Path Courses
Introduction to C# : Getting Started
C# is one of the most popular languages developed by Microsoft. Learn c# to leverage the .NET platform experience for building web, windows and mobile applications.
In this course, you'll learn about the C# history, code execution, tools and IDE to get started with C#. Further, you will learn how to create a variable, use data types and do safe typecasting.
What you will learn:
- Introduction to C#
- History of C# Version
- C# Code Execution
- Installing and Configuring Visual Studio
- Variable
- Data Type
- Safe Type Casting with IS and AS Operator
By: C# Conditional Statements and Loops
The C# Conditional Statements and Loops course is curated by Microsoft MVPs for both the beginners and professionals who came from another programming languages background like VB, Java and Php etc.
This course will make you comfortable with fundamental programming concepts in C# along with decision-making statements, loops and jump statements.
What you will learn:
- Operators
- Operators precedence
- Conditional Statements: if, if..else if, switch
- Loops: do..while, while, for, foreach
- Jump Statements
C# Arrays and Strings
Arrays and Strings are reference type. Array is the base/abstract class of every array object in C#. Array class provides various methods to perform common tasks like copying, sorting, searching and indexing, etc. A string is an object of type String whose value is text. String class provides various methods to perform standard string operations like concatenation, substring, searching etc.
In this course, you will explore types of Array in C#, Array class, String and its helpful methods.
What you will learn:
- Arrays
- Types of Arrays
- Strings
- String Methods
Object-Oriented Programming in C#
C# is a widely used language for leveraging the .NET Framework and its technologies. Learn how to work with classes, methods, objects, inheritance, struct, enum and indexer in your real project.
Upon completion of this course, you will have the skills and knowledge you need for building C# based applications on the .NET platform.
What you will learn:
- Object-Oriented Programming Concepts
- Access Modifiers
- Constructor
- Inheritance
- Methods
- Structure
C# Concepts: Abstract Class, Interface and Partial Class
In the previous courses, you have learned about C# language fundamental concepts. C# is evolving after every release of a new version of .NET. C# 2.0 and C# 3.0 having so many useful features which are widely used when you develop software using C#.
Abstract class and interface both are used to achieve abstraction with the help of abstract methods. Abstract class and interface both can't be instantiated. In this course, you will learn about C# concepts like interface, abstract class, partial methods and so on.
What you will learn:
- Abstract Class
- Interface
- Interface vs. Abstract Class
- Static Class
- Extension Methods
- Partial Class
- Partial Methods
C#: Property, Indexer, Attributes and Exception Handling
Learn to work with property, indexer, attributes to create a C# console application for tracking bands. Further learn to handle exceptions in C#. When you are finished with this course, you will have the skills and knowledge you need for building real-world applications using C#.
What you will learn:
- Property
- Indexer
- Exceptional Handling
- Enum
- Attributes
C# Concepts: Anonymous Type, Delegates, Events and Lambda
C# has a rich set of features to simplify the way of writing code. The concept of anonymous method was introduced in C# 2.0 to create an inline unnamed method in the code. Lambda expression is a more concise syntax of anonymous method. Delegate is a reference type that holds the reference of a class method. Any method which has the same signature as delegate can be assigned to delegates.
What you will learn:
- Extension Methods
- Anonymous Type
- Var and Dynamic
- Delegates
- Events
- Anonymous Methods
- Lambda Expression
- Expression Tree
C# Asynchronous Programming - Async and Await
In .NET Task asynchronous programming model (TAP) provides an abstraction over asynchronous code. TAP helps you to divide your logic into awaitable tasks (asynchronous operations), where you can perform some long running operations such as reading large file, doing an API call without freezing or blocking your application UI or service.
In this course, you will learn how to write asynchronous code in C# using Async and Await.
What you will learn:
- What is Synchronous and Asynchronous?
- Asynchronous Programming Patterns in .NET
- Asynchronous Programming Model (APM)
- Event-based Asynchronous Pattern (EPM)
- Task-based Asynchronous Pattern (TAP)
- Async and Await in Task-based Asynchronous Pattern TAP
- Asynchronous vs. Multithreading
