taylorking/crow

Crow is a tool that lets programmers build web applications using C++. It is modeled after Flask, a popular Python framework known for being straightforward and minimal. The main appeal is giving developers the raw speed of C++ while keeping the coding experience simple, you can get a basic "Hello world" web server running in just a handful of lines of code. At its core, the project works by letting you define "routes," which are the URLs a website responds to. You tell it a URL like /hello and provide the code that should run when someone visits that address. It comes with built-in support for JSON (a common format for sending data between apps), templating for generating dynamic web pages, and even WebSockets for real-time communication. A standout feature is type-safety: if you declare that a URL should receive a number but write code expecting two numbers, the tool catches the mistake before the program ever runs. This is built for C++ developers who want to create fast web services or APIs without pulling in a massive, complex framework. For example, if a team is building a high-performance backend that needs to handle thousands of requests per second, like a gaming server, a real-time data feed, or a lightweight API, this gives them a lightweight way to do it. It is particularly attractive for projects where minimizing latency and memory usage is critical. A notable aspect of the project is that it is "header-only." In C++, this means a developer can get started just by dropping a single file into their project rather than going through a complicated installation process. The project does require some external dependencies, like the Boost C++ libraries, and recommends using specialized memory allocators (like tcmalloc or jemalloc) to maximize speed. The README notes that a built-in database tool was considered but ultimately dropped, suggesting developers pair it with a separate database library if needed.