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The default implementation of these methods provided in InputStream and is very inef cient The write method, for example, simply invokes the single byte write method iteratively len times to move len bytes of data to the underlying resource This makes sense because InputStream and OutputStream are not tied to any concrete I/O resource and therefore are unable to make any assumptions about the native interface provided for a speci c device or resource However, subclasses of InputStream and OutputStream override the read and write methods just shown The subclass s implementation maps directly to a native method call to a driver that takes the same parameters and performs the requested I/O The requested data transfer occurs at the expense of only one, rather than len, context switches from the Java application to the native runtime Listing 112 shows the worker thread of an echo server The echo server accepts connections from clients and creates an EchoWorker thread to manage the connection EchoWorker s constructor invokes the getInputStream and getOutputStream methods on the socket to get the lowest level, and therefore most ef cient, streams available for reading data from and writing data to the underlying connection These are actually instances of SocketInputStream and SocketOutputStream, which are private classes de ned in the javanet package The run method waits for receive data All data received is immediately transmitted (or echoed) back to the sender The run method will exit normally if the echo client closes the connection or abruptly if an IOException occurs during a network read or write operation Inbound data from the client is read by invoking the single-byte read method on the socket s input stream and written to the client using the single-byte write method on the socket s output stream

To get this test to pass, we register a callback called encrypt_password by passing a symbol of that name to the before_save method, and then define an encrypt_password method to perform the encryption With the before_save in place, Active Record will automatically call the corresponding method before saving the record The result appears in Listing 76

The body of the XML instance is where all the really interesting stuff happens The head has a tightly constrained content model, whereas the body is full of mixed content, that is, parseable

class User < ActiveRecord::Base validates :password, :presence => true, :confirmation => true, :length => { :within => 640 } before_save :encrypt_password private def encrypt_password selfencrypted_password = encrypt(password) end def encrypt(string) string # Only a temporary implementation! end end

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private class EchoWorker implements Runnable { Socket s; InputStream sin; OutputStream sout; private EchoWorker(Socket s) throws IOException { thiss = s; sin = sgetInputStream(); sout = sgetOutputStream(); } public void run() { try {

Here the encrypt_password callback delegates the actual encryption to an encrypt method; as noted in the comment, this is only a temporary implementation as currently constructed, Listing 76 simply sets the encrypted to the unencrypted password, which kind of defeats the purpose But it s enough to get our test to pass, and we ll make the encrypt method do some actual encryption in Section 72 Before trying to understand the implementation, first note that the encryption methods appear after the private keyword; inside a Ruby class, all methods defined after private are used internally by the object and are not intended for public use3 For an

int count = 0; while (count != -1) { int c = sinread(); if (c != -1) { soutwrite(c); } } } catch (IOException ioe) { Systemoutprintln(ioegetMessage()); ioeprintStackTrace(); } finally { try { sclose(); sinclose(); soutclose(); } catch (IOException _) {} } } }

3 The extra level of indentation is a typographical reminder that we re in a private section; otherwise, it s easy to miss the private keyword and be confused when trying to access a private method that you think is public I thought the extra indentation was a stupid convention until I burned an hour on just this problem a couple years back Now I add the extra indentation

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example, we can look at a User object in the console:

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