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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# OOPWhether 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 is C# used for?C# is a general-purpose programming language that you can use to build a wide range of programs and applications, such as web applications, Windows applications and game development. In web application development, you can build dynamic websites and apps using .NET or another open-source platform of your choice. Also, since Microsoft created C# for Microsoft, C# is a popular language for building Windows applications. There are rich resources and a vibrant C# community that can support and documentation for applications and programs specific to Microsoft platform architectures, making it easier than ever to develop applications in this space. Finally, C# is a popular language to use in game-building, especially with Unity, a game engine that runs on C++ and C#.

What is a constructor? What is a destructor?To understand constructors and destructors, we need to understand methods. A method is a block of code that contains a series of statements. Programs run by executing methods. A constructor is a special method of a class that is automatically called whenever an instance of a given class is created. A constructor contains the instructions that execute when an object is created. Developers use it to assign specific initial values to the data members of the same class. In C#, you will get a compile-time error if you try to read from an uninitialized variable. You must first initialize your variables by giving them an initial value, which is what the constructor does. On the other hand, destructors are methods used to destroy instances of a class when they are no longer needed. Destructors are called implicitly by the garbage collector in .NET

How do I learn C#?As is true for many skills, you can learn C# by taking Udemy courses, reading documentation, and practicing coding hands-on. There are many resources available for all of the above, including real-time compiler applications that will show you the output of your code as you type it. However, it is best to plan ahead, and you should have an outline of what you need to learn before beginning your journey. The first thing to learn about is what C# is, how and where it is used, and why it was developed. From there, you can learn about data types, variables, keywords, and functions. Once you’ve grasped the basics, you can move on to learning about conditional tests and operators, functions, arguments, object orientation, arrays, strings, classes, methods, structs, debugging, and exception handling.Object-oriented programming is the foundation of many current application development approaches. Interfaces and principles of object-oriented programming are crucial. It does not important whether you want to use C# to build web apps, mobile apps,  games or understanding C# classes if you want to succeed with clean coding, agile and design patterns, you have to master OOP.

In this course, we use interactive programming techniques; which means we will be building applications together and furthermore there will be lots of home-works to be done, of course, followed by answers. There will be lots of tips and tricks regarding beautiful and efficient coding techniques.

That`s why you are at a great place to start with OOP with C#

All my students will have a chance to learn not only the whats but also learn the whys and hows.

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.

Enroll now

What's inside

Learning objectives

  • C# (pronounced see-sharp) is a general-purpose, object-oriented programming language. it was designed as a multi-paradigm programming language by microsoft.
  • 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
  • Encapsulation can be used in c# to hide data and program behavior from users. with encapsulation, you can group properties, methods, and other members .
  • C# is a general-purpose programming language that you can use to build a wide range of programs and applications, such as web applications, windows applications
  • As is true for many skills, you can learn c# by taking udemy courses, reading documentation, and practicing coding hands-on.
  • Applying the oop concepts using c#
  • How to use visual studio efficiently
  • What objects, classes, fields, properties, methods and constructors are in detail
  • How to use static, partial and nested classes
  • How inheritance works
  • How you can utilize abstract, sealed, virtual and overridden classes and members to build robust applications
  • How to develop console and windows forms applications
  • How to use system input output library to utilize file system for your needs
  • Layered architecture
  • How to use you layered architecture in your projects
  • How to delegate methods and use events
  • How to handle errors and exceptions in your applications
  • What are beautiful coding techniques
  • Interactive programming techniques
  • How to use coding techniques to make efficient development
  • C sharp programming
  • C sharp for beginners
  • C sharp from scratch
  • Develop unity 2d or unity 3d games ( unity c# )
  • C# oop
  • Oop 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.
  • Show more
  • Show less

Syllabus

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#.

In this video we give a general introduction to C# and OOP course. The topics and what we learn in each of them will be summarized.
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#

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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.

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

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 sharp programming to more advanced topics like databases and asynchronous programming.

This video explains that downloading and installing visual studio 2019 Community on windows computers.

This video explains that downloading and installing visual studio 2019 Community on Mac computers.

This video explains that downloading and installing visual studio 2022 Community on windows computers.

In this video we explain what is object oriented approach and how it is used in programming.
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.

