/// <remarks>
/// By convention, some script objects are designed to support a particular
/// type and so are always constructed with that type's name.
/// Specifically, asynchronous method calls need a type against which
/// to invoke the method by reflection (see IDCL.Controls.Asynchronous).
/// <see cref="IDCL.Controls.Asynchronous"/>
/// </remarks>
public static string CreateObject(string name, string typeName, Type t, object[] arguments)
{
int length = arguments.Length;
object[] transfer = new object[length + 1];
// type name needs to be first argument
transfer[0] = t.QualifiedName();
for (int x = 1; x <= length; x++)
{
transfer[x] = arguments[x - 1];
}
return(EcmaScript.CreateObject(name, typeName, transfer, null));
}
public static string CreateObject(string name, string typeName)
{
return(EcmaScript.CreateObject(name, typeName, new string[] { }, null));
}
public static string CreateObject(string name, string typeName, string[] arguments)
{
return(EcmaScript.CreateObject(name, typeName, arguments, null));
}
public static string CreateObject(string name, string typeName, Dictionary <string, object> properties)
{
return(EcmaScript.CreateObject(name, typeName, new string[] { }, properties));
}
public static string CreateObject(Type t, object[] arguments)
{
return(EcmaScript.CreateObject(t.Name, t, arguments));
}
public static string CreateObject(Type t)
{
return(EcmaScript.CreateObject(t.Name, t));
}
public static string CreateObject(string name, Type t)
{
return(EcmaScript.CreateObject(name, name + "Object", t));
}
// by convention, JS object function names end with "Object"
public static string CreateObject(string name, Type t, object[] arguments)
{
return(EcmaScript.CreateObject(name, name + "Object", t, arguments));
}
public static string CreateObject(string name, string typeName, Type t)
{
return(EcmaScript.CreateObject(name, typeName, new string[] {
t.QualifiedName()
}, null));
}