iobroker.shuttercontrol
Version:
Automatic control for shutters
190 lines (147 loc) • 12.2 kB
JavaScript
;
// @ts-ignore
const schedule = require('node-schedule');
const checkPendingAlarm = require('./shutterAlarm.js').checkPendingAlarm; // shutterAlarm
const setShutterState = require('./setShutter.js').setShutterState; // set Shutter State
const setShutterInfo = require('./setShutter.js').setShutterInfo; // set Shutter State
let timerSleep = 0;
async function sleep(ms) {
return new Promise(async (resolve) => {
// @ts-ignore
timerSleep = setTimeout(async () => resolve(), ms);
});
}
// @ts-ignore
async function driveshutterUpLiving(adapter, upTimeLiving, autoLivingStr, shutterSettings, livingType, driveDelayUpLiving, timeoutLivingAuto, noGoDelay) {
if (shutterSettings) {
adapter.log.debug(`Living-type: ${livingType}`);
const resLiving = shutterSettings.filter((d) => d.typeUp == livingType); // Filter Area Living
const result = resLiving.filter((d) => d.enabled === true || d.enabled === 'true'); // Filter enabled
let number = 0;
if (livingType === 'living') {
for (const i in result) {
number++;
}
timeoutLivingAuto = number !== 0 ? number * driveDelayUpLiving : driveDelayUpLiving;
}
for (const i in result) {
for (const s in shutterSettings) {
if (shutterSettings[s].shutterName == result[i].shutterName) {
const nameDevice = shutterSettings[s].shutterName.replace(/[.;, ]/g, '_');
const pendingAlarm = await checkPendingAlarm(adapter, shutterSettings[s]);
const _autoUpState = await adapter.getStateAsync(`shutters.autoUp.${nameDevice}`).catch((e) => adapter.log.warn(e));
if (_autoUpState?.val === true) {
let shutterHeight = 0;
if (shutterSettings[s].currentAction == 'sunProtect' || shutterSettings[s].currentAction == 'OpenInSunProtect') {
shutterHeight = parseFloat(shutterSettings[s].heightDownSun);
shutterSettings[s].currentAction = 'sunProtect';
} else {
shutterHeight = parseFloat(shutterSettings[s].heightUp);
shutterSettings[s].currentAction = 'up';
}
// saving current required values to alarmtrigger
shutterSettings[s].alarmTriggerLevel = shutterHeight;
shutterSettings[s].alarmTriggerAction = shutterSettings[s].currentAction;
if (pendingAlarm == false) {
const _triggerState = shutterSettings[s].triggerID != '' ? await adapter.getForeignStateAsync(shutterSettings[s].triggerID).catch((e) => adapter.log.warn(e)) : null;
const mustValue = (`${ shutterSettings[s].triggerState}`);
const mustValueTilted = shutterSettings[s].triggerStateTilted == 'none' ? (`${ shutterSettings[s].triggerState}`) : (`${ shutterSettings[s].triggerStateTilted}`);
const currentValue = _triggerState?.val !== null && _triggerState?.val !== undefined ? (`${ _triggerState.val}`) : '';
if (currentValue === mustValue ||
currentValue === mustValueTilted ||
(currentValue != mustValue &&
currentValue != mustValueTilted &&
shutterSettings[s].autoDrive != 'onlyDown' &&
shutterSettings[s].autoDrive != 'off')) {
const _shutterState = await adapter.getForeignStateAsync(shutterSettings[s].name).catch((e) => adapter.log.warn(e));
if (_shutterState?.val !== null && _shutterState?.val !== undefined &&
Math.round(_shutterState.val / adapter.config.shutterStateRound) * adapter.config.shutterStateRound != shutterHeight &&
Date.now() >= (_shutterState.lc + noGoDelay)) {
shutterSettings[s].currentHeight = shutterHeight;
shutterSettings[s].lastAutoAction = 'up_LivingTime';
shutterSettings[s].triggerHeight = shutterSettings[s].currentHeight; // reset Trigger
shutterSettings[s].triggerAction = shutterSettings[s].currentAction; // reset Trigger
await setShutterState(adapter, shutterSettings, shutterSettings[s], shutterHeight, nameDevice, 'Living up #13');
adapter.log.debug(`last automatic Action for ${shutterSettings[s].shutterName}: ${shutterSettings[s].lastAutoAction}`);
adapter.log.debug(`shutterUpLiving #1 ${ shutterSettings[s].shutterName } old height: ${ shutterSettings[s].oldHeight }% new height: ${ shutterHeight }%`);
} else if (_shutterState?.val !== null && _shutterState?.val !== undefined &&
Math.round(_shutterState.val / adapter.config.shutterStateRound) * adapter.config.shutterStateRound == shutterHeight &&
Date.now() >= (_shutterState.lc + noGoDelay)) {
shutterSettings[s].currentHeight = shutterHeight;
shutterSettings[s].triggerHeight = shutterSettings[s].currentHeight; // reset Trigger
shutterSettings[s].triggerAction = shutterSettings[s].currentAction; // reset Trigger
await setShutterInfo(adapter, shutterSettings, shutterSettings[s], nameDevice);
