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index.js
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/**
* smartFritz - Fritz goes smartHome
*
* AVM SmartHome nodeJS Control - for AVM Fritz!Box and Dect200 Devices
*
* @author Andreas Goetz <[email protected]>
*
* Forked from: https://github.com/nischelwitzer/smartfritz
* nischi - first version: July 2014
*
* based on: Node2Fritz by steffen.timm on 05.12.13 for Fritz!OS > 05.50
* and thk4711 (code https://github.com/pimatic/pimatic/issues/38)
*
* AVM Documentation is at https://avm.de/service/schnittstellen/
*/
/* jshint esversion: 6, -W079 */
var Promise = require('bluebird');
var request = require('request');
var cheerio = require('cheerio');
var parser = require('xml2json-light');
var extend = require('extend');
/*
* Object-oriented API
*/
module.exports.Fritz = Fritz;
function Fritz(username, password, uri) {
this.sid = null;
this.username = username;
this.password = password;
this.options = { url: uri || 'http://fritz.box' };
//bitfunctions hidden, unchangable to prototype
if (!Fritz.prototype.HANFUN) { Object.defineProperty( Fritz.prototype, "HANFUN", {value: module.exports.FUNCTION_HANFUN, writable: false}); }
if (!Fritz.prototype.LIGHT) { Object.defineProperty( Fritz.prototype, "LIGHT", {value: module.exports.FUNCTION_LIGHT, writable: false}); }
if (!Fritz.prototype.ALARM) { Object.defineProperty( Fritz.prototype, "ALARM", {value: module.exports.FUNCTION_ALARM, writable: false}); }
if (!Fritz.prototype.BUTTON) { Object.defineProperty( Fritz.prototype, "BUTTON", {value: module.exports.FUNCTION_BUTTON, writable: false}); }
if (!Fritz.prototype.THERMOSTAT) { Object.defineProperty( Fritz.prototype, "THERMOSTAT", {value: module.exports.FUNCTION_THERMOSTAT, writable: false}); }
if (!Fritz.prototype.ENERGYMETER) { Object.defineProperty( Fritz.prototype, "ENERGYMETER", {value: module.exports.FUNCTION_ENERGYMETER, writable: false}); }
if (!Fritz.prototype.TEMPERATURESENSOR) { Object.defineProperty( Fritz.prototype, "TEMPERATURESENSOR", {value: module.exports.FUNCTION_TEMPERATURESENSOR, writable: false}); }
if (!Fritz.prototype.OUTLET) { Object.defineProperty( Fritz.prototype, "OUTLET", {value: module.exports.FUNCTION_OUTLET, writable: false}); }
if (!Fritz.prototype.DECTREPEATER) { Object.defineProperty( Fritz.prototype, "DECTREPEATER", {value: module.exports.FUNCTION_DECTREPEATER, writable: false}); }
if (!Fritz.prototype.MICROFONE) { Object.defineProperty( Fritz.prototype, "MICROFONE", {value: module.exports.FUNCTION_MICROFONE, writable: false}); }
if (!Fritz.prototype.TEMPLATE) { Object.defineProperty( Fritz.prototype, "TEMPLATE", {value: module.exports.FUNCTION_TEMPLATE, writable: false}); }
if (!Fritz.prototype.HANFUNUNIT) { Object.defineProperty( Fritz.prototype, "HANFUNUNIT", {value: module.exports.FUNCTION_HANFUNUNIT, writable: false}); }
if (!Fritz.prototype.SWITCHCONTROL) { Object.defineProperty( Fritz.prototype, "SWITCHCONTROL", {value: module.exports.FUNCTION_SWITCHCONTROL, writable: false}); }
if (!Fritz.prototype.LEVELCONTROL) { Object.defineProperty( Fritz.prototype, "LEVELCONTROL", {value: module.exports.FUNCTION_LEVELCONTROL, writable: false}); }
if (!Fritz.prototype.COLORCONTROL) { Object.defineProperty( Fritz.prototype, "COLORCONTROL", {value: module.exports.FUNCTION_COLORCONTROL, writable: false}); }
}
Fritz.prototype = {
call: function(func) {
var originalSID = this.sid;
/* jshint laxbreak:true */
var promise = this.sid
? Promise.resolve(this.sid)
: module.exports.getSessionID(this.username, this.password, this.options);
// function arguments beyond func parameter
var args = Array.from(arguments).slice(1).concat(this.options);
return promise.then(function(sid) {
this.sid = sid;
return func.apply(null, [this.sid].concat(args)).catch(function(error) {
if (error.response && error.response.statusCode == 403) {
// this.sid has not been updated or is invalid - get a new SID
if (this.sid === null || this.sid === originalSID) {
this.sid = null;
