/
mariadb-stress-test.pl
executable file
·1241 lines (1030 loc) · 36 KB
/
mariadb-stress-test.pl
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#!/usr/bin/env perl
# Copyright (c) 2005, 2011, Oracle and/or its affiliates. All rights reserved.
#
# This program is free software; you can redistribute it and/or
# modify it under the terms of the GNU Library General Public
# License as published by the Free Software Foundation; version 2
# of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
# Library General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1335 USA
# ======================================================================
# MySQL server stress test system
# ======================================================================
#
##########################################################################
#
# SCENARIOS AND REQUIREMENTS
#
# The system should perform stress testing of MySQL server with
# following requirements and basic scenarios:
#
# Basic requirements:
#
# Design of stress script should allow one:
#
# - to use for stress testing mysqltest binary as test engine
# - to use for stress testing both regular test suite and any
# additional test suites (e.g. mysql-test-extra-5.0)
# - to specify files with lists of tests both for initialization of
# stress db and for further testing itself
# - to define number of threads that will be concurrently used in testing
# - to define limitations for test run. e.g. number of tests or loops
# for execution or duration of testing, delay between test executions, etc.
# - to get readable log file which can be used for identification of
# errors arose during testing
#
# Basic scenarios:
#
# * It should be possible to run stress script in standalone mode
# which will allow to create various scenarios of stress workloads:
#
# simple ones:
#
# box #1:
# - one instance of script with list of tests #1
#
# and more advanced ones:
#
# box #1:
# - one instance of script with list of tests #1
# - another instance of script with list of tests #2
# box #2:
# - one instance of script with list of tests #3
# - another instance of script with list of tests #4
# that will recreate whole database to back it to clean
# state
#
# One kind of such complex scenarios maybe continued testing
# when we want to run stress tests from many boxes with various
# lists of tests that will last very long time. And in such case
# we need some wrapper for MySQL server that will restart it in
# case of crashes.
#
# * It should be possible to run stress script in ad-hoc mode from
# shell or perl versions of mysql-test-run. This allows developers
# to reproduce and debug errors that was found in continued stress
# testing
#
# 2009-01-28 OBN Additions and modifications per WL#4685
#
########################################################################
use Config;
if (!defined($Config{useithreads}))
{
die <<EOF;
It is unable to run threaded version of stress test on this system
due to disabled ithreads. Please check that installed perl binary
was built with support of ithreads.
EOF
}
use threads;
use threads::shared;
use IO::Socket;
use Sys::Hostname;
use File::Copy;
use File::Spec;
use File::Find;
use File::Basename;
use File::Path;
use Cwd;
use Data::Dumper;
use Getopt::Long;
my $stress_suite_version="1.0";
$|=1;
$opt_server_host="";
$opt_server_logs_dir="";
$opt_help="";
$opt_server_port="";
$opt_server_socket="";
$opt_server_user="";
$opt_server_password="";
$opt_server_database="";
$opt_cleanup="";
$opt_verbose="";
$opt_log_error_details="";
$opt_suite="main";
$opt_stress_suite_basedir="";
$opt_stress_basedir="";
$opt_stress_datadir="";
$opt_test_suffix="";
$opt_stress_mode="random";
$opt_loop_count=0;
$opt_test_count=0;
$opt_test_duration=0;
# OBN: Changing abort-on-error default to -1 (for WL-4626/4685): -1 means no abort
$opt_abort_on_error=-1;
$opt_sleep_time = 0;
$opt_threads=1;
$pid_file="mysql_stress_test.pid";
$opt_mysqltest= ($^O =~ /mswin32/i) ? "mysqltest.exe" : "mysqltest";
$opt_check_tests_file="";
# OBM adding a setting for 'max-connect-retries=20' the default of 500 is to high
@mysqltest_args=("--silent", "-v", "--max-connect-retries=20");
# Client ip address
$client_ip=inet_ntoa((gethostbyname(hostname()))[4]);
$client_ip=~ s/\.//g;
%tests_files=(client => {mtime => 0, data => []},
initdb => {mtime => 0, data => []});
