mem_alloc_manager.g.hh

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// This file is automatically generated, do not edit.

/*!
        \file
        \brief Memory allocator.
        \author jaz
*/

#ifndef lestes__md__mem__mem_alloc_manager_g_hh__included
#define lestes__md__mem__mem_alloc_manager_g_hh__included

#include <lestes/md/common.hh>

#include <lestes/std/objectize_macros.hh>
package(lestes);
package(std);
class object;
end_package(std);
end_package(lestes);

package(lestes);
package(lang);
package(cplus);
package(sem);
class ss_function_declaration;
end_package(sem);
end_package(cplus);
end_package(lang);
end_package(lestes);

package(lestes);
package(lang);
package(cplus);
package(sem);
class ss_object_declaration;
end_package(sem);
end_package(cplus);
end_package(lang);
end_package(lestes);

package(lestes);
package(backend_v2);
package(intercode);
class pi_abstract_function_call;
end_package(intercode);
end_package(backend_v2);
end_package(lestes);

package(lestes);
package(backend_v2);
package(intercode);
class pi_sp;
end_package(intercode);
end_package(backend_v2);
end_package(lestes);

package(lestes);
package(md);
package(literals);
class literal_info_base;
end_package(literals);
end_package(md);
end_package(lestes);

package(lestes);
package(backend_v2);
package(intercode);
class pi_mem_factory;
end_package(intercode);
end_package(backend_v2);
end_package(lestes);

package(lestes);
package(md);
package(types);
class tm_data_type_base;
end_package(types);
end_package(md);
end_package(lestes);

package(lestes);
package(lang);
package(cplus);
package(sem);
class ss_type;
end_package(sem);
end_package(cplus);
end_package(lang);
end_package(lestes);

package(lestes);
package(md);
package(mem);


class mem_alloc_manager;


/*! \brief Manager for variable allocation.

The backend provides interface for allocating and accessing memory for variables and parameters. 
The allocation means that somebody lets the backend know about new variable, the backend returns object representing
 corresponding place in memory and at the end it generates assembler definition for this object.                        
                        
*/
class mem_alloc_manager : public ::lestes::std::object {
public:
        //! The method singleton_instance_get returns the value of the field mem_alloc_manager::singleton_instance.
        static ptr< mem_alloc_manager > singleton_instance_get();

        //! The method singleton_instance_set sets the field mem_alloc_manager::singleton_instance to the given value.
        static void singleton_instance_set(const ptr< mem_alloc_manager > &);

        //! Allocates space for variable on the local stack.
        virtual ptr< ::lestes::backend_v2::intercode::pi_mem_factory > allocate_local_tmp(ptr< ::lestes::lang::cplus::sem::ss_function_declaration > function, ptr< ::lestes::lang::cplus::sem::ss_type > decl);

        //! Allocates space for variable on the local stack.
        virtual ptr< ::lestes::backend_v2::intercode::pi_mem_factory > allocate_local_tmp(ptr< ::lestes::lang::cplus::sem::ss_function_declaration > function, ptr< ::lestes::md::types::tm_data_type_base > decl);

        //! Allocates space for variable on the local stack.
        virtual ptr< ::lestes::backend_v2::intercode::pi_mem_factory > allocate_local_var(ptr< ::lestes::lang::cplus::sem::ss_function_declaration > function, ptr< ::lestes::lang::cplus::sem::ss_object_declaration > decl);

        //! Allocates space for variable in global data storage.
        virtual ptr< ::lestes::backend_v2::intercode::pi_mem_factory > allocate_global_var(ptr< ::lestes::lang::cplus::sem::ss_object_declaration > decl);

        //! Initialises space in global data storage by given value.
        virtual void init_global_var(ptr< ::lestes::backend_v2::intercode::pi_mem_factory > mem, ptr< ::lestes::md::literals::literal_info_base > value);

        //! Deallocates previously allocated space.
        virtual void deallocate(ptr< ::lestes::backend_v2::intercode::pi_mem_factory > mem, ptr< ::lestes::backend_v2::intercode::pi_sp > psp, ptr< ::lestes::backend_v2::intercode::pi_sp > nsp);

        //! Returns singleton instance.
        static ptr< mem_alloc_manager > instance();

        
        //! First generated factory method for class mem_alloc_manager.
        static ptr< mem_alloc_manager > create (
                );

        

        //! for purposes of dumping
        virtual ptr<reflection_list> reflection_get() const;
        //! for purposes of dumping
        virtual ptr<field_list_list> field_values_get() const;
        
protected:
        //! Generated constructor for class mem_alloc_manager.
        mem_alloc_manager (
                );

        //! Marking routine for class mem_alloc_manager. 
        virtual void gc_mark();

private:
        //! Singleton instance.
        static ptr< mem_alloc_manager > singleton_instance;
        static ptr<reflection_list> reflection;
        
}; // mem_alloc_manager


end_package(mem);
end_package(md);
end_package(lestes);

#endif // lestes__md__mem__mem_alloc_manager_g_hh__included

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