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Figure 2-3. An Integrated Circuit (or chip) plugged across the gap in a breadboard The next component is a resistor. A resistor is a device designed to cause resistance to an electric current in order to cause a drop in voltage across its terminals. You can think of a resistor as a water pipe that is a lot thinner than the pipe connected to it. As the water (the electric current) comes into the resistor, the pipe gets thinner and the water volume (current) coming out of the other end is therefore reduced. You use resistors to decrease voltage or current to other devices. The value of resistance is known as an Ohm and its symbol is a Greek Omega symbol . In this case, Digital Pin 10 is outputting 5v DC at (according to the Atmega datasheet) 40mA (milliamps), and your LEDs require (according to their datasheet) a voltage of 2v and a current of 35mA. Therefore, you need a resistor that will reduce the 5v to 2v and the current from 40mA to 35mA if you want to display the LED at its maximum brightness. If you want the LED to be dimmer, you could use a higher value of resistance.

The <action> declaration using ForwardAction is similar you just replace org.apache. struts.actions.IncludeAction with org.apache.struts.actions.ForwardAction. This begs the question: what is the difference between the two IncludeAction performs a programmatic include. This means two things: The called legacy code cannot alter cookies or header information sent to the client. The headers and cookies sent to the client are dictated by Struts. Preserving header or cookie information is crucial in some scenarios for example, when you ve specified the scope of a request with Struts. You may subclass IncludeAction to write content to the response object. Of course, you need to call super.execute() at some point to ensure that the legacy code is called. You can do this at any time, either before or after or in between writing content to the response object. ForwardAction performs a programmatic forward, meaning that total control over the data sent to the client is passed to the legacy code. Struts cannot dictate the header or cookie information, and you may not subclass ForwardAction in order to write data to the client, like you could with IncludeAction. ForwardAction simply passes all control of the response object to the legacy code.

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Note NEVER use a value of resistor that is LOWER than needed. You will put too much current through the LED and damage it permanently. You could also damage other parts of your circuit.

For example, the team should work closely with each business unit that has input into the organization s strategic plan to understand their strategic objectives and the key dependencies and risks associated with that portion of the company s strategy Business unit management teams are extremely forthcoming when it comes to discussing the risks inherent in their plans It gives them a sense of relief to air their risks and concerns and to talk about what they re doing to address these issues on one hand, and where they need help on the other The GRC team should partner by being proactive about major activities in the planning stages to understand project plans, business requirements, interdependencies, and the potential risks associated with implementations.

In most cases where you need to put a front-end to legacy code, you d probably use IncludeAction, since this gives you greater flexibility. It s also useful since you can still write data to the client after the legacy code has sent its output. ForwardAction is the only way out when the legacy code needs to write header or cookie information in order to work correctly (for example, if it needs to set the content type to something other than text/html).

You might sometimes want to put more than one submit button on a single form, each instructing the server-side code to perform a different action with the submitted data. One common technique to accomplish this is to use JavaScript to set the value of a hidden field on the form, allowing the server-side processing code to tell which submit button was clicked by the user. As an example, consider the page that follows, which features two submit buttons (Save and Update), a hidden field, and JavaScript to change the hidden field s value depending on which button was clicked: <%@ page contentType="text/html;charset=UTF-8" %> <%@ taglib uri="/tags/struts-html" prefix="html" %> <html:html> <head> <script language="JavaScript"> function changeMode(formName, src){ document.forms[formName].elements["mode"].value = src; } </script> </head> <body> <html:form action="MyFormHandler.do"> //... other fields on the form, omitted <html:hidden property="mode" value="unknown"/> <html:submit value="Save" onclick="changeMode('MyFormBean','save')" /> <html:submit value="Update" onclick="changeMode('MyFormBean','update')" /> </html:form> </body> </html:html> This homebrew approach has three drawbacks:

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