# Error codes and sub-strings with corresponding severity
#
# S1 - Critical errors - cause immediately abort of testing. These errors
# could be caused by server crash or impossibility
# of test execution.
#
# S2 - Serious errors - these errors are bugs for sure as it knowns that
# they shouldn't appear during stress testing
#
# S3 - Unknown errors - Errors were returned but we don't know what they are
# so script can't determine if they are OK or not
#
# S4 - Non-seriuos errros - these errors could be caused by fact that
# we execute simultaneously statements that
# affect tests executed by other threads
%error_strings = ( 'Failed in mysql_real_connect()' => S1,
'Can\'t connect' => S1,
'not found (Errcode: 2)' => S1,
'does not exist' => S1,
'Could not open connection \'default\' after \d+ attempts' => S1,
'wrong errno ' => S3,
'Result length mismatch' => S4,
'Result content mismatch' => S4);
%error_codes = ( 1012 => S2, 1015 => S2, 1021 => S2,
1027 => S2, 1037 => S2, 1038 => S2,
1039 => S2, 1040 => S2, 1046 => S2,
1053 => S2, 1180 => S2, 1181 => S2,
1203 => S2, 1205 => S4, 1206 => S2,
1207 => S2, 1213 => S4, 1223 => S2,
2002 => S1, 2003 => S1, 2006 => S1,
2013 => S1
);
share(%test_counters);
%test_counters=( loop_count => 0, test_count=>0);
share($exiting);
$exiting=0;
# OBN Code and 'set_exit_code' function added by ES to set an exit code based on the error category returned
# in combination with the --abort-on-error value see WL#4685)
use constant ABORT_MAKEWEIGHT => 20;
share($gExitCode);
$gExitCode = 0; # global exit code
sub set_exit_code {
my $severity = shift;
my $code = 0;
if ( $severity =~ /^S(\d+)/ ) {
$severity = $1;
$code = 11 - $severity; # S1=10, S2=9, ... -- as per WL
}
else {
# we know how we call the sub: severity should be S<num>; so, we should never be here...
print STDERR "Unknown severity format: $severity; setting to S1\n";
$severity = 1;
}
$abort = 0;
if ( $severity <= $opt_abort_on_error ) {
# the test finished with a failure severe enough to abort. We are adding the 'abort flag' to the exit code
$code += ABORT_MAKEWEIGHT;
# but are not exiting just yet -- we need to update global exit code first
$abort = 1;
}
lock $gExitCode; # we can use lock here because the script uses threads anyway
$gExitCode = $code if $code > $gExitCode;
kill INT, $$ if $abort; # this is just a way to call sig_INT_handler: it will set exiting flag, which should do the rest
}
share($test_counters_lock);
$test_counters_lock=0;
share($log_file_lock);
$log_file_lock=0;
$SIG{INT}= \&sig_INT_handler;
$SIG{TERM}= \&sig_TERM_handler;
GetOptions("server-host=s", "server-logs-dir=s", "server-port=s",
"server-socket=s", "server-user=s", "server-password=s",
"server-database=s",
"stress-suite-basedir=s", "suite=s", "stress-init-file:s",
"stress-tests-file:s", "stress-basedir=s", "stress-mode=s",
"stress-datadir=s",
"threads=s", "sleep-time=s", "loop-count=i", "test-count=i",
"test-duration=i", "test-suffix=s", "check-tests-file",
"verbose", "log-error-details", "cleanup", "mysqltest=s",
# OBN: (changing 'abort-on-error' to numberic for WL-4626/4685)
"abort-on-error=i" => \$opt_abort_on_error, "help") || usage(1);
usage(0) if ($opt_help);
#$opt_abort_on_error=1;
$test_dirname=get_timestamp();
$test_dirname.="-$opt_test_suffix" if ($opt_test_suffix ne '');
print <<EOF;
#############################################################
CONFIGURATION STAGE
#############################################################
EOF
if ($opt_stress_basedir eq '' || $opt_stress_suite_basedir eq '' ||
$opt_server_logs_dir eq '')
{
die <<EOF;
Options --stress-basedir, --stress-suite-basedir and --server-logs-dir are
required. Please use these options to specify proper basedir for
client, test suite and location of server logs.
