Marcel de Rooy
1219b3153e
Resolves warning on uninitialized author in split on line 128. Just adds the same behavior for title on line 129 for completeness. Fixes typo on occurrences and two other minor typos. Signed-off-by: Marcel de Rooy <m.de.rooy@rijksmuseum.nl> Signed-off-by: Kyle M Hall <kyle@bywatersolutions.com> Signed-off-by: Galen Charlton <gmc@esilibrary.com>
397 lines
13 KiB
Perl
397 lines
13 KiB
Perl
#!/usr/bin/perl
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# This script implements a basic benchmarking and regression testing
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# utility for Koha
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use strict;
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use warnings;
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BEGIN {
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# find Koha's Perl modules
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# test carefully before changing this
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use FindBin;
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eval { require "$FindBin::Bin/kohalib.pl" };
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}
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use Getopt::Long;
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use HTTPD::Bench::ApacheBench;
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use LWP::UserAgent;
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use Data::Dumper;
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use HTTP::Cookies;
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use C4::Context;
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use C4::Debug;
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use C4::Members qw ( GetMember );
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use URI::Escape;
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my ($help, $steps, $baseurl, $max_tries, $user, $password,$short_print);
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GetOptions(
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'help' => \$help,
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'steps:s' => \$steps,
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'url:s' => \$baseurl,
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'user:s' => \$user,
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'password:s' => \$password,
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'maxtries:s' => \$max_tries,
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'short' => \$short_print,
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);
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my $concurrency = 30;
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$max_tries=20 unless $max_tries;
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# if steps not provided, run all tests
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$steps='0123456789' unless $steps;
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# if short is set, we will only give number for direct inclusion on the wiki
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my $short_ms="|-\n|ON\n";
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my $short_psec="|-\n|ON\n";
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if ($help || !$baseurl || !$user || !$password) {
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print <<EOF
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This script runs a benchmark of the staff interface. It benchmarks 6 different pages:
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\t1- the staff main page
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\t2- the catalog detail page, with a random biblionumber
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\t3- the catalog search page, using a term retrieved from one of the 10 first titles/authors in the database
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\t4- the patron detail page, with a random borrowernumber
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\t5- the patron search page, searching for "Jean"
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\t6- the circulation itself, doing check-out and check-in of random items to random patrons
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\t0 all those tests at once
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parameters :
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\thelp = this screen
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\tsteps = which steps you want to run.
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\t\tDon't use it if you want to run all tests. enter 125 if you want to run tests 1, 2 and 5
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\t\tThe "all those tests at once" is numbered 0,and will run all tests previously run.
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\t\tIf you run only one step, it's useless to run the 0, you'll get the same result.
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\turl = the URL or your staff interface
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\tlogin = Koha login
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\tpassword = Koha password
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\tmaxtries = how many tries you want to do. Defaulted to 20
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SAMPLE : ./benchmark_staff.pl --url=http://yourstaff.org/cgi-bin/koha/ --user=test --password=test --steps=12
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EOF
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;
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exit;
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}
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# Authenticate via our handy dandy RESTful services
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# and grab a cookie
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my $ua = LWP::UserAgent->new();
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my $cookie_jar = HTTP::Cookies->new();
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my $cookie;
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$ua->cookie_jar($cookie_jar);
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my $resp = $ua->post( "$baseurl"."/svc/authentication" , {userid =>$user, password => $password} );
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if( $resp->is_success and $resp->content =~ m|<status>ok</status>| ) {
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$cookie_jar->extract_cookies( $resp );
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$cookie = $cookie_jar->as_string;
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unless ($short_print) {
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print "Authentication successful\n";
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print "Auth:\n $resp->content" if $debug;
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}
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} elsif ( $resp->is_success ) {
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die "Authentication failure: bad login/password";
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} else {
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die "Authentication failure: \n\t" . $resp->status_line;
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}
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die "You cannot use the database administrator account to launch this script"
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unless defined C4::Members::GetMember(userid => $user);
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# remove some unnecessary garbage from the cookie
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$cookie =~ s/ path_spec; discard; version=0//;
