In running testcases/kernel/mem/mtest05/mmstress:
Is this a fork() anomaly? I don't quite see what is causing it.
(see <----- lines)
(some repetitive lines deleted)
test1: Test case tests the race condition between
simultaneous read faults in the same address space.
TEST 1 Passed
test2: Test case tests the race condition between
simultaneous write faults in the same address space.
TEST 2 Passed
test3: Test case tests the race condition between
simultaneous COW faults in the same address space.
TEST 3 Passed
test4: Test case tests the race condition between
simultaneous READ faults in the same address space.
The file maped is /dev/zero
TEST 4 Passed
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
U are running Linux Memory Management Stress Tests.
U are running Linux Memory Management Stress Tests.
...
U are running Linux Memory Management Stress Tests.
U are running Linux Memory Management Stress Tests.
TEST 4 Passed <-----
test5: Test case tests the race condition between
simultaneous fork - exit faults in the same address space.
TEST 5 Passed
test6: Test case tests the race condition between
simultaneous fork -exec - exit faults in the same
address space.
TEST 6 Passed
mmstress: Test Passed
Thanks,
---
~Randy
-------------------------------------------------------------------------
This SF.net email is sponsored by DB2 Express
Download DB2 Express C - the FREE version of DB2 express and take
control of your XML. No limits. Just data. Click to get it now.
http://sourceforge.net/powerbar/db2/
_______________________________________________
Ltp-list mailing list
[email protected]
https://lists.sourceforge.net/lists/listinfo/ltp-list
