| Commit message (Collapse) | Author | Age | Files | Lines |
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History is the home for Ark movements now; the Settings card keeps
balance, coin count, board, refresh, and in-progress operations.
Co-Authored-By: Claude Fable 5 <[email protected]>
Claude-Session: https://claude.ai/code/session_01QFAcD4V284DvYZZHP7Rxxy
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Receives, sends, and boards interleave with on-chain transactions in one
time-sorted, paginated timeline, each tagged 'Ark'. Refreshes are
internal churn and stay in the Settings activity list only.
Co-Authored-By: Claude Fable 5 <[email protected]>
Claude-Session: https://claude.ai/code/session_01QFAcD4V284DvYZZHP7Rxxy
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Same card and tap-to-acknowledge flow as on-chain receives; the ack
persists in the ark state (shows exactly once) and a 2h recency guard
keeps old payments from celebrating when a wallet is opened later.
Co-Authored-By: Claude Fable 5 <[email protected]>
Claude-Session: https://claude.ai/code/session_01QFAcD4V284DvYZZHP7Rxxy
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- Settings: Ark server card (off by default, per-network presets incl.
Second mainnet + local regtest, custom URLs) with balance, coin count,
board form (on-chain -> Ark; funding output pinned to vout 0 via the
new buildTx noSort option), refresh/consolidate, and recent activity.
- Receive: Ark option in the address-type dropdown (QR + copy).
- Send: t?ark1 addresses are recognized in the normal send form and
route to an Ark confirmation (no mining fee) with a success view.
- Balance card: Ark balance line under the on-chain figure.
- ArkManager lifecycle: per-wallet instance created on account
activation, background sync every 5s (regtest) / 30s, state persisted
under the wallet cache key.
Verified end-to-end in a real browser (tools/ark/ui-test.js, puppeteer
against the regtest stack): receive, send, board, and refresh all green.
Co-Authored-By: Claude Fable 5 <[email protected]>
Claude-Session: https://claude.ai/code/session_01QFAcD4V284DvYZZHP7Rxxy
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Speaks Second's bark/captaind Ark protocol directly from the browser —
gRPC-web over fetch with hand-rolled protobuf, no wasm, no new deps
(crypto via the existing @scure/@noble stack incl. btc-signer's BIP-327
musig2 module).
src/ark:
- proto.js transport, ark address codec, mailbox blinding/auth,
VTXO ProtocolEncoding v2 decode
- send.js arkoor send: checkpoint+arkoor txs, BIP-341 sighashes,
MuSig2 cosign ceremony, signed-VTXO assembly
- board.js onchain -> ark: funding taproot, exit-tx cosign
- refresh.js delegated round (hArk): participation, tx-chain
reconstruction, hash-locked leaf cosign, forfeit swap
- validate.js receive-side verification: chain must land on the vtxo
point, anchor checked onchain, every transition sig verified
- manager.js persistent wallet layer: storage-checkpointed step-machine
actions (send/board/refresh) that survive crashes, mailbox
sync with validation, multi-input consolidation refresh
tools/ark: end-to-end regtest tests (receive, send, board, refresh,
manager incl. crash-mid-send + resume), all passing against captaind
with the bark CLI as counterparty.
Co-Authored-By: Claude Fable 5 <[email protected]>
Claude-Session: https://claude.ai/code/session_01QFAcD4V284DvYZZHP7Rxxy
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Production Boltz service now live on cs at swap.coinos.io (dedicated mainnet
CLN, chain = coinos production bc on desk over Tailscale). Add it as a
selectable provider. Mainnet default stays on public Boltz Exchange until
our node has channel liquidity.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
Claude-Session: https://claude.ai/code/session_01RtuRuzDQ6ffngL5wFw4f9v
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A reverse-swap claim is an on-chain receive, so instead of a separate LN
'Received!' card (which stacked with the generic celebration and needed
suppression), credit the claimed coin to the wallet the instant we broadcast the
claim — new wallet.creditReceive() mirrors the instant-payment watcher path
(adds the utxo + pending row, advances the receive index, emits). The generic
'Payment received!' then fires immediately with the right amount, one screen, one
tap. Dropped the LN success card + the suppression logic.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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A reverse-swap claim is also an on-chain receive, so after the LN 'Received!' card
the generic 'Payment received' celebration would fire too — making the first Done
tap appear to do nothing (it just revealed the second screen). Suppress the
generic celebration while the LN claim card is shown, and have its Done ack the
generic one as well, so a single tap dismisses both.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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_txSummary computed a tx's spend only from inputs whose prevout address is on the
scanned frontier (addrMap). A coin spent from an address not currently in that
set — e.g. a fresh reverse-swap claim — was dropped from the total, so the net
showed e.g. -4,768 instead of -50,794, and the scan overwrote applySentTx's
correct net with it. Now: applySentTx counts every input it spent (falling back
to the witness-utxo value if a coin was dropped from the utxo set) and marks the
tx 'local'; the rescan preserves a local tx's net/fee instead of recomputing.
