DotNet Technology - Syllabus

Overview of .NET and ASP.NET frameworks including .NET, .NET Core, Mono, ASP.NET Web Forms, ASP.NET MVC, ASP.NET Web API, and ASP.NET Core.

Fundamentals of .NET architecture and design principles that guide the development of .NET applications.

How .NET applications are compiled and executed, including the roles of CLI, MSIL, and CLR.

In-depth exploration of .NET Core, including its features, benefits, and use cases.

Using .NET CLI to build, run, test, and deploy .NET Core applications, including its commands and options.

Authenticating users using their Windows login credentials.

Storing small pieces of data on a user's device to track their interactions with a web application.

Managing files on a web server, including uploading, downloading, and manipulating files.

Processing and validating user input from HTML forms in a web application.

Using storyboards to design user interfaces and understanding view controllers.

Restricting data types using facets in XML Schema.

Learn to write console and GUI applications in C#. Understand the basics of creating interactive applications.

Understand the rules and conventions for declaring identifiers and learn about the different types of keywords in C#.

Learn how to write effective comments in C# code to improve readability and maintainability.

Explore the different data types available in C#, including value types and reference types.

Learn about the different types of expressions and operators in C#, including arithmetic, comparison, and logical operators.

Understand how to work with strings and characters in C#, including string manipulation and formatting.

Learn how to declare and manipulate arrays in C#, including single-dimensional and multi-dimensional arrays.

Understand the difference between variables and parameters in C#, and learn how to declare and use them effectively.

Learn about the different types of statements in C#, including declaration, expression, selection, iteration, and jump statements.

Classes are the fundamental building blocks of object-oriented programming in C#. They define a blueprint for creating objects that contain data and behavior.

Constructors are special methods that are used to initialize objects when they are created, while deconstructors are used to break down objects into their constituent parts.

The this reference is a keyword in C# that is used to refer to the current instance of a class or struct.

Properties are members of a class or struct that provide a flexible mechanism for exposing data.

Indexers are a special type of property that allows an object to be indexed like an array.

Static constructors are used to initialize static members of a class, while static classes are used to define a class that cannot be instantiated.

Finalizers are special methods that are used to release unmanaged resources when an object is garbage collected.

Dynamic binding is a mechanism that allows the type of an object to be determined at runtime rather than at compile time.

Operator overloading is a feature in C# that allows developers to redefine the behavior of operators when working with custom types.

Inheritance is a mechanism in object-oriented programming that allows one class to inherit the behavior and properties of another class.

Abstract classes and methods are used to define a blueprint for other classes to follow, without providing a complete implementation.

The base keyword is used to access members of a base class from a derived class.

Overloading is a feature in C# that allows multiple methods with the same name to be defined, as long as they have different parameters.

The object type is the base type of all types in C#, and provides a set of basic methods and properties that can be used by all objects.

Structs are value types that are similar to classes, but have some key differences in terms of their behavior and usage.

Access modifiers are used to control the accessibility of members and types in C#.

Interfaces are abstract contracts that define a set of methods and properties that must be implemented by any class that implements them.

Enums are value types that represent a set of named constants.

Generics are a feature in C# that allows developers to create reusable code that can work with multiple types.

This topic covers the concepts of active databases, including triggers, and their applications in advanced database systems.

This topic explores the concepts and techniques of temporal databases, which manage time-varying data and support temporal queries.

This topic introduces the concepts and techniques of spatial databases, which manage spatial data and support spatial queries and analysis.

This topic covers the concepts and techniques of multimedia databases, which manage multimedia data such as images, audio, and video.

This topic explores the concepts and techniques of deductive databases, which use logical rules to derive new information from existing data.

This topic provides an introduction to the concepts and techniques of information retrieval and web search, including indexing, querying, and ranking.

Multitasking in 80286 architecture allows multiple tasks to run concurrently, improving system performance and responsiveness.