stress-basedir: '$opt_stress_basedir'
stress-suite-basedir: '$opt_stress_suite_basedir'
server-logs-dir: '$opt_server_logs_dir'
EOF
}
#Workaround for case when we got relative but not absolute path
$opt_stress_basedir=File::Spec->rel2abs($opt_stress_basedir);
$opt_stress_suite_basedir=File::Spec->rel2abs($opt_stress_suite_basedir);
$opt_server_logs_dir=File::Spec->rel2abs($opt_server_logs_dir);
if ($opt_stress_datadir ne '')
{
$opt_stress_datadir=File::Spec->rel2abs($opt_stress_datadir);
}
if (! -d "$opt_stress_basedir")
{
die <<EOF;
Directory '$opt_stress_basedir' does not exist.
Use --stress-basedir option to specify proper basedir for client
EOF
}
if (!-d $opt_stress_suite_basedir)
{
die <<EOF;
Directory '$opt_stress_suite_basedir' does not exist.
Use --stress-suite-basedir option to specify proper basedir for test suite
EOF
}
$test_dataset_dir=$opt_stress_suite_basedir;
if ($opt_stress_datadir ne '')
{
if (-d $opt_stress_datadir)
{
$test_dataset_dir=$opt_stress_datadir;
}
else
{
die <<EOF;
Directory '$opt_stress_datadir' not exists. Please specify proper one
with --stress-datadir option.
EOF
}
}
if ($^O =~ /mswin32/i)
{
$test_dataset_dir=~ s/\\/\\\\/g;
}
else
{
$test_dataset_dir.="/";
}
if (!-d $opt_server_logs_dir)
{
die <<EOF;
Directory server-logs-dir '$opt_server_logs_dir' does not exist.
Use --server-logs-dir option to specify proper directory for storing
logs
EOF
}
else
{
#Create sub-directory for test session logs
mkpath(File::Spec->catdir($opt_server_logs_dir, $test_dirname), 0, 0755);
#Define filename of global session log file
$stress_log_file=File::Spec->catfile($opt_server_logs_dir, $test_dirname,
"mysql-stress-test.log");
}
if ($opt_suite ne '' && $opt_suite ne 'main' && $opt_suite ne 'default')
{
$test_suite_dir=File::Spec->catdir($opt_stress_suite_basedir, "suite", $opt_suite);
}
else
{
$test_suite_dir= $opt_stress_suite_basedir;
}
if (!-d $test_suite_dir)
{
die <<EOF
Directory '$test_suite_dir' does not exist.
Use --suite options to specify proper dir for test suite
EOF
}
$test_suite_t_path=File::Spec->catdir($test_suite_dir,'t');
$test_suite_r_path=File::Spec->catdir($test_suite_dir,'r');
foreach my $suite_dir ($test_suite_t_path, $test_suite_r_path)
{
if (!-d $suite_dir)
{
die <<EOF;
Directory '$suite_dir' does not exist.
Please ensure that you specified proper source location for
test/result files with --stress-suite-basedir option and name
of test suite with --suite option
EOF
}
}
$test_t_path=File::Spec->catdir($opt_stress_basedir,'t');
$test_r_path=File::Spec->catdir($opt_stress_basedir,'r');
foreach $test_dir ($test_t_path, $test_r_path)
{
if (-d $test_dir)
{
if ($opt_cleanup)
{
#Delete existing 't', 'r', 'r/*' subfolders in $stress_basedir
rmtree("$test_dir", 0, 0);
print "Cleanup $test_dir\n";
}
else
{
die <<EOF;
Directory '$test_dir' already exist.
Please ensure that you specified proper location of working dir
for current test run with --stress-basedir option or in case of staled
directories use --cleanup option to remove ones
EOF
}
}
#Create empty 't', 'r' subfolders that will be filled later
mkpath("$test_dir", 0, 0777);
}
if (!defined($opt_stress_tests_file) && !defined($opt_stress_init_file))
{
die <<EOF;
You should run stress script either with --stress-tests-file or with
--stress-init-file otions. See help for details.
EOF
}
if (defined($opt_stress_tests_file))
{
if ($opt_stress_tests_file eq '')
{
#Default location of file with set of tests for current test run
$tests_files{client}->{filename}= File::Spec->catfile($opt_stress_suite_basedir,
"testslist_client.txt");
}
else
{
$tests_files{client}->{filename}= $opt_stress_tests_file;
}
if (!-f $tests_files{client}->{filename})
{
die <<EOF;
File '$tests_files{client}->{filename}' with list of tests not exists.
