Language
Aug 7, 2026
Pointers in Modern C++
Pointers in Modern C++A pointer is an object that stores the address of another object or function. Unlike a reference, a pointer is itself a separate object with its own value.Basic pointer declarationx#include <iostream> int main() { int value{10}; int* ptr = &value; std::cout << value << '\n'; std::cout << *ptr <<…
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Language
Aug 7, 2026
References in Modern C++
References in Modern C++A reference is an alias for an existing object. Once a reference is initialized to refer to an object, it cannot be made to refer to another object later.Basic reference declarationx#include <iostream> int main() { int value{10}; int& ref = value; std::cout << value << '\n'; std::cout << ref…
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Performance & Systems
Aug 7, 2026
C++26 The Future of Programming is Here!
C++26: The Future of Programming is Here!10 Demos important to discover what new in C++26After a decade of waiting, the ISO C++ committee has delivered something extraordinary. C++26 isn't just another update—it's a fundamental shift in how we'll write high-performance, safe, and expressive code for the next ten…
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Other Technology
Aug 7, 2026
Understanding constinit in C++20 Guaranteed Constant Initialization
Understanding constinit in C++20: Guaranteed Constant InitializationC++20 introduces a new keyword, constinit, to help developers safely initialize global or static variables. But it’s often misunderstood, so let’s break it down.What is constinit?constinit is used to ensure a variable is initialized at compile-time or…
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Language
Aug 7, 2026
Beyond double Working with 50-Digit Precision in Modern C++
Beyond double: Working with 50-Digit Precision in Modern C++In standard C++ development, double is the ubiquitous choice for floating-point math. It is fast, efficient, and hardware-accelerated. However, double is governed by the IEEE 754 standard, which imposes a hard ceiling on precision. When your domain involves…
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Language
Aug 7, 2026
Modern C++ Initialization =, (), {} — and Why Brace Initialization Wins
Modern C++ Initialization: =, (), {} — and Why Brace Initialization WinsIntroductionInitialization in C++ has historically been one of its most subtle and error-prone areas. Before C++11, developers had to navigate a fragmented landscape of initialization styles, each with slightly different semantics and surprising…
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Compilers & Tools
Aug 7, 2026
An Assembler Is Not a Text Translator: How Symbolic Instructions Become Machine Code—and Why This Is Very Different from a Compiler
An Assembler Is Not a Text Translator How Symbolic Instructions Become Machine Code—and Why This Is Very Different from An Assembler Is Not a Text Translator: How Symbolic Instructions Become Machine Code—and Why This Is Very Different from a Compiler Many developers simplify the role of an Assembler into a single…
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Databases
Aug 7, 2026
Connecting Modern C++ with MongoDB Building High-Performance Backend Systems
Connecting Modern C++ with MongoDB: Building High-Performance Backend SystemsC++ is often underestimated in backend development.Most developers immediately think of Python, Node.js, or Java when working with databases like MongoDB.But the reality is:Modern C++ can build extremely fast, memory-efficient, and scalable…
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Language
Aug 7, 2026
C++20 Concepts The Feature That Finally Made Templates Safe and Predictable
C++20 Concepts: The Feature That Finally Made Templates Safe and PredictableFor decades, C++ templates have been one of the most powerful features in the language.They enabled:Generic programmingZero-cost abstractionsCompile-time polymorphismBut they also came with a serious problem:Templates were powerful… but not…
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