Description

Description

Experienced C Language programmers will gain the expertise to develop object-oriented programs with the C++ programming language through this course. Participants will familiarize themselves with the language syntax and learn to code and execute object-oriented C++ programs.

Training Objectives

• ·Distinguish new C++ Language features not available in C Language.
• ·Compile and execute C++ programs.
• ·Define encapsulation
• inheritance
• and polymorphism.
• ·Use inline functions and function overloading.
• ·Create data abstractions through the use of classes.
• ·Share and restrict object members.
• ·Define and use constructors and destructors.
• ·Dynamically create and destroy space.
• ·Use the I/O Stream related classes.
• ·Use operator overloading.
• ·Declare and use named constants.
• ·Describe scope
• storage class
• and linkage.
• ·Increase software reusability through inheritance.
• ·Use dynamic binding and virtual functions.
• ·Process errors using exception handling.
• ·Declare and use class and function templates (Optional)

Course Outline

• I.INTRODUCTION<
• A.Features of C++<
• B.History and Origin of C++<
• C.Advantages of C++<
• D.C++ Compilation Process<
• II.C++vs.C<
• A.Compatibility between C and C++ B.Comments and Readability<
• C.C++ Keywords and Modifiers D.Variable Declarations in C++ E.Derived Data Types<
• F.Operator Precedence and Associativity<
• G.Scope/Global Operator (::)<
• H.Namespaces<
• I.Input/Output Streams<
• III.FUNCTIONS<
• A.Function Definition<
• B.Function Declaration<
• C.Reference Parameters<
• D.Default Argument Values<
• E.Function Overloading<
• F.Inline Functions<
• G.Type Safe Linkage<
• H.Name Mangling<
• I.Combining C and C++ Functions<
• IV.OBJECT ORIENTED CONCEPTS<
• A.Features of Object Oriented Languages<
• B.Procedural vs. Object Oriented<
• C.Data Abstraction<
• D.Encapsulation<
• E.Inheritance<
• F.Polymorphism<
• G.Effects of OO Approach<
• H.Basic OO Design (CRC Cards)<
• V.CLASSES AND ENCAPSULATION<
• A.Definition of Class<
• B.Class Syntax<
• C.Class Data Members<
• D.Class Member Functions<
• 1.Internal<
• 2.External<
• E.Private vs. Public Members<
• VI.CONSTRUCTORS & DESTRUCTORS<
• A.Class Constructors<
• 1.Constructors with Parameters<
• 2.Overloaded Constructors<
• 3.Internal and External Constructors<
• 4.Explicit and Implicit Constructor Invocation<
• B.Class Destructors<
• C.Dynamic Memory Allocation<
• 1.new Operator<
• 2.delete Operator<
• D.Pointers to Classes<
• E.this Pointer<
• F.Function and Class Friends<
• G.Copy Constructors<
• H.Avoiding Memory Leaks<
• VII.I/O STREAMS<
• A.Standard I/O Streams B.Reading Input with cin C.Writing Output with cout D.Writing Errors with cerr<
• E.Other I/O Class Member Functions<
• 1.get<
• 2.put<
• 3.write<
• F.Manipulators<
• G.Simple File I/O<
• 1.Opening File Streams<
• 2.State Checking Member Functions<
• 3.Closing File Streams<
• VIII.OVERLOADING OPERATORS<
• A.Overloading Operators<
• B.Operator Overloading Rules and<
• Restrictions<
• C.Valid Overloaded Operators<
• D.Overloading Binary Operators<
• E.Overloading Unary Operators<
• F.Overloading Operators Having Side<
• Effects<
• G.Overloading Assignment Operator<
• H.Overloading ++ and — Operators<
• I.Overloading Type Cast (conversion)<
• Operator<
• J.Friend Operator Functions<
• K.Non-Member Operator Functions<
• IX.CONSTANTS, SCOPE, & LINKAGE<
• A.Named Constants<
• B.Pointers and Constants<
• C.References and Constants<
• D.Functions and Constants<
• E.Constant Member Functions<
• 1.Logically Constant Functions<
• 2.mutable Keyword<
• F.Scope and Storage Class<
• G.Linkage<
• H.static Class Members<
• X.INHERITANCE<
• A.Software Reusability<
• B.Inheritance – Concept and Terminology<
• C.Inheritance Syntax<
• D.Uses and Advantages<
• E.Base and Derived Classes<
• F.Class Access Specifiers<
• 1.public<
• 2.private<
• 3.protected<
• G.Single Inheritance<
• H.Multiple Inheritance<
• I.Constructors and Destructors<
• J.Containment<
• XI.POLYMORPHISM AND DYNAMIC BINDING<
• A.Polymorphism Definition<
• B.Types of Binding<
• 1.Static<
• 2.Dynamic<
• C.Virtual Functions<
• D.Rules for Dynamic Binding<
• E.Pure Virtual Functions and Abstract<
• Classes<
• XII.ERROR AND EXCEPTION HANDLING<
• A.Exception Handling Model<
• B.Exception Handling Keywords<
• C.Generating Exceptions<
• D.Handling Exceptions<
• E.Creating Exception Classes<
• F.Catching or Passing Exceptions<
• XIII.CLASS AND FUNCTION TEMPLATES (OPTIONAL)<
• A.Template Definition<
• B.Template Container Class<
• 1.Syntax<
• 2.Template Arguments<
• 3.Overriding Template Definition<
• C.Global Function Templates<
• 1.Syntax<
• 2.Use<
• D.Advanced Template Topics<
• 1.Special Template Functions<
• 2.Inherited Template Classes