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EMS-ESP32/mock-api/rest_server.ts
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2025-01-14 22:09:23 +01:00

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import { Encoder } from '@msgpack/msgpack';
import { AutoRouter, status } from 'itty-router';
const encoder = new Encoder();
const router = AutoRouter();
const REST_ENDPOINT_ROOT = '/rest/';
const API_ENDPOINT_ROOT = '/api/';
const GH_ENDPOINT_ROOT = '/gh/'; // for mock GitHub API for version checking
// HTTP HEADERS for msgpack
const headers = {
'Access-Control-Allow-Origin': '*',
'Content-type': 'application/msgpack'
};
// EMS-ESP Application Settings
let settings = {
locale: 'en',
tx_mode: 1,
ems_bus_id: 11,
syslog_enabled: false,
syslog_level: 3,
trace_raw: false,
syslog_mark_interval: 0,
syslog_host: '192.168.1.8',
syslog_port: 514,
boiler_heatingoff: false,
remote_timeout: 24,
remote_timeout_en: false,
shower_timer: true,
shower_alert: false,
shower_alert_coldshot: 10,
shower_alert_trigger: 7,
shower_min_duration: 180,
rx_gpio: 4,
tx_gpio: 5,
dallas_gpio: 14,
dallas_parasite: false,
led_gpio: 2,
hide_led: true,
low_clock: false,
telnet_enabled: true,
notoken_api: false,
readonly_mode: false,
analog_enabled: true,
pbutton_gpio: 34,
solar_maxflow: 30,
board_profile: 'E32V2',
fahrenheit: false,
bool_format: 1,
bool_dashboard: 1,
enum_format: 1,
weblog_level: 6,
weblog_buffer: 50,
weblog_compact: true,
phy_type: 1,
eth_power: 15,
eth_phy_addr: 0,
eth_clock_mode: 1,
platform: 'ESP32',
modbus_enabled: false,
modbus_port: 502,
modbus_max_clients: 10,
modbus_timeout: 10000,
developer_mode: true
};
// EMS-ESP System Settings
let system_status = {
emsesp_version: 'XX.XX.XX', // defined later
bus_status: 0,
// status: 2,
uptime: 77186,
bus_uptime: 77121,
num_devices: 2,
num_sensors: 1,
num_analogs: 1,
free_heap: 143,
ntp_status: 2,
ntp_time: '2021-04-01T14:25:42Z',
mqtt_status: true,
ap_status: false,
network_status: 3, // wifi connected
// network_status: 10, // ethernet connected
// network_status: 6, // wifi disconnected
wifi_rssi: -41,
esp_platform: 'ESP32S3',
build_flags: 'DEMO',
cpu_type: 'ESP32-S3',
cpu_rev: 0,
cpu_cores: 2,
cpu_freq_mhz: 240,
max_alloc_heap: 191,
arduino_version: 'ESP32 Arduino v2.0.17',
sdk_version: 'v4.4.7',
partition: 'app0',
flash_chip_size: 16384,
flash_chip_speed: 80000000,
app_used: 2258,
app_free: 3438,
fs_used: 24,
fs_free: 2024,
free_caps: 8376,
psram: true,
psram_size: 8189,
free_psram: 8166,
has_loader: true,
model: '',
// model: 'BBQKees Electronics EMS Gateway E32 V2 (E32 V2.0 P3/2024011)',
status: 'downloading'
};
let VERSION_IS_UPGRADEABLE: boolean;
// Versions
// default - on latest stable, no upgrades
let THIS_VERSION = '3.7.1';
let LATEST_STABLE_VERSION = '3.7.1';
let LATEST_DEV_VERSION = '3.7.2-dev.9';
// scenarios for testing versioning
const version_test = 0; // on latest stable, no upgrades, but can switch
// const version_test = 1; // on latest dev, no update
// const version_test = 2; // upgrade stable to latest stable
// const version_test = 3; // upgrade dev to latest dev
switch (version_test as number) {
case 0:
default:
// use default - on latest stable, no upgrades, but can switch
VERSION_IS_UPGRADEABLE = false;
break;
case 1:
// on latest dev, no update
THIS_VERSION = '3.7.2-dev.9';
LATEST_STABLE_VERSION = '3.7.1';
LATEST_DEV_VERSION = '3.7.2-dev.9';
VERSION_IS_UPGRADEABLE = false;
break;
case 2:
// upgrade stable to latest stable
THIS_VERSION = '3.6.5';
LATEST_STABLE_VERSION = '3.7.1';
LATEST_DEV_VERSION = '3.7.2-dev.12';
VERSION_IS_UPGRADEABLE = true;
break;
case 3:
// upgrade dev to latest dev
THIS_VERSION = '3.7.1-dev-1';
LATEST_STABLE_VERSION = '3.7.1';
LATEST_DEV_VERSION = '3.7.2-dev.12';
VERSION_IS_UPGRADEABLE = true;
break;
}
// set the version
system_status.emsesp_version = THIS_VERSION;
const emulate_esp = "ESP32S3";
// const emulate_esp = 'ESP32';
switch (emulate_esp as string) {
// ESP32 4MB
case 'ESP32':
system_status.esp_platform = 'ESP32';
system_status.cpu_type = 'ESP32';
system_status.arduino_version = 'Tasmota Arduino v2.0.17';
system_status.sdk_version = 'v4.4.7';
system_status.psram = false;
system_status.psram_size = 0;
system_status.free_psram = 0;
settings.board_profile = 'E32V2';
settings.platform = 'ESP32';
break;
// ESP32S3
case 'ESP32S3':
default:
system_status.esp_platform = 'ESP32S3';
system_status.cpu_type = 'ESP32-S3';
system_status.arduino_version = 'ESP32 Arduino v2.0.18';
system_status.sdk_version = 'v4.4.7';
system_status.psram = true;
system_status.psram_size = 8189;
system_status.free_psram = 8166;
settings.board_profile = 'S3';
settings.platform = 'ESP32S3';
break;
}
// simulate different ESP32 chips
// GLOBAL VARIABLES
let countWifiScanPoll = 0; // wifi network scan
let countHardwarePoll = 0; // for during an upload
// DeviceTypes
const enum DeviceType {
SYSTEM = 0,
TEMPERATURESENSOR,
ANALOGSENSOR,
SCHEDULER,
CUSTOM,
BOILER,
THERMOSTAT,
MIXER,
SOLAR,
HEATPUMP,
GATEWAY,
SWITCH,
CONTROLLER,
CONNECT,
ALERT,
EXTENSION,
GENERIC,
HEATSOURCE,
VENTILATION,
WATER,
POOL,
UNKNOWN
}
const enum DeviceTypeUniqueID {
SCHEDULER_UID = 96,
ANALOGSENSOR_UID = 97,
TEMPERATURESENSOR_UID = 98,
CUSTOM_UID = 99 // always 99
}
function updateMask(entity: any, de: any, dd: any) {
const current_mask = parseInt(entity.slice(0, 2), 16);
// strip of any min/max ranges
const shortname_with_customname = entity.slice(2).split('>')[0];
const shortname = shortname_with_customname.split('|')[0];
const new_custom_name = shortname_with_customname.split('|')[1];
const has_min_max = entity.slice(2).split('>')[1];
// find in de
const de_objIndex = de.findIndex((obj: any) => obj.id === shortname);
let fullname = '';
let new_fullname = '';
if (de_objIndex !== -1) {
// get current name
if (de[de_objIndex].cn) {
fullname = de[de_objIndex].cn;
} else {
fullname = de[de_objIndex].n;
}
// find in dd, either looking for fullname or custom name
// console.log('looking for ' + fullname + ' in ' + dd.nodes);
const dd_objIndex = dd.nodes.findIndex(
(obj: any) => obj.id.slice(2) === fullname
);
if (dd_objIndex !== -1) {
let changed = new Boolean(false);
// see if the mask has changed
const old_mask = parseInt(dd.nodes[dd_objIndex].id.slice(0, 2), 16);
if (old_mask !== current_mask) {
changed = true;
console.log('mask has changed to ' + current_mask.toString(16));
}
// see if the custom name has changed
const old_custom_name = dd.nodes[dd_objIndex].cn;
console.log(
'comparing names, old (' +
old_custom_name +
') with new (' +
new_custom_name +
')'
);
if (old_custom_name !== new_custom_name) {
changed = true;
new_fullname = new_custom_name;
console.log('name has changed to ' + new_custom_name);
} else {
new_fullname = fullname;
}
// see if min or max has changed
// get current min/max values if they exist
const current_min = dd.nodes[dd_objIndex].min;
const current_max = dd.nodes[dd_objIndex].max;
let new_min = current_min;
let new_max = current_max;
if (has_min_max) {
new_min = parseInt(has_min_max.split('<')[0]);
new_max = parseInt(has_min_max.split('<')[1]);
if (current_min !== new_min || current_max !== new_max) {
changed = true;
console.log('min/max has changed to ' + new_min + '/' + new_max);
}
}
if (changed === true) {
de[de_objIndex].m = current_mask;
de[de_objIndex].cn = new_fullname;
if (new_min) {
de[de_objIndex].mi = new_min;
}
if (new_max) {
de[de_objIndex].ma = new_max;
}
dd.nodes[dd_objIndex].id =
current_mask.toString(16).padStart(2, '0') + new_fullname;
dd.nodes[dd_objIndex].cn = new_fullname;
}
}
}
}
// called by Action endpoint
function export_data(type: string) {
console.log('exporting ' + type + '...');
switch (type) {
case 'settings':
return emsesp_info;
case 'customizations':
return emsesp_deviceentities_2; // fixed for one device
case 'entities':
return emsesp_customentities;
case 'schedule':
return emsesp_schedule;
case 'modules':
return emsesp_modules;
case 'allvalues':
return emsesp_allvalues;
default:
return status(404);
}
}
// called by Action endpoint
function custom_support() {
// return {};
return {
type: 'custom_support',
Support: {
html: [
'This product is installed and managed by:',
'',
'<b>Bosch Installer Example</b>',
'',
'Nefit Road 12',
'1234 AB Amsterdam',
'Phone: +31 123 456 789',
'email: support@boschinstaller.nl',
'',
"For help and questions please <a target='_blank' href='https://emsesp.org'>contact</a> your installer."
],
img_url: 'https://docs.emsesp.org/_media/images/designer.png'
// img_url: 'https://picsum.photos/200/300'
}
};
}
// called by Action endpoint
function check_upgrade(version: string) {
let data = {};
if (version) {
const dev_version = version.split(',')[0];
const stable_version = version.split(',')[1];
console.log(
'latest dev version: ' +
dev_version +
', latest stable version: ' +
stable_version
);
console.log(
'Version upgrade check from version ' +
THIS_VERSION +
', upgradable: ' +
VERSION_IS_UPGRADEABLE
);
data = {
emsesp_version: THIS_VERSION,
upgradeable: VERSION_IS_UPGRADEABLE
};
} else {
console.log('requesting ems-esp version (' + THIS_VERSION + ')');
data = {
emsesp_version: THIS_VERSION
};
}
return data;
}
// LOG
const LOG_SETTINGS_ENDPOINT = REST_ENDPOINT_ROOT + 'logSettings';
let log_settings = {
level: 6,
max_messages: 50,
compact: true,
psram: true,
developer_mode: settings.developer_mode
};
// NTP
const NTP_STATUS_ENDPOINT = REST_ENDPOINT_ROOT + 'ntpStatus';
const NTP_SETTINGS_ENDPOINT = REST_ENDPOINT_ROOT + 'ntpSettings';
const TIME_ENDPOINT = REST_ENDPOINT_ROOT + 'time';
let ntp_settings = {
enabled: true,
server: 'time.google.com',
tz_label: 'Europe/Amsterdam',
tz_format: 'CET-1CEST,M3.5.0,M10.5.0/3'
};
const ntp_status = {
status: 2,
utc_time: '2021-04-01T14:25:42Z',
local_time: '2021-04-01T16:25:42',
server: 'time.google.com',
uptime: 856
};
// AP
const AP_SETTINGS_ENDPOINT = REST_ENDPOINT_ROOT + 'apSettings';
const AP_STATUS_ENDPOINT = REST_ENDPOINT_ROOT + 'apStatus';
let ap_settings = {
provision_mode: 1,
ssid: 'ems-esp',
password: 'ems-esp-neo',
local_ip: '192.168.4.1',
gateway_ip: '192.168.4.1',
subnet_mask: '255.255.255.0',
channel: 1,
ssid_hidden: true,
max_clients: 4
};
const ap_status = {
status: 1,
ip_address: '192.168.4.1',
mac_address: '3C:61:05:03:AB:2D',
station_num: 0
};
// NETWORK
const NETWORK_SETTINGS_ENDPOINT = REST_ENDPOINT_ROOT + 'networkSettings';
const NETWORK_STATUS_ENDPOINT = REST_ENDPOINT_ROOT + 'networkStatus';
const SCAN_NETWORKS_ENDPOINT = REST_ENDPOINT_ROOT + 'scanNetworks';
const LIST_NETWORKS_ENDPOINT = REST_ENDPOINT_ROOT + 'listNetworks';
let network_settings = {
ssid: 'myWifi',
password: 'myPassword',
hostname: 'ems-esp',
nosleep: true,
tx_power: 0,
bandwidth20: false,
static_ip_config: false,
enableMDNS: true,
enableCORS: false,
CORSOrigin: '*',
local_ip: '',
gateway_ip: '',
subnet_mask: '',
dns_ip_1: '',
dns_ip_2: ''
};
const network_status = {
status: 3,
local_ip: '10.10.10.101',
mac_address: '3C:61:05:03:AB:2C',
rssi: -41,
ssid: 'home',
bssid: '06:ED:DA:FE:B4:68',
channel: 11,
subnet_mask: '255.255.255.0',
gateway_ip: '10.10.10.1',
dns_ip_1: '10.10.10.1',
dns_ip_2: '0.0.0.0',
hostname: 'ems-esp',
reconnect_count: 1
};
const list_networks = {
networks: [
{
rssi: -40,
ssid: '',
bssid: 'FC:EC:DA:FD:B4:68',
channel: 11,
encryption_type: 3
},
{
rssi: -41,
ssid: 'home',