In this video, we give a formal explanation of the properties of objects and classes. Our application in the context of a banking system will be created with our first class in oop.

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.

In this video we make an introduction to the class structure of our application beginning with the fields and properties in c# oop .
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

In this video the functions of a class in oop c# are introduced. The possible actions in our applications will be constructed.

What is C# used for?
C# is a general-purpose programming language that you can use to build a wide range of programs and applications, such as web applications, Windows applications and game development. In web application development, you can build dynamic websites and apps using .NET or another open-source platform of your choice. Also, since Microsoft created C# for Microsoft, C# is a popular language for building Windows applications. There are rich resources and a vibrant C# community that can support and documentation for applications and programs specific to Microsoft platform architectures, making it easier than ever to develop applications in this space. Finally, C# is a popular language to use in game-building, especially with Unity, a game engine that runs on C++ and C#.

In this video we show how to test our classes in c# intermediate: classes, interfaces and oop . How to instantiate classes and produce result with them will be taught.
What is a constructor? What is a destructor?
To understand constructors and destructors, we need to understand methods. A method is a block of code that contains a series of statements. Programs run by executing methods. A constructor is a special method of a class that is automatically called whenever an instance of a given class is created. A constructor contains the instructions that execute when an object is created. Developers use it to assign specific initial values to the data members of the same class. In C#, you will get a compile-time error if you try to read from an uninitialized variable. You must first initialize your variables by giving them an initial value, which is what the constructor does. On the other hand, destructors are methods used to destroy instances of a class when they are no longer needed. Destructors are called implicitly by the garbage collector in .NET

In this video we introduce accessibility levels. The basic usage of access modifiers will be demonstrated in c# oops .
How do I learn C#?
As is true for many skills, you can learn C# by taking Udemy courses, reading documentation, and practicing coding hands-on. There are many resources available for all of the above, including real-time compiler applications that will show you the output of your code as you type it. However, it is best to plan ahead, and you should have an outline of what you need to learn before beginning your journey. The first thing to learn about is what C# is, how and where it is used, and why it was developed. From there, you can learn about data types, variables, keywords, and functions. Once you’ve grasped the basics, you can move on to learning about conditional tests and operators, functions, arguments, object orientation, arrays, strings, classes, methods, structs, debugging, and exception handling

c# projects : In this video basic class types in oops c# are introduced. Static class type will be explained with examples.

object oriented programming : In this video how partial classes work will be demonstrated in oops in c# .

c# oop : In this video how nested classes work will be demonstrated in oop in c# .

c# project : In this video what we learned so far is summarized and an assignment will be give in OOP .

object oriented programming c# : The implementation of the assignment can be found about oops concepts c# in this video.

oop c# : In this video fields and properties in C# will be explained in detail.

c# intermadiate : In this video we show how to organize our code dividing it into regions in C sharp .

c# object oriented programming : In this video the demonstration on how fields and properties in c# .net work will be given in the context of our application.

c# object oriented : In this video the actions called methods will be explained in detail.  Passing parameters and method overloading will be taught.
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.

oak academy : In this video what static methods are and how they work will be demonstrated.
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.

c# programming : In this video passing by variable will be explained in detail.
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.

object oriented : In this video we will implement the methods of our application.
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.

oop : In this video the properties and types of constructors will be explained.
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# oops : In this video we demonstrate how constructors work in our application.
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.

object oriented c# : In this video what we learned so far in previous chapters is summarized and an assignment will be given.
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.

c# intermediate: classes interfaces and oop : The implementation of the assignment can be found in this video.
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.

event driven programming : In this video we give a general introduction to Windows Forms. The fundamentals of UI and Controller logic in applications will be taught.
C# is a general-purpose programming language that you can use to build a wide range of programs and applications, such as web applications, Windows applications and game development

object oriented programming in c# : In this video we create and add a windows forms project to our application, making it a windows forms application.
In web application development, you can build dynamic websites and apps using .NET or another open-source platform of your choice. Also, since Microsoft created C# for Microsoft, C# is a popular language for building Windows applications. There are rich resources and a vibrant C# community that can support and documentation for applications and programs specific to Microsoft platform architectures, making it easier than ever to develop applications in this space. Finally, C# is a popular language to use in game-building, especially with Unity, a game engine that runs on C++ and C#.

