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resource.cpp
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resource.cpp
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/*
* Copyright (c) 2017-2020 dresden elektronik ingenieurtechnik gmbh.
* All rights reserved.
*
* The software in this package is published under the terms of the BSD
* style license a copy of which has been included with this distribution in
* the LICENSE.txt file.
*
*/
#include <QString>
#include "deconz.h"
#include "resource.h"
#include "tuya.h"
const char *RSensors = "/sensors";
const char *RLights = "/lights";
const char *RGroups = "/groups";
const char *RConfig = "/config";
const char *REventAdded = "event/added";
const char *REventDeleted = "event/deleted";
const char *REventValidGroup = "event/validgroup";
const char *REventCheckGroupAnyOn = "event/checkgroupanyon";
const char *RInvalidSuffix = "invalid/suffix";
const char *RAttrName = "attr/name";
const char *RAttrManufacturerName = "attr/manufacturername";
const char *RAttrModelId = "attr/modelid";
const char *RAttrType = "attr/type";
const char *RAttrClass = "attr/class";
const char *RAttrId = "attr/id";
const char *RAttrUniqueId = "attr/uniqueid";
const char *RAttrProductId = "attr/productid";
const char *RAttrSwVersion = "attr/swversion";
const char *RAttrLastAnnounced = "attr/lastannounced";
const char *RAttrLastSeen = "attr/lastseen";
const char *RActionScene = "action/scene";
const char *RStateAirQuality = "state/airquality";
const char *RStateAirQualityPpb = "state/airqualityppb";
const char *RStateAlarm = "state/alarm";
const char *RStateAlert = "state/alert";
const char *RStateAllOn = "state/all_on";
const char *RStateAngle = "state/angle";
const char *RStateAnyOn = "state/any_on";
const char *RStateBattery = "state/battery";
const char *RStateBri = "state/bri";
const char *RStateButtonEvent = "state/buttonevent";
const char *RStateCarbonMonoxide = "state/carbonmonoxide";
const char *RStateColorMode = "state/colormode";
const char *RStateConsumption = "state/consumption";
const char *RStateCurrent = "state/current";
const char *RStateCt = "state/ct";
const char *RStateDark = "state/dark";
const char *RStateDaylight = "state/daylight";
const char *RStateEffect = "state/effect";
const char *RStateErrorCode = "state/errorcode";
const char *RStateEventDuration = "state/eventduration";
const char *RStateFire = "state/fire";
const char *RStateFlag = "state/flag";
const char *RStateFloorTemperature = "state/floortemperature";
const char *RStateGesture = "state/gesture";
const char *RStateHeating = "state/heating";
const char *RStateHue = "state/hue";
const char *RStateHumidity = "state/humidity";
const char *RStateLastCheckin = "state/lastcheckin";
const char *RStateLastSet = "state/lastset";
const char *RStateLastUpdated = "state/lastupdated";
const char *RStateLift = "state/lift";
const char *RStateLightLevel = "state/lightlevel";
const char *RStateLowBattery = "state/lowbattery";
const char *RStateLocaltime = "state/localtime";
const char *RStateLux = "state/lux";
const char *RStateMountingModeActive = "state/mountingmodeactive";
const char *RStateOn = "state/on";
const char *RStateOpen = "state/open";
const char *RStateOrientationX = "state/orientation_x";
const char *RStateOrientationY = "state/orientation_y";
const char *RStateOrientationZ = "state/orientation_z";
const char *RStatePresence = "state/presence";
const char *RStatePressure = "state/pressure";
const char *RStatePower = "state/power";
const char *RStateReachable = "state/reachable";
const char *RStateSat = "state/sat";
const char *RStateSpectralX = "state/spectral_x";
const char *RStateSpectralY = "state/spectral_y";
const char *RStateSpectralZ = "state/spectral_z";
const char *RStateSpeed = "state/speed";
const char *RStateStatus = "state/status";
const char *RStateSunrise = "state/sunrise";
const char *RStateSunset = "state/sunset";
const char *RStateUtc = "state/utc";
const char *RStateTampered = "state/tampered";
const char *RStateTemperature = "state/temperature";
const char *RStateTest = "state/test";
const char *RStateTilt = "state/tilt";
const char *RStateTiltAngle = "state/tiltangle";
const char *RStateValve = "state/valve";
const char *RStateVibration = "state/vibration";
const char *RStateVibrationStrength = "state/vibrationstrength";
const char *RStateVoltage = "state/voltage";
const char *RStateWater = "state/water";
const char *RStateWindowOpen = "state/windowopen";
const char *RStateX = "state/x";
const char *RStateY = "state/y";
const QStringList RStateEffectValues({
"none", "colorloop"
});
const QStringList RStateEffectValuesMueller({
"none", "colorloop", "sunset", "party", "worklight", "campfire", "romance", "nightlight"
});
const char *RConfigAlert = "config/alert";
const char *RConfigBattery = "config/battery";
const char *RConfigColorCapabilities = "config/colorcapabilities";
const char *RConfigCtMin = "config/ctmin";
const char *RConfigCtMax = "config/ctmax";
const char *RConfigConfigured = "config/configured";
const char *RConfigCoolSetpoint = "config/coolsetpoint";
const char *RConfigDelay = "config/delay";
const char *RConfigDisplayFlipped = "config/displayflipped";
const char *RConfigDuration = "config/duration";
const char *RConfigEnrolled = "config/enrolled";
const char *RConfigFanMode = "config/fanmode";
const char *RConfigGroup = "config/group";
const char *RConfigHeatSetpoint = "config/heatsetpoint";
const char *RConfigHostFlags = "config/hostflags";
const char *RConfigId = "config/id";
const char *RConfigLastChangeAmount = "config/lastchange_amount";
const char *RConfigLastChangeSource = "config/lastchange_source";
