C++ COMPLETE roadmap for study
Hi everyone
I asked chat gpt to create a COMPLETE roadmap of C++ so i wanted to know if its really good and COMPLETE.
Thats he send:
# C++ ULTRA-COMPLETE – Ultimate Roadmap
# Level 1 – Language Fundamentals
# 1. Data Types
1.1 Primitive types: int, float, double, char, bool
1.2 Modifiers: signed, unsigned, short, long
1.3 Constants and literals: const, constexpr, #define
1.4 Derived types: arrays, pointers, references
1.5 Special types: void, nullptr, auto, decltype
1.6 Structs and unions
1.7 Enumerations: enum, enum class
1.8 typedef and using
1.9 Advanced literals: binary (0b1010), digit separators (1'000'000)
1.10 Character types and strings (char, wchar_t, char16_t, char32_t)
# 2. Operators
2.1 Arithmetic: +, -, *, /, %, ++, --
2.2 Relational: ==, !=, <, >, <=, >=
2.3 Logical: &&, ||, !
2.4 Bitwise: &, |, ^, ~, <<, >>
2.5 Assignment: =, +=, -=, *=, /=, %=
2.6 Increment/decrement prefix/postfix
2.7 Ternary operator ?:
2.8 Comma operator ,
2.9 Pointer operators: *, &, ->
2.10 Casts: static_cast, dynamic_cast, reinterpret_cast, const_cast
2.11 Memory-related operators: sizeof, alignof
2.12 Rare operators: .*, ->*
# 3. Control Flow
3.1 Conditionals: if, else if, else, switch
3.2 Loops: for, while, do-while
3.3 Flow control: break, continue, return, goto
3.4 Exceptions: try, catch, throw
3.5 Rare/legacy: setjmp / longjmp (C legacy)
# 4. Functions
4.1 Declaration and definition
4.2 void and return-value functions
4.3 Pass-by-value, pass-by-reference, pointers
4.4 Default parameters
4.5 Function overloading
4.6 Inline and recursive functions
4.7 Lambda expressions (C++11+)
4.8 Anonymous functions capturing variables
4.9 Functions returning pointers and references
4.10 Virtual, pure, and abstract functions (OOP)
4.11 Function templates and template specialization
4.12 Variadic functions (...) and variadic templates
4.13 constexpr, consteval, and constinit functions
# Level 2 – Pointers, Memory, and Data Structures
# 5. Pointers and References
5.1 Pointer concept and operators * and &
5.2 Pointer-to-pointer
5.3 Constant pointers and pointers to constants
5.4 Function pointers
5.5 Object pointers
5.6 Simple and constant references
5.7 R-value references (&&)
5.8 Smart pointers: unique_ptr, shared_ptr, weak_ptr, auto_ptr (deprecated)
5.9 Pointers and multidimensional arrays
5.10 Pointer-to-member (int Class::* ptr)
# 6. Dynamic Memory Allocation
6.1 new and delete
6.2 Dynamic arrays (new[], delete[])
6.3 Dynamically allocated objects
6.4 Pointers to objects and arrays of objects
6.5 Memory management and leaks
6.6 RAII (Resource Acquisition Is Initialization)
6.7 Custom allocators (std::allocator)
6.8 Placement new
6.9 Aligned allocation (alignas)
# 7. Data Structures
7.1 Arrays and matrices
7.2 Strings (char[], std::string, std::wstring)
7.3 Structs, unions, enumerations
7.4 Singly and doubly linked lists
7.5 Stacks, queues, and priority queues
7.6 Vectors (std::vector)
7.7 Deques (std::deque)
7.8 Maps (std::map, std::unordered_map)
7.9 Sets (std::set, std::unordered_set)
7.10 Tuples (std::tuple) and pairs (std::pair)
7.11 Iterators and iterator adapters
7.12 STL algorithms (sort, find, for_each, etc.)
# Level 3 – Object-Oriented Programming (OOP)
# 8. Basic Concepts
8.1 Classes and objects
8.2 Encapsulation (public, private, protected)
8.3 Constructors and destructors
8.4 Default, parameterized, and copy constructors
8.5 Member initialization (initializer lists)
8.6 Methods: const, static, overloading
# 9. Inheritance and Polymorphism
9.1 Single and multiple inheritance
9.2 Access specifiers: public, protected, private
9.3 Static polymorphism (overloading)
9.4 Dynamic
