DeclarePort.h

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#pragma once
 
namespace dyno
{
#define DEF_ARRAY_STATE(T, name, device, desc) \
private:                                    \
    FArray<T, device> state_##name = FArray<T, device>(std::string(#name), desc, FieldTypeEnum::State, this);   \
public:                                 \
    inline FArray<T, device>* state##name() {return &state_##name;}
 
 
#define DEF_ARRAY2D_STATE(T, name, device, desc) \
private:                                    \
    FArray2D<T, device> state_##name = FArray2D<T, device>(std::string(#name), desc, FieldTypeEnum::State, this);   \
public:                                 \
    inline FArray2D<T, device>* state##name() {return &state_##name;}
 
#define DEF_ARRAY3D_STATE(T, name, device, desc) \
private:                                    \
    FArray3D<T, device> state_##name = FArray3D<T, device>(std::string(#name), desc, FieldTypeEnum::State, this);   \
public:                                 \
    inline FArray3D<T, device>* state##name() {return &state_##name;}
 
 
#define DEF_ARRAYLIST_STATE(T, name, device, desc) \
private:                                    \
    FArrayList<T, device> state_##name = FArrayList<T, device>(std::string(#name), desc, FieldTypeEnum::State, this);   \
public:                                 \
    inline FArrayList<T, device>* state##name() {return &state_##name;}

#define DEF_INSTANCE_STATE(T, name, desc)       \
private:                                    \
    FInstance<T> state_##name = FInstance<T>(std::string(#name), desc, FieldTypeEnum::State, this); \
public:                                 \
    inline FInstance<T>* state##name() {return &state_##name;}

#define DEF_NODE_PORT(T, name, desc)                \
private:                                    \
    SingleNodePort<T> single_##name = SingleNodePort<T>(std::string(#name), desc, this);                    \
public:                                                                                                     \
    inline T* get##name() { return single_##name.getDerivedNode(); }                        \
                                                                            \
    SingleNodePort<T>* import##name(){ return &single_##name; }
 
 
#define DEF_NODE_PORTS(T, name, desc)               \
private:                                    \
    MultipleNodePort<T> multiple_##name = MultipleNodePort<T>(std::string(#name)+std::string("(s)"), desc, this);                   \
public:                                 \
    inline MultipleNodePort<T>* import##name##s() { return &multiple_##name; }          \
    inline std::vector<T*>& get##name##s(){return multiple_##name.getDerivedNodes();}               \
                                                        \
    bool add##name(std::shared_ptr<T> c){               \
        multiple_##name.addDerivedNode(c.get());                \
        return true;                                    \
    }                                                   \
                                                        \
    bool remove##name(std::shared_ptr<T> c) {           \
        multiple_##name.removeDerivedNode(c.get());         \
        return true;                                    \
    }
}