return module.exports.getSessionID(this.username, this.password, this.options).then(function(sid) {
// this session id is the most current one - so use it from now on
this.sid = sid;
return func.apply(null, [this.sid].concat(args));
}.bind(this));
}
// this.sid has already been updated during the func() call - assume this is a valid SID now
else {
return func.apply(null, [this.sid].concat(args));
}
}
throw error;
}.bind(this));
}.bind(this));
},
getSID: function() {
return this.sid;
},
getOSVersion: function() {
return this.call(module.exports.getOSVersion);
},
// @deprecated
getDeviceListInfo: function() {
return this.call(module.exports.getDeviceListInfo);
},
getDeviceListInfos: function() {
return this.call(module.exports.getDeviceListInfos);
},
// templates
getTemplateListInfos : function() {
return this.call(module.exports.getTemplateListInfos);
},
getTemplateList : function() {
return this.call(module.exports.getTemplateList);
},
applyTemplate: function(ain) {
return this.call(module.exports.applyTemplate, ain);
},
//new functions related to devices in version 7
getBasicDeviceStats: function() {
return this.call(module.exports.getBasicDeviceStats);
},
getDeviceList: function() {
return this.call(module.exports.getDeviceList);
},
getDeviceListFiltered: function(filter) {
return this.call(module.exports.getDeviceListFiltered, filter);
},
getDevice: function(ain) {
return this.call(module.exports.getDevice, ain);
},
// multiple devices
getTemperature: function(ain) {
return this.call(module.exports.getTemperature, ain);
},
getPresence: function(ain) {
return this.call(module.exports.getPresence, ain);
},
// plug commands
getSwitchList: function() {
return this.call(module.exports.getSwitchList);
},
getSwitchState: function(ain) {
return this.call(module.exports.getSwitchState, ain);
},
setSwitchOn: function(ain) {
return this.call(module.exports.setSwitchOn, ain);
},
setSwitchOff: function(ain) {
return this.call(module.exports.setSwitchOff, ain);
},
setSwitchToggle: function(ain) {
return this.call(module.exports.setSwitchToggle, ain);
},
getSwitchEnergy: function(ain) {
return this.call(module.exports.getSwitchEnergy, ain);
},
getSwitchPower: function(ain) {
return this.call(module.exports.getSwitchPower, ain);
},
getSwitchPresence: function(ain) {
return this.call(module.exports.getSwitchPresence, ain);
},
getSwitchName: function(ain) {
return this.call(module.exports.getSwitchName, ain);
},
// thermostat commands
getThermostatList: function() {
return this.call(module.exports.getThermostatList);
},
setTempTarget: function(ain, temp) {
return this.call(module.exports.setTempTarget, ain, temp);
},
getTempTarget: function(ain) {
return this.call(module.exports.getTempTarget, ain);
},
getTempNight: function(ain) {
return this.call(module.exports.getTempNight, ain);
},
getTempComfort: function(ain) {
return this.call(module.exports.getTempComfort, ain);
},
setHkrBoost: function(ain, endtime) {
return this.call(module.exports.setHkrBoost, ain, endtime);
},
setHkrWindowOpen: function(ain, endtime) {
return this.call(module.exports.setHkrWindowOpen, ain, endtime);
},
setHkrOffset: function(deviceId, offset) {
return this.call(module.exports.setHkrOffset, deviceId, offset);
},
// light related
getBulbList: function() {
return this.call(module.exports.getBulbList);
},
getColorBulbList: function() {
return this.call(module.exports.getColorBulbList);
},
getDimmableBulbList: function() {
return this.call(module.exports.getDimmableBulbList);
},
setSimpleOnOff: function(ain, state) {
return this.call(module.exports.setSimpleOnOff, ain, state);
},
setLevel: function(ain, level) {
return this.call(module.exports.setLevel, ain, level);
},
setLevelPercentage: function(ain, levelInPercent) {
return this.call(module.exports.setLevelPercentage, ain, levelInPercent);
},
setColor: function(ain, color, satindex, duration) {
return this.call(module.exports.setColor, ain,color, satindex, duration);
},
