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The first step in the quest to eliminate the intertwining of virtual methods with abstract classes is to understand the meaning of methods in a regular class. Why do we use public or protected methods Why do we annotate them with final or abstract keywords in the first place Be aware that we can ignore package private and private methods, as they are not visible in the API. Aside from these, there are three basic motivations for introducing methods to classes. You can combine these motivations, because some methods might be in a class to fulfill more than one need. However, in their purest form, there are three reasons for having a method in an API: 1. First and foremost, a method is something that can be called from the outside. Whenever a user has a reference to an object of a type that defines a method, and this method is accessible, the user can call that method on the object. As mentioned before, this call looks up the appropriate entry in the virtual methods table and then calls the related method. The purest form of these methods is attributed with public final modifiers. These methods can only be called and have no purpose beyond that. 2. The other purpose of a virtual method is to be a slot that can be replaced with an implementation that is, a method that can be overridden in a subclass. In this case, the new class replaces the existing implementation of a supertype method with its own. Whenever the method is invoked on an instance of the new type, the new method

The speech synthesizer project in 9 can be stacked with the basic RFID shield to create an RFID reader that speaks when it performs a reading. As the speech synthesizer project explains, text to be spoken needs to be stored as a series of sounds called phonemes. The simplest approach to adding speech support to the simple example sketch in this chapter would be to add a third array to the tag database with one element for each tag. Inside that array would be a series of comma-separated allophones which could be passed to the speech synthesizer. For example, you could create an array such as the following: char* tagSpeech[] = { "165,136,136,004,141", "184,007,160", }; // Tag 1, "Jon" // Tag 2, "Hugh"

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is called, while completely skipping the code in the previous method In its purest form, this means protected abstract methods These can only be overridden: calling them from external code is not possible Because they are protected, calling them from a subclass has no meaning, as they don t provide any implementation in the defining class 3 The third style of calling a method is that a subclass calls the original implementation of some method inherited from the superclass using supermethodName constructs or by simply calling such methods without overriding them The cleanest way to define methods of this kind is to annotate them with protected final access attributes These methods are accessible only for subclasses and can only be called because they are not virtual These three motivations for introducing a method into an API cover only a limited set of method access modifiers available in object-oriented languages.

Of course you then need to separate the allophones and send them to the speech synthesizer one at a time, which can be done by stepping through the string and splitting it on the comma with code such as this: char *speechValue = tagSpeech[tagId]; char *allophone; while ((allophone = strtok_r(speechValue, ",", &speechValue)) != NULL) { say(allophone); } The rest of the changes are left as an exercise for the reader although, if you re lucky, we might make a speech-enabled version of the program available for download from the Practical Arduino web site!

{% for entry in latest_entries %} <li> <a href="{{ entry.get_absolute_url }}">{{ entry.title }}</a>, posted {{ entry.pub_date|timesince }} ago. </li> {% endfor %} </ul> <h2>Latest links in the weblog</h2> <ul> {% get_latest_content coltrane.link 5 as latest_links %} {% for link in latest_links %} <li> <a href="{{ link.get_absolute_url }}">{{ link.title }}</a>, posted {{ link.pub_date|timesince }} ago. </li> {% endfor %} </ul> </div> This will ensure that every page has the list of the latest five entries and links, and it offers two big advantages over the original {% get_latest_entries %} tag: When you add new types of content to the blog (in the next chapter you ll add comments), you don t have to write a new tag. You can just reuse get_latest_content with different arguments. If you decide to change the number of entries or links to show, or the variables you want to use for them, it s just a matter of sending different arguments to the {% get_latest_content %} tag. You won t have to rewrite the tag to change this.

This means that the object orientation is richer, but also that it doesn t carry a clean message with respect to API design If you see protected abstract methods in the API of a class, it s clear what you should do with them: override and implement Such an API construct carries a clean message The same applies to the other types, such as the public final and protected final types These clearly communicate to the user of the API what can be done with them As an API is about communication between its producer and user, and as using clean messages is better than those that are hidden behind clouds, we might conclude that the more methods from these three categories that are used, the better However, object-oriented languages both use and prefer other modifiers.

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