SensorProperty.h

#ifndef _SENSORPROPERTY_H
#define _SENSORPROPERTY_H
// -------------------------------------------------------------------------
#include <gtkmm.h>
#include <UniSetTypes.h>
#include <MessageType.h>
#include <uniwidgets/SensorProp.h>
#include <uniwidgets/Connector.h>
// -------------------------------------------------------------------------
class GuiPM;
class USensorProperty;
// -------------------------------------------------------------------------
namespace Glib
{
//TODO write documentation
template <>
class Property<USensorProperty>
{
public:
//  Property(Gtk::Widget& targ, const Glib::ustring& name, GuiPM **guipm_ptr, Glib::ustring uniset_name = "DefaultSensor") :
    Property(Gtk::Widget& targ, const Glib::ustring& name, ConnectorRef connector_ref, Glib::ustring uniset_name = "DefaultSensor") :
    m_property(&targ, name, connector_ref, uniset_name)
//  ,sens_name(&targ, name+"-sensor-name")
//  ,node_name(&targ, name+"-node-name")
//  ,sens_id(&targ, name+"-sensor-id")
//  ,node_id(&targ, name+"-node-id")
//  ,stype(&targ,name+"-stype")
    {}

    ~Property(){}

    void set_sens_name(std::string name) {m_property.set_sens_name(name); }
    void set_node_name(std::string name) {m_property.set_node_name(name); }
    void set_sens_id(UniSetTypes::ObjectId id) {m_property.set_sens_id(id); }
    void set_node_id(UniSetTypes::ObjectId id) {m_property.set_node_id(id); }
    void set_stype(std::string type) {m_property.set_stype(type); }
    UniSetTypes::ObjectId get_sens_id() { return m_property.get_sens_id();}
    Property& operator= (const Property& property) 
    {
        if (this == &property) return *this;
        m_property.sens_name = property.m_property.sens_name.get_value();
        m_property.node_name = property.m_property.node_name.get_value();
        m_property.sens_id = property.m_property.sens_id.get_value();
        m_property.node_id = property.m_property.node_id.get_value();
        m_property.stype = property.m_property.stype.get_value();
        return *this;
    }

    void ask(UniversalIO::UIOCommand cmd) { m_property.ask(cmd); }
    void autoAsk(UniversalIO::UIOCommand cmd) {m_property.autoAsk(cmd); }

    float get_current_value() {return m_property.get_current_value();}

    SensorProp m_property;
/*  PropertyProxy<std::string> sens_name;
    PropertyProxy<std::string> node_name;
    PropertyProxy<UniSetTypes::ObjectId> sens_id;
    PropertyProxy<UniSetTypes::ObjectId> node_id;
    PropertyProxy<std::string> stype;*/
protected:

private:
    Property();

};

//temporary solution
template <>
class PropertyProxy<USensorProperty>
{
public:
    PropertyProxy(Property<USensorProperty> property) :
        property_(&property.m_property)
    {}

    ~PropertyProxy() {}

    void set_sens_name(std::string name) {property_->set_sens_name(name); }
    void set_node_name(std::string name) {property_->set_node_name(name); }
    void set_sens_id(UniSetTypes::ObjectId id) {property_->set_sens_id(id); }
    void set_node_id(UniSetTypes::ObjectId id) {property_->set_node_id(id); }
    void set_stype(std::string type) {property_->set_stype(type); }
    UniSetTypes::ObjectId get_sens_id() { return property_->get_sens_id();}

    PropertyProxy& operator=(const Property<USensorProperty>& property) 
    {
        //if (this == &property) return *this;
        property_->sens_name = property.m_property.sens_name.get_value();
        property_->node_name = property.m_property.node_name.get_value();
        property_->sens_id = property.m_property.sens_id.get_value();
        property_->node_id = property.m_property.node_id.get_value();
        property_->stype = property.m_property.stype.get_value();
        return *this;
    }

    void ask(UniversalIO::UIOCommand cmd) { property_->ask(cmd); }
    void autoAsk(UniversalIO::UIOCommand cmd) {property_->autoAsk(cmd); }

    float get_current_value() {return property_->get_current_value();}

    SensorProp* property_;
protected:

private:
    PropertyProxy();

};
}
#endif