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@ -1,7 +1,7 @@
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const { BeanModel } = require("redbean-node/dist/bean-model");
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const { R } = require("redbean-node");
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const dayjs = require("dayjs");
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const { log, utcToLocal, SQL_DATETIME_FORMAT_WITHOUT_SECOND } = require("../../src/util");
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const { log, utcToLocal, SQL_DATETIME_FORMAT_WITHOUT_SECOND, localToUTC } = require("../../src/util");
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const { UptimeKumaServer } = require("../uptime-kuma-server");
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class MaintenanceTimeslot extends BeanModel {
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@ -26,17 +26,12 @@ class MaintenanceTimeslot extends BeanModel {
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}
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/**
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*
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* @param {Maintenance} maintenance
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* @param {dayjs} startFrom (For recurring type only) Generate Timeslot from this date, if it is smaller than the current date, it will use the current date instead. As generating a passed timeslot is meaningless.
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* @param {dayjs} minDate (For recurring type only) Generate a next timeslot from this date.
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* @param {boolean} removeExist Remove existing timeslot before create
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* @returns {Promise<void>}
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* @returns {Promise<MaintenanceTimeslot>}
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*/
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static async generateTimeslot(maintenance, startFrom = null, removeExist = false) {
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if (!startFrom) {
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startFrom = dayjs();
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}
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static async generateTimeslot(maintenance, minDate = null, removeExist = false) {
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if (removeExist) {
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await R.exec("DELETE FROM maintenance_timeslot WHERE maintenance_id = ? ", [
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maintenance.id
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@ -51,9 +46,67 @@ class MaintenanceTimeslot extends BeanModel {
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bean.start_date = maintenance.start_date;
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bean.end_date = maintenance.end_date;
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bean.generated_next = true;
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await R.store(bean);
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return await R.store(bean);
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} else if (maintenance.strategy === "recurring-interval") {
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// TODO
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let bean = R.dispense("maintenance_timeslot");
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// Prevent dead loop, in case interval_day is not set
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if (!maintenance.interval_day || maintenance.interval_day <= 0) {
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maintenance.interval_day = 1;
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}
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let startOfTheDay = dayjs.utc(maintenance.start_date).format("HH:mm");
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log.debug("timeslot", "startOfTheDay: " + startOfTheDay);
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// Start Time
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let startTimeSecond = dayjs.utc(maintenance.start_time, "HH:mm").diff(dayjs.utc(startOfTheDay, "HH:mm"), "second");
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log.debug("timeslot", "startTime: " + startTimeSecond);
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// Duration
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let duration = dayjs.utc(maintenance.end_time, "HH:mm").diff(dayjs.utc(maintenance.start_time, "HH:mm"), "second");
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// Add 24hours if it is across day
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if (duration < 0) {
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duration += 24 * 3600;
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}
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// Bake StartDate + StartTime = Start DateTime
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let startDateTime = dayjs.utc(maintenance.start_date).add(startTimeSecond, "second");
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let endDateTime;
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// Keep generating from the first possible date, until it is ok
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while (true) {
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log.debug("timeslot", "startDateTime: " + startDateTime.format());
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// Handling out of effective date range
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if (startDateTime.diff(dayjs.utc(maintenance.end_date)) > 0) {
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log.debug("timeslot", "Out of effective date range");
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return null;
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}
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endDateTime = startDateTime.add(duration, "second");
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// If endDateTime is out of effective date range, use the end datetime from effective date range
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if (endDateTime.diff(dayjs.utc(maintenance.end_date)) > 0) {
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endDateTime = dayjs.utc(maintenance.end_date);
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}
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// If minDate is set, the endDateTime must be bigger than it.
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// And the endDateTime must be bigger current time
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if (
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(!minDate || endDateTime.diff(minDate) > 0) &&
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endDateTime.diff(dayjs()) > 0
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) {
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break;
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}
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startDateTime = startDateTime.add(maintenance.interval_day, "day");
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}
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bean.maintenance_id = maintenance.id;
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bean.start_date = localToUTC(startDateTime);
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bean.end_date = localToUTC(endDateTime);
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bean.generated_next = false;
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return await R.store(bean);
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} else if (maintenance.strategy === "recurring-weekday") {
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// TODO
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} else if (maintenance.strategy === "recurring-day-of-month") {
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