/** * @preserve * @author ThemePunch * @link http://www.themepunch.com/ * @copyright 2018 ThemePunch * @version 6.7.0 */ /* ╔══════════════════════════════════════════════════════════════════════════════╗ ║ ║ ║ PLUGIN: SLIDER REVOLUTION 7.0 ║ ║ MODULE: WEATHER ADDON ║ ║ VERSION: 1.0.0 ║ ║ DATE: 2023-03-10 ║ ║ AUTHOR: Krisztian H. ║ ║ COMPANY: ThemePunch OHG. ║ ║ ║ ╠══════════════════════════════════════════════════════════════════════════════╣ ║ ║ ║ UPDATES & DOCS: https://www.themepunch.com/support-center ║ ║ GET LICENSE: https://www.themepunch.com/links/slider_revolution_wordpre ║ ║ ss_regular_license ║ ║ ║ ╠══════════════════════════════════════════════════════════════════════════════╣ ║ ║ ║ LICENSE: ║ ║ Copyright (c) 2023, ThemePunch. All rights reserved. ║ ║ This work is subject to the terms at: ║ ║ https://www.themepunch.com/links/slider_revolution_wordpress_regular_licen ║ ║ se (Regular / Extended) ║ ║ ║ ╚══════════════════════════════════════════════════════════════════════════════╝ */ (function() { "use strict"; window.SR7 ??= {}; window._tpt ??= {}; SR7.A ??= {}; SR7.F ??= {}; SR7.D ??= {}; //Check if File already has been loaded, and if so, quit... if (SR7.A.weather !== undefined) return; // Update Required Setings let get = { pI : (v) => parseInt(v), pF : (v) => parseFloat(v), s : (v) => String(v), b : (v) => v === 'on' || v === true || v===1? true : v === 'off' || v === false || v===0 ? false : v, k : (v) => v, } let dO = {"timeZone": "UTC", "year": "numeric", "month": "long", "day": "numeric"}; let wO = {"timeZone": "UTC", "weekday": "short"}; const unit_pressure = 'hPa'; const unit_humidity = '%'; SR7.A.weather = { cache: {}, promises: {}, layers: {}, style: 'span.revslider-weather-data {transition: inherit!important; text-align: inherit!important; line-height: inherit!important; border-width: inherit!important; margin: inherit!important; padding: inherit!important; letter-spacing: inherit!important; font-weight: inherit!important; font-size: inherit!important; font-style: inherit;}' , /** * @param {object} o - addon options on module level * @returns {object} options in SR7 format */ getModuleBasics: (o = {},type) => { let r = { u: type=="compare" ? undefined : (o.u ?? o.enable ?? true), l: o.l ?? o.location ?? 'Cologne', unit: o.unit ?? 'c', r: o.r ?? o.refresh ?? '0', }; if (type === 'normalize') { r.r = Math.max(0, Math.min(500, get.pI(r.r))) * 60000 || 0; } return r; }, /** * @param {object} o - addon options on module level * @returns {object} options in SR7 format */ getLayerBasics: (o = {},type) => ({ l: o.l ?? o.location ?? 'Cologne', unit: o.unit ?? 'c', }), /** * @param {string} id - module ID */ init : (id) => { let M = SR7.M[id], W = M.settings.addOns.weather; if (""+(W.u??false)==="false") return; if (SR7.A.weather.css===undefined) { _tpt.injectCssJs(SR7.A.weather.style,undefined,undefined,"weather_global_styles"); SR7.A.weather.css = true; } M.c.addOns??={}; M.c.addOns.weather = SR7.A.weather.getModuleBasics(W, 'normalize'); // add refresh if (M.c.addOns.weather.r) { M.c.addOns.weather.timer = setInterval(() => { let promises = []; for (let layerid in SR7.A.weather.layers[id]) { if (!_tpt.hop(SR7.A.weather.layers[id],layerid) || !SR7.A.weather.layers[id][layerid]) continue; promises.push(SR7.A.weather.prepareLayer(id, SR7.A.weather.layers[id][layerid], layerid,true)); } Promise.all(promises).then(() => {SR7.F.drawRawLayers(id, M.current.id,"update");}); }, M.c.addOns.weather.r); } }, /** * @param {string} id - module ID * @param {object} layer - layer object * @param {string} lid - layer id * @return {Promise} */ prepareLayer: (id,layer,lid,reset) => { let M = SR7.M[id], W = M.c?.addOns?.weather; if (""+(W?.u??false)==="false") return; const o = layer?.addOns?.weather; if (!o || !o.l || !o.unit || layer.type!=="text" || !(layer.content?.text??"").includes('{{weather_')) return; SR7.A.weather.layers[id] ??= {}; SR7.A.weather.layers[id][lid] = layer; return SR7.A.weather.getWeather(id, o, lid,reset); }, updateMeta: (lid) => { let {layer, c,el} = SR7.F.getLayer(lid); const o = layer?.addOns?.weather; if (layer.type!='text' || !o || !o.l || !o.unit) return; const data = SR7.A.weather.cache?.[o.l]?.[o.unit]; if (!data) return; c.elIHCache ??= el.innerHTML; let content = c.elIHCache; const regex = /{{weather_([a-z_]+?)(?:_forecast:(\d+))?