Tomi Ollila writes:
> So, AFAIU, you got 124 since timeout(1) exited with that status (and
> killed all parallel(1) executions (after 2 minutes in that case?)...
> ... and when you set NOTMUCH_TEST_TIMEOUT=0 then timeout(1) was not
> executed and a test hung (probably T355-smime).
That sounds r
On Fri, Feb 26 2021, David Bremner wrote:
> David Bremner writes:
>
>>
>> Thanks to both of you for your feedback / suggestions. I did read today
>> that timeout exits with 124 when the time limit is reached. I haven't
>> investigated further (nor do I know how the timelimit should be reached,
>>
David Bremner writes:
> Tomi Ollila writes:
>
>>
>> Anyway, the log.gz did not show any tests failing but parallel exiting
>> nonzero possibly for some other reason. Cannot say. Probably stracing (even
>> with --seccomp-bpf) would make it happen even less likely :/
>>
>
> Thanks to both of you f
Tomi Ollila writes:
>
> Anyway, the log.gz did not show any tests failing but parallel exiting
> nonzero possibly for some other reason. Cannot say. Probably stracing (even
> with --seccomp-bpf) would make it happen even less likely :/
>
Thanks to both of you for your feedback / suggestions. I d
On Fri, Feb 19 2021, David Bremner wrote:
> I have intermittent failures when running the test suite on sufficiently
> parallel machines. I have attached a log of such a failing build,
> although it does not seem especially illuminating.
>
> It takes anywhere from 5 to 300 runs to get a failure f
I did not look at logs, but I have had problem in other scenarios. The
way I debugged was to use strace to get a list of all files the tests
accessed. From that list I could recognize that some files that should
have been in separate temp directories were not thread-specific and
solution was to put
I have intermittent failures when running the test suite on sufficiently
parallel machines. I have attached a log of such a failing build,
although it does not seem especially illuminating.
It takes anywhere from 5 to 300 runs to get a failure for me running on
60 hardware threads (30 cores). At