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Move all Enervent-specific things to enervent.mjs
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@Jalle19
Jalle19 committed Sep 16, 2023
1 parent 1e5784d commit d790cbc
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Showing 5 changed files with 360 additions and 367 deletions.
141 changes: 141 additions & 0 deletions app/enervent.mjs
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Original file line number Diff line number Diff line change
Expand Up @@ -83,6 +83,14 @@ export const ANALOG_INPUT_SENSOR_TYPES = {
10: { type: SENSOR_TYPE_ROOM_TEMP, name: 'analogInputRoomTemperature3', description: 'Room temperature #1' },
}

export const parseTemperature = (temperature) => {
if (temperature > 60000) {
temperature = (65536 - temperature) * -1
}

return temperature / 10
}

export const getProSize = (unitType, modelType, sizeValue) => {
const proSizesR = [12, 20, 25]
const proSizesL = [10, 20, 25, 35, 50, 70, 90, 120, 150, 180]
Expand All @@ -95,3 +103,136 @@ export const getProSize = (unitType, modelType, sizeValue) => {
return proSizesL[sizeValue]
}
}

export const getUnitTypeName = (unitType) => {
return unitType === true ? UNIT_TYPE_PRO : UNIT_TYPE_FAMILY
}

export const getDeviceFamilyName = (familyTypeInt) => {
return (
[
'Pingvin', // prettier-hack
'Pandion',
'Pelican',
'Pegasos',
'Pegasos XL',
'LTR-3',
'LTR-6',
'LTR-7',
'LTR-7 XL',
][familyTypeInt] || 'unknown'
)
}

export const getDeviceProName = (proTypeInt) => {
return (
[
'RS', // prettier-hack
'RSC',
'LTR',
'LTC',
'LTT',
'LTP',
][proTypeInt] || 'unknown'
)
}

export const getCoolingTypeName = (coolingTypeInt) => {
// 0=Ei jäähdytintä, 1=CW, 2=HP, 3=CG, 4=CX, 5=CX_INV, 6=X2CX, 7=CXBIN, 8=Cooler
return [
null,
'CW', // prettier-hack
'HP',
'CG',
'CX',
'CX_INV',
'X2CX',
'CXBIN',
'Cooler',
][coolingTypeInt]
}

export const getAutomationAndHeatingTypeName = (heatingTypeInt) => {
// 0=Ei lämmitintä, 1=VPK, 2=HP, 3=SLP, 4=SLP PWM
// E prefix is used for units with EDA automation
// M prefix is used for units with MD automation
return (
[
'ED/MD', // prettier-hack
'EDW/MDW',
'EDX/MDX',
'EDE/MDE',
][heatingTypeInt] || 'unknown'
)
}

export const createModelNameString = (deviceInformation) => {
// E.g. LTR-3 eco EDE/MDE - CG or RS 25 eco
let modelName = deviceInformation.modelType

if (deviceInformation.unitType === UNIT_TYPE_PRO) {
modelName += ` ${deviceInformation.proSize}`
}

if (deviceInformation.fanType === 'EC') {
modelName += ' eco'
}

if (deviceInformation.heatingTypeInstalled !== null) {
modelName += ` ${deviceInformation.heatingTypeInstalled}`
}

if (deviceInformation.coolingTypeInstalled !== null) {
modelName += ` - ${deviceInformation.coolingTypeInstalled}`
}

return modelName
}

export const parseAlarmTimestamp = (result) => {
return new Date(result.data[2] + 2000, result.data[3] - 1, result.data[4], result.data[5], result.data[6])
}

export const parseStateBitField = (state) => {
return {
'normal': state === 0,
'maxCooling': Boolean(state & 1),
'maxHeating': Boolean(state & 2),
'emergencyStop': Boolean(state & 4),
'stop': Boolean(state & 8),
'away': Boolean(state & 16),
'longAway': Boolean(state & 32),
'temperatureBoost': Boolean(state & 64),
'co2Boost': Boolean(state & 128),
'humidityBoost': Boolean(state & 256),
'manualBoost': Boolean(state & 512),
'overPressure': Boolean(state & 1024),
'cookerHood': Boolean(state & 2048),
'centralVacuumCleaner': Boolean(state & 4096),
'heaterCooldown': Boolean(state & 8192),
'summerNightCooling': Boolean(state & 16384),
'defrosting': Boolean(state & 32768),
}
}

