<transcript><audio_24>means only cpu will remain on so by initializing the wakelock we can pass any of these options suppose we pass partial wakelock that means the cpu will remain on like if in our smartphone if we do not use it for some time there is a period of inactivity then it will go</transcript><transcript><audio_25>in the sleep state so if we define this partial wake lock then it will remain the CPU will remain on irrespective of the inactive spit state similarly in the speed my clock the CPU will remain on as well as the screen will remain dim and</transcript><transcript><audio_26>similarly screen by two o'clock and in full weight loss the CPU will remain on and the speed will be bright and keyboard backlight will be on so now we will see how we can use this way clock to actually switch on any component</transcript><transcript><audio_27>before that when we how to use this way clock now when we define a of a clock is an instance to switch on or off any component initially is the component is in low-power state and then we acquired the way clock then the component will go</transcript><transcript><audio_28>from low power state to high power state similarly when we release the wake lock it will go from high power state to low power state now in this example we defied an instance of power manager dot V o'clock class and initialize it with</transcript> means only cpu will remain on so by initializing the wakelock we can pass any of these options suppose we pass partial wakelock that means the cpu will remain on like if in our smartphone if we do not use it for some time there is a period of inactivity then it will go in the sleep state so if we define this partial wake lock then it will remain the CPU will remain on irrespective of the inactive spit state similarly in the speed my clock the CPU will remain on as well as the screen will remain dim and similarly screen by two o'clock and in full weight loss the CPU will remain on and the speed will be bright and keyboard backlight will be on so now we will see how we can use this way clock to actually switch on any component before that when we how to use this way clock now when we define a of a clock is an instance to switch on or off any component initially is the component is in low-power state and then we acquired the way clock then the component will go from low power state to high power state similarly when we release the wake lock it will go from high power state to low power state now in this example we defied an instance of power manager dot V o'clock class and initialize it with
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