c sharp : In this video we introduce windows forms event structure.
In web application development, you can build dynamic websites and apps using .NET or another open-source platform of your choice. Also, since Microsoft created C# for Microsoft, C# is a popular language for building Windows applications. There are rich resources and a vibrant C# community that can support and documentation for applications and programs specific to Microsoft platform architectures, making it easier than ever to develop applications in this space. Finally, C# is a popular language to use in game-building, especially with Unity, a game engine that runs on C++ and C#.

object oriented programming with c# : In this video we demonstrate how events work in our unity c# application.

oop in c# : In this video we demonstrate why input validations are necessary and how they work in c# unity .

c# object : In this video we introduce and demonsrate how user controls work in windows forms applications in c sharp . This is part 1 of 2.

intermediate c# : In this video we introduce and demonsrate how user controls work in windows forms applications in c sharp programming. This is part 2 of 2.

c sharp projects : In this video what we learned in this chapter is summarized and an assignment will be given in selenium webdriver with c sharp.

csharp : The implementation of the assignment can be found about selenium with c sharp in this video.

c# interfaces : In this video we introduce a data logic. What data layer is and how it should be used in selenium c sharp applications will be taught.

event driven : In this video we demonstrate how an application with strictly seperated layers would be organized in c sharp from scratch. Some basic rules to code organization will be introduced.

programming projects : In this video the properties of types in System Input-Output Library are explained in .net .

oak academy c# : In this video we demonstrate how a storage functionality with save and retrieve functions would be implemented with System IO Library in .net core . This is part 1 of 5.

c# real projects : In this video we demonstrate how a storage functionality with save and retrieve functions would be implemented with System IO Library in c# .net . This is part 2 of 5.

c# interface : In this video we demonstrate how a storage functionality with save and retrieve functions would be implemented with System IO Library in .net Core 3 . This is part 3 of 5.

oops c# : In this video we demonstrate how a storage functionality with save and retrieve functions in unity would be implemented with System IO Library. This is part 4 of 5.

oop project : In this video we demonstrate how a storage functionality with save and retrieve functions in unity 2d would be implemented with System IO Library. This is part 5 of 5.

advance c# : In this video what we learned in unity 3d this chapter is summarized.

c# advance : In this video we give a general introduction to what is class hierarchy and how inheritance works.
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.

c# programming projects : In this video details of inheritance process are explained. Advanced class types such as sealed and abstract forms are introduced.
I knew next to nothing about the inner workings of C# or Unity before this course, even though my company uses them all the time. [This course has] allowed me to be a much more effective project manager and story designer, and saved time and money because now I can go in and make a lot of different kinds of tweaks myself, instead of trying to explain what I want done to developers.

oop with c# : In this video a special case to inheritance is introduced. How constructors are inherited is explained and demonstrated in the code.
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.

project c# : In this video classes with sealed and abstract modifiers are demonstrated.
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.

In this video we demonstrate how we should use inheritance in our application. Overriding methods and properties will be taught.
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.

In this video how access modifiers work in between base and inherited classes is explained.
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.

In this video we explain what polymorphism is and demonstrate how it works.
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.

In this video we explain how interfaces work. Input validation interface for our application will be introduced.
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.

In this video we implement previously created interface methods and conclude our banking application.
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.

In this video what we learned in this chapter is summarized. The start of a new calculator application will be given as a new assignment.
C# is a general-purpose programming language that you can use to build a wide range of programs and applications, such as web applications, Windows applications and game development. In web application development, you can build dynamic websites and apps using .NET or another open-source platform of your choice. Also, since Microsoft created C# for Microsoft, C# is a popular language for building Windows applications. There are rich resources and a vibrant C# community that can support and documentation for applications and programs specific to Microsoft platform architectures, making it easier than ever to develop applications in this space. Finally, C# is a popular language to use in game-building, especially with Unity, a game engine that runs on C++ and C#.