bssid: '02:EC:DA:FD:B4:68',
channel: 11,
encryption_type: 3
},
{
rssi: -42,
ssid: '',
bssid: '06:EC:DA:FD:B4:68',
channel: 11,
encryption_type: 3
},
{
rssi: -73,
ssid: '',
bssid: 'FC:EC:DA:17:D4:7E',
channel: 1,
encryption_type: 3
},
{
rssi: -73,
ssid: 'office',
bssid: '02:EC:DA:17:D4:7E',
channel: 1,
encryption_type: 3
},
{
rssi: -75,
ssid: 'Erica',
bssid: 'C8:D7:19:9A:88:BD',
channel: 2,
encryption_type: 3
},
{
rssi: -75,
ssid: '',
bssid: 'C6:C9:E3:FF:A5:DE',
channel: 2,
encryption_type: 3
},
{
rssi: -76,
ssid: 'Bruin',
bssid: 'C0:C9:E3:FF:A5:DE',
channel: 2,
encryption_type: 3
}
]
};
// MQTT
const MQTT_SETTINGS_ENDPOINT = REST_ENDPOINT_ROOT + 'mqttSettings';
const MQTT_STATUS_ENDPOINT = REST_ENDPOINT_ROOT + 'mqttStatus';
let mqtt_settings = {
enabled: true,
host: '192.168.1.4',
port: 1883,
base: 'ems-esp',
username: '',
password: '',
client_id: 'ems-esp',
keep_alive: 60,
clean_session: true,
entity_format: 1,
publish_time_boiler: 10,
publish_time_thermostat: 10,
publish_time_solar: 10,
publish_time_mixer: 10,
publish_time_other: 10,
publish_time_sensor: 10,
publish_time_heartbeat: 60,
publish_time_water: 60,
mqtt_qos: 0,
rootCA: '',
mqtt_retain: false,
ha_enabled: true,
nested_format: 1,
discovery_type: 0,
discovery_prefix: 'homeassistant',
send_response: true,
publish_single: false
};
const mqtt_status = {
enabled: true,
connected: true,
client_id: 'ems-esp',
disconnect_reason: 0,
mqtt_fails: 0,
mqtt_queued: 1,
connect_count: 2
};
// STATUS
const ACTIVITY_ENDPOINT = REST_ENDPOINT_ROOT + 'activity';
// SETTINGS
const SYSTEM_STATUS_ENDPOINT = REST_ENDPOINT_ROOT + 'systemStatus';
const SECURITY_SETTINGS_ENDPOINT = REST_ENDPOINT_ROOT + 'securitySettings';
// SYSTEM SIGNIN
const VERIFY_AUTHORIZATION_ENDPOINT = REST_ENDPOINT_ROOT + 'verifyAuthorization';
const SIGN_IN_ENDPOINT = REST_ENDPOINT_ROOT + 'signIn';
const GENERATE_TOKEN_ENDPOINT = REST_ENDPOINT_ROOT + 'generateToken';
let security_settings = {
jwt_secret: 'naughty!',
users: [
{ username: 'admin', password: 'admin', admin: true },
{ username: 'guest', password: 'guest', admin: false }
]
};
const verify_authentication = { access_token: '1234' };
const admin_signin = {
access_token:
'eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJ1c2VybmFtZSI6ImFkbWluIiwiYWRtaW4iOnRydWUsInZlcnNpb24iOiIzLjAuMmIwIn0.MsHSgoJKI1lyYz77EiT5ZN3ECMrb4mPv9FNy3udq0TU'
};
const guest_signin = {
access_token:
'eyJhbGciOiJIUzI1NiIsInR5cCI6IkpXVCJ9.eyJ1c2VybmFtZSI6Imd1ZXN0IiwiYWRtaW4iOmZhbHNlfQ.E_lylR_vGIQFZUGNwcl5F6OkHoaELGsC5zqhi0pAiJE'
};
// modify here to simulate admin and guest logins
const signin = admin_signin;
// const signin = guest_signin;
const generate_token = { token: '1234' };
const EMSESP_SETTINGS_ENDPOINT = REST_ENDPOINT_ROOT + 'settings';
const EMSESP_CORE_DATA_ENDPOINT = REST_ENDPOINT_ROOT + 'coreData';
const EMSESP_SENSOR_DATA_ENDPOINT = REST_ENDPOINT_ROOT + 'sensorData';
const EMSESP_DEVICEDATA_ENDPOINT1 = REST_ENDPOINT_ROOT + 'deviceData';
const EMSESP_DEVICEDATA_ENDPOINT2 = REST_ENDPOINT_ROOT + 'deviceData/:id?';
const EMSESP_DEVICEENTITIES_ENDPOINT1 = REST_ENDPOINT_ROOT + 'deviceEntities';
const EMSESP_DEVICEENTITIES_ENDPOINT2 = REST_ENDPOINT_ROOT + 'deviceEntities/:id?';
const EMSESP_DASHBOARD_DATA_ENDPOINT = REST_ENDPOINT_ROOT + 'dashboardData';
const EMSESP_BOARDPROFILE_ENDPOINT = REST_ENDPOINT_ROOT + 'boardProfile';
const EMSESP_WRITE_DEVICEVALUE_ENDPOINT = REST_ENDPOINT_ROOT + 'writeDeviceValue';
const EMSESP_WRITE_DEVICENAME_ENDPOINT = REST_ENDPOINT_ROOT + 'writeDeviceName';
const EMSESP_WRITE_TEMPSENSOR_ENDPOINT =
REST_ENDPOINT_ROOT + 'writeTemperatureSensor';
const EMSESP_WRITE_ANALOGSENSOR_ENDPOINT = REST_ENDPOINT_ROOT + 'writeAnalogSensor';
const EMSESP_CUSTOMIZATION_ENTITIES_ENDPOINT =
REST_ENDPOINT_ROOT + 'customizationEntities';
const EMSESP_RESET_CUSTOMIZATIONS_ENDPOINT =
REST_ENDPOINT_ROOT + 'resetCustomizations';
const EMSESP_SCHEDULE_ENDPOINT = REST_ENDPOINT_ROOT + 'schedule';
const EMSESP_CUSTOMENTITIES_ENDPOINT = REST_ENDPOINT_ROOT + 'customEntities';
const EMSESP_MODULES_ENDPOINT = REST_ENDPOINT_ROOT + 'modules';
const EMSESP_ACTION_ENDPOINT = REST_ENDPOINT_ROOT + 'action';
// these are used in the API calls only
const EMSESP_SYSTEM_INFO_ENDPOINT = API_ENDPOINT_ROOT + 'system/info';
const emsesp_info = {
System: {
version: THIS_VERSION,
uptime: '001+06:40:34.018',
'uptime (seconds)': 110434,
freemem: 131,
'reset reason': 'Software reset CPU / Software reset CPU',
'Dallas sensors': 3
},
Network: {
connection: 'Ethernet',
hostname: 'ems-esp',
MAC: 'A8:03:2A:62:64:CF',
'IPv4 address': '192.168.1.134/255.255.255.0',
'IPv4 gateway': '192.168.1.1',
'IPv4 nameserver': '192.168.1.1'
},
Status: {
'bus status': 'connected',
'bus protocol': 'Buderus',
'telegrams received': 84986,
'read requests sent': 14748,
'write requests sent': 3,
'incomplete telegrams': 8,
'tx fails': 0,
'rx line quality': 100,
'tx line quality': 100,
MQTT: 'connected',
'MQTT publishes': 46336,
'MQTT publish fails': 0,
'Dallas reads': 22086,
'Dallas fails': 0
},
Devices: [
{
type: 'Boiler',
name: 'Nefit Trendline HRC30 (DeviceID:0x08 ProductID:123, Version:06.01)',
handlers:
'0x10 0x11 0xC2 0x14 0x15 0x1C 0x18 0x19 0x1A 0x35 0x16 0x33 0x34 0x26 0x2A 0xD1 0xE3 0xE4 0xE5 0xE6 0xE9 0xEA'
},
{
type: 'Thermostat',
name: 'RC20 (DeviceID:0x17, ProductID:77, Version:03.03)',
handlers: '0xA3 0x06 0xA2 0x12 0x91 0xA8'
}
]
};
const emsesp_allvalues = {
'Boiler Nefit Trendline HRC30 (DeviceID:0x08, ProductID:123, Version:06.01)': {
'force heating off': 'off',
'heating active': 'off',
'tapwater active': 'off',
'selected flow temperature': 5,
'heating pump modulation': 0,
'current flow temperature': 41.4,
'return temperature': 37.7,
'system pressure': 1.3,
'actual boiler temperature': 44.2,
gas: 'off',
'gas stage 2': 'off',
'flame current': 0,
fan: 'off',
ignition: 'off',
'oil preheating': 'off',
'burner min power': 0,
'burner max power': 50,
'burner min period': 10,
'hysteresis on temperature': -6,
'hysteresis off temperature': 6,
'heating activated': 'on',
'heating temperature': 70,
'heating pump': 'off',
'boiler pump max power': 70,
'boiler pump min power': 50,
'boiler pump mode': 'proportional',
'pump delay': 2,
'burner selected max power': 0,
'burner current power': 0,
'burner starts': 394602,
'total burner operating time': '480 days 4 hours 23 minutes',
'burner stage 2 operating time': '0 days 0 hours 0 minutes',
'total heat operating time': '395 days 2 hours 14 minutes',
'burner starts heating': 46245,
'total UBA operating time': '3932 days 23 hours 58 minutes',
'last error code': '2E(207) 100.75.2000 65:00 (0 min)',
'service code': '0H',
'service code number': 203,
'maintenance message': 'H00',
'maintenance scheduled': 'manual',
'time to next maintenance': 6000,
'next maintenance date': '01.01.2012',
'dhw turn on/off': 'on',
'dhw set temperature': 62,
'dhw selected temperature': 60,
'dhw type': 'flow',
'dhw comfort': 'hot',
'dhw flow temperature offset': 40,
'dhw max power': 100,
'dhw circulation pump available': 'off',
'dhw charging type': '3-way valve',
'dhw hysteresis on temperature': -5,
'dhw hysteresis off temperature': 0,
'dhw disinfection temperature': 70,
'dhw circulation pump mode': 'off',
'dhw circulation active': 'off',
'dhw current intern temperature': 33.5,
'dhw current tap water flow': 0,
'dhw storage intern temperature': 33.5,
'dhw activated': 'on',
'dhw one time charging': 'off',
'dhw disinfecting': 'off',
'dhw charging': 'off',
'dhw recharging': 'off',
'dhw temperature ok': 'on',
'dhw active': 'off',
'dhw 3-way valve active': 'on',
'dhw set pump power': 0,
'dhw starts': 348357,
'dhw active time': '85 days 2 hours 9 minutes',
'nominal Power': 30,
'total energy': 3088.69,
'energy heating': 2532.94,
'dhw energy': 555.75
},
'Thermostat RC20 (DeviceID:0x17, ProductID:77, Version:03.03)': {
'date/time': '10.12.2023 13:49',
'hc1 how hot lounge should be': 19,
'hc1 current room temp': 19.5,
'hc1 mqtt discovery current room temperature': 'roomTemp',
'hc1 mode': 'auto',
'hc1 manual temperature': 21.5,
'hc1 temperature when mode is off': 7,
'hc1 day temperature T2': 20,
'hc1 day temperature T3': 20,
'hc1 day temperature T4': 20,
'hc1 night temperature T1': 15,
'hc1 program switchtime': '00 mo 00:00 T1'
},
'Controller Module BC10 (DeviceID:0x09, ProductID:190, Version:01.03)': {},
'Custom Entities': {
boiler_flowtemp: 5,
nominalpower: 30,
minmodulation: 23,
maxmodulation: 115
},
'Analog Sensors': {},
'Temperature Sensors': {
zolder: 18.3
}
};
const emsesp_coredata = {
connected: true,
// connected: false,
// devices: [],
devices: [
{
id: 7,
t: 5,
tn: 'Boiler',
b: 'Nefit',
n: 'Nefit Trendline HRC30/Generic Heatronic 3',
d: 8,
p: 123,
v: '06.01',
e: 69,
url: 'boiler'
},
{
id: 3,
t: 5,
tn: 'Boiler',
b: 'Buderus',
n: 'Buderus GB125',
d: 8,
p: 123,
v: '06.01',
e: 73,
url: 'boiler'
},
{
id: 1,
t: 6,
tn: 'Thermostat',
b: 'Buderus',
n: 'RC35',
d: 24,
p: 86,
v: '04.01',
e: 57,
url: 'thermostat'
},
{
id: 2,
t: 6,
tn: 'Thermostat',
b: '',
n: 'RC20',
d: 23,
p: 77,
v: '03.03',
e: 6,
url: 'thermostat'
},
{
id: 4,
t: 6,
tn: 'Thermostat',
b: 'Nefit',
n: 'Moduline 1000',
d: 16,
p: 165,
v: '04.01',
e: 3,
url: 'thermostat'
},
{
id: 5,
t: 7,
tn: 'Mixer Module',
b: 'Buderus',
n: 'MM10',
d: 32,
p: 69,
v: '01.01',
e: 6
},
{
id: 6,
t: 8,
tn: 'Solar Module',
b: 'Buderus',
n: 'SM10',
d: 48,
p: 73,
v: '01.02',
e: 22,
url: 'solar'
},
{
id: 8,
tn: 'Boiler/HP',
t: 5,
b: '',
n: 'Bosch Compress 7000i AW Heat Pump',
d: 8,
p: 172,
v: '01.20',
e: 152,
url: 'boiler'
},
{
id: 9,
tn: 'Thermostat',
t: 6,
b: '',
n: 'RC100H',
d: 56,
p: 200,
v: '40.07',
e: 4,
url: 'thermostat'
},
{
id: 10,
tn: 'Thermostat',
t: 6,
b: '',
n: 'RC310',
d: 16,
p: 158,
v: '73.03',
e: 63,
url: 'thermostat'
},
{
id: 11,
tn: 'Ventilation',
t: 18,
b: '',
n: 'Vent4000CC',
d: 81,
p: 231,
v: '53.02',
e: 10,
url: 'ventilation'
}
]
};
const emsesp_coredata_custom = {
id: 99,
t: 4,
tn: 'Custom',
b: '',
n: 'Custom Entities',
d: 1,
p: 1,
v: '',
e: 2
};
const emsesp_sensordata = {
// ts: [],
ts: [
{ id: '28-233D-9497-0C03', n: 'Dallas 1', t: 25.7, o: 1.2, u: 1 },
{ id: '28-243D-7437-1E3A', n: 'Dallas 2 outside', t: 26.1, o: 0, u: 1 },
{ id: '28-243E-7437-1E3B', n: 'Zolder', t: 27.1, o: 0, u: 1 },
{ id: '28-183D-1892-0C33', n: 'Roof', o: 2, u: 1 } // no temperature
],
// as: [],
as: [
{ id: 1, g: 36, n: 'motor', v: 0, u: 0, o: 17, f: 0, t: 0, d: false },
{ id: 2, g: 37, n: 'External switch', v: 13, u: 0, o: 17, f: 0, t: 1, d: false },
{ id: 3, g: 39, n: 'Pulse count', v: 144, u: 0, o: 0, f: 0, t: 2, d: false },
{ id: 4, g: 40, n: 'Pressure', v: 16, u: 17, o: 0, f: 0, t: 3, d: false }
],
analog_enabled: true
};
const activity = {
stats: [
{ id: 0, s: 56506, f: 11, q: 100 },
{ id: 1, s: 9026, f: 0, q: 100 },
{ id: 2, s: 33, f: 2, q: 95 },
{ id: 3, s: 56506, f: 11, q: 100 },
{ id: 4, s: 0, f: 0, q: 100 },
{ id: 5, s: 12, f: 10, q: 20 },
{ id: 6, s: 0, f: 0, q: 0 }
]
};
// Dashboard data
// 1 - RC35 thermostat
// 2 - RC20 thermostat
// 3 - Buderus GB125 boiler
// 4 - Moduline 1000 thermostat
// 5 - MM10 mixer
// 6 - SM10 solar
// 7 - Nefit Trendline boiler
// 8 - Bosch Compress 7000i AW Heat Pump
// 9 - RC100H thermostat
// 10 - Thermostat RC310
// 11 - Ventilation
// 99 - Custom
const emsesp_devicedata_1 = {
nodes: [
{
v: '22(816) 01.05.2023 13:07 (1 min)',
u: 0,
