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SELECT groupid, MAX(val & 1) + MAX(val & 2) + MAX(val & 4) + MAX(val & 8) -- ... + MAX(val & 1073741824) AS agg_or FROM dbo.Groups GROUP BY groupid;

There are two kinds of run-time information in the XML showplan: per SQL statement and per thread If a statement has a parameter, the plan contains the ParameterRuntimeValue attribute, which shows the value for each parameter when the statement is executed This might differ from the value used to compile the statement under the ParameterCompiledValue attribute, but this attribute is in the plan only if the optimizer knows the value of the parameter at the optimization time and is true only for parameters passed to stored procedures Next, we have the DegreeOfParallelism attribute, which shows the actual degree of parallelism (or DOP, which is the number of concurrent threads working on the single query) of the execution This, again, might be different from the compile-time value.

This query generates the following output:

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[co:Order].orderid AS 'co:orderid', [co:Order].orderdate AS 'co:orderdate' FROM Sales.Customers AS [co:Customer] JOIN Sales.Orders AS [co:Order] ON [co:Customer].custid = [co:Order].custid WHERE [co:Customer].custid <= 2 AND [co:Order].orderid %2 = 0 ORDER BY [co:Customer].custid, [co:Order].orderid FOR XML AUTO, ELEMENTS, ROOT('CustomersOrders');

groupid ---------a b c agg_or ----------7 15 14 binval -------00000111 00001111 00001110

The T-SQL table and column aliases in the query are used to produce element names, prefixed with a namespace . A colon is used in XML to separate the namespace from the element name . Note that a proper ORDER BY clause is very important . With T-SQL SELECT, you are actually formatting the returned XML . Without the ORDER BY clause, the order of rows returned is unpredictable, and you can get a weird XML document with an element repeated multiple times with just part of the nested elements every time . In the following query, I used ORDER BY NEWID() to produce an approximately randomly ordered result:

The compile-time value is not captured in the query plan, but it is always equal to half the number of processors available to SQL Server unless the number of processors is 2in which case, the compile-time DOP value will be 2 as well The optimizer is considering half of the CPUs because the DOP at the execution time will be adjusted based on the workload at the time the execution starts; it might end up being any number between 1 and the number of processors Regardless of the final choice for DOP, the same parallel plan is used If a parallel plan ends up being executed with DOP = 1, SQL Server will remove the Exchange operators from the query plan when creating the execution context The MemoryGrant attribute shows actual memory given to the query for execution in kilobytes.

Note that I added a third column (binval) to the output showing the 10 rightmost digits of the binary representation of the result value. I ll continue to do so with the rest of the queries that apply aggregate bitwise operations.

8

SELECT Customer.custid, Customer.companyname, [Order].orderid, [Order].orderdate FROM Sales.Customers AS Customer JOIN Sales.Orders AS [Order] ON Customer.custid = [Order].custid WHERE Customer.custid <= 2 AND [Order].orderid %2 = 0 ORDER BY NEWID() FOR XML AUTO;

Similarly, you can use SUM(DISTINCT val & <bitval>) instead of MAX(val & <bitval>) because the only possible results are <bitval> and 0:

SQL Server uses this memory to build the hash tables for hash joins or to perform a sort in the memory The element RunTimeCountersPerThread contains five attributes, each with one value per thread: ActualRebinds , ActualRewinds , ActualRows , ActualEndofScans , and ActualExecutions 3 describes how SSMS shows Actual Number Of Rows and Actual Rebinds And Actual Rewinds in the Operator information ToolTip box of a graphical showplan The ToolTip box shows cumulative (added across all executions of all threads) values for each of the ActualRows , ActualRebinds , and ActualRewinds values from the XML showplan The ActualExecutions value tells us how many times the operator has been initialized on each of the threads If the operator is a scan operator, the ActualEndofScans count shows how many times the scan reached the end of the set.

What I got is:

SELECT groupid, SUM(DISTINCT val + SUM(DISTINCT val + SUM(DISTINCT val + SUM(DISTINCT val -- ... + SUM(DISTINCT val FROM dbo.Groups GROUP BY groupid;

<Customer custid="2" companyname="Customer MLTDN"> <Order orderid="10308" orderdate="2006-09-18T00:00:00" </Customer> <Customer custid="1" companyname="Customer NRZBB"> <Order orderid="10952" orderdate="2008-03-16T00:00:00" </Customer> <Customer custid="2" companyname="Customer MLTDN"> <Order orderid="10926" orderdate="2008-03-04T00:00:00" </Customer> <Customer custid="1" companyname="Customer NRZBB"> <Order orderid="10692" orderdate="2007-10-03T00:00:00" <Order orderid="10702" orderdate="2007-10-13T00:00:00" </Customer> />

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