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Any good shopkeeper knows that blaming customers is not a winning strategy. Similarly, if the user of an API uses it incorrectly and that usage fails in the next version of the API, the blame is likely to fall on the owner of the API, especially if the API is supposed to be successfully and widely used. Accepting this is difficult. Nobody likes to sign blank checks with the promise that every behavior of the current version is part of the API. Nor do you want to swear an oath that every misbehavior falls under the contract of functional compatibility. Doing so feels unnatural. However, if the art of building huge systems using cluelessness is to become widely accepted, this is simply the attitude you have to adopt. API designers need to become responsible for the entire amoeba, not just the parts they envisioned as part of the specification.

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First off, you need to have a few core fields to hold the title of the entry, the optional excerpt, the text of the entry, and the date the entry was published So let s start with those Open up the modelspy file and, below the Category model class, start adding the new Entry model (Don t run managepy syncdb yet You ll be adding more fields to this model, and it s best to wait until that s done before having Django create the database tables) class Entry(modelsModel): title = modelsCharField(max_length=250) excerpt = modelsTextField(blank=True) body = modelsTextField() pub_date = modelsDateTimeField() The first three fields are all of types you ve seen before, but the last one which will represent the entry s publication date is new: DateTimeField.

populating the received value into an array passed in by the calling function, which is a sneaky way of getting around the problem that a function can t simply return an array directly /** * Read temperature from a DS18B20.

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It s tough to be responsible for your own actions. So, a primary goal for the API designer is to minimize the amoeba effect by bringing the behavior of the API as close to the specification as possible. This isn t an easy task. It requires a clear understanding of what an API is supposed to do, having good techniques to express that in the actual programming language, and anticipating how users of the API will use it (and how they will abuse it). The next sections outline the steps to achieve this and show you how to minimize the amoeba effect.

* int sensorPin: Arduino digital I/O pin connected to sensor * char *temp: global array to be populated with current reading */ void getCurrentTemp (int sensorPin, char *temp) { int HighByte, LowByte, TReading, Tc_100, sign, whole, fract; OneWireReset (sensorPin); OneWireOutByte (sensorPin, 0xcc); OneWireOutByte (sensorPin, 0x44); // Perform temperature conversion, strong pullup for one sec OneWireReset (sensorPin); OneWireOutByte (sensorPin, 0xcc); OneWireOutByte (sensorPin, 0xbe); LowByte = OneWireInByte (sensorPin); HighByte = OneWireInByte (sensorPin); TReading = (HighByte << 8) + LowByte; sign = TReading & 0x8000; // test most sig bit if (sign) // negative { TReading = (TReading ^ 0xffff) + 1; // 2's complement } Tc_100 = (6 * TReading) + TReading / 4; // multiply by (100 * 00625) or 6.