| Commit message (Collapse) | Author | Age | Files | Lines |
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ntfy went onto a real phone and the handshake ran: our app broadcast REGISTER,
ntfy answered with an endpoint (https://ntfy.sh/up…), the app stored it, and
the web app took it off the launch URL and kept it. That was the link I'd said
was unproven.
It also turned up something the sandbox never would. The phone had THREE apps
answering the distributor action — Element's and Yakihonne's internal ones
alongside ntfy — and both of those exist to serve their own app, not anyone
else's. Picking the first would have registered with a distributor that will
never hand us an endpoint, and there'd be nothing to show for it.
The spec's answer is to let the user choose, and this app has no settings
screen to choose in, so it works through them instead: ask one, and if no
endpoint has arrived by the next launch, ask the next. A refusal moves on
immediately. Whoever answers is remembered for good.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Claude-Session: https://claude.ai/code/session_019mrt228Upn9nNCwGixzSLx
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Tested on a real phone, and the first attempt didn't work at all:
Background started FGS: Disallowed [... code:DENIED ...]
startForegroundService() not allowed due to mAllowStartForeground false
Android 12 forbids starting a foreground service from a broadcast receiver.
An expedited job is the sanctioned replacement — it runs promptly from the
background and needs no notification of its own to apologise for existing —
so WakeService is now WakeJob, and the notification is decided by what
arrived rather than by whether we could wake: a payment or a message is news
either way, a wallet-connect request the wallet answers by itself is not.
Two more things the phone found. A job with a connectivity constraint needs
ACCESS_NETWORK_STATE, or schedule() throws and nothing runs at all. And a
wake with nothing to answer used to hold a WebView open for the full thirty
seconds — a locked wallet, no wallet on the device, or no NWC connections all
end the job immediately now.
Also a bug worth naming: ctx carried `wakeDone` by shorthand, which captured
the binding while it was still undefined (ctx is built before it's defined).
The page could never say it had finished, so every wake ran its full timeout.
It reads through a closure now, like its neighbour.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Claude-Session: https://claude.ai/code/session_019mrt228Upn9nNCwGixzSLx
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The TWA can't. Chrome renders the site, so the wallet's keys live in Chrome's
storage for its own origin, and nothing outside Chrome can reach them — a
UnifiedPush message could raise a notification and no more. On a phone with
Google Play Services none of this matters; without it, background answering
was simply unavailable.
So: a second flavour, io.coinos.webview, "Coinos (UnifiedPush)". The wallet
runs in a WebView this app owns, which means a push can start it off-screen
and let it answer for itself. WakeService loads it with ?wake=<payload> into
the same storage the visible app uses, the page subscribes and answers
whatever the payload was about, then calls CoinosHost.done() so the service
stops — capped at 25 seconds from the page and 30 from the service, because
nothing here is allowed to sit in the background costing battery. Its
foreground notification says what it's doing rather than apologising for
existing.
The WebView carries what the wallet actually needs: DOM storage and
IndexedDB, the camera for the QR scanner (granted only once Android has
granted it to us), a file chooser for attaching pictures, and links to
anywhere but coinos.io handed to a real browser.
The trade is named in the code and worth naming here: a separate app is a
separate wallet. Its storage is its own, so signing in there is signing in
again. That's why this is a second build rather than a replacement — the TWA
is untouched, still the better browser for anyone whose phone has push.
The shared push receiver now asks the system for whatever front door this
build has, and asks a per-flavour Wake class whether the wallet can be woken
at all — no flavour checks in the middle of it. Both APKs build and ship:
coinos.apk as before, coinos-unifiedpush.apk beside it.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Claude-Session: https://claude.ai/code/session_019mrt228Upn9nNCwGixzSLx
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Web push on Android is Firebase's, so a phone without Google Play Services —
GrapheneOS, CalyxOS, any de-Googled Android — cannot be woken by a web app at
all. UnifiedPush is the way that doesn't involve Google: the user runs a
distributor (ntfy and friends), apps ask it for an endpoint, and whoever
wants to reach the device POSTs to that endpoint.
