GSP-Agent-Linux/ogp_agent.pl
2026-06-16 12:26:30 -05:00

6685 lines
193 KiB
Prolog

#!/usr/bin/perl
#
# OGP - Open Game Panel
# Copyright (C) 2008 - 2018 The OGP Development Team
#
# http://www.opengamepanel.org/
#
# This program is free software; you can redistribute it and/or
# modify it under the terms of the GNU General Public License
# as published by the Free Software Foundation; either version 2
# of the License, or any later version.
#
# 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 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., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
#
use warnings;
use strict;
use Cwd; # Fast way to get the current directory
use lib getcwd();
use Frontier::Daemon::OGP::Forking; # Forking XML-RPC server
use File::Copy; # Simple file copy functions
use File::Copy::Recursive
qw(fcopy rcopy dircopy fmove rmove dirmove pathempty pathrmdir)
; # Used to copy whole directories
use File::Basename; # Used to get the file name or the directory name from a given path
use Crypt::XXTEA; # Encryption between webpages and agent.
use Cfg::Config; # Config file
use Cfg::Preferences; # Preferences file
use Fcntl ':flock'; # Import LOCK_* constants for file locking
use LWP::UserAgent; # Used for fetching URLs
use MIME::Base64; # Used to ensure data travelling right through the network.
use Getopt::Long; # Used for command line params.
use Path::Class::File; # Used to handle files and directories.
use File::Glob qw(bsd_glob GLOB_NOSORT);
use File::Path qw(mkpath);
use Archive::Extract; # Used to handle archived files.
use File::Find;
use Schedule::Cron; # Used for scheduling tasks
use JSON::PP;
use Digest::SHA qw(hmac_sha256_hex);
use Sys::Hostname qw(hostname);
# Compression tools
use IO::Compress::Bzip2 qw(bzip2 $Bzip2Error); # Used to compress files to bz2.
use Compress::Zlib; # Used to compress file download buffers to zlib.
use Archive::Tar; # Used to create tar, tgz or tbz archives.
use Archive::Zip qw( :ERROR_CODES :CONSTANTS ); # Used to create zip archives.
# Current location of the agent.
use constant AGENT_RUN_DIR => getcwd();
# Load our config file values
use constant AGENT_KEY => $Cfg::Config{key};
use constant AGENT_IP => $Cfg::Config{listen_ip};
use constant AGENT_LOG_FILE => $Cfg::Config{logfile};
use constant AGENT_PORT => $Cfg::Config{listen_port};
use constant AGENT_VERSION => $Cfg::Config{version};
use constant WEB_ADMIN_API_KEY => $Cfg::Config{web_admin_api_key};
use constant WEB_API_URL => $Cfg::Config{web_api_url};
use constant STEAM_DL_LIMIT => $Cfg::Config{steam_dl_limit};
# Resource stats database configuration
use constant STATS_DB_HOST => $Cfg::Config{stats_db_host};
use constant STATS_DB_USER => $Cfg::Config{stats_db_user};
use constant STATS_DB_PASS => $Cfg::Config{stats_db_pass};
use constant STATS_DB_NAME => $Cfg::Config{stats_db_name};
use constant STATS_TABLE_PREFIX => $Cfg::Config{stats_table_prefix};
use constant STATS_FREQUENCY_MINUTES => $Cfg::Config{stats_frequency_minutes};
use constant SCREEN_LOG_LOCAL => $Cfg::Preferences{screen_log_local};
use constant DELETE_LOGS_AFTER => $Cfg::Preferences{delete_logs_after};
use constant LINUX_USER_PER_GAME_SERVER => $Cfg::Preferences{linux_user_per_game_server};
use constant AGENT_PID_FILE =>
Path::Class::File->new(AGENT_RUN_DIR, 'ogp_agent.pid');
use constant AGENT_RSYNC_GENERIC_LOG =>
Path::Class::File->new(AGENT_RUN_DIR, 'rsync_update_generic.log');
use constant STEAM_LICENSE_OK => "Accept";
use constant STEAM_LICENSE => $Cfg::Config{steam_license};
use constant MANUAL_TMP_DIR => Path::Class::Dir->new(AGENT_RUN_DIR, 'tmp');
use constant SHARED_GAME_TMP_DIR => Path::Class::Dir->new(AGENT_RUN_DIR, 'shared');
use constant STEAMCMD_CLIENT_DIR => Path::Class::Dir->new(AGENT_RUN_DIR, 'steamcmd');
use constant STEAMCMD_CLIENT_BIN =>
Path::Class::File->new(STEAMCMD_CLIENT_DIR, 'steamcmd.sh');
use constant SCREEN_LOGS_DIR =>
Path::Class::Dir->new(AGENT_RUN_DIR, 'screenlogs');
use constant GAME_STARTUP_DIR =>
Path::Class::Dir->new(AGENT_RUN_DIR, 'startups');
use constant SERVER_RUNTIME_DIR =>
Path::Class::Dir->new(AGENT_RUN_DIR, 'runtime_status');
use constant AGENT_EVENTS_DIR =>
Path::Class::Dir->new(AGENT_RUN_DIR, 'events');
use constant AGENT_EVENT_QUEUE_FILE =>
Path::Class::File->new(AGENT_EVENTS_DIR, 'pending-events.jsonl');
use constant SCREENRC_FILE =>
Path::Class::File->new(AGENT_RUN_DIR, 'ogp_screenrc');
use constant SCREENRC_FILE_BK =>
Path::Class::File->new(AGENT_RUN_DIR, 'ogp_screenrc_bk');
use constant SCREENRC_TMP_FILE =>
Path::Class::File->new(AGENT_RUN_DIR, 'ogp_screenrc.tmp');
use constant SCREEN_TYPE_HOME => "HOME";
use constant SCREEN_TYPE_UPDATE => "UPDATE";
use constant SERVER_RUNNER_USER => "ogp_server_runner";
use constant FD_DIR => Path::Class::Dir->new(AGENT_RUN_DIR, 'FastDownload');
use constant FD_ALIASES_DIR => Path::Class::Dir->new(FD_DIR, 'aliases');
use constant FD_PID_FILE => Path::Class::File->new(FD_DIR, 'fd.pid');
use constant SCHED_PID => Path::Class::File->new(AGENT_RUN_DIR, 'Schedule', 'scheduler.pid');
use constant SCHED_TASKS => Path::Class::File->new(AGENT_RUN_DIR, 'Schedule', 'scheduler.tasks');
use constant SCHED_LOG_FILE => Path::Class::File->new(AGENT_RUN_DIR, 'Schedule', 'scheduler.log');
$Cfg::Config{sudo_password} =~ s/('+)/'\"$1\"'/g;
our $SUDOPASSWD = $Cfg::Config{sudo_password};
my $no_startups = 0;
my $clear_startups = 0;
our $log_std_out = 0;
GetOptions(
'no-startups' => \$no_startups,
'clear-startups' => \$clear_startups,
'log-stdout' => \$log_std_out
);
# Starting the agent as root user is not supported anymore.
if ($< == 0)
{
print "ERROR: You are trying to start the agent as root user.";
print "This is not currently supported. If you wish to start the";
print "you need to create a normal user account for it.";
exit 1;
}
### Logger function.
### @param line the line that is put to the log file.
sub logger
{
my $logcmd = $_[0];
my $also_print = 0;
if (@_ == 2)
{
($also_print) = $_[1];
}
$logcmd = localtime() . " $logcmd\n";
if ($log_std_out == 1)
{
print "$logcmd";
return;
}
if ($also_print == 1)
{
print "$logcmd";
}
open(LOGFILE, '>>', AGENT_LOG_FILE)
or die("Can't open " . AGENT_LOG_FILE . " - $!");
flock(LOGFILE, LOCK_EX) or die("Failed to lock log file.");
seek(LOGFILE, 0, 2) or die("Failed to seek to end of file.");
print LOGFILE "$logcmd" or die("Failed to write to log file.");
flock(LOGFILE, LOCK_UN) or die("Failed to unlock log file.");
close(LOGFILE) or die("Failed to close log file.");
}
sub agent_event_panel_url
{
return $Cfg::Config{agent_event_url} if(defined($Cfg::Config{agent_event_url}) && $Cfg::Config{agent_event_url} ne "");
if(defined($Cfg::Config{web_api_url}) && $Cfg::Config{web_api_url} ne "")
{
my $url = $Cfg::Config{web_api_url};
$url =~ s/ogp_api\.php(?:\?.*)?$/agent_event_receiver.php/;
return $url if($url =~ /agent_event_receiver\.php$/);
$url =~ s/\/+$//;
return "$url/agent_event_receiver.php";
}
return "";
}
sub agent_event_remote_server_id
{
return $Cfg::Config{remote_server_id} if(defined($Cfg::Config{remote_server_id}) && $Cfg::Config{remote_server_id} =~ /^\d+$/);
return $Cfg::Config{agent_remote_server_id} if(defined($Cfg::Config{agent_remote_server_id}) && $Cfg::Config{agent_remote_server_id} =~ /^\d+$/);
return "";
}
sub new_correlation_id
{
return time() . "-" . $$ . "-" . int(rand(1000000000));
}
sub new_agent_event_uuid
{
return "agent-" . new_correlation_id();
}
sub build_agent_event
{
my ($event_type, $severity, $fields) = @_;
$fields = {} unless(ref($fields) eq 'HASH');
my %event = %$fields;
$event{event_uuid} ||= new_agent_event_uuid();
$event{timestamp_utc} ||= gmtime() . " UTC";
$event{event_type} = $event_type;
$event{severity} = $severity;
$event{source} = "agent";
$event{agent_os} ||= "Linux";
$event{agent_hostname} ||= hostname();
$event{remote_server_id} ||= agent_event_remote_server_id();
$event{correlation_id} ||= new_correlation_id();
foreach my $secret_key (qw(password control_password steam_password encryption_key database_password envVars environment_variables))
{
delete $event{$secret_key};
}
return \%event;
}
sub agent_event_json
{
my ($event) = @_;
return JSON::PP->new->ascii->canonical->encode($event);
}
sub send_agent_event
{
my ($event) = @_;
my $url = agent_event_panel_url();
my $remote_server_id = agent_event_remote_server_id();
return 0 if($url eq "" || $remote_server_id eq "" || AGENT_KEY eq "");
my $body = agent_event_json($event);
my $timestamp = time();
my $signature = "sha256=" . hmac_sha256_hex($timestamp . "." . $body, AGENT_KEY);
my $ua = LWP::UserAgent->new(timeout => 5, ssl_opts => { verify_hostname => 0, SSL_verify_mode => 0x00 });
my $response = $ua->post($url,
'Content-Type' => 'application/json',
'X-GSP-Agent-Id' => $remote_server_id,
'X-GSP-Agent-Timestamp' => $timestamp,
'X-GSP-Agent-Signature' => $signature,
Content => $body
);
return ($response && $response->is_success) ? 1 : 0;
}
sub append_agent_event_queue
{
my ($event) = @_;
mkpath(AGENT_EVENTS_DIR) unless(-d AGENT_EVENTS_DIR);
if(open(EVENTQ, '>>', AGENT_EVENT_QUEUE_FILE))
{
flock(EVENTQ, LOCK_EX);
print EVENTQ agent_event_json($event) . "\n";
flock(EVENTQ, LOCK_UN);
close(EVENTQ);
}
if(-e AGENT_EVENT_QUEUE_FILE && -s AGENT_EVENT_QUEUE_FILE > 1048576)
{
rename(AGENT_EVENT_QUEUE_FILE, AGENT_EVENT_QUEUE_FILE . "." . time() . ".old");
}
}
sub flush_agent_event_queue
{
return 0 unless(-e AGENT_EVENT_QUEUE_FILE);
open(EVENTQ, '<', AGENT_EVENT_QUEUE_FILE) or return 0;
my @lines = <EVENTQ>;
close(EVENTQ);
my @remaining;
my $delivered = 0;
foreach my $line (@lines)
{
chomp($line);
next if($line eq "");
my $event = eval { JSON::PP->new->decode($line) };
if($@ || ref($event) ne 'HASH')
{
next;
}
if(send_agent_event($event))
{
$delivered++;
}
else
{
push(@remaining, $line);
}
}
if(open(EVENTQ, '>', AGENT_EVENT_QUEUE_FILE))
{
flock(EVENTQ, LOCK_EX);
print EVENTQ join("\n", @remaining) . (@remaining ? "\n" : "");
flock(EVENTQ, LOCK_UN);
close(EVENTQ);
}
return $delivered;
}
sub queue_agent_event
{
my ($event_type, $severity, $fields) = @_;
my $event = build_agent_event($event_type, $severity, $fields);
if(send_agent_event($event))
{
flush_agent_event_queue();
return 1;
}
append_agent_event_queue($event);
return 0;
}
sub agent_event_state_path
{
my ($home_id) = @_;
$home_id =~ s/[^0-9]//g;
return Path::Class::File->new(AGENT_EVENTS_DIR, "state-$home_id.kv");
}
sub read_agent_event_state
{
my ($home_id) = @_;
my %state;
my $file = agent_event_state_path($home_id);
return \%state unless(-e $file);
open(STATE, '<', $file) or return \%state;
while(my $line = <STATE>)
{
chomp($line);
next unless($line =~ /^([^=]+)=(.*)$/);
$state{$1} = $2;
}
close(STATE);
return \%state;
}
sub write_agent_event_state
{
my ($home_id, $state) = @_;
mkpath(AGENT_EVENTS_DIR) unless(-d AGENT_EVENTS_DIR);
my $file = agent_event_state_path($home_id);
open(STATE, '>', $file) or return 0;
foreach my $key (sort keys %$state)
{
my $value = defined($state->{$key}) ? $state->{$key} : "";
$value =~ s/[\r\n]//g;
print STATE "$key=$value\n";
}
close(STATE);
return 1;
}
sub record_server_state_transition
{
my ($status_info) = @_;
return unless(ref($status_info) eq 'HASH');
my $home_id = $status_info->{home_id};
return unless(defined($home_id) && $home_id =~ /^\d+$/);
my $previous = read_agent_event_state($home_id);
my $current_status = $status_info->{status} || "UNKNOWN";
my $previous_status = $previous->{status} || "";
my $now = time();
my ($hint_time, $hint) = read_status_hint($home_id);
my ($event_type, $severity);
if($hint eq "AUTORESTARTING" && !($previous->{autorestart_pending} || 0))
{
($event_type, $severity) = ("automatic_restart_started", "warning");
$previous->{autorestart_pending} = 1;
}
elsif(($previous->{autorestart_pending} || 0) && $current_status eq "ONLINE")
{
($event_type, $severity) = ("automatic_restart_succeeded", "info");
delete $previous->{autorestart_pending};
}
elsif(($previous->{autorestart_pending} || 0) && $current_status eq "UNRESPONSIVE")
{
($event_type, $severity) = ("automatic_restart_failed", "error");
delete $previous->{autorestart_pending};
}
elsif($previous_status eq "ONLINE" && $current_status eq "OFFLINE")
{
($event_type, $severity) = ($hint eq "STOPPING" || $hint eq "STOPPED") ? ("server_stop_confirmed", "info") : ("server_crash_detected", "warning");
}
elsif($previous_status ne "ONLINE" && $current_status eq "ONLINE")
{
($event_type, $severity) = ("server_start_confirmed", "info");
}
elsif($current_status eq "UNRESPONSIVE" && $previous_status ne "UNRESPONSIVE")
{
($event_type, $severity) = ("server_unresponsive", "warning");
}
elsif($current_status eq "WARNING" && $previous_status ne "WARNING")
{
$event_type = $status_info->{process_running} ? "server_process_found_without_port" : "server_port_found_without_managed_process";
$severity = "warning";
}
elsif(($previous_status eq "WARNING" || $previous_status eq "UNRESPONSIVE") && $current_status eq "ONLINE")
{
($event_type, $severity) = ("server_port_restored", "notice");
}
if($event_type)
{
my $last_sent = $previous->{"sent_$event_type"} || 0;
if($previous_status ne $current_status || ($now - $last_sent) > 900)
{
queue_agent_event($event_type, $severity, $status_info);
$previous->{"sent_$event_type"} = $now;
}
}
$previous->{status} = $current_status;
$previous->{updated_at} = $now;
write_agent_event_state($home_id, $previous);
}
# Rotate the log file
if (-e AGENT_LOG_FILE)
{
if (-e AGENT_LOG_FILE . ".bak")
{
unlink(AGENT_LOG_FILE . ".bak");
}
logger "Rotating log file";
move(AGENT_LOG_FILE, AGENT_LOG_FILE . ".bak");
logger "New log file created";
}
# If for some reason the screenrc file doesn't exist, restore it from the backup copy
# I've seen this happen a few times
if (! -e SCREENRC_FILE)
{
copy(SCREENRC_FILE_BK,SCREENRC_FILE);
}
open INPUTFILE, "<", SCREENRC_FILE or die $!;
open OUTPUTFILE, ">", SCREENRC_TMP_FILE or die $!;
my $dest = SCREEN_LOGS_DIR . "/screenlog.%t";
while (<INPUTFILE>)
{
$_ =~ s/logfile.*/logfile $dest/g;
print OUTPUTFILE $_;
}
close INPUTFILE;
close OUTPUTFILE;
unlink SCREENRC_FILE;
move(SCREENRC_TMP_FILE,SCREENRC_FILE);
# Check the screen logs folder
if (!-d SCREEN_LOGS_DIR && !mkdir SCREEN_LOGS_DIR)
{
logger "Could not create " . SCREEN_LOGS_DIR . " directory $!.", 1;
exit -1;
}
if ( ! chmod 0777, SCREEN_LOGS_DIR ){
logger "Could not chmod 777 " . SCREEN_LOGS_DIR . " directory $!.", 1;
exit -1;
}
my $groupCommandScreenLogs = "chmod -Rf g-s '" . SCREEN_LOGS_DIR . "'";
sudo_exec_without_decrypt($groupCommandScreenLogs);
$groupCommandScreenLogs = "find '" . SCREEN_LOGS_DIR . "' -type d | xargs chmod g+s";
sudo_exec_without_decrypt($groupCommandScreenLogs);
$groupCommandScreenLogs = "find '" . SCREEN_LOGS_DIR . "' -type d | xargs setfacl -d -m u::rwX,g::rwX,o::-";
sudo_exec_without_decrypt($groupCommandScreenLogs);
# Check the global shared games folder
if (!-d SHARED_GAME_TMP_DIR && !mkdir SHARED_GAME_TMP_DIR)
{
logger "Could not create " . SHARED_GAME_TMP_DIR . " directory $!.", 1;
exit -1;
}
if (check_steam_cmd_client() == -1)
{
print "ERROR: You must download and uncompress the new steamcmd package.";
print "BE SURE TO INSTALL IT IN " . AGENT_RUN_DIR . "/steamcmd directory,";
print "so it can be managed by the agent to install servers.";
exit 1;
}
# create the directory for startup flags
if (!-e GAME_STARTUP_DIR)
{
logger "Creating the startups directory " . GAME_STARTUP_DIR . "";
if (!mkdir GAME_STARTUP_DIR)
{
my $message =
"Failed to create the "
. GAME_STARTUP_DIR
. " directory - check permissions. Errno: $!";
logger $message, 1;
exit 1;
}
}
if (!-d SERVER_RUNTIME_DIR && !mkdir SERVER_RUNTIME_DIR)
{
logger "Could not create " . SERVER_RUNTIME_DIR . " directory $!.", 1;
exit -1;
}
elsif ($clear_startups)
{
opendir(STARTUPDIR, GAME_STARTUP_DIR);
while (my $startup_file = readdir(STARTUPDIR))
{
# Skip . and ..
next if $startup_file =~ /^\./;
$startup_file = Path::Class::File->new(GAME_STARTUP_DIR, $startup_file);
logger "Removing " . $startup_file . ".";
unlink($startup_file);
}
closedir(STARTUPDIR);
}
# If the directory already existed check if we need to start some games.
elsif ($no_startups != 1)
{
# Loop through all the startup flags, and call universal startup
opendir(STARTUPDIR, GAME_STARTUP_DIR);
logger "Reading startup flags from " . GAME_STARTUP_DIR . "";
while (my $dirlist = readdir(STARTUPDIR))
{
# Skip . and ..
next if $dirlist =~ /^\./;
logger "Found $dirlist";
open(STARTFILE, '<', Path::Class::Dir->new(GAME_STARTUP_DIR, $dirlist))
|| logger "Error opening start flag $!";
while (<STARTFILE>)
{
my (
$home_id, $home_path, $server_exe,
$run_dir, $startup_cmd, $server_port,
$server_ip, $cpu, $nice, $preStart, $envVars, $game_key, $console_log
) = split(',', $_);
if (is_screen_running_without_decrypt(SCREEN_TYPE_HOME, $home_id) ==
1)
{
logger
"This server ($server_exe on $server_ip : $server_port) is already running (ID: $home_id).";
next;
}
logger "Starting server_exe $server_exe from home $home_path.";
universal_start_without_decrypt(
$home_id, $home_path, $server_exe,
$run_dir, $startup_cmd, $server_port,
$server_ip, $cpu, $nice, $preStart, $envVars, $game_key, $console_log
);
}
close(STARTFILE);
}
closedir(STARTUPDIR);
}
# Create the pid file
open(PID, '>', AGENT_PID_FILE)
or die("Can't write to pid file - " . AGENT_PID_FILE . "\n");
print PID "$$\n";
close(PID);
logger "Open Game Panel - Agent started - "
. AGENT_VERSION
. " - port "
. AGENT_PORT
. " - PID $$", 1;
# Stop previous scheduler process if exists
scheduler_stop();
# Create new object with default dispatcher for scheduled tasks
my $cron = new Schedule::Cron( \&scheduler_dispatcher, {
nofork => 1,
loglevel => 0,
log => sub { print $_[1], "\n"; }
} );
$cron->add_entry( "* * * * * *", \&scheduler_read_tasks );
# Add resource stats collection task if configured
if (defined STATS_FREQUENCY_MINUTES && STATS_FREQUENCY_MINUTES =~ /^\d+$/ && STATS_FREQUENCY_MINUTES > 0) {
logger "Scheduling resource stats collection every " . STATS_FREQUENCY_MINUTES . " minutes.";
logger "Resource stats collection task added with schedule: */" . STATS_FREQUENCY_MINUTES . " * * * *";
$cron->add_entry( "*/" . STATS_FREQUENCY_MINUTES . " * * * *", \&collect_and_submit_resource_stats );
} else {
logger "Resource stats collection not configured or invalid frequency: " . (defined STATS_FREQUENCY_MINUTES ? STATS_FREQUENCY_MINUTES : 'undefined');
}
# Create scheduler directory if it doesn't exist
my $sched_dir = Path::Class::Dir->new(AGENT_RUN_DIR, 'Schedule');
if (!-d $sched_dir) {
if (mkpath($sched_dir)) {
logger "Created scheduler directory: $sched_dir";
} else {
logger "Failed to create scheduler directory: $sched_dir - $!";
}
}
# Create scheduler tasks file if it doesn't exist to prevent read errors
if (!-e SCHED_TASKS) {
if (open(TASKS_INIT, '>', SCHED_TASKS)) {
logger "Created empty scheduler tasks file: " . SCHED_TASKS;
close(TASKS_INIT);
} else {
logger "Failed to create scheduler tasks file: " . SCHED_TASKS . " - $!";
}
}
# Run scheduler
$cron->run( {detach=>1, pid_file=>SCHED_PID} );
if(-e Path::Class::File->new(FD_DIR, 'Settings.pm'))
{
require "FastDownload/Settings.pm"; # Settings for Fast Download Daemon.
