Job scheduling is the process of starting a job, task, or function at a specific time or when specific events take place. Cron, the time-based job scheduler used in Unix-like systems, is the basis for the majority of job schedulers. Numerous job schedulers are available for the Node.js runtime environment. While some of these schedulers operate in both the browser and Node, others exclusively in Node.
Do you have a Node.js project that you want to put into production but don't know how? In this tutorial, you'll learn how to deploy a Node.js and MongoDB application to Heroku. Before we get started, let's take a very quick look at Heroku and MongoDB.
Nearly a year ago, we launched N|Solid SaaS, and although there are still a few months to go before our anniversary, we wanted to share the top 10 features ofN|Solid that make us proud every day of what we have built.
Memory management has always been a source of huge concern in Computer Science. Each piece of software is assigned a small portion of a computer’s finite memory; this memory has to be well-managed (carefully allocated and deallocated). With its efficient automatic garbage collection mechanism, Node.js tries to handle the tedious task of memory management and free up developers to work on other tasks.
A JSON Web Token (JWT) is an open standard (RFC 7519) that securely sends and receives data between parties (in the form of a JSON object). In this article, we’ll implement JWT authentication to secure a Node.js application. We’ll also find out what JWT is all about and build a demo app. Let's get going!
The Deno runtime for JavaScript and TypeScript is created on Rust and the V8 JavaScript engine, equivalent to Node.js. Developed by Ryan Dahl, Node.js' original creator, it is designed to correct errors he made when he first envisioned and unleashed Node.js in 2009. To recapitulate, he was dissatisfied with the lack of security, the lack of module resolution through node_modules, and the differing behaviour of the browser, among other things, which provoked him to implement Deno.
In my experience consulting the past few years, one thing has become clear: everyone struggles with scaling their SSR apps, no matter the chosen framework. SSR is expensive — running a lot of code intended for the browser, on the server, to pre-generate markup. Lately, web frameworks have been making strides in improving things, Solid.js being a great example of fast, performant SSR.
The usage of resources is one of the critical factors in IoT contexts; it is common to observe that devices can suddenly disconnect when their available resources are exceeded; monitoring, however, can be worse due to the additional resource consumption required for such tracking.
We all know the joke about how node_modules is the heaviest object in the universe. For example, a project that uses only fastify, knex, typescript, and uuid generates an 83MB node_modules folder! That's huge! And those four packages are far from a complete set for a relatively small back-end. A more realistic size for node_modules is north of 100MB, in some cases reaching 1GB.
Amazon's Elastic Beanstalk makes it easy to deploy and scale your applications with load balancing, health monitoring, and auto-scaling. In this tutorial, you'll learn how to deploy a Node JS application with AWS Elastic Beanstalk.
