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AcceptChanges() is actually the simplest of the three methods. If changes are being accepted, it means that the current values in the object are the ones that should be kept, and the most recent snapshot is now meaningless and can be discarded. Like CopyState(), once this method is complete, a virtual AcceptChangesComplete() method is called to allow subclasses to take additional actions. In concept, this means that all AcceptChanges() needs to do is discard the most recent snapshot: _stateStack.Pop(); However, it is important to remember that the object may have child objects, and they need to know to accept changes as well. This requires looping through the object s fields to find any child objects that implement Csla.Core.IUndoableObject. The AcceptChanges() method call must be cascaded to them too. The process of looping through the fields of the object is the same as in CopyState() and UndoChanges(). The only difference is where the method call is cascaded: // the field is undoable so see if it is a child object if (typeof(Csla.Core.IUndoableObject). IsAssignableFrom(field.FieldType)) { object value = field.GetValue(this); // make sure the variable has a value if (value != null) { // it is a child object so cascade the call ((Core.IUndoableObject)value).AcceptChanges(); } } Simple field values don t need any processing. Remember that the idea is that the current values have been accepted so there s no need to change those current values at all.

> Set.of_list ["b";"a";"b";"b";"c" ];; val it : Set<string> = set [ "a"; "b"; "c" ] > Set.to_list (Set.of_list ["abc"; "ABC"]);; val it : string list = [ "ABC"; "abc" ] Here you can see several things: F# Interactive prints the contents of structured values such as lists and sets. Duplicate elements are removed by the conversion. The elements in the set are ordered. The default ordering on strings used by sets is case sensitive.

The next class listed in Table 3-1 is Csla.Core.BusinessBase. This class will implement most of the functionality for a single editable object, and combines the n-level undo, validation rules, and

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The next two lines of the wordCount function compute the result we re after the number of duplicate words This is done by using two properties, Length and Count, of the values you ve computed: let nWords = wordsLength let nDups = wordsLength - wordSetCount F# performs resolution on property names at compile time (or interactively when using F# Interactive, where there is no distinction between compile time and run time) This is done using compile-time knowledge of the type of the expression on the left of the dot in this case, words and wordSet Sometimes a type annotation is required in your code in order to resolve the potential ambiguity among possible property names For example, the following code uses a type annotation to note that inp refers to a list.

authorization rules, along with some data binding support. Given that the validation and authorization classes are later in the chapter, you may need to look forward in the chapter to see the full implementation of each feature. Like all base classes, this class must be serializable and abstract. It inherits from UndoableBase (and therefore also from BindableBase): namespace Csla.Core { [Serializable()] public abstract class BusinessBase : Csla.Core.UndoableBase, System.ComponentModel.IEditableObject, System.ComponentModel.IDataErrorInfo, ICloneable } Not only does this class inherit from UndoableBase, but it also implements System. ComponentModel.IEditableObject and System.ComponentModel.IDataErrorInfo to provide data binding support. It also implements System.ICloneable, and so the object will have a Clone() method. This class pulls together a lot of functionality. The goal is to abstract all this functionality into a set of easily understood behaviors that simplify the creation of business objects. Table 3-3 lists the functional areas. Table 3-3. Functional Areas Implemented in Csla.Core.BusinessBase

I ve found this function to be enormously useful when my code starts to get complex. No matter how many individual functions I want to execute when the page loads, I just need to add a single line for each one. For the prepareGallery function, this might be overkill. After all, only one function needs to be executed when the page loads. Still, it s good to plan for future expansion. If I include the addLoadEvent function, this is all I need to write: addLoadEvent(prepareGallery); At this stage, I think the prepareGallery function is as foolproof as I can make it. It s time for me to turn my questioning gaze on the original showPic function.

This allows the F# type system to infer that Length refers to a property associated with values of the list type: let length (inp : 'a list) = inpLength Here the 'a indicates that the length function is generic; that is, it can be used with any type of list We cover generic code in more detail in 3 and 5 Type annotations can be useful documentation and, when needed, should generally be added at the point where a variable is declared As you can see from the use of the dot-notation, F# is both a functional language and an object-oriented language In particular, properties are a kind of member, a general term used for any functionality associated with a type or value.

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