parameter_stack.h

Go to the documentation of this file.

/*
 * Copyright (c) 2010-2015:  G-CSC, Goethe University Frankfurt
 * Author: Sebastian Reiter, Andreas Vogel
 * 
 * This file is part of UG4.
 * 
 * UG4 is free software: you can redistribute it and/or modify it under the
 * terms of the GNU Lesser General Public License version 3 (as published by the
 * Free Software Foundation) with the following additional attribution
 * requirements (according to LGPL/GPL v3 §7):
 * 
 * (1) The following notice must be displayed in the Appropriate Legal Notices
 * of covered and combined works: "Based on UG4 (www.ug4.org/license)".
 * 
 * (2) The following notice must be displayed at a prominent place in the
 * terminal output of covered works: "Based on UG4 (www.ug4.org/license)".
 * 
 * (3) The following bibliography is recommended for citation and must be
 * preserved in all covered files:
 * "Reiter, S., Vogel, A., Heppner, I., Rupp, M., and Wittum, G. A massively
 *   parallel geometric multigrid solver on hierarchically distributed grids.
 *   Computing and visualization in science 16, 4 (2013), 151-164"
 * "Vogel, A., Reiter, S., Rupp, M., Nägel, A., and Wittum, G. UG4 -- a novel
 *   flexible software system for simulating pde based models on high performance
 *   computers. Computing and visualization in science 16, 4 (2013), 165-179"
 * 
 * This program is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
 * GNU Lesser General Public License for more details.
 */
 
#include <cstring>
#include "class_name_provider.h"
#include "function_traits.h"
#include "common/common.h"
#include "common/util/smart_pointer.h"
#include "common/util/variant.h"
#ifdef UG_FOR_LUA
#include "bindings/lua/lua_function_handle.h"
#endif
 
#ifndef __H__UG_BRIDGE__PARAMETER_STACK__
#define __H__UG_BRIDGE__PARAMETER_STACK__
 
#include <iostream>
#define untested() ( std::cerr <<  "@@#\n@@@:"<< __FILE__ << ":"<< __LINE__ \
          <<":" << __func__ << "\n" )
 
namespace ug
{
namespace bridge
{
 
 
 
class ParameterInfo
{
  protected:
    static const int PARAMETER_STACK_MAX_SIZE = UG_REGISTRY_MAX_NUM_ARGS;
 
    static inline int ARRAY_INDEX_TO_STACK_INDEX(int index, int stackSize)
    {
      int nIndex = index;
      if(nIndex < 0)
        nIndex = stackSize + nIndex;
 
      if(nIndex < 0 || nIndex >= stackSize)
        UG_THROW("Invalid index "<<nIndex<<" used in Parameter Stack.");
 
      return nIndex;
    }
 
  public:
    ParameterInfo() : m_numEntries(0) {}
 
  //  info
 
    inline int size() const   {return m_numEntries;}
 
    inline bool is_vector(int index) const{
      index = ARRAY_INDEX_TO_STACK_INDEX(index, m_numEntries);
      return m_vEntryType[index].bVector;
    }
 
    Variant::Type type(int index) const{
      index = ARRAY_INDEX_TO_STACK_INDEX(index, m_numEntries);
      return m_vEntryType[index].type;
    }
 
    const ClassNameNode* class_name_node(int index) const{
      index = ARRAY_INDEX_TO_STACK_INDEX(index, m_numEntries);
      if(m_vEntryType[index].pClassNameNode == NULL)
        UG_THROW("ClassNameNode missing in Parameter stack.");
      return m_vEntryType[index].pClassNameNode;
    }
 
    const char* class_name(int index) const{
      return class_name_node(index)->name().c_str();
    }
 
    bool parameter_named(int index) const{
      return class_name_node(index)->named();
    }
 
  //  push_type
  protected:
    template <typename TType, typename TNode>
    inline void _push_type(){
      m_vEntryType[m_numEntries].type = Variant::type<TType>();
      m_vEntryType[m_numEntries].pClassNameNode = &ClassNameProvider<TNode>::class_name_node();
      m_vEntryType[m_numEntries].bVector = false;
      ++m_numEntries;
    }
 
    template <typename TNative>
    inline void _push_type(){_push_type<TNative,TNative>();}
 
    template <typename TType, typename TNode>
    inline void _push_vector_type(){
      m_vEntryType[m_numEntries].type = Variant::type<TType>();
      m_vEntryType[m_numEntries].pClassNameNode = &ClassNameProvider<TNode>::class_name_node();
      m_vEntryType[m_numEntries].bVector = true;
      ++m_numEntries;
    }
 
    template <typename TNative>
    inline void _push_vector_type(){_push_vector_type<TNative,TNative>();}
 
    template <typename T>
    struct PushType{
      static void push(ParameterInfo* This){
        T::___UG_REGISTRY_ERROR___FUNCTION_OR_METHOD_PARAMETERS_RESTRICTED_to__NATIVE_TYPES__or__POINTER_resp_SMARTPOINTER_to_registered_types____();
      }
    };
 
  public:
    template <typename T>
    inline void push_type(){PushType<T>::push(this);}
 
  protected:
    struct EntryType{
      EntryType() :
        type(Variant::VT_INVALID), pClassNameNode(NULL), bVector(false)
      {}
      Variant::Type type;           //< enum ParameterTypes indicating stored type
      const ClassNameNode* pClassNameNode;  //< class name for user defined data
      bool bVector;             //< boolean if vector data
    };
 
  //  This array is of fixed size, since we want to introduce a minimal
  //  overhead during argument assignment.
    EntryType m_vEntryType[PARAMETER_STACK_MAX_SIZE];
 
    int m_numEntries;
};
 
