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