Funds were always correct on-chain — this was a display-only undercount.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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A reverse swap's preimage is sha256(swapNode(idx).privateKey) — deterministic per
index. nextSwapIndex was derived only from *saved* swaps, so an attempt that
created the swap at Boltz but threw before saving (e.g. the lockup-address-mismatch
bug) never advanced the index; the next try reused the same preimage and Boltz
rejected it ('a swap with this preimage hash exists already').
Make nextSwapIndex a persisted, monotonic counter (reserves the index on every
call, seeded from saved swaps), and have startReverse retry with the next index
when Boltz reports the preimage already exists — which also recovers wallets
already stuck on a burned index.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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swapP2TR resolves the network via netFor(name) → NETS[name] || btc.NETWORK, but
NETS had no mutinynet entry, so it fell back to MAINNET — Hal computed a bc1p…
swap address while Boltz (bitcoinSignet) returns tb1p…, tripping 'lockup address
mismatch — not paying'. Add mutinynet: btc.TEST_NETWORK (signet/testnet params,
matching the wallet's own netCfg).
Verified: swapP2TR now derives tb1p… for mutinynet (was bc1p…).
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Point mutinynet wallets at the new self-hosted staging Boltz backend
(swap-staging.coinos.io) by default, instead of mainnet api.boltz.exchange.
Backend: dedicated boltz CLN + shared mut bitcoind on cs, behind a CORS shim
+ cloudflared.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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- Send: show only the destination input ('Address or Lightning invoice') until a
valid on-chain/SP address is entered, then reveal amount + fee rate + coin
selection + Review. A pasted bolt11 still auto-advances to its own confirmation,
so those controls never appear for it. New wallet.isOnchainAddress() validator +
a destReady() gate; recipient onInput/paste re-render only when validity flips.
- History: stop listing swaps at the top. Instead, a send/receive that was part of
a swap shows its Lightning context (invoice, swap fee, status, refund) on the tx
detail screen via swaps.findByTxid(). Removed the dead swapListView.
- Lightning receive: drop the '50000' amount placeholder — a bare number looked
like a value was already entered; the min/max hint below covers it.
Verified in-browser: controls hidden until a valid address, then revealed; LN
receive placeholder empty; no errors.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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The 'Receive over' label was redundant above a self-explanatory dropdown; remove
it (and the now-unused i18n key). Rename the first option to 'Bitcoin address' so
it's clear alongside Lightning and Silent payment.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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The fee label and status copy shouldn't hardcode the provider, since the swap
backend is configurable. 'Boltz fee' → 'Swap fee', and the pay/settle messages no
longer name Boltz. (The settings card still says 'Boltz-compatible provider',
which is an accurate description of the API standard.)
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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- Receive: replace the 3-button segmented control (too wide on mobile) with a
compact 'Receive over' dropdown that scales to more address types.
- Remove the standalone Swap tab. Paying an invoice now lives in Send; the
in-flight/recent swap list folds into the top of History. Deleted the dead
swapTab + doSubmarine.
- Send: as soon as a valid bolt11 is pasted/typed/scanned into the recipient
field, jump straight to the Lightning confirmation (submarine-swap quote with
itemized cost) — the invoice's baked-in amount is used, so the amount field is
skipped entirely. Wired into the recipient onInput, the paste button, and QR scan.
Verified in-browser: Swap tab gone, dropdown renders, and a pasted 60k invoice
auto-progresses to 'Pay over Lightning' with the Boltz fee shown, no Review tap.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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The dev server already binds 0.0.0.0, but the app's regtest data source + SP
indexer pointed at localhost, which on a phone means the phone's own localhost.
Proxy them all through the dev server (same-origin), like /boltz already was:
HTTP by prefix (/boltz, /esplora, /sp) and WebSocket by exact path (/electrum →
Fulcrum, /sp/ws → SP indexer), with a Bun websocket relay. The regtest presets
become relative paths, and a small absWsUrl() resolves '/path' WS URLs to
ws(s)://<page-host>/path so they work from any device hitting the dev server.
