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A circuit based around an op-amp might fit the bill, but since it's not a typical requirement for the sorts of circuits used with an Arduino it won't be covered here A simple, low-performance solution to the problem that would work with the hardware described in this project unchanged is to use analog inputs and apply a scaling factor to the readings This would cause you to lose some resolution because only part of the input range would be exercised, but it may be acceptable in some situations It's also possible to change the ADC input range by changing the analog reference voltage More information on this technique is available on the Arduino site at: wwwarduinocc/en/Reference/AnalogReference.

// exit return alive; } } // otherwise try to create the file yourself lockFile.createNewFile(); DataOutputStream os = new DataOutputStream( new FileOutputStream(lockFile) ); ServerSocket server = new ServerSocket(); int p = server.getLocalPort(); os.writeInt(p); return p; } Then, instead of executing as an atomic operation, control can be passed to the competing process that performs the same action. What happens when one process creates the file, while another tries to read it, before a port number is written What if a file left from a previous execution has been killed What happens when a test for the existence of a file fails, but when you try to create it, the file already exists You need to ask all these questions if you want to be confident about your application code. To get the confidence we were looking for, we inserted several checkpoints into our implementation of locking. The code became a modified version of the previous snippet, where the enterState method does nothing in the real production environment, while in the test environment it can be instructed to block at a specific checkpoint: public static int start(File lockFile) throws IOException { enterState(10); if (lockFile.exists ()) { // read the port number and connect to it enterState(11); int alive = readPortNumber(lockFile); if (alive != -1) { // exit return alive; } } // otherwise try to create the file yourself enterState(20); lockFile.createNewFile(); DataOutputStream os = new DataOutputStream( new FileOutputStream(lockFile) ); ServerSocket server = new ServerSocket(); enterState(21); int p = server.getLocalPort(); enterState(22);

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The weblog application is almost complete now. There are only a couple of features left to add, and for them you ll be using applications bundled with Django plus a few customizations. I ll cover those in 7, but in the next chapter you ll take a much more detailed look at Django s template system, writing templates for the blog, and even writing a couple of custom template tags. If you d like to pause for a little while and play with the weblog application before moving on to 6, feel free to do so. Even without the comment system and template techniques you ll cover in the next chapter, this weblog application is already a pretty solid piece of software and offers a significant subset of the functionality of popular off-the-shelf weblog systems like Wordpress (but with significantly less code).

There are a number of different Arduino-based oscilloscope and logic analyzer projects, and they should all work with the hardware described in this project simply by changing the program on the Arduino and the program you run on the host. Experiment with a few and find the one that suits your needs best. Poor Man's Oscilloscope: accrochages.drone.ws/en/node/90 Arduinoscope: code.google.com/p/arduinoscope/ Macduinoscope: www.gabuku.com/scopeAVR Logic Analyzer: www.uchobby.com/index.php/2008/09/09/avr-logic-analyzer/ The Arduino site has some useful pages explaining how the analog inputs work as well as background on the direct port manipulation we used in the digital sampler program in this project. www.arduino.cc/en/Tutorial/AnalogInputPins www.arduino.cc/en/Reference/PortManipulation

However, we have one problem. Even if there is a highly optimized writer that can process the characters from the sequence without converting it into a string, you might not get the optimal performance that you are looking for. How is that possible Well, what do you do if you want to speed up the output stream You wrap it in a BufferedOutputStream. If you want to speed up the operations with writers, what do you do You use BufferedWriter. Alas, this will no longer work once the Writer has been enhanced with new append methods. The problem is that while implementing the new methods in BufferedWriter, you need to choose between efficient delegation and compatibility. There is no simple way of implementing a fast and correct implementation of BufferedWriter. If you don t override the new append(CharSequence seq) method, there will never be a performance benefit for anyone optimizing their own code with a BufferedWriter: /** Writer that counts the number of written characters. */ public class CountingWriter extends Writer { private int counter;

If you want to learn a bit more about oscilloscopes and logic analyzers in general, there are good pages on Wikipedia about both topics. en.wikipedia.org/wiki/Logic_analyzer en.wikipedia.org/wiki/Oscilloscope

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