// implementation native types
template <> struct ParameterInfo::PushType<bool>        {static void push(ParameterInfo* This){This->_push_type<bool>();}};
template <> struct ParameterInfo::PushType<int>         {static void push(ParameterInfo* This){This->_push_type<int>();}};
template <> struct ParameterInfo::PushType<size_t>        {static void push(ParameterInfo* This){This->_push_type<size_t>();}};
template <> struct ParameterInfo::PushType<float>       {static void push(ParameterInfo* This){This->_push_type<float>();}};
template <> struct ParameterInfo::PushType<double>        {static void push(ParameterInfo* This){This->_push_type<double>();}};
template <> struct ParameterInfo::PushType<const char*>     {static void push(ParameterInfo* This){This->_push_type<const char*>();}};
template <> struct ParameterInfo::PushType<std::string>     {static void push(ParameterInfo* This){This->_push_type<std::string>();}};
template <> struct ParameterInfo::PushType<const std::string&>  {static void push(ParameterInfo* This){This->_push_type<std::string>();}};
#ifdef UG_FOR_LUA
template <> struct ParameterInfo::PushType<LuaFunctionHandle> {static void push(ParameterInfo* This){This->_push_type<LuaFunctionHandle>();}};
template <> struct ParameterInfo::PushType<LuaTableHandle>  {static void push(ParameterInfo* This){ This->_push_type<LuaTableHandle>();}};
#endif
 
// implementation pointers and references to registered types
template <typename TClass> struct ParameterInfo::PushType<TClass*>        {static void push(ParameterInfo* This){This->_push_type<void*, TClass>();}};
template <typename TClass> struct ParameterInfo::PushType<const TClass*>    {static void push(ParameterInfo* This){This->_push_type<const void*, TClass>();}};
template <typename TClass> struct ParameterInfo::PushType<TClass&>        {static void push(ParameterInfo* This){This->_push_type<void*, TClass>();}};
template <typename TClass> struct ParameterInfo::PushType<const TClass&>      {static void push(ParameterInfo* This){This->_push_type<const void*, TClass>();}};
template <typename TClass> struct ParameterInfo::PushType<SmartPtr<TClass> >    {static void push(ParameterInfo* This){This->_push_type<SmartPtr<void>, TClass>();}};
template <typename TClass> struct ParameterInfo::PushType<ConstSmartPtr<TClass> > {static void push(ParameterInfo* This){This->_push_type<ConstSmartPtr<void>, TClass>();}};
 
// implementation for std::vector, std::vector& and const std::vector&  (native types)
template <> struct ParameterInfo::PushType<std::vector<bool> >      {static void push(ParameterInfo* This){This->_push_vector_type<bool>();}};
template <> struct ParameterInfo::PushType<std::vector<int> >     {static void push(ParameterInfo* This){This->_push_vector_type<int>();}};
template <> struct ParameterInfo::PushType<std::vector<size_t> >    {static void push(ParameterInfo* This){This->_push_vector_type<size_t>();}};
template <> struct ParameterInfo::PushType<std::vector<float> >     {static void push(ParameterInfo* This){This->_push_vector_type<float>();}};
template <> struct ParameterInfo::PushType<std::vector<double> >    {static void push(ParameterInfo* This){This->_push_vector_type<double>();}};
template <> struct ParameterInfo::PushType<std::vector<const char*> > {static void push(ParameterInfo* This){This->_push_vector_type<const char*>();}};
template <> struct ParameterInfo::PushType<std::vector<std::string> > {static void push(ParameterInfo* This){This->_push_vector_type<std::string>();}};
 
/* Note: we do not support non-const references, since the bindings do not support the back-copy into the the binded language
template <> struct ParameterInfo::PushType<std::vector<bool>&>      {static void push(ParameterInfo* This){This->_push_vector_type<bool>();}};
template <> struct ParameterInfo::PushType<std::vector<int>&>     {static void push(ParameterInfo* This){This->_push_vector_type<int>();}};
template <> struct ParameterInfo::PushType<std::vector<size_t>&>    {static void push(ParameterInfo* This){This->_push_vector_type<size_t>();}};
template <> struct ParameterInfo::PushType<std::vector<float>&>     {static void push(ParameterInfo* This){This->_push_vector_type<float>();}};
template <> struct ParameterInfo::PushType<std::vector<double>&>    {static void push(ParameterInfo* This){This->_push_vector_type<double>();}};
template <> struct ParameterInfo::PushType<std::vector<const char*>&> {static void push(ParameterInfo* This){This->_push_vector_type<const char*>();}};
template <> struct ParameterInfo::PushType<std::vector<std::string>&> {static void push(ParameterInfo* This){This->_push_vector_type<std::string>();}};
*/
 
template <> struct ParameterInfo::PushType<const std::vector<bool>&>    {static void push(ParameterInfo* This){This->_push_vector_type<bool>();}};
template <> struct ParameterInfo::PushType<const std::vector<int>&>     {static void push(ParameterInfo* This){This->_push_vector_type<int>();}};
template <> struct ParameterInfo::PushType<const std::vector<size_t>&>    {static void push(ParameterInfo* This){This->_push_vector_type<size_t>();}};
template <> struct ParameterInfo::PushType<const std::vector<float>&>   {static void push(ParameterInfo* This){This->_push_vector_type<float>();}};
template <> struct ParameterInfo::PushType<const std::vector<double>&>    {static void push(ParameterInfo* This){This->_push_vector_type<double>();}};
template <> struct ParameterInfo::PushType<const std::vector<const char*>&> {static void push(ParameterInfo* This){This->_push_vector_type<const char*>();}};
template <> struct ParameterInfo::PushType<const std::vector<std::string>&> {static void push(ParameterInfo* This){This->_push_vector_type<std::string>();}};
 