if(defined($FastDownload::Settings{autostart_on_agent_startup}) && $FastDownload::Settings{autostart_on_agent_startup} eq "1")
{
start_fastdl();
}
}
my $d = Frontier::Daemon::OGP::Forking->new(
methods => {
is_screen_running => \&is_screen_running,
server_status => \&server_status,
universal_start => \&universal_start,
renice_process => \&renice_process,
cpu_count => \&cpu_count,
rfile_exists => \&rfile_exists,
quick_chk => \&quick_chk,
steam_cmd => \&steam_cmd,
fetch_steam_version => \&fetch_steam_version,
installed_steam_version => \&installed_steam_version,
automatic_steam_update => \&automatic_steam_update,
get_log => \&get_log,
stop_server => \&stop_server,
send_rcon_command => \&send_rcon_command,
dirlist => \&dirlist,
dirlistfm => \&dirlistfm,
readfile => \&readfile,
writefile => \&writefile,
rebootnow => \&rebootnow,
what_os => \&what_os,
start_file_download => \&start_file_download,
lock_additional_files => \&lock_additional_files,
is_file_download_in_progress => \&is_file_download_in_progress,
uncompress_file => \&uncompress_file,
discover_ips => \&discover_ips,
mon_stats => \&mon_stats,
exec => \&exec,
clone_home => \&clone_home,
remove_home => \&remove_home,
start_rsync_install => \&start_rsync_install,
rsync_progress => \&rsync_progress,
restart_server => \&restart_server,
sudo_exec => \&sudo_exec,
master_server_update => \&master_server_update,
secure_path => \&secure_path,
get_chattr => \&get_chattr,
ftp_mgr => \&ftp_mgr,
compress_files => \&compress_files,
stop_fastdl => \&stop_fastdl,
restart_fastdl => \&restart_fastdl,
fastdl_status => \&fastdl_status,
fastdl_get_aliases => \&fastdl_get_aliases,
fastdl_add_alias => \&fastdl_add_alias,
fastdl_del_alias => \&fastdl_del_alias,
fastdl_get_info => \&fastdl_get_info,
fastdl_create_config => \&fastdl_create_config,
agent_restart => \&agent_restart,
component_update => \&component_update,
scheduler_add_task => \&scheduler_add_task,
scheduler_del_task => \&scheduler_del_task,
scheduler_list_tasks => \&scheduler_list_tasks,
scheduler_edit_task => \&scheduler_edit_task,
get_file_part => \&get_file_part,
stop_update => \&stop_update,
shell_action => \&shell_action,
remote_query => \&remote_query,
send_steam_guard_code => \&send_steam_guard_code,
steam_workshop => \&steam_workshop,
get_workshop_mods_info => \&get_workshop_mods_info
},
debug => 4,
LocalPort => AGENT_PORT,
LocalAddr => AGENT_IP,
ReuseAddr => '1'
) or die "Couldn't start OGP Agent: $!";
sub backup_home_log
{
my ($home_id, $log_file, $console_log_file) = @_;
my $home_backup_dir = SCREEN_LOGS_DIR . "/home_id_" . $home_id;
if( ! -e $home_backup_dir )
{
if( ! mkdir $home_backup_dir )
{
logger "Can not create a backup directory at $home_backup_dir.";
return 1;
}
}
my ($sec,$min,$hour,$mday,$mon,$year,$wday,$yday,$isdst) = localtime(time);
my $backup_file_name = $mday . $mon . $year . '_' . $hour . 'h' . $min . 'm' . $sec . "s.log";
my $output_path = $home_backup_dir . "/" . $backup_file_name;
# Used for deleting log files older than DELETE_LOGS_AFTER
my @file_list;
my @find_dirs; # directories to search
my $now = time(); # get current time
my $days;
if((DELETE_LOGS_AFTER =~ /^[+-]?\d+$/) && (DELETE_LOGS_AFTER > 0)){
$days = DELETE_LOGS_AFTER; # how many days old
}else{
$days = 30; # how many days old
}
my $seconds_per_day = 60*60*24; # seconds in a day
my $AGE = $days*$seconds_per_day; # age in seconds
push (@find_dirs, $home_backup_dir);
# Create local copy of log file backup in the log_backups folder and current user home directory if SCREEN_LOG_LOCAL = 1
if(SCREEN_LOG_LOCAL == 1)
{
# Create local backups folder
my $local_log_folder = Path::Class::Dir->new("logs_backup");
if(!-e $local_log_folder){
mkdir($local_log_folder);
}
# Add full path to @find_dirs so that log files older than DELETE_LOGS_AFTER are deleted
my $fullpath_to_local_logs = Path::Class::Dir->new(getcwd(), "logs_backup");
push (@find_dirs, $fullpath_to_local_logs);
my $log_local = $local_log_folder . "/" . $backup_file_name;
# Delete the local log file if it already exists
if(-e $log_local){
unlink $log_local;
}
# If the log file contains UPDATE in the filename, do not allow users to see it since it will contain steam credentials
# Will return -1 for not existing
my $isUpdate = index($log_file,SCREEN_TYPE_UPDATE);
if($isUpdate == -1){
copy($log_file,$log_local);
}
}
# Delete all files in @find_dirs older than DELETE_LOGS_AFTER days
find ( sub {
my $file = $File::Find::name;
if ( -f $file ) {
push (@file_list, $file);
}
}, @find_dirs);
# Include the custom console path - and also do a size check on it
if(defined $console_log_file && $console_log_file ne ""){
my $path_to_console_file = $console_log_file;
if( -f $path_to_console_file){
push (@file_list, $path_to_console_file);
# Backup and delete this specific file as well if it's over 20MB
my @stats = stat($path_to_console_file);
if($stats[7] >= 20971520){
if(SCREEN_LOG_LOCAL == 1){
# Copy it to local log folder as well
my $local_log_folder = Path::Class::Dir->new("logs_backup");
my $log_local = $local_log_folder . "/" . $backup_file_name . "_console_log";
copy($path_to_console_file, $log_local);
}
# Copy it to the main log folder as well
move($path_to_console_file,$output_path . "_console_log");
}
}
}
for my $file (@file_list) {
if( -f $file ){
my @stats = stat($file);
if ($now-$stats[9] > $AGE) {
unlink $file;
}
}
}
move($log_file,$output_path);
return 0;
}
sub get_home_pids
{
my ($home_id) = @_;
my $screen_id = create_screen_id(SCREEN_TYPE_HOME, $home_id);
my ($pid, @pids);
my $as_user = find_user_by_screen_id($screen_id);
my $ret = sudo_exec_without_decrypt('screen -ls | grep -E -o "[0-9]+\.'.$screen_id.'"', $as_user);
my ($retval, $enc_out) = split(/;/, $ret, 2);
if($retval != 1)
{
logger "Unable to get pids, probably a bad sudo password or not in sudoers list.";
return ();
}
$enc_out =~ s/\\n//g;
my $out = decode_base64($enc_out);
($pid) = split(/\./, $out, 2);
if(defined $pid)
{
chomp($pid);
while ($pid =~ /^[0-9]+$/)
{
push(@pids,$pid);
$pid = `pgrep -P $pid`;
chomp($pid);
}
}
return @pids;
}
sub create_screen_id
{
my ($screen_type, $home_id) = @_;
return sprintf("OGP_%s_%09d", $screen_type, $home_id);
}
sub create_screen_cmd
{
my ($screen_id, $exec_cmd) = @_;
$exec_cmd = replace_OGP_Env_Vars($screen_id, "", "", $exec_cmd);
return
sprintf('export WINEDEBUG="fixme-all" && export DISPLAY=:1 && screen -d -m -t "%1$s" -c ' . SCREENRC_FILE . ' -S %1$s %2$s',
$screen_id, $exec_cmd);
}
sub create_screen_cmd_loop
{
my ($screen_id, $exec_cmd, $envVars, $skipLoop, $status_hint_file) = @_;
my $server_start_bashfile = $screen_id . "_startup_scr.sh";
$exec_cmd = replace_OGP_Env_Vars($screen_id, "", "", $exec_cmd);
# Allow file to be overwritten
if(-e $server_start_bashfile){
secure_path_without_decrypt('chattr-i', $server_start_bashfile);
}
# Create bash file that screen will run which spawns the server
# If it crashes without user intervention, it will restart
open (SERV_START_SCRIPT, '>', $server_start_bashfile);
my $respawn_server_command = "#!/bin/bash" . "\n";
if(!$skipLoop){
$respawn_server_command .= "function startServer(){" . "\n";
}
if(defined $envVars && $envVars ne ""){
$respawn_server_command .= $envVars;
}
if(!$skipLoop){
$status_hint_file = "" unless(defined($status_hint_file));
$respawn_server_command .= "NUMSECONDS=`expr \$(date +%s)`" . "\n"
. "until " . $exec_cmd . "; do" . "\n"
. "let DIFF=(`date +%s` - \"\$NUMSECONDS\")" . "\n"
. "if [ \"\$DIFF\" -gt 15 ]; then" . "\n"
. "NUMSECONDS=`expr \$(date +%s)`" . "\n"
. "echo \"Server '" . $exec_cmd . "' crashed with exit code \$?. Respawning...\" >&2 " . "\n"
. "fi" . "\n"
. "sleep 3" . "\n"
. "done" . "\n"
. "let DIFF=(`date +%s` - \"\$NUMSECONDS\")" . "\n"
. "if [ -f \"$status_hint_file\" ] && grep -E \"^[0-9]+,(STOPPING|STOPPED)$\" \"$status_hint_file\" >/dev/null 2>&1; then" . "\n"
. "exit 0" . "\n"
. "fi" . "\n"
. "if [ -n \"$status_hint_file\" ]; then echo \"`date +%s`,AUTORESTARTING\" > \"$status_hint_file\"; fi" . "\n"
. "if [ \"\$DIFF\" -gt 15 ]; then" . "\n"
. "startServer" . "\n"
. "fi" . "\n"
. "}" . "\n"
. "startServer" . "\n";
}else{
$respawn_server_command .= $exec_cmd . "\n";
}
print SERV_START_SCRIPT $respawn_server_command;
close (SERV_START_SCRIPT);
# Make it not readable
my $readOnlyOwnerCmd = "chmod -Rf og-r '$server_start_bashfile'";
sudo_exec_without_decrypt($readOnlyOwnerCmd);
# Secure file
secure_path_without_decrypt('chattr+i', $server_start_bashfile);
my $screen_exec_script = "bash " . $server_start_bashfile;
return
sprintf('export WINEDEBUG="fixme-all" && export DISPLAY=:1 && screen -d -m -t "%1$s" -c ' . SCREENRC_FILE . ' -S %1$s %2$s',
$screen_id, $screen_exec_script);
}
sub handle_lock_command_line{
my ($command) = @_;
if(defined $command && $command ne ""){
if ($command =~ m/{OGP_LOCK_FILE}/) {
$command =~ s/{OGP_LOCK_FILE}\s*//g;
return secure_path_without_decrypt("chattr+i", $command);
}
}
return 0;
}
sub replace_OGP_Env_Vars{
# This function replaces constants from environment variables set in the XML
my ($screen_id, $homeid, $homepath, $exec_cmd, $game_key) = @_;
# Handle steam specific replacements
if(defined $screen_id && $screen_id ne ""){
my $screen_id_for_txt_update = substr ($screen_id, rindex($screen_id, '_') + 1);
my $steamInsFile = $screen_id_for_txt_update . "_install.txt";
my $steamCMDPath = STEAMCMD_CLIENT_DIR;
my $fullPath = Path::Class::File->new($steamCMDPath, $steamInsFile);
# If the install file exists, the game can be auto updated, else it will be ignored by the game for improper syntax
# To generate the install file, the "Install/Update via Steam" button must be clicked on at least once!
if(-e $fullPath){
$exec_cmd =~ s/{OGP_STEAM_CMD_DIR}/$steamCMDPath/g;
$exec_cmd =~ s/{STEAMCMD_INSTALL_FILE}/$steamInsFile/g;
}
}
# Handle home directory replacement
if(defined $homepath && $homepath ne ""){
$exec_cmd =~ s/{OGP_HOME_DIR}/$homepath/g;
}
# Handle global game shared directory replacement
if(defined $game_key && $game_key ne ""){
my $readable_game_key = lc(substr($game_key, 0, rindex($game_key,"_")));
my $shared_path = Path::Class::Dir->new(SHARED_GAME_TMP_DIR, $readable_game_key);
# Create the folder if it doesn't exist
if (!-d $shared_path && !mkdir $shared_path)
{
logger "Could not create " . $shared_path . " directory $!.", 1;
}
$exec_cmd =~ s/{OGP_GAME_SHARED_DIR}/$shared_path/g;
}
return $exec_cmd;
}
sub encode_list
{
my $encoded_content = '';
if(@_)
{
foreach my $line (@_)
{
$encoded_content .= encode_base64($line, "") . '\n';
}
}
return $encoded_content;
}
sub decrypt_param
{
my ($param) = @_;
$param = decode_base64($param);
$param = Crypt::XXTEA::decrypt($param, AGENT_KEY);
$param = decode_base64($param);
return $param;
}
sub decrypt_params
{
my @params;
foreach my $param (@_)
{
$param = &decrypt_param($param);
push(@params, $param);
}
return @params;
}
sub check_steam_cmd_client
{
if (STEAM_LICENSE ne STEAM_LICENSE_OK)
{
logger "Steam license not accepted, stopping Steam client check.";
return 0;
}
if (!-d STEAMCMD_CLIENT_DIR && !mkdir STEAMCMD_CLIENT_DIR)
{
logger "Could not create " . STEAMCMD_CLIENT_DIR . " directory $!.", 1;
exit -1;
}
if (!-w STEAMCMD_CLIENT_DIR)
{
logger "Steam client dir '"
. STEAMCMD_CLIENT_DIR
. "' not writable. Unable to get Steam client.";
return -1;
}
if (!-f STEAMCMD_CLIENT_BIN)
{
logger "The Steam client, steamcmd, does not exist yet, installing...";
my $steam_client_file = 'steamcmd_linux.tar.gz';
my $steam_client_path = Path::Class::File->new(STEAMCMD_CLIENT_DIR, $steam_client_file);
my $steam_client_url =
"http://media.steampowered.com/client/" . $steam_client_file;
logger "Downloading the Steam client from $steam_client_url to '"
. $steam_client_path . "'.";
my $ua = LWP::UserAgent->new;
$ua->agent('Mozilla/5.0');
my $response = $ua->get($steam_client_url, ':content_file' => "$steam_client_path");
unless ($response->is_success)
{
logger "Failed to download steam installer from "
. $steam_client_url
. ".", 1;
return -1;
}
if (-f $steam_client_path)
{
logger "Uncompressing $steam_client_path";
if ( uncompress_file_without_decrypt($steam_client_path, STEAMCMD_CLIENT_DIR) != 1 )
{
unlink($steam_client_path);
logger "Unable to uncompress $steam_client_path, the file has been removed.";
return -1;
}
unlink($steam_client_path);
}
}
if (!-x STEAMCMD_CLIENT_BIN)
{
if ( ! chmod 0755, STEAMCMD_CLIENT_BIN )
{
logger "Unable to apply execution permission to ".STEAMCMD_CLIENT_BIN.".";
}
}
return 1;
}
sub is_screen_running
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($screen_type, $home_id) = decrypt_params(@_);
return is_screen_running_without_decrypt($screen_type, $home_id);
}
sub is_screen_running_without_decrypt
{
my ($screen_type, $home_id) = @_;
my $screen_id = create_screen_id($screen_type, $home_id);
my $as_user = find_user_by_screen_id($screen_id);
my $ret = sudo_exec_without_decrypt('screen -list | grep '.$screen_id, $as_user);
my ($retval, $enc_out) = split(/;/, $ret, 2);
if($retval != 1)
{
return 0;
}
my $is_running = " ";
if( defined($enc_out) )
{
$enc_out =~ s/\\n//g;
$is_running = decode_base64($enc_out);
}
if ($is_running =~ /^\s*$/)
{
return 0;
}
else
{
return 1;
}
}
sub server_status
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
return server_status_without_decrypt(decrypt_params(@_));
}
sub get_status_hint_path
{
my ($home_id) = @_;
$home_id =~ s/[^0-9]//g;
return Path::Class::File->new(GAME_STARTUP_DIR, "status-$home_id");
}
sub write_status_hint
{
my ($home_id, $state) = @_;
my $hint_file = get_status_hint_path($home_id);
if(open(STATUSHINT, '>', $hint_file))
{
print STATUSHINT time() . "," . $state;
close(STATUSHINT);
}
}
sub read_status_hint
{
my ($home_id) = @_;
my $hint_file = get_status_hint_path($home_id);
return (0, "") unless(-e $hint_file);
open(STATUSHINT, '<', $hint_file) or return (0, "");
my $line = <STATUSHINT>;
close(STATUSHINT);
chomp($line);
my ($timestamp, $state) = split(/,/, $line, 2);
$timestamp = 0 unless(defined($timestamp) && $timestamp =~ /^\d+$/);
$state = "" unless(defined($state));
return ($timestamp, $state);
}
sub get_pid_metadata_path
{
my ($home_id) = @_;
$home_id =~ s/[^0-9]//g;
return Path::Class::File->new(SERVER_RUNTIME_DIR, "pid-$home_id.kv");
}
sub write_pid_metadata
{
my ($home_id, $values) = @_;
return 0 unless(ref($values) eq 'HASH');
my $file = get_pid_metadata_path($home_id);
if(open(PIDMETA, '>', $file))
{
foreach my $key (sort keys %$values)
{
my $value = defined($values->{$key}) ? $values->{$key} : "";
$value =~ s/[\r\n]//g;
print PIDMETA "$key=$value\n";
}
close(PIDMETA);
return 1;
}
return 0;
}
sub read_pid_metadata
{
my ($home_id) = @_;
my %values;
my $file = get_pid_metadata_path($home_id);
return \%values unless(-e $file);
if(open(PIDMETA, '<', $file))
{
while(my $line = <PIDMETA>)
{
chomp($line);
next unless($line =~ /^([^=]+)=(.*)$/);
$values{$1} = $2;
}
close(PIDMETA);
}
return \%values;
}
sub clear_pid_metadata
{
my ($home_id) = @_;
my $file = get_pid_metadata_path($home_id);
unlink($file) if(-e $file);
}
sub is_pid_alive_without_decrypt
{
my ($pid) = @_;
return 0 unless(defined($pid) && $pid =~ /^\d+$/ && $pid > 0);
return kill(0, $pid) ? 1 : 0;
}
sub kill_pid_with_escalation_without_decrypt
{
my ($pid, $as_user) = @_;
return 0 unless(defined($pid) && $pid =~ /^\d+$/);
my $cnt = sudo_exec_without_decrypt("kill 15 $pid", $as_user);
($cnt) = split(/;/, $cnt, 2);
if ($cnt == -1)
{
$cnt = sudo_exec_without_decrypt("kill 9 $pid", $as_user);
($cnt) = split(/;/, $cnt, 2);
}
return $cnt == -1 ? 0 : 1;
}
sub find_process_pid_by_port_without_decrypt
{
my ($port, $protocol) = @_;
return "" unless(defined($port) && $port =~ /^\d+$/ && $port > 0 && $port <= 65535);
$protocol = "any" unless(defined($protocol) && $protocol =~ /^(tcp|udp|any)$/i);
$protocol = lc($protocol);
my @commands = ();
if($protocol eq "tcp" || $protocol eq "any")
{
push(@commands, "lsof -nP -t -iTCP:$port -sTCP:LISTEN 2>/dev/null | head -1");
push(@commands, "ss -lntp '( sport = :$port )' 2>/dev/null | sed -n 's/.*pid=\\([0-9]\\+\\).*/\\1/p' | head -1");
}
if($protocol eq "udp" || $protocol eq "any")
{
push(@commands, "lsof -nP -t -iUDP:$port 2>/dev/null | head -1");
push(@commands, "ss -lnup '( sport = :$port )' 2>/dev/null | sed -n 's/.*pid=\\([0-9]\\+\\).*/\\1/p' | head -1");
}
foreach my $command (@commands)
{
my $pid = `$command`;
chomp($pid);
return $pid if($pid =~ /^\d+$/);
}
return "";
}
sub force_kill_tracked_and_port_without_decrypt
{
my ($home_id, $server_port, $as_user) = @_;
my $pid_meta = read_pid_metadata($home_id);
my @tracked_pids = ();
push(@tracked_pids, $pid_meta->{game_pid}) if(defined($pid_meta->{game_pid}) && $pid_meta->{game_pid} =~ /^\d+$/);
push(@tracked_pids, $pid_meta->{screen_pid}) if(defined($pid_meta->{screen_pid}) && $pid_meta->{screen_pid} =~ /^\d+$/);
my %seen;
foreach my $pid (@tracked_pids)
{
next if($seen{$pid});
$seen{$pid} = 1;
kill_pid_with_escalation_without_decrypt($pid, $as_user);
}
my $port_pid = find_process_pid_by_port_without_decrypt($server_port, "any");
if($port_pid =~ /^\d+$/)
{
kill_pid_with_escalation_without_decrypt($port_pid, $as_user);
}
}
sub get_screen_pid_without_decrypt
{
my ($home_id) = @_;
my $screen_id = create_screen_id(SCREEN_TYPE_HOME, $home_id);
my $as_user = find_user_by_screen_id($screen_id);
my $ret = sudo_exec_without_decrypt('screen -list | grep '.$screen_id, $as_user);
my ($retval, $enc_out) = split(/;/, $ret, 2);
return "" if($retval != 1 || !defined($enc_out));
$enc_out =~ s/\\n//g;
my $screen_line = decode_base64($enc_out);
return $1 if($screen_line =~ /([0-9]+)\.$screen_id/);
return "";
}
sub is_port_listening_without_decrypt
{
my ($server_ip, $port, $protocol) = @_;
return 0 unless(defined($port) && $port =~ /^[0-9]+$/ && $port > 0 && $port <= 65535);
$protocol = "any" unless(defined($protocol) && $protocol =~ /^(tcp|udp|any)$/i);
$protocol = lc($protocol);
my @commands = ();
if($protocol eq "tcp" || $protocol eq "any")
{
push(@commands, "ss -lnt 2>/dev/null");
push(@commands, "netstat -lnt 2>/dev/null");
push(@commands, "lsof -nP -iTCP:$port -sTCP:LISTEN 2>/dev/null");
}
if($protocol eq "udp" || $protocol eq "any")
{
push(@commands, "ss -lnu 2>/dev/null");
push(@commands, "netstat -lnu 2>/dev/null");
push(@commands, "lsof -nP -iUDP:$port 2>/dev/null");
}
foreach my $command (@commands)
{
my $out = `$command`;
next unless(defined($out) && $out ne "");
return 1 if($out =~ /[:.]$port(\s|$)/);
}
return 0;
}
sub server_status_without_decrypt
{
my ($home_id, $server_ip, $server_port, $query_port, $rcon_port, $startup_timeout, $state_hint) = @_;
$startup_timeout = 180 unless(defined($startup_timeout) && $startup_timeout =~ /^[0-9]+$/ && $startup_timeout > 0);
$query_port = "" unless(defined($query_port) && $query_port =~ /^[0-9,;:\s\/a-zA-Z]+$/);
$rcon_port = "" unless(defined($rcon_port) && $rcon_port =~ /^[0-9,;:\s\/a-zA-Z]+$/);
$state_hint = "" unless(defined($state_hint));
my $screen_id = create_screen_id(SCREEN_TYPE_HOME, $home_id);
my $session_running = is_screen_running_without_decrypt(SCREEN_TYPE_HOME, $home_id) == 1 ? 1 : 0;
my $screen_pid = $session_running ? get_screen_pid_without_decrypt($home_id) : "";
my $pid_meta = read_pid_metadata($home_id);
my $game_pid = defined($pid_meta->{game_pid}) ? $pid_meta->{game_pid} : "";
my $linux_pid = $game_pid;
my $pid_running = 0;
$pid_running = 1 if($screen_pid ne "" && is_pid_alive_without_decrypt($screen_pid) == 1);
$pid_running = 1 if(!$pid_running && $game_pid ne "" && is_pid_alive_without_decrypt($game_pid) == 1);
my $process_running = ($session_running || $pid_running) ? 1 : 0;
my @expected_ports = ();
my @listening_ports = ();
my @missing_ports = ();
if(defined($server_port) && $server_port =~ /^[0-9]+$/ && $server_port > 0)
{
push(@expected_ports, { name => "game", port => int($server_port), protocol => "any" });
}
if(defined($query_port) && $query_port ne "")
{
foreach my $part (split(/[\s,;]+/, $query_port))
{
next unless($part =~ /^[0-9]+$/ && $part > 0 && $part <= 65535);
push(@expected_ports, { name => "query", port => int($part), protocol => "any" });
}
}
if(defined($rcon_port) && $rcon_port ne "")
{
foreach my $part (split(/[\s,;]+/, $rcon_port))
{
next unless($part =~ /^[0-9]+$/ && $part > 0 && $part <= 65535);
push(@expected_ports, { name => "rcon", port => int($part), protocol => "any" });
}
}
foreach my $expected (@expected_ports)
{
if(is_port_listening_without_decrypt($server_ip, $expected->{port}, $expected->{protocol}))
{
push(@listening_ports, $expected);
}
else
{
push(@missing_ports, $expected);
}
}
my $game_port_listening = 0;
my $query_port_listening = 0;
my $rcon_port_listening = 0;
foreach my $port (@listening_ports)
{
$game_port_listening = 1 if($port->{name} eq "game");
$query_port_listening = 1 if($port->{name} eq "query");
$rcon_port_listening = 1 if($port->{name} eq "rcon");
}
my $expected_count = scalar(@expected_ports);
my $listening_count = scalar(@listening_ports);
my $missing_count = scalar(@missing_ports);
my ($hint_timestamp, $stored_hint) = read_status_hint($home_id);
my $effective_hint = $state_hint ne "" ? $state_hint : $stored_hint;
my $last_error = "";
my $status = "UNKNOWN";
my $status_state = "Unknown";
my $ready = 0;
if(!$process_running && $listening_count > 0)
{
$status = "WARNING";
$status_state = "Warning";
$last_error = "Required port is listening but the managed process/session is not running.";
}
elsif($process_running && $expected_count > 0 && $missing_count == 0)
{
$status = "ONLINE";
$status_state = "Running";
$ready = 1;
}
elsif($process_running && $expected_count > 0 && $listening_count > 0)
{
$status = "ONLINE";
$status_state = "Warning";
$ready = 1;
$last_error = "Process/session exists, but some expected ports are not listening.";
}
elsif($process_running)
{
if($effective_hint eq "STOPPING")
{
$status = "STOPPING";
$status_state = "Stopping";
}
elsif($hint_timestamp > 0 && (time() - $hint_timestamp) > $startup_timeout)
{
$status = "UNRESPONSIVE";
$status_state = "Failed";
$last_error = "Process/session exists but game port is not listening after startup timeout.";
}
else
{
$status = "STARTING";
$status_state = "Starting";
}
}
else
{
$status = "OFFLINE";
$status_state = "Stopped";
clear_pid_metadata($home_id);
}
my $status_info = {
home_id => $home_id,
status => $status,
StatusState => $status_state,
status_state => $status_state,
ready => $ready,
ProcessRunning => $process_running,
process_running => $process_running,
session_running => $session_running,
pid_running => $pid_running,
game_port_listening => $game_port_listening ? 1 : 0,
query_port_listening => $query_port_listening ? 1 : 0,
rcon_port_listening => $rcon_port_listening ? 1 : 0,
ExpectedPorts => \@expected_ports,
expected_ports => \@expected_ports,
ListeningPorts => \@listening_ports,
listening_ports => \@listening_ports,
MissingPorts => \@missing_ports,
missing_ports => \@missing_ports,
pid => $game_pid ne "" ? $game_pid : $screen_pid,
screen_pid => $screen_pid,
windows_pid => "",
linux_pid => $linux_pid,
session_name => $screen_id,
ip => $server_ip,
port => $server_port,
query_port => $query_port,
rcon_port => $rcon_port,
game_port => $server_port,
last_error => $last_error,
query_info => ""
};
record_server_state_transition($status_info);
return $status_info;
}
# Universal startup function
sub universal_start
{
chomp(@_);
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
return universal_start_without_decrypt(decrypt_params(@_));
}
# Split to two parts because of internal calls.
sub universal_start_without_decrypt
{
my (
$home_id, $home_path, $server_exe, $run_dir,
$startup_cmd, $server_port, $server_ip, $cpu, $nice, $preStart, $envVars, $game_key, $console_log
) = @_;
if (is_screen_running_without_decrypt(SCREEN_TYPE_HOME, $home_id) == 1)
{
logger "This server is already running (ID: $home_id).";
return -14;
}
if (!-e $home_path)
{
logger "Can't find server's install path [ $home_path ].";
return -10;
}
my $owner = SERVER_RUNNER_USER;
my $group = SERVER_RUNNER_USER;
my $ogpAgentGroup = `whoami`;
my $screen_id = create_screen_id(SCREEN_TYPE_HOME, $home_id);
my $status_hint_file = get_status_hint_path($home_id);
chomp $ogpAgentGroup;
if(defined LINUX_USER_PER_GAME_SERVER && LINUX_USER_PER_GAME_SERVER eq "1"){
$owner = "gamehome" . $home_id;
$group = `whoami`;
chomp $group;
# Create new user if doesn't exist
my $userExists = `id -u $owner`;
if(not is_integer($userExists)){
logger "User $owner currently doesn't exist... creating user...";
sudo_exec_without_decrypt("useradd -m $owner");
sudo_exec_without_decrypt("usermod -s /bin/bash $owner");
sudo_exec_without_decrypt("usermod -a -G \"$owner\" \"$group\"");
}
}
# Fix perms on ogp_agent user's homedir so that other users can access their owned files within this dir
my $fixOGPHomeDirCommand = 'chmod -R ug+rwx $( getent passwd "' . $ogpAgentGroup . '" | cut -d: -f6 )';
sudo_exec_without_decrypt($fixOGPHomeDirCommand);
$fixOGPHomeDirCommand = 'find "$( getent passwd "' . $ogpAgentGroup . '" | cut -d: -f6 )" -type d -print0 | xargs -0 chmod o+x';
sudo_exec_without_decrypt($fixOGPHomeDirCommand);
