The VC++ (Visual C++) exam evaluates a candidate's understanding and proficiency in using Microsoft Visual C++ to develop Windows applications. Visual C++ is a powerful programming environment that integrates the C++ programming language with Microsoft's Visual Studio IDE. This exam tests knowledge of C++ programming concepts, Windows API, and MFC (Microsoft Foundation Classes) for building robust and efficient applications.
Skills Required
C++ Programming: Strong grasp of C++ syntax and programming constructs.
Object-Oriented Programming: Understanding of OOP principles and implementation in C++.
Windows API: Knowledge of Windows API for low-level system programming.
MFC: Proficiency in using MFC for creating GUI applications.
Debugging: Skills in debugging and optimizing C++ applications.
Who should take the exam?
Software Developers: Professionals who develop Windows applications.
System Programmers: Developers who work on system-level programming using C++.
Game Developers: Those who use C++ for game development on Windows.
Students: Individuals studying computer science or software engineering.
IT Professionals: Those seeking to enhance their skills in C++ and Windows application development.
Course Outline
The VC++ exam covers the following topics :-
Module 1: Introduction to Visual C++
Overview of Visual C++: Introduction to the VC++ environment and its features.
Setting Up the Environment: Installing Visual Studio and configuring VC++ projects.
Module 2: C++ Fundamentals
C++ Syntax and Semantics: Basic syntax, data types, and control structures.
Functions and Variables: Declaring, defining, and calling functions, variable scope, and lifetime.
Pointers and References: Understanding pointers, references, and dynamic memory allocation.
Module 3: Object-Oriented Programming in C++
Classes and Objects: Defining classes, creating objects, constructors, and destructors.
Inheritance and Polymorphism: Implementing inheritance, virtual functions, and polymorphism.
Encapsulation and Abstraction: Utilizing encapsulation and abstraction in C++.
Module 4: Advanced C++ Features
Templates and STL: Using templates and the Standard Template Library (STL).
Exception Handling: Implementing try, catch, and throw for error handling.
Multithreading: Basics of multithreading and synchronization in C++.
Module 5: Windows API Programming
Introduction to Windows API: Basics of Windows programming and API calls.
Message Handling: Handling Windows messages and events.
GUI Components: Creating and managing GUI components using Windows API.
Module 6: Microsoft Foundation Classes (MFC)
Overview of MFC: Introduction to MFC and its components.
MFC Application Framework: Creating MFC applications using the MFC framework.
Dialog-Based Applications: Designing and implementing dialog-based applications.
Module 7: User Interface Design with MFC
Controls and Widgets: Using controls like buttons, text boxes, and lists in MFC.
Menus and Toolbars: Implementing menus, toolbars, and status bars.
Graphics and Drawing: Drawing graphics using GDI (Graphics Device Interface).
Module 8: File I/O and Serialization
File Handling: Reading from and writing to files in C++.
Serialization: Implementing serialization for saving and loading object states.
Module 9: Debugging and Optimization
Debugging Techniques: Using Visual Studio debugger, breakpoints, and watch windows.
Performance Optimization: Techniques to optimize the performance of C++ applications.
Module 10: Advanced MFC Topics
Document/View Architecture: Implementing document/view architecture in MFC applications.
Database Connectivity: Connecting to databases using ODBC and ADO.
Network Programming: Basics of network programming with MFC.
Module 11: Real-World Applications
Case Studies: Examples of real-world applications developed using VC++.
Best Practices: Writing maintainable and efficient code in VC++.
Project Development: Developing a complete project using the skills learned.