pi_mem_factory.g.cc

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

/*!
        \file
        \author jaz
*/

#include <lestes/backend_v2/intercode/pi.g.hh>
#include <lestes/backend_v2/intercode/ge.g.hh>
#include <lestes/md/types/tm_data_type_base.g.hh>
#include <lestes/md/mem/memory_allocator_bases.g.hh>
#include <lestes/lang/cplus/sem/ss_declaration.g.hh>

#include <lestes/std/list.hh>
#include <lestes/std/pair.hh>
#include <lestes/std/reflect.hh>

#include <lestes/backend_v2/intercode/pi_mem_factory.g.hh>

package(lestes);
package(backend_v2);
package(intercode);


// ------------- Class pi_mem_factory follows. -------------

/*!
   \returns The value of pi_mem_factory::allocator.
   \author lsg
 */
ptr< ::lestes::md::mem::allocator_base > pi_mem_factory::allocator_get() const
{
        return allocator;
}

/*!
   \param[in] x The new value to set pi_mem_factory::allocator to.
   \author lsg
 */
void pi_mem_factory::allocator_set(const ptr< ::lestes::md::mem::allocator_base > & x)
{
        pi_mem_factory::allocator = x;
}

/*!
   \returns The value of pi_mem_factory::type.
   \author lsg
 */
ptr< ::lestes::md::types::tm_data_type_base > pi_mem_factory::type_get() const
{
        return type;
}

/*!
   \param[in] x The new value to set pi_mem_factory::type to.
   \author lsg
 */
void pi_mem_factory::type_set(const ptr< ::lestes::md::types::tm_data_type_base > & x)
{
        pi_mem_factory::type = x;
}

/*!
   Generated constructor for class pi_mem_factory.
   \author lsg
 */
pi_mem_factory::pi_mem_factory (ptr< ::lestes::md::mem::allocator_base > a__pi_mem_factory__allocator,
                ptr< ::lestes::md::types::tm_data_type_base > a__pi_mem_factory__type)
        : ::lestes::std::object(), allocator(a__pi_mem_factory__allocator), type(checked(a__pi_mem_factory__type))
{}

ptr< object::reflection_list > pi_mem_factory::reflection_get() const
{
        if (!reflection) {
                typedef class_reflection::field_metadata md;
                typedef class_reflection::field_metadata_list mdlist;
                ptr<mdlist> mdl = mdlist::create();
                mdl->push_back( md::create( "allocator", "allocator_base" ) );
                mdl->push_back( md::create( "type", "tm_data_type_base" ) );
                reflection = reflection_list::create( ::lestes::std::object::reflection_get() );
                reflection->push_back( class_reflection::create( "pi_mem_factory", mdl ) );
        }
        return reflection;
}

ptr< object::field_list_list > pi_mem_factory::field_values_get() const
{
        ptr < field_list_list > result = ::lestes::std::object::field_values_get();
        result->push_back( value_list::create() );
        result->back()->push_back( this->allocator );
        result->push_back( value_list::create() );
        result->back()->push_back( this->type );
        return result;
}


/*!
   Marking routine is used for garbage collection.
   \author lsg
 */
void pi_mem_factory::gc_mark()
{
	::lestes::std::object::gc_mark();
}

// End of class pi_mem_factory.

// ------------- Class pi_mf_stack follows. -------------

/*!
   \returns The value of pi_mf_stack::offset.
   \author lsg
 */
t_ssize pi_mf_stack::offset_get() const
{
        return offset;
}

/*!
   \param[in] x The new value to set pi_mf_stack::offset to.
   \author lsg
 */
void pi_mf_stack::offset_set(t_ssize x)
{
        pi_mf_stack::offset = x;
}

/*!
   This factory method for class pi_mf_stack takes values of all fields as arguments.
   \author lsg
 */
ptr< pi_mf_stack > pi_mf_stack::create(ptr< ::lestes::md::mem::allocator_base > a__pi_mem_factory__allocator,
                ptr< ::lestes::md::types::tm_data_type_base > a__pi_mem_factory__type,
                t_ssize a__pi_mf_stack__offset)
{
        return ptr< pi_mf_stack > ( new pi_mf_stack(a__pi_mem_factory__allocator,
                a__pi_mem_factory__type,
                a__pi_mf_stack__offset) );
}

