Explore machine learning concepts related to C++. Clear explanations and practical insights.
Deep dive into C++ memory allocation — stack frame internals, heap allocator mechanics, fragmentation, performance benchmarks, custom allocators, RAII, and debugging with AddressSanitizer and Valgrind.
Complete guide to C++ symbol resolution — how linkers match references to definitions, name mangling, strong vs weak symbols, ODR, template instantiation, linking order, and debugging undefined reference errors.
How C++ programs are loaded — ELF segments, the _start to main() chain, dynamic linking with PLT/GOT, ASLR, real readelf/strace/proc maps output, and startup debugging.
OpenMP parallel programming: fork-join model, scheduling, data races, false sharing, NUMA thread affinity, and GPU offloading.
Complete C++ thread safety guide — race conditions with step-through simulation, mutexes, atomics, condition variables, deadlock detection, memory ordering, and Thread Sanitizer walkthrough.
Explore how C++ code is parsed into an Abstract Syntax Tree (AST). Learn lexical analysis, tokenization, and syntax parsing for systems programming.
Understand the complete C++ compilation pipeline from source code to object files. Learn preprocessing, parsing, code generation, and optimization stages.
Deep dive into dynamic linking — GOT/PLT lazy resolution, shared library creation, SONAME versioning, RPATH/RUNPATH, dlopen plugin systems, LD_PRELOAD, and debugging with LD_DEBUG.
How C++ object files are linked into executables. Learn symbol resolution, static vs dynamic linking, and linker optimization.
Learn Resource Acquisition Is Initialization (RAII) - the cornerstone of C++ memory management. Understand automatic resource cleanup and exception safety.
Explore modern C++ features including auto, lambdas, ranges, and coroutines. Learn how C++11/14/17/20 transformed the language.
Master C++ OOP concepts including inheritance, polymorphism, virtual functions, and modern object-oriented design principles with interactive examples.
C++ compiler optimization lab notebook — compare optimization levels, inspect compiler rewrites, diagnose auto-vectorization, and build production verification commands.
Master C++ pointers and references through interactive visualizations. Learn memory addressing, dereferencing, smart pointers, and avoid common pitfalls.
C++ preprocessor visualized: macros, header guards, conditional compilation, and #include directives explained interactively.
Master C++11 smart pointers through interactive examples. Learn unique_ptr, shared_ptr, and weak_ptr with reference counting visualizations.
Master C++ templates and the Standard Template Library. Learn generic programming, template metaprogramming, and STL containers and algorithms.
C++ virtual tables (vtables) explained. Learn virtual dispatch, single/multiple inheritance, RTTI, and object memory layout visually.