# Description of Changes Adds `tools/templates/` scripts to derive template metadata from manifests and generate READMEs from quickstart docs. Replaces slug-based `builtWith` with manifest-derived data and hardcoded quickstart mappings with discovery from docs. **Manifest-based `builtWith`** (`update-template-jsons.ts`) - Reads `package.json`, `Cargo.toml`, and `.csproj` to populate `builtWith` in `.template.json`. - Scoped npm packages normalize to scope (`@angular/core` → `angular`). Excludes `@types/*`. Adds `nodejs` only for nodejs-ts when `@types/node` is present. - Root manifests processed before subdirs; primary framework first (e.g. `react` before `spacetimedb` in react-ts). Dependencies reordered in package.json where needed. **Dynamic quickstart discovery** (`generate-template-readmes.ts`) - Discovers template → quickstart by parsing `--template X` from files in `docs/docs/00100-intro/00200-quickstarts/`. - Optional `quickstart` override in `.template.json`; must resolve under quickstarts dir. - chat-react-ts has no quickstart; uses manual README. **New:** `tools/templates/` (update-template-jsons.ts, generate-template-readmes.ts, README, package.json, pnpm-lock). **Modified:** all `templates/*/.template.json` (added `builtWith`), new/generated `templates/*/README.md`. # API and ABI breaking changes None. # Expected complexity level and risk **1** – Dev tooling only. No runtime or API changes. Scripts are isolated; failures only affect generated metadata and READMEs. # Testing - [ ] `cd tools/templates && pnpm run generate` completes without errors - [ ] Spot-check `builtWith` and generated READMEs for a few templates
Get a SpacetimeDB Angular app running in under 5 minutes.
Prerequisites
- Node.js 18+ installed
- SpacetimeDB CLI installed
Install the SpacetimeDB CLI before continuing.
Create your project
Run the spacetime dev command to create a new project with a SpacetimeDB module and Angular client.
This will start the local SpacetimeDB server, publish your module, generate TypeScript bindings, and start the Angular development server.
spacetime dev --template angular-ts
Open your app
Navigate to http://localhost:4200 to see your app running.
The template includes a basic Angular app connected to SpacetimeDB.
Explore the project structure
Your project contains both server and client code.
Edit spacetimedb/src/index.ts to add tables and reducers. Edit src/app/app.component.ts to build your UI.
my-spacetime-app/
├── spacetimedb/ # Your SpacetimeDB module
│ └── src/
│ └── index.ts # Server-side logic
├── src/ # Angular frontend
│ └── app/
│ ├── app.component.ts
│ ├── app.config.ts
│ └── module_bindings/ # Auto-generated types
├── angular.json
└── package.json
Understand tables and reducers
Open spacetimedb/src/index.ts to see the module code. The template includes a person table and two reducers: add to insert a person, and sayHello to greet everyone.
Tables store your data. Reducers are functions that modify data — they're the only way to write to the database.
import { schema, table, t } from 'spacetimedb/server';
const spacetimedb = schema({
person: table(
{ public: true },
{
name: t.string(),
}
),
});
export default spacetimedb;
export const add = spacetimedb.reducer(
{ name: t.string() },
(ctx, { name }) => {
ctx.db.person.insert({ name });
}
);
export const sayHello = spacetimedb.reducer(ctx => {
for (const person of ctx.db.person.iter()) {
console.info(`Hello, ${person.name}!`);
}
console.info('Hello, World!');
});
Test with the CLI
Open a new terminal and navigate to your project directory. Then use the SpacetimeDB CLI to call reducers and query your data directly.
cd my-spacetime-app
# Call the add reducer to insert a person
spacetime call add Alice
# Query the person table
spacetime sql "SELECT * FROM person"
name
---------
"Alice"
# Call sayHello to greet everyone
spacetime call say_hello
# View the module logs
spacetime logs
2025-01-13T12:00:00.000000Z INFO: Hello, Alice!
2025-01-13T12:00:00.000000Z INFO: Hello, World!
Next steps
- Read the TypeScript SDK Reference for detailed API docs