function check_deploy_status($conn, $wizard)
{
$data = array();
$os = $wizard->get_step_data('deploy_os');
//Linux Deployment Status --> Apply Configuration
if ($os == 'linux') {
$sensor_id = get_sensor_id();
$error_apply = FALSE;
try {
list($agentless_list, $al_total) = Ossec_agentless::get_list($conn, $sensor_id, ' AND status = 1');
if ($al_total > 0) {
Ossec_agentless::save_in_config($conn, $sensor_id, $agentless_list);
}
//Enabling agentless
Ossec_control::execute_action($sensor_id, 'enable_al');
//Restarting ossec
Ossec_control::execute_action($sensor_id, 'restart');
// Delete "/var/tmp/.reload_<sensor_id>" file in order to hide the "Apply Changes" button
@unlink('/var/tmp/.reload_' . $sensor_id);
} catch (Exception $e) {
$error_apply = $e->getMessage();
}
//If there was an error applying the configuration we show the error
if ($error_apply !== FALSE) {
$error_apply_msg = _('Error Applying Agentless Configuration');
set_scan_error_message($wizard, $error_apply_msg);
Av_exception::write_log(Av_exception::USER_ERROR, $error_apply);
$response['error'] = TRUE;
return $response;
}
//If everything was right, the percent is 100% and the remaining is 0
$data['finish'] = TRUE;
$data['percent'] = 100;
$data['remaining'] = 0;
//Setting the deployment status to 3 --> Finished
$wizard->set_step_data('deploy_step', 3);
} elseif ($os == 'windows') {
$jobs = $wizard->get_step_data('deploy_jobs');
//If the array of jobs IDs is empty, we are finished
if (!is_array($jobs) || count($jobs) == 0) {
$data['finish'] = TRUE;
$data['percent'] = 100;
$data['remaining'] = 0;
//Setting the deployment status to 3 --> Finished
$wizard->set_step_data('deploy_step', 3);
} else {
$succes = 0;
//Going through the jobs
foreach ($jobs as $id => $job) {
try {
//Getting the status of the job
$state = Welcome_wizard::current_jobs($job['job_id']);
if ($state['job_status'] == 'task-succeeded') {
//If it is success, we count it and we delete it from the jobs array
if ($state['job_result'][0] === TRUE) {
unset($jobs[$id]);
$succes++;
} elseif ($state['job_result'][0] === FALSE) {
unset($jobs[$id]);
Av_exception::write_log(Av_exception::USER_ERROR, $job['agent'] . ': ' . $state['job_result'][1]);
}
} elseif ($state['job_status'] == 'task-failed' || $state['job_status'] == 'task-revoked') {
unset($jobs[$id]);
$_msg = $job['agent'] . ': ' . _("Couldn't complete windows OSSEC agent deploy: ") . $state['job_status'];
Av_exception::write_log(Av_exception::USER_ERROR, $_msg);
}
} catch (Exception $e) {
//In case of critical error we delete from the array to avoid loops
unset($jobs[$id]);
Av_exception::write_log(Av_exception::USER_ERROR, $job['agent'] . ': ' . $e->getMessage());
}
}
//IF after checking the status, the array is empty, we are finished
if (!is_array($jobs) || count($jobs) == 0) {
$data['finish'] = TRUE;
$data['percent'] = 100;
$data['remaining'] = 0;
//Setting the deployment status to 3 --> Finished
$wizard->set_step_data('deploy_step', 3);
} else {
//Total number of host that were selected to be deployed
$total = $wizard->get_step_data('deploy_total_ips');
$total = $total < 1 ? 1 : $total;
//Number of host left to be deployed --> Pending jobs
$current = count($jobs);
//Percentage of the remaining hosts
$pending = $total - $current;
$percent = round(100 * ($pending / $total));
$data['finish'] = FALSE;
$data['percent'] = $percent;
$data['remaining'] = $current;
}
//Updating the number of host successfully deployed
$deployed = $wizard->get_step_data('deploy_success');
$deployed += $succes;
$wizard->set_step_data('deploy_success', $deployed);
//Updating the array of jobs left
$wizard->set_step_data('deploy_jobs', $jobs);
