# La Velada VI Official Web: Astro Site Setup and Data Services > The official La Velada VI website is an Astro-based event site for streamers, creators, celebrities, and visitors seeking event details, ticket access, social links, and optional authenticated features. **midudev/la-velada-web-oficial** — Web oficial de La Velada V de Ibai Llanos - Repository: https://github.com/midudev/la-velada-web-oficial - Website: https://infolavelada.com - Stars: 1,855 · Forks: 876 - Language: HTML - License: NOASSERTION - Published: 2026-10-16 · Updated: 2026-10-16 · Language: en - Canonical page: https://hysenlabs.com/projects/midudev-la-velada-web-oficial ## La Velada VI Event Site Purpose This repository contains the official website for La Velada VI, a boxing competition involving streamers, content creators, and other celebrities. Its audience is split between people who want event information and people who contribute to the site. The README identifies the public-facing features as detailed information about the date, time, location, and participating artists, a path to ticket purchasing, and links to official social networks. The repository also provides GitHub issue links for reporting errors and suggesting changes. This is a purpose-built event site, not a reusable ticketing service or a generic CMS. Its content and identity are tied to La Velada, which makes customization for another event more involved than changing a few labels. The repository description calls it the official site for La Velada V, while the current README identifies the site as La Velada VI. That naming difference should be checked before deployment because it can affect metadata, assets, and release expectations. ## Astro, Tailwind, and Event Data Flow The project uses Astro as its web framework, TypeScript for typed JavaScript, Tailwind CSS for styling, and `tailwind-animations` for animation utilities. The package configuration also includes Astro's Vercel integration, sitemap support, Better Auth, libSQL clients, and Vercel Analytics. The README describes the site as providing event information rather than describing a separate backend service. Based on the repository layout and scripts, the project also contains prediction-related database tooling. `scripts/migrate.mjs`, `init-predictions-db.mjs`, `check-predictions-db.mjs`, `recount-predictions.mjs`, and `test-predictions.mjs` are exposed through `db:migrate`, `db:init`, `db:check`, `db:recount`, and `db:test`. The database connection settings in `.env.example` point to Turso or libSQL, while the README says the development server can use a remote database linked to Astro Studio. Authentication is separate from basic event browsing. The environment template lists Better Auth variables, Twitch OAuth variables, Google OAuth variables, and Cloudflare R2 storage variables. The README specifically documents Twitch authentication as optional. This separation means that the site's core presentation can be developed without assuming that every optional integration is configured. ## Installing the Astro Project with pnpm The README recommends NVM so that developers use the Node version specified by the project, then recommends pnpm. The package metadata identifies `pnpm@11.8.0` as the package manager. The documented first-use sequence is to clone the repository, install dependencies, and run the development server. The README distinguishes `pnpm run dev`, which uses a remote database and requires linking the project with Astro Studio, from `pnpm run start`, which is described as using a local database. The exact commands are: ```bash git clone https://github.com/midudev/la-velada-web-oficial.git ``` After cloning, install the package dependencies with the package manager selected by the project: ```bash pnpm install ``` Then start the Astro development process for the documented remote-data path: ```bash pnpm run dev ``` The reader should expect Astro to start the local development site, although the README does not document a specific output URL or startup message. The repository is not archived and its last push was on 2026-08-30. That is recent maintenance activity, but it does not establish release frequency, deployment reliability, or the availability of every integration. ## Optional Twitch Authentication and Environment Setup Authentication is documented as optional, but it requires credentials from the Twitch developer console and a local environment file. The README instructs contributors to create a Twitch project, obtain a client ID and client secret, generate a random hash, create `.env.local`, and copy the contents of `.env.demo` into it. The command shown for generating the hash is: ```bash openssl rand -hex 32 ``` The repository's environment example file is named `.env.example`, while the README refers to `.env.demo`. That mismatch is a real setup risk. A contributor should confirm which file exists in the repository before copying it. The environment template also lists Better Auth, Google OAuth, and