CPP-Modules_05-09 100/100

Table of Contents

• Project Overview
• Modules Guidelines
• Mandatory Features
• Execution
• To Study

Overview

The cpp_modules_05-09 projects revolves around mastering advanced C++ concepts such as:

• Exceptions (throw, try/catch)
• Literals values
• Regular Expressions Concept (Regex)
• Casting Operators (static_cast, dynamic_cast, const_cast, reinterpret_cast)
• Templates Functions
• Templates Classes
• Templates Values
• Standard Template Library (STL)
• Containers (stack, list, vector, map, deque...)
• Iterators
• Composition vs Inheritance
• Reverse Polish Notation & Polish Notation
• Merge-Insertion Sort Algorithm (The Ford-Johnson Sorting Algorithm)

Guidelines

Compilation:

• Compile your code using c++ with flags -Wall -Wextra -Werror -std=c++98
• Exercise directories: ex00, ex01, ..., exn
• Separate Makefile within each exercise directory.
• Use UpperCamelCase for class names.

Forbidden:

• Functions: *printf(), *alloc(), free()
• External libraries like C++11, Boost
• Using namespace <ns_name> and friend keywords.
• Until you reach the Module 08: STL, meaning no Containers (vector list map and so forth) and no Algorithms (anything that requires to include the <algorithm> header).
• Memory leaks when using new.
• Function implementations in header files (except for function templates).

Allowed:

• Use standard library extensively.
• Additional files allowed if necessary.

Rule:

Follow the Orthodox Canonical Form for classes Modules 02-09, which must implement four essential member functions:

• Default constructor
• Copy constructor
• Copy assignment operator
• Destructor
• Split class code into two files: Header file .hpp/.h for class definition, and Source file .cpp for implementation

Features

Module 05: Exception Handling, Custom Exceptions, Error Propagation

Module 06: Casting Operators, Type Conversion, Literals Values

Module 07: Template Functions, Templates Classes, Iterators

Module 08: STL, Containers, Algorithmic Efficiency

Module 09: RPN, Merge-Insertion Sort Algorithm, Advanced STL, Performance Optimization

Execution

Each exercise's compilation is done separately by running the Makefile within the exercise's folder.

#in the ex00, ex01, ex02 or ex03 directory
make

Links2Study

Grade	Modules	Lang	Type	Links and Subjects
⭐⭐	CPP05 CPP09	🇧🇷	📄	SOLID Conceitos
⭐⭐	CPP05 CPP09	🇧🇷	📄	SOLID
⭐⭐	CPP05 CPP09	🇧🇷	📄	O que é SOLID
⭐⭐	CPP05 CPP09	🇧🇷	📄	OOP - Herança x Composição
✅	CPP05 CPP09	🇺🇸	📄	Composition vs Inheritance
🤩	CPP05 CPP09	🇺🇸	📄	Composition in OOPS
🤩	CPP06	🇺🇸	📄	Casting Operators in C++
⭐⭐	CPP06	🇧🇷	📄	TIPOS DE LITERAIS EM C / C++
🤩	CPP06	🇺🇸	📄	Literals In C++
🤩	CPP06 CPP09	🇺🇸	📄	Regex
🤩	CPP08 CPP09	🇺🇸	📹	C++ Standard Template Library STL
⭐	CPP09	🇺🇸	📄	Polish Notation
⭐	CPP09	🇺🇸	📄	Reverse Polish Notation
🤩	CPP09	🇺🇸	📹	Reverse Polish Notation
✅	CPP09	🇺🇸	📹	Reverse Polish Notation Using Stacks
🤩	CPP09	🇺🇸	📹	Introduction to Reverse Polish Notation (RPN)
🤩	CPP09	🇺🇸	📹	Binary Search animated
⭐⭐	CPP09	🇺🇸	📚	On the Average Case of MergeInsertion
⭐⭐	CPP09	🇺🇸	📄	Python: Sort unsorted numbers using Merge-insertion sort
⭐⭐	CPP09	🇺🇸	📄	Ford-Johnson merge-insertion sort
⭐⭐	CPP09	🇺🇸	📄	Merge Sort vs. Insertion Sort

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