No per-device config, no CORS. Verified: /electrum relays Fulcrum 2.1.1, /esplora
returns the tip height, and the desktop wallet still loads (balance 98,444) and
connects through the proxy with no errors.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Paste a bolt11 into the normal Send recipient field and Review now detects it and
routes through a Boltz submarine swap — no 'swap' concept surfaced. Split
startSubmarine into quoteSubmarine (POST + build-but-don't-broadcast the funding
tx) and fundQuotedSubmarine, so the review shows an itemized cost before
committing: Amount + Boltz fee + on-chain network fee = Total. Pay funds the
lockup; Boltz pays the invoice once it confirms.
Verified on regtest: a 60,000-sat invoice quotes to Amount 60,000 / Boltz 362 /
network 442 / Total 60,804, with a Pay button.
Lightning-address (LNURL) input + removing the standalone Swap tab are the
remaining pieces.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Receive now has a segmented [Address | Lightning | Silent payment] toggle.
'Lightning' takes an amount and creates a Boltz reverse-swap bolt11 to share;
when it's paid, Boltz locks up on-chain and the SwapManager claims it into this
wallet automatically (shown live, then 'Received!'). Gated to non-watch-only
wallets (a reverse swap needs our keys). Removed the duplicate 'Receive over
Lightning' card from the Swap tab. Verified in-browser on regtest: real limits
(Min 50,000) load via the proxy and an invoice is created.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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A submarine swap's success is invoice.paid — Boltz has paid the Lightning invoice,
which is the whole point and irreversible. Boltz then claims its on-chain lockup
(transaction.claim.pending → claimed), often deferred to a later batch, so the old
done-set ({transaction.claimed, invoice.settled}) left Hal stuck showing
'paying / waiting for Boltz to pay' indefinitely after the payment had already
gone through. Add invoice.paid + transaction.claim.pending to the done set.
Verified: a live swap stuck at transaction.claim.pending flips to 'success ·
Invoice paid ✓' after the fix.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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to fetch'
The regtest boltz API (localhost:9001) sends no CORS headers, so the browser
blocked cross-origin fetches — creating a Lightning invoice failed with 'failed
to fetch', and the limits GET silently fell back to defaults (min showed 25k
instead of regtest's real 50k). bun E2E tests didn't hit this (no CORS enforced).
dev.js now proxies /boltz/* to localhost:9001 (adding CORS + handling the OPTIONS
preflight), and the 'local' boltz preset points at the same-origin /boltz path.
Public providers (mainnet/testnet) already send CORS and are unaffected.
Verified: GET limits via proxy returns the real 50k/40.29M with CORS; POST
create-reverse succeeds; the browser swap form now shows Min 50,000.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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expected')
A watch-only wallet has no private key, so swapNode().privateKey is null and
startReverse's sha256(node.privateKey) threw 'uint8array expected'. The receive
card wasn't gated by watchOnly (the pay card already was). Hide both for watch-only
and show a prompt to re-enter the recovery phrase, since swaps need the key to
derive the preimage and claim on-chain.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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hardcoded 50k
doReverse rejected anything under a hardcoded 50,000 sats — which happens to be
the regtest provider's minimum, but mainnet boltz's real minimum is 25,000 (and
providers/networks differ), so valid 25k-50k mainnet swaps were refused and the
max was unchecked client-side.
Add SwapManager.reverseLimits() (GET /v2/swap/reverse, cached per API) and use it
in the swap UI: show the real min/max range under the amount field and validate
against it. Reset the cached limits when the network or provider changes.
Verified: regtest min/max 50,000/40,294,967; mainnet 25,000/25,000,000.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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# Conflicts:
# src/api.js
# src/app.js
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The create pane shows the existing draftMnemonic's backup if one is set, only
falling back to the Generate-seed step when it's empty. Nothing cleared the draft
after a wallet was created, and Add wallet jumped to the create tab without
resetting it — so Add wallet presented the already-active wallet's seed, and
'creating' it just re-opened the same account (no new wallet).
Clear draftMnemonic (+ createStep, confirm) when Add wallet starts a fresh
creation, and clear it in openWallet once a seed has been used to create/enter a
wallet, so each new creation generates a fresh seed.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Opening a gift link when you already have wallet(s) now shows a 'Choose where to
receive it' screen — each known wallet (full accounts this session plus the
durable directory, deduped by xpub) plus 'Receive into a new wallet'. A
first-timer with no wallets goes straight to a fresh wallet as before.
