Gain insights into C# 10 and .NET, learn programming basics, delve into OOP, explore data structures, and discover how to build and deploy native applications effectively.

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C# is one of the most popular programming languages in the world, and its latest stable version, C# 10, has several new features and updates that make it an excellent choice for a wide variety of applications. Combined with the .NET framework, C# can empower developers to build native applications for all the major consumer operating systems as well as the cloud.

The course starts with an introduction to programming concepts such as conditional statements, loops, arrays, and functions. You’ll explore advanced topics of object-oriented programming (OOP) including classes, inheritance, access, and extensions. Finally, you’ll work with data structures, events, concurrency, testing, and databases.

By the end of this course, you’ll have a working knowledge of not only the C# programming language, but also key ideas of software engineering. You’ll also be prepared to build and deploy native applications with the .NET framework.

Programming Fundamentals: Getting Started with C# and .NET

## What are generics?
**Generics** define *type-safe classes* without committing to any specific data types. They're essentially a placeholder until a specified data type is declared. There are many prebuilt classes that use generics. This lesson covers how to create these **generic classes**. 

The syntax below demonstrates the use of the **generic type parameter**, which uses the angle brackets (```<>```). **Generic type names** are usually a single capital letter, ```T``` being the most common, or a simple name starting with ```T```, such as ```TKey``` or ```TValue```.

## Syntax
```C#
class AGenericClass<T>
{
  // Empty generic class
}

```

## Example: Generic class
Assume that the generic class in the next example is being instantiated with a string in the following way:

# What are generics?
**Generics** define *type-safe classes* without committing to any specific data types. They're essentially a placeholder until a specified data type is declared. There are many prebuilt classes that use generics. This lesson covers how to create these **generic classes**. 

The syntax below demonstrates the use of the **generic type parameter**, which uses the angle brackets (```<>```). **Generic type names** are usually a single capital letter, ```T``` being the most common, or a simple name starting with ```T```, such as ```TKey``` or ```TValue```.

# Syntax
```C#
class AGenericClass<T>
{
  // Empty generic class
}

```

# Example: Generic class
Assume that the generic class in the next example is being instantiated with a string in the following way:

Introduction

C# Basics

Operators

Decisional Statements

Loops (Iterative Statements)

Arrays

Methods

Classes

Data Structures

Delegates and Events

Miscellaneous Topics

Concurrency

LINQ and Databases

Appendix

Generic Class

What are generics?