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$cookie =~ s/Set-Cookie3: //;
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# Get some data to work with
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my $dbh=C4::Context->dbh();
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# grab some borrowernumbers
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my $sth = $dbh->prepare("select max(borrowernumber) from borrowers");
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$sth->execute;
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my ($borrowernumber_max) = $sth->fetchrow;
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my @borrowers;
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for (my $i=1;$i<=$max_tries;$i++) {
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my $rand_borrowernumber = int(rand($borrowernumber_max)+1);
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push @borrowers,"$baseurl/members/moremember.pl?borrowernumber=$rand_borrowernumber";
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}
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# grab some biblionumbers
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$sth = $dbh->prepare("select max(biblionumber) from biblio");
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$sth->execute;
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my ($biblionumber_max) = $sth->fetchrow;
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my @biblios;
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for (my $i=1;$i<=$max_tries;$i++) {
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my $rand_biblionumber = int(rand($biblionumber_max)+1);
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push @biblios,"$baseurl/catalogue/detail.pl?biblionumber=$rand_biblionumber";
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}
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# grab some title and author, for random search
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$sth = $dbh->prepare ("SELECT title, author FROM biblio LIMIT 10");
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$sth->execute;
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my ($title,$author);
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my @searchwords;
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while (($title,$author)=$sth->fetchrow) {
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push @searchwords,split / /, $author//'';
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push @searchwords,split / /, $title//'';
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}
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$sth = $dbh->prepare("select max(itemnumber) from items");
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$sth->execute;
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# find the biggest itemnumber
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my ($itemnumber_max) = $sth->fetchrow;
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$|=1;
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unless ($short_print) {
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print "--------------\n";
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print "Koha STAFF benchmarking utility\n";
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print "--------------\n";
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print "Benchmarking with $max_tries occurrences of each operation and $concurrency concurrent sessions \n";
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}
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#
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# the global benchmark we do at the end...
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#
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my $b = HTTPD::Bench::ApacheBench->new;
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$b->concurrency( $concurrency );
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my $ro;
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#
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# STEP 1: mainpage : (very) low RDBMS dependency
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#
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if ($steps=~ /1/) {
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my $b0 = HTTPD::Bench::ApacheBench->new;
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$b0->concurrency( $concurrency ); my @mainpage;
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unless ($short_print) {
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print "Step 1: staff client main page ";
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}
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for (my $i=1;$i<=$max_tries;$i++) {
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push @mainpage,"$baseurl/mainpage.pl";
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}
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my $run0 = HTTPD::Bench::ApacheBench::Run->new
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({ urls => \@mainpage,
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cookies => [$cookie],
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});
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$b0->add_run($run0);
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$b->add_run($run0);
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# send HTTP request sequences to server and time responses
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$ro = $b0->execute;
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# calculate hits/sec
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if ($short_print) {
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$short_ms.= "|".$b0->total_time."\n";
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$short_psec.="|".(int((1000*$b0->total_requests/$b0->total_time)*1000)/1000)."\n";
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} else {
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print ("\t".$b0->total_time."ms\t".(int((1000*$b0->total_requests/$b0->total_time)*1000)/1000)." pages/sec\n");
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print "ALERT : ".$b0->total_responses_failed." failures\n" if $b0->total_responses_failed;
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}
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} else {
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print "Skipping step 1\n";
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}
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#
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# STEP 2: biblios
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#
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if ($steps=~ /2/) {
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my $b1 = HTTPD::Bench::ApacheBench->new;
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$b1->concurrency( $concurrency );
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unless ($short_print) {
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print "Step 2: catalog detail page ";
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}
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my $run1 = HTTPD::Bench::ApacheBench::Run->new
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({ urls => \@biblios,
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cookies => [$cookie],
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});
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$b1->add_run($run1);
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$b->add_run($run1);
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# send HTTP request sequences to server and time responses
