Reverts the Kover coverage aggregation (introduced in dca345212b) from every
module, the root aggregation block, the Sonar coverage import, the version
catalog, and BUILDING.md. With the plugin present the 16 GB CI runner OOM-killed
during the Android test+build job even with Kover opt-in disabled; removing it
entirely clears the OOM. No other CI changes — the diff versus main is exactly
the inverse of dca345212b.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
- Apply Kover (Apache-2.0, build-time only) to the KMP/JVM modules and aggregate at the root
- include amethyst playDebug in the aggregated Kover coverage
The miner enumerates the nonce space deterministically (the random base is
overwritten before the first hash), so naively racing N copies of the search
duplicates the exact same candidate sequence N times. PoWMiner.mine() now
races workers over disjoint slices instead: each worker's nonce carries a
distinct fixed prefix while only the bytes after it are enumerated, making the
aggregate hash rate scale with cores (~3.8x on a 4-core box).
The hot loop also switches from sha256() to sha256Into() with a reused
32-byte buffer, so hashing no longer allocates per attempt.
amy wiring:
- `pow mine` and `post --pow` mine on all cores by default; `pow mine
--threads N` overrides.
- `pow bench` measures the all-cores rate (what mining now uses, also the
basis for expected_seconds) alongside a new hashes_per_second_single_core.
- PoWEstimator benchmarks with sha256Into to match the miner, and gains a
workers overload that prices in cross-core contention.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01UhaF5scnAvhP9wr9R7bTWM
Durability & correctness:
- Keep the job entry + disk checkpoint alive until the publish continuation
completes (was: dropped at mining-complete); failed publishes keep their
checkpoint for restart retry and surface through a failures SharedFlow
- Move draft deletion into the publish continuations in every composer so a
cancelled or process-killed mining job can't destroy the only copy of a post
- Persist gift-wrap mining: split NIP17Factory into createSeals (signer
interaction, runs inline) + wrapSeal (pure CPU, runs on the queue), new
REPLAY_WRAPS records restore pending DM wraps after process death
- Clamp synced NIP-78 difficulty (PoWPolicy.MAX_DIFFICULTY), require a sane
target in PoWMiner, bound PoWRankEvaluator against short ids
- Reaction double-tap while mining now toggles (dedupeKey + cancelByKey)
instead of publishing duplicates
- Restore checkpoints for every loaded account, not just the active one
- logOff purges the account's checkpoints and cancels its queued jobs
- Private notes: composer chip now gates on the gift-wrap kind and the
per-post override reaches sendPrivateNote
Coverage:
- Public/live chat (kinds 42 + 1311) and voice replies (1244 + kind-1 audio
replies) now route through the mining gate
Perf:
- FGS start() dedupes with a running flag; PendingIntents built once
- Banner 1 Hz clock only ticks while a job shows elapsed time
- PoWEstimator benchmark is single-flight behind a Mutex
UX / l10n:
- Post-mining failures toast with retry information
- Count strings converted to <plurals>; elapsed time via DateUtils; settings
estimate uses localized units; shared powKindLabelRes replaces three
duplicated kind→label maps; dead pow_chip_* strings removed
- CLI: pow mine lowercases the pubkey before mining (uppercase hex mined an
id that never matches the signed event) and validates via quartz Hex
New queue tests: checkpoint lifetime, failure reporting, cancelByKey toggle,
per-owner cancellation.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01ADb3dez9jPk6QqyQ1rTx4V
- `amy notes post TEXT --pow BITS [--pow-timeout SECS]` mines the note
pre-signature via quartz's PoWMiner (blocking — the CLI process is the
job), exits 124 on timeout with nothing published, and adds additive
--json keys: pow, pow_target, pow_millis.
- `amy pow check EVENT-JSON|-` reports actual_bits, committed_target,
has_commitment and effective_pow (capped at the commitment per
NIP-13's anti-lucky-spam rule) plus id+sig validity.
- `amy pow mine --target N [--pubkey HEX] [--timeout SECS] TEMPLATE|-`
mines an unsigned template for any pubkey — NIP-13's delegated PoW:
ids don't commit to signatures, so a headless box can mine for a
phone and hand the template back for signing.