const char *RConfigLastChangeTime = "config/lastchange_time";
const char *RConfigLat = "config/lat";
const char *RConfigLedIndication = "config/ledindication";
const char *RConfigLocalTime = "config/localtime";
const char *RConfigLocked = "config/locked";
const char *RConfigLong = "config/long";
const char *RConfigLevelMin = "config/levelmin";
const char *RConfigMode = "config/mode";
const char *RConfigSetValve = "config/setvalve";
const char *RConfigMountingMode = "config/mountingmode";
const char *RConfigExternalTemperatureSensor = "config/externalsensortemp";
const char *RConfigExternalWindowOpen = "config/externalwindowopen";
const char *RConfigOffset = "config/offset";
const char *RConfigOn = "config/on";
const char *RConfigPending = "config/pending";
const char *RConfigPowerup = "config/powerup";
const char *RConfigPowerOnCt = "config/poweronct";
const char *RConfigPowerOnLevel = "config/poweronlevel";
const char *RConfigPreset = "config/preset";
const char *RConfigMelody = "config/melody";
const char *RConfigVolume = "config/volume";
const char *RConfigTempThreshold = "config/temperaturethreshold";
const char *RConfigHumiThreshold = "config/humiditythreshold";
const char *RConfigReachable = "config/reachable";
const char *RConfigSchedule = "config/schedule";
const char *RConfigScheduleOn = "config/schedule_on";
const char *RConfigSensitivity = "config/sensitivity";
const char *RConfigSensitivityMax = "config/sensitivitymax";
const char *RConfigSunriseOffset = "config/sunriseoffset";
const char *RConfigSunsetOffset = "config/sunsetoffset";
const char *RConfigSwingMode = "config/swingmode";
const char *RConfigTemperature = "config/temperature";
const char *RConfigTemperatureMeasurement = "config/temperaturemeasurement";
const char *RConfigTholdDark = "config/tholddark";
const char *RConfigTholdOffset = "config/tholdoffset";
const char *RConfigUrl = "config/url";
const char *RConfigUsertest = "config/usertest";
const char *RConfigWindowCoveringType = "config/windowcoveringtype";
const char *RConfigWindowOpen = "config/windowopen_set";
const char *RConfigUbisysJ1Mode = "config/ubisys_j1_mode";
const char *RConfigUbisysJ1WindowCoveringType = "config/ubisys_j1_windowcoveringtype";
const char *RConfigUbisysJ1ConfigurationAndStatus = "config/ubisys_j1_configurationandstatus";
const char *RConfigUbisysJ1InstalledOpenLimitLift = "config/ubisys_j1_installedopenlimitlift";
const char *RConfigUbisysJ1InstalledClosedLimitLift = "config/ubisys_j1_installedclosedlimitlift";
const char *RConfigUbisysJ1InstalledOpenLimitTilt = "config/ubisys_j1_installedopenlimittilt";
const char *RConfigUbisysJ1InstalledClosedLimitTilt = "config/ubisys_j1_installedclosedlimittilt";
const char *RConfigUbisysJ1TurnaroundGuardTime = "config/ubisys_j1_turnaroundguardtime";
const char *RConfigUbisysJ1LiftToTiltTransitionSteps = "config/ubisys_j1_lifttotilttransitionsteps";
const char *RConfigUbisysJ1TotalSteps = "config/ubisys_j1_totalsteps";
const char *RConfigUbisysJ1LiftToTiltTransitionSteps2 = "config/ubisys_j1_lifttotilttransitionsteps2";
const char *RConfigUbisysJ1TotalSteps2 = "config/ubisys_j1_totalsteps2";
const char *RConfigUbisysJ1AdditionalSteps = "config/ubisys_j1_additionalsteps";
const char *RConfigUbisysJ1InactivePowerThreshold = "config/ubisys_j1_inactivepowerthreshold";
const char *RConfigUbisysJ1StartupSteps = "config/ubisys_j1_startupsteps";
const QStringList RConfigLastChangeSourceValues({
"manual", "schedule", "zigbee"
});
static std::vector<const char*> rPrefixes;
static std::vector<ResourceItemDescriptor> rItemDescriptors;
static const QString rInvalidString; // is returned when string is asked but not available
const ResourceItemDescriptor rInvalidItemDescriptor(DataTypeUnknown, RInvalidSuffix);
void initResourceDescriptors()
{
rPrefixes.clear();
rItemDescriptors.clear();
// init resource lookup
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RAttrName));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RAttrManufacturerName));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RAttrModelId));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RAttrType));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RAttrClass));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RAttrId));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RAttrUniqueId));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RAttrProductId));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RAttrSwVersion));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeTime, RAttrLastAnnounced));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeTime, RAttrLastSeen));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RStateAirQuality));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RStateAirQualityPpb));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateAlarm));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RStateAlert));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateAllOn));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RStateAngle));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateAnyOn));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RStateBattery, 0, 