mirror of
https://github.com/ceph/ceph
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404 lines
11 KiB
Perl
Executable File
404 lines
11 KiB
Perl
Executable File
#! /usr/bin/perl
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=head1 NAME
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s3_user_quota.pl - Script to test the rgw user quota functionality using s3 interface.
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=head1 SYNOPSIS
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Use:
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perl s3_user_quota.pl [--help]
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Examples:
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perl s3_user_quota.pl
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or
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perl s3_user_quota.pl --help
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=head1 DESCRIPTION
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This script intends to test the rgw user quota funcionality using s3 interface
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and reports the test results
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=head1 ARGUMENTS
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s3_user_quota.pl takes the following arguments:
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--help
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(optional) Displays the usage message.
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=cut
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use Amazon::S3;
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use Data::Dumper;
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use IO::File;
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use Getopt::Long;
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use Digest::MD5;
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use Pod::Usage();
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my $help;
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Getopt::Long::GetOptions(
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'help' => \$help
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);
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Pod::Usage::pod2usage(-verbose => 1) && exit if ($help);
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#== local variables ===
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my $mytestfilename;
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my $mytestfilename1;
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my $logmsg;
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my $kruft;
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my $s3;
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my $domain = "front.sepia.ceph.com";
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my $host = get_hostname();
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our $hostname = "$host.$domain:7280";
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my $testfileloc;
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my $sec;
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my $min;
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my $hour;
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my $mon;
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my $year;
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my $mday;
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my $wday;
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my $yday;
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my $isdst;
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my $PASS_CNT = 0;
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my $FAIL_CNT = 0;
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our $cnt;
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# function to get the current time stamp from the test set up
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sub get_timestamp {
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($sec,$min,$hour,$mday,$mon,$year,$wday,$yday,$isdst) = localtime(time);
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if ($mon < 10) { $mon = "0$mon"; }
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if ($hour < 10) { $hour = "0$hour"; }
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if ($min < 10) { $min = "0$min"; }
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if ($sec < 1) { $sec = "0$sec"; }
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$year=$year+1900;
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return $year . '_' . $mon . '_' . $mday . '_' . $hour . '_' . $min . '_' . $sec;
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}
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# Function to check if radosgw is already running
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sub get_status {
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my $service = "radosgw";
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my $cmd = "pgrep $service";
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my $status = get_cmd_op($cmd);
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if ($status =~ /\d+/ ){
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return 0;
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}
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return 1;
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}
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# function to execute the command and return output
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sub get_cmd_op
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{
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my $cmd = shift;
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my $excmd = `$cmd`;
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return $excmd;
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}
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#Function that executes the CLI commands and returns the output of the command
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sub get_command_output {
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my $cmd_output = shift;
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open( FH, ">>$test_log" );
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print FH "\"$cmd_output\"\n";
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my $exec_cmd = `$cmd_output 2>&1`;
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print FH "$exec_cmd\n";
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close(FH);
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return $exec_cmd;
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}
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# Function to get the hostname
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sub get_hostname
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{
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my $cmd = "hostname";
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my $get_host = get_command_output($cmd);
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chomp($get_host);
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return($get_host);
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}
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sub pass {
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my ($comment) = @_;
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print "Comment required." unless length $comment;
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chomp $comment;
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print_border2();
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print "Test case: $TC_CNT PASSED - $comment \n";
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print_border2();
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$PASS_CNT++;
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}
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sub fail {
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my ($comment) = @_;
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print "Comment required." unless length $comment;
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chomp $comment;
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print_border2();
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print "Test case: $TC_CNT FAILED - $comment \n";
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print_border2();
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$FAIL_CNT++;
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}
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sub print_border2 {
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print "~" x 90 . "\n";
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}
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# Function to create the user "qa_user" and extract the user access_key and secret_key of the user
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sub get_user_info
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{
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my ($rgw_user) = @_;
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my $cmd = "sudo radosgw-admin user create --uid=$rgw_user --display-name=$rgw_user";
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my $cmd_op = get_command_output($cmd);
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if ($cmd_op !~ /keys/){
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return (0,0);