setColorTemperature: function(ain, temperature, duration) {
return this.call(module.exports.setColorTemperature, ain, temperature, duration);
},
getColorDefaults: function(ain) {
return this.call(module.exports.getColorDefaults, ain);
},
// Blind related
setBlind: function(ain, blindState) {
return this.call(module.exports.setBlind, ain, blindState);
},
// ---------------------------------------------
getBatteryCharge: function(ain) {
return this.call(module.exports.getBatteryCharge, ain);
},
getWindowOpen: function(ain) {
return this.call(module.exports.getWindowOpen, ain);
},
getGuestWlan: function() {
return this.call(module.exports.getGuestWlan);
},
setGuestWlan: function(enable) {
return this.call(module.exports.setGuestWlan, enable);
},
getPhoneList: function() {
return executeCommand(this.sid, null, null, null, "/fon_num/foncalls_list.lua?csv=");
},
/*
* Helper functions
*/
api2temp: module.exports.api2temp,
temp2api: module.exports.temp2api
};
/*
* Functional API
*/
var defaults = { url: 'http://fritz.box' };
/**
* Check if numeric value
*/
function isNumeric(n) {
return !isNaN(parseFloat(n)) && isFinite(n);
}
/**
* Execute HTTP request that honors failed/invalid login
*/
function httpRequest(path, req, options)
{
return new Promise(function(resolve, reject) {
req = extend({}, defaults, req, options);
req.url += path;
request(req, function(error, response, body) {
if (error || !(/^2/.test('' + response.statusCode)) || /action=".?login.lua"/.test(body)) {
if (/action=".?login.lua"/.test(body)) {
// fake failed login if redirected to login page without HTTP 403
response.statusCode = 403;
}
reject({
error: error,
response: response,
options: req
});
}
else {
resolve(body.trim());
}
});
});
}
/**
* Execute Fritz API command for device specified by AIN
*/
function executeCommand(sid, command, ain, options, path)
{
path = path || '/webservices/homeautoswitch.lua?0=0';
if (sid)
path += '&sid=' + sid;
if (command)
path += '&switchcmd=' + command;
if (ain)
path += '&ain=' + ain;
return httpRequest(path, {}, options);
}
/*
* Temperature conversion
*/
const MIN_TEMP = 8;
const MAX_TEMP = 28;
function temp2api(temp)
{
var res;
if (temp == 'on' || temp === true)
res = 254;
else if (temp == 'off' || temp === false)
res = 253;
else {
// 0.5C accuracy
res = Math.round((Math.min(Math.max(temp, MIN_TEMP), MAX_TEMP) - 8) * 2) + 16;
}
return res;
}
function api2temp(param)
{
if (param == 254)
return 'on';
else if (param == 253)
return 'off';
else {
// 0.5C accuracy
return (parseFloat(param) - 16) / 2 + 8;
}
}
function time2api(seconds)
{
if (seconds <= 0) {
return 0;
}
return Date.now() / 1000 + Math.min(60 * 60 * 24, seconds);
}
// function api2time(param)
// {
// // convert the input to a readable timestamp
// return 0;
// }
function state2api(param)
{
// convert the input to an allowed value
if (isNumeric(param)) {
return (param > 2 ? 2 : param);
}
else if ((typeof param) == "string") {
switch(param.toUpperCase()) {
case "OFF": return 0; break;
case "ON": return 1; break;
case "TOGGLE":
default: return 2; break;
}
}
else
return 2;
}
function level2api(param, isPercent)
{
// convert the input to an allowed value
if (isPercent)
return (param > 100 ? 100 : param);
else
return (param > 255 ? 255 : param);
return 0;
}
// The fritzbox accepts only a predefined set of color temperatures
// Setting the color temperature to other values fails silently.
function colortemp2api(param)
{
if (param > 6200)
return 6500;
else if (param > 5600)
return 5900;
else if (param > 5000)
return 5300;
else if (param > 4500)
return 4700;
else if (param > 4000)
return 4200;
else if (param > 3600)
return 3800;
else if (param > 3200)
return 3400;
else if (param > 2850)
return 3000;
else
return 2700;
}
// Fritz color schemes
// The fritzbox accepts only a limited range of hue/saturation combinations
// to set the color of a bulb. The hue value must be one of the 12 predefined
// values for the base colors and each of the hue values has its own set of
// three saturation values.
