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class Category(models.Model): description = models.TextField() slug = models.SlugField(prepopulate_from=['title'], unique=True, help_text='Suggested value automatically generated from title. Must be unique.') title = models.CharField(max_length=250, help_text='Maximum 250 characters.') class Meta: ordering = ['title'] verbose_name_plural = "Categories" class Admin: pass def __unicode__(self): return self.title def get_absolute_url(self): return "/categories/%s/" % self.slug

Later the program will need to know the length of the message array, so rather than count the values manually and have to update it every time the message is changed we'll instead have the program count the array elements and store it for future reference.

It might sometimes be useful to extend a set of friends to a wider range of classes. For example, you might want to define two packages, one for the pure API and the other for the implementation. If you take this approach, the following trick might be useful. Imagine there is an Item class, as follows: public final class Item { private int value; private ChangeListener listener; static { Accessor.setDefault(new AccessorImpl()); } /** Only friends can create instances. */ Item() { } /** Anyone can change value of the item. */ public void setValue(int newValue) { value = newValue; ChangeListener l = listener; if (l != null) { l.stateChanged(new ChangeEvent(this)); } } /** Anyone can get the value of the item. */ public int getValue() { return value; } /** Only friends can listen to changes. */ void addChangeListener(ChangeListener l) { assert listener == null; listener = l; } } This class is part of the API, but cannot be instantiated or listened to outside the friend classes that are in the API package and other packages. In this scenario, you can define an Accessor in the non-API package: public abstract class Accessor { private static volatile Accessor DEFAULT; public static Accessor getDefault() {

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int messageSize = sizeof(message); The setup function is called once when the program starts, and configures the software serial connection to the SpeakJet Since the SpeakJet runs by default at 9600bps we set up the software serial port to match void setup() { pinMode(rxPin, INPUT); pinMode(txPin, OUTPUT); speakJetbegin(9600); It then sends some initialization values to the SpeakJet Some bytes are treated as a special case by the SpeakJet, including 20 (which sets the volume) and 21 (which sets the speaking rate) When the SpeakJet sees either of these bytes it interprets the next byte as the value for that parameter and updates its internal settings These settings are stored in nonvolatile memory inside the SpeakJet So, to set the volume to a value of 96 (on a scale of 0 through 127), we first send byte 20 (volume command) followed by a value of 96, as follows: speakJet.

Accessor a = DEFAULT; if (a != null) { return a; } try { Class.forName( Item.class.getName(), true, Item.class.getClassLoader() ); } catch (Exception ex) { ex.printStackTrace(); } return DEFAULT; } public static void setDefault(Accessor accessor) { if (DEFAULT != null) { throw new IllegalStateException(); } DEFAULT = accessor; } public Accessor() { } protected abstract Item newItem(); protected abstract void addChangeListener(Item item, ChangeListener l); } This Accessor has abstract methods to access all the friend functionality of the Item class, with a static field to get the accessor s instance. The main trick is to implement the Accessor with a nonpublic class in the API package: final class AccessorImpl extends Accessor { protected Item newItem() { return new Item(); } protected void addChangeListener(Item item, ChangeListener l) { item.addChangeListener(l); } } You register the Accessor as the default instance the first time someone touches api.Item. Do this by adding a static initializer to the Item class: static { Accessor.setDefault(new AccessorImpl()); }

class Entry(models.Model): LIVE_STATUS = 1 DRAFT_STATUS = 2 HIDDEN_STATUS = 3 STATUS_CHOICES = ( (LIVE_STATUS, 'Live'), (DRAFT_STATUS, 'Draft'), (HIDDEN_STATUS, 'Hidden'), )

print(20, BYTE); speakJetprint(96, BYTE); Setting the speech rate is done in a similar way First we send byte 21 (speed command), followed by a value of 114 to set the speaking rate to 114 (on a scale of 0 to 127), as follows: speakJetprint( 21, BYTE); speakJetprint(114, BYTE); Both those settings are actually the default values, but by putting these lines into the setup function, it makes it easy to experiment with different volumes and speech rates The setup function then pauses for one second to give the SpeakJet time to receive and process the values delay(1000); } After all that preparation the main program loop is incredibly simple It steps through the message array using a counter, i, and sends each value it finds to the SpeakJet via the serial connection defined earlier It then pauses for five seconds before repeating.

Now the friend code can use the accessor to invoke the hidden functionality from the impl package: Item item = Accessor.getDefault().newItem(); assertNotNull("Some item is really created", item); Accessor.getDefault().addChangeListener(item, this);

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