- `amy pow bench` prints the machine's hash rate and expected seconds
at 16/20/24/28 bits (commons PoWEstimator).
- cli/tests/pow/pow-headless.sh: relay-free harness covering bench,
mine (commitment shape + 124 timeout), and the delegated round trip
(mine → sign via `amy event` → pow check ≥ target). 6/6 passing.
No logic added to cli/ — thin assembly over quartz nip13Pow + commons
PoWEstimator per the CLI architecture rules.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01ADb3dez9jPk6QqyQ1rTx4V
Adds the moderation verbs over the tested ConcordModeration write path:
- roles <community> list live roles + current banlist
- role <community> <name> <pos> PERM... define a role (perms by name), prints role_id
- grant <community> <user> <roleId> grant a role to a member
- ban / unban <community> <user> banlist add/remove
Each drains the Control Plane, chains the next edition onto the current head,
and publishes it; authority is enforced on fold by every client. Users resolve
via npub/nprofile/hex/nip05 (ctx.requireUserHex).
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01CzJ2Cwo8tg4oZq43oRa3ig
CachingDns duplicated 20% of what the app's SurgeDns already did better
(stale-while-revalidate, single-flight, jittered 24-48h positive TTL,
persistence, poison filtering). Consolidate on SurgeDns and fix what the
verification pass found along the way:
- move SurgeDns + SurgeDnsStore (+ their 41 tests) to quartz jvmAndroid so
the CLI can share them; delete CachingDns
- negative TTL 10s -> 10min (class default): a dead domain burns 10-30s of
getaddrinfo per re-dial and both the relay pool and a crawl re-dial dead
hosts continuously; the relay pool's own backoff already reaches 5min
- stop the call-failure listeners from erasing negative entries they were
just written from: callFailed caused by UnknownHostException must not
invalidate (it deleted every negative entry milliseconds after creation,
silently defeating the negative TTL entirely). The invalidation remains
for its real purpose - stale positives with rotated IPs
- new SurgeDns.staleAll(): soft-expire everything WITHOUT discarding -
positives serve stale and revalidate in the background on next use,
negatives re-try on first touch. Wired to network-identity changes in
AppModules (same trigger as Tor's onNetworkChange), replacing nothing:
the full-clear invalidate() was never actually called on network change
- amy: SurgeDns wired into the CLI OkHttp client, snapshot persisted at
~/.amy/shared/dns-cache.bin across runs (best-effort load/save)
Verified: all SurgeDns/SurgeDnsStore tests pass in the new location incl.
two new staleAll tests; :amethyst compiles (main + unit tests); cli suite
green. Caveat recorded in the plan doc: behind an HTTP CONNECT proxy OkHttp
never consults the client resolver (hostname goes to the proxy), so this
layer pays off on direct-connect deployments only - which also means the
branch's A/B numbers never depended on it.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_013zEYRGKF943RgLaHTViJaB
NIP-29 metadata/roster events (39000-39003) "are addressable events signed by
the relay keypair directly ... as stated by the NIP-11 `self` pubkey", and
"relays shouldn't accept these events if they're signed by anyone else". So the
authoritative test for a genuine group is `39000.author == relay.self` — which
also rejects a stray user-published 39000 even on a real NIP-29 relay, something
the earlier supported_nips heuristic could not.
Add `isRelaySignedRelayGroup(channel)`: strict `author == self` when the relay
publishes `self`, falling back to `supported_nips ∋ 29` when it omits `self`, and
false when it has neither. Apply it at the surfaces that show unsolicited groups:
- Discovery feed: replace the relay-level supported_nips filter with the
per-channel self-key check in matches(); the screen now warms each candidate
relay's NIP-11 and re-invalidates the feed as each doc resolves.
- On-relay group list: filter to relay-signed groups, warming that relay's
NIP-11 so genuine groups fill in and fakes stay hidden.
- CLI `relaygroup browse`/`info`: fetch the relay's NIP-11 (new
Context.relayInfo) and drop 39xxx not signed by `self`; browse reports the
dropped count.
