From e5fd72382c4976199688954f67ba3eda9ac3983e Mon Sep 17 00:00:00 2001 From: Raydo Matthee Date: Thu, 23 May 2024 22:27:01 +0200 Subject: [PATCH] Update CPP_CPE_2024.html Signed-off-by: Raydo Matthee --- c++/CPP_CPE_2024.html | 329 +++++++++++++++++++++++++----------------- 1 file changed, 194 insertions(+), 135 deletions(-) diff --git a/c++/CPP_CPE_2024.html b/c++/CPP_CPE_2024.html index cdedbf7..7a3c2cd 100644 --- a/c++/CPP_CPE_2024.html +++ b/c++/CPP_CPE_2024.html @@ -1,166 +1,225 @@ - + + + C++ Course Outline -

C++ Course Outline

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Course Overview

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Introduction: This C++ programming course is designed to prepare participants for the CPE – C++ Certified Entry-Level Programmer certification. The course covers the essentials of C++ programming, from basic syntax and structure to advanced concepts and best practices, with a strong focus on practical applications and real-world scenarios.

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Course Objectives: +

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C++ Course Outline

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+ +
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+

Course Overview

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Introduction: This C++ programming course is designed to prepare participants for the CPE – C++ Certified Entry-Level Programmer certification. The course covers the essentials of C++ programming, from basic syntax and structure to advanced concepts and best practices, with a strong focus on practical applications and real-world scenarios.

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Course Objectives: +

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  • Understand the fundamentals of C++ syntax and structure.
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  • Master object-oriented programming concepts using C++.
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  • Develop the ability to write, compile, and debug C++ programs.
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  • Learn and apply industry standards and best practices in C++ programming.
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  • Gain skills to integrate C++ with other languages and libraries.
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  • Prepare for the CPE – C++ Certified Entry-Level Programmer certification exam.
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Target Audience: +

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  • Programmers and developers with basic knowledge of any programming language.
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  • IT professionals seeking to enhance their programming skills.
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  • Students pursuing a career in software development.
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Prerequisites: Basic knowledge of any programming language.

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Duration: 5 Days (Max)

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Delivery Method: Instructor-Led Online Training (ILOT)

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Course Code: CPP_CPE_2024

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Course Cost: Recommended cost per delegate: $2000 for the entire course (5 days). This cost includes all training materials, lab access, and certification.

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Day 1: Introduction and C++ Basics

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Theory:

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  • Understand the fundamentals of C++ syntax and structure.
    • -
  • Master object-oriented programming concepts using C++.
    • -
  • Develop the ability to write, compile, and debug C++ programs.
    • -
  • Learn and apply industry standards and best practices in C++ programming.
    • -
  • Gain skills to integrate C++ with other languages and libraries.
    • -
  • Prepare for the CPE – C++ Certified Entry-Level Programmer certification exam.
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  • Course Introduction and Objectives: Overview of the course structure and goals.
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  • History and Evolution of C++: Timeline and milestones in the development of C++.
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  • Comparison with Other Programming Languages: How C++ compares to other programming languages like Java and Python.
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  • C++ Architecture and Components: Understanding the fundamental architecture of C++.
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  • Installation and Configuration: Setting up a C++ development environment.
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Target Audience: +

Practical Lab Exercises:

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  • Programmers and developers with basic knowledge of any programming language.
    • -
  • IT professionals seeking to enhance their programming skills.
    • -
  • Students pursuing a career in software development.
    • +
  • Lab Exercise 1: Setting Up C++ IDE - Step-by-step guide to installing and configuring a C++ Integrated Development Environment.
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  • Lab Exercise 2: Writing and Compiling Your First C++ Program - Creating and running a simple C++ program.
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Prerequisites: Basic knowledge of any programming language.

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Duration: 5 Days (Max)

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Delivery Method: Instructor-Led Online Training (ILOT)

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Course Code: CPP_CPE_2024

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Course Cost: Recommended cost per delegate: $2000 for the entire course (5 days). This cost includes all training materials, lab access, and certification.

-
-
-

Day 1: Introduction and C++ Basics

-

Theory:

-
    -
  • Course Introduction and Objectives: Overview of the course structure and goals.
    • -
  • History and Evolution of C++: Timeline and milestones in the development of C++.
    • -
  • Comparison with Other Programming Languages: How C++ compares to other programming languages like Java and Python.
    • -
  • C++ Architecture and Components: Understanding the fundamental architecture of C++.
    • -
  • Installation and Configuration: Setting up a C++ development environment.
    • -
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Practical Lab Exercises:

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    -
  • Lab Exercise 1: Setting Up C++ IDE - Step-by-step guide to installing and configuring a C++ Integrated Development Environment.
    • -
  • Lab Exercise 2: Writing and Compiling Your First C++ Program - Creating and running a simple C++ program.
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Q&A and Review

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Interactive session to address questions and review key concepts.
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Day 2: Syntax and Structure

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Theory:

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  • C++ Syntax Fundamentals: Basic syntax rules of C++.
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  • Variables and Data Types: Introduction to variables and data types in C++.
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  • Constants and Literals: Understanding constants and literals in C++.
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  • Type Conversions and Typecasting: Converting between different data types.
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Practical Lab Exercises:

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  • Lab Exercise 3: Working with Variables and Data Types - Exercises on variable declaration, initialization, and typecasting.
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  • Lab Exercise 4: Basic Input/Output Operations - Using `std::cin`, `std::cout`, and stream manipulators like `endl` and `setw`.
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Q&A and Review

