C++
Wednesday, 27 August, 2025
Unit 1 – Principles of OOP, Tokens, Control Statements
1. Procedure-oriented programming
2. Object-oriented programming paradigm
3. Basic concepts of OOP
4. Benefits of OOP
5. Applications of OOP
6. What is C++?
7. Applications of C++
8. Input/output operators
9. Structure of a C++ program
10. Introduction to namespace
11. Tokens
Keywords
Identifiers
Basic data types
User-defined types
Derived data types
Symbolic constants
Type compatibility
Declaration of variables
Dynamic initialization of variables
Reference variables
12. Operators in C++
Scope resolution operator
Member referencing operator
Memory management operator
Manipulators
13. Control structures
Simple if, if…else, nested if else, switch
for, while, do…while
14. Functions in C++
The main function
Call by reference
Return by reference
Inline function
Default arguments
Const arguments
Function overloading
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Unit 2 – Classes and Objects, Constructors, Destructors
15. C structures revisited
16. Specifying a class
17. Local classes
18. Nested classes
19. Defining member functions, nesting of member functions
20. Private member function
21. Making outside function inline
22. Arrays within a class
23. Memory allocation for objects
24. Static data members
25. Static member functions
26. Arrays of objects
27. Objects as function arguments
28. Friendly functions
29. Returning objects
30. Const member function
31. Pointer to members
32. Characteristics of constructor
33. Explicit constructor
34. Parameterized constructor
35. Multiple constructors in a class
36. Constructor with default argument
37. Copy constructor
38. Dynamic initialization of objects
39. Constructing two-dimensional array
40. Dynamic constructor
41. Multiple Inheritance Level (MIL), advantages of MIL
42. Destructors
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Unit 3 – Operator Overloading, Type Conversion, Inheritance
43. Concept of operator overloading
44. Overloading unary and binary operators
45. Overloading of operators using friend function
46. Manipulation of string using operators
47. Rules for operator overloading
48. Type conversions
49. Comparison of different methods of conversion
50. Defining derived classes
51. Types of inheritance (Single, Multiple, Multilevel, Hierarchical, Hybrid)
52. Virtual base class & abstract class
53. Constructors in derived class
54. Application of constructor and destructor in inheritance
55. Containership
56. Inheritance vs Containership
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Unit 4 – Pointers, Virtual Functions, Polymorphism, RTTI, Console I/O
57. Pointer to object
58. Pointer to derived class
59. this pointer
60. Rules for virtual function
61. Virtual function and pure virtual function
62. Run Time Type Identification (RTTI)
63. C++ Streams
64. C++ Stream Classes
65. Unformatted I/O operations
66. Formatted I/O operations
67. Use of manipulators
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Unit 5 – Files, Exception Handling, Templates, STL
68. File stream classes
69. Opening and closing a file
70. Error handling
71. File modes
72. File pointers
73. Sequential I/O operations
74. Updating a file (random access)
75. Command line arguments
76. Overview of exception handling
77. Need for exception handling
78. Components of exception handling
79. Introduction to templates
80. Class templates
81. Function templates
82. Member function templates
83. Overloading of template function
84. Non-type template argument
85. Introduction to STL
86. Overview of iterators
87. Overview of containers