id: '00last error code'
},
{
v: '05.05.2023 09:44',
u: 0,
id: '00date/time',
c: 'datetime',
h: '< NTP | dd.mm.yyyy-hh:mm:ss-day(0-6)-dst(0/1) >'
},
{
v: -2.4,
u: 2,
id: '00internal temperature offset',
c: 'intoffset',
m: -5,
x: 5,
s: 0.1
},
{
v: -11,
u: 1,
id: '00minimal external temperature',
c: 'minexttemp',
m: -30,
x: 0,
s: 1
},
{
v: 29.5,
u: 1,
id: '00temperature sensor 1'
},
{
v: 32.5,
u: 1,
id: '00temperature sensor 2'
},
{
v: 'on',
u: 0,
id: '00damping outdoor temperature',
c: 'damping',
l: ['off', 'on']
},
{
v: 13,
u: 1,
id: '00damped outdoor temperature'
},
{
v: 'medium',
u: 0,
id: '00building type',
c: 'building',
l: ['light', 'medium', 'heavy']
},
{
v: 'auto',
u: 0,
id: '00dhw mode',
c: 'dhw/mode',
l: ['off', 'on', 'auto']
},
{
v: 'off',
u: 0,
id: '00dhw circulation pump mode',
c: 'dhw/circmode',
l: ['off', 'on', 'auto']
},
{
v: 'std prog',
u: 0,
id: '00dhw program',
c: 'dhw/progmode',
l: ['std prog', 'own prog']
},
{
v: 'std prog',
u: 0,
id: '00dhw circulation program',
c: 'dhw/circprog',
l: ['std prog', 'own prog']
},
{
v: 'off',
u: 0,
id: '00dhw disinfecting',
c: 'dhw/disinfecting',
l: ['off', 'on']
},
{
v: 'tu',
u: 0,
id: '00dhw disinfection day',
c: 'dhw/disinfectday',
l: ['mo', 'tu', 'we', 'th', 'fr', 'sa', 'su', 'all']
},
{
v: 1,
u: 0,
id: '00dhw disinfection hour',
c: 'dhw/disinfecthour',
m: 0,
x: 23,
s: 1
},
{
v: 60,
u: 1,
id: '00dhw maximmu temperature',
c: 'dhw/maxtemp',
m: 60,
x: 80,
s: 1
},
{
v: 'on',
u: 0,
id: '00dhw one time key function',
c: 'dhw/onetimekey',
l: ['off', 'on']
},
{
v: '00 mo 06:00 on',
u: 0,
id: '00dhw program switchtime',
c: 'dhw/switchtime',
h: '<nn> [ not_set | day hh:mm on|off ]'
},
{
v: '00 mo 06:30 on',
u: 0,
id: '00dhw circulation program switchtime',
c: 'dhw/circswitchtime',
h: '<nn> [ not_set | day hh:mm on|off ]'
},
{
v: '01.01.2000-01.01.2000',
u: 0,
id: '00dhw holiday dates',
c: 'dhw/holidays',
h: 'dd.mm.yyyy-dd.mm.yyyy'
},
{
v: '01.01.2019-12.01.2019',
u: 0,
id: '00dhw vacation dates',
c: 'dhw/vacations',
h: 'dd.mm.yyyy-dd.mm.yyyy'
},
{
v: 21,
u: 1,
id: '00hc2 selected room temperature',
c: 'hc2/seltemp',
m: 0,
x: 30,
s: 0.5
},
{
v: 'auto',
u: 0,
id: '00hc2 mode',
c: 'hc2/mode',
l: ['night', 'day', 'auto']
},
{
v: 'day',
u: 0,
id: '00hc2 mode type'
},
{
v: 21,
u: 1,
id: '00hc2 day temperature',
c: 'hc2/daytemp',
m: 5,
x: 30,
s: 0.5
},
{
v: 17,
u: 1,
id: '00hc2 night temperature',
c: 'hc2/nighttemp',
m: 5,
x: 30,
s: 0.5
},
{
v: 58,
u: 1,
id: '00hc2 design temperature',
c: 'hc2/designtemp',
m: 30,
x: 90,
s: 1
},
{
v: 0,
u: 2,
id: '00hc2 offset temperature',
c: 'hc2/offsettemp',
m: -5,
x: 5,
s: 0.5
},
{
v: 15,
u: 1,
id: '00hc2 holiday temperature',
c: 'hc2/holidaytemp',
m: 5,
x: 30,
s: 0.5
},
{
v: 34,
u: 1,
id: '00hc2 target flow temperature'
},
{
v: 17,
u: 1,
id: '00hc2 summer temperature',
c: 'hc2/summertemp',
m: 9,
x: 25,
s: 1
},
{
v: 'winter',
u: 0,
id: '00hc2 summer mode'
},
{
v: 'off',
u: 0,
id: '00hc2 holiday mode'
},
{
v: -10,
u: 1,
id: '00hc2 nofrost temperature',
c: 'hc2/nofrosttemp',
m: -20,
x: 10,
s: 1
},
{
v: 'outdoor',
u: 0,
id: '00hc2 nofrost mode',
c: 'hc2/nofrostmode',
l: ['off', 'outdoor', 'room']
},
{
v: 0,
u: 2,
id: '00hc2 room influence',
c: 'hc2/roominfluence',
m: 0,
x: 10,
s: 1
},
{
v: 15,
u: 1,
id: '00hc2 min flow temperature',
c: 'hc2/minflowtemp',
m: 5,
x: 70,
s: 1
},
{
v: 85,
u: 1,
id: '00hc2 max flow temperature',
c: 'hc2/maxflowtemp',
m: 30,
x: 90,
s: 1
},
{
v: 0,
u: 2,
id: '00hc2 flow temperature offset for mixer',
c: 'hc2/flowtempoffset',
m: 0,
x: 20,
s: 1
},
{
v: 'radiator',
u: 0,
id: '00hc2 heating type',
c: 'hc2/heatingtype',
l: ['off', 'radiator', 'convector', 'floor']
},
{
v: 'outdoor',
u: 0,
id: '00hc2 reduce mode',
c: 'hc2/reducemode',
l: ['nofrost', 'reduce', 'room', 'outdoor']
},
{
v: 'outdoor',
u: 0,
id: '00hc2 control mode',
c: 'hc2/controlmode',
l: ['outdoor', 'room']
},
{
v: 'RC3x',
u: 0,
id: '00hc2 control device',
c: 'hc2/control',
l: ['off', 'RC20', 'RC3x']
},
{
v: '01.01.2000-01.01.2000',
u: 0,
id: '00hc2 holiday dates',
c: 'hc2/holidays',
h: 'dd.mm.yyyy-dd.mm.yyyy'
},
{
v: '01.01.2020-12.01.2020',
u: 0,
id: '00hc2 vacation dates',
c: 'hc2/vacations',
h: 'dd.mm.yyyy-dd.mm.yyyy'
},
{
v: 'own 1',
u: 0,
id: '00hc2 program',
c: 'hc2/program',
l: [
'own 1',
'family',
'morning',
'evening',
'am',
'pm',
'midday',
'singles',
'seniors',
'new',
'own 2'
]
},
{
v: 0,
u: 7,
id: '00hc2 pause time',
c: 'hc2/pause',
m: 0,
x: 99,
s: 1
},
{
v: 0,
u: 7,
id: '00hc2 party time',
c: 'hc2/party',
m: 0,
x: 99,
s: 1
},
{
v: 0,
u: 1,
id: '00hc2 temporary set temperature automode',
c: 'hc2/tempautotemp',
m: 0,
x: 30,
s: 0.5
},
{
v: -20,
u: 1,
id: '00hc2 no reduce below temperature',
c: 'hc2/noreducetemp',
m: -30,
x: 10,
s: 1
},
{
v: 8,
u: 1,
id: '00hc2 off/reduce switch temperature',
c: 'hc2/reducetemp',
m: -20,
x: 10,
s: 1
},
{
v: 5,
u: 1,
id: '00hc2 vacations off/reduce switch temperature',
c: 'hc2/vacreducetemp',
m: -20,
x: 10,
s: 1
},
{
v: 'outdoor',
u: 0,
id: '00hc2 vacations reduce mode',
c: 'hc2/vacreducemode',
l: ['nofrost', 'reduce', 'room', 'outdoor']
},
{
v: 'off',
u: 0,
id: '00hc2 dhw priority',
c: 'hc2/wwprio',
l: ['off', 'on']
},
{
v: '00 mo 05:50 on',
u: 0,
id: '00hc2 own1 program switchtime',
c: 'hc2/switchtime1',
h: '<nn> [ not_set | day hh:mm on|off ]'
},
{
v: '00 mo 06:30 on',
u: 0,
id: '00hc2 own2 program switchtime',
c: 'hc2/switchtime2',
h: '<nn> [ not_set | day hh:mm on|off ]'
}
]
};
const emsesp_devicedata_2 = {
nodes: [
{
v: '(0)',
u: 0,
id: '08my custom error code'
},
{
v: '14:54:39 06/06/2021',
u: 0,
id: '00date/time'
},
{
v: 18.2,
u: 1,
id: '08Chosen Room Temperature',
c: 'hc1/seltemp',
m: 5,
x: 52,
s: 0.5
},
{
v: 22.6,
u: 1,
id: '08hc1 current room temperature'
},
{
v: 'auto',
u: 0,
id: '00hc1 mode',
c: 'hc1/mode',
l: ['off', 'on', 'auto']
},
{
v: '00 mo 00:00 T1',
u: 0,
id: '00hc1 program switchtime',
c: 'hc1/switchtime',
h: '<nn> [ not_set | day hh:mm Tn ]'
}
]
};
const emsesp_devicedata_3 = {
nodes: [
{
v: '',
u: 0,
id: '08reset',
c: 'reset',
l: ['-', 'maintenance', 'error']
},
{
v: 34,
u: 1,
id: '08selected flow temperature',
c: 'selflowtemp',
m: 0,
x: 90,
s: 1
},
{
v: 30.7,
u: 1,
id: '08current flow temperature'
},
{
v: 176544,
u: 0,
id: '08burner starts'
},
{
v: '6L(517) 18.01.2023 10:18 (0 min)',
u: 0,
id: '08last error code'
},
{
v: 'off',
u: 0,
id: '00force heating off',
c: 'heatingoff',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00heating active'
},
{
v: 'off',
u: 0,
id: '00tapwater active'
},
{
v: 0,
u: 3,
id: '00heating pump modulation'
},
{
v: 15,
u: 1,
id: '00outside temperature'
},
{
v: 30.7,
u: 1,
id: '00actual boiler temperature'
},
{
v: 29,
u: 1,
id: '00exhaust temperature'
},
{
v: 'off',
u: 0,
id: '00gas'
},
{
v: 'off',
u: 0,
id: '00gas stage 2'
},
{
v: 0,
u: 9,
id: '00flame current'
},
{
v: 'off',
u: 0,
id: '00heating pump'
},
{
v: 'off',
u: 0,
id: '00fan'
},
{
v: 'off',
u: 0,
id: '00ignition'
},
{
v: 'off',
u: 0,
id: '00oil preheating'
},
{
v: 'on',
u: 0,
id: '00heating activated',
c: 'heatingactivated',
l: ['off', 'on']
},
{
v: 90,
u: 1,
id: '00heating temperature',
c: 'heatingtemp',
m: 0,
x: 90,
s: 1
},
{
v: 100,
u: 3,
id: '00boiler pump max power',
c: 'pumpmodmax',
m: 0,
x: 100,
s: 1
},
{
v: 100,
u: 3,
id: '00boiler pump min power',
c: 'pumpmodmin',
m: 0,
x: 100,
s: 1
},
{
v: 'deltaP-2',
u: 0,
id: '00boiler pump mode',
c: 'pumpmode',
l: ['proportional', 'deltaP-1', 'deltaP-2', 'deltaP-3', 'deltaP-4']
},
{
v: 'pressure3',
u: 0,
id: '00boiler pump characteristic',
c: 'pumpcharacter',
l: [
'proportional',
'pressure1',
'pressure2',
'pressure3',
'pressure4',
'pressure5',
'pressure6'
]
},
{
v: 6,
u: 8,
id: '00pump delay',
c: 'pumpdelay',
m: 0,
x: 60,
s: 1
},
{
v: 15,
u: 8,
id: '00burner min period',
c: 'burnminperiod',
m: 0,
x: 120,
s: 1
},
{
v: 0,
u: 3,
id: '00burner min power',
c: 'burnminpower',
m: 0,
x: 100,
s: 1
},
{
v: 100,
u: 3,
id: '00burner max power',
c: 'burnmaxpower',
m: 0,
x: 254,
s: 1
},
{
v: -8,
u: 2,
id: '00hysteresis on temperature',
c: 'boilhyston',
m: -20,
x: 0,
s: 1
},
{
v: 15,
u: 2,
id: '00hysteresis off temperature',
c: 'boilhystoff',
m: 0,
x: 20,
s: 1
},
{
v: -8,
u: 2,
id: '00hysteresis stage 2 on temperature',
c: 'boil2hyston',
m: -20,
x: 0,
s: 1
},
{
v: 8,
u: 2,
id: '00hysteresis stage 2 off temperature',
c: 'boil2hystoff',
m: 0,
x: 20,
s: 1
},
{
v: 34,
u: 1,
id: '00set flow temperature'
},
{
v: 100,
u: 3,
id: '00burner set power'
},
{
v: 100,
u: 3,
id: '00burner selected max power',
c: 'selburnpow',
m: 0,
x: 254,
s: 1
},
{
v: 0,
u: 3,
id: '00burner current power'
},
{
v: 822273,
u: 8,
id: '00total burner operating time'
},
{
v: 0,
u: 8,
id: '00burner stage 2 operating time'
},
{
v: 787124,
u: 8,
id: '00total heat operating time'
},
{
v: 173700,
u: 0,
id: '00burner starts heating'
},
{
v: 5495341,
u: 8,
id: '00total UBA operating time'
},
{
v: '0Y',
u: 0,
id: '00service code'
},
{
v: 0,
u: 0,
id: '00service code number'
},
{
v: 'H00',
u: 0,
id: '00maintenance message'
},
{
v: 'date',
u: 0,
id: '00maintenance scheduled',
c: 'maintenance',
l: ['off', 'time', 'date', 'manual']
},
{
v: 6000,
u: 7,
id: '00time to next maintenance',
c: 'maintenancetime',
m: 0,
x: 31999,
s: 1
},
{
v: '30.06.2023',
u: 0,
id: '00next maintenance date',
c: 'maintenancedate',
h: 'dd.mm.yyyy'
},
{
v: 46,
u: 1,
id: '00dhw set temperature'
},
{
v: 47,
u: 1,
id: '00dhw selected temperature',
c: 'dhw/seltemp',
m: 0,
x: 254,
s: 1
},
{
v: 'buffer',
u: 0,
id: '00dhw type'
},
{
v: 'hot',
u: 0,
id: '08dhw comfort',
c: 'dhw/comfort',
l: ['hot', 'eco', 'intelligent']
},
{
v: 40,
u: 2,
id: '00dhw flow temperature offset',
c: 'dhw/flowtempoffset',
m: 0,
x: 100,
s: 1
},
{
v: 'on',
u: 0,
id: '00dhw circulation pump available',
c: 'dhw/circpump',
l: ['off', 'on']
},
{
v: 'chargepump',
u: 0,
id: '00dhw charging type'
},
{
v: -5,
u: 2,
id: '00dhw hysteresis on temperature',
c: 'dhw/hyston',
m: -126,
x: 126,
s: 1
},
{
v: -1,
u: 2,
id: '00dhw hysteresis off temperature',
c: 'dhw/hystoff',
m: -126,
x: 126,
s: 1
},
{
v: 70,
u: 1,
id: '00dhw disinfection temperature',
c: 'dhw/disinfectiontemp',
m: 0,
x: 254,
s: 1
},
{
v: 'continuous',
u: 0,
id: '00dhw circulation pump mode',
c: 'dhw/circmode',
l: [
'off',
'1x3min',
'2x3min',
'3x3min',
'4x3min',
'5x3min',
'6x3min',
'continuous'
]
},
{
v: 'off',
u: 0,
id: '00dhw circulation active',
c: 'dhw/circ',
l: ['off', 'on']
},
{
v: 60.7,
u: 1,
id: '00dhw current intern temperature'
},
{
v: 0,
u: 4,
id: '00dhw current tap water flow'
},
{
v: 60.7,
u: 1,
id: '00dhw storage intern temperature'
},
{
v: 'on',
u: 0,
id: '00dhw activated',
c: 'dhw/activated',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00dhw one time charging',
c: 'dhw/onetime',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00dhw disinfecting',
c: 'dhw/disinfecting',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00dhw charging'
},
{
v: 'off',
u: 0,
id: '00dhw recharging'
},
{
v: 'on',
u: 0,
id: '00dhw temperature ok'
},
{
v: 'off',
u: 0,
id: '00dhw active'
},
{
v: 'off',
u: 0,
id: '00dhw 3-way valve active'
},
{
v: 0,
u: 3,
id: '00dhw set pump power'
},
{
v: 6976,
u: 0,
id: '00dhw starts'
},
{
v: 80644,
u: 8,
id: '00dhw active time'
}
]
};
const emsesp_devicedata_4 = {
nodes: [
{
v: 16,
u: 1,
id: '08hc2 selected room temperature',
c: 'hc2/seltemp'
},
{
v: 18.6,
u: 1,
id: '02hc2 current room temperature',
c: ''
},
{
v: 'off',
