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Key Lookup [PartitioningDemo].[dbo].[SalesTran... Cost: 2 % Table 'SalesTransactions_Partitioned'. Scan count 28, logical reads 111, physical reads 0, read-ahead reads 0 Rows Executes StmtText -------------------- ----------------------------------------------------------------------------------1 1 SELECT * FROM [dbo].[SalesTransactions_Partitioned] WHERE [Customer 1 1 |--Nested Loops(Inner Join, OUTER REFERENCES:([PtnIds1006], [Uniq 0 0 |--Compute Scaler(DEFINE:([PtnIds1006]=RangePartitionNew([Pa 1 1 | |--Nested Loops(Inner Join, OUTER REFERENCES:([PtnIds10 38 1 | |--Constant Scan(VALUES:((1)),((2)),((3)),((4)),( 1 38 | |--Index Seek(OBJECT:([PartitioningDemo].[dbo].[Sa 1 1 |--Clustered Index Seek(OBJECT:([PartitioningDemo].[dbo].[Sa

The only essential part of the choose from list command is the list of items To create the list, you type an opening brace, each item within double quotation marks and separated by commas, and then the closing brace For example, the following choose from list command displays a list containing the cities Madrid, Paris, and San Francisco:

The difference in query plans between SQL Server 2005 and SQL Server 2008 with regard to partitioned index seeks is noteworthy. At first glance, the SQL Server 2008 plan listed in figure 10 looks nearly identical to the nonpartitioned plan in figure 8,

.

SET STATISTICS IO ON; SET STATISTICS PROFILE ON; SELECT * FROM dbo.SalesTransactions_Partitioned WHERE CustomerID = 1;

choose from list {"Madrid", "Paris", "San Francisco"}

SELECT Cost: 0 %

R-S flip-flop inputs are labeled R (reset) and S (set) The outputs are Q and Q (Often, rather than Q, you will see Q , or perhaps Q with a line over it) The outputs are always in logically opposite states The symbol for an R-S flip-flop, also known as an asynchronous flipflop, is shown in Fig 26-3A The truth table (a specialized form of table denoting logic functions) for an R-S flip-flop is at Table 26-3A Synchronous flip-flop states change when triggered by the signal from a clock In static triggering, the outputs change state only when the clock signal is either high or low This type of circuit is sometimes called a gated flip-flop In positive-edge triggering, the outputs change state at the instant the clock pulse is positive-going The term edge triggering derives from the fact that the abrupt rise or fall of a pulse looks like the edge of a cliff (Fig 26-3B) In negative-edge triggering, the outputs change state at the instant the clock pulse is negativegoing Master/slave (M/S) flip-flop inputs are stored before the outputs are allowed to change state This device essentially consists of two R-S flip-flops in series The first flip-flop is called the master, and the second is called the slave The master flip-flop functions when the clock output is high, and the slave acts during the next low portion of the clock output This time delay prevents confusion between the input and output J-K flip-flop operation is similar to that of an R-S flip-flop, except that the J-K has a predictable output when the inputs are both 1 Table 26-3B shows the input and output states for this type of flip-flop The output changes only when a triggering pulse is received The symbol for a J-K flip-flop is shown in Fig 26-3C R-S-T flip-flop operation is similar to that of an R-S flip-flop, except that a high pulse at the T input causes the circuit to change state The T flip-flop has only one input Each time a high pulse appears at the T input, the output state is reversed.

When you run this command, the basic form of the choose from list dialog box appears As you can see in Figure 8-16, the dialog box has no title bar, a bland Please make your selection prompt, and an OK button and a Cancel button You can change the prompt and the buttons, and add a title bar, as you ll see shortly

Nested Loops (Inner Join) Cost: 0 %

Index Seek (NonClustered) [SalesTransactions_Partitioned].[id... Cost: 77 %

Clocks In electronics, the term clock refers to a circuit that generates pulses at high speed and at precise intervals It sets the tempo for the operation of digital devices In a computer, the clock acts like a metronome for the microprocessor Clock speeds are measured and expressed in hertz (Hz), kilohertz (kHz), megahertz (MHz), or gigahertz (GHz)