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catch here, though, that doesn't cause us any problems in this project but is something to be very careful of in your own programs: technically, the millis() function is lying to us and returning an incorrect value This is because millis() is updated behind the scenes by a time-triggered interrupt (as opposed to the input-triggered interrupt we used for the sensor) that fires approximately every millisecond and causes the time counter to increment But while interrupts are disabled the millis() function won't actually be incrementing, and will simply return the value it was set to just before interrupts went away rather than what the current value should really be For us it doesn't matter so we just set the oldTime variable to the value returned by millis() oldTime = millis(); At this point, though, the interrupt is still disabled, so the ISR will never be called.

Various other registration formats can replace the property-based configuration One of the most famous is provided by the Spring Framework, based on an XML configuration file: <beans xmlns="http://wwwspringframeworkorg/schema/beans" xmlns:xsi="http://wwww3org/2001/XMLSchema-instance" xsi:schemaLocation="http://wwwspringframeworkorg/schema/beans http://wwwspringframeworkorg/schema/beans/spring-beans-25xsd" > <bean id="wordLibrary" class="orgapidesignanagramwordstaticStaticWordLibrary" /> <bean id="scrambler" class="orgapidesignanagramscramblersimpleSimpleScrambler" /> <bean id="ui" class="orgapidesignanagramguiAnagramsWithConstructor" autowire="autodetect" /> </beans> The XML file also supports the cluelessness of application assemblers It can be edited with as much knowledge as when editing the property file, and despite providing a richer set of configuration options including configuration via setters or constructors, autowiring, and so on it s still easy to edit, as its format is specified by an XML schema.

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Now that we're done with the main program loop we enable the interrupt again attachInterrupt(sensorInterrupt, pulseCounter, FALLING); } } The last part of the sketch is the ISR itself This function is never called by the main program, but is instead invoked by interrupt0 once per rotation of the Hall-effect sensor The interrupt handler is kept extremely small so it returns quickly each time it executes This is the ideal way to structure an ISR: a single instruction to increment a global variable and then immediately bail out An ISR like this can execute in just a few microseconds void pulseCounter() { pulseCount++; } Once you've uploaded the sketch to your Arduino and ensured your flow sensor is plugged in, click the "serial monitor" button near the top right of the Arduino IDE and make sure the port speed setting is set to 38400.

Common IDE editors can provide hints and text completions, so that even assemblers with a minimal knowledge of the exact format can tweak the file and change it to suit their needs This file is then read by Spring s ApplicationContext implementation, which does all the bean instantiations and mutual wirings necessary for creating the desired, configured instance: public static void main(String[] args) throws Exception { ApplicationContext context = new ClassPathXmlApplicationContext( "org/apidesign/anagram/app/spring/confxml" ); UI ui = (UI)contextgetBean("ui", UIclass); uidisplay(); } Spring provides greater flexibility than the property-based solution, yet it seems to require the application assemblers to know the name of the bean classes that should participate in the wiring Sometimes this is useful, especially if the wiring is also done with the developers who provide the beans implementing the interfaces.

Python provides a mechanism for packaging and installing modules so they can be easily distributed and reused. Most third-party Python modules and Django applications you ll encounter will work this way, so you ll be able to download a package, open it up, and, inside the resulting directory, type python setup.py install to install it.

You should see a series of values being displayed (hopefully 00) with one reading taken per second The LCD will also display a flow rate of 00 and counter values of 0L Because the pickup on the flow-rate sensor spins quite easily, you can test that it is functioning by simply blowing through the sensor and watching the values displayed in your IDE or on the LCD Note, however, that the sensor is directional Look on the side of the body for an arrow that indicates the required liquid flow direction and blow through it in the direction of the arrow Try blowing gently through the sensor and watching the flow-rate value After a few seconds the counters should click over to 1L and then continue incrementing as you keep blowing.

On the other hand, knowing the class names is still a significant amount of knowledge for external assemblers Also, it makes the names of implementation classes part of the API, as they are exported to external users who make the final assembly And, as has been argued while talking about separating interfaces and implementation in 6, you should not need to directly refer to implementation classes..

Pressing either of the counter reset buttons should set that counter back to 0, leaving the other counter unaffected..

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