zigbee-herdsman-converters
Version:
Collection of device converters to be used with zigbee-herdsman
266 lines • 7.22 kB
JavaScript
;
Object.defineProperty(exports, "__esModule", { value: true });
exports.wiserDimmerControlMode = exports.easyCodeTouchActions = exports.lockUserStatus = exports.lockSoundVolume = exports.colorModeLookup = exports.ColorMode = exports.armNotification = exports.armMode = exports.lockSourceName = exports.keypadLockoutMode = exports.develcoInterfaceMode = exports.danfossMultimasterRole = exports.danfossSystemStatusCode = exports.danfossSystemStatusWater = exports.danfossOutputStatus = exports.danfossRoomFloorSensorMode = exports.danfossRoomStatusCode = exports.danfossWindowOpen = exports.danfossAdaptionRunControl = exports.danfossAdaptionRunStatus = exports.temperatureDisplayMode = exports.fanMode = exports.thermostatScheduleMode = exports.thermostatAcLouverPositions = exports.thermostatRunningStates = exports.thermostatDayOfWeek = exports.thermostatRunningMode = exports.acovaThermostatSystemModes = exports.thermostatSystemModes = exports.thermostatProgrammingOperationModes = exports.thermostatControlSequenceOfOperations = exports.repInterval = exports.defaultBindGroup = exports.OneJanuary2000 = void 0;
exports.OneJanuary2000 = new Date("January 01, 2000 00:00:00 UTC+00:00").getTime();
exports.defaultBindGroup = 901;
exports.repInterval = {
HOUR: 3600,
MAX: 65000,
MINUTE: 60,
SECONDS_10: 10,
MINUTES_10: 600,
MINUTES_15: 900,
MINUTES_30: 1800,
MINUTES_5: 300,
SECONDS_5: 5,
};
exports.thermostatControlSequenceOfOperations = {
0: "cooling_only",
1: "cooling_with_reheat",
2: "heating_only",
3: "heating_with_reheat",
4: "cooling_and_heating_4-pipes",
5: "cooling_and_heating_4-pipes_with_reheat",
};
exports.thermostatProgrammingOperationModes = {
0: "setpoint",
1: "schedule",
3: "schedule_with_preheat",
4: "eco",
};
exports.thermostatSystemModes = {
0: "off",
1: "auto",
3: "cool",
4: "heat",
5: "emergency_heating",
6: "precooling",
7: "fan_only",
8: "dry",
9: "sleep",
};
exports.acovaThermostatSystemModes = {
0: "off",
1: "heat",
3: "auto",
4: "away_or_vacation",
};
exports.thermostatRunningMode = {
0: "off",
3: "cool",
4: "heat",
};
exports.thermostatDayOfWeek = {
0: "sunday",
1: "monday",
2: "tuesday",
3: "wednesday",
4: "thursday",
5: "friday",
6: "saturday",
7: "away_or_vacation",
};
exports.thermostatRunningStates = {
0: "idle",
1: "heat",
2: "cool",
4: "fan_only",
5: "heat",
6: "cool",
8: "heat",
9: "heat",
A: "heat",
D: "heat",
10: "cool",
12: "cool",
14: "cool",
15: "cool",
22: "cool",
33: "heat",
34: "cool",
65: "heat",
66: "cool",
32768: "idle",
32769: "heat",
};
exports.thermostatAcLouverPositions = {
0: "fully_closed",
1: "fully_closed",
2: "fully_open",
3: "quarter_open",
4: "half_open",
5: "three_quarters_open",
};
exports.thermostatScheduleMode = {
0: "heat",
1: "cool",
};
exports.fanMode = {
off: 0,
low: 1,
medium: 2,
high: 3,
on: 4,
auto: 5,
smart: 6,
};
exports.temperatureDisplayMode = {
0: "celsius",
1: "fahrenheit",
};
exports.danfossAdaptionRunStatus = {
0: "none",
1: "in_progress",
2: "found",
4: "lost",
};
exports.danfossAdaptionRunControl = {
0: "none",
1: "initiate_adaptation",
2: "cancel_adaptation",
};
exports.danfossWindowOpen = {
0: "quarantine",
1: "closed",
2: "hold",
3: "open",
