public IInvokeResult Invoke(InvokeData invokeInfo)
{
var parseInfo = invokeInfo.ParseInfo;
// Create the overload chooser for the invoke function.
var overloadChooser = new OverloadChooser(
new MethodOverload[] { new MethodOverload(_lambdaType.InvokeFunction) },
parseInfo,
invokeInfo.Scope,
invokeInfo.Getter,
invokeInfo.TargetRange,
invokeInfo.CallRange,
invokeInfo.FullRange,
new OverloadError("lambda '" + _lambdaType.GetName() + "'")
);
// Apply the parameters.
overloadChooser.Apply(invokeInfo.Context.Parameters, false, null);
var invoke = (LambdaInvoke)overloadChooser.Overload;
invoke?.CheckRecursionAndRestricted(parseInfo, invokeInfo.TargetRange, invokeInfo.Target);
if (invokeInfo.UsedAsExpression && !invoke.LambdaType.ReturnsValue)
{
parseInfo.Script.Diagnostics.Error("The lambda '" + invoke.LambdaType.GetName() + "' does not return a value", invokeInfo.TargetRange);
}
return(new LambdaInvokeResult(parseInfo.TranslateInfo, invoke, overloadChooser.ParameterResults, invokeInfo.Target));
}
public IInvokeResult Invoke(InvokeData invokeInfo)
{
var parseInfo = invokeInfo.ParseInfo;
// Create the overload chooser for the invoke function.
var overloadChooser = new OverloadChooser(
new IParameterCallable[] { _lambdaType.InvokeFunction },
parseInfo,
invokeInfo.Scope,
invokeInfo.Getter,
invokeInfo.TargetRange,
invokeInfo.CallRange,
new OverloadError("lambda '" + _lambdaType.GetName() + "'")
);
// Apply the parameters.
overloadChooser.Apply(invokeInfo.Context.Parameters);
var invoke = (LambdaInvoke)overloadChooser.Overload;
invoke?.Call(parseInfo, invokeInfo.TargetRange);
return(new LambdaInvokeResult(invoke, overloadChooser.Values, invokeInfo.Target));
// return new FunctionInvokeResult(parseInfo, invokeInfo.TargetRange, invokeInfo.UsedAsExpression, invoke, overloadChooser.Values, overloadChooser.AdditionalParameterData, overloadChooser.Match);
}
public void GetLambdaStatement(PortableLambdaType expecting)
{
bool found = false;
_type = expecting;
foreach (var func in Group.Functions)
{
if (func.Parameters.Length == expecting.Parameters.Length)
{
// Make sure the method implements the target lambda.
for (int i = 0; i < func.Parameters.Length; i++)
{
if (!func.Parameters[i].Type.Implements(expecting.Parameters[i]))
{
continue;
}
}
_chosenFunction = func;
found = true;
break;
}
}
// If a compatible function was found, get the handler.
if (found)
{
_functionHandler = GetLambdaHandler(_chosenFunction);
_identifier = _parseInfo.TranslateInfo.GetComponent <LambdaGroup>().Add(_functionHandler);
// Get the variable's invoke info from the parameters.
InvokedState = new IBridgeInvocable[_functionHandler.ParameterCount()];
for (int i = 0; i < _functionHandler.ParameterCount(); i++)
{
if (_functionHandler.GetParameterVar(i) is Var var)
{
InvokedState[i] = var.BridgeInvocable;
}
}
}
else
{
_parseInfo.Script.Diagnostics.Error("No overload for '" + Group.Name + "' implements " + expecting.GetName(), _range);
}
}
public void Finalize(PortableLambdaType expecting)
{
_type = expecting;
// If a compatible function was found, get the handler.
if (ChosenFunction != null || SelectFunction(expecting))
{
_constFunctionInvoker = GetLambdaHandler(ChosenFunction);
// Get the variable's invoke info from the parameters.
InvokedState = new IBridgeInvocable[_constFunctionInvoker.ParameterCount()];
for (int i = 0; i < _constFunctionInvoker.ParameterCount(); i++)
{
if (_constFunctionInvoker.GetParameterVar(i) is Var var)
{
InvokedState[i] = var.BridgeInvocable;
}
}
}
else
{
_parseInfo.Script.Diagnostics.Error("No overload for '" + Group.Name + "' implements " + expecting.GetName(), _range);
}
}
