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feat(ignore): zcl: update ubisys hvacThermostat custom attributes (#835)
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* ubisys: move all ubisys hvacThermostat manufacture attributes under the hvacThermostat

As of firmware 1.5.0 there is no conflict anymore, these are based on draft technical reference ubisys has send me.
I noticed the manuSpecificUbisysHeatingRegulatorThermostat which was causing conflict before was also just the generic hvacThermostat cluster with the manufacturerCode set. These halve all been folded into hvacThermostat to be consistent with others like danfoss.

* tests: manuSpecificUbisysHeatingRegulatorThermostat is no more, we are conflict free now

* ubisys: move manuSpecificUbisysHeatingRegulatorLevelCtrl to levelCtrl

Give manuSpecificUbisysHeatingRegulatorLevelCtrl the same treatment, there are no device with converters with these custom attributes at the moment.
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@sjorge
sjorge authored Dec 23, 2023
1 parent 560f0ae commit ef198ee
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Showing 2 changed files with 30 additions and 75 deletions.
72 changes: 30 additions & 42 deletions src/zcl/definition/cluster.ts
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Original file line number Diff line number Diff line change
Expand Up @@ -535,7 +535,20 @@ const Cluster: {
defaultMoveRate: {ID: 20, type: DataType.uint16},
startUpCurrentLevel: {ID: 16384, type: DataType.uint8},
elkoStartUpCurrentLevel: {ID: 0x4000, type: DataType.uint8, manufacturerCode: ManufacturerCode.ELKO},
ubisysMinimumOnLevel: {ID: 0, type: DataType.uint8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysMinimumOnLevel: {ID: 0x0000, type: DataType.uint8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysValveType: {ID: 0x0001, type: DataType.bitmap8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysCyclePeriod: {ID: 0x0002, type: DataType.uint8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysSeason: {ID: 0x0003, type: DataType.enum8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysBackupLevel: {ID: 0x0004, type: DataType.uint8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysAlternateBackupLevel: {ID: 0x0005, type: DataType.uint8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysLowerRange: {ID: 0x0006, type: DataType.uint8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysUpperRange: {ID: 0x0007, type: DataType.uint8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysPumpThresholdOn: {ID: 0x0008, type: DataType.uint8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysPumpThresholdOff: {ID: 0x0009, type: DataType.uint8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysHeatingDemandEnableThreshold: {ID: 0x000A, type: DataType.uint8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysHeatingDemandDisableThreshold: {ID: 0x000B, type: DataType.uint8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysCoolingDemandEnableThreshold: {ID: 0x000C, type: DataType.uint8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysCoolingDemandDisableThreshold: {ID: 0x000D, type: DataType.uint8, manufacturerCode: ManufacturerCode.Ubisys},
},
commands: {
moveToLevel: {
Expand Down Expand Up @@ -2058,6 +2071,22 @@ const Cluster: {
elkoLastMessageStatus: {ID: 0x0419, type: DataType.uint8},
fourNoksHysteresisHigh: {ID: 0x0101, type: DataType.uint16, manufacturerCode: ManufacturerCode._4_NOKS},
fourNoksHysteresisLow: {ID: 0x0102, type: DataType.uint16, manufacturerCode: ManufacturerCode._4_NOKS},
ubisysClassBTemperatureOffset: {ID: 0x0000, type: DataType.int8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysReturnFlowTemperatureWeight: {ID: 0x0001, type: DataType.int8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysRawOutdoorTemperature: {ID: 0x0002, type: DataType.struct, manufacturerCode: ManufacturerCode.Ubisys},
ubisysRawLocalTemperatureA: {ID: 0x0003, type: DataType.struct, manufacturerCode: ManufacturerCode.Ubisys},
ubisysRawLocalTemperatureB: {ID: 0x0004, type: DataType.struct, manufacturerCode: ManufacturerCode.Ubisys},
ubisysRawForwardFlowTemperature: {ID: 0x0005, type: DataType.struct, manufacturerCode: ManufacturerCode.Ubisys},
ubisysRawReturnFlowTemperature: {ID: 0x0006, type: DataType.struct, manufacturerCode: ManufacturerCode.Ubisys},
ubisysInstalledExtensions: {ID: 0x0007, type: DataType.bitmap64, manufacturerCode: ManufacturerCode.Ubisys},
ubisysTemperatureOffset: {ID: 0x0010, type: DataType.int8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysDefaultOccupiedHeatingSetpoint: {ID: 0x0011, type: DataType.int16, manufacturerCode: ManufacturerCode.Ubisys},
ubisysVacationMode: {ID: 0x0012, type: DataType.boolean, manufacturerCode: ManufacturerCode.Ubisys},
ubisysRemoteTemperature: {ID: 0x0013, type: DataType.int16, manufacturerCode: ManufacturerCode.Ubisys},