The implementation of the assignment can be found in this video.
To understand constructors and destructors, we need to understand methods. A method is a block of code that contains a series of statements. Programs run by executing methods. A constructor is a special method of a class that is automatically called whenever an instance of a given class is created. A constructor contains the instructions that execute when an object is created. Developers use it to assign specific initial values to the data members of the same class. In C#, you will get a compile-time error if you try to read from an uninitialized variable. You must first initialize your variables by giving them an initial value, which is what the constructor does. On the other hand, destructors are methods used to destroy instances of a class when they are no longer needed. Destructors are called implicitly by the garbage collector in .NET

In this video fundamentals of event driven programming are introduced, events and delegates are explained.
As is true for many skills, you can learn C# by taking Udemy courses, reading documentation, and practicing coding hands-on. There are many resources available for all of the above, including real-time compiler applications that will show you the output of your code as you type it. However, it is best to plan ahead, and you should have an outline of what you need to learn before beginning your journey. The first thing to learn about is what C# is, how and where it is used, and why it was developed. From there, you can learn about data types, variables, keywords, and functions. Once you’ve grasped the basics, you can move on to learning about conditional tests and operators, functions, arguments, object orientation, arrays, strings, classes, methods, structs, debugging, and exception handling.

In this video we introduce events and delegates to our c sharp programming application.

c# programming : In this video we give a general introduction to how exception handling c# mechanisms work.

oak academy : In this video we demonstrate in c# .net how basic input-output exceptions should be handled.

c# object oriented : In this video we demonstrate how exceptions in our unity c# application should be handled.

c# object oriented programming : In this video what we learned in this chapter is summarized and an assignment will be given in c# unity.

c# intermadiate : The implementation of the assignment can be found in this c sharp video.

oop c# : The tips here are about keyboard shortcuts in Visual Studio and how they can be formatted in c sharp programming to our needs.

object oriented programming c# : The tips here are about clean coding styles and how built-in and online tools can be used for this purpose in c# .net .

c# project : The tips here are about how auto-complete code blocks can be used in OOP .

c# oop : The tip abour OOPS here is about the importance of documentation comments in Visual Studio.

object oriented programming : The trick here is about the importance of overridden ToString method in oops concepts c# and how it can be used.

c# projects : The trick here is about how to handle every exception in our oop in c# application globally.

This video contains a conclusion to our set.
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.

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Read about what's good
what should give you pause
and possible dealbreakers
Covers C# and .NET framework, which are used for building Windows applications, web applications, and game development, making it versatile for different projects
Explores object-oriented programming (OOP) principles in C#, which is essential for modern application development and promotes clean coding practices
Includes hands-on projects using Windows Forms, which allows learners to gain practical experience in building desktop applications with C#
Discusses Visual Studio 2019 and 2022, but learners should be aware that newer versions of Visual Studio may be available with additional features
Teaches exception handling in C#, which is crucial for building robust and reliable applications that can gracefully handle errors
Includes tips and tricks for efficient coding in Visual Studio, which can help learners improve their productivity and code quality

