Linux ACPI Test Cases

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acpitest0_1_v6v_ia32_2_6_17-rc1_testresults

ACPI ABAT started...

Debian GNU/Linux testing/unstable \n \l

Linux andalu 2.6.17-rc1-andalu #6 PREEMPT Thu Apr 13 23:34:35 CEST 2006 i686 GNU/Linux

*******************************************************
* Test ACPI file system interfaces *
*******************************************************

-------------------------------------------------------
ACPI is supported.
-------------------------------------------------------
version: 20060127
-------------------------------------------------------
alarm 2006-04-00 17:23:54
event OK
dsdt OK
fadt OK
sleep standby(S1) mem(S3)
wakeup Not set
-------------------------------------------------------
Driver State Device Item Information
------ ----- ------ ---- -----------
ac loaded NO
battery loaded NO
button loaded 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 loaded NO
power build-in NO
processor loaded NO
thermal loaded NO
video unloaded
-------------------------------------------------------

-------------
Test Summary:
-------------
TOTAL: 17
PASS: 17
FAIL: 0
NOTSUPPORT: 0
UNRESOLVED: 0
UNTESTED: 0
-------------

*******************************************************
* Test ACPI drivers *
*******************************************************

-------------------------------------------------------
Driver State Action Results
ac loaded verifying PASS
unloading PASS
verifying PASS
loading PASS
verifying PASS
battery loaded verifying PASS
unloading PASS
verifying PASS
loading PASS
verifying PASS
button loaded verifying PASS
unloading PASS
verifying PASS
loading PASS
verifying PASS
ec build-in verifying PASS
fan loaded verifying PASS
unloading PASS
verifying PASS
loading PASS
verifying PASS
power build-in verifying PASS
processor loaded verifying PASS
unloading PASS
verifying PASS
loading PASS
verifying PASS
thermal loaded verifying PASS
unloading PASS
verifying PASS
loading PASS
verifying PASS
video unloaded verifying PASS
loading PASS
verifying PASS
unloading PASS
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 testing/unstable \n \l
Linux andalu 2.6.17-rc1-andalu #6 PREEMPT Thu Apr 13 23:34:35 CEST 2006 i686 GNU/Linux
-------------------------------------------------------------------------------
Start setup
flags : fpu vme de pse tsc msr pae mce cx8 apic sep mtrr pge mca cmov pat clflush dts acpi mmx fxsr sse sse2 ss tm pbe up est tm2
Finish setup
Execution of test_1_1
get_governors output:
userspace conservative powersave ondemand performance
num CPU = 0
READ_GOVERNOR performance
MAX_FREQ 1729000
READ_FREQ 1729000
Test p_states_test_1_1 PASSED
Execution of test_2_1
get_governors output:
userspace conservative powersave ondemand performance
num CPU = 0
READ_GOVERNOR powersave
MIN_FREQ 798000
READ_FREQ 798000
Test p_states_test_2_1 PASSED
Execution of test_3_1
get_governors output:
userspace conservative powersave ondemand performance
num CPU = 0
READ_GOVERNOR userspace
Test p_states_test_3_1 PASSED
Execution of test_3_2
get_governors output:
userspace conservative powersave ondemand performance
num CPU = 0
READ_GOVERNOR userspace
AVLBL_FREQS 798000 1064000 1330000 1729000
READ_FREQ 798000
READ_FREQ 1064000
READ_FREQ 1330000
READ_FREQ 1729000
Test p_states_test_3_2 PASSED
Execution of test_4_1
get_governors output:
userspace conservative powersave ondemand performance
num CPU = 0
READ_GOVERNOR ondemand
Test p_states_test_4_1 PASSED
Execution of test_4_2
get_governors output:
userspace conservative powersave ondemand performance
num CPU = 0
READ_GOVERNOR ondemand
MIN_FREQ 798000
READ_FREQ 1729000
READ_FREQ 1729000
READ_FREQ 1729000
READ_FREQ 1729000
READ_FREQ 1729000
Error: get_freq {i}
Expected: get min freq during < 5 sec
Expected: j < 5
In fact: j = 5
Test p_states_test_4_2 FAILED
Execution of test_4_3
get_governors output:
userspace conservative powersave ondemand performance
num CPU = 0
READ_GOVERNOR ondemand
MAX_FREQ 1729000
READ_FREQ 1729000
Test p_states_test_4_3 PASSED
Execution of test_4_4
get_governors output:
userspace conservative powersave ondemand performance
TMP_FILE_PID:
1946
1947
1978
set_affinity failed: No such process
Error: set_affinity 1946 0
Expected: return code 0
Returned: return code 255
Test _test_4_4 FAILED
Start cleanup
Cleaning up the system is not needed
Finish cleanup

