update esppilight lib
content of the library is not filtered on 433mhz only
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//-----------------------------------------------------------------------------
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//
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// SensorMultilevel.cpp
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//
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// Implementation of the Z-Wave COMMAND_CLASS_SENSOR_MULTILEVEL
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//
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// Copyright (c) 2010 Mal Lansell <openzwave@lansell.org>
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//
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// SOFTWARE NOTICE AND LICENSE
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//
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// This file is part of OpenZWave.
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//
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// OpenZWave is free software: you can redistribute it and/or modify
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// it under the terms of the GNU Lesser General Public License as published
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// by the Free Software Foundation, either version 3 of the License,
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// or (at your option) any later version.
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//
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// OpenZWave is distributed in the hope that it will be useful,
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// but WITHOUT ANY WARRANTY; without even the implied warranty of
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// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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// GNU Lesser General Public License for more details.
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//
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// You should have received a copy of the GNU Lesser General Public License
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// along with OpenZWave. If not, see <http://www.gnu.org/licenses/>.
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//
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//-----------------------------------------------------------------------------
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#include "CommandClasses.h"
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#include "SensorMultilevel.h"
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#include "MultiInstance.h"
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#include "../Defs.h"
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#include "../Bitfield.h"
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#include "../Msg.h"
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#include "../Node.h"
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#include "../Driver.h"
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#include "../platform/Log.h"
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#include "../value_classes/ValueDecimal.h"
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using namespace OpenZWave;
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enum SensorMultilevelCmd
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{
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SensorMultilevelCmd_SupportedGet = 0x01,
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SensorMultilevelCmd_SupportedReport = 0x02,
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SensorMultilevelCmd_Get = 0x04,
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SensorMultilevelCmd_Report = 0x05
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};
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enum SensorType
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{
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SensorType_Temperature = 1,
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SensorType_General,
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SensorType_Luminance,
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SensorType_Power,
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SensorType_RelativeHumidity,
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SensorType_Velocity,
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SensorType_Direction,
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SensorType_AtmosphericPressure,
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SensorType_BarometricPressure,
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SensorType_SolarRadiation,
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SensorType_DewPoint,
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SensorType_RainRate,
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SensorType_TideLevel,
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SensorType_Weight,
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SensorType_Voltage,
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SensorType_Current,
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SensorType_CO2,
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SensorType_AirFlow,
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SensorType_TankCapacity,
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SensorType_Distance,
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SensorType_AnglePosition,
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SensorType_Rotation,
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SensorType_WaterTemperature,
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SensorType_SoilTemperature,
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SensorType_SeismicIntensity,
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SensorType_SeismicMagnitude,
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SensorType_Ultraviolet,
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SensorType_ElectricalResistivity,
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SensorType_ElectricalConductivity,
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SensorType_Loudness,
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SensorType_Moisture,
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SensorType_MaxType
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};
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static char const* c_sensorTypeNames[] =
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{
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"Undefined",
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"Temperature",
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"General",
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"Luminance",
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"Power",
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"Relative Humidity",
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"Velocity",
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"Direction",
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"Atmospheric Pressure",
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"Barometric Pressure",
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"Solar Radiation",
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"Dew Point",
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"Rain Rate",
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"Tide Level",
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"Weight",
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"Voltage",
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"Current",
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"CO2 Level",
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"Air Flow",
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"Tank Capacity",
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"Distance",
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"Angle Position",
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"Rotation",
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"Water Temperature",
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"Soil Temperature",
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"Seismic Intensity",
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"Seismic Magnitude",
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"Utraviolet",
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"Electrical Resistivity",
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"Electrical Conductivity",
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"Loudness",
