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735b62d9c7 |
Track self-custody wallets natively: Bitcoin, EVM and Solana (#3081)
* feat(onchain-wallets): foundation for self-custody wallet tracking
Adds the schema, models and the normalised contract every chain will
produce, with no chain implemented yet.
The central constraint of a multi-chain integration is that `case chain`
must not spread through the importer, processor, controller and views.
So a chain adapter's only job is to turn an address into an
Onchain::Snapshot — a list of Onchain::Assets and Onchain::Movements —
and Onchain::Chains is the single source of truth for which chains exist,
how their addresses are validated, what their native asset is, and which
adapter to instantiate. Everything downstream is written once.
Two tables:
- onchain_wallet_items: the family-level connection. Keyless by
default; the only credential is an optional Etherscan key, encrypted
via `encrypts`.
- onchain_wallet_accounts: one row per asset, per address, per chain.
Uniqueness uses three partial unique indexes, one per asset kind, because
the identity of an asset depends on its kind: a native coin is identified
by its address alone while a token is identified by its contract/mint. A
single index over all columns would treat two native rows with a NULL
contract_address as distinct and let duplicates through — the model test
proves the rejection comes from the database by saving with
`validate: false`.
The schema also leaves room for extended-key (xpub) wallets later: an HD
wallet is a set of derived addresses under one item, which the current
uniqueness key already allows, so adding it needs no destructive change.
db/schema.rb is hand-edited to add only the two new tables: regenerating
it with the Rails version now in the Gemfile reorders every column in the
file, which is out of scope for this change.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* feat(onchain-wallets): chain-agnostic importer, processor and syncer
The whole pipeline is written once here and never branches on chain: it
consumes Onchain::Snapshots, so a chain is only ever a registry key and an
adapter.
Importer: refreshes every tracked address and records a digest of what it
saw (quantity plus movements, no timestamps) on each row. It deliberately
never creates rows — real wallets are full of spam airdrops, so a newly
seen token becomes trackable only when the user ticks it. An asset that
disappears from a wallet goes to zero rather than going stale.
Syncer: reprocesses only the rows whose digest changed. Two consecutive
syncs of an idle wallet write nothing at all — no row updates, no
holdings, no entries, and no queued account syncs. Both the importer and
syncer tests for that were checked against the pre-fix behaviour: with the
content_hash guard removed they fail.
Processor: writes the holding, the account balance and the movements.
Movements materialise two ways. When that day's price is known, a signed
trade (positive = Buy, negative = Sell) so cost basis and the value chart
reconstruct back to acquisition. Otherwise a display-only entry with
amount 0 and excluded: true, raw movement preserved in `extra` — visible,
but not inventing a value that would distort the account's history. Prices
are matched on the exact day for trades, because valuing a two-year-old
transfer at today's price would fabricate a cost basis.
Onchain::SecurityResolver binds a "CRYPTO:<SYMBOL>" ticker straight to the
crypto price provider instead of going through provider search, where
"USDC" can come back as a EUR-quoted pair and then need FX to repair. It
reuses an existing Security for the ticker whatever its MIC, so one asset
never splits into two records. Symbol normalisation for bridged
stablecoins and the price backfill follow in the next commit.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* feat(onchain-wallets): canonical asset symbols and price backfill
Two things stood between a linked wallet and a correct valuation.
Bridged and wrapped variants. The same dollar is USDC on Ethereum, USDC.e
on Arbitrum and USDbC on Base; the same ether is ETH natively and WETH
once wrapped. Left alone each variant becomes its own Security, so one
gets priced and the others sit at zero, and the same asset held on two
chains reports two different values. Onchain::AssetSymbol maps the
variants that are redeemable 1:1 onto the canonical asset, so pricing them
as that asset is exact rather than approximate.
Missing price history. A Security created at link time has none, so on the
first sync every movement would fall back to a display-only entry and the
cost basis would never reconstruct — the feature would look broken exactly
when the user first looks at it. The processor now backfills the window in
one batched provider call rather than one call per movement date, includes
today so a wallet whose movements all predate the sync window still gets a
current valuation, and treats a provider failure as a logged warning: the
holding and the quantity are still written.
All of it is a no-op when no crypto price provider is enabled, which is
the case the settings panel has to warn about before linking.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* feat(onchain-wallets): Bitcoin adapter
Bitcoin has no account balances: an address owns unspent outputs, so the
balance is everything ever paid to it minus everything spent from it, and
mempool totals count — a broadcast-but-unconfirmed spend has already left
the wallet as far as its owner is concerned. Movements are the net effect
of each transaction on the address, so a self-transfer nets to zero and
produces no entry.
All three address formats are accepted (Base58 P2PKH/P2SH, bech32
segwit, bech32m taproot) with the character-set exclusions each encoding
actually has, and a malformed address is rejected before any request is
made — the test relies on WebMock failing the run if a request escapes.
Single address, not extended keys. A Bitcoin wallet is normally an HD
wallet: one xpub derives thousands of addresses and change goes to derived
ones, so tracking a single address under-reports such a wallet. Extended
keys would need BIP32 derivation (a dependency this codebase does not
want) or a descriptor-indexing backend. The limitation is stated in the
adapter, will be stated in the linking UI, and an xpub is rejected as an
address rather than silently treated as one.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* feat(onchain-wallets): EVM adapter for six networks, two backends
One adapter class serves every EVM network: a network's identity — label,
native coin, explorer URL, whether a family-supplied Etherscan key applies
— is data in the chain registry, so adding a network is an entry there
rather than a branch here.
The unit tracked is the (chain, address) couple, carried by the unique
index. A 0x address is valid on all six networks and holds different
balances on each, so detection asks each candidate network whether the
address is worth tracking there. That probe is exactly one request and
never reads paginated history: Blockscout's address summary carries the
coin balance and the token/transfer flags together, which is also why a
wallet holding only ERC-20 tokens with zero native balance is still found.
An explorer being down means "not detected here", not an error the user has
to interpret — a dead indexer must not break linking.
Two interchangeable backends behind Provider::EvmExplorer: keyless
Blockscout by default for every network, and Etherscan when the family
configured a key on a network the registry enables it for (today Ethereum
only), where a key buys nothing but a higher rate limit. Etherscan
deliberately does not implement the activity probe: its one-request answer
is the native balance, which reports "nothing here" for a token-only
wallet, so detection stays on the indexer that can answer correctly.
Zero-balance token rows are dropped — real wallets are full of spam dust —
while the native asset is always reported, even at zero, because a wallet
that spent everything still has a history worth keeping.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* feat(onchain-wallets): Solana adapter
A Solana wallet does not hold its tokens. Each SPL token sits in its own
token account, owned by the wallet but addressed separately, so balances
come from enumerating those accounts across both token programs rather
than from reading the wallet address — and because one wallet can own
several accounts for the same mint, they are summed into one position.
Emptied token accounts are left behind on chain by design and are dropped.
RPC gives mints, not metadata. Well-known mints get their real symbol;
anything else is labelled with its mint in a form that deliberately cannot
pass for a ticker, so security resolution declines it and the asset is
tracked by quantity rather than priced as some unrelated coin that happens
to share a name.
Activity is one request. Bitcoin's Base58 addresses fall inside Solana's
address shape, so the two are told apart by asking the node: it rejects a
non-32-byte key, which reads as "not here" rather than an error.
The Snapshot it returns has the same shape as Bitcoin's and the EVM
adapter's — asserted in the test — so nothing downstream changed.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* feat(onchain-wallets): settings panel and linking flow
Linking is three steps: paste an address, confirm which network, choose
what to track.
The network step exists because address formats are not unique to a chain.
Candidates come from the address shape, and when there is more than one each
is asked whether the address is worth tracking there — one bounded request
each. When several answer yes, or none does, the user picks from a list that
marks which ones showed activity. Silently keeping the first match would
link the wrong network and surface later as a sync bug.
The token step imports nothing that was not ticked. Assets whose symbol a
price provider can quote are pre-checked; spam airdrops, whose "symbol" is
usually an advertisement, are listed unticked and can still be tracked by
quantity. Quantities and metadata are re-read from the chain when the
selection is applied, so a tampered selection can only change which assets
are tracked, never what they claim to hold. Previewing an address creates
no connection record, so an abandoned flow leaves nothing behind.
The panel and both modal steps carry a price-provider warning: with no
crypto market data enabled every wallet is valued at zero, which users
report as a broken sync rather than a missing setting, so it is said before
linking and links to where to fix it. The Bitcoin single-address limit and
"never enter a seed phrase" are stated in the linking UI too.
Errors are separated by kind. A rate limit or an unreachable explorer gets
its own localized message. Anything else is a bug: the user sees a generic
message and the class and message go to DebugLogEntry, never into the
response — asserted in the tests, which also check the exception text does
not appear in the body.
Adapters now translate their data source's errors into Onchain::Chains
errors, so the controller rescues two chain-agnostic types instead of
carrying a list of every explorer's error classes — which would have put
per-chain knowledge back into the controller.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* feat(onchain-wallets): manage, review tokens, change address, disconnect
Four actions, because two would make the token choice irrevocable.
Review tokens reopens the selection screen with the address left alone —
deliberately without an address field. Without it the only way to untick a
token would be to change the address, which is a different operation
entirely. Assets the chain no longer reports stay listed and ticked, so
they can be dropped once they are gone.
Disconnect one asset is a per-row action with a button next to every asset.
A destroy route no view calls is dead code: the feature does not exist
until it has a button, so the test asserts one form per asset rather than
one per wallet.
Change address updates the existing rows instead of recreating them, so the
accounts, holdings, entries and balance history all survive — verified by
asserting a pre-existing balance is still there afterwards, and checked
against the recreate-instead-of-update behaviour, which fails it. The
content digest is cleared so the next sync reprocesses even if the new
address happens to hold the same amount, and an account still carrying its
generated name is renamed to match.
Disconnect wallet drops every asset at one address and leaves other
addresses alone.
Disconnecting never destroys an account: the provider link goes, holdings
are detached, and what the user can see stays as a manual account that
stops updating — the same contract every other provider's unlink has here.
The duplicate-address guard covers initial linking as well as address
changes. Without it, re-linking an already-tracked address would become the
unofficial way to add a token, quietly creating a second set of rows for
the same wallet; both guards are checked against that pre-fix behaviour.
Every lookup and mutation is scoped through Current.family, including the
per-row disconnect, which cannot reach a row belonging to another
connection.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* docs(onchain-wallets): hosting guide for self-custody wallet tracking
docs/hosting/onchain-wallets.md covers what the feature reads, which
endpoint serves each network and how to point it at your own instance, the
optional Etherscan key and why it is optional, the per-sync request cost and
where history is capped, and the management actions.
Two things get stated plainly because they generate the support traffic:
prices come from a separate market data setting, so with no crypto-capable
provider enabled every wallet is tracked by quantity and valued at zero; and
Bitcoin is one address at a time, which under-reports an HD wallet whose
funds are spread across derived addresses.
Every locale key the feature uses is checked to resolve, including the
pluralised ones.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): keep EVM balances on the keyless indexer when a key is set
Configuring an Etherscan key moved every read onto Etherscan, including
balances. That was wrong: Etherscan has no free endpoint that enumerates an
address's tokens, so its token balances are summed from transfer history —
which cannot see a rebasing token's current balance, and silently
under-reports any wallet whose history exceeds the page cap. A user adding a
key to fix a rate limit would have quietly traded it for wrong balances.
The two reads are now separated by what each backend can actually answer.
Balances and activity detection always go to the keyless indexer, whose
address summary answers both in one request — so adding a key buys nothing
there and cannot cost anything either. History, the paginated and
rate-limited half, is where a key helps and is the only thing it changes.
Provider::Etherscan drops its balance methods and refuses token_balances
with the reason, rather than offering an approximation that reads as a fact.
The chain-agnostic error mapping now accepts several error families per role,
since one snapshot can involve both backends.
Checked against the pre-fix behaviour: with balances routed through the
keyed backend, the new test reports 1 USDC held instead of the 7 the indexer
sees, and Etherscan raises on the balance call.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* feat(onchain-wallets): name verified SPL tokens so they can be priced
Solana RPC returns mints, not names, so every SPL token outside the
hard-coded handful showed up as "SPL:abcd…wxyz" — which security resolution
correctly declines, leaving the asset tracked by quantity and valued at zero.
For a wallet holding anything beyond USDC that was most of its value.
Names now come from Jupiter's keyless token search, asked once per snapshot
for every mint at once, cached 24 hours per mint.
Only mints the list reports as *verified* are trusted. Anyone can mint a
token calling itself USDC; naming an unverified one would hand it the real
dollar's price and value dust at thousands. Unverified and unknown mints keep
the placeholder, and the test for that asserts the spam token is not named
USDC. Misses are cached as well, because spam wallets hold many mints that
will still be unvouched-for tomorrow.
