Single thread tests
===================
m301:
Valid sequence of requests, no exceptions expected.
Acquire mutexes of monotone increasing level (Global lock
on level 0 too) for all available levels from 0 up to 15,
then Release them all in the inverse order.
m369:
Valid sequence of requests, no exceptions expected.
Acquire mutexes of monotone increasing level (Global lock on level 0 too)
for all available levels from 0 up to 15, Acquire 2 mutexes of each level,
then Release them all in the inverse order (keep the exactly inverse order
for Releasing mutexes of the same level too).
m36a:
Exactly m301 but additioanlly:
all Release opreations are located into separate method.
m36b:
Exactly m301 but additioanlly:
all Acquire and Release opreations are located into separate methods.
m36c:
Invalid sequence of Acquire operations:
1) Acquire N-th level mutex (N>=1):
2) Acquire:
- mutexes from 0 up to (N-1)-levels
- Global lock
3) exception AE_AML_MUTEX_ORDER is expected for each Acquire of (2)
m389:
Exception on Release.
Release the mutex twice.
Attempt to Release free mutex: Acquire, Release, Release.
Exception is expected on the second Release.
Do it for all level mutexes and Global lock too.
m07b:
Exception on Release.
Attempt ot Release clean mutex which was never Acquired.
m38a:
Exception on Release.
Break the sequence of Acquiring mutexes while Releasing them,
jump over the level. Invalid sequence of Releases:
1) Take level from range (N>=1 & N<=15)
2) Acquire mutexes of all levels from 0 up to N
3) Try to Release any mutex:
- in the level range from (N-1) down to 0
- Global lock
4) Do 1-3 for all levels in range (N>=1 & N<=15)
m38d:
Check up that the Releasing of the same level mutexes
can be performed in an arbitrary order, independently
on the order they were Acquired.
For each level separately, one by one -
Acquire all for one level then Release them all and
then only go to the next level.
Involve the Global lock too.
m07d:
Check up that the Releasing of the same level mutexes
can be performed in an arbitrary order, independently
on the order they were Acquired.
Cross through all the levels -
at first Acquire all for all levels then Release them all.
m07a:
Multiply owning the same ACPI mutex.
Acquire the same mutex arg2 times, then Release it (arg2+1) times,
expect exception on the last Release.
The repeated Acquire are made with TimeoutValue equal to zero.
m07e:
Acquire/Release combination #1
m08b:
Check the life after AE_AML_MUTEX_ORDER exception on Acquire.
1) Acquire N-th level mutex MUX-N
2) run Acquire (N-2)-th level mutex MUX-(N-2) and get AE_AML_MUTEX_ORDER exception
3) run Acquire (N-1)-th level mutex MUX-(N-1) and get AE_AML_MUTEX_ORDER exception
4) Acquire mutex MUX-N and check that no exception on this operation
5) Release mutex MUX-N and check that no exception on this operation
6) Release mutex MUX-N and check that no exception on this operation
7) do 1-6 for all N in range 2-15 levels
8) check additionally that all the mutexes are free (run Release and
get AE_AML_MUTEX_NOT_ACQUIRED exception for all the mutexes of all levels)
9) Acquire all mutexes of all levels and check that no exceptions
10) Release all mutexes of all levels and check that no exceptions
11) check additionally that all the mutexes are free (see 8)
12) do it for GL mode too
13) do additional Acquire of MUX-(N-2) and MUX-(N-1) before Acquire of MUX-N (Release them later)
m08d:
Check the life after AE_AML_MUTEX_ORDER exception on Release.
1) Acquire (N-1)-th level mutex MUX-(N-1)
2) Acquire (N)-th level mutex MUX-N
3) run Release (N-1)-th level mutex MUX-(N-1) and get AE_AML_MUTEX_ORDER exception
4) Release (N)-th level mutex MUX-N and check that no exception on this operation
5) Release (N-1)-th level mutex MUX-(N-1) and check that no exception on this operation
6) do 1-5 for all N in range 1-15 levels
7) check additionally that all the mutexes are free (run Release and
get AE_AML_MUTEX_NOT_ACQUIRED exception for all the mutexes of all levels)
8) Acquire all mutexes of all levels and check that no exceptions
9) Release all mutexes of all levels and check that no exceptions
10) check additionally that all the mutexes are free (see 7)
11) do it for GL mode too
m07f:
Check the life after AE_AML_MUTEX_ORDER exception on Release.
Similar to the m08d but trying to heal situation by
Acquiring/Release operations applied to the greater
level so changing the current level upper than all the
currently Acquired levels so don't expect exceptions on
the following Release operations applied in the correct
inverse order to all the Acquired mutexes.
(for the current 20060828 ACPICA this doesn't help).
m0b9:
Different ways to Acquire/Release mutexes.
1) Acquire and Release operations are in a global level AML code
m07c:
Different ways to Acquire/Release mutexes.
2) Acquire and Release operations are in the same method
3) Acquire and Release operations are in different methods
xxxx:
To check that the current level is not anyhow affected by the
invalid operations (which caused exception or returned FAIL).
Such checkings are present in m08b and m08d tests.
From m08b:
1) Acquire N-th level mutex MUX-N
2) run Acquire (N-2)-th level mutex MUX-(N-2) and get AE_AML_MUTEX_ORDER exception
3) run Acquire (N-1)-th level mutex MUX-(N-1) and get AE_AML_MUTEX_ORDER exception
The step 3 checks that the invalid operation Acquire
performed on step 2 doesn't affect the current level.
From m08d:
1) Acquire (N-1)-th level mutex MUX-(N-1)
2) Acquire (N)-th level mutex MUX-N
3) run Release (N-1)-th level mutex MUX-(N-1) and get AE_AML_MUTEX_ORDER exception
4) Release (N)-th level mutex MUX-N and check that no exception on this operation
The step 4 checks that the invalid operation Release
performed on step 3 doesn't affect the current level.
m0ba:
Acquire/Release operations enclosed in other operations.
badasl-m103:
Exception on Acquire.
Access to inappropriate type data.
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