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*///==============================================================================// ValueThreshold.cpp //       Implementation of base class ValueThreshold//==============================================================================#include "./ValueThreshold.h"  #include "../ThresholdImpl/ValueThreshold_Impl.h"  #include "../Base/base_Property.h"using namespace Intel::Mobile::ThresholdAPI;//==============================================================================// C-Tor() : Default constructor//==============================================================================ValueThreshold::ValueThreshold(){}//==============================================================================// D-Tor() : //==============================================================================ValueThreshold::~ValueThreshold(){}//==============================================================================// GetNotifyMatch() : //==============================================================================bool ValueThreshold::GetNotifyMatch() const {     CheckValid( IntelMobileText("ValueThreshold"), IntelMobileText("GetNotifyMatch") );    return (*reinterpret_cast<ValueThresholdImplPtr*>(m_pImpl))->GetNotifyMatch(); } // GetNotifyHigh()//==============================================================================// GetNotifyDiffer() : //==============================================================================bool ValueThreshold::GetNotifyDiffer() const {     CheckValid( IntelMobileText("ValueThreshold"), IntelMobileText("GetNotifyDiffer") );    return (*reinterpret_cast<ValueThresholdImplPtr*>(m_pImpl))->GetNotifyDiffer(); } // GetNotifyDiffer()//==============================================================================// SetNotifyMatch() : //==============================================================================bool ValueThreshold::SetNotifyMatch( bool bNotify )  {     CheckValid( IntelMobileText("ValueThreshold"), IntelMobileText("SetNotifyMatch") );        return (*reinterpret_cast<ValueThresholdImplPtr*>(m_pImpl))->SetNotifyMatch( bNotify );  } // SetNotifyMatch()//==============================================================================// SetNotifyDiffer() : //==============================================================================bool ValueThreshold::SetNotifyDiffer( bool bNotify )  {     CheckValid( IntelMobileText("ValueThreshold"), IntelMobileText("SetNotifyDiffer") );    return (*reinterpret_cast<ValueThresholdImplPtr*>(m_pImpl))->SetNotifyDiffer( bNotify );  } // SetNotifyDiffer()// END CLASS DEFINITION ValueThreshold//------------------------------------------------------------------------// // Class: StringValueThreshold////------------------------------------------------------------------------//==============================================================================// C-Tor() : Constructor//==============================================================================StringValueThreshold::StringValueThreshold(){    // Instantiate a new SmartPointer containing a new Impl object    m_pImpl = new StringValueThresholdImplPtr( new StringValueThresholdImpl( this, IntelMobileText("") ) );}//==============================================================================// SetObservedProperty() : //==============================================================================bool StringValueThreshold::SetObservedProperty( const StringProperty& observedProperty ){    CheckValid( IntelMobileText("StringValueThreshold"), IntelMobileText("SetObservedProperty") );    return Threshold::SetObservedProperty( observedProperty );  } // SetObservedProperty()//==============================================================================// SetValue() : //==============================================================================bool StringValueThreshold::SetValue( const IntelMobileChar* pszValue ){    CheckValid( IntelMobileText("StringValueThreshold"), IntelMobileText("SetValue") );    return (*reinterpret_cast<StringValueThresholdImplPtr*>(m_pImpl))->SetValue( pszValue );  } // SetValue()                                                                                  //==============================================================================// GetValue() : //==============================================================================const IntelMobileChar*  StringValueThreshold::GetValue( ) const{    CheckValid( IntelMobileText("StringValueThreshold"), IntelMobileText("GetValue") );    return (*reinterpret_cast<StringValueThresholdImplPtr*>(m_pImpl))->GetValue();} // GetValue()//end class StringValueThreshold //ByteValueThreshold::ByteValueThreshold()//    : m_Value(0)//{//}//ByteValueThreshold::ByteValueThreshold( unsigned char value, bool notifyMatch, bool notifyDiffer, Property* pObservedProperty, long granularityPeriod, ThresholdObserver* thresholdObserver)//    : m_Value(value)//    , ValueThreshold(notifyMatch, notifyDiffer, pObservedProperty, granularityPeriod, thresholdObserver)//{//}//void ByteValueThreshold::SetValue(unsigned char value) { m_Value = value; }//unsigned char ByteValueThreshold::GetValue() { return m_Value; }////end class ByteValueThreshold ////////IntValueThreshold::IntValueThreshold()//    : m_Value(0)//{//}//IntValueThreshold::IntValueThreshold( int value, bool notifyMatch, bool notifyDiffer, Property* pObservedProperty, long granularityPeriod, ThresholdObserver* thresholdObserver)//    : m_Value(value)//    , ValueThreshold(notifyMatch, notifyDiffer, pObservedProperty, granularityPeriod, thresholdObserver)//{//}//void IntValueThreshold::SetValue(int value) { m_Value = value; }//int IntValueThreshold::GetValue() { return m_Value; }////end class IntValueThreshold ////////UIntValueThreshold::UIntValueThreshold()//    : m_Value(0)//{//}//UIntValueThreshold::UIntValueThreshold( unsigned int value, bool notifyMatch, bool notifyDiffer, Property* pObservedProperty, long granularityPeriod, ThresholdObserver* thresholdObserver)//    : m_Value(value)//    , ValueThreshold(notifyMatch, notifyDiffer, pObservedProperty, granularityPeriod, thresholdObserver)//{//}//void UIntValueThreshold::SetValue(unsigned int value) { m_Value = value; }//unsigned int UIntValueThreshold::GetValue() { return m_Value; }////end class UIntValueThreshold ////////Int64ValueThreshold::Int64ValueThreshold()//    : m_Value(0)//{//}//Int64ValueThreshold::Int64ValueThreshold( __int64 value, bool notifyMatch, bool notifyDiffer, Property* pObservedProperty, long granularityPeriod, ThresholdObserver* thresholdObserver)//    : m_Value(value)//    , ValueThreshold(notifyMatch, notifyDiffer, pObservedProperty, granularityPeriod, thresholdObserver)//{//}//void Int64ValueThreshold::SetValue(__int64 value) { m_Value = value; }//__int64 Int64ValueThreshold::GetValue() { return m_Value; }////end class Int64ValueThreshold ////////UInt64ValueThreshold::UInt64ValueThreshold()//    : m_Value(0)//{//}//UInt64ValueThreshold::UInt64ValueThreshold( unsigned __int64 value, bool notifyMatch, bool notifyDiffer, Property* pObservedProperty, long granularityPeriod, ThresholdObserver* thresholdObserver)//    : m_Value(value)//    , ValueThreshold(notifyMatch, notifyDiffer, pObservedProperty, granularityPeriod, thresholdObserver)//{//}//void UInt64ValueThreshold::SetValue(unsigned __int64 value) { m_Value = value; }//unsigned __int64 UInt64ValueThreshold::GetValue() { return m_Value; }////end class UInt64ValueThreshold ////////DateValueThreshold::DateValueThreshold()//    : m_Value(0)//{//}//DateValueThreshold::DateValueThreshold( DATE value, bool notifyMatch, bool notifyDiffer, Property* pObservedProperty, long granularityPeriod, ThresholdObserver* thresholdObserver)//    : m_Value(value)//    , ValueThreshold(notifyMatch, notifyDiffer, pObservedProperty, granularityPeriod, thresholdObserver)//{//}//void DateValueThreshold::SetValue(DATE value) { m_Value = value; }//DATE DateValueThreshold::GetValue() { return m_Value; }////end class DateValueThreshold ////////FloatValueThreshold::FloatValueThreshold()//    : m_Value(0)//{//}//FloatValueThreshold::FloatValueThreshold( float value, bool notifyMatch, bool notifyDiffer, Property* pObservedProperty, long granularityPeriod, ThresholdObserver* thresholdObserver)//    : m_Value(value)//    , ValueThreshold(notifyMatch, notifyDiffer, pObservedProperty, granularityPeriod, thresholdObserver)//{//}//void FloatValueThreshold::SetValue(float value) { m_Value = value; }//float FloatValueThreshold::GetValue() { return m_Value; }////end class FloatValueThreshold //////