Question 1

How do I set up a basic WebSocket server with Seasocks?

Accepted Answer

Check the tutorial on the wiki and reference the example in ws_test.cpp. It involves creating a server instance, defining WebSocket handlers, and starting the server with minimal C++ code.

Question 2

Seasocks vs Boost.Beast for embedded C++ web serving?

Accepted Answer

Seasocks is simpler and more focused on embeddability with WebSocket support out of the box, while Boost.Beast offers lower-level control and flexibility but with more complexity. Choose Seasocks for quick integration, Boost.Beast for fine-grained performance tuning.

Question 3

Does Seasocks support HTTPS or secure connections?

Accepted Answer

The README does not mention HTTPS support; it's focused on HTTP and WebSockets, so for secure connections, you might need to handle SSL/TLS externally or consider alternatives with built-in security.

Question 4

What kind of performance can I expect from Seasocks for real-time apps?

Accepted Answer

Seasocks is designed for lightweight, embeddable use, so it's suitable for low to moderate traffic in IoT or control systems. For high-performance needs, benchmarks aren't provided, and a more robust server might be better.

Question 5

Is Seasocks good for serving dynamic web pages or APIs?

Accepted Answer

Seasocks has limited support for custom content generation, so for dynamic pages or REST APIs, you'd need to implement logic in C++ or pair it with static files and WebSockets for updates.

Question 6

Can I use Seasocks on macOS or other Unix-like systems?

Accepted Answer

The README states it probably won't work on other systems, with patches welcome but not a priority. While it might compile on macOS, official support is limited to Linux and Windows, requiring community contributions.

Seasocks

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