From 26d7af8d28c6e4b24eada1858395dad18767476e Mon Sep 17 00:00:00 2001
From: =?UTF-8?q?Th=C3=A9o=20Zimmermann?=
-An experimental alternative to the editors mentioned above is the -computational notebook interface provided by Jupyter. -A Jupyter kernel -for Coq is available if you want to try this interface, for -instance for pedagogical or readability purposes. One of the -advantages of using a Jupyter notebook is that you can save and -display a selection of intermediate proof steps, which your reader -will see without the need to reexecute the document. -
-Alternatively, you can use CoqIDE, -which is developed and distributed alongside Coq. CoqIDE relies -on Coq's -XML protocol for IDEs and implements all of the features provided -by this protocol, meaning in particular asynchronous evaluation. -CoqIDE comes with standard basic Emacs-like bindings -and with some specific Coq-related bindings but, as an editor, it is -not as complete as a general-purpose editor could be (for instance it -does not have automatic indentation). +a standalone desktop application which is developed and distributed alongside Coq.
From e29f18b3d6cd99ca1622d90b706fefc17b5d72c6 Mon Sep 17 00:00:00 2001
From: =?UTF-8?q?Th=C3=A9o=20Zimmermann?=
As a way to try Coq without installing anything, you can
use JsCoq. JsCoq loads Coq
-entirely in your browser. However, it is too limited to conduct
-actual projects: it lacks access to the VM and native computing
-machineries of Coq, and may hit out-of-memory and stack-overflow
-failures quicker than native versions of Coq.
+entirely in your browser.