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This example demonstrates using the LIKE operation with the % wildcard, searching for any product with a name starting with the letter B: SELECT ProductID, Name FROM Production.Product WHERE Name LIKE 'B%' This returns the following results:

The color primitive implemented by ImageMagick has a number of options that take a point and a method and then perform interesting operations with that point. For this example, I ll use the standard drawing shown in Figure 7-47.

File 'fibonacci.c' Lines executed:77.78% of 9 Branches executed:100.00% of 4 Taken at least once:75.00% of 4 Calls executed:66.67% of 6 fibonacci.c:creating 'fibonacci.c.gcov'

ProductID Name ----------- -------------------------------------------------3 BB Ball Bearing 2 Bearing Ball 877 Bike Wash - Dissolver 316 Blade (4 row(s) affected) What if you want to search for the literal value of the % percentage sign or an _ underscore in your character column For this, you can use the ESCAPE operator. This next query searches for any product name with a literal _ underscore value in it. The ESCAPE operator allows you to search for the wildcard symbol as an actual character: SELECT ProductID, Name FROM Production.Product WHERE Name LIKE '%/_%' ESCAPE '/'

Wildcards allow you to search for patterns in character-based columns. In the example from this recipe, the % percentage sign was used to represent a string of zero or more characters: WHERE Name LIKE 'B%' If searching for a literal value that would otherwise be interpreted by SQL Server as a wildcard, you can use the ESCAPE keyword. The example from this recipe searched for a literal underscore in the Name column: WHERE Name LIKE '%/_%' ESCAPE '/' A backslash embedded in single quotes was put after the ESCAPE command. This designates the backslash symbol as the escape character. If an escape character precedes the underscore within a search condition, it is treated as a literal value instead of a wildcard.

If you haven t compiled your code using -fprofile-arcs, gcov will simply abort. If you see the message Aborted, recompile your code with the -fprofile-arcs option.

The ORDER BY clause orders the results of a query based on designated columns or expressions. The basic syntax for ORDER BY is as follows: SELECT select_list [INTO new_table_name] FROM table_list [WHERE search_conditions] [GROUP BY group_by_list] [HAVING search_conditions] [ORDER BY order_list [ASC | DESC] ] ORDER BY must appear after the required FROM clause, as well as the optional WHERE, GROUP BY, and HAVING clauses.

Listing 6-4 shows the output file fibonacci.c.gcov produces by running gcov with the -b option. Note that the output file still identifies basic blocks and provides line execution counts, but now also identifies the line of source code associated with each possible branch and function call. The annotated source code also displays the number of times that branch is executed. Listing 6-4. Branch-Annotated Source Code Showing Branch Percentages -: 0:Source:fibonacci.c -: 0:Graph:fibonacci.gcno -: 0:Data:fibonacci.gcda -: 0:Runs:1 -: 0:Programs:1 -: 1:/* -: 2: * Simple program to print a certain number of values -: 3: * in the Fibonacci sequence. -: 4: */ -: 5: -: 6:#include <stdio.h> -: 7:#include <stdlib.h> -: 8: -: 9:int calc_fib(int n); -: 10: function main called 1 returned 100% blocks executed 82% 1: 11:int main(int argc, char *argv[]) { -: 12: int i,n; -: 13: 1: 14: if (argc == 2) branch 0 taken 100% (fallthrough) branch 1 taken 0% 1: 15: n = atoi(argv[1]); call 0 returned 100% -: 16: else { #####: 17: printf("Usage: fibonacci num-of-sequence-values-to-print\n"); call 0 never executed #####: 18: exit(-1); call 0 never executed -: 19: } 12: 20: for (i=0; i < n; i++) branch 0 taken 92% branch 1 taken 8% (fallthrough) 11: 21: printf("%d ", calc_fib(i)); call 0 returned 100%