C# Language
- Getting started with C# Language
- Learn Tutorial
- How to Start Learning C# While Still in College
- Awesome Book
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- .NET Compiler Platform (Roslyn)
- Access Modifiers
- Access network shared folder with username and password
- Accessing Databases
- Action Filters
- Aliases of built-in types
- An overview of c# collections
- Anonymous types
- Arrays
- ASP.NET Identity
- AssemblyInfo.cs Examples
- Async/await, Backgroundworker, Task and Thread Examples
- Async-Await
- Asynchronous Socket
- Attributes
- BackgroundWorker
- BigInteger
- Binary Serialization
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BindingList
- Built-in Types
- C# 3.0 Features
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- C# 5.0 Features
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- C# 7.0 Features
- C# Authentication handler
- C# Script
- Caching
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- CLSCompliantAttribute
- Code Contracts
- Code Contracts and Assertions
- Collection Initializers
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- Common String Operations
- Conditional Statements
- Constructors and Finalizers
- Creating a Console Application using a Plain-Text Editor and the C# Compiler (csc.exe)
- Creating Own MessageBox in Windows Form Application
- Creational Design Patterns
- Cryptography (System.Security.Cryptography)
- Data Annotation
- DateTime Methods
- Delegates
- Dependency Injection
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- Dynamic type
- Enum
- Equality Operator
- Equals and GetHashCode
- Events
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- Expression Trees
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- File and Stream I/O
- FileSystemWatcher
- Func delegates
- Function with multiple return values
- Functional Programming
- Garbage Collector in .Net
- Generating Random Numbers in C#
- Generic Lambda Query Builder
- Generics
- Getting Started: Json with C#
- Guid
- Handling FormatException when converting string to other types
- Hash Functions
- How to use C# Structs to create a Union type (Similar to C Unions)
- ICloneable
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- Immutability
- Implementing Decorator Design Pattern
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- Indexer
- Inheritance
- Base class with recursive type specification
- Constructors In A Subclass
- Extending an abstract base class
- Inheritance Anti-patterns
- Inheritance. Constructors' calls sequence
- Inheriting from a base class
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- INotifyPropertyChanged interface
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- Microsoft.Exchange.WebServices
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- nameof Operator
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- Networking
- Nullable types
- Null-Coalescing Operator
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- NullReferenceException
- O(n) Algorithm for circular rotation of an array
- Object initializers
- Object Oriented Programming In C#
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ObservableCollection
- Operators
- Overflow
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- Parallel LINQ (PLINQ)
- Partial class and methods
- Performing HTTP requests
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- String.Format
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- Structs
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- Synchronization Context in Async-Await
- System.DirectoryServices.Protocols.LdapConnection
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- T4 Code Generation
- Task Parallel Library
- Task Parallel Library (TPL) Dataflow Constructs
- Threading
- Timers
- Tuples
- Type Conversion
- Unsafe Code in .NET
- Using Directive
- Using json.net
- Using SQLite in C#
- Using Statement
- Value type vs Reference type
- Verbatim Strings
- Windows Communication Foundation
- XDocument and the System.Xml.Linq namespace
- XML Documentation Comments
- XmlDocument and the System.Xml namespace
- Yield Keyword
C# Language Inheritance Extending an abstract base class
Example
Unlike interfaces, which can be described as contracts for implementation, abstract classes act as contracts for extension.
An abstract class cannot be instantiated, it must be extended and the resulting class (or derived class) can then be instantiated.
Abstract classes are used to provide generic implementations
public abstract class Car
{
public void HonkHorn() {
// Implementation of horn being honked
}
}
public class Mustang : Car
{
// Simply by extending the abstract class Car, the Mustang can HonkHorn()
// If Car were an interface, the HonkHorn method would need to be included
// in every class that implemented it.
}
The above example shows how any class extending Car will automatically receive the HonkHorn method with the implementation. This means that any developer creating a new Car will not need to worry about how it will honk it's horn.