export const parseAnalogSensors = (sensorTypesResult, sensorValuesResult) => {
const sensorReadings = {}

for (let i = 0; i < 6; i++) {
const sensorType = ANALOG_INPUT_SENSOR_TYPES[sensorTypesResult.data[i]]

switch (sensorType.type) {
// Use raw value
case SENSOR_TYPE_CO2:
case SENSOR_TYPE_RH:
sensorReadings[sensorType.name] = sensorValuesResult.data[i]
break
// Parse as temperature
case SENSOR_TYPE_ROOM_TEMP:
sensorReadings[sensorType.name] = parseTemperature(sensorValuesResult.data[i])
break
}
}

return sensorReadings
}
4 changes: 2 additions & 2 deletions app/homeassistant.mjs
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Original file line number Diff line number Diff line change
@@ -1,4 +1,4 @@
import { createModelNameString, getDeviceInformation } from './modbus.mjs'
import { getDeviceInformation } from './modbus.mjs'
import {
TOPIC_NAME_STATUS,
TOPIC_PREFIX_ALARM,
Expand All @@ -8,7 +8,7 @@ import {
TOPIC_PREFIX_SETTINGS,
} from './mqtt.mjs'
import { createLogger } from './logger.mjs'
import { AVAILABLE_ALARMS } from './enervent.mjs'
import { AVAILABLE_ALARMS, createModelNameString } from './enervent.mjs'

const logger = createLogger('homeassistant')

Expand Down
167 changes: 10 additions & 157 deletions app/modbus.mjs
View file
Original file line number Diff line number Diff line change
@@ -1,15 +1,21 @@
import { Mutex } from 'async-mutex'
import { createLogger } from './logger.mjs'
import {
ANALOG_INPUT_SENSOR_TYPES,
AVAILABLE_ALARMS,
AVAILABLE_FLAGS,
AVAILABLE_SETTINGS,
createModelNameString,
getAutomationAndHeatingTypeName,
getCoolingTypeName,
getDeviceFamilyName,
getDeviceProName,
getProSize,
getUnitTypeName,
MUTUALLY_EXCLUSIVE_MODES,
SENSOR_TYPE_CO2,
SENSOR_TYPE_RH,
SENSOR_TYPE_ROOM_TEMP,
parseAlarmTimestamp,
parseAnalogSensors,
parseStateBitField,
parseTemperature,
UNIT_TYPE_FAMILY,
UNIT_TYPE_PRO,
} from './enervent.mjs'
Expand All @@ -22,14 +28,6 @@ export const MODBUS_DEVICE_TYPE = {
const mutex = new Mutex()
const logger = createLogger('modbus')

export const parseTemperature = (temperature) => {
if (temperature > 60000) {
temperature = (65536 - temperature) * -1
}

return temperature / 10
}

export const getFlagSummary = async (modbusClient) => {
let result = await mutex.runExclusive(async () => tryReadCoils(modbusClient, 0, 13))
let summary = {
Expand Down Expand Up @@ -335,151 +333,6 @@ export const getDeviceState = async (modbusClient) => {
return parseStateBitField(result.data[0])
}

export const getUnitTypeName = (unitType) => {
return unitType === true ? UNIT_TYPE_PRO : UNIT_TYPE_FAMILY
}

export const getDeviceFamilyName = (familyTypeInt) => {
return (
[
'Pingvin', // prettier-hack
'Pandion',
'Pelican',
'Pegasos',
'Pegasos XL',
'LTR-3',
'LTR-6',
'LTR-7',
'LTR-7 XL',
][familyTypeInt] || 'unknown'
)
}