Claiming into an existing wallet activates it non-provisionally and sweeps the
gift to its receive address (watch-only is fine — re-enter the seed to spend),
skipping the new-seed backup step. Both bearer and locked (NIP-17) gifts route
through the same claimGift() entry. Verified in-browser: selection lists the
wallet + new option + amount; claim-into-address mechanic proven on regtest.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Persist a per-account gift record (shareable link/code + amount, plus a locked
gift's claim code) when a gift is created, so:
- Unclaimed gifts in History get a 'Gift link' button that re-opens the QR + link
(and the claim code for locked gifts), to re-share without recreating the gift.
- Once a gift's coin is spent and we didn't revoke it, it shows in History as
'claimed' instead of vanishing. Revoking marks the record so a reclaim isn't
mislabelled as claimed.
Verified on regtest: create → outstanding=1, link stored; after the recipient
claims → outstanding=0, claimed=1 with the right amount.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Renamed the default mainnet SP-indexer endpoint to sp.coinos.io. Also switched the
cloudflared bitcoin tunnel to http2 (QUIC was intermittently dropping edge
connections → transient 502s). tweaks.coinos.io still resolves to the same indexer.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Stop also sending the legacy NIP-04 kind-4 DM — clients that support both (e.g.
Amethyst) were showing the claim code twice. NIP-17 alone covers current clients.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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- Migrated all relay I/O (profile/inbox fetch, DM publish, state sync) to a shared
SimplePool. The old code opened a relay per request and closed it manually,
which raced nostr-tools' CLOSE-after-EOSE and spammed 'WebSocket is already in
CLOSING or CLOSED state'. SimplePool owns the connection lifecycle, so that's
gone. Also reuses connections instead of churning one per fetch.
- Gift DMs now go out as BOTH NIP-04 (kind 4) and NIP-17 (kind 1059 gift wrap).
Older clients (Amethyst) read NIP-04; newer ones (Jumble) only support NIP-17
and ignore NIP-04 — sending both means the claim code shows up either way.
Verified: profile/inbox fetch + DM still work via the pool; the NIP-17 wrap is
published and unwraps to the original message; the NIP-04 kind-4 still lands too.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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card
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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- Settings gains a 'Consolidate coins' card (shown when you hold >1 spendable
coin): wallet.consolidate() does a max self-send merging them into one, so
future sends/gifts use a single input — cheaper and a smaller gift QR.
- At gift creation, detect when the gift would bundle several coins
(giftCoinSummary returns the input count) and trigger the split/consolidate
offer when count ≥ 3 (not just when it frees change). The offer now explains it
plainly ('would bundle N coins, costly to claim') and recommends splitting into
one coin first, with 'Use N coins anyway' as the explicit opt-out.
Verified on regtest: 6 small coins → a 1000-sat gift needs 3 inputs and triggers
the offer; consolidate merges them to 1 coin, after which the same gift is a clean
single input.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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- A many-input gift produces a URL too long for a QR, and qrSvg threw — uncaught,
inside render() — so the click did nothing and showed no error. Wrap the gift QR
in try/catch: render the QR when it fits, otherwise fall back to a 'too large for
a QR — use the link' note. The link itself still works.
- The split-offer card has its own Back; hide the gift sub-view's outer Back while
the split offer is showing, so there aren't two stacked Back buttons.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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The gift payload is now encrypted two ways in the link: under the one-time code
(the DM / manual path) AND to the recipient's nostr pubkey via an ephemeral key.
When a NIP-07 browser extension (window.nostr) is present, the claim view offers
'Claim with nostr extension' — it checks the extension's pubkey matches the gift,
decrypts ctKey via window.nostr.nip44.decrypt, and claims into a fresh wallet with
no code. The pasted-code path remains as the fallback for everyone else.
Verified: both decrypt paths recover the payload from the blob; a different
extension account is rejected.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Discover where a recipient reads DMs before sending the claim code: prefer their
NIP-17 DM relay list (kind 10050), else their NIP-65 read relays (kind 10002),
unioned with the broad fallback set (so users without a list still get it). This
makes the locked-gift DM far more likely to land in the recipient's client.
Verified: resolves fiatjaf's real inbox relays; a key with no list returns none
and falls back to defaults.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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A gift can now be locked to a recipient's nostr npub. The shareable link
(/lg/<blob>) carries the amount + recipient in the clear (anyone can see what it
is and who it's for), but the claim payload is encrypted under a one-time code.
