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Breaking down the diagram in Figure 8-1, Web clients, be they Web browsers or custom applications, send an HTTP request to a special directory on the IIS Web server This directory is known as a virtual directory It is just a path that can be accessed on the Web server and that points to a different physical path on the file system However, this virtual directory must be one that was

private SerialPort sp; private InputStream sin; private OutputStream sout; private TiniTerm(String portName, int baudRate) throws NoSuchPortException, PortrtInUseException, UnsupportedCommOperationException, IOException { try { // Create SerialPort object for specified port sp = (SerialPort) CommPortIdentifiergetPortIdentifier(portName)open( "TiniTerm", 5000); // Configure port for 8 databits, 1 stop bit and no parity // checks spsetSerialPortParams(baudRate, SerialPortDATABITS_8, SerialPortSTOPBITS_1, SerialPortPARITY_NONE); // Get input and output streams for serial data I/O sin = spgetInputStream(); sout = spgetOutputStream(); catch (NoSuchPortException nsp) { Systemoutprintln("Specified serial port ("+portName+ ") does not exist"); throw nsp; catch (PortInUseException piu) { Systemoutprintln("Serial port "+portName+ " in use by another application"); throw piu; catch (UnsupportedCommOperationException usc) { Systemoutprintln("Unable to configure port:"+portName); throw usc; catch (IOException ioe) { Systemoutprintln( "Unable to acquire I/O streams for port " + portName); throw ioe;

has_many :relationships, :foreign_key => "follower_id"

the reverse_relationships association uses followed_id:

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} } public static void main(String[] args) { if (argslength != 1) { Systemoutprintln("Usage: java TiniTermtini data_rate"); Systemexit(1); } try { TiniTerm term = new TiniTerm("serial0", IntegerparseInt(args[0])); termstart();

has_many :reverse_relationships, :foreign_key => "followed_id"

configured by the administrator specifically to handle SQL Server requests Administrators configure this type of virtual directory using a configuration tool that Microsoft provides This virtual directory maps to a special ISAPI (Internet Server API) library (Sqlisapidll), installed with SQL Server 2000, that knows how to handle SQL Server requests sent to the Web server The ISAPI library processes the request initially and then hands the request to another library (Sqlxmldll), which processes the request and translates it into specific instructions for SQL Server As you'll learn, a client can make several different types of requests to SQL Server; some of them may involve some processing steps before the statement is actually sent to SQL Server Once processed, the statement is passed to SQL Server for execution If the statements sent contain the FOR XML clause, which you've already learned about, or the OPENXML clause, which we'll discuss later in the chapter, SQL Server itself executes those statements and may generate XML After SQL Server generates a result, it returns the result to the calling application I've presented a simplified description of the architecture here, but it should give you a good idea of how clients communicate with SQL Server as well as where individual pieces of a request are processed

} catch (Exception e) { Systemoutprintln(egetMessage()); eprintStackTrace(); } } }

The followers association then gets built through the reverse relationships, as shown in Listing 1217

class User < ActiveRecord::Base has_many :reverse_relationships, :foreign_key => "followed_id", :class_name => "Relationship", :dependent => :destroy has_many :followers, :through => :reverse_relationships, :source => :follower end

The getCommPortIdentifier method of class CommPortIdentifier is used to obtain a CommPort object representing the port speci ed by name to the constructor The CommPort object is immediately cast as a SerialPort object The resulting serial port object is then initialized to transmit and receive data at the rate speci ed on the command line The serial characters will contain 8 data bits and 1 stop bit All parity checking is disabled Finally, the constructor invokes the getInputStream and getOutputStream methods on the SerialPort object to acquire streams for receiving data from and transmitting data to the underlying serial port For the purpose of illustration, TiniTerm s constructor catches each checked exception that can be thrown during initialization and displays an appropriate error message The following are exceptions from the preceding catch blocks along with a likely culprit

(As with Listing 125, the test for dependent :destroy is left as an exercise (Section 125)) Note that we actually have to include the class name for this association, ie,

The port speci ed is being used by another applica-

Understanding and recording users' requirements is much more an art than a science Doing it correctly takes patience, an understanding of your customers' needs, a willingness to reach beyond differences in communicative styles between you and your customers, knowledge of systems architectures, and a willingness to step beyond your knowledge of systems architecture to look at the big picture Here are some basic dos and don'ts to keep in mind during the process:

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