Test Day:2013-04-17 Power Management

Fedora Test Days
Power Management
Date	2013-04-17
Time	all day
Website	QA/Fedora_19_test_days
IRC	#fedora-test-day (webirc)
Mailing list	test

Can't make the date?
If you come to this page after the test day is completed, your testing is still valuable, and you can use the information on this page to test, file any bugs you find at Bugzilla, and add your results to the results section. If this page is more than a month old when you arrive here, please check the current schedule and see if a similar but more recent Test Day is planned or has already happened.

On site event
You can attend this event online or personally in Red Hat Brno office

Secondary architectures (especially ARM)
If you are running Fedora 19 on secondary architecture (especially ARM) and you have wattmeter handy, please measure the power consumption of your device and fill it in the results table bellow. This especially mean test cases Active idle, Tuned powersave idle and Freeze.

What to test?

Today's instalment of Fedora Test Day will focus on Power Management

Who's available

The following cast of characters will be available for testing, workarounds, bug fixes, and general discussion ...

• Development - Jaroslav Škarvada (jskarvad) / PowerManagement SIG
• Quality Assurance - Jan Ščotka (jscotka), Martin Holec (Martix)

Note: jskarvad will be available at least during 10:00 - 22:00 (UTC+2) on #fedora-test-day, #fedora-power, #fedora-devel, otherwise he will be on e-mail with non guaranteed response time. He will be also available on site in Red Hat Brno office during 13:00 - 19:00, Mint room, ground floor, Brno 1 building (the older/bigger one), there will be installed navigation signs.

Prerequisite for Test Day

• An updated Fedora 19 pre-relase (preferred) or the 32 bit live medium (SHA-1: c5512a135ccef2996cbb719141ba3fc2a05e67bd) or 64 bit live medium (SHA-1: 2ebd81d13ceaedb293d399d62663ba0787ee3f2b) or you may get nightly composed LiveCD.
• Alternate mirror (located in Czech Republic): 32 bit live medium or 64 bit live medium.
  • In case of trouble please fallback to our older LiveCD composes [3] (please prefer the up-to-date images from the link above).
  • It is possible to convert the LiveCD into LiveUSB by following the How_to_create_and_use_Live_USB instructions. If you convert the LiveCD into LiveUSB it is recommended to create on the USB another primary partition that will serve as swap. This is useful for Hibernate and Suspend Hybrid test case.
  • If you attend the event on-site in Red Hat Brno office, there will be prepared bootable USB flash disks/CD ROMs, thus you only need to bring your hardware there. (13.00-18.00 CEST)
• Bugzilla account on the http://bugzilla.redhat.com if you plan to report found defects (bugs) to developers (highly recommended). If you do not have one and you do not plan to get it, you can still attend the test day and report the found issues to the test day wiki or via the reporting web application, but this may slow down the resolution of bugs significantly.

Typing convetions

In the following text commands that needs to be run as root are prefixed by #, e.g.:

# id

means to run id command under the root account. Commands prefixed by $ do not need to be run under the root account.

How to test?

This test day is focused especially on suspend, hibernate, LCD brightness control, tuned application power management of video cards and overall power consumption. Some test cases are only for laptop users and it is noted in the test case description field. If you do not have laptop just skip them. You can also skip other test cases (e.g. if you do not have enough time). In this case just leave the columns for skipped test cases blank. Please note that your report will be still valuable even if you do not finish all test cases. The procedure:

• Run the test cases bellow.

Prepare your system

PM Test Day Live medium
If you are using our PM Test Day Live medium, please skip the following steps, because everything is already prepared for you.

1. Install the public key for the PM Test Day Overlay Repository (the key is also included in the pm-test-day support package, so if you don't mind to install the pm-test-day support package with the --nogpgcheck option you can go directly to step 2):

   # rpm --import http://jskarvad.fedorapeople.org/RPM-GPG-KEY-pm-test-day

2. Install the PM Test Day support package by (use the --nogpgcheck option if you didn't install the public key in the step 1):

   # yum install http://jskarvad.fedorapeople.org/pm-test-day-repo/pm-test-day-5-1.fc19.noarch.rpm

Make sure you have all current updates (and temporal fixes) installed by:

# yum update

You can also clear your audit log to easily spot all new PM Test Day related Selinux AVCs (this is recommended in case you aren't running from the live medium):

# echo -n > /var/log/audit/audit.log

Known Bugs / Workarounds

• Current LiveCD compose is missing lvm2, if you need to access LVM, please install the lvm2 package (you can do it even if running from the LiveCD):

  # yum install lvm2

• Firefox from the live medium opens on Printer Test Day:
  • This seems to be bug in Firefox caching, just click the Home button in the browser and the correct page should load.

