Python cProfile run gets SIGSEGV due to stack overrun

Crash report

What happened?

Running python -m cProfile .... on my program results in the following crash:

Thread 0 Crashed:
0      _lsprof.cpython-310-darwin.so 	       0x104f01974 RotatingTree_Enum + 0
1      _lsprof.cpython-310-darwin.so 	       0x104f019a4 RotatingTree_Enum + 48
-------- RECURSION 1, LEVEL 349252
2      _lsprof.cpython-310-darwin.so 	       0x104f019a4 RotatingTree_Enum + 48
-------- RECURSION 1, LEVEL 349251
3      _lsprof.cpython-310-darwin.so 	       0x104f019a4 RotatingTree_Enum + 48
-------- RECURSION 1, LEVEL 349250
--------
-------- ELIDED 349246 LEVELS OF RECURSION THROUGH 0x104f019a4 RotatingTree_Enum + 48
--------
349252 _lsprof.cpython-310-darwin.so 	       0x104f019a4 RotatingTree_Enum + 48
-------- RECURSION 1, LEVEL 3
349253 _lsprof.cpython-310-darwin.so 	       0x104f019a4 RotatingTree_Enum + 48
-------- RECURSION 1, LEVEL 2
349254 _lsprof.cpython-310-darwin.so 	       0x104f019a4 RotatingTree_Enum + 48
-------- RECURSION 1, LEVEL 1
349255 _lsprof.cpython-310-darwin.so 	       0x104f00b88 _lsprof_Profiler_getstats + 148
349256 libpython3.10.dylib           	       0x105073c40 method_vectorcall_FASTCALL_KEYWORDS_METHOD + 168
349257 libpython3.10.dylib           	       0x10513ce48 call_function + 472
349258 libpython3.10.dylib           	       0x1051379b0 _PyEval_EvalFrameDefault + 7248
349259 libpython3.10.dylib           	       0x105135c5c _PyEval_Vector + 140
-------- RECURSION 2, LEVEL 10
349260 libpython3.10.dylib           	       0x10513ce48 call_function + 472
349261 libpython3.10.dylib           	       0x1051379b0 _PyEval_EvalFrameDefault + 7248
349262 libpython3.10.dylib           	       0x105135c5c _PyEval_Vector + 140
-------- RECURSION 2, LEVEL 9
349263 libpython3.10.dylib           	       0x10513ce48 call_function + 472
349264 libpython3.10.dylib           	       0x1051379b0 _PyEval_EvalFrameDefault + 7248
349265 libpython3.10.dylib           	       0x105135c5c _PyEval_Vector + 140
-------- RECURSION 2, LEVEL 8
--------
-------- ELIDED 4 LEVELS OF RECURSION THROUGH 0x105135c5c _PyEval_Vector + 140
--------
349278 libpython3.10.dylib           	       0x10513ce48 call_function + 472
349279 libpython3.10.dylib           	       0x105139880 _PyEval_EvalFrameDefault + 15136
349280 libpython3.10.dylib           	       0x105135c5c _PyEval_Vector + 140
-------- RECURSION 2, LEVEL 3
349281 libpython3.10.dylib           	       0x105135bbc PyEval_EvalCode + 108
349282 libpython3.10.dylib           	       0x105132664 builtin_exec + 720
349283 libpython3.10.dylib           	       0x1050afc04 cfunction_vectorcall_FASTCALL + 280
349284 libpython3.10.dylib           	       0x10513ce48 call_function + 472
349285 libpython3.10.dylib           	       0x105139880 _PyEval_EvalFrameDefault + 15136
349286 libpython3.10.dylib           	       0x105135c5c _PyEval_Vector + 140
-------- RECURSION 2, LEVEL 2
349287 libpython3.10.dylib           	       0x10513ce48 call_function + 472
349288 libpython3.10.dylib           	       0x105139880 _PyEval_EvalFrameDefault + 15136
349289 libpython3.10.dylib           	       0x105135c5c _PyEval_Vector + 140
-------- RECURSION 2, LEVEL 1
349290 libpython3.10.dylib           	       0x105199d9c pymain_run_module + 200
349291 libpython3.10.dylib           	       0x105199578 Py_RunMain + 840
349292 libpython3.10.dylib           	       0x105199c28 pymain_main + 324
349293 libpython3.10.dylib           	       0x105199cc8 Py_BytesMain + 40
349294 dyld                          	       0x18c1c5d54 start + 7184

CPython versions tested on:

3.10

Operating systems tested on:

macOS

Output from running 'python -VV' on the command line:

Python 3.10.18 (main, Aug 7 2025, 15:26:36) [Clang 17.0.0 (clang-1700.0.13.3)]

Empieza por la implementación de cProfile y _lsprof en torno a RotatingTree_Enum y _lsprof_Profiler_getstats, usando el seguimiento de SIGSEGV de macOS como síntoma informado. Encuentra un caso reproducible para la ejecución de cProfile en Python 3.10 y después verifica que el perfilado termine sin desbordamiento de pila ni un fallo.