Please ensure that this file exists, readable or specify another one with
--stress-tests-file option.
EOF
}
}
if (defined($opt_stress_init_file))
{
if ($opt_stress_init_file eq '')
{
#Default location of file with set of tests for current test run
$tests_files{initdb}->{filename}= File::Spec->catfile($opt_stress_suite_basedir,
"testslist_initdb.txt");
}
else
{
$tests_files{initdb}->{filename}= $opt_stress_init_file;
}
if (!-f $tests_files{initdb}->{filename})
{
die <<EOF;
File '$tests_files{initdb}->{filename}' with list of tests for initialization of database
for stress test not exists.
Please ensure that this file exists, readable or specify another one with
--stress-init-file option.
EOF
}
}
if ($opt_stress_mode !~ /^(random|seq)$/)
{
die <<EOF
Was specified wrong --stress-mode. Correct values 'random' and 'seq'.
EOF
}
if (open(TEST, "$opt_mysqltest -V |"))
{
$mysqltest_version=join("",<TEST>);
close(TEST);
print "FOUND MYSQLTEST BINARY: ", $mysqltest_version,"\n";
}
else
{
die <<EOF;
ERROR: mysqltest binary $opt_mysqltest not found $!.
You must either specify file location explicitly using --mysqltest
option, or make sure path to mysqltest binary is listed
in your PATH environment variable.
EOF
}
#
#Adding mysql server specific command line options for mysqltest binary
#
$opt_server_host= $opt_server_host ? $opt_server_host : "localhost";
$opt_server_port= $opt_server_port ? $opt_server_port : "3306";
$opt_server_user= $opt_server_user ? $opt_server_user : "root";
$opt_server_socket= $opt_server_socket ? $opt_server_socket : "/tmp/mysql.sock";
$opt_server_database= $opt_server_database ? $opt_server_database : "test";
unshift @mysqltest_args, "--host=$opt_server_host";
unshift @mysqltest_args, "--port=$opt_server_port";
unshift @mysqltest_args, "--user=$opt_server_user";
unshift @mysqltest_args, "--password=$opt_server_password";
unshift @mysqltest_args, "--socket=$opt_server_socket";
unshift @mysqltest_args, "--database=$opt_server_database";
#Export variables that could be used in tests
$ENV{MYSQL_TEST_DIR}=$test_dataset_dir;
$ENV{MASTER_MYPORT}=$opt_server_port;
$ENV{MASTER_MYSOCK}=$opt_server_socket;
print <<EOF;
TEST-SUITE-BASEDIR: $opt_stress_suite_basedir
SUITE: $opt_suite
TEST-BASE-DIR: $opt_stress_basedir
TEST-DATADIR: $test_dataset_dir
SERVER-LOGS-DIR: $opt_server_logs_dir
THREADS: $opt_threads
TEST-MODE: $opt_stress_mode
EOF
#-------------------------------------------------------------------------------
#At this stage we've already checked all needed pathes/files
#and ready to start the test
#-------------------------------------------------------------------------------
if (defined($opt_stress_tests_file) || defined($opt_stress_init_file))
{
print <<EOF;
#############################################################
PREPARATION STAGE
#############################################################
EOF
#Copy Test files from network share to 't' folder
print "\nCopying Test files from $test_suite_t_path to $test_t_path folder...";
find({wanted=>\©_test_files, bydepth=>1}, "$test_suite_t_path");
print "Done\n";
#$test_r_path/r0 dir reserved for initdb
$count_start= defined($opt_stress_init_file) ? 0 : 1;
our $r_folder='';
print "\nCreating 'r' folder and copying Protocol files to each 'r#' sub-folder...";
for($count=$count_start; $count <= $opt_threads; $count++)
{
$r_folder = File::Spec->catdir($test_r_path, "r".$count);
mkpath("$r_folder", 0, 0777);
find(\©_result_files,"$test_suite_r_path");
}
print "Done\n\n";
}
if (defined($opt_stress_init_file))
{
print <<EOF;
#############################################################
INITIALIZATION STAGE
#############################################################
EOF
#Set limits for stress db initialization
%limits=(loop_count => 1, test_count => undef);
#Read list of tests from $opt_stress_init_file
read_tests_names($tests_files{initdb});
test_loop($client_ip, 0, 'seq', $tests_files{initdb});
#print Dumper($tests_files{initdb}),"\n";
print <<EOF;
Done initialization of stress database by tests from
$tests_files{initdb}->{filename} file.