Explicit user actions (a received invite link, opening an naddr) are left
untouched — hiding those would be user-hostile.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01B5MLY4hq5LXJ2D5WeLRyXj
Phase-B throughput plateaus at ~100-150 users/s at every crawl scale while
CPU/FDs/network sit idle, pointing at the per-relay 16-permit gates on the
hot backbone/fallback relays every batch touches. The 16-vs-100 benchmark
that chose the default predates the multithreaded-crawl fix, so expose the
starting cap for A/B runs; the NOTICE/CLOSED demotion ladder still protects
relays that push back.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_013zEYRGKF943RgLaHTViJaB
Cold hop-3 A/B (fresh store per leg, same observer): 48 workers beat 24
twice at identical contact-list counts (579s->559s and 474s->396s). The
old result that made 64 look 2x slower predated the multithreaded
dispatcher fix - more coroutines on one starved event-loop thread. Plan
doc gains the full A/B table (kept: background-park degating, sweep
dedup, tail overlap, dc48; rejected: 5s fast window).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_013zEYRGKF943RgLaHTViJaB
A saved crawl log couldn't attribute wall time to the finishing tail
(aggregator recovery vs report deletions vs parked drains) without
external timestamps. Prefix every crawl progress line with [t+SSSs].
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_013zEYRGKF943RgLaHTViJaB
Any graperank crawl/probe now creates ~/.amy/operator/ (the reachability
cache signs with the operator monitor key), and listAccounts counted it as
an account - so a single-account user's very first crawl left every later
command failing with "multiple accounts (operator, <name>)". Add it to
RESERVED_NAMES alongside shared/current. Hit for real while network-testing
the connect-storm changes.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_013zEYRGKF943RgLaHTViJaB
Most of a from-scratch crawl's wall clock was connection setup, re-paid
serially: the relay pool tears down a relay's socket ~300ms after its last
drain unsubscribes, OkHttp allowed only 256 concurrent WS handshakes, and
every dial re-ran an uncached blocking getaddrinfo (10-30s per dead domain,
once per per-user path URL of the same host). Open the connections once, in
parallel, and keep them:
- GrapeRankCrawler: the warm-pool trick (never-matching REQ that only holds
the socket) now covers the whole candidate universe instead of the top 20 -
seeded at crawl start from the reachability cache's live set (one parallel
connection storm, Config.knownLiveRelays) and refreshed each round with
newly learned outbox relays, capped by Config.preconnectCap (FD-budget
aware, --preconnect-cap / --no-preconnect).
- CachingDns (quartz jvmAndroid): 10-min positive + negative DNS cache with
in-flight per-host dedup; dead domains fail in microseconds instead of
re-burning resolver timeouts, path URLs of one host resolve once.
- cli Context: dispatcher and pre-connect caps derived from the process's
open-files limit (UnixOperatingSystemMXBean), warning when ulimit is low.
- amy graperank probe: relay census - mass-connects every relay the store
knows (kind:10002 universe deduped per authority + cached verdicts) in
waves, records live/dead with real measured rtt-open into the NIP-66
reachability cache (RelayProber + RelayReachabilityStore.recordProbed),
so the next crawl skips dead relays and waits once for the slow-but-alive.
Single-server limits (FDs, ephemeral ports, DNS, threads, conntrack) and the
design are documented in quartz/plans/2026-07-10-graperank-connect-storm.md.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_013zEYRGKF943RgLaHTViJaB
Full Concord stack through the CLI, thin over commons ConcordActions + Context:
- ConcordStore (~/.amy/<account>/concord.json, 0600): joined communities +
their secrets for re-derivation across runs
- concord create — mint community + publish genesis, save locally
- concord list — list joined communities
- concord channels — drain + fold the Control Plane, list channels
- concord send — post an encrypted kind-9 message to a channel
- concord read — drain + decrypt a channel's messages (oldest-first)
- concord invite — mint + publish a shareable invite link (bundle 33301)
- concord join URL — fetch + decrypt the bundle with the fragment token, save
Verified end-to-end against a local `amy serve` (geode) relay: Alice creates a
community and mints an invite; Bob joins from the URL alone, both post to
#general, and both read the identical decrypted message list.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01CzJ2Cwo8tg4oZq43oRa3ig
Measured: relays deliver their events in ~0.6s then sit ~4.6s (86% of drain wall)
before sending EOSE — mostly relay-side (our pipeline adds only ~200ms). So instead
of waiting the full 10s fast window then parking, close a drain that has delivered
>=1 event and then gone silent for eoseIdleMs, treating it as complete ("eose-idle").