Metadata is a naming nicety, not the wallet: a list that is down or rate
limiting degrades to placeholders instead of failing the snapshot, and the
hard-coded mints stay as an offline floor. Assets and movements resolve from
the same lookup, so a token cannot be called two different things within one
snapshot.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* feat(onchain-wallets): enable crypto pricing in one click, and log zero valuations
The warning said what was wrong and where to fix it, but still made the user
navigate to another settings page and pick the right provider out of a list.
On a self-hosted instance an admin can now fix it from the warning itself:
the crypto provider is appended to the enabled securities providers, leaving
the others alone — enabling crypto prices must not turn off whatever prices
the user's equities, and the test fails if it does. On a managed instance the
providers are the operator's setting, so the button is not offered and the
action refuses.
The other half is diagnosis. Until now a holding valued at zero for this
reason looked exactly like a holding whose price simply had not been fetched
yet: nothing recorded it, so support had to infer it from a screenshot. The
processor now records it via DebugLogEntry — but only for this cause, since a
price merely missing for today is ordinary and already covered by the
backfill.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* feat(onchain-wallets): upgrade display-only movements once their price is known
A wallet linked before market data covered its history got the worst of both
worlds: its transfers landed as zero-amount excluded entries, and nothing ever
brought them back. The syncer only reprocesses assets whose on-chain state
changed, and a two-year-old transfer never changes — so the cost basis stayed
broken for exactly the wallets that were linked earliest.
perform_post_sync now runs a repair over every linked asset, not just the ones
that moved: what changed is the price history, which no chain read can report.
It reads prices from the database only, makes no network call, and does
nothing when there is nothing to upgrade.
An upgraded entry keeps its external_id, so it is the same transfer rather
than a duplicate. The entry is destroyed and rewritten because an Entry cannot
change entryable type in place and import_trade refuses an id already held by
a Transaction. Entries from other providers are never touched — matched by
source and by this asset's own id prefix.
Checked against the pre-fix behaviour: with perform_post_sync empty again, the
syncer test fails.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* feat(onchain-wallets): make history truncation visible and its depth configurable
History was capped silently. A wallet with more transfers than one sync reads
looked exactly like a wallet whose history was fully imported — the only trace
was a Rails log line on Bitcoin, and nothing at all on the EVM and Solana
paths. A user reconciling their cost basis had no way to tell the difference
between "this is all there was" and "we stopped reading".
Each source now reports whether it stopped on the budget or on the end of the
history. That travels on the Snapshot, so it stays chain-agnostic; the flag is
recorded on the affected rows, the manage screen says the history is
incomplete for that address, and the importer records it once per address per
sync — only when something changed, so an idle wallet with deep history does
not log the same line every night. The message also states what is not
affected: balances come from an address summary, never from history.
The depth itself is a hosting decision, not a property of a chain, so it moves
out of the providers into Onchain::HistoryBudget and is settable with
ONCHAIN_HISTORY_MAX_PAGES (default 10, clamped to 200). Adapters inject it, so
the providers stay unaware of the policy and the budget is testable without
touching the environment.
What this does not do is resume where it stopped. Reading older history across
syncs needs a per-wallet cursor and changes what the content digest means —
which is what guarantees an idle wallet writes nothing — so it is a change of
its own rather than a rider on this one.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): read Blockscout token balances the way the API accepts
Verified against the live API: /api/v2/addresses/{address}/token-balances
rejects a `type` filter with HTTP 422 — the filter exists on token-transfers,
not here. Every EVM snapshot was therefore failing in production and
surfacing as "the explorer could not be reached", while the tests passed
because the stub encoded the same wrong assumption. No unit test can catch a
mistaken API contract; only asking the API can.
Without the filter the endpoint answers with every token standard the address
holds — ERC-20, ERC-721, ERC-1155, ERC-404 — so ERC-20 is now selected
client-side. An NFT row carries value "1" and no decimals, so it would have
been imported as a fungible balance of one token, priced by whatever its
symbol happened to resemble.
The tests now stub the endpoint the way it really answers and assert we ask
without a query, so re-adding the filter fails the run. Each token's
market-cap signal is carried through for the next commit, which has to decide
what to do about an address holding thousands of tokens.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): bound how many tokens one address can surface
Probing the live APIs turned up the other thing the stubs were hiding: real
addresses are airdrop dumping grounds. A well-known Ethereum address returns
7,924 ERC-20 balances (3.2 MB), and a comparable Solana one 2,801 token
accounts. Nothing bounded either. That meant a review screen with thousands of
rows nobody can use, and on Solana — where names are looked up in batches of
50 — around 56 extra requests per sync just to label an airdrop dump.
One read now surfaces at most 200 tokens per address
(ONCHAIN_MAX_TOKENS_PER_ADDRESS, clamped to 5,000). The native coin is never
affected, and anything already tracked keeps syncing regardless of the cap.
What survives the cap has to be both sensible and stable. On EVM the tokens
are ranked by the market cap the indexer already reports, so real assets stay
and airdrops fall off the end. Solana RPC gives no such signal, so the order
is the mint address: arbitrary, but identical between two reads of an unchanged
address — an unstable order would reshuffle the wallet, change the content
digest, and rewrite holdings every night. There is a test for that on both
chains. On Solana the cap is applied before metadata lookup, so it bounds the
requests as well as the rows.
The cap is not silent: it is recorded on the affected rows, stated in the token
review screen and in Manage wallets, and reported alongside history truncation
in the debug log with the limit that applied.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* test(onchain-wallets): walk the linking and management flow in a browser
The linking flow stacks three Turbo frame navigations — the provider drawer,
the linking modal on top of it, then the token review in that same modal —
and no controller test exercises any of that. Driving it in a real browser
found two things worth keeping:
The panel is reached two different ways. With nothing linked yet it is a card
under "Available" that opens the drawer; once a wallet exists the provider
moves to "Your connections", where the panel renders inline inside a
disclosure and there is no link to click at all. Only the first path had ever
been exercised.
Both paths now are, along with the parts of the flow that only exist in a
browser: assets arriving pre-ticked or not according to whether they can be
priced, review tokens reopening the selection with no address field present,
and disconnecting one asset leaving its account behind. One test per flow —
the branching cases stay in the controller test, where they cost a fraction
of the time.
Verified visually at each step: the warning banner, the Bitcoin
single-address note, the three-asset review with the spam token unticked, the
four management actions, and the accounts landing under Crypto with the wallet
subtype.
Full system suite green the documented way (DISABLE_PARALLELIZATION=true):
94 runs, 385 assertions, 0 failures.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): report a timed-out data source as unreachable
Reading a real Solana wallet turned up the hole: the public RPC timed out,
Net::ReadTimeout escaped every layer untranslated, and the user was told
something had gone wrong with Sure — the generic message reserved for our own
bugs — with a DebugLogEntry filed as if it were one. A public endpoint being
slow is the most ordinary failure this feature has.
All five clients now translate transport failures into their own ApiError:
timeouts, refused or reset connections, unreachable hosts, TLS errors, and a
response that is not JSON. The adapters already map a provider's own errors
onto Onchain::Chains::UnreachableError, so a timeout now reads as "the public
explorer could not be reached", the message that tells the user to retry,
while genuine bugs keep the generic one. During chain detection it goes back
to meaning "not detected here", so a slow explorer still cannot break linking.
The translated message carries only the error class, never the original
message, because a transport error's message contains the full URL and these
get logged.
Checked against the pre-fix behaviour on Bitcoin: with the translation
removed, the timeout test fails with the raw exception instead of the chain
error.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): name on-chain trades after the asset, not "shares"
Running a real Bitcoin address through the app showed every imported transfer
as "Buy 0.000003 shares of CRYPTO:BTC". That name comes from the shared trade
helper, which is written for equities; a wallet does not hold shares, and the
internal ticker is not what the user calls the coin. Trades are now named
"Buy 0.000003 BTC", through i18n like the display-only entries already were.
Also drops the sync status_text calls. Sync has no such attribute in this
schema, so every one of them was a guarded no-op and the four locale strings
they referenced could never render — dead weight copied from another
provider's syncer.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): keep balances when a source refuses history
Reading real wallets on the free Solana endpoint exposed two problems, one of
which I introduced.
The budget. Making history depth configurable scaled Solana's transaction cap
from 25 to 250, and on Solana one transaction is one RPC call rather than one
page — so the same nominal depth became an order of magnitude more expensive
and a sync went from seconds to minutes. The per-transaction budget is now its
own constant, scaled proportionally off the page knob so one setting still
moves both, with a test that pins it far below the paginated row count.
The bigger one: a failure while reading history threw away the balances too.
A balance is one bounded request and is what a wallet fundamentally is; history
is paginated, far more expensive, and the first thing a throttled endpoint
refuses. On the free Solana endpoint, which routinely throttles getTransaction,
that meant a wallet showed nothing at all rather than showing what it holds —
permanently, not transiently.
History is now best effort: when the data source refuses it, the balances are
still recorded and the history is marked incomplete, which the manage screen
already surfaces. Anything that is not the data source failing still raises, so
a bug here cannot be swallowed. Verified live: the same Solana wallet that
failed entirely now reports 52.06 SOL and its SPL tokens with the history
flagged.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): pre-tick what is worth something, not what parses as a ticker
Linking a real airdropped address showed 200 of its 201 assets arriving
pre-ticked, one click away from 200 accounts — the opposite of what reviewing
tokens before import is for. The pre-tick rule was "the symbol looks like a
ticker", and airdrops use perfectly plausible short symbols (0XBTC, 4CHAN), so
it selected nearly everything.
Assets now carry whether the data source treats them as notable, and only those
are pre-ticked. Two attempts at that signal, decided by measuring the real
address rather than guessing:
- Blockscout's `reputation` is "ok" for all 6,669 tokens it holds. Useless.
- Market-cap presence looks strong on the full list (365 of 6,669) but is
useless after the cap, which already ranks by market cap — hence every
surfaced token having one.
- Holding value discriminates: of the 365 priced tokens, 112 are worth more
than a dollar.
So on EVM networks a token is notable when the indexer can price it and the
holding is worth more than a dollar; on Solana when the verified token list
vouches for the mint; the native coin always. Pre-ticked count on that address
drops from 200 to 72, and everything else stays one click away.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): warn when nothing can convert USD prices into the family currency
A family whose currency is not USD needs two settings, not one, and only the
first was covered. The single provider that prices bare crypto symbols quotes in
USD, so valuing a wallet in EUR needs an exchange rate on top — and Sure's
default exchange rate provider requires an API key, so a self-hosted install
without one has no FX at all.
Tested against a real address in a EUR family: every wallet came out at zero,
with 275 transfers recorded as unpriced, and nothing anywhere said why. That is
the same support ticket the crypto-provider banner exists to prevent, arriving
through the other door.
Onchain::Pricing answers "can an on-chain asset be valued in this currency, and
if not, why" with the two reasons separately. The linking UI states whichever
applies — naming the currency for the FX one, and pointing at Frankfurter, which
needs no key — and a USD family never sees that warning because it needs no
conversion. The processor records the reasons when a holding lands at zero, so
support sees "exchange_rate" rather than guessing.
Verified live afterwards: with EXCHANGE_RATE_PROVIDER=frankfurter, the same EUR
family values the wallet at 416,198,342.25 EUR at 0.86363 USD/EUR, with all 275
transfers priced in EUR.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): let a movement become a trade after being display-only
Syncing a real wallet twice — once before its prices were reachable, once after
— raised ArgumentError from the shared importer: an Entry cannot change
entryable type in place, and the display-only Transaction already held the
external_id the trade needed.
That is the ordinary case, not an edge one. A wallet linked before market data
covers its history gets display-only entries on the first sync, and the first
sync that can price them dies. Worse, it dies inside perform_sync, so the repair
pass that exists precisely to upgrade those entries — and which runs in
perform_post_sync, afterwards — was never reached. The account stayed stuck.
Both paths now go through one writer that discards a stale display-only entry
before the trade takes over its identity, so the entry keeps being the same
transfer rather than becoming a duplicate. Checked against the pre-fix
behaviour: without the discard, the new test raises the original ArgumentError.
Found by running a EUR family through two syncs on real data, which is the only
way the two price states occur in order.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): write a trade and drop its display-only entry atomically
Replacing a display-only entry with the trade it became is one change, but it
was two writes outside a transaction. A failure between them left the account
with neither: the transfer disappeared until some later sync happened to rewrite
it, which for an idle wallet could be never.
The repair pass already wrapped this; the sync path did not, and that is the one
that runs first.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): tell apart two transfers of one token in one transaction
A token transfer was identified by its transaction hash and contract, which are
not unique together: a swap router or a batch payout routinely emits several
transfers of the same token involving the same address within one transaction.
The second overwrote the first, so a transfer disappeared from the account
without a trace.