EOF
}
if (defined($opt_stress_tests_file))
{
print <<EOF;
#############################################################
STRESS TEST RUNNING STAGE
#############################################################
EOF
$exiting=0;
#Read list of tests from $opt_stress_tests_file
read_tests_names($tests_files{client});
#Reset current counter and set limits
%test_counters=( loop_count => 0, test_count=>0);
%limits=(loop_count => $opt_loop_count, test_count => $opt_test_count);
if (($opt_loop_count && $opt_threads > $opt_loop_count) ||
($opt_test_count && $opt_threads > $opt_test_count))
{
warn <<EOF;
WARNING: Possible inaccuracies in number of executed loops or
tests because number of threads bigger than number of
loops or tests:
Threads will be started: $opt_threads
Loops will be executed: $opt_loop_count
Tests will be executed: $opt_test_count
EOF
}
#Create threads (number depending on the variable )
for ($id=1; $id<=$opt_threads && !$exiting; $id++)
{
$thrd[$id] = threads->create("test_loop", $client_ip, $id,
$opt_stress_mode, $tests_files{client});
print "main: Thread ID $id TID ",$thrd[$id]->tid," started\n";
select(undef, undef, undef, 0.5);
}
if ($opt_test_duration)
{
# OBN - At this point we need to wait for the duration of the test, hoever
# we need to be able to quit if an 'abort-on-error' condition has happend
# with one of the children (WL#4685). Using solution by ES and replacing
# the 'sleep' command with a loop checking the abort condition every second
foreach ( 1..$opt_test_duration ) {
last if $exiting;
sleep 1;
}
kill INT, $$; #Interrupt child threads
}
#Let other threads to process INT signal
sleep(1);
for ($id=1; $id<=$opt_threads;$id++)
{
if (defined($thrd[$id]))
{
$thrd[$id]->join();
}
}
print "EXIT\n";
}
exit $gExitCode; # ES WL#4685: script should return a meaningful exit code
sub test_init
{
my ($env)=@_;
$env->{session_id}=$env->{ip}."_".$env->{thread_id};
$env->{r_folder}='r'.$env->{thread_id};
$env->{screen_logs}=File::Spec->catdir($opt_server_logs_dir, $test_dirname,
"screen_logs", $env->{session_id});
$env->{reject_logs}=File::Spec->catdir($opt_server_logs_dir, $test_dirname,
"reject_logs", $env->{session_id});
mkpath($env->{screen_logs}, 0, 0755) unless (-d $env->{screen_logs});
mkpath($env->{reject_logs}, 0, 0755) unless (-d $env->{reject_logs});
$env->{session_log}= File::Spec->catfile($env->{screen_logs}, $env->{session_id}.".log");
}
sub test_execute
{
my $env= shift;
my $test_name= shift;
my $g_start= "";
my $g_end= "";
my $mysqltest_cmd= "";
my @mysqltest_test_args=();
my @stderr=();
#Get time stamp
$g_start = get_timestamp();
$env->{errors}={};
@{$env->{test_status}}=();
my $test_file= $test_name.".test";
my $result_file= $test_name.".result";
my $reject_file = $test_name.'.reject';
my $output_file = $env->{session_id}.'_'.$test_name.'_'.$g_start."_".$env->{test_count}.'.txt';
my $test_filename = File::Spec->catfile($test_t_path, $test_file);
my $result_filename = File::Spec->catdir($test_r_path, $env->{r_folder}, $result_file);
my $reject_filename = File::Spec->catdir($test_r_path, $env->{r_folder}, $reject_file);
my $output_filename = File::Spec->catfile($env->{screen_logs}, $output_file);
push @mysqltest_test_args, "--basedir=$opt_stress_suite_basedir/",
"--tmpdir=$opt_stress_basedir",
"-x $test_filename",
"-R $result_filename",
"2>$output_filename";
$cmd= "$opt_mysqltest --no-defaults ".join(" ", @mysqltest_args)." ".
