Dot Net Fundamentals Practice Exam

The Dot Net Fundamentals exam evaluates individuals' understanding of the fundamental concepts and principles of the .NET framework. .NET is a software development platform developed by Microsoft that provides tools and libraries for building various types of applications, including web, desktop, mobile, and cloud-based applications. This exam covers essential aspects of the .NET framework, including its architecture, common language runtime (CLR), programming languages, and core libraries.

Skills Required

• Understanding of .NET Framework: Knowledge of the .NET framework, its components, and how it provides a platform for developing and running applications.
• Proficiency in C# or VB.NET: Skills in programming with C# (C Sharp) or VB.NET (Visual Basic .NET), the primary languages used for .NET development.
• Knowledge of Common Language Runtime (CLR): Understanding of the CLR, including its role in executing .NET applications, memory management, garbage collection, and exception handling.
• Familiarity with .NET Core: Awareness of .NET Core, the cross-platform and open-source version of the .NET framework, and its differences from the traditional .NET framework.
• Experience with .NET Libraries: Familiarity with common .NET libraries and namespaces for tasks such as file I/O, data access, networking, and web development.

Who should take the exam?

• Software Developers: Developers who want to validate their understanding of the .NET framework and its core concepts.
• Students: Computer science students or aspiring developers looking to learn the fundamentals of .NET development.
• IT Professionals: IT professionals seeking to expand their skills and knowledge in .NET development for building enterprise applications.
• Career Changers: Individuals transitioning to a career in software development and starting with the .NET framework.
• Anyone Interested in .NET: Individuals interested in learning about the .NET framework and its capabilities for building modern applications.

Course Outline

The Dot Net Fundamentals exam covers the following topics :-

Module 1: Introduction to .NET Framework

• Overview of the .NET framework, its history, and evolution.
• Understanding the architecture of the .NET framework, including the Common Language Runtime (CLR) and the Base Class Library (BCL).

Module 2: Programming Languages in .NET

• Introduction to C# (C Sharp) and VB.NET (Visual Basic .NET) programming languages.
• Syntax, features, and differences between C# and VB.NET.

Module 3: Common Language Runtime (CLR)

• Understanding the role of CLR in executing .NET applications.
• Memory management, garbage collection, exception handling, and performance optimization in CLR.

Module 4: .NET Core Overview

• Introduction to .NET Core, its features, and benefits.
• Understanding the differences between .NET Core and the traditional .NET framework.

Module 5: .NET Libraries and APIs

• Overview of common .NET libraries and namespaces for tasks such as file I/O, data access, networking, and web development.
• Working with key .NET classes and methods for application development.

Module 6: Building Console Applications

• Creating, compiling, and running console applications using C# or VB.NET.
• Working with command-line arguments, user input, and output in console applications.

Module 7: Building Windows Forms Applications

• Introduction to Windows Forms for building desktop applications in .NET.
• Designing user interfaces, handling events, and implementing functionality in Windows Forms applications.

Module 8: Building Web Applications with ASP.NET

• Overview of ASP.NET for building web applications and services.
• Creating web forms, handling user input, and interacting with databases in ASP.NET applications.

Module 9: Introduction to ASP.NET Core

• Overview of ASP.NET Core and its advantages for building modern web applications.
• Building web APIs, using middleware, and hosting ASP.NET Core applications.

Module 10: Deployment and Testing

• Deploying .NET applications to different environments, including local machines, servers, and cloud platforms.
• Testing strategies and techniques for .NET applications, including unit testing and integration testing.