/*!
   Generated constructor for class pi_mf_stack.
   \author lsg
 */
pi_mf_stack::pi_mf_stack (ptr< ::lestes::md::mem::allocator_base > a__pi_mem_factory__allocator,
                ptr< ::lestes::md::types::tm_data_type_base > a__pi_mem_factory__type,
                t_ssize a__pi_mf_stack__offset)
        : pi_mem_factory(a__pi_mem_factory__allocator,
                a__pi_mem_factory__type), offset(a__pi_mf_stack__offset)
{}

ptr< object::reflection_list > pi_mf_stack::reflection_get() const
{
        if (!reflection) {
                typedef class_reflection::field_metadata md;
                typedef class_reflection::field_metadata_list mdlist;
                ptr<mdlist> mdl = mdlist::create();
                mdl->push_back( md::create( "offset", "t_ssize" ) );
                reflection = reflection_list::create( pi_mem_factory::reflection_get() );
                reflection->push_back( class_reflection::create( "pi_mf_stack", mdl ) );
        }
        return reflection;
}

ptr< object::field_list_list > pi_mf_stack::field_values_get() const
{
        ptr < field_list_list > result = pi_mem_factory::field_values_get();
        result->push_back( value_list::create() );
        result->back()->push_back( objectize< t_ssize > ::create( this->offset ) );
        return result;
}


/*!
   Marking routine is used for garbage collection.
   \author lsg
 */
void pi_mf_stack::gc_mark()
{
        pi_mem_factory::gc_mark();
}

// End of class pi_mf_stack.

// ------------- Class pi_mf_decl follows. -------------

/*!
   \returns The value of pi_mf_decl::decl.
   \author lsg
 */
ptr< ::lestes::lang::cplus::sem::ss_object_declaration > pi_mf_decl::decl_get() const
{
        return decl;
}

/*!
   \param[in] x The new value to set pi_mf_decl::decl to.
   \author lsg
 */
void pi_mf_decl::decl_set(const ptr< ::lestes::lang::cplus::sem::ss_object_declaration > & x)
{
        pi_mf_decl::decl = x;
}

/*!
   This factory method for class pi_mf_decl takes values of all fields as arguments.
   \author lsg
 */
ptr< pi_mf_decl > pi_mf_decl::create(ptr< ::lestes::md::mem::allocator_base > a__pi_mem_factory__allocator,
                ptr< ::lestes::md::types::tm_data_type_base > a__pi_mem_factory__type,
                ptr< ::lestes::lang::cplus::sem::ss_object_declaration > a__pi_mf_decl__decl)
{
        return ptr< pi_mf_decl > ( new pi_mf_decl(a__pi_mem_factory__allocator,
                a__pi_mem_factory__type,
                a__pi_mf_decl__decl) );
}

/*!
   Generated constructor for class pi_mf_decl.
   \author lsg
 */
pi_mf_decl::pi_mf_decl (ptr< ::lestes::md::mem::allocator_base > a__pi_mem_factory__allocator,
                ptr< ::lestes::md::types::tm_data_type_base > a__pi_mem_factory__type,
                ptr< ::lestes::lang::cplus::sem::ss_object_declaration > a__pi_mf_decl__decl)
        : pi_mem_factory(a__pi_mem_factory__allocator,
                a__pi_mem_factory__type), decl(checked(a__pi_mf_decl__decl))
{}

ptr< object::reflection_list > pi_mf_decl::reflection_get() const
{
        if (!reflection) {
                typedef class_reflection::field_metadata md;
                typedef class_reflection::field_metadata_list mdlist;
                ptr<mdlist> mdl = mdlist::create();
                mdl->push_back( md::create( "decl", "ss_object_declaration" ) );
                reflection = reflection_list::create( pi_mem_factory::reflection_get() );
                reflection->push_back( class_reflection::create( "pi_mf_decl", mdl ) );
        }
        return reflection;
}

ptr< object::field_list_list > pi_mf_decl::field_values_get() const
{
        ptr < field_list_list > result = pi_mem_factory::field_values_get();
        result->push_back( value_list::create() );
        result->back()->push_back( this->decl );
        return result;
}


/*!
   Marking routine is used for garbage collection.
   \author lsg
 */
void pi_mf_decl::gc_mark()
{
        pi_mem_factory::gc_mark();
}

// End of class pi_mf_decl.

