developers VS mercurius

So for that, we need a few details that we'll get from the GitHub OAuth Page. There we have to Register a new App to get the required details. To register our app we'll need our callback URL, It looks like this: https://.supabase.co/auth/v1/callback . After that, we'll enable our GitHub Auth.

🟡 Development app setup Navigate to GitHub OAuth Apps setup https://github.com/settings/developers Create a New OAuth App https://github.com/settings/applications/new Fill in the following details Application name: Azure ChatGPT DEV Environment Homepage URL: http://localhost:3000 Authorization callback URL: http://localhost:3000/api/auth/callback/github 🟢 Production app setup Navigate to GitHub OAuth Apps setup https://github.com/settings/developers Create a New OAuth App https://github.com/settings/applications/new Fill in the following details Application name: Azure ChatGPT Production Homepage URL: https://YOUR-WEBSITE-NAME.azurewebsites.net Authorization callback URL: https://YOUR-WEBSITE-NAME.azurewebsites.net/api/auth/callback/github ⚠️ After completing app setup, ensure your environment variables locally and on Azure App Service are up to date.

Navigate to the GitHub Oauth Apps developer settings at https://github.com/settings/developers and create a new oauth app.

We'll go through a similar process for setting up GitHub credentials. For GitHub, go to Settings and then to Developer Settings (bottom left of the page), and then select OAuth Apps. Configure your OAuth app similarly to what's shown below. You can put whatever you'd like in the Homepage URL field.

To do this, we need to first create a new GitHub OAuth App. Click on “New OAuth app” and fill out the form accordingly with your website information. Here are some important things to note about the information requested by the form:

Go to https://github.com/settings/developers and create a new OAuth application and choose New OAuth App.

Head over to GitHub Developer Settings, click OAuth Apps on the left and then click the "New OAuth app" button. It's gonna ask you a few questions. Enter http://localhost:5173 for the homepage URL and http://localhost:5173/login for the callback URL, and fill the rest as you like. We're giving localhost addresses because we have to test our app before deploying to its final URL. You can just update the URLs when you deploy or create a new app and keep this one for testing and development.

Go into your Developer Settings and create a new OAuth App. Name, homepage etc. are not important, but the Authorization callback URL needs to point to your Auth0 Tenant. You can get the domain in your Auth0 application settings: https://.auth0.com.

For Github, head over to your Settings > Developer Settings > OAuth apps and create a new app.

GraphQL Gateway is primarily responsible for serving GraphQL queries to consumers. It takes a query from a client, breaks it into smaller sub-queries, and executes that plan by proxying calls to the appropriate downstream subgraphs. When we started our journey, there was only Apollo Federation in the arena, and we used it. Still, now you can look at other options (e.g. Mercurius, Conductor, Hot Chocolate, Wundergraph, Hasura Remote Schemas), compare benchmarks and decide what's important and preferable for your needs. The Gateway provides a unified API for consumers while giving backend engineers flexibility and service isolation.

If you're using Fastify with Mercurius as your GraphQL adapter, you may be looking for some advanced usages. In this article, we'll explore a real world example with Dynamic GQL queries with Mercurius.

Loader: it is a built-in DataLoader-Like solution that is quick to set up and use.

In this post I will show you how to implement NestJS😻 with GraphQL in code first mode, using Mercurius and the "platform" to Fastify.

What this does is to overwrite or augment the types exposed by the pointed module, and can be used (for example) when relying on autogenerated code. One interesting case of this is GraphQL to TypeScript code generation, and how this is integrated with the amazing Mercurius library (made by some of my colleagues at NearForm! 😜).

When moving away from Apollo Server, and you're looking for a replacement built with JavaScript or TypeScript, let me give you some options. If you want to keep building your GraphQL API schema first, you might want to consider Mercurius (which relies on Fastify) or GraphQL Yoga. If you're going to build your GraphQL API code or resolver first, have a look at TypeGraphQL or Nexus. Alternatively, there are great GraphQL-as-a-Service solutions such as StepZen in case you no longer want to build, maintain and host your own GraphQL API.

Let's start with data. We live in amazing times and it's really easy and cheap (or free) to get started with storing and working with data online. Take for example a PlanetScale MySQL-compatible database, Fastify Node.js Server, Prisma database mapper and a GraphQL connector like Mercurius and you have an entire backend stack. For this example we assume you already have a backend or you want to connect to a 3rd party database like the GitHub GraphQL API.

In this chapter, we assume a basic understanding of GraphQL and focus on how to work with the built-in @nestjs/graphql module. The GraphQLModule can be configured to use Apollo server (with the @nestjs/apollo driver) and Mercurius (with the @nestjs/mercurius). We provide official integrations for these proven GraphQL packages to provide a simple way to use GraphQL with Nest. You can also build your own dedicated driver (read more on that here).

Why would I want to use Apollo Client? So far in my career I have used some server graphql scaffolding (webonyx/graphql-php for PHP and mercurius for Node) and just used the fetch API (or whatever ajax API around XMLHttpRequest) against that server with the body being an object with

Only for people who are clueless. Apollo server is probably the worst node.js server to use for your graphql schema. It's terribly slow. You should look into https://mercurius.dev