counterthreshold.cpp

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//==============================================================================bool UIntCounterThreshold::SetThreshold( unsigned __int32 threshold ) {     CheckValid( IntelMobileText("UIntCounterThreshold"), IntelMobileText("SetThreshold") );    return (*reinterpret_cast<UIntCounterThresholdImplPtr*>(m_pImpl))->SetThreshold( threshold );  } // SetThreshold()//==============================================================================// GetOffset()//==============================================================================unsigned __int32 UIntCounterThreshold::GetOffset() const{     CheckValid( IntelMobileText("UIntCounterThreshold"), IntelMobileText("GetOffset") );    return (*reinterpret_cast<UIntCounterThresholdImplPtr*>(m_pImpl))->GetOffset();  } // GetOffset()//==============================================================================// SetOffset()//==============================================================================bool UIntCounterThreshold::SetOffset( unsigned __int32 offset ) {     CheckValid( IntelMobileText("UIntCounterThreshold"), IntelMobileText("SetOffset") );    return (*reinterpret_cast<UIntCounterThresholdImplPtr*>(m_pImpl))->SetOffset( offset );  } // SetOffset()//++++++++++++++++++++++++++++++++++++++++++++++++++++//  //  Class Int64CounterThreshold////++++++++++++++++++++++++++++++++++++++++++++++++++++//==============================================================================// C-Tor() : Constructor//==============================================================================Int64CounterThreshold::Int64CounterThreshold(){                                            // Instantiate a new SmartPointer containing a new Impl object    m_pImpl = new Int64CounterThresholdImplPtr( new Int64CounterThresholdImpl( this, 0, 0 ) );}//==============================================================================// SetObservedProperty() : //==============================================================================bool Int64CounterThreshold::SetObservedProperty( const Int64Property& observedProperty ){    CheckValid( IntelMobileText("Int64CounterThreshold"), IntelMobileText("SetObservedProperty") );    return Threshold::SetObservedProperty( observedProperty );  } // SetObservedProperty()//==============================================================================// GetThreshold()//==============================================================================__int64 Int64CounterThreshold::GetThreshold() const{     CheckValid( IntelMobileText("Int64CounterThreshold"), IntelMobileText("GetThreshold") );    return (*reinterpret_cast<Int64CounterThresholdImplPtr*>(m_pImpl))->GetThreshold();  } // GetThreshold()//==============================================================================// SetThreshold()//==============================================================================bool Int64CounterThreshold::SetThreshold( __int64 threshold ) {     CheckValid( IntelMobileText("Int64CounterThreshold"), IntelMobileText("SetThreshold") );    return (*reinterpret_cast<Int64CounterThresholdImplPtr*>(m_pImpl))->SetThreshold( threshold );  } // SetThreshold()//==============================================================================// GetOffset()//==============================================================================__int64 Int64CounterThreshold::GetOffset() const{     CheckValid( IntelMobileText("Int64CounterThreshold"), IntelMobileText("GetOffset") );    return (*reinterpret_cast<Int64CounterThresholdImplPtr*>(m_pImpl))->GetOffset();  } // GetOffset()//==============================================================================// SetOffset()//==============================================================================bool Int64CounterThreshold::SetOffset( __int64 offset ) {     CheckValid( IntelMobileText("Int64CounterThreshold"), IntelMobileText("SetOffset") );    return (*reinterpret_cast<Int64CounterThresholdImplPtr*>(m_pImpl))->SetOffset( offset );  } // SetOffset()//++++++++++++++++++++++++++++++++++++++++++++++++++++//  //  Class UInt64CounterThreshold////++++++++++++++++++++++++++++++++++++++++++++++++++++//==============================================================================// C-Tor() : Constructor//==============================================================================UInt64CounterThreshold::UInt64CounterThreshold(){                                            // Instantiate a new SmartPointer containing a new Impl object    m_pImpl = new UInt64CounterThresholdImplPtr( new UInt64CounterThresholdImpl( this, 0U, 0U ) );}//==============================================================================// SetObservedProperty() : //==============================================================================bool UInt64CounterThreshold::SetObservedProperty( const