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my(%imagecount, %imagethumbnails, %allimagethumbnails); my($INDEX); # We need to have the final directory name for the output path my($dir) = $ARGV[0]; $dir =~ s/^.*\/([^\/])/$1/; print "Processing $dir...\n"; # Read in the META file $meta = PhotoMagick::readmeta($ARGV[0]); # Load in the image template file $template = readfile("$imageindextemplate"); # Make STDOUT unbuffered { my $ofh = select STDOUT; $| = 1; select $ofh; } Whilst not related to ImageMagick, it s interesting to note that this is the Perl way of turning off buffering of standard output. This happens so that progress information is displayed to the user without Perl waiting for an end of line to display the text. # Process the images foreach $filename(sort(keys(%$meta))){ $target = $meta->{$filename}->target; # Work out where this images is going, and ensure that directory exists $targetpath = "$outdirectory/$target/$subdirectory/$dir"; $targetindexpath = "$indexdirectory/$target/$subdirectory/$dir"; $targeturl = "$baseurl$target/$subdirectory/$dir"; # If this is a new target for this directory name, then we need to create # the start of the index file in that directory if($target ne "none"){ File::Copy::Recursive::pathmk($targetpath); File::Copy::Recursive::pathmk($targetindexpath); print "\t$filename: [target is $target] "; # Turn spaces in the keywords into underscores $keywords = $meta->{$filename}->keywords; $keywords =~ s/ /_/g; chomp($keywords);

The sys.sql_modules and sys.objects system views are used to return the UDF name, type description, and SQL definition in a query result set: FROM sys.sql_modules s INNER JOIN sys.objects o ON s.object_id = o.object_id Because sys.sql_modules contains rows for other object types, sys.objects must also be qualified to only return UDF rows: WHERE TYPE IN ('IF', -- Inline Table UDF 'TF', -- Multistatement Table UDF 'FN') -- Scalar UDF

glibc-libidn-2.3.6

In this recipe, I demonstrate how to drop a user-defined function. The syntax, like other DROP commands, is very straight-forward: DROP FUNCTION { [ schema_name. ] function_name } [ ,...n ] Table 11-4 details the arguments of this command. Table 11-4. DROP FUNCTION Arguments

glibc-2.3.6 Once you have integrated the libidn add-on into the Glibc source code directory, you are ready to configure and then build Glibc.

[ schema_name. ] function_name [ ,...n ]

As discussed in the introduction to 7, long ago on Un*x systems far, far away, building applications that were distributed as source code usually meant manually customizing the applications Makefiles. Things are much better now. Thanks to the magic of GNU build tools such as Autoconf and Automake, configuring, compiling, and testing Glibc on a variety of systems is both automatic and easy. You do not have to have these tools installed on your system in order to take advantage of their power the configure script that is used to automatically configure Glibc for your hardware, operating system, and installation preferences was produced using these utilities and is included with each Glibc source code distribution. The best way to build Glibc is to create a separate directory (referred to in the Glibc documentation as objdir) to hold the final and intermediate results of compiling Glibc. This makes it easy for you to compile and install Glibc without ever changing any of the files in the actual source code directory (just using them, of course). This chapter describes configuring Glibc through this mechanism, using the directory glibc-build as the directory where Glibc will actually be compiled.

The optional schema name and required function name of the user-defined function. Although not an actual argument, this syntax element indicates that one or more user-defined functions can be single statement.

# Open the image $image = new Image::Magick(); $rc = $image->Read("$ARGV[0]/$filename"); die "$rc" if $rc; This is another example of ImageMagick reading in a file from disk. It s followed by similar rotation and resizing code to that which you have seen already. # If the image needs to be rotated, then now is the time to do it if($meta->{$filename}->rotate eq "right"){ print "[rotating right] "; $rc = $image->Rotate('90'); die "$rc" if $rc; } elsif($meta->{$filename}->rotate eq "left"){ print "[rotating left] "; $rc = $image->Rotate('-90'); die "$rc" if $rc; } # Resize the image: large sized is currently 1280x960 if($meta->{$filename}->rotate eq "no"){ $rc = $image->Sample(geometry=>'1280x960'); } else{ $rc = $image->Sample(geometry=>'960x1280'); } die "$rc" if $rc; # Place a logo on the bottom of the large image $rc = $image->Annotate(font=>$logofont, pointsize=>$logosize, fill=>$logocolor, text=>$logotext, gravity=>$logogravity); die "$rc" if $rc; This code annotates the image with the annotation preferences specified in the configuration. # Write out the large size $rc = $image->Write("$targetpath$keywords-$filename"); die "$rc" if $rc; print "large "; # Medium-sized if($meta->{$filename}->rotate eq "no"){ $rc = $image->Sample(geometry=>'x480'); }