100));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RStateBri));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt32, RStateButtonEvent));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateCarbonMonoxide));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RStateColorMode));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt64, RStateConsumption));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RStateCurrent));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RStateCt));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateDark));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateDaylight));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RStateEffect));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RStateErrorCode));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RStateEventDuration));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateFire));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateFlag));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt16, RStateFloorTemperature, -27315, 32767));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt32, RStateGesture));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateHeating));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RStateHue));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RStateHumidity, 0, 10000));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeTime, RStateLastCheckin));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeTime, RStateLastSet));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeTime, RStateLastUpdated));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RStateLift, 0, 100));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RStateLightLevel, 0, 0xfffe));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeTime, RStateLocaltime));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateLowBattery));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt32, RStateLux));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateMountingModeActive));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateOn));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateOpen));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt16, RStateOrientationX));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt16, RStateOrientationY));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt16, RStateOrientationZ));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStatePresence));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt16, RStatePressure, 0, 32767));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt16, RStatePower));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateReachable));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RStateSat));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RActionScene));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RStateSpectralX));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RStateSpectralY));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RStateSpectralZ));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RStateSpeed, 0, 6));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt32, RStateStatus));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeTime, RStateSunrise));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeTime, RStateSunset));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateTampered));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt16, RStateTemperature, -27315, 32767));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateTest));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RStateTilt, 0, 100));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RStateTiltAngle));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeTime, RStateUtc));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RStateValve));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateVibration));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RStateVibrationStrength));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RStateVoltage));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RStateWater));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RStateWindowOpen));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RStateX));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RStateY));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RConfigAlert));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RConfigBattery, 0, 100));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigColorCapabilities));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigCtMin));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigCtMax));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RConfigConfigured));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt16, RConfigCoolSetpoint, 700, 3500));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigDelay));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RConfigDisplayFlipped));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigDuration));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt32, RConfigEnrolled));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RConfigFanMode));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RConfigGroup));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt16, RConfigHeatSetpoint, 500, 