UInt64Property& observedProperty ){    CheckValid( IntelMobileText("UInt64CounterThreshold"), IntelMobileText("SetObservedProperty") );    return Threshold::SetObservedProperty( observedProperty );  } // SetObservedProperty()//==============================================================================// GetThreshold()//==============================================================================unsigned __int64 UInt64CounterThreshold::GetThreshold() const{     CheckValid( IntelMobileText("UInt64CounterThreshold"), IntelMobileText("GetThreshold") );    return (*reinterpret_cast<UInt64CounterThresholdImplPtr*>(m_pImpl))->GetThreshold();  } // GetThreshold()//==============================================================================// SetThreshold()//==============================================================================bool UInt64CounterThreshold::SetThreshold( unsigned __int64 threshold ) {     CheckValid( IntelMobileText("UInt64CounterThreshold"), IntelMobileText("SetThreshold") );    return (*reinterpret_cast<UInt64CounterThresholdImplPtr*>(m_pImpl))->SetThreshold( threshold );  } // SetThreshold()//==============================================================================// GetOffset()//==============================================================================unsigned __int64 UInt64CounterThreshold::GetOffset() const{     CheckValid( IntelMobileText("UInt64CounterThreshold"), IntelMobileText("GetOffset") );    return (*reinterpret_cast<UInt64CounterThresholdImplPtr*>(m_pImpl))->GetOffset();  } // GetOffset()//==============================================================================// SetOffset()//==============================================================================bool UInt64CounterThreshold::SetOffset( unsigned __int64 offset ) {     CheckValid( IntelMobileText("UInt64CounterThreshold"), IntelMobileText("SetOffset") );    return (*reinterpret_cast<UInt64CounterThresholdImplPtr*>(m_pImpl))->SetOffset( offset );  } // SetOffset()//++++++++++++++++++++++++++++++++++++++++++++++++++++//  //  Class DateCounterThreshold////++++++++++++++++++++++++++++++++++++++++++++++++++++//==============================================================================// C-Tor() : Constructor//==============================================================================DateCounterThreshold::DateCounterThreshold(){                                            // Instantiate a new SmartPointer containing a new Impl object    m_pImpl = new DateCounterThresholdImplPtr( new DateCounterThresholdImpl( this, 0.0, 0.0 ) );}//==============================================================================// SetObservedProperty() : //==============================================================================bool DateCounterThreshold::SetObservedProperty( const DateTimeProperty& observedProperty ){    CheckValid( IntelMobileText("DateCounterThreshold"), IntelMobileText("SetObservedProperty") );    return Threshold::SetObservedProperty( observedProperty );  } // SetObservedProperty()//==============================================================================// GetThreshold()//==============================================================================DATE DateCounterThreshold::GetThreshold() const{     CheckValid( IntelMobileText("DateCounterThreshold"), IntelMobileText("GetThreshold") );    return (*reinterpret_cast<DateCounterThresholdImplPtr*>(m_pImpl))->GetThreshold();  } // GetThreshold()//==============================================================================// SetThreshold()//==============================================================================bool DateCounterThreshold::SetThreshold( DATE threshold ) {     CheckValid( IntelMobileText("DateCounterThreshold"), IntelMobileText("SetThreshold") );    return (*reinterpret_cast<DateCounterThresholdImplPtr*>(m_pImpl))->SetThreshold( threshold );  } // SetThreshold()//==============================================================================// GetOffset()//==============================================================================DATE DateCounterThreshold::GetOffset() const{     CheckValid( IntelMobileText("DateCounterThreshold"), IntelMobileText("GetOffset") );    return (*reinterpret_cast<DateCounterThresholdImplPtr*>(m_pImpl))->GetOffset();  } // GetOffset()//==============================================================================// SetOffset()//==============================================================================bool DateCounterThreshold::SetOffset( DATE offset ) {     CheckValid( IntelMobileText("DateCounterThreshold"), IntelMobileText("SetOffset") );    return (*reinterpret_cast<DateCounterThresholdImplPtr*>(m_pImpl))->SetOffset( offset );  } // SetOffset()//==============================================================================

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