// Any attempt to use other hue/saturaion values fails silently.
colors = {
"red" : {"hue" : 358, "sat" : [180,112,54], "val" : [255,255,255] },
"orange" : {"hue" : 35, "sat" : [214,140,72], "val" : [252,252,255] },
"yellow" : {"hue" : 52, "sat" : [153,102,51], "val" : [255,255,255] },
"lime" : {"hue" : 92, "sat" : [123, 79,38], "val" : [248,250,252] },
"green" : {"hue" : 120, "sat" : [160, 82,38], "val" : [220,232,242] },
"turquoise" : {"hue" : 160, "sat" : [145, 84,41], "val" : [235,242,248] },
"cyan" : {"hue" : 195, "sat" : [179,118,59], "val" : [255,255,255] },
"lightblue" : {"hue" : 212, "sat" : [169,110,56], "val" : [252,252,255] },
"blue" : {"hue" : 225, "sat" : [204,135,67], "val" : [255,255,255] },
"purple" : {"hue" : 266, "sat" : [169,110,54], "val" : [250,250,252] },
"magenta" : {"hue" : 296, "sat" : [140, 92,46], "val" : [250,252,255] },
"pink" : {"hue" : 335, "sat" : [180,107,51], "val" : [255,248,250] }
}
function color2apihue(color)
{
var col = colors[color.toLowerCase()];
if (typeof col != 'undefined')
// convert the input to an allowed value
return col.hue;
else
// unknow color, return a value that will change nothing
return 0;
}
function satindex2apisat(color, satindex)
{
var col = colors[color.toLowerCase()];
if (typeof col != 'undefined')
// convert the input to an allowed value
return col.sat[(satindex > 2 ? 0 : satindex)];
else
// unknow color, return a value that will change nothing
return 0;
}
// #############################################################################
// run command for selected device
module.exports.executeCommand = executeCommand;
module.exports.api2temp = api2temp;
module.exports.temp2api = temp2api;
// supported temperature range
module.exports.MIN_TEMP = MIN_TEMP;
module.exports.MAX_TEMP = MAX_TEMP;
// functions bitmask
module.exports.FUNCTION_HANFUN = 1; // HAN-FUN device
module.exports.FUNCTION_LIGHT = 1 << 2; // Bulb
module.exports.FUNCTION_ALARM = 1 << 4; // Alarm Sensor
module.exports.FUNCTION_BUTTON = 1 << 5; // Button device
module.exports.FUNCTION_THERMOSTAT = 1 << 6; // Comet DECT, Heizkostenregler
module.exports.FUNCTION_ENERGYMETER = 1 << 7; // Energie Messgerät
module.exports.FUNCTION_TEMPERATURESENSOR = 1 << 8; // Temperatursensor
module.exports.FUNCTION_OUTLET = 1 << 9; // Schaltsteckdose
module.exports.FUNCTION_DECTREPEATER = 1 << 10; // AVM DECT Repeater
module.exports.FUNCTION_MICROFONE = 1 << 11; // Microphone
module.exports.FUNCTION_TEMPLATE = 1 << 12; // Template
module.exports.FUNCTION_HANFUNUNIT = 1 << 13; // HAN-FUN unit
module.exports.FUNCTION_SWITCHCONTROL = 1 << 15; // Simple switch on/off
module.exports.FUNCTION_LEVELCONTROL = 1 << 16; // level
module.exports.FUNCTION_COLORCONTROL = 1 << 17; // color
/*
* Session handling
*/
// get session id
module.exports.getSessionID = function(username, password, options)
{
if (typeof username !== 'string') throw new Error('Invalid username');
if (typeof password !== 'string') throw new Error('Invalid password');
return executeCommand(null, null, null, options, '/login_sid.lua').then(function(body) {
var challenge = body.match("<Challenge>(.*?)</Challenge>")[1];
var challengeResponse = challenge +'-'+
require('crypto').createHash('md5').update(Buffer(challenge+'-'+password, 'UTF-16LE')).digest('hex');
var url = "/login_sid.lua?username=" + username + "&response=" + challengeResponse;
return executeCommand(null, null, null, options, url).then(function(body) {
var sessionID = body.match("<SID>(.*?)</SID>")[1];
if (sessionID === "0000000000000000") {
return Promise.reject(sessionID);
}
return sessionID;
});
});
};
// check if session id is OK
module.exports.checkSession = function(sid, options)
{
return executeCommand(sid, null, null, options, '/login_sid.lua').then(function(body) {
var sessionID = body.match("<SID>(.*?)</SID>")[1];
if (sessionID === "0000000000000000") {
return Promise.reject(sessionID);
}
return sessionID;
});
};
/*
* General functions
*/
// get OS version
module.exports.getOSVersion = function(sid, options)
{
var req = {
method: 'POST',
form: {
sid: sid,
xhr: 1,
page: 'overview'
}
};
/* jshint laxbreak:true */
