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#include "builtins/builtins.h"
using namespace empathy::builtins;
namespace empathy::builtins
{
void OverloadSet::add( const Term& signature, const Value& callable )
{
auto result = Decompose( signature,
Vec(
Val< pvec >(),
SubTerm()
)
);
assert( result );
auto&& [params,rt] = *result;
const auto& rtype = rt;
m_trie = m_trie->merge( *params, [&]( auto&& rtTrie )
{
return Merge( rtTrie, rtype, [&]( auto&& )
{
return callable;
} );
} );
}
bool IsOverloadSet( const Value& os )
{
return os.type() == GetValueType< OverloadSet >();
return os.type() == GetValueType< ptr< OverloadSet > >();
}
}
namespace empathy::ir
{
const Term& Bridge< OverloadSet >::Type()
const Term& Bridge< ptr< builtins::OverloadSet > >::Type()
{
static auto type = ValueToIRExpr( Value( TSID( type ), TSID( overloadset ) ) );
return type;
}
Value Bridge< OverloadSet >::ToValue( OverloadSet&& td )
Value Bridge< ptr< builtins::OverloadSet > >::ToValue( const ptr< builtins::OverloadSet >& os )
{
return Value( Type(), TERM( static_pointer_cast< void >( td.utrie() ) ) );
return Value( Type(), TERM( static_pointer_cast< void >( os ) ) );
}
optional< OverloadSet > Bridge< OverloadSet >::FromValue( const Value& v )
ptr< builtins::OverloadSet > Bridge< ptr< builtins::OverloadSet > >::FromValue( const Value& v )
{
if( !IsOverloadSet( v ) )
return nullopt;
return nullptr;
auto result = Decompose( v.val(),
Val< ptr< void > >()
);
if( !result )
return nullopt;
return nullptr;
return OverloadSet( *result );
return static_pointer_cast< builtins::OverloadSet >( result->get() );
}
}
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