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At the start of the script, you should check to make sure that the browser will understand the DOM methods you will be using. The displayAbbreviations function uses getElementsByTagName, createElement, and createTextNode. You can test for each of these individually: if (!document.getElementsByTagName) return false; if (!document.createElement) return false; if (!document.createTextNode) return false; Alternatively, you could combine the tests into one statement: if (!document.getElementsByTagName || !document.createElement || !document.createTextNode) return false; Choose whichever one makes most sense to you. The displayAbbreviations function is reasonably lengthy. It s a good idea to insert some comments along the way. function displayAbbreviations() { if (!document.getElementsByTagName || !document.createElement || !document.createTextNode) return false; // get all the abbreviations var abbreviations = document.getElementsByTagName("abbr"); if (abbreviations.length < 1) return false; var defs = new Array(); // loop through the abbreviations for (var i=0; i<abbreviations.length; i++) { var current_abbr = abbreviations[i]; var definition = current_abbr.getAttribute("title"); var key = current_abbr.lastChild.nodeValue; defs[key] = definition; } // create the definition list var dlist = document.createElement("dl"); // loop through the definitions for (key in defs) { var definition = defs[key]; // create the definition title var dtitle = document.createElement("dt"); var dtitle_text = document.createTextNode(key); dtitle.appendChild(dtitle_text); // create the definition description var ddesc = document.createElement("dd"); var ddesc_text = document.createTextNode(definition); ddesc.appendChild(ddesc_text); // add them to the definition list dlist.appendChild(dtitle); dlist.appendChild(ddesc); } // create a headline var header = document.createElement("h2"); var header_text = document.createTextNode("Abbreviations"); header.appendChild(header_text); // add the headline to the body

We now show a slightly longer sample of asynchronous I/O processing. Our running sample is an application that must read a large number of image files and perform some processing on them. This kind of application may be compute bound (if the processing takes a long time and the file system is fast) or I/O bound (if the processing is quick and the file system is slow). Using asynchronous techniques tends to give good overall performance gains when an application is I/O bound and can also give performance improvements for compute-bound applications if asynchronous operations are executed in parallel on multicore machines. Listing 13-6 shows a synchronous implementation of our image transformation program. Listing 13-6. A Synchronous Image Processor open System.IO let numImages = 200 let size = 512 let numPixels = size * size let MakeImageFiles() = printfn "making %d %dx%d images... " numImages size size let pixels = Array.init numPixels (fun i -> byte i) for i = 1 to numImages do System.IO.File.WriteAllBytes(sprintf "Image%d.tmp" i, pixels) printfn "done." let processImageRepeats = 20 let TransformImage(pixels, imageNum) = printfn "TransformImage %d" imageNum; // Perform a CPU-intensive operation on the image. pixels |> Func.repeatN processImageRepeats (Array.map (fun b -> b + 1uy)) let ProcessImageSync(i) = use inStream = File.OpenRead(sprintf "Image%d.tmp" i) let pixels = Array.zero_create numPixels let nPixels = inStream.Read(pixels,0,numPixels); let pixels' = TransformImage(pixels,i) use outStream = File.OpenWrite(sprintf "Image%d.done" i) outStream.Write(pixels',0,numPixels) let ProcessImagesSync() = printfn "ProcessImagesSync..."; for i in 1 .. numImages do ProcessImageSync(i) We assume the image files are already created using the following code:

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A collection that implements IDictionary is effectively a name/value list. The DataMapper.Map() method assumes that the names in the list correspond directly to the names of properties on the business object to be loaded with data. It simply loops through all the keys in the dictionary, attempting to set the value of each entry into the target object: public static void Map( System.Collections.IDictionary source, object target, bool suppressExceptions, params string[] ignoreList) { List<string> ignore = new List<string>(ignoreList); foreach (string propertyName in source.Keys) { if (!ignore.Contains(propertyName)) { try { SetValue(target, propertyName, source[propertyName]); } catch { if (!suppressExceptions) throw new ArgumentException( String.Format("{0} ({1})", Resources.PropertyCopyFailed, propertyName), ex); } } } } While looping through the key values in the dictionary, the ignoreList is checked on each entry. If the key from the dictionary is in the ignore list, then that value is ignored. Otherwise, the SetValue() method is called to assign the new value to the specified property of the target object. If an exception occurs while a property is being set, it is caught. If suppressExceptions is true, then the exception is ignored; otherwise it is wrapped in an ArgumentException. The reason for

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