join(" ", @mysqltest_test_args);
system($cmd);
$exit_value = $? >> 8;
$signal_num = $? & 127;
$dumped_core = $? & 128;
my $tid= threads->self->tid;
if (-s $output_filename > 0)
{
#Read stderr for further analysis
open (STDERR_LOG, $output_filename) or
warn "Can't open file $output_filename";
@stderr=<STDERR_LOG>;
close(STDERR_LOG);
if ($opt_verbose)
{
$session_debug_file="$opt_stress_basedir/error$tid.txt";
stress_log($session_debug_file,
"Something wrong happened during execution of this command line:");
stress_log($session_debug_file, "MYSQLTEST CMD - $cmd");
stress_log($session_debug_file, "STDERR:".join("",@stderr));
stress_log($session_debug_file, "EXIT STATUS:\n1. EXIT: $exit_value \n".
"2. SIGNAL: $signal_num\n".
"3. CORE: $dumped_core\n");
}
}
#If something wrong trying to analyse stderr
if ($exit_value || $signal_num)
{
if (@stderr)
{
foreach my $line (@stderr)
{
#FIXME: we should handle case when for one sub-string/code
# we have several different error messages
# Now for both codes/substrings we assume that
# first found message will represent error
#Check line for error codes
if (($err_msg, $err_code)= $line=~/failed: ((\d+):.+?$)/)
{
if (!exists($error_codes{$err_code}))
{
# OBN Changing severity level to S4 from S3 as S3 now reserved
# for the case where the error is unknown (for WL#4626/4685
$severity="S4";
$err_code=0;
}
else
{
$severity=$error_codes{$err_code};
}
if (!exists($env->{errors}->{$severity}->{$err_code}))
{
$env->{errors}->{$severity}->{$err_code}=[0, $err_msg];
}
$env->{errors}->{$severity}->{$err_code}->[0]++;
$env->{errors}->{$severity}->{total}++;
}
#Check line for error patterns
foreach $err_string (keys %error_strings)
{
$pattern= quotemeta $err_string;
if ($line =~ /$pattern/i)
{
my $severity= $error_strings{$err_string};
if (!exists($env->{errors}->{$severity}->{$err_string}))
{
$env->{errors}->{$severity}->{$err_string}=[0, $line];
}
$env->{errors}->{$severity}->{$err_string}->[0]++;
$env->{errors}->{$severity}->{total}++;
}
}
}
}
else
{
$env->{errors}->{S3}->{'Unknown error'}=
[1,"Unknown error. Nothing was output to STDERR"];
$env->{errors}->{S3}->{total}=1;
}
}
#
#FIXME: Here we can perform further analysis of recognized
# error codes
#
foreach my $severity (sort {$a cmp $b} keys %{$env->{errors}})
{
my $total=$env->{errors}->{$severity}->{total};
if ($total)
{
push @{$env->{test_status}}, "Severity $severity: $total";
$env->{errors}->{total}=+$total;
set_exit_code($severity);
}
}
#FIXME: Should we take into account $exit_value here?
# Now we assume that all stringified errors(i.e. errors without
# error codes) which are not exist in %error_string structure
# are OK
if (!$env->{errors}->{total})
{
push @{$env->{test_status}},"No Errors. Test Passed OK";
}
log_session_errors($env, $test_file);
#OBN Removing the case of S1 and abort-on-error as that is now set
# inside the set_exit_code function (for WL#4626/4685)
#if (!$exiting && ($signal_num == 2 || $signal_num == 15 ||
# ($opt_abort_on_error && $env->{errors}->{S1} > 0)))
if (!$exiting && ($signal_num == 2 || $signal_num == 15))
{
#mysqltest was interrupted with INT or TERM signals
#so we assume that we should cancel testing and exit
$exiting=1;
# OBN - Adjusted text to exclude case of S1 and abort-on-error that
# was mentioned (for WL#4626/4685)
print STDERR<<EOF;
WARNING:
mysqltest was interrupted with INT or TERM signals so we assume that
we should cancel testing and exit. Please check log file for this thread
in $stress_log_file or
inspect below output of the last test case executed with mysqltest to
find out cause of error.