u: 0,
id: '03hc2 mode',
c: 'hc2/mode',
l: ['off', 'on', 'auto']
}
]
};
const emsesp_devicedata_5 = {
nodes: [
{
v: 30,
u: 1,
id: '00hc2 flow temperature (TC1)'
},
{
v: 100,
u: 3,
id: '00hc2 mixing valve actuator (VC1)'
},
{
v: 34,
u: 1,
id: '00hc2 setpoint flow temperature',
c: 'hc2/flowsettemp',
m: 0,
x: 254,
s: 1
},
{
v: 'off',
u: 0,
id: '00hc2 pump status (PC1)',
c: 'hc2/pumpstatus',
l: ['off', 'on']
},
{
v: 'on',
u: 0,
id: '00hc2 activated',
c: 'hc2/activated',
l: ['off', 'on']
},
{
v: 120,
u: 14,
id: '00hc2 time to set valve',
c: 'hc2/valvesettime',
m: 10,
x: 120,
s: 10
}
]
};
const emsesp_devicedata_6 = {
nodes: [
{
v: 43.9,
u: 1,
id: '00collector temperature (TS1)'
},
{
v: 28.3,
u: 1,
id: '00cylinder bottom temperature (TS2)'
},
{
v: 'on',
u: 0,
id: '00pump (PS1)'
},
{
v: 181884,
u: 8,
id: '00pump working time'
},
{
v: 90,
u: 1,
id: '00maximum cylinder temperature',
c: 'cylmaxtemp',
m: 0,
x: 254,
s: 1
},
{
v: 'off',
u: 0,
id: '00collector shutdown'
},
{
v: 'off',
u: 0,
id: '00cyl heated'
},
{
v: 32,
u: 3,
id: '00pump modulation (PS1)'
},
{
v: 30,
u: 3,
id: '00minimum pump modulation',
c: 'pumpminmod',
m: 0,
x: 100,
s: 1
},
{
v: 10,
u: 2,
id: '00pump turn on difference',
c: 'turnondiff',
m: 0,
x: 254,
s: 1
},
{
v: 5,
u: 2,
id: '00pump turn off difference',
c: 'turnoffdiff',
m: 0,
x: 254,
s: 1
},
{
v: 899,
u: 12,
id: '00actual solar power'
},
{
v: 94,
u: 6,
id: '00energy last hour'
},
{
v: 3,
u: 4,
id: '00maximum solar flow',
c: 'maxflow',
m: 0,
x: 25,
s: 0.1
},
{
v: 37,
u: 1,
id: '00dhw minimum temperature',
c: 'dhwmintemp',
m: 0,
x: 254,
s: 1
},
{
v: 'on',
u: 0,
id: '00solarmodule enabled',
c: 'solarenabled',
l: ['off', 'on']
},
{
v: 11,
u: 0,
id: '00unknown setting 3',
c: 'setting3',
m: 0,
x: 254,
s: 1
},
{
v: 2,
u: 0,
id: '00unknown setting 4',
c: 'setting4',
m: 0,
x: 254,
s: 1
},
{
v: 0,
u: 0,
id: '00unknown datafield 11'
},
{
v: 1,
u: 0,
id: '00unknown datafield 12'
},
{
v: 0,
u: 0,
id: '00unknown datafield 1'
},
{
v: 0,
u: 0,
id: '00unknown datafield 0'
}
]
};
const emsesp_devicedata_7 = {
nodes: [
{ v: '', u: 0, id: '08reset', c: 'reset', l: ['-', 'maintenance', 'error'] },
{ v: 'off', u: 0, id: '08heating active' },
{ v: 'off', u: 0, id: '04tapwater active' },
{ v: 5, u: 1, id: '04selected flow temperature', c: 'selflowtemp' },
{ v: 0, u: 3, id: '0Eburner selected max power', c: 'selburnpow' },
{ v: 0, u: 3, id: '00heating pump modulation' },
{ v: 53.4, u: 1, id: '00current flow temperature' },
{ v: 52.7, u: 1, id: '00return temperature' },
{ v: 1.3, u: 10, id: '00system pressure' },
{ v: 54.9, u: 1, id: '00actual boiler temperature' },
{ v: 'off', u: 0, id: '00gas' },
{ v: 'off', u: 0, id: '00gas stage 2' },
{ v: 0, u: 9, id: '00flame current' },
{ v: 'off', u: 0, id: '00heating pump' },
{ v: 'off', u: 0, id: '00fan' },
{ v: 'off', u: 0, id: '00ignition' },
{ v: 'off', u: 0, id: '00oil preheating' },
{
v: 'on',
u: 0,
id: '00heating activated',
c: 'heatingactivated',
l: ['off', 'on']
},
{ v: 80, u: 1, id: '00heating temperature', c: 'heatingtemp' },
{ v: 70, u: 3, id: '00burner pump max power', c: 'pumpmodmax' },
{ v: 30, u: 3, id: '00burner pump min power', c: 'pumpmodmin' },
{ v: 1, u: 8, id: '00pump delay', c: 'pumpdelay' },
{ v: 10, u: 8, id: '00burner min period', c: 'burnminperiod' },
{ v: 0, u: 3, id: '00burner min power', c: 'burnminpower' },
{ v: 50, u: 3, id: '00burner max power', c: 'burnmaxpower' },
{ v: -6, u: 2, id: '00hysteresis on temperature', c: 'boilhyston' },
{ v: 6, u: 2, id: '00hysteresis off temperature', c: 'boilhystoff' },
{ v: 0, u: 1, id: '00set flow temperature' },
{ v: 0, u: 3, id: '00burner set power' },
{ v: 0, u: 3, id: '00burner current power' },
{ v: 326323, u: 0, id: '00burner starts' },
{ v: 553437, u: 8, id: '00total burner operating time' },
{ v: 451286, u: 8, id: '00total heat operating time' },
{ v: 4672173, u: 8, id: '00total UBA operating time' },
{ v: '1C(210) 06.06.2020 12:07 (0 min)', u: 0, id: '00last error code' },
{ v: '0H', u: 0, id: '00service code' },
{ v: 203, u: 0, id: '00service code number' },
{ v: 'H00', u: 0, id: '00maintenance message' },
{
v: 'manual',
u: 0,
id: '00maintenance scheduled',
c: 'maintenance',
l: ['off', 'time', 'date', 'manual']
},
{ v: 6000, u: 7, id: '00time to next maintenance', c: 'maintenancetime' },
{
v: '01.01.2012',
u: 0,
id: '00next maintenance date',
c: 'maintenancedate',
h: 'dd.mm.yyyy'
},
{
v: 'on',
u: 0,
id: '00dhw turn on/off',
c: 'dhw/tapactivated',
l: ['off', 'on']
},
{ v: 62, u: 1, id: '00dhw set temperature' },
{ v: 60, u: 1, id: '00dhw selected temperature', c: 'dhw/seltemp' },
{ v: 'flow', u: 0, id: '00dhw type' },
{
v: 'hot',
u: 0,
id: '00dhw comfort',
c: 'dhw/comfort',
l: ['hot', 'eco', 'intelligent']
},
{ v: 40, u: 2, id: '00dhw flow temperature offset', c: 'dhw/flowtempoffset' },
{ v: 100, u: 3, id: '00dhw max power', c: 'dhw/maxpower' },
{
v: 'off',
u: 0,
id: '00dhw circulation pump available',
c: 'dhw/circpump',
l: ['off', 'on']
},
{ v: '3-way valve', u: 0, id: '00dhw charging type' },
{ v: -5, u: 2, id: '00dhw hysteresis on temperature', c: 'dhw/hyston' },
{ v: 0, u: 2, id: '00dhw hysteresis off temperature', c: 'dhw/hystoff' },
{ v: 70, u: 1, id: '00dhw disinfection temperature', c: 'dhw/disinfectiontemp' },
{
v: 'off',
u: 0,
id: '00dhw circulation pump mode',
c: 'dhw/circmode',
l: [
'off',
'1x3min',
'2x3min',
'3x3min',
'4x3min',
'5x3min',
'6x3min',
'continuous'
]
},
{
v: 'off',
u: 0,
id: '00dhw circulation active',
c: 'dhw/circ',
l: ['off', 'on']
},
{ v: 47.3, u: 1, id: '00dhw current intern temperature' },
{ v: 0, u: 4, id: '00dhw current tap water flow' },
{ v: 47.3, u: 1, id: '00dhw storage intern temperature' },
{ v: 'on', u: 0, id: '00dhw activated', c: 'dhw/activated', l: ['off', 'on'] },
{
v: 'off',
u: 0,
id: '00dhw one time charging',
c: 'dhw/onetime',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00dhw disinfecting',
c: 'dhw/disinfecting',
l: ['off', 'on']
},
{ v: 'off', u: 0, id: '00dhw charging' },
{ v: 'off', u: 0, id: '00dhw recharging' },
{ v: 'on', u: 0, id: '00dhw temperature ok' },
{ v: 'off', u: 0, id: '00dhw active' },
{ v: 'on', u: 0, id: '00dhw 3way valve active' },
{ v: 0, u: 3, id: '00dhw set pump power' },
{ v: 288768, u: 0, id: '00dhw starts' },
{ v: 102151, u: 8, id: '00dhw active time' }
]
};
const emsesp_devicedata_8 = {
nodes: [
{
v: '',
u: 0,
id: '00reset',
c: 'reset',
l: ['-', 'maintenance', 'error', 'history', 'message']
},
{
v: 'off',
u: 0,
id: '00force heating off',
c: 'heatingoff',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00heating active'
},
{
v: 'off',
u: 0,
id: '00tapwater active'
},
{
v: 19,
u: 1,
id: '00selected flow temperature',
c: 'selflowtemp',
m: 0,
x: 90,
s: '1'
},
{
v: 0,
u: 3,
id: '00heating pump modulation'
},
{
v: 30.29,
u: 1,
id: '00outside temperature'
},
{
v: 18.7,
u: 1,
id: '00current flow temperature'
},
{
v: 21.39,
u: 1,
id: '00return temperature'
},
{
v: 18.7,
u: 1,
id: '00low loss header'
},
{
v: 'on',
u: 0,
id: '00heating activated',
c: 'heatingactivated',
l: ['off', 'on']
},
{
v: 85,
u: 1,
id: '00heating temperature',
c: 'heatingtemp',
m: 0,
x: 90,
s: '1'
},
{
v: 'on',
u: 0,
id: '00heating pump'
},
{
v: 44,
u: 3,
id: '00burner selected max power',
c: 'selburnpow',
m: 0,
x: 254,
s: '1'
},
{
v: 45,
u: 3,
id: '00burner current power'
},
{
v: 0,
u: 0,
id: '00burner starts'
},
{
v: 0,
u: 8,
id: '00total burner operating time'
},
{
v: 0,
u: 8,
id: '00burner stage 2 operating time'
},
{
v: 0,
u: 8,
id: '00total heat operating time'
},
{
v: 0,
u: 0,
id: '00burner starts heating'
},
{
v: 764598,
u: 8,
id: '00total UBA operating time'
},
{
v: 'A01(5453) 01.06.2023 09:23 - 01.06.2023 09:31',
u: 0,
id: '00last error code'
},
{
v: ' 0H',
u: 0,
id: '00service code'
},
{
v: 203,
u: 0,
id: '00service code number'
},
{
v: 'off',
u: 0,
id: '00emergency operation',
c: 'emergencyops',
l: ['off', 'on']
},
{
v: 0,
u: 1,
id: '00emergency temperature',
c: 'emergencytemp',
m: 0,
x: 70,
s: '1'
},
{
v: 763575,
u: 8,
id: '00heatpump total uptime'
},
{
v: 309983,
u: 8,
id: '00total operating time heat'
},
{
v: 203673,
u: 8,
id: '00operating time compressor heating'
},
{
v: 29682,
u: 8,
id: '00operating time compressor cooling'
},
{
v: 76627,
u: 8,
id: '00dhw operating time compressor'
},
{
v: 0,
u: 8,
id: '00operating time compressor pool'
},
{
v: 2054,
u: 0,
id: '00total compressor control starts'
},
{
v: 1287,
u: 0,
id: '00heating control starts'
},
{
v: 160,
u: 0,
id: '00cooling control starts'
},
{
v: 607,
u: 0,
id: '00dhw control starts2'
},
{
v: 0,
u: 0,
id: '00pool control starts'
},
{
v: 5368,
u: 5,
id: '00total energy consumption'
},
{
v: 5336,
u: 5,
id: '00total energy consumption compressor'
},
{
v: 2977,
u: 5,
id: '00energy consumption compressor heating'
},
{
v: 2047,
u: 5,
id: '00dhw energy consumption compressor'
},
{
v: 295,
u: 5,
id: '00energy consumption compressor cooling'
},
{
v: 0,
u: 5,
id: '00energy consumption compressor pool'
},
{
v: 32,
u: 5,
id: '00total aux elec. heater energy consumption'
},
{
v: 0,
u: 5,
id: '00aux elec. heater energy consumption heating'
},
{
v: 32,
u: 5,
id: '00dhw aux elec. heater energy consumption'
},
{
v: 0,
u: 5,
id: '00aux elec. heater energy consumption pool'
},
{
v: 19052,
u: 5,
id: '00total energy supplied'
},
{
v: 11053,
u: 5,
id: '00total energy supplied heating'
},
{
v: 5978,
u: 5,
id: '00dhw total energy warm supplied'
},
{
v: 2019,
u: 5,
id: '00total energy supplied cooling'
},
{
v: 0,
u: 5,
id: '00total energy supplied pool'
},
{
v: 4.5,
u: 11,
id: '00compressor power output'
},
{
v: 100,
u: 3,
id: '00compressor max power',
c: 'hpmaxpower',
m: 0,
x: 100,
s: '1'
},
{
v: 'off',
u: 0,
id: '00hp compressor'
},
{
v: 'cooling',
u: 0,
id: '00compressor activity'
},
{
v: 0,
u: 3,
id: '00brine pump speed'
},
{
v: 'off',
u: 0,
id: '00switch valve'
},
{
v: 45,
u: 3,
id: '00compressor speed'
},
{
v: 33,
u: 3,
id: '00circulation pump speed'
},
{
v: 0,
u: 1,
id: '00brine in/evaporator'
},
{
v: 0,
u: 1,
id: '00brine out/condenser'
},
{
v: 21.39,
u: 1,
id: '00heat carrier return (TC0)'
},
{
v: 17.5,
u: 1,
id: '00heat carrier forward (TC1)'
},
{
v: 18,
u: 1,
id: '00condenser temperature (TC3)'
},
{
v: 51.59,
u: 1,
id: '00compressor temperature (TR1)'
},
{
v: 14.6,
u: 1,
id: '00refrigerant temperature liquid side (condenser output) (TR3)'
},
{
v: 37,
u: 1,
id: '00evaporator inlet temperature (TR4)'
},
{
v: 20.2,
u: 1,
id: '00compressor inlet temperature (TR5)'
},
{
v: 54.59,
u: 1,
id: '00compressor outlet temperature (TR6)'
},
{
v: 29.6,
u: 1,
id: '00air inlet temperature (TL2)'
},
{
v: 13.89,
u: 1,
id: '00low pressure side temperature (PL1)'
},
{
v: 37.79,
u: 1,
id: '00high pressure side temperature (PH1)'
},
{
v: 25.6,
u: 1,
id: '00drain pan temp (TA4)'
},
{
v: 58.5,
u: 1,
id: '00reservoir temp (TW1)'
},
{
v: 28,
u: 1,
id: '00pool set temperature',
c: 'poolsettemp',
m: 0,
x: 127,
s: '0.5'
},
{
v: 'cooling & defrost',
u: 0,
id: '004-way valve (VR4)'
},
{
v: 'off',
u: 0,
id: '00input 1 state'
},
{
v: '000000000000000',
u: 0,
id: '00input 1 options',
c: 'hpin1opt',
h: '<inv>[<evu1><evu2><evu3><comp><aux><cool><heat><dhw><pv>]'
},
{
v: 'off',
u: 0,
id: '00input 2 state'
},
{
v: '000000000000000',
u: 0,
id: '00input 2 options',
c: 'hpin2opt',
h: '<inv>[<evu1><evu2><evu3><comp><aux><cool><heat><dhw><pv>]'
},
{
v: 'off',
u: 0,
