C++
From stack vs. heap to move semantics, templates, and the STL — a self-paced C++ track, beginner to advanced, built around real compilable examples.
TopNotchNote
Notes that matter
foundations
Start here: the toolchain, the type/memory model, and the pointers underneath everything else in C++.
memory & object lifetime
Who owns a piece of memory, when it dies, and how ownership moves without copying.
oop & polymorphism
Inheritance, virtual dispatch, and the mechanics (and cost) of runtime polymorphism.
modern c++ & generic programming
Templates, lambdas, and compile-time evaluation — the features that separate C++11-and-later from C-with-classes.
stl, data structures & algorithms
The standard library's containers and algorithms, and the classic data-structure/algorithm fundamentals underneath them.
engineering practice
Patterns, idioms, and the tooling that keeps a C++ codebase correct as it grows.
related topics
Programming — the Python side of this section.
GPU Programming & Performance Engineering — what changes once C++ code needs to run on a GPU (CUDA/HIP are C++ dialects).
Developer Tools: Debugging & Profiling — debugging and profiling notes that apply directly here.
GPU Programming & Performance Engineering — what changes once C++ code needs to run on a GPU (CUDA/HIP are C++ dialects).
Developer Tools: Debugging & Profiling — debugging and profiling notes that apply directly here.