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Next, you set the value of counter to the value of millis() You came across millis() in Project 4 It stores the value, in milliseconds, since the Arduino was turned on or reset: counter = millis(); A while loop will now run on the condition that the current character position is smaller than the string length minus one: while (chrPointer < (strLength-1)) { The variable time is set to the current value of millis(): time = millis(); An if statement then checks if the current time is greater than the last time stored plus the value in speed, ie.

3. Comment out the existing validate() function. 4. Complete validation.xml in ./web/WEB-INF. Declare all the validations you imple-

Risk Governance and the Board of Directors Compliance and Risk Committee described next that is more central to the governance theme of this book.

RFC-2822 for email: http://rfc.net/rfc2822.html Struts Validator page: http://struts.apache.org/struts-doc-1.2.x/userGuide/ dev_validator.html The Commons Validator framework project: http://jakarta.apache.org/commons/ validator/ A Regular Expressions tutorial: http://www.regular-expressions.info/ tutorial.html Some information on unit testing (also the homepage of JUnit, the Java unit testing framework): www.junit.org

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45 milliseconds, and if so, runs the code block within it: if (time > (counter + speed)) { Char1 is loaded with the ASCII character value of the character at chrPointer in the myString array and Char2 with the one after that: Char1 = myString[chrPointer]; Char2 = myString[chrPointer+1]; A for loop now iterates through each of the eight rows: for (byte y= 0; y<8; y++) { You now read the font array and put the bit pattern in the current row of eight into firstChrRow and the second into secondChrRow Remember that the font array is storing the bit patterns that make up the characters in the ASCII table, but only the printable ones from 32 to 126.

ISO-639 language codes: http://en.wikipedia.org/wiki/ISO_639 ISO 3166 country codes: http://en.wikipedia.org/wiki/ISO_3166

The first element of the array is the ASCII code of the character (minus 32, as you are not using characters 0 to 31) and the second element of the array stores the eight rows of bit patterns that make up that character For example, the letters A and Z are ASCII characters 65 and 90 respectively You deduct 32 from these numbers to give you your array index So the letter A, which is ASCII code 65, is stored in array element 33 (65-32) and the second dimension of the array at that index stores the eight bit patterns that make up the letter The letter Z is ASCII code 90, which is index number 58 in the array The data in font[33][0 8], for the letter A, is {B00001110, B00010001, B00010001, B00010001, B00011111, B00010001, B00010001, B00010001},.

Summary

According to the Corporate Governance Principles, the Compliance and Risk Committee s general purposes are: 1. To provide general oversight to the Company s enterprise risk management and compliance functions; 2. To provide input to management in the identification, assessment and mitigation of enterprise-wide risks faced by the Company both internally and externally; and 3. To provide recommendations to the Board with respect to its review of the Company s business practices and compliance activities and enterprise risk management. Because of this chapter s emphasis on risk governance, an expanded discussion of the Compliance and Risk Committee is included in the next section.

If you put that data on top of each other so you can see it clearer, you have B00001110 B00010001 B00010001 B00010001 B00011111 B00010001 B00010001 B00010001 and if you look closely, you will see the following pattern which makes up the letter A:

The Validator framework brings many benefits by simplifying the creation and maintenance of your webapp s validations. You may extend the Validator framework either by implementing your own validate() function or by creating a new validator.

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