mirror of
https://github.com/koreader/koreader
synced 2024-11-18 03:25:46 +00:00
4005bf69aa
Companion PR to https://github.com/koreader/koreader-base/pull/884 * Basically flags devices known to be stable when using PxP inversion. * Plus, random fix for #4870 ;). * A few FrontLight tweaks & cleanups on Kobo: * Moved the Kobo-specific startup status insanity to Kobo-specific init * Made turnOff/turnOn frontlight do a smooth ramp down/up * On Kobo, use turnOff/turnOn for suspend/resume, to get that smooth toggle * On Kobo, for NaturalLight w/ a mixer, only set warmth for setWarmth, and only set Brightness for setBrightness, otherwise, it tried to set both with not in-sync values, which made the FL widget jittery.
210 lines
7.9 KiB
Lua
210 lines
7.9 KiB
Lua
describe("Frontlight function in PowerD", function()
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local Device, PowerD
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local param, test_when_on, test_when_off
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setup(function()
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require("commonrequire")
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package.unloadAll()
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require("document/canvascontext"):init(require("device"))
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PowerD = require("device/generic/powerd"):new{
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frontlight = 2,
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}
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param = {
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fl_min = 1,
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fl_max = 5,
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fl_intensity = 2,
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device = nil,
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is_fl_on = true,
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}
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PowerD.frontlightIntensityHW = function(self)
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return self.frontlight
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end
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PowerD.setIntensityHW = function(self, intensity)
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self.frontlight = intensity
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end
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end)
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teardown(function()
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package.unloadAll()
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require("document/canvascontext"):init(require("device"))
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end)
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before_each(function()
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Device = require("device")
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Device.isKobo = function() return true end
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Device.model = "Kobo_dahlia"
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Device.hasFrontlight = function() return true end
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param.device = Device
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Device.powerd = PowerD:new{
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param
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}
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stub(PowerD, "init")
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spy.on(PowerD, "frontlightIntensityHW")
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spy.on(PowerD, "setIntensityHW")
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spy.on(PowerD, "turnOnFrontlightHW")
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spy.on(PowerD, "turnOffFrontlightHW")
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end)
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it("should read frontlight intensity during initialization", function()
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local p = PowerD:new(param)
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assert.are.equal(2, p:frontlightIntensityHW())
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assert.are.equal(2, p:frontlightIntensity())
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assert.is.truthy(p:isFrontlightOn())
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assert.stub(p.init).is_called(1)
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assert.spy(p.frontlightIntensityHW).is_called(2)
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end)
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test_when_off = function(fl_min)
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param.fl_min = fl_min
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param.fl_intensity = 0
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local p = PowerD:new(param)
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p:setIntensity(0)
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assert.are.equal(param.fl_min, p:frontlightIntensityHW())
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assert.are.equal(0, p:frontlightIntensity()) -- returns 0 when off
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assert.is.truthy(p:isFrontlightOff())
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assert.stub(p.init).is_called(1)
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assert.spy(p.setIntensityHW).is_called(1)
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assert.are.equal(param.fl_min, p.frontlight)
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assert.spy(p.frontlightIntensityHW).is_called(2)
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assert.spy(p.turnOnFrontlightHW).is_called(0)
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assert.spy(p.turnOffFrontlightHW).is_called(0)
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-- The intensity is param.fl_min, turnOnFrontlight() should take no effect.
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assert.is.falsy(p:turnOnFrontlight())
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assert.are.equal(0, p:frontlightIntensity())
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assert.is.truthy(p:isFrontlightOff())
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assert.spy(p.setIntensityHW).is_called(1)
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assert.spy(p.turnOnFrontlightHW).is_called(0)
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assert.spy(p.turnOffFrontlightHW).is_called(0)
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-- Same as the above one, toggleFrontlight() should also take no effect.
