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Here s the code for DataSecurity: using System; namespace STP.Security { //Orchestrates the cryptography process public class DataSecurity { Type objType; DataSecurityManager securityMgr; Provider nonrepProvider; bool isConfidential; bool isNonRepudiation; bool isIntegrity; ProfileInfo profInfo; public DataSecurity(DataSecurityManager mgr, Type type) { objType = type; securityMgr=mgr; ExtractAttributes(); } private void ExtractAttributes() { //Retrieve the security profile attribute //to retrieve the name of the profile object[] attributes = objType.GetCustomAttributes(typeof(SecurityProfileAttribute),true); SecurityProfileAttribute profAttr = attributes[0] as SecurityProfileAttribute; profInfo= securityMgr.Profiles[profAttr.Profile] as ProfileInfo; //Check for confidential attribute attributes = objType.GetCustomAttributes(typeof(ConfidentialAttribute),true); isConfidential = (attributes.Length == 0 false : true); //Check for nonrepudiation attribute attributes = objType.GetCustomAttributes(typeof(NonRepudiationAttribute),true); isNonRepudiation = (attributes.Length == 0 false : true); //Check for integrity attribute attributes = objType.GetCustomAttributes(typeof(IntegrityAttribute),true); isIntegrity = (attributes.Length == 0 false : true);

The more eager among you can probably already see what the final code is going to look like. Given that we have a simple iterator that presents us with each new packet, we will be able to analyze the packet and determine where it was sent from, where it was going to, and how big it was. In turn, this information will allow us to build up bandwidth usage statistics for each host we care about. To track the bandwidth, we ll first create a BWHost class with some pertinent methods. Take a look at Listing 8-20. Listing 8-20. Definition of a BWHost Class for Tracking Bandwidth Usage class BWHost attr_reader :ip def initialize(ip) @ip = ip @received, @sent = [], [] end def received(bytes, from, at = Time.now) @received << [bytes, from, at] end def sent(bytes, to, at = Time.now) @sent << [bytes, from, at] end def total_received(options = {}) total(@received, options[:earliest], options[:latest]) end def total_sent(options = {}) total(@sent, options[:earliest], options[:latest]) end

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The search functionality in the Gadget Catalog is provided by the GadgetAdminBean component This component is a session EJB, and when annotating methods on a session EJB for remote access, they must be marked in the bean s local interface This may sound nonintuitive at first, but it actually makes sense when you think about how EJB components are managed and how Seam s remoting services operate When you deploy a session EJB to the EJB container, it will take any local (annotated with the EJB @Local annotation) or remote (annotated with the EJB @Remote annotation) interfaces and generate internal proxies for them These proxies interact with the EJB container s internal runtime services to ensure the component is managed properly at runtime.

//Instantiate the nonrepudiation provider //and pass on the profile information nonrepProvider = new NonRepudiationProvider(profInfo); } public SecureEnvelope Create(byte[] data) { //Create a new secure envelope SecureEnvelope envelope = new SecureEnvelope(profInfo.ProfileName); //Based on attribute declared, we instantiate //appropriate provider if ( isNonRepudiation == true ) nonrepProvider.Create(data,envelope); return envelope; } public bool Verify(SecureEnvelope envelope) { //invoke the appropriate provider to verify data return nonrepProvider.Verify(envelope); } } } This class implements the core logic, which includes extracting security-related attributes from a type, instantiating the appropriate provider, and finally providing a way to construct or verify cryptographic messages.

The following code demonstrates the usage of a security framework: using using using using using System; System.Security.Cryptography; System.IO; System.Text; System.Runtime.Serialization.Formatters.Binary;

private def total(events, earliest, latest) events.inject(0) do |sum, event| if ((earliest and event[2] >= earliest) or not earliest) and ((latest and event[2] <= latest) or not latest) sum + event else sum end end end end This class tracks the bandwidth usage of a particular host. It does so with two arrays (@received and @sent) that store an ordered set of bandwidth events. It also provides some basic reporting functions that allow a total to be derived both universally and with time constraints. Note the construction of the totaling method. It uses Enumerable.inject on the array of passed events to keep a running total of the number of bytes passed. In particular, the specified time filtering is applied within the inject call, so only appropriate events are counted. The complexity of the conditional used for totaling is an artifact of the feature that an earliest time limit or a latest or both or neither can be specified. With the benefit of this class, our bandwidth-monitoring script is easy enough to write, as demonstrated by Listing 8-21. Listing 8-21. Bandwidth-Monitoring Script require "pcaplet" hosts = {} sniffer = Pcap::Pcaplet.new sniffer.each_packet do |pkt| next unless pkt.ip src, dst, = pkt.ip_src, pkt.ip_dst size, time = pkt.size, pkt.time (hosts[src] ||= BWHost.new(src)).sent(size, dst, time) (hosts[dst] ||= BWHost.new(dst)).received(size, src, time) end sniffer.close hosts.each do |ip, data| puts "#{ip} sent #{data.total_sent}B and received #{data.total_received}B" end Here we run through each packet received, allocating it against its source and destination hosts until we are interrupted or quit. Before exiting, we dump out a final summary of the data collected. Note the use of the ||= construction to build up the hosts hash on the fly as new hosts are defined.

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