id: '00input 3 state'
},
{
v: '000000000000000',
u: 0,
id: '00input 3 options',
c: 'hpin3opt',
h: '<inv>[<evu1><evu2><evu3><comp><aux><cool><heat><dhw><pv>]'
},
{
v: 'off',
u: 0,
id: '00input 4 state'
},
{
v: '000000000000',
u: 0,
id: '00input 4 options',
c: 'hpin4opt',
h: '<inv>[<comp><aux><cool><heat><dhw><pv>]'
},
{
v: '6 kW',
u: 0,
id: '00heat limit compressor',
c: 'maxheatcomp',
l: ['0 kW', '2 kW', '3 kW', '4 kW', '6 kW', '9 kW']
},
{
v: '9 kW',
u: 0,
id: '00heat limit heating',
c: 'maxheatheat',
l: ['0 kW', '2 kW', '3 kW', '4 kW', '6 kW', '9 kW']
},
{
v: '9 kW',
u: 0,
id: '00dhw heat limit',
c: 'dhw/maxheat',
l: ['0 kW', '2 kW', '3 kW', '4 kW', '6 kW', '9 kW']
},
{
v: 'on',
u: 0,
id: '00manual defrost',
c: 'mandefrost',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00cooling only with PV',
c: 'pvcooling',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00aux heater only',
c: 'auxheateronly',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00disable aux heater',
c: 'auxheateroff',
l: ['off', 'on']
},
{
v: 0,
u: 3,
id: '00aux heater status'
},
{
v: 500,
u: 21,
id: '00aux heater on delay',
c: 'auxheaterdelay',
m: 10,
x: 1000,
s: '10'
},
{
v: 0,
u: 22,
id: '00aux heater max limit',
c: 'auxmaxlimit',
m: 0,
x: 10,
s: '0.1'
},
{
v: 0.1,
u: 22,
id: '00aux heater limit start',
c: 'auxlimitstart',
m: 0,
x: 10,
s: '0.1'
},
{
v: 'eco',
u: 0,
id: '00aux heater mode',
c: 'auxheatrmode',
l: ['eco', 'comfort']
},
{
v: 0,
u: 21,
id: '00on/off hyst heat',
c: 'hphystheat',
m: 0,
x: 1500,
s: '5'
},
{
v: 0,
u: 21,
id: '00on/off hyst cool',
c: 'hphystcool',
m: 0,
x: 1500,
s: '5'
},
{
v: 1125,
u: 21,
id: '00on/off hyst pool',
c: 'hphystpool',
m: 50,
x: 1500,
s: '5'
},
{
v: 'auto',
u: 0,
id: '00silent mode',
c: 'silentmode',
l: ['off', 'auto', 'on']
},
{
v: 1320,
u: 8,
id: '00silent mode from',
c: 'silentfrom',
m: 0,
x: 3810,
s: '15'
},
{
v: 360,
u: 8,
id: '00silent mode to',
c: 'silentto',
m: 0,
x: 3810,
s: '15'
},
{
v: -10,
u: 1,
id: '00min outside temp for silent mode',
c: 'mintempsilent',
m: -126,
x: 126,
s: '1'
},
{
v: -5,
u: 1,
id: '00outside temp parallel mode',
c: 'tempparmode',
m: -126,
x: 126,
s: '1'
},
{
v: 0,
u: 3,
id: '00aux heater mixing valve'
},
{
v: 7,
u: 22,
id: '00temp diff TC3/TC0 heat',
c: 'tempdiffheat',
m: 2,
x: 10,
s: '0.1'
},
{
v: 3,
u: 22,
id: '00temp diff TC3/TC0 cool',
c: 'tempdiffcool',
m: 2,
x: 10,
s: '0.1'
},
{
v: 'off',
u: 0,
id: '00valve/pump cooling',
c: 'vpcooling',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00heating cable',
c: 'heatcable',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00VC0 valve',
c: 'vc0valve',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00primary heatpump',
c: 'primepump',
l: ['off', 'on']
},
{
v: 0,
u: 3,
id: '00primary heatpump modulation',
c: 'primepumpmod',
m: 0,
x: 100,
s: '1'
},
{
v: 'off',
u: 0,
id: '003-way valve',
c: 'hp3way',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00el. heater step 1',
c: 'elheatstep1',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00el. heater step 2',
c: 'elheatstep2',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00el. heater step 3',
c: 'elheatstep3',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00condensate reservoir heating (EA0)'
},
{
v: 'auto',
u: 0,
id: '00primary heatpump mode',
c: 'hppumpmode',
l: ['auto', 'continuous']
},
{
v: '',
u: 0,
id: '00shutdown',
c: 'shutdown',
l: ['off', 'on']
},
{
v: 'on',
u: 0,
id: '00dhw alternating operation',
c: 'dhw/alternatingop',
l: ['off', 'on']
},
{
v: 35,
u: 8,
id: '00dhw prioritise heating during dhw',
c: 'dhw/altopprioheat',
m: 20,
x: 120,
s: '1'
},
{
v: 45,
u: 8,
id: '00dhw prioritise dhw during heating',
c: 'dhw/altopprio',
m: 30,
x: 120,
s: '1'
},
{
v: 57,
u: 1,
id: '00dhw comfort switch off',
c: 'dhw/comfoff',
m: 15,
x: 65,
s: '1'
},
{
v: 54,
u: 1,
id: '00dhw eco switch off',
c: 'dhw/ecooff',
m: 15,
x: 65,
s: '1'
},
{
v: 50,
u: 1,
id: '00dhw eco+ switch off',
c: 'dhw/ecoplusoff',
m: 48,
x: 63,
s: '1'
},
{
v: 'off',
u: 0,
id: '00dhw circulation pump available during dhw',
c: 'dhw/hpcircpump',
l: ['off', 'on']
},
{
v: 54,
u: 1,
id: '00dhw set temperature'
},
{
v: 45,
u: 1,
id: '00dhw selected temperature',
c: 'dhw/seltemp',
m: 0,
x: 254,
s: '1'
},
{
v: 42,
u: 1,
id: '00dhw selected lower temperature',
c: 'dhw/seltemplow',
m: 0,
x: 254,
s: '1'
},
{
v: 65,
u: 1,
id: '00dhw single charge temperature',
c: 'dhw/seltempsingle',
m: 0,
x: 254,
s: '1'
},
{
v: 'high comfort',
u: 0,
id: '00dhw comfort mode',
c: 'dhw/comfort1',
l: ['high comfort', 'eco']
},
{
v: 25,
u: 2,
id: '00dhw flow temperature offset',
c: 'dhw/flowtempoffset',
m: 0,
x: 100,
s: '1'
},
{
v: 56,
u: 1,
id: '00dhw maximum temperature',
c: 'dhw/maxtemp',
m: 0,
x: 80,
s: '1'
},
{
v: 'on',
u: 0,
id: '00dhw circulation pump available',
c: 'dhw/circpump',
l: ['off', 'on']
},
{
v: -2,
u: 2,
id: '00dhw hysteresis on temperature',
c: 'dhw/hyston',
m: -126,
x: 126,
s: '1'
},
{
v: 0,
u: 2,
id: '00dhw hysteresis off temperature',
c: 'dhw/hystoff',
m: -126,
x: 126,
s: '1'
},
{
v: 65,
u: 1,
id: '00dhw disinfection temperature',
c: 'dhw/disinfectiontemp',
m: 60,
x: 80,
s: '1'
},
{
v: '3x3min',
u: 0,
id: '00dhw circulation pump mode',
c: 'dhw/circmode',
l: [
'off',
'1x3min',
'2x3min',
'3x3min',
'4x3min',
'5x3min',
'6x3min',
'continuous'
]
},
{
v: 'off',
u: 0,
id: '00dhw circulation active',
c: 'dhw/circ',
l: ['off', 'on']
},
{
v: 58.7,
u: 1,
id: '00dhw current intern temperature'
},
{
v: 58.5,
u: 1,
id: '00dhw current extern temperature'
},
{
v: 0,
u: 4,
id: '00dhw current tap water flow'
},
{
v: 'on',
u: 0,
id: '00dhw activated',
c: 'dhw/activated',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00dhw one time charging',
c: 'dhw/onetime',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00dhw disinfecting',
c: 'dhw/disinfecting',
l: ['off', 'on']
},
{
v: 'off',
u: 0,
id: '00dhw charging'
},
{
v: 'off',
u: 0,
id: '00dhw recharging'
},
{
v: 'off',
u: 0,
id: '00dhw temperature ok'
},
{
v: 'off',
u: 0,
id: '00dhw 3-way valve active'
},
{
v: 0,
u: 0,
id: '00dhw starts'
},
{
v: 0,
u: 8,
id: '00dhw active time'
}
]
};
const emsesp_devicedata_9 = {
nodes: [
{
v: 24,
u: 1,
id: '00hc1 room temperature from remote'
},
{
v: 14,
u: 1,
id: '00hc1 dew point temperature'
},
{
v: 46,
u: 3,
id: '00hc1 relative air humidity'
},
{
v: 0,
u: 2,
id: '00hc1 internal temperature offset',
c: 'hc1/intoffset',
m: -12,
x: 12,
s: '0.1'
}
]
};
const emsesp_devicedata_10 = {
nodes: [
{
v: '26.06.2024 14:49',
u: 0,
id: '00date/time',
c: 'datetime',
h: 'NTP | dd.mm.yyyy-hh:mm:ss-day(0-6)-dst(0/1)'
},
{
v: 0,
u: 2,
id: '00internal temperature offset',
c: 'intoffset',
m: -12,
x: 12,
s: '0.1'
},
{
v: 'off',
u: 0,
id: '00floor drying'
},
{
v: 30.299999237060547,
u: 1,
id: '00damped outdoor temperature'
},
{
v: 0,
u: 1,
id: '00floor drying temperature'
},
{
v: 'heavy',
u: 0,
id: '00building type',
c: 'building',
l: ['light', 'medium', 'heavy']
},
{
v: -12,
u: 1,
id: '00minimal external temperature',
c: 'minexttemp',
m: -126,
x: 126,
s: '1'
},
{
v: 'off',
u: 0,
id: '00damping outdoor temperature',
c: 'damping',
l: ['off', 'on']
},
{
v: 3.299999952316284,
u: 0,
id: '00energy cost ratio',
c: 'energycostratio',
m: 0,
x: 20,
s: '0.1'
},
{
v: 'off',
u: 0,
id: '00enable raise dhw',
c: 'pvenabledhw',
l: ['off', 'on']
},
{
v: 3,
u: 22,
id: '00raise heating with PV',
c: 'pvraiseheat',
m: 0,
x: 5,
s: '1'
},
{
v: 0,
u: 22,
id: '00lower cooling with PV',
c: 'pvlowercool',
m: -5,
x: 0,
s: '1'
},
{
v: 21,
u: 1,
id: '00hc1 selected room temperature',
c: 'hc1/seltemp',
m: 0,
x: 30,
s: '0.5'
},
{
v: 24,
u: 1,
id: '00hc1 current room temperature'
},
{
v: 'roomTemp',
u: 0,
id: '00hc1 mqtt discovery current room temperature'
},
{
v: 'manual',
u: 0,
id: '00hc1 mode',
c: 'hc1/mode',
l: ['manual', 'auto']
},
{
v: 'comfort',
u: 0,
id: '00hc1 mode type'
},
{
v: 15,
u: 1,
id: '00hc1 eco temperature',
c: 'hc1/ecotemp',
m: 0,
x: 127,
s: '0.5'
},
{
v: 22.5,
u: 1,
id: '00hc1 manual temperature',
c: 'hc1/manualtemp',
m: 0,
x: 127,
s: '0.5'
},
{
v: 19,
u: 1,
id: '00hc1 comfort temperature',
c: 'hc1/comforttemp',
m: 0,
x: 127,
s: '0.5'
},
{
v: 11,
u: 1,
id: '00hc1 summer temperature',
c: 'hc1/summertemp',
m: 10,
x: 30,
s: '1'
},
{
v: 35,
u: 1,
id: '00hc1 design temperature',
c: 'hc1/designtemp',
m: 0,
x: 254,
s: '1'
},
{
v: 0,
u: 2,
id: '00hc1 offset temperature',
c: 'hc1/offsettemp',
m: -126,
x: 126,
s: '1'
},
{
v: 22,
u: 1,
id: '00hc1 min flow temperature',
c: 'hc1/minflowtemp',
m: 0,
x: 254,
s: '1'
},
{
v: 60,
u: 1,
id: '00hc1 max flow temperature',
c: 'hc1/maxflowtemp',
m: 0,
x: 254,
s: '1'
},
{
v: 0,
u: 2,
id: '00hc1 room influence',
c: 'hc1/roominfluence',
m: 0,
x: 254,
s: '1'
},
{
v: 4,
u: 0,
id: '00hc1 room influence factor',
c: 'hc1/roominflfactor',
m: 0,
x: 25,
s: '0.1'
},
{
v: 0,
u: 2,
id: '00hc1 current room influence'
},
{
v: 'outdoor',
u: 0,
id: '00hc1 nofrost mode',
c: 'hc1/nofrostmode',
l: ['room', 'outdoor', 'room outdoor']
},
{
v: 2,
u: 1,
id: '00hc1 nofrost temperature',
c: 'hc1/nofrosttemp',
m: -126,
x: 126,
s: '1'
},
{
v: 19,
u: 1,
id: '00hc1 target flow temperature'
},
{
v: 'floor',
u: 0,
id: '00hc1 heating type',
c: 'hc1/heatingtype',
l: ['off', 'radiator', 'convector', 'floor']
},
{
v: 'auto',
u: 0,
id: '00hc1 heatpump operating mode',
c: 'hc1/hpoperatingmode',
l: ['off', 'auto', 'heating', 'cooling']
},
{
v: 'cooling',
u: 0,
id: '00hc1 heatpump operating state'
},
{
v: 'weather compensated',
u: 0,
id: '00hc1 control mode',
c: 'hc1/controlmode',
l: [
'weather compensated',
'outside basepoint',
'n/a',
'room',
'power',
'constant'
]
},
{
v: 'prog 1',
u: 0,
id: '00hc1 program',
c: 'hc1/program',
l: ['prog 1', 'prog 2']
},
{
v: -1,
u: 1,
id: '00hc1 temporary set temperature automode',
c: 'hc1/tempautotemp',
m: -1,
x: 30,
s: '0.5'
},
{
v: 21,
u: 1,
id: '00hc1 temporary set temperature from remote'
},
{
v: 0,
u: 3,
id: '00hc1 fast heatup',
c: 'hc1/fastheatup',
m: 0,
x: 100,
s: '1'
},
{
v: 'off',
u: 0,
id: '00hc1 switch-on optimization',
c: 'hc1/switchonoptimization',
l: ['off', 'on']
},
{
v: 'reduce',
u: 0,
id: '00hc1 reduce mode',
c: 'hc1/reducemode',
l: ['outdoor', 'room', 'reduce']
},
{
v: -31,
u: 1,
id: '00hc1 no reduce below temperature',
c: 'hc1/noreducetemp',
m: -126,
x: 126,
s: '1'
},
{
v: 5,
u: 1,
id: '00hc1 off/reduce switch temperature',
c: 'hc1/reducetemp',
m: -126,
x: 126,
s: '1'
},
{
v: 'off',
u: 0,
id: '00hc1 dhw priority',
c: 'hc1/dhwprio',
l: ['off', 'on']
},
{
v: 'on',
u: 0,
id: '00hc1 cooling'
},
{
v: 'heating&cooling',
u: 0,
id: '00hc1 HP Mode',
c: 'hc1/hpmode',
l: ['heating', 'cooling', 'heating&cooling']
},
{
v: 5,
u: 22,
id: '00hc1 dew point offset',
c: 'hc1/dewoffset',
m: 2,
x: 10,
s: '1'
},
{
v: 1,
u: 22,
id: '00hc1 room temp difference',
c: 'hc1/roomtempdiff',
m: 0,
x: 254,
s: '1'
},
{
v: 11,
u: 1,
id: '00hc1 HP min. flow temp.',
c: 'hc1/hpminflowtemp',
m: 0,
x: 254,
s: '1'
},
{
v: 'RC100H',
u: 0,
id: '00hc1 control device',
c: 'hc1/control',
l: ['RC310', 'RC200', 'RC100', 'RC100H', 'TC100']
},
{
v: 1,
u: 7,
id: '00hc1 heat-on delay',
c: 'hc1/heatondelay',
m: 1,
x: 48,
s: '1'
},
{
v: 1,
u: 7,
id: '00hc1 heat-off delay',
c: 'hc1/heatoffdelay',
m: 1,
x: 48,
s: '1'
},
{
v: 1,
u: 22,
id: '00hc1 instant start',
c: 'hc1/instantstart',
m: 1,
x: 10,
s: '1'
},
{
v: 'normal',
u: 0,
id: '00dhw mode',
c: 'dhw/mode',
