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This is done by using the syntax form let! pat = expr that is unique to computation expressions: > let failIfEitherBig (inp1,inp2) = attempt { let! n1 = failIfBig inp1 let! n2 = failIfBig inp2 return (n1,n2) };; val failIfEitherBig: int * int -> Attempt<int * int> > runAttempt (failIfEitherBig (999,998));; val it : (int * int) option = Some(999,998) > runAttempt (failIfEitherBig (1003,998));; val it : (int * int) option = None > runAttempt (failIfEitherBig (999,1001));; val it : (int * int) option = None Let s take a look at this more closely First, what does the first let! do It runs the Attempt value failIfBig inp1, and if this returns None, then the whole computation returns None If the computation on the right delivers a value (that is, returns Some), then it binds the result to the variable n1 and continues.

This clearly demonstrates why T is constrained to types that inherit from BusinessBase<T> Without that constraint on the generic type, there would be no guarantee that the obj parameter would implement GetIdValue() If the two ID values match, then the objects are considered to be equal You should remember that these are merely default implementations of the three methods If a business object needs a different implementation, it is perfectly acceptable to override one or all of these methods in a business class and ignore these implementations..

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Earlier in the chapter, I discussed the ICloneable interface and the concept of cloning. The Csla. Core.ObjectCloner class contains code to clone any serializable object, and Csla.Core.BusinessBase implemented the ICloneable interface, delegating to a virtual GetClone() method to do the work. Recall that the Clone() method implemented at that time was not public in scope. The reason for that is so a strongly typed Clone() method could be implemented in the generic base class. ICloneable.Clone() returns a value of type object, but the following Clone() method is strongly typed: public virtual T Clone() { return (T)GetClone(); } This implementation returns an object of type T, which is the type of the business object. So in the Customer class example, this would return an object of type Customer. Notice that it delegates the call to the same virtual GetClone() method, so the business developer can override the default cloning behavior if he needs to implement a variation. Other than the data access support that will be added in 4, the BusinessBase class is now complete.

It is important to note the following for the expression let! n1 = failIfBig inp1: The expression on the right (failIfBig inp1) has type Attempt<int> The variable on the left (n1) is of type int This is somewhat similar to a sequence of normal let binding However, let! also controls whether the rest of the computation will be executed; in the case of the Attempt type, it executes.

While BusinessBase is the primary base class for building business objects, the framework must also support collections of business objects. Both the UndoableBase and Csla.Core.BusinessBase classes made accommodations for the BusinessListBase class discussed here. Remember the use of Csla. Core.IUndoableObject and Csla.Core.IEditableCollection in the implementation of those classes. BusinessListBase will implement IEditableCollection to interact with those other classes. BusinessListBase needs to support many of the same features implemented in Csla.Core. BusinessBase. Table 3-8 lists all the functional areas included in the class. Of course, the implementation of each of these is quite different for a collection of objects than for a single object. Table 3-8. Functional Areas Implemented in BusinessListBase

You can also use appendChild to join nodes that aren t yet part of the document tree. That means you could rewrite the steps in this order: 1. 2. 3. 4. Create a paragraph element node. Create a text node. Append this text node to the paragraph. Append this paragraph to an element node in the document.

[<Category("Graph Style")>] member x.GraphBackColor with get() = x.BackColor and set(v:Color) = x.BackColor <- v [<Category("Graph Style")>] member x.LineColor with get() = x.ForeColor and set(v:Color) = x.ForeColor <- v [<Category("Graph Style")>] member x.VerticalLabelFormat with get() = verticalLabelFormat and set(v:string) = verticalLabelFormat <- v; x.Invalidate() [<Category("Graph Style")>] member x.StartTime with get() = startTime and set(v:int64) = startTime <- v; x.Invalidate() [<Category("Graph Style")>] member x.Title with get() = x.Text and set(v:string) = x.Text <- v; x.Invalidate() [<Category("Graph Style")>] member x.VisibleSamples with get() = visibleSamples and set(v:int) = visibleSamples <- v; initView <- startTime - int64(visibleSamples); x.Invalidate() [<Category("Graph Style")>] member x.TimeScale with get() = timeScale and set(v:int) = timeScale <- v; x.Invalidate() [<Category("Graph Style")>] member x.TimeFormat with get() = timeFormat and set(v:string) = timeFormat <- v; x.Invalidate() // ... Further portions of this class shown further below

Keeps track of whether the collection is dirty and valid Implement behaviors so the collection can function as a root object or as a child of another object or collection Integrates with the n-level undo functionality implemented in UndoableBase, and implements the IEditableCollection interface Implements the ICloneable interface

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