ubisysRemoteTemperatureValidDuration: {ID: 0x0014, type: DataType.uint8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysProportionalGain: {ID: 0x0020, type: DataType.int16, manufacturerCode: ManufacturerCode.Ubisys},
ubisysProportionalShift: {ID: 0x0021, type: DataType.int8, manufacturerCode: ManufacturerCode.Ubisys},
ubisysIntegralFactor: {ID: 0x0022, type: DataType.int16, manufacturerCode: ManufacturerCode.Ubisys},
},
commands: {
setpointRaiseLower: {
Expand Down Expand Up @@ -4285,47 +4314,6 @@ const Cluster: {
commandsResponse: {
}
},
manuSpecificUbisysHeatingRegulatorThermostat: {
ID: 0x0201, // = 513
manufacturerCode: ManufacturerCode.Ubisys,
attributes: {
classBTemperatureOffset: {ID: 0x0000, type: DataType.int8},
returnFlowTemperatureWeight: {ID: 0x0001, type: DataType.int8},
rawOutdoorTemperature: {ID: 0x0002, type: DataType.struct},
rawLocalTemperatureA: {ID: 0x0003, type: DataType.struct},
rawLocalTemperatureB: {ID: 0x0004, type: DataType.struct},
rawForwardFlowTemperature: {ID: 0x0005, type: DataType.struct},
rawReturnFlowTemperature: {ID: 0x0006, type: DataType.struct},
installedExtensions: {ID: 0x0007, type: DataType.bitmap64},
},
commands: {
},
commandsResponse: {
}
},
manuSpecificUbisysHeatingRegulatorLevelCtrl: {
ID: 8,
manufacturerCode: ManufacturerCode.Ubisys,
attributes: {
valveType: {ID: 0x0000, type: DataType.bitmap8},
cyclePeriod: {ID: 0x0001, type: DataType.uint8},
season: {ID: 0x0002, type: DataType.enum8},
backupLevel: {ID: 0x0003, type: DataType.uint8},
alternateBackupLevel: {ID: 0x0004, type: DataType.uint8},
lowerRange: {ID: 0x0005, type: DataType.uint8},
upperRange: {ID: 0x0006, type: DataType.uint8},
pumpThresholdOn: {ID: 0x0007, type: DataType.uint8},
pumpThresholdOff: {ID: 0x0008, type: DataType.uint8},
heatingDemandEnableThreshold: {ID: 0x0009, type: DataType.uint8},
heatingDemandDisableThreshold: {ID: 0x000A, type: DataType.uint8},
coolingDemandEnableThreshold: {ID: 0x000B, type: DataType.uint8},
coolingDemandDisableThreshold: {ID: 0x000C, type: DataType.uint8},
},
commands: {
},
commandsResponse: {
}
},
manuSpecificLegrandDevices: {
ID: 0xfc01,
manufacturerCode: ManufacturerCode.LegrandNetatmo,
Expand Down
33 changes: 0 additions & 33 deletions test/controller.test.ts
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Original file line number Diff line number Diff line change
Expand Up @@ -2688,39 +2688,6 @@ describe('Controller', () => {
expect(deepClone(call[3])).toStrictEqual({"Header":{"frameControl":{"reservedBits":0,"frameType":0,"direction":0,"disableDefaultResponse":true,"manufacturerSpecific":false},"transactionSequenceNumber":11,"manufacturerCode":null,"commandIdentifier":6},"Payload":[{"direction":0,"attrId":1,"dataType":32,"minRepIntval":1,"maxRepIntval":10,"repChange":1}],"Cluster":{"ID":1,"attributes":{"mainsVoltage":{"ID":0,"type":33,"name":"mainsVoltage"},"mainsFrequency":{"ID":1,"type":32,"name":"mainsFrequency"},"mainsAlarmMask":{"ID":16,"type":24,"name":"mainsAlarmMask"},"mainsVoltMinThres":{"ID":17,"type":33,"name":"mainsVoltMinThres"},"mainsVoltMaxThres":{"ID":18,"type":33,"name":"mainsVoltMaxThres"},"mainsVoltageDwellTripPoint":{"ID":19,"type":33,"name":"mainsVoltageDwellTripPoint"},"batteryVoltage":{"ID":32,"type":32,"name":"batteryVoltage"},"batteryPercentageRemaining":{"ID":33,"type":32,"name":"batteryPercentageRemaining"},"batteryManufacturer":{"ID":48,"type":66,"name":"batteryManufacturer"},"batterySize":{"ID":49,"type":48,"name":"batterySize"},"batteryAHrRating":{"ID":50,"type":33,"name":"batteryAHrRating"},"batteryQuantity":{"ID":51,"type":32,"name":"batteryQuantity"},"batteryRatedVoltage":{"ID":52,"type":32,"name":"batteryRatedVoltage"},"batteryAlarmMask":{"ID":53,"type":24,"name":"batteryAlarmMask"},"batteryVoltMinThres":{"ID":54,"type":32,"name":"batteryVoltMinThres"},"batteryVoltThres1":{"ID":55,"type":32,"name":"batteryVoltThres1"},"batteryVoltThres2":{"ID":56,"type":32,"name":"batteryVoltThres2"},"batteryVoltThres3":{"ID":57,"type":32,"name":"batteryVoltThres3"},"batteryPercentMinThres":{"ID":58,"type":32,"name":"batteryPercentMinThres"},"batteryPercentThres1":{"ID":59,"type":32,"name":"batteryPercentThres1"},"batteryPercentThres2":{"ID":60,"type":32,"name":"batteryPercentThres2"},"batteryPercentThres3":{"ID":61,"type":32,"name":"batteryPercentThres3"},"batteryAlarmState":{"ID":62,"type":27,"name":"batteryAlarmState"}},"name":"genPowerCfg","commands":{},"commandsResponse":{}},"Command":{"ID":6,"name":"configReport","parameters":[{"name":"direction","type":32},{"name":"attrId","type":33},{"name":"dataType","type":32,"conditions":[{"type":"directionEquals","value":0}]},{"name":"minRepIntval","type":33,"conditions":[{"type":"directionEquals","value":0}]},{"name":"maxRepIntval","type":33,"conditions":[{"type":"directionEquals","value":0}]},{"name":"repChange","type":1000,"conditions":[{"type":"directionEquals","value":0},{"type":"dataTypeValueTypeEquals","value":"ANALOG"}]},{"name":"timeout","type":33,"conditions":[{"type":"directionEquals","value":1}]}],"response":7}});
});