// implementation for std::vector, std::vector& and const std::vector&  (registered types)
template <typename TClass> struct ParameterInfo::PushType<std::vector<TClass*> >  {static void push(ParameterInfo* This){This->_push_vector_type<void*, TClass>();}};
//template <typename TClass> struct ParameterInfo::PushType<std::vector<TClass*>& > {static void push(ParameterInfo* This){This->_push_vector_type<void*, TClass>();}};
template <typename TClass> struct ParameterInfo::PushType<const std::vector<TClass*>&>  {static void push(ParameterInfo* This){This->_push_vector_type<void*, TClass>();}};
 
template <typename TClass> struct ParameterInfo::PushType<std::vector<const TClass*> >  {static void push(ParameterInfo* This){This->_push_vector_type<const void*, TClass>();}};
//template <typename TClass> struct ParameterInfo::PushType<std::vector<const TClass*>& > {static void push(ParameterInfo* This){This->_push_vector_type<const void*, TClass>();}};
template <typename TClass> struct ParameterInfo::PushType<const std::vector<const TClass*>&>  {static void push(ParameterInfo* This){This->_push_vector_type<const void*, TClass>();}};
 
template <typename TClass> struct ParameterInfo::PushType<std::vector<SmartPtr<TClass> > >  {static void push(ParameterInfo* This){This->_push_vector_type<SmartPtr<void>, TClass>();}};
//template <typename TClass> struct ParameterInfo::PushType<std::vector<SmartPtr<TClass> >& > {static void push(ParameterInfo* This){This->_push_vector_type<SmartPtr<void>, TClass>();}};
template <typename TClass> struct ParameterInfo::PushType<const std::vector<SmartPtr<TClass> >&>  {static void push(ParameterInfo* This){This->_push_vector_type<SmartPtr<void>, TClass>();}};
 
template <typename TClass> struct ParameterInfo::PushType<std::vector<ConstSmartPtr<TClass> > > {static void push(ParameterInfo* This){This->_push_vector_type<ConstSmartPtr<void>, TClass>();}};
//template <typename TClass> struct ParameterInfo::PushType<std::vector<ConstSmartPtr<TClass> >& >  {static void push(ParameterInfo* This){This->_push_vector_type<ConstSmartPtr<void>, TClass>();}};
template <typename TClass> struct ParameterInfo::PushType<const std::vector<ConstSmartPtr<TClass> >&> {static void push(ParameterInfo* This){This->_push_vector_type<ConstSmartPtr<void>, TClass>();}};
 
 
 
class ParameterStack : public ParameterInfo
{
 
  //  push
  protected:
    template <typename T>
    inline void _push_native(const T& val){
      this->push_type<T>();
      m_vEntry[m_numEntries-1] = Variant(val);
    }
 
    template <typename TPtr, typename TType>
    inline void _push_pointer(TPtr val){
      this->push_type<TType>();
      m_vEntry[m_numEntries-1] = Variant(val);
    }
 
    template <typename T>
    inline void _push_void_pointer(T val, const ClassNameNode* classNameNode){
      m_vEntry[m_numEntries] = Variant(val);
      m_vEntryType[m_numEntries].type = Variant::type<T>();
      m_vEntryType[m_numEntries].pClassNameNode = classNameNode;
      m_vEntryType[m_numEntries].bVector = false;
      ++m_numEntries;
    }
 
    template<class T>
    inline void _push_vector(SmartPtr<std::vector<T> > spVec)
    {
        this->push_type<std::vector<T> >();
        SmartPtr<void> sp = spVec;
        m_vEntry[m_numEntries-1] = Variant(sp);
    }
 
    template <typename TVoid>
    inline void _push_void_pointer_vector(SmartPtr<std::vector<std::pair<TVoid, const ClassNameNode*> > > spVec,
                                          const ClassNameNode* baseNameNode = NULL){
      SmartPtr<void> sp = spVec;
      m_vEntry[m_numEntries] = Variant(sp);
      m_vEntryType[m_numEntries].type = Variant::type<TVoid>();
      m_vEntryType[m_numEntries].pClassNameNode = baseNameNode;
      m_vEntryType[m_numEntries].bVector = true;
      ++m_numEntries;
    }
 
    template <typename TVoid, typename TPtr, typename TNode>
    inline void _push_pointer_vector(const std::vector<TPtr>& vec){
      SmartPtr<std::vector<std::pair<TVoid, const ClassNameNode*> > > spVec
        = SmartPtr<std::vector<std::pair<TVoid, const ClassNameNode*> > >(new std::vector<std::pair<TVoid, const ClassNameNode*> >());
 
      for(size_t i = 0; i < vec.size(); ++i){
        spVec->push_back(std::pair<TVoid, const ClassNameNode*>(vec[i], &ClassNameProvider<TNode>::class_name_node()));
      }
      _push_void_pointer_vector(spVec, &ClassNameProvider<TNode>::class_name_node());
    }
 
  public:
    inline void push(void* ptr, const ClassNameNode* classNameNode){_push_void_pointer<void*>(ptr, classNameNode);}
    inline void push(const void* ptr, const ClassNameNode* classNameNode){_push_void_pointer<const void*>(ptr, classNameNode);}
    inline void push(SmartPtr<void> ptr, const ClassNameNode* classNameNode){_push_void_pointer<SmartPtr<void> >(ptr, classNameNode);}
    inline void push(ConstSmartPtr<void> ptr, const ClassNameNode* classNameNode){_push_void_pointer<ConstSmartPtr<void> >(ptr, classNameNode);}
 