• Tuned is waking-up the system too much RHBZ #917709, RHBZ #91758:
  • This is undocumented behaviour of python threading implementation, we (tuned upstream) are working on fix for this problem. For now you can try the experimental workaround, make sure you have installed the following versions of packages from the PM test day overlay repo:

    tuned-2.2.2-1.1

    python-libs-2.7.4-2.1

  • If you are on secondary architecture, you can compile the experimental packages from the SRPMs yourself. The SRPMs are also available from the PM test day overlay repo.

• Problem with screen locking:
  • Screen locking is disabled on live medium, to enable:

    Set password for liveuser:

    # passwd liveuser

  • Enable the locking feature:

    $ gsettings set org.gnome.desktop.lockdown disable-lock-screen 'false'

• pm-utils hooks are not called during suspend/hibernate/resume:
  • Suspend and hibernate is now handled by systemd which bypasses pm-utils. You need to port your old pm-utils hooks to systemd. Systemd runs hooks from /usr/lib/systemd/system-sleep in parallel and passes them two arguments. First argument can be "pre" or "post" (whether suspending or resuming) and the second argument can be "suspend", "hibernate" or "hybrid-sleep" (according to the type of action performed). You can also create your own systemd services and link them to the suspend.target or hibernate.target or hybrid-sleep.target. For details see systemd documentation (e.g. man systemd-sleep).

• Problem with hibernation from gnome-shell
  • AFAIK currently it is not possible to hibernate from the gnome-shell UI without tweaking (please don't ask me why, I am not Gnome developer), you can invoke the full hibernation (including desktop locking if set, see above) by using systemd:

    $ systemctl hibernate

• Immediate wake from suspend on mouse move or other USB activity:
  • It is probably bug, bugzilla number TBD.
  • You can get current status of wake-up events:

    # cat /proc/acpi/wakeup

  • To e.g. disable wakeup events from USB0 (if was previously enabled), use (it toggles the state):

    # echo USB0 > /proc/acpi/wakeup

• No resume from the freeze state:
  • On ACPI platforms there are some GPEs (General Purpose Events) that are only enabled when the system is in sleep state, but aren't enabled otherwise. It means that some laptops may ignore some wake-up events when they enters the freeze state. If you cannot wake-up your laptop from the freeze, you can try to close / re-open the lid or try to issue another wake-up event. In any case please indicate this issue in the result table for us to have the overview of the current status of this feature on different hardware.

Test Cases

Basic

This is basic test set. Test cases suitable for secondary architectures are specially marked.

Testcase	Description	Target	Approx. time required
Suspend	Tests suspend / resume.	All	2 minutes
Hibernate	Tests hibernate / resume.	All	5 minutes
Suspend hybrid	Tests hybrid suspend (AKA suspend to both) / resume.	All	5 minutes
Freeze	Tests freeze / resume. For problems with resume, see the Known Bugs & Workarounds	All, including secondary architectures	2 minutes
Lid close	Tests system reaction to lid close.	Laptops	2 minutes
Backlight control	Tests LCD backlight control.	Laptops	1 minute
Tuned	Tests tuned-adm (tuned) basic functionality.	All, including secondary architectures	10 minutes
Active idle	Measures power consumption of machine in active idle with tuned disabled.	Laptops or users with wattmeter, including secondary architectures	15 minutes
Tuned powersave idle	Measures power consumption of machine in active idle with tuned laptop-battery-powersave profile.	Laptops or users with wattmeter, including secondary architectures	15 minutes

Video Cards

This is video cards test set. The purpose of this test set is to compare power consumption and stability of various video cards with the default settings and aggressive power savings settings. Currently only Intel, Nvidia and ATI/AMD (Radeon) cards are covered by this test set.

Testcase	Description	Target	Approx. time required
Active idle	Measures power consumption of machine in active idle with tuned disabled (result can be copied from the basic test set above)	Laptops or users with wattmeter	15 minutes
Power consumption with enabled aggressive video card power savings	Measures power consumption of machine in active idle with enabled aggressive video card power savings.	Laptops or users with wattmeter	15 minutes
Video card / driver stability with enabled aggressive power savings	Tests video card / driver stability with enabled aggressive power savings.	All	10 minutes

Test Results

If you have problems with any of the tests, report a bug to Bugzilla usually for the component systemd, selinux-policy, kernel, or tuned. If you are reporting suspend/hibernate problem, please also attach output from dmesg and journalctl. If you are unsure about exactly how to file the report or what other information to include, just ask on IRC and we will help you. Once you have completed the tests, add your results to the Results table below following the example results from the first line. For each test case, use the result template to enter your result, as shown in the example result line. In case you can correctly estimate / measure the average power consumption of your platform, feel free to write the average power consumption in watts instead of the energy consumed during the measurement interval to the results table (it can speed-up the testing).

