In this project, you will implement a very simple timer as an Android application. There is no explicit Project link for this project, but you should start from this example stopwatch Android Studio project: [login to view URL] The timer has the following controls: (0.5) One two-digit display of the form 88. (0.5) One multi-function button. The timer behaves as follows: (0.5) The timer always displays the remaining time in seconds. (0.5) Initially, the timer is stopped and the (remaining) time is zero. (0.5) If the button is pressed when the timer is stopped, the time is incremented by one up to a preset maximum of 99. (The button acts as an increment button.) (0.5) If the time is greater than zero and three seconds elapse from the most recent time the button was pressed, then the timer beeps once and starts running. Note: if the time reaches the preset maximum of 99 the timer acts the same way as if three seconds had elapsed - it beeps and starts running. (0.5) While running, the timer subtracts one from the time for every second that elapses. In particular, the display only changes 1 second after the 3-second timeout occurs or the timer value reaches 99. (0.5) If the timer is running and the button is pressed, the timer stops and the time is reset to zero. (The button acts as a cancel button.) (0.5) If the timer is running and the time reaches zero by itself (without the button being pressed), then the timer stops and the alarm starts beeping continually and indefinitely. (0.5) If the alarm is sounding and the button is pressed, the alarm stops sounding; the timer is now stopped and the (remaining) time is zero. (The button acts as a stop button.) (0.5) The timer handles rotation by continuing in its current state.
Hi
i have read all the description about the stop watch and i can build this app according to your needs until your satisfaction
kindly contact me for best result
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