return httpRequest('/data.lua', req, options).then(function(body) {
var json = JSON.parse(body);
var osVersion = json.data && json.data.fritzos && json.data.fritzos.nspver
? json.data.fritzos.nspver
: null;
return osVersion;
});
};
// get template information (XML)
module.exports.getTemplateListInfos = function(sid, options)
{
return executeCommand(sid, 'gettemplatelistinfos', null, options);
};
// get template information (json)
module.exports.getTemplateList = function(sid, options)
{
return module.exports.getTemplateListInfos(sid, options).then(function(templateinfo) {
var templates = parser.xml2json(templateinfo);
// extract templates as array
templates = [].concat((templates.templatelist || {}).template || []).map(function(template) {
return template;
});
return templates;
});
};
// apply template
module.exports.applyTemplate = function(sid, ain, options)
{
return executeCommand(sid, 'applytemplate', ain, options).then(function(body) {
return body; // returns applied id if success
});
};
// get basic device info (XML)
module.exports.getBasicDeviceStats = function(sid, ain, options)
{
return executeCommand(sid, 'getbasicdevicestats', ain, options);
};
// get detailed device information (XML)
module.exports.getDeviceListInfos = function(sid, options)
{
return executeCommand(sid, 'getdevicelistinfos', null, options);
};
// @deprecated
module.exports.getDeviceListInfo = function(sid, options)
{
console.warn('`getDeviceListInfo` is deprecated. Use `getDeviceListInfos` instead.');
return module.exports.getDeviceListInfos(sid, options);
};
// get device list
module.exports.getDeviceList = function(sid, options)
{
return module.exports.getDeviceListInfos(sid, options).then(function(devicelistinfo) {
var devices = parser.xml2json(devicelistinfo);
// extract devices as array
devices = [].concat((devices.devicelist || {}).device || []).map(function(device) {
// remove spaces in AINs
device.identifier = device.identifier.replace(/\s/g, '');
return device;
});
return devices;
});
};
// get device list by filter criteria
module.exports.getDeviceListFiltered = function(sid, filter, options)
{
/* jshint laxbreak:true */
var deviceList = options && options.deviceList
? Promise.resolve(options.deviceList)
: module.exports.getDeviceList(sid, options);
return deviceList.then(function(devices) {
return devices.filter(function(device) {
return Object.keys(filter).every(function(key) {
/* jshint laxbreak:true */
return key === 'functionbitmask'
? device.functionbitmask & filter[key]
: device[key] == filter[key];
});
});
});
};
// get single device
module.exports.getDevice = function(sid, ain, options)
{
return module.exports.getDeviceListFiltered(sid, {
identifier: ain
}, options).then(function(devices) {
return devices.length ? devices[0] : Promise.reject();
});
};
// get temperature- both switches and thermostats are supported, but not powerline modules
module.exports.getTemperature = function(sid, ain, options)
{
return executeCommand(sid, 'gettemperature', ain, options).then(function(body) {
return parseFloat(body) / 10; // °C
});
};
// get presence from deviceListInfo
module.exports.getPresence = function(sid, ain, options)
{
return module.exports.getDevice(sid, ain, options).then(function(device) {
return !!device.presence;
});
};
/*
* Switches
*/
// get switch list
module.exports.getSwitchList = function(sid, options)
{
return executeCommand(sid, 'getswitchlist', null, options).then(function(res) {
// force empty array on empty result
return res === "" ? [] : res.split(',');
});
};
// get switch state
module.exports.getSwitchState = function(sid, ain, options)
{
return executeCommand(sid, 'getswitchstate', ain, options).then(function(body) {
return /^1/.test(body); // true if on
});
};
// turn an outlet on. returns the state the outlet was set to
module.exports.setSwitchOn = function(sid, ain, options)
{
return executeCommand(sid, 'setswitchon', ain, options).then(function(body) {
return /^1/.test(body); // true if on
});
};
// turn an outlet off. returns the state the outlet was set to
module.exports.setSwitchOff = function(sid, ain, options)
{