// ------------- Class pi_mf_lit follows. -------------

/*!
   \returns The value of pi_mf_lit::lit.
   \author lsg
 */
ptr< ::lestes::backend_v2::intercode::pi_lit > pi_mf_lit::lit_get() const
{
        return lit;
}

/*!
   \param[in] x The new value to set pi_mf_lit::lit to.
   \author lsg
 */
void pi_mf_lit::lit_set(const ptr< ::lestes::backend_v2::intercode::pi_lit > & x)
{
        pi_mf_lit::lit = x;
}

/*!
   This factory method for class pi_mf_lit takes values of all fields as arguments.
   \author lsg
 */
ptr< pi_mf_lit > pi_mf_lit::create(ptr< ::lestes::md::mem::allocator_base > a__pi_mem_factory__allocator,
                ptr< ::lestes::md::types::tm_data_type_base > a__pi_mem_factory__type,
                ptr< ::lestes::backend_v2::intercode::pi_lit > a__pi_mf_lit__lit)
{
        return ptr< pi_mf_lit > ( new pi_mf_lit(a__pi_mem_factory__allocator,
                a__pi_mem_factory__type,
                a__pi_mf_lit__lit) );
}

/*!
   Generated constructor for class pi_mf_lit.
   \author lsg
 */
pi_mf_lit::pi_mf_lit (ptr< ::lestes::md::mem::allocator_base > a__pi_mem_factory__allocator,
                ptr< ::lestes::md::types::tm_data_type_base > a__pi_mem_factory__type,
                ptr< ::lestes::backend_v2::intercode::pi_lit > a__pi_mf_lit__lit)
        : pi_mem_factory(a__pi_mem_factory__allocator,
                a__pi_mem_factory__type), lit(checked(a__pi_mf_lit__lit))
{}

ptr< object::reflection_list > pi_mf_lit::reflection_get() const
{
        if (!reflection) {
                typedef class_reflection::field_metadata md;
                typedef class_reflection::field_metadata_list mdlist;
                ptr<mdlist> mdl = mdlist::create();
                mdl->push_back( md::create( "lit", "pi_lit" ) );
                reflection = reflection_list::create( pi_mem_factory::reflection_get() );
                reflection->push_back( class_reflection::create( "pi_mf_lit", mdl ) );
        }
        return reflection;
}

ptr< object::field_list_list > pi_mf_lit::field_values_get() const
{
        ptr < field_list_list > result = pi_mem_factory::field_values_get();
        result->push_back( value_list::create() );
        result->back()->push_back( this->lit );
        return result;
}


/*!
   Marking routine is used for garbage collection.
   \author lsg
 */
void pi_mf_lit::gc_mark()
{
        pi_mem_factory::gc_mark();
}

// End of class pi_mf_lit.

// ------------- Class pi_mf_member follows. -------------

/*!
   \returns The value of pi_mf_member::parent.
   \author lsg
 */
ptr< pi_mem_factory > pi_mf_member::parent_get() const
{
        return parent;
}

/*!
   \param[in] x The new value to set pi_mf_member::parent to.
   \author lsg
 */
void pi_mf_member::parent_set(const ptr< pi_mem_factory > & x)
{
        pi_mf_member::parent = x;
}

/*!
   \returns The value of pi_mf_member::member_offset.
   \author lsg
 */
ulint pi_mf_member::member_offset_get() const
{
        return member_offset;
}

/*!
   \param[in] x The new value to set pi_mf_member::member_offset to.
   \author lsg
 */
void pi_mf_member::member_offset_set(ulint x)
{
        pi_mf_member::member_offset = x;
}

/*!
   This factory method for class pi_mf_member takes values of all fields as arguments.
   \author lsg
 */
ptr< pi_mf_member > pi_mf_member::create(ptr< ::lestes::md::mem::allocator_base > a__pi_mem_factory__allocator,
                ptr< ::lestes::md::types::tm_data_type_base > a__pi_mem_factory__type,
                ptr< pi_mem_factory > a__pi_mf_member__parent,
                ulint a__pi_mf_member__member_offset)
{
        return ptr< pi_mf_member > ( new pi_mf_member(a__pi_mem_factory__allocator,
                a__pi_mem_factory__type,
                a__pi_mf_member__parent,
                a__pi_mf_member__member_offset) );
}

/*!
   Generated constructor for class pi_mf_member.
   \author lsg
 */
pi_mf_member::pi_mf_member (ptr< ::lestes::md::mem::allocator_base > a__pi_mem_factory__allocator,
                ptr< ::lestes::md::types::tm_data_type_base > a__pi_mem_factory__type,
                ptr< pi_mem_factory > a__pi_mf_member__parent,
                ulint a__pi_mf_member__member_offset)
        : pi_mem_factory(a__pi_mem_factory__allocator,
                a__pi_mem_factory__type), parent(checked(a__pi_mf_member__parent)), member_offset(a__pi_mf_member__member_offset)
{}

