![]() ![]() Get the real-time PHP application insights you need to simplify PHP tuning by using Zend Server’s URL Insights tool. ![]() It's also helpful to be able to instantly measure the effect of code and configuration changes. However, PHP tuning is easier when you pinpoint where improvements are needed. You can increase application speed via ongoing PHP tuning. Use Automated Monitoring and Expert Services ![]() Configure Code Tracing to trigger automatically when specific types of issues occur such as high-memory usage or response times that fall below a specific value.Manually initiate a code trace at any time.See how many times a specific type of event occurred, along with details that help with troubleshooting.View the call tree for a specific event or trace file.See every step an application takes and its outcomes, including function calls, arguments, return values, memory usage, and execution times.It records and plays back the execution history of your PHP applications so you can: However, to resolve them, a developer needs to know which lines of code need to be rewritten. Zend Server provides a Code Tracing tool that is like an aircraft black box for PHP applications. Uncovering bottlenecks is critical for increasing application speed. In some benchmarks, PHP application throughput increases by 100 times, by enabling asynchronous PHP via Swoole, instead of using a process accelerator such as php-fpm with synchronous code. You can dramatically boost performance by using asynchronous PHP instead of synchronous PHP. However, PHP - and other languages - have evolved to support asynchronous PHP code, which enables the completion of more than one task at a time. PHP was originally developed to support synchronous code that completes one task at a time, in sequential steps. Analyze performance metrics for one or more pages.View and record live user sessions, so you can see exactly what your users see.Define automated alerts so you are immediately notified of issues.Tune PHP performance in real-time, without impacting user experience.Drill down into metrics about PHP page requests and database queries.With it, you can left-shift PHP tuning, so you can identify and resolve issues before they can impact user experience. Zend Server includes the industry-leading PHP debugger, Z-Ray. PHP tuning is easier when you have detailed insight into application code, including metrics about page load times, database queries, and other potential bottlenecks. Organizations are also reporting measurable performance gains by upgrading applications from PHP 7.3 to PHP 7.4.įor more information, you can read about the new features in PHP 7.4 and how to upgrade your PHP applications. For example, upgrading a PHP 5.6 application to PHP 7.3 typically doubles or triples application performance. If you’re still running applications on PHP 5.6, upgrading to PHP 7.3 or PHP 7.4 will significantly speed performance. Want to improve user experience? This blog provides 10 steps you can take to increase PHP performance via ongoing PHP tuning and other strategies. ![]()
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