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Because you can t now use the suspend( ), resume( ), or stop( ) methods to control a thread, you might be thinking that no way exists to pause, restart, or terminate a thread But, fortunately, this is not true Instead, a thread must be designed so that the run( ) method periodically checks to determine whether that thread should suspend, resume, or stop its own execution Typically, this is accomplished by establishing a flag variable that indicates the execution state of the thread As long as this flag is set to running, the run( ) method must continue to let the thread execute If this variable is set to suspend, the thread must pause If it is set to stop, the thread must terminate Of course, a variety of ways exist in which to write such code, but the central theme will be the same for all programs The following example illustrates how the wait( ) and notify( ) methods that are inherited from Object can be used to control the execution of a thread This example is similar to the program in the previous section However, the deprecated method calls have been removed Let us consider the operation of this program The NewThread class contains a boolean instance variable named suspendFlag, which is used to control the execution of the thread It is initialized to false by the constructor The run( ) method contains a synchronized statement block that checks suspendFlag If that variable is true, the wait( ) method is invoked to suspend the execution of the thread The mysuspend( ) method sets suspendFlag to true The myresume( ) method sets suspendFlag to false and invokes notify( ) to wake up the thread Finally, the main( ) method has been modified to invoke the mysuspend( ) and myresume( ) methods.

// Suspending and resuming a thread the modern way class NewThread implements Runnable { String name; // name of thread Thread t; boolean suspendFlag; NewThread(String threadname) { name = threadname; t = new Thread(this, name); Systemoutprintln("New thread: " + t); suspendFlag = false; tstart(); // Start the thread } // This is the entry point for thread public void run() { try { for(int i = 15; i > 0; i--) { Systemoutprintln(name + ": " + i); Threadsleep(200); synchronized(this) { while(suspendFlag) { wait(); } } } } catch (InterruptedException e) { Systemoutprintln(name + " interrupted"); }

Network File System (NFS)

11:

fmtformat("%15s", "Formatting with Java is now easy"); Systemoutprintln(fmt); } }

The older NFS protocols (versions 2 and 3) are implemented as a stateless protocol Clients can t tell the difference between a crashed server and a slow server; thus, recovery is automatic when the server comes back up (In the reverse situation, when the client crashes and the server stays up, recovery is also automatic) The key server processes in NFSv2 and NFSv3 are rpcstatd, rpcquotad, rpc mountd, and rpcnfsd Most of these functions have been rolled into one in NFSv4

You ll be happy to hear this bit of information: I ve created a bunch of fake blocks that can accept color and height. I could go further and create a bunch of fake types of input. But you re fortunate, because LEGO has better judgment than I sometimes have. When it comes to NXT-G, you only need to know about three types of data: Text: Letters, words, sentences, and even numbers can be considered text. Number: Numbers can be positive or negative, and sometimes they are limited to integers (only numbers like -3, 0, 4, 8, or 10 and no numbers with decimal points like 4.3 or 8.5). Logic: This can be Yes or No (another way to say it is True or False).

Formatter recognizes a set of format flags that lets you control various aspects of a conversion All format flags are single characters, and a format flag follows the % in a format specification The flags are shown here:

NFS is a powerful tool for sharing storage volumes across network clients Be sure to spend some time experimenting with it before using it to try to meet your environment s resource-sharing needs

Flag # 0 Effect Left justification Alternate conversion format Output is padded with zeros rather than spaces Positive numeric output is preceded by a space Positive numeric output is preceded by a + sign Numeric values include grouping separators Negative numeric values are enclosed within parentheses

+ , (

Network Information Service (NIS)