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Sometimes an API supports multiple target audiences For example, Java s JNDI allows people to discover an object by its name and also to plug in their own name resolvers These two actions are created for two completely different groups of API users JNDI is just an example, but in fact this happens to many APIs: different audiences will consume it The first and most basic mistake is putting items of interest to different parties into one API This hurts discoverability, as people interested in just one aspect of the API will be distracted by the parts of the API that are designed for a completely different audience The common approach to take is to split an API into two or more parts: one targeted for callers, the other ideally in a separate package or namespace, for providers plugging into the API to provide its services or extensions.

It then sends the analog pin number, the reading, and the state to the host via the serial connection. boolean checkSensor( byte sensorInput, byte statusOutput ) { byte state; int sensorReading = analogRead(sensorInput); if( sensorReading < 400 ) { state = 0; // Wire shorted. Possible tampering. digitalWrite(statusOutput, HIGH); // Turn the associated status LED on } else if ( sensorReading >= 400 && sensorReading < 590 ) { state = 1; // Normal state, sensor not triggered digitalWrite(statusOutput, LOW); // Turn the associated status LED off } else if ( sensorReading >= 590 && sensorReading < 800 ) { state = 2; // Sensor triggered. digitalWrite(statusOutput, HIGH); // turn the associated status LED on } else { state = 3; // Open circuit. Cut or tamper triggered. digitalWrite(statusOutput, HIGH); // Turn the associated status LED on } // Output the current reading to the host via the serial connection Serial.print(sensorInput, DEC); Serial.print(": "); Serial.print(sensorReading, DEC); Serial.print(" ("); Serial.print(state, DEC); Serial.print(") "); // Pass the current state back to the calling function

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A good approach taken by JNDI was the creation of separate interfaces for those distinct audiences, splitting them into completely different packages Callers into the API just use javaxnaming and javaxnamingevent, while the implementors are more interested in javaxnamingspi, and so forth This sort of separation is even more important than documenting the API in that it provides automatic scoping: the different audiences for the API can easily focus their study and concern on the area that s of interest to them, without having to ask the question, Is this something I need to care about for each class they see in the documentation index Doing this sort of split incorrectly or worse, optimizing for the wrong audience, which is typically smaller can seriously diminish the API s usefulness For example, the JavaMail API contains an enormous number of concepts and classes.

return state; } Load the program in the Arduino IDE, compile it, and upload it to your Arduino. Then click the serial monitor button to watch the values being sent back by the unit. Make sure the baud rate is set to 38400 to match the value in the program. Make sure you have a PIR connected to one of the channels on your shield and apply the 12V power supply to start it up. Note that PIRs take a little while to warm up and stabilize before they can detect movement, so it may appear to not be working at all or perhaps be frozen in a triggered state when you first apply power. Wait a minute or two and it should spring to life.

It requires quite a bit of work on the developer s part simply to send mail or to get a list of messages from a mail server, with a great deal of boilerplate code required On the other hand, the entire API is optimized to make it extremely easy to write providers that implement new protocols The problem with this is that there are vastly more applications that will want to send and receive mail than there are wire protocols for mail-like messages Although perhaps not provable, it s certainly probable that this misoptimization is single-handedly responsible for the relative rarity of Java-based mail applications..

In the last chapter, when you added the search function and SearchKeyword model to the simple CMS, you built a simple Django application initially created with the manage.py startapp command to hold them. At the time I didn t spend much time detailing just what goes into a Django application. However, now that you re going to start doing more complex things, it s worth pausing for a moment to go over it, to understand how individual Django applications differ from a Django project.

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