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"Moisture"
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};
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static char const* c_tankCapcityUnits[] =
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{
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"l",
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"cbm",
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"gal",
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""
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};
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static char const* c_distanceUnits[] =
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{
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"m",
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"cm",
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"ft",
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""
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};
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static char const* c_anglePositionUnits[] =
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{
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"%",
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"deg N",
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"deg S",
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""
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};
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static char const* c_seismicIntensityUnits[] =
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{
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"mercalli",
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"EU macroseismic",
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"liedu",
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"shindo",
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""
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};
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static char const* c_seismicMagnitudeUnits[] =
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{
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"local",
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"moment",
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"surface wave",
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"body wave",
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""
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};
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static char const* c_moistureUnits[] =
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{
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"%",
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"content",
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"k ohms",
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"water activity",
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""
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};
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//-----------------------------------------------------------------------------
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// <SensorMultilevel::RequestState>
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// Request current state from the device
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//-----------------------------------------------------------------------------
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bool SensorMultilevel::RequestState
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(
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uint32 const _requestFlags,
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uint8 const _instance,
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Driver::MsgQueue const _queue
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)
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{
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bool res = false;
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if( GetVersion() > 4 )
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{
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if( _requestFlags & RequestFlag_Static )
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{
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Msg* msg = new Msg( "SensorMultilevelCmd_SupportedGet", GetNodeId(), REQUEST, FUNC_ID_ZW_SEND_DATA, true, true, FUNC_ID_APPLICATION_COMMAND_HANDLER, GetCommandClassId() );
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msg->SetInstance( this, _instance );
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msg->Append( GetNodeId() );
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msg->Append( 2 );
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msg->Append( GetCommandClassId() );
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msg->Append( SensorMultilevelCmd_SupportedGet );
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msg->Append( GetDriver()->GetTransmitOptions() );
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GetDriver()->SendMsg( msg, _queue );
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res = true;
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}
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}
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if( _requestFlags & RequestFlag_Dynamic )
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{
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res |= RequestValue( _requestFlags, 0, _instance, _queue );
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}
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return res;
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}
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//-----------------------------------------------------------------------------
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// <SensorMultilevel::RequestValue>
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// Request current value from the device
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//-----------------------------------------------------------------------------
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bool SensorMultilevel::RequestValue
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(
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uint32 const _requestFlags,
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uint8 const _dummy, // = 0 (not used)
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uint8 const _instance,
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Driver::MsgQueue const _queue
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)
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{
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bool res = false;
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if ( !IsGetSupported() ) {
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Log::Write( LogLevel_Info, GetNodeId(), "SensorMultilevelCmd_Get Not Supported on this node");
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return false;
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}
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if( GetVersion() < 5 )
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{
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Msg* msg = new Msg( "SensorMultilevelCmd_Get", GetNodeId(), REQUEST, FUNC_ID_ZW_SEND_DATA, true, true, FUNC_ID_APPLICATION_COMMAND_HANDLER, GetCommandClassId() );
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msg->SetInstance( this, _instance );
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msg->Append( GetNodeId() );
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msg->Append( 2 );
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msg->Append( GetCommandClassId() );
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msg->Append( SensorMultilevelCmd_Get );
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msg->Append( GetDriver()->GetTransmitOptions() );
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GetDriver()->SendMsg( msg, _queue );
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res = true;
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}
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else
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{
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for( uint8 i = 1; i < SensorType_MaxType; i++ )
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{
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Value* value = GetValue( _instance, i );
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if( value != NULL )
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{
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value->Release();
