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Sumner Blount approaches have tradeoffs, such as cost versus convenience, and it s often a complex balancing act to determine just how much protection is good enough. Risk avoidance occurs when you don t undertake the activity that engenders the risk, thus eliminating the possibility of the negative outcome. Not entering a new business because of the risk, and not flying because you re afraid of a terrorist attack, are examples of risk avoidance. The problem, of course, is that avoiding risks means you also avoid the potential upside. If a business avoids all risks, it isn t likely to be in business very long. Avoidance is generally an appropriate response only for high-likelihood, high-impact events that could prove catastrophic. Figure 4-5 illustrates some typical and reasonable approaches that you can apply to each area of the matrix from Figure 4-4. Note that these are really continuums rather than discrete boxes; therefore, they re only illustrative of which approaches may be most reasonable.

<plug-in className="org.apache.struts.validator.ValidatorPlugIn" > <set-property property="pathnames" value="/WEB-INF/validator-rules.xml, /WEB-INF/A.xml, /WEB-INF/B.xml, /WEB-INF/C.xml"/> </plug-in> Splitting your validation.xml file is useful if your project contains subprojects. It is easier to manage and maintain a few smaller files, each containing forms from a single subproject, than one huge file containing validations for all projects.

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Let s say the current value of led[i][j] is 156 This is the binary number 10011100 If this number gets bit shifted left by one, you end up with 00111000 You now take the same number, 156, and bit shift it right seven times You now have 00000001 In other words, you have shifted the far left binary digit from the left hand side to the right hand side You now carry out a logical OR bitwise operation on the two numbers Remember that the bitwise OR calculation will produce a one if there is a one in either digit, like so: 00111000 | 00000001 = ________ 00111001 So, you have shifted the number left one place, and OR ed that with the same number shifted right seven places.

Since the validator-rules.xml and validation.xml files play a central role in the Validator framework, you have to understand their structure. Listing 15-3 is a fragment of the validator DTD, and it describes the major divisions of the validator XML structure.

<!ELEMENT form-validation (global*, formset*)> <!ELEMENT global (validator*, constant*)> <!ELEMENT formset (constant*, form+)>

As you can see above, the result is the same as shifting the number left by one and shifting any digit that has shifted off the left back to the right hand side This is known as a bitwise rotation or a circular shift, and this technique is frequently used in digital cryptography You can carry out a bitwise rotation on any length binary digit using the calculation i << n | i >> (a - n); where n is the number of digits you wish to rotate the number by and a is the length, in bits, of your original digit Next, you increase the frame value by one, check it isn t greater than seven, and if so, set it back to zero again.

Now that you ve assessed and prioritized your risks, and created a risk management plan for them, it s time to determine on an ongoing basis how that plan is working Risks need to be monitored continuously in order to help ensure that your plan is effective and that no emerging risks affect your business But how do you monitor your risks Staring at a risk dashboard all day may make you feel like you ve got everything under control, but there are more effective ways to manage risk Make sure, as you learned earlier, that everyone involved in key business processes understands their impact on risk and the importance of reporting information or status that may also affect risk.

The <form-validation> tag is the root tag, and all other tags are contained within it. The important subtags of <form-validation> are <global>, which in turn contains declarations of global constants (we ll come to this shortly) or declarations for validators. <formset>, which represents validations for a locale. We ll discuss this at the end of this chapter. <form>, which is a subtag of <formset>, which contains your validations of fields on any form beans declared in struts-config.xml. You will declare these in your validation.xml file. In the validator-rules.xml file, you will only see <validator> declarations, one for each generic validator available on the Validator framework. Your validation.xml file should contain only <form> or <constant> declarations. This division of tags between validator-rules.xml and validation.xml is purely for maintainability: you put all declared validations in validator-rules.xml, and your use of the validations in validation.xml. I ll describe these tags in more detail as I show you how to use and extend the Validator framework.

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