3200));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt32, RConfigHostFlags));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt32, RConfigId));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt16, RConfigLastChangeAmount));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RConfigLastChangeSource));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeTime, RConfigLastChangeTime));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RConfigLat));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RConfigLedIndication));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeTime, RConfigLocalTime));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RConfigLocked));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RConfigSetValve));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RConfigLong));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RConfigLevelMin));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RConfigMode));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RConfigMountingMode));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt16, RConfigOffset, INT16_MIN, INT16_MAX));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RConfigOn));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RConfigPending));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt32, RConfigPowerup));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RConfigPowerOnLevel));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigPowerOnCt));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RConfigPreset));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RConfigMelody));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RConfigVolume));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RConfigTempThreshold));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RConfigHumiThreshold));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RConfigReachable));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RConfigSchedule));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RConfigScheduleOn));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RConfigSensitivity));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RConfigSensitivityMax));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt8, RConfigSunriseOffset, -120, 120));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt8, RConfigSunsetOffset, -120, 120));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RConfigSwingMode));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt16, RConfigTemperature, -27315, 32767));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RConfigTemperatureMeasurement));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigTholdDark, 0, 0xfffe));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigTholdOffset, 1, 0xfffe));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeString, RConfigUrl));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RConfigUsertest));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RConfigWindowCoveringType));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RConfigWindowOpen));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeInt16, RConfigExternalTemperatureSensor));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeBool, RConfigExternalWindowOpen));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RConfigUbisysJ1Mode));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RConfigUbisysJ1WindowCoveringType));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RConfigUbisysJ1ConfigurationAndStatus));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigUbisysJ1InstalledOpenLimitLift));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigUbisysJ1InstalledClosedLimitLift));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigUbisysJ1InstalledOpenLimitTilt));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigUbisysJ1InstalledClosedLimitTilt));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RConfigUbisysJ1TurnaroundGuardTime));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigUbisysJ1LiftToTiltTransitionSteps));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigUbisysJ1TotalSteps));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigUbisysJ1LiftToTiltTransitionSteps2));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigUbisysJ1TotalSteps2));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt8, RConfigUbisysJ1AdditionalSteps));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigUbisysJ1InactivePowerThreshold));
rItemDescriptors.emplace_back(ResourceItemDescriptor(DataTypeUInt16, RConfigUbisysJ1StartupSteps));
}
const char *getResourcePrefix(const QString &str)
{
Q_UNUSED(str);
return nullptr;
}
bool getResourceItemDescriptor(const QString &str, ResourceItemDescriptor &descr)
{
std::vector<ResourceItemDescriptor>::const_iterator i = rItemDescriptors.begin();
std::vector<ResourceItemDescriptor>::const_iterator end = rItemDescriptors.end();
for (; i != end; ++i)
{
if (str.endsWith(QLatin1String(i->suffix)))
{
descr = *i;
return true;
}
}
return false;
}
/*! Clears \p flags in \p item which must be a numeric value item.
The macro is used to print the flag defines as human readable.
*/
bool R_ClearFlags1(ResourceItem *item, qint64 flags, const char *strFlags)
{
DBG_Assert(item);
if (item)
{
const auto old = item->toNumber();
if ((old & flags) != 0)
{
DBG_Printf(DBG_INFO_L2, "[INFO_L2] - Clear %s flags %s (0x%016llX) in 0x%016llX --> 0x%016llX\n",
item->descriptor().suffix, strFlags, flags, item->toNumber(), old & ~flags);
item->setValue(item->toNumber() & ~flags);
return true;
}
}
return false;
}
/*! Sets \p flags in \p item which must be a numeric value item.
The macro is used to print the flag defines as human readable.
*/
bool R_SetFlags1(ResourceItem *item, qint64 flags, const char *strFlags)
{
DBG_Assert(item);
if (item)
{
const auto old = item->toNumber();
if ((old & flags) != flags)
{
DBG_Printf(DBG_INFO_L2, "[INFO_L2] - Set %s flags %s (0x%016llX) in 0x%016llX --> 0x%016llX\n",
item->descriptor().suffix, strFlags, flags, item->toNumber(), old | flags);
item->setValue(item->toNumber() | flags);
return true;
}
}
return false;
}
bool R_HasFlags(const ResourceItem *item, qint64 flags)
{
DBG_Assert(item);
if (item)
{
return (item->toNumber() & flags) == flags;
}
return false;
}
/*! The product map is a helper to map Basic Cluster manufacturer name and modelid
to human readable product identifiers like marketing string or the model no. as printed on the product package.
