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-
+
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bool success = true;
ForEachInVectorTerm( tft.params(), [&]( auto&& param )
{
auto teSig = BuildTemplateSignature( c, param );
if( !teSig )
{
DiagnosticsManager::GetInstance().emitErrorMessage( ValueFromIRExpr( param )->locationId(),
cout << "Invalid template parameter.\n";
"Invalid template parameter." );
success = false;
return false;
}
vt.push_back( move( *teSig ) );
return true;
} );
if( !success )
return nullopt;
auto rtSig = BuildTemplateSignature( c, tft.returnType() );
if( !rtSig )
{
DiagnosticsManager::GetInstance().emitErrorMessage( ValueFromIRExpr( tft.returnType() )->locationId(),
cout << "Invalid template return type or texpr.\n";
"Invalid template return type or texpr." );
return nullopt;
}
return TVEC(
tft.domain(),
TERM( make_shared< Vector >( vt.persistent() ) ),
*rtSig );
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bool success = true;
ForEachInVectorTerm( ftype->params(), [&]( auto&& param )
{
auto teArgPat = BuildTemplateArgPattern( c, param );
if( !teArgPat )
{
DiagnosticsManager::GetInstance().emitErrorMessage( ValueFromIRExpr( param )->locationId(),
cout << "Invalid template parameter.\n";
"Invalid template parameter." );
success = false;
return false;
}
apvt.push_back( move( *teArgPat ) );
return true;
} );
if( !success )
return nullopt;
auto rtArgPat = BuildTemplateArgPattern( c, ftype->returnType() );
if( !rtArgPat )
{
DiagnosticsManager::GetInstance().emitErrorMessage( ValueFromIRExpr( ftype->returnType() )->locationId(),
cout << "Invalid template return type or texpr.\n";
"Invalid template return type or texpr." );
return nullopt;
}
return TVEC(
ftype->domain(),
TERM( make_shared< Vector >( apvt.persistent() ) ),
*rtArgPat
);
}
}
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