# Some game require that we are in the directory where the binary is.
my $game_binary_dir = Path::Class::Dir->new($home_path, $run_dir);
if ( -e $game_binary_dir && !chdir $game_binary_dir)
{
logger "Could not change to server binary directory $game_binary_dir.";
return -12;
}
# Temporarily unlock the server executable
secure_path_without_decrypt('chattr-i', $server_exe);
# Set ownership on the game home
set_path_ownership($owner, $group, $home_path, 1);
if (!-x $server_exe)
{
if (!chmod 0775, $server_exe)
{
logger "The $server_exe file is not executable.";
return -13;
}
}
if(defined $preStart && $preStart ne ""){
# Get it in the format that the startup file can use
$preStart = multiline_to_startup_comma_format($preStart);
}else{
$preStart = "";
}
if(defined $envVars && $envVars ne ""){
# Replace variables in the envvars if they exist
my @prestartenvvars = split /[\r\n]+/, $envVars;
my $envVarStr = "";
foreach my $line (@prestartenvvars) {
$line = replace_OGP_Env_Vars("", $home_id, $home_path, $line, $game_key);
if($line ne ""){
logger "Configuring environment variable: $line";
$envVarStr .= "$line\n";
}
}
if(defined $envVarStr && $envVarStr ne ""){
$envVars = $envVarStr;
}
# Get it in the format that the startup file can use
$envVars = multiline_to_startup_comma_format($envVars);
}else{
$envVars = "";
}
# Secure file
secure_path_without_decrypt('chattr+i', $server_exe);
# Create startup file for the server.
my $startup_file =
Path::Class::File->new(GAME_STARTUP_DIR, "$server_ip-$server_port");
if (open(STARTUP, '>', $startup_file))
{
print STARTUP
"$home_id,$home_path,$server_exe,$run_dir,$startup_cmd,$server_port,$server_ip,$cpu,$nice,$preStart,$envVars,$game_key,$console_log";
logger "Created startup flag for $server_ip-$server_port";
close(STARTUP);
}
else
{
logger "Cannot create file in " . $startup_file . " : $!";
}
if(defined $preStart && $preStart ne ""){
# Get it in the format that the startup file can use
$preStart = startup_comma_format_to_multiline($preStart);
}else{
$preStart = "";
}
if(defined $envVars && $envVars ne ""){
# Get it in the format that the startup file can use
$envVars = startup_comma_format_to_multiline($envVars);
}else{
$envVars = "";
}
# Create the startup string.
my $file_extension = substr $server_exe, -4;
my $cli_bin;
my $command;
my $run_before_start;
# Replace any OGP variables found in the command line
$startup_cmd = replace_OGP_Env_Vars($screen_id, $home_id, $home_path, $startup_cmd, $game_key);
if($file_extension eq ".exe" or $file_extension eq ".bat")
{
$command = "wine $server_exe $startup_cmd";
if ($cpu ne 'NA')
{
$command = "taskset -c $cpu wine $server_exe $startup_cmd";
}
if(defined($Cfg::Preferences{ogp_autorestart_server}) && $Cfg::Preferences{ogp_autorestart_server} eq "1"){
$cli_bin = create_screen_cmd_loop($screen_id, $command, $envVars, undef, $status_hint_file);
}else{
$cli_bin = create_screen_cmd_loop($screen_id, $command, $envVars, 1);
}
}
elsif($file_extension eq ".jar")
{
$command = "$startup_cmd";
if ($cpu ne 'NA')
{
$command = "taskset -c $cpu $startup_cmd";
}
if(defined($Cfg::Preferences{ogp_autorestart_server}) && $Cfg::Preferences{ogp_autorestart_server} eq "1"){
$cli_bin = create_screen_cmd_loop($screen_id, $command, $envVars, undef, $status_hint_file);
}else{
$cli_bin = create_screen_cmd_loop($screen_id, $command, $envVars, 1);
}
}
else
{
$command = "./$server_exe $startup_cmd";
if ($cpu ne 'NA')
{
$command = "taskset -c $cpu ./$server_exe $startup_cmd";
}
if(defined($Cfg::Preferences{ogp_autorestart_server}) && $Cfg::Preferences{ogp_autorestart_server} eq "1"){
$cli_bin = create_screen_cmd_loop($screen_id, $command, $envVars, undef, $status_hint_file);
}else{
$cli_bin = create_screen_cmd_loop($screen_id, $command, $envVars, 1);
}
}
my $log_file = Path::Class::File->new(SCREEN_LOGS_DIR, "screenlog.$screen_id");
backup_home_log( $home_id, $log_file, $home_path . "/" . $console_log );
logger
"Startup command [ $cli_bin ] will be executed in dir $game_binary_dir.";
# Fix permissions one last time (for backup_home_log created folder / files / etc)
my $server_start_bashfile = $screen_id . "_startup_scr.sh";
secure_path_without_decrypt('chattr-i', $server_start_bashfile);
set_path_ownership($owner, $group, $home_path, 1);
my $readOnlyOwnerCmd = "chmod -Rf og-r '$server_start_bashfile'";
sudo_exec_without_decrypt($readOnlyOwnerCmd);
secure_path_without_decrypt('chattr+i', $server_start_bashfile);
# Run before start script
$run_before_start = run_before_start_commands($home_id, $home_path, $preStart, $owner);
sudo_exec_without_decrypt($cli_bin, $owner);
write_status_hint($home_id, "STARTING");
sleep(1);
my @started_pids = get_home_pids($home_id);
my $game_pid = @started_pids > 0 ? $started_pids[0] : "";
my $screen_pid = get_screen_pid_without_decrypt($home_id);
write_pid_metadata($home_id, {
screen_pid => $screen_pid,
game_pid => $game_pid,
ip => $server_ip,
port => $server_port
});
queue_agent_event("server_process_started", "info", {
home_id => $home_id,
game_home_path => $home_path,
ip => $server_ip,
game_port => $server_port,
screen_session_name => $screen_id,
tracked_pid => $game_pid,
detected_process_pid => $game_pid,
actual_process_state => "starting",
actual_session_state => $screen_pid ne "" ? "present" : "unknown",
actual_port_state => "pending_validation",
message => "Server process start command completed; status polling will confirm port readiness."
});
renice_process_without_decrypt($home_id, $nice);
chdir AGENT_RUN_DIR;
return 1;
}
# This is used to change the priority of process
# @return 1 if successfully set prosess priority
# @return -1 in case of an error.
sub renice_process
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
return renice_process_without_decrypt(decrypt_params(@_));
}
sub renice_process_without_decrypt
{
my ($home_id, $nice) = @_;
if ($nice != 0)
{
my @pids = get_home_pids($home_id);
logger
"Renicing pids [ @pids ] from home_id $home_id with nice value $nice.";
foreach my $pid (@pids)
{
my $ret = sudo_exec_without_decrypt('/usr/bin/renice '.$nice.' '.$pid);
($ret) = split(/;/, $ret, 2);
if($ret != 1)
{
logger "Unable to renice process, probably bad sudo password or not in sudoers list.";
return -1
}
}
}
return 1;
}
# This is used to force a process to run on a particular CPU
sub force_cpu
{
return force_cpu_without_decrypt(decrypt_params(@_));
}
sub force_cpu_without_decrypt
{
my ($home_id, $cpu) = @_;
if ($cpu ne 'NA')
{
my @pids = get_home_pids($home_id);
logger
"Setting server from home_id $home_id with pids @pids to run on CPU $cpu.";
foreach my $pid (@pids)
{
my $rpid = kill 0, $pid;
if ($rpid == 1)
{
my $ret = sudo_exec_without_decrypt('/usr/bin/taskset -pc '.$cpu.' '.$pid);
($ret) = split(/;/, $ret, 2);
if($ret != 1)
{
logger "Unable to set cpu, probably a bad sudo password or not in sudoers list.";
return -1
}
}
}
}
return 1;
}
# Returns the number of CPUs available.
sub cpu_count
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
if (!-e "/proc/cpuinfo")
{
return "ERROR - Missing /proc/cpuinfo";
}
open(CPUINFO, '<', "/proc/cpuinfo")
or return "ERROR - Cannot open /proc/cpuinfo";
my $cpu_count = 0;
while (<CPUINFO>)
{
chomp;
next if $_ !~ /^processor/;
$cpu_count++;
}
close(CPUINFO);
return "$cpu_count";
}
### File exists check ####
# Simple a way to check if a file exists using the remote agent
#
# @return 0 when file exists.
# @return 1 when file does not exist.
sub rfile_exists
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
chdir AGENT_RUN_DIR;
my $checkFile = decrypt_param(@_);
if (-e $checkFile)
{
return 0;
}
else
{
return 1;
}
}
#### Quick check to verify agent is up and running
# Used to quickly see if the agent is online, and if the keys match.
# The message that is sent to the agent must be hello, if not then
# it is intrepret as encryption key missmatch.
#
# @return 1 when encrypted message is not 'hello'
# @return 0 when check is ok.
sub quick_chk
{
my $dec_check = &decrypt_param(@_);
if ($dec_check ne 'hello')
{
logger "ERROR - Encryption key mismatch! Returning 1 to asker.";
return 1;
}
return 0;
}
sub log_path_has_wildcards
{
my ($path) = @_;
return defined($path) && $path =~ /[*?\[]/ ? 1 : 0;
}
sub wildcard_pattern_to_regex
{
my ($pattern) = @_;
return undef unless defined($pattern);
my $regex = '';
my @chars = split(//, $pattern);
my $in_class = 0;
for (my $i = 0; $i <= $#chars; $i++)
{
my $c = $chars[$i];
if (!$in_class)
{
if ($c eq '*')
{
$regex .= '[^/]*';
}
elsif ($c eq '?')
{
$regex .= '[^/]';
}
elsif ($c eq '[')
{
$in_class = 1;
$regex .= '[';
}
else
{
$regex .= quotemeta($c);
}
}
else
{
if ($c eq ']')
{
$in_class = 0;
$regex .= ']';
}
else
{
$regex .= $c;
}
}
}
return undef if $in_class;
return qr/^$regex\z/i;
}
sub resolve_latest_log_match
{
my ($home_path, $pattern) = @_;
return undef if !defined($home_path) || !defined($pattern) || $pattern eq "";
$pattern =~ s{\\}{/}g;
$pattern =~ s{^\./+}{};
return undef if $pattern =~ /\0/;
return undef if $pattern =~ m{^/};
return undef if $pattern =~ m{(^|/)\.\.(?:/|$)};
my $home_abs = Cwd::abs_path($home_path);
return undef unless defined($home_abs);
my $regex = wildcard_pattern_to_regex($pattern);
return undef unless defined($regex);
my $glob_pattern = $pattern;
$glob_pattern =~ s/\[([^\]]+)\]/\*/g;
my @matches = bsd_glob("$home_path/$glob_pattern", GLOB_NOSORT);
my @candidates = ();
foreach my $candidate (@matches)
{
next unless -f $candidate;
my $candidate_abs = Cwd::abs_path($candidate);
next unless defined($candidate_abs);
next unless $candidate_abs eq $home_abs || index($candidate_abs, "$home_abs/") == 0;
my $candidate_rel = $candidate_abs;
$candidate_rel =~ s{\\}{/}g;
my $home_norm = $home_abs;
$home_norm =~ s{\\}{/}g;
$candidate_rel =~ s/^\Q$home_norm\E\/?//;
next unless $candidate_rel =~ $regex;
my $mtime = (stat($candidate_abs))[9] || 0;
push(@candidates, [ $candidate_abs, $mtime ]);
}
return undef unless scalar(@candidates) > 0;
@candidates = sort { $b->[1] <=> $a->[1] || $b->[0] cmp $a->[0] } @candidates;
return $candidates[0]->[0];
}
### Return -10 If home path is not found.
### Return -9 If log type was invalid.
### Return -8 If log file was not found.
### 0 reserved for connection problems.
### Return 1;content If log found and screen running.
### Return 2;content If log found but screen is not running.
sub get_log
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($screen_type, $home_id, $home_path, $nb_of_lines, $log_file) = decrypt_params(@_);
my $log_request_wildcard = 0;
if (!chdir $home_path)
{
logger "Can't change to server's install path [ $home_path ].";
return -10;
}
if ( ($screen_type eq SCREEN_TYPE_UPDATE)
&& ($screen_type eq SCREEN_TYPE_HOME))
{
logger "Invalid screen type '$screen_type'.";
return -9;
}
if(!$log_file)
{
my $screen_id = create_screen_id($screen_type, $home_id);
$log_file = Path::Class::File->new(SCREEN_LOGS_DIR, "screenlog.$screen_id");
}
else
{
if (log_path_has_wildcards($log_file))
{
$log_request_wildcard = 1;
my $resolved_log_file = resolve_latest_log_match($home_path, $log_file);
if (!defined($resolved_log_file))
{
logger "No log files matched wildcard pattern '$log_file' in '$home_path'.";
return "-8;" . encode("No log files matched pattern: $log_file");
}
logger "Wildcard log '$log_file' resolved to '$resolved_log_file'.";
$log_file = Path::Class::File->new($resolved_log_file);
}
else
{
$log_file = Path::Class::File->new($home_path, $log_file);
}
}
sudo_exec_without_decrypt("chmod 777 \"$log_file\"");
# Create local copy of current log file if SCREEN_LOG_LOCAL = 1
if(SCREEN_LOG_LOCAL == 1)
{
my $log_local = Path::Class::File->new($home_path, "LOG_$screen_type.txt");
if ( -e $log_local )
{
unlink $log_local;
}
# Copy log file only if it's not an UPDATE type as it may contain steam credentials
if($screen_type eq SCREEN_TYPE_HOME){
copy($log_file, $log_local);
}
}
# Regenerate the log file if it doesn't exist
unless ( -e $log_file )
{
if ($log_request_wildcard)
{
logger "Wildcard log file does not resolve to an existing file: " . $log_file;
return -8;
}
if (open(NEWLOG, '>', $log_file))
{
logger "Log file missing, regenerating: " . $log_file;
print NEWLOG "Log file missing, started new log\n";
close(NEWLOG);
}
else
{
logger "Cannot regenerate log file in " . $log_file . " : $!";
return -8;
}
}
# Return a few lines of output to the web browser
my(@modedlines) = `tail -n $nb_of_lines $log_file`;
my $linecount = 0;
foreach my $line (@modedlines) {
#Remove unwanted characters (https://superuser.com/questions/99128/removing-the-escape-characters-from-gnu-screens-screenlog-n)
$line =~ s/\x1b[[()=][;?0-9]*[0-9A-Za-z]?//g;
$line =~ s/\r//g;
$line =~ s/\007//g;
#Text replacements to remove the Steam user login from steamcmd logs for security reasons.
$line =~ s/login .*//g;
$line =~ s/Logging .*//g;
$line =~ s/set_steam_guard_code.*//g;
$line =~ s/force_install_dir.*//g;
#Text replacements to remove empty lines.
$line =~ s/^ +//g;
$line =~ s/^\t+//g;
$line =~ s/^\e+//g;
#Remove � from console output when master server update is running.
$line =~ s/�//g;
$modedlines[$linecount]=$line;
$linecount++;
}
my $encoded_content = encode_list(@modedlines);
chdir AGENT_RUN_DIR;
if(is_screen_running_without_decrypt($screen_type, $home_id) == 1)
{
return "1;" . $encoded_content;
}
else
{
return "2;" . $encoded_content;
}
}
# stop server function
sub stop_server
{
chomp(@_);
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
return stop_server_without_decrypt(decrypt_params(@_));
}
##### Stop server without decrypt
### Return 1 when error occurred on decryption.
### Return 0 on success
sub stop_server_without_decrypt
{
my ($home_id, $server_ip, $server_port, $control_protocol,
$control_password, $control_type, $home_path) = @_;
my $usedProtocolToStop = 0;
write_status_hint($home_id, "STOPPING");
my $startup_file = Path::Class::File->new(GAME_STARTUP_DIR, "$server_ip-$server_port");
if (-e $startup_file)
{
logger "Removing startup flag " . $startup_file . "";
unlink($startup_file)
or logger "Cannot remove the startup flag file $startup_file $!";
}
# Some validation checks for the variables.
if ($server_ip =~ /^\s*$/ || $server_port < 0 || $server_port > 65535)
{
logger("Invalid IP:Port given $server_ip:$server_port.");
return 1;
}
my $screen_id = create_screen_id(SCREEN_TYPE_HOME, $home_id);
my $as_user = find_user_by_screen_id($screen_id);
if ($control_password !~ /^\s*$/ and $control_protocol ne "")
{
if ($control_protocol eq "rcon")
{
use KKrcon::KKrcon;
my $rcon = new KKrcon(
Password => $control_password,
Host => $server_ip,
Port => $server_port,
Type => $control_type
);
my $rconCommand = "quit";
$rcon->execute($rconCommand);
$usedProtocolToStop = 1;
}
elsif ($control_protocol eq "rcon2")
{
use KKrcon::HL2;
my $rcon2 = new HL2(
hostname => $server_ip,
port => $server_port,
password => $control_password,
timeout => 2
);
my $rconCommand = "quit";
$rcon2->run($rconCommand);
$usedProtocolToStop = 1;
}
elsif ($control_protocol eq "armabe")
{
use ArmaBE::ArmaBE;
my $armabe = new ArmaBE(
hostname => $server_ip,
port => $server_port, # Uses server port for now (Arma 2), Arma 3 BE uses a different, user definable port
password => $control_password,
timeout => 2
);
my $rconCommand = "#shutdown";
my $armabe_result = $armabe->run($rconCommand);
if ($armabe_result) {
logger "ArmaBE Shutdown command sent successfully";
$usedProtocolToStop = 1;
}
}
elsif ($control_protocol eq "minecraft")
{
use Minecraft::RCON;
my $strip_color = 1;
my $rconPort = get_minecraft_rcon_port($home_path);
logger "Minecraft rcon port detected as $rconPort with path of $home_path";
if ($rconPort != -1){
my $minecraft;
my $response;
eval {
$minecraft = Minecraft::RCON->new(
{
address => $server_ip,
port => $rconPort,
password => $control_password,
color_mode => $strip_color ? 'strip' : 'convert',
}
);
};
if (defined $minecraft)
{
eval { $minecraft->connect };
logger "Minecraft rcon module connection failed: $@" if $@;
my $rconCommand = "/stop";
eval { $response = $minecraft->command($rconCommand) };
logger $@ ? "Minecraft rcon error: $@" : "Minecraft rcon module response: $response";
eval { $minecraft->disconnect; };
if (defined $response) {
logger "Minecraft Shutdown command sent successfully";
$usedProtocolToStop = 1;
}
}
}
}
my @server_pids;
# Gives the server time to shutdown with rcon in case it takes a while for the server to shutdown (arma for example) before we forcefully kill it
if ($usedProtocolToStop == 1 && is_screen_running_without_decrypt(SCREEN_TYPE_HOME, $home_id) == 1){
@server_pids = get_home_pids($home_id);
my $timeWaited = 0;
my $pidSize = @server_pids;
my $maxWaitTime = 5;
# Maximum time to wait can now be configured as a preference
if(defined($Cfg::Preferences{protocol_shutdown_waittime}) && $Cfg::Preferences{protocol_shutdown_waittime} =~ /^\d+?$/){
$maxWaitTime = $Cfg::Preferences{protocol_shutdown_waittime};
}
while ($pidSize > 0 && $timeWaited < $maxWaitTime && is_screen_running_without_decrypt(SCREEN_TYPE_HOME, $home_id) == 1) {
select(undef, undef, undef, 0.25); # Sleeps for 250ms
# Add to time waited
$timeWaited += 0.25;
# Recheck server home PIDs
@server_pids = get_home_pids($home_id);
$pidSize = @server_pids;
}
}
if (is_screen_running_without_decrypt(SCREEN_TYPE_HOME, $home_id) == 0)
{
logger "Stopped server $server_ip:$server_port with rcon quit.";
force_kill_tracked_and_port_without_decrypt($home_id, $server_port, $as_user);
return verify_runtime_stop_complete_without_decrypt($home_id, $server_ip, $server_port);
}
else
{
logger "Failed to send rcon quit. Stopping server with kill command.";
}
@server_pids = get_home_pids($home_id);
my $cnt;
my $out;
foreach my $pid (@server_pids)
{
chomp($pid);
$cnt = sudo_exec_without_decrypt("kill 15 $pid", $as_user);
($cnt, $out) = split(/;/, $cnt, 2);
if ($cnt == -1)
{
$cnt = sudo_exec_without_decrypt("kill 9 $pid", $as_user);
($cnt, $out) = split(/;/, $cnt, 2);
if ($cnt == -1)
{
logger "Process $pid can not be stopped.";
}
else
{
logger "Stopped process with pid $pid successfully using kill 9.";
}
}
else
{
logger "Stopped process with pid $pid successfully using kill 15.";
}
}
sudo_exec_without_decrypt('screen -wipe > /dev/null 2>&1', $as_user);
force_kill_tracked_and_port_without_decrypt($home_id, $server_port, $as_user);
return verify_runtime_stop_complete_without_decrypt($home_id, $server_ip, $server_port);
}
else
{
logger "Remote control protocol not available or PASSWORD NOT SET. Using kill signal instead.";
my @server_pids = get_home_pids($home_id);
my $cnt;
my $out;
foreach my $pid (@server_pids)
{
chomp($pid);
$cnt = sudo_exec_without_decrypt("kill 15 $pid", $as_user);
($cnt, $out) = split(/;/, $cnt, 2);
if ($cnt == -1)
{
$cnt = sudo_exec_without_decrypt("kill 9 $pid", $as_user);
($cnt, $out) = split(/;/, $cnt, 2);
if ($cnt == -1)
{
logger "Process $pid can not be stopped.";
}
else
{
logger "Stopped process with pid $pid successfully using kill 9.";
}
}
else
{
logger "Stopped process with pid $pid successfully using kill 15.";
}
}
sudo_exec_without_decrypt('screen -wipe > /dev/null 2>&1', $as_user);
force_kill_tracked_and_port_without_decrypt($home_id, $server_port, $as_user);
return verify_runtime_stop_complete_without_decrypt($home_id, $server_ip, $server_port);
}
}
sub verify_runtime_stop_complete_without_decrypt
{
my ($home_id, $server_ip, $server_port) = @_;
my $pid_meta = read_pid_metadata($home_id);
for(my $i = 0; $i < 30; $i++)
{
my $session_running = is_screen_running_without_decrypt(SCREEN_TYPE_HOME, $home_id) == 1 ? 1 : 0;
my $pid_running = 0;
$pid_running = 1 if(defined($pid_meta->{game_pid}) && $pid_meta->{game_pid} =~ /^\d+$/ && is_pid_alive_without_decrypt($pid_meta->{game_pid}) == 1);
$pid_running = 1 if(!$pid_running && defined($pid_meta->{screen_pid}) && $pid_meta->{screen_pid} =~ /^\d+$/ && is_pid_alive_without_decrypt($pid_meta->{screen_pid}) == 1);
my $port_listening = is_port_listening_without_decrypt($server_ip, $server_port);
if(!$session_running && !$pid_running && !$port_listening)
{
clear_pid_metadata($home_id);
write_status_hint($home_id, "STOPPED");
queue_agent_event("server_stop_confirmed", "info", {
home_id => $home_id,
ip => $server_ip,
game_port => $server_port,
tracked_pid => $pid_meta->{game_pid} || $pid_meta->{screen_pid} || "",
actual_process_state => "stopped",
actual_session_state => "stopped",
actual_port_state => "closed",
message => "Server stop confirmed after process, session, and port validation."
});
return 0;
}
sleep 2;
}
my $screen_id = create_screen_id(SCREEN_TYPE_HOME, $home_id);
my $as_user = find_user_by_screen_id($screen_id);
sudo_exec_without_decrypt('screen -S '.$screen_id.' -X quit', $as_user);
sleep 2;
sudo_exec_without_decrypt('screen -wipe > /dev/null 2>&1', $as_user);
force_kill_tracked_and_port_without_decrypt($home_id, $server_port, $as_user);
my $session_running = is_screen_running_without_decrypt(SCREEN_TYPE_HOME, $home_id) == 1 ? 1 : 0;
my $pid_running = 0;
$pid_running = 1 if(defined($pid_meta->{game_pid}) && $pid_meta->{game_pid} =~ /^\d+$/ && is_pid_alive_without_decrypt($pid_meta->{game_pid}) == 1);
$pid_running = 1 if(!$pid_running && defined($pid_meta->{screen_pid}) && $pid_meta->{screen_pid} =~ /^\d+$/ && is_pid_alive_without_decrypt($pid_meta->{screen_pid}) == 1);
my $port_listening = is_port_listening_without_decrypt($server_ip, $server_port);
if($session_running || $pid_running || $port_listening)
{
logger "Server $server_ip:$server_port is still running or listening after stop escalation.";
queue_agent_event("server_unresponsive", "error", {
home_id => $home_id,
ip => $server_ip,
game_port => $server_port,
tracked_pid => $pid_meta->{game_pid} || $pid_meta->{screen_pid} || "",
actual_process_state => $pid_running ? "running" : "stopped",
actual_session_state => $session_running ? "running" : "stopped",
actual_port_state => $port_listening ? "listening" : "closed",
message => "Server remained active after stop escalation."
});
return 1;
}
clear_pid_metadata($home_id);
write_status_hint($home_id, "STOPPED");
queue_agent_event("server_stop_confirmed", "info", {
home_id => $home_id,
ip => $server_ip,
game_port => $server_port,
tracked_pid => $pid_meta->{game_pid} || $pid_meta->{screen_pid} || "",
actual_process_state => "stopped",
actual_session_state => "stopped",
actual_port_state => "closed",
message => "Server stop confirmed after escalation."
