cef05943f97c0183bce1217a7190e065dfd33825
13
Commits
| Author | SHA1 | Message | Date | |
|---|---|---|---|---|
  davideandClaude Sonnet 5.5
|
8b182ac8b6 |
Snapshot the bet cost, fee address and pool cap onto the round at open, and cap the pool (B-95, RND-05, RND-06, RND-23, BET-20, BET-21, DAT-26, DAT-27, DAT-61, DAT-62, API-21, API-30, API-31, ADR-10, LIM-16)
Only the duration and the cooldown (and, since B-73, the draw confirmations) were copied onto the round when it opened. The cost of a bet and the fee address were read live, so an edit from /admin in the middle of a round gave the players of that round different stakes for the same chance and redirected the commission of the round in progress. - `rounds.bet_amount_sats`, `rounds.fee_address` and `rounds.max_round_pool_sats` are copied from round_config in the transaction that opens the round (Alembic a7d3e9f15b48: plain add_column, existing rounds backfilled with the current configuration, i.e. what they were using; the expression indexes untouched). `place_bet` charges the round's cost, `_trigger_payout` pays the round's fee address (an empty one on the row still stops the payout, as before), `GET /rounds/current` advertises the round's cost while one is active and the configured one otherwise. The minimum withdrawal and the fee rate stay live, by design (ADR-20, ADR-10). - `round_config.max_round_pool_sats` (0 = none, otherwise >= the bet cost and <= 4e15, in /admin and PUT/GET /admin/config): a bet is refused with `round_full` (params also carry `max_round_pool_sats`) once the sum of the round's participant rows, in-flight ones included, has reached the round's cap, before anything moves; the pool can exceed it by one bet at most. A cap under the bet cost is a 422 `max_round_pool_below_bet_amount`. - PUT /admin/config's payability check (RND-40) now also judges a fee-rate change against the bet cost the round in progress opened with, which can be lower than the configured one. - `error.round_full` no longer says "maximum of N players" (it also fires for the pool cap): the seven translations are generic. Ambiguity resolved: the spec said the cap is snapshotted (RND-05, BET-20, ARC) in some places and "applies immediately, also to the round in progress" in the round_config table of modello-dati; the snapshot wins, with a column on `rounds` (modello-dati/api/guide-admin brought in line). Tests changed because the spec changed: the payout fixtures seed the round's own fee address, and the old "fee address missing" payout test now empties the round's address (clearing it in the configuration mid-round must not stop the payout). New test_round_snapshot.py: the copy at open, edits reaching only the next round, every bet of a round paying the same stake whether the cost is raised or lowered meanwhile, the payout following the round's address (and surviving it being cleared in the configuration), the cap (exactly at the cap is full, in-flight bets count, no cap, a mid-round edit of the cap does not apply, the refused player's coins untouched), plus the route, the admin bounds and the two 422s, the fee-rate check against the round's own cost, and the migration backfill. Mutation-checked: charging the live cost, paying the live address, not copying the cap and `>` instead of `>=` each fail tests. Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com> |
||
|
davideandClaude Sonnet 5.5
|
ccd15807ed |
Drop a dust-sized change into the fee on an RBF bump and audit every refused bump (B-87, TX-11, TX-24, AUD-40, AUD-09, ADR-19)
`bump_fee` only required `change > fee delta`. A change at the 294 sat minimum (a full-balance
withdrawal) shrank to ~153 sat after the very first minimum bump, relay policy refuses a
replacement with a sub-dust output, and the bumper tried again every 30 seconds for ever, with
nothing but a log line to show for it.
- When what would be left of the reducible output (the user's change, a payout's bump
reserve) is under DUST_LIMIT_SATS the output is dropped and its whole value goes to the fee:
that replacement is valid and the last one possible. If the output does not exist, or even
its whole value is below BIP125's minimum increase (vsize x 1 sat/vB), RbfError. The
recorded fee rate uses the replacement's own, smaller, size.