Cloudflare R2 settings, but the README does not provide a complete deployment walkthrough for those services. Better Auth configuration requires `BETTER_AUTH_SECRET` and `BETTER_AUTH_URL`. Database configuration uses `TURSO_DATABASE_URL` and `TURSO_AUTH_TOKEN`. Twitch OAuth uses `TWITCH_CLIENT_ID` and `TWITCH_CLIENT_SECRET`. R2 configuration uses `R2_ACCOUNT_ID`, `R2_BUCKET`, `R2_ACCESS_KEY_ID`, and `R2_SECRET_ACCESS_KEY`. These values are placeholders in the example and should not be copied into a deployed environment unchanged. ## Production Scripts and Operational Limits The package defines a `build` script that runs `pnpm generate:thumbnails && pnpm upload:r2` before `astro build`. The prebuild step therefore depends on both image-generation code and access to the configured R2 bucket. That makes deployment more than a simple Astro build. The repository includes scripts for generating thumbnails, a favicon, and character images, plus a script for uploading to R2. The environment example specifically requires an R2 token with Object Read & Write access for the configured bucket. The README does not explain what happens when R2 credentials are missing, whether uploads are skipped, or how partial upload failures are handled. The package also provides `pnpm run preview`, `pnpm run lint`, and `pnpm run lint:fix`. Database commands can inspect, initialize, migrate, recount, and test prediction data, but the README does not document the schema or explain whether predictions are part of the public event pages. This is a limitation for engineers trying to understand the full runtime without reading the source. There is also no documented rollback procedure in the README. The custom LICENSE file must be reviewed directly before reuse. ## Comparing the Astro Site with a Generic Event Platform A generic event platform would usually provide reusable ticketing, content management, attendee accounts, and deployment configuration as a service. This repository instead exposes an Astro application with project-specific scripts and integrations. Its database tooling is organized around prediction data, and its storage pipeline includes thumbnail generation followed by R2 upload. That is a different approach from delegating media processing and file storage to a managed event service. The trade-off is control. The site can keep its content and visual implementation in one repository, and contributors can work through forks and pull requests. The cost is operational responsibility. Developers need to understand Astro, pnpm, the configured database, R2 credentials, and any authentication provider before they can operate a complete deployment. It is also not a neutral starter for arbitrary events. Before adoption outside La Velada, inspect the content structure, prediction database scripts, custom branding, and custom license rather than copying only the visual layer. Another project such as a hosted event SaaS would be more appropriate when the priority is turnkey ticketing and attendee administration, not a code-owned event presentation. ## Conclusion Adopt this project for maintaining the La Velada VI event site or studying its Astro, Tailwind, database, and authentication setup. Do not treat it as a general-purpose event platform without checking the custom LICENSE and confirming the required Turso, Astro Studio, OAuth, and Cloudflare R2 integrations. The first practical verification is whether `pnpm install` and `pnpm run dev` produce the expected site with the intended data source. ## FAQ ### How do I install and run the La Velada VI official website locally? The README documents cloning the repository, installing dependencies with `pnpm install`, and running either `pnpm run dev` for a remote database or `pnpm run start` for a local database. It also recommends NVM and PNPM. ### Does the La Velada VI official website require Twitch authentication? The README describes Twitch authentication as optional. To configure it, contributors need a Twitch client ID and client secret, a generated random hash, and a `.env.local` file based on the documented environment template. ### Which database and storage services does the La Velada VI website use? The environment example lists Turso or libSQL through `TURSO_DATABASE_URL` and `TURSO_AUTH_TOKEN`, while Cloudflare R2 settings include `R2_ACCOUNT_ID`, `R2_BUCKET`, `R2_ACCESS_KEY_ID`, and `R2_SECRET_ACCESS_KEY`. The build scripts also include an R2 upload step. ## Sources - [Issues](https://github.com/midudev/la-velada-web-oficial/issues) - [midudev/la-velada-web-oficial on GitHub](https://github.com/midudev/la-velada-web-oficial) - [Project website](https://infolavelada.com) - [README](https://github.com/midudev/la-velada-web-oficial/blob/main/README.md) - [Releases](https://github.com/midudev/la-velada-web-oficial/releases) --- Hysen Labs editorial analysis, written from the project's own repository and release notes. Cite the canonical page: https://hysenlabs.com/projects/midudev-la-velada-web-oficial