});
return 0;
}
##### Send RCON command
### Return 0 when error occurred on decryption.
### Return 1 on success
sub send_rcon_command
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($home_id, $server_ip, $server_port, $control_protocol,
$control_password, $control_type, $rconCommand) = decrypt_params(@_);
# legacy console
if ($control_protocol eq "lcon")
{
my $screen_id = create_screen_id(SCREEN_TYPE_HOME, $home_id);
my $as_user = find_user_by_screen_id($screen_id);
my $ScreenCommand = 'screen -S '.$screen_id.' -p 0 -X stuff "'.$rconCommand.'$(printf \\\\r)"';
logger "Sending legacy console command to ".$screen_id.": \n$rconCommand \n .";
my $ret = sudo_exec_without_decrypt($ScreenCommand, $as_user);
my ($retval, $enc_out) = split(/;/, $ret, 2);
if($retval == 1)
{
my(@modedlines) = "$rconCommand";
my $encoded_content = encode_list(@modedlines);
return "1;" . $encoded_content;
}
return 0;
}
# Some validation checks for the variables.
if ($server_ip =~ /^\s*$/ || $server_port < 0 || $server_port > 65535)
{
logger("Invalid IP:Port given $server_ip:$server_port.");
return 0;
}
if ($control_password !~ /^\s*$/)
{
if ($control_protocol eq "rcon")
{
use KKrcon::KKrcon;
my $rcon = new KKrcon(
Password => $control_password,
Host => $server_ip,
Port => $server_port,
Type => $control_type
);
logger "Sending RCON command to $server_ip:$server_port: \n$rconCommand \n .";
my(@modedlines) = $rcon->execute($rconCommand);
my $encoded_content = encode_list(@modedlines);
return "1;" . $encoded_content;
}
elsif ($control_protocol eq "rcon2")
{
use KKrcon::HL2;
my $rcon2 = new HL2(
hostname => $server_ip,
port => $server_port,
password => $control_password,
timeout => 2
);
logger "Sending RCON command to $server_ip:$server_port: \n $rconCommand \n .";
my(@modedlines) = $rcon2->run($rconCommand);
my $encoded_content = encode_list(@modedlines);
return "1;" . $encoded_content;
}
elsif ($control_protocol eq "armabe")
{
use ArmaBE::ArmaBE;
my $armabe = new ArmaBE(
hostname => $server_ip,
port => $server_port, # Uses server port for now (Arma 2), Arma 3 BE uses a different, user definable port
password => $control_password,
timeout => 2
);
logger "Sending RCON command via ArmaBE module to $server_ip:$server_port: \n $rconCommand \n .";
my(@modedlines) = $armabe->run($rconCommand);
my $encoded_content = encode_list(@modedlines);
return "1;" . $encoded_content;
}
}
else
{
logger "Control protocol PASSWORD NOT SET.";
return -10;
}
}
##### Returns a directory listing
### @return List of directories if everything OK.
### @return 0 If the directory is not found.
### @return -1 If cannot open the directory.
sub dirlist
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($datadir) = &decrypt_param(@_);
logger "Asked for dirlist of $datadir directory.";
if (!-d $datadir)
{
logger "ERROR - Directory [ $datadir ] not found!";
return -1;
}
if (!opendir(DIR, $datadir))
{
logger "ERROR - Can't open $datadir: $!";
return -2;
}
my @dirlist = readdir(DIR);
closedir(DIR);
return join(";", @dirlist);
}
##### Returns a directory listing with extra info the filemanager
### @return List of directories if everything OK.
### @return 1 If the directory is empty.
### @return -1 If the directory is not found.
### @return -2 If cannot open the directory.
sub dirlistfm
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my $datadir = &decrypt_param(@_);
logger "Asked for dirlist of $datadir directory.";
if (!-d $datadir)
{
logger "ERROR - Directory [ $datadir ] not found!";
return -1;
}
if (!opendir(DIR, $datadir))
{
logger "ERROR - Can't open $datadir: $!";
return -2;
}
my $dir = $datadir;
$dir =~ s/('+)/'"$1"'/g;
my $lsattr = `lsattr '$dir' 2>/dev/null`;
my @attr_all = split /\n+/, $lsattr;
my %attr = ();
my ($a, $p, @f);
foreach (@attr_all)
{
($a, $p) = split(/\s/, $_, 2);
@f = split /\//, $p;
$attr{$f[-1]} = $a;
}
my %dirfiles = ();
my (
$dev, $ino, $mode, $nlink, $uid, $gid, $rdev,
$size, $atime, $mtime, $ctime, $blksize, $blocks
);
my $count = 0;
chdir($datadir);
while (my $item = readdir(DIR))
{
#skip the . and .. special dirs
next if $item eq '.';
next if $item eq '..';
#print "Dir list is" . $item."\n";
#Stat the file to get ownership and size
(
$dev, $ino, $mode, $nlink, $uid, $gid, $rdev,
$size, $atime, $mtime, $ctime, $blksize, $blocks
) = stat($item);
if(defined $uid)
{
$uid = getpwuid($uid);
}
else
{
$uid = '';
}
if(defined $gid)
{
$gid = getgrgid($gid);
}
else
{
$gid = '';
}
#This if else logic determines what it is, File, Directory, other
if (-T $item)
{
# print "File\n";
$dirfiles{'files'}{$count}{'filename'} = encode_base64($item);
$dirfiles{'files'}{$count}{'size'} = $size;
$dirfiles{'files'}{$count}{'user'} = $uid;
$dirfiles{'files'}{$count}{'group'} = $gid;
$dirfiles{'files'}{$count}{'attr'} = $attr{$item};
}
elsif (-d $item)
{
# print "Dir\n";
$dirfiles{'directorys'}{$count}{'filename'} = encode_base64($item);
$dirfiles{'directorys'}{$count}{'size'} = $size;
$dirfiles{'directorys'}{$count}{'user'} = $uid;
$dirfiles{'directorys'}{$count}{'group'} = $gid;
}
elsif (-B $item)
{
#print "File\n";
$dirfiles{'binarys'}{$count}{'filename'} = encode_base64($item);
$dirfiles{'binarys'}{$count}{'size'} = $size;
$dirfiles{'binarys'}{$count}{'user'} = $uid;
$dirfiles{'binarys'}{$count}{'group'} = $gid;
$dirfiles{'binarys'}{$count}{'attr'} = $attr{$item};
}
else
{
#print "Unknown\n"
#will be listed as common files;
$dirfiles{'files'}{$count}{'filename'} = encode_base64($item);
$dirfiles{'files'}{$count}{'size'} = $size;
$dirfiles{'files'}{$count}{'user'} = $uid;
$dirfiles{'files'}{$count}{'group'} = $gid;
$dirfiles{'files'}{$count}{'attr'} = $attr{$item};
}
$count++;
}
closedir(DIR);
if ($count eq 0)
{
logger "Empty directory $datadir.";
return 1;
}
chdir AGENT_RUN_DIR;
#Now we return it to the webpage, as array
return {%dirfiles};
}
###### Returns the contents of a text file
sub readfile
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
chdir AGENT_RUN_DIR;
my $userfile = &decrypt_param(@_);
unless ( -e $userfile )
{
if (open(BLANK, '>', $userfile))
{
close(BLANK);
}
}
if (!open(USERFILE, '<', $userfile))
{
logger "ERROR - Can't open file $userfile for reading.";
return -1;
}
my ($wholefile, $buf);
while (read(USERFILE, $buf, 60 * 57))
{
$wholefile .= encode_base64($buf);
}
close(USERFILE);
if(!defined $wholefile)
{
return "1; ";
}
return "1;" . $wholefile;
}
###### Backs up file, then writes data to new file
### @return 1 On success
### @return 0 In case of a failure
sub writefile
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
chdir AGENT_RUN_DIR;
# $writefile = file we're editing, $filedata = the contents were writing to it
my ($writefile, $filedata) = &decrypt_params(@_);
if (!-e $writefile)
{
open FILE, ">", $writefile;
}
else
{
# backup the existing file
logger
"Backing up file $writefile to $writefile.bak before writing new data.";
if (!copy("$writefile", "$writefile.bak"))
{
logger
"ERROR - Failed to backup $writefile to $writefile.bak. Error: $!";
return 0;
}
}
if (!-w $writefile)
{
logger "ERROR - File [ $writefile ] is not writeable!";
return 0;
}
if (!open(WRITER, '>', $writefile))
{
logger "ERROR - Failed to open $writefile for writing.";
return 0;
}
$filedata = decode_base64($filedata);
$filedata =~ s/\r//g;
print WRITER "$filedata";
close(WRITER);
logger "Wrote $writefile successfully!";
return 1;
}
###### Reboots the server remotely through panel
### @return 1 On success
### @return 0 In case of a failure
sub rebootnow
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
sudo_exec_without_decrypt('sleep 10s; shutdown -r now');
logger "Scheduled system reboot to occur in 10 seconds successfully!";
return 1;
}
# Determine the os of the agent machine.
sub what_os
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my $which_uname = `which uname`;
chomp $which_uname;
if ($which_uname ne "")
{
my $os;
my $os_name;
my $os_arch;
my $wine_ver = "";
$os_name = `$which_uname`;
chomp $os_name;
$os_arch = `$which_uname -m`;
chomp $os_arch;
my $which_wine = `which wine`;
chomp $which_wine;
if ($which_wine ne "")
{
$wine_ver = `$which_wine --version`;
chomp $wine_ver;
$wine_ver = "|".$wine_ver;
}
$os = $os_name." ".$os_arch.$wine_ver;
return "$os";
}
else
{
logger "Cannot determine OS..that is odd";
return "Unknown";
}
}
### @return PID of the download process if started succesfully.
### @return -1 If could not create temporary download directory.
### @return -2 If could not create destination directory.
### @return -3 If resources unavailable.
sub start_file_download
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($url, $destination, $filename, $action, $post_script) = &decrypt_params(@_);
logger
"Starting to download URL $url. Destination: $destination - Filename: $filename";
if (!-e $destination)
{
logger "Creating destination directory.";
if (!mkpath $destination )
{
logger "Could not create destination '$destination' directory : $!";
return -2;
}
}
my $download_file_path = Path::Class::File->new($destination, "$filename");
my $pid = fork();
if (not defined $pid)
{
logger "Could not allocate resources for download.";
return -3;
}
# Only the forked child goes here.
elsif ($pid == 0)
{
my $ua = LWP::UserAgent->new( ssl_opts => { verify_hostname => 0,
SSL_verify_mode => 0x00 } );
$ua->agent('Mozilla/5.0');
my $response = $ua->get($url, ':content_file' => "$download_file_path");
if ($response->is_success)
{
logger "Successfully fetched $url and stored it to $download_file_path. Retval: ".$response->status_line;
if (!-e $download_file_path)
{
logger "File $download_file_path does not exist.";
exit(0);
}
if ($action eq "uncompress")
{
logger "Starting file uncompress as ordered.";
uncompress_file_without_decrypt($download_file_path,
$destination);
}
# Run post scripts if any
if ($post_script ne "")
{
logger "Running postscript commands.";
my @postcmdlines = split /[\r\n]+/, $post_script;
my $postcmdfile = $destination."/".'postinstall.sh';
open FILE, '>', $postcmdfile;
print FILE "cd $destination\n";
foreach my $line (@postcmdlines) {
logger "Postscript command received \"" . $line ."\".";
if(handle_lock_command_line($line) == 0){
print FILE "$line\n";
}else{
logger "Lock command completed successfully";
}
}
print FILE "rm -f $destination/postinstall.sh\n";
close FILE;
chmod 0755, $postcmdfile;
my $screen_id = create_screen_id("post_script", $$);
my $cli_bin = create_screen_cmd($screen_id, "bash $postcmdfile");
system($cli_bin);
}
}
else
{
logger
"Unable to fetch $url, or save to $download_file_path. Retval: ".$response->status_line;
exit(0);
}
# Child process must exit.
exit(0);
}
else
{
logger "Download process for $download_file_path has pid number $pid.";
return "$pid";
}
}
sub lock_additional_files{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($homedir, $files, $action) = &decrypt_params(@_);
return lock_additional_files_logic($homedir, $files, $action);
}
sub lock_additional_files_logic{
my ($homedir, $filesToLock, $action, $returnType) = @_;
logger "Locking additional files specified in the XML.";
my $commandStr = "";
$filesToLock = startup_comma_format_to_multiline($filesToLock);
$filesToLock = replace_OGP_Env_Vars("", "", $homedir, $filesToLock);
my @filesToProcess = split /[\r\n]+/, $filesToLock;
foreach my $line (@filesToProcess) {
my $fullPath = $homedir . "/" . $line;
if($action eq "lock"){
if(defined $returnType && $returnType eq "str"){
$commandStr .= "echo '".$SUDOPASSWD."' | sudo -S -p \" \" sh -c \"" . secure_path_without_decrypt("chattr+i", $fullPath, $returnType) . "\" > /dev/null 2>&1" . "\n";
$commandStr .= "echo '".$SUDOPASSWD."' | sudo -S -p \" \" sh -c \"" . secure_path_without_decrypt("chattr+i", $line, $returnType) . "\" > /dev/null 2>&1" . "\n";
}else{
secure_path_without_decrypt("chattr+i", $fullPath);
secure_path_without_decrypt("chattr+i", $line);
}
}else{
if(defined $returnType && $returnType eq "str"){
$commandStr .= "echo '".$SUDOPASSWD."' | sudo -S -p \" \" sh -c \"" . secure_path_without_decrypt("chattr-i", $fullPath, $returnType) . "\" > /dev/null 2>&1" . "\n";
$commandStr .= "echo '".$SUDOPASSWD."' | sudo -S -p \" \" sh -c \"" . secure_path_without_decrypt("chattr-i", $line, $returnType) . "\" > /dev/null 2>&1" . "\n";
}else{
secure_path_without_decrypt("chattr-i", $fullPath);
secure_path_without_decrypt("chattr-i", $line);
}
}
}
if($commandStr ne ""){
return $commandStr;
}
return "";
}
sub run_before_start_commands
{
#return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($server_id, $homedir, $beforestartcmd, $pathowner) = @_;
if ($homedir ne "" && $server_id ne ""){
# Run any prestart scripts
if (defined $beforestartcmd && $beforestartcmd ne "")
{
logger "Running pre-start XML commands before starting server ID $server_id with a home directory of $homedir.";
my @prestartcmdlines = split /[\r\n]+/, $beforestartcmd;
my $prestartcmdfile = $homedir."/".'prestart_ogp.sh';
open FILE, '>', $prestartcmdfile;
print FILE "#!/bin/bash" . "\n";
print FILE "cd $homedir\n";
foreach my $line (@prestartcmdlines) {
print FILE "$line\n";
}
print FILE "rm -f $prestartcmdfile\n";
close FILE;
chmod 0755, $prestartcmdfile;
sudo_exec_without_decrypt("bash $prestartcmdfile", $pathowner);
}
}else{
return -2;
}
return 1;
}
sub multiline_to_startup_comma_format{
my ($multiLineVar) = @_;
$multiLineVar =~ s/,//g; # commas are invalid anyways in bash
$multiLineVar =~ s/[\r]+//g;
$multiLineVar =~ s/[\n]+/{OGPNEWLINE}/g;
return $multiLineVar;
}
sub multiline_to_bash_commands{
my ($multiLineVar) = @_;
$multiLineVar =~ s/[\n]+/ && /g;
return $multiLineVar;
}
sub startup_comma_format_to_multiline{
my ($multiLineVar) = @_;
$multiLineVar =~ s/{OGPNEWLINE}/\n/g;
return $multiLineVar;
}
sub create_secure_script
{
my ($home_path, $exec_folder_path, $exec_path) = @_;
secure_path_without_decrypt('chattr-i', $home_path);
my $secure = "$home_path/secure.sh";
$home_path =~ s/('+)/'\"$1\"'/g;
$exec_folder_path =~ s/('+)/'\"$1\"'/g;
$exec_path =~ s/('+)/'\"$1\"'/g;
my $sec = $secure;
$sec =~ s/('+)/'\"$1\"'/g;
open FILE, '>', $secure;
print FILE "chmod 771 '$exec_folder_path'\n".
"chmod 750 '$exec_path'\n".
"chmod +x '$exec_path'\n".
"chattr +i '$exec_path'\n".
"rm -f '$sec'";
close FILE;
chmod 0770, $secure;
sudo_exec_without_decrypt("chown 0:0 '$sec'");
return 0;
}
sub check_b4_chdir
{
my ($path, $owner) = @_;
if (!-e $path)
{
logger "$path does not exist yet. Trying to create it...";
eval { mkpath($path); 1 } or logger "Error creating $path with Perl mkpath command. Errno: $! - Trying again with sudo...";
if (!-e $path)
{
sudo_exec_without_decrypt('mkdir -p ' . $path);
}
if (!-e $path)
{
return -1;
}
}
my $group = SERVER_RUNNER_USER;
if(defined LINUX_USER_PER_GAME_SERVER && LINUX_USER_PER_GAME_SERVER eq "1"){
$group = `whoami`;
chomp $group;
}
set_path_ownership($owner, $group, $path);
if (!chdir $path)
{
logger "Unable to change dir to '$path'.";
return -1;
}
return 0;
}
sub set_path_ownership
{
my ($owner, $group, $path, $skipChattr) = @_;
my $owner_uid = `id -u $owner`;
chomp $owner_uid;
my $group_uid = `id -g $group`;
chomp $group_uid;
# Remove immutable flag recursivelly
if(!$skipChattr){
secure_path_without_decrypt('chattr-i', $path);
}
# Set owner and perms on it recursivelly as well
my $chownCommand = "chown -Rf $owner_uid:$group_uid '$path'";
my $chmodCommand = "chmod -Rf ug+rwx '$path'";
my $chmodCommandDir = "chmod -Rf o+rx `find '$path' -type d`";
sudo_exec_without_decrypt($chownCommand);
sudo_exec_without_decrypt($chmodCommand);
sudo_exec_without_decrypt($chmodCommandDir);
my $groupCommand = "find '$path' -type d | xargs chmod g+s";
sudo_exec_without_decrypt($groupCommand);
$groupCommand = "find '$path' -type d | xargs setfacl -d -m u::rwX,g::rwX,o::rx";
sudo_exec_without_decrypt($groupCommand);
# Remove perms for other users
$chmodCommand = "chmod -Rf o-rwx `find '$path' -type f`";
sudo_exec_without_decrypt($chmodCommand);
return 0;
}
sub create_bash_scripts
{
my ( $home_path, $bash_scripts_path, $precmd, $postcmd, @installcmds ) = @_;
$home_path =~ s/('+)/'\"$1\"'/g;
$bash_scripts_path =~ s/('+)/'\"$1\"'/g;
my @precmdlines = split /[\r\n]+/, $precmd;
my $precmdfile = 'preinstall.sh';
open FILE, '>', $precmdfile;
print FILE "cd '$home_path'\n";
foreach my $line (@precmdlines) {
print FILE "$line\n";
}
close FILE;
chmod 0755, $precmdfile;
my @postcmdlines = split /[\r\n]+/, $postcmd;
my $postcmdfile = 'postinstall.sh';
open FILE, '>', $postcmdfile;
print FILE "cd '$home_path'\n";
foreach my $line (@postcmdlines) {
print FILE "$line\n";
}
print FILE "cd '$home_path'\n".
"echo '".$SUDOPASSWD."' | sudo -S -p \" \" bash secure.sh\n".
"rm -f secure.sh\n".
"cd '$bash_scripts_path'\n".
"rm -f preinstall.sh\n".
"rm -f postinstall.sh\n".
"rm -f runinstall.sh\n";
close FILE;
chmod 0755, $postcmdfile;
my $installfile = 'runinstall.sh';
open FILE, '>', $installfile;
print FILE "#!/bin/bash\n".
"cd '$bash_scripts_path'\n".
"./$precmdfile\n";
foreach my $installcmd (@installcmds)
{
print FILE "$installcmd\n";
}
print FILE "wait ".'${!}'."\n".
"cd '$bash_scripts_path'\n".
"./$postcmdfile\n";
close FILE;
chmod 0755, $installfile;
return $installfile;
}
#### Run the rsync update ####
### @return 1 If update started
### @return 0 In error case.
sub start_rsync_install
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($home_id, $home_path, $url, $exec_folder_path, $exec_path, $precmd, $postcmd, $filesToLockUnlock) = decrypt_params(@_);
my $owner = get_path_owner($home_path);
if ( check_b4_chdir($home_path, $owner) != 0)
{
return 0;
}
create_secure_script($home_path, $exec_folder_path, $exec_path);
my $bash_scripts_path = MANUAL_TMP_DIR . "/home_id_" . $home_id;
if ( check_b4_chdir($bash_scripts_path, $owner) != 0)
{
return 0;
}
# Rsync install require the rsync binary to exist in the system
# to enable this functionality.
my $rsync_binary = Path::Class::File->new("/usr/bin", "rsync");
if (!-f $rsync_binary)
{
logger "Failed to start rsync update from "
. $url
. " to $home_path. Error: Rsync client not installed.";
return 0;
}
my $screen_id = create_screen_id(SCREEN_TYPE_UPDATE, $home_id);
my $log_file = Path::Class::File->new(SCREEN_LOGS_DIR, "screenlog.$screen_id");
if(defined $filesToLockUnlock && $filesToLockUnlock ne ""){
$postcmd .= "\n" . lock_additional_files_logic($home_path, $filesToLockUnlock, "lock", "str");
}
backup_home_log( $home_id, $log_file );
my $path = $home_path;
$path =~ s/('+)/'\"$1\"'/g;
my @installcmds = ("/usr/bin/rsync --log-file='" . AGENT_RSYNC_GENERIC_LOG . "' --archive --compress --copy-links --update --verbose rsync://$url '$path'");
my $installfile = create_bash_scripts( $home_path, $bash_scripts_path, $precmd, $postcmd, @installcmds );
my $screen_cmd = create_screen_cmd($screen_id, "./$installfile");
logger "Running rsync update: /usr/bin/rsync --log-file='" . AGENT_RSYNC_GENERIC_LOG . "' --archive --compress --copy-links --update --verbose rsync://$url '$home_path'";
system($screen_cmd);
chdir AGENT_RUN_DIR;
return 1;
}
### @return PID of the download process if started succesfully.
### @return -1 If could not create temporary download directory.
### @return -2 If could not create destination directory.
### @return -3 If resources unavailable.
sub master_server_update
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($home_id,$home_path,$ms_home_id,$ms_home_path,$exec_folder_path,$exec_path,$precmd,$postcmd) = decrypt_params(@_);
my $owner = get_path_owner($home_path);
if ( check_b4_chdir($home_path, $owner) != 0)
{
return 0;
}
create_secure_script($home_path, $exec_folder_path, $exec_path);
my $bash_scripts_path = MANUAL_TMP_DIR . "/home_id_" . $home_id;
if ( check_b4_chdir($bash_scripts_path, $owner) != 0)
{
return 0;
}
my $screen_id = create_screen_id(SCREEN_TYPE_UPDATE, $home_id);
my $log_file = Path::Class::File->new(SCREEN_LOGS_DIR, "screenlog.$screen_id");
backup_home_log( $home_id, $log_file );
my $my_home_path = $home_path;
$my_home_path =~ s/('+)/'\"$1\"'/g;
$exec_path =~ s/\Q$home_path\E//g;
$exec_path =~ s/^\///g;
$exec_path =~ s/('+)/'\"$1\"'/g;
$ms_home_path =~ s/('+)/'\"$1\"'/g;
my @installcmds = ("cd '$ms_home_path'");
## Copy files that match the extensions listed at extPatterns.txt
open(EXT_PATTERNS, '<', Path::Class::File->new(AGENT_RUN_DIR, "extPatterns.txt"))
|| logger "Error reading patterns file $!";
my @ext_paterns = <EXT_PATTERNS>;
foreach my $patern (@ext_paterns)
{
chop $patern;
push (@installcmds, "find -iname \\\*.$patern -exec cp -Rfp --parents {} '$my_home_path'/ \\\;");
}
close EXT_PATTERNS;
## Copy the server executable so it can be secured with chattr +i
push (@installcmds, "cp -vf --parents '$exec_path' '$my_home_path'");
## Do symlinks for each of the other files
push (@installcmds, "cp -vuRfs '$ms_home_path'/* '$my_home_path'");
my $installfile = create_bash_scripts( $home_path, $bash_scripts_path, $precmd, $postcmd, @installcmds );
my $screen_cmd = create_screen_cmd($screen_id, "./$installfile");
logger "Running master server update from home ID $home_id to home ID $ms_home_id";
system($screen_cmd);
chdir AGENT_RUN_DIR;
return 1;
}
sub steam_cmd
{
chomp(@_);
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
return steam_cmd_without_decrypt(decrypt_params(@_));
}
#### Run the steam client ####
### @return 1 If update started
### @return 0 In error case.
sub steam_cmd_without_decrypt
{
my ($home_id, $home_path, $mod, $modname, $betaname, $betapwd, $user, $pass, $guard, $exec_folder_path, $exec_path, $precmd, $postcmd, $cfg_os, $filesToLockUnlock, $arch_bits) = @_;
my $owner = get_path_owner($home_path);
if ( check_b4_chdir($home_path, $owner) != 0)
{
return 0;
}
create_secure_script($home_path, $exec_folder_path, $exec_path);
my $bash_scripts_path = MANUAL_TMP_DIR . "/home_id_" . $home_id;
if ( check_b4_chdir($bash_scripts_path, $owner) != 0)
{
return 0;
}
my $screen_id = create_screen_id(SCREEN_TYPE_UPDATE, $home_id);
my $screen_id_for_txt_update = substr ($screen_id, rindex($screen_id, '_') + 1);
my $steam_binary = Path::Class::File->new(STEAMCMD_CLIENT_DIR, "steamcmd.sh");
my $installSteamFile = $screen_id_for_txt_update . "_install.txt";
my $installtxt = Path::Class::File->new(STEAMCMD_CLIENT_DIR, $installSteamFile);
open FILE, '>', $installtxt;
print FILE "\@ShutdownOnFailedCommand 1\n";
print FILE "\@NoPromptForPassword 1\n";
if($cfg_os eq 'windows')
{
print FILE "\@sSteamCmdForcePlatformType windows\n";
}
# Handle requested SteamCMD architecture
if(defined $arch_bits && $arch_bits ne ""){
print FILE "\@sSteamCmdForcePlatformBitness " . $arch_bits . "\n";
}
if(defined STEAM_DL_LIMIT && STEAM_DL_LIMIT ne "" && is_integer(STEAM_DL_LIMIT) && STEAM_DL_LIMIT > 0){
print FILE "set_download_throttle " . STEAM_DL_LIMIT . "\n";
}
print FILE "force_install_dir \"$home_path\"\n";
if($guard ne '')
{
print FILE "set_steam_guard_code $guard\n";
}
if($user ne '' && $user ne 'anonymous')
{
print FILE "login $user $pass\n";
}
else
{
print FILE "login anonymous\n";
}
if($modname ne "")
{
print FILE "app_set_config $mod mod $modname\n";
print FILE "app_update $mod mod $modname validate\n";
}
if($betaname ne "" && $betapwd ne "")
{
print FILE "app_update $mod -beta $betaname -betapassword $betapwd\n";
}
elsif($betaname ne "" && $betapwd eq "")
{
print FILE "app_update $mod -beta $betaname\n";
}
else
{
print FILE "app_update $mod\n";
}
print FILE "exit\n";
close FILE;
my $log_file = Path::Class::File->new(SCREEN_LOGS_DIR, "screenlog.$screen_id");
backup_home_log( $home_id, $log_file );
my $postcmd_mod = $postcmd;
if(defined $filesToLockUnlock && $filesToLockUnlock ne ""){
$postcmd_mod .= "\n" . lock_additional_files_logic($home_path, $filesToLockUnlock, "lock", "str");
}
my @installcmds = ("$steam_binary +runscript $installtxt +exit");
my $installfile = create_bash_scripts( $home_path, $bash_scripts_path, $precmd, $postcmd_mod, @installcmds );
my $screen_cmd = create_screen_cmd($screen_id, "./$installfile");
logger "Running steam update: $steam_binary +runscript $installtxt +exit";
system($screen_cmd);
return 1;
}
sub fetch_steam_version
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($appId, $pureOutput) = &decrypt_params(@_);
my $steam_binary = Path::Class::File->new(STEAMCMD_CLIENT_DIR, "steamcmd.sh");
my $steam_options = "+login anonymous +app_info_update 1 +app_info_print \"$appId\" +quit";
my $grep = $pureOutput != "0" ? "" : '| grep -EA 1000 "^\s+\"branches\"$" | grep -EA 5 "^\s+\"public\"$" | grep -m 1 -EB 10 "^\s+}$" | grep -E "^\s+\"buildid\"\s+" | tr \'[:blank:]"\' \' \' | tr -s \' \' | cut -d\' \' -f3';
logger "Getting latest version info for AppId $appId";
my $response = `$steam_binary $steam_options $grep`;
return $response;
}
sub installed_steam_version
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($game_home, $mod, $pureOutput) = &decrypt_params(@_);
my $appFile = $game_home."/steamapps/appmanifest_$mod.acf";
my $grep = $pureOutput != "0" ? "" : '| grep buildid | tr \'[:blank:]"\' \' \' | tr -s \' \' | cut -d\' \' -f3';
if ( ! -f $appFile)
{
return "-10";
}
return `cat $appFile $grep`;
}
sub automatic_steam_update
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($home_id, $game_home, $server_ip, $server_port, $exec_path, $exec_folder_path,
$control_protocol, $control_password, $control_type,
$appId, $modname, $betaname, $betapwd, $user, $pass, $guard, $precmd, $postcmd, $cfg_os, $filesToLockUnlock,
$startup_cmd, $cpu, $nice, $preStart, $envVars, $game_key, $arch_bits, $console_log) = &decrypt_params(@_);
# Is the server currently running? if it is, we'll try to start it after updating.
my $isServerRunning = is_screen_running_without_decrypt(SCREEN_TYPE_HOME, $home_id) == 1 ? 1 : 0;
# Check if an update is already happening.
if (is_screen_running_without_decrypt(SCREEN_TYPE_UPDATE, $home_id) == 1)
{
logger("Update already running for server $home_id, unable to start automatic update.");
return -10;
}
# Stop the server if it's running.
if ($isServerRunning == 1)
{
logger("Stopping server $home_id for automatic update.");
if (stop_server_without_decrypt($home_id, $server_ip, $server_port, $control_protocol, $control_password, $control_type, $game_home) != 0)
{
logger("Failed to stop server $home_id for automatic update. Exiting update procedure.");
return -9
}
}
# steam_cmd: Returns 0 if the update failed, in which case, don't try starting the server - because we may have an incomplete or corrupt installation.
