ckpool's stratum_instance.address (exposed as the "address" field in
the runtime JSON) is the SOURCE IP of the connection — set from
inet_ntop in connector.c — not the BTC payout address. The miner's
BTC payout comes from the stratum username, which ckpool stores in
worker.user (and in the dotted prefix of worker.workername).
Every "user" reference in the dashboard was reading c.address and
treating it as the BTC. Effects:
• clicking an online miner navigated to #/user/<source-ip>; the
UserDetailPage filters never matched and the page rendered with
junk values (or the user struct's stale residual hashrate when
the BTC happened to come from a sibling row).
• offline-miner clicks worked, but totals came from user.dsps*
which decay slowly inside ckpool, so a miner that had just
disconnected still showed positive hashrate for several minutes.
• the "Best (ever)" tile fell back to bestdiff (session) when
bestever was zero, so it lied about its semantics.
Fixes:
• Add btcAddressOf() helper and use w.user (or it) when extracting
the BTC for the user-link button. The source IP gets its own
sub-line under the worker name, clearly labelled.
• Redesign UserDetailPage: filter clients by workername prefix
against the BTC, never by c.address; compute hashrate totals by
SUMMING the user's currently-connected clients (so 0 online
clients => 0 hashrate, no stale decay artifacts); compute
best_ever as max across the user's worker.bestever values; show
online/total worker counts and a per-worker status pill.
• Add an explorer link (mempool.space) for the user's BTC.
TLS detection moves to a clean signal: ckpool now binds two stratum
sockets — public plaintext and loopback-only. stunnel forwards to
the loopback bind, so TLS clients arrive with c.server == 1. The
dashboard reads that and renders a green TLS pill next to the
worker name. No source-IP heuristics needed.
Open-source mark: new isOpenSource() heuristic over the stratum
useragent matches Bitaxe family (NerdAxe / NerdQAxe / NerdMiner /
NerdOctaxe / Lucky / QAxe / MCCM), Braiins OS, cgminer / bfgminer /
ckminer, and ESP32 builds. Renders as an orange ★ next to the
hardware label, matching public-pool's convention.
types.ts: document StratumClient.address (source IP, not BTC) and
add the previously-undeclared `server` field. Surfacing the runtime
value that has been there all along since cfb0f83.
The diff-adjustment tile was showing raw epoch progress (blocks-so-far
/ 2016 * 100%), which is never what anyone wants to see there. Compute
the real predicted change server-side: fetch the timestamp of the
first block in the current retarget epoch once per epoch, then each
refresh derive (expected_interval / actual_interval - 1) * 100,
clamped to Bitcoin's consensus bounds of [-75%, +300%]. The tile now
renders the signed percent, green when positive, red when negative.
Tile layout is forced to an explicit 5x2 grid so the number of
columns doesn't depend on viewport width. Reordering puts the
difficulty tile at (row 1, col 5) with the next-adjustment tile
directly below it at (row 2, col 5); block height, block reward,
total work, and expected block fill the rest of the second row.
Mobile breakpoints fall back to 3 and then 2 columns.
Header keeps only a live/connecting/offline status dot — the chain
name and block height badges were redundant now that the height tile
exists and animates on its own.
Stat-sub text bumped from 0.85em to 0.95em for readability.
Background: a warm ember-glow radial at the top of the viewport
layered with two accent radials and a low-opacity haori-checker tile
pattern (inline SVG data URI). Cards get a translucent backdrop so
the texture peeks through between them.
Dashboard now renders 10 tiles in a 5x2 overview: hashrate, best
share, miners, network hashrate, and expected block on the top row;
difficulty, block height, block reward, total work, and the
difficulty-adjustment countdown on the bottom row. Difficulty is
rendered with T/P suffixes instead of scientific notation, the main
hashrate card shows the 1-minute value, and the block-height tile
pulses orange when the network tip advances.
Added a 24-hour hashrate area chart below the overview, sampled
once per minute. Samples are persisted to a new hashrate_samples
SQLite table and restored on startup so the chart doesn't reset
every time kamado-api is restarted.
Cumulative pool work (sum of accepted diff-1-normalized shares) is
now tracked across ckpool restarts. The aggregator integrates only
positive deltas on pool.Shares — a regression means ckpool's
counter reset to zero and the baseline is refreshed without losing
the running total. A hasPoolSharesBaseline flag prevents double-
counting on the first refresh after a kamado-api restart. The
value is persisted to a new kv table once per minute.
Next-block reward (subsidy + fees) is fetched from bitcoind
getblocktemplate at most once per minute and surfaced as a tile.
Header's block-height badge now reads prevHeight via untrack() so
the effect doesn't form a dependency cycle with its own write.
Logmon now captures the share diff from ckpool's "Possible block
solve" line preceding the confirmation and attaches it to the
BlockEvent. Persisted as share_diff alongside height/hash/reward
and rendered as a new column in the dashboard block history.
Svelte 5 + Vite + TypeScript dashboard that consumes kamado-api over
REST for the first paint and then subscribes to /api/ws for live
updates. Zero runtime deps beyond svelte itself; plain CSS, no
component library.
Layout:
- Header with brand, WebSocket status badge, chain + height
- PoolOverview: hashrate (1m/5m/1h/24h), miner count, network
hashrate + diff, pool share (ppb), expected time to block, uptime
- BlocksTable: recent solves from the in-memory ring (will be
SQLite-backed in Phase 2b.5)
- BestShares: top-10 workers by bestever, falling back to bestdiff
when the ckpool patch isn't present
- MinersTable: joined view of stratum clients and workers with
user-agent-based hardware detection (Bitaxe, NerdQAxe, Antminer,
...), hashrate, best-round, best-ever, last share
State is a single $state() snapshot store in svelte-runes form;
components read from it via $derived. The store does one initial
REST snapshot fetch, then owns the WebSocket with exponential
backoff reconnects.
Vite dev server on :5173 proxies /api and /api/ws to localhost:8080
so you can run `make ui-dev` alongside `make up` in development.
Production serving (bundled into the Go binary via embed, behind /
on :8080) lands in Phase 4.
satoshi