}}/gi; const statics = ['date', 'day', 'city', 'country', 'region', 'units_temp', 'units_pressure', 'units_speed', 'alt_unit']; content = content.replace(regex, (_, key, forecast) => { forecast = forecast || 0; const conversionFunc = convert[`weather_${key}`]; if (conversionFunc) { return '' + (key=="icon" ? '' : conversionFunc(data, forecast, o.unit)) + ''; } return ''; }); el.innerHTML = content; return; }, getWeather: (id, o, lid,reset) => { return new Promise((resolve,reject) => { if (SR7.A.weather.cache?.[o.l]?.[o.unit]) { if (reset) { delete SR7.A.weather.cache[o.l][o.unit]; } else { SR7.A.weather.updateMeta(lid); resolve(); return; } } const url = _tpt.urlProtocol(window.SR7.E.resturl) + 'sliderrevolution/weather/'+'l/'+(o.l)+'/unit/'+(o.unit)+'/id/'; if (SR7.A.weather.pendingPromises?.[o.l]?.[o.unit]) { SR7.A.weather.pendingPromises[o.l][o.unit].then(() => { SR7.A.weather.updateMeta(lid); resolve(); }).catch((error) => { console.log('weather restAPI error', error); reject(error); }); return; } SR7.A.weather.pendingPromises ??= {}; SR7.A.weather.pendingPromises[o.l] ??= {}; SR7.A.weather.pendingPromises[o.l][o.unit] = _tpt.restAPILoad({url, id}).then((response) => { if (typeof response!=="object") response = JSON.parse(response); if (response.success==false) { console.log(id + " module weather could not be Loaded from DB"); reject(); return; } SR7.A.weather.cache[o.l]??={}; SR7.A.weather.cache[o.l][o.unit] = JSON.parse(response.message); SR7.A.weather.updateMeta(lid); resolve(); }).catch((error) => { console.log('weather restAPI error', error); reject(error); }) SR7.A.weather.pendingPromises[o.l][o.unit].finally(() => { delete SR7.A.weather.pendingPromises[o.l][o.unit]; }); }); }, getAltTemp: (unit, temp) => { if (unit === 'F') { return SR7.A.weather.fahrenheitToCelsius(temp); } else { return SR7.A.weather.celsiusToFahrenheit(temp); } }, fahrenheitToCelsius: (givenValue) => { const celsius = (5 / 9) * (givenValue - 32); return celsius; }, celsiusToFahrenheit: (givenValue) => { const fahrenheit = givenValue * (9 / 5) + 32; return fahrenheit; } } let formatDate = (timestamp, options) => new Date(timestamp * 1000).toLocaleDateString("en-US", options); let convert = { weather_title : (data,f) => data.data[f].weather.description, weather_temp : (data,f) => get.pI(data.data[f].temp), weather_code : (data,f) => data.data[f].weather.code, weather_todayCode : (data,f) => data.data[f].weather.code, weather_date : (data,f) => formatDate(data.data[f].ts, dO), weather_day : (data,f) => formatDate(data.data[f].ts,wO), weather_currently : (data,f) => data.data[f].weather.description, weather_high : (data,f) => get.pI(data.data[f].max_temp), weather_low : (data,f) => get.pI(data.data[f].min_temp), weather_text : (data,f) => data.data[f].weather.description, weather_humidity : (data,f) => data.data[f].rh + unit_humidity, weather_pressure : (data,f) => data.data[f].pres + unit_pressure, weather_rising : (data,f) => formatDate(data.data[f].sunrise_ts,wO), weather_visbility : (data,f) => data.data[f].vis, weather_sunrise : (data,f) => formatDate(data.data[f].sunrise_ts,wO), weather_sunset : (data,f) => formatDate(data.data[f].sunset_ts,wO), weather_city : (data) => data.city_name, weather_country : (data) => data.country_code, weather_region : (data) => data.state_code, weather_thumbnail : (data,f) => 'https://www.weatherbit.io/static/img/icons/' + data.data[f].weather.icon + '.png', weather_image : (data,f) => 'https://www.weatherbit.io/static/img/icons/' + data.data[f].weather.icon + '.png', weather_units_temp : (data,f,unit) => unit=='c' ? 'C' : 'F', weather_units_pressure : (data,f) => data.data[f].unit_pressure, weather_units_speed : (data,f,unit) => unit=='c' ? 'm/s' : 'mph', weather_wind_direction : (data,f) => data.data[f].wind_cdir, weather_wind_speed : (data,f) => data.data[f].wind_spd, weather_alt_temp : (data,f,unit) => SR7.A.weather.getAltTemp(unit, data.data[f].temp), weather_alt_high : (data,f) => SR7.A.weather.getAltTemp(unit, data.data[f].max_temp), weather_alt_low : (data,f) => SR7.A.weather.getAltTemp(unit, data.data[f].min_temp), weather_alt_unit : (data,f,unit) => unit == "f" ? "C" : "F", weather_description : (data,f) => data.data[f].weather.description, weather_icon : (data,f) => data.data[f].weather.code } // Update Required Settings _tpt.R ??= {}; _tpt.R.weather = _tpt.extend ? _tpt.extend(_tpt.R.weather, { status: 2, version: '1.0'}) : { status: 2, version: '1.0'}; window.dispatchEvent(new CustomEvent('SR7WeatherReady')); })();