In case of Tuya multiple entries may refer to the same device, so in matching code
it's best to match against the \c productId.
Example:
if (R_GetProductId(sensor) == QLatin1String("SEA801-ZIGBEE TRV"))
{
}
Note: this will later on be replaced with the data from DDF files.
*/
struct ProductMap
{
const char *zmanufacturerName;
const char *zmodelId;
const char *manufacturer;
// a common product identifier even if multipe branded versions exist
const char *commonProductId;
};
static const ProductMap products[] =
{
// Prefix signification
// --------------------
// Tuya_THD : thermostat device using Tuya cluster
// Tuya_COVD : covering device using Tuya cluster
// Tuya Thermostat / TRV
{"_TYST11_zuhszj9s", "uhszj9s", "HiHome", "Tuya_THD WZB-TRVL TRV"},
{"_TYST11_KGbxAXL2", "GbxAXL2", "Saswell", "Tuya_THD SEA801-ZIGBEE TRV"},
{"_TYST11_c88teujp", "88teujp", "Saswell", "Tuya_THD SEA801-ZIGBEE TRV"},
{"_TZE200_c88teujp", "TS0601", "Saswell", "Tuya_THD SEA801-ZIGBEE TRV"},
{"_TYST11_ckud7u2l", "kud7u2l", "Tuya", "Tuya_THD HY369 TRV"},
{"_TZE200_ckud7u2l", "TS0601", "Tuya", "Tuya_THD HY369 TRV"},
{"_TZE200_ywdxldoj", "TS0601", "MOES/tuya", "Tuya_THD HY368 TRV"},
{"_TZE200_aoclfnxz", "TS0601", "Moes", "Tuya_THD BTH-002 Thermostat"},
{"_TYST11_jeaxp72v", "eaxp72v", "Essentials", "Tuya_THD Essentials TRV"},
{"_TYST11_kfvq6avy", "fvq6avy", "Revolt", "Tuya_THD NX-4911-675 TRV"},
{"_TZE200_kfvq6avy", "TS0601", "Revolt", "Tuya_THD NX-4911-675 TRV"},
{"_TYST11_zivfvd7h", "ivfvd7h", "Siterwell", "Tuya_THD GS361A-H04 TRV"},
{"_TZE200_zivfvd7h", "TS0601", "Siterwell", "Tuya_THD GS361A-H04 TRV"},
{"_TYST11_yw7cahqs", "w7cahqs", "Hama", "Tuya_THD Smart radiator TRV"},
// Tuya Covering
{"_TYST11_wmcdj3aq", "mcdj3aq", "Zemismart", "Tuya_COVD ZM25TQ"},
{"_TZE200_wmcdj3aq", "TS0601", "Zemismart", "Tuya_COVD ZM25TQ"},
{"_TZE200_fzo2pocs", "TS0601", "Zemismart", "Tuya_COVD ZM25TQ"},
{"_TYST11_xu1rkty3", "u1rkty3", "Smart Home", "Tuya_COVD DT82LEMA-1.2N"},
{"_TZE200_xuzcvlku", "TS0601", "Zemismart", "Tuya_COVD M515EGB"},
{"_TZE200_zah67ekd", "TS0601", "MoesHouse / Livolo", "Tuya_COVD AM43-0.45-40"},
{"_TZE200_nogaemzt", "TS0601", "Tuya", "Tuya_COVD YS-MT750"},
{"_TZE200_zpzndjez", "TS0601", "Tuya", "Tuya_COVD DS82"},
{"_TZE200_cowvfni3", "TS0601", "Zemismart", "Tuya_COVD ZM79E-DT"},
{"_TZE200_5zbp6j0u", "TS0601", "Tuya/Zemismart", "Tuya_COVD DT82LEMA-1.2N"},
{"_TZE200_fdtjuw7u", "TS0601", "Yushun", "Tuya_COVD YS-MT750"},
{"_TZE200_bqcqqjpb", "TS0601", "Yushun", "Tuya_COVD YS-MT750"},
// Tuya covering not using tuya cluster but need reversing
{"_TZ3000_egq7y6pr", "TS130F", "Lonsonho", "11830304 Switch"},
{"_TZ3000_xzqbrqk1", "TS130F", "Lonsonho", "Zigbee curtain switch"}, // https://github.com/dresden-elektronik/deconz-rest-plugin/issues/3757#issuecomment-776201454
{"_TZ3000_ltiqubue", "TS130F", "Tuya", "Zigbee curtain switch"},