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assert.is.falsy(p:toggleFrontlight())
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assert.are.equal(0, p:frontlightIntensity())
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assert.is.truthy(p:isFrontlightOff())
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assert.spy(p.setIntensityHW).is_called(1)
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assert.spy(p.turnOnFrontlightHW).is_called(0)
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assert.spy(p.turnOffFrontlightHW).is_called(0)
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assert.is.truthy(p:setIntensity(2))
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assert.are.equal(2, p:frontlightIntensity())
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assert.is.truthy(p:isFrontlightOn())
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assert.spy(p.setIntensityHW).is_called(2)
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assert.are.equal(2, p.frontlight)
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assert.spy(p.turnOnFrontlightHW).is_called(0)
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assert.spy(p.turnOffFrontlightHW).is_called(0)
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assert.is.falsy(p:turnOnFrontlight())
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assert.are.equal(2, p:frontlightIntensity())
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assert.is.truthy(p:isFrontlightOn())
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assert.spy(p.setIntensityHW).is_called(2)
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assert.spy(p.turnOnFrontlightHW).is_called(0)
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assert.spy(p.turnOffFrontlightHW).is_called(0)
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assert.is.truthy(p:turnOffFrontlight())
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assert.are.equal(0, p:frontlightIntensity())
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assert.is.truthy(p:isFrontlightOff())
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assert.spy(p.setIntensityHW).is_called(3)
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assert.are.equal(param.fl_min, p.frontlight)
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assert.spy(p.turnOnFrontlightHW).is_called(0)
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assert.spy(p.turnOffFrontlightHW).is_called(1)
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assert.is.truthy(p:turnOnFrontlight())
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assert.are.equal(2, p:frontlightIntensity())
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assert.is.truthy(p:isFrontlightOn())
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assert.spy(p.setIntensityHW).is_called(4)
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assert.are.equal(2, p.frontlight)
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assert.spy(p.turnOnFrontlightHW).is_called(1)
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assert.spy(p.turnOffFrontlightHW).is_called(1)
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assert.is.truthy(p:toggleFrontlight())
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assert.are.equal(0, p:frontlightIntensity())
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assert.is.truthy(p:isFrontlightOff())
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assert.spy(p.setIntensityHW).is_called(5)
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assert.are.equal(param.fl_min, p.frontlight)
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assert.spy(p.turnOnFrontlightHW).is_called(1)
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assert.spy(p.turnOffFrontlightHW).is_called(2)
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assert.is.truthy(p:toggleFrontlight())
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assert.are.equal(2, p:frontlightIntensity())
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assert.is.truthy(p:isFrontlightOn())
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assert.spy(p.setIntensityHW).is_called(6)
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assert.are.equal(2, p.frontlight)
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assert.spy(p.turnOnFrontlightHW).is_called(2)
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assert.spy(p.turnOffFrontlightHW).is_called(2)
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end
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test_when_on = function(fl_min)
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assert(fl_min < 2)
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param.fl_min = fl_min
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param.fl_intensity = 2
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local p = PowerD:new(param)
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p:setIntensity(2)
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assert.are.equal(2, p:frontlightIntensityHW())
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assert.are.equal(2, p:frontlightIntensity())
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assert.is.truthy(p:isFrontlightOn())
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assert.stub(p.init).is_called(1)
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--assert.spy(p.setIntensityHW).is_called(1)
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assert.are.equal(2, p.frontlight)
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assert.spy(p.turnOnFrontlightHW).is_called(0)
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assert.spy(p.turnOffFrontlightHW).is_called(0)
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assert.is.falsy(p:setIntensity(2))
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assert.are.equal(2, p:frontlightIntensity())
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assert.is.truthy(p:isFrontlightOn())
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--assert.spy(p.setIntensityHW).is_called(1)
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assert.are.equal(2, p.frontlight)
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assert.spy(p.turnOnFrontlightHW).is_called(0)
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assert.spy(p.turnOffFrontlightHW).is_called(0)
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assert.is.falsy(p:turnOnFrontlight())
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assert.are.equal(2, p:frontlightIntensity())
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assert.is.truthy(p:isFrontlightOn())
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--assert.spy(p.setIntensityHW).is_called(1)
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assert.are.equal(2, p.frontlight)
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assert.spy(p.turnOnFrontlightHW).is_called(0)
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assert.spy(p.turnOffFrontlightHW).is_called(0)
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assert.is.truthy(p:turnOffFrontlight())
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assert.are.equal(0, p:frontlightIntensity())
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assert.is.truthy(p:isFrontlightOff())
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--assert.spy(p.setIntensityHW).is_called(2)
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assert.are.equal(param.fl_min, p.frontlight)
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assert.spy(p.turnOnFrontlightHW).is_called(0)
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assert.spy(p.turnOffFrontlightHW).is_called(1)
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assert.is.truthy(p:toggleFrontlight())
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assert.are.equal(2, p:frontlightIntensity())
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assert.is.truthy(p:isFrontlightOn())
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--assert.spy(p.setIntensityHW).is_called(3)
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assert.are.equal(2, p.frontlight)
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assert.spy(p.turnOnFrontlightHW).is_called(1)
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assert.spy(p.turnOffFrontlightHW).is_called(1)
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assert.is.truthy(p:toggleFrontlight())
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assert.are.equal(0, p:frontlightIntensity())
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assert.is.truthy(p:isFrontlightOff())
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--assert.spy(p.setIntensityHW).is_called(4)
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assert.are.equal(param.fl_min, p.frontlight)
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assert.spy(p.turnOnFrontlightHW).is_called(1)
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assert.spy(p.turnOffFrontlightHW).is_called(2)
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end
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it("should turn on and off frontlight when the frontlight was off", function()
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test_when_off(0)
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end)
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it("should turn on and off frontlight when the minimum level is 1 and frontlight was off",
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function() test_when_off(1) end)
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it("should turn on and off frontlight when the frontlight was on", function()
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test_when_on(0)
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end)
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it("should turn on and off frontlight when the minimum level is 1 and frontlight was on",
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function() test_when_on(1) end)
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end)
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