captica-oss/de.captica.nodered.node.systacomfort2
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CAPAUT-253 Fix typos

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This commit is contained in:
Marc Böhm
2022-07-27 21:04:04 +02:00
parent 3703ebb006
commit 2bb4711468
2 changed files with 6 additions and 7 deletions
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2
README.md
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@@ -40,4 +40,4 @@ This Node-RED node is capturing the packets from a SystaComfort II device and pr
|Listen Port|Port of UDP Server to listen on. Useful on multiple devices| |Listen Port|Port of UDP Server to listen on. Useful on multiple devices|
## Connectivity ## Connectivity
To capture the published data from your SysteComfort II device you have to redirect the traffic on your local network. If you have a local DNS Forwarder you can just create a static host override. The domain `pradigma.remoteportal.de` needs to be resolved to your internal Node-RED ip address. To capture the published data from your SystaComfort II device you have to redirect the traffic on your local network. If you have a local DNS Forwarder you can just create a static host override. The domain `pradigma.remoteportal.de` needs to be resolved to your internal Node-RED ip address.

11
systacomfort2/systacomfort2.js
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@@ -23,7 +23,7 @@ const SYSTACOMFORT_VALUES = {
BUFFER_TANK_TEMPERATURE_BOTTOM: { dataPosition: 44, topic: 'buffer/temperature-bottom/get', description: 'Temperatur Pufferspeicher unten (TPU)', unit: '°C', valueDivider: 10 }, BUFFER_TANK_TEMPERATURE_BOTTOM: { dataPosition: 44, topic: 'buffer/temperature-bottom/get', description: 'Temperatur Pufferspeicher unten (TPU)', unit: '°C', valueDivider: 10 },
SOLAR_YIELD_CURRENT: { dataPosition: 752, topic: 'solar/yield-current/get', description: 'Solargewinn aktuell', unit: 'kW', valueDivider: 10 }, SOLAR_YIELD_CURRENT: { dataPosition: 752, topic: 'solar/yield-current/get', description: 'Solargewinn aktuell', unit: 'kW', valueDivider: 10 },
SOLAR_YIELD_DAY: { dataPosition: 756, topic: 'solar/yield-day/get', description: 'Solargewinn pro Tag', unit: 'kWh', valueDivider: 1 }, SOLAR_YIELD_DAY: { dataPosition: 756, topic: 'solar/yield-day/get', description: 'Solargewinn pro Tag', unit: 'kWh', valueDivider: 1 },
SOLAR_YIELD_TOTAL: { dataPosition: 760, topic: 'solar/yield-overall/get', description: 'Solargewinn gesamt', unit: 'kWh', valueDivider: 1 }, SOLAR_YIELD_TOTAL: { dataPosition: 760, topic: 'solar/yield-total/get', description: 'Solargewinn gesamt', unit: 'kWh', valueDivider: 1 },
SOLAR_TEMPERATURE_COLLECTOR: { dataPosition: 68, topic: 'solar/temperature-collector/get', description: 'Kollektortemperatur', unit: '°C', valueDivider: 10 }, SOLAR_TEMPERATURE_COLLECTOR: { dataPosition: 68, topic: 'solar/temperature-collector/get', description: 'Kollektortemperatur', unit: '°C', valueDivider: 10 },
SYSTEM_TEMPERATURE_FLOW: { dataPosition: 28, topic: 'system/temperature-flow/get', description: 'Vorlauftemperatur Heizung (Ist)', unit: '°C', valueDivider: 10 }, SYSTEM_TEMPERATURE_FLOW: { dataPosition: 28, topic: 'system/temperature-flow/get', description: 'Vorlauftemperatur Heizung (Ist)', unit: '°C', valueDivider: 10 },
SYSTEM_TEMPERATURE_FLOW_RETURN: { dataPosition: 32, topic: 'system/temperature-flowreturn/get', description: 'Rücklauftemperatur Heizung', unit: '°C', valueDivider: 10 }, SYSTEM_TEMPERATURE_FLOW_RETURN: { dataPosition: 32, topic: 'system/temperature-flowreturn/get', description: 'Rücklauftemperatur Heizung', unit: '°C', valueDivider: 10 },
@@ -68,9 +68,8 @@ module.exports = function(RED) {
Object.entries(SYSTACOMFORT_VALUES).forEach( ([key, valueDescriptor]) => { Object.entries(SYSTACOMFORT_VALUES).forEach( ([key, valueDescriptor]) => {
let dataValue = null let dataValue = null
let startPosition = valueDescriptor.dataPosition let startPosition = valueDescriptor.dataPosition
if ( data.length > startPosition ) { if ( data.length > startPosition ) {
let dataValueRaw = null let dataValueRaw = ((data[startPosition] & BITMASK_2_BYTES)) |
dataValueRaw = ((data[startPosition] & BITMASK_2_BYTES)) |
((data[startPosition+1] & BITMASK_2_BYTES) << 8 ) | ((data[startPosition+1] & BITMASK_2_BYTES) << 8 ) |
((data[startPosition+2] & BITMASK_2_BYTES) << 16 ) | ((data[startPosition+2] & BITMASK_2_BYTES) << 16 ) |
((data[startPosition+3] & BITMASK_2_BYTES) << 24 ) ((data[startPosition+3] & BITMASK_2_BYTES) << 24 )
@@ -126,7 +125,7 @@ module.exports = function(RED) {
const udpServer = DGRAM.createSocket('udp4') const udpServer = DGRAM.createSocket('udp4')
// Handle exceptions on server // Handle exceptions on server
udpServer.on('error', (err) => { udpServer.on('error', (err) => {
node.error(`SysteComfort2: Error on udp server connection: ${err.stack}`) node.error(`SystaComfort2: Error on udp server connection: ${err.stack}`)
node.status({ fill: 'red', shape: 'ring', text: 'Error on udp server connection' }) node.status({ fill: 'red', shape: 'ring', text: 'Error on udp server connection' })
udpServer.close() udpServer.close()
}) })
@@ -140,7 +139,7 @@ module.exports = function(RED) {
client.send(responseData, rinfo.port, rinfo.address, (err) => { client.send(responseData, rinfo.port, rinfo.address, (err) => {
client.close() client.close()
}) })
// Parse data receieved from syste comfort device // Parse data receieved from systa comfort device
let msgData = parseData(data, config.topicPrefix) let msgData = parseData(data, config.topicPrefix)
if ( msgData ) { if ( msgData ) {
msgData.deviceIP = rinfo.address msgData.deviceIP = rinfo.address