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*///==============================================================================//    base_InstanceObject.cpp////    Contents://        Implementation of InstanceObject class////==============================================================================#include "base_InstanceObject.h"#include "base_InstanceObject_Impl.h"using namespace Intel::Mobile::BaseAPI;//==============================================================================//class InstanceObject;//==============================================================================// C_Tor()//==============================================================================InstanceObject::InstanceObject( void *pImpl )              : EventClient( pImpl ){	if ( m_pImpl != NULL )		(*reinterpret_cast<ObjectImplPtr*>(m_pImpl))->SetOwner( this );		m_Properties = new PROPERTYMAP();}//==============================================================================// D_Tor()//==============================================================================InstanceObject::~InstanceObject(){    if ( m_pImpl ) // If we have a valid impl * delete the SMART POINTER object    {		PROPERTYMAP *pPropertyMap = reinterpret_cast<PROPERTYMAP *>(m_Properties);		PROPERTYMAP::iterator iter;		while ( !pPropertyMap->empty() )		{			iter = pPropertyMap->begin();			delete (*iter).second;			pPropertyMap->erase( iter );		}				delete pPropertyMap;		m_Properties = NULL;        InstanceObjectImplPtr* pInstanceImpl = reinterpret_cast<InstanceObjectImplPtr*>(m_pImpl);                (*pInstanceImpl)->SetOwner( NULL ); // Remove this as owner of the impl.        delete pInstanceImpl;    }}//==============================================================================// GetType()//==============================================================================IntelMobileChar* InstanceObject::GetType() const{     return (*reinterpret_cast<InstanceObjectImplPtr*>(m_pImpl))->GetType();}//==============================================================================// GetType()//==============================================================================IntelMobileChar* InstanceObject::GetKey() const{     return (*reinterpret_cast<InstanceObjectImplPtr*>(m_pImpl))->GetKey();}//==============================================================================// AddObserver()  //==============================================================================bool InstanceObject::AddObserver( Event::EventType eType, Observer& observer ){	if ( IsEventAvailable( eType ) )	{		if ( m_pImpl )		{			InstanceObjectImplPtr		  spImpl = *reinterpret_cast<InstanceObjectImplPtr*>(m_pImpl);			return spImpl->AddObserver( eType, *reinterpret_cast<ObserverImpl*>(observer.GetImpl()) );		}	}	else	{		IntelMobileException ex( IntelMobileText("InstanceObject : NotSupportEvent Exception"), IntelMobileText("AddObserver"), IntelMobileText("AddObserver") );		throw( ex ); 	}	return false;} // AddObserver() //==============================================================================// RemoveObserver() : Remove it from the observer first. This returns a pointer //                    That may, or may not, be 'this' it is however garaunteed //                    to be of the same type.//==============================================================================bool InstanceObject::RemoveObserver( Event::EventType eType, Observer& observer ){  	if ( IsEventAvailable( eType ) )	{		if ( m_pImpl )		{			InstanceObjectImplPtr		  spImpl = *reinterpret_cast<InstanceObjectImplPtr*>(m_pImpl);			return spImpl->RemoveObserver( eType, *reinterpret_cast<ObserverImpl*>(observer.GetImpl()) );		}	}	else	{		IntelMobileException ex( IntelMobileText("InstanceObject : NotSupportEvent Exception"), IntelMobileText("RemoveObserver"), IntelMobileText("RemoveObserver") );		throw( ex ); 	}	return false;} // RemoveObserver() //==============================================================================// IsEventAvailable() : //==============================================================================bool InstanceObject::IsEventAvailable( Event::EventType eType ) {     if ( m_pImpl )	{		InstanceObjectImplPtr spImpl = *reinterpret_cast<InstanceObjectImplPtr*>(m_pImpl);		return spImpl->IsEventAvailable( eType );	}	return false;} // IsEventAvailable()//==============================================================================// InvokeMethod()//==============================================================================IntelMobileChar* InstanceObject::InvokeMethod(  IntelMobileChar* methodName, IntelMobileChar* param ){ 	if ( IsAvailable( methodName ) )	{		return (*reinterpret_cast<InstanceObjectImplPtr*>(m_pImpl))->InvokeMethod( methodName, param );	}    else	{		IntelMobileException ex( IntelMobileText("InstanceObject : NotSupportMethod Exception"), IntelMobileText("InvokeMethod"), IntelMobileText("InvokeMethod") );		throw( ex ); 	}}//==============================================================================// GetPropertyByName()//==============================================================================Property* InstanceObject::GetPropertyByName(  IntelMobileChar* name, IntelMobileChar* type, IntelMobileChar* nametype ){ 	PROPERTYMAP *pPropertyMap = reinterpret_cast<PROPERTYMAP *>(m_Properties);		IntelMobileString namestr = name;	PROPERTYMAP::iterator it = pPropertyMap->find( namestr );	if ( it != pPropertyMap->end() )		return (*it).second;	Property* pProperty = NULL;	if ( m_pImpl )	{		InstanceObjectImplPtr spImpl = *reinterpret_cast<InstanceObjectImplPtr*>(m_pImpl);				PropertyBaseImpl *pPropImpl = spImpl->GetPropertyImplByName( name, type );		if ( pPropImpl )		{			if ( ::strcmp(type, IntelMobileText("Byte")) == 0 ) pProperty = new ByteProperty( new PropertyBaseImplPtr( reinterpret_cast<BytePropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("Int")) == 0 ) pProperty = new IntProperty( new PropertyBaseImplPtr( reinterpret_cast<IntPropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("UInt")) == 0 ) pProperty = new UIntProperty( new PropertyBaseImplPtr( reinterpret_cast<UIntPropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("Int64")) == 0 ) pProperty = new Int64Property( new PropertyBaseImplPtr( reinterpret_cast<Int64PropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("UInt64")) == 0 ) pProperty = new UInt64Property( new PropertyBaseImplPtr( reinterpret_cast<UInt64PropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("String")) == 0 ) pProperty = new StringProperty( new PropertyBaseImplPtr( reinterpret_cast<StringPropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("Bool")) == 0 ) pProperty = new BoolProperty( new PropertyBaseImplPtr( reinterpret_cast<BoolPropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("DateTime")) == 0 ) pProperty = new DateTimeProperty( new PropertyBaseImplPtr( reinterpret_cast<DateTimePropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("Float")) == 0 ) pProperty = new FloatProperty( new PropertyBaseImplPtr( reinterpret_cast<FloatPropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("ByteArray")) == 0 ) pProperty = new ByteArrayProperty( new PropertyBaseImplPtr( reinterpret_cast<ByteArrayPropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("IntArray")) == 0 ) pProperty = new IntArrayProperty( new PropertyBaseImplPtr( reinterpret_cast<IntArrayPropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("UIntArray")) == 0 ) pProperty = new UIntArrayProperty( new PropertyBaseImplPtr( reinterpret_cast<UIntArrayPropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("Int64Array")) == 0 ) pProperty = new Int64ArrayProperty( new PropertyBaseImplPtr( reinterpret_cast<Int64ArrayPropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("UInt64Array")) == 0 ) pProperty = new UInt64ArrayProperty( new PropertyBaseImplPtr( reinterpret_cast<UInt64PropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("StringArray")) == 0 ) pProperty = new StringArrayProperty( new PropertyBaseImplPtr( reinterpret_cast<StringArrayPropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("BoolArray")) == 0 ) pProperty = new BoolArrayProperty( new PropertyBaseImplPtr( reinterpret_cast<BoolArrayPropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("DateTimeArray")) == 0 ) pProperty = new DateTimeArrayProperty( new PropertyBaseImplPtr( reinterpret_cast<DateTimeArrayPropertyImpl *>(pPropImpl) ) );			else if ( ::strcmp(type, IntelMobileText("FloatArray")) == 0 ) pProperty = new FloatArrayProperty( new PropertyBaseImplPtr( reinterpret_cast<FloatArrayPropertyImpl *>(pPropImpl) ) );			else 				pProperty = new Property( NULL, IntelMobileText("DummyProperty") );		}	}			if ( pProperty == NULL )		pProperty = new Property( NULL, IntelMobileText("DummyProperty") );	//if(nametype)		pProperty->SetNameType( nametype );	/*else		pProperty->SetNameType( type );*/	pPropertyMap->insert( it, pair<IntelMobileString, Property*>(namestr, pProperty) );	return pProperty;}//==============================================================================// IsAvailable()//==============================================================================bool InstanceObject::IsAvailable(  IntelMobileChar* methodName ){ 	if ( m_pImpl )	{		return (*reinterpret_cast<InstanceObjectImplPtr*>(m_pImpl))->IsAvailable( methodName );	}    return false;}//==============================================================================