August 2022 Summaries

Strapi is an open-source headless CMS based on Node.js, allowing developers to build backend APIs faster with efficiency and customizability advantages. Remix, a server-side rendered framework, can consume generated API endpoints from Strapi. Next.js is another popular React framework for server-side rendering, but its difference from Remix is minimal. To set up Strapi, create a project folder, install the CMS using `npx create-strapi-app`, and model the backend content with Strapi's Content-Type Builder. Remix can access this collection by generating an API token to communicate with Strapi. The API token will be used to handle exemptions when connecting to the Strapi backend API. To test if it works as expected, ensure that the Remix development server is up and running using `npm run dev`. This will serve your application on `http://localhost:3000`, allowing you to access the content of each specific blog post by clicking on any post on the home page.

The text provides a comprehensive tutorial on setting up a preview system using Strapi as a headless CMS and Next.js for the frontend. It begins by explaining the benefits of a headless CMS, particularly in pre-rendering websites using Jamstack, which enhances speed and reduces costs. The tutorial guides readers through creating a Strapi project, configuring articles, and setting up a Next.js project to fetch and display these articles. It addresses the challenge of previewing content before publishing by implementing a preview mode with environment variables and API endpoints. The process includes creating a React component for a preview button in Strapi's Content Manager, allowing content editors to preview drafts without deploying the entire site. The tutorial emphasizes the flexibility of Strapi in customizing features to suit specific needs and provides a pathway for integrating a similar preview setup in a Nuxt.js application, with the entire source code available on GitHub.

This tutorial teaches how to implement a preview system when working with a headless CMS like Strapi, using Next.js for creating content previews. It covers setting up the necessary packages for developing a Next.js website and designing an articles page that fetches your articles from Strapi CMS. The tutorial also explains how to configure the Next.js Preview API for viewing drafts on your Next.js website, and how to add a preview button in Strapi Content Manager.

The Strapi plugin enables users to select fields from their models to which they want to apply slugs, allowing for a slug system. The plugin is created using TypeScript and follows the Strapi documentation's guidelines. It includes a server-side implementation that interacts with the Strapi admin panel and API, as well as a client-side interface for users to configure the plugin settings. The plugin uses Strapi's built-in features such as plugins, services, and lifecycle hooks to manage content types and their slugs. It also utilizes AxiosInstance for making requests to the server. The plugin is designed to be extensible and customizable, allowing developers to further enhance its functionality as needed.

The text provides a detailed guide on creating a custom plugin for Strapi, an open-source headless CMS, by developing a reminder app that sends emails when a reminder is added. The process begins with setting up a Strapi project using the command line interface and involves creating the plugin's basic structure with folders for admin and server functionalities. The guide walks through defining content types, setting up routes, controllers, and services for backend operations, and connecting these to a frontend interface using Strapi's design system. It also covers the integration of Nodemailer for email notifications, providing a step-by-step approach to setting up email functionality, including configuring Gmail settings for sending emails. The goal is to illustrate how to create functional plugins within Strapi, emphasizing ease of use and potential community benefits for other developers.

Strapi has an i18n localization plugin that can handle internationalization and localization effectively, making it easy to build applications for an international audience. The plugin requires configuration to take effect on the Strapi admin dashboard and involves installing and adding locales, creating content types, managing content, and using the API to fetch localized data. The plugin has excellent features such as add locale content, editing field's locale, and leveraging the API to create localized entries for posts. To use the plugin, one needs to have a Strapi application running on version 3.6.0 or higher, install the i18n plugin using NPM or Yarn commands, activate the plugin, and configure it properly. Some best practices when working with Strapi include adopting the Jamstack architecture, consuming the API with any front-end framework of choice, and checking the documentation for more information on Strapi.

The tutorial provides a comprehensive guide on building a photo gallery application using Strapi, a headless CMS, and Next.js, a React framework, with Cloudinary as an image storage and optimization service. It begins with setting up a Cloudinary account and installing a Strapi instance, then guides users through creating a photo collection and configuring Strapi to connect with Cloudinary for image uploads. The process includes setting environment variables, configuring the server, and establishing roles and permissions in Strapi. The tutorial then transitions to building the frontend using Next.js, explaining how to set up a Next.js project, optimize images, and implement a responsive gallery with search functionality. Key steps include configuring Next.js for image optimization, using dynamic routing for individual photo previews, and employing Next.js data-fetching methods like getStaticProps and getStaticPaths for rendering and fetching data. The tutorial emphasizes integrating backend and frontend components to create a fully functional photo gallery app, offering insights into both Strapi and Next.js methodologies.