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Msg* msg = new Msg( "SensorMultilevelCmd_Get", GetNodeId(), REQUEST, FUNC_ID_ZW_SEND_DATA, true, true, FUNC_ID_APPLICATION_COMMAND_HANDLER, GetCommandClassId() );
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msg->SetInstance( this, _instance );
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msg->Append( GetNodeId() );
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msg->Append( 3 );
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msg->Append( GetCommandClassId() );
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msg->Append( SensorMultilevelCmd_Get );
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msg->Append( i );
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msg->Append( GetDriver()->GetTransmitOptions() );
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GetDriver()->SendMsg( msg, _queue );
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res = true;
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}
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}
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}
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return res;
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}
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//-----------------------------------------------------------------------------
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// <SensorMultilevel::HandleMsg>
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// Handle a message from the Z-Wave network
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//-----------------------------------------------------------------------------
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bool SensorMultilevel::HandleMsg
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(
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uint8 const* _data,
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uint32 const _length,
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uint32 const _instance // = 1
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)
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{
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if (SensorMultilevelCmd_SupportedReport == (SensorMultilevelCmd)_data[0])
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{
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string msg = "";
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if( Node* node = GetNodeUnsafe() )
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{
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for( uint8 i = 1; i <= ( _length - 2 ); i++ )
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{
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for( uint8 j = 0; j < 8; j++ )
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{
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if( _data[i] & ( 1 << j ) )
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{
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if( msg != "" )
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msg += ", ";
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uint8 index = ( ( i - 1 ) * 8 ) + j + 1;
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if (index >= SensorType_MaxType) /* max size for c_sensorTypeNames */
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{
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Log::Write (LogLevel_Warning, GetNodeId(), "SensorType Value was greater than range. Dropping");
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continue;
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}
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msg += c_sensorTypeNames[index];
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ValueDecimal* value = static_cast<ValueDecimal*>( GetValue( _instance, index ) );
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if( value == NULL)
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{
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node->CreateValueDecimal( ValueID::ValueGenre_User, GetCommandClassId(), _instance, index, c_sensorTypeNames[index], "", true, false, "0.0", 0 );
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}
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}
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}
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}
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}
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Log::Write( LogLevel_Info, GetNodeId(), "Received SensorMultiLevel supported report from node %d: %s", GetNodeId(), msg.c_str() );
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}
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else if (SensorMultilevelCmd_Report == (SensorMultilevelCmd)_data[0])
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{
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uint8 scale;
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uint8 precision = 0;
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uint8 sensorType = _data[1];
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string valueStr = ExtractValue( &_data[2], &scale, &precision );
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Node* node = GetNodeUnsafe();
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if( node != NULL )
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{
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char const* units = "";
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switch( sensorType )
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{
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case SensorType_Temperature: units = scale ? "F" : "C"; break;
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case SensorType_General: units = scale ? "" : "%"; break;
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case SensorType_Luminance: units = scale ? "lux" : "%"; break;
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case SensorType_Power: units = scale ? "BTU/h" : "W"; break;
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case SensorType_RelativeHumidity: units = scale ? "" : "%"; break;
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case SensorType_Velocity: units = scale ? "mph" : "m/s"; break;
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case SensorType_Direction: units = ""; break;
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case SensorType_AtmosphericPressure: units = scale ? "inHg" : "kPa"; break;
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case SensorType_BarometricPressure: units = scale ? "inHg" : "kPa"; break;
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case SensorType_SolarRadiation: units = "W/m2"; break;
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case SensorType_DewPoint: units = scale ? "F" : "C"; break;
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case SensorType_RainRate: units = scale ? "in/h" : "mm/h"; break;
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case SensorType_TideLevel: units = scale ? "ft" : "m"; break;
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case SensorType_Weight: units = scale ? "lb" : "kg"; break;
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case SensorType_Voltage: units = scale ? "mV" : "V"; break;
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case SensorType_Current: units = scale ? "mA" : "A"; break;
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case SensorType_CO2: units = "ppm"; break;
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case SensorType_AirFlow: units = scale ? "cfm" : "m3/h"; break;
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case SensorType_TankCapacity: {
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if (scale > 2) /* size of c_tankCapcityUnits minus invalid */
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{
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Log::Write (LogLevel_Warning, GetNodeId(), "Scale Value for c_tankCapcityUnits was greater than range. Setting to empty");
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units = c_tankCapcityUnits[3]; /* empty entry */
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}
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else
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{
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units = c_tankCapcityUnits[scale];
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}
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}
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break;
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case SensorType_Distance: {
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if (scale > 2) /* size of c_distanceUnits minus invalid */
