describe ( " WakeupMgr " , function ( )
local RTC
local WakeupMgr
local epoch1 , epoch2 , epoch3
setup ( function ( )
require ( " commonrequire " )
package.unloadAll ( )
RTC = require ( " ffi/rtc " )
WakeupMgr = require ( " device/wakeupmgr " )
-- We could theoretically test this by running the tests as root locally.
stub ( WakeupMgr , " setWakeupAlarm " )
WakeupMgr.validateWakeupAlarmByProximity = spy.new ( function ( ) return true end )
epoch1 = RTC : secondsFromNowToEpoch ( 1234 )
epoch2 = RTC : secondsFromNowToEpoch ( 123 )
epoch3 = RTC : secondsFromNowToEpoch ( 9999 )
end )
it ( " should add a task " , function ( )
WakeupMgr : addTask ( 1234 , function ( ) end )
assert.is_equal ( epoch1 , WakeupMgr._task_queue [ 1 ] . epoch )
assert.stub ( WakeupMgr.setWakeupAlarm ) . was.called ( 1 )
end )
it ( " should add a task in order " , function ( )
WakeupMgr : addTask ( 9999 , function ( ) end )
assert.is_equal ( epoch1 , WakeupMgr._task_queue [ 1 ] . epoch )
assert.stub ( WakeupMgr.setWakeupAlarm ) . was.called ( 1 )
WakeupMgr : addTask ( 123 , function ( ) end )
assert.is_equal ( epoch2 , WakeupMgr._task_queue [ 1 ] . epoch )
assert.stub ( WakeupMgr.setWakeupAlarm ) . was.called ( 2 )
end )
it ( " should execute top task " , function ( )
assert.is_true ( WakeupMgr : wakeupAction ( ) )
end )
it ( " should have removed executed task from stack " , function ( )
assert.is_equal ( epoch1 , WakeupMgr._task_queue [ 1 ] . epoch )
assert.is_equal ( epoch3 , WakeupMgr._task_queue [ 2 ] . epoch )
end )
it ( " should have scheduled next task after execution " , function ( )
A host of low power states related tweaks (#9036)
* Disable all non power management related input during suspend. (This prevents wonky touch events from being tripped when closing a sleep cover on an already-in-suspend device, among other things).
* Kobo: Use our WakeupMgr instance, not the class.
* WakupMgr: split `removeTask` in two:
* `removeTask`, which *only* takes a queue index as input, and only removes a single task. Greatly simplifies the function (i.e., it's just a `table.remove`).
* `removeTasks`, which takes an epoch or a cb ref, and removes *every* task that matches.
* Both of these will also *always* re-schedule the next task (if any) on exit, since we can have multiple WakeupMgr tasks queued, but we can only have a single RTC wake alarm set ;).
* `wakeupAction` now takes a `proximity` argument, which it passes on to its `validateWakeupAlarmByProximity` call, allowing call sites to avoir having to duplicate that call themselves when they want to use a custom proximity window.
* `wakeupAction` now re-schedules the next task (if any) on exit.
* Simplify `Kobo:checkUnexpectedWakeup`, by removing the duplicate `WakerupMgr:validateWakeupAlarmByProximity` call, now that we can pass a proximity window to `WakeuoMgr:wakeupAction`.
* The various network activity timeouts are now halved when autostandby is enabled.
* Autostandby: get rid of the dummy deadline_guard task, as it's no longer necessary since #9009.
* UIManager: The previous change allows us to simplify `getNextTaskTimes` into a simpler `getNextTaskTime` variant, getting rid of a table & a loop.
* ReaderFooter & ReaderHeader: Make sure we only perform a single refresh when exiting standby.
* Kobo: Rewrite sysfs writes to use ANSI C via FFI instead of stdio via Lua, as it obscured some common error cases (e.g., EBUSY on /sys/power/state).
* Kobo: Simplify `suspend`, now that we have sane error handling in sysfs writes.
* Kobo.powerd: Change `isCharging` & `isAuxCharging` behavior to match the behavior of the NTX ioctl (i.e., Charging == Plugged-in). This has the added benefit of making the AutoSuspend checks behave sensibly in the "fully-charged but still plugged in" scenario (because being plugged in is enough to break PM on `!canPowerSaveWhileCharging` devices).
