Method for waking up fission clock-in prompt clock

Abstract

The invention discloses a fission clock-in prompt clock awakening method, which comprises the following steps of: 1, setting a main cycle in a clock awakening module, setting specified time in the main cycle, starting timing by a clock, and enabling the clock awakening module to be in a standby state in a timing process so as to reduce energy consumption; 2, when the specified time is not reached and the timing time is manually intervened, timing is interrupted, and timing is started according to the new timing time; 3, after the timing time is up, the clock wake-up module sends prompt information to the system, and after the prompt is finished, the clock wake-up module continues the timing work of the next cycle; 4, in the timing process, when timing is interrupted without any reason due to system faults or power failure accidents, the clock awakening module continues timing after the faults are removed; and 5, an auxiliary loop is arranged in the clock wake-up module, and the auxiliary loop is used for monitoring whether the main loop runs normally or not and is responsible for clearing interrupt codes and system cache generated in the timing process of the main loop, so that smooth proceeding of the main loop is guaranteed. According to the fission clock-in prompt clock awakening method, the clock awakening module is in the standby state during timing, energy consumption can be remarkably reduced, and the standby time of the whole machine is prolonged; through the design of the auxiliary circulation, normal work of the main circulation can be effectively guaranteed.

Description

technical field [0001] The invention relates to a clock wake-up method, in particular to a clock wake-up method for fission check-in reminder. Background technique [0002] The existing fission check-in reminder clock wake-up module is always in the working state during the timing process, consumes a lot of power, seriously affects the standby time of the whole machine, and during the timing process, a large number of interrupt codes and system errors will be generated from time to time. Cache seriously affects the timing accuracy of the whole machine. Contents of the invention [0003] The purpose of the present invention is to provide a method for waking up a fission check-in reminder clock to solve the problems raised in the above-mentioned background technology. [0004] To achieve the above object, the present invention provides the following technical solutions: [0005] A method for waking up a fission check-in reminder clock, comprising the following steps: [0...

AI Technical Summary

Problems solved by technology

[0002] The existing fission check-in reminder clock wake-up module is always in the working state during the timing process, consumes a lot of power, seriously affects the standby time of the whole machine, and during the timing process, a large number of interrupt codes and system errors will be generated from time to time. Cache, which seriously affects the timing accuracy of the whole machine

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