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RECOMPILE query hint that might be worth noting, and it is regarding estimated execution plans . When the procedure is created with the RECOMPILE procedure option, there is no cached plan . Consequently, a new plan is generated when the estimated plan is requested . If the RECOMPILE query option is used, however, a plan is cached, as mentioned, and the RECOMPILE query option forces a recompile at run time, but not at estimated-plan-generation time . In other words, estimated and actual query plans may not match when statement-level OPTION (RECOMPILE) is present . They will match if the procedure-level RECOMPILE option is used instead .

for ( int i = 0; i < numPayCodes; i++ ) { for ( int j = 0; j < 12; j++ ) { for ( int k = 0; k < numDivisions; k++ ) { sum = sum + transaction[ j ][ i ][ k ]; } } }

Note Default values are not saved to the persistence layer. Properties declared with a default value make their debut in the storage medium only when the application assigns them a value different from the default one.

CREATE TABLE #CustMax ( custid INT NOT NULL PRIMARY KEY, mx DATETIME NOT NULL ); INSERT INTO #CustMax(custid, mx) SELECT custid, MAX(orderdate) AS mx FROM Sales.Orders GROUP BY custid; SELECT O.orderid, O.orderdate, O.custid, O.empid FROM Sales.Orders AS O JOIN #CustMax AS M ON O.custid = M.custid AND O.orderdate = M.mx; DROP TABLE #CustMax;

27

window offers all sorts of formatting options so that you can view your data precisely the way you want to The Watch window also lets you call functions in your program from the debugger This feature allows you to create and use special debugging functions to automate your most tedious debugging tasks Additionally, the ability to easily add your own type expansion and HRESULT values will save you many hours of debugging Finally, the new EEAddIn model, where you can add your own custom display by having your DLLs called by the Watch window, opens up a whole new world of data display Although native debugging can take advantage of the excellent DCOM remote debugging, the Pipes solution unique to native debugging has some excellent features.

Both Java and .NET provide mechanisms to retrieve, remove, and replace the individual characters contained within a string. .NET provides a superset of the Java functionality and provides two particularly useful features:

The DataBoundControl class declares only a few data-related properties, which are listed in Table 7-1.

Remote Pipes debugging now allows you to start processes under the debugger on remote machines, which will come in extremely handy for those developers working on large client applications Additionally, with Pipes debugging, you can attach and debug multiple processes on the remote machine The second half of this chapter presented the Intel CPU assembly language that you need to know to survive in the Disassembly window It started by covering the basics of Intel CPUs, such as setting registers and interpreting status flags, and then moved on to the instructions required to manipulate stacks, data, pointers, and strings; compare and test operands; and jump, branch, and loop, among other actions After the assembly-language code were tips and tricks that will help you get the most out of debugging at the assemblylanguage level.

The trigger first evaluates the number of rows that were affected by the firing statement (INSERT, UPDATE, or MERGE) . If zero rows were modified, the trigger simply terminates . It has nothing to do in such a case . The trigger then checks whether one of the four relevant columns (arg1, arg2, arg3, computation) was modified, using the COLUMNS_UPDATED() function . I described this function in more detail in 4, Triggers . This function returns a bitmap with a representative bit for each column . For an UPDATE statement, the bit is turned on if the corresponding column was specified in the SET clause, and it s turned off if the corresponding column wasn t specified in the SET clause . For an INSERT statement, all column bits are turned on . If none of the relevant columns were modified, the trigger simply terminates . It has no reason to reevaluate the computation if neither the inputs nor the computation changed . If the statement that fired the trigger was an UPDATE statement (or a MERGE statement containing an UPDATE action), and the column result was modified, the trigger generates an error message and rolls back the update . The trigger defines local variables to host the input arguments, the computation, and the result value . Each row must be handled separately, so a cursor is needed if there is more than one row .