ACPI ABAT started...
Debian GNU/Linux lenny/sid \n \l
Linux aspid 2.6.20.11 #7 SMP Mon May 7 00:43:45 MSD 2007 x86_64 GNU/Linux
*******************************************************
* Test ACPI file system interfaces *
*******************************************************
-------------------------------------------------------
ACPI is supported.
-------------------------------------------------------
version: 20060707
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alarm 2007-**-00 01:41:**
event OK
dsdt OK
fadt OK
sleep standby(S1) mem(S3) disk(S4)
wakeup Not set
-------------------------------------------------------
Driver State Device Item Information
------ ----- ------ ---- -----------
ac build-in NO
battery build-in NO
button build-in lid/LID info type: Lid Switch
state state: open
power/PWRB info type: Power Button (CM)
power/PWRF info type: Power Button (FF)
sleep/SLPB info type: Sleep Button (CM)
ec build-in NO
fan build-in NO
power build-in NO
processor build-in NO
thermal build-in NO
video build-in VGA DOS DOS setting: <1>
info Switching heads: yes
Video ROM: no
Device to be POSTed on boot:
no
POST <not supported>
POST_info <not supported>
ROM <TODO>
VGA/CRTD brightness <not supported>
EDID <not supported>
info device_id: 0x0100
type: CRT
known by bios: no
state state: 0x0d
query: 0x00
VGA/DVID brightness <not supported>
EDID <not supported>
info device_id: 0x0120
type: UNKNOWN
known by bios: no
state state: 0x0d
query: 0x00
VGA/LCDD brightness levels: 80 50 25 30 35 40 45
55 60 65 70 75 85 90 95 100
current: 0
EDID <not supported>
info device_id: 0x0118
type: UNKNOWN
known by bios: no
state state: 0x1f
query: 0x01
VGA/TVOD brightness <not supported>
EDID <not supported>
info device_id: 0x0200
type: TVOUT
known by bios: no
state state: 0x0d
query: 0x00
-------------------------------------------------------
-------------
Test Summary:
-------------
TOTAL: 17
PASS: 17
FAIL: 0
NOTSUPPORT: 0
UNRESOLVED: 0
UNTESTED: 0
-------------
*******************************************************
* Test ACPI drivers *
*******************************************************
-------------------------------------------------------
Driver State Action Results
ac build-in verifying PASS
battery build-in verifying PASS
button build-in verifying PASS
ec build-in verifying PASS
fan build-in verifying PASS
power build-in verifying PASS
processor build-in verifying PASS
thermal build-in verifying PASS
video build-in verifying PASS
container build-in verifying PASS
memhotplug notsupport
numa notsupport
-------------------------------------------------------
-------------
Test Summary:
-------------
TOTAL: 12
PASS: 10
FAIL: 0
NOTSUPPORT: 2
UNRESOLVED: 0
UNTESTED: 0
-------------
*******************************************************
* Test ACPI P-state *
*******************************************************
Native Geyserville III Support (P state) - Demand Based Switching
###############################################################################
GV3/DBS validation for I386 and EM64T
Geyserville III is an efficient mechanism for switching to/from low
voltage mode - Enhanced SpeedStep Technology. Dependent upon ACPI.
