Resolve the active site from the request Host header on the server and expose it through a SiteContext provider so the app can vary rendering per subdomain. Serialize the resolved site into the document shell (data-site attribute + window.__SITE__) so client hydration matches the server render. Add host-based Vercel rewrites mapping each subdomain to its site root, and include unit tests for the site resolution logic.
100 lines
3.2 KiB
TypeScript
100 lines
3.2 KiB
TypeScript
/**
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* Unit tests for the shared site-context resolver (task 01).
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*
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* `resolveSiteFromHost` is pure — no env / no I/O — so the cases below are
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* straightforward synchronous assertions mirroring the acceptance matrix in
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* the task spec.
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*/
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import { describe, it, expect } from "bun:test";
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import {
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resolveSiteFromHost,
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SITE_CONFIG,
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type SiteId
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} from "./site-context";
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function expectSite(host: string, id: SiteId) {
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expect(resolveSiteFromHost(host).id).toBe(id);
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}
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describe("resolveSiteFromHost", () => {
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it("maps each product subdomain to its own site config", () => {
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expectSite("nessa.freno.me", "nessa");
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expectSite("lineage.freno.me", "lineage");
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expectSite("gaze.freno.me", "gaze");
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expectSite("inputhalo.freno.me", "inputhalo");
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});
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it("maps the apex and www hosts to main", () => {
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expectSite("freno.me", "main");
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expectSite("www.freno.me", "main");
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});
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it("falls back to main for unknown subdomains", () => {
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expectSite("unknown.freno.me", "main");
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expectSite("blog.freno.me", "main");
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});
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it("handles ports", () => {
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expectSite("freno.me:3000", "main");
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expectSite("nessa.freno.me:8787", "nessa");
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expectSite("www.freno.me:443", "main");
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});
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it("handles localhost dev hosts", () => {
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expectSite("localhost", "main");
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expectSite("localhost:3000", "main");
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expectSite("nessa.localhost:3000", "nessa");
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expectSite("nessa.localhost", "nessa");
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expectSite("gaze.localhost", "gaze");
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expectSite("lineage.localhost", "lineage");
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expectSite("inputhalo.localhost", "inputhalo");
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});
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it("treats unknown *.localhost as main", () => {
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expectSite("wat.localhost", "main");
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});
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it("handles empty / null / undefined hosts by returning main", () => {
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expect(resolveSiteFromHost("").id).toBe("main");
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expect(resolveSiteFromHost(null).id).toBe("main");
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expect(resolveSiteFromHost(undefined).id).toBe("main");
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expect(resolveSiteFromHost(" ").id).toBe("main");
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});
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it("case-insensitively normalizes hosts", () => {
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expectSite("NeSsA.Freno.Me", "nessa");
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expectSite("WWW.Freno.Me", "main");
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expectSite("Gaze.LOCALHOST:3000", "gaze");
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});
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it("preserves exact dot-match semantics (no prefix bleed)", () => {
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// `x-nessa.freno.me` must NOT match `nessa.freno.me`.
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expectSite("x-nessa.freno.me", "main");
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expectSite("notgaze.freno.me", "main");
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});
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it("returns the matching SITE_CONFIG entry (full object, not just id)", () => {
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expect(resolveSiteFromHost("nessa.freno.me")).toEqual(SITE_CONFIG.nessa);
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expect(resolveSiteFromHost("gaze.freno.me")).toEqual(SITE_CONFIG.gaze);
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expect(resolveSiteFromHost("freno.me")).toEqual(SITE_CONFIG.main);
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});
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it("every SITE_CONFIG entry has a non-empty baseRoutePrefix for subdomains", () => {
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for (const id of [
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"nessa",
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"lineage",
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"gaze",
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"inputhalo"
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] as SiteId[]) {
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expect(SITE_CONFIG[id].baseRoutePrefix).toBe(`/${id}`);
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expect(SITE_CONFIG[id].subdomain).toBe(id);
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expect(SITE_CONFIG[id].titleSuffix).toBe(` | ${SITE_CONFIG[id].displayName}`);
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}
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});
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it("main has empty subdomain and empty baseRoutePrefix", () => {
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expect(SITE_CONFIG.main.subdomain).toBe("");
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expect(SITE_CONFIG.main.baseRoutePrefix).toBe("");
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});
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});
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