Strapi, an open-source headless CMS, is used to build a blog with Jekyll as the frontend, showcasing how to enhance functionality with plugins from the Strapi Market. The tutorial demonstrates using three plugins: the SEO plugin to optimize content for search engines, the Internationalization (i18n) plugin to manage content in multiple languages, and the Comments plugin for moderating blog comments. Strapi provides a customizable API that can be integrated with various frontends, including mobile apps and IoT devices. The tutorial guides users through setting up a Strapi backend, creating and managing content types, linking posts to users, and generating dynamic slugs. It also covers setting up Cloudinary for media management, enhancing the blog's performance by offloading image handling to a CDN. The tutorial concludes with suggestions for deploying the blog on a production server and encourages exploring additional plugins from the Strapi Market.

The text provides a detailed guide on creating a Strapi project to build a content management system with functionalities like sending SMS notifications and email alerts using Twilio and Nodemailer, respectively. It explains the use of controllers and services within the MVC framework of Strapi to adhere to the DRY principle, enhancing code reusability and efficiency. The process involves setting up a Strapi application, defining content types, creating services for handling business logic, and configuring routes for API endpoints. Additionally, the guide demonstrates integrating a React front-end to interact with the Strapi backend, allowing users to post comments and receive notifications, showcasing Strapi's capabilities in streamlining backend development. The author, a software engineer, emphasizes Strapi's benefits in simplifying development tasks and shares their expertise through this comprehensive tutorial.

The text provides a comprehensive guide on using Strapi, a headless CMS, to build an application that sends SMS notifications using Twilio and email notifications using Nodemailer when users interact with certain APIs. It begins by explaining the DRY (Don't Repeat Yourself) principle in software engineering, highlighting the role of controllers and services in an MVC framework, specifically in Strapi. The guide walks through setting up a Strapi project, creating content types, and implementing custom services to send SMS notifications when a user comments, leveraging Twilio's API. It further demonstrates how to set up email notifications when products are added, using Nodemailer, by configuring service files and environment variables. The guide also includes creating a frontend application using React, illustrating how to integrate with the Strapi backend to post comments and display them in a list. The tutorial emphasizes the benefits of using Strapi services for efficient development, offering reusable functions, and demonstrates the practical application of these concepts through an interactive project.

Boaz Poolman, a software developer from the Netherlands, has developed an open-source Strapi plugin called "config-sync" to enhance the platform's functionality, particularly in managing configuration data across different environments in large-scale projects. The plugin addresses the lack of an in-built mechanism for sharing config data by allowing developers to export and import configuration data to JSON files, facilitating better collaboration, automated deployment, and consistent test databases. While it primarily targets configuration tables created by developers, the plugin also includes a diff feature to track changes and ensure database updates. Poolman emphasizes the open-source nature of the plugin and invites collaboration from other developers, with future plans to incorporate environment-specific configurations and migrate the plugin to Typescript.

Here's a neutral and interesting summary of the text in one paragraph: Building an authentication system for a web application can be time-consuming. However, using Strapi as a headless CMS and Remix as a full-stack web framework makes it easier to set up a robust authentication system. With Strapi, users can access multiple authentication providers like Google and Twitter, making it easy to authenticate requests to the Headless CMS API. The Remix application allows for dynamic routing and server-side rendering, making it ideal for building fast and sleek user experiences. In this tutorial, we've learned how to set up a login functionality using Strapi's local authentication provider and Remix's cookie-based session management system, allowing users to log in and access their profile data. We've also implemented features like password reset and edit profile functionality, making the application more user-friendly. By following this tutorial, developers can build a secure and scalable authentication system for their web applications using Strapi and Remix.

The article provides a step-by-step guide to creating a music player app using Strapi as the backend and React for the frontend, illustrating how Strapi can function as a content management system to store and fetch music files. It explains the process of setting up a Strapi project, creating a music collection type, populating it with song data, and configuring API permissions. The frontend is developed in React, utilizing components like Index.js, Player.js, Details.js, and Controls.js to manage the music player's functionality and interface. The article emphasizes the ease of using Strapi to build flexible APIs and showcases the integration of a music player application, complete with component-based architecture for handling song information and playback controls. The guide concludes by linking to a GitHub repository for the complete code and acknowledges contributions from Asaolu Elijah.