ptr< object::reflection_list > pi_mf_member::reflection_get() const
{
        if (!reflection) {
                typedef class_reflection::field_metadata md;
                typedef class_reflection::field_metadata_list mdlist;
                ptr<mdlist> mdl = mdlist::create();
                mdl->push_back( md::create( "parent", "pi_mem_factory" ) );
                mdl->push_back( md::create( "member_offset", "ulint" ) );
                reflection = reflection_list::create( pi_mem_factory::reflection_get() );
                reflection->push_back( class_reflection::create( "pi_mf_member", mdl ) );
        }
        return reflection;
}

ptr< object::field_list_list > pi_mf_member::field_values_get() const
{
        ptr < field_list_list > result = pi_mem_factory::field_values_get();
        result->push_back( value_list::create() );
        result->back()->push_back( this->parent );
        result->push_back( value_list::create() );
        result->back()->push_back( objectize< ulint > ::create( this->member_offset ) );
        return result;
}


/*!
   Marking routine is used for garbage collection.
   \author lsg
 */
void pi_mf_member::gc_mark()
{
        pi_mem_factory::gc_mark();
}

// End of class pi_mf_member.

// ------------- Class pi_mf_preg follows. -------------

/*!
   \returns The value of pi_mf_preg::preg.
   \author lsg
 */
ptr< ::lestes::backend_v2::intercode::pi_preg > pi_mf_preg::preg_get() const
{
        return preg;
}

/*!
   \param[in] x The new value to set pi_mf_preg::preg to.
   \author lsg
 */
void pi_mf_preg::preg_set(const ptr< ::lestes::backend_v2::intercode::pi_preg > & x)
{
        pi_mf_preg::preg = x;
}

/*!
   This factory method for class pi_mf_preg takes values of all fields as arguments.
   \author lsg
 */
ptr< pi_mf_preg > pi_mf_preg::create(ptr< ::lestes::md::mem::allocator_base > a__pi_mem_factory__allocator,
                ptr< ::lestes::md::types::tm_data_type_base > a__pi_mem_factory__type,
                ptr< ::lestes::backend_v2::intercode::pi_preg > a__pi_mf_preg__preg)
{
        return ptr< pi_mf_preg > ( new pi_mf_preg(a__pi_mem_factory__allocator,
                a__pi_mem_factory__type,
                a__pi_mf_preg__preg) );
}

/*!
   Generated constructor for class pi_mf_preg.
   \author lsg
 */
pi_mf_preg::pi_mf_preg (ptr< ::lestes::md::mem::allocator_base > a__pi_mem_factory__allocator,
                ptr< ::lestes::md::types::tm_data_type_base > a__pi_mem_factory__type,
                ptr< ::lestes::backend_v2::intercode::pi_preg > a__pi_mf_preg__preg)
        : pi_mem_factory(a__pi_mem_factory__allocator,
                a__pi_mem_factory__type), preg(checked(a__pi_mf_preg__preg))
{}

ptr< object::reflection_list > pi_mf_preg::reflection_get() const
{
        if (!reflection) {
                typedef class_reflection::field_metadata md;
                typedef class_reflection::field_metadata_list mdlist;
                ptr<mdlist> mdl = mdlist::create();
                mdl->push_back( md::create( "preg", "pi_preg" ) );
                reflection = reflection_list::create( pi_mem_factory::reflection_get() );
                reflection->push_back( class_reflection::create( "pi_mf_preg", mdl ) );
        }
        return reflection;
}

ptr< object::field_list_list > pi_mf_preg::field_values_get() const
{
        ptr < field_list_list > result = pi_mem_factory::field_values_get();
        result->push_back( value_list::create() );
        result->back()->push_back( this->preg );
        return result;
}


/*!
   Marking routine is used for garbage collection.
   \author lsg
 */
void pi_mf_preg::gc_mark()
{
        pi_mem_factory::gc_mark();
}

// End of class pi_mf_preg.

// ------------- Class pi_mf_ptr_deref follows. -------------

/*!
   \returns The value of pi_mf_ptr_deref::addr.
   \author lsg
 */
ptr< ::lestes::backend_v2::intercode::pi_preg > pi_mf_ptr_deref::addr_get() const
{
        return addr;
}

/*!
   \param[in] x The new value to set pi_mf_ptr_deref::addr to.
   \author lsg
 */
void pi_mf_ptr_deref::addr_set(const ptr< ::lestes::backend_v2::intercode::pi_preg > & x)
{
        pi_mf_ptr_deref::addr = x;
}

/*!
   \returns The value of pi_mf_ptr_deref::ge_addr.
   \author lsg
 */
ptr< ::lestes::backend_v2::intercode::ge_operand_reg > pi_mf_ptr_deref::ge_addr_get() const
{
        return ge_addr;
}

