The popularity of the Nodejs framework has skyrocketed, making it a go-to choice for organizations aiming to create agile, lightweight and efficient applications across diverse devices. As organizations increasingly rely on Nodejs; nodejs application monitoring becomes essential. Technology teams must stay vigilant about declining app performance, customer abandonment during transactions, and the key factors contributing to overall poor performance through comprehensive nodejs monitoring.
In the world of web development, the idea of saving files in a database might seem appealing at first glance. After all, if structured data resides there, why not files too? In this article, we’ll delve into the reasons why storing files in a database is considered a bad practice. We’ll explore the common downsides associated with this approach and discuss alternative methods that align with industry best practices.
After years of web development, do you still find yourself mixing up for...in and for...of loops in JavaScript? If you’re tired of Googling every time you need to loop through a collection, I’ve got a handy memory trick to help you effortlessly remember when to use each loop statement.
When it comes to running asynchronous operations for each element in an array, the instinct is often to turn to the trusty .forEach() method. It seems like the perfect solution, right? However, there’s a catch – a catch that might leave you scratching your head when things don’t work as expected.
In the ever-evolving landscape of JavaScript and Nodejs, developers are constantly discovering new ways to write cleaner and more efficient code. One such innovation is the ability to use top-level await() without the need for an enclosing async() function. This feature, introduced in modern versions of Nodejs (14.8.0 and later), provides an elegant approach to handling asynchronous operations in your codebase. In this blog post, we’ll delve into the mechanics of top-level await() and explore its benefits and use cases.