    inline void push(SmartPtr<std::vector<std::pair<void*, const ClassNameNode*> > > spVec){_push_void_pointer_vector<void*>(spVec);}
    inline void push(SmartPtr<std::vector<std::pair<const void*, const ClassNameNode*> > > spVec){_push_void_pointer_vector<const void*>(spVec);}
    inline void push(SmartPtr<std::vector<std::pair<SmartPtr<void>, const ClassNameNode*> > > spVec){_push_void_pointer_vector<SmartPtr<void> >(spVec);}
    inline void push(SmartPtr<std::vector<std::pair<ConstSmartPtr<void>, const ClassNameNode*> > > spVec){_push_void_pointer_vector<ConstSmartPtr<void> >(spVec);}
 
    inline void push(SmartPtr<std::vector<bool> > spVec){_push_vector<bool>(spVec);}
    inline void push(SmartPtr<std::vector<size_t> > spVec){_push_vector<size_t>(spVec);}
    inline void push(SmartPtr<std::vector<int> > spVec){_push_vector<int>(spVec);}
    inline void push(SmartPtr<std::vector<float> > spVec){_push_vector<float>(spVec);}
    inline void push(SmartPtr<std::vector<double> > spVec){_push_vector<double>(spVec);}
    inline void push(SmartPtr<std::vector<const char*> > spVec){_push_vector<const char*>(spVec);}
    inline void push(SmartPtr<std::vector<std::string> > spVec){_push_vector<std::string>(spVec);}
 
  protected:
    template <typename T>
    struct PushType{
      static void push(ParameterStack* This, T data){
        T::___UG_REGISTRY_ERROR___FUNCTION_OR_METHOD_PARAMETERS_RESTRICTED_to__NATIVE_TYPES__or__POINTER_resp_SMARTPOINTER_to_registered_types____();
    }};
 
  public:
    template <typename T>
    inline void push(T data) {PushType<T>::push(this, data);}
 
  //  to
  protected:
    template <typename T>
    inline T _to_native(int index) const{
      index = ARRAY_INDEX_TO_STACK_INDEX(index, m_numEntries);
      return m_vEntry[index].to<T>();
    }
 
 
    template <typename T, typename TPtr, typename TVoid>
    inline TPtr _to_pointer(int index) const{
      index = ARRAY_INDEX_TO_STACK_INDEX(index, m_numEntries);
      const ClassNameNode* pClassNameNode = m_vEntryType[index].pClassNameNode;
      TPtr ptr = ClassCastProvider::cast_to<T>(m_vEntry[index].to<TVoid>(), pClassNameNode);
      return ptr;
    }
 
    template <typename T>
    inline std::vector<T>& _to_native_vector(int index) const{
      index = ARRAY_INDEX_TO_STACK_INDEX(index, m_numEntries);
      SmartPtr<void> smartPtr = m_vEntry[index].to<SmartPtr<void> >();
      SmartPtr<std::vector<T> > spVec = smartPtr.cast_reinterpret<std::vector<T>, FreeDelete>();
      if(spVec.invalid()) UG_THROW("Cannot cast back to std::vector<T> for native type.");
      return *spVec;
    }
 
    template <typename T, typename TPtr, typename TVoid>
    inline std::vector<TPtr>& _to_pointer_vector(int index) const{
      index = ARRAY_INDEX_TO_STACK_INDEX(index, m_numEntries);
      SmartPtr<void> smartPtr = m_vEntry[index].to<SmartPtr<void> >();
      SmartPtr<std::vector<std::pair<TVoid, const ClassNameNode*> > > spVec = smartPtr.cast_reinterpret<std::vector<std::pair<TVoid, const ClassNameNode*> > , FreeDelete>();
      if(spVec.invalid()) UG_THROW("Cannot cast back to std::vector<T> for native type.");
 
      SmartPtr<std::vector<TPtr> > sp = SmartPtr<std::vector<TPtr> >(new std::vector<TPtr>());
 
      for(size_t i = 0; i < spVec->size(); ++i){
        sp->push_back(ClassCastProvider::cast_to<T>((*spVec)[i].first, (*spVec)[i].second));
      }
 
       const_cast<std::vector<SmartPtr<void> >*>(&m_vStoredSmartPtr)->push_back(sp);
      return *sp;
    }
    std::vector<SmartPtr<void> > m_vStoredSmartPtr;
 
    template <typename TPtr>
    inline SmartPtr<std::vector<std::pair<TPtr, const ClassNameNode*> > > _to_void_pointer_vector(int index) const{
      index = ARRAY_INDEX_TO_STACK_INDEX(index, m_numEntries);
      SmartPtr<void> smartPtr = m_vEntry[index].to<SmartPtr<void> >();
      SmartPtr<std::vector<std::pair<TPtr, const ClassNameNode*> > > spVec = smartPtr.cast_reinterpret<std::vector<std::pair<TPtr, const ClassNameNode*> > , FreeDelete>();
      if(spVec.invalid()) UG_THROW("Cannot cast back to std::vector<T> for native type.");
 
      return spVec;
    }
 
    template <typename T>
    struct ToType{
      static T to(const ParameterStack* This, int index){
        return T::___UG_REGISTRY_ERROR___FUNCTION_OR_METHOD_PARAMETERS_RESTRICTED_to__NATIVE_TYPES__or__POINTER_resp_SMARTPOINTER_to_registered_types____();
    }};
 
  public:
    template <typename T>
    inline T to(int index) const {return ToType<T>::to(this, index);}
 
    const Variant& get(int index) const {return m_vEntry[index];}
    
  private:
    Variant m_vEntry[PARAMETER_STACK_MAX_SIZE];
};
 