{"_TZ3000_vd43bbfq", "TS130F", "Tuya", "QS-Zigbee-C01 Module"}, // Curtain module QS-Zigbee-C01
// Other
{"_TYST11_d0yu2xgi", "0yu2xgi", "NEO/Tuya", "NAS-AB02B0 Siren"},
{"_TZE200_d0yu2xgi", "TS0601", "NEO/Tuya", "NAS-AB02B0 Siren"},
{nullptr, nullptr, nullptr, nullptr}
};
/*! Returns the product identifier for a matching Basic Cluster manufacturer name. */
static QLatin1String productIdForManufacturerName(const QString &manufacturerName, const ProductMap *mapIter)
{
Q_ASSERT(mapIter);
for (; mapIter->commonProductId != nullptr; mapIter++)
{
if (manufacturerName == QLatin1String(mapIter->zmanufacturerName))
{
return QLatin1String(mapIter->commonProductId);
}
}
return QLatin1String("");
}
/*! Returns the product identifier for a resource. */
const QString R_GetProductId(Resource *resource)
{
DBG_Assert(resource);
if (!resource)
{
return rInvalidString;
}
auto *productId = resource->item(RAttrProductId);
if (productId)
{
return productId->toString();
}
const auto *manufacturerName = resource->item(RAttrManufacturerName);
const auto *modelId = resource->item(RAttrManufacturerName);
if (!manufacturerName || !modelId)
{
return rInvalidString;
}
if (isTuyaManufacturerName(manufacturerName->toString()))
{
// for Tuya devices match against manufacturer name
const auto productIdStr = productIdForManufacturerName(manufacturerName->toString(), products);
if (productIdStr.size() > 0)
{
productId = resource->addItem(DataTypeString, RAttrProductId);
DBG_Assert(productId);
productId->setValue(QString(productIdStr));
productId->setIsPublic(false); // not ready for public
return productId->toString();
}
else
{
// Fallback
// manufacturer name is the most unique identifier for Tuya
if (DBG_IsEnabled(DBG_INFO_L2))
{
DBG_Printf(DBG_INFO_L2, "No Tuya productId entry found for manufacturername: %s, modelId: %s\n",
qPrintable(manufacturerName->toString()), qPrintable(modelId->toString()));
}
return manufacturerName->toString();
}
}
else
{
return modelId->toString();
}
return rInvalidString;
}
/*! Copy constructor. */
ResourceItem::ResourceItem(const ResourceItem &other)
{
*this = other;
}
/*! Move constructor. */
ResourceItem::ResourceItem(ResourceItem &&other) :
m_isPublic(other.m_isPublic),
m_flags(other.m_flags),
m_num(other.m_num),
m_numPrev(other.m_numPrev),
m_str(nullptr),
m_rid(other.m_rid),
m_lastSet(std::move(other.m_lastSet)),
m_lastChanged(std::move(other.m_lastChanged)),
m_rulesInvolved(std::move(other.m_rulesInvolved))
{
if (other.m_str) // release
{
m_str = other.m_str;
other.m_str = nullptr;
}
other.m_rid = &rInvalidItemDescriptor;
}
/*! Destructor. */
ResourceItem::~ResourceItem()
{
if (m_str)
{
delete m_str;
m_str = nullptr;
}
}
/*! Returns true when a value has been set but not pushed upstream. */
bool ResourceItem::needPushSet() const
{
return (m_flags & FlagNeedPushSet) > 0;
}
/*! Returns true when a value has been set and is different from previous
but not pushed upstream.