- RbfError now carries a `reason` (`change_too_small`, `max_fee_rate`, `replacement_rejected`);
RbfBumper._record_failure writes one `rbf_bump_failed` row {pending_transaction_id, kind,
txid, reason, message[:200]} with the row's user_id/round_id, in a transaction of its own,
once per (current txid, reason) - the audit log is the dedupe clock (AUD-09) - and the pending
row is untouched. A new txid or a new reason writes a new row.
- bump_fee's docstring no longer cites the "bet without change" case that B-62 removed.
No existing test changed (all bumps they make leave a change well above dust). New
tests/unit/test_rbf_dust.py: the 294 sat case end to end (recipient untouched, whole change to
the fee, last bump impossible), the exact boundary (leaves 294 kept / leaves 293 dropped), a
change under the minimum increase, a payout's reserve dropped with the winner and fee outputs
byte-identical, and the audit rows for each reason, once per pair, new row on a new txid or
reason, round/user attribution. Mutation-checked: the dust test of the output and the
once-per-pair check each fail tests.
Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>
|
||
|
davideandClaude Sonnet 5.5
|
54dbffb552 |
Credit deposits at deposit_confirmations and verify the round's coins with the quorum before paying (B-82, DEP-03, DEP-04, DEP-09, DEP-12, DEP-14, ELC-17, ELC-27, RND-21, RND-22, RND-25, RND-39, DAT-10, DAT-11, DAT-24, DAT-62, DAT-67, DAT-68, AUD-12, AUD-44, AUD-45, API-30, API-31, API-36, ADR-06, ADR-52)
A user could bet and then double-spend the 1-conference deposit that funded the bet with a private chain: the bet left the chain but its participant stayed `confirmed`, and the payout failed "insufficient pool UTXOs" for ever with everyone else's money stuck. Coinbase outputs were also credited at 1 confirmation (maturity is 120). Deposits - `round_config.deposit_confirmations` (default 6, 1-100, editable from /admin) is the threshold for a deposit; an output of a platform transaction (any txid of a pending_transactions row, RBF versions included) keeps 1; a coinbase output needs 120, recognised from the raw transaction, which must hash to the txid (`is_coinbase`, cached). `read_deposit_policy` / `classify_new_deposits` run between the read and the write, so no session is open across the lookup. - The quorum must also place the coin deep enough on our own tip (ELC-17). - Confirmed outputs short of their threshold are pending deposits (memory only, replaced at every refresh): shown in `pending_balance_sats` / `has_pending` (also for DEP-13's withdrawal message), never spendable. No scripthash notification announces a maturing deposit, so each new block refreshes only the users that have one, one task per user (DEP-09 now says so). Payout - `_trigger_payout` verifies the round's confirmed participants' bet outputs with the other servers (`verify_pool_outpoints`: strict majority of >= 2 answers per outpoint, a mempool-only coin or a tie gives no verdict) and builds from exactly those outpoints (RND-22), never from whatever else sits at the address. No quorum: `payout_failed`, `pool verification unavailable`, nothing changes. Bets that are gone become `reorged_out`, one `participant_reorged_out` row each, `pool_amount_sats` rewritten (only downward) in the same transaction, and the 70/30 split is computed on what is left. - Winner's own bet gone: nothing is built; `rounds.payout_blocked_at` (Alembic f2c64a8d1e93, with `deposit_confirmations`, plain add_column) is set, `payout_blocked` and the pause with `paused_reason = 'payout_blocked'` are written in one transaction; `POST /admin/resume` clears the mark and the next attempt verifies again. /admin/rounds returns it. - Rounds opened before B-80 (pool = the shared reserve address) keep the old active-server `listunspent` choice, since that address holds no single round's bets. Ambiguities resolved: the winner's row stays `confirmed` while held (AUD-45 says every participant whose bet is gone becomes `reorged_out`, but OPS-30/DAT-68 need the verification to repeat after the resume, which only a `confirmed` row allows); `/`'s deposit hint no longer says "1 confirmation" (7 languages, same keys); guides updated. Tests changed because the spec changed: listener tests that credited height-100 coins at tip 0 now set a tip past every threshold; the