//  PushType
 
// convert to native types
template <> struct ParameterStack::PushType<bool>     {static void push(ParameterStack* This, bool data)          {This->_push_native<bool>(data);}};
template <> struct ParameterStack::PushType<int>      {static void push(ParameterStack* This, int data)         {This->_push_native<int>(data);}};
template <> struct ParameterStack::PushType<size_t>     {static void push(ParameterStack* This, size_t data)        {This->_push_native<size_t>(data);}};
template <> struct ParameterStack::PushType<float>      {static void push(ParameterStack* This, float data)         {This->_push_native<float>(data);}};
template <> struct ParameterStack::PushType<double>     {static void push(ParameterStack* This, double data)        {This->_push_native<double>(data);}};
template <> struct ParameterStack::PushType<const char*>    {static void push(ParameterStack* This, const char* data)   {This->_push_native<const char*>(data);}};
template <> struct ParameterStack::PushType<std::string>    {static void push(ParameterStack* This, std::string data){This->_push_native<std::string>(data);}};
template <> struct ParameterStack::PushType<const std::string&> {static void push(ParameterStack* This, const std::string& data){This->_push_native<std::string>(data);}};
#ifdef UG_FOR_LUA
template <> struct ParameterStack::PushType<LuaFunctionHandle>  {static void push(ParameterStack* This, LuaFunctionHandle data) {This->_push_native<LuaFunctionHandle>(data);}};
template <> struct ParameterStack::PushType<LuaTableHandle> {static void push(ParameterStack* This, LuaTableHandle data)  {This->_push_native<LuaTableHandle>(data);}};
#endif
 
// convert pointers to native types
template <> struct ParameterStack::PushType<std::vector<bool> >     {static void push(ParameterStack* This, const std::vector<bool>& spVec)     {This->push(SmartPtr<std::vector<bool> >(new std::vector<bool>(spVec)));}};
template <> struct ParameterStack::PushType<std::vector<int> >      {static void push(ParameterStack* This, const std::vector<int>& spVec)      {This->push(SmartPtr<std::vector<int> >(new std::vector<int>(spVec)));}};
template <> struct ParameterStack::PushType<std::vector<size_t> >   {static void push(ParameterStack* This, const std::vector<size_t>& spVec)   {This->push(SmartPtr<std::vector<size_t> >(new std::vector<size_t>(spVec)));}};
template <> struct ParameterStack::PushType<std::vector<float> >    {static void push(ParameterStack* This, const std::vector<float>& spVec)    {This->push(SmartPtr<std::vector<float> >(new std::vector<float>(spVec)));}};
template <> struct ParameterStack::PushType<std::vector<double> >   {static void push(ParameterStack* This, const std::vector<double>& spVec)   {This->push(SmartPtr<std::vector<double> >(new std::vector<double>(spVec)));}};
template <> struct ParameterStack::PushType<std::vector<const char*> >  {static void push(ParameterStack* This, const std::vector<const char*>& spVec)  {This->push(SmartPtr<std::vector<const char*> >(new std::vector<const char*>(spVec)));}};
template <> struct ParameterStack::PushType<std::vector<std::string> >  {static void push(ParameterStack* This, const std::vector<std::string>& spVec)  {This->push(SmartPtr<std::vector<std::string> >(new std::vector<std::string>(spVec)));}};
 
/* Note: we do not support non-const references, since the bindings do not support the back-copy into the the binded language
template <> struct ParameterStack::PushType<std::vector<bool>& >    {static void push(ParameterStack* This, const std::vector<bool>& spVec)     {This->push(SmartPtr<std::vector<bool> >(new std::vector<bool>(spVec)));}};
template <> struct ParameterStack::PushType<std::vector<int>& >     {static void push(ParameterStack* This, const std::vector<int>& spVec)      {This->push(SmartPtr<std::vector<int> >(new std::vector<int>(spVec)));}};
template <> struct ParameterStack::PushType<std::vector<size_t>& >    {static void push(ParameterStack* This, const std::vector<size_t>& spVec)   {This->push(SmartPtr<std::vector<size_t> >(new std::vector<size_t>(spVec)));}};
template <> struct ParameterStack::PushType<std::vector<float>& >   {static void push(ParameterStack* This, const std::vector<float>& spVec)    {This->push(SmartPtr<std::vector<float> >(new std::vector<float>(spVec)));}};
template <> struct ParameterStack::PushType<std::vector<double>& >    {static void push(ParameterStack* This, const std::vector<double>& spVec)   {This->push(SmartPtr<std::vector<double> >(new std::vector<double>(spVec)));}};
template <> struct ParameterStack::PushType<std::vector<const char*>& > {static void push(ParameterStack* This, const std::vector<const char*>& spVec)  {This->push(SmartPtr<std::vector<const char*> >(new std::vector<const char*>(spVec)));}};
template <> struct ParameterStack::PushType<std::vector<std::string>& > {static void push(ParameterStack* This, const std::vector<std::string>& spVec)  {This->push(SmartPtr<std::vector<std::string> >(new std::vector<std::string>(spVec)));}};
*/
 
template <> struct ParameterStack::PushType<const std::vector<bool>& >      {static void push(ParameterStack* This, const std::vector<bool>& spVec)     {This->push(SmartPtr<std::vector<bool> >(new std::vector<bool>(spVec)));}};
template <> struct ParameterStack::PushType<const std::vector<int>& >     {static void push(ParameterStack* This, const std::vector<int>& spVec)      {This->push(SmartPtr<std::vector<int> >(new std::vector<int>(spVec)));}};
template <> struct ParameterStack::PushType<const std::vector<size_t>& >    {static void push(ParameterStack* This, const std::vector<size_t>& spVec)   {This->push(SmartPtr<std::vector<size_t> >(new std::vector<size_t>(spVec)));}};
template <> struct ParameterStack::PushType<const std::vector<float>& >     {static void push(ParameterStack* This, const std::vector<float>& spVec)    {This->push(SmartPtr<std::vector<float> >(new std::vector<float>(spVec)));}};
template <> struct ParameterStack::PushType<const std::vector<double>& >    {static void push(ParameterStack* This, const std::vector<double>& spVec)   {This->push(SmartPtr<std::vector<double> >(new std::vector<double>(spVec)));}};
template <> struct ParameterStack::PushType<const std::vector<const char*>& > {static void push(ParameterStack* This, const std::vector<const char*>& spVec)  {This->push(SmartPtr<std::vector<const char*> >(new std::vector<const char*>(spVec)));}};
template <> struct ParameterStack::PushType<const std::vector<std::string>& > {static void push(ParameterStack* This, const std::vector<std::string>& spVec)  {This->push(SmartPtr<std::vector<std::string> >(new std::vector<std::string>(spVec)));}};
 