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Reviews summary

Clear c# oop fundamentals with practical projects

According to learners, this course offers a largely positive experience for mastering C# Object-Oriented Programming. Students frequently highlight the instructor's ability to explain complex concepts with great clarity and ease of understanding. The hands-on coding projects are often cited as a major strength, providing valuable practical application that helps solidify theoretical knowledge. Many learners feel it's highly recommended for beginners or those seeking a strong OOP foundation. However, some reviewers with prior experience found the projects too basic or trivial, and a few noted that demos using older Visual Studio versions felt slightly outdated. Overall, it excels at building fundamental C# OOP understanding through clear explanations and practical examples.
Suitable for those new to C# OOP.
"Highly recommend for anyone learning C#."
"Fantastic course for beginners or those needing a strong OOP foundation in C#."
"I feel much more confident with C# OOP now."
Projects help apply learned concepts.
"...the real-world projects were incredibly helpful for practical application."
"...the assignments reinforced the material well."
"The step-by-step approach to building projects made OOP concepts click for me."
"The projects are simple but useful for understanding concepts."
"The hands-on coding approach with the projects was the most beneficial part."
Concepts are taught very clearly.
"The instructor explained complex OOP concepts in C# very clearly..."
"The lectures were easy to follow..."
"The instructor's teaching style is great, very encouraging and easy to understand."
"It really simplified everything."
Pace can vary, sometimes rushed.
"Some parts felt a little rushed..."
"The pace was sometimes slow, sometimes fast."
Visual Studio versions in demos are old.
"...it feels a bit outdated in parts, especially the Visual Studio version used in some demos."
"Could benefit from updating some of the tooling demos to newer VS versions."
"The Visual Studio version issue mentioned by others is a minor annoyance."
Projects lack complexity for advanced learners.
"Some parts felt a little rushed, and I wish there were more advanced project examples..."
"The projects were okay, but not as 'real-world' as advertised."
"The course is too basic if you have any prior programming experience."
"The projects are trivial, and the explanations... don't go into enough depth."
"Projects are basic."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in C# OOP: C# Object Oriented Programming on Real C# Projects with these activities:
Review C# Fundamentals
Solidify your understanding of C# fundamentals to better grasp OOP concepts.
Show steps
  • Review data types, variables, and operators.
  • Practice writing simple C# programs.
  • Familiarize yourself with C# syntax.
Review 'Head First C#'
Reinforce your understanding of C# and OOP with a visually engaging book.
View Head First C# on Amazon
Show steps
  • Read the chapters relevant to the course topics.
  • Complete the exercises and quizzes in the book.
  • Reflect on how the book's explanations compare to the course material.
Review 'C# 8.0 and .NET Core 3.0 – Modern Cross-Platform Development'
Gain a deeper understanding of C# and .NET Core to enhance your OOP skills.
Show steps
  • Read the chapters on C# fundamentals and OOP.
  • Work through the code examples in the book.
  • Try the exercises at the end of each chapter.
Four other activities
Expand to see all activities and additional details
Show all seven activities
Develop a Simple Banking Application
Apply OOP principles learned in the course by building a practical application.
Show steps
  • Define the classes needed (e.g., Account, Customer, Transaction).
  • Implement methods for deposit, withdrawal, and balance inquiry.
  • Incorporate exception handling for invalid operations.
  • Add a user interface for interacting with the application.
Practice OOP Design Patterns
Reinforce your understanding of OOP by implementing common design patterns.
Show steps
  • Study the Singleton, Factory, and Observer patterns.
  • Implement each pattern in C# with simple examples.
  • Refactor existing code to use these patterns.
Create a Blog Post on C# OOP Concepts
Solidify your understanding by explaining C# OOP concepts in your own words.
Show steps
  • Choose a specific OOP concept (e.g., inheritance, polymorphism).
  • Research the concept and gather examples.
  • Write a clear and concise blog post explaining the concept.
  • Include code snippets to illustrate the concept.
Mentor Junior C# Developers
Deepen your understanding by explaining C# OOP concepts to others.
Show steps
  • Offer assistance to junior developers in your workplace or community.
  • Answer questions about C# OOP on online forums.
  • Lead a study group for C# beginners.