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Interactive session to address questions and review key concepts.
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Day 3: Operators and Control Structures

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Theory:

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  • Operators in C++: Arithmetic, relational, logical, assignment, and bitwise operators.
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  • Control Structures: Conditional statements (`if`, `else`, `switch-case`) and loops (`while`, `do-while`, `for`).
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Practical Lab Exercises:

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  • Lab Exercise 5: Implementing a Basic Calculator - Using operators to create a simple calculator program.
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  • Lab Exercise 6: Writing Control Structures - Implementing conditional statements and loops in C++ programs.
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Q&A and Review

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Interactive session to address questions and review key concepts.
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Day 4: Functions and Scope

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Theory:

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  • Functions in C++: Declaration, definition, and calling functions. Return types and values, parameter passing (by value, by reference). Function overloading and recursion.
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  • Scope and Lifetime of Variables: Local, global, and static variables. Storage classes (`auto`, `register`, `static`, `extern`).
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Practical Lab Exercises:

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  • Lab Exercise 7: Developing Functions - Creating and using functions to solve problems.
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  • Lab Exercise 8: Managing Variable Scope - Writing programs to demonstrate variable scope and lifetime.
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Q&A and Review

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Interactive session to address questions and review key concepts.
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Day 5: Advanced Topics and Integration

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Theory:

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  • Advanced Data Types: Vectors, arrays, pointers, and structures.
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  • Memory Management: Dynamic memory allocation, using `new` and `delete` operators.
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  • Standard Library Functions: Using basic standard library functions and data structures like `std::string`.
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Practical Lab Exercises:

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  • Lab Exercise 9: Working with Pointers and Arrays - Declaring, initializing, and using pointers and arrays.
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  • Lab Exercise 10: Capstone Project - Applying all learned concepts to develop a comprehensive C++ project.
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Course Wrap-Up

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Review of key concepts. Final Q&A session. Course feedback and evaluations.
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Appendices

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Additional Resources: Books, websites, and tools for further learning.

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Instructor and Student Resources

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Instructor Guide: Detailed guide for instructors.

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Assessment and Certification

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Assessment Overview: Description of assessment methods.

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Day 2: Syntax and Structure

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Theory:

+
    +
  • C++ Syntax Fundamentals: Basic syntax rules of C++.
    • +
  • Variables and Data Types: Introduction to variables and data types in C++.
    • +
  • Constants and Literals: Understanding constants and literals in C++.
    • +
  • Type Conversions and Typecasting: Converting between different data types.
    • +
+

Practical Lab Exercises:

+
    +
  • Lab Exercise 3: Working with Variables and Data Types - Exercises on variable declaration, initialization, and typecasting.
    • +
  • Lab Exercise 4: Basic Input/Output Operations - Using `std::cin`, `std::cout`, and stream manipulators like `endl` and `setw`.
    • +
+

Q&A and Review

+
Interactive session to address questions and review key concepts.
+
+
+

Day 3: Operators and Control Structures

+

Theory:

+
    +
  • Operators in C++: Arithmetic, relational, logical, assignment, and bitwise operators.
    • +
  • Control Structures: Conditional statements (`if`, `else`, `switch-case`) and loops (`while`, `do-while`, `for`).
    • +
+

Practical Lab Exercises:

+
    +
  • Lab Exercise 5: Implementing a Basic Calculator - Using operators to create a simple calculator program.
    • +
  • Lab Exercise 6: Writing Control Structures - Implementing conditional statements and loops in C++ programs.
    • +
+

Q&A and Review

+
Interactive session to address questions and review key concepts.
+
+
+

Day 4: Functions and Scope

+

Theory:

+
    +
  • Functions in C++: Declaration, definition, and calling functions. Return types and values, parameter passing (by value, by reference). Function overloading and recursion.
    • +
  • Scope and Lifetime of Variables: Local, global, and static variables. Storage classes (`auto`, `register`, `static`, `extern`).
    • +
+

Practical Lab Exercises:

+
    +
  • Lab Exercise 7: Developing Functions - Creating and using functions to solve problems.
    • +
  • Lab Exercise 8: Managing Variable Scope - Writing programs to demonstrate variable scope and lifetime.
    • +
+

Q&A and Review

+
Interactive session to address questions and review key concepts.
+
+
+

Day 5: Advanced Topics and Integration

+

Theory:

+
    +
  • Advanced Data Types: Vectors, arrays, pointers, and structures.
    • +
  • Memory Management: Dynamic memory allocation, using `new` and `delete` operators.
    • +
  • Standard Library Functions: Using basic standard library functions and data structures like `std::string`.
    • +
+

Practical Lab Exercises:

+
    +
  • Lab Exercise 9: Working with Pointers and Arrays - Declaring, initializing, and using pointers and arrays.
    • +
  • Lab Exercise 10: Capstone Project - Applying all learned concepts to develop a comprehensive C++ project.
    • +
+

Course Wrap-Up

+
Review of key concepts. Final Q&A session. Course feedback and evaluations.
+
+
+

Appendices

+

Additional Resources: Books, websites, and tools for further learning.

+ +
+
+

Instructor and Student Resources

+

Instructor Guide: Detailed guide for instructors.

+ +
+
+

Assessment and Certification

+

Assessment Overview: Description of assessment methods.

+ +
+
+