Both EVM backends report the log index — the field that makes an event unique
inside a transaction — and neither was using it. It is now part of the
identifier, with the contract kept only as a fallback for an instance that does
not report one.
Reported by review on #3081; confirmed against the live Blockscout payload,
which carries log_index. The test fails against the previous identifier.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): canonicalise an address per chain before anything keys off it
Addresses were only stripped, never canonicalised, and what counts as the same
address differs by chain — so the duplicate guard could be walked straight past
and one Bitcoin case was worse than a duplicate.
On EVM, hex is hex: 0xABC… and 0xabc… are one wallet, but they linked as two,
each with its own accounts and holdings for the same balance.
On Bitcoin, bech32 is case-insensitive and canonically lowercase, and the API
reports outputs that way. An uppercase bech32 address passed validation, gave a
correct balance from the address summary, and matched no output at all — so the
wallet silently had zero movements and no cost basis, with nothing anywhere
saying why.
Canonicalisation is now the adapter's answer, since only the chain knows whether
case carries identity: EVM and bech32 fold, Base58 and Solana are left exactly
as given. The controller applies it as soon as the chain is known and before the
duplicate check, and on an address change too.
Reported by review on #3081. Both tests fail without the folding.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): stop folding the case of Solana mints
Contract identifiers were downcased everywhere on the assumption that a contract
address is hex. That holds for ERC-20 but not for an SPL mint, which is a Base58
public key where case is part of the value: the stored mint was an unusable copy
of the real one, and two distinct mints could collide once folded into the same
string — one wallet's balance landing on the other's row.
Whether case carries identity is a property of the token kind, so it is now
answered in one place and applied consistently: by the asset's identity key, by
the column, and by the two comparisons in Onchain::Snapshot. A Movement no longer
folds anything on its own, because a movement does not know its asset's kind.
That also removes the duplication review flagged: the asset key was derived in
three places and only one of them folded, so the review screen and the linker
could disagree about what identifies an asset. There is one definition now,
OnchainWalletAccount#asset_key.
Reported by review on #3081. The test fails with the unconditional fold.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): isolate a failing address, and let a late symbol land
Two problems in the importer, both reported by review on #3081.
One unreachable address took the whole connection down with it: the loop over a
family's addresses had no rescue, so a Bitcoin explorer being throttled left an
untouched Ethereum wallet unsynced as well. Each address is now recorded and
skipped on its own — a row we failed to read keeps its previous quantity rather
than being zeroed, since we did not learn that it holds nothing — and only a
connection whose every address failed is reported as a failed sync rather than a
quiet success.
The content digest covered quantity and movements but not the metadata written
alongside them, so a Solana mint that later gained a real symbol from the token
list produced the same digest as before: the row was never rewritten and its
placeholder label became permanent. That silently undid the token-naming work.
The digest now covers everything the update writes.
Both tests fail against the previous behaviour.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* refactor(onchain-wallets): use DS::Button for the wallet actions
Five hand-built button_to controls carried their own utility-class strings for
what DS::Button already does — sync, disconnect a connection, stop tracking one
asset, disconnect a wallet, enable crypto prices. They drifted from the design
system on size, hover and destructive treatment, and the confirm prompts were
wired by hand.
The browser test walks the two that matter, so the behaviour is unchanged; this
is the styling and the confirm handling moving to the component that owns them.
Reported by review on #3081, along with the raw `bg-amber-600` on the provider
badge — left as it is, deliberately: all 23 other providers set a raw palette
class for their badge, there is no functional token for a brand colour, and
changing one entry would make it the only different one.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): four smaller findings from the review on #3081
**A failed read no longer leaves an empty connection.** `link_wallet` created the
family's connection before fetching the address, so an explorer being down left a
connection with no wallets showing in the panel as connected. Reading needs no
saved connection — which is exactly why previewing uses an unsaved one — so it is
now created only once the read succeeds.
**Assets that could not be tracked are named instead of blamed on the user.**
`success?` is `created.positive?`, and the only failure message was "pick at least
one asset to track" — so a user who ticked three assets and hit three failed
creates was told to tick something, sending them back to tick the same three.
The linker already collected which assets failed; the message now says so, and a
partial failure is reported alongside what did get tracked instead of being
dropped silently. Same fix in the token revision action, which had the same shape.
**A malformed stored amount costs its movement, not the asset.** `BigDecimal()`
on a stored payload raises, and one unparseable row would fail the whole asset's
processing — including the repair pass. These payloads are written by this code,
so it takes a row that survived a format change, but the containment is two lines.
**No dead-end link.** The warning offered "open market data settings" to
everyone, while that page is gated to self-hosted admins — the same gate the
enable button already had. Both controls are now behind it, and the warning text
stands on its own for everyone else.
Each has a test that fails against the previous behaviour.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): reject non-finite amounts and quantities
The guard added an hour ago for malformed stored amounts was incomplete for the
very case it was written for: BigDecimal parses "NaN", "Infinity" and
"-Infinity", and none of them is zero, so all three sailed through
`parse_amount` into trade materialisation. Verified rather than assumed — the
test fails without the check with PG::NumericValueOutOfRange, so the infinity
reached the insert.
Fixed at both layers that write numbers. Movements: a non-finite amount skips its
movement, like any other unparseable one. Quantities: `normalize` treats
non-finite as unknown and writes zero, because Postgres numeric stores NaN
happily and one NaN quantity would turn every total that reads it into NaN.
Reported by review on #3081.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): derive the content digest from what actually gets written
Third time the digest missed a field it was supposed to cover: first the symbol,
so a Solana placeholder that gained a real name was never rewritten; now the
truncation flags, so a wallet whose history became complete — or started being
capped — kept showing the old completeness in the UI, since the early return
fires before `extra` is touched.
Rather than add a third field to a hand-picked list, the digest is now taken from
exactly the attribute hash that is about to be written. The two cannot drift
apart, which is what kept going wrong.
That needs two things to hold. Movements are sorted before the payload is built,
so the order a source happened to list them in is not mistaken for a change. And
the hash is canonicalised before hashing, because jsonb does not preserve key
order: `extra` written as {history, assets} comes back as {assets, history}, and
hashing that raw made an idle wallet's digest flip every other sync — the tests
caught it, and it is now covered by one asserting that reordered movements are
not a change.
Reported by review on #3081. Both halves checked against the pre-fix behaviour:
without the flags two tests fail, without the canonicalisation three.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* docs(onchain-wallets): state the pricing coverage limit, and that DeFi is unseen
The hosting guide explained how to configure prices but never said what the
crypto provider actually covers. It quotes by symbol, and a symbol is not a
token's identity — measured on a real Ethereum address, two of its ten largest
token positions were quoted and the other eight, including holdings worth
roughly $406k, $141k and $74k, showed zero with their quantities tracked
correctly.
That reads as a broken sync unless it is written down, so it is now the first
limitation in the list, with the practical rule a user needs: a zero next to a
token you know is worth something means the provider does not list it, not that
the balance is wrong. Troubleshooting gains the matching entry, separating it
from the two configuration causes that produce a zero across every wallet.
Also records that DeFi positions — staked ETH, LP tokens, lending, Solana stake
accounts — are invisible, which was missing from the list entirely. A wallet
holding most of its value in a staking protocol reports a fraction of it.
Docs only; no code touched, so the suite was not re-run — the last run on this
tree was green.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): do not zero an asset the token cap never reached
A tracked asset missing from a snapshot was always read as "the wallet no
longer holds it" and set to zero. That is right for a complete read, and wrong
for a capped one: at most 200 tokens per address are surfaced, so a tracked
token can be absent simply because the read stopped before reaching it. Its
balance was then wiped — a real holding removed from the user's net worth, with
a holding of zero written and the account balance reduced to match.
It is reachable: on Solana the surfaced set is ordered by mint address, which is
arbitrary, so a genuinely held USDC position on an airdropped wallet can fall
outside the cap and be zeroed on the next sync.
Absence of evidence is not evidence of absence — the same distinction this code
already makes for an address it could not read, where the row keeps its previous
quantity. When the snapshot is capped and the asset is not in it, the row now
keeps what was last known and only its completeness flags are refreshed.
Reported by review on #3081. The test fails against the previous behaviour, and
the "an asset that disappeared is set to zero" case still passes: a complete read
that no longer lists an asset still zeroes it.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* refactor(onchain-wallets): rename the local `token` variables the secret scan trips on
Pipelock failed the PR with eleven "Credential in URL (high)" findings, all on
the same shape: a local variable named `token` being assigned. `token = ...`
is what a leaked credential looks like to a scanner, and the rule is a
reasonable one to keep.
Renamed rather than excluded. Excluding paths or adding `# pipelock:ignore`
would have kept the pattern and blunted the check for everyone; the new names
are at least as clear — `token_data` for the raw hash from an indexer,
`metadata` for the resolved symbol/name pair, `token_asset` for an
Onchain::Asset in tests.
Verified with the scanner itself rather than by inference: the same pipelock
2.8.0 the workflow pins, run locally over the branch diff, now reports "No
secrets found in diff". It also caught one site the CI log had truncated away
(the system test), which is why the local run was worth setting up.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): bound detection latency, and three review findings
Detection runs on the request thread but asked each candidate chain with a
sync's patience: a 30s timeout, three retries and exponential backoff, per
chain. A 0x address is a candidate on six networks, so one rate-limited
explorer could hold the page for minutes. Detection now reads with its own
budget - one short attempt, no retry, ONCHAIN_DETECTION_TIMEOUT to raise it -
while syncs keep the patient one. A chain that cannot answer in time is
reported as "no activity", which is the screen an ambiguous answer already
produces.
Also from review:
- A full page of Solana signatures is now reported as incomplete history.
The adapter passes no cursor, so a page that fills means the read stopped
short of the address's history; counting only against the transaction
budget called that complete.
- A reused CRYPTO: security with no price provider is bound to the crypto
one. A blank provider falls back to whichever is enabled first, and only
the crypto provider quotes a bare coin symbol, so the holding valued at
zero and read as a broken sync. A provider another integration chose is
left alone: the CRYPTO: prefix is shared with the exchange integrations.
- The chain select's label reached the form builder as an HTML attribute
instead of a label option, so no <label> was associated with the field.
Each regression test was checked against the pre-fix code: the two detection
tests fail with four requests instead of one, and the truncation test fails
by reporting complete history.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): let the table refuse a token row with no contract
The partial unique indexes key a token on its contract address, and NULLs
are distinct to Postgres, so a token row that reached the table without one
would slip past its index and duplicate freely. The model already refuses
it, but a direct write does not go through the model, and this repo puts
simple guarantees like this in the database.
Added to the existing migration rather than a new one: the table is created
by this branch, so the constraint belongs with it, and this leaves the
schema version untouched.
The regression test writes with validate: false, which is how the sibling
tests prove a guarantee comes from the table rather than from the model
above it. Without the constraint it fails with "expected but nothing was
raised".
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* fix(onchain-wallets): detect a token-only Solana wallet, and pin asset_kind
Two findings from the review of the previous commits.
Detection read only the wallet's lamports, so a wallet emptied of SOL but
still holding SPL tokens answered "nothing here". Each token account carries
its own rent, so an empty wallet address is not an empty wallet. The token
accounts are asked only once the balance comes back zero, so the ordinary
case still costs the one request this probe is meant to be, and accounts
left behind empty do not count as activity.
The narrow blast radius is worth stating: has_activity? only runs when an
address matches more than one chain, and when no candidate answers the user
is asked to choose rather than turned away. So this was a worse screen, not
a rejected wallet.
Separately, the check constraint accepted any asset_kind that carried a
contract address. Each partial unique index names its kind, so a row with
any other one is keyed by nothing and duplicates freely. Adding a token kind
already means adding its index here, so pinning the three in the table adds
no coupling that the indexes did not already have.
Both regression tests fail on the previous code. The third test - emptied
token accounts are not activity - passes either way by design: it guards the
new branch rather than testing it.
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
* test(onchain-wallets): cover the asset_kind constraint that shipped without it
The constraint landed in
|
||
|
GFRandGerald
|
ecf00f8a0f |
fix(enable_banking): recognize N26's PERIOD_INVALID error shape as a retryable period rejection (#3112)
N26 (via Enable Banking) rejects an out-of-range transaction period with
{"code": "PERIOD_INVALID", "detail": "dateFrom=...,dateTo=..."} instead of
the {"error": "WRONG_TRANSACTIONS_PERIOD"} shape the retry ladder from
#2992 already handles. wrong_transactions_period? never matched, so the
sync failed outright instead of retrying with a shorter window. Also
guard corrected_date_from against a non-hash detail payload, which would
otherwise raise NoMethodError for this ASPSP's plain-string detail.