awaitTerminalOrQuiescent: the idle timer arms only AFTER the first event, so a relay
merely slow to answer still gets the full timeoutMs and is never cut prematurely; a
still-streaming relay keeps resetting the window. eose-idle paginates if the page was
capped and clears timeout strikes (it delivered), but joins notAnswered (no clean
EOSE, so its missing authors are retried elsewhere). Off by default (eoseIdleMs=0),
CLI --eose-idle-ms, so it can be A/B'd against the plain fast window.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01MSW59hJtP4Yn8fnRUxc7F5
Two changes:
1. The reachability flush re-wrote the SEEDED known-dead relays with a fresh
created_at every run, refreshing their TTL without a re-probe — so a relay
marked dead once (and thereafter skipped, never re-dialed) would stay
blacklisted forever as long as crawls kept running, defeating the TTL's
re-probe. Stats.deadRelays now reports only relays actually dialed this run
(deadRelays - knownDeadRelays); seeded records keep their original timestamp
and age out on schedule so the next run re-probes them.
2. Rename GrapeRankDataCrawler -> GrapeRankCrawler (file + all references).
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01MSW59hJtP4Yn8fnRUxc7F5
Wire RelayReachabilityStore into the crawler and the WoT updater so liveness is
shared across procedures and runs instead of each rediscovering dead relays.
- OperatorKeys.monitorKey(): a dedicated machine monitor identity derived from the
operator master (domain "relay-monitor:"), independent of any account — the
30166 records are published under this, not the observer key.
- Context.reachability: a RelayReachabilityStore over the shared store, signed by
the monitor key.
- Crawler: Config.knownDeadRelays seeds deadRelays before the run; Stats now
returns the final dead/live sets. GrapeRankCommand seeds from snapshot().dead
and flushes the crawl's verdicts back via reachability.record().
- Updater: Config.knownDead skips proven-dead relays from the reconcile plan — a
dead relay cannot serve its authors, so reconciling it only burns a timeout.
Live author-advertised relays are always synced.
All behind --no-reachability-cache. TTL'd (24h), so a recovered relay is retried
once its record ages out — a "skip for now", never a permanent ignore, keeping
the outbox rule that every live advertised relay is tried.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01MSW59hJtP4Yn8fnRUxc7F5
The network-only WoT data traversal is a crawl, not a sync — and main now
ships negentropy sync (`amy sync`, `graperank update`), so the old verb name
was ambiguous. Rename the subcommand and its handler to `crawl`, keeping
`sync` as a back-compat alias so existing scripts keep working.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01MSW59hJtP4Yn8fnRUxc7F5
Moves the `amy graperank update` logic out of the CLI and into quartz as
GrapeRankUpdater, alongside GrapeRankDataCrawler in experimental/graperank,
so Android and any other quartz consumer can run the same refresh.
Given an INostrClient + IEventStore it reads every kind:10002 in the store,
inverts them into a write-relay -> authors map (the outbox model), then runs
one NIP-77 negentropy reconcile per write relay scoped to its authors:
bidirectional content sync into/from the store, deletion settle over the
residual (applyDown downloads the relay's kind:5 when an uploaded record was
rejected because the author retracted it), and a full paged-download fallback
when a relay can't reconcile. Bounds and directions are a Config; per-relay
and aggregate outcomes are returned as a Result.
The CLI `graperank update` is now a thin wrapper: it parses flags, builds the
Config, and renders GrapeRankUpdater.Result as text/JSON — no sync logic left
in cli/ (all reconcile/window/back-pressure/deletion logic lives in quartz's
relay-client accessories, which GrapeRankUpdater composes).
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01TdEvjsZ81XuUtdJsVzmHxt
Adds a store-driven refresh of the record kinds a GrapeRank score is a
function of (0 profiles / 3 follows / 10002 outbox lists / 1984 reports).
