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// SPI PINS #define SLAVESELECT 53 #define SPICLOCK 52 #define DATAOUT 51 //MOSI #define DATAIN 50 //MISO #define UBLB(a,b) ( ( (a) << 8) | (b) ) #define UBLB19(a,b) ( ( (a) << 16 ) | (b) ) //Addresses #define PRESSURE 0x1F //Pressure 3 MSB #define PRESSURE_LSB 0x20 //Pressure 16 LSB #define TEMP 0x21 //16 bit temp char rev_in_byte; int temp_in; unsigned long pressure_lsb; unsigned long pressure_msb; unsigned long temp_pressure; unsigned long pressure;

Essentially, DefaultDynaFormsLoader s getLoader() first reads all the form beans from the given file:

The first line of code for this project is: // Project 1 - LED Flasher This is just a comment in your code. You can tell it s a comment because it starts with // and any text that begins this way will be ignored by the compiler. Comments are essential in your code; they help you understand how your code works. As your projects get more complex and your code expands into hundreds or maybe thousands of lines, comments will be vital in making it easy for you to see how each section functions. You may come up with an amazing piece of code, but you can t count on remembering how it works when you revisit it several days, weeks, or months later. Comments, however, will remind you of its functionality. Also, if your code is meant to be seen by other people, comments will help that person understand what is going on in your code. The whole ethos of the Arduino, and indeed the whole Open Source community, is to share code and schematics. I hope that when you start making your own cool stuff with the Arduino you will be willing to share it with the world, too. There is another format for making comments; it is a block statement bookended by /* and */ , like so: /* All of the text within the slash and the asterisks is a comment and will be ignored by the compiler */

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Beans beans = readBeans(filename);

Policy Management: The Lifeblood of Governance keystrokes by the system administrator and be a much simpler, less timeconsuming, more secure, and less error-prone solution.

The beans object is a collection of Bean objects (see Listing 19-16), which in turn may have Property objects (see Listing 19-17). The beans object corresponds to the <form-beans> root tag. The Bean class corresponds to a <form-bean> declaration, and the Property class corresponds to a <form-property> tag within <form-bean>. At this point, each bean object in the bean s container is unresolved, meaning that the bean s inherited properties have yet to be determined. The next bit of code does just this: for(Iterator beanz = beans.values().iterator(); beanz.hasNext();){ Bean b = resolve(beans, (Bean)beanz.next()); if(b.getCreate()){ config.addFormBeanConfig(createFormBeanConfig(b)); } } This section of code iterates through all bean objects in the bean s container, resolving each one, then creating a FormBeanConfig instance from this resolved bean. Lastly, this FormBeanConfig object is added to the ModuleConfig instance using addFormBeanConfig(). Note that The resolve() function recursively merges the properties of a bean with that of an ancestor bean. The actual merging of properties is performed in bean.merge() (see Listing 19-16). createFormBeanConfig() creates a FormBeanConfig object from a given resolved bean. Form beans that are marked create=false (bean.getCreate() returns false) are not added to ModuleConfig. The source code for the DynaForms plug-in is in the Source Code section of the Apress website at http://www.apress.com, in the file DynaFormsPlugIn.zip, and released under the General Public License (GPL).

The IDE will automatically turn the color of any commented text to grey The next line of the program is int ledPin = 10; and this is what is known as a variable A variable is a place to store data In this case, you are setting up a variable of type int or integer An integer is a number within the range of -32,768 to 32,767 Next, you have assigned that integer the name of ledPin and have given it a value of 10 (You didn t have to call it ledPin, you could have called it anything you wanted to But you want your variable name to be descriptive, so you call it ledPin to show that this variable sets which pin on the Arduino you are going to use to connect your LED) In this case, you are using Digital Pin 10.

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