文件列表:

.vscode (0, 2021-11-13)
.vscode\c_cpp_properties.json (644, 2021-11-13)
.vscode\launch.json (1105, 2021-11-13)
.vscode\settings.json (2286, 2021-11-13)
.vscode\tasks.json (602, 2021-11-13)
LICENSE (1085, 2021-11-13)
examples (0, 2021-11-13)
examples\Arduino AVR simple (0, 2021-11-13)
examples\Arduino AVR simple\AVRsimple.ino (2353, 2021-11-13)
examples\ESP8266 Simple (0, 2021-11-13)
examples\ESP8266 Simple\esp8266simple.ino (3414, 2021-11-13)
examples\STM32 Simple (0, 2021-11-13)
examples\STM32 Simple\STM32simple.ino (2019, 2021-11-13)
keywords.txt (686, 2021-11-13)
library.json (506, 2021-11-13)
library.properties (368, 2021-11-13)
src (0, 2021-11-13)
src\MyAlarm.h (16397, 2021-11-13)

# MyAlarm Makes it easy to create tasks that run at a specific time or periodically after an interval. Support multiple days per alarm. Tasks scheduled at a particular time of day are called Alarms. Tasks scheduled after an interval of time has elapsed are called Timers. These tasks can be created to continuously repeat or repeat n times or to occur once only. note: depends on ctime library, provided by each platform SDK. ## API `timerAlarm.update()` should be called frequently or placed in the loop, it's where the alarms and timers are serviced. `timerAlarm.createHour(min, sec, hourAlarm)` Create an alarm that fire every hour at the specified minute and second. `timerAlarm.createDay(hour,min, sec, dayAlarm)` Create an alarm that fire every day at the specified time. `timerAlarm.createWeek(dayOfWeek,hour,min, sec, weekAlarm)` `timerAlarm.createWeek(daysOfweekArray,hour,min, sec, arrSize, weekAlarm)` Create an alarm that fire every week at the specified time and days of week. `timerAlarm.createMonth(dayOfMonth,hour,min, sec, monthAlarm)` `timerAlarm.createMonth(daysOfMonthArray,hour,min, sec, arrSize, monthAlarm)` Create an alarm that fire every month at the specified time and days of month. note: setting `dayOfMonth` to 31, the alarm will trigger at the end of every month `timerAlarm.createYear(month,dayOfMonth,hour,min, sec, monthAlarm)` `timerAlarm.createYear(month,daysOfMonthArray,hour,min, sec, arrSize, monthAlarm)` Create an alarm that fire every year at the specified time/date. `timerAlarm.createTimer(hour, min, sec, myTimer)` Create a timer that fire every time the duration specified elapsed. If you want to create a timer or alarm that trigger once or n times chain 'runOnce()' or 'run(n)' with create Ex : `timerAlarm.createHour(min, sec, hourAlarm).runOnce()` `timerAlarm.createHour(min, sec, hourAlarm).run(n)` if n equal to 0, it will repeat indefinitly ### Other functions `timerAlarm.setTimeProvider(cb_Provider)` `cb_Provider` is a function that return the current unix time stamp. by default the ctime `time()` function is used. `timerAlarm.isServicing()` `timerAlarm.stopService()` `timerAlarm.startService()` Start and stop servicing alarms and timers. `timerAlarm.getNextAlarm()` Return the alarm or timer that will trigger next. If used inside the callback will return the current alarm or timer. you can use it to get :`timerAlarm.getNextAlarm().getCounter()` return how many times fired and other information (see instance functions). `timerAlarm.countAvailable()` get the number of alarms or timers that you can use. `timerAlarm.freeAll()` free all the alarms and timers and make theme available. `timerAlarm.getAlarmById(id)` `timerAlarm.recalculateAllTriggers()` `timerAlarm.getGlobalNextTrigger()` get the unix time stamp of the next trigger of all alarms and timers. ### Instance functions `disable()` `enable()` `free()` clear the object and make it available for reuse `getId()` `getNextTrigger()` return the unix time stamp of the next trigger `isActive()` `isFree()` `isTimer()` `resetTimer()` `getCounter()` return the number of times fired `resetCounter()` `setCallback(cb)` `run(n)` `runOnce()` `getnbRun()` return number of run (0 mean it runing infinitly ) FAQ --- _Q: What hardware and software is needed to use this library?_ A: This library requires an SDK with a ctime implementation. No internal or external hardware is used by the Alarm library. _Q: Are there any restrictions on the code in a task handler function?_ A: No. The scheduler does not use interrupts so your task handling function is no different from other functions you create in your sketch. (If you need timer intervals shorter than 1 second then you should look for a different library) _Q: How are scheduled tasks affected if the system time is changed?_ A: Tasks are scheduled for specific times designated by the system clock. If the system time is reset to a later time (for example one hour ahead) then all tasks that have a time less or equal to the system clock will occur in the next `timerAlarm.update()`s. If the system time is set backward (for example one hour back), then the tasks will be delayed the amount of time set backward. `timerAlarm.recalculateAllTriggers()` can be used in case of time change (Timers will be reset). _Q: How many alarms can be created?_ A: It depends on the system. Up to five alarms can be scheduled in Arduino AVR based boards and 20 for other boards. The number of alarms can be changed by defining `_NBALARMS` to the desired number befor including the library. exemple: `#define _NBALARMS 10` `#include ` once Alarms or Timers are freed when they are triggered so another once alarm or timer can be set to trigger again.

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