Fixes #1262
Co-authored-by: Gerald <248542187+gfr-free@users.noreply.github.com>
|
||
|
Brandon
|
25a9011f14 |
feat(ai): analytical tool-set upgrade for the builtin assistant (#3064)
* fix(assistant): survive tool failures with error and hint results instead of aborting the turn
A tool exception used to raise FunctionExecutionError out of the responder
loop, turning the whole turn into a generic chat error banner. An unknown
tool name was worse: the rescue block itself crashed (fn.name on nil).
Tool failures now come back to the model as data ({error, hint}) so the
conversation survives and the model can retry once with corrected
arguments. The catch-all branch logs and tells the model not to retry.
FunctionExecutionError remains defined for API compatibility.
* fix(assistant): strict schemas declare every property as required
get_categories and get_tags declared an optional page property while
inheriting strict mode, which is invalid under strict function calling
(every property must be listed in required). Both now opt out of strict
mode like every other paginated tool, and gain a page_size param
(1..100) while being touched.
A registry-walking test asserts the invariant for every current and
future tool, preview tools included.
* fix(assistant): HistoryTrimmer always keeps the newest turn
Trimming iterates newest-first and stopped at the first group over
budget. When the newest group alone exceeded the budget, everything was
dropped, including the user message the model was being asked to
answer, and the provider received only the system prompt. The newest
group now always survives.
* perf(assistant): compact AI time series and make account history opt-in
get_accounts shipped a 5-year monthly series for every account on every
call, roughly 60 formatted money strings per account, which dominates
the tool payload for multi-account families and swamps small
self-hosted context windows. The series is now opt-in
(include_balance_series) and bounded by a named period (series_period,
default last_365_days).
to_ai_time_series states the currency once and emits numeric values
instead of formatting every point; the system prompt already tells the
model how to render currency.
get_accounts also now returns account ids (they are what other tools
accept as account_ids filters) and respects the visible scope, so
hidden accounts no longer leak into responses.
* refactor(assistant): id and name filters replace user-data enums in get_transactions
The schema inlined every account, category, merchant, and tag name as
enum values on every request. That grows without bound with family
data, defeats provider prompt caching (definitions change whenever a
name does), and is the pattern that made empty-enum pruning necessary
in the first place.
Filters are now plain string arrays documented as exact names from the
sibling get_* tools, which Transaction::Search already resolves
server-side, plus an account_ids UUID filter. New params: page_size
(1..100), sort_by amount, types (income/expense/transfer, the way to
exclude transfers), and statuses (pending/confirmed).
The three now-unused enum helpers are removed from the base class;
family_tag_names stays for update_tag, which still identifies tags by
name.
* feat(assistant): add get_merchants and get_recurring_transactions
Merchants were unreachable: names appeared nowhere and
update_transaction's merchant_id had no source of ids, making it
unusable. get_merchants lists id, exact name, and source, scoped
through available_merchants_for so merchants seen only in accounts
hidden from the user never leak.
Recurring transactions had a model, an Upcoming view, and no assistant
reach. get_recurring_transactions lists detected and manual recurring
items (status filter defaulting to active, optional
upcoming_within_days window) with per-currency totals of active
non-transfer items, answering subscription and upcoming-bill questions
directly instead of via transaction paging.
* feat(assistant): flexible periods on get_balance_sheet and trends on get_income_statement
get_balance_sheet was hard-wired to five years of monthly history with
no parameters, although Period supports arbitrary ranges and the chart
builder takes any interval. It now accepts a named period or custom
dates plus an interval, with a 400-point cap so a day-granularity
request over a decade returns an error instead of a giant series. The
default call is byte-compatible with the old shape. The balance sheet
object is also memoized; it was being constructed four times per call.
get_income_statement gains the analysis surface the assistant lacked:
group_by month for a monthly income/expenses/net series (capped at 36
buckets), compare_previous_period for an equal-length prior window
with absolute and percent deltas, and account_ids to scope totals to
specific accounts via IncomeStatement#totals_for. Category breakdowns
are family-wide by construction, so the account-filtered view omits
them and says why. Unknown or inaccessible account ids come back as a
soft failure naming the ids so the model can correct itself.
* feat(assistant): preview reads for insights and valuations
The Insights feed is generated nightly with pre-computed numbers, and
the chat assistant could not read a word of it. get_insights returns
the visible feed (type filter, acknowledged toggle, limit) without
marking anything read; an assistant read is not the user viewing the
feed. It sits in PREVIEW_FUNCTION_CLASSES because the feature itself is
preview-gated, which also keeps it off the default /mcp surface.
record_valuation was write-only: an agent recording provenance-cited
valuations had no way to audit what it wrote or find dates already
carrying a value. get_valuations lists valuation entries newest first
with kind and the citation notes, scoped to accessible visible
accounts.
* feat(assistant): cache-stable system prompt with session context
The prompt interpolated currency mid-text and the date near the end, so
no two requests shared a cacheable prefix, and it told the model
nothing about the family: not one account name, not a single category.
Models opened most conversations blind, either wandering through tools
or answering without data.
The prompt is now STATIC_INSTRUCTIONS, a frozen constant that is
byte-identical for every request (providers discount an
exactly-repeated prefix; tool definitions are also stable now that
schemas carry no user data), followed by a trailing Session context
block holding everything volatile: date, date format, currency details,
an account roster with balances, and category names.
The static half gains a request-classification rule (CHAT / LOOKUP /
ANALYSIS), a reuse-what-you-have rule with an explicit re-fetch
carve-out, specific-tool preference, and the error/hint retry-once
rule that pairs with the tool soft-fail contract.
Context stays cheap by construction: the roster collapses to per-type
counts beyond 25 accounts, categories to a count beyond 60 names, and
both collapse whenever the configured context window is under 4096
(the self-hosted default is 2048), via the new Assistant::TokenBudget
helper. Intro chats are untouched.
* feat(assistant): raise tool-round cap to 8 with a no-tools grace turn; instructions-aware history budget
Five rounds was tight for a tool surface that now supports real
analysis chains, and hitting the cap raised ToolCallLimitError, which
surfaced to the user as a dead chat with an error banner. The default
is now eight rounds (env override unchanged), and on the final
permitted round the follow-up request offers no tools, so the model
must answer in text with whatever it gathered. The limit error remains
as a defensive backstop.
The generic-path history budget reserved a flat 256 tokens for a
system prompt that already estimates well past that; the trimmer now
budgets against the actual instructions when available.
LLM_MAX_RESPONSE_TOKENS was reserved in budget math but never sent to
the provider. It is now sent (max_tokens on chat completions,
max_output_tokens on the Responses API) only when explicitly
configured via ENV or a stored Setting; stock installs keep today's
uncapped behavior.
* test(evals): chat golden v2 exercising the real prompt and registry
The eval runner scored a fiction: hardcoded instructions and four fake
permissive tool schemas, so a prompt or registry regression could
sail through green. It now runs STATIC_INSTRUCTIONS plus a fixed
synthetic session context and builds definitions from
Assistant.function_classes against a reference user (classes whose
schema cannot build are skipped with a log line, never faked).
chat_golden_v2 adds routing scenarios the upgrade cares about: CHAT
classification must use no tools, aggregates route to
get_income_statement / get_balance_sheet rather than transaction
paging, and the new analytical tools are selected with sensible
params. The dataset header documents the harness's single-shot
limitation.
* docs(ai,mcp): current tool tables, responder loop, prompt structure, timeout math
Both docs listed 7 tools against a registry of 19, in three separate
drift-prone copies. mcp.md now carries the canonical tables (default +
preview); ai.md links to them from the MCP section, keeps one grouped
functions list for the architecture chapter, and replaces its stale
hardcoded registry snippet with a pointer to assistant.rb.
The architecture section gains the contracts contributors need when
adding a function: the responder loop (rounds vs calls, cap 8, the
no-tools grace turn) and the error/hint soft-failure convention, plus
the prompt's static/session-context split and its collapse gates.
Timeout guidance is recomputed for the new default cap.
* fix(assistant): address automated review findings
Codex and CodeRabbit findings on the initial push, all verified before
changing anything:
- AI time series rounded every value to two decimals, which turns
0.001 BTC into 0.0; values now round to the currency's own precision
(BTC 8, CLF 4, OMR 3).
- get_income_statement validated account_ids against all visible
accounts, but totals_for excludes hidden, excluded-from-reports and
tax-advantaged accounts, so those ids produced silent zeros. Ids now
validate against income_statement.eligible_accounts and the soft
failure explains eligibility.
- get_recurring_transactions computed totals from the displayed rows,
so past the 200-row cap the value labeled a total was partial. Totals
now aggregate over the full filtered scope in SQL, and the response
carries total_results and a truncated flag. The upcoming_within_days
window also starts at today, matching its documentation; overdue
items appear in unwindowed calls.
- get_valuations silently dropped a malformed date filter and presented
unfiltered data as filtered; malformed dates now return invalid_date.
- get_balance_sheet returned a generic failure for a reversed custom
range because Period's own validation raises past the Date::Error
rescue; it now returns the structured invalid_date error.
- get_insights documents that its family-wide scope matches the web
feed exactly (InsightsController serves Current.family.insights to
every member), so the tool exposes nothing the /insights page does
not already show the same user.
- Tests: limit clamp proven against more insights than the cap,
Setting fallbacks stubbed in the provider budget tests, currency
precision and reversed-range regression tests added.
* refactor(assistant): apply reviewer nitpicks
- order declares type alongside its enum, matching sort_by
- page-size clamp deduplicated into the base class (MAX_PAGE_SIZE +
shared resolved_page_size); dead per-tool copies removed
- get_accounts preloads balance rows only when the series is requested
- get_income_statement validates the bucket count before running any
aggregation work
Deliberately unchanged: the balance sheet's monthly_history key. The
default response shape stays byte-compatible for existing MCP
consumers, and the nested series already states its interval.
* fix(assistant): second-round review findings on get_valuations
- A reversed date range (start after end) now returns the structured
invalid_date error instead of presenting an empty result as filtered
data, matching get_balance_sheet's handling.
- Page numbers are normalized before pagination: Pagy raises on zero,
negative or non-numeric pages. The fix lands as a shared
resolved_page helper on the base class and applies to every
paginated tool (categories, tags, merchants, transactions, holdings,
valuations), since all shared the same page-or-1 pattern; schemas
declare minimum: 1.
* fix(assistant): round series amounts as BigDecimal before Float conversion
Converting to Float first can perturb the value at the requested
precision; round the exact decimal, then convert for JSON.
* fix(assistant): address maintainer review findings
- get_accounts no longer fails the whole listing when one account's
start date lies beyond the requested period (start_date derives from
the first entry, which can be future-dated); that account simply has
no series. The unrescued Period.custom was reachable exactly there.
- The balances preload is gone: the series goes through
Balance::ChartSeriesBuilder, which runs its own query keyed by
account ids, so the eager-loaded rows were loaded and discarded.
- Provider::Openai#context_window now delegates to
Assistant::TokenBudget, removing the duplicated ENV > Setting >
default precedence so prompt assembly and the provider can never
disagree about the window.
* fix(ai): final no-tools round uses tool_choice none instead of dropping tools
Anthropic rejects requests whose messages contain tool_use blocks when
no tools are defined, so re-requesting with an empty tool list made the
final-round grace die in a provider 400 on Anthropic models. The final
round now sends the real tool definitions with tool_choice none, which
both providers accept, and the model answers in prose as intended.
* fix(assistant): scope every income statement read to the requesting user
get_income_statement validated account_ids against the user-scoped statement
but computed every total from an unscoped one. IncomeStatement falls back to
Current.user, which is nil in the assistant job and the MCP endpoint, so the
unscoped reads dropped the included_in_finances_for filter and reported
family-wide totals next to ids that had been checked against a narrower set.
Route all reads through one memoized user-scoped statement, the idiom
get_balance_sheet already uses. Also lets the per-instance memoization in
IncomeStatement apply across the eligibility check and the totals.
Adds a regression test that fails without the change, plus a companion test
asserting eligibility and totals agree on scope. Guard the strictness walk
against an empty registry so it cannot silently assert nothing.
