MyView.h

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/*  Copyright (C) 2003-2021 Free Electron Organization
    Any use of this software requires a license.  If a valid license
    was not distributed with this file, visit freeelectron.org. */

/** @file */

/* generated by mkview.py */

#ifndef __MyView_h__
#define __MyView_h__

#include "datatool/datatool.h"

namespace fe
{
namespace ext
{

/// test view specification
class AccessView : public View
{
    public:
        AccessView(sp<Scope> spScope)
        {
            m_a_MyF32.setup(spScope, "MyF32");
            m_accessors.push_back(m_a_MyF32);
            m_a_blat.setup(spScope, "blat");
            m_accessors.push_back(m_a_blat);
        }
        /// test accesor
        /// test accesor
        F32 &MyF32(void)
        {
            if(!m_record.isValid())
            {
                feX("invalid record");
            }
            return m_a_MyF32(m_record);
        }
        /// test accesor
        /// test accesor
        F32 &MyF32(Record &a_record)
        {
            if(!a_record.isValid())
            {
                feX("invalid record");
            }
            return m_a_MyF32(a_record);
        }
        /// another
        int &blat(void)
        {
            if(!m_record.isValid())
            {
                feX("invalid record");
            }
            return m_a_blat(m_record);
        }
        /// another
        int &blat(Record &a_record)
        {
            if(!a_record.isValid())
            {
                feX("invalid record");
            }
            return m_a_blat(a_record);
        }
    private:
        Accessor<F32> m_a_MyF32;
        Accessor<int> m_a_blat;
};

class thingView : public View
{
    public:
        thingView(sp<Scope> spScope)
        {
            m_a_blob.setup(spScope, "blob");
            m_accessors.push_back(m_a_blob);
        }
        int &blob(void)
        {
            if(!m_record.isValid())
            {
                feX("invalid record");
            }
            return m_a_blob(m_record);
        }
        int &blob(Record &a_record)
        {
            if(!a_record.isValid())
            {
                feX("invalid record");
            }
            return m_a_blob(a_record);
        }
    private:
        Accessor<int> m_a_blob;
};

class appdataView : public View
{
    public:
        static const int ms_run = 1;
        static const int ms_pause = 2;
        appdataView(sp<Scope> spScope)
        {
            m_a_runlevel.setup(spScope, "runlevel");
            m_accessors.push_back(m_a_runlevel);
        }
        int &runlevel(void)
        {
            if(!m_record.isValid())
            {
                feX("invalid record");
            }
            return m_a_runlevel(m_record);
        }
        int &runlevel(Record &a_record)
        {
            if(!a_record.isValid())
            {
                feX("invalid record");
            }
            return m_a_runlevel(a_record);
        }
    private:
        Accessor<int> m_a_runlevel;
};

#if FALSE
class particleView : public View
{
    public:
        particleView(sp<Scope> spScope)
        {
            m_a_mass.setup(spScope, "mass");
            m_accessors.push_back(m_a_mass);
            m_a_location.setup(spScope, "location");
            m_accessors.push_back(m_a_location);
        }
        float &mass(void)
        {
            if(!m_record.isValid())
            {
                feX("invalid record");
            }
            return m_a_mass(m_record);
        }
        float &mass(Record &a_record)
        {
            if(!a_record.isValid())
            {
                feX("invalid record");
            }
            return m_a_mass(a_record);
        }
        SpatialVector &location(void)
        {
            if(!m_record.isValid())
            {
                feX("invalid record");
            }
            return m_a_location(m_record);
        }
        SpatialVector &location(Record &a_record)
        {
            if(!a_record.isValid())
            {
                feX("invalid record");
            }
            return m_a_location(a_record);
        }
    private:
        Accessor<float> m_a_mass;
        Accessor<SpatialVector> m_a_location;
};
#endif

} /* namespace ext */
} /* namespace fe */

#endif