C C++ Training Course: Best Programming Language Training And Certification → Brief Exercise

INTRODUCTION
- Introduction Video
Object Oriented Features - Fundamental OO Features, Embodied In C++ Classes
- Basic OO Concepts, Example
- Classes: Definition, Attributes, Methods
- Customer Class: Definition/Declaration, Implementation
- File Organization: Header Files, Implementation Files
- Minimum Class Functions: Declaration, Implementation
Objects - Two Different types Of C++ Objects And Safe Ways Of Handling Them
- Definition, UML Syntax, Comparison With Classes
- Creating C++ Objects: Automatic, Dynamic
- Automatic Objects: Syntax, Proper Style, Common Mistakes
- Dynamic Objects: Syntax, Features, Common Mistakes
- Managing Object Pointers To Keep Them Safe.
What We've Seen So Far... - Reviewing The C++ / OO World
- OO Concepts
- C++ Keywords
- C++ Features
- C++ Class Versus The UML Analysis Model
- C++ Class Versus The UML Design Model
- C++ Application Code – Building A Basic C++ Application
- The Required Main() Function
- The Min() Function File
- Application Files
Lab One - Building The Customer C++ Application
- The Customer Application In C++
- Project, Directories And Files
- Running The Application
Constructors - A fundamental OO Feature
- Constructor Role, Syntax
- Example: Header File, Implementation File
- Constructor With Default Parameter Values
- Constructor Header, Implementation And Usage
- What We Just Learned
Encapsulating Into An Object - How A String Class Can Be Designed To Greatly Simplify The Customer Class, According To OO Strategies
- We Can Accomplish More
- Impact Of A String object To The Customer Class
- The String Class: Features, Design, Attributes, Methods
- Lab Two – Appreciating The Power Of Encapsulation And Specialization
- String Class Implementation
- Using The String Class In The Customer Class
- Code Review And Discussion
Destructors - The Art Of Describing Complex Object Interactions
- Role, Syntax, Usage
- Code Examples With The Customer And Credit Classes
- Header And Implementation Files For Destructors
Lab Three - Implementing The String Destructor
- Dynamic De-Allocation
- Array De-Allocation
- Run, Test, Debug
- Associations – How Objects Stay In Touch With Each Other
- Credit And Customer Class Associations Code
- Self-Reference, The This Pointer
- main(): How The Association Is Used
- Association UML Syntax And Examples
- Reflexive Associations For Diagraphs, Linked Lists, Hierarchies
- Association Roles
Lab Four - Making Objects Interact With Each Other in C++
- Applications Made Of Interacting Objects
- Simple Linked List Example
- List And Link Class Members
- Putting Customer Objects In The List
- Write, Test, Debug And Extra Credits
Inner Classes - The Proper Syntax For Private Objects And True Encapsulation
- Principles
- Inline Syntax
- Header / Implementation Syntax
- Code Example
- Lab Five – Inner Classes At Work
- Link As An Inner Class Of List
- Credit As An Inner Class Of Customer
- Code, Test, Debug
- Code Review
- Solution Discussion
What We've Learned... - Summarizing The Key OO Features And Techniques, Implemented In C++
- Encapsulating String Matters In A String Class
- C++ Application Architecture
- Allocation / De-Allocation Of Objects
- Encapsulation / Specialization
- Constructors / Destructors
- Associations
- Self Reference
- Object Design Fundamental Strategies
- Inner Classes
C++ References - A Nicer And Safer Syntax To Handle Objects
- Concept And Formal Syntax
- Example With The Person Class
- Methods Returning A Reference To Self
- Example
- Brief Exercise
Initialization - Starting With A Value
- Object Initialization
- Declaration, Implementation, Usage
- Member Initialization
- Example With The String And Person Classes
- Initializing Primitive Type Members
- Formal Syntax
Lab Six - Initializing Many Objects And Members
- Initializing String Members In Customer And Credit Classes
- Initializing List Using Either References or Pointers
- Write, Run, Test, Debug
- Solution Walk Through
C++ Operators - A Simple And Powerful Syntax To Handle A Natural Need
- A Natural Need
- Alternate Syntax For Methods
- Examples And Formal Syntax
- Complete Case: The Complex Class
- Internal And External Operators
Lab Seven - Creating Your Own Operators
- String Class Assignment And Append Operators
- Write, Run, Test, Debug
- Solution Walkthrough
Static Class Members As Opposed To Object Members
- Beyond Objects: Class Members
- Examples, Allocation, Initialization
- Brief Exercise
Composition / Aggregation - Objects Containing Or Owning Other Objects
- Definition Snd UML Syntax
- The Real Composition Concept
- Multiple Parts
- Aggregation Versus Composition
- Inner Class Notation
- Class Type Notation
- Examples In C++
- Brief Exercise
Constant Members (Const) - A Simple Syntax To Enforce Proper OO Design Strategies
- Const Members
- Const Parameters
- Const Variables
- Const Methods
- Examples
- Brief Exercise
Inheritance - Modeling Type Hierarchies
- Definition And UML Syntax
- Instantiation limitations
- Inheritance Versus The Is A Relationship
- Inherited Object Examples
- Multiple Sub-Classes And Multiple Inheritance
Inheritance C++ Syntax - Coding Inheritance In C++
- Derivation Model And Code: Simple Inheritance
- Multiple Inheritance
- Initialization According To Constructor Needs
- Initialization According To Inheritance Type
- Example With Contract / Development / Maintenance
- Virtual Methods
Lab Eight - Coding A C++ Project Involving Inheritance, Associations, Aggregation
- The Retail Problem Domain Model
- Associations, Compositions
- Inheritance And Virtual Methods
- show() And getPrice() Methods
- Write, Test, Debug And Solution Code Walkthrough
Interfaces - Generalizing A Group Of Methods That Form A Functional Concept
- The Concept Of Interface And UML Notation
- Pure Virtual Classes And Inheritance For Interfaces
- C++ Examples
- Brief Exercise
Exception Handling - Encapsulating And Processing Exceptions Outside The Main Business Logic
- Inner Class Exception Type And Value
- Try, Throw And Catch
- Call Stack Handling
- Throwing Objects For Better Exception Handling
- Building Self-Contained Exception Classes
- Building Exception Class Hierarchies
- Exceptions With Templates
- Exceptions And Constructors
- Exception Interface Specification
- Examples
- Exercise
Object Design - Fundamental Principles And Basic Patterns
- Specialization, Self-Sufficiency, Interface
- Delegation, Propagation
- A Common Object Design Pattern
- Application To The Deal Model
- Multiple And Cascading Object Interactions In C++
- Object Sequence And Collaboration Diagrams
- Examples
- Brief Exercise
C++ Implementation Of Associations And Association Classes - Design And Coding Of The Most Common Relationships
- Implementation Algorithm
- Single Or Multiple Links
- Single Or Di-Directional Traversals
- References Or Lists Of References
- Association Classes Implementation
- Examples
- Brief Exercise
Templates - Beyond Classes And Models: Templates And Meta Models
- Concept, Flexibility And Power
- Examples, Formal Syntax
- Header And Implementation Parts (Both In Header File)
- Complex Class Complete Example
- Brief Exercise On The Complex Class
Lab Nine - Implementing A Whole Template
- Concept Of A Parametized List
- Implementing The Link Template
- Implementing The List Template
- Additional Methods
- Write, Test, Debug And Solution Code Walk Through