The article provides a comprehensive overview of migrating a project from Strapi version 3 to version 4, using the Food Advisor app as a case study. It outlines the general steps involved in the code migration process, emphasizing the need for manual updates due to significant changes in the Strapi framework, such as the decoupling of controllers from GraphQL resolvers and the introduction of new features like the "populate" function. The migration process includes updating backend code, configurations, dependencies, and manually refactoring custom routes, controllers, and services to align with Strapi v4's architecture, which now utilizes factory functions for generating core API components. The guide also delves into creating custom controllers and GraphQL resolvers in Strapi v4, offering practical examples and directing readers to additional resources and documentation for resolving potential issues. The article encourages engagement with the Strapi community and documentation to facilitate learning and troubleshooting, underscoring the necessity of adapting to new structures and conventions introduced in Strapi v4 for a successful migration.

This article discusses the differences between static and dynamic websites, their benefits and drawbacks, and how Strapi can be used to manage content for both types of sites. Static websites have fixed content and are quicker to design and upload but may require more frequent updates. Dynamic websites offer more functionality and user engagement but can take longer to set up initially. Strapi is an open-source headless CMS that allows developers to use their preferred tools and frameworks while optimizing content delivery across devices.

The tutorial provides a comprehensive guide on building a book application using Strapi, an open-source headless CMS, with a focus on implementing infinite scrolling and search functionalities. It explains how to set up a Strapi project, create a collection type for storing book data, and use the Meilisearch plugin for advanced search capabilities. The tutorial also demonstrates the integration of React for the frontend, detailing the steps to fetch and render data in chunks using the Intersection Observer API for infinite scrolling. The process involves setting up a Strapi backend, importing book data from an external source, and configuring Meilisearch to enable efficient search operations. By following the instructions, users can create a dynamic and responsive book app that allows seamless data retrieval and user interaction.

This guide provides a comprehensive tutorial on building a simple To-Do List application using Strapi for the backend and ReactJS for the frontend, emphasizing the creation and integration of RESTful APIs. Strapi, an open-source headless CMS built on NodeJS, facilitates the development of scalable backends, while ReactJS, a popular JavaScript framework, is used for constructing the web application's user interface. The process begins with setting up the Strapi application to handle backend operations and creating collections and API endpoints, followed by developing a React application to manage the frontend. The guide details the integration of these components into a full-stack project, including the creation of environment variables, React components, and CSS styling, ultimately enabling the deployment of the application on a single server. The tutorial, aimed at readers with some prior knowledge of JavaScript and NodeJS, offers a practical introduction to building and merging backend and frontend systems, with additional resources available on GitHub for further exploration.

The text provides a comprehensive guide on building a real-time bidding application using Strapi, Vue.js, and Socket.IO. It outlines the setup of a Strapi server for backend management, including content types for products, accounts, and bids, and demonstrates how to integrate Socket.IO for real-time event-driven communication. The guide further explains the creation of a Vue.js frontend application with components that interact with the backend via authenticated API requests and WebSocket connections to display and update live auction data. It emphasizes the use of Strapi's authentication system to manage user roles and permissions, ensuring only authorized users can bid on products. Additionally, it includes instructions on extending Strapi plugins and customizing collection services, with a focus on building modular and scalable code to facilitate a dynamic user interface. This project illustrates the integration of various technologies to achieve a responsive and interactive user experience.

This summary provides an overview of how to quickly build and customize a headless CMS solution using Strapi v4. The process involves creating a new project, installing the necessary plugins, and configuring the GraphQL schema. The article then guides the reader through the process of overriding existing resolvers, creating custom resolvers, and defining types and queries. The tutorial concludes by emphasizing the flexibility and control that Strapi provides for building a content API.

The tutorial demonstrates how to use Strapi as a Product Information Manager (PIM) to manage products from multiple sources and distribute them across various sales channels. It starts by setting up Strapi and creating a content type for products, then importing data from two different sources - Dummyjson API and Fakestoreapi API. The tutorial shows how to enrich the products with additional data that doesn't exist in the original sources. Next, it sets up a cron job to fetch new products daily and creates a bootstrap function to populate product data into Strapi. The tutorial also covers how to publish products into a custom storefront powered by Nextjs, integrating Strapi's GraphQL API to fetch products and filter featured products for the Hero section. By following this tutorial, users can learn how to build a single source of truth for their products using Strapi as PIM, enabling efficient product management across multiple sales channels.