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$ro = $b1->execute;
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# calculate hits/sec
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if ($short_print) {
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$short_ms.= "|".$b1->total_time."\n";
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$short_psec.="|".(int((1000*$b1->total_requests/$b1->total_time)*1000)/1000)."\n";
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} else {
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print ("\t".$b1->total_time."ms\t".(int((1000*$b1->total_requests/$b1->total_time)*1000)/1000)." biblios/sec\n");
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print "ALERT : ".$b1->total_responses_failed." failures\n" if $b1->total_responses_failed;
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}
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} else {
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print "Skipping step 2\n";
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}
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#
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# STEP 3: search
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#
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if ($steps=~ /3/) {
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my $b1 = HTTPD::Bench::ApacheBench->new;
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$b1->concurrency( $concurrency );
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unless ($short_print) {
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print "Step 3: catalogue search ";
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}
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my @searches;
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for (my $i=1;$i<=$max_tries;$i++) {
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push @searches,"$baseurl/catalogue/search.pl?q=".@searchwords[int(rand(scalar @searchwords))];
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}
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my $run1 = HTTPD::Bench::ApacheBench::Run->new
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({ urls => \@searches,
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cookies => [$cookie],
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});
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$b1->add_run($run1);
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$b->add_run($run1);
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# send HTTP request sequences to server and time responses
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$ro = $b1->execute;
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# calculate hits/sec
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if ($short_print) {
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$short_ms.= "|".$b1->total_time."\n";
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$short_psec.="|".(int((1000*$b1->total_requests/$b1->total_time)*1000)/1000)."\n";
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} else {
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print ("\t".$b1->total_time."ms\t".(int((1000*$b1->total_requests/$b1->total_time)*1000)/1000)." biblios/sec\n");
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print "ALERT : ".$b1->total_responses_failed." failures\n" if $b1->total_responses_failed;
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}
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} else {
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print "Skipping step 3\n";
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}
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#
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# STEP 4: borrowers
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#
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if ($steps=~ /4/) {
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my $b2 = HTTPD::Bench::ApacheBench->new;
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$b2->concurrency( $concurrency );
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unless ($short_print) {
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print "Step 4: patron detail page ";
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}
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my $run2 = HTTPD::Bench::ApacheBench::Run->new
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({ urls => \@borrowers,
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cookies => [$cookie],
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});
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$b2->add_run($run2);
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$b->add_run($run2);
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# send HTTP request sequences to server and time responses
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$ro = $b2->execute;
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# calculate hits/sec
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if ($short_print) {
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$short_ms.= "|".$b2->total_time."\n";
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$short_psec.="|".(int((1000*$b2->total_requests/$b2->total_time)*1000)/1000)."\n";
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} else {
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print ("\t".$b2->total_time."ms\t".(int((1000*$b2->total_requests/$b2->total_time)*1000)/1000)." borrowers/sec\n");
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}
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} else {
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print "Skipping step 4\n";
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}
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#
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# STEP 5: borrowers search
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#
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if ($steps=~ /5/) {
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my $b2 = HTTPD::Bench::ApacheBench->new;
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$b2->concurrency( $concurrency );
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unless ($short_print) {
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print "Step 5: patron search page ";
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}
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for (my $i=1;$i<=$max_tries;$i++) {
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# print "$baseurl/members/moremember.pl?borrowernumber=$rand_borrowernumber\n";
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push @borrowers,"$baseurl/members/member.pl?member=jean";
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}
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my $run2 = HTTPD::Bench::ApacheBench::Run->new
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({ urls => \@borrowers,
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cookies => [$cookie],
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});
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$b2->add_run($run2);
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$b->add_run($run2);
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# send HTTP request sequences to server and time responses
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$ro = $b2->execute;
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if ($short_print) {
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$short_ms.= "|".$b2->total_time."\n";
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$short_psec.="|".(int((1000*$b2->total_requests/$b2->total_time)*1000)/1000)."\n";
