JakeBreath
cf129714be
desktop/ serves the normal frontend build over a privileged app://j621 scheme, so localStorage, OPFS, Web Workers, WebCodecs and history routing behave exactly like Chrome. Development points at the Vite dev server; `npm run smoke` runs headless Electron and checks the bundled app. External links open in the system browser, and download navigations (?download=1 or media URLs) are rerouted through webContents.downloadURL, since preventing them cancels the download. The setup screen names the shell's origin when the connection test fails, and the deploy docs list app://j621 for CORS_ALLOWED_ORIGINS.
28 lines
1.0 KiB
TypeScript
28 lines
1.0 KiB
TypeScript
/**
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* The only bridge between the desktop shell and the SPA. Keep it tiny: the
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* renderer is the normal web build and must not need Electron to work.
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*/
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import { contextBridge, ipcRenderer } from "electron";
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contextBridge.exposeInMainWorld("j621Desktop", {
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isDesktop: true as const,
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platform: process.platform,
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// The SPA's own origin (`app://j621`), shown by the setup screen when it
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// has to explain which origin to allow in the backend's CORS settings.
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origin: window.location.origin,
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getVersion: (): Promise<string> => ipcRenderer.invoke("j621:version"),
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});
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// Menu → "Open backend in browser": read the SPA's stored backend URL and
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// hand it to the main process after checking it is a real web URL.
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ipcRenderer.on("j621:open-backend", () => {
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let url = "";
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try {
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url = window.localStorage.getItem("j621.backend") ?? "";
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} catch {
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// Storage can be unavailable in rare cases; nothing to open then.
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}
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if (url === "none") url = "";
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if (url) void ipcRenderer.invoke("j621:open-external", url);
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});
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