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It's not so important with connections within a device, but in this case the wire to the input could run some distance to the location where the sensor is installed Long wire runs have more tendency to pick up electrical noise so it's best to play it safe What you don't see in the schematic is that I/O line 2 will be biased toward 5V using a 20K pull-up resistor that's inside the ATMega CPU itself, and can be activated by software That resistor pulls pin 2 toward +5V but still allows it to be explicitly pulled down if an external device, such as the flow sensor used in this project, shorts it to ground.

Now we ll talk about methods and fields, and we ll start with fields first In the section A Method Is Better Than a Field in 5, I argued that fields shouldn t be added to an API They are much more restricted in evolutionary terms than are methods That s why you shouldn t even consider adding a field to an API, unless it is a static final constant Adding such constants is acceptable and supports binary compatibility Adding a static method is acceptable from the binary point of view However, it is clear that static methods can only appear in classes They can cause source incompatibilities, such as when an overloaded variant of a similar method is already present, even in nonpublic subclasses Also, certain calls result in compiler errors, as the compiler doesn t know which of the variants to call.

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This is a common technique when working with digital inputs because it puts the input into a known default HIGH state, which can then be changed by forcing the input to ground to assert a LOW state In this scenario the resistor is referred to as a pull-up resistor because it will tend to pull up the voltage on the pin, and a device can override the high value by shorting it to ground The alternative arrangement is to use a pull-down resistor, with one end connect to the input and the other end connected to ground A pull-down resistor holds the voltage on the input down at 0V unless a device overrides the low value by shorting it to +5V and taking it high.

template. The archive_index view will supply its template with a variable called latest, which will contain the latest entries (up to a maximum of 15). You can use the for tag in the appropriate templates (just as you did previously in your hand-rolled entry index) to loop through these lists. The daily, monthly, and yearly archives also give the template an extra variable representing the date or date range they re working with: day, month, and year, respectively. As you ve seen already in the templates for the entry views you wrote by hand, you can use the date template filter to format them however you d like.

Adding an abstract method to a class that is subclassable is an incompatible change It s also source incompatible, because the compiler refuses to compile subclasses that aren t abstract and that don t implement all the abstract methods Surprisingly, such a change might or might not be binary incompatible The reason for this is that the virtual machine uses a different way of dispatching and representing classes and their methods from the way it represents interfaces and their methods As a result, the virtual machine complains during class-loading about classes not implementing all their abstract methods It defers the check for interfaces until a method is called However, this is only a slight advantage of interfaces over classes, because any call to a method added later can result in a runtime exception.

So there are two basic approaches we could take: a pull-up resistor combined with an active-low input, or a pull-down resistor combined with an active-high input At first it might sound more logical to use a pull-down resistor and an active-high input because we're accustomed to thinking in terms of LOW being off and HIGH being on However, that won't work in this case because the flow sensor used for this project has what is known as an open-collector output This means the output is generally left as an open circuit (unconnected, or floating value with high resistance), and that output pulses are generated by shorting it to ground.

By connecting an open-collector device to an input fitted with a pull-up resistor, the value on the input will tend to be +5V except when the device is sending an output pulse, at which time it will drop to 0V courtesy of the short to ground through the sensor The schematic in Figure 10-3 shows how this works in practice The 20K pull-up resistor biases the ATMega input HIGH, but when the sensor sends a pulse it momentarily connects the input to ground via the 1K protection resistor We don't need to actually install the pull-up resistor because this is such a.

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