*/
bool ResourceItem::needPushChange() const
{
return (m_flags & FlagNeedPushChange) > 0;
}
/*! Clears set and changed push flags, called after value has been pushed to upstream. */
void ResourceItem::clearNeedPush()
{
m_flags &= ~static_cast<quint16>(FlagNeedPushSet | FlagNeedPushChange);
}
/*! Copy assignment. */
ResourceItem &ResourceItem::operator=(const ResourceItem &other)
{
// self assignment?
if (this == &other)
{
return *this;
}
m_isPublic = other.m_isPublic;
m_flags = other.m_flags;
m_num = other.m_num;
m_numPrev = other.m_numPrev;
m_rid = other.m_rid;
m_lastSet = other.m_lastSet;
m_lastChanged = other.m_lastChanged;
m_rulesInvolved = other.m_rulesInvolved;
if (other.m_str)
{
if (m_str)
{
*m_str = *other.m_str;
}
else
{
m_str = new QString(*other.m_str);
}
}
else if (m_str)
{
delete m_str;
m_str = nullptr;
}
return *this;
}
/*! Move assignment. */
ResourceItem &ResourceItem::operator=(ResourceItem &&other)
{
// self assignment?
if (this == &other)
{
return *this;
}
m_isPublic = other.m_isPublic;
m_flags = other.m_flags;
m_num = other.m_num;
m_numPrev = other.m_numPrev;
m_rid = other.m_rid;
m_lastSet = std::move(other.m_lastChanged);
m_lastChanged = std::move(other.m_lastChanged);
m_rulesInvolved = std::move(other.m_rulesInvolved);
other.m_rid = &rInvalidItemDescriptor;
if (m_str)
{
delete m_str;
m_str = nullptr;
}
if (other.m_str)
{
m_str = other.m_str;
other.m_str = nullptr;
}
return *this;
}
/*! Initial main constructor to create a valid ResourceItem. */
ResourceItem::ResourceItem(const ResourceItemDescriptor &rid) :
m_num(0),
m_numPrev(0),
m_str(nullptr),
m_rid(&rid)
{
if (m_rid->type == DataTypeString ||
m_rid->type == DataTypeTime ||
m_rid->type == DataTypeTimePattern)
{
m_str = new QString;
}
}
const QString &ResourceItem::toString() const
{
if (m_rid->type == DataTypeString ||
m_rid->type == DataTypeTimePattern)
{
if (m_str)
{
return *m_str;
}
}
else if (m_rid->type == DataTypeTime)
{
if (m_num > 0)
{
QDateTime dt;
// default: local time in sec resolution
QString format = QLatin1String("yyyy-MM-ddTHH:mm:ss");
if (m_rid->suffix == RStateLastUpdated || m_rid->suffix == RStateLastCheckin)
{
// UTC in msec resolution
format = QLatin1String("yyyy-MM-ddTHH:mm:ss.zzz"); // TODO add Z
dt.setOffsetFromUtc(0);
}
else if (m_rid->suffix == RAttrLastAnnounced || m_rid->suffix == RStateLastSet || m_rid->suffix == RStateUtc || m_rid->suffix == RConfigLastChangeTime)
{
// UTC in sec resolution
format = QLatin1String("yyyy-MM-ddTHH:mm:ssZ");
dt.setOffsetFromUtc(0);
}
else if (m_rid->suffix == RAttrLastSeen)
{
// UTC in min resolution
format = QLatin1String("yyyy-MM-ddTHH:mmZ");
dt.setOffsetFromUtc(0);
}
else if (m_rid->suffix == RStateSunrise || m_rid->suffix == RStateSunset)
{
// UTC in sec resulution
format = QLatin1String("yyyy-MM-ddTHH:mm:ss"); // TODO add Z
dt.setOffsetFromUtc(0);
}
dt.setMSecsSinceEpoch(m_num);
*m_str = dt.toString(format);
return *m_str;
}
}
return rInvalidString;
}
qint64 ResourceItem::toNumber() const
{
return m_num;
}
qint64 ResourceItem::toNumberPrevious() const
{
return m_numPrev;
}
bool ResourceItem::toBool() const
{
return m_num != 0;
}