payout fixtures seed confirmed participants (the new source of the inputs) instead of an active-server `listunspent`, FakeNetwork answers the verification, and test_round_pool_address asserts the quorum is asked about the round's address. New: thresholds at exactly 6/5, configured value, coinbase at 119/120 and a mismatching or missing raw tx, platform outputs at 1, dust, quorum height, waiting-deposit display and disappearance, block-triggered refresh, resume, verification verdicts, gone bets excluded with the split recomputed, winner gone held and paused, held payouts untouched until the resume, re-verification after it, no quorum, a payout with 1 and with 400 participants against reserve+fee+dust, admin config bounds and migration. Mutation-checked: threshold 1, ignored coinbase, no height bound, no verification and no winner hold each fail tests. Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com> |
||
|
davideandClaude Sonnet 5.5
|
daa85cf4f0 |
Give every payout a bump reserve output and refuse configs that cannot pay a round (B-79, RND-21, RND-23, RND-24, RND-27, RND-38, RND-40, DAT-73, API-31, API-36, TX-11, ADR-17, ADR-29)
The pool normally holds exactly the round's bet outputs and the payout spent them all for exactly the pool amount, so it had no change output: bump_fee could never accelerate it, and a payout stuck in a mempool (never abandoned while a server knows it) kept the round in `paying_out` and the whole lottery stopped. - build_payout_transaction always has three outputs: winner, fee address, and a bump reserve of max(DUST_LIMIT_SATS, estimate_vsize(inputs, 3) * 10 sat/vB) paid to the reserve address m/84'/746'/0'/1/0. The reserve comes out of the platform's 30%, the network fee still out of the winner's 70%. Input value beyond winner share + commission (only rounds opened before the per-round pool address) is folded into the reserve output if >= dust, left to the network fee otherwise. `change_address` is replaced by `reserve_address`. - `rounds.bump_reserve_sats` (Alembic e5a91c3d7b26, plain add_column) is written with the payout intent before the broadcast; /admin/rounds returns it. - bump_fee takes the increase from the reserve output for a payout (_find_reducible_output; a payout already in flight with a change to the pool still falls back to that), never from the winner or fee-address outputs. - payout_config_problem / rounds_can_open (RND-40): a bet amount and fee rate under which a round of 1 or of MAX_PARTICIPANTS_PER_ROUND participants could not cover the network fee, the reserve and dust outputs opens no round (lottery_configured=false); PUT /admin/config refuses such a bet amount or fee rate with 422 config_not_payable, judged on the resulting values, since the payout reads the fee rate live. Ambiguity resolved: the reserve output and any excess input are one output (RND-23 says one output to the reserve address), and bump_reserve_sats records that output's initial value. DAT-22's "abandon clears all amounts" stays with B-96. Tests changed because the spec changed: the four test_payout_builder tests asserted the old two/three-output shape with change to the pool and the fee address receiving the whole 30%; the whitespace fee_address test now spells out the amounts rounds_can_open reads. New: reserve sizing, payout with 1 and with 400 participants (inputs = outputs + fee to the satoshi), exact commission/reserve/dust boundary, excess folded or left to the fee, a real payout bumped out of its reserve with the other outputs byte-identical and bumped five times, the old reserve-less shape still raising RbfError, the scheduler output addresses and recorded amounts, payability boundaries found independently by bisection, no round / unconfigured flag for an unpayable config, a round in progress surviving it, PUT /admin/config refusals and the migration column. Mutation-checked: dropping the reserve lookup in bump_fee and the payability check in rounds_can_open each fail tests. Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com> |
||
|
davideandClaude Sonnet 5.5
|
473d541ab5 |
Resume a round in drawing from the database after an exception or a restart (B-81, RND-01, RND-15, RND-36, ARC-27, OPS-09, OPS-13, LIM-01)