if (steam_cmd_without_decrypt($home_id, $game_home, $appId, $modname, $betaname, $betapwd, $user, $pass, $guard, $exec_folder_path, $exec_path, $precmd, $postcmd, $cfg_os, $filesToLockUnlock, $arch_bits) == 0)
{
logger("Failed to start steam_cmd for server $home_id.");
return -8;
} else {
if ($isServerRunning == 1)
{
while (1)
{
# If the update screen for $home_id isn't running, attempt to start the server.
if (is_screen_running_without_decrypt(SCREEN_TYPE_UPDATE, $home_id) == 0)
{
if (universal_start_without_decrypt($home_id, $game_home, $exec_path, $exec_folder_path, $startup_cmd, $server_port, $server_ip, $cpu, $nice, $preStart, $envVars, $game_key, $console_log) != 1)
{
logger("Failed to start server $home_id after automatic update.");
return -7;
} else {
logger("Starting server $home_id after automatic update.");
return 1;
}
last;
}
sleep 5;
}
} else {
# Update was started, but server wasn't initially running.
return 2;
}
}
}
sub rsync_progress
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($running_home) = &decrypt_param(@_);
logger "User requested progress on rsync job on home $running_home.";
if (-r $running_home)
{
$running_home =~ s/('+)/'"$1"'/g;
my $progress = `du -sk '$running_home'`;
chomp($progress);
my ($bytes, $junk) = split(/\s+/, $progress);
logger("Found $bytes and $junk");
return $bytes;
}
return "0";
}
sub is_file_download_in_progress
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($pid) = &decrypt_param(@_);
logger "User requested if download is in progress with pid $pid.";
my @pids = `ps -ef`;
@pids = grep(/$pid/, @pids);
logger "Number of pids for file download: @pids";
if (@pids > '0')
{
return 1;
}
return 0;
}
### \return 1 If file is uncompressed succesfully.
### \return 0 If file does not exist.
### \return -1 If file could not be uncompressed.
sub uncompress_file
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
return uncompress_file_without_decrypt(decrypt_params(@_));
}
sub uncompress_file_without_decrypt
{
# Globals
$Archive::Extract::PREFER_BIN = 1;
# File must include full path.
my ($file, $destination) = @_;
logger "Uncompression called for file $file to dir $destination.";
if (!-e $file)
{
logger "File $file could not be found for uncompression.";
return 0;
}
if (!-e $destination)
{
mkpath($destination, {error => \my $err});
if (@$err)
{
logger "Failed to create destination dir $destination.";
return 0;
}
}
my $filesize = (stat($file))[7];
if($filesize >= 3221225472 && $file =~ /\.zip$/i){
# Archive::Extract seems to have problems with large zip files, so for files greater than 3GB in size, let the system handle it
logger "Using system call to unzip.";
system("unzip -o $file -d $destination");
if($? != 0){
logger "Done.";
return -1;
}
}else{
my $ae = Archive::Extract->new(archive => $file);
if (!$ae)
{
logger "Could not create archive instance for file $file.";
return -1;
}
my $ok = $ae->extract(to => $destination);
if (!$ok)
{
logger "File $file could not be uncompressed.";
return -1;
}
logger "File uncompressed/extracted successfully.";
}
return 1;
}
### \return 1 If files are compressed succesfully.
### \return -1 If files could not be compressed.
sub compress_files
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
return compress_files_without_decrypt(decrypt_params(@_));
}
sub compress_files_without_decrypt
{
my ($files,$destination,$archive_name,$archive_type) = @_;
if (!-e $destination)
{
logger "compress_files: Destination path ( $destination ) could not be found.";
return -1;
}
chdir $destination;
my @items = split /\Q\n/, $files;
my @inventory;
if($archive_type eq "zip")
{
logger $archive_type." compression called, destination archive is: $destination$archive_name.$archive_type";
my $zip = Archive::Zip->new();
foreach my $item (@items) {
if(-e $item)
{
if (-f $item)
{
$zip->addFile( $item );
}
elsif (-d $item)
{
$zip->addTree( $item, $item );
}
}
}
# Save the file
unless ( $zip->writeToFileNamed($archive_name.'.zip') == AZ_OK ) {
logger "Write Error at $destination/$archive_name.$archive_type";
return -1
}
logger $archive_type." archive $destination$archive_name.$archive_type created successfully";
return 1;
}
elsif($archive_type eq "tbz")
{
logger $archive_type." compression called, destination archive is: $destination$archive_name.$archive_type";
my $tar = Archive::Tar->new;
foreach my $item (@items) {
if(-e $item)
{
if (-f $item)
{
$tar->add_files( $item );
}
elsif (-d $item)
{
@inventory = ();
find (sub { push @inventory, $File::Find::name }, $item);
$tar->add_files( @inventory );
}
}
}
# Save the file
unless ( $tar->write("$archive_name.$archive_type", COMPRESS_BZIP) ) {
logger "Write Error at $destination/$archive_name.$archive_type";
return -1
}
logger $archive_type." archive $destination$archive_name.$archive_type created successfully";
return 1;
}
elsif($archive_type eq "tgz")
{
logger $archive_type." compression called, destination archive is: $destination$archive_name.$archive_type";
my $tar = Archive::Tar->new;
foreach my $item (@items) {
if(-e $item)
{
if (-f $item)
{
$tar->add_files( $item );
}
elsif (-d $item)
{
@inventory = ();
find (sub { push @inventory, $File::Find::name }, $item);
$tar->add_files( @inventory );
}
}
}
# Save the file
unless ( $tar->write("$archive_name.$archive_type", COMPRESS_GZIP) ) {
logger "Write Error at $destination/$archive_name.$archive_type";
return -1
}
logger $archive_type." archive $destination$archive_name.$archive_type created successfully";
return 1;
}
elsif($archive_type eq "tar")
{
logger $archive_type." compression called, destination archive is: $destination$archive_name.$archive_type";
my $tar = Archive::Tar->new;
foreach my $item (@items) {
if(-e $item)
{
if (-f $item)
{
$tar->add_files( $item );
}
elsif (-d $item)
{
@inventory = ();
find (sub { push @inventory, $File::Find::name }, $item);
$tar->add_files( @inventory );
}
}
}
# Save the file
unless ( $tar->write("$archive_name.$archive_type") ) {
logger "Write Error at $destination/$archive_name.$archive_type";
return -1
}
logger $archive_type." archive $destination$archive_name.$archive_type created successfully";
return 1;
}
elsif($archive_type eq "bz2")
{
logger $archive_type." compression called.";
foreach my $item (@items) {
if(-e $item)
{
if (-f $item)
{
bzip2 $item => "$item.bz2";
}
elsif (-d $item)
{
@inventory = ();
find (sub { push @inventory, $File::Find::name }, $item);
foreach my $relative_item (@inventory) {
bzip2 $relative_item => "$relative_item.bz2";
}
}
}
}
logger $archive_type." archives created successfully at $destination";
return 1;
}
}
sub discover_ips
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($check) = decrypt_params(@_);
if ($check ne "chk")
{
logger "Invalid parameter '$check' given for discover_ips function.";
return "";
}
my $iplist = "";
my $ipfound;
my $junk;
my @ipraw = `/sbin/ifconfig`;
while (<@ipraw>)
{
chomp;
next if $_ !~ /^inet:/ ;
logger "Found addr on line: $_";
($junk, $ipfound) = split(":", $_);
next if $ipfound eq '';
next if $ipfound eq '127.0.0.1';
logger "Found an IP $ipfound";
$iplist .= "$ipfound,";
logger "IPlist is now $iplist";
}
while (<@ipraw>)
{
chomp;
next if $_ !~ /^addr:/ ;
logger "Found addr on line: $_";
($junk, $ipfound) = split(":", $_);
next if $ipfound eq '';
next if $ipfound eq '127.0.0.1';
logger "Found an IP $ipfound";
$iplist .= "$ipfound,";
logger "IPlist is now $iplist";
}
chop $iplist;
return "$iplist";
}
### Return -1 In case of invalid param
### Return 1;content in case of success
sub mon_stats
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($mon_stats) = decrypt_params(@_);
if ($mon_stats ne "mon_stats")
{
logger "Invalid parameter '$mon_stats' given for $mon_stats function.";
return -1;
}
# Collect all resource statistics
logger "Collecting resource usage statistics...";
# Get CPU usage
my %cpu_data;
my %prev_idle;
my %prev_total;
open(STAT, '/proc/stat');
while (<STAT>) {
next unless /^cpu([0-9]+)/;
my @stat = split /\s+/, $_;
$prev_idle{$1} = $stat[4];
$prev_total{$1} = $stat[1] + $stat[2] + $stat[3] + $stat[4];
}
close STAT;
sleep 1;
my %idle;
my %total;
open(STAT, '/proc/stat');
while (<STAT>) {
next unless /^cpu([0-9]+)/;
my @stat = split /\s+/, $_;
$idle{$1} = $stat[4];
$total{$1} = $stat[1] + $stat[2] + $stat[3] + $stat[4];
}
close STAT;
my $total_cpu_usage = 0;
my $cpu_core_count = 0;
foreach my $key ( keys %idle )
{
my $diff_idle = $idle{$key} - $prev_idle{$key};
my $diff_total = $total{$key} - $prev_total{$key};
my $percent = (100 * ($diff_total - $diff_idle)) / $diff_total;
$percent = sprintf "%.2f", $percent unless $percent == 0;
$total_cpu_usage += $percent;
$cpu_core_count++;
}
my $avg_cpu_usage = $cpu_core_count > 0 ? sprintf("%.2f", $total_cpu_usage / $cpu_core_count) : 0;
# Get RAM usage
my($mem_total, $buffers, $cached, $mem_free) = qw(0 0 0 0);
open(STAT, '/proc/meminfo');
while (<STAT>) {
$mem_total += $1 if /MemTotal\:\s+(\d+) kB/;
$buffers += $1 if /Buffers\:\s+(\d+) kB/;
$cached += $1 if /Cached\:\s+(\d+) kB/;
$mem_free += $1 if /MemFree\:\s+(\d+) kB/;
}
close STAT;
my $mem_used = $mem_total - $mem_free - $cached - $buffers;
my $mem_percent = $mem_total > 0 ? sprintf("%.2f", 100 * $mem_used / $mem_total) : 0;
$mem_total *= 1024; # Convert to bytes
$mem_used *= 1024; # Convert to bytes
# Get disk usage
my($disk_total, $disk_used, $disk_free) = split(' ', `df -lP 2>/dev/null|grep "^/dev/.*"|awk '{total+=\$2}{used+=\$3}{free+=\$4} END {print total, used, free}'`);
my $disk_percent = $disk_total > 0 ? sprintf("%.2f", 100 * $disk_used / $disk_total) : 0;
$disk_total *= 1024; # Convert to bytes
$disk_used *= 1024; # Convert to bytes
$disk_free *= 1024; # Convert to bytes
# Get uptime
open(STAT, '/proc/uptime');
my $uptime = 0;
while (<STAT>) {
$uptime += $1 if /^([0-9]+)/;
}
close STAT;
# Get load average
my $load_avg_1min = "0";
my $load_avg_5min = "0";
my $load_avg_15min = "0";
open(LOADAVG, '/proc/loadavg');
while (<LOADAVG>) {
if (/^(\S+)\s+(\S+)\s+(\S+)/) {
$load_avg_1min = $1;
$load_avg_5min = $2;
$load_avg_15min = $3;
}
}
close LOADAVG;
# Log the collected statistics
logger "Resource stats collected - CPU: ${avg_cpu_usage}%, Memory: ${mem_percent}% (${mem_used}/${mem_total} bytes), Disk: ${disk_percent}% (${disk_used}/${disk_total} bytes), Uptime: ${uptime}s, Load: ${load_avg_1min}/${load_avg_5min}/${load_avg_15min}";
# Submit to database if configured
my $submit_result = submit_resource_stats_to_db($avg_cpu_usage, $mem_used, $mem_total, $mem_percent, $disk_used, $disk_total, $disk_free, $disk_percent, $uptime, $load_avg_1min, $load_avg_5min, $load_avg_15min);
if ($submit_result == 1) {
logger "Resource statistics successfully submitted to MySQL database.";
} elsif ($submit_result == -1) {
logger "Failed to submit resource statistics to MySQL database - database not configured.";
} else {
logger "Failed to submit resource statistics to MySQL database - error occurred.";
}
# Return basic format for compatibility
my @disk = `df -hP -x tmpfs`;
my $encoded_content = encode_list(@disk);
my @uptime_compat = `uptime`;
$encoded_content .= encode_list(@uptime_compat);
return "1;$encoded_content";
}
sub ensure_dbi_available
{
eval {
require DBI;
DBI->import();
1;
} and return 1;
my $error = $@ || "unknown error";
logger "DBI Perl module unavailable; resource stats database submission is disabled: $error";
scheduler_log_events("DBI Perl module unavailable; resource stats database submission is disabled");
return 0;
}
sub submit_resource_stats_to_db
{
my ($cpu_usage, $mem_used, $mem_total, $mem_percent, $disk_used, $disk_total, $disk_free, $disk_percent, $uptime, $load_1min, $load_5min, $load_15min) = @_;
# Check if database is configured
if (!defined STATS_DB_HOST || STATS_DB_HOST eq '' ||
!defined STATS_DB_USER || STATS_DB_USER eq '' ||
!defined STATS_DB_PASS || STATS_DB_PASS eq '' || STATS_DB_PASS eq 'REPLACE_ME' ||
!defined STATS_DB_NAME || STATS_DB_NAME eq '') {
logger "Resource stats database not configured - skipping database submission.";
scheduler_log_events("Resource stats database not configured - skipping submission");
return -1;
}
if (!ensure_dbi_available()) {
return -1;
}
my $dbh;
eval {
# Connect to MySQL database
my $dsn = "DBI:mysql:database=" . STATS_DB_NAME . ";host=" . STATS_DB_HOST;
logger "Attempting to connect to MySQL database: $dsn (user: " . STATS_DB_USER . ")";
$dbh = DBI->connect($dsn, STATS_DB_USER, STATS_DB_PASS, {
RaiseError => 1,
AutoCommit => 1,
mysql_enable_utf8 => 1
});
if (!$dbh) {
logger "Failed to connect to MySQL database: $DBI::errstr";
return 0;
}
logger "Successfully connected to MySQL database for resource stats submission.";
# Create the proper database tables based on the schema files
create_resource_stats_tables($dbh);
# Get machine information
my $machine_id = get_machine_id();
my $hostname = `hostname -f 2>/dev/null || hostname`;
chomp($hostname);
my $ip = get_local_ip();
# Ensure the machine is registered
ensure_machine_registered($dbh, $machine_id, $hostname, $ip);
# Get additional system metrics for proper schema compliance
my ($swap_used, $swap_total, $disk_path, $net_iface, $rx_bytes, $tx_bytes, $iface_speed) = get_extended_system_metrics();
# Insert machine-level resource sample
insert_machine_sample($dbh, $machine_id, $cpu_usage, $mem_used, $mem_total, $mem_percent,
$swap_used, $swap_total, $disk_path, $disk_total, $disk_used, $disk_percent,
$net_iface, $rx_bytes, $tx_bytes, $iface_speed, $load_1min, $load_5min, $load_15min);
# Collect and insert per-process/server resource samples
collect_and_insert_process_samples($dbh, $machine_id);
$dbh->disconnect();
logger "Resource statistics inserted into database successfully.";
return 1;
};
if ($@) {
logger "Error submitting resource stats to database: $@";
if ($dbh) {
$dbh->disconnect();
}
return 0;
}
return 1;
}
sub create_resource_stats_tables
{
my ($dbh) = @_;
my $table_prefix = STATS_TABLE_PREFIX || 'gsp_';
# Create gsp_machines table
my $machines_sql = qq{
CREATE TABLE IF NOT EXISTS `${table_prefix}machines` (
`id` int(11) NOT NULL AUTO_INCREMENT,
`machine_id` varchar(64) COLLATE utf8mb4_unicode_ci NOT NULL,
`hostname` varchar(255) COLLATE utf8mb4_unicode_ci NOT NULL,
`ip` varchar(45) COLLATE utf8mb4_unicode_ci DEFAULT NULL,
`created_at` timestamp NOT NULL DEFAULT CURRENT_TIMESTAMP,
PRIMARY KEY (`id`),
UNIQUE KEY `uniq_machine` (`machine_id`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci
};
# Create gsp_machine_samples table
my $machine_samples_sql = qq{
CREATE TABLE IF NOT EXISTS `${table_prefix}machine_samples` (
`id` bigint(20) NOT NULL AUTO_INCREMENT,
`machine_id` varchar(64) COLLATE utf8mb4_unicode_ci NOT NULL,
`ts` datetime NOT NULL,
`load1` decimal(6,2) DEFAULT NULL,
`load5` decimal(6,2) DEFAULT NULL,
`load15` decimal(6,2) DEFAULT NULL,
`cpu_pct` decimal(6,2) DEFAULT NULL,
`mem_used_bytes` bigint(20) DEFAULT NULL,
`mem_total_bytes` bigint(20) DEFAULT NULL,
`mem_used_pct` decimal(6,2) DEFAULT NULL,
`swap_used_bytes` bigint(20) DEFAULT NULL,
`swap_total_bytes` bigint(20) DEFAULT NULL,
`disk_path` varchar(255) COLLATE utf8mb4_unicode_ci DEFAULT NULL,
`disk_total_bytes` bigint(20) DEFAULT NULL,
`disk_used_bytes` bigint(20) DEFAULT NULL,
`disk_used_pct` decimal(6,2) DEFAULT NULL,
`net_iface` varchar(64) COLLATE utf8mb4_unicode_ci DEFAULT NULL,
`rx_bytes` bigint(20) DEFAULT NULL,
`tx_bytes` bigint(20) DEFAULT NULL,
`iface_speed_mbps` int(11) DEFAULT NULL,
PRIMARY KEY (`id`),
KEY `idx_machine_ts` (`machine_id`,`ts`),
KEY `idx_ts` (`ts`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci
};
# Create gsp_process_samples table
my $process_samples_sql = qq{
CREATE TABLE IF NOT EXISTS `${table_prefix}process_samples` (
`id` bigint(20) NOT NULL AUTO_INCREMENT,
`machine_id` varchar(64) COLLATE utf8mb4_unicode_ci NOT NULL,
`ts` datetime NOT NULL,
`server_name` varchar(255) COLLATE utf8mb4_unicode_ci NOT NULL,
`server_path` varchar(512) COLLATE utf8mb4_unicode_ci NOT NULL,
`pid` int(11) NOT NULL,
`proc_name` varchar(255) COLLATE utf8mb4_unicode_ci DEFAULT NULL,
`cmd` text COLLATE utf8mb4_unicode_ci,
`cpu_pct` decimal(7,2) DEFAULT NULL,
`rss_bytes` bigint(20) DEFAULT NULL,
`vms_bytes` bigint(20) DEFAULT NULL,
`mem_pct` decimal(6,2) DEFAULT NULL,
`io_read_bytes` bigint(20) DEFAULT NULL,
`io_write_bytes` bigint(20) DEFAULT NULL,
`open_fds` int(11) DEFAULT NULL,
`listening_ports` varchar(255) COLLATE utf8mb4_unicode_ci DEFAULT NULL,
`folder_size_bytes` bigint(20) DEFAULT NULL,
PRIMARY KEY (`id`),
KEY `idx_proc_server` (`machine_id`,`server_name`,`ts`),
KEY `idx_proc_pid` (`machine_id`,`pid`,`ts`),
KEY `idx_ts` (`ts`)
) ENGINE=InnoDB DEFAULT CHARSET=utf8mb4 COLLATE=utf8mb4_unicode_ci
};
logger "Creating resource stats database tables...";
$dbh->do($machines_sql);
$dbh->do($machine_samples_sql);
$dbh->do($process_samples_sql);
logger "Resource stats database tables created/verified successfully.";
}
sub get_machine_id
{
# Use hostname as machine identifier for better identification
my $machine_id = `hostname`;
chomp($machine_id);
# Fallback to agent key only if hostname is not available
if (!$machine_id || $machine_id eq '') {
$machine_id = AGENT_KEY;
}
return $machine_id;
}
sub get_local_ip
{
# Try to get the primary IP address
my $ip = `hostname -I 2>/dev/null | awk '{print \$1}'`;
chomp($ip);
if (!$ip) {
$ip = `ip route get 8.8.8.8 2>/dev/null | grep -oP 'src \\K\\S+'`;
chomp($ip);
}
return $ip || '127.0.0.1';
}
sub ensure_machine_registered
{
my ($dbh, $machine_id, $hostname, $ip) = @_;
my $table_prefix = STATS_TABLE_PREFIX || 'gsp_';
# Check if machine exists, if not insert it
my $check_sql = "SELECT id FROM `${table_prefix}machines` WHERE machine_id = ?";
my $sth = $dbh->prepare($check_sql);
$sth->execute($machine_id);
my $result = $sth->fetchrow_hashref();
$sth->finish();
if (!$result) {
my $insert_sql = "INSERT INTO `${table_prefix}machines` (machine_id, hostname, ip) VALUES (?, ?, ?)";
my $insert_sth = $dbh->prepare($insert_sql);
$insert_sth->execute($machine_id, $hostname, $ip);
$insert_sth->finish();
logger "Registered new machine in database: $machine_id ($hostname)";
}
}
sub get_extended_system_metrics
{
# Get swap information
my ($swap_used, $swap_total) = (0, 0);
if (open(MEMINFO, '/proc/meminfo')) {
while (<MEMINFO>) {
$swap_total = $1 * 1024 if /SwapTotal\:\s+(\d+) kB/;
$swap_used = ($swap_total - $1 * 1024) if /SwapFree\:\s+(\d+) kB/;
}
close(MEMINFO);
}
# Get disk path (root filesystem)
my $disk_path = '/';
# Get network interface and statistics
my ($net_iface, $rx_bytes, $tx_bytes, $iface_speed) = ('', 0, 0, 0);
my $default_iface = `ip route | grep default | head -1 | awk '{print \$5}'`;
chomp($default_iface);
if ($default_iface) {
$net_iface = $default_iface;
if (open(NETDEV, '/proc/net/dev')) {
while (<NETDEV>) {
if (/^\s*$default_iface:\s*(\d+)\s+\d+\s+\d+\s+\d+\s+\d+\s+\d+\s+\d+\s+\d+\s+(\d+)/) {
$rx_bytes = $1;
$tx_bytes = $2;
last;
}
}
close(NETDEV);
}
# Try to get interface speed
my $speed_file = "/sys/class/net/$default_iface/speed";
if (open(SPEED, $speed_file)) {
my $speed = <SPEED>;
chomp($speed);
$iface_speed = $speed if $speed =~ /^\d+$/;
close(SPEED);
}
}
return ($swap_used, $swap_total, $disk_path, $net_iface, $rx_bytes, $tx_bytes, $iface_speed);
}
sub insert_machine_sample
{
my ($dbh, $machine_id, $cpu_usage, $mem_used, $mem_total, $mem_percent,
$swap_used, $swap_total, $disk_path, $disk_total, $disk_used, $disk_percent,
$net_iface, $rx_bytes, $tx_bytes, $iface_speed, $load_1min, $load_5min, $load_15min) = @_;
my $table_prefix = STATS_TABLE_PREFIX || 'gsp_';
my $insert_sql = qq{
INSERT INTO `${table_prefix}machine_samples` (
machine_id, ts, load1, load5, load15, cpu_pct, mem_used_bytes, mem_total_bytes, mem_used_pct,
swap_used_bytes, swap_total_bytes, disk_path, disk_total_bytes, disk_used_bytes, disk_used_pct,
net_iface, rx_bytes, tx_bytes, iface_speed_mbps
) VALUES (?, NOW(), ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?)