l: ['off', 'normal', 'comfort', 'auto', 'own prog']
},
{
v: 'on',
u: 0,
id: '00dhw circulation pump mode',
c: 'dhw/circmode',
l: ['off', 'on', 'auto', 'own prog']
},
{
v: 15,
u: 8,
id: '00dhw charge duration',
c: 'dhw/chargeduration',
m: 0,
x: 3810,
s: '15'
},
{
v: 'off',
u: 0,
id: '00dhw charge',
c: 'dhw/charge',
l: ['off', 'on']
},
{
v: 0,
u: 1,
id: '00dhw extra'
},
{
v: 'off',
u: 0,
id: '00dhw disinfecting',
c: 'dhw/disinfecting',
l: ['off', 'on']
},
{
v: 'tu',
u: 0,
id: '00dhw disinfection day',
c: 'dhw/disinfectday',
l: ['mo', 'tu', 'we', 'th', 'fr', 'sa', 'su', 'all']
},
{
v: 120,
u: 8,
id: '00dhw disinfection time',
c: 'dhw/disinfecttime',
m: 0,
x: 1431,
s: '15'
},
{
v: 'off',
u: 0,
id: '00dhw daily heating',
c: 'dhw/dailyheating',
l: ['off', 'on']
},
{
v: 120,
u: 8,
id: '00dhw daily heating time',
c: 'dhw/dailyheattime',
m: 0,
x: 1431,
s: '15'
}
]
};
const emsesp_devicedata_11 = {
nodes: [
{
v: 11,
u: 1,
id: '00outdoor fresh air'
},
{
v: 13.699999809265137,
u: 1,
id: '00indoor fresh air'
},
{
v: 11.399999618530273,
u: 1,
id: '00outdoor exhaust air'
},
{
v: 14.800000190734863,
u: 1,
id: '00indoor exhaust air'
},
{
v: 0,
u: 3,
id: '00in blower speed'
},
{
v: 0,
u: 3,
id: '00out blower speed'
},
{
v: 'auto',
u: 0,
id: '00ventilation mode',
c: 'ventmode',
l: [
'auto',
'off',
'L1',
'L2',
'L3',
'L4',
'demand',
'sleep',
'intense',
'bypass',
'party',
'fireplace'
]
},
{
v: 1770,
u: 0,
id: '00air quality (voc)'
},
{
v: 53,
u: 3,
id: '00relative air humidity'
}
]
};
const emsesp_devicedata_99 = {
nodes: [
{
v: 5,
u: 1,
id: '00boiler_flowtemp',
c: 'boiler_flowtemp'
},
{
v: 0,
u: 0,
id: '00Extra1'
}
]
};
// CUSTOM ENTITIES
let emsesp_customentities = {
// entities: []
entities: [
{
id: 0,
ram: 0,
device_id: 8,
type_id: 24,
offset: 0,
factor: 1,
name: 'boiler_flowtemp',
uom: 1,
value_type: 1,
writeable: true,
value: 30
},
{
id: 1,
ram: 0,
device_id: 16,
type_id: 797,
offset: 0,
factor: 1,
name: 'Extra1',
uom: 0,
value_type: 0,
writeable: false,
value: 0
},
{
id: 2,
ram: 1,
device_id: 0,
type_id: 0,
offset: 0,
factor: 1,
name: 'setpoint',
uom: 1,
value_type: 0,
writeable: true,
value: 21
}
]
};
// SCHEDULE
let emsesp_schedule = {
schedule: [
{
id: 1,
active: true,
flags: 6,
time: '07:30',
cmd: 'hc1/mode',
value: 'day',
name: 'day_mode'
},
{
id: 2,
active: true,
flags: 31,
time: '23:00',
cmd: 'hc1/mode',
value: 'night',
name: 'night_mode'
},
{
id: 3,
active: true,
flags: 10,
time: '00:00',
cmd: 'thermostat/hc2/seltemp',
value: '20',
name: 'temp_20'
},
{
id: 4,
active: false,
flags: 1,
time: '04:00',
cmd: 'system/restart',
value: '',
name: 'auto_restart'
},
{
id: 5,
active: false,
flags: 130,
time: 'system/network info/rssi < -70',
cmd: 'system/restart',
value: '',
name: 'bad_wifi'
},
{
id: 6,
active: false,
flags: 129,
time: 'boiler/outdoortemp',
cmd: 'boiler/selflowtemp',
value: '(custom/setpoint - boiler/outdoortemp) * 2.8 + 3',
name: 'heatingcurve'
},
{
id: 7,
active: false,
flags: 132,
time: '',
cmd: 'system/message',
value: '"hello world"',
name: '' // empty
}
]
};
// MODULES
let emsesp_modules = {
// 'modules': []
modules: [
{
id: 1,
key: 'ModuleTest1',
name: 'Module Test 1',
author: 'proddy',
version: '1.0.0',
enabled: true,
status: 1,
message: 'Running',
license: '1234567890'
},
{
id: 2,
key: 'ModuleTest2',
name: 'Module Test 2',
author: 'proddy',
version: '1.0.0',
enabled: true,
status: 2,
message: 'Running',
license: 'ABCDEFGHIJKL'
}
]
};
// CUSTOMIZATION
const dummy_deviceentities = [
{
v: 'unknown',
n: 'sorry, no demo entities for this device!',
id: 'unknown',
m: 0,
w: false
}
];
// no data for these
const emsesp_deviceentities_1 = dummy_deviceentities;
const emsesp_deviceentities_3 = dummy_deviceentities;
const emsesp_deviceentities_5 = dummy_deviceentities;
const emsesp_deviceentities_6 = dummy_deviceentities;
const emsesp_deviceentities_8 = dummy_deviceentities;
const emsesp_deviceentities_9 = dummy_deviceentities;
const emsesp_deviceentities_10 = dummy_deviceentities;
const emsesp_deviceentities_11 = dummy_deviceentities;
const emsesp_deviceentities_none = dummy_deviceentities;
const emsesp_deviceentities_2 = [
{
v: '(0)',
n: 'error code',
cn: 'my custom error code',
id: 'errorcode',
m: 8,
w: false
},
{
v: '14:54:39 06/06/2021',
n: 'date/time',
id: 'datetime',
m: 0,
w: false
},
{
v: 18.2,
n: 'Chosen Room Temperature',
id: 'hc1/seltemp',
m: 8,
mi: 5,
ma: 52,
w: true
},
{
v: 22.6,
n: 'hc1 current room temperature',
id: 'hc1/curtemp',
m: 8,
w: false
},
{
v: 'auto',
n: 'hc1 mode',
id: 'hc1/mode',
m: 0,
w: true
}
];
const emsesp_deviceentities_4 = [
{
v: 16,
n: 'hc2 selected room temperature',
id: 'hc2/seltemp',
m: 8,
w: true
},
{
v: 18.5,
n: 'hc2 current room temperature',
id: 'hc2/curtemp',
m: 2,
w: false
},
{
v: 'off',
n: 'hc2 mode',
id: 'hc2/mode',
m: 3,
w: true
}
];
const emsesp_deviceentities_7 = [
{ u: 0, n: '!reset', id: 'reset', m: 8, w: false },
{ v: false, n: 'heating active', id: 'heatingactive', m: 8, w: false },
{ v: false, n: 'tapwater active', id: 'tapwateractive', m: 4, w: false },
{ v: 5, n: 'selected flow temperature', id: 'selflowtemp', m: 4, w: true },
{ v: 0, n: 'burner selected max power', id: 'selburnpow', m: 14, w: true },
{ v: 0, n: 'heating pump modulation', id: 'heatingpumpmod', m: 0, w: false },
{ n: 'heating pump 2 modulation', id: 'heatingpump2mod', m: 0, w: false },
{ n: 'outside temperature', id: 'outdoortemp', m: 0, w: false },
{ v: 53, n: 'current flow temperature', id: 'curflowtemp', m: 0, w: false },
{ v: 51.8, n: 'return temperature', id: 'rettemp', m: 0, w: false },
{ n: 'mixing switch temperature', id: 'switchtemp', m: 0, w: false },
{ v: 1.3, n: 'system pressure', id: 'syspress', m: 0, w: false },
{ v: 54.6, n: 'actual boiler temperature', id: 'boiltemp', m: 0, w: false },
{ n: 'exhaust temperature', id: 'exhausttemp', m: 0, w: false },
{ v: false, n: 'gas', id: 'burngas', m: 0, w: false },
{ v: false, n: 'gas stage 2', id: 'burngas2', m: 0, w: false },
{ v: 0, n: 'flame current', id: 'flamecurr', m: 0, w: false },
{ v: false, n: 'heating pump', id: 'heatingpump', m: 0, w: false },
{ v: false, n: 'fan', id: 'fanwork', m: 0, w: false },
{ v: false, n: 'ignition', id: 'ignwork', m: 0, w: false },
{ v: false, n: 'oil preheating', id: 'oilpreheat', m: 0, w: false },
{ v: true, n: 'heating activated', id: 'heatingactivated', m: 0, w: false },
{ v: 80, n: 'heating temperature', id: 'heatingtemp', m: 0, w: false },
{ v: 70, n: 'burner pump max power', id: 'pumpmodmax', m: 0, w: false },
{ v: 30, n: 'burner pump min power', id: 'pumpmodmin', m: 0, w: false },
{ v: 1, n: 'pump delay', id: 'pumpdelay', m: 0, w: false },
{ v: 10, n: 'burner min period', id: 'burnminperiod', m: 0, w: false },
{ v: 0, n: 'burner min power', id: 'burnminpower', m: 0, w: false },
{ v: 50, n: 'burner max power', id: 'burnmaxpower', m: 0, w: false },
{ v: -6, n: 'hysteresis on temperature', id: 'boilhyston', m: 0, w: false },
{ v: 6, n: 'hysteresis off temperature', id: 'boilhystoff', m: 0, w: false },
{ v: 0, n: 'set flow temperature', id: 'setflowtemp', m: 0, w: true },
{ v: 0, n: 'burner set power', id: 'setburnpow', m: 0, w: false },
{ v: 0, n: 'burner current power', id: 'curburnpow', m: 0, w: false },
{ v: 326323, n: 'burner starts', id: 'burnstarts', m: 0, w: false },
{ v: 553437, n: 'total burner operating time', id: 'burnworkmin', m: 0, w: false },
{ v: 451286, n: 'total heat operating time', id: 'heatworkmin', m: 0, w: false },
{ v: 4672175, n: 'total UBA operating time', id: 'ubauptime', m: 0, w: false },
{
v: '1C(210) 06.06.2020 12:07 (0 min)',
n: 'last error code',
id: 'lastcode',
m: 0,
w: false
},
{ v: '0H', n: 'service code', id: 'servicecode', m: 0, w: false },
{ v: 203, n: 'service code number', id: 'servicecodenumber', m: 0, w: false },
{ v: 'H00', n: 'maintenance message', id: 'maintenancemessage', m: 0, w: false },
{ v: 'manual', n: 'maintenance scheduled', id: 'maintenance', m: 0, w: false },
{ v: 6000, n: 'time to next maintenance', id: 'maintenancetime', m: 0, w: false },
{
v: '01.01.2012',
n: 'next maintenance date',
id: 'maintenancedate',
m: 0,
w: false
},
{ v: true, n: 'dhw turn on/off', id: 'dhw/tapactivated', m: 0, w: false },
{ v: 62, n: 'dhw set temperature', id: 'dhw/settemp', m: 0, w: false },
{ v: 60, n: 'dhw selected temperature', id: 'dhw/seltemp', m: 0, w: true },
{ n: 'dhw selected lower temperature', id: 'dhw/seltemplow', m: 2 },
{ n: 'dhw selected temperature for off', id: 'dhw/seltempoff', m: 2 },
{ n: 'dhw single charge temperature', id: 'dhw/seltempsingle', m: 2 },
{ v: 'flow', n: 'dhw type', id: 'dhw/type', m: 0, w: false },
{ v: 'hot', n: 'dhw comfort', id: 'dhw/comfort', m: 0, w: false },
{
v: 40,
n: 'dhw flow temperature offset',
id: 'dhw/flowtempoffset',
m: 0,
w: false
},
{ v: 100, n: 'dhw max power', id: 'dhw/maxpower', m: 0, w: false },
{
v: false,
n: 'dhw circulation pump available',
id: 'dhw/circpump',
m: 0,
w: false
},
{ v: '3-way valve', n: 'dhw charging type', id: 'dhw/chargetype', m: 0, w: false },
{ v: -5, n: 'dhw hysteresis on temperature', id: 'dhw/hyston', m: 0, w: false },
{ v: 0, n: 'dhw hysteresis off temperature', id: 'dhw/hystoff', m: 0, w: false },
{
v: 70,
n: 'dhw disinfection temperature',
id: 'dhw/disinfectiontemp',
m: 0,
w: false
},
{ v: 'off', n: 'dhw circulation pump mode', id: 'dhw/circmode', m: 0, w: false },
{ v: false, n: 'dhw circulation active', id: 'dhw/circ', m: 0, w: false },
{
v: 46.4,
n: 'dhw current intern temperature',
id: 'dhw/curtemp',
m: 0,
w: false
},
{ n: 'dhw current extern temperature', id: 'dhw/curtemp2', m: 2 },
{ v: 0, n: 'dhw current tap water flow', id: 'dhw/curflow', m: 0, w: false },
{
v: 46.3,
n: 'dhw storage intern temperature',
id: 'dhw/storagetemp1',
m: 0,
w: false
},
{ n: 'dhw storage extern temperature', id: 'dhw/storagetemp2', m: 2 },
{ v: true, n: 'dhw activated', id: 'dhw/activated', m: 0, w: false },
{ v: false, n: 'dhw one time charging', id: 'dhw/onetime', m: 0, w: false },
{ v: false, n: 'dhw disinfecting', id: 'dhw/disinfecting', m: 0, w: false },
{ v: false, n: 'dhw charging', id: 'dhw/charging', m: 0, w: false },
{ v: false, n: 'dhw recharging', id: 'dhw/recharging', m: 0, w: false },
{ v: true, n: 'dhw temperature ok', id: 'dhw/tempok', m: 0, w: false },
{ v: false, n: 'dhw active', id: 'dhw/active', m: 0, w: false },
{ v: true, n: 'dhw 3way valve active', id: 'dhw/3wayvalve', m: 0, w: false },
{ v: 0, n: 'dhw set pump power', id: 'dhw/setpumppower', m: 0, w: true },
{ n: 'dhw mixer temperature', id: 'dhw/mixertemp', m: 2 },
{ n: 'dhw cylinder middle temperature (TS3)', id: 'dhw/cylmiddletemp', m: 2 },
{ v: 288768, n: 'dhw starts', id: 'dhw/starts', m: 0, w: false },
{ v: 102151, n: 'dhw active time', id: 'dhw/workm', m: 0, w: false }
];
// LOG
router
.get(LOG_SETTINGS_ENDPOINT, () => log_settings)
.post(LOG_SETTINGS_ENDPOINT, async (request: any) => {
log_settings = await request.json();
console.log('log settings saved', log_settings);
return status(200);
});
// NETWORK
router
.get(NETWORK_STATUS_ENDPOINT, () => network_status)
.get(NETWORK_SETTINGS_ENDPOINT, () => network_settings)
.get(LIST_NETWORKS_ENDPOINT, () => {
if (countWifiScanPoll++ === 3) {
console.log('done, sending list');
return list_networks; // send list
} else {
console.log('...waiting #' + countWifiScanPoll);
return status(200);
}
})
.get(SCAN_NETWORKS_ENDPOINT, () => {