}
}
//Saving wizard status
$wizard->save_status();
$response['error'] = FALSE;
$response['data'] = $data;
return $response;
}
}
$db->close();
}
if (is_array($validation_errors) && !empty($validation_errors)) {
$validation_errors['html_errors'] = "<div style='text-align: left;'>" . _('The following errors occurred') . ":</div>\n <div style='padding-left:15px; text-align: left;'>" . implode('<br/>', $validation_errors) . "</div>";
$data['status'] = 'error';
$data['data'] = $validation_errors;
} else {
$ret = NULL;
$data['status'] = 'success';
try {
$new_agent = Ossec_agent::create($sensor_id, $agent_name, $ip_cidr, $asset_id);
//If ossec-remoted is not running, we have to restart Ossec Server
$ossec_status = Ossec_control::execute_action($sensor_id, 'status');
if ('UP' !== $ossec_status['general_status']['ossec-remoted']) {
Ossec_control::execute_action($sensor_id, 'restart');
}
if (is_array($new_agent) && !empty($new_agent)) {
$agent_id = $new_agent['id'];
$agent_info = array('name' => $new_agent['name'], 'ip_cidr' => $new_agent['ip_cidr'], 'status' => $new_agent['status']);
$agent_actions = Ossec_agent::get_actions($agent_id, $new_agent);
$data['data'] = _("HIDS agent has been created. To deploy the agent, please choose one of the options under the 'Actions' column") . "###" . $agent_id . "###";
$a_unique_id = md5($agent_id);
if (valid_hex32($new_agent['host_id'])) {
$db = new Ossim_db();
$conn = $db->connect();
$asset_name = Asset_host::get_name_by_id($conn, $new_agent['host_id']);
$db->close();
} else {
$asset_name = '-';
}
$db = new ossim_db();
$conn = $db->connect();
$s_data = Ossec_utilities::get_sensors($conn, $sensor_id);
$sensor_opt = $s_data['sensor_opt'];
$db->close();
//Check available sensors
if (!is_array($s_data['sensors']) || empty($s_data['sensors'])) {
$styles = 'width: 90%; text-align:left; margin: 50px auto;';
echo ossim_error(_('There is no sensor available'), AV_INFO, $styles);
exit;
}
$oss_plugin_id = OSSEC_MIN_PLUGIN_ID . '-' . OSSEC_MAX_PLUGIN_ID;
$link_siem = Menu::get_menu_url("/ossim/forensics/base_qry_main.php?&plugin={$oss_plugin_id}&num_result_rows=-1&submit=Query+DB¤t_view=-1&sort_order=time_d", 'analysis', 'security_events', 'security_events');
//Ossec Status
$response = Ossec_control::execute_action($sensor_id, 'status');
$response = Ossec_control::get_html_status($response);
?>
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">
<html>
<head>
<title> <?php
echo _("OSSIM Framework");
?>
</title>
<meta http-equiv="Content-Type" content="text/html; charset=iso-8859-1"/>
<meta http-equiv="Pragma" content="no-cache"/>
<link rel="stylesheet" type="text/css" href="/ossim/style/av_common.css?t=<?php
echo Util::get_css_id();
?>
"/>
} catch (Exception $e) {
$data['status'] = 'error';
$data['data'] = $e->getMessage();
}
} else {
$data['status'] = 'error';
$data['data'] = _('Error! Agentless not found');
}
}
break;
case 'get_agentless_status':
if (!Ossec_utilities::is_sensor_allowed($conn, $sensor_id)) {
$data['status'] = 'error';
$data['data'] = _('Error! Sensor not allowed');
} else {
$sensor_status = Ossec_control::execute_action($sensor_id, 'status');
$data['data']['status'] = $sensor_status['service_status']['agentless'];
$data['data']['reload'] = file_exists("/var/tmp/.reload_{$sensor_id}") ? 'reload_red' : 'reload';
//Logged user
$user = Session::get_session_user();
//Error file
$agenteless_error_log = "/tmp/_agentless_error_{$user}" . '.log';
if (file_exists($agenteless_error_log)) {
$msgs = file($agenteless_error_log);
$data['data']['log'] = '';
foreach ($msgs as $msg) {
if (trim($msg) == '') {
continue;
}
$data['data']['log'] .= $msg . '<br>';
}