// convert push concrete pointer types
template <class T> struct ParameterStack::PushType<T*>          {static void push(ParameterStack* This, T* data)        {This->_push_pointer<void*, T*>(data);}};
template <class T> struct ParameterStack::PushType<T&>          {static void push(ParameterStack* This, T& data)        {PushType<T*>::push(This, &data);}};
template <class T> struct ParameterStack::PushType<const T*>      {static void push(ParameterStack* This, const T* data)      {This->_push_pointer<const void*, const T*>(data);}};
template <class T> struct ParameterStack::PushType<const T&>      {static void push(ParameterStack* This, const T& data)      {PushType<const T*>::push(This, &data);}};
template <class T> struct ParameterStack::PushType<SmartPtr<T> >    {static void push(ParameterStack* This, SmartPtr<T> data)   {This->_push_pointer<SmartPtr<void> , SmartPtr<T> >(data);}};
template <class T> struct ParameterStack::PushType<ConstSmartPtr<T> > {static void push(ParameterStack* This, ConstSmartPtr<T> data)  {This->_push_pointer<ConstSmartPtr<void>, ConstSmartPtr<T> >(data);}};
 
// convert to std::vector, std::vector& and const std::vector& (registered types)
template<class T> struct ParameterStack::PushType<std::vector<T*> >     {static void push(ParameterStack* This, const std::vector<T*>& data)  {This->_push_pointer_vector<void*, T*, T>(data);}};
//template<class T> struct ParameterStack::PushType<std::vector<T*>& >    {static void push(ParameterStack* This, const std::vector<T*>& data)  {This->_push_pointer_vector<void*, T*, T>(data);}};
template<class T> struct ParameterStack::PushType<const std::vector<T*>&> {static void push(ParameterStack* This, const std::vector<T*>& data)  {This->_push_pointer_vector<void*, T*, T>(data);}};
 
template<class T> struct ParameterStack::PushType<std::vector<const T*> >   {static void push(ParameterStack* This, const std::vector<const T*>& data)  {This->_push_pointer_vector<const void*, const T*, T>(data);}};
//template<class T> struct ParameterStack::PushType<std::vector<const T*>& >    {static void push(ParameterStack* This, const std::vector<const T*>& data)  {This->_push_pointer_vector<const void*, const T*, T>(data);}};
template<class T> struct ParameterStack::PushType<const std::vector<const T*>&> {static void push(ParameterStack* This, const std::vector<const T*>& data)  {This->_push_pointer_vector<const void*, const T*, T>(data);}};
 
template<class T> struct ParameterStack::PushType<std::vector<SmartPtr<T> > >   {static void push(ParameterStack* This, const std::vector<SmartPtr<T> >& data)  {This->_push_pointer_vector<SmartPtr<void>, SmartPtr<T>, T>(data);}};
//template<class T> struct ParameterStack::PushType<std::vector<SmartPtr<T> >& >    {static void push(ParameterStack* This, const std::vector<SmartPtr<T> >& data)  {This->_push_pointer_vector<SmartPtr<void>, SmartPtr<T>, T>(data);}};
template<class T> struct ParameterStack::PushType<const std::vector<SmartPtr<T> >&> {static void push(ParameterStack* This, const std::vector<SmartPtr<T> >& data)  {This->_push_pointer_vector<SmartPtr<void>, SmartPtr<T>, T>(data);}};
 
template<class T> struct ParameterStack::PushType<std::vector<ConstSmartPtr<T> > >    {static void push(ParameterStack* This, const std::vector<ConstSmartPtr<T> >& data) {This->_push_pointer_vector<ConstSmartPtr<void>, ConstSmartPtr<T>, T>(data);}};
//template<class T> struct ParameterStack::PushType<std::vector<ConstSmartPtr<T> >& >   {static void push(ParameterStack* This, const std::vector<ConstSmartPtr<T> >& data) {This->_push_pointer_vector<ConstSmartPtr<void>, ConstSmartPtr<T>, T>(data);}};
template<class T> struct ParameterStack::PushType<const std::vector<ConstSmartPtr<T> >&>{static void push(ParameterStack* This, const std::vector<ConstSmartPtr<T> >& data) {This->_push_pointer_vector<ConstSmartPtr<void>, ConstSmartPtr<T>, T>(data);}};
 
