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Using symmetric keys for data encryption is one of the fastest encryption methods available in SQL Server 2008. Symmetric keys utilize the same key to encrypt and decrypt the data. From a SQL Server perspective, data encryption occurs when SQL Server writes to disk and decryption occurs when data is requested from disk by queries or other methods. The following code provides you with the syntax for creating symmetric keys: CREATE SYMMETRIC KEY key_name [ FROM PROVIDER Provider_Name ] WITH <key_options> [ , ... n ] | ENCRYPTION BY <encrypting_mechanism> [ , ... n ] The creation of the symmetric key must consist of an encryption mechanism. Based on the encryption mechanism you would like to use, choose that option within the creation step and populate the requested data accordingly. The possible encryption mechanisms are encrypted by password, certificate, asymmetric, symmetric, or EKM. Lastly, there are two key options: Key Source and Identify Value, which are used to manage temporary keys. The Key Source specifies a pass phrase to derive the key from, while the Identity Value specifies a phrase used to create the globally unique identifiers (GUIDs) that identify data created by the temporary key. The following code creates a symmetric key encrypting the password using the asymmetric key that was created in the preceding section called Encrypting Data Using Asymmetric Keys. USE AdventureWorks2008 GO CREATE SYMMETRIC KEY secureDemo5 WITH ALGORITHM = TRIPLE_DES ENCRYPTION BY ASYMMETRIC KEY secureDemo3 GO The symmetric key allows you to encrypt and decrypt data by using the DECRYPTBYKEY and the ENCRYPTBYKEY functions. The code example in Listing 8-8 shows an example of the encryption and decryption process. Listing 8-8. Encrypting and Decrypting Data Using Symmetric Keys USE AdventureWorks2008 GO declare @encryptedAuthor varchar(1000), @author varchar(50) = 'Sylvester Carstarphen', @decryptedAuthor varchar(1000), @certificatePassword nvarchar(64) = '@5ymm3tr1c'

Figure 7-12. Dashed lines There s no reason that you need to stick with whole number values. For example, this StrokeDashArray is perfectly reasonable: StrokeDashArray="5 0.2 3 0.2" It supplies a more complex sequence a dashed line that s 5 14 length, then a 0.2 15 break, followed by a 3 14 length and another 0.2 14 length. At the end of this sequence, the line repeats the pattern from the beginning. An interesting thing happens if you supply an odd number of values for the StrokeDashArray. Take this one for example: StrokeDashArray="3 0.5 2" When drawing this line, Silverlight begins with a 3-times-thickness line, followed by a 0.5times-thickness space, followed by a 2-times-thickness-line. But when it repeats the pattern it starts with a gap, meaning you get a 3-times-thickness space, followed by a 0.5-times-thickness line, and so on. Essentially, the dashed line alternates its pattern between line segments and spaces.

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Radio buttons allow you to choose one item in a list of options. BlackBerry and Windows Mobile use a standard radio-button implementation that shows an empty circle when not selected and a filled circle when it has been selected. Android uses the same implementation as BlackBerry and Windows Mobile, but instead of the entire circle being filled, only the center of the circle is filled. iOS has the concept of radio buttons, but Apple suggests using pickers (such as date pickers) instead in their Human Interface Guidelines. If you truly want to use a radio button on iOS, they have a slightly different concept from the other platforms. They choose to use left-bound labels and right-bound check marks to indicate which option has been selected in the list. Refer to Figure 10 20 for an example of an iOS radio button.

If you want to start midway into your pattern, you can use the StrokeDashOffset property, which is a 0-based index number that points to one of the values in your StrokeDashArray. For example, if you set StrokeDashOffset to 1 in the previous example, the line will begin with the 0.5-thickness space. Set it to 2, and the line begins with the 2-thickness segment. Finally, you can control how the broken edges of your line are capped. Ordinarily, it s a straight edge, but you can set the StrokeDashCap to the Bevel, Square, and Triangle values you considered in the previous section. Remember, all of these settings add one half the line thickness to the end of your dash. If you don t take this into account, you might end up with dashes that overlap one another. The solution is to add extra space to compensate.

OPEN SYMMETRIC KEY secureDemo5 DECRYPTION BY ASYMMETRIC KEY secureDemo3 WITH PASSWORD = '@5ymm3tr1c'

When using the StrokeDashCap property with a line (not a shape), it s often a good idea to set the Tip

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