console.log('start scan networks');
countWifiScanPoll = 0; // stop the poll
return status(202);
})
.post(NETWORK_SETTINGS_ENDPOINT, async (request: any) => {
network_settings = await request.json();
console.log('network settings saved', network_settings);
return status(200);
});
// AP
router
.get(AP_SETTINGS_ENDPOINT, () => ap_settings)
.get(AP_STATUS_ENDPOINT, () => ap_status)
.post(AP_SETTINGS_ENDPOINT, async (request: any) => {
ap_settings = await request.json();
console.log('ap settings saved', ap_settings);
return status(200);
});
// MQTT
router
.get(MQTT_SETTINGS_ENDPOINT, () => mqtt_settings)
.get(MQTT_STATUS_ENDPOINT, () => mqtt_status)
.post(MQTT_SETTINGS_ENDPOINT, async (request: any) => {
mqtt_settings = await request.json();
console.log('mqtt settings saved', mqtt_settings);
return status(200);
});
// NTP
router
.get(NTP_SETTINGS_ENDPOINT, () => ntp_settings)
.get(NTP_STATUS_ENDPOINT, () => ntp_status)
.post(TIME_ENDPOINT, () => status(200))
.post(NTP_SETTINGS_ENDPOINT, async (request: any) => {
ntp_settings = await request.json();
console.log('ntp settings saved', ntp_settings);
return status(200);
});
// SYSTEM and SETTINGS
router
.get(ACTIVITY_ENDPOINT, () => activity)
.get(SYSTEM_STATUS_ENDPOINT, () => {
if (countHardwarePoll >= 2) {
countHardwarePoll = 0;
system_status.status = 'ready';
}
countHardwarePoll++;
return system_status;
})
.get(SECURITY_SETTINGS_ENDPOINT, () => security_settings)
.post(SECURITY_SETTINGS_ENDPOINT, async (request: any) => {
security_settings = await request.json();
console.log('security settings saved', security_settings);
return status(200);
})
.get(VERIFY_AUTHORIZATION_ENDPOINT, () => verify_authentication)
.post(SIGN_IN_ENDPOINT, () => signin)
.get(GENERATE_TOKEN_ENDPOINT, () => generate_token);
//
// EMS-ESP Project stuff
//
function deviceData(id: number) {
if (id == 1) {
return new Response(encoder.encode(emsesp_devicedata_1), { headers });
}
if (id == 2) {
return new Response(encoder.encode(emsesp_devicedata_2), { headers });
}
if (id == 3) {
return new Response(encoder.encode(emsesp_devicedata_3), { headers });
}
if (id == 4) {
return new Response(encoder.encode(emsesp_devicedata_4), { headers });
}
if (id == 5) {
return new Response(encoder.encode(emsesp_devicedata_5), { headers });
}
if (id == 6) {
return new Response(encoder.encode(emsesp_devicedata_6), { headers });
}
if (id == 7) {
return new Response(encoder.encode(emsesp_devicedata_7), { headers });
}
if (id == 8) {
// test changing the selected flow temp on a Bosch Compress 7000i AW Heat Pump (Boiler/HP)
emsesp_devicedata_8.nodes[4].v = Math.floor(Math.random() * 100);
return new Response(encoder.encode(emsesp_devicedata_8), { headers });
}
if (id == 9) {
return new Response(encoder.encode(emsesp_devicedata_9), { headers });
}
if (id == 10) {
return new Response(encoder.encode(emsesp_devicedata_10), { headers });
}
if (id == 11) {
return new Response(encoder.encode(emsesp_devicedata_11), { headers });
}
if (id == 99) {
return new Response(encoder.encode(emsesp_devicedata_99), { headers });
}
}
function deviceEntities(id: number) {
if (id == 1) {
return new Response(encoder.encode(emsesp_deviceentities_1), { headers });
}
if (id == 2) {
return new Response(encoder.encode(emsesp_deviceentities_2), { headers });
}
if (id == 3) {
return new Response(encoder.encode(emsesp_deviceentities_3), { headers });
}
if (id == 4) {
return new Response(encoder.encode(emsesp_deviceentities_4), { headers });
}
if (id == 5) {
return new Response(encoder.encode(emsesp_deviceentities_5), { headers });
}
if (id == 6) {
return new Response(encoder.encode(emsesp_deviceentities_6), { headers });
}
if (id == 7) {
return new Response(encoder.encode(emsesp_deviceentities_7), { headers });
}
if (id == 8) {
return new Response(encoder.encode(emsesp_deviceentities_8), { headers });
}
if (id == 9) {
return new Response(encoder.encode(emsesp_deviceentities_9), { headers });
}
if (id == 10) {
return new Response(encoder.encode(emsesp_deviceentities_10), { headers });
}
// not found, return empty
return new Response(encoder.encode(emsesp_deviceentities_none), { headers });
}
// prepare dashboard data
function getDashboardEntityData(id: number) {
let device_data = {};
if (id == 1) device_data = emsesp_devicedata_1;
else if (id == 2) device_data = emsesp_devicedata_2;
else if (id == 3) device_data = emsesp_devicedata_3;
else if (id == 4) device_data = emsesp_devicedata_4;
else if (id == 5) device_data = emsesp_devicedata_5;
else if (id == 6) device_data = emsesp_devicedata_6;
else if (id == 7) device_data = emsesp_devicedata_7;
else if (id == 8) device_data = emsesp_devicedata_8;
else if (id == 9) device_data = emsesp_devicedata_9;
else if (id == 10) device_data = emsesp_devicedata_10;
else if (id == 11) device_data = emsesp_devicedata_11;
else if (id == 99) device_data = emsesp_devicedata_99;
// filter device_data on
// - only add favorite (mask has bit 8 set) except for Custom Entities (type 99)
let new_data = (device_data as any).nodes
.filter((item) => id === 99 || parseInt(item.id.slice(0, 2), 16) & 0x08)
.map((item, index) => ({
id: id * 100 + index, // mandatory unique id for table
dv: item // devicevalue
}));
return new_data;
}
// Router routing starts here...
router
// EMS-ESP Settings
.get(EMSESP_SETTINGS_ENDPOINT, () => settings)
.post(EMSESP_SETTINGS_ENDPOINT, async (request: any) => {
settings = await request.json();
console.log('application settings saved', settings);
return status(200); // no restart needed
// return status(205); // restart needed
})
// Device Data
.get(EMSESP_CORE_DATA_ENDPOINT, () => {
// sort by type, like its done in the C++ code
let sorted_devices = [...emsesp_coredata.devices].sort((a, b) => a.t - b.t);
// append emsesp_coredata to sorted_devices so Custom is always at the end of the list
sorted_devices.push(emsesp_coredata_custom);
// sorted_devices = []; // uncomment if simulating no devices...
return { connected: true, devices: sorted_devices };
})
.get(EMSESP_SENSOR_DATA_ENDPOINT, () => {
// random change the zolder temperature 0-100
emsesp_sensordata.ts[2].t = Math.floor(Math.random() * 100);
return emsesp_sensordata;
})
.get(EMSESP_DEVICEDATA_ENDPOINT1, (request) =>
request.query.id ? deviceData(Number(request.query.id)) : status(404)
)
.get(EMSESP_DEVICEDATA_ENDPOINT2, ({ params }) =>
params.id ? deviceData(Number(params.id)) : status(404)
)
.get(EMSESP_DEVICEENTITIES_ENDPOINT1, (request) =>
request.query.id ? deviceEntities(Number(request.query.id)) : status(404)
)
.get(EMSESP_DEVICEENTITIES_ENDPOINT2, ({ params }) =>
params.id ? deviceEntities(Number(params.id)) : status(404)
)
.get(EMSESP_DASHBOARD_DATA_ENDPOINT, () => {
let dashboard_data: { id?: number; n?: string; t?: number; nodes?: any[] }[] =
[];
let dashboard_object: { id?: number; n?: string; t?: number; nodes?: any[] } =
{};
let fake = false;
// fake = true; // for testing, shows a subset of data
if (!fake) {
// pick EMS devices from coredata
for (const element of emsesp_coredata.devices) {
const id = element.id;
dashboard_object = {
id: id,
n: element.n,
t: element.t,
nodes: getDashboardEntityData(id)
};
// only add to dashboard if we have values
if ((dashboard_object.nodes ?? []).length > 0) {
dashboard_data.push(dashboard_object);
}
}
// add the custom entity data
dashboard_object = {
id: DeviceTypeUniqueID.CUSTOM_UID, // unique ID for custom entities
t: DeviceType.CUSTOM,
nodes: getDashboardEntityData(99)
};
// only add to dashboard if we have values
if ((dashboard_object.nodes ?? []).length > 0) {
dashboard_data.push(dashboard_object);
}
// add temperature sensor data. no command c
let sensor_data: any[] = [];
sensor_data = emsesp_sensordata.ts.map((item, index) => ({
id: DeviceTypeUniqueID.TEMPERATURESENSOR_UID * 100 + index,
dv: {
id: '00' + item.n,
v: item.t, // value is called t in ts (temperature)
u: item.u
}
}));
dashboard_object = {
id: DeviceTypeUniqueID.TEMPERATURESENSOR_UID,
t: DeviceType.TEMPERATURESENSOR,
nodes: sensor_data
};
// only add to dashboard if we have values
if ((dashboard_object.nodes ?? []).length > 0) {
dashboard_data.push(dashboard_object);
}
// add analog sensor data. no command c
// remove disabled sensors first (t = 0)
sensor_data = emsesp_sensordata.as.filter((item) => item.t !== 0);
sensor_data = sensor_data.map((item, index) => ({
id: DeviceTypeUniqueID.ANALOGSENSOR_UID * 100 + index,
dv: {
id: '00' + item.n,
v: item.v,
u: item.u
}
}));
dashboard_object = {
id: DeviceTypeUniqueID.ANALOGSENSOR_UID,
t: DeviceType.ANALOGSENSOR,
nodes: sensor_data
};
// only add to dashboard if we have values
if ((dashboard_object.nodes ?? []).length > 0) {
dashboard_data.push(dashboard_object);
}
// add the scheduler data
// filter emsesp_schedule with only if it has a name
let scheduler_data = emsesp_schedule.schedule.filter((item) => item.name);
let scheduler_data2 = scheduler_data.map((item, index) => ({
id: DeviceTypeUniqueID.SCHEDULER_UID * 100 + index,
dv: {
id: '00' + item.name,
v: item.active ? 'on' : 'off',
c: item.name,
l: ['off', 'on']
}
}));
dashboard_object = {
id: DeviceTypeUniqueID.SCHEDULER_UID,
t: DeviceType.SCHEDULER,
nodes: scheduler_data2
};
// only add to dashboard if we have values
if ((dashboard_object.nodes ?? []).length > 0) {
dashboard_data.push(dashboard_object);
}
} else {
// for testing only
// add the custom entity data
dashboard_object = {
id: DeviceTypeUniqueID.CUSTOM_UID, // unique ID for custom entities
t: DeviceType.CUSTOM,
nodes: getDashboardEntityData(DeviceTypeUniqueID.CUSTOM_UID)
};
if ((dashboard_object.nodes ?? []).length > 0) {
dashboard_data.push(dashboard_object);
}
// add the scheduler data
// let scheduler_data = emsesp_schedule.schedule.filter((item) => item.name);
// let scheduler_data2 = scheduler_data.map((item, index) => ({
// id: DeviceTypeUniqueID.SCHEDULER_UID * 100 + index,
// dv: {
// id: '00' + item.name,
// v: item.active ? 'on' : 'off',
// c: item.name,
// l: ['off', 'on']
// }
// }));
// dashboard_object = {
// id: DeviceTypeUniqueID.SCHEDULER_UID,
// t: DeviceType.SCHEDULER,
// nodes: scheduler_data2
// };
// if ((dashboard_object.nodes ?? []).length > 0) {
// dashboard_data.push(dashboard_object);
// }
}
// console.log('dashboard_data: ', dashboard_data);
// return dashboard_data; // if not using msgpack
return new Response(encoder.encode(dashboard_data), { headers }); // msgpack it
})
// Customizations
.post(EMSESP_CUSTOMIZATION_ENTITIES_ENDPOINT, async (request: any) => {
const content = await request.json();
const id = content.id;
for (const entity of content.entity_ids) {
if (id === 1) {
updateMask(entity, emsesp_deviceentities_1, emsesp_devicedata_1);
} else if (id === 2) {
updateMask(entity, emsesp_deviceentities_2, emsesp_devicedata_2);
} else if (id === 3) {
updateMask(entity, emsesp_deviceentities_3, emsesp_devicedata_3);
} else if (id === 4) {
updateMask(entity, emsesp_deviceentities_4, emsesp_devicedata_4);
} else if (id === 5) {
updateMask(entity, emsesp_deviceentities_5, emsesp_devicedata_5);
} else if (id === 6) {
updateMask(entity, emsesp_deviceentities_6, emsesp_devicedata_6);
} else if (id === 7) {
updateMask(entity, emsesp_deviceentities_7, emsesp_devicedata_7);
} else if (id === 8) {
updateMask(entity, emsesp_deviceentities_8, emsesp_devicedata_8);
