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This example demonstrates the BETWEEN operator, used to designate sales orders that occurred between the dates 7/28/2002 and 7/29/2002: SalesOrderID, ShipDate FROM Sales.SalesOrderHeader WHERE ShipDate BETWEEN '7/28/2002' AND '7/29/2002' The query returns the following (abridged) results: SalesOrderID -----------46845 46846 46847 more rows 46858 46860 46861 ShipDate ----------------------2002-07-28 00:00:00.000 2002-07-28 00:00:00.000 2002-07-28 00:00:00.000 2002-07-29 00:00:00.000 2002-07-29 00:00:00.000 2002-07-29 00:00:00.000 SELECT

Reorders instructions to minimize execution stalls. Performs a second schedule-insns pass. Replaces expensive operations with cheaper instructions. Instructs the compiler to assume the strictest possible aliasing rules. Attempts to reorder jumps so they are arranged in execution order. Performs partial redundancy elimination (PRE) on SSA Trees. Parses the entire file being compiled before beginning code generation, enabling extra optimizations such as reordering code and declarations, and removing unreferenced static variables and functions. Assigns each web (the live range for a variable) to its own pseudo-register, which can improve subsequent optimizations such as CSE, dead code elimination, and loop optimization.

Again, you can see that the fill color draws the line, not the stroke color. Note that setting the stroke width doesn t affect the image; however, the linewidth setting will change the width of the line: convert -size 100x100 -stroke black -fill red -linewidth 5 -draw "line 10,10 90,90" xc:white output.png

(17 row(s) affected)

The four -falign- optimizations force functions, jumps, labels, and loops, respectively, to be aligned on boundaries of powers of 2. The rationale is to align data and structures on the machine s natural memory size boundaries, which should make accessing them faster. The assumption is that code so aligned will be executed often enough to make up for the delays caused by the no-op instructions necessary to obtain the desired alignment. -fcse-follow-jumps and -fcse-skip-blocks, as their names suggest, are optimizations performed during the CSE optimization pass described in the first section of this chapter. With -fcse-follow-jumps, the optimizer follows jump instructions whose targets are otherwise unreached. For example, consider the following conditional: if (i < 10) { foo(); } else { bar(); } Ordinarily, if the condition (i < 10) is false, CSE will follow the code path and jump to foo() to perform the CSE pass. If you specify -fcse-follow-jumps, though, the optimizer will not jump to foo() but to the jump in the else clause (bar()). -fcse-skip-blocks causes CSE to skip blocks conditionally. Suppose you have an if clause with no else statement, such as the following: if (i >= 0) { j = foo(i); } bar(j); If you specify -fcse-skip-blocks, and if, in fact, i is negative, CSE will jump to bar(), bypassing the interior of the if statement. Ordinarily, the optimizer would process the body of the if statement, even if i tests false.

The exercise demonstrated the BETWEEN operator, which tested whether or not a column s ShipDate value fell between two dates: WHERE ShipDate BETWEEN '7/28/2002' AND '7/29/2002'

This next example demonstrates the < Less Than operator which is used in this query to only show products with a standard cost below $110.00: SELECT ProductID, Name,

Tip If you use computed gotos, GCC extensions discussed in 2, you might want to disable global CSE optimization using the -fno-gcse flag. Disabling global CSE in code using computed gotos often results in better performance in the resulting binary.

StandardCost FROM Production.Product WHERE StandardCost < 110.0000 This query returns the following (abridged) results: ProductID ----------1 2 3 4 more rows 952 994 995 996 more rows (317 row(s) Name -------------------------------------------------Adjustable Race Bearing Ball BB Ball Bearing Headset Ball Bearings Chain LL Bottom Bracket ML Bottom Bracket HL Bottom Bracket affected) StandardCost --------------------0.00 0.00 0.00 0.00 8.9866 23.9716 44.9506 53.9416