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The @In annotation supports three other attributes. The scope attribute specifies which Seam context to search for the component. I ll discuss Seam contexts in more detail in the next chapter. The other two attributes allow you to control when and how Seam deals with uninitialized components during injection. The required attribute specifies whether the injected component must be nonnull or not. By default, this attribute is true, which means that if the component to be injected is not initialized when the injection occurs, an exception is raised by Seam. If you set the required attribute to false, Seam will allow the injected value to be null. The create attribute specifies whether Seam should create an instance of the specified component when it s found to be uninitialized during injection. By default, this attribute is false, meaning that Seam will not attempt to do any initialization of its own during injection.

pluggable application. For instance, you can locate a specific method in a type, determine the number of arguments required and their underlying types, and finally invoke this method. You can achieve this entire task dynamically. To give you an idea of what we are talking about, let s rewrite the stock sort example using reflection, as shown in Listing 8-4. Listing 8-4. Sorting of Stock Data (Using Reflection) using using using using System; System.Reflection; SharedAssembly; System.Collections;

a Ruby application packaged in a gem in one step. The theory is that a user could download poker.gem and then run the application it contains by simply invoking gem poker.gem. The default_executable is what would be run in this case, and it gets set to the first item listed in executables as long as executables contains only that item. This inline application feature of RubyGems is not in widespread use at the moment.

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class ReflectionComparer : IComparer { string fldName; public ReflectionComparer(string fld) { fldName = fld; } public int Compare(object x, object y) { StockData leftObj = x as StockData; StockData rightObj = y as StockData; //Retrieve field meta data FieldInfo leftField= leftObj.GetType().GetField(fldName); FieldInfo rightField= rightObj.GetType().GetField(fldName); //Retrieve field value object leftValue = leftField.GetValue(leftObj); object rightValue = rightField.GetValue(rightObj); //Retrieve method metadata MethodInfo leftMethod = leftField.FieldType.GetMethod("CompareTo",new Type[]{leftValue.GetType()}); //invoke the method object retValue = leftMethod.Invoke(leftValue,new object[]{rightValue}); return (int)retValue; } } public class SortByReflection { string fldName; public SortByReflection(string fld) { fldName=fld; } public IComparer GetComparer() { return new ReflectionComparer(fldName); } }

We have made good use of simple Seam injection in our Gadget Catalog application. On our GadgetAdminBean session EJB, we re injecting the value of the named gadget component:

The corresponding impact in the main assembly now sorts the list using reflection: using System; using System.Collections; using SharedAssembly; class SortReflection { static void Main(string[] args) { ArrayList stockList = new ArrayList(); StockData stkData1 = new StockData(); stkData1.Symbol = "MSFT"; stkData1.AskPrice = 10; stkData1.BidPrice = 12; StockData stkData2= new StockData(); stkData2.Symbol = "IBM"; stkData2.AskPrice = 12; stkData2.BidPrice = 9; StockData stkData3 = new StockData(); stkData3.Symbol = "GE"; stkData3.AskPrice = 13; stkData3.BidPrice = 10; stockList.Add(stkData1); stockList.Add(stkData2); stockList.Add(stkData3); while(true) { Console.WriteLine("Enter name of the field to sort on : "); string fldName = Console.ReadLine(); SortByReflection sort = new SortByReflection(fldName); stockList.Sort(sort.GetComparer()); Console.WriteLine(fldName +" -----------------------" ); foreach(StockData stkData in stockList) { Console.WriteLine("Symbol {0} AskPrice {1} BidPrice {2} ",stkData.Symbol,stkData.AskPrice,stkData.BidPrice); } Console.WriteLine("-------------------------------"); } } } You have seen in Listing 8-4 how reflection is used to dynamically determine the field, query the field, and then invoke the CompareTo method. Certainly, you can achieve this kind of flexibility only using reflection, but it comes with a cost. The cost is impact both in performance and maintenance. First, it is hard to debug code that uses reflection, and any errors produced as a result of dynamic invocation are often not so friendly to diagnose. Second, this impacts performance; it is obvious that early-binding method calls will always be faster than late-binding ones. But sometimes it is impossible to escape using reflection. Reflection is a privilege offered by the .NET Framework, and a balanced use of it will lead to the design of highly extensible applications.

installing a gem. Technically, the default value of has_rdoc is false. However, this value is advisory only in that the gem command does not enforce it. on the flexibility of using C from within Ruby (and vice versa). However, it is my contention that this topic is somewhat outside the normal focus of system administration. This is why I haven t discussed it anywhere in the book (outside of the inline snippet in 3).

Another approach to dynamically generating code is using ReflectionEmit, which is an extremely powerful code-generation weapon that directly emits raw MSIL code This is in contrast to the CodeDOM, which has the ability to generate code in multiple languages such as C#, VB NET, and so on, which is then translated by compilers into low-level MSIL code Using ReflectionEmit, you avoid the intermediate compilation step because the code emitted is already in its lowest common denominator form This certainly boosts the code-generation time But, the biggest problem is that developers need to be proficient with MSIL instructions, and this restricts its usage to the hands of a few developers It also begs the question as to why anyone would want to dirty their hands with ReflectionEmit.

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