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{
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Log::Write (LogLevel_Warning, GetNodeId(), "Scale Value for c_distanceUnits was greater than range. Setting to empty");
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units = c_distanceUnits[3]; /* empty entry */
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}
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else
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{
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units = c_distanceUnits[scale];
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}
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}
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break;
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case SensorType_AnglePosition: {
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if (scale > 2) /* size of c_anglePositionUnits minus invalid */
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{
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Log::Write (LogLevel_Warning, GetNodeId(), "Scale Value for c_anglePositionUnits was greater than range. Setting to empty");
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units = c_anglePositionUnits[3]; /* empty entry */
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}
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else
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{
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units = c_anglePositionUnits[scale];
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}
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}
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break;
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case SensorType_Rotation: units = scale ? "hz" : "rpm"; break;
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case SensorType_WaterTemperature: units = scale ? "F" : "C"; break;
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case SensorType_SoilTemperature: units = scale ? "F" : "C"; break;
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case SensorType_SeismicIntensity: {
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if (scale > 3) /* size of c_seismicIntensityUnits minus invalid */
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{
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Log::Write (LogLevel_Warning, GetNodeId(), "Scale Value for c_seismicIntensityUnits was greater than range. Setting to empty");
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units = c_seismicIntensityUnits[4]; /* empty entry */
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}
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else
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{
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units = c_seismicIntensityUnits[scale];
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}
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}
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break;
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case SensorType_SeismicMagnitude: {
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if (scale > 3) /* size of c_seismicMagnitudeUnits minus invalid */
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{
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Log::Write (LogLevel_Warning, GetNodeId(), "Scale Value for c_seismicMagnitudeUnits was greater than range. Setting to empty");
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units = c_seismicMagnitudeUnits[4]; /* empty entry */
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}
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else
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{
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units = c_seismicMagnitudeUnits[scale];
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}
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}
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break;
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case SensorType_Ultraviolet: units = ""; break;
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case SensorType_ElectricalResistivity: units = "ohm"; break;
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case SensorType_ElectricalConductivity: units = "siemens/m"; break;
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case SensorType_Loudness: units = scale ? "dBA" : "db"; break;
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case SensorType_Moisture: {
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if (scale > 3) /* size of c_moistureUnits minus invalid */
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{
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Log::Write (LogLevel_Warning, GetNodeId(), "Scale Value for c_moistureUnits was greater than range. Setting to empty");
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units = c_moistureUnits[4]; /* empty entry */
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}
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else
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{
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units = c_moistureUnits[scale];
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}
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}
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break;
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default: {
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Log::Write (LogLevel_Warning, GetNodeId(), "sensorType Value was greater than range. Dropping");
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return false;
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}
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break;
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}
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ValueDecimal* value = static_cast<ValueDecimal*>( GetValue( _instance, sensorType ) );
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if( value == NULL)
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{
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node->CreateValueDecimal( ValueID::ValueGenre_User, GetCommandClassId(), _instance, sensorType, c_sensorTypeNames[sensorType], units, true, false, "0.0", 0 );
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value = static_cast<ValueDecimal*>( GetValue( _instance, sensorType ) );
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}
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else
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{
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value->SetUnits(units);
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}
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Log::Write( LogLevel_Info, GetNodeId(), "Received SensorMultiLevel report from node %d, instance %d, %s: value=%s%s", GetNodeId(), _instance, c_sensorTypeNames[sensorType], valueStr.c_str(), value->GetUnits().c_str() );
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if( value->GetPrecision() != precision )
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{
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value->SetPrecision( precision );
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}
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value->OnValueRefreshed( valueStr );
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value->Release();
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return true;
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}
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}
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return false;
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}
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//-----------------------------------------------------------------------------
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// <SensorMultilevel::CreateVars>
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// Create the values managed by this command class
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//-----------------------------------------------------------------------------
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void SensorMultilevel::CreateVars
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(
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uint8 const _instance
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)
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{
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// Don't create anything here. We do it in the report.
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}
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