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There are two ways to solve the problem. The first approach is to enhance the existing interfaces and classes in the API to accommodate operations on probability circuits. The second approach is to write the API from scratch and to provide a bridge that allows conversion of the boolean circuit and the probability circuit from one to the other. You can construct the circuit once and then evaluate it with booleans and doubles later. As all the solutions from Day 1 correctly expected some kind of evolution, all the participants chose to enhance their interfaces. Nobody decided to write a bridge. This was probably a good choice, as creating a proper bridge is significantly more work.

Power Dissipation................................................................................................................................. 384 Dropout Voltage .................................................................................................................................... 384 Efficiency .............................................................................................................................................. 384

In contrast to Day 1, there were no misunderstandings about the description of the tasks on Day 2. However, a feeling amounting to this isn t nice and needs to be fixed was noticeable in some cases. Some participants realized that their solution from the previous day was not optimal. They wanted to fix it. However, when fixing a part of an API, you run the risk of creating an incompatible change. It became necessary to explain to some of the participants that the API Design Fest is nothing more than a contest about compatibility. It has nothing to do with beauty. Fixing something that a participant deems ugly isn t necessarily an optimal way of spending time. The goal is simply to enable the API to evolve while maintaining backward compatibility.

Driving LEDs ..................................................................................................................384

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The only thing left to implement from the feature list is a rating system that lets users mark particular snippets they found useful (or not useful, as the case may be). Once again, start with a data model. As with the bookmarking system, it s fairly simple. You need to collect four pieces of information: The snippet being rated The user doing the rating The value of the rating in this case, either a +1 or -1, for a simple up or down voting system The date of the rating You can easily build out the model in cab/models.py: class Rating(models.Model): RATING_UP = 1 RATING_DOWN = -1 RATING_CHOICES = ((RATING_UP, 'useful'), (RATING_DOWN, 'not useful')) snippet = models.ForeignKey(Snippet) user = models.ForeignKey(User, related_name='cab_rating') rating = models.IntegerField(choices=RATING_CHOICES) date = models.DateTimeField()

Those who didn t allow multiple execution on the same circuit experienced slight problems with their implementations. Similarly, those who allowed inconsistent evaluations faced significant problems too. They had a lot of tweaking and catching up to do throughout the day. The solutions alwayscreatenewcircuit, inputandoperation, and stackbasedsolution had to begin by fixing problems and only later were able to proceed with the new tasks. Sooner or later, participants began with the day s real task: the extension of their circuit s capabilities to cover double values ranging from 0.0 to 1.0. Participants used one of two approaches to make their extensions. Some anticipated during Day 1 that extensions would later be needed. They made the class responsible for the computation nonsubclassable during the first day. As a result, they could add a new method to it to perform the operations on doubles. This was the case for alwayscreatenewcircuit, elementbasedsolution, inputandoperation, pinbasedsolution, and welltestedsolution. All these APIs could make use of the benefits of having a nonsubclassable class that could easily be enhanced with new methods during the API s evolution without breaking existing clients. The other solutions, namely subclassingsolution and stackbasedsolution, represented the circuit element as a subclassable class. As a result, they could not compatibly enhance their classes. They needed to add new classes to represent the circuit with enhanced capabilities. As a result, subclassingsolution introduced FuzzyCircuit. Similarly, stackbasedsolution introduced Circuit2. The idea was the same in each case: give the API users a new method without breaking code that might have implemented their own subclass. See the following: public interface Circuit2 extends Circuit { public double evaluate (double ... input) throws IllegalArgumentException; }

Multiplexing.......................................................................................................................................... 385 Charlieplexing....................................................................................................................................... 387

Output Circuitry and Isolation ........................................................................................388

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