That code is delivered as an encrypted nostr DM (NIP-04) to the recipient — so
only they can read it. They paste the code to decrypt, then claim into a fresh
wallet exactly like a normal bearer gift.
- nostr.js: parseNostrPubkey/npubOf, encryptWithCode/decryptWithCode (random
32-byte code), fetchNostrProfile, NostrSync.sendDM (broad relays).
- wallet.js: lockGift → { blob, claimCode }, previewLockedGift, nostr identity +
sendNostrDM.
- app.js: gift form gains an optional 'Lock to npub' field that shows the
recipient's avatar + name (nostr kind-0 profile); create encrypts + DMs the
code (with sent/failed status + a copyable fallback); /lg/ links open a claim
view showing the gift + recipient where you paste the code; account settings
shows your own npub to share.
Verified: code lock/unlock round-trip, a real nostr DM published and read back
from relay.damus.io, and the UI loads + renders with no errors.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Drop the human-readable name and the scheme prefix in the data-source and
SP-indexer dropdowns, e.g. 'electrum.coinos.io', 'mempool.space/api',
'tweaks.coinos.io'. 'Custom' stays bare.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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- Data-source and SP-indexer dropdowns now show the endpoint URL alongside the
name (e.g. 'coinos — wss://electrum.coinos.io'), so it's clear where data comes
from; 'Custom' stays bare.
- The tweak indexer is now served at https://tweaks.coinos.io (was halwallet.app/
sp): a cloudflared route on the bitcoin tunnel → the indexer at :8888, with a
DNS CNAME. Verified from a browser: /height, /mempool (1064 items), and /ws all
work (the coinos.io Bot Fight Mode challenges non-browser clients only).
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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- Combined the separate Electrum and Explorer settings into a single data-source
list. Each preset knows its type (electrum vs esplora); a custom source's type
is detected from its URL scheme (ws/wss → Electrum, http/https → Esplora). The
settings UI is now one dropdown + a URL field for Custom, with a one-line note
showing the detected/selected type. getBackend/electrumCandidates/resolveHosts
derive from the selected source. Old split settings migrate automatically.
- coinos now points at wss://electrum.coinos.io (was wss://halwallet.app/electrum).
Set up as a cloudflared route on the bitcoin tunnel → the Fulcrum WS (:50003),
with a DNS CNAME. Verified the endpoint serves Electrum from a browser (Fulcrum
2.1.1 replies; cloudflare Bot Fight Mode only challenges non-browser clients).
Verified: combined list + auto-detection (unit + browser), old-settings migration,
regtest data flow unchanged, and the app loads over electrum.coinos.io with no
errors.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Two things:
- Only confirmed SP coins enter the spend pool. Unconfirmed ones are excluded
(the sender's tx could be replaced, invalidating our spend) — matching the
spendable headline, which already counted confirmed-only.
- SP→SP sending: our own silent-payment coins can now fund a payment TO an sp1
address (previously excluded). _applySilentPayments includes SP inputs with
their key d = spend_priv + t_k, and silentPaymentScripts negates a taproot
input's key when it gives odd Y, per BIP-352 (so the sender's A = a·G matches
what the indexer reconstructs). signing was already SP-aware.
Validated: BIP-352 sending vectors pass for all clean key-path-taproot-input
cases (the remaining vector failures are NUMS script-path / labels / uncompressed
keys — input types the wallet never spends). End-to-end on regtest: an SP coin
funds a payment to another sp address, testmempoolaccept passes, and the recipient
scans and finds it.
Note: silentPaymentScripts derives input_hash from the eligible inputs it's given,
which is correct because the wallet only ever spends all-eligible coins (P2WPKH +
key-path SP); it isn't a general-purpose sender for txs with ineligible inputs.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Two causes, both fixed:
- _scanSpMempool emitted on every WS push even when our pending set was unchanged.
The mainnet mempool churns constantly, so this re-rendered the whole app every
few seconds, stealing focus mid-type. Now it only emits when our pending SP set
actually changes.
- render() rebuilds the DOM (replaceChildren), which inherently drops focus. Added
focus + caret preservation: capture the focused field's index-path and selection
before the rebuild, restore them after. So any render source (poll, payment
push, scan) is now invisible to someone typing.
