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To create and compare hash values, you use a hash provider As you saw earlier, the Cryptography block includes several hash providers The examples we provide use two of these: the SHA512 hash algorithm provider and the MD5Cng hash algorithm provider The examples demonstrate how to use these providers to create a hash for both a text string and an object (in our example this is a simple class named Product), and how to compare the generated hashes with the original and other text strings and object instances The Cryptography Manager exposes two methods for working with hash providers: The CreateHash method takes as parameters the name of a hash provider configured in the Cryptography block for the application, and the item for which it will create the hash value There are two overloads of this method One accepts a string and returns the hash as a string.

There are 26 counters for you to examine. However, not every counter will be impor tant in your troubleshooting. Table 12-1 shows some of the most useful counters for troubleshooting network performance.

The second overload accepts the data to encrypt as a byte array, and returns a byte array containing the hash value The CompareHash method takes as parameters the name of a hash provider configured in the Cryptography block for the application, the un-hashed item to compare the hash with, and the hash value to compare to the un-hashed item There are two overloads of this method One accepts the un-hashed item and the hash as strings The second overload accepts the un-hashed item and the hash as byte arrays Creating and Comparing Hash Values for Text Strings The example Create and Compare Hash Values for Text Strings uses the SHA512 hash algorithm provider to create a hash of three text strings It then compares these hashes with the original and other values to demonstrate how even a minor difference between the original strings creates different hash values.

Similarly, the following view is invalid: CREATE VIEW dbo.VSortedOrders AS SELECT orderid, customerid FROM dbo.Orders ORDER BY orderid GO

Add Subtract Multiply Divide Mod BitwiseAnd BitwiseOr Xor LeftShift RightShift Equals Compare Compare Compare Compare Compare

The code shown below creates three text strings that will be hashed Notice that the second and third vary only in the letter case of two words Then the code uses the CreateHash method of the Cryptography Manager to create the hashes of these three strings In each case, the code passes to the CreateHash method the name of the SHA512 hash algorithm provider defined in the configuration of the application, and the text string Next, the code performs three comparisons of the hash values using the CompareHash method of the Cryptography Manager It compares the hash of the first string with first string itself, to prove that they are equivalent Then it compares the hash of the first string with the second string, to provide that they are not equivalent Finally,.

In the following snippet, you will nd the contents of the ZipOutputFiles target taken from the WebApplication1_ftp01.csproj_deploy.wdproj le.

FigURE 11-7 Using the entity model editor to change the structure of an application model but maintain the mapping back to the database.

Float and Integer (and therefore Fixnum and Bignum) are subclasses of Numeric, and so inherit all Numeric s methods. Numeric objects aren t instantiated on their own. The following are the most commonly used methods available to objects whose classes inherit from Numeric: abs: Returns the absolute value of the object as another instance of that object. For example, the absolute value of -3 and 3 is 3. Therefore, -3.abs == 3. ceil: Rounds up a value to the nearest integer. For example: 1.2.ceil == 2. integer : Returns true if the object is of class Integer, otherwise false. Note that floats might contain integer values, but they aren t necessarily of class Integer. floor: Rounds down a value to the nearest integer. For example: 1.2.floor == 1. round: Rounds a value to the nearest integer. Note: 0.5 rounds up to 1. step(end_number, step_amount): Invokes the supplied code block, passing in numbers (to i) starting from the value of the object and going in steps of step_amount to end_number. zero : Returns true if the object represents zero; otherwise, false.

Section 21.3, Formal Inspections and Section 9 21.4, Other Kinds of 0 Collaborative Development 1 Practices.