};
my $sth = $dbh->prepare($insert_sql);
$sth->execute(
$machine_id, $load_1min, $load_5min, $load_15min, $cpu_usage, $mem_used, $mem_total, $mem_percent,
$swap_used, $swap_total, $disk_path, $disk_total, $disk_used, $disk_percent,
$net_iface, $rx_bytes, $tx_bytes, $iface_speed
);
$sth->finish();
logger "Machine sample inserted for $machine_id: CPU=$cpu_usage%, MEM=$mem_percent%, DISK=$disk_percent%";
}
sub collect_and_insert_process_samples
{
my ($dbh, $machine_id) = @_;
my $table_prefix = STATS_TABLE_PREFIX || 'gsp_';
# Get list of running game server processes (screen sessions and their child processes)
my @processes = ();
# Create lookup table for home_id to server_id mapping from startup files
my %home_id_to_server_id = ();
if (opendir(STARTUP_DIR_EARLY, GAME_STARTUP_DIR)) {
while (my $startup_file = readdir(STARTUP_DIR_EARLY)) {
next if $startup_file =~ /^\./;
my $startup_path = Path::Class::File->new(GAME_STARTUP_DIR, $startup_file);
if (open(STARTUP_FILE_EARLY, '<', $startup_path)) {
while (<STARTUP_FILE_EARLY>) {
chomp;
my ($server_id, $home_path, $server_exe, $run_dir, $startup_cmd, $server_port, $server_ip) = split(',', $_);
# Extract home_id from home_path (e.g., /home/gameserver/1518 -> 1518)
my ($extracted_home_id) = $home_path =~ /\/(\d+)$/;
if ($extracted_home_id && $server_id) {
$home_id_to_server_id{$extracted_home_id} = $server_id;
}
}
close(STARTUP_FILE_EARLY);
}
}
closedir(STARTUP_DIR_EARLY);
}
# Find screen sessions that might be game servers
my @screen_sessions = `screen -ls 2>/dev/null | grep -E "\\s+[0-9]+\\." | awk '{print \$1}'`;
foreach my $session (@screen_sessions) {
chomp($session);
next unless $session;
# Extract server name from screen session name (format: OGP_HOME_000001518 or similar)
my $server_name = $session;
my $server_path = '/';
# Try to extract home_id from OGP screen session and map to server_id
if ($session =~ /OGP_HOME_0*(\d+)/) {
my $home_id = $1;
if (exists $home_id_to_server_id{$home_id}) {
$server_name = $home_id_to_server_id{$home_id}; # Use actual server ID
} else {
$server_name = "GameServer_Home_$home_id"; # Fallback to home_id
}
} elsif ($session =~ /OGP_\w+_(.+)/) {
$server_name = $1;
} elsif ($session =~ /(\d+)\.(.+)/) {
$server_name = $2;
}
# Get PIDs of processes in this screen session
my $screen_pid_line = `screen -ls 2>/dev/null | grep '$session'`;
my ($screen_pid) = $screen_pid_line =~ /(\d+)\./;
if ($screen_pid && $screen_pid =~ /^\d+$/) {
# Get child processes of the screen session
my @child_pids = `pgrep -P $screen_pid 2>/dev/null`;
push @child_pids, $screen_pid; # Include the screen process itself
foreach my $pid (@child_pids) {
chomp($pid);
next unless $pid && $pid =~ /^\d+$/;
# Get process information
my $proc_info = get_process_info($pid, $server_name, $server_path);
push @processes, $proc_info if $proc_info;
}
}
}
# Check startup files to find configured game server executables
my %startup_executables = ();
if (opendir(STARTUP_DIR, GAME_STARTUP_DIR)) {
while (my $startup_file = readdir(STARTUP_DIR)) {
next if $startup_file =~ /^\./;
my $startup_path = Path::Class::File->new(GAME_STARTUP_DIR, $startup_file);
if (open(STARTUP_FILE, '<', $startup_path)) {
while (<STARTUP_FILE>) {
chomp;
my ($server_id, $home_path, $server_exe, $run_dir, $startup_cmd) = split(',', $_);
if ($server_exe && $home_path) {
# Extract just the executable name for process matching
my ($exe_name) = $server_exe =~ /([^\/]+)$/;
$startup_executables{$exe_name} = {
server_id => $server_id, # This is the actual server ID from startup file
home_path => $home_path,
full_exe => $server_exe
} if $exe_name;
}
}
close(STARTUP_FILE);
}
}
closedir(STARTUP_DIR);
}
my $startup_exe_count = scalar(keys %startup_executables);
logger "Found $startup_exe_count executable(s) from startup files for process monitoring" if $startup_exe_count > 0;
logger "Resource monitoring will ONLY track processes that have corresponding startup files in the startups folder" if $startup_exe_count > 0;
# Only look for processes that have corresponding startup files (managed game servers)
# This prevents monitoring orphaned processes and unrelated services
foreach my $exe_name (keys %startup_executables) {
my @pids = `pgrep -f '$exe_name' 2>/dev/null`;
foreach my $pid (@pids) {
chomp($pid);
next unless $pid && $pid =~ /^\d+$/;
# Avoid duplicates by checking if we already processed this PID
next if grep { $_->{pid} == $pid } @processes;
# Only process if this executable has a startup file (is managed by OGP)
if (exists $startup_executables{$exe_name}) {
my $startup_info = $startup_executables{$exe_name};
# Use the actual server ID from the startup file
my $server_name = $startup_info->{server_id} || "Unknown_Server_PID$pid";
my $server_path = $startup_info->{home_path} || '/';
my $proc_info = get_process_info($pid, $server_name, $server_path);
push @processes, $proc_info if $proc_info;
}
# If no startup file exists for this executable, we skip it (not managed by OGP)
}
}
# Insert process samples into database
my $insert_sql = qq{
INSERT INTO `${table_prefix}process_samples` (
machine_id, ts, server_name, server_path, pid, proc_name, cmd, cpu_pct, rss_bytes, vms_bytes,
mem_pct, io_read_bytes, io_write_bytes, open_fds, listening_ports, folder_size_bytes
) VALUES (?, NOW(), ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?, ?)
};
my $sth = $dbh->prepare($insert_sql);
my $samples_inserted = 0;
foreach my $proc (@processes) {
eval {
$sth->execute(
$machine_id, $proc->{server_name}, $proc->{server_path}, $proc->{pid}, $proc->{proc_name},
$proc->{cmd}, $proc->{cpu_pct}, $proc->{rss_bytes}, $proc->{vms_bytes}, $proc->{mem_pct},
$proc->{io_read_bytes}, $proc->{io_write_bytes}, $proc->{open_fds}, $proc->{listening_ports},
$proc->{folder_size_bytes}
);
$samples_inserted++;
};
if ($@) {
logger "Error inserting process sample for PID $proc->{pid}: $@";
}
}
$sth->finish();
logger "Process samples inserted: $samples_inserted processes for $machine_id";
}
sub get_process_info
{
my ($pid, $server_name, $server_path) = @_;
# Get process stats from /proc/<pid>/stat
my $stat_file = "/proc/$pid/stat";
return undef unless -r $stat_file;
my $stat_line = `cat $stat_file 2>/dev/null`;
chomp($stat_line);
return undef unless $stat_line;
my @stat_fields = split /\s+/, $stat_line;
my $proc_name = $stat_fields[1] || '';
$proc_name =~ s/[()]//g; # Remove parentheses
# Get command line
my $cmd = `cat /proc/$pid/cmdline 2>/dev/null | tr '\\0' ' '`;
chomp($cmd);
# Get memory info from /proc/<pid>/status
my ($rss_bytes, $vms_bytes) = (0, 0);
if (open(STATUS, "/proc/$pid/status")) {
while (<STATUS>) {
$rss_bytes = $1 * 1024 if /VmRSS:\s+(\d+) kB/;
$vms_bytes = $1 * 1024 if /VmSize:\s+(\d+) kB/;
}
close(STATUS);
}
# Get CPU percentage (using utime + stime from /proc/pid/stat)
my $cpu_pct = 0;
if (@stat_fields >= 15) {
my $utime = $stat_fields[13] || 0; # user time
my $stime = $stat_fields[14] || 0; # system time
my $total_time = $utime + $stime;
# Get system uptime and process start time for CPU calculation
my $uptime_info = `cat /proc/uptime 2>/dev/null`;
if ($uptime_info && $uptime_info =~ /^(\S+)/) {
my $system_uptime = $1;
my $starttime = $stat_fields[21] || 0; # process start time in clock ticks
my $hertz = `getconf CLK_TCK 2>/dev/null` || 100; # clock ticks per second
chomp($hertz);
my $process_uptime = $system_uptime - ($starttime / $hertz);
if ($process_uptime > 0) {
$cpu_pct = sprintf("%.2f", ($total_time / $hertz) / $process_uptime * 100);
}
}
}
# Calculate memory percentage (of total system memory)
my $mem_pct = 0;
my $total_mem = `grep MemTotal /proc/meminfo | awk '{print \$2}'`;
chomp($total_mem);
if ($total_mem && $total_mem > 0) {
$mem_pct = sprintf("%.2f", ($rss_bytes / 1024) / $total_mem * 100);
}
# Get I/O stats
my ($io_read_bytes, $io_write_bytes) = (0, 0);
if (open(IO, "/proc/$pid/io")) {
while (<IO>) {
$io_read_bytes = $1 if /read_bytes:\s+(\d+)/;
$io_write_bytes = $1 if /write_bytes:\s+(\d+)/;
}
close(IO);
}
# Get open file descriptors count
my $open_fds = 0;
my $fd_dir = "/proc/$pid/fd";
if (opendir(PROC_FD_DIR, $fd_dir)) {
my @fds = readdir(PROC_FD_DIR);
$open_fds = scalar(grep { /^\d+$/ } @fds);
closedir(PROC_FD_DIR);
}
# Get listening ports (simplified)
my $listening_ports = '';
my $netstat_output = `netstat -tlnp 2>/dev/null | grep '$pid/' | awk '{print \$4}' | cut -d: -f2 | sort -n | uniq`;
if ($netstat_output) {
chomp($netstat_output);
$listening_ports = join(',', split(/\n/, $netstat_output));
}
# Get folder size (for server_path) - try to find server directory from command line
my $folder_size_bytes = 0;
if ($cmd && $cmd =~ m{(/\S+)}) {
# Try to extract directory from command line
my $potential_path = $1;
$potential_path =~ s/\/[^\/]+$//; # Remove filename, keep directory
if (-d $potential_path && $potential_path ne '/') {
$server_path = $potential_path;
# Get folder size (this is expensive, so we limit it)
my $du_output = `timeout 5 du -sb '$potential_path' 2>/dev/null | awk '{print \$1}'`;
chomp($du_output);
$folder_size_bytes = $du_output if $du_output && $du_output =~ /^\d+$/;
}
}
return {
server_name => $server_name,
server_path => $server_path,
pid => $pid,
proc_name => $proc_name,
cmd => $cmd,
cpu_pct => $cpu_pct,
rss_bytes => $rss_bytes,
vms_bytes => $vms_bytes,
mem_pct => $mem_pct,
io_read_bytes => $io_read_bytes,
io_write_bytes => $io_write_bytes,
open_fds => $open_fds,
listening_ports => $listening_ports,
folder_size_bytes => $folder_size_bytes
};
}
sub exec
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($command) = decrypt_params(@_);
my @cmdret = `$command 2>/dev/null`;
my $encoded_content = encode_list(@cmdret);
return "1;$encoded_content";
}
# used in conjunction with the clone_home feature in the web panel
# this actually does the file copies
sub clone_home
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($source_home, $dest_home, $owner) = decrypt_params(@_);
my ($time_start, $time_stop, $time_diff);
logger "Copying from $source_home to $dest_home...";
# check size of source_home, make sure we have space to copy
if (!-e $source_home)
{
logger "ERROR - $source_home does not exist";
return 0;
}
logger "Game home $source_home exists...copy will proceed";
# start the copy, and a timer
$time_start = time();
if (!dircopy("$source_home", "$dest_home"))
{
$time_stop = time();
$time_diff = $time_stop - $time_start;
logger
"Error occured after $time_diff seconds during copy of $source_home to $dest_home - $!";
return 0;
}
else
{
$time_stop = time();
$time_diff = $time_stop - $time_start;
logger
"Home clone completed successfully to $dest_home in $time_diff seconds";
return 1;
}
}
# used to delete the game home from the file system when it's removed from the panel
sub remove_home
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($home_path_del) = decrypt_params(@_);
if (!-e $home_path_del)
{
logger "ERROR - $home_path_del does not exist...nothing to do";
return 0;
}
my $owner = get_path_owner($home_path_del);
secure_path_without_decrypt('chattr-i', $home_path_del);
my $deleted_home_dir = sudo_exec_without_decrypt('rm -rf \''.$home_path_del.'\'');
if (defined LINUX_USER_PER_GAME_SERVER && LINUX_USER_PER_GAME_SERVER eq "1"){
if ($owner ne SERVER_RUNNER_USER && begins_with($owner,'gamehome')){
my $kill_all_user = sudo_exec_without_decrypt('killall -u "' . $owner . '"');
my $deleted_user = sudo_exec_without_decrypt('userdel -r "' . $owner . '"');
my ($retval_del_user, $enc_out_del_user) = split(/;/, $deleted_user, 2);
if ($retval_del_user == 1){
logger "Removing and deleting user $owner";
}
my $deleted_user_group = sudo_exec_without_decrypt('groupdel "' . $owner . '"');
}
}
my ($retval, $enc_out) = split(/;/, $deleted_home_dir, 2);
if ($retval == 1){
logger "Deletetion of $home_path_del successful!";
}else{
logger "Deletetion of $home_path_del failed!";
}
return 1;
}
sub restart_server
{
chomp(@_);
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
return restart_server_without_decrypt(decrypt_params(@_));
}
### Restart the server
## return -2 CANT STOP
## return -1 CANT START (no startup file found that mach the home_id, port and ip)
## return 1 Restart OK
sub restart_server_without_decrypt
{
my ($home_id, $server_ip, $server_port, $control_protocol,
$control_password, $control_type, $home_path, $server_exe, $run_dir,
$cmd, $cpu, $nice, $preStart, $envVars, $game_key, $console_log, $restart_reason) = @_;
$restart_reason = "panel_restart" unless(defined($restart_reason) && $restart_reason ne "");
my $correlation_id = new_correlation_id();
my $restart_started_event = $restart_reason eq "scheduled_restart" ? "scheduled_restart_started" : "automatic_restart_started";
my $restart_success_event = $restart_reason eq "scheduled_restart" ? "scheduled_restart_succeeded" : "automatic_restart_succeeded";
my $restart_failed_event = $restart_reason eq "scheduled_restart" ? "scheduled_restart_failed" : "automatic_restart_failed";
my $report_restart_events = ($restart_reason eq "scheduled_restart" || $restart_reason eq "automatic_restart") ? 1 : 0;
queue_agent_event($restart_started_event, "info", {
home_id => $home_id,
ip => $server_ip,
game_port => $server_port,
restart_reason => $restart_reason,
correlation_id => $correlation_id,
message => "Restart operation started."
}) if($report_restart_events);
if (stop_server_without_decrypt($home_id, $server_ip,
$server_port, $control_protocol,
$control_password, $control_type, $home_path) == 0)
{
logger "Waiting 60 seconds before starting the server again.";
sleep 60;
if (verify_runtime_stop_complete_without_decrypt($home_id, $server_ip, $server_port) != 0)
{
logger "Restart cancelled: previous instance is still active after stop wait window.";
queue_agent_event($restart_failed_event, "error", {
home_id => $home_id,
ip => $server_ip,
game_port => $server_port,
restart_reason => $restart_reason,
correlation_id => $correlation_id,
message => "Restart cancelled because previous instance was still active."
}) if($report_restart_events);
return -2;
}
if (universal_start_without_decrypt($home_id, $home_path, $server_exe, $run_dir,
$cmd, $server_port, $server_ip, $cpu, $nice, $preStart, $envVars, $game_key, $console_log) == 1)
{
queue_agent_event($restart_success_event, "info", {
home_id => $home_id,
game_home_path => $home_path,
ip => $server_ip,
game_port => $server_port,
restart_reason => $restart_reason,
correlation_id => $correlation_id,
message => "Restart command completed; status polling will confirm process and port readiness."
}) if($report_restart_events);
return 1;
}
else
{
queue_agent_event($restart_failed_event, "error", {
home_id => $home_id,
game_home_path => $home_path,
ip => $server_ip,
game_port => $server_port,
restart_reason => $restart_reason,
correlation_id => $correlation_id,
message => "Restart failed because the server start path returned an error."
}) if($report_restart_events);
return -1;
}
}
else
{
queue_agent_event($restart_failed_event, "error", {
home_id => $home_id,
ip => $server_ip,
game_port => $server_port,
restart_reason => $restart_reason,
correlation_id => $correlation_id,
message => "Restart failed because the server could not be stopped."
}) if($report_restart_events);
return -2;
}
}
sub find_user_by_screen_id
{
my ($screen_id) = @_;
my $screen_user = SERVER_RUNNER_USER;
if(defined LINUX_USER_PER_GAME_SERVER && LINUX_USER_PER_GAME_SERVER eq "1"){
$screen_user = `whoami`;
chomp $screen_user;
}
my $ret = sudo_exec_without_decrypt('find /var/run/screen -name "*'.$screen_id.'"');
my ($retval, $enc_out) = split(/;/, $ret, 2);
if($retval != 1)
{
return $screen_user;
}
if( defined($enc_out) && $enc_out =~ /^(.+)\\n/ )
{
my @dec_out = ();
foreach my $line (split /\\n/, $enc_out) {
my $dec_line = decode_base64($line);
push @dec_out, $dec_line;
}
my @path_parts = split /\//, $dec_out[0];
if ($#path_parts == 5)
{
if($path_parts[5] =~ /^(\d+)\.$screen_id$/)
{
if ($path_parts[4] =~ /^S-/)
{
my $parseval = $path_parts[4];
$parseval =~ s/^S-//g;
my $uid = `id -u $parseval`;
if( $uid =~ /^(\d+)$/ )
{
$screen_user = $parseval;
}
}
}
}
}
return $screen_user;
}
sub get_path_owner
{
my ($path) = @_;
my $path_owner = SERVER_RUNNER_USER;
if(defined LINUX_USER_PER_GAME_SERVER && LINUX_USER_PER_GAME_SERVER eq "1"){
$path_owner = `whoami`;
chomp $path_owner;
}
if(-d $path)
{
my $ret = sudo_exec_without_decrypt('stat -c "%U" "'.$path.'"');
my ($retval, $enc_out) = split(/;/, $ret, 2);
if($retval != 1)
{
return $path_owner;
}
if( defined($enc_out) && $enc_out =~ /^(.+)\\n/ )
{
my @dec_out = ();
foreach my $line (split /\\n/, $enc_out) {
my $dec_line = decode_base64($line);
push @dec_out, $dec_line;
}
my $parseval = $dec_out[0];
my $uid = `id -u $parseval`;
if( $uid =~ /^(\d+)$/ )
{
$path_owner = $parseval;
}
}
}
return $path_owner;
}
sub sudo_exec
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my $sudo_exec = &decrypt_param(@_);
return sudo_exec_without_decrypt($sudo_exec);
}
sub sudo_exec_without_decrypt
{
my ($sudo_exec, $as_user) = @_;
$sudo_exec =~ s/('+)/'"$1"'/g;
if( !defined($as_user) )
{
$as_user = "root";
}
my $command = "echo '$SUDOPASSWD'|sudo -kS -p \"<prompt>\" su -c '$sudo_exec;echo \$?' $as_user 2>&1";
my @cmdret = qx($command);
$cmdret[0] =~ s/^<prompt>//g if defined $cmdret[0];
chomp(@cmdret);
my $ret = pop(@cmdret);
chomp($ret);
if ("X$ret" eq "X0")
{
return "1;".encode_list(@cmdret);
}
return -1;
}
sub sudo_exec_without_decrypt_no_return
{
my ($sudo_exec, $as_user) = @_;
$sudo_exec =~ s/('+)/'"$1"'/g;
if( !defined($as_user) )
{
$as_user = "root";
}
my $command = "echo '$SUDOPASSWD'|sudo -kS -p \"<prompt>\" su -c '$sudo_exec' $as_user 2>&1";
my @cmdret = qx($command);
$cmdret[0] =~ s/^<prompt>//g if defined $cmdret[0];
chomp(@cmdret);
my $ret = pop(@cmdret);
chomp($ret);
if ("X$ret" eq "X0")
{
return "1;".encode_list(@cmdret);
}
return -1;
}
sub secure_path
{
chomp(@_);
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
return secure_path_without_decrypt(decrypt_params(@_));
}
sub secure_path_without_decrypt
{
my ($action, $file_path, $returnType) = @_;
my $checkIfFileExists = 1;
if(defined $returnType && $returnType eq "str"){
$checkIfFileExists = 0;
}
if($checkIfFileExists){
if(! -e $file_path){
return -1;
}
}
$file_path =~ s/('+)/'\"$1\"'/g;
if($action eq "chattr+i")
{
if(defined $returnType && $returnType eq "str"){
return 'chattr -Rf +i \''.$file_path.'\'';
}else{
return sudo_exec_without_decrypt('chattr -Rf +i \''.$file_path.'\'');
}
}
elsif($action eq "chattr-i")
{
if(defined $returnType && $returnType eq "str"){
return 'chattr -Rf -i \''.$file_path.'\'';
}else{
return sudo_exec_without_decrypt('chattr -Rf -i \''.$file_path.'\'');
}
}
return -1;
}
sub get_chattr
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($file_path) = decrypt_params(@_);
my $file = $file_path;
$file_path =~ s/('+)/'\"$1\"'/g;
return sudo_exec_without_decrypt('(lsattr \''.$file_path.'\' | sed -e "s#'.$file.'##g")|grep -o i');
}
sub ftp_mgr
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($action, $login, $password, $home_path) = decrypt_params(@_);
my $uid = `id -u`;
chomp $uid;
my $gid = `id -g`;
chomp $gid;
$login =~ s/('+)/'\"$1\"'/g;
$password =~ s/('+)/'\"$1\"'/g;
$home_path =~ s/('+)/'\"$1\"'/g;
if(!defined($Cfg::Preferences{ogp_manages_ftp}) || (defined($Cfg::Preferences{ogp_manages_ftp}) && $Cfg::Preferences{ogp_manages_ftp} eq "1")){
if( defined($Cfg::Preferences{ftp_method}) && $Cfg::Preferences{ftp_method} eq "IspConfig")
{
use constant ISPCONFIG_DIR => Path::Class::Dir->new(AGENT_RUN_DIR, 'IspConfig');
use constant FTP_USERS_DIR => Path::Class::Dir->new(ISPCONFIG_DIR, 'ftp_users');
if (!-d FTP_USERS_DIR && !mkdir FTP_USERS_DIR)
{
print "Could not create " . FTP_USERS_DIR . " directory $!.";
return -1;
}
chdir ISPCONFIG_DIR;
if($action eq "list")
{
my $users_list;
opendir(USERS, FTP_USERS_DIR);
while (my $username = readdir(USERS))
{
# Skip . and ..
next if $username =~ /^\./;
$users_list .= `php-cgi -f sites_ftp_user_get.php username=\'$username\'`;
}
closedir(USERS);
if( defined($users_list) )
{
return "1;".encode_list($users_list);
}
}
elsif($action eq "userdel")
{
return "1;".encode_list(`php-cgi -f sites_ftp_user_delete.php username=\'$login\'`);
}
elsif($action eq "useradd")
{
return "1;".encode_list(`php-cgi -f sites_ftp_user_add.php username=\'$login\' password=\'$password\' dir=\'$home_path\' uid=$uid gid=$gid`);
}
elsif($action eq "passwd")
{
return "1;".encode_list(`php-cgi -f sites_ftp_user_update.php type=passwd username=\'$login\' password=\'$password\'`);
}
elsif($action eq "show")
{
return "1;".encode_list(`php-cgi -f sites_ftp_user_get.php type=detail username=\'$login\'`);
}
elsif($action eq "usermod")
{
return "1;".encode_list(`php-cgi -f sites_ftp_user_update.php username=\'$login\' password=\'$password\'`);
}
}
elsif(defined($Cfg::Preferences{ftp_method}) && $Cfg::Preferences{ftp_method} eq "EHCP" && (-e "/etc/init.d/ehcp" || -e "/lib/systemd/system/ehcp.service" || -e "/etc/systemd/system/ehcp.service" ))
{
use constant EHCP_DIR => Path::Class::Dir->new(AGENT_RUN_DIR, 'EHCP');
chdir EHCP_DIR;
my $phpScript;
my $phpOut;
my $gidTwo = SERVER_RUNNER_USER;
chmod 0777, 'ehcp_ftp_log.txt';
# In order to access the FTP files, the vsftpd user needs to be added to the ogp group
sudo_exec_without_decrypt("usermod -a -G '$gid' ftp");
sudo_exec_without_decrypt("usermod -a -G '$gid' vsftpd");
sudo_exec_without_decrypt("usermod -a -G '$gidTwo' ftp");
sudo_exec_without_decrypt("usermod -a -G '$gidTwo' vsftpd");
if($action eq "list")
{
return "1;".encode_list(`php-cgi -f listAllUsers.php`);
}
elsif($action eq "userdel")
{
$phpScript = `php-cgi -f delAccount.php username=\'$login\'`;
$phpOut = `php-cgi -f syncftp.php`;
return $phpScript;
}
elsif($action eq "useradd")
{
$phpScript = `php-cgi -f addAccount.php username=\'$login\' password=\'$password\' dir=\'$home_path\' uid=$uid gid=$gid`;
$phpOut = `php-cgi -f syncftp.php`;
return $phpScript;
}
elsif($action eq "passwd")
{
$phpScript = `php-cgi -f updatePass.php username=\'$login\' password=\'$password\'`;
$phpOut = `php-cgi -f syncftp.php`;
return $phpScript ;
}
elsif($action eq "show")
{
return "1;".encode_list(`php-cgi -f showAccount.php username=\'$login\'`);
}
elsif($action eq "usermod")
{
$phpScript = `php-cgi -f updateInfo.php username=\'$login\' password=\'$password\'`;
$phpOut = `php-cgi -f syncftp.php`;
return $phpScript;
}
}
elsif(defined($Cfg::Preferences{ftp_method}) && $Cfg::Preferences{ftp_method} eq "proftpd" && -e $Cfg::Preferences{proftpd_conf_path})
{
chdir $Cfg::Preferences{proftpd_conf_path};
if($action eq "list")
{
my $users;
open(PASSWD, 'ftpd.passwd');
while (<PASSWD>) {
chomp;
my($login, $passwd, $uid, $gid, $gcos, $home, $shell) = split(/:/);
$users .= "$login\t$home\n";
}
close(PASSWD);
return "1;".encode_list($users);
}
elsif($action eq "userdel")
{
return sudo_exec_without_decrypt("ftpasswd --passwd --delete-user --name='$login'");
}
elsif($action eq "useradd")
{
return sudo_exec_without_decrypt("echo '$password' | ftpasswd --passwd --name='$login' --home='$home_path' --shell=/bin/false --uid=$uid --gid=$gid --stdin");
}
elsif($action eq "passwd")
{
return sudo_exec_without_decrypt("echo '$password' | ftpasswd --passwd --change-password --name='$login' --stdin");
}
elsif($action eq "show")
{
return 1;
}
elsif($action eq "usermod")
{
return 1;
}
chdir AGENT_RUN_DIR;
}
else
{
if($action eq "list")
{
return sudo_exec_without_decrypt("pure-pw list");
}
elsif($action eq "userdel")
{
return sudo_exec_without_decrypt("pure-pw userdel '$login' && pure-pw mkdb");
}
elsif($action eq "useradd")
{
return sudo_exec_without_decrypt("(echo '$password'; echo '$password') | pure-pw useradd '$login' -u $uid -g $gid -d '$home_path' && pure-pw mkdb");
}
elsif($action eq "passwd")
{
return sudo_exec_without_decrypt("(echo '$password'; echo '$password') | pure-pw passwd '$login' && pure-pw mkdb");
}
elsif($action eq "show")
{
return sudo_exec_without_decrypt("pure-pw show '$login'");
}
elsif($action eq "usermod")
{
my $update_account = "pure-pw usermod '$login' -u $uid -g $gid";
my @account_settings = split /[\n]+/, $password;
foreach my $setting (@account_settings) {
my ($key, $value) = split /[\t]+/, $setting;
if( $key eq 'Directory' )
{
$value =~ s/('+)/'\"$1\"'/g;
$update_account .= " -d '$value'";
}
if( $key eq 'Full_name' )
{
if( $value ne "" )
{
$value =~ s/('+)/'\"$1\"'/g;
$update_account .= " -c '$value'";
}
else
{
$update_account .= ' -c ""';
}
}
if( $key eq 'Download_bandwidth' && $value ne "" )
{
my $Download_bandwidth;
if($value eq 0)
{
$Download_bandwidth = "\"\"";
}
else
{
$Download_bandwidth = $value;
}
$update_account .= " -t " . $Download_bandwidth;
}
if( $key eq 'Upload___bandwidth' && $value ne "" )
{
my $Upload___bandwidth;
if($value eq 0)
{
$Upload___bandwidth = "\"\"";
}
else
{
$Upload___bandwidth = $value;
}
$update_account .= " -T " . $Upload___bandwidth;
}
if( $key eq 'Max_files' )
{
if( $value eq "0" )
{
$update_account .= ' -n ""';
}
elsif( $value ne "" )
{
$update_account .= " -n " . $value;
}
else
{
$update_account .= ' -n ""';
}
}
if( $key eq 'Max_size' )
{
if( $value ne "" && $value ne "0" )
{
$update_account .= " -N " . $value;
}
else
{
$update_account .= ' -N ""';
}
}
if( $key eq 'Ratio' && $value ne "" )
{
my($upload_ratio,$download_ratio) = split/:/,$value;
if($upload_ratio eq "0")
{
$upload_ratio = "\"\"";
}
$update_account .= " -q " . $upload_ratio;
if($download_ratio eq "0")
{
$download_ratio = "\"\"";
}
$update_account .= " -Q " . $download_ratio;
}
if( $key eq 'Allowed_client_IPs' )
{
if( $value ne "" )
{
$update_account .= " -r " . $value;
}
else
{
$update_account .= ' -r ""';
}
}
if( $key eq 'Denied__client_IPs' )
{
if( $value ne "" )
{
$update_account .= " -R " . $value;
}
else
{
$update_account .= ' -R ""';
}
}
if( $key eq 'Allowed_local__IPs' )
{
if( $value ne "" )
{
$update_account .= " -i " . $value;
}
else
{
$update_account .= ' -i ""';
}
}
if( $key eq 'Denied__local__IPs' )
{
if( $value ne "" )
{
$update_account .= " -I " . $value;
}
else
{
$update_account .= ' -I ""';
}
}
if( $key eq 'Max_sim_sessions' && $value ne "" )
{
$update_account .= " -y " . $value;
}
if ( $key eq 'Time_restrictions' )
{
if( $value eq "0000-0000")
{
$update_account .= ' -z ""';
}
elsif( $value ne "" )
{
$update_account .= " -z " . $value;
}
else
{
$update_account .= ' -z ""';
}
}
}
$update_account .=" && pure-pw mkdb";
# print $update_account;
return sudo_exec_without_decrypt($update_account);
}
}
}
return 0;
}
sub start_fastdl
{
if(-e Path::Class::File->new(FD_DIR, 'Settings.pm'))
{
system('perl FastDownload/ForkedDaemon.pm &');
sleep(1);
return 1;
}
else
{
return -2;
}
}
sub stop_fastdl
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
return stop_fastdl_without_decrypt();
}
sub stop_fastdl_without_decrypt
{
my $pid;
open(PIDFILE, '<', FD_PID_FILE)
|| logger "Error reading pid file $!",1;
while (<PIDFILE>)
{
$pid = $_;
chomp $pid;
}
close(PIDFILE);
my $cnt = kill 9, $pid;
if ($cnt == 1)
{
logger "Fast Download Daemon Stopped.",1;
return 1;
}
else
{
logger "Fast Download Daemon with pid $pid can not be stopped.",1;
return -1;
}
}
sub restart_fastdl
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
return restart_fastdl_without_decrypt();
}
sub restart_fastdl_without_decrypt
{
if((fastdl_status_without_decrypt() == -1) || (stop_fastdl_without_decrypt() == 1))
{
if(start_fastdl() == 1)
{
# Success
return 1;
}
# Cant start
return -2;
}
# Cant stop
return -3;
}
sub fastdl_status
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
return fastdl_status_without_decrypt();
}
sub fastdl_status_without_decrypt
{
my $pid;
if(!open(PIDFILE, '<', FD_PID_FILE))
{
logger "Error reading pid file $!";
return -1;
}
while (<PIDFILE>)
{
$pid = $_;
chomp $pid;
}
close(PIDFILE);
my $cnt = kill 0, $pid;
if ($cnt == 1)
{
return 1;
}
else
{
return -1;
}
}
sub fastdl_get_aliases
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my %aliases;
my $i;
my @file_lines;
if(-d FD_ALIASES_DIR)
{
if( !opendir(ALIASES, FD_ALIASES_DIR) )
{
logger "Error openning aliases directory " . FD_ALIASES_DIR . ", $!";
}
else
{
while (my $alias = readdir(ALIASES))