bool ResourceItem::setValue(const QString &val)
{
if (m_str)
{
m_lastSet = QDateTime::currentDateTime();
m_flags |= FlagNeedPushSet;
if (*m_str != val)
{
*m_str = val;
m_lastChanged = m_lastSet;
m_flags |= FlagNeedPushChange;
}
return true;
}
return false;
}
bool ResourceItem::setValue(qint64 val)
{
if (m_rid->validMin != 0 || m_rid->validMax != 0)
{
// range check
if (val < m_rid->validMin || val > m_rid->validMax)
{
return false;
}
}
m_lastSet = QDateTime::currentDateTime();
m_numPrev = m_num;
m_flags |= FlagNeedPushSet;
if (m_num != val)
{
m_num = val;
m_lastChanged = m_lastSet;
m_flags |= FlagNeedPushChange;
}
return true;
}
bool ResourceItem::setValue(const QVariant &val)
{
if (!val.isValid())
{
m_lastSet = QDateTime();
m_lastChanged = m_lastSet;
return true;
}
const auto now = QDateTime::currentDateTime();
if (m_rid->type == DataTypeString ||
m_rid->type == DataTypeTimePattern)
{
// TODO validate time pattern
if (m_str)
{
m_lastSet = now;
m_flags |= FlagNeedPushSet;
if (*m_str != val.toString())
{
*m_str = val.toString();
m_lastChanged = m_lastSet;
m_flags |= FlagNeedPushChange;
}
return true;
}
}
else if (m_rid->type == DataTypeBool)
{
m_lastSet = now;
m_numPrev = m_num;
m_flags |= FlagNeedPushSet;
if (m_num != val.toBool())
{
m_num = val.toBool();
m_lastChanged = m_lastSet;
m_flags |= FlagNeedPushChange;
}
return true;
}
else if (m_rid->type == DataTypeTime)
{
if (val.type() == QVariant::String)
{
QDateTime dt = QDateTime::fromString(val.toString(), QLatin1String("yyyy-MM-ddTHH:mm:ss"));
if (dt.isValid())
{
m_lastSet = now;
m_numPrev = m_num;
m_flags |= FlagNeedPushSet;
if (m_num != dt.toMSecsSinceEpoch())
{
m_num = dt.toMSecsSinceEpoch();
m_lastChanged = m_lastSet;
m_flags |= FlagNeedPushChange;
}
return true;
}
}
else if (val.type() == QVariant::DateTime)
{
m_lastSet = now;
m_numPrev = m_num;
m_flags |= FlagNeedPushSet;
if (m_num != val.toDateTime().toMSecsSinceEpoch())
{
m_num = val.toDateTime().toMSecsSinceEpoch();
m_lastChanged = m_lastSet;
m_flags |= FlagNeedPushChange;
}
return true;
}
}
else
{
bool ok = false;
const int n = val.toInt(&ok);
if (ok)
{
if (m_rid->validMin == 0 && m_rid->validMax == 0)
{ /* no range check */ }
else if (n >= m_rid->validMin && n <= m_rid->validMax)
{ /* range check: ok*/ }
else {
return false;
}
m_lastSet = now;
m_numPrev = m_num;
m_flags |= FlagNeedPushSet;
if (m_num != n)
{
m_num = n;
m_lastChanged = m_lastSet;
m_flags |= FlagNeedPushChange;
}
return true;
}
}
return false;
}
const ResourceItemDescriptor &ResourceItem::descriptor() const
{
Q_ASSERT(m_rid);
return *m_rid;
}
const QDateTime &ResourceItem::lastSet() const
{
return m_lastSet;
}
const QDateTime &ResourceItem::lastChanged() const
{
return m_lastChanged;
}
void ResourceItem::setTimeStamps(const QDateTime &t)
{
m_lastSet = t;
m_lastChanged = t;
}
QVariant ResourceItem::toVariant() const
{
if (!m_lastSet.isValid())
{
return QVariant();
}
if (m_rid->type == DataTypeString ||
m_rid->type == DataTypeTimePattern)
{
if (m_str)
{
return *m_str;
}
return QString();
}
else if (m_rid->type == DataTypeBool)
{
return (bool)m_num;
}
else if (m_rid->type == DataTypeTime)
{
return toString();
}
else
{
return (double)m_num;