It reads every kind:10002 already in the local store, inverts them into a
write-relay -> authors map (the outbox model), then runs one NIP-77
negentropy reconcile per write relay scoped to exactly the authors who
publish there. Bidirectional by default; each group then settles deletions
over the reconcile residual via quartz's negentropySettleDeletions, whose
applyDown direction downloads the relay's covering kind:5 when an uploaded
record was rejected because the author retracted it.
When negentropy can't reconcile a relay (no NIP-77, an over-cap minimal
window, a mid-sync disconnect), the group falls back to a full paged
download (Context.drainAllPages) of the same authors+kinds so those
records are still refreshed.
Thin assembly only: reconcile, windowing, back-pressure, and deletion
settle all live in the quartz relay-client accessories, mirroring
SyncCommand; this only routes ids to Context.drain / drainAllPages /
publish and inverts the relay list.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01TdEvjsZ81XuUtdJsVzmHxt
Correctness:
- Discovery sort no longer reads createdAt live in the comparator (TimSort
"contract violated" crash risk); orders by member count then the shared
sortedByDefaultFeedOrder snapshot.
- One shared resolver (relayGroupDiscoveryChannelFor) is used by the feed
match, sort AND the row, so a 39000 seen on >1 relay always binds one
channel — no more "sorted by relay B, rendered with relay A's empty roster".
- Roster (39001/39002) arrivals now re-inject the group's 39000 into the feed
and re-invalidate the datasource, so a group where a follow is an admin/
member surfaces instead of staying hidden / frozen at 0 members.
- Group replies route to the group's host (resolved from the channel), never
falling through to signAndComputeBroadcast — fixes the outbox leak when the
parent note had no relay provenance.
- Messages list (inline mode) updates group rows incrementally: the additive
path now handles group-scoped messages, not just public/ephemeral/DM.
- Optimistic null-relay group sends attach only to an unambiguous single
channel, so a message to the "_" group on relay A no longer bleeds into "_"
on relay B.
Consistency:
- AllFollows discovery also REQs #t/#g (not just authors), matching the local
AnyOf constraint; muted-authors maps to ByPeople; community stays AllGroups
— fetch and display now agree.
- Global drops the 1-week `since` floor so long-lived group metadata is fetched.
Performance:
- #d metadata backfill scans the group cache once per filter assembly (grouped
by relay), not once per relay.
- Discovery rows warm content only; the directory subscription already streams
metadata/rosters for the relay.
- memberCount is memoized (members ∪ admins recomputed on roster change, not per
read); thread re-sort extracted.
- Discovery list gets rememberFeedContentPadding, contentType and animateItem.
CLI:
- `relaygroup edit` preserves current name/about/tags when only a flag changes.
Cleanup: dropped dead relayKeys() branches and the redundant AnyOf single-lens
collapse in the discovery constraint.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01B5MLY4hq5LXJ2D5WeLRyXj
The probe does blocking DNS + TCP connect, and dead-domain DNS lookups hang well
past the connect timeout. On the shared Dispatchers.IO those hanging lookups
starved the crawl's own IO: an A/B at hop-3 showed probe-on 981s vs probe-off
517s, the entire +464s landing on the finishing drain (rounds were identical).
Coverage was unchanged (91.84% vs 91.74%), so the probe classification is correct
— it was purely IO contention.
Give the probe its own fixed daemon pool (128 threads) so its blocking work can
never touch the crawl's IO, and align the culler's concurrency to it.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01MSW59hJtP4Yn8fnRUxc7F5
At hop-8 the crawl dials into thousands of dead relay hints from old accounts.
Most fail slowly: a silently-dropping host has no RST to receive, so the WS
connect just hangs to the 7s connectTimeout. First-strike eviction pays that once
per host, but with ~3,000 dead hosts that's ~80s of connect-setup serialized
through the dispatcher.
Add a background reachability culler: a cheap raw TCP connect (one round trip, 2s
timeout) over the learned relays COLD-TAIL FIRST, dropping the unreachable ones
into deadHosts before the WS path pays its 7s. The key property is that a tight
TCP timeout is safe where a tight WS timeout is not — a busy-but-alive relay
accepts the SYN instantly at the kernel level and only stalls at the app layer, so
the probe separates "unreachable" from "slow" and never false-kills the busy. It
only ever marks dead and probes each authority once; a host the WS path already
resolved (isDead) is skipped, and a live host passes the probe, so the WS verdict
always wins. Injected as an optional Config.reachabilityProbe (JVM: java.net.Socket
in the CLI; --no-probe disables); writeRelayFreq becomes concurrent so the culler
can read it while routeByOutbox writes.