Verified via CDP: typing 'bc1q…' in the Send address, caret at 6, then forcing a
re-render — focus, value, and caret all retained.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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The EC crypto (candidate derivation + full scan) now runs in a worker, off the
main thread, so even a large mainnet scan can't jank the UI at all. The worker is
bundled separately and embedded as base64 (single-file app), spawned from a Blob
URL; it holds the keys + per-tweak cache. If workers are unavailable or the bundle
is missing, scanning falls back to the main thread (still cached + yielding).
scanSilentPayments / _scanSpItems / _scanSpMempool now go through _spHitBlocks and
_spScanItems, which dispatch to the worker (or the fallback). +27KB to index.html
for the worker's crypto bundle.
Verified via CDP: worker runs keys/candidates/scan correctly in-browser; a real
reload + mainnet scan threw 0 exceptions and the SP address renders.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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A freshly-generated wallet can't have received SP before it existed, so set its
scan watermark to the current tip on first connect (skipping the whole historical
catch-up) instead of scanning from 0. Threaded a 'generated' flag through the
create flow (openWallet → enterWallet → activateAccount → load spFresh); imported
wallets still scan from the indexer start since they may have prior receipts.
Verified on regtest: a fresh wallet skips the block-5780 receipt (watermark=tip,
balance 0); the same seed imported finds it.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Profiling (CDP) showed the toggle lag/high CPU was _scanSpMempool re-scanning the
ENTIRE mempool item set on every WS push (the mempool churns constantly), redoing
an EC point-multiplication per tweak on the main thread — ~1s blocks.
- Memoize silentPaymentScan/silentPaymentCandidate by tweak (outcome is fixed),
cleared when the SP keys change, capped to bound memory. Steady-state CPU from
re-scanning dropped from ~1s/push to ~0 (measured 18ms over 9s idle).
- Yield to the event loop during the catch-up block loop and the mempool scan, so
a large first/cold scan (mainnet) doesn't freeze the UI.
- Coalesce mempool scans (latest-wins, never two at once) with a race guard so a
block confirming mid-scan can't duplicate an outpoint.
Measured after: receive toggle 8/8 switches, avg 5ms / max 9ms (was 1-2s).
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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The screen-changing back buttons (tx detail, gift sub-view, all-gifts, bump,
account settings, accounts) now call goBack(), which does history.back() when
there's an entry to pop — so they no longer push a duplicate entry. Falls back to
an explicit parent-screen navigation when there's no in-app history (e.g. reloaded
straight into a sub-screen). Modal-dismiss buttons (revoke, rename, password,
draft) are unchanged — they don't touch nav state.
Verified via CDP: detail (i=2) → in-app back → i=1 (popped) → Forward restores
the detail.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Mirror the app's screen position (screen, tab, txDetail, bump, giftsAll, giftMode,
claimStep) into the browser history, so Back/Forward (and Android system back)
move between screens actually viewed. render() snapshots just these nav fields and
pushState()s on change — incidental re-renders (typing, polling) don't add
entries. popstate restores the snapshot and re-renders. History-API calls are
guarded so they can never break a render.
Verified via CDP: tab nav and tx-detail push entries; Back/Forward (incl. A→B→A)
restore the right screen and the DOM follows.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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Mainnet wallets now use https://halwallet.app/sp (our indexer on cs, behind
nginx /sp), enabling silent-payment receiving on mainnet.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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- One Receive card with an Address ⇄ Silent payment toggle (no separate card, no
BIP-352 badge, no scan-status line or Rescan button — discovery is automatic).
- SP receipts appear in History like normal payments: wallet.history merges BIP84
txs with per-tx SP receive rows (spTxRows), newest first; the detail view and
pagination use it. SP outputs carry a firstSeen timestamp.
- Receive description simplified to 'A reusable address that can't be tracked.'
- Removed the '· Silent payment' tag from the Send recipient line.
Verified on regtest: a received SP shows in history and balance with no manual
scan.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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silentpay.js: silentPaymentCandidate() (our P_0 for a tweak) + buildBloom/bloomHas
(double-hashed sha256, ~0.8% FP). Validated: candidate == P_0 on all no-label
vectors.
Indexer /scan now returns, per block, the tweaks + a Bloom over that block's
taproot output keys (no outputs), with an optional dustLimit. The wallet derives
a candidate per tweak, tests the filter, and only fetches /block on a hit — so a
big historical scan costs candidate math + a handful of fetches instead of
downloading and scanning every block. Live WS pushes still carry full items.
SP_DUST_LIMIT defaults to 0 (receive everything; the indexer honors any value).
Verified end-to-end on regtest: the filter flow finds the output.
Co-Authored-By: Claude Opus 4.8 (1M context) <[email protected]>
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