{
# Skip . and ..
next if $alias =~ /^\./;
if( !open(ALIAS, '<', Path::Class::Dir->new(FD_ALIASES_DIR, $alias)) )
{
logger "Error reading alias '$alias', $!";
}
else
{
$i = 0;
@file_lines = ();
while (<ALIAS>)
{
chomp $_;
$file_lines[$i] = $_;
$i++;
}
close(ALIAS);
$aliases{$alias}{home} = $file_lines[0];
$aliases{$alias}{match_file_extension} = $file_lines[1];
$aliases{$alias}{match_client_ip} = $file_lines[2];
}
}
closedir(ALIASES);
}
}
else
{
logger "Aliases directory '" . FD_ALIASES_DIR . "' does not exist or is inaccessible.";
}
return {%aliases};
}
sub fastdl_del_alias
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
foreach my $alias (decrypt_params(@_))
{
unlink Path::Class::File->new(FD_ALIASES_DIR, $alias);
}
return restart_fastdl_without_decrypt();
}
sub fastdl_add_alias
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($alias,$home,$match_file_extension,$match_client_ip) = decrypt_params(@_);
if(!-e FD_ALIASES_DIR)
{
if(!mkdir FD_ALIASES_DIR)
{
logger "ERROR - Failed to create " . FD_ALIASES_DIR . " directory.";
return -1;
}
}
my $alias_path = Path::Class::File->new(FD_ALIASES_DIR, $alias);
if (!open(ALIAS, '>', $alias_path))
{
logger "ERROR - Failed to open ".$alias_path." for writing.";
return -1;
}
else
{
print ALIAS "$home\n";
print ALIAS "$match_file_extension\n";
print ALIAS "$match_client_ip";
close(ALIAS);
return restart_fastdl_without_decrypt();
}
}
sub fastdl_get_info
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
if(-e Path::Class::File->new(FD_DIR, 'Settings.pm'))
{
delete $INC{"FastDownload/Settings.pm"};
require "FastDownload/Settings.pm"; # Settings for Fast Download Daemon.
if(not defined $FastDownload::Settings{autostart_on_agent_startup})
{
$FastDownload::Settings{autostart_on_agent_startup} = 0;
}
return {'port' => $FastDownload::Settings{port},
'ip' => $FastDownload::Settings{ip},
'listing' => $FastDownload::Settings{listing},
'autostart_on_agent_startup'=> $FastDownload::Settings{autostart_on_agent_startup}};
}
return -1
}
sub fastdl_create_config
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
if(!-e FD_DIR)
{
if(!mkdir FD_DIR)
{
logger "ERROR - Failed to create " . FD_DIR . " directory.";
return -1;
}
}
my ($fd_address, $fd_port, $listing, $autostart_on_agent_startup) = decrypt_params(@_);
my $settings_string = "%FastDownload::Settings = (\n".
"\tport => $fd_port,\n".
"\tip => '$fd_address',\n".
"\tlisting => $listing,\n".
"\tautostart_on_agent_startup => $autostart_on_agent_startup,\n".
");";
my $settings = Path::Class::File->new(FD_DIR, 'Settings.pm');
if (!open(SETTINGS, '>', $settings))
{
logger "ERROR - Failed to open $settings for writing.";
return -1;
}
else
{
print SETTINGS $settings_string;
close(SETTINGS);
}
logger "$settings file written successfully.";
return 1;
}
sub component_update_shell_quote
{
my ($value) = @_;
$value = '' unless defined $value;
$value =~ s/'/'"'"'/g;
return "'" . $value . "'";
}
sub component_update_response
{
my (%data) = @_;
my %encoded = ();
foreach my $key (keys %data)
{
$encoded{$key} = encode_base64(defined $data{$key} ? $data{$key} : '', '');
}
return \%encoded;
}
sub component_update_parse_payload
{
my ($payload) = @_;
my %data = ();
foreach my $line (split(/\r?\n/, $payload || ''))
{
next if $line !~ /^([A-Za-z0-9_]+)=(.*)$/;
$data{$1} = decode_base64($2);
}
return %data;
}
sub component_update
{
return component_update_response(success => 0, status => 'bad_encryption', message => 'Bad Encryption Key')
unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($payload) = decrypt_params(@_);
my %cfg = component_update_parse_payload($payload);
my $component = $cfg{component} || 'linux_agent';
if ($component ne 'linux_agent' && $component ne 'windows_agent')
{
return component_update_response(success => 0, status => 'invalid_component', message => 'Invalid component.');
}
my $repo_url = $cfg{repo_url} || '';
my $branch = $cfg{branch} || '';
my $source_path = $cfg{source_path} || '';
my $install_path = $cfg{install_path} || AGENT_RUN_DIR;
my $git_path = $cfg{git_path} || 'git';
my $backup_path = $cfg{backup_path} || Path::Class::Dir->new(AGENT_RUN_DIR, 'component_backups')->stringify;
my $post_update_command = $cfg{post_update_command} || '';
if ($repo_url !~ m{^(https?://|ssh://|git@|/)} || $repo_url =~ /[\r\n\0]/)
{
return component_update_response(success => 0, status => 'invalid_repo', message => 'Invalid repository URL or path.');
}
if ($branch !~ /^[A-Za-z0-9._\/-]{1,128}$/)
{
return component_update_response(success => 0, status => 'invalid_branch', message => 'Invalid branch.');
}
if ($source_path eq '' || $source_path =~ /\.\./ || $source_path =~ /[\r\n\0]/ || $source_path !~ /^[A-Za-z0-9._\/-]+$/)
{
return component_update_response(success => 0, status => 'invalid_source_path', message => 'Invalid source path.');
}
if ($install_path !~ m{^/} || $install_path =~ /\.\./ || $install_path =~ /[\r\n\0]/)
{
return component_update_response(success => 0, status => 'invalid_install_path', message => 'Invalid install path.');
}
if ($post_update_command =~ /[\r\n\0]/)
{
return component_update_response(success => 0, status => 'invalid_post_update', message => 'Post-update command must be a single line.');
}
my $ts = time();
my $script_path = Path::Class::File->new(AGENT_RUN_DIR, "gsp_component_update_$ts.sh")->stringify;
my $log_path = Path::Class::File->new(AGENT_RUN_DIR, 'gsp_component_update.log')->stringify;
my $screenrc = SCREENRC_FILE;
my $repo_q = component_update_shell_quote($repo_url);
my $branch_q = component_update_shell_quote($branch);
my $source_q = component_update_shell_quote($source_path);
my $install_q = component_update_shell_quote($install_path);
my $git_q = component_update_shell_quote($git_path);
my $backup_q = component_update_shell_quote($backup_path);
my $post_q = component_update_shell_quote($post_update_command);
my $log_q = component_update_shell_quote($log_path);
my $screenrc_q = component_update_shell_quote($screenrc);
my $script = <<"EOS";
#!/usr/bin/env bash
set -u
LOG=$log_q
log(){ printf '[%s] %s\\n' "\$(date '+%Y-%m-%d %H:%M:%S')" "\$*" >> "\$LOG"; }
fail(){ log "FAILED: \$*"; exit 1; }
REPO=$repo_q
BRANCH=$branch_q
SOURCE_REL=$source_q
DEST=$install_q
GIT_BIN=$git_q
BACKUP_BASE=$backup_q
POST_UPDATE=$post_q
TMP="\${TMPDIR:-/tmp}/gsp_agent_update_\$(date +%s)_\$\$"
mkdir -p "\$TMP" "\$BACKUP_BASE" || fail "Cannot create staging or backup directories"
log "queued component=$component repo=\$REPO branch=\$BRANCH source=\$SOURCE_REL dest=\$DEST"
if ! command -v "\$GIT_BIN" >/dev/null 2>&1 && [ ! -x "\$GIT_BIN" ]; then
fail "Git executable not found: \$GIT_BIN"
fi
"\$GIT_BIN" clone --depth 1 --branch "\$BRANCH" "\$REPO" "\$TMP/repo" >> "\$LOG" 2>&1 || fail "git clone failed"
SRC="\$TMP/repo/\$SOURCE_REL"
[ -d "\$SRC" ] || fail "Source component folder missing: \$SRC"
case "\$DEST" in /*) ;; *) fail "Destination must be absolute: \$DEST" ;; esac
mkdir -p "\$DEST" || fail "Cannot create destination: \$DEST"
ARCHIVE="\$BACKUP_BASE/${component}_\$(date +%Y%m%d_%H%M%S).tar.gz"
tar --exclude='./Cfg' --exclude='./ServerFiles' --exclude='./Schedule' --exclude='./logs' --exclude='./screenlogs' --exclude='./steamcmd' --exclude='./startups' --exclude='./tmp' --exclude='./shared' --exclude='./component_backups' --exclude='./*.pid' -czf "\$ARCHIVE" -C "\$DEST" . >> "\$LOG" 2>&1 || fail "Backup failed"
if command -v rsync >/dev/null 2>&1; then
rsync -a --exclude='Cfg/' --exclude='ServerFiles/' --exclude='Schedule/' --exclude='logs/' --exclude='screenlogs/' --exclude='steamcmd/' --exclude='startups/' --exclude='tmp/' --exclude='shared/' --exclude='component_backups/' --exclude='*.pid' "\$SRC"/ "\$DEST"/ >> "\$LOG" 2>&1 || fail "rsync copy failed"
else
(cd "\$SRC" && tar --exclude='./Cfg' --exclude='./ServerFiles' --exclude='./Schedule' --exclude='./logs' --exclude='./screenlogs' --exclude='./steamcmd' --exclude='./startups' --exclude='./tmp' --exclude='./shared' --exclude='./component_backups' --exclude='./*.pid' -cf - .) | (cd "\$DEST" && tar -xf -) >> "\$LOG" 2>&1 || fail "tar copy failed"
fi
if [ -f "\$DEST/ogp_agent.pl" ]; then
perl -c "\$DEST/ogp_agent.pl" >> "\$LOG" 2>&1 || fail "Updated ogp_agent.pl failed syntax validation"
fi
if [ -n "\$POST_UPDATE" ]; then
(cd "\$DEST" && bash -lc "\$POST_UPDATE") >> "\$LOG" 2>&1 || fail "post-update command failed"
fi
log "copy complete archive=\$ARCHIVE"
sleep 2
if command -v systemctl >/dev/null 2>&1 && systemctl list-unit-files 2>/dev/null | grep -q '^ogp_agent\\.service'; then
systemctl restart ogp_agent.service >> "\$LOG" 2>&1 && exit 0
fi
cd "\$DEST" || exit 0
if [ -f ogp_agent_run.pid ]; then kill "\$(cat ogp_agent_run.pid)" >/dev/null 2>&1 || true; fi
if [ -f ogp_agent.pid ]; then kill "\$(cat ogp_agent.pid)" >/dev/null 2>&1 || true; fi
sleep 2
if [ -f ogp_agent_run ]; then
screen -d -m -t "ogp_agent" -c $screenrc_q -S ogp_agent bash ogp_agent_run -pidfile ogp_agent_run.pid >> "\$LOG" 2>&1 || true
else
screen -d -m -t "ogp_agent" -c $screenrc_q -S ogp_agent perl ogp_agent.pl >> "\$LOG" 2>&1 || true
fi
log "restart attempted"
rm -rf "\$TMP"
exit 0
EOS
my $fh;
if (!open($fh, '>', $script_path))
{
return component_update_response(success => 0, status => 'write_failed', message => "Cannot write updater script: $!");
}
print $fh $script;
close($fh);
chmod 0700, $script_path;
system('screen -d -m -t "component_update" -c "' . SCREENRC_FILE . '" -S component_update bash ' . component_update_shell_quote($script_path));
if ($? != 0)
{
system('bash ' . component_update_shell_quote($script_path) . ' >/dev/null 2>&1 &');
}
logger "Component update queued for $component from $repo_url branch $branch.";
return component_update_response(success => 1, status => 'queued', message => 'Component update queued on agent.', log_path => $log_path, script_path => $script_path);
}
sub agent_restart
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my $dec_check = decrypt_param(@_);
if ($dec_check eq 'restart')
{
chdir AGENT_RUN_DIR;
if(-e "ogp_agent_run.pid")
{
my $init_pid = `cat ogp_agent_run.pid`;
chomp($init_pid);
if(kill 0, $init_pid)
{
my $or_exist = "";
my $rm_pid_file = "";
if(-e "ogp_agent.pid")
{
$rm_pid_file = " ogp_agent.pid";
my $agent_pid = `cat ogp_agent.pid`;
chomp($agent_pid);
if( kill 0, $agent_pid )
{
$or_exist = " -o -e /proc/$agent_pid";
}
}
open (AGENT_RESTART_SCRIPT, '>', 'tmp_restart.sh');
my $restart = "echo -n \"Stopping OGP Agent...\"\n".
"kill $init_pid\n".
"while [ -e /proc/$init_pid $or_exist ];do echo -n .;sleep 1;done\n".
"rm -f ogp_agent_run.pid $rm_pid_file\necho \" [OK]\"\n".
"echo -n \"Starting OGP Agent...\"\n".
"screen -d -m -t \"ogp_agent\" -c \"" . SCREENRC_FILE . "\" -S ogp_agent bash ogp_agent_run -pidfile ogp_agent_run.pid\n".
"while [ ! -e ogp_agent_run.pid -o ! -e ogp_agent.pid ];do echo -n .;sleep 1;done\n".
"echo \" [OK]\"\n".
"rm -f tmp_restart.sh\n".
"exit 0\n";
print AGENT_RESTART_SCRIPT $restart;
close (AGENT_RESTART_SCRIPT);
if( -e 'tmp_restart.sh' )
{
system('screen -d -m -t "agent_restart" -c "' . SCREENRC_FILE . '" -S agent_restart bash tmp_restart.sh');
}
}
}
}
return -1;
}
# Subroutines to be called
sub scheduler_dispatcher {
my ($task, $args) = @_;
my $response = `$args`;
chomp($response);
my $log = "Executed command: $args";
if($response ne "")
{
$log .= ", response:\n$response";
}
scheduler_log_events($log);
}
sub collect_and_submit_resource_stats {
my ($task, $args) = @_;
logger "Automated resource stats collection started.";
scheduler_log_events("Resource stats collection started");
eval {
# Collect all resource statistics
# Get CPU usage
my %prev_idle;
my %prev_total;
open(STAT, '/proc/stat');
while (<STAT>) {
next unless /^cpu([0-9]+)/;
my @stat = split /\s+/, $_;
$prev_idle{$1} = $stat[4];
$prev_total{$1} = $stat[1] + $stat[2] + $stat[3] + $stat[4];
}
close STAT;
sleep 1;
my %idle;
my %total;
open(STAT, '/proc/stat');
while (<STAT>) {
next unless /^cpu([0-9]+)/;
my @stat = split /\s+/, $_;
$idle{$1} = $stat[4];
$total{$1} = $stat[1] + $stat[2] + $stat[3] + $stat[4];
}
close STAT;
my $total_cpu_usage = 0;
my $cpu_core_count = 0;
foreach my $key ( keys %idle )
{
my $diff_idle = $idle{$key} - $prev_idle{$key};
my $diff_total = $total{$key} - $prev_total{$key};
my $percent = (100 * ($diff_total - $diff_idle)) / $diff_total;
$percent = sprintf "%.2f", $percent unless $percent == 0;
$total_cpu_usage += $percent;
$cpu_core_count++;
}
my $avg_cpu_usage = $cpu_core_count > 0 ? sprintf("%.2f", $total_cpu_usage / $cpu_core_count) : 0;
# Get RAM usage
my($mem_total, $buffers, $cached, $mem_free) = qw(0 0 0 0);
open(STAT, '/proc/meminfo');
while (<STAT>) {
$mem_total += $1 if /MemTotal\:\s+(\d+) kB/;
$buffers += $1 if /Buffers\:\s+(\d+) kB/;
$cached += $1 if /Cached\:\s+(\d+) kB/;
$mem_free += $1 if /MemFree\:\s+(\d+) kB/;
}
close STAT;
my $mem_used = $mem_total - $mem_free - $cached - $buffers;
my $mem_percent = $mem_total > 0 ? sprintf("%.2f", 100 * $mem_used / $mem_total) : 0;
$mem_total *= 1024; # Convert to bytes
$mem_used *= 1024; # Convert to bytes
# Get disk usage
my($disk_total, $disk_used, $disk_free) = split(' ', `df -lP 2>/dev/null|grep "^/dev/.*"|awk '{total+=\$2}{used+=\$3}{free+=\$4} END {print total, used, free}'`);
my $disk_percent = $disk_total > 0 ? sprintf("%.2f", 100 * $disk_used / $disk_total) : 0;
$disk_total *= 1024; # Convert to bytes
$disk_used *= 1024; # Convert to bytes
$disk_free *= 1024; # Convert to bytes
# Get uptime
open(STAT, '/proc/uptime');
my $uptime = 0;
while (<STAT>) {
$uptime += $1 if /^([0-9]+)/;
}
close STAT;
# Get load average
my $load_avg_1min = "0";
my $load_avg_5min = "0";
my $load_avg_15min = "0";
open(LOADAVG, '/proc/loadavg');
while (<LOADAVG>) {
if (/^(\S+)\s+(\S+)\s+(\S+)/) {
$load_avg_1min = $1;
$load_avg_5min = $2;
$load_avg_15min = $3;
}
}
close LOADAVG;
# Log the collected statistics
my $stats_summary = "CPU: ${avg_cpu_usage}%, Memory: ${mem_percent}% (${mem_used}/${mem_total} bytes), Disk: ${disk_percent}% (${disk_used}/${disk_total} bytes), Uptime: ${uptime}s, Load: ${load_avg_1min}/${load_avg_5min}/${load_avg_15min}";
logger "Scheduled resource stats collection - $stats_summary";
scheduler_log_events("Resource usage collected - $stats_summary");
# Submit to database
my $submit_result = submit_resource_stats_to_db($avg_cpu_usage, $mem_used, $mem_total, $mem_percent, $disk_used, $disk_total, $disk_free, $disk_percent, $uptime, $load_avg_1min, $load_avg_5min, $load_avg_15min);
if ($submit_result == 1) {
logger "Scheduled resource statistics successfully submitted to MySQL database.";
scheduler_log_events("Resource stats successfully submitted to MySQL database");
} elsif ($submit_result == -1) {
logger "Scheduled resource stats: database not configured - skipping submission.";
scheduler_log_events("Resource stats: database not configured - skipping submission");
} else {
logger "Scheduled resource stats: failed to submit to MySQL database - error occurred.";
scheduler_log_events("Resource stats: failed to submit to MySQL database - error occurred");
}
};
if ($@) {
logger "Error in scheduled resource stats collection: $@";
scheduler_log_events("Error in resource stats collection: $@");
}
}
sub scheduler_server_action
{
my ($task, $args) = @_;
my ($action, @server_args) = split('\|\%\|', $args);
if($action eq "%ACTION=start")
{
my ($home_id, $ip, $port) = ($server_args[0], $server_args[6], $server_args[5]);
my $ret = universal_start_without_decrypt(@server_args);
if($ret == 1)
{
scheduler_log_events("Started server home ID $home_id on address $ip:$port");
}
else
{
scheduler_log_events("Failed starting server home ID $home_id on address $ip:$port (Check agent log)");
}
}
elsif($action eq "%ACTION=stop")
{
my ($home_id, $ip, $port) = ($server_args[0], $server_args[1], $server_args[2]);
my $ret = stop_server_without_decrypt(@server_args);
if($ret == 0)
{
scheduler_log_events("Stopped server home ID $home_id on address $ip:$port");
}
elsif($ret == 1)
{
scheduler_log_events("Failed stopping server home ID $home_id on address $ip:$port (Invalid IP:Port given)");
}
}
elsif($action eq "%ACTION=restart")
{
my ($home_id, $ip, $port) = ($server_args[0], $server_args[1], $server_args[2]);
my $ret = restart_server_without_decrypt(@server_args, "scheduled_restart");
if($ret == 1)
{
scheduler_log_events("Restarted server home ID $home_id on address $ip:$port");
}
elsif($ret == -1)
{
scheduler_log_events("Failed restarting server home ID $home_id on address $ip:$port (Server could not be started, check agent log)");
}
elsif($ret == -2)
{
scheduler_log_events("Failed restarting server home ID $home_id on address $ip:$port (Server could not be stopped, check agent log)");
}
}
return 1;
}
sub scheduler_log_events
{
my $logcmd = $_[0];
$logcmd = localtime() . " $logcmd\n";
logger "Can't open " . SCHED_LOG_FILE . " - $!" unless open(LOGFILE, '>>', SCHED_LOG_FILE);
logger "Failed to lock " . SCHED_LOG_FILE . "." unless flock(LOGFILE, LOCK_EX);
logger "Failed to seek to end of " . SCHED_LOG_FILE . "." unless seek(LOGFILE, 0, 2);
logger "Failed to write to " . SCHED_LOG_FILE . "." unless print LOGFILE "$logcmd";
logger "Failed to unlock " . SCHED_LOG_FILE . "." unless flock(LOGFILE, LOCK_UN);
logger "Failed to close " . SCHED_LOG_FILE . "." unless close(LOGFILE);
}
sub scheduler_add_task
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my $new_task = decrypt_param(@_);
if (open(TASKS, '>>', SCHED_TASKS))
{
print TASKS "$new_task\n";
logger "Created new task: $new_task";
close(TASKS);
scheduler_stop();
# Create new object with default dispatcher for scheduled tasks
$cron = new Schedule::Cron( \&scheduler_dispatcher, {
nofork => 1,
loglevel => 0,
log => sub { print $_[1], "\n"; }
} );
$cron->add_entry( "* * * * * *", \&scheduler_read_tasks );
# Run scheduler
$cron->run( {detach=>1, pid_file=>SCHED_PID} );
return 1;
}
logger "Cannot create task: $new_task ( $! )";
return -1;
}
sub scheduler_del_task
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my $name = decrypt_param(@_);
my @cronJobIDs = split(',', $name);
if( scheduler_read_tasks() == -1 )
{
return -1;
}
my @entries = $cron->list_entries();
if(open(TASKS, '>', SCHED_TASKS))
{
foreach my $task ( @entries ) {
next if ( grep { $_ eq $task->{args}[0]} @cronJobIDs );
next unless $task->{args}[0] =~ /task_[0-9]*/;
if(defined $task->{args}[1])
{
print TASKS join(" ", $task->{time}, $task->{args}[1]) . "\n";
}
else
{
print TASKS $task->{time} . "\n";
}
}
close( TASKS );
scheduler_stop();
# Create new object with default dispatcher for scheduled tasks
$cron = new Schedule::Cron( \&scheduler_dispatcher, {
nofork => 1,
loglevel => 0,
log => sub { print $_[1], "\n"; }
} );
$cron->add_entry( "* * * * * *", \&scheduler_read_tasks );
# Run scheduler
$cron->run( {detach=>1, pid_file=>SCHED_PID} );
return 1;
}
logger "Cannot open file " . SCHED_TASKS . " for deleting task(s) id: $name ( $! )",1;
return -1;
}
sub scheduler_edit_task
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($name, $new_task) = decrypt_params(@_);
if( scheduler_read_tasks() == -1 )
{
return -1;
}
my @entries = $cron->list_entries();
if(open(TASKS, '>', SCHED_TASKS))
{
foreach my $task ( @entries ) {
next unless $task->{args}[0] =~ /task_[0-9]*/;
if($name eq $task->{args}[0])
{
print TASKS "$new_task\n";
}
else
{
if(defined $task->{args}[1])
{
print TASKS join(" ", $task->{time}, $task->{args}[1]) . "\n";
}
else
{
print TASKS $task->{time} . "\n";
}
}
}
close( TASKS );
scheduler_stop();
# Create new object with default dispatcher for scheduled tasks
$cron = new Schedule::Cron( \&scheduler_dispatcher, {
nofork => 1,
loglevel => 0,
log => sub { print $_[1], "\n"; }
} );
$cron->add_entry( "* * * * * *", \&scheduler_read_tasks );
# Run scheduler
$cron->run( {detach=>1, pid_file=>SCHED_PID} );
return 1;
}
logger "Cannot open file " . SCHED_TASKS . " for editing task id: $name ( $! )",1;
return -1;
}
sub scheduler_read_tasks
{
if( open(TASKS, '<', SCHED_TASKS) )
{
# Store built-in scheduler tasks before cleaning timetable
my @entries = $cron->list_entries();
my @builtin_tasks = ();
# Only log detailed task information when there are actual user tasks to process
my $user_task_count = 0;
# Preserve built-in tasks (those not starting with 'task_')
foreach my $entry (@entries) {
my $is_user_task = 0;
if (defined $entry->{args} && @{$entry->{args}} > 0) {
my $first_arg = $entry->{args}->[0];
# Check if this is a user-defined task (starts with 'task_')
if (defined $first_arg && $first_arg =~ /^task_\d+$/) {
$is_user_task = 1;
