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Rijndael } //This class represents object-oriented representation //of security profile information stored in XML configuration //or database public class ProfileInfo { IntegrityAlgo integrityAlgo; ConfidentialAlgo confidentialAlgo; string nonRepKeyPath; string profileName; public IntegrityAlgo Integrity { get{return integrityAlgo;} } public ConfidentialAlgo Confidential { get{return confidentialAlgo;} } public string ProfileName { get{return profileName;} } public string NonRepudiationKeyPath { get{return nonRepKeyPath;} } public ProfileInfo(ConfidentialAlgo confalgo, IntegrityAlgo intalgo,string nonrepKey) { confidentialAlgo=confalgo; integrityAlgo=intalgo; nonRepKeyPath= nonrepKey; } } } This class provides information about various algorithms to be used that includes the hashing algorithm (integrity), the symmetric algorithm (confidential), and the digital signature algorithm (nonrepudiation). The information is populated from an XML-based configuration file or relational database system. However, in a real-life scenario there is more information to be captured, such as the cryptographic keys container name, certificate information, and so on; to keep the example simple, we have ignored all those aspects.

Here s the code for SecureEnvelope: using System; using System.Collections;

send_command("rm -rf #{dir}/*") } end end This class creates an SSH shell session upon instantiation and then allows us to perform a high-level clear operation on a specified set of directories, which can be passed as arguments to the clear_dirs method courtesy of the * syntax The actual task can be constructed as follows: unsafe_hostseach do |host| RemoteHostnew(host)clear_dirs("/tmp", "/opt") end.

Now that you ve seen how to configure the server-side and client-side of the remoting link, let s look at how you enable your Seam components to be remotely accessed.

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namespace STP.Security { [Serializable] //This class holds data produced by //applying cryptographic transformation on original data public class SecureEnvelope { string profileName; Hashtable sectionList = new Hashtable(); public Hashtable Sections { get{return sectionList;} } public string Profile { get{return profileName;} } public SecureEnvelope(string profile) { profileName=profile; } } } SecureEnvelope is the object-oriented form of the envelope mentioned in Figure 6-25. The body of this envelope is built by combining sections, and each individual section represents information that is produced as a result of a provider-level transformation. For example, when ConfidentialAttribute and NonRepudiationAttribute are applied over ContractNoteInfo, then two types of information are generated. The first one is the encrypted content, and the second one is the digital signature. Both types of information are distinct and are constructed by different underlying providers; it is only during the consolidation phase that they are packaged inside a single envelope but internally separated in the form of a section.

Here s the code for SectionData: using System; namespace STP.Security { //Secure envelope is composed of multiple sections, //and each section is represented by this class. //For example, if a data supports both encryption and //a digital signature, then it will produce different output, //and both these outputs will be stored in a distinct //section of an envelope. [Serializable] public class SectionData { public byte[] secData;

Of course, this is only the snippet issuing the command. Deriving the set of unsafe hosts is outside the scope of this example. Nevertheless, the preceding snippet would reside in a script to be run periodically on the task server (via a cron job or something similar) and in so doing would complete the specified design.

Seam allows you to remotely access any of your components and other Java types from the web client. Native Java types, and some Java collections, are mapped directly into corresponding JavaScript types, as described in the next section, Basic Java Type Mappings. Any JavaBeans or EJB components that you want to access will be mapped to client-side JavaScript stubs. There are two types of client stubs that Seam generates for your Java objects: executable stubs and type stubs. Executable stubs are used to expose key business functionality to your web client, while type stubs are used to represent various data types employed as method arguments and return values.

public byte[] Data { get{return secData;} } public SectionData(byte[] data) { secData=data; } } } SectionData represents a section of the secure envelope body.

Here s the code for NonRepudiationSection: using System; namespace STP.Security { public class NonRepudiationSection : SectionData { byte[] signature; public NonRepudiationSection(byte[] data,byte[] hashedData) :base(data) { signature = hashedData; } public byte[] Signature { get{return signature;} } } } NonRepudiationSection is subclassed from SectionData to capture additional provider-specific information. This provider-specific information is none other than the digital signature.

Tip There are lots of tools in the Ruby world for assisting in remote deployment or execution based on

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