/*!
   \param[in] x The new value to set pi_mf_ptr_deref::ge_addr to.
   \author lsg
 */
void pi_mf_ptr_deref::ge_addr_set(const ptr< ::lestes::backend_v2::intercode::ge_operand_reg > & x)
{
        pi_mf_ptr_deref::ge_addr = x;
}

/*!
   This factory method for class pi_mf_ptr_deref takes values of all fields as arguments.
   \author lsg
 */
ptr< pi_mf_ptr_deref > pi_mf_ptr_deref::create(ptr< ::lestes::md::mem::allocator_base > a__pi_mem_factory__allocator,
                ptr< ::lestes::md::types::tm_data_type_base > a__pi_mem_factory__type,
                ptr< ::lestes::backend_v2::intercode::pi_preg > a__pi_mf_ptr_deref__addr,
                ptr< ::lestes::backend_v2::intercode::ge_operand_reg > a__pi_mf_ptr_deref__ge_addr)
{
        return ptr< pi_mf_ptr_deref > ( new pi_mf_ptr_deref(a__pi_mem_factory__allocator,
                a__pi_mem_factory__type,
                a__pi_mf_ptr_deref__addr,
                a__pi_mf_ptr_deref__ge_addr) );
}

/*!
   This factory method for class pi_mf_ptr_deref uses initializers.
   \author lsg
 */
ptr< pi_mf_ptr_deref > pi_mf_ptr_deref::create(ptr< ::lestes::md::mem::allocator_base > a__pi_mem_factory__allocator,
                ptr< ::lestes::md::types::tm_data_type_base > a__pi_mem_factory__type,
                ptr< ::lestes::backend_v2::intercode::pi_preg > a__pi_mf_ptr_deref__addr)
{
        return ptr< pi_mf_ptr_deref > ( new pi_mf_ptr_deref(a__pi_mem_factory__allocator, a__pi_mem_factory__type, a__pi_mf_ptr_deref__addr, NULL) );
}

/*!
   Generated constructor for class pi_mf_ptr_deref.
   \author lsg
 */
pi_mf_ptr_deref::pi_mf_ptr_deref (ptr< ::lestes::md::mem::allocator_base > a__pi_mem_factory__allocator,
                ptr< ::lestes::md::types::tm_data_type_base > a__pi_mem_factory__type,
                ptr< ::lestes::backend_v2::intercode::pi_preg > a__pi_mf_ptr_deref__addr,
                ptr< ::lestes::backend_v2::intercode::ge_operand_reg > a__pi_mf_ptr_deref__ge_addr)
        : pi_mem_factory(a__pi_mem_factory__allocator,
                a__pi_mem_factory__type), addr(checked(a__pi_mf_ptr_deref__addr)), ge_addr(a__pi_mf_ptr_deref__ge_addr)
{}

ptr< object::reflection_list > pi_mf_ptr_deref::reflection_get() const
{
        if (!reflection) {
                typedef class_reflection::field_metadata md;
                typedef class_reflection::field_metadata_list mdlist;
                ptr<mdlist> mdl = mdlist::create();
                mdl->push_back( md::create( "addr", "pi_preg" ) );
                mdl->push_back( md::create( "ge_addr", "ge_operand_reg" ) );
                reflection = reflection_list::create( pi_mem_factory::reflection_get() );
                reflection->push_back( class_reflection::create( "pi_mf_ptr_deref", mdl ) );
        }
        return reflection;
}

ptr< object::field_list_list > pi_mf_ptr_deref::field_values_get() const
{
        ptr < field_list_list > result = pi_mem_factory::field_values_get();
        result->push_back( value_list::create() );
        result->back()->push_back( this->addr );
        result->push_back( value_list::create() );
        result->back()->push_back( this->ge_addr );
        return result;
}


/*!
   Marking routine is used for garbage collection.
   \author lsg
 */
void pi_mf_ptr_deref::gc_mark()
{
        pi_mem_factory::gc_mark();
}

// End of class pi_mf_ptr_deref.


// static data members follow 
ptr<object::reflection_list> pi_mem_factory::reflection = reflection;
ptr<object::reflection_list> pi_mf_stack::reflection = reflection;
ptr<object::reflection_list> pi_mf_decl::reflection = reflection;
ptr<object::reflection_list> pi_mf_lit::reflection = reflection;
ptr<object::reflection_list> pi_mf_member::reflection = reflection;
ptr<object::reflection_list> pi_mf_preg::reflection = reflection;
ptr<object::reflection_list> pi_mf_ptr_deref::reflection = reflection;

end_package(intercode);
end_package(backend_v2);
end_package(lestes);

---