Alternative reporting through the [web application]
If you are not familiar with the Wiki editing or you come here in prime time and there are a lot of conflicted edits in the Wiki, you can try to report via o [web application]. Results from this web application will be automatically transferred to the Wiki on 2013-04-28 and the alternative reporting system will be shutdown to this date. Feel free to continue testing and filling the wiki even after this date. Please note the number of reports currently visible in the wiki doesn't correspond to the number of reports so far sent (i.e. reports sent through the [web application]).

Basic

The first column should be your name with a link to your Fedora User Wiki page (if you have one), and the second should be a short description of the system you tested (i.e. machine identification and preferably BIOS version in case you know it and/or you are able to get it by e.g. dmidecode tool).

User	System description Profile	Suspend	Hibernate	Suspend Hybrid	Freeze	Lid close	Backlight control	Tuned	Active idle	Tuned powersave idle	References
Sample User	Lenovo T500 (BIOS version 3.22)	fail	pass	warn	pass	pass	inprogress	fail	4.800 Wh	4.710 Wh
Jan Scotka	KVM guest (F18 host) (SMBIOS 2.4 present)	pass	pass	pass	pass	none	pass	pass	none	none
Igor Gnatenko	Lenovo ThinkPad X230 (SMBIOS 2.7 present) Sony Vaio VPCM13M1R (SMBIOS 2.6 present)	warn warn	fail pass	warn warn	fail warn	pass pass	fail pass	warn warn	4.540 Wh -.010 Wh	4.110 Wh 0 Wh
Jan Kejda	Acer Aspire 1650 (BIOS version S3A41)	fail	fail	fail	none	fail	warn	pass
Jan Kejda	Lenovo T430s (BIOS version 2.50)	pass	pass	pass	none	pass	fail	fail	2950 Wh	2880 Wh
Ondrej Hudlicky	Lenovo ThinkPad X201	pass	pass	pass	none	pass	pass	pass	26.4 W	25.8 W
Frantisek Kluknavsky	HP Elitebook 8540w	pass	pass	pass	none	pass	pass	pass	7.566 Wh	7.493 Wh
David Kutalek	Lenovo X230	warn				pass	pass	pass
John Brier	Dell Precision WorkStation T3500 BIOS Version A03 Release Date: 09/09/2009	fail	none	none	none	none	N/A	none	N/A	N/A
Jeff Bastian	Lenovo T60 laptop, BIOS 1.19 Release Date 2011-03-22	pass	fail	warn	fail	pass	pass	pass	4.720 Wh	4.500 Wh
Jeff Bastian	Dell Optiplex 990 desktop, UEFI version A17 Release Date 2013-03-14	pass	fail	warn	pass	N/A	N/A	pass	8.5 Wh	7.7 Wh
Evan McNabb	Lenovo ThinkPad T61	pass	pass	N/A	fail	pass	pass	pass	4.880 Wh	4.340 Wh
Michal Domonkos	Lenovo ThinkPad T520 (BIOS version 1.36)	pass	none	none	none	pass	pass	pass	5.387 Wh	4.815 Wh
Martin Kyral	Asus K50IJ	pass	pass	none	none	pass	fail	none
User	System description Profile	Suspend	Hibernate	Suspend Hybrid	Freeze	Lid close	Backlight control	Tuned	Active idle	Tuned powersave idle	References

Video cards

The first column should be your name with a link to your Fedora User Wiki page (if you have one), and the second column should be identification of your video card as can be found by lspci -v. Please skip this test set in case your video card is not Intel, Nvidia or ATI / AMD (Radeon). You needn't measure the Active idle (the third column of the table) again if you finished the Basic test set, just copy the result from there.

User	Video card identification	Active idle	Power consumption with enabled aggressive video card power savings	Video card / driver stability with enabled aggressive power savings	References
Sample User	Intel Corporation Mobile 4 Series (rev 07)	4.800 Wh	4.705 Wh	pass
Igor Gnatenko	Intel Corporation 3rd Gen Core processor Graphics Controller (rev 09)	4.540 Wh	2.900 Wh	pass
Michal Domonkos	Intel Corporation 2nd Generation Core Processor Family Integrated Graphics Controller (rev 09)	5.387 Wh	4.899 Wh	none
User	Video card identification	Active idle	Power consumption with enabled aggressive video card power savings	Video card / driver stability with enabled aggressive power savings	References

Previous test day (for reference)

Previous F18 PM Test Day