Revert "try to fix indentation-related rendering error"

This reverts commit 871a223.

Author: hoodmane

peps/pep-0776.rst

@@ -479,21 +479,19 @@ non-pthreads build, the address space of the WebAssembly module is not shared,
 so it is impossible for any thread capable of seeing an interrupt to write to
 the eval breaker while the Python interpreter is running code. To work around
 this, there are two possible solutions:
-
 * If Emscripten is run in a webworker and served with the shared memory headers,
-it is possible to use shared memory outside of the WebAssembly address space
-as a signal buffer. A signal handling UI thread can write the desired signal
-into the signal buffer. The interpreter can periodically check the state of
-this signal buffer in the eval breaker code. Checking the signal buffer is
-slow compared to checking the eval breaker in native platforms, so we do only
-do it once every 50 times through the eval breaker. See
-`Python/emscripten_signal.c <https://github.com/python/cpython/blob/2bef8ea8ea045d20394f0daec7a5c5b1046a4e22/Python/emscripten_signal.c>`__
-
+  it is possible to use shared memory outside of the WebAssembly address space
+  as a signal buffer. A signal handling UI thread can write the desired signal
+  into the signal buffer. The interpreter can periodically check the state of
+  this signal buffer in the eval breaker code. Checking the signal buffer is
+  slow compared to checking the eval breaker in native platforms, so we do only
+  do it once every 50 times through the eval breaker. See
+  `Python/emscripten_signal.c <https://github.com/python/cpython/blob/2bef8ea8ea045d20394f0daec7a5c5b1046a4e22/Python/emscripten_signal.c>`__
 * Using stack switching, we can occasionally switch the stack and allow the
-JavaScript event loop to go around, then check the state of a signal buffer.
-This requires the experimental JavaScript Promise Integration API, and would
-be best used with the techniques for optimizing long tasks described
-`in this article <https://web.dev/articles/optimize-long-tasks>`__
+  JavaScript event loop to go around, then check the state of a signal buffer.
+  This requires the experimental JavaScript Promise Integration API, and would
+  be best used with the techniques for optimizing long tasks described
+  `in this article <https://web.dev/articles/optimize-long-tasks>`__
 
 Emscripten Python has already implemented the solution based on shared memory,
 and it is in use in Pyodide.