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// file : CCF/IDL2/Traversal/Sequence.cpp
// author : Boris Kolpackov <boris@dre.vanderbilt.edu>
// cvs-id : $Id$
#include "CCF/IDL2/Traversal/Sequence.hpp"
namespace CCF
{
namespace IDL2
{
namespace Traversal
{
// UnboundedSequence
//
void UnboundedSequence::
traverse (Type& us)
{
pre (us);
arguments_with_type (us);
name (us);
post (us);
}
void UnboundedSequence::
pre (Type&)
{
}
void UnboundedSequence::
arguments_with_type (Type& us, EdgeDispatcherBase& d)
{
d.traverse (**us.arguments_begin ());
}
void UnboundedSequence::
arguments_with_type (Type& us)
{
arguments_with_type (us, edge_traverser ());
}
void UnboundedSequence::
name (Type&)
{
}
void UnboundedSequence::
post (Type&)
{
}
// BoundedSequence
//
void BoundedSequence::
traverse (Type& bs)
{
pre (bs);
arguments_with_type (bs);
arguments_with_value (bs);
name (bs);
post (bs);
}
void BoundedSequence::
pre (Type&)
{
}
void BoundedSequence::
arguments_with_type (Type& bs, EdgeDispatcherBase& d)
{
d.traverse (**bs.arguments_begin ());
}
void BoundedSequence::
arguments_with_type (Type& bs)
{
arguments_with_type (bs, edge_traverser ());
}
void BoundedSequence::
arguments_with_value (Type& bs, EdgeDispatcherBase& d)
{
Type::ArgumentsIterator i (bs.arguments_begin ());
++i; // Bound is always second to the type.
d.traverse (**i);
}
void BoundedSequence::
arguments_with_value (Type& bs)
{
arguments_with_value (bs, edge_traverser ());
}
void BoundedSequence::
name (Type&)
{
}
void BoundedSequence::
post (Type&)
{
}
}
}
}
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