4: "external_open",
};
exports.danfossRoomStatusCode = {
0: "no_error",
257: "missing_rt",
513: "rt_touch_error",
1025: "floor_sensor_short_circuit",
2049: "floor_sensor_disconnected",
};
exports.danfossRoomFloorSensorMode = {
0: "comfort",
1: "floor_only",
2: "dual_mode",
};
exports.danfossOutputStatus = {
0: "inactive",
1: "active",
};
exports.danfossSystemStatusWater = {
0: "hot_water_flow_in_pipes",
1: "cool_water_flow_in_pipes",
};
exports.danfossSystemStatusCode = {
0: "no_error",
257: "missing_expansion_board",
513: "missing_radio_module",
1025: "missing_command_module",
2049: "missing_master_rail",
4097: "missing_slave_rail_no_1",
8193: "missing_slave_rail_no_2",
16385: "pt1000_input_short_circuit",
32769: "pt1000_input_open_circuit",
258: "error_on_one_or_more_output",
};
exports.danfossMultimasterRole = {
0: "invalid_unused",
1: "master",
2: "slave_1",
3: "slave_2",
};
exports.develcoInterfaceMode = {
0: "electricity",
1: "gas",
2: "water",
256: "kamstrup-kmp",
257: "linky",
258: "IEC62056-21",
259: "DSMR-2.3",
260: "DSMR-4.0",
};
exports.keypadLockoutMode = {
0: "unlock",
1: "lock1",
2: "lock2",
3: "lock3",
4: "lock4",
5: "lock5",
};
exports.lockSourceName = {
0: "keypad",
1: "rf",
2: "manual",
3: "rfid",
4: "fingerprint",
};
exports.armMode = {
0: "disarm",
1: "arm_day_zones",
2: "arm_night_zones",
3: "arm_all_zones",
4: "exit_delay",
5: "entry_delay",
6: "not_ready",
7: "in_alarm",
8: "arming_stay",
9: "arming_night",
10: "arming_away",
};
exports.armNotification = {
0: "disarm",
1: "arm_day_zones",
2: "arm_night_zones",
3: "arm_all_zones",
4: "invalid_code",
5: "not_ready",
6: "already_disarmed",
};
// ID's from ZCL mapped to ha names where appropriate
// https://github.com/home-assistant/core/pull/47720
exports.ColorMode = {
HS: 0,
XY: 1,
ColorTemp: 2,
};
exports.colorModeLookup = {
[exports.ColorMode.HS]: "hs",
[exports.ColorMode.XY]: "xy",
[exports.ColorMode.ColorTemp]: "color_temp",
};
exports.lockSoundVolume = ["silent_mode", "low_volume", "high_volume"];
exports.lockUserStatus = {
0: "available",
1: "enabled",
3: "disabled",
};
exports.easyCodeTouchActions = {
// First byte are source / msg.data[3]
// 0x00 KeyPad: If the user uses the code panel.
// 0x02 Manual: If the user used a key, button or fingerprint.
// 0x03 RFID: If the user used an RFID tag.
// 0xFF Other: If the user used an unknown method
// Last byte are eventCode / msg.data[4]
// 0x00 Lock: The device was locked using either button, code panel or RFID.
// 0x01 Unlock: The device was unlocked using either button, code panel or RFID.
// 0x08 Key Lock: If the user locked with a key.
// 0x09 Key Unlock: If the user unlocked with a key.
// 0x10 Fingerprint Lock: The device was locked using fingerprint.
// 0x11 Fingerprint Unlock: The device was unlocked using fingerprint.
0: "keypad_lock",
1: "keypad_unlock",
// Manual says 0x0001 but the lock sends 0x0002 when you unlock it using the keypad
2: "keypad_unlock",
512: "manual_lock",
513: "manual_unlock",
520: "key_lock",
521: "key_unlock",
528: "fingerprint_lock",
529: "fingerprint_unlock",
768: "rfid_lock",
769: "rfid_unlock",
65293: "lock",
65294: "zigbee_unlock",
};
exports.wiserDimmerControlMode = {
0: "auto",
1: "rc",
2: "rl",
3: "rl_led",
};
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