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As with all the other Seam services, you need to configure the remoting services before you can use them. Since Seam remoting involves both server-side and client-side elements, you need to do server-side and client-side configuration. Luckily, both ends of the configuration are very straightforward.

Certificate store: Certificates are usually managed through a central certificate store. Stores allow the easy management of certificates and provide functionality to store and retrieve certificates. This information is provided using the ss switch. Certificate subject: The information defined must conform to the X.500 standard. Figure 6-23 is a graphical representation of a certificate launched by clicking BrokerCertificate.cer.

Tip There has been a recent blessing upon the world of HTML parsing in Ruby. The Hpricot library (available from http://code.whytheluckystiff.net/hpricot) provides a superb API for parsing documents. In particular, it copes admirably with the kind of loose formatting seen in the preceding example. If you are doing any serious amount of HTML parsing, this library is well worth a look.

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The next step is to delve into the actual code that uses the digital certificate depicted in Figure 6-23 to verify the digital signature. Before compiling the code shown in Listing 6-5, ensure that the Microsoft. Web.Services2 assembly is referenced properly. Listing 6-5. Signing and Verification of Contract Note Data Using Digital Certificates using using using using System; System.Text; System.Security.Cryptography; Microsoft.Web.Services2.Security.X509;

The implementation and support classes for the Seam remoting services are in the jboss-seam-remoting.jar library, so this jar file needs to be included in your application archive. You can add it to the WEB-INF/lib directory of your web archive, or put it into your application archive (the EAR) and load it as a jar module in the application.xml. As with any other libraries, make sure you only load it in one place in your overall application archive, to avoid classloader issues. If you want to configure any of the behavior of the remoting services, you can add an entry to your components.xml file:

namespace DigitalCertificate { class DigCert { static void Main(string[] args) { string contractNote = "<CONTRACTNOTE>" +"<SYMBOL>MSFT</SYMBOL>" +"<QUANTITY>100</QUANTITY>" +"<PRICE>24</PRICE>" +"</CONTRACTNOTE>";

When you originally examined Figure 8-1, the TCPServer class might have intrigued you. There are lots of well-known patterns for writing servers, but at some fundamental level they accept connections from clients, run given procedures possibly with supplied data, and return a result. The world doesn t have nearly enough servers, so let s make one of our own just to see how easy it is. The TCPServer class does very little more than the TCPSocket class from which it inherits. The main functionality it adds is via the perhaps familiar accept method, as illustrated in Listing 8-13. Listing 8-13. Very Basic TCP Socket-Based Server require "socket" server = TCPServer.new(34891) while (session = server.accept) session.puts "Kindly leave me alone" session.close end

byte[] contentBuffer = Encoding.ASCII.GetBytes(contractNote); //compute digital signature using the broker's private key byte[] signedData = SignDataBroker(contentBuffer); //verify digital signature using the broker's public key bool hashResult = VerifySignFM(contentBuffer,signedData) ; Console.WriteLine("Verification Result : " +hashResult); } public static byte[] SignDataBroker(byte[] data) { //parameters passed to cryptographic service provider CspParameters param = new CspParameters(); //assign the key store name generated by the makecert tool param.KeyContainerName = "STPKeyStore"; //use the signature key pair param.KeyNumber = 2; //initialize RSA to use private key stored in STPKeyStore RSACryptoServiceProvider rsCrypto = new RSACryptoServiceProvider(param); //compute digital signature return rsCrypto.SignData(data, new SHA1Managed()); } public static bool VerifySignFM(byte[] data,byte[] signedData) { //Open STP certificate store X509CertificateStore store = X509CertificateStore.CurrentUserStore("STPCertificateStore"); store.OpenRead(); //retrieve broker certificate X509Certificate brokerCertificate = store.Certificates[0]; Console.WriteLine("Certificate Subject :" + brokerCertificate.FriendlyDisplayName); Console.WriteLine("Valid From :" + brokerCertificate.GetEffectiveDateString()); Console.WriteLine("Valid To :" + brokerCertificate.GetExpirationDateString()); Console.WriteLine("Serial No:" + brokerCertificate.GetSerialNumberString()); //initialize RSA to use public key stored in broker certificate RSAParameters publicParam = brokerCertificate.Key.ExportParameters(false); RSACryptoServiceProvider rsCrypto = new RSACryptoServiceProvider(); rsCrypto.ImportParameters(publicParam); //verify digital signature return rsCrypto.VerifyData(data,new SHA1Managed(),signedData); } } } The code described in Listing 6-5 is more or less similar to Listing 6-4. Both the signing and verification tasks are encapsulated inside SignDataBroker and VerifySignFM. Additionally, public and private keys are already generated using the makecert utility, and therefore you need to ensure that the appropriate keys are used during the signing and verification phases. Let s take a look at the SignDataBroker method. Since asymmetric keys are already generated and stored in the STPKeyStore container, you directly assign it to the KeyContainerName property of CspParameters. Then you assign the value 2 to the KeyNumber property, which retrieves the signature key from the container.

<components> . . . <component name="org.jboss.seam.remoting.remoting"> <property name="debug">true</property> </component> . . . </components>

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