Website Monitoring with Linguistic Analysis and Apache Optimization

This case study demonstrates how Ascoos OS monitors websites, performs linguistic analysis, manages network connectivity, and optimizes Apache server performance based on analysis results.

Purpose

• Monitor website availability, SEO performance, and broken links.
• Perform linguistic analysis (language detection and sentiment analysis) on website content.
• Monitor system resources and network latency.
• Optimize Apache server configuration dynamically based on analysis results.

Core Ascoos OS Classes

• TApacheHandler Manages Apache server configurations, logging, and optimization (e.g., enabling mod_rewrite, setting QoS rules).
• TNetwork Handles network connectivity checks and latency measurements.
• TWebsiteHandler Performs website availability checks, SEO analysis, and content retrieval.
• TLanguageHandler Detects text language and performs sentiment analysis.
• TFilesHandler Manages file operations, including backups and report generation.
• TCoreSystemHandler Monitors system resources like CPU load.
• TQueueHandler, TStackHandler, TTaskHandler, TThreadHandler Manage task queuing, execution, and parallel processing with threads.

File Structure

The implementation is contained in a single PHP file: - website_monitoring_with_apache_optimization.php

This file includes the full logic for website monitoring, linguistic analysis, network checks, and Apache optimization.

Prerequisites

1. PHP ? 8.2
2. Installed Ascoos OS or AWES 26

Execution Flow

1. Initialize global variables and properties for logging, file handling, and linguistic analysis.
2. Define a list of websites to monitor (`https://example.com`, `https://test.com`, `https://demo.org`).
3. Create tasks for each website to: - Check network connectivity and latency. - Verify website availability, SEO score, and broken links. - Validate SSL certificates. - Fetch and clean website content for linguistic analysis (language detection and sentiment analysis). - Monitor system CPU load.
4. Add tasks to a queue and process them in parallel using up to 3 threads.
5. Cache task results to avoid redundant processing.
6. Analyze results to determine if Apache optimization is needed (e.g., enabling mod_rewrite, setting QoS rules).
7. Back up Apache configuration if SSL certificates are expired.
8. Generate and save a JSON report of the analysis results.
9. Send the report via email to the admin.
10. Free allocated resources.

Example Code

$websites = ['https://example.com', 'https://test.com', 'https://demo.org']; $tasks = []; foreach ($websites as $url) { $tasks[] = [ 'id' => md5($url), 'callback' => function () use ($url, $website, $language, $system, $network, $apache) { $result = [ 'url' => $url, 'availability' => $website->checkAvailability($url), 'seo_score' => $website->analyzeSEO($url)['score'] ?? 0.0, 'broken_links' => $website->checkBrokenLinks($url), 'ssl_status' => $apache->checkSSLCertificate(parse_url($url, PHP_URL_HOST)), 'language' => $language->getTextLanguage(strip_tags($website->getHTMLContent($url))), 'sentiment' => $website->analyzeSentiment(strip_tags($website->getHTMLContent($url)), $language->getTextLanguage(strip_tags($website->getHTMLContent($url)))), 'cpu_load' => $system->get_cpu_load(0), 'latency' => $network->checkLatency(parse_url($url, PHP_URL_HOST)) ]; $apache->logger?->log("Analysis for $url: " . json_encode($result, JSON_PRETTY_PRINT), $apache->logger::DEBUG_LEVEL_INFO); return $result; } ]; } $thread->setMaxThreads(3); while (!$queue->isEmpty()) { $taskId = $queue->extract(); if ($cached = $task->checkCache($taskId)) { $results[$taskId] = $cached; continue; } $thread->startThread($taskId, function () use ($task, $taskId, &$results) { $result = $task->executeNextQueueTask(); $task->saveCache($taskId, $result); $results[$taskId] = $result; }); } $thread->monitorThreads(); if ($needsOptimization && !$apache->exists_module('rewrite')) { $apache->enableModule('rewrite'); } if ($needsBackup) { $apache->backupConfig(PHP_OS_FAMILY === 'Windows' ? 'C:/Apache24/conf/httpd.conf' : '/etc/apache2/apache2.conf', $properties['file']['dataDir']); } 

Expected Output

A JSON report is generated and saved to the reports folder (e.g., website_analysis_20251003_1159.json):

{ "d8e8fca2dc0f896fd7cb4cb0031ba249": { "url": "https://example.com", "availability": true, "seo_score": 85.5, "broken_links": [], "ssl_status": { "is_expired": false }, "language": "en", "sentiment": "positive", "cpu_load": 45.2, "latency": 120.5 }, ... } 

The report is also emailed to [email protected]. Apache configurations are updated if needed (e.g., mod_rewrite enabled, QoS rules set).

Resources

• Ascoos OS Documentation
• ASCOOS
• AWES
• GitHub Repository

Contribution

You can enhance the system by adding more website metrics, improving linguistic analysis, or optimizing thread management. See CONTRIBUTING.md for guidelines.

License

This case study is covered by the Ascoos General License (AGL). See LICENSE.md.