public void GetArgumentSyntax_WhenUsingMethodAndCasting_ShouldGetCode()
{
var argument =
new InvocationArgument(Statement.Expression.Invoke(new MethodReference("Do")).AsExpression(), typeof(int));
var syntax = argument.GetArgumentSyntax();
Assert.IsInstanceOf <ArgumentSyntax>(syntax);
Assert.AreEqual("(int)Do()", syntax.ToString());
}
public void GetArgumentSyntax_WhenUsingReference_ShouldGetCode()
{
var argument =
new InvocationArgument(new MethodReference("Do"));
var syntax = argument.GetArgumentSyntax();
Assert.IsInstanceOf <ArgumentSyntax>(syntax);
Assert.AreEqual("Do()", syntax.ToString());
}
public Expression Compile(AssignCompiler component)
{
var instance = component.Getter;
var methodName = component.Operator;
var argument = new InvocationArgument(ArgumentKind.Simple, component.Right);
var call = CompilerUtils.Call(instance, methodName, component.Visibility, argument);
return(component.Setter(call));
}
public override Expression Compile()
{
var left = LeftNode.Accept(Compiler);
var right = RightNode.Accept(Compiler);
var visibility = LeftNode.GetVisibility();
var argument = new InvocationArgument(ArgumentKind.Simple, right);
return(CompilerUtils.Call(left, Operator, visibility, argument));
}
public override Expression Setter(Expression rightHandSide)
{
var rightVar = Variable(typeof(iObject), "right");
var rightArgument = new InvocationArgument(ArgumentKind.Simple, rightVar);
return(Block(
typeof(iObject),
new[] { rightVar },
Assign(rightVar, rightHandSide),
CompilerUtils.Call(instance, SetterMethodName, Visibility, rightArgument),
rightVar
));
}
