Basic C++ Course with PDF Lab Manuals
C++ Complete Course
C++ is a high-level programming language created by Bjarne Stroustrup at Bell Labs in 1979. C++ may be used on a variety of systems, including Windows, Mac OS, and different UNIX versions. This C++ course takes a straightforward and practical approach to explain C++ fundamentals to novice to advanced software engineers.
Why Learn C++
- To become an excellent Software Engineer, students and working professionals must learn C++. I’ll go through some of the primary benefits of learning C++:
- Because C++ is so near to hardware, you can work at a low level, giving you more control over memory management, greater speed, and, ultimately, more reliable software development.
- C++ programming teaches you all you need to know about Object-Oriented Programming. When you implement virtual tables and virtual table virtualization, you will grasp low-level polymorphism implementation.
- C++ is one of the most widely used programming languages, with millions of programmers using it. If you are a fantastic C++ programmer, you will never be unemployed, and you will be well compensated for your efforts.
- In application and system programming, C++ is the most extensively used programming language. As a result, you have the option of selecting your software development area of interest.
- C++ teaches you about compilers, linkers, and loaders, as well as distinct data types, storage classes, variable types, and their scopes.
There are several benefits to learning C++ programming. But one thing is certain: to learn any programming language, not just C++, all you have to do is code, code, code, and code some more until you’re an expert.
Apple C++. Xcode
Cygwin (GNU C++)
MINGW – “Minimalist GNU for Windows”
GNU CC source
Microsoft Visual C++
What Will I Learn?
- C++ is a highly portable language and is often the language of selection for multi-device, multi-platform app development.
- C++ is an object-oriented programming language and includes concepts like classes, inheritance, polymorphism, data abstraction, and encapsulation which allow code reusability and makes programs very maintainable.
- C++ use multi-paradigm programming. The Paradigm means the style of programming .paradigm concerned about logics, structure, and procedure of the program. C++ is multi-paradigm means it follows three paradigm Generic, Imperative, Object Oriented.
- It is useful for the low-level programming language and very efficient for general purpose.
- C++ gives the user complete control over memory management. This can be seen both as an advantage and a disadvantage as this increases the responsibility of the user to manage memory rather than it being managed by the Garbage collector.
- The wide range of applications − From GUI applications to 3D graphics for games to real-time mathematical simulations, C++ is everywhere.
- C++ has a huge community around it. Community size is important, because the larger a programming language community is, the more support you would be likely to get. C++ is the 6th most used and followed tag on StackOverflow and GitHub.
- C++ has a very big job market as it is used in various industries like finance, app development, game development, Virtual reality, etc.
- C++'s greatest strength is how scalable it could be, so apps that are very resource intensive are usually built with it. As a statically written language, C++ is usually more performant than the dynamically written languages because the code is type-checked before it is executed.
- Compatibility with C − C++ is compatible with C and virtually every valid C program is a valid C++ program.