Course Detail

Course Description

• Lesson 1. What is C++, its Applications, Advantages etc.
• Lesson 2. Difference between C and C++. major and minor difference
• Lesson 3. Creating C++ source file, Editing, Compiling, Linking, Debugging
• Lesson 4. Make File Utility, Command Line Arguments etc.

• Lesson 1. Look at Procedure-oriented Programming
• Lesson 2. A Brief Look At Object Oriented Programming(OOP)
• Lesson 3. Applications of OOP, Benefits of OOPS

• Lesson 1. Tokens
• Lesson 2. C++ keywords
• Lesson 3. Basic Data Types
• Lesson 4. User-defined Data Types
• Lesson 5. Derived Data Types
• Lesson 6. Operators in C++
• Lesson 7. Reference Variables
• Lesson 8. Operator Precedence
• Lesson 9. Control Structure

• Lesson 1. Different forms of functions
• Lesson 2. function prototyping
• Lesson 3. Call by Reference
• Lesson 4. Inline Functions
• Lesson 5. Function overloading
• Lesson 6. Operator Overloading
• Lesson 7. friend and virtual functions
• Lesson 8. Operator Precedence
• Lesson 9. Control Structure

• Lesson 1. C Structure revision
• Lesson 2. Defining classes, defining member functions
• Lesson 3. Declaration of objects to class Access to member variables from objects etc
• Lesson 4. Different forms of member functions dependence on access specifiers(i.e. Private, public, protected)
• Lesson 5. array of objects
• Lesson 6. objects as function arguments
• Lesson 7. returning objects
• Lesson 8. pointers to members
• Lesson 9. local classes

• Lesson 1. Introduction
• Lesson 2. Constructors
• Lesson 3. Types of constructors
• Lesson 4. Use of Multiple constructors
• Lesson 5. Dynamic initialization of objects
• Lesson 6. Destructors

• Lesson 1. Introduction
• Lesson 2. Defining operator overloading
• Lesson 3. Overloading overloading(unary, binary operators)
• Lesson 4. Overloading binary operators using friends
• Lesson 5. Rules for overloading operators
• Lesson 6. type conversion

• Lesson 1. Introduction
• Lesson 2. Types of inheritance
• Lesson 3. Single inheritance
• Lesson 4. Multiple inheritance
• Lesson 5. Multilevel inheritance
• Lesson 6. Hierarchical inheritance
• Lesson 7. Hybrid inheritance etc

• Lesson 1. Introduction
• Lesson 2. Pointers
• Lesson 3. Pointers to objects
• Lesson 4. This pointer
• Lesson 5. Pointers to derived class
• Lesson 6. Varirtual functions
• Lesson 7. Pure virtual functions etc

• Lesson 1. Introduction
• Lesson 2. C++ streams
• Lesson 3. C++ stream classes
• Lesson 4. Unformated / Formated I/O operations
• Lesson 5. Managing output with manipulators

• Lesson 1. Introduction
• Lesson 2. creating/ opening / closing / deleting files
• Lesson 3. file pointers and their manipulators
• Lesson 4. updating file random access to file
• Lesson 5. Error handling during file operations

• Lesson 1. Introduction
• Lesson 2. class templates
• Lesson 3. function templates

• Lesson 1. Introduction
• Lesson 2. Exception handling – throwing, catching, re-throwing an exceptions, specifying exceptions etc

Syllabus Updates : We keep adding/upgrading our syllabus every 6-12 months to accommodate for advancement. Some topics can be omitted from syllabus without prior notice as they might be redundant or not relevant to the batch being trained. You can request any Topic from your trainer.