export const getDeviceProName = (proTypeInt) => {
return (
[
'RS', // prettier-hack
'RSC',
'LTR',
'LTC',
'LTT',
'LTP',
][proTypeInt] || 'unknown'
)
}

const getCoolingTypeName = (coolingTypeInt) => {
// 0=Ei jäähdytintä, 1=CW, 2=HP, 3=CG, 4=CX, 5=CX_INV, 6=X2CX, 7=CXBIN, 8=Cooler
return [
null,
'CW', // prettier-hack
'HP',
'CG',
'CX',
'CX_INV',
'X2CX',
'CXBIN',
'Cooler',
][coolingTypeInt]
}

export const getAutomationAndHeatingTypeName = (heatingTypeInt) => {
// 0=Ei lämmitintä, 1=VPK, 2=HP, 3=SLP, 4=SLP PWM
// E prefix is used for units with EDA automation
// M prefix is used for units with MD automation
return (
[
'ED/MD', // prettier-hack
'EDW/MDW',
'EDX/MDX',
'EDE/MDE',
][heatingTypeInt] || 'unknown'
)
}

export const createModelNameString = (deviceInformation) => {
// E.g. LTR-3 eco EDE/MDE - CG or RS 25 eco
let modelName = deviceInformation.modelType

if (deviceInformation.unitType === UNIT_TYPE_PRO) {
modelName += ` ${deviceInformation.proSize}`
}

if (deviceInformation.fanType === 'EC') {
modelName += ' eco'
}

if (deviceInformation.heatingTypeInstalled !== null) {
modelName += ` ${deviceInformation.heatingTypeInstalled}`
}

if (deviceInformation.coolingTypeInstalled !== null) {
modelName += ` - ${deviceInformation.coolingTypeInstalled}`
}

return modelName
}

export const parseAlarmTimestamp = (result) => {
return new Date(result.data[2] + 2000, result.data[3] - 1, result.data[4], result.data[5], result.data[6])
}

export const parseStateBitField = (state) => {
return {
'normal': state === 0,
'maxCooling': Boolean(state & 1),
'maxHeating': Boolean(state & 2),
'emergencyStop': Boolean(state & 4),
'stop': Boolean(state & 8),
'away': Boolean(state & 16),
'longAway': Boolean(state & 32),
'temperatureBoost': Boolean(state & 64),
'co2Boost': Boolean(state & 128),
'humidityBoost': Boolean(state & 256),
'manualBoost': Boolean(state & 512),
'overPressure': Boolean(state & 1024),
'cookerHood': Boolean(state & 2048),
'centralVacuumCleaner': Boolean(state & 4096),
'heaterCooldown': Boolean(state & 8192),
'summerNightCooling': Boolean(state & 16384),
'defrosting': Boolean(state & 32768),
}
}

const hasRoomTemperatureSensor = (sensorTypesResult) => {
for (let i = 0; i < 6; i++) {
const sensorType = ANALOG_INPUT_SENSOR_TYPES[sensorTypesResult.data[i]]

if (sensorType.type === SENSOR_TYPE_ROOM_TEMP) {
return true
}
}

return false
}

export const parseAnalogSensors = (sensorTypesResult, sensorValuesResult) => {
const sensorReadings = {}

for (let i = 0; i < 6; i++) {
const sensorType = ANALOG_INPUT_SENSOR_TYPES[sensorTypesResult.data[i]]

switch (sensorType.type) {
// Use raw value
case SENSOR_TYPE_CO2:
case SENSOR_TYPE_RH:
sensorReadings[sensorType.name] = sensorValuesResult.data[i]
break
// Parse as temperature
case SENSOR_TYPE_ROOM_TEMP:
sensorReadings[sensorType.name] = parseTemperature(sensorValuesResult.data[i])
break
}
}

return sensorReadings
}

export const validateDevice = (device) => {
return device.startsWith('/') || device.startsWith('tcp://')
}
Expand Down
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