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Confirm full round lifecycle verified live: bet -> close -> draw -> payout -> confirm -> next round opened

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Round 1 completed end-to-end on mainnet with real PLM: payout confirmed,
70/30 split math matched exactly, round closed, round 2 auto-opened per the
no-overlapping-rounds rule.

Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
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davide
2026-07-21 00:00:33 +02:00
co-authored by Claude Sonnet 5
parent df72367f02
commit e65f3683cc
1 changed files with 1 additions and 1 deletions
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CLAUDE.md
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@@ -10,7 +10,7 @@ The user communicates in Italian in chat — reply to them in Italian. Everythin
All 10 build-order stages from `/home/davide/.claude/plans/scalable-mixing-sloth.md` are code-complete and unit-tested (49 tests green): project skeleton, DB schema + Alembic migrations, auth, HD wallet derivation, Electrum client, deposit detection, bet flow, round/draw engine, payout, withdrawal, RBF fee-bump, admin config + audit log.
Real-money verification on mainnet, done so far: registration + address derivation, deposit crediting (1-conf), a real 10 PLM bet (broadcast, confirmed, change credited back). A full round close → draw → payout cycle was triggered live and is in progress as of this commit (round closed, winner-draw was waiting on the next confirmed block) — **not yet confirmed complete**; withdrawal and the RBF bump path have only been verified with unit tests, never against a live broadcast. See "Known gaps" below before treating this as production-ready.
Real-money verification on mainnet, done so far: registration + address derivation, deposit crediting (1-conf), a real 10 PLM bet (broadcast, confirmed, change credited back), and a full round cycle — close → draw (real block hash) → payout (70/30 split, exact sat math verified against the broadcast tx) → confirmation → round closed → next round auto-opened. Withdrawal and the RBF bump path are unit-tested but have never been exercised against a live broadcast. See "Known gaps" below before treating this as production-ready.
Before writing code, always read [flowchart.mmd](flowchart.mmd) in full: every node in the diagram corresponds to a behavior that must be implemented exactly as described, including the labels on the edges (conditions, retries, loops).