return executeCommand(sid, 'setswitchoff', ain, options).then(function(body) {
return /^1/.test(body); // false if off
});
};
// toggle an outlet. returns the state the outlet was set to
module.exports.setSwitchToggle = function(sid, ain, options)
{
return executeCommand(sid, 'setswitchtoggle', ain, options).then(function(body) {
return /^1/.test(body); // false if off
});
};
// get the total enery consumption. returns the value in Wh
module.exports.getSwitchEnergy = function(sid, ain, options)
{
return executeCommand(sid, 'getswitchenergy', ain, options).then(function(body) {
return parseFloat(body); // Wh
});
};
// get the current enery consumption of an outlet. returns the value in mW
module.exports.getSwitchPower = function(sid, ain, options)
{
return executeCommand(sid, 'getswitchpower', ain, options).then(function(body) {
var power = parseFloat(body);
return isNumeric(power) ? power / 1000 : null; // W
});
};
// get the outet presence status
module.exports.getSwitchPresence = function(sid, ain, options)
{
return executeCommand(sid, 'getswitchpresent', ain, options).then(function(body) {
return /^1/.test(body); // true if present
});
};
// get switch name
module.exports.getSwitchName = function(sid, ain, options)
{
return executeCommand(sid, 'getswitchname', ain, options).then(function(body) {
return body.trim();
});
};
/*
* Thermostats
*/
// get the thermostat list
module.exports.getThermostatList = function(sid, options)
{
return module.exports.getDeviceListFiltered(sid, {
functionbitmask: module.exports.FUNCTION_THERMOSTAT
}, options).map(function(device) {
return device.identifier;
});
};
// set target temperature (Solltemperatur)
module.exports.setTempTarget = function(sid, ain, temp, options)
{
return executeCommand(sid, 'sethkrtsoll¶m=' + temp2api(temp), ain, options).then(function(body) {
// api does not return a value
return temp;
});
};
// get target temperature (Solltemperatur)
module.exports.getTempTarget = function(sid, ain, options)
{
return executeCommand(sid, 'gethkrtsoll', ain, options).then(function(body) {
return api2temp(body);
});
};
// get night temperature (Absenktemperatur)
module.exports.getTempNight = function(sid, ain, options)
{
return executeCommand(sid, 'gethkrabsenk', ain, options).then(function(body) {
return api2temp(body);
});
};
// get comfort temperature (Komforttemperatur)
module.exports.getTempComfort = function(sid, ain, options)
{
return executeCommand(sid, 'gethkrkomfort', ain, options).then(function(body) {
return api2temp(body);
});
};
// ------------------------------------------------
// Not yet tested - deactivated for now
//
// activate boost with end time or deactivate boost
module.exports.setHkrBoost = function(sid, ain, endtime, options)
{
return executeCommand(sid, 'sethkrboost&endtimestamp=' + time2api(endtime), ain, options).then(function(body) {
// api does not return a value
return endtime;
});
};
// activate window open with end time or deactivate boost
module.exports.setHkrWindowOpen = function(sid, ain, endtime, options)
{
return executeCommand(sid, 'sethkrwindowopen&endtimestamp=' + time2api(endtime), ain, options).then(function(body) {
// api does not return a value
return endtime;
});
};
// activate window open with end time or deactivate boost
module.exports.setHkrOffset = function(sid, deviceId, offset, options)
{
const path = '/net/home_auto_hkr_edit.lua';
const req = {
method: 'POST',
form: extend({
sid: sid,
xhr: 1,
lang: 'de',
no_sidrenew: '',
ule_device_name: '',
useajax: 1,
WindowOpenTimer: '',
WindowOpenTrigger: '',
tempsensor: '',
Roomtemp: '',
ExtTempsensorID: '',
Offset: offset,
back_to_page: 'sh_dev',
view: '',
graphState: 1,
apply: '',
device: deviceId,
oldpage: '/net/home_auto_hkr_edit.lua',
}),
};
return httpRequest(path, req, options)
.then(function(body) {
// api does not return a value
return offset;
});
};
// ------------------------------------------------
/*
* AVM Buttons Fritz!DECT 400 and Fritz!DECT 440
* Querying a button isn't really useful because they don't have a state to query,
* there is just a timestamp of the last short and long button press.
