Curriculum

Welcome to the C++ Programming Language.

How source code becomes an executable.

Organize code and prevent name conflicts.

Understand memory size, limits, and casting.

Build reusable blocks of code.

Master memory addresses and direct RAM access.

Create aliases for variables and pass data efficiently.

Understand the two distinct areas of computer memory.

Take manual control of the Heap using new and delete.

The most dangerous bug in C++ and how to avoid it.

The modern C++ way to own memory without memory leaks.

Share memory safely using Reference Counting.

Observe shared memory without owning it.

The core philosophy that makes C++ powerful and safe.

Model real-world things as data + behavior bundled together.

Guarantee objects are always born in a valid state.

Guarantee cleanup happens automatically when objects die.

Protect your data and control access with public & private.

Hide complexity. Show only what the user needs to know.

Build new classes on top of existing ones.

One interface, many forms — the heart of OOP.

How C++ decides which function to call at runtime.

Make your classes work with +, -, ==, << and more.

Safely copy data into an ALREADY existing object.

Write code once, let the compiler generate the types.

The dynamic array. Your default container.

The doubly-linked list.

Key-Value pairs sorted automatically.

A Map that allows duplicate keys.

A sorted collection of unique elements.

A Set that allows duplicates.

First-In, First-Out (FIFO).

Last-In, First-Out (LIFO).

The biggest element always stays on top.

Double-Ended Queue. Fast inserts at both ends.

Lightning fast Hash Tables.