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} else {
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print ("\t".$b2->total_time."ms\t".(int((1000*$b2->total_requests/$b2->total_time)*1000)/1000)." borrowers/sec\n");
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}
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} else {
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print "Skipping step 5\n";
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}
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#
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# STEP 6: issue (& then return) books
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#
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if ($steps=~ /6/) {
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my $b3 = HTTPD::Bench::ApacheBench->new;
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$b3->concurrency( $concurrency );
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my $b4 = HTTPD::Bench::ApacheBench->new;
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$b4->concurrency( $concurrency );
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my @issues;
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my @returns;
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unless ($short_print) {
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print "Step 6a circulation (checkouts) ";
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}
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$sth = $dbh->prepare("SELECT barcode FROM items WHERE itemnumber=?");
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my $sth2 = $dbh->prepare("SELECT borrowernumber FROM borrowers WHERE borrowernumber=?");
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for (my $i=1;$i<=$max_tries;$i++) {
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my $rand_borrowernumber;
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# check that the borrowernumber exist
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until ($rand_borrowernumber) {
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$rand_borrowernumber = int(rand($borrowernumber_max)+1);
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$sth2->execute($rand_borrowernumber);
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($rand_borrowernumber) = $sth2->fetchrow;
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}
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# find a barcode & check it exists
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my $rand_barcode;
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until ($rand_barcode) {
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my $rand_itemnumber = int(rand($itemnumber_max)+1);
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$sth->execute($rand_itemnumber);
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($rand_barcode) = uri_escape_utf8($sth->fetchrow());
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}
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push @issues,"$baseurl/circ/circulation.pl?borrowernumber=$rand_borrowernumber&barcode=$rand_barcode&issueconfirmed=1";
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push @returns,"$baseurl/circ/returns.pl?barcode=$rand_barcode";
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}
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my $run3 = HTTPD::Bench::ApacheBench::Run->new
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({ urls => \@issues,
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cookies => [$cookie],
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});
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$b3->add_run($run3);
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$b->add_run($run3);
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# send HTTP request sequences to server and time responses
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$ro = $b3->execute;
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# calculate hits/sec
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if ($short_print) {
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$short_ms.= "|".$b3->total_time."\n";
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$short_psec.="|".(int((1000*$b3->total_requests/$b3->total_time)*1000)/1000)."\n";
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} else {
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print ("\t".$b3->total_time."ms\t".(int((1000*$b3->total_requests/$b3->total_time)*1000)/1000)." checkouts/sec\n");
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}
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unless ($short_print) {
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print "Step 6b circulation (checkins) ";
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}
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my $run4 = HTTPD::Bench::ApacheBench::Run->new
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({ urls => \@returns,
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cookies => [$cookie],
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});
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$b4->add_run($run4);
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$b->add_run($run4);
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# send HTTP request sequences to server and time responses
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$ro = $b4->execute;
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# calculate hits/sec
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if ($short_print) {
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$short_ms.= "|".$b4->total_time."\n";
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$short_psec.="|".(int((1000*$b4->total_requests/$b4->total_time)*1000)/1000)."\n";
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} else {
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print ("\t".$b4->total_time."ms\t".(int((1000*$b4->total_requests/$b4->total_time)*1000)/1000)." checkins/sec\n");
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}
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} else {
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print "Skipping step 6\n";
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}
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if ($steps=~ /0/) {
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unless ($short_print) {
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print "all transactions at once ";
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}
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$ro = $b->execute;
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if ($short_print) {
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$short_ms.= "|".$b->total_time."\n";
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$short_psec.="|".(int((1000*$b->total_requests/$b->total_time)*1000)/1000)."\n";
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} else {
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print ("\t".$b->total_time."ms\t".(int((1000*$b->total_requests/$b->total_time)*1000)/1000)." operations/sec\n");
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}
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} else {
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print "Skipping 'testing all transactions at once'\n (step 0)";
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}
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if ($short_print) {
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print $short_ms."\n=====\n".$short_psec."\n";
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}
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