Also: when there's no Tor transport (Config.torEnabled=false), isDead skips every
.onion relay on sight — no socket, no wasted connect.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01MSW59hJtP4Yn8fnRUxc7F5
Dropping the per-batch awaitAll (previous commit) made the rounds faster but a
hop-3 A/B regressed total wall (727s vs 532s): the Semaphore(1024) throttled
concurrent relay drains to ~249 parked at peak vs the old batch model's ~4,438,
so slow-relay park windows that the old model absorbed during the rounds spilled
into a long serial finishing drain. Raise the default so the parked work drains
inside the rounds again. Value under validation.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01MSW59hJtP4Yn8fnRUxc7F5
Phase B drained users in 256-user batches: a worker called drainGated for the
whole batch and awaitAll'd every relay in it, so one slow relay held the worker
(and the batch's already-finished fast relays' contact lists) for the full 10s
fast window before anything was ingested. With 24 workers all waiting out their
batches' slowest relay at once, progress dropped to 0 lists/sec in waves.
Restructure to drain each relay independently and stream its result the instant
it resolves — no per-batch join. A per-user counter (relaysLeft) tracks how many
of a user's relays are still outstanding; the single-writer consumer finalizes a
user (ingest, or count a failed outbox attempt) only when the last of its relays
resolves, so correctness is unchanged. Concurrency is now a semaphore over
relay-units rather than an implicit batches×fan-out product; drainConcurrency
becomes "concurrent relay drains" (default 1024, ~the old 24-batch fan-out).
A straggler the outbox model routes nowhere is finalized directly as a miss.
Fast relays' lists are now ingested immediately instead of behind a batch's
slowest relay, removing the 0/s stalls on slow-relay-heavy rounds.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01MSW59hJtP4Yn8fnRUxc7F5
Clears real Kotlin compiler warnings surfaced across quartz, cli,
relayBench, amethyst, and desktopApp:
- quartz Sha256/EventHasher/ScratchLocal: ThreadLocal.get() is nullable
in Kotlin; assert non-null (withInitial never yields null).
- quartz GitHttpClient: PriorityQueue.poll() under isNotEmpty() is
non-null; assert it.
- relayBench CorpusDownloader: drop redundant !! on smart-cast Long;
Jackson fields() -> properties().
- cli GrapeRankCommand: drop redundant ?. where latest is smart-cast.
- PodcastRemoteContent: OkHttp body is non-null; drop dead elvis.
- Dead/redundant expressions: remove no-op when-branch values and a
redundant trailing Unit (HomeScreen, LocalCache, EmbeddedTabLayer,
ParticipantHostActionsSheet, NestActionBar, ControlWhenPlayerIsActive,
ShareNoteAsImageScreen exhaustive-when else).
- CalendarEventDetailScreen / SetPasswordDialog / ProfileClinkOfferResolver:
drop always-true conditions (reorder to keep smart-casts).
- WalletColumnScreen: OkHttp body non-null; drop unreachable null-guards.
- PcmTapRegistry: the @OptIn used androidx.annotation.OptIn, which does
not opt into Kotlin's ExperimentalCoroutinesApi; use kotlin.OptIn.
- GitRepositoryScreen: suppress the standard ViewModel-factory cast.
- PushNotificationReceiverService: suppress override-of-deprecated.
- Desktop GlobalScope call sites: @OptIn(DelicateCoroutinesApi::class).
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_016GMqkg1ndvFihEwZcENiRs
Per-relay attribution on observer 460c25e6 showed two big general relays hold
kind:3 for a chunk of the missing authors that no profile indexer has:
nostr.oxtr.dev (76 distinct) and nos.lol (72). Add both to the aggregator set
so the patient kind:3-only recovery pass sweeps them alongside the indexers.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01MSW59hJtP4Yn8fnRUxc7F5
The outbox model fetches a user's kind:3 only from their own kind:10002 write
relays (and the write-frequency backbone). But a large tail of reachable users
have no kind:3 on their own advertised outbox at all — it's dead, or they never
published one there — while a network-wide aggregator (user.kindpag.es, …) that
scrapes the whole network holds it. Those aggregators were queried only for
kind:10002 relay lists in ensureRelayLists, never for kind:3 content, so the
crawl structurally could not find these lists no matter how many rounds it ran.