 
//  ToType
 
// convert to native types
template <> struct ParameterStack::ToType<bool>       {static bool to(const ParameterStack* This, int index)          {return This->_to_native<bool>(index);}};
template <> struct ParameterStack::ToType<int>        {static int to(const ParameterStack* This, int index)         {return This->_to_native<int>(index);}};
template <> struct ParameterStack::ToType<size_t>     {static size_t to(const ParameterStack* This, int index)        {return This->_to_native<size_t>(index);}};
template <> struct ParameterStack::ToType<float>      {static float to(const ParameterStack* This, int index)         {return This->_to_native<float>(index);}};
template <> struct ParameterStack::ToType<double>     {static double to(const ParameterStack* This, int index)        {return This->_to_native<double>(index);}};
template <> struct ParameterStack::ToType<const char*>    {static const char* to(const ParameterStack* This, int index)     {return This->_to_native<const char*>(index);}};
template <> struct ParameterStack::ToType<std::string>    {static std::string to(const ParameterStack* This, int index)     {return This->_to_native<std::string>(index);}};
template <> struct ParameterStack::ToType<const std::string&>{static const std::string& to(const ParameterStack* This, int index) {return This->_to_native<const std::string&>(index);}};
#ifdef UG_FOR_LUA
template <> struct ParameterStack::ToType<LuaFunctionHandle>  {static LuaFunctionHandle to(const ParameterStack* This, int index)   {return This->_to_native<LuaFunctionHandle>(index);}};
template <> struct ParameterStack::ToType<LuaTableHandle> {static LuaTableHandle to(const ParameterStack* This, int index)    {return This->_to_native<LuaTableHandle>(index);}};
#endif
 
// convert to void types
template <> struct ParameterStack::ToType<void*>      {static void* to(const ParameterStack* This, int index)           {return This->_to_native<void*>(index);}};
template <> struct ParameterStack::ToType<const void*>    {static const void* to(const ParameterStack* This, int index)       {return This->_to_native<const void*>(index);}};
template <> struct ParameterStack::ToType<SmartPtr<void> >  {static SmartPtr<void> to(const ParameterStack* This, int index)      {return This->_to_native<SmartPtr<void> >(index);}};
template <> struct ParameterStack::ToType<ConstSmartPtr<void> > {static ConstSmartPtr<void> to(const ParameterStack* This, int index) {return This->_to_native<ConstSmartPtr<void> >(index);}};
 
// convert to concrete pointer types
template <class T> struct ParameterStack::ToType<T*>        {static T* to(const ParameterStack* This, int index){return This->_to_pointer<T, T*, void*>(index);}};
template <class T> struct ParameterStack::ToType<T&>        {static T& to(const ParameterStack* This, int index){return *ToType<T*>::to(This, index);}};
template <class T> struct ParameterStack::ToType<const T*>      {static const T* to(const ParameterStack* This, int index){return This->_to_pointer<T, const T*, const void*>(index);}};
template <class T> struct ParameterStack::ToType<const T&>      {static const T& to(const ParameterStack* This, int index){return *ToType<const T*>::to(This, index);}};
template <class T> struct ParameterStack::ToType<SmartPtr<T> >    {static SmartPtr<T> to(const ParameterStack* This, int index){return This->_to_pointer<T, SmartPtr<T>, SmartPtr<void> >(index);}};
template <class T> struct ParameterStack::ToType<ConstSmartPtr<T> > {static ConstSmartPtr<T> to(const ParameterStack* This, int index){return This->_to_pointer<T, ConstSmartPtr<T>, ConstSmartPtr<void> >(index);}};
 
// convert to std::vector, std::vector& and const std::vector& (native types)
template<> struct ParameterStack::ToType<std::vector<bool> >    {static std::vector<bool> to(const ParameterStack* This, int index)     {return This->_to_native_vector<bool>(index);}};
template<> struct ParameterStack::ToType<std::vector<int> >     {static std::vector<int> to(const ParameterStack* This, int index)      {return This->_to_native_vector<int>(index);}};
template<> struct ParameterStack::ToType<std::vector<size_t> >    {static std::vector<size_t> to(const ParameterStack* This, int index)   {return This->_to_native_vector<size_t>(index);}};
template<> struct ParameterStack::ToType<std::vector<float> >   {static std::vector<float> to(const ParameterStack* This, int index)    {return This->_to_native_vector<float>(index);}};
template<> struct ParameterStack::ToType<std::vector<double> >    {static std::vector<double> to(const ParameterStack* This, int index)   {return This->_to_native_vector<double>(index);}};
template<> struct ParameterStack::ToType<std::vector<const char*> > {static std::vector<const char*> to(const ParameterStack* This, int index)  {return This->_to_native_vector<const char*>(index);}};
template<> struct ParameterStack::ToType<std::vector<std::string> > {static std::vector<std::string> to(const ParameterStack* This, int index)  {return This->_to_native_vector<std::string>(index);}};
 
/* Note: we do not support non-const references, since the bindings do not support the back-copy into the the binded language
template<> struct ParameterStack::ToType<std::vector<bool>&>    {static std::vector<bool>& to(const ParameterStack* This, int index)      {return This->_to_native_vector<bool>(index);}};
template<> struct ParameterStack::ToType<std::vector<int>&>     {static std::vector<int>& to(const ParameterStack* This, int index)     {return This->_to_native_vector<int>(index);}};
template<> struct ParameterStack::ToType<std::vector<size_t>&>    {static std::vector<size_t>& to(const ParameterStack* This, int index)    {return This->_to_native_vector<size_t>(index);}};
template<> struct ParameterStack::ToType<std::vector<float>&>   {static std::vector<float>& to(const ParameterStack* This, int index)     {return This->_to_native_vector<float>(index);}};
template<> struct ParameterStack::ToType<std::vector<double>&>    {static std::vector<double>& to(const ParameterStack* This, int index)    {return This->_to_native_vector<double>(index);}};
template<> struct ParameterStack::ToType<std::vector<const char*>&> {static std::vector<const char*>& to(const ParameterStack* This, int index) {return This->_to_native_vector<const char*>(index);}};
template<> struct ParameterStack::ToType<std::vector<std::string>&> {static std::vector<std::string>& to(const ParameterStack* This, int index) {return This->_to_native_vector<std::string>(index);}};
*/
 