`_tick` skipped `drawing`: the wait for the draw block lived only inside the `_close_and_draw` call that entered it, so any exception (a locked database writing an audit row, a malformed header) or a restart left the round in `drawing` for ever with the pool inside and no new round able to open. Since B-73 everything the draw needs is committed on entering `drawing` (encrypted secret, ordered list with `draw_position`, `participants_hash`, `draw_height`, `draw_confirmations`), so `_tick` now calls `_complete_draw` for a round in `drawing`. `_complete_draw` rereads that state, is idempotent (a round no longer `drawing`, or with a winner, is left alone; the winner write is re-checked under BEGIN IMMEDIATE) and runs inside the single scheduler loop, so the inline call from `_close_and_draw` and the tick can never run concurrently. Tests (test_draw_proof.py): an exception in the quorum query, then a tick, completes with the same height, list, fingerprint and the winner the public proof recomputes; a brand-new scheduler (restart) resumes and a second tick draws and triggers nothing again; a failure in the very transaction that stores the winner leaves no winner and no revealed secret, and the next tick completes. Mutation-checked: without the `_tick` branch all three fail. Docs: the B-81 `*Stato:*`/`*Oggi:*` lines are gone (RND-01, RND-15, RND-36, ARC-27, OPS-09, ADR-12, ADR-25), OPS-13 no longer prescribes the manual `closing` workaround, LIM-01 is struck, storico-bug.md and BUGS.md updated. No existing test changed. Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com> |
||
|
davideandClaude Sonnet 5.5
|
db24287ea5 |
Make the draw a commit-reveal at a fixed, confirmed, quorum-agreed height with a public proof (B-73, RND-14 … RND-20, RND-33 … RND-37, DAT-61 … DAT-66, API-25, API-45, AUD-24 … AUD-27, AUD-37, ELC-15, SEC-56, ADR-24, ADR-25)
The seed was the hash of the first block seen after the close, so a miner holding tickets
could withhold blocks until one made them win, the active Electrum server could pick which
real block was used by not announcing another (a failed corroboration even moved the draw to
the next block), and the participant order was the server-only `broadcast_at` with no
tie-break, so nobody could recompute the result.
- Open: every round gets a 32-byte `server_seed`, stored only Fernet-encrypted with the
master-xprv key (`server_seed_enc`), with its published `server_seed_hash`;
`draw_confirmations` is copied from round_config. The plaintext column is written only by
the reveal.
- Entering `drawing` (one transaction, `draw_committed` audit row): participants ordered by
bet txid, each `draw_position`, `participants_hash` (sha256 of `txid:vout:address\n`
lines; new `bet_vout`), `draw_height = tip_at_close + 1`. A tip of 0 keeps the round
`closing` (`draw_baseline_tip_unknown`, once per round). All persisted, so a resumed draw
reads rather than recomputes (the `_tick` branch itself is B-81).
- `_complete_draw` / `_wait_for_draw_block` replace `_wait_for_next_block`: wait for
`draw_confirmations` blocks from `draw_height`, then `ElectrumListener.agreed_block_hash`
asks every server, the active one included, for the header at that exact height (valid
work, >= 2 other answers, strict majority of all); no agreement means the same height is
asked again and `draw_header_corroboration_failed` is written once per distinct reported
hash. `draw_stalled` now counts from the last tip advance, or from when the quorum started
to fail. Seed = sha256(server_seed || block_hash || participants_hash), index = seed mod n.
- The winner, the seed and the reveal (`server_seed`, `winner_drawn` payload) are written in
one transaction; a round closing with no participants reveals too. A round opened before
this change (no commitment) is given a secret as it enters `drawing`.
- `GET /rounds/{id}/proof` (public, 404 `round_not_found`, translated in all 7 languages) and
the new fields on `GET /rounds/current`; `draw_confirmations` in `/admin/config` and the
/admin form; `server_seed_hash`/`draw_height` in `/admin/rounds`, never the secret.
- Alembic d3e8b15a7c42 (plain add_column / create_index, expression indexes untouched).
- Docs: the B-73 `*Stato:*`/`*Oggi:*` lines are gone, guides and CLAUDE.md describe the new
draw. Ambiguities resolved in api.md: the proof's participants also carry `amount_sats`
(RND-37 lists it); `seed` is decimal in the proof and hex in the audit row, as specified.
