C++ Programming Course in Irinjalakuda

C++ Programming Training in Irinjalakuda, is a general-purpose object-oriented programming (OOP) language which is an extension of the C language.

In this C++ Programming Courses in irinjalakuda, students will start with the fundamental programming concepts before digging deeper into the more advanced C++ topics.

C++ Programming Course Outline

1.Introduction and Overview

• Relating C, C++, Java, and C#
• The in-class development environment
• Other development environments

2. C++ Programming Building Blocks

The main function and standard I/O

• Displaying values and strings to cout
• Reading values from cin
• Formatting with stream manipulators

3. Objects, constants, and references

• Declaring and initializing variables
• Integer and floating-point data types
• Performing calculations and displaying results
• Utilizing references for efficiency and constants for safety

4. Defining and calling functions

• Passing arguments to functions and returning values from functions
• Scope, duration, and initial values variables

5. Decisions, loops, and logic

• Making decisions with if/else
• bool vs. int logical values
• if/else statement chains
• Performing loops
• Implementing C++ range-based for loops
• Equality, relational, and logical operators

6. Arrays, pointers, and strings

• Declaring and using arrays and pointers
• Storing strings in character arrays
• Accessing array elements via pointers
• Pointers vs. references
• Standard string class and functions

7. Encapsulating higher-level data types

• Public member functions and private data members
• Protected class members
• Constructors and destructors
• Self-reference: the this pointer
• The class member operator

8. Declaring, accessing, and modifying objects

• Manipulating arrays of objects, pointers to objects and references to objects
• Invoking member functions
• const member functions
• Passing objects by value and by reference

9. Overloading and templates

• Simplifying class interfaces
• Function signatures
• Overloading assignment (=) and insertion (\<\<)
• friend functions and classes
• Explicit copy/move construction
• Avoiding default assignment and copy construction
• Utilizing STL templates to define families of classes

10. Separating interfaces and implementations

• How separation supports code reuse
• Building header files and code files

11. Deriving new classes from existing classes

• Construction and destruction of derived objects
• Reusability via incremental extensions
• Base classes and derived classes

12. Utilizing polymorphic functions

• Overriding virtual base-class member functions in derived classes
• Runtime lookup of functions through base-class pointers and references

13. Managing dynamic data

• Allocating and deallocating memory with new and delete
• Handling errors with try and catch
• Avoiding memory leaks
• Utilizing lambdas and smart pointers