Add Config.contentAggregatorRelays and fold it into routeByOutbox for stragglers
— users whose own outbox already failed (attempts > 0) or is unknown. The CLI
wires the profile indexers (kindpag/purplepag/coracle/yabu/nostr1) plus the
ActivityPub bridges (ditto/momostr/mostr, which host bridged users' lists);
--no-aggregators disables it.
Measured offline on observer 460c25e6 (max-hops 3): of ~2.2k users the crawl
left without a contact list, querying the aggregators for kind:3 recovers ~500
(user.kindpag.es alone ~180) — lifting coverage from ~89% toward ~92%. The
remainder have no kind:3 retrievable on any relay we know (bridged / inactive /
never-published) — a data-absence floor, not a crawl deficiency.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01MSW59hJtP4Yn8fnRUxc7F5
Drives the built `amy` binary against a real `amy serve` relay to prove NIP-77
deletion propagation end-to-end — the running answer to "does it actually work",
on top of the in-process geode tests:
T1 (up) we deleted a note the relay still has → `amy sync` sends our kind-5
up and the relay drops it (checked by an isolated third account that
reads the relay only, so no local tombstone masks the result).
T2 (off) `--no-sync-deletions` sends nothing and the relay keeps the note.
T3 (down) the relay deleted a note we still hold → `amy sync --up` pulls the
relay's kind-5 down and applies it locally; a second sync converges.
Each amy account gets its own $HOME (accounts under one $HOME share the file
store). Follows the cli/tests/*-headless.sh pattern; state dir gitignored.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01JgL1WTV4Hkp2uuXcUHCHGt
The two-pass deletion convergence is protocol logic, not CLI assembly, and the
geode mirror is a near-term second consumer — so move it out of SyncCommand into
a reusable accessory alongside the rest of the negentropy family.
quartz: negentropySettleDeletions(relay, filter, store, sendUp, applyDown, …) —
re-reconciles after a content settle and resolves only the residual: publishes
our covering deletions up (sendUp) and/or ingests the relay's kind-5 down
(applyDown, vanish never auto-applied), looping until a round resolves nothing.
Returns DeletionSettleResult(sentUp, appliedDown, rounds). Everything it needs is
already quartz (negentropyReconcileIds, fetchAll, deletionsCovering,
publishAndConfirm, Event.verify, IEventStore), so it carries no CLI dependency.
SyncCommand's pass 2 collapses to a single call; pass 1 (content) is unchanged.
Catalogued in the accessories README.
Tests: DeletionSyncTest drives the accessory end-to-end both ways (sendUp → relay
converges to gone; applyDown → local converges to gone), on top of the existing
deletionsCovering unit + manual-wiring cases.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01JgL1WTV4Hkp2uuXcUHCHGt
classifyDrainFailure deliberately treats every timeout — connect timeout or
park idle-cut — as "busy, retry" and never dead, so a relay that connects but
never answers a REQ gets re-routed through every straggler's outbox, every
round, each visit burning the full timeout + park window for zero data. The
outbox model makes this worse: one dead server (e.g. filter.nostr.wine) is
advertised as hundreds of distinct per-user path URLs, so a per-URL counter
never reaches a threshold on any single one.
Count unproductive-timeout strikes per relay AUTHORITY (host[:port]) and evict
the whole host after Config.timeoutEvictStrikes (default 3; CLI --timeout-evict,
0 disables). Any clean EOSE or delivered event clears the authority, so only
never-productive hosts are evicted; a multi-path relay where some paths are
slow but others deliver stays live. Authority is host-only and never folds a
filter. subdomain into its parent, so an open bare host is untouched when its
sibling filter host is shed. Purely behavior-driven — no NIP-11.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01MSW59hJtP4Yn8fnRUxc7F5
Claude
davotoulaandClaude Opus 4.8
Vitor PamplonaandGitHub