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In this project, you want the LED to turn on, stay on for one second, turn off and remain off for one second, and then repeat The commands to tell the Arduino to do this are contained within the loop() function because you wish them to repeat over and over The first statement is digitalWrite(ledPin, HIGH); and this writes a HIGH or a LOW value to the pin within the statement (in this case ledPin, which is Digital Pin 10) When you set a pin to HIGH, you are sending out 5 volts to that pin When you set it to LOW, the pin becomes 0 volts, or ground This statement, therefore, sends out 5v to pin 10 and turns the LED on.

Name of this attribute. This obviously has to be unique on the tag. Indicates if this tag is required (true) or optional (false).

In this lab session, you will create, deploy, and test a temperature conversion tag. Here are some specs: The tag library will contain just one tag called convert, which has one optional attribute. The optional attribute to indicates the temperature scale to convert to. By default, to is Fahrenheit. Conversions are from Celsius to either Fahrenheit or Kelvin.

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After that is delay(1000); and this statement simply tells the Arduino to wait for 1000 milliseconds (there are 1000 milliseconds in a second) before carrying out the next statement of digitalWrite(ledPin, LOW); which will turn off the power going to Digital Pin 10 and therefore turn the LED off Then there is another delay statement for another 1000 milliseconds and then the function ends However, as this is your main loop() function, the function will start again at the beginning..

For example, these all convert to 100 Celsius to 212 Fahrenheit: <temp:convert to="Fahrenheit">100</temp:convert> <temp:convert to="F">100</temp:convert> <temp:convert>100</temp:convert> while these convert 100 Celsius to 373 Kelvin:

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By following the program structure step by step again, you can see that it is very simple: // Project 1 - LED Flasher int ledPin = 10; void setup() { pinMode(ledPin, OUTPUT); } void loop() { digitalWrite(ledPin, HIGH); delay(1000); digitalWrite(ledPin, LOW); delay(1000); } You start off by assigning a variable called ledPin, giving that variable a value of 10. Then you move on to the setup() function where you set the mode for Digital Pin 10 as an output. In the main program loop, you set Digital Pin 10 to high, sending out 5v. Then you wait for a second and then turn off the 5v to Digital Pin 10, before waiting another second. The loop then starts again at the beginning: the LED will turn on and off continuously for as long as the Arduino has power. Now that you know this, you can modify the code to turn the LED on for a different period of time and turn it off for a different time period. For example, if you wanted the LED to stay on for 2 seconds, then go off for half a second, you could do the following: void loop() { digitalWrite(ledPin, HIGH); delay(2000); digitalWrite(ledPin, LOW); delay(500); } If you would like the LED to stay off for 5 seconds and then flash briefly (250ms), like the LED indicator on a car alarm, you could do this: void loop() { digitalWrite(ledPin, HIGH); delay(250); digitalWrite(ledPin, LOW); delay(5000); } To make the LED flash on and off very fast, try this: void loop() { digitalWrite(ledPin, HIGH); delay(50); digitalWrite(ledPin, LOW); delay(50); }

<temp:convert to="Kelvin">100</temp:convert> <temp:convert to="K">100</temp:convert> To create and use this tag, you will have to

1. Prepare the development directory and scripts. 2. Write the Java tag handler. 3. Write the TLD file describing the tag. 4. Write the JSP to test the custom tag. 5. Amend web.xml to register your TLD file. 6. Install the application onto Tomcat.

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