THE WRAPPER speaks the protocol directly — four broadcasts each way, so it
pulls in no library; an APK this small has no business growing a Kotlin
runtime for eight intents. It asks the distributor on every launch (the call
is idempotent, and it's how a distributor installed later gets noticed),
raises a notification when a message arrives, and acknowledges it so the
distributor stops resending.
THE ENDPOINT reaches the web app on the launch URL as ?up=, the same road
payment intents already travel — because the distributor talks to the app and
only the web app knows which pubkeys are worth watching. It's registered with
the notifier in place of a browser subscription, for notifications and for
NWC alike, and needs neither permission nor push service.
THE NOTIFIER sends to either kind: one deliver() that POSTs the payload to a
UnifiedPush endpoint, or hands it to web-push as before. Same payloads, same
404/410 pruning. The endpoint is the only secret there, so it's never logged
in full.
Verified: a POST to a live ntfy endpoint delivers the payload byte for byte,
so the app parses exactly what the notifier sent; the APK builds, carries the
receiver, and is signed with the certificate assetlinks already pins (v1.6).
tools/unifiedpush-test.js drives a browser with no push service and checks
the endpoint is taken off the URL, kept, and registered.
Honest about the limit: a UnifiedPush message wakes the ANDROID app, not
Chrome's service worker, and the wallet's keys live in the browser's storage
where nothing here can reach them. So a zap request arrives as a notification
you tap, and the wallet answers when it opens — one tap instead of none.
Automatic answering while closed still needs a browser with a push service.
Co-Authored-By: Claude Opus 5 (1M context) <[email protected]>
Claude-Session: https://claude.ai/code/session_019mrt228Upn9nNCwGixzSLx
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(IntentActivity, noHistory) — a TWA already on screen ignores a new intent delivered to its still-alive launcher, so a second lightning: tap did nothing; the trampoline maps the URI to ?u= form and relaunches the TWA with CLEAR_TOP, which navigates the open app. Verified on a real phone over adb: URL-bar-less fullscreen (assetlinks verified after the site began serving /.well-known/assetlinks.json — the deploy hook's dist/* glob was blind to dot-directories, fixed on cs), lightning: intent lands on Send with the invoice filled, and a second bitcoin: intent fired while the app was open navigated it (BIP-21 parsed, address + amount). NFC NDEF filters ride the trampoline for bolt cards / NDEF tags
Co-Authored-By: Claude Fable 5 <[email protected]>
Claude-Session: https://claude.ai/code/session_01MGzU12QrAA4G6BYGzGVdXz
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whole reason to exist is intent registration — lightning:/bitcoin:/nostr:/lnurl:/lnurlw:/lnurlp: VIEW intents and the same schemes via NFC NDEF dispatch (bolt cards, address stickers; NFC declared required=false), plus verified https links to the site. LauncherActivity forwards a scheme URI into the web app as ?u=<encoded>; the web app reads it BEFORE features construct — a nostr npub/nprofile rewrites itself onto the existing /npub profile deep link, payment URIs stash and dispatch through handleScanned (the QR path) once a wallet is open, and the param is stripped from the URL either way. assetlinks.json (static/.well-known/, copied by build.js) vouches for the signing cert so the TWA runs URL-bar-less; the built APK is served at /coinos.apk for sideloading. Signing keystore lives in android/ GITIGNORED (keystore.properties beside it) — the assetlinks fingerprint pins it, so losing it means re-shipping assetlinks too. Verified: headless ?u= routing (lightning → Send with invoice filled + URL cleaned; nostr → profile page), APK installed on a real phone via adb, schemes registered (chooser appears where other wallets also claim lightning:)
Co-Authored-By: Claude Fable 5 <[email protected]>
Claude-Session: https://claude.ai/code/session_01MGzU12QrAA4G6BYGzGVdXz
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