C/C++ Programming Training

C Programming

1. Introduction of C Programming:

   History, Structure, Purpose, Uses

   
   
2. Identifier in C
3. Data Type Declaration Instruction
4. Input Output Instruction
5. Operators

   Unary, Airthmatic, Bitwise, Relation, Logic, Condition, Assignment

   
   
6. Decision Control Statment (Switch Case)
7. Loops
8. Function / Reccursion
9. Array / 1D / 2D
10. Strings
11. Pointers
12. Application of Pointers
13. Structure
14. Union
15. Dynamic Memory Allocation
16. Enumerator
17. Typedef
18. Preprocessor Commands:

    #include, #define #undef

    
    
19. File Handling

    Reading from a file			Writing in a File
    fgets	fread	fscan	fprint	fwrite	fputs

    
    
20. File Opening Modes

CPP Programming

1. Introduction on CPP programming environment
2. Overview about CPP Programming Language:

   History of CPP language, Software tools required for programming in CPP, Comparison with C programming language, etc.

   
   
3. Fundamentals of OOP:

   Concepts of objects & classes, data members, methods, encapsulation, information hiding, cin & cout objects, Formatting and I/O manipulators, New and delete operators, etc.

   
   
4. Classes and Objects:

   Access specifiers, Inline functions, Static data members & member functions, 'this' pointer, Constructors, Destructors, Friend function, Array of objects, Pointers of objects, etc.

   
   
5. Operator Overloading:

   Introduction, Need of operator overloading, Overloading the assignment, Binary and unary operators, Overloading using friends, Rules for operator overloading and Type conversions.

   
   
6. Inheritance and Polymorphism:

   Base and derived classes, Friend classes, Types of inheritance, Member access control, Static class, Virtual base class, Polymorphism, virtual functions, pure virtual functions, abstract class, Virtual destructors, Early & late binding, container classes, etc.

   
   
7. Templates:

   Function & class templates, member function & argument templates, Generic Programming, Standard Template Library, Containers, Iterators, container template classes for vectors and stacks and related algorithms.

   
   
8. Exception Handling:

   Introduction, Syntax for exception handling code: try-catch-throw, Multiple Exceptions, Exceptions with arguments and Introduction to RTTI.

   
   
9. Miscellaneous Features:

   At last, you will learn some important features like Namespaces, Rules of namespaces, Managing console I/O operations & File, Streams, etc.