React Native is also preferred by people coming from a web development background who have experience with ReactJS because we use ReactJS concepts here. But React Native can be used to develop apps for both platforms, using a single code base. A developer needs to code in Objective-C/Swift to develop an iOS app and Java/Kotlin to develop an Android app. By cross-platform, I mean that the code runs on both iOS and Android. Again, this is an experimental feature so we’re interested in hearing how you use it and how you might find it useful.React Native is the top framework to do cross-platform mobile development.
While the translations are imperfect, we think they can serve as good starting points for developers who are finding logic in the wild and adapting it to their needs in another language. Language translation works similarly to the explain feature: highlight a chunk of code, select the language you’d like to translate that code into, and hit the “Ask Copilot” button.
These articles on prompt design and stop sequences are a great place to start if you want to craft your own presets. We’re excited to see what you use this for.
The three different “explain” examples showcase strategies that tend to produce useful responses from the model, but this is uncharted territory. Creating these can feel more like an art than a science! Small changes in the formulation of the prompt and stop sequence can produce very different results.
You can customize the prompt and stop sequence of a query in order to come up with new applications that use Codex to interpret code. We provide a few preset prompts to get you started: three that explain what a particular block of code does, and another that generates example code for calling a function. Your browser does not support the video tag.
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