As suggested by Tim, quoting @tbosch’s comment Angular reuses previously created DOM elements by default So to avoid this behavior, taken from the comment as well, you can use APP_VIEW_POOL_CAPACITY and assign it 0 as value. bootstrap(MyApp, [provide(APP_VIEW_POOL_CAPACITY, {useValue: 0})]) Update Note that since beta.1 APP_VIEW_POOL_CAPACITY was removed by #5993 and the DOM is being … Read more
I’m typing this in a hurry, so pls excuse any typos (I’ll fix those later when I get a chance). I understand that Fruit f = new Fruit() will be of both static and dynamic type Fruit. I think you are confusing a bit the terms static and dynamic types with compile-time and run-time types … Read more
This is due to obscure behaviors of Json.NET and the ?? operator. Firstly, when you deserialize JSON to a dynamic object, what is actually returned is a subclass of the Linq-to-JSON type JToken (e.g. JObject or JValue) which has a custom implementation of IDynamicMetaObjectProvider. I.e. dynamic d1 = JsonConvert.DeserializeObject(json); var d2 = JsonConvert.DeserializeObject<JObject>(json); Are actually … Read more
The correct answer depends on the number of different classes of which you want to create the instances. If the number is huge (the application should be able to create an instance of any class in your application), you should use the reflection functionality of .Net. But, to be honest, I’m not a big fan … Read more
Yes, Drools is completely dynamic. You can add/remove/replaces rules at runtime. All the existing sessions are automatically updated in order to keep consistency. Check the documentation/javadoc: http://www.jboss.org/drools/documentation And here you can see some integration tests: DynamicRulesTest.java
The fundamental principle of “dynamic” in C# is: at runtime do the type analysis of the expression as though the runtime type had been the compile time type. So let’s see what would happen if we actually did that: dynamic num0 = ((Program.Factory.Empty)container).Value; That program would fail because Empty is not accessible. dynamic will not … Read more
You cannot do it without introspecting the stack yourself (and this is fragile since many optimizations may mean the stack frame is not what you expect, or even that the parameter passed is not in fact what the method signature would suggest (it is perfectly possible for an optimizing JIT compiler to spot that you … Read more
Assuming that what you are trying to do is something like this: let anyType: Any.Type = Optional<String>.self anyType is Optional<Any>.Type // false Sadly swift currently (as of Swift 2) does not support covariance nor contravariance and type checks directly against Optional.Type cannot be done: // Argument for generic parameter ‘Wrapped’ could not be inferred anyType … Read more
Here is a solution to the problem. Thanks to koniiiik i tried to solve this by extending the *get_fieldsets* method class ProductAdmin(admin.ModelAdmin): def get_fieldsets(self, request, obj=None): fieldsets = super(ProductAdmin, self).get_fieldsets(request, obj) fieldsets[0][1][‘fields’] += [‘foo’] return fieldsets If you use multiple fieldsets be sure to add the to the right fieldset by using the appropriate index.
class Program { static void Main() { var dt = new DataTable(); dt.Columns.Add(“ID”, typeof(int)); dt.Columns.Add(“Name”, typeof(string)); dt.Rows.Add(1, “x”); dt.Rows.Add(2, “y”); List<dynamic> dynamicDt = dt.ToDynamic(); Console.WriteLine(dynamicDt.First().ID); Console.WriteLine(dynamicDt.First().Name); } } public static class DataTableExtensions { public static List<dynamic> ToDynamic(this DataTable dt) { var dynamicDt = new List<dynamic>(); foreach (DataRow row in dt.Rows) { dynamic dyn = new … Read more