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The first assumption is that newly created objects have a short lifetime So generation 0 is likely to have a lot of garbage in it, and collecting generation 0 will therefore reclaim a lot of memory The garbage collector will just ignore the objects in generation 1, which will speed up the garbage collection process Obviously, ignoring the objects in generation 1 improves the performance of the garbage collector However, the garbage collector improves performance more because it doesn t traverse every object in the managed heap If a root or an object refers to an object in an old generation, the garbage collector can ignore any of the older objects inner references, decreasing the amount of time required to build the graph of reachable objects Of course, it s possible that an old object refers to a new object.

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</body> </html> </xsl:template> <xsl:template name="CreateHeading"> <table border="1" cellpadding="5"> <tr > <th bgcolor="yellow"> <font size="4" > <b>Id</b> </font> </th> <th bgcolor="yellow"> <font size="4" > <b>Department</b> </font> </th> <th bgcolor="yellow"> <font size="4" > <b>Name</b> </font> </th> <th bgcolor="yellow"> <font size="4" > <b>Price</b> </font> </th> </tr> <xsl:call-template name="CreateTable"/> </table> </xsl:template> <xsl:template name="CreateTable"> <xsl:for-each select="/ProductList/Product"> <tr> <td align="center"> <xsl:value-of select="@Id"/> </td> <td align="center"> <xsl:value-of select="@Department"/> </td> <td> <xsl:value-of select="@Name"/> </td> <td align="right"> <xsl:value-of select="format-number(@Price,'$#,##0.00')"/> </td> </tr> </xsl:for-each> </xsl:template> </xsl:stylesheet>

To ensure that these old objects are examined, the garbage collector uses a mechanism internal to the JIT compiler that sets a bit when an object s reference field changes This support lets the garbage collector know which old objects (if any) have been written to since the last collection Only old objects that have had fields changed need to be examined to see whether they refer to any new objects in generation 0 Note 382.

exManager.Process(() => { // Code lines here to execute application feature // that may raise an exception that the Exception // Handling block will handle using the policy named // in the final parameter of the Process method. // If required, the lambda expression defined here // can return a value that the Process method will // return to the calling code. }, "Exception Policy Name");

Part I:

If CUBE or ROLLUP is specified, supergroups are created and added to the groups in the virtual table returned by the previous step. Virtual table VT6 is generated.

SELECT custid, phone, dbo.RemoveChars(phone, N'%[^0-9a-zA-Z]%') AS cleanphone FROM InsideTSQL2008.Sales.Customers;

Once you ve determined that x is less than 5, you don t need to perform the second half of the test.

Here s what s happening. Main begins executing and calls HundredDivX, passing it 0. Inside HundredDivX, 100 is divided by 0, which causes the CLR to throw an OverflowException. (An OverflowException is thrown instead of a DivideByZeroException because Visual Basic treats the 100 as an 8 byte real number instead of an integer.) When the exception is thrown, the CLR calls the first catch filter funclet (generated by the compiler) corresponding to the first Catch block. This complex catch filter funclet checks whether the OverflowException object is derived from Exception. Because it is, the filter then asks if x is 0, by way of the Visual Basic When statement. Because this is also true, the catch filter funclet returns a value telling the CLR that it wants to handle the exception. The CLR now unwinds the stack by executing any Finally blocks farther down the call stack. In this example, there aren t any. Once all the Finally blocks have executed, execution passes to the code inside the handling Catch block. The return string is set to "Problem: x was 0"; the thread falls out of the Catch block and then out of the Try block; lastly, the thread returns from the method. Now back inside Main, HundredDivX is called again, but this time 2 is passed. Inside HundredDivX, 100 is divided by 2, which sets x to 50 without causing an exception to be thrown. But then, a, a reference to a System.Object, is declared and initialized to Nothing. Attempting to call ToString causes the CLR to throw a NullReferenceException exception. The first catch filter funclet examines the type and sees a match. But because x is now 50 (not 0), the catch filter funclet tells the CLR to continue searching.

5. 6. 7.

A bug tracking system can lose much of its value when used incorrectly or inappropriately. Although the benefits of having a system far outweigh the pitfalls, it is important to keep those hazards in mind when preparing guidelines for the team or educating them on the proper use of the system. Many