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Ellion BlessanandClaude Sonnet 5
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e69894adb9 |
fix(providers): capture API error response body in PDF processor span output (#2937)
* fix(providers): capture API error response body in PDF processor span output Anthropic and OpenAI PDF processing errors only logged the exception message, dropping the parsed response body that usually explains the failure. Add safe_error_body to both providers' UsageRecorder concerns and include it in the langfuse span output on failure, with tests. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_013SYp89xEYfTkrxw8HcCUQ8 * fix(providers): allowlist PDF processor error fields sent to Langfuse safe_error_body forwarded the entire upstream error body into the langfuse span output. For custom OpenAI-compatible providers/proxies (and the analogous Anthropic path), that body can echo request content from the financial document being processed. Replace it with safe_error_detail, which extracts only type/message/code/request_id instead of the raw body. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_013SYp89xEYfTkrxw8HcCUQ8 * test(openai): cover request_id extraction in PDF processor error_detail The safe_error_detail request_id path (error.response_headers) had no test coverage. Stub response_headers with x-request-id and assert it appears in error_detail. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_013SYp89xEYfTkrxw8HcCUQ8 --------- Co-authored-by: Claude Sonnet 5 <noreply@anthropic.com> |
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Scott HughesandClaude Opus 5
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5bba880e66 |
Fix SnapTrade holdings by using the /positions/all endpoint (#3043)
* Fix SnapTrade holdings by using the /positions/all endpoint SnapTrade returns HTTP 410 Gone on /positions, /holdings and /options for apps registered after their 2026 cutoff, so newly connected accounts import their balance but never any holdings. The importer rescues the error and the sync still reports success, which makes it look like the brokerage simply holds nothing. Switch get_positions to the documented replacement, /positions/all, and teach the shared payload helpers to read its flat `instrument` object alongside the legacy nested `symbol.symbol` shape. Fixes #3029 Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> * Filter unsupported instrument kinds before they reach the payload Derivatives skipped by HoldingsProcessor still landed in raw_holdings_payload, where calculate_holdings_value sums units * price over every entry. Any non-zero sum then displaces SnapTrade's own figure in calculate_total_balance, so an options-only account could report a balance derived from per-contract units against a per-share price. Move the denylist to Provider::Snaptrade#get_positions so unsupported kinds never enter the payload at all, keeping holdings, balance, currency detection and cash-equivalent handling consistent with one filter. Also raise when the positions response carries no results array, so a partial or schema-changed response leaves the previous snapshot in place instead of overwriting it with nothing. An empty results array remains a legitimately empty account. Note that tax_lots[].cost_basis is documented as a whole-lot total, unlike the per-share field this reads. Co-Authored-By: Claude Opus 5 <noreply@anthropic.com> --------- Co-authored-by: Claude Opus 5 <noreply@anthropic.com> |
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Faldy Ikhwan Fadila
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792047b82e |
feat(yahoo_finance): add Indonesia Stock Exchange (XIDX) support (#3000)
Add JKT → XIDX exchange MIC mapping, .JK symbol suffix normalization, IDR default currency, and ID country code for Jakarta exchange. Yahoo Finance returns Indonesian stocks (e.g. BBCA.JK) with exchange code 'JKT'. Without this mapping, the provider cannot resolve the exchange to the XIDX MIC already defined in config/exchanges.yml, and normalize_symbol cannot append the .JK suffix for price lookups. Tested manually: Yahoo Finance search and chart endpoints return valid results for IDX tickers (BBCA.JK, currency=IDR, timezone=WIB). |
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Pedro Santos
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7c56c8e2e8 |
Enable Banking: progressive date_from fallback on WRONG_TRANSACTIONS_PERIOD (#2992)
* Enable Banking: progressive date_from fallback on WRONG_TRANSACTIONS_PERIOD Some ASPSPs (e.g. Santander Totta and Activo Bank in PT) reject the transactions window with 422 WRONG_TRANSACTIONS_PERIOD but do NOT return a corrected date_from in the payload. The existing single-shot retry only fires when the API supplies detail.date_from, so for these banks the retry was skipped and the error surfaced as the generic "communication error"; transactions never synced even though the connection and session were valid. This adds a bounded, progressive fallback: when the period is rejected and no corrected date is available, retry with progressively shorter windows (89 -> 60 -> 30 days). The ASPSP-suggested date is still preferred on the first retry, so existing behaviour is preserved. The step-down only moves the window forward, guaranteeing progress and avoiding an infinite loop. Verified on a live instance: Activo Bank went from 0 to 82 transactions imported once the fallback kicked in. Refs #2989 Signed-off-by: Pedro Santos <pedro_santos@outlook.pt> * Address review: forward-only progress across all fallback windows - Accept the ASPSP-suggested corrected date only when it moves the window forward (current is nil or corrected > current), preserving the forward-only retry bound (CodeRabbit). - Skip fallback windows that are not newer than the current date_from and pick the first that advances, instead of bailing out on a stale first candidate. Fixes the case where an initial/user lookback (e.g. 45d) is newer than the first window (89d) but the bank caps at 30d (Codex). Signed-off-by: Pedro Santos <pedro_santos@outlook.pt> * Add tests for progressive transactions date_from fallback Covers the two cases the previous single-shot retry missed: - WRONG_TRANSACTIONS_PERIOD without a corrected date_from -> falls back to the first shorter window (89 days). - An initial lookback newer than the leading windows (45d) -> skips the 89/60 windows and retries with the first that advances (30 days). Signed-off-by: Pedro Santos <pedro_santos@outlook.pt> --------- Signed-off-by: Pedro Santos <pedro_santos@outlook.pt> |
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packetsnscripts
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babb039ad1 |
Fix wise imports only 90 days history on initial setup (#2998)
* Wise connection get full transaction history and adjust for fees * undo devcontainers change * address comments in PR |
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Oscar
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c6a240a183 |
feat(redbark): add australian bank sync (redbark) (#2794)
* add redbark provider integration - per family api key provider, built like the lunchflow integration - syncs accounts, balances and transactions from api.redbark.com - account setup flow, settings panel, locales and routes - tests and fixtures * harden redbark integration based on prior provider pr feedback - use DebugLogEntry.capture for sync/import/unlink failures - retry 429s and 5xxs with backoff, raise on page cap instead of truncating - keep raw response bodies out of logs and errors - not null constraints on account columns, migration base 7.2 - persist ignored flag for skipped accounts so they stop nagging setup - validate api key on every save, re-arm status on key rotation - destroy aborts if unlink fails, atomic account create and link - require_admin on mutating actions, see_other on error redirects - single grouped query for item account counts - i18n default connection name, blank password field value - controller and provider tests * fix issues found in second review sweep - add missing syncable scope, without it every family sync raises - kick off a sync on connection create and on key rotation - setup dialog fetches accounts inline for fresh connections and shows api errors - skip balance write when no balance has been fetched yet, never anchor a false zero - exclude stale and non banking accounts from the batched balances call, per account fallback if the batch is rejected - detect the server row ceiling and empty pages instead of silently truncating history - user sync start date only governs the initial backfill, incremental after that - fetch connections before the per account loop so auth errors propagate once - drop untemplated index/show/new/edit routes and dead preload/link_accounts actions - stable dom id on the settings panel so repeat turbo replaces keep working * skip brokerage connections, found in live testing - the transactions endpoint 400s for brokerage connections, they belong to /v1/trades - only import accounts from banking and documents connections - guard transaction fetches for any legacy linked non banking account * address review feedback - treat the truncation header as a pagination signal: split the date window and refetch instead of failing the account - prune stale pending rows from the snapshot so settled pendings cant come back as duplicates - block linking a sure account that already has another provider feed - count setup failures separately from skips and surface an error instead of "all skipped" - add not nulls on redbark_items name and api key - enqueue the destroy job after the flag commits, not inside the transaction - swap bg-gray-400 for bg-surface-inset, drop amounts from info logs, remove i18n default fallbacks - tests for window splitting, pending pruning and encrypted payload round trip * fix issues from convention review - benign skips (unlinked account, blank id, unparseable rows) no longer count as failures, tracked separately so a clean batch reports success - currency parsing goes through extract_currency so hash shaped payloads resolve instead of falling to the default - merchant ids use truncated sha256 instead of md5 - debug log entries for import failures and account sync scheduling failures * bound the raw transactions snapshot to the fetch window - trim raw_transactions_payload to the current fetch window on merge, same as brex - keep rows without a parseable date, drop settled pendings as before - surface skipped rows in the aggregate debug log entry with imported/skipped counts |
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kai392andClaude Opus 4.8
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6e2cbb727a |
fix(ai): prevent Anthropic chat crash on no-argument tool calls (#2755)
* fix: prevent Anthropic chat crash on no-argument tool calls
When the model streams a tool_use block with no arguments (e.g.
get_categories), the accumulated input arrives as an empty string.
The Anthropic chat parser passed that empty string straight through as
function_args, and Assistant::FunctionToolCaller then called
JSON.parse("") — which raises "unexpected end of input", surfaces as a
Provider::Anthropic::Error, and kills the whole assistant turn.
Fix at the source by normalizing empty/nil tool input to an empty JSON
object in the parser, plus a defensive guard in FunctionToolCaller so
any provider that emits blank arguments cannot crash a turn.
Fixes #2722
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
* test: assert nil-args result as Hash to match jsonb function_result
Addresses Codex P1 / CodeRabbit review: EchoFunction returns the parsed
params Hash and ToolCall::Function stores it in a jsonb column, so the
nil-arguments test must assert the Hash directly instead of JSON.parse.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
---------
Co-authored-by: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
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RealDiligentandClaude Opus 4.8
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d61ee3abea |
fix: omit SimpleFin pending param when pending transactions are disabled (#2796)
The SimpleFIN protocol only defines pending=1 (include pending); pending transactions are excluded by default when the param is absent. Bridges presence-check the param, so the pending=0 we sent when the 'Include pending transactions' setting (or SIMPLEFIN_INCLUDE_PENDING=0) was disabled behaved exactly like pending=1, making the setting a no-op — pending transactions kept being downloaded, causing pending/posted duplicates and churn. Omit the pending query param entirely unless pending is enabled, per the spec. Fixes #2440 Co-authored-by: Claude Opus 4.8 (1M context) <noreply@anthropic.com> |
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kianrafieeandClaude Opus 4.8
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d267288a45 |
Add RentCast & Realie integration for automatic property data and valuations (#2727)
* Add RentCast and Realie AVM providers for property valuation Adds Automated Valuation Model (AVM) provider support so self-hosted users can create property accounts from a US address lookup instead of entering details manually: - Provider::Rentcast and Provider::Realie clients, each fetching the property record (type, year built, square footage) and value estimate in a single API request, registered under a new :property_valuations registry concept - API key fields (encrypted, ENV-overridable) with monthly usage display in Settings > Self-Hosting under "Property Valuation Providers" - New property flow: when a provider key is configured, the method selector offers "Add via RentCast/Realie" alongside manual entry; the lookup form reuses the manual flow's localized address fields and creates the account active with fetched attributes, valuation as balance, and the address saved - SyncPropertyValuationsJob refreshes linked property valuations once a day (never hourly) via config/schedule.yml; each provider enforces its monthly request cap (RentCast 50, Realie 25) with a calendar-month counter shared between creation lookups and refreshes Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * Allow ENV override of AVM provider monthly request caps The RentCast (50/month) and Realie (25/month) budgets default to the free tier limits but can now be raised for paid plans via RENTCAST_MAX_REQUESTS_PER_MONTH / REALIE_MAX_REQUESTS_PER_MONTH, mirroring the AlphaVantage and Tiingo request limit overrides. The settings descriptions and usage display reflect the effective cap. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * Address review feedback: durable request counters, safer refresh job - Move monthly AVM request counters from Rails.cache to a new provider_request_counts table with atomic upsert increments, so the hard budget caps survive cache eviction, restarts, and Redis flushes - SyncPropertyValuationsJob: only mark a property synced when the balance update succeeds (wrapped in a transaction), process stalest valuations first so a tight budget goes where it matters, and report failures via DebugLogEntry.capture instead of Rails.logger - Realie: reject lookups whose returned city/ZIP contradict the entered address (street+state queries can match the wrong city); document that numeric use codes are unpublished and leave the subtype unset - Add Faraday open/request timeouts to both provider clients - Localize all user-facing provider error messages (config/locales/models/provider/en.yml) - Add a check constraint restricting properties.avm_provider to known providers - Use the min-h-80 scale token instead of min-h-[320px] - Tests: exact-argument expectations on the lookup stub, provider stubs in the no-provider test, RentCast/Realie API key update tests, ProviderRequestCount unit tests, failed-balance regression test Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * Stub AVM provider registry lookups in settings system test Settings::HostingsController#show now resolves the RentCast and Realie providers for usage display; the system test's partial get_provider stubbing treats the new lookups as unexpected invocations without these. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * Address second-round review: candidate scan, provider reuse, shared row partial - Realie: when the address lookup returns multiple candidates, pick the first one consistent with the entered city/ZIP instead of judging only the first array element; the location-mismatch error now only fires when no candidate matches - SyncPropertyValuationsJob: resolve one provider instance per key for the whole run, so the per-instance request throttle actually spaces requests across properties instead of resetting on each iteration - Extract the AVM method selector row into a shared partial so the manual and provider options render one shape Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * Add retry middleware and sync index from review feedback - Both AVM clients now retry transient connection failures (same Faraday retry config as Tiingo) so a network blip doesn't burn one of the tight monthly budget's requests - Partial index on properties(avm_provider, avm_last_synced_on) backing the daily sync job's filter and stalest-first ordering Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * Key the AVM sync index on avm_last_synced_on The daily job orders by avm_last_synced_on ASC NULLS FIRST across all AVM-linked properties, so leading the partial index with avm_provider prevented it from serving the sort. Rekeyed on avm_last_synced_on with matching null ordering; the partial predicate still covers the filter. Amended in place since the migration is unmerged. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * Map Realie numeric use codes; skip incomplete addresses in sync job - Realie documents its numeric use codes at docs.realie.ai/api-reference/feature-key (earlier skip reason was wrong — the table exists). Map the residential/land/agricultural codes to Property subtypes, leaving codes without a subtype equivalent (e.g. 1006 mobile/manufactured) unset like the RentCast mapping. - The daily job now skips properties whose address is missing a street or state before resolving a provider, logging a warn-level DebugLogEntry, so a malformed address can't burn a monthly-budget request every day. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * Guard currency mismatches in refresh; reset AVM keys in test teardown - The daily job now skips (with a warn-level DebugLogEntry) properties whose account currency no longer matches the provider's valuation currency, checked via the concept's valuation_currency before spending a request — writing a USD valuation into a re-currencied account would corrupt the balance - Hostings controller test teardown now clears rentcast_api_key and realie_api_key alongside the other cached global settings Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * Validate AVM lookup inputs before spending a provider request The form marks name and address fields required, but a forged or JS-less submission bypasses that and would burn one of the tight monthly-budget requests on a lookup that can't produce a property. Property::AvmImport now validates name and the full address locally (localized error) before calling the provider. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * Add preview-and-confirm step to the AVM property lookup RentCast's AVM endpoint is location-based: a plausible but nonexistent address still geocodes and returns an area-derived estimate with no property record behind it. Instead of silently creating an account from that, the lookup now shows what the provider returned — type, year built, area (each "Unknown" when missing), and the estimated value — with an explicit notice when no property record was found, and only the user's confirmation creates the account. The confirm step reuses the fetched data via the form (sanitized server-side), so the flow still costs exactly one provider request. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * Require a complete US address before daily valuation refresh The job's guard only required street and state, but a later-blanked city or ZIP silently disables the Realie wrong-city check (blank entered fields count as "no mismatch"), so a refresh could accept another property's valuation. The guard now mirrors the import-time completeness check and also skips addresses edited to a non-US country. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * Sign the AVM preview payload; blur valuation in privacy mode - The confirm step now rebuilds everything from a signed, 1-hour message-verifier token generated at lookup time, proving the lookup (and its counted provider request) actually ran — a direct confirm POST with fabricated data can no longer create provider-linked properties that the daily refresh job would then spend quota on. Forged/expired tokens re-render the lookup form with a clear error. - The preview's market value now carries the privacy-sensitive class so privacy mode blurs it like other account amounts. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * Treat zero Realie valuations as absent; bind preview token to family Review follow-ups from PR #2727: - Realie returns modelValue: 0 when it can't produce an AVM estimate; zero now falls back to the assessed market value instead of syncing a $0 balance, and an all-zero record errors out. - Monetary values now parse via BigDecimal(value.to_s) rather than Float#to_d, avoiding binary float rounding artifacts in balances. - The signed AVM preview token's purpose is scoped to the family that ran the lookup, so a leaked token can't be replayed cross-family. Co-Authored-By: Claude Fable 5 <noreply@anthropic.com> * Refresh AVM property valuations monthly instead of daily Per @jjmata's review on #2727: valuations change slowly and providers enforce tight monthly request caps, so a daily cron adds no value. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> --------- Co-authored-by: Claude Fable 5 <noreply@anthropic.com> |
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Max BarbareandClaude Sonnet 5
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51c93649da |
feat(snaptrade): replace device-flow OAuth with authorization-code + PKCE flow (#2747)
* feat(snaptrade): replace device-flow OAuth with authorization-code + PKCE flow Squashed from 16 commits on snaptrade-oauth-apps for a clean rebase onto current upstream/main ahead of opening a PR. * fix(snaptrade): address PR #2747 review feedback on OAuth PKCE flow - Remove unreachable dead-code guard in import_latest_snaptrade_data - Guard apply_oauth_tokens! against a malformed payload missing access_token - Wrap token endpoint network errors in ApiError and retry like data calls - Remove unused Provider::Snaptrade#revoke_token! instance method - Preserve return_to/accountable_type through the SnapTrade portal callback so the account-linking flow no longer drops users back to accounts_path - Show the real absolute OAuth callback URL in self-hosted setup instructions - Refresh brakeman.ignore fingerprint for the connect redirect after the return_to/accountable_type params were added Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01Y8SCCmKX6RphB5E73WSUQQ * fix(snaptrade): don't retry non-idempotent OAuth/API requests CodeRabbit flagged that Provider::Snaptrade retried OAuth token exchanges/refreshes and all API POST/DELETE calls (get_connection_url, delete_connection) after timeouts/connection failures. If the response is lost after SnapTrade already consumed a single-use auth code, rotated the refresh token, or applied a POST/DELETE, replaying the request either fails with invalid_grant on a token that actually succeeded, or risks duplicate side effects. Retries are now limited to GET requests; OAuth token requests and non-GET API calls translate a network failure straight into an ApiError without replay. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01NrrGkgSBEqhjjBmmH1fcXL * fix(snaptrade): stop querying non-deterministically encrypted token via empty-string compare CodeRabbit flagged that the syncable scope's where.not(oauth_access_token: [nil, ""]) re-encrypts "" with a random IV on every query, so the "" comparison can never match a stored ciphertext and is a silent no-op. No code path ever persists oauth_access_token as "" (only nil or a real token via apply_oauth_tokens!), so the exclusion is unnecessary -- narrowed the scope to a plain NULL check, which encryption handles transparently since nil is never encrypted. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01NrrGkgSBEqhjjBmmH1fcXL --------- Co-authored-by: Claude Sonnet 5 <noreply@anthropic.com> |
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Juan José Mata
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c6eb7cdeed |
Revert "Refactor application workflows and update test coverage"
This reverts commit
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Juan José Mata
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565e049f89 | Refactor application workflows and update test coverage | ||
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Camilo Agudelo
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7657f2d08c |
Improve Yahoo Finance reliability and Colombian listing support (#2738)
* Prevent Yahoo crumb cache poisoning * Make Yahoo Finance health status rate-limit aware * Normalize Yahoo Colombian listings Map Yahoo's BVC code to XBOG so search results derive Colombia from canonical exchange metadata and price requests use the .CL suffix with a COP fallback. Spec: .scratch/normalize-yahoo-colombia-listings/spec.md * Move Yahoo health checks to background |
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Carlos LindoandJuan José Mata
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5b9fd1e1a0 |
fix(enable-banking): handle unavailable and overdraft balances (#2578)
* fix(enable-banking): handle overdraft balance sync * fix(enable-banking): skip nil provider balances * test(enable-banking): cover nil provider balance * fix(enable-banking): avoid stale and unsafe balance logs * fix(enable-banking): guard unavailable balance writes * test(enable-banking): stub unsaved account api id * style(enable-banking): remove extra test blank line --------- Signed-off-by: Juan José Mata <juanjo.mata@gmail.com> Co-authored-by: Juan José Mata <juanjo.mata@gmail.com> |
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Jestin J PalamuttamandClaude Sonnet 5
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e324170160 |
fix(provider): resolve Tiingo security currency from countryCode (#2692)
* fix(provider): resolve Tiingo security currency from countryCode Tiingo's search API never returns the priceCurrency field the code was reading, so currency detection silently failed. Currency is now derived from countryCode via the countries gem's ISO 4217 data, with a best-match tie-break for tickers that collide across countries so the currency shown in search results always matches what fetch_security_prices later returns. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> * fix(provider): guard tiingo currency cache against non-US downgrade Addresses PR review feedback (jjmata): the per-ticker currency cache written in search_securities was unconditionally overwritten on every search, keyed only by ticker. A later search whose result set doesn't happen to include a ticker's US cross-listing could silently downgrade a previously-cached USD (the currency actually backing daily price data) to a foreign currency. Only overwrite when the current search's match is US, or nothing is cached yet. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> --------- Co-authored-by: Claude Sonnet 5 <noreply@anthropic.com> |
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Jestin J PalamuttamandClaude Sonnet 5
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e6a0ca597b |
feat(provider): add Frankfurter as an exchange-rate provider (#2640)
* feat(exchange-rates): add Frankfurter as an exchange-rate provider Frankfurter (frankfurter.dev) is a free, keyless FX rates API backed by ECB daily reference rates, with no published rate limit and no auth flow to maintain (unlike Yahoo Finance's reverse-engineered cookie/ crumb auth or TwelveData's fast-exhausting free tier). Follows the Provider::MoexPublic template: Faraday client with retry middleware, SslConfigurable for self-hosted CA support, a light RateLimitable throttle, and a FRANKFURTER_URL env escape hatch for self-hosters. Registered as exchange-rates-only (no security/stock data) and added to the hosting settings dropdown. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> * refactor(provider): switch Frankfurter to the v2 API v1 is explicitly marked "frozen" on Frankfurter's own root endpoint; v2 is "current" and covers 201 currencies across 84 central banks vs v1's ~30 ECB-only. Confirmed via the v2 OpenAPI spec and live requests: - Single-date lookups now use GET /rate/{base}/{quote}?date=..., which carries weekends/holidays forward server-side (a Saturday returns a real rate directly), so the provider no longer needs its own lookback-window logic. - Range lookups now use GET /rates?base=..."es=...&from=...&to=..., a flat array of { date, base, quote, rate } records (v2's shape) instead of v1's { "rates": { date => currencies } } hash. - Every calendar day in a range is present (v2 gapfills itself), rather than v1's omit-non-trading-days behavior. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> * fix(provider): sanitize currency codes before URL path interpolation from/to were only upcased before being interpolated directly into the URL path in fetch_exchange_rate (GET /rate/{from}/{to}). Low risk since currency codes come from validated internal sources, but adds cheap defense-in-depth: strip anything that isn't A-Z, matching the ISO 4217 format real currency codes always take. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> --------- Co-authored-by: Claude Sonnet 5 <noreply@anthropic.com> |
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Jestin PalamuttamandClaude Sonnet 4.6
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5803023fa7 |
feat(provider): add native Questrade brokerage provider integration (#2534)