adapter.log.debug(`shutterUpLiving #1 ${ shutterSettings[s].shutterName } already up at: ${ shutterHeight }% - setting current action: ${ shutterSettings[s].currentAction}`);
}
} else if (shutterSettings[s].triggerID == '') {
const _shutterState = await adapter.getForeignStateAsync(shutterSettings[s].name).catch((e) => adapter.log.warn(e));
if (_shutterState?.val !== null && _shutterState?.val !== undefined &&
Math.round(_shutterState.val / adapter.config.shutterStateRound) * adapter.config.shutterStateRound != shutterHeight &&
Date.now() >= (_shutterState.lc + noGoDelay)) {
shutterSettings[s].currentHeight = shutterHeight;
shutterSettings[s].lastAutoAction = 'up_LivingTime';
await setShutterState(adapter, shutterSettings, shutterSettings[s], shutterHeight, nameDevice, 'Living up #13');
adapter.log.debug(`last automatic Action for ${shutterSettings[s].shutterName}: ${shutterSettings[s].lastAutoAction}`);
adapter.log.debug(`shutterUpLiving #2 ${ shutterSettings[s].shutterName } old height: ${ shutterSettings[s].oldHeight }% new height: ${ shutterHeight }%`);
} else if (_shutterState?.val !== null && _shutterState?.val !== undefined &&
Math.round(_shutterState.val / adapter.config.shutterStateRound) * adapter.config.shutterStateRound == shutterHeight &&
Date.now() >= (_shutterState.lc + noGoDelay)) {
shutterSettings[s].currentHeight = shutterHeight;
await setShutterInfo(adapter, shutterSettings, shutterSettings[s], nameDevice);
adapter.log.debug(`shutterUpLiving #2 ${ shutterSettings[s].shutterName } already up at: ${ shutterHeight }% - setting current action: ${ shutterSettings[s].currentAction}`);
}
} else if (currentValue != mustValue &&
currentValue != mustValueTilted &&
shutterSettings[s].driveAfterClose == true) {
const _shutterState = await adapter.getForeignStateAsync(shutterSettings[s].name).catch((e) => adapter.log.warn(e));
if (_shutterState?.val !== null && _shutterState?.val !== undefined &&
Math.round(_shutterState.val / adapter.config.shutterStateRound) * adapter.config.shutterStateRound != shutterSettings[s].shutterHeight) {
shutterSettings[s].triggerHeight = shutterHeight;
shutterSettings[s].triggerAction = shutterSettings[s].currentAction;
adapter.log.info(`#15 Will open ID: ${ shutterSettings[s].shutterName } value: ${ shutterHeight }%` + ` after the window has been closed `);
adapter.log.debug(`save new trigger height: ${ shutterHeight }%`);
adapter.log.debug(`save new trigger action: ${ shutterSettings[s].triggerAction}`);
} else if (_shutterState?.val !== null && _shutterState?.val !== undefined &&
Math.round(_shutterState.val / adapter.config.shutterStateRound) * adapter.config.shutterStateRound == shutterHeight) {
shutterSettings[s].triggerHeight = shutterHeight;
shutterSettings[s].triggerAction = shutterSettings[s].currentAction;
adapter.log.info(`#16 Will open ID: ${shutterSettings[s].shutterName} value: ${shutterHeight}% after is the value for living up`);
adapter.log.debug(`save new trigger height: ${shutterHeight}%`);
adapter.log.debug(`save new trigger action: ${shutterSettings[s].triggerAction}`);
}
}
} else {
adapter.log.info(`Living up not moving now due to active alarm: ${ shutterSettings[s].shutterName } value: ${ shutterHeight }%`);
}
await sleep(driveDelayUpLiving);
}
}
}
}
adapter.log.debug(`Adapter Auto-Living is: ${autoLivingStr}`);
// start living-auto after drive living shutter
if ((autoLivingStr === true ||
autoLivingStr === 'true') &&
livingType === 'living') {
await sleep(timeoutLivingAuto);
livingType = 'living-auto';
driveshutterUpLiving(adapter, upTimeLiving, autoLivingStr, shutterSettings, livingType, driveDelayUpLiving, timeoutLivingAuto, noGoDelay);
} else {
clearTimeout(timerSleep);
return (shutterSettings);
}
}
}
async function shutterUpLiving(adapter, upTimeLiving, autoLivingStr, shutterSettings) {
const driveDelayUpLiving = adapter.config.driveDelayUpLiving != 0 ? adapter.config.driveDelayUpLiving * 1000 : 20;
const noGoDelay = adapter.config.noGoTime * 1000 * 60;
upTimeLiving = upTimeLiving == undefined ? adapter.config.W_shutterUpLivingMax : upTimeLiving;
let livingType = 'living';
let upTime = upTimeLiving.split(':');
let timeoutLivingAuto = 0;
schedule.cancelJob('shutterUpLiving');
const upLiving = schedule.scheduleJob('shutterUpLiving', `${upTime[1] } ${ upTime[0] } * * *`, async function () {
driveshutterUpLiving(adapter, upTimeLiving, autoLivingStr, shutterSettings, livingType, driveDelayUpLiving, timeoutLivingAuto, noGoDelay);
});
}
module.exports = shutterUpLiving;