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if ( MessageParsed != null ) MessageParsed(msgHeader); } //Serializes message into array of bytes public byte[] Serialize(MessageHeader obj) { //Calculate size of object int objectSize = Marshal.SizeOf(obj); obj.MessageLength = objectSize; //Serialize message into array of bytes IntPtr memBuffer = Marshal.AllocHGlobal(objectSize); Marshal.StructureToPtr(obj,memBuffer,false); byte[] byteArray = new byte[objectSize]; Marshal.Copy(memBuffer,byteArray,0,objectSize); Marshal.FreeHGlobal(memBuffer); return byteArray; } //Convert array of bytes into a managed type private void ConvertToObject(byte[] msgBytes) { //Extract the message type by reading from 4th position of byte array //i.e MessageType field of MessageHeader. int msgType = BitConverter.ToInt32(msgBytes,4); Type objType = null; //Based on the message type determine the underlying type if ( msgType == (int) MessageHeaderType.MarketData) { objType = typeof(MarketDataInfo); } //Calculate the object size int objectSize = Marshal.SizeOf(objType); //Convert byte array into object IntPtr memBuffer = Marshal.AllocHGlobal(objectSize); Marshal.Copy(msgBytes,0,memBuffer,objectSize); object obj = Marshal.PtrToStructure(memBuffer,objType); Marshal.FreeHGlobal(memBuffer); //Invoke the event to notify parsing of new message //pass the concrete object instance OnMessageParsed(obj); } public void DeSerialize(byte[] msgBytes) { AlignMessageBoundary(msgBytes,0); } //Code inside this method determines the correct message boundary public void AlignMessageBoundary(byte[] recvByte,int offSet) { if ( offSet >= recvByte.Length ) return ; //The logic has been branched for two types of scenarios //first scenario is when framing of message is performed for a new message //second scenario applies to messages received on a installment basis

Listing 8-19. Example Pcaplet Usage require "pcaplet" sniffer = Pcap::Pcaplet.new sniffer.each_packet { |pkt| p pkt } sniffer.close

@Name("purchaseOrder") public class PurchaseOrder implements Serializable { @WebMethod public List<LineItem> getLineItems() { . . . } @WebMethod public boolean validateOrder() { . . . } public Status getOrderStatus() { . . . } public boolean addItem(LineItem l) { . . . } }

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if ( newMsg == true ) { //Get the length of message msgLength = BitConverter.ToInt32(recvByte,offSet); //Determine the message type int msgType = BitConverter.ToInt32(recvByte,offSet + 4); //If the length of byte array + offset is less than message length, //then it indicates a partial message, and there are still //remaining bytes pending to be read. if ( msgLength > ( recvByte.Length - offSet ) + 1 ) { newMsg=false; remainingByte = msgLength - recvByte.Length; memStream = new MemoryStream(); memStream.Write(recvByte,offSet,recvByte.Length); } else { //completes reading all pending bytes and converts //it into concrete object byte[] bytes = new byte[msgLength]; Array.Copy(recvByte,offSet,bytes,0,msgLength ); MessageHeader obj = this.ConvertToObject(bytes) as MessageHeader; this.OnMessageParsed(obj); //Recursive call AlignMessageBoundary(recvByte,offSet + msgLength); } } else { if ( remainingByte > recvByte.Length ) { memStream.Write(recvByte,0,recvByte.Length); remainingByte = remainingByte - recvByte.Length; } else { memStream.Write(recvByte,offSet,remainingByte); byte[] bytes = new byte[msgLength]; memStream.Seek(0,SeekOrigin.Begin); memStream.Read(bytes,0,msgLength); memStream.Close(); MessageHeader obj = this.ConvertToObject(bytes) as MessageHeader; this.OnMessageParsed(obj); newMsg=true; AlignMessageBoundary(recvByte,offSet + remainingByte + 1); } } } } } The parser program, along with the serialization and deserialization functionality, also looks after the message boundary issue. The serialization code returns an array of bytes, but the deserialization code never directly returns the object to the caller; instead, it notifies the caller by raising an event. Let s first get started with the serialization code:

Here s the code for DataSecurityManager: using System; using System.Collections; namespace STP.Security { //Class responsible for loading security profiles //from XML configuration file or database public class DataSecurityManager { Hashtable profileCollection = new Hashtable(); public DataSecurityManager() { profileCollection["BrokerA"] = new ProfileInfo(ConfidentialAlgo.Rijndael, IntegrityAlgo.SHA1,@"C:\PubPrivKey.txt"); } public Hashtable Profiles { get{return profileCollection;} } public DataSecurity Secure(Type objType) { return new DataSecurity(this,objType); } } }

Note Because this code relies on a given network interface being in promiscuous mode, any code like that

Two methods have been annotated for remote access: getLineItems() and validateOrder() When a client imports the JavaScript bindings for this component, the executable stub interface for PurchaseOrder will contain functions corresponding to these two methods In the case of our Gadget Catalog enhancements, we want to remotely access the gadget searching functionality from the home page This will allow us to take the user s text from the search box as he or she is typing, perform a search, and show some suggestions that might help the user get right to the gadget he or she is after If the user wants, he or she can still do the full search and browse through the results on the gadget list page, but the suggested matches will give the user some immediate feedback and give him or her the option to take a shortcut right to a specific gadget.

This class is exposed to the external world, and it is a gateway through which the initialization of the security framework is performed. The first step is to initialize security profile information, and in this case we have hard-coded it; however, remember in the real world it is usually populated from an XML configuration file or database. Next, the most important method is Secure, which accepts the type as a method argument and returns a new instance of DataSecurity.

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