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}
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my @get_user = (split/,/,$cmd_op);
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foreach (@get_user) {
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if ($_ =~ /access_key/ ){
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$get_acc_key = $_;
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} elsif ($_ =~ /secret_key/ ){
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$get_sec_key = $_;
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}
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}
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my $access_key = $get_acc_key;
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my $acc_key = (split /:/, $access_key)[1];
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$acc_key =~ s/\\//g;
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$acc_key =~ s/ //g;
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$acc_key =~ s/"//g;
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my $secret_key = $get_sec_key;
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my $sec_key = (split /:/, $secret_key)[1];
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chop($sec_key);
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chop($sec_key);
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$sec_key =~ s/\\//g;
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$sec_key =~ s/ //g;
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$sec_key =~ s/"//g;
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return ($acc_key, $sec_key);
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}
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# Function that deletes the given user and all associated user data
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sub purge_data
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{
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my ($rgw_user) = @_;
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my $cmd = "sudo radosgw-admin user rm --uid=$rgw_user --purge-data";
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my $cmd_op = get_command_output($cmd);
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if ($cmd_op !~ /./){
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print "user $rgw_user deleted\n";
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} else {
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print "user $rgw_user NOT deleted\n";
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return 1;
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}
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return 0;
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}
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# Function to get the Ceph and distro info
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sub ceph_os_info
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{
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my $ceph_v = get_command_output ( "ceph -v" );
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my @ceph_arr = split(" ",$ceph_v);
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$ceph_v = "Ceph Version: $ceph_arr[2]";
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my $os_distro = get_command_output ( "lsb_release -d" );
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my @os_arr = split(":",$os_distro);
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$os_distro = "Linux Flavor:$os_arr[1]";
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return ($ceph_v, $os_distro);
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}
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# Execute the test case based on the input to the script
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sub create_file {
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my ($file_size) = @_;
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my $cnt;
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$mytestfilename = $file_size;
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$testfileloc = "/tmp/".$mytestfilename;
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if ($file_size == '10Mb'){
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$cnt = 1;
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} elsif ($file_size == '100Mb'){
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$cnt = 10;
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} elsif ($file_size == '500Mb'){
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$cnt = 50;
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} elsif ($file_size == '1Gb'){
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$cnt = 100;
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} elsif ($file_size == '2Gb'){
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$cnt = 200;
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}
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my $ret = system("dd if=/dev/zero of=$testfileloc bs=10485760 count=$cnt");
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if ($ret) { exit 1 };
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return 0;
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}
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sub run_s3
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{
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# Run tests for the S3 functionality
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# Modify access keys to suit the target account
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my ($user) = @_;
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our ( $access_key, $secret_key ) = get_user_info($user);
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if ( ($access_key) && ($secret_key) ) {
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$s3 = Amazon::S3->new(
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{
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aws_access_key_id => $access_key,
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aws_secret_access_key => $secret_key,
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host => $hostname,
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secure => 0,
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retry => 1,
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}
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);
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}
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our $bucketname = 'buck_'.get_timestamp();
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# create a new bucket (the test bucket)
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our $bucket = $s3->add_bucket( { bucket => $bucketname } )
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or die $s3->err. "bucket $bucketname create failed\n". $s3->errstr;
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print "Bucket Created: $bucketname \n";
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return 0;
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}
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sub quota_set_max_size_per_user {
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my ($maxsize, $size1,$rgw_user) = @_;
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run_s3($rgw_user);
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my $set_quota = `sudo radosgw-admin quota set --uid=$rgw_user --quota-scope=user --max-size=$maxsize`;
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if (($set_quota !~ /./)&&($maxsize == 0)){
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my $ret = test_max_objs($size1, $rgw_user);
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if ($ret == 1){
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pass("quota set for user: $rgw_user with max_size=$maxsize passed" );
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}else {
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fail("quota set for user: $rgw_user with max_size=$maxsize failed" );
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}
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} elsif (($set_quota !~ /./) && ($maxsize != 0)) {
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my $ret = test_max_objs($size1, $rgw_user);
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if ($ret == 0){
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pass("quota set for user: $rgw_user with max_size=$maxsize passed" );
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}else {
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fail("quota set for user: $rgw_user with max_size=$maxsize failed" );
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}
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}
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delete_keys();
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purge_data($rgw_user);
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return 0;
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}
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sub max_size_per_user {
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my ($maxsize, $size1,$rgw_user) = @_;
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run_s3($rgw_user);
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my $set_quota = `sudo radosgw-admin quota set --uid=$rgw_user --quota-scope=user --max-size=$maxsize`;
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if (($set_quota !~ /./) && ($maxsize != 0)) {
