Update 2025-01-10-18-56-20.gh-issue-128563.baDvls.rst

Fidget-Spinner · Fidget-Spinner · commit 9df3e753025e · 2025-01-11T08:07:47.000+08:00
diff --git a/Misc/NEWS.d/next/Core_and_Builtins/2025-01-10-18-56-20.gh-issue-128563.baDvls.rst b/Misc/NEWS.d/next/Core_and_Builtins/2025-01-10-18-56-20.gh-issue-128563.baDvls.rst
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-A new type of interpreter has been added to CPython. This interpreter uses tail calls for its instruction handlers. Preliminary benchmark results suggest 7-14% geometric mean faster on pyperformance (depending on platform), and up to 45% faster on Python-intensive workloads. Patch by Ken Jin, with ideas by Garret Gu, Haoran Xu, and Josh Haberman.
+A new type of interpreter has been added to CPython. This interpreter uses tail calls for its instruction handlers. Preliminary benchmark results suggest 7-14% geometric mean faster on pyperformance (depending on platform), and up to 45% faster on Python-intensive workloads. This interpreter currently only works on newer compilers, such as ``clang-19``. Other compilers will continue using the old interpreter. Patch by Ken Jin, with ideas by Garret Gu, Haoran Xu, and Josh Haberman.

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`@@ -1 +1 @@`
`1`		`-A new type of interpreter has been added to CPython. This interpreter uses tail calls for its instruction handlers. Preliminary benchmark results suggest 7-14% geometric mean faster on pyperformance (depending on platform), and up to 45% faster on Python-intensive workloads. Patch by Ken Jin, with ideas by Garret Gu, Haoran Xu, and Josh Haberman.`
	`1`	+A new type of interpreter has been added to CPython. This interpreter uses tail calls for its instruction handlers. Preliminary benchmark results suggest 7-14% geometric mean faster on pyperformance (depending on platform), and up to 45% faster on Python-intensive workloads. This interpreter currently only works on newer compilers, such as ``clang-19``. Other compilers will continue using the old interpreter. Patch by Ken Jin, with ideas by Garret Gu, Haoran Xu, and Josh Haberman.