Question 1

How does therecipe/qt compare to using Qt with C++ directly?

Accepted Answer

therecipe/qt lets you use Qt with Go and other languages, avoiding C++ but adding a binding layer that might slow performance. It's ideal for Go-centric teams, while C++ Qt is better for raw speed and latest features.

Question 2

How to deploy a therecipe/qt app to Android with Docker?

Accepted Answer

Use the Docker deployment support listed in the targets table: ensure Qt is configured, then run the appropriate commands from the wiki. This simplifies cross-compilation but requires Docker setup on your host.

Question 3

Can I use therecipe/qt with Go modules instead of GOPATH?

Accepted Answer

The installation instructions require GO111MODULE=off, suggesting limited support for Go modules. You may need to adapt or use GOPATH, which could be inconvenient for modern Go workflows.

Question 4

What are the licensing issues with therecipe/qt for commercial apps?

Accepted Answer

therecipe/qt is LGPLv3, but Qt itself has multiple licenses. You must ensure compliance with Qt's licensing terms, which may involve open-source requirements or commercial fees for proprietary use.

Question 5

How to debug therecipe/qt applications on multiple platforms?

Accepted Answer

Debugging relies on Qt's tools and the binding's integration; use platform-specific debuggers and refer to the wiki for tips. Docker deployment can aid consistency but adds complexity to the debugging process.

Question 6

Is therecipe/qt good for web apps via WebAssembly?

Accepted Answer

Yes, it supports WebAssembly targets, allowing Qt apps to run in browsers. However, performance may be lower than native, and you'll need to handle web-specific limitations like UI responsiveness.

qt

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