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Handling 90 interrupts per second at the maximum rated flow for this sensor is trivial even for a relatively slow CPU such as those found in an Arduino In fact, one thing that's slightly odd about the example program is that it spends most of its time with interrupts disabled: it disables them at the start of the main program loop, then enables them again at the end before it loops back to the start Interrupts are therefore only enabled for a very brief period on each cycle, but because the CPU sets the interrupt flag even when interrupts are disabled it all works out nicely Most pulses from the sensor will arrive while the program is in the main loop and interrupts are disabled, and will then be processed as soon as the main loop ends.

the vendor s JARs will overlap, they can either be loaded once into the virtual machine or multiple times by different classloaders None of this can actually work If the classes are loaded only from one vendor s JAR and the other is of a different version, the two implementations might not link and can throw missing method errors at runtime On the other hand, if the classes are loaded twice, every piece of client code needs to decide in advance which of the vendor s modules it will use It cannot use both without the use of reflection The only hope in this situation is to load both implementations and only one the newest API that will be shared between them This can work, and indeed it is an approach used by some modular systems.

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Because the main loop executes in about 5ms and even at 90 pulses per second the interval between pulses is about 11ms we're fairly safe from missing any pulses..

comments on entries older than 30 days are automatically nonpublic, comments on newer entries go through Akismet, and all new comments generate a notification e-mail However, if you ever needed comment moderation somewhere else, you might want a different set of rules Again, for the limited purposes of the weblog application, this was fine However, since comment moderation is a useful feature that you might want to deploy later with other types of sites, a better option might be to write an application that does nothing but moderation, and write it so that it can allow each different model to specify rules for moderating its comments One common pattern for handling this sort of situation is to write a pair of classes.

On the other hand, this doesn t happen automatically; you need to carefully design and evolve the APIs so they can be linked and can work with both implementations From this perspective, it s more honest to admit that the API is special not part of some implementation and separate it into its own module That is why we can solve the multiple vendors problem with a real modular library This approach puts the specification and implementation into different modules and enforces their separation with a module boundary One module contains the specification; that is, the actual interfaces, abstract classes, and so on, as mentioned in its documentation There might be one or more separate modules, possibly from other vendors, which implement that specification Typically there is at least one small entry point constructor or static factory method in the specification packages that allow clients to acquire an implementation.

First the sketch includes the LiquidCrystal library to take care of communicating with the LCD module for us Then we create a LiquidCrystal object called "lcd" and configure it with the pins used for RS, Enable, and D4 through D7 Because of the way we wired the ribbon cable to the shield this corresponds directly to pins 9 through 4 #include <LiquidCrystalh> LiquidCrystal lcd(9, 8, 7, 6, 5, 4); We also need to specify the pins connected to the pair of counter reset buttons and the status LED The LED is illuminated (pulled LOW) whenever a reset button is pressed byte resetButtonA = 11; byte resetButtonB = 12; byte statusLed = 13; The connection for the Hall-effect sensor also needs to be configured, and we need to specify two values: the interrupt number and the pin number.

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