses on everything from the fundamentals of C# programming to more advanced topics like databases and asynchronous programming.

Even though C# is a language that’s relatively easy to learn and maintain, it isn’t just for beginners. Its scalability and large support community make C# the language of choice for Microsoft app developers and video game developers working with the Unity Engine. Like C++ and Java, C# is a high-level object-oriented programming language. It is generally more efficient than Java and has useful features such as operator overloading. C# is based on C++ but has several advantages over this older language: it is type-safe, more comprehensively object-oriented, and the syntax has been simplified in several important ways. Most importantly, C# interoperates exceptionally well with other languages on the .NET platform. For this reason, C# is a better choice for building applications for .NET.

Most programmers will choose to learn the object oriented programming paradigm in a specific language. That’s why Udemy features a host of top-rated OOP courses tailored for specific languages, like Java, C#, and Python.

Object-oriented programming (OOP) is a computer programming paradigm where a software application is developed by modeling real world objects into software modules called classes. Consider a simple point of sale system that keeps record of products purchased from whole-sale dealers and the products sold to the customer. An object-oriented language would implement these requirements by creating a Product class, a Customer class, a Dealer class and an Order class. All of these classes would interact together to deliver the required functionality where each class would be concerned with storing its own data and performing its own functions. This is the basic idea of object-oriented programming or also called OOP.

What is C# ?
C# (pronounced see-sharp) is a general-purpose, object-oriented programming language. It was designed as a multi-paradigm programming language by Microsoft in around 2000 as part of its .NET initiative. The .NET framework and .NET applications are multi-platform applications that you can use with programming languages such as C++, C#, Visual Basic, and COBOL. C# is open-source and was designed to be simple yet modern, flexible yet powerful and versatile yet easy to learn and program with. Many programming languages in the past were designed for specific purposes. C# was developed with business and enterprise needs in mind. By providing functionality to support modern-day software development such as web applications, mobile, and response app needs, C# supports many features of modern-day programming languages. That includes generics, var types.

What are the advantages of c# over C++ ?
Thanks to the .NET framework, C# has many advantages over C++. C# is a refined and modernized version of C++. C++ was developed to bring object-orientation to C, an older but widely used language, and C++ became the de-facto language for building applications for Windows as well as infrastructure and low-level applications. Visual Basic was for business applications. What C# does is combine the rapid development capabilities of VB with the power of C++. C# also has many new data types, type-safety, to ensure you do not unknowingly reuse initialized variables. It uses a simplified syntax, a huge improvement over the complex coding often required in C++. C# also removes memory management issues thanks to .NET’s garbage collection scheme. You do not have to reference items for garbage collection; the system can reclaim that memory as required.

Why use encapsulation in C# ?
Encapsulation can be used in C# to hide data and program behavior from users. With encapsulation, you can group properties, methods, and other members so that they are treated as a single object. It is a means to prevent the user of a given class from manipulating program objects in ways that were not intended by the designer or developer. Encapsulation hides how a program operates without affecting how it works while still allowing users to service requests for functionality and add or modify internal data or methods to meet changing needs. For example, suppose you have an object called “Patient” that contains patient-related data. In that case, you can use encapsulation to provision patient-specific data to those who need it without exposing all patient data. In addition to information hiding, you can use encapsulation in C# to improve your code's reusability.

What you will learn?

• Introduction to Object-Oriented Programming

• Class Structure in Detail

• Windows Forms Applications

• System Input Output

• Class Hierarchies

• Event-Driven Programming

• Exception Handling

• Tips and Tricks

• c#

• c# .net

• unity c#

• c# unity

• c sharp

• c sharp programming

• selenium webdriver with c sharp

• selenium with c sharp

• c sharp for beginners

• selenium c sharp

• c sharp from scratch

• unity

• unity 2d

• unity 3d

• c sharp

• oop

• c# oop

• oop c#

• c# intermediate: classes, interfaces and oop

• c# oops

• oops c#

• oops in c#

• oop in c#

• oops concepts c#

• c# c# projects object oriented programming c# oop c# project object oriented programming c# oop c# c# intermadiate c# object oriented programming c# object oriented oak academy c# programming object oriented oop c# oops object oriented c# c# intermediate: classes interfaces and oop event driven programming object oriented programming in c# c sharp object oriented programming with c# oop in c# c# object intermediate c# c sharp projects csharp c# interfaces event driven programming projects oak academy c# c# real projects c# interface oops c# oop project advance c# c# advance c# programming projects oop with c# project c#

  Why would you want to take this course?

Our answer is simple: The quality of teaching.

When you enroll, you will feel the OAK Academy`s seasoned instructors' expertise.

No prior knowledge is needed!

It doesn't need any prior knowledge to learn OOP.

This course starts with the very basics. First, you will learn some terminology. Then the show will start and you will learn everything with hands-on practices. I'll also teach you the best practices and shortcuts.

Step-by-Step Way, Simple and Easy With Exercises

By the end of the course, you’ll have a firm understanding of the OOP with C# and hungry to learn more.

Video and Audio Production Quality

All our videos are created/produced as high-quality video and audio to provide you the best learning experience.

You will be,

• Seeing clearly

• Hearing clearly

• Moving through the course without distractions

You'll also get:

Lifetime Access to The Course

Fast & Friendly Support in the Q&A section

Udemy Certificate of Completion Ready for Download

Dive in C# OOP: C# Object Oriented Programming on Real C# Projects now!

We offer full support, answering any questions.

See you in the course!

• Anyone who wants to learn how to code with C# programming language, regardless of their current level
• Anyone who wants to improve their c# oop programming skills
• Anyone who wants to build object oriented and / or windows forms applications
• Anyone who is interested in developing software with a design pattern
• Anyone who wants to understand the elements of full-stack software development
• Anyone who wants to develop .NET applications
• People who are willing to make a career in the corperate world
• Newbies or students looking for a refresher on the basics of C# and OOP
• People who wants to understand the Unity better
• People who wants to develop unity 2D or unity 3D games
• People who wants to learn C#
• People who wants to read and write C# projects

• A Windows or Mac for installing all the free software and tools needed to practice
• Visual Studio - You can use any version of Visual Studio
• You will need a computer with access to the internet
• Desire to learn OOP ( object oriented programming )
• Nothing else! It’s just you, your computer and your ambition to get started today
• Desire to learn c# projects
• LIFETIME ACCESS, course updates, new content, anytime, anywhere, on any device.
• No prior knowledge of C# ( C sharp ) is required
• Desire to learn c# oop
• No c# programming coding knowledge required!
• Desire to learn C # in Oak Academy

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