Career center

Learners who complete C# OOP: C# Object Oriented Programming on Real C# Projects will develop knowledge and skills that may be useful to these careers:
Software Developer
A software developer designs, develops, and tests software applications. This course, with its focus on C# object oriented programming through real projects, helps build a foundation in the core principles needed for software development. The course emphasizes practical skills, and provides the tools to create robust and scalable applications using C#. The hands-on approach to learning C# and object oriented programming with C# projects is especially useful to a software developer. This course provides the fundamentals of C# and OOP.
C# Developer
A C# developer specializes in using the C# programming language to build a variety of applications. This course, C# OOP: C# Object Oriented Programming on Real C# Projects, offers practical experience with C# and OOP, essential for excelling as a C# developer. By working on real projects, a C# developer will gain hands-on experience and confidence in their ability to create robust, well-designed applications. C# developer will be able to apply learned coding techniques, like classes and interfaces, to create efficient development.
Game Developer
A game developer creates video games for computers, consoles, and mobile devices. This course helps build a foundation in C# and Object Oriented Programming, both of which are essential for game development, especially within the Unity engine, a popular platform used by many game developers. The course's emphasis on hands-on C# projects would be directly applicable to creating game mechanics, user interfaces, and other interactive elements within a game. A game developer benefits from the real-world application of learned skills and knowledge.
Application Developer
An application developer specializes in creating software applications for various platforms, such as desktop, web, and mobile. This C# OOP course would be highly relevant, as it provides a practical understanding of object oriented programming principles in C#, a language widely used for application development on the .NET platform. The course's hands-on projects allow an application developer to gain experience in building real-world applications, solidifying their understanding of C# and OOP concepts. Emphasis on event driven programming would also be useful.
Software Engineer
A software engineer applies engineering principles to the design, development, testing, and evaluation of software systems and applications. This course on C# object oriented programming provides foundational knowledge and practical skills in C#, a widely used language in software engineering. The software engineer greatly benefits from the focus on object oriented principles, and the experience gained through working on real projects. The software engineer expands skills to contribute to complex software projects.
Unity Developer
A Unity developer uses the Unity game engine to create interactive experiences, often for video games, simulations, and other applications. This course is relevant as C# is the primary scripting language used in Unity. With the hands-on projects, the Unity developer gains a practical understanding of how to apply C# and object oriented programming principles within the Unity environment. Learning C# is extremely helpful to the Unity developer in creating game mechanics and engaging gameplay.
Mobile Application Developer
A mobile application developer creates applications for mobile devices such as smartphones and tablets. This course can be beneficial, particularly if the developer focuses on cross-platform development using tools like Xamarin Forms. C# is a key language in Xamarin, and this course's emphasis on C# and object oriented programming can help a mobile application developer build robust and efficient mobile apps. The course may also be useful for those working on mobile games using Unity, as C# is the primary scripting language for Unity.
Web Developer
A web developer is responsible for designing, coding, and modifying websites, from layout to function and according to a client's specifications. The focus on C# makes this course helpful for building web applications using the .NET framework. A web developer will benefit from the insights into the .NET framework. Skills in windows forms applications would be especially useful for a web developer.
Software Architect
A software architect is responsible for making high-level design choices and dictating technical standards, including coding standards, tools, and platforms. This course in C# and OOP may be useful for a software architect, as C# is often used in enterprise-level applications. The understanding of OOP principles and best practices gained from this course can contribute to a software architect's ability to design scalable and maintainable systems. This course teaches the layered architecture, which can be applied in projects.
Database Programmer
A database programmer designs, implements, and maintains databases, including writing stored procedures and triggers. While this course doesn't focus directly on database programming, C# is often used to interact with databases. The database programmer may find the C# skills useful for building data access layers and other components that interface with databases. The skills can be integrated into application development for backend programming.
Technical Lead
A technical lead is responsible for guiding a team of developers and making technical decisions. This course is on C# object oriented programming. The knowledge gained from this course, particularly on object oriented principles and design patterns, may be useful for a technical lead in making informed decisions about software architecture and development practices. It can also help the team to make decisions related to agile and design patterns.
Quality Assurance Engineer
A quality assurance engineer tests software to ensure it meets quality standards and user requirements. The C# skills taught in this course can be applied to writing automated tests. This course teaches all students efficient coding techniques. The course's knowledge of C# will enable a Quality Assurance Engineer to better test applications.
Software Consultant
A software consultant advises clients on how to best use software to achieve their business objectives. While not directly related, this course may be useful supplementary knowledge. This course will demonstrate the beautiful and efficient coding techniques. This helps improve a software consultant's understanding of the software development process.
IT Manager
An IT Manager is responsible for a company's technology infrastructure and ensuring it aligns with business goals. This course may be useful background knowledge as C# is a common language in enterprise applications. The IT manager will be better positioned to understand their team if learning C#.
Project Manager
A project manager is responsible for planning, executing, and closing projects, often involving software development. The project manager may find it helpful to have a basic understanding of C# and object-oriented programming, allowing them to communicate more effectively with developers and understand the technical aspects of the project. Taking this course can help improve your effectiveness as a project manager.

Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in C# OOP: C# Object Oriented Programming on Real C# Projects.
Provides a comprehensive guide to C# 8.0 and .NET Core 3.0. It covers the fundamentals of C# and .NET development, including object-oriented programming principles. It is particularly useful for understanding the .NET framework and its relationship to C#, which is essential for this course. This book is commonly used as a textbook at academic institutions.
Uses a visually rich format to explain C# concepts in an engaging way. It is particularly helpful for visual learners and those who prefer a less formal approach to learning. It is more valuable as additional reading than it is as a current reference. It provides a solid foundation in C# and OOP principles.

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