* The only useful information is the battery status returned in the 'battery' and
* 'batterylow' property.
* The Fritz!DECT 440 should have an additional 'temperature' property
*/
// get a list of all button devices
module.exports.getButtonList = function(sid, options)
{
return module.exports.getDeviceListFiltered(sid, {
functionbitmask: module.exports.FUNCTION_BUTTON
}, options).map(function(device) {
return device.identifier;
});
};
/*
* Light bulbs (HAN-FUN)
*/
// get a list of all bulbs
module.exports.getBulbList = function(sid, options)
{
return module.exports.getDeviceListFiltered(sid, {
functionbitmask: module.exports.FUNCTION_LIGHT
}, options).map(function(device) {
return device.identifier;
});
};
// get a list of bulbs which support colors
module.exports.getColorBulbList = function(sid, options)
{
return module.exports.getDeviceListFiltered(sid, {
functionbitmask: module.exports.FUNCTION_LIGHT | module.exports.FUNCTION_COLORCONTROL
}, options).map(function(device) {
return device.identifier;
});
};
// switch the device on, of or toggle its current state
module.exports.setSimpleOnOff = function(sid, ain, state, options)
{
//ain = ain.replace('-1','');
return executeCommand(sid, 'setsimpleonoff&onoff=' + state2api(state), ain, options).then(function(body) {
// api does not return a value
return state;
});
};
// Dimm the device, allowed values are 0 - 255
module.exports.setLevel = function(sid, ain, level, options)
{
return executeCommand(sid, 'setlevel&level=' + level2api(level,false), ain, options).then(function(body) {
// api does not return a value
return level;
});
};
// Dimm the device, allowed values are 0 - 100
module.exports.setLevelPercentage = function(sid, ain, levelInPercent, options)
{
return executeCommand(sid, 'setlevelpercentage&level=' + level2api(levelInPercent,true), ain, options).then(function(body) {
// api does not return a value
return levelInPercent;
});
};
// Set the color and saturation of a color bulb
// Valid color values are:
// red, orange, yellow, lime, green, turquoise, cyan,
// lightblue, blue, purple, magenta and pink
// Valid satindex values are: 0, 1 or 2
module.exports.setColor = function(sid, ain, color, satindex, duration, options)
{
return executeCommand(sid, 'setcolor&hue=' + color2apihue(color) +
'&saturation=' + satindex2apisat(color, satindex) +
'&duration=' + duration, ain, options).then(function(body) {
// api does not return a value
return color;
});
};
// Set the color temperature of a bulb.
// Valid values are 2700, 3000, 3400,3800, 4200, 4700, 5300, 5900 and 6500.
// Other values are adjusted to one of the above values
module.exports.setColorTemperature = function(sid, ain, temperature, duration, options)
{
var temp = colortemp2api(temperature);
return executeCommand(sid, 'setcolortemperature&temperature=' + temp +
'&duration=' + duration, ain, options).then(function(body) {
// api does not return a value, return our corrected value
return temp;
});
};
// get the color defaults
// This is mostly useless because they are no defaults which can be changed but
// fixed values. Only combinations returned by this api call are accepted by
// setcolor and setcolortemperature.
// module.exports.getColorDefaults = function(sid, ain, options)
// {
// return executeCommand(sid, 'getcolordefaults', ain, options).then(function(body) {
// return body;
// });
// };
// ------------------------------------------------
// Not yet tested - deactivated for now
// I don't know about any blind control unit with HANFUN support, but this API call makes
// it plausible that AVM or a partner has somthing like that in the pipeline.
//
module.exports.setBlind = function(sid, ain, blindState, options)
{
// „open“, „close“ or „stop“
return executeCommand(sid, 'setblind&target=' + blindState, ain, options).then(function(body) {