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That code often looks like this: custFirstName = dtoFirstName; custLastName = dtoLastName; custCity = dtoCity; Again, this isn t hard code to write, but it s tedious and could add up to many lines of code The DataMapper class uses reflection to help automate these data mapping operations, from either a collection implementing IDictionary or an object with public properties In both cases, it is possible or even likely that some properties can t be mapped Business objects often have read-only properties, and obviously it isn t possible to set those values Yet the IDictionary or DTO may have a value for that property It is up to the business developer to deal on a case-by-case basis with properties that can t be automatically mapped The DataMapper class will accept a list of property names to be ignored.

Async<'a> values are essentially a way of writing continuation-passing or callback programs explicitly Continuations themselves were described in 8 along with techniques to pass them explicitly Async<'a> are computations that call a success continuation when the asynchronous computation completes and an exception continuation if it fails They provide a form of managed asynchronous computation, where managed means that several aspects of asynchronous programming are handled automatically: Exception propagation is added for free : If an exception is raised during an asynchronous step, then the exception terminates the entire asynchronous computation and cleans up any resources declared using use, and the exception value is then handed to a continuation Exceptions may also be caught and managed within the asynchronous workflow by using try/with/finally Cancellation checking is added for free : The execution of an Async<'a> workflow automatically checks a cancellation flag at each asynchronous operation.

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Properties matching those names simply won t be mapped during the process Additionally, DataMapper will accept a Boolean flag that can be used to suppress exceptions during the mapping process This can be used simply to ignore any failures..

document.getElementsByTagName("body")[0] Using HTML-DOM, you can simply reference the body property of the document:

The core of the DataMapper class is the SetValue() method. This method is ultimately responsible for putting a value into a specified property of a target object: private static void SetValue( object target, string propertyName, object value) { PropertyInfo propertyInfo = target.GetType().GetProperty(propertyName); if (value == null) propertyInfo.SetValue(target, value, null); else { Type pType = Utilities.GetPropertyType(propertyInfo.PropertyType); if (pType.Equals(value.GetType()))

Cancellation is controlled through the use of asynchronous groups, a topic covered at http://www expert-fsharpcom/Topics/Cancellation Resource lifetime management is fairly simple: You can protect resources across parts of an asynchronous computation by using use inside the workflow syntax If we put aside the question of cancellation, values of type Async<'a> are effectively identical to the following type: type Async<'a> = Async of ('a -> unit) * (exn -> unit) -> unit Here the functions are the success continuation and exception continuations, respectively Each value of type Async<'a> should eventually call one of these two continuations The async object is of type AsyncBuilder and supports the following methods, among others: type AsyncBuilder with member Return : 'a -> Async<'a> member Delay : (unit -> Async<'a>) -> Async<'a> member Using: 'a * ('a -> Async<'b>) -> Async<'b> when 'a :> System.

{ // types match, just copy value propertyInfoSetValue(target, value, null); } else { // types don't match, try to coerce if (pTypeEquals(typeof(Guid))) propertyInfoSetValue( target, new Guid(valueToString()), null); else propertyInfoSetValue( target, ConvertChangeType(value, pType), null); } } } Reflection is used to retrieve a PropertyInfo object corresponding to the specified property on the target object The specific type of the property s return value is retrieved using a GetPropertyType() helper method in the Utilities class That helper method exists to deal with the possibility that the property could return a value of type Nullable<T> If that happens, the real underlying data type (behind the Nullable<T> type) must be returned Here s the GetPropertyType() method: public static Type GetPropertyType(Type propertyType) { Type type = propertyType; if (typeIsGenericType && (typeGetGenericTypeDefinition() == typeof(Nullable))) return type.

IDisposable member Let: 'a * ('a -> Async<'b>) -> Async<'b> member Bind: Async<'a> * ('a -> Async<'b>) -> Async<'b> The full definition of Async<'a> values and the implementations of these methods for the async object are given in the F# library source code As you saw in 9, builder objects such as async containing methods like those shown previously mean that the syntax async { .. } can be used as a way of building Async<'a> values Table 13-2 shows the common constructs used in asynchronous workflow expressions For example, the following asynchronous workflow:.

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