tauri-solid-ts-tailwind-vite

What the template bundles

This repository is a starter template for building a Tauri and Solid application. It comes preconfigured with Vite as the build tool, TypeScript for typed JavaScript, Tailwind CSS for styling, ESLint for catching problems, Prettier for formatting, and hot module replacement so edits show up without a full reload. The point of a starter like this is to remove the setup tax of wiring those tools together by hand, so a new desktop project begins from a working baseline instead of a blank folder. Each included tool has a clear role. Tauri provides the desktop and mobile shell with a web frontend, producing smaller and more secure binaries than a browser engine alone. Solid gives simple and fast reactivity for building interfaces. Tailwind supplies utility classes for rapid UI work. TypeScript adds type syntax on top of JavaScript. ESLint and Prettier keep code clean with little effort. The README states these plainly with short feature notes rather than long claims. Because it is a template, the expectation is that you copy it, rename a few fields, and start building your own app. The MIT license on the template means the generated starting point is free to use in personal and commercial projects without strings attached.

Getting started

There are two ways to begin. The first is to use the repository as a GitHub template and create a new repo from it directly on the site. The second is to clone it locally with a degit command, either through npx or bunx, then change into the new directory and install dependencies with npm, pnpm, yarn, or bun. Before Tauri works, the README points to Tauri's own prerequisites guide for setting up the Rust toolchain and platform dependencies, which is a step newcomers often miss. Once the project exists, a checklist tells you what to update so the template becomes your app. You rename the name, version, and author fields in package.json, and the version, description, authors, and repository fields in src-tauri/Cargo.toml. You also rename productName, version, and identifier in src-tauri/tauri.conf.json, and adjust the build configuration there if you use a package manager other than bun. The author name in the LICENSE file should change too. The checklist suggests cleaning up the README files and optionally removing the .github folder, which holds a cross compilation action, and the .devcontainer folder. Following these steps turns a generic scaffold into a named project with correct metadata before any feature code is written.

Development and build

During development you run a dev command such as npm run dev:tauri, which launches the app with the Solid frontend in a Tauri window. The first run is slow because the Rust package manager downloads and builds every required crate, but those are cached, so later builds only recompile your code and are much faster. Edits to the webview update automatically like a browser reload, and edits to Rust files trigger a rebuild and app restart. For a production build, a build command compiles Solid into the dist folder and then embeds it into a single binary alongside your Rust code. The resulting binary lands in src-tauri/target/release under the app name, and installers land in src-tauri/target/release/bundle. The same caching behavior applies: the first build pulls and compiles the crates, later builds are quick. The README notes the build optimizes the binary for production. Beyond building, the template documents how to generate a custom app icon through Tauri's icon guide, with new icons placed in src-tauri/icons and referenced in tauri.conf.json, and how to personalize the app by editing tauri.conf.json following Tauri's configuration guide. These steps cover the full path from scaffold to a shippable desktop binary. The first run cost is worth knowing before you start, since the Rust build can take minutes on a slow machine. After that, the cached crates make daily work quick, and the automatic restart on Rust edits keeps the feedback loop short while you shape the native side of the app.

Editorial conclusion

The template is published under the MIT license and pairs a Solid frontend with a Rust Tauri backend built through Vite.