$user_task_count++;
logger "scheduler_read_tasks: Removing user task: $first_arg";
}
}
# Keep all tasks that are NOT user-defined
if (!$is_user_task) {
push @builtin_tasks, $entry;
}
}
# Only log when there are user tasks to process, reducing spam from built-in task preservation
if ($user_task_count > 0) {
logger "scheduler_read_tasks: Found " . @entries . " existing tasks, processing $user_task_count user tasks";
logger "scheduler_read_tasks: Preserving " . @builtin_tasks . " built-in tasks";
}
# Clear the timetable
$cron->clean_timetable();
# Re-add built-in tasks
foreach my $builtin_task (@builtin_tasks) {
$cron->add_entry($builtin_task->{time}, $builtin_task->{dispatcher}, @{$builtin_task->{args}});
}
# Only log re-adding when there were user tasks processed
if ($user_task_count > 0) {
logger "scheduler_read_tasks: Re-added " . @builtin_tasks . " built-in tasks";
}
}
else
{
logger "Error reading tasks file: $! (file: " . SCHED_TASKS . ")";
scheduler_stop();
return -1;
}
my $i = 0;
my $task_count = 0;
while (<TASKS>)
{
next if $_ =~ /^(#.*|[\s|\t]*?\n)/;
my ($minute, $hour, $dayOfTheMonth, $month, $dayOfTheWeek, @args) = split(' ', $_);
my $time = "$minute $hour $dayOfTheMonth $month $dayOfTheWeek";
if("@args" =~ /^\%ACTION.*/)
{
$cron->add_entry($time, \&scheduler_server_action, 'task_' . $i++, "@args");
}
else
{
$cron->add_entry($time, 'task_' . $i++, "@args");
}
$task_count++;
}
close(TASKS);
logger "Scheduler tasks file read successfully. Loaded $task_count task(s)." if $task_count > 0;
return 1;
}
sub scheduler_stop
{
my $pid;
if(open(PIDFILE, '<', SCHED_PID))
{
$pid = <PIDFILE>;
chomp $pid;
close(PIDFILE);
if($pid ne "")
{
if( kill 0, $pid )
{
my $cnt = kill 9, $pid;
if ($cnt == 1)
{
unlink SCHED_PID;
return 1;
}
}
}
}
return -1;
}
sub scheduler_list_tasks
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
if( scheduler_read_tasks() == -1 )
{
return -1;
}
my @entries = $cron->list_entries();
my %entries_array;
foreach my $task ( @entries ) {
if( defined $task->{args}[1] )
{
$entries_array{$task->{args}[0]} = encode_base64(join(" ", $task->{time}, $task->{args}[1]));
}
else
{
$entries_array{$task->{args}[0]} = encode_base64($task->{time});
}
}
if( %entries_array )
{
return {%entries_array};
}
return -1;
}
sub get_file_part
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($file, $offset) = decrypt_params(@_);
if (!open(FILE, '<', $file))
{
logger "ERROR - Can't open file $file for reading.";
return -1;
}
binmode(FILE);
if($offset != 0)
{
return -1 unless seek FILE, $offset, 0;
}
my $data = "";
my ($n, $buf);
my $limit = $offset + 60 * 57 * 1000; #Max 3420Kb (1000 iterations) (top statistics ~ VIRT 116m, RES 47m)
while (($n = read FILE, $buf, 60 * 57) != 0 && $offset <= $limit ) {
$data .= $buf;
$offset += $n;
}
close(FILE);
if( $data ne "" )
{
my $b64zlib = encode_base64(compress($data,9));
return "$offset;$b64zlib";
}
else
{
return -1;
}
}
sub stop_update
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my $home_id = decrypt_param(@_);
my $screen_id = create_screen_id(SCREEN_TYPE_UPDATE, $home_id);
system('screen -S '.$screen_id.' -p 0 -X stuff $\'\003\'');
if ($? == 0)
{
return 0;
}
return 1
}
sub shell_action
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($action, $arguments) = decrypt_params(@_);
if($action eq 'remove_file')
{
chomp($arguments);
unlink($arguments);
return "1;";
}
elsif($action eq 'remove_recursive')
{
my @items = split(';', $arguments);
foreach my $item ( @items ) {
chomp($item);
if(-d $item)
{
pathrmdir($item);
}
else
{
unlink($item);
}
}
return "1;";
}
elsif($action eq 'create_dir')
{
chomp($arguments);
mkpath($arguments);
return "1;";
}
elsif($action eq 'move')
{
my($src, $dest) = split(';', $arguments);
chomp($src);
chomp($dest);
if(-d $src)
{
$dest = Path::Class::Dir->new($dest, basename($src));
dirmove($src, $dest);
}
else
{
fmove($src, $dest);
}
return "1;";
}
elsif($action eq 'rename')
{
my($src, $dest) = split(';', $arguments);
chomp($src);
chomp($dest);
if(-d $src)
{
dirmove($src, $dest);
}
else
{
fmove($src, $dest);
}
return "1;";
}
elsif($action eq 'copy')
{
my($src, $dest) = split(';', $arguments);
chomp($src);
chomp($dest);
if(-d $src)
{
$dest = Path::Class::Dir->new($dest, basename($src));
dircopy($src, $dest);
}
else
{
fcopy($src, $dest);
}
return "1;";
}
elsif($action eq 'touch')
{
chomp($arguments);
open(FH, '>', $arguments);
print FH "";
close(FH);
return "1;";
}
elsif($action eq 'size')
{
chomp($arguments);
my $size = 0;
if(-d $arguments)
{
find(sub { $size += -s }, $arguments ? $arguments : '.');
}
else
{
$size += (stat($arguments))[7];
}
return "1;" . encode_list($size);
}
elsif($action eq 'get_cpu_usage')
{
my %prev_idle;
my %prev_total;
open(STAT, '/proc/stat');
while (<STAT>) {
next unless /^cpu([0-9]+)/;
my @stat = split /\s+/, $_;
$prev_idle{$1} = $stat[4];
$prev_total{$1} = $stat[1] + $stat[2] + $stat[3] + $stat[4];
}
close STAT;
sleep 1;
my %idle;
my %total;
open(STAT, '/proc/stat');
while (<STAT>) {
next unless /^cpu([0-9]+)/;
my @stat = split /\s+/, $_;
$idle{$1} = $stat[4];
$total{$1} = $stat[1] + $stat[2] + $stat[3] + $stat[4];
}
close STAT;
my %cpu_percent_usage;
foreach my $key ( keys %idle )
{
my $diff_idle = $idle{$key} - $prev_idle{$key};
my $diff_total = $total{$key} - $prev_total{$key};
my $percent = (100 * ($diff_total - $diff_idle)) / $diff_total;
$percent = sprintf "%.2f", $percent unless $percent == 0;
$cpu_percent_usage{$key} = encode_base64($percent);
}
return {%cpu_percent_usage};
}
elsif($action eq 'get_ram_usage')
{
my($total, $buffers, $cached, $free) = qw(0 0 0 0);
open(STAT, '/proc/meminfo');
while (<STAT>) {
$total += $1 if /MemTotal\:\s+(\d+) kB/;
$buffers += $1 if /Buffers\:\s+(\d+) kB/;
$cached += $1 if /Cached\:\s+(\d+) kB/;
$free += $1 if /MemFree\:\s+(\d+) kB/;
}
close STAT;
my $used = $total - $free - $cached - $buffers;
my $percent = 100 * $used / $total;
my %mem_usage;
$mem_usage{'used'} = encode_base64($used * 1024);
$mem_usage{'total'} = encode_base64($total * 1024);
$mem_usage{'percent'} = encode_base64($percent);
return {%mem_usage};
}
elsif($action eq 'get_disk_usage')
{
my($total, $used, $free) = split(' ', `df -lP 2>/dev/null|grep "^/dev/.*"|awk '{total+=\$2}{used+=\$3}{free+=\$4} END {print total, used, free}'`);
my $percent = 100 * $used / $total;
my %disk_usage;
$disk_usage{'free'} = encode_base64($free * 1024);
$disk_usage{'used'} = encode_base64($used * 1024);
$disk_usage{'total'} = encode_base64($total * 1024);
$disk_usage{'percent'} = encode_base64($percent);
return {%disk_usage};
}
elsif($action eq 'get_uptime')
{
open(STAT, '/proc/uptime');
my $uptime = 0;
while (<STAT>) {
$uptime += $1 if /^([0-9]+)/;
}
close STAT;
my %upsince;
$upsince{'0'} = encode_base64($uptime);
$upsince{'1'} = encode_base64(time - $uptime);
return {%upsince};
}
elsif($action eq 'get_tasklist')
{
my %taskList;
$taskList{'task'} = encode_base64(qx[top -b -c -i -w512 -n2 -o+%CPU|awk '/^top/{i++}i==2'|grep 'PID' -A 30]);
return {%taskList};
}
elsif($action eq 'get_timestamp')
{
return "1;" . encode_list(time);
}
return 0;
}
sub remote_query
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($protocol, $game_type, $ip, $c_port, $q_port, $s_port) = decrypt_params(@_);
my $command = "which php-cgi 2>&1;echo \$?";
my @cmdret = qx($command);
chomp(@cmdret);
my $ret = pop(@cmdret);
chomp($ret);
if ("X$ret" ne "X0")
{
return -1;
}
my $PHP_CGI = "@cmdret";
my $php_query_dir = Path::Class::Dir->new(AGENT_RUN_DIR, 'php-query');
if($protocol eq 'lgsl')
{
chdir($php_query_dir->subdir('lgsl'));
my $cmd = $PHP_CGI .
" -f lgsl_feed.php" .
" lgsl_type=" . $game_type .
" ip=" . $ip .
" c_port=" . $c_port .
" q_port=" . $q_port .
" s_port=" . $s_port .
" request=sp";
my $response = `$cmd`;
chomp($response);
chdir(AGENT_RUN_DIR);
if($response eq "FAILURE")
{
return -1;
}
return encode_base64($response, "");
}
elsif($protocol eq 'gameq')
{
chdir($php_query_dir->subdir('gameq'));
my $cmd = $PHP_CGI .
" -f gameq_feed.php" .
" game_type=" . $game_type .
" ip=" . $ip .
" c_port=" . $c_port .
" q_port=" . $q_port .
" s_port=" . $s_port;
my $response = `$cmd`;
chomp($response);
chdir(AGENT_RUN_DIR);
if($response eq "FAILURE")
{
return -1;
}
return encode_base64($response, "");
}
return -1;
}
sub send_steam_guard_code
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($home_id, $sgc) = decrypt_params(@_);
my $screen_id = create_screen_id(SCREEN_TYPE_UPDATE, $home_id);
system('screen -S '.$screen_id.' -p 0 -X stuff "'.$sgc.'$(printf \\\\r)"');
if ($? == 0)
{
return 0;
}
return 1
}
sub steam_workshop
{
chomp(@_);
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
return steam_workshop_without_decrypt(decrypt_params(@_));
}
#### Run the steam client ####
### @return 1 If installation started
### @return -1 In error case.
sub steam_workshop_without_decrypt
{
my ($home_id, $mods_full_path,
$workshop_id, $mods_list,
$regex, $mods_backreference_index,
$variable, $place_after, $mod_string,
$string_separator, $config_file_path,
$post_install, $mod_names_list,
$anonymous_login, $user, $pass,
$download_method, $url_list, $filename_list) = @_;
# Creates mods path if it doesn't exist
my $owner = SERVER_RUNNER_USER;
if(defined LINUX_USER_PER_GAME_SERVER && LINUX_USER_PER_GAME_SERVER eq "1"){
$owner = `whoami`;
chomp $owner;
}
if ( check_b4_chdir($mods_full_path, $owner) != 0)
{
return -1;
}
my $secure = "$mods_full_path/secure.sh";
my $home_path = $mods_full_path;
$home_path =~ s/('+)/'\"$1\"'/g;
my $sec = $secure;
$sec =~ s/('+)/'\"$1\"'/g;
open FILE, '>', $secure;
print FILE "chmod 771 '$home_path'\n".
"rm -f '$sec'";
close FILE;
my $screen_id = create_screen_id(SCREEN_TYPE_UPDATE, $home_id);
my @workshop_mods = split /,/, $mods_list;
my @installcmds;
if($download_method eq 'steamcmd')
{
my $steam_binary = STEAMCMD_CLIENT_BIN;
my $installSteamFile = $screen_id . "_workshop.txt";
my $installtxt = Path::Class::File->new(STEAMCMD_CLIENT_DIR, $installSteamFile);
open FILE, '>', $installtxt;
print FILE "\@ShutdownOnFailedCommand 1\n";
print FILE "\@NoPromptForPassword 1\n";
if($anonymous_login eq "0")
{
print FILE "login $user $pass\n";
}
else
{
print FILE "login anonymous\n";
}
print FILE "force_install_dir \"$mods_full_path\"\n";
foreach my $workshop_mod (@workshop_mods)
{
print FILE "workshop_download_item $workshop_id $workshop_mod\n";
}
print FILE "exit\n";
close FILE;
@installcmds = ("$steam_binary +runscript $installtxt +exit");
}
if($download_method eq 'steamapi')
{
my @urls = split /,/, $url_list;
my @filenames = split /,/, $filename_list;
my $index = 0;
foreach my $workshop_mod_id (@workshop_mods)
{
my $steamcmd_download_path = '/steamapps/workshop/content/'.$workshop_id.'/'.$workshop_mod_id.'/';
my $workshop_mod_path = $mods_full_path.$steamcmd_download_path;
if(!-d $workshop_mod_path && !mkpath $workshop_mod_path)
{
logger "Folder $workshop_mod_path could not be created.";
$index++;
next;
}
my $url = $urls[$index];
my $filename = $filenames[$index];
my $download_file_path = Path::Class::File->new($workshop_mod_path, "$filename");
$installcmds[$index] = "wget -O \"$download_file_path\" \"$url\"";
$index++;
}
}
my $log_file = Path::Class::File->new(SCREEN_LOGS_DIR, "screenlog.$screen_id");
backup_home_log($home_id, $log_file);
my $precmd = "";
my $postcmd = "";
$postcmd .= generate_post_install_scripts($mods_full_path, $workshop_id, $mods_list,
$regex, $mods_backreference_index,
$variable, $place_after, $mod_string,
$string_separator, $config_file_path,
$post_install, $mod_names_list, $home_id);
my $bash_scripts_path = MANUAL_TMP_DIR . "/home_id_" . $home_id;
if ( check_b4_chdir($bash_scripts_path, $owner) != 0)
{
return -1;
}
my $installfile = create_bash_scripts($mods_full_path, $bash_scripts_path, $precmd, $postcmd, @installcmds);
my $screen_cmd = create_screen_cmd($screen_id, "./$installfile");
logger "Installing Steam Workshop content on server Home ID " . $home_id;
system($screen_cmd);
return 1;
}
sub generate_post_install_scripts
{
my ($mods_full_path, $workshop_id, $mods_list,
$regex, $mods_backreference_index,
$variable, $place_after, $mod_string,
$string_separator, $config_file_path,
$post_install, $mod_names_list, $home_id) = @_;
my $post_install_scripts = "";
my $mods_info_path = Path::Class::Dir->new(AGENT_RUN_DIR, 'WorkshopModsInfo');
$post_install_scripts .= "mods_full_path=\"$mods_full_path\"\n".
"workshop_id=\"$workshop_id\"\n".
"home_id=\"$home_id\"\n".
"regex=\"$regex\"\n".
"mods_backreference_index=\"$mods_backreference_index\"\n".
"variable=\"$variable\"\n".
"place_after=\"$place_after\"\n".
"string_separator=\"$string_separator\"\n".
"config_file_path=\"$config_file_path\"\n".
"mods_info_path=\"$mods_info_path/\"\n".
"mods_info_home_path=\"$mods_info_path/home_$home_id/\"\n".
"workshop_status_path=\"$mods_full_path/WorkshopInstallStatus.json\"\n".
"write_workshop_status(){ status=\"\$1\"; message=\"\$2\"; now=\"\$(date '+%Y-%m-%d %H:%M:%S')\"; message_json=\$(printf '%s' \"\$message\"|sed 's/\\\\/\\\\\\\\/g;s/\"/\\\\\"/g'); printf '{\"operation\":\"steam_workshop\",\"home_id\":\"%s\",\"workshop_app_id\":\"%s\",\"status\":\"%s\",\"message\":\"%s\",\"updated_at\":\"%s\"}\\n' \"\$home_id\" \"\$workshop_id\" \"\$status\" \"\$message_json\" \"\$now\" > \"\$workshop_status_path\"; }\n".
"write_workshop_status running \"Workshop install running\"\n".
"trap 'rc=\$?; if [ \$rc -ne 0 ]; then write_workshop_status failed \"Workshop install failed\"; echo GSP_WORKSHOP_INSTALL_FAILED; fi' EXIT\n";
my @workshop_mods = split /,/, $mods_list;
my @mod_names = split /,/, $mod_names_list;
my $index = 0;
foreach my $workshop_mod_id (@workshop_mods)
{
my $steamcmd_download_path = '/steamapps/workshop/content/'.$workshop_id.'/'.$workshop_mod_id.'/';
my $workshop_mod_path = $mods_full_path.$steamcmd_download_path;
my $this_mod_string = $mod_string;
if(!defined $this_mod_string || $this_mod_string eq '')
{
$this_mod_string = '%workshop_mod_id%';
}
$this_mod_string =~ s/\%workshop_mod_id\%/$workshop_mod_id/g;
$post_install_scripts .= "mod_string[$index]=\"$this_mod_string\"\n".
"mod_name[$index]=\"".$mod_names[$index]."\"\n".
"workshop_mod_id[$index]=\"$workshop_mod_id\"\n".
"workshop_mod_path[$index]=\"$workshop_mod_path\"\n";
$index++;
}
$post_install_scripts .= 'i=0'."\n".
'for mod_id in "${workshop_mod_id[@]}"'."\n".
'do'."\n".
' first_file="$(ls "${workshop_mod_path[$i]}"| sort -n | head -1)"'."\n";
my @post_install_lines = split /[\r\n]+/, $post_install;
foreach my $line (@post_install_lines) {
if($line ne ""){
$line =~ s/\%mods_full_path\%/\$mods_full_path/g;
$line =~ s/\%workshop_mod_id\%/\$mod_id/g;
$line =~ s/\%first_file\%/\$first_file/g;
$post_install_scripts .= "\t".$line."\n";
}
}
$post_install_scripts .= ' first_file_string="\%first_file%"'."\n".
' if [ -z "${mod_string[$i]##*$first_file_string*}" ];then'."\n".
' mod_string[$i]="${mod_string[$i]/$first_file_string/$first_file}"'."\n".
' fi'."\n";
if(defined $config_file_path && $config_file_path ne '')
{
$post_install_scripts .= ' if [ ! -e "$config_file_path" ];then'."\n".
' if [ ! -d "$(dirname "$config_file_path")" ];then mkdir -p "$(dirname "$config_file_path")";fi'."\n".
' echo -e "${place_after}\n${variable}" > "$config_file_path"'."\n".
' fi'."\n".
' file_content=$(cat "$config_file_path")'."\n".
' if [[ $file_content =~ $regex ]]; then'."\n".
' full_match="${BASH_REMATCH[0]}"'."\n".
' mods_match="${BASH_REMATCH[$mods_backreference_index]}"'."\n".
' found=1'."\n".
' else'."\n".
' found=0'."\n".
' fi'."\n".
' if [ $found == 1 ] && [ "X$full_match" != "X" ];then'."\n".
' if [ "X$mods_match" == "X" ];then'."\n".
' new_mods=$(echo -e "${full_match}${mod_string[$i]}")'."\n".
' echo -e "${file_content/$full_match/$new_mods}">"$config_file_path"'."\n".
' else'."\n".
' if [ ! -z "${mods_match##*${mod_string[$i]}*}" ];then'."\n".
' new_mods=$(echo -e "${full_match}${string_separator}${mod_string[$i]}")'."\n".
' echo -e "${file_content/$full_match/$new_mods}">"$config_file_path"'."\n".
' fi'."\n".
' fi'."\n".
' else'."\n".
' if [ "X$place_after" == "X" ];then'."\n".
' echo -e "${file_content}${variable}${mod_string[$i]}">"$config_file_path"'."\n".
' else'."\n".
' if [ -z "${file_content##*${place_after}*}" ];then'."\n".
' new_var="${variable}${mod_string[$i]}"'."\n".
' place_after_esc=$(echo -e "$place_after"|sed -e \'s/[]\\/$*.^[]/\\\\&/g\')'."\n".
' echo -e "$file_content"|sed \'/\'$place_after_esc\'/a \'$new_var>"$config_file_path"'."\n".
' else'."\n".
' echo -e "${file_content}${place_after}\n${variable}${mod_string[$i]}">"$config_file_path"'."\n".
' fi'."\n".
' fi'."\n".
' fi'."\n";
}
$post_install_scripts .=
' if [ ! -d "${mods_info_path}" ];then mkdir -p "${mods_info_path}";fi'."\n".
' if [ ! -d "${mods_info_home_path}" ];then mkdir -p "${mods_info_home_path}";fi'."\n".
' installed_path=""'."\n".
' if [ -e "$mods_full_path/${mod_string[$i]}" ];then installed_path="$mods_full_path/${mod_string[$i]}";fi'."\n".
' if [ -z "$installed_path" ] && [ -e "$mods_full_path/@$mod_id" ];then installed_path="$mods_full_path/@$mod_id";fi'."\n".
' if [ -z "$installed_path" ] && [ -e "$mods_full_path/$mod_id" ];then installed_path="$mods_full_path/$mod_id";fi'."\n".
' installed_folder="$(basename "$installed_path")"'."\n".
" install_time=\"\$(date '+%Y-%m-%d %H:%M:%S')\"\n".
' printf "%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\n" "${mod_string[$i]}" "$mod_id" "${mod_name[$i]}" "$installed_folder" "$installed_path" "$workshop_id" "installed" "$install_time" "$install_time" > "${mods_info_home_path}${mod_id}.ogpmod"'."\n".
' printf "%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\t%s\n" "${mod_string[$i]}" "$mod_id" "${mod_name[$i]}" "$installed_folder" "$installed_path" "$workshop_id" "installed" "$install_time" "$install_time" > "${mods_info_path}${mod_string[$i]}.ogpmod"'."\n".
' i=$(expr $i + 1)'."\n".
'done'."\n".
'write_workshop_status completed "Workshop install completed"'."\n".
'trap - EXIT'."\n".
'echo GSP_WORKSHOP_INSTALL_COMPLETE'."\n";
return "$post_install_scripts";
}
sub get_workshop_mods_info()
{
return "Bad Encryption Key" unless(decrypt_param(pop(@_)) eq "Encryption checking OK");
my ($home_id) = decrypt_params(@_);
my $mods_info_dir_path = Path::Class::Dir->new(AGENT_RUN_DIR, 'WorkshopModsInfo');
if(defined $home_id && $home_id =~ /^\d+$/)
{
my $home_mods_info_dir_path = Path::Class::Dir->new($mods_info_dir_path, "home_$home_id");
$mods_info_dir_path = $home_mods_info_dir_path if(-d $home_mods_info_dir_path);
}
if(-d $mods_info_dir_path)
{
opendir(MODS_INFO_DIR, $mods_info_dir_path) or return -1;
my @mods_info;
while(my $mod_info_file = readdir(MODS_INFO_DIR))
{
if($mod_info_file =~ /\.ogpmod$/)
{
my $mod_info_file_path = Path::Class::File->new($mods_info_dir_path, $mod_info_file);
if(open(my $fh, '<:encoding(UTF-8)', $mod_info_file_path))
{
my $row = <$fh>;
chomp $row;
if($row ne "")
{
my ($string_name, $ext) = split(/\.ogp/, $mod_info_file);
if(index($row, "\t") >= 0)
{
push @mods_info, $row;
}
else
{
push @mods_info, "$string_name:$row";
}
}
close($fh);
}
}
}
closedir(MODS_INFO_DIR);
return "1;".encode_list(@mods_info);
}
return -1;
}
sub get_setting_using_api
{
my ($setting_name) = @_;
if(defined WEB_API_URL && WEB_API_URL ne "" && defined WEB_ADMIN_API_KEY && WEB_ADMIN_API_KEY ne ""){
my $url = WEB_API_URL . "?setting/get&setting_name=" . $setting_name . "&token=" . WEB_ADMIN_API_KEY;
my $ua = LWP::UserAgent->new;
$ua->agent('Mozilla/5.0');
$ua->timeout(5);
$ua->ssl_opts( verify_hostname => 0 ,SSL_verify_mode => 0x00);
my $response = $ua->get($url);
return $response->decoded_content();
}
return -1;
}
sub is_integer {
defined $_[0] && $_[0] =~ /^[+-]?\d+$/;
}
sub get_minecraft_rcon_port{
my ($home_dir) = @_;
my $port = -1;
my $findStr = "rcon.port=";
my $file = Path::Class::File->new($home_dir, "server.properties");
open(FH, '<', $file) or return -1;
while(<FH>){
if (begins_with($_,$findStr)){
$port = int(substr($_, length($findStr)));
last;
}
}
close(FH);
return $port;
}
sub begins_with
{
return substr($_[0], 0, length($_[1])) eq $_[1];
}
sub generate_random_password{
my ($length) = @_;
my @alphanumeric = ('a'..'z', 'A'..'Z', 0..9,'!','_','-');
my @numeric = (0..9);
my $randpassword = '';
if(not defined $length || not is_integer($length)){
$length = 16;
}
until ( length($randpassword) > $length ) {
$randpassword = $randpassword . join '', map $alphanumeric[rand @alphanumeric], 0..(rand @numeric);
}
return $randpassword;
}
sub trim{
my $s = shift;
$s =~ s/^\s+|\s+$//g;
return $s
}