template<> struct ParameterStack::ToType<const std::vector<bool>&>      {static const std::vector<bool>& to(const ParameterStack* This, int index)      {return This->_to_native_vector<bool>(index);}};
template<> struct ParameterStack::ToType<const std::vector<int>&>     {static const std::vector<int>& to(const ParameterStack* This, int index)     {return This->_to_native_vector<int>(index);}};
template<> struct ParameterStack::ToType<const std::vector<size_t>&>    {static const std::vector<size_t>& to(const ParameterStack* This, int index)    {return This->_to_native_vector<size_t>(index);}};
template<> struct ParameterStack::ToType<const std::vector<float>&>     {static const std::vector<float>& to(const ParameterStack* This, int index)     {return This->_to_native_vector<float>(index);}};
template<> struct ParameterStack::ToType<const std::vector<double>&>    {static const std::vector<double>& to(const ParameterStack* This, int index)    {return This->_to_native_vector<double>(index);}};
template<> struct ParameterStack::ToType<const std::vector<const char*>&> {static const std::vector<const char*>& to(const ParameterStack* This, int index) {return This->_to_native_vector<const char*>(index);}};
template<> struct ParameterStack::ToType<const std::vector<std::string>&> {static const std::vector<std::string>& to(const ParameterStack* This, int index) {return This->_to_native_vector<std::string>(index);}};
 
// convert to std::vector, std::vector& and const std::vector& (registered types)
template<class T> struct ParameterStack::ToType<std::vector<T*> >{static std::vector<T*> to(const ParameterStack* This, int index){return This->_to_pointer_vector<T, T*, void*>(index);}};
//template<class T> struct ParameterStack::ToType<std::vector<T*>& >{static std::vector<T*>& to(const ParameterStack* This, int index){return This->_to_pointer_vector<T, T*, void*>(index);}};
template<class T> struct ParameterStack::ToType<const std::vector<T*>&>{static const std::vector<T*>& to(const ParameterStack* This, int index){return This->_to_pointer_vector<T, T*, void*>(index);}};
 
template<class T> struct ParameterStack::ToType<std::vector<const T*> >{static std::vector<const T*> to(const ParameterStack* This, int index){return This->_to_pointer_vector<T, const T*, const void*>(index);}};
//template<class T> struct ParameterStack::ToType<std::vector<const T*>& >{static std::vector<const T*>& to(const ParameterStack* This, int index){return This->_to_pointer_vector<T, const T*, const void*>(index);}};
template<class T> struct ParameterStack::ToType<const std::vector<const T*>&>{static const std::vector<const T*>& to(const ParameterStack* This, int index){return This->_to_pointer_vector<T, const T*, const void*>(index);}};
 
template<class T> struct ParameterStack::ToType<std::vector<SmartPtr<T> > >{static std::vector<SmartPtr<T> > to(const ParameterStack* This, int index){return This->_to_pointer_vector<T, SmartPtr<T>, SmartPtr<void> >(index);}};
//template<class T> struct ParameterStack::ToType<std::vector<SmartPtr<T> >& >{static std::vector<SmartPtr<T> >& to(const ParameterStack* This, int index){return This->_to_pointer_vector<T, SmartPtr<T>, SmartPtr<void> >(index);}};
template<class T> struct ParameterStack::ToType<const std::vector<SmartPtr<T> >&>{static const std::vector<SmartPtr<T> >& to(const ParameterStack* This, int index){return This->_to_pointer_vector<T, SmartPtr<T>, SmartPtr<void> >(index);}};
 
template<class T> struct ParameterStack::ToType<std::vector<ConstSmartPtr<T> > >{static std::vector<ConstSmartPtr<T> > to(const ParameterStack* This, int index){return This->_to_pointer_vector<T, ConstSmartPtr<T>, ConstSmartPtr<void> >(index);}};
//template<class T> struct ParameterStack::ToType<std::vector<ConstSmartPtr<T> >& >{static std::vector<ConstSmartPtr<T> >& to(const ParameterStack* This, int index){return This->_to_pointer_vector<T, ConstSmartPtr<T>, ConstSmartPtr<void> >(index);}};
template<class T> struct ParameterStack::ToType<const std::vector<ConstSmartPtr<T> >&>{static const std::vector<ConstSmartPtr<T> >& to(const ParameterStack* This, int index){return This->_to_pointer_vector<T, ConstSmartPtr<T>, ConstSmartPtr<void> >(index);}};
 
// convert to std::vector for void pointer (registered types)
template<> struct ParameterStack::ToType<SmartPtr<std::vector<std::pair<void*, const ClassNameNode*> > > >{static SmartPtr<std::vector<std::pair<void*, const ClassNameNode*> > >  to(const ParameterStack* This, int index){return This->_to_void_pointer_vector<void*>(index);}};
template<> struct ParameterStack::ToType<SmartPtr<std::vector<std::pair<const void*, const ClassNameNode*> > > >{static SmartPtr<std::vector<std::pair<const void*, const ClassNameNode*> > >  to(const ParameterStack* This, int index){return This->_to_void_pointer_vector<const void*>(index);}};
template<> struct ParameterStack::ToType<SmartPtr<std::vector<std::pair<SmartPtr<void>, const ClassNameNode*> > > >{static SmartPtr<std::vector<std::pair<SmartPtr<void>, const ClassNameNode*> > >  to(const ParameterStack* This, int index){return This->_to_void_pointer_vector<SmartPtr<void> >(index);}};
template<> struct ParameterStack::ToType<SmartPtr<std::vector<std::pair<ConstSmartPtr<void>, const ClassNameNode*> > > >{static SmartPtr<std::vector<std::pair<ConstSmartPtr<void>, const ClassNameNode*> > >  to(const ParameterStack* This, int index){return This->_to_void_pointer_vector<ConstSmartPtr<void> >(index);}};
 
// end group registry
 
} // end namespace bridge
} // end namespace ug
 
#endif