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If the version of the make program that you are using does not support modifying the flags that you are passing to each phase of the compilation process, it may still enable you to set Makefile variables for the tools themselves If so, you can often include specific sets of options in those application definitions For example, GNU make supports Makefile environment variables that identify the assembler (AS) and the C preprocessor (CXX) You may be able to set these variables to the name of the binary for your third-party software plus whatever commandline options are necessary to cause your third-party software to play nice with GCC If you are still experiencing problems, talk to the vendor They may not be happy to know that you want to use their expensive software in conjunction with a free tool, but you have paid for support.

System.Data System.Data.Sql System.Data.SqlTypes Microsoft.SqlServer.Server System.Text.RegularExpressions

Depending on where the problem seems to appear, you can use some combination of the GCC compilers many debugging options (-X, -c, -save-temps, and -E come to mind) to preserve temporary files or halt the compilation process at the point at which the problem materializes For example, if your third-party assembler cannot correctly assemble code generated by gcc, you can halt gcc s compilation process just before entering the assembler, or simply preserve the temporary input files used by the GNU assembler and provide that to your vendor so they can attempt to identify the problem Make sure that the third-party tool that you are using conforms to the same C or C++ standards as the GCC defaults See Appendix A for a discussion of using the -std=STD command-line option to specify a different standard for GCC to conform to during compilation.

Public Class SQLArrayBuilder Public Shared Function ChooseValueFromArray(ArrayString as String, ArrayDelimiter as String, ArrayItemSelection as SqlInt16) as SqlString Dim NewArrayString as String() = Regex.Split(ArrayString, ArrayDelimiter) Dim NewArrayItemSelection as SqlInt16=ArrayItemSelection-1 Dim ReturnString as SQLString = NewArrayString(NewArrayItemSelection)

The first command, help, is a simple online help system. It documents the commands described previously. when "help" print "\n" print "You can enter a command here, commit a command, or end.\n" print "The commit a command, type the word commit on a line by itself.\n" print "To end, type done on a line by itself\n\n" print "Valid commands are:\n\n" print "\tannotate <fontname> <pointsize> <gravity> <text> <color>\n" print "\tnormalize\n" print "\tresize <geometry>\n" print "\tspread <radius>\n" print "\n\n" When the user is finished playing with commands and wants to implement the changes for a set of images, they execute the done command. This results in them being prompted for a path to the images to change and a regular expression describing those images. Those images then have the commands previously committed executed against them, and the changed image is saved over the original image. when "done" print "Now you need to tell me where to implement the changes.\n" print "path >> " path = gets.chomp print "Now I need a regular expression which defines the images to change\n" print "regexp >> " re = gets.chomp print "Processing...\n" Dir.foreach(path) do |file| regexp = Regexp.new(re) match = regexp.match(file) if match then print "Processing ", file, "\n" img = ImageList.new(path + "/" + file) cmds.each do |cmd| img = execute(cmd, img, false) end img.write(path + "/" + file) end end print "Bye\n" exit For each command executed, the user needs to commit that command if they re happy with it, as follows. If the command isn t committed, then it s ignored and not added to the list of commands to batch execute.

Return ReturnString End Function End Class After compiling this assembly, it can then be imported into the database. Because nothing in the assembly accesses external resources, I can use a SAFE permission level: CREATE ASSEMBLY SQLArrayBuilder FROM 'C:\Apress\Recipes\CLR\SQLArrayBuilder.DLL' WITH PERMISSION_SET = SAFE GO Next, the new assembly is associated to a scalar user-defined function. Notice that the syntax is the same as if it were a Transact-SQL command, except that after AS, the EXTERNAL NAME keywords are used to designate the assembly, class, and function: CREATE FUNCTION dbo.CountSalesOrderHeader (@ArrayString nvarchar(4000), @ArrayDelimiter nchar(1), @ArrayItemSelection smallint) RETURNS nvarchar(4000) AS EXTERNAL NAME SQLArrayBuilder.SQLArrayBuilder.ChooseValueFromArray GO Now to test the function, the first parameter will include three comma-separated values. The second parameter designates a comma as the delimiter, and the third value indicates the value you would like to choose from the array: SELECT dbo.CountSalesOrderHeader ('Brian,Steve,Boris', ',', 3) Choice This returns: Choice Boris This time the second value is selected from the array: SELECT dbo.CountSalesOrderHeader ('Brian,Steve,Boris', ',', 2) Choice