INTRODUCTION

Object Oriented Features - Fundamental OO Features, Embodied In C++ Classes

Objects - Two Different types Of C++ Objects And Safe Ways Of Handling Them

What We've Seen So Far... - Reviewing The C++ / OO World

Lab One - Building The Customer C++ Application

Constructors - A fundamental OO Feature

Encapsulating Into An Object - How A String Class Can Be Designed To Greatly Simplify The Customer Class, According To OO Strategies

Destructors - The Art Of Describing Complex Object Interactions

Lab Three - Implementing The String Destructor

Lab Four - Making Objects Interact With Each Other in C++

Inner Classes - The Proper Syntax For Private Objects And True Encapsulation

What We've Learned... - Summarizing The Key OO Features And Techniques, Implemented In C++

C++ References - A Nicer And Safer Syntax To Handle Objects

Initialization - Starting With A Value

Lab Six - Initializing Many Objects And Members

C++ Operators - A Simple And Powerful Syntax To Handle A Natural Need

Lab Seven - Creating Your Own Operators

Static Class Members As Opposed To Object Members

Composition / Aggregation - Objects Containing Or Owning Other Objects

Constant Members (Const) - A Simple Syntax To Enforce Proper OO Design Strategies

Inheritance - Modeling Type Hierarchies

Inheritance C++ Syntax - Coding Inheritance In C++

Lab Eight - Coding A C++ Project Involving Inheritance, Associations, Aggregation

Interfaces - Generalizing A Group Of Methods That Form A Functional Concept

Exception Handling - Encapsulating And Processing Exceptions Outside The Main Business Logic

Object Design - Fundamental Principles And Basic Patterns

C++ Implementation Of Associations And Association Classes - Design And Coding Of The Most Common Relationships

Templates - Beyond Classes And Models: Templates And Meta Models

Lab Nine - Implementing A Whole Template

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C C++ Training Course: Best Programming Language Training And Certification

INTRODUCTION

Object Oriented Features - Fundamental OO Features, Embodied In C++ Classes

Objects - Two Different types Of C++ Objects And Safe Ways Of Handling Them

What We've Seen So Far... - Reviewing The C++ / OO World

Lab One - Building The Customer C++ Application

Constructors - A fundamental OO Feature

Encapsulating Into An Object - How A String Class Can Be Designed To Greatly Simplify The Customer Class, According To OO Strategies

Destructors - The Art Of Describing Complex Object Interactions

Lab Three - Implementing The String Destructor

Lab Four - Making Objects Interact With Each Other in C++

Inner Classes - The Proper Syntax For Private Objects And True Encapsulation

What We've Learned... - Summarizing The Key OO Features And Techniques, Implemented In C++

C++ References - A Nicer And Safer Syntax To Handle Objects

Initialization - Starting With A Value

Lab Six - Initializing Many Objects And Members

C++ Operators - A Simple And Powerful Syntax To Handle A Natural Need

Lab Seven - Creating Your Own Operators

Static Class Members As Opposed To Object Members

Composition / Aggregation - Objects Containing Or Owning Other Objects

Constant Members (Const) - A Simple Syntax To Enforce Proper OO Design Strategies

Inheritance - Modeling Type Hierarchies

Inheritance C++ Syntax - Coding Inheritance In C++

Lab Eight - Coding A C++ Project Involving Inheritance, Associations, Aggregation

Interfaces - Generalizing A Group Of Methods That Form A Functional Concept

Exception Handling - Encapsulating And Processing Exceptions Outside The Main Business Logic

Object Design - Fundamental Principles And Basic Patterns

C++ Implementation Of Associations And Association Classes - Design And Coding Of The Most Common Relationships

Templates - Beyond Classes And Models: Templates And Meta Models

Lab Nine - Implementing A Whole Template

Quick Links

Popular Courses

RIA Institute of Technology, RT Nagar

Ria institute of technology

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