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my $ret = test_max_objs($size1, $rgw_user);
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if ($ret == 0){
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$cnt++;
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}
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}
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return $cnt;
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}
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sub quota_set_max_obj_per_user {
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# set max objects
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my ($maxobjs, $size1, $rgw_user) = @_;
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run_s3($rgw_user);
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my $set_quota = `sudo radosgw-admin quota set --uid=$rgw_user --quota-scope=user --max-objects=$maxobjs`;
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if (($set_quota !~ /./) && ($maxobjs == 0)){
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my $ret = test_max_objs($size1, $rgw_user);
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if ($ret == 1){
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pass("quota set for user: $rgw_user with max_objects=$maxobjs passed" );
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}else {
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fail("quota set for user: $rgw_user with max_objects=$maxobjs failed" );
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}
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} elsif (($set_quota !~ /./) && ($maxobjs == 1)) {
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my $ret = test_max_objs($size1, $rgw_user);
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if ($ret == 0){
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pass("quota set for user: $rgw_user with max_objects=$maxobjs passed" );
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}else {
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fail("quota set for user: $rgw_user with max_objects=$maxobjs failed" );
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}
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}
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delete_keys();
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purge_data($rgw_user);
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}
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sub quota_enable_user {
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my ($rgw_user) = @_;
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my $en_quota = `sudo radosgw-admin quota enable --uid=$rgw_user --quota-scope=user`;
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if ($en_quota !~ /./){
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print "quota enabled for the user $rgw_user \n";
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} else {
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print "quota enable failed for the user $rgw_user \n";
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exit 1;
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}
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return 0;
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}
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sub quota_disable_user {
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my $dis_quota = `sudo radosgw-admin quota disable --uid=$rgw_user --quota-scope=user`;
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if ($dis_quota !~ /./){
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print "quota disabled for the user $rgw_user \n";
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} else {
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print "quota disable failed for the user $rgw_user \n";
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exit 1;
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}
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return 0;
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}
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# upload a file to the bucket
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sub upload_file {
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print "adding file to bucket $bucketname: $mytestfilename\n";
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($bucket->add_key_filename( $mytestfilename, $testfileloc,
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{ content_type => 'text/plain', },
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) and (print "upload file successful\n" ) and return 0 ) or (return 1);
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}
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# delete keys
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sub delete_keys {
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(($bucket->delete_key($mytestfilename)) and return 0) or return 1;
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}
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# delete the bucket
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sub delete_bucket {
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($bucket->delete_bucket) and (print "bucket delete succeeded \n") or die $s3->err . "delete bucket failed\n" . $s3->errstr;
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}
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# Readd the file back to bucket
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sub readd_file {
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system("dd if=/dev/zero of=/tmp/10MBfile1 bs=10485760 count=1");
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$mytestfilename1 = '10MBfile1';
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print "readding file to bucket: $mytestfilename1\n";
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((($bucket->add_key_filename( $mytestfilename1, $testfileloc,
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{ content_type => 'text/plain', },
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)) and (print "readding file success\n") and return 0) or (return 1));
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}
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#Function to upload the given file size to bucket and verify
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sub test_max_objs {
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my ($size, $rgw_user) = @_;
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create_file($size);
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quota_enable_user($rgw_user);
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my $ret_value = upload_file();
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return $ret_value;
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}
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# set user quota and ensure it is validated
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sub test_user_quota_max_size{
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my ($max_buckets,$size, $fsize) = @_;
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my $usr = rand();
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foreach my $i (1..$max_buckets){
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my $ret_value = max_size_per_user($size, $fsize, $usr );
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}
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if ($ret_value == $max_buckets){
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fail( "user quota max size for $usr failed on $max_buckets buckets" );
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} else {
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pass( "user quota max size for $usr passed on $max_buckets buckets" );
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}
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delete_keys();
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purge_data($usr);
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}
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# check if rgw service is already running
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sub check
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{
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my $state = get_status();
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if ($state) {
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exit 1;
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}
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}
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#== Main starts here===
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ceph_os_info();
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check();
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quota_set_max_obj_per_user('0', '10Mb', 'usr1');
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quota_set_max_obj_per_user('1', '10Mb', 'usr2');
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quota_set_max_size_per_user(0, '10Mb', 'usr1');
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quota_set_max_size_per_user(1048576000, '1Gb', 'usr2');
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test_user_quota_max_size(3,1048576000,'100Mb');
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test_user_quota_max_size(2,1048576000, '1Gb');
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print "OK";
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