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If you configure a motor s Action section to Constant, the motor will attempt to reach the set Power immediately when the block is executed This is great if you wish to give your robot an immediate boost of speed, but as I mentioned earlier you may find that your robot may lose some accuracy when it comes to moving in a specific direction The sudden jump of the motors to maximum speed can often cause the robot to move off course due to slippage of the wheel(s) on a slick surface or a resistance to spin on a difficult surface such as sand or grass, for example How might you reduce the chance of this happening Simple! Place a check in the Control section box labeled Motor Power.

15:

Integer inums[] = { 1, 2, 3, 4, 5 }; Double dnums[] = { 11, 22, 33, 44, 55 }; Stats<Integer> iob = new Stats<Integer>(inums); Stats<Double> dob = new Stats<Double>(dnums); if(iobsameAvg(dob)) Systemoutprintln("Averages are the same"); else Systemoutprintln("Averages differ");

At first, creating sameAvg( ) seems like an easy problem Because Stats is generic and its average( ) method can work on any type of Stats object, it seems that creating sameAvg( ) would be straightforward Unfortunately, trouble starts as soon as you try to declare a parameter of type Stats Because Stats is a parameterized type, what do you specify for Stats type parameter when you declare a parameter of that type At first, you might think of a solution like this, in which T is used as the type parameter:

Raw network traces are the food that all of the tools listed in the preceding sections feed off of in order to gain insight into what your server is doing However, these tools don t have quite the insight into what your server is supposed to do like you do Thus, it is useful to be able to take network traces yourself and read through them to see if there is any questionable activity going on You may be surprised at what your server is doing! For example, if you are looking at a possible break-in, you may want to start a raw network trace from another Linux system that can see all of the network traffic of your questioned host By capturing all the traffic over a 24-hour period, you can go back and start applying filters to see if there is anything that shouldn t be there Extending the example, if the server is supposed to only handle web operations and SSH, with reverse Domain Name System (DNS) resolution turned off on both, take the trace and apply the filter not port 80 and not port 22 and not icmp and not arp Any packets that show up in the output are suspect

// This won't work! // Determine if two averages are the same boolean sameAvg(Stats<T> ob) { if(average() == obaverage()) return true; return false; }

The trouble with this attempt is that it will work only with other Stats objects whose type is the same as the invoking object For example, if the invoking object is of type Stats<Integer>, then the parameter ob must also be of type Stats<Integer> It can t be used to compare the average of an object of type Stats<Double> with the average of an object of type Stats<Short>, for example Therefore, this approach won t work except in a very narrow context and does not yield a general (that is, generic) solution

In this chapter we covered the basics of network security as it pertains to Linux With the information here, you should have the knowledge you need in order to make an informed decision about the state of health of your server and decide what, if any, action is necessary to better secure it As has been indicated in other chapters, please do not consider this chapter a complete source of network security information Security as a field is constantly evolving and requires a careful eye toward what is new Be sure to subscribe to the relevant mailing lists, read the web sites, and, if necessary, pick up a book like Network Security: A Beginner s Guide by Eric Maiwald (McGraw-Hill/Osborne, 2003)

Part I:

// Controlling the main Thread class CurrentThreadDemo { public static void main(String args[]) { Thread t = ThreadcurrentThread(); Systemoutprintln("Current thread: " + t); // change the name of the thread tsetName("My Thread"); Systemoutprintln("After name change: " + t); try { for(int n = 5; n > 0; n--) { Systemoutprintln(n); Threadsleep(1000); } } catch (InterruptedException e) { Systemoutprintln("Main thread interrupted"); } } }

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