} else if (id === 9) {
updateMask(entity, emsesp_deviceentities_9, emsesp_devicedata_9);
} else if (id === 10) {
updateMask(entity, emsesp_deviceentities_10, emsesp_devicedata_10);
} else if (id === 11) {
updateMask(entity, emsesp_deviceentities_11, emsesp_devicedata_11);
}
}
console.log('customization saved', content);
return status(200);
})
.post(EMSESP_RESET_CUSTOMIZATIONS_ENDPOINT, async (request: any) => {
return status(200);
})
.post(EMSESP_WRITE_DEVICENAME_ENDPOINT, async (request: any) => {
const content = await request.json();
const id = content.id;
console.log('Renaming device ID ' + id + ' to ' + content.name);
return status(200);
})
// Scheduler
.post(EMSESP_SCHEDULE_ENDPOINT, async (request: any) => {
const content = await request.json();
emsesp_schedule = content;
console.log('schedule saved', emsesp_schedule);
return status(200);
})
.get(EMSESP_SCHEDULE_ENDPOINT, () => emsesp_schedule)
// Modules
.post(EMSESP_MODULES_ENDPOINT, async (request: any) => {
const content = await request.json();
let modules = content.modules;
for (let i = 0; i < modules.length; i++) {
const key = modules[i].key;
const objIndex = emsesp_modules.modules.findIndex(
(obj: any) => obj.key === key
);
if (objIndex !== -1) {
emsesp_modules.modules[objIndex].enabled = modules[i].enabled;
emsesp_modules.modules[objIndex].license = modules[i].license;
}
}
console.log('modules updated', emsesp_modules);
return status(200);
})
.get(EMSESP_MODULES_ENDPOINT, () => emsesp_modules)
// Custom Entities
.post(EMSESP_CUSTOMENTITIES_ENDPOINT, async (request: any) => {
const content = await request.json();
emsesp_customentities = content;
console.log('custom entities saved', emsesp_customentities);
return status(200);
})
.get(EMSESP_CUSTOMENTITIES_ENDPOINT, () => emsesp_customentities)
// Devices page
.post(EMSESP_WRITE_DEVICEVALUE_ENDPOINT, async (request: any) => {
const content = await request.json();
const command = content.c;
const value = content.v;
const id = content.id;
console.log(
'write device value, id: ' + id + ' command: ' + command + ' value: ' + value
);
var objIndex;
if (id === 1) {
objIndex = emsesp_devicedata_1.nodes.findIndex((obj) => obj.c == command);
emsesp_devicedata_1.nodes[objIndex].v = value;
}
if (id === 2) {
objIndex = emsesp_devicedata_2.nodes.findIndex((obj) => obj.c == command);
emsesp_devicedata_2.nodes[objIndex].v = value;
}
if (id === 3) {
objIndex = emsesp_devicedata_3.nodes.findIndex((obj) => obj.c == command);
emsesp_devicedata_3.nodes[objIndex].v = value;
}
if (id === 4) {
objIndex = emsesp_devicedata_4.nodes.findIndex((obj) => obj.c == command);
emsesp_devicedata_4.nodes[objIndex].v = value;
}
if (id === 5) {
objIndex = emsesp_devicedata_5.nodes.findIndex((obj) => obj.c == command);
emsesp_devicedata_5.nodes[objIndex].v = value;
}
if (id === 6) {
objIndex = emsesp_devicedata_6.nodes.findIndex((obj) => obj.c == command);
emsesp_devicedata_6.nodes[objIndex].v = value;
}
if (id === 7) {
objIndex = emsesp_devicedata_7.nodes.findIndex((obj) => obj.c == command);
emsesp_devicedata_7.nodes[objIndex].v = value;
}
if (id === 8) {
objIndex = emsesp_devicedata_8.nodes.findIndex((obj) => obj.c == command);
emsesp_devicedata_8.nodes[objIndex].v = value;
}
if (id === 9) {
objIndex = emsesp_devicedata_9.nodes.findIndex((obj) => obj.c == command);
emsesp_devicedata_9.nodes[objIndex].v = value;
}
if (id === 10) {
objIndex = emsesp_devicedata_10.nodes.findIndex((obj) => obj.c == command);
emsesp_devicedata_10.nodes[objIndex].v = value;
}
if (id === 10) {
objIndex = emsesp_devicedata_11.nodes.findIndex((obj) => obj.c == command);
emsesp_devicedata_11.nodes[objIndex].v = value;
}
if (id === DeviceTypeUniqueID.CUSTOM_UID) {
// custom entities
objIndex = emsesp_devicedata_99.nodes.findIndex((obj) => obj.c == command);
emsesp_devicedata_99.nodes[objIndex].v = value;
}
if (id === DeviceTypeUniqueID.SCHEDULER_UID) {
// toggle scheduler
// find the schedule in emsesp_schedule via the name and toggle the active
const objIndex = emsesp_schedule.schedule.findIndex(
(obj) => obj.name === command
);
if (objIndex !== -1) {
emsesp_schedule.schedule[objIndex].active = value;
console.log("Toggle schedule '" + command + "' to " + value);
}
}
// await delay(1000); // wait to show spinner
// console.log(
// 'Device Value updated. command:' + command + ' value:' + value + ' id:' + id
// );
return status(200);
})
// Temperature & Analog Sensors
.post(EMSESP_WRITE_TEMPSENSOR_ENDPOINT, async (request: any) => {
const ts = await request.json();
var objIndex = emsesp_sensordata.ts.findIndex((obj) => obj.id == ts.id_str);
if (objIndex !== -1) {
emsesp_sensordata.ts[objIndex].n = ts.name;
emsesp_sensordata.ts[objIndex].o = ts.offset;
}
console.log('temp sensor saved', ts);
return status(200);
})
.post(EMSESP_WRITE_ANALOGSENSOR_ENDPOINT, async (request: any) => {
const as = await request.json();
var objIndex = emsesp_sensordata.as.findIndex((obj) => obj.g == as.gpio);
if (objIndex === -1) {
emsesp_sensordata.as.push({
id: as.id,
g: as.gpio,
n: as.name,
f: as.factor,
o: as.offset,
u: as.uom,
t: as.type,
d: as.deleted,
v: 0 // must be added for demo only
});
} else {
if (as.deleted) {
emsesp_sensordata.as[objIndex].d = true;
var filtered = emsesp_sensordata.as.filter(function (value, index, arr) {
return !value.d;
});
emsesp_sensordata.as = filtered;
} else {
emsesp_sensordata.as[objIndex].n = as.name;
emsesp_sensordata.as[objIndex].f = as.factor;
emsesp_sensordata.as[objIndex].o = as.offset;
emsesp_sensordata.as[objIndex].u = as.uom;
emsesp_sensordata.as[objIndex].t = as.type;
}
}
console.log('analog sensor saved', as);
return status(200);
})
// Settings - board profile
.get(EMSESP_BOARDPROFILE_ENDPOINT, (request) => {
const board_profile = request.query.boardProfile;
const data = {
board_profile: settings.board_profile,
led_gpio: settings.led_gpio,
dallas_gpio: settings.dallas_gpio,
rx_gpio: settings.rx_gpio,
tx_gpio: settings.tx_gpio,
pbutton_gpio: settings.pbutton_gpio,
phy_type: settings.phy_type,
eth_power: settings.eth_power,
eth_phy_addr: settings.eth_phy_addr,
eth_clock_mode: settings.eth_clock_mode
};
if (board_profile == 'S32') {
// BBQKees Gateway S32
data.led_gpio = 2;
data.dallas_gpio = 18;
data.rx_gpio = 23;
data.tx_gpio = 5;
data.pbutton_gpio = 0;
data.phy_type = 0;
data.eth_power = 0;
data.eth_phy_addr = 0;
data.eth_clock_mode = 0;
} else if (board_profile == 'E32') {
// BBQKees Gateway E32
data.led_gpio = 2;
data.dallas_gpio = 4;
data.rx_gpio = 5;
data.tx_gpio = 17;
data.pbutton_gpio = 33;
data.phy_type = 1;
data.eth_power = 16;
data.eth_phy_addr = 1;
data.eth_clock_mode = 0;
} else if (board_profile == 'MH-ET') {
// MH-ET Live D1 Mini
data.led_gpio = 2;
data.dallas_gpio = 18;
data.rx_gpio = 23;
data.tx_gpio = 5;
data.pbutton_gpio = 0;
data.phy_type = 0;
data.eth_power = 0;
data.eth_phy_addr = 0;
data.eth_clock_mode = 0;
} else if (board_profile == 'NODEMCU') {
// NodeMCU 32S
data.led_gpio = 2;
data.dallas_gpio = 18;
data.rx_gpio = 23;
data.tx_gpio = 5;
data.pbutton_gpio = 0;
data.phy_type = 0;
data.eth_power = 0;
data.eth_phy_addr = 0;
data.eth_clock_mode = 0;
} else if (board_profile == 'LOLIN') {
// Lolin D32
data.led_gpio = 2;
data.dallas_gpio = 18;
data.rx_gpio = 17;
data.tx_gpio = 16;
data.pbutton_gpio = 0;
data.phy_type = 0;
data.eth_power = 0;
data.eth_phy_addr = 0;
data.eth_clock_mode = 0;
} else if (board_profile == 'OLIMEX') {
// Olimex ESP32-EVB (uses U1TXD/U1RXD/BUTTON, no LED or Dallas)
data.led_gpio = 0;
data.dallas_gpio = 0;
data.rx_gpio = 36;
data.tx_gpio = 4;
data.pbutton_gpio = 34;
data.phy_type = 1;
data.eth_power = -1;
data.eth_phy_addr = 0;
data.eth_clock_mode = 0;
} else if (board_profile == 'OLIMEXPOE') {
// Olimex ESP32-POE
data.led_gpio = 0;
data.dallas_gpio = 0;
data.rx_gpio = 36;
data.tx_gpio = 4;
data.pbutton_gpio = 34;
data.phy_type = 1;
data.eth_power = 12;
data.eth_phy_addr = 0;
data.eth_clock_mode = 3;
} else if (board_profile == 'C3MINI') {
// Lolin C3 mini
data.led_gpio = 7;
data.dallas_gpio = 1;
data.rx_gpio = 4;
data.tx_gpio = 5;
data.pbutton_gpio = 9;
data.phy_type = 0;
data.eth_power = 0;
data.eth_phy_addr = 0;
data.eth_clock_mode = 0;
} else if (board_profile == 'S2MINI') {
// Lolin C3 mini
data.led_gpio = 15;
data.dallas_gpio = 7;
data.rx_gpio = 11;
data.tx_gpio = 12;
data.pbutton_gpio = 0;
data.phy_type = 0;
data.eth_power = 0;
data.eth_phy_addr = 0;
data.eth_clock_mode = 0;
} else if (board_profile == 'S3MINI') {
// Liligo S3 mini
data.led_gpio = 17;
data.dallas_gpio = 18;
data.rx_gpio = 8;
data.tx_gpio = 5;
data.pbutton_gpio = 0;
data.phy_type = 0;
data.eth_power = 0;
data.eth_phy_addr = 0;
data.eth_clock_mode = 0;
}
data.board_profile =
typeof board_profile === 'string' ? board_profile : settings.board_profile;
console.log('board profile for ' + board_profile + ' fetched: ', data);
return data;
})
// generic action for all /rest/... endpoints
// takes an action and param in JSON
.post(EMSESP_ACTION_ENDPOINT, async (request: any) => {
const content = await request.json();
if (content.hasOwnProperty('action')) {
const action = content.action;
if (action === 'export') {
// export data
return export_data(content.param);
} else if (action === 'getCustomSupport') {
// send custom support
return custom_support();
} else if (action === 'checkUpgrade') {
// check upgrade
// check if content has a param
if (!content.param) {
return check_upgrade('');
}
return check_upgrade(content.param);
} else if (action === 'uploadURL') {
// upload URL
console.log('upload File from URL', content.param);
return status(200);
}
}
return status(404); // cmd not found
})
// API which are usually POST for security
.post(EMSESP_SYSTEM_INFO_ENDPOINT, () => emsesp_info)
.get(EMSESP_SYSTEM_INFO_ENDPOINT, () => emsesp_info)
.post(API_ENDPOINT_ROOT, async (request: any) => {
const data = await request.json();
// check if the json data has key called cmd
let cmd = '';
if (data.hasOwnProperty('cmd')) {
cmd = data.cmd;
} else if (data.hasOwnProperty('entity')) {
cmd = data.entity;
} else {
return status(400); // bad request
}
if (data.device === 'system') {
if (cmd === 'info') {
return emsesp_info;
} else if (cmd === 'format') {
console.log('formatting...');
return status(200);
} else if (cmd === 'restart') {
console.log('restarting...');
system_status.status = 'restarting';
countHardwarePoll = 0;
return status(200);
} else if (cmd === 'read') {
console.log('send read command:', data.data);
return status(200);
}
}
return status(404); // not found
});
// Mock GitHub API
router
.get(GH_ENDPOINT_ROOT + '/tags/latest', () => {
console.log('returning latest development version: ' + LATEST_DEV_VERSION);
return { name: 'v' + LATEST_DEV_VERSION };
})
.get(GH_ENDPOINT_ROOT + '/latest', () => {
console.log('returning latest stable version: ' + LATEST_STABLE_VERSION);
return { name: 'v' + LATEST_STABLE_VERSION };
});
// const logger: ResponseHandler = (response, request) => {
// console.log(
// response.status,
// request.url,
// request.method,
// 'at',
// new Date().toLocaleString()
// );
// };
export default {
port: 3080,
fetch: router.fetch
// missing: () => error(404, 'Error, endpoint not found'),
// finally: [logger]
};
// use this with cloudflare workers instead
// export default { ...router };
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