-------------------------------------------------------------------------------
Debian GNU/Linux lenny/sid \n \l
Linux aspid 2.6.20.11 #7 SMP Mon May 7 00:43:45 MSD 2007 x86_64 GNU/Linux
-------------------------------------------------------------------------------
Start setup
Finish setup
Execution of test_1_1
get_governors output:
conservative ondemand powersave userspace performance
num CPU = 0
READ_GOVERNOR performance
MAX_FREQ 1600000
READ_FREQ 1600000
num CPU = 1
READ_GOVERNOR performance
MAX_FREQ 1600000
READ_FREQ 1600000
Test p_states_test_1_1 PASSED
Execution of test_2_1
get_governors output:
conservative ondemand powersave userspace performance
num CPU = 0
READ_GOVERNOR powersave
MIN_FREQ 800000
READ_FREQ 800000
num CPU = 1
READ_GOVERNOR powersave
MIN_FREQ 800000
READ_FREQ 800000
Test p_states_test_2_1 PASSED
Execution of test_3_1
get_governors output:
conservative ondemand powersave userspace performance
num CPU = 0
READ_GOVERNOR userspace
num CPU = 1
READ_GOVERNOR userspace
Test p_states_test_3_1 PASSED
Execution of test_3_2
get_governors output:
conservative ondemand powersave userspace performance
num CPU = 0
READ_GOVERNOR userspace
AVLBL_FREQS 1600000 800000
READ_FREQ 1600000
READ_FREQ 800000
num CPU = 1
READ_GOVERNOR userspace
AVLBL_FREQS 1600000 800000
READ_FREQ 1600000
READ_FREQ 800000
Test p_states_test_3_2 PASSED
Execution of test_4_1
get_governors output:
conservative ondemand powersave userspace performance
num CPU = 0
READ_GOVERNOR ondemand
num CPU = 1
READ_GOVERNOR ondemand
Test p_states_test_4_1 PASSED
Execution of test_4_2
get_governors output:
conservative ondemand powersave userspace performance
num CPU = 0
READ_GOVERNOR ondemand
MIN_FREQ 800000
READ_FREQ 800000
num CPU = 1
READ_GOVERNOR ondemand
MIN_FREQ 800000
READ_FREQ 800000
Test p_states_test_4_2 PASSED
Execution of test_4_3
get_governors output:
conservative ondemand powersave userspace performance
num CPU = 0
READ_GOVERNOR ondemand
MAX_FREQ 1600000
READ_FREQ 800000
READ_FREQ 1600000
num CPU = 1
READ_GOVERNOR ondemand
MAX_FREQ 1600000
READ_FREQ 1600000
./test_4_3: line 145: 6278 Terminated ./infinite
./test_4_3: line 145: 6280 Terminated ./infinite
./test_4_3: line 146: 6277 Terminated ./infinite
./test_4_3: line 146: 6279 Terminated ./infinite
Test p_states_test_4_3 PASSED
Execution of test_4_4
get_governors output:
conservative ondemand powersave userspace performance
TMP_FILE_PID:
6333
num CPU = 0
READ_GOVERNOR ondemand
MAX_FREQ 1600000
MIN_FREQ 800000
READ_FREQ 1600000
num CPU = 1
READ_GOVERNOR ondemand
MAX_FREQ 1600000
MIN_FREQ 800000
READ_FREQ 1600000
READ_FREQ 1600000
READ_FREQ 1600000
READ_FREQ 1600000
READ_FREQ 1600000
Error: get_freq {i}
Expected: get max freq during < 5 sec
Expected: j < 5
In fact: j = 5
Test _test_4_4 FAILED
./test_4_4: line 189: 6333 Terminated ./infinite
Start cleanup
Cleaning up the system is not needed
Finish cleanup
Native Geyserville III Support (P state) - Demand Based Switching
###############################################################################
GV3/DBS validation for I386 and EM64T
Geyserville III is an efficient mechanism for switching to/from low
voltage mode - Enhanced SpeedStep Technology. Dependent upon ACPI.
-------------------------------------------------------------------------------
Debian GNU/Linux lenny/sid \n \l
Linux aspid 2.6.20.11 #7 SMP Mon May 7 00:43:45 MSD 2007 x86_64 GNU/Linux
-------------------------------------------------------------------------------
Details:
--------
p_states_test_1_1 PASSED
p_states_test_2_1 PASSED
p_states_test_3_1 PASSED
p_states_test_3_2 PASSED
p_states_test_4_1 PASSED
p_states_test_4_2 PASSED
p_states_test_4_3 PASSED
p_states_test_4_4 FAILED
Test Summary:
-------------
TOTAL: 8
PASS: 7
FAIL: 1
NOTSUPPORT: 0
UNRESOLVED: 0
UNTESTED: 0
###########################################################
Test report is in /tmp/acpi_abat_0.2/p_states/log/results/test_report, log file in /tmp/acpi_abat_0.2/p_states/log/stdout
*******************************************************
* Test ACPI C-states *
*******************************************************
Start to test ...
Test 1 ...
CONFIG_ACPI=y
CONFIG_ACPI_PROCESSOR=y
Test2 ...
------------
Test Summary:
-------------
TOTAL: 2
PASS: 2
FAIL: 0
NOTSUPPORT: 0
UNRESOLVED: 0
UNTESTED: 0
-------------
*******************************************************
* Test ACPI T-states *
*******************************************************
Start to test ...
Test1 ...
CONFIG_ACPI=y
CONFIG_ACPI_PROCESSOR=y
Test2 ...
Test3 ...
------------
Test Summary:
-------------
TOTAL: 3
PASS: 3
FAIL: 0
NOTSUPPORT: 0
UNRESOLVED: 0
UNTESTED: 0
-------------
ACPI ABAT finished...