* AutoSuspend: Disable our `AllowStandby` handler when auto standby is disabled, so as to not interfere with other modules using `UIManager:allowStandby` (fix #9038).
* PowerD: Allow platforms to implement `isCharged`, indicating that the battery is full while still plugged in to a power source (battery icon becomes a power plug icon).
* Kobo.powerd: Implement `isCharged`, and kill charging LEDs once battery is full.
* Kindle.powerd: Implement `isCharged` on post-Wario devices. (`isCharging` is still true in that state, as it ought to).
2 years ago
assert.stub ( WakeupMgr.setWakeupAlarm ) . was.called ( 3 ) -- 2 from addTask (the second addTask doesn't replace the upcoming task), 1 from wakeupAction (via removeTask).
end )
it ( " should remove arbitrary task from stack " , function ( )
WakeupMgr : removeTask ( 2 )
assert.is_equal ( epoch1 , WakeupMgr._task_queue [ 1 ] . epoch )
assert.is_equal ( nil , WakeupMgr._task_queue [ 2 ] )
end )
it ( " should execute last task " , function ( )
assert.is_true ( WakeupMgr : wakeupAction ( ) )
end )
it ( " should not have scheduled a wakeup without a task " , function ( )
A host of low power states related tweaks (#9036)
* Disable all non power management related input during suspend. (This prevents wonky touch events from being tripped when closing a sleep cover on an already-in-suspend device, among other things).
* Kobo: Use our WakeupMgr instance, not the class.
* WakupMgr: split `removeTask` in two:
* `removeTask`, which *only* takes a queue index as input, and only removes a single task. Greatly simplifies the function (i.e., it's just a `table.remove`).
* `removeTasks`, which takes an epoch or a cb ref, and removes *every* task that matches.
* Both of these will also *always* re-schedule the next task (if any) on exit, since we can have multiple WakeupMgr tasks queued, but we can only have a single RTC wake alarm set ;).
* `wakeupAction` now takes a `proximity` argument, which it passes on to its `validateWakeupAlarmByProximity` call, allowing call sites to avoir having to duplicate that call themselves when they want to use a custom proximity window.
* `wakeupAction` now re-schedules the next task (if any) on exit.
* Simplify `Kobo:checkUnexpectedWakeup`, by removing the duplicate `WakerupMgr:validateWakeupAlarmByProximity` call, now that we can pass a proximity window to `WakeuoMgr:wakeupAction`.
* The various network activity timeouts are now halved when autostandby is enabled.
* Autostandby: get rid of the dummy deadline_guard task, as it's no longer necessary since #9009.
* UIManager: The previous change allows us to simplify `getNextTaskTimes` into a simpler `getNextTaskTime` variant, getting rid of a table & a loop.
* ReaderFooter & ReaderHeader: Make sure we only perform a single refresh when exiting standby.
* Kobo: Rewrite sysfs writes to use ANSI C via FFI instead of stdio via Lua, as it obscured some common error cases (e.g., EBUSY on /sys/power/state).
* Kobo: Simplify `suspend`, now that we have sane error handling in sysfs writes.
* Kobo.powerd: Change `isCharging` & `isAuxCharging` behavior to match the behavior of the NTX ioctl (i.e., Charging == Plugged-in). This has the added benefit of making the AutoSuspend checks behave sensibly in the "fully-charged but still plugged in" scenario (because being plugged in is enough to break PM on `!canPowerSaveWhileCharging` devices).
* AutoSuspend: Disable our `AllowStandby` handler when auto standby is disabled, so as to not interfere with other modules using `UIManager:allowStandby` (fix #9038).
* PowerD: Allow platforms to implement `isCharged`, indicating that the battery is full while still plugged in to a power source (battery icon becomes a power plug icon).
* Kobo.powerd: Implement `isCharged`, and kill charging LEDs once battery is full.
* Kindle.powerd: Implement `isCharged` on post-Wario devices. (`isCharging` is still true in that state, as it ought to).
2 years ago
assert.stub ( WakeupMgr.setWakeupAlarm ) . was.called ( 3 ) -- 2 from addTask, 1 from wakeupAction, 0 from removeTask (because it wasn't the upcoming task that was removed)
end )
end )