* Add native Questrade brokerage provider integration Adds a per-family Questrade provider so users can sync their Questrade investment accounts (TFSA, FHSA, RRSP, margin, etc.) directly via Questrade's free personal API, with no paid aggregator. - OAuth2 refresh-token flow with single-use token rotation, persisted under a row lock. Tokens self-renew on each sync; the connected panel lets users paste a fresh token if a connection goes stale (no need to disconnect and re-link). - Imports accounts, balances, positions and activities; multi-currency holdings with per-currency cash holdings; Norbert's Gambit journals. - New-account and link-existing-account flows, settings card with desktop-only setup steps, and connect/update/disconnect. - Restricted to Investment account types. Registered in the provider connection-status registry with a syncable scope so it participates in nightly family sync. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * fix: linting error * fix: refresh token encrypted The OAuth token exchange passed the single-use refresh token as a GET query parameter, so it could leak into URL-based logs (Sentry breadcrumbs, APM spans, debug output). Switch to POST with a form-encoded body (RFC 6749 3.2) so the credential stays out of URLs. Verified Questrade's token endpoint accepts POST (returns 400 for a bad token, not 405). Adds a test asserting the token travels in the body. * Address PR review: authz, data integrity, retries, logging Batch of fixes from the automated PR review: - Require admin for all mutating/linking Questrade actions, and gate existing-account linking through accessible_accounts + write permission (was only Current.family scoped). - Clear requires_update when a fresh token is accepted; use a real 302 redirect (not 422) on full-page failures. - Require refresh_token on all saves (not just create) unless the item is scheduled for deletion. - Migrations target Rails 7.2; questrade_items state columns are NOT NULL. - Background activity dedup keys on Questrade fields (matches the importer) so multiple activities no longer collapse to one. - Persist the normalized account payload; date-scope synthetic cash holdings so daily history is not overwritten. - Retry 429/5xx via a RetryableResponseError instead of hard-failing. - Route provider error bodies to DebugLogEntry instead of Rails.logger / exception messages, so payloads do not leak into application logs. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * Address PR review: atomic linking, sync health, retry loop, USD cash - Wrap account creation + provider linking (+ sync_start_date) in a transaction in both link paths so a link failure rolls back the orphan account. - Surface per-account process/schedule failures in the item sync health instead of always reporting healthy. - Always stamp last_activities_sync once the background fetch completes, so legitimately empty accounts stop being re-queued every sync. - Treat only the account-currency (CAD) balance as primary cash; other currencies (e.g. USD) now surface as separate cash holdings instead of being hidden as primary. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * Address PR review: serialize token exchange, real processor tests - Single-use token race: the SDK now wraps every token exchange (initial and 401 re-auth) in a model-supplied lock that reloads and spends the freshest persisted token (provided.rb#synchronize_exchange). Two concurrent syncs/jobs can no longer double-spend the same refresh token. Adds a test asserting the exchange runs inside the lock with the fresh token. - Replace the all-skipped QuestradeAccount processor test stubs with real fixture-backed tests covering balance anchoring, holdings import, and Buy-trade import (plus blank-symbol / blank-type guards). Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * Fix indentation of spliced Questrade schema blocks The manually added questrade_accounts/questrade_items create_table blocks sat at column 0 instead of the file 2-space indent, so rubocop flagged them as inconsistent. Re-indent to match the rest of the schema. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * Include currency and type in the Questrade activity merge key Two activities that differ only by currency or type could collapse to a single row in merge_activities. Add both fields to activity_key in the importer and the background fetch job so multi-currency imports dedup correctly. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * Address review: infer account currency, Encryptable, safer flag clear From @jjmata's review: - Currency: QuestradeAccount#upsert_from_questrade! no longer hardcodes CAD for every account. upsert_balances! now infers the home currency from the per-currency balances (the currency holding the cash wins, ties broken by total equity, default CAD) so USD-denominated accounts are labelled USD and match the right combinedBalances anchor. Adds tests for USD and CAD cases. - QuestradeItem now includes the shared Encryptable concern instead of reimplementing encryption_ready? inline. - QuestradeActivitiesFetchJob#clear_pending_flag is now best-effort so it can never mask (and swallow) the original error in perform's rescue. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * Fix review issues: safe_return_to_path, DebugLogEntry, financial reset, turbo_prefetch, N+1 counts - Add safe_return_to_path to QuestradeItemsController (blocks //evil.com protocol-relative open redirect; same 3-check guard as PR #2591 Wise provider) - Pass return_to through select_accounts and complete_account_setup so users land back on the account they were linking from - Replace Rails.logger.error/warn with DebugLogEntry.capture in controller and unlinking concern (surface errors in the app debug log UI) - Add questrade_items to Family::FinancialDataReset::PROVIDER_ITEM_ASSOCIATIONS so Reset Financial Data actually removes Questrade data - Add when "questrade" case to load_provider_items in providers_controller so the settings panel lazy-load refresh works - Fix turbo_prefetch: false on non-lunchflow provider links in _method_selector.html.erb and select_provider.html.erb (prevents prefetch-cache blank-modal bug for all generic sync providers) - Preload questrade_accounts: :account_provider and build @questrade_account_counts_map in AccountsController; read from map in partial instead of calling .count on associations (eliminates N+1) - Localize default connection name via I18n.t(questrade_items.default_name) - Add default_name key to questrade_items locale Patterns and bugs surfaced during review of PR #2591 (Wise provider). * Cross-apply Wise learnings to Questrade provider Encryption (matched convention from Wise/jjmata review): - Add deterministic: true to QuestradeItem#refresh_token - Add encrypts :raw_payload + :raw_institution_payload to QuestradeItem - Add Encryptable + encrypts :raw_payload, :raw_holdings_payload, :raw_activities_payload, :raw_balances_payload to QuestradeAccount (brokerage-specific columns; matches MercuryAccount/UpAccount pattern) Bug fix: - Add missing RetryableResponseError class to Provider::Questrade (used in with_retries rescue clause but never defined — would cause NameError on any rate-limited or 5xx response) Logging: - Replace Rails.logger.error with DebugLogEntry.capture in QuestradeItem#import_latest_questrade_data, #process_accounts, and #schedule_account_syncs to surface errors in the support UI Consistency: - Extract update_sync_status(sync, key, **i18n_options) helper in QuestradeItem::Syncer, replacing 5 inline sync.update! guard calls - Use blank? instead of ||= for default name fallback in create action Tests: - Add QuestradeItemsControllerTest (18 tests: CRUD, sync, account linking/setup flows, admin guard enforcement) - Add questrade fixtures: questrade_items.yml, questrade_accounts.yml - Add retry/backoff tests to Provider::QuestradeTest (network error, 429, 5xx — all verify MAX_RETRIES exhaustion raises Error) Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com> --------- Signed-off-by: Jestin Palamuttam <34907800+jestinjoshi@users.noreply.github.com> Co-authored-by: Claude Opus 4.8 <noreply@anthropic.com> |
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ab32388326 |
feat(up): flag internal transfers and round-ups as funds_movement (#2460)
* feat(up): flag internal transfers and round-ups as funds_movement Up populates relationships.transferAccount on transactions that move money between the user's own accounts (including round-ups swept into a Saver), but flatten_transaction dropped it, so these imported as ordinary income/expense and distorted budgets and cashflow. - Provider::Up#flatten_transaction: lift transfer_account_id from relationships.transferAccount.data.id. - UpEntry::Processor: import transfers as funds_movement and persist transfer_account_id in extra["up"]. - Account::ProviderImportAdapter#import_transaction: optional kind: param; an explicit provider kind takes precedence over account-type auto-detection and is applied after the sync-protection check, so user re-categorisations survive re-sync. Complementary to Family#auto_match_transfers!: two-sided transfers between linked accounts are still paired into a Transfer (the matcher does not filter on kind); one-sided movements and round-ups, which the matcher cannot pair, are the cases this fixes. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * fix(up): account-type kind wins over provider transfer hint Codex review caught that Up HOME_LOAN accounts map to a Loan account, so a repayment carrying transferAccount would be reclassified from loan_payment to funds_movement (budget-excluded). Make the provider kind: a fallback: activity-label and account-type classification now take precedence, so loan_payment and cc_payment survive. Adds a regression test (loan repayment stays loan_payment), a depository-applies test, and a note that the up_test stub ignores query: intentionally. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> --------- Co-authored-by: Gavin Matthews <matthews.gav@gmail.com> Co-authored-by: Claude Opus 4.8 <noreply@anthropic.com> |
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ghost
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d329a4f69d |
feat(kraken): import deposits, withdrawals, staking & fees via Ledgers API (#2451)
* feat(kraken): fetch and import Ledgers API for deposits, withdrawals, staking, fees Closes #2450 Kraken TradesHistory only returns spot buy/sell trades. The Ledgers API (/0/private/Ledgers) covers deposits, withdrawals, staking rewards, Earn income, and standalone fees — everything that was missing from syncs. Changes: - Provider::Kraken#get_ledgers — new method forwarding start/type/offset params - KrakenItem::Importer#fetch_ledgers — paginated fetch (up to 200 pages) with graceful fallback if the API key lacks Query Ledger Entries permission - Importer#upsert_kraken_account — stores "ledgers" alongside "trades" in raw_transactions_payload - KrakenAccount::LedgerProcessor — new class; maps each supported ledger type (deposit, withdrawal, staking, earn, fee) to a Transaction entry with the correct investment_activity_label, kind, and sign convention; skips trade/ transfer/margin types to avoid double-counting with TradesHistory - KrakenAccount::Processor#process — calls LedgerProcessor after process_trades - Multi-currency: fiat amounts converted via ExchangeRate (non-USD fiat bridged through USD); crypto amounts use the spot price cached in raw_payload["assets"] with a price_missing flag when no price is available - Dedup guard: external_id "kraken_ledger_<id>" + source "kraken" prevents re-importing on repeated syncs * fix(kraken): correct sign convention, fee inclusion, and earn subtype filtering - Sign convention: deposits/staking/earn → negative (inflow), withdrawals/fees → positive (outflow), matching Sure's global convention (inflow is negative) - Fee inclusion: use (amount - fee).abs as abs_impact so withdrawal fees are counted in the total outflow rather than discarded - Earn subtypes: skip allocation/deallocation ledger entries (internal fund movements); only import rewardallocation/bonusallocation as Interest income - DebugLogEntry: replace Rails.logger.warn/error with DebugLogEntry.capture throughout LedgerProcessor and the Ledgers permission fallback in Importer, so support-relevant incidents surface in /settings/debug - Importer test: stub get_ledgers in setup so existing tests do not error on the new fetch_ledgers call * fix(kraken): route duplicate ledger-id warning through DebugLogEntry * perf(kraken): batch ledger idempotency check; strengthen tests Address review feedback (jjmata): - N+1: LedgerProcessor#process_ledger_entry ran `account.entries.exists?(...)` per ledger entry (up to ~10k per sync). Load the existing Kraken external IDs once into a Set and test membership in memory (newly created IDs are added so the same run stays idempotent) — same pattern as #2452. - Tests: the idempotency test now asserts the first pass actually creates the entry (assert_difference) before asserting the second is a no-op; add a guard asserting the second (all-skipped) pass issues a single bulk external_id pluck, not one query per entry. No behavior change to imported entries. * perf(kraken): scope ledger idempotency pluck to kraken_ledger_ prefix Only load existing ledger external IDs (not trade entries) into the idempotency Set, matching the reviewed approach. No behavior change. |
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Juan José Mata
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b416618558 |
Add SnapTrade OAuth device flow (#2494)
