llvm-project.git/lldb/test/API/functionalities/thread/step_until/function.list, branch main Unnamed repository; edit this file 'description' to name the repository. [lldb][test] Fix ThreadStepUntilAPI.py 2025-11-11T10:43:43+00:00 David Spickett david.spickett@linaro.org 2025-11-11T10:41:21+00:00 0f4c8dd87af61ec5e254bec9f144e9dbc8bc2229 After #167359 / 95db31e7f69e7008f0c570ed30d54d1e418e10f2. A fix was attempted in #167423 but was not quite enough. From what I could understand, in v1 format you have to specify all the basic blocks. Where before !call_me implied they were all cold (I think, very shaky understanding here). For this test we want to see blocks like call_me/foo/call_me. So adding a line for block 1 fixes the tests. It could produce more blocks at some point but I think as long as foo is within two of them, it'll be fine. 
After #167359 / 95db31e7f69e7008f0c570ed30d54d1e418e10f2.

A fix was attempted in #167423 but was not quite enough.

From what I could understand, in v1 format you have to specify
all the basic blocks. Where before !call_me implied they were all
cold (I think, very shaky understanding here).

For this test we want to see blocks like call_me/foo/call_me.
So adding a line for block 1 fixes the tests.

It could produce more blocks at some point but I think as long
as foo is within two of them, it'll be fine.
[LLDB] Fix lldb failure caused by 95db31e7f6. (#167423) 2025-11-11T00:11:25+00:00 Rahman Lavaee rahmanl@google.com 2025-11-11T00:11:25+00:00 cd6c761b53435cfd1a1ead67b461fc07819602e6 






[lldb] Fix SBThread::StepOverUntil for discontinuous functions (#123046)
2025-01-17T11:13:30+00:00

Pavel Labath
pavel@labath.sk

2025-01-17T11:13:30+00:00

f66a5e220cbc2650a5843db854d0734d2aaa030f

I think the only issue here was that we would erroneously consider
functions which are "in the middle" of the function were stepping to as
a part of the function, and would try to step into them (likely stepping
out of the function instead) instead of giving up early.




I think the only issue here was that we would erroneously consider
functions which are "in the middle" of the function were stepping to as
a part of the function, and would try to step into them (likely stepping
out of the function instead) instead of giving up early.