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Listing 7-2 An Explicit Version of Listing 7-1 file_names = ARGVselect { |name| Fileexist (name) } fail "no existing files were specified" if file_namesempty count = 0 files_nameseach do |name| IOreadlines(name, "\n")each do |line| count += 1 output = linesplit("\t")join("\n") Fileopen("/tmp/user_#{count}", "w") { |f| fputs output } end end The first thing to recognize is the addition of specific file-handling logic to support the multiple-file specification allowed for by Listing 7-1 We ve used a simple selection procedure that tests for the presence of at least one file Of course, more detailed checking could be performed depending on the sanity requirements of the script Following on from this file presence detection, we define a variable, count, that will be used to track the unique numbering of each file in /tmp This gets around the problem we had with $.

[STAThread] static void Main(string[] args) { ConsoleWriteLine("Market-Data Producer Service Started"); //Market Data string mktPrice = "MSFT;25,IBM;24"; //Market Data Recipient List EndPoint[] mdcEndPointList = new EndPoint[]{new IPEndPoint(IPAddressLoopback,30000)}; //Build a network data conduit Socket mdpSocket = new Socket(AddressFamilyInterNetwork,SocketTypeDgram,ProtocolTypeUdp); //Convert the data into array of bytes byte[] sendBuffer = new byte[512]; sendBuffer = EncodingASCIIGetBytes(mktPrice); //Iterate through recipient list, and transmit the data foreach(EndPoint mdcEndPoint in mdcEndPointList ) { mdpSocketSendTo(sendBuffer,mdcEndPoint); } ConsoleWriteLine("Market Data Sent to all Market-Data consumer clients"); ConsoleReadLine(); //Free the resources mdpSocketClose(); } } } The program described in Listing 4-2 plays the role of a market data producer (the server); it internally maintains a list of clients with whom the market price information is shared With this code, you also mark the beginning of your journey into the socket programming world.

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You saw how EL expressions can be used in either the restrict element in pagesxml or a @Restrict annotation on a Seam component As already discussed, this expression is evaluated, and if it is true, access is granted, and if not, the appropriate exception is thrown (NotLoggedInException if the user is not authenticated, AuthorizationException otherwise) So far, we ve only used terms in these expressions from the Seam security services Specifically, we ve used identityloggedIn to check the user s authentication status and s:hasRole() to check for roles But there s nothing restricting us from using attributes and logic on our Seam components as terms in these restriction checks Suppose, for example, that we wanted users to have full access to edit gadgets that they submitted to the Gadget Catalog.

The two important namespaces to add in your mental toolkit are SystemNet and SystemNetSockets Both these namespaces provide a gamut of network classes The actual market data contains the name of the underlying and current price; a semicolon concatenates this information Also, it s repeatable information, so we have used a comma character as a record delimiter string mktPrice = "MSFT;25,IBM;24"; The information about the market data consumer (the clients) waiting to receive data is stored in an array The underlying type of array element is EndPoint EndPoint is an abstract class that encapsulates the address of a network resource and is subclassed by IPEndPoint EndPoint[] mdcEndPointList = new EndPoint[]{new IPEndPoint(IPAddressLoopback,30000)}; IPEndPoint represents the address of a UDP- or TCP-based application and is created for individual market data consumer clients by combining the IP address and the port number.

whereby it might not have coped with multiple input files For each name in our list, we read in all the lines as an array, splitting explicitly on a linefeed character Note that reading all the lines into memory is usually (although not always) less efficient than reading them one by one as gets did I m adopting this approach anyway on the basis that the dataset is probably a few thousand rather than tens of thousands of lines, and the greater code clarity is worth the likely tiny performance hit We could use IOgets but then we d have to open and deal with each file handle explicitly, leading to more code For each line of each file (which will include the line feed, remember), we increment the counter and build an output line based on the splitting operation.

The first argument of the IPEndPoint constructor method expects an instance of IPAddress, and accordingly IPAddressLoopback value is passed IPAddressLoopback represents a loopback address The second argument represents the port number Next, you create a new instance of Socket Socket builds a network data conduit that allows the application to send or receive data across the network Three pieces of information are required to successfully start the data flow These are the network address type, socket type, and protocol type, as shown here: Socket mdpSocket = new Socket(AddressFamilyInterNetwork,SocketTypeDgram,ProtocolTypeUdp);.

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