Test Summary:
-------------
TOTAL: 8
PASS: 6
FAIL: 2
NOTSUPPORT: 0
UNRESOLVED: 0
UNTESTED: 0
###########################################################

Test report is in /usr/src/programmi/acpi-test-0.1/ABAT/p_states/log/results/test_report, log file in /usr/src/programmi/acpi-test-0.1/ABAT/p_states/log/stdout

*******************************************************
* Test ACPI C-states *
*******************************************************

Start to test ...

Test 1 ...
CONFIG_ACPI=y
CONFIG_ACPI_PROCESSOR=m

test C-state support on CPU1 ............
CPU1 supports C3
max_cstate=C8

Test2 ...

test C-state switch on CPU1 ............
Current State: C2, Usage: 00000417
CPU1 supports C3
Current State: C2, Usage: 00000417
FAIL: no C-state switch in C2, but usage change from 00000417 to 00000417
test CPU1: FAIL

------------
Test Summary:
-------------
TOTAL: 2
PASS: 1
FAIL: 1
NOTSUPPORT: 0
UNRESOLVED: 0
UNTESTED: 0
-------------

*******************************************************
* Test ACPI T-states *
*******************************************************

Start to test ...

Test1 ...
CONFIG_ACPI=y
CONFIG_ACPI_PROCESSOR=m
test T-state support on CPU1 ............
T state count = 8
T0: supported
T1: supported
T2: supported
T3: supported
T4: supported
T5: supported
T6: supported
T7: supported
test CPU1: PASS

Test2 ...
test T-state function on CPU1 ............
T state count = 8
set T0 on CPU1 ...
Current CPU1 throttling state T0: 0%
set T1 on CPU1 ...
Current CPU1 throttling state T1: -61%
T1: current throttling is -61%, unmatch the 12% (performance lost) in /proc/acpi/processor/CPU1/throttling.
set T2 on CPU1 ...
Current CPU1 throttling state T2: 31%
set T3 on CPU1 ...
Current CPU1 throttling state T3: 49%
set T4 on CPU1 ...
Current CPU1 throttling state T4: 55%
set T5 on CPU1 ...
Current CPU1 throttling state T5: 68%
set T6 on CPU1 ...
Current CPU1 throttling state T6: 76%
set T7 on CPU1 ...
Current CPU1 throttling state T7: 92%
test CPU1: FAIL

Test3 ...
test T-state function on CPU1 ............
T state count = 8
Set P0:T0 on CPU1 ...
Current CPU1 throttling state T0: 0%
Set P0:T1 on CPU1 ...
Current CPU1 throttling state T1: -7%
T1: current throttling is -7%, unmatch the 12% (performance lost) in /proc/acpi/processor/CPU1/throttling.
Set P0:T2 on CPU1 ...
Current CPU1 throttling state T2: 23%
Set P0:T3 on CPU1 ...
Current CPU1 throttling state T3: 13%
T3: current throttling is 13%, unmatch the 37% (performance lost) in /proc/acpi/processor/CPU1/throttling.
Set P0:T4 on CPU1 ...
Current CPU1 throttling state T4: 54%
Set P0:T5 on CPU1 ...
Current CPU1 throttling state T5: 63%
Set P0:T6 on CPU1 ...
Current CPU1 throttling state T6: 76%
Set P0:T7 on CPU1 ...
Current CPU1 throttling state T7: 93%
test CPU1: FAIL

------------
Test Summary:
-------------
TOTAL: 3
PASS: 1
FAIL: 2
NOTSUPPORT: 0
UNRESOLVED: 0
UNTESTED: 0
-------------

ACPI ABAT finished...