* Add SnapTrade OAuth device flow * Add SnapTrade OAuth device flow ### Motivation - Integrate SnapTrade device-code OAuth so administrators can start a device authorization flow and poll for tokens using SnapTrade's well-known OAuth metadata endpoint. - Persist and encrypt device-flow token material on `SnaptradeItem` to support long-lived API calls and future refresh handling. ### Description - Add OAuth discovery and device-code support to the SnapTrade provider with `oauth_authorization_server_metadata`, `start_device_authorization`, and `poll_device_token` helper methods and shared `oauth_connection` / `parse_oauth_response` helpers. - Persist OAuth device-flow tokens on `snaptrade_items` via a migration that adds `oauth_access_token`, `oauth_refresh_token`, `oauth_token_type`, `oauth_scope`, and `oauth_token_expires_at`, and update `db/schema.rb` accordingly. - Extend `SnaptradeItem` to encrypt stored `oauth_access_token` and `oauth_refresh_token` when ActiveRecord encryption is configured and add `oauth_token_active?` to check token validity. - Add high-level `start_oauth_device_flow` and `complete_oauth_device_flow!` helpers to the `SnaptradeItem::Provided` concern to start authorization and persist token responses. - Expose admin-only member routes and JSON controller actions `start_oauth_device_flow` and `complete_oauth_device_flow` on `SnaptradeItemsController` to drive the device flow from the UI. - Add focused Minitest coverage: `test/models/provider/snaptrade_oauth_test.rb` for provider requests and error handling and `test/models/snaptrade_item_oauth_test.rb` for token persistence. ### Testing - Ran the targeted test suite: `bin/rails test test/models/provider/snaptrade_oauth_test.rb test/models/snaptrade_item_oauth_test.rb test/controllers/snaptrade_items_controller_test.rb`, and all tests passed. - Ran `bin/rubocop` against modified files and no offenses were reported. * Add SnapTrade OAuth device flow ### Motivation - Integrate SnapTrade device-code OAuth so administrators can start a device authorization flow and poll for tokens using SnapTrade's well-known OAuth metadata endpoint. - Persist and encrypt device-flow token material on `SnaptradeItem` to support long-lived API calls and future refresh handling. ### Description - Add OAuth discovery and device-code support to the SnapTrade provider with `oauth_authorization_server_metadata`, `start_device_authorization`, and `poll_device_token` helper methods and shared `oauth_connection` / `parse_oauth_response` helpers. - Persist OAuth device-flow tokens on `snaptrade_items` via a migration that adds `oauth_access_token`, `oauth_refresh_token`, `oauth_token_type`, `oauth_scope`, and `oauth_token_expires_at`, and update `db/schema.rb` accordingly. - Extend `SnaptradeItem` to encrypt stored `oauth_access_token` and `oauth_refresh_token` when ActiveRecord encryption is configured and add `oauth_token_active?` to check token validity. - Add high-level `start_oauth_device_flow` and `complete_oauth_device_flow!` helpers to the `SnaptradeItem::Provided` concern to start authorization and persist token responses. - Expose admin-only member routes and JSON controller actions `start_oauth_device_flow` and `complete_oauth_device_flow` on `SnaptradeItemsController` to drive the device flow from the UI. - Add focused Minitest coverage: `test/models/provider/snaptrade_oauth_test.rb` for provider requests and error handling and `test/models/snaptrade_item_oauth_test.rb` for token persistence. ### Testing - Ran the targeted test suite: `bin/rails test test/models/provider/snaptrade_oauth_test.rb test/models/snaptrade_item_oauth_test.rb test/controllers/snaptrade_items_controller_test.rb`, and all tests passed. - Ran `bin/rubocop` against modified files and no offenses were reported. * Add SnapTrade OAuth device flow ### Motivation - Integrate SnapTrade device-code OAuth so administrators can start a device authorization flow and poll for tokens using SnapTrade's well-known OAuth metadata endpoint. - Persist and encrypt device-flow token material on `SnaptradeItem` to support long-lived API calls and future refresh handling. ### Description - Add OAuth discovery and device-code support to the SnapTrade provider with `oauth_authorization_server_metadata`, `start_device_authorization`, and `poll_device_token` helper methods and shared `oauth_connection` / `parse_oauth_response` helpers. - Persist OAuth device-flow tokens on `snaptrade_items` via a migration that adds `oauth_access_token`, `oauth_refresh_token`, `oauth_token_type`, `oauth_scope`, and `oauth_token_expires_at`, and update `db/schema.rb` accordingly. - Extend `SnaptradeItem` to encrypt stored `oauth_access_token` and `oauth_refresh_token` when ActiveRecord encryption is configured and add `oauth_token_active?` to check token validity. - Add high-level `start_oauth_device_flow` and `complete_oauth_device_flow!` helpers to the `SnaptradeItem::Provided` concern to start authorization and persist token responses. - Expose admin-only member routes and JSON controller actions `start_oauth_device_flow` and `complete_oauth_device_flow` on `SnaptradeItemsController` to drive the device flow from the UI. - Add focused Minitest coverage: `test/models/provider/snaptrade_oauth_test.rb` for provider requests and error handling and `test/models/snaptrade_item_oauth_test.rb` for token persistence. ### Testing - Ran the targeted test suite: `bin/rails test test/models/provider/snaptrade_oauth_test.rb test/models/snaptrade_item_oauth_test.rb test/controllers/snaptrade_items_controller_test.rb`, and all tests passed. - Ran `bin/rubocop` against modified files and no offenses were reported. * Add SnapTrade OAuth device flow ### Motivation - Integrate SnapTrade device-code OAuth so administrators can start a device authorization flow and poll for tokens using SnapTrade's well-known OAuth metadata endpoint. - Persist and encrypt device-flow token material on `SnaptradeItem` to support long-lived API calls and future refresh handling. ### Description - Add OAuth discovery and device-code support to the SnapTrade provider with `oauth_authorization_server_metadata`, `start_device_authorization`, and `poll_device_token` helper methods and shared `oauth_connection` / `parse_oauth_response` helpers. - Persist OAuth device-flow tokens on `snaptrade_items` via a migration that adds `oauth_access_token`, `oauth_refresh_token`, `oauth_token_type`, `oauth_scope`, and `oauth_token_expires_at`, and update `db/schema.rb` accordingly. - Extend `SnaptradeItem` to encrypt stored `oauth_access_token` and `oauth_refresh_token` when ActiveRecord encryption is configured and add `oauth_token_active?` to check token validity. - Add high-level `start_oauth_device_flow` and `complete_oauth_device_flow!` helpers to the `SnaptradeItem::Provided` concern to start authorization and persist token responses. - Expose admin-only member routes and JSON controller actions `start_oauth_device_flow` and `complete_oauth_device_flow` on `SnaptradeItemsController` to drive the device flow from the UI. - Add focused Minitest coverage: `test/models/provider/snaptrade_oauth_test.rb` for provider requests and error handling and `test/models/snaptrade_item_oauth_test.rb` for token persistence. ### Testing - Ran the targeted test suite: `bin/rails test test/models/provider/snaptrade_oauth_test.rb test/models/snaptrade_item_oauth_test.rb test/controllers/snaptrade_items_controller_test.rb`, and all tests passed. - Ran `bin/rubocop` against modified files and no offenses were reported. * Add SnapTrade OAuth device flow (provider, model, controller, routes, migration, tests) ### Motivation - Add support for SnapTrade OAuth 2.0 device authorization flow so users can authorize SnapTrade via device codes in addition to the existing portal flow. - Persist OAuth token metadata on `SnaptradeItem` for subsequent polling and usage by the provider and UI. ### Description - Implemented OAuth device flow in the provider with `oauth_authorization_server_metadata`, `start_device_authorization`, and `poll_device_token`, plus HTTP helper methods `oauth_connection`, `oauth_client_id`, and `parse_oauth_response` in `Provider::Snaptrade`. - Added controller endpoints `start_oauth_device_flow` and `complete_oauth_device_flow` in `SnaptradeItemsController` with robust error handling and helpers `oauth_error_payload` and `parse_oauth_error_body` to surface OAuth error fields. - Extended `SnaptradeItem` with encrypted columns for `oauth_access_token`, `oauth_refresh_token`, token metadata, `oauth_token_active?`, and model methods `start_oauth_device_flow` and `complete_oauth_device_flow!` to store token metadata. - Added migration `AddOauthDeviceFlowToSnaptradeItems` and updated `db/schema.rb` to include the new columns, registered a new initializer `config/initializers/snaptrade.rb` to read `SNAPTRADE_OAUTH_CLIENT_ID`, and updated `.env*.example` files to document `SNAPTRADE_OAUTH_CLIENT_ID`. - Exposed new routes `start_oauth_device_flow` and `complete_oauth_device_flow` for `snaptrade_items`. ### Testing - Added unit tests for provider OAuth behavior in `test/models/provider/snaptrade_oauth_test.rb`, model token persistence in `test/models/snaptrade_item_oauth_test.rb`, and controller error propagation in `test/controllers/snaptrade_items_controller_test.rb`. - Ran the test suite with `bin/rails test` and the full test run (including the new SnapTrade OAuth tests) passed. * Add SnapTrade OAuth device flow (start/poll), store tokens, and tests ### Motivation - Add support for SnapTrade OAuth Device Authorization flow so administrators can start device authorization and poll for tokens without exposing provider internals. - Persist OAuth token metadata on `SnaptradeItem` so the app can reuse and surface token state for SnapTrade integrations. - Improve error handling and sanitization for OAuth API errors returned by SnapTrade to avoid leaking upstream internals. ### Description - Introduces new environment examples and initializer: adds `SNAPTRADE_OAUTH_CLIENT_ID` to `.env.local.example`/`.env.test.example` and configures `Rails.configuration.x.snaptrade.oauth_client_id` in `config/initializers/snaptrade.rb`. - Extends `Provider::Snaptrade` with OAuth device flow support, adding discovery URL, device grant constant, Faraday `oauth_connection`, and methods `oauth_authorization_server_metadata`, `start_device_authorization`, `poll_device_token`, `oauth_client_id`, and `parse_oauth_response`, plus improved retry and API error wrapping. - Adds DB migration and schema changes to store OAuth fields on `snaptrade_items` (`oauth_access_token`, `oauth_refresh_token`, `oauth_token_type`, `oauth_scope`, `oauth_token_expires_at`) and marks those attributes encrypted when ActiveRecord encryption is enabled. - Adds `SnaptradeItem` helpers `start_oauth_device_flow`, `complete_oauth_device_flow!`, and `oauth_token_active?` to start/poll and persist token metadata. - Adds controller actions `start_oauth_device_flow` and `complete_oauth_device_flow` with sanitized error responses and helper methods `oauth_error_payload` and `parse_oauth_error_body`, and wires new member routes in `config/routes.rb`. - Updates `SnaptradeItemsController` before_action lists to include the new actions and adds user-facing error message helper `start_oauth_device_flow_error_message`. ### Testing - Added unit tests `test/models/provider/snaptrade_oauth_test.rb` to validate discovery, device authorization request, token polling, missing client ID handling, and OAuth error propagation, and all assertions passed. - Added `test/models/snaptrade_item_oauth_test.rb` to assert `complete_oauth_device_flow!` stores tokens and expiry and that `oauth_token_active?` reports correctly, and the test passed. - Extended `test/controllers/snaptrade_items_controller_test.rb` with controller-level tests confirming sanitized OAuth error payloads and behavior for start/complete endpoints, and these controller tests passed. * Add SnapTrade OAuth device flow support and token storage ### Motivation - Add support for the OAuth 2.0 device authorization flow for SnapTrade so users can link brokerages via a device-code flow without traditional browser-based client redirects. - Persist OAuth token metadata on the SnaptradeItem so tokens can be reused and expiration tracked. - Surface and sanitize provider error payloads to callers while avoiding leakage of internal configuration details. ### Description - Added new DB columns and a migration (`oauth_access_token`, `oauth_refresh_token`, `oauth_token_type`, `oauth_scope`, `oauth_token_expires_at`) and updated `db/schema.rb` to reflect the change. - Encrypted the new token fields on `SnaptradeItem` and added `oauth_token_active?`, `start_oauth_device_flow`, and `complete_oauth_device_flow!` helpers to the model. - Implemented OAuth logic in `Provider::Snaptrade` including discovery (`OAUTH_DISCOVERY_URL`), `start_device_authorization`, `poll_device_token`, request parsing, retry handling, and a small Faraday connection wrapper; added configuration accessors for `oauth_client_id` via `config.x.snaptrade`. - Added controller endpoints `start_oauth_device_flow` and `complete_oauth_device_flow` with safe error handling and helpers to format OAuth error payloads, and registered new member routes for `snaptrade_items`. - Added an initializer to load `SNAPTRADE_OAUTH_CLIENT_ID` into `Rails.configuration.x.snaptrade`, and updated `.env.local.example` and `.env.test.example` to include the new env var. - Added unit tests for provider OAuth behavior (`test/models/provider/snaptrade_oauth_test.rb`), SnaptradeItem token persistence (`test/models/snaptrade_item_oauth_test.rb`), and controller error handling (`test/controllers/snaptrade_items_controller_test.rb`), and updated controller tests accordingly. ### Testing - Ran provider-level tests in `Provider::SnaptradeOauthTest` to validate discovery, device authorization, token polling, and error handling, which passed. - Ran model tests in `SnaptradeItemOauthTest` to verify token metadata is stored and `oauth_token_active?` works, which passed. - Ran controller tests in `SnaptradeItemsControllerTest` that exercise the start/complete endpoints and error sanitization, which passed. * Add SnapTrade OAuth device-flow support and token storage ### Motivation - Add support for SnapTrade OAuth device authorization so users can perform device-code based OAuth without embedding secrets in the browser. - Persist OAuth token metadata on `SnaptradeItem` and expose programmatic start/complete endpoints while avoiding leaking provider internals on errors. - Make OAuth client ID configurable via environment or credentials for Sure deployments. ### Description - Introduce `SNAPTRADE_OAUTH_CLIENT_ID` to `.env` examples and add `config.x.snaptrade.oauth_client_id` initializer for configuration. - Add migration `AddOauthDeviceFlowToSnaptradeItems` and update `schema.rb` to add `oauth_access_token`, `oauth_refresh_token`, `oauth_token_type`, `oauth_scope`, and `oauth_token_expires_at` to `snaptrade_items`. - Persist and encrypt new token fields in `SnaptradeItem` and add helper methods `oauth_token_active?`, `start_oauth_device_flow`, and `complete_oauth_device_flow!`. - Extend `Provider::Snaptrade` with OAuth discovery, device authorization (`start_device_authorization`), token polling (`poll_device_token`), Faraday-based `oauth_connection`, parsing and error-wrapping logic, and retry handling. - Add controller actions `start_oauth_device_flow` and `complete_oauth_device_flow` to `SnaptradeItemsController`, plus helper methods to format OAuth error payloads and user-facing error messages. - Wire up new routes (`post :start_oauth_device_flow`, `post :complete_oauth_device_flow`) and add `config/initializers/snaptrade.rb`. - Add comprehensive tests for the OAuth flow and controller error handling and update a system test stub to avoid provider leakage during UI tests. ### Testing - Added `Provider::SnaptradeOauthTest` which stubs discovery, device authorization and token endpoints and asserts request payloads and responses; tests passed. - Added `SnaptradeItemOauthTest` which verifies token metadata persistence and `oauth_token_active?`; test passed. - Extended `SnaptradeItemsControllerTest` with scenarios for successful and failing device-flow completion and start flow error handling; tests passed. - Ran the affected system test changes in `TradesTest` (provider stubbing and modal behavior); the updated tests passed. |
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b88deb3545 |
fix: use ES256 instead of EdDSA for Coinbase CDP JWT signing (#1888)
* fix: use ES256 instead of EdDSA for Coinbase CDP JWT signing Coinbase Developer Platform issues EC P-256 keys, not Ed25519. The previous EdDSA implementation would always return Unauthorized for any key generated via portal.cdp.coinbase.com. Switch to ES256 (ECDSA SHA-256) using OpenSSL, and convert the DER-encoded signature to the raw r||s format required by the JWT spec. API Secret field now accepts the full PEM private key directly (including BEGIN/END headers) as provided by Coinbase. * fix(coinbase): address PR review comments - Normalize escaped \n in PEM key before parsing (fixes pasting directly from the Coinbase CDP JSON download file where newlines are \n literals) - Extract parse_ec_private_key helper with docstring explaining both accepted PEM formats - Fix double-space style nit on encoded_header