Output of mysqltest:
@stderr
EOF
}
if (-e $reject_filename)
{
move_to_logs($env->{reject_logs}, $reject_filename, $reject_file);
}
if (-e $output_filename)
{
move_to_logs($env->{screen_logs}, $output_filename, $output_file);
}
}
sub test_loop
{
my %client_env=();
my $test_name="";
# KEY for session identification: IP-THREAD_ID
$client_env{ip} = shift;
$client_env{thread_id} = shift;
$client_env{mode} = shift;
$client_env{tests_file}=shift;
$client_env{test_seq_idx}=0;
#Initialize session variables
test_init(\%client_env);
LOOP:
while(!$exiting)
{
if ($opt_check_tests_file)
{
#Check if tests_file was modified and reread it in this case
read_tests_names($client_env{tests_file}, 0);
}
{
lock($test_counters_lock);
if (($limits{loop_count} && $limits{loop_count} <= $test_counters{loop_count}*1) ||
($limits{test_count} && $limits{test_count} <= $test_counters{test_count}*1) )
{
$exiting=1;
next LOOP;
}
}
#Get random file name
if (($test_name = get_test(\%client_env)) ne '')
{
{
lock($test_counters_lock);
#Save current counters values
$client_env{loop_count}=$test_counters{loop_count};
$client_env{test_count}=$test_counters{test_count};
}
#Run test and analyze results
test_execute(\%client_env, $test_name);
print "test_loop[".$limits{loop_count}.":".
$limits{test_count}." ".
$client_env{loop_count}.":".
$client_env{test_count}."]:".
" TID ".$client_env{thread_id}.
" test: '$test_name' ".
" Errors: ".join(" ",@{$client_env{test_status}}).
( $exiting ? " (thread aborting)" : "" )."\n";
}
# OBN - At this point we need to wait until the 'wait' time between test
# executions passes (in case it is specifed) passes, hoever we need
# to be able to quit and break out of the test if an 'abort-on-error'
# condition has happend with one of the other children (WL#4685).
# Using solution by ES and replacing the 'sleep' command with a loop
# checking the abort condition every second
if ( $opt_sleep_time ) {
foreach ( 1..$opt_sleep_time ) {
last if $exiting;
sleep 1;
}
}
}
}
sub move_to_logs ($$$)
{
my $path_to_logs = shift;
my $src_file = shift;
my $random_filename = shift;
my $dst_file = File::Spec->catfile($path_to_logs, $random_filename);
move ($src_file, $dst_file) or warn<<EOF;
ERROR: move_to_logs: File $src_file cannot be moved to $dst_file: $!
EOF
}
sub copy_test_files ()
{
if (/\.test$/)
{
$src_file = $File::Find::name;
#print "## $File::Find::topdir - $File::Find::dir - $src_file\n";
if ($File::Find::topdir eq $File::Find::dir && $src_file !~ /SCCS/)
{
$test_filename = basename($src_file);
$dst_file = File::Spec->catfile($test_t_path, $test_filename);
copy($src_file, $dst_file) or die "ERROR: copy_test_files: File cannot be copied. $!";
}
}
}
sub copy_result_files ()
{
if (/\.result$/)
{
$src_file = $File::Find::name;
if ($File::Find::topdir eq $File::Find::dir && $src_file !~ /SCCS/)
{
$result_filename = basename($src_file) ;
$dst_file = File::Spec->catfile($r_folder, $result_filename);
copy($src_file, $dst_file) or die "ERROR: copy_result_files: File cannot be copied. $!";
}
}
}
sub get_timestamp
{
my ($sec,$min,$hour,$mday,$mon,$year,$wday,$ydat,$isdst) = localtime();
return sprintf("%04d%02d%02d%02d%02d%02d", $year+1900, $mon+1, $mday, $hour, $min, $sec);
}
sub read_tests_names
{
my $tests_file = shift;
my $force_load = shift;
if ($force_load || ( (stat($tests_file->{filename}))[9] != $tests_file->{mtime}) )
{
open (TEST, $tests_file->{filename}) || die ("Could not open file <".