[Touch-packages] [Bug 1732865] Comment bridged from LTC Bugzilla

2018-07-26 Thread bugproxy
--- Comment From ppaid...@in.ibm.com 2018-07-26 02:01 EDT--- (In reply to comment #40) > Could someone please also check that lscpu still works without error on > amd64? Seems to me that we're fixing an edge case, which is fine, but we > should also verify the common case functionality.

[Touch-packages] [Bug 1732865] Comment bridged from LTC Bugzilla

2018-03-07 Thread bugproxy
--- Comment From mainam...@in.ibm.com 2018-03-08 01:15 EDT--- Segmentation fault is may be due to library issue? Pridhivi, Can you verify once with upstream build and confirm (gdb) run(gdb) run Starting program: /usr/bin/lscpu Architecture: ppc64le Byte Order:Little

[Touch-packages] [Bug 1732865] Comment bridged from LTC Bugzilla

2018-03-06 Thread bugproxy
--- Comment From ppaid...@in.ibm.com 2018-03-06 10:49 EDT--- (In reply to comment #28) > ppaid...@in.ibm.com what version of the package did you test? We were > looking for a verification that the new package does NOT segfault. It's > unclear from your comment if you've tested the new

[Touch-packages] [Bug 1732865] Comment bridged from LTC Bugzilla

2018-03-06 Thread bugproxy
--- Comment From ppaid...@in.ibm.com 2018-03-06 09:23 EDT--- I got access to P8 FSP system today, I have verified that lscpu segfaults after first CPU garded. root@:~# lscpu Architecture: ppc64le Byte Order:Little Endian CPU(s):72 On-line CPU(s)

[Touch-packages] [Bug 1732865] Comment bridged from LTC Bugzilla

2018-02-15 Thread bugproxy
--- Comment From mainam...@in.ibm.com 2018-02-15 07:47 EDT--- Pridhivi, Please verify and update your comments -- You received this bug notification because you are a member of Ubuntu Touch seeded packages, which is subscribed to util-linux in Ubuntu.

[Touch-packages] [Bug 1732865] Comment bridged from LTC Bugzilla

2018-01-23 Thread bugproxy
--- Comment From ppaid...@in.ibm.com 2018-01-24 02:09 EDT--- Testcase: On Host: #lscpu #service kdump-tools stop #echo 10 > /proc/sys/kernel/panic On FSP: $ getscom pu.ex 10013100 -all $ putscom pu.ex 10013100 1000 -n0 -p00 -c6 Here -p00--> Is the chip id, -c6 ---> is the core