it('Endpoint configure reporting for manufacturer specific cluster with cluster ID collision', async () => {
await controller.start();
await mockAdapterEvents['deviceJoined']({networkAddress: 129, ieeeAddr: '0x129'});
const device = controller.getDeviceByIeeeAddr('0x129');
const endpoint = device.getEndpoint(1);
mocksendZclFrameToEndpoint.mockClear();
await endpoint.configureReporting('manuSpecificUbisysHeatingRegulatorThermostat', [{
attribute: 'classBTemperatureOffset',
minimumReportInterval: 1,
maximumReportInterval: 10,
reportableChange: 1,
}])

const call = mocksendZclFrameToEndpoint.mock.calls[0];
expect(call[0]).toBe('0x129');
expect(call[1]).toBe(129);
expect(call[2]).toBe(1)
expect(deepClone(call[3])).toStrictEqual({"Header":{"frameControl":{"reservedBits":0,"frameType":0,"direction":0,"disableDefaultResponse":true,"manufacturerSpecific":true},"transactionSequenceNumber":11,"manufacturerCode":4338,"commandIdentifier":6},"Payload":[{"direction":0,"attrId":0,"dataType":40,"minRepIntval":1,"maxRepIntval":10,"repChange":1}],"Cluster":{"ID":513,"attributes":{"classBTemperatureOffset":{"ID":0,"type":40,"name":"classBTemperatureOffset"},"returnFlowTemperatureWeight":{"ID":1,"type":40,"name":"returnFlowTemperatureWeight"},"rawOutdoorTemperature":{"ID":2,"type":76,"name":"rawOutdoorTemperature"},"rawLocalTemperatureA":{"ID":3,"type":76,"name":"rawLocalTemperatureA"},"rawLocalTemperatureB":{"ID":4,"type":76,"name":"rawLocalTemperatureB"},"rawForwardFlowTemperature":{"ID":5,"type":76,"name":"rawForwardFlowTemperature"},"rawReturnFlowTemperature":{"ID":6,"type":76,"name":"rawReturnFlowTemperature"},"installedExtensions":{"ID":7,"type":31,"name":"installedExtensions"}},"manufacturerCode":4338,"name":"manuSpecificUbisysHeatingRegulatorThermostat","commands":{},"commandsResponse":{}},"Command":{"ID":6,"name":"configReport","parameters":[{"name":"direction","type":32},{"name":"attrId","type":33},{"name":"dataType","type":32,"conditions":[{"type":"directionEquals","value":0}]},{"name":"minRepIntval","type":33,"conditions":[{"type":"directionEquals","value":0}]},{"name":"maxRepIntval","type":33,"conditions":[{"type":"directionEquals","value":0}]},{"name":"repChange","type":1000,"conditions":[{"type":"directionEquals","value":0},{"type":"dataTypeValueTypeEquals","value":"ANALOG"}]},{"name":"timeout","type":33,"conditions":[{"type":"directionEquals","value":1}]}],"response":7}});

await endpoint.configureReporting('hvacThermostat', [{
attribute: 'localTemp',
minimumReportInterval: 1,
maximumReportInterval: 10,
reportableChange: 1,
}])

expect(endpoint.configuredReportings.length).toBe(2);
expect(endpoint.configuredReportings[0].attribute.name).toBe('classBTemperatureOffset');
expect(endpoint.configuredReportings[0].cluster.name).toBe('manuSpecificUbisysHeatingRegulatorThermostat');
expect(endpoint.configuredReportings[1].attribute.name).toBe('localTemp');
expect(endpoint.configuredReportings[1].cluster.name).toBe('hvacThermostat');
});

it('Should replace legacy configured reportings without manufacturerCode', async () => {
await controller.start();
await mockAdapterEvents['deviceJoined']({networkAddress: 129, ieeeAddr: '0x129'});
Expand Down

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