![]() Nx is built on a series of core tooling features that benefit most repositories (especially monorepos), including: We think that Nx is uniquely positioned to be an essential tool in this current generation of JS stacks. This positions them as obvious building blocks for other stacks to incorporate. ![]() While not fully-fledged stacks the way t3 is, these projects are likely successful mainly due to the attention given to tooling - particularly type safety. Other popular packages in this generation include the tanstack series of packages: Using create-t3-app clearly demonstrates this: after answering a short series of questions, the developer has an operational full-stack application that they can see in action with one simple command to start up the project locally. The impact on the developer, however, is the ultimate goal here, as the t3 tenants of ruthless practicality:ĭevelopers should be focused on solving their problems. ![]() Still, they can work from there to bring in their tools to further customize their stack. If the community identifies a specific tool or enhancement that it can canonically bring into the stack, the "generative" nature of this tool gives developers a working starting point. This CLI is exciting as it is a way of standardizing and versioning the stack over time. Stepping into the current generation of JavaScript in the 2020s - and while we're still early in this generation of JS stacks, a clear trend can be seen in the form of a focus on tooling and the developer experience.Ī stand-outs from this generation of the JS stack is the t3 stack, which is an opinionated and evolving collection of the following technologies:Ī marked difference we can see from the MEAN/MERN stacks of the previous generation is that while MEAN/MERN operated mainly as a convenient search term to give needed context to looking up problems, the t3 stack is much more formalized, including a website, a community of support on discord and Twitter, and importantly: a CLI tool to create a working starter application. While this first generation of JavaScript stacks made for a recognizable and searchable term for describing a typical setup, there was little in the way of standardizing this stack.Ĭurrent-Gen JS stacks: T3, tRPC, Tanstack N - NodeJS - a backend Javascript runtime environmentĪ later evolution of this stack was the MERN stack that exchanged React with AngularJS as the frontend web framework. M - Mongo - a JSON (JavaScript Object Notation) based DatabaseĮ - Express - a Web Framework for Node.jsĪ - AngularJS - a frontend JS web framework With this popularity came the rise of the first all-JS stack - the MEAN stack, which stood for: This bundle of free-to-use, open-sourced, and relatively interchangeable software was a viable (maybe even preferable!) alternative to the many paid, proprietary, and "locking-in" packages that were popular at the time, and gave rise to some killer applications - like WordPress!Īn interesting essential part of this idea of "a stack" was the concept of interchangeable pieces - note how the "P" in particular could stand for 3 VERY different programming languages, and a close cousin to LAMP was WAMP which exchanged Linux for Windows.Īs we move on from the early 2000s to the 2010s - the JavaScript ecosystem, in particular, started growing in popularity, spurred by the creation of Node.js in 2009, which was accompanied by a JS package manager: npm. There was something magical about this idea of a tech stack. P - PHP / Perl / Python (the programing language) M - MySql, or sometimes MariaDB (the database) The app should also have CRUD functionality for workspaces, users, projects, actions, data, feedback, experiments, and metrics.Arguably the first tech stack that was called as such was the LAMP stack, which was traced back to a 1998 issue of the German computing magazine: Computertechnik. The app should have views for the workspace dashboard, user profile settings, integration settings, project actions, data, experiments, and feedback types. ![]() The app will be deployed on Vercel and will allow users to create projects within a workspace, which will have actions, data, feedback, experiments, and metrics. The objective of this request is to create a multi-tenant T3 Stack application that integrates with Google authentication (Nexauth) and uses a database from Planetscale or Neon.tech. It will be used by university students around the world. We need a simple web application for creating science projects.
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