Xamarin: Build Native Cross Platform Apps with C# Codes

Hi there,

Welcome to the Xamarin: Build Native Cross-Platform Apps with C# Codes course.
Use your C# skills, learn to build native mobile apps with Xamarin for Android, iOS and Windows | Xamarin C# ( uwp )

Being able to develop mobile apps for multiple platforms is the quickest way a developer can boost their productivity. Whether you’re interested in learning Xamarin Forms, Xamarin Classic, or Azure Mobile Services, Udemy has a course to help you create cross-platform mobile apps more efficiently.
Writing separate versions of the same app for each major mobile platform can be a huge drain on developer resources. The Xamarin Mobile Platform lets you write code once in C# and then compile that code to run natively on Android, iOS, and Windows.

The best course is right in front of your eyes. This is the most complete course that teaches you how to build Native Cross-Platform Apps with C# Codes.

We believe building apps shouldn’t be painful. That’s why we created this Xamarin course.

Xamarin is a framework that allows us to create native apps for Android, IOS and Windows using C# programminglanguage which means you only code once then the rest will be sorted as Xamarin will build your app for each platform. It is that simple.

In this Xamarin with C# codes course, we will develop cross-platform apps with Xamarin Forms. You do not need to learn Java, Kotlin, Objective-C, Swift or anything of that. Just know C#. But knowing C# Object-Oriented Programming will be a plus.

No prior knowledge is needed!

This Xamarin course starts at beginner levels so you don’t need to have previous knowledge except for C# experience.
Free Tools

In this course Free tools and platforms used, so you don’t need to buy any tool or application.

In this course, you will learn:

• Installing Visual Studio and Xamarin libraries

• Creating a custom Emulator

• Running project on the Emulator

• Developing native mobile apps for Android, iOS and UWP

• Building user-interfaces with XAML and C# code

• Using Xamarin Forms Previewer

• Managing NuGet packages

• Creating pages and navigation between them

• Adding and using elements

• Designing with Layouts

• TableView and Cells

• Displaying popups

• ListView and data binding basic

• Getting platform-specific functions with Dependency Service

• Using native controls with Custom Renderers

• Getting to build native cross platform apps with c# codes

• Having visual studio 2019 xamarin

• xamarin

• c#

• xamarin forms

• xamarin android

• xamarin form

• android

• xamarin native

• visual studio 2019 xamarin

• cross platform

• xamarin ios

• c# mobile app

• xamarin xamarin android uwp xamarin c# xamarin native c# xamarin xamarin forms cross platform visual studio 2019 xamarin c# oak academy mobile app xamarin ios uno platform c# mobile xamarin form c# apps xamarin native ios xamarin visual studio xamarin 2019 c# app xamarin app xamarin oak academy xamarın xamarin mobile app cross platform app development xamarin course xamarin project c# mobile apps c# ios

By registering the course you will have lifetime access the all resources, practice videos and will be able to ask questions about related topics whenever you want.

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 .NETinitiative. 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.

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 developers’ expertise. 

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

Student Says That:
An absolutely amazing course it was! I’ve got a very good idea of how to make a real-world application with the help of Xamarin Forms. This course also has an excellent combo of Web APIs with ASP. Net. I’ve even made my own REST API and consumed it in my cross-platform Xamarin Forms application.

Let’s dive in now my Xamarin: Build Native Cross-Platform Apps with C# Codescourse

We offer full support, answering any questions.

See you in the course!

Rating Distribution

• 1 stars: 2 votes
• 2 stars: 1 votes
• 3 stars: 11 votes
• 4 stars: 37 votes
• 5 stars: 79 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!