Tests changed because the spec changed: ElectrumListener.corroborate_header (asked only the
other servers about the block the active one announced) is replaced by agreed_block_hash and
its quorum tests ported; draw_winner takes the secret and the list fingerprint; the four
_wait_for_next_block scheduler tests are replaced by _wait_for_draw_block ones (fixed height,
confirmations, same-height retry, stall clock). New: test_draw_proof.py recomputes the winner
independently from the public proof, checks the plaintext secret is nowhere in the database,
the API or the log before the reveal, and that a second pass over a `drawing` round yields
the same winner. Mutation-checked: ordering by broadcast_at, an early reveal and asking the
tip instead of the draw height each fail tests.
Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>
|
||
|
davideandClaude Sonnet 5.5
|
50b68d2957 |
Follow and record chain reorganisations, pausing on deep ones (B-85, ELC-09, ELC-22, ELC-23, ELC-24, AUD-38, DAT-69)
A reorganisation was neither recorded nor acted upon, and a competing header at the tip's own height was ignored for as long as the tip stood, leaving the listener on an orphan. - A header at the height we hold with a different hash is followed through the same fork-point search as any other reorg (ELC-09) instead of being ignored; it still has to bring valid work and a connected chain. - ElectrumListener._record_reorg writes `chain_reorg_detected` (depth, fork height, old and new tip height and hash) before the window moves, so a failed write ends the session and the next server's announcement of the same fork is recorded then. Depth 1 is a transaction of its own; depth >= 2 also pauses the lottery with paused_reason 'reorg' and writes `lottery_paused` in the same transaction (begin_immediate first). - Docs: ELC-09/22/23/24, AUD-03/11/38, DAT-30/69, OPS-30, RND-04, ADR-26/52 lose their B-85 "da implementare" lines. Tests changed because the spec changed: test_apply_header_ignores_a_competing_header_at_ the_current_tip_height encoded the B-64 behaviour that ELC-09 now reverses; it is replaced by test_a_competing_header_at_the_tip_height_is_a_reorg_to_follow and the depth tests. Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com> |
||
|
davideandClaude Sonnet 5.5
|
ca50ef62f3 |
Require real proof of work in headers and link every advance to the tip (B-74, ELC-11, ELC-12, ELC-22, ELC-23)
A header only had to meet the target it declared for itself, so a fabricated one with `bits = 0x207fffff` passed half the time, a jump of several blocks was accepted without being linked to the tip (a fake header at a huge height locked `tip_height` and froze every draw), and an ordinary one-block reorganisation closed the session on every server. - draw.py: MAINNET_POW_LIMIT (00000000ffff...ffff); header_meets_its_own_target also refuses a claimed target easier than POW_LIMIT. - ElectrumListener._apply_header is async and takes the active client. A single block must chain by prev_hash; a jump downloads the headers in between (blockchain.block.headers, at most 2016 per request, ElectrumClient.get_block_headers) and each must carry valid work and chain, otherwise HeaderValidationError ends the session. - The listener keeps the last 10 headers (`_window`), built from the process's first header and its 9 predecessors (which must chain into it). A header that does not join the tip is walked back to its fork point inside the window and the server's branch is followed instead of ending the session; a fork older than the window, or a branch that does not end at the announced header, still ends it. The audit row and the pause for deep reorgs are B-85; a competing header at the tip's own height is still ignored until then. - _header_at also serves older heights from the window. Tests changed because the spec changed: the mainnet powLimit cannot be mined in a test, so tests/unit/conftest.py swaps in a regtest limit at import time (the new tests put the real one back); the _apply_header tests are async; the two _run_once tests serve the first header's 9 predecessors; test_apply_header_skips_linkage_check_across_a_height_gap is replaced by the jump tests, since that behaviour is exactly what the finding removed. Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com> |
||
|
davideandClaude Sonnet 5.5
|
a3c51719bd |
Confirm transactions by merkle proof and reinstate coins only on a quorum (B-83, TX-06, TX-22, TX-23, ELC-25, ELC-26, DEP-02, DEP-08, AUD-18, ADR-07)
poll_once marked a transaction confirmed on one server's `height > 0`, and reinstate_reappeared_utxos restored a coin written off as spent outside the platform on the active server's word alone, so a hostile active server could report a never-relayed payout as confirmed (winner unpaid, round closed) or put a spent coin back into a balance. - electrum/merkle.py: pure merkle-branch verification against a block header. - ElectrumListener.confirmation_proven(txid, height): the *other* servers are asked for blockchain.transaction.get_merkle; a strict majority of at least the quorum minimum must return a proof that recomputes to the merkle root of that block's header (block height and position checked too). The header is the tip the listener holds, or for an older block the one a majority of the quorum agrees on and that meets its own target; a height above our tip cannot be proven. Quorum rules are _corroborate_majority's. - poll_once takes the listener as `network`: the active server's history only nominates a candidate (txid, height); the row confirms only when the proof holds, and stays pending otherwise. With no network nothing confirms. ConfirmationPoller wires it. - The reconciler's late-confirmation check of failed rows (B-78) now puts each claimed (txid, height) to the same proof instead of counting histories. - refresh_user splits reinstatement like a credit: find_reinstate_candidates (read-only; same outpoint, recorded amount, confirmed) -> corroborate_utxo_reinstatement (same quorum as a credit) -> reinstate_reappeared_utxos writes only what was corroborated, rechecking the mark under the lock. Nothing is committed in the read phase any more. - Broadcast fan-out, the third part of the finding, shipped with B-76. Tests changed because the spec changed: every poll_once call now passes a network that proves (FakeNetwork) — the confirmation tests are otherwise unchanged; the failed-row "quorum does not confirm" test now asserts the claim goes to the proof. Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com> |
||
|
davideandClaude Sonnet 5.5
|
a4b160e240 |
Abandon a transaction only on proof, and keep watching failed rows (B-78, TX-15, TX-17, TX-23, TX-26, ELC-28, DAT-33, DAT-36, DAT-69, DAT-72, AUD-11, AUD-12, AUD-31, AUD-39, API-32)
reconcile_once abandoned a row when the *active* server's history lacked its txid:
after 120s for `building` (which a restart onto a different server makes likely),
after 6h for `pending`, and all at once after a forward clock jump. It re-checked the
status but not the txid, so it raced the bumper, and a `failed` row was never looked at
again.
- The reconciler asks every server (ElectrumListener.get_histories, active + others) for
the history of the row's address and looks for every txid of the row. Present on any
server -> promoted (adopting the version found). Absent is only "no server of the
quorum knows it" and needs the active server plus the quorum minimum of the others to
have answered; even then nothing is released without proof:
(a) an input spent in a block by a transaction that is none of the row's versions,
agreed by a strict majority of a quorum of the other servers (confirmed_spender), or
(b) a rebroadcast of the latest raw tx to every server (rebroadcast_everywhere)
refused by all of them, explicitly, for missing/spent inputs.
Accepted or "already known" by any server means alive; a fee refusal is not proof
(`building` -> `pending` for the bumper, `pending` untouched); too few answers or
anything else leaves the row alone. failure_reason names the proof.
- The write re-reads status *and* current_txid under begin_immediate (TX-26).
- pending_transactions.failed_at (set by _abandon and _release_failed_withdrawal) starts
a 14-day watch: a failed row that a majority of the other servers (at least the quorum
minimum) list in a block becomes `confirmed`, writes pending_tx_resurrected once and
pauses the lottery with paused_reason `resurrected_tx`; linked rows are not corrected.
The confirmation is by quorum of histories for now; merkle proofs come with B-83.
- round_config.paused_reason (migration b7d2e41c9a05, with the failed_at one): `operator`
from POST /admin/pause (which accepts an optional `note` and never overwrites an
automatic reason), cleared by resume, which logs the reason it lifted; exposed on
/admin/config and GET /rounds/current. rounds/pause.py:pause_automatically is the
system's way in.
- PendingTransactionReconciler takes the listener as `network`; with none it can promote
but never abandon.
Tests changed because the spec changed: the three reconciler tests that expect an
abandonment (and the one in test_tx_versions) now supply a network that proves the
transaction is gone.
Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com>
|
||
|
davideandClaude Sonnet 5.5
|
13cb66cc06 |
Require a real Electrum quorum and allow certificate pinning (B-84, ELC-01, ELC-03, ELC-14, ELC-19, ARC-20, OPS-12)
An empty ELECTRUM_FALLBACK_SERVERS (the .env.example default) silently made every corroboration pass, and with fallbacks the majority was taken over whoever answered, so one reachable fallback decided alone. TLS certificates were never checked. - _corroborate_majority passes only with at least 2 answers (MIN_QUORUM_RESPONSES) and a strict majority of the answers; no other server configured, or fewer than 2 answering, fails. ALLOW_NO_QUORUM=true keeps the old reduced rule. - config.validate_quorum_servers, called from the lifespan after parse_endpoints, refuses to start with fewer than 2 fallback servers unless ALLOW_NO_QUORUM=true (which logs a warning at every start). - Optional pinning: `host:port[:mode]:pin=<sha256>` per fallback and ELECTRUM_CERT_PIN for the primary; ElectrumClient compares the SHA-256 of the DER certificate after the TLS handshake and a mismatch fails like an unreachable server. A pin on a plaintext entry is a startup error. - .env.example now ships the four bootstrap servers and documents both new variables; docs/setup.md, spec, storico and BUGS.md updated. - Tests changed because the spec changed: the two "no other servers configured -> True" corroboration tests now assert that outcome only under allow_no_quorum. Note: a dev .env with fewer than 2 fallback servers will now refuse to start. Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com> |
||
|
davideandClaude Sonnet 5.5
|
fd6a91e93d |
Give every round its own pool address (B-80, RND-35, DAT-60, DAT-11, REG-14, SEC-08, BET-12, RND-22, WDR-14, SEC-43, API-23, API-36)
All bets of all rounds paid one address (m/84'/746'/0'/1/0), so its history grew forever, other rounds' money and stray coins mixed with a round's own, and the payout picked from everything it held. - hd.py: derive_pool_key/derive_pool_address(round_id) on branch 2 (m/84'/746'/0'/2/<round_id>); no argument is the reserve address 1/0. derive_round_pool_key checks the key against the address stored on the round, so a payout can never be signed for money its key does not control. - rounds.pool_address (migration 477bddae1a84, existing rounds backfilled with the reserve address since that is where their bets went; add_column, not a batch alter, so the expression indexes stay): written in the transaction that inserts the round, once its id exists. - place_bet pays round.pool_address; the payout reads, signs and takes change at the round's own address; own_address_for and bump_fee's _signing_context follow the round (confirmation poller and reconciler pass round_id). - Withdrawals to any round pool address, the reserve address or fee_address are refused (withdrawal_to_platform_address, 400, all seven languages). - GET /rounds/current and GET /admin/rounds expose pool_address. - RND-22/DAT-11 stay "da implementare" for B-82: the payout still spends every confirmed coin at the round's address, not only the participants' outpoints (participants carry no bet_vout yet). - tests/unit/conftest.py: every test now gets a throwaway master key. Opening a round derives an address, and tests that merely opened a round were silently reading the real key from the local .env. - Existing tests changed because the spec changed: payout fixtures give their round a pool_address; the reconciler's address-cache test uses two payouts of one round (rows of different rounds no longer share an address); own_address_for now takes the round id. Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com> |
||
|
davideandClaude Sonnet 5.5
|
b424f670c5 |
Restructure docs: docs-first, SSOT, one ADR per decision
- Add docs/README.md as the index of all documentation. - Split the 52 DEC entries of decisioni-e-limiti.md into docs/adr/ADR-NN files (same numbers), add ADR-53 (audit log), TEMPLATE.md and an ADR index with a feature -> ADR table. - Rename decisioni-e-limiti.md to limiti-noti.md (LIM only) and rewrite all DEC-nn references as links to the ADRs. - Document the docs-first / SSOT / ADR rules in processo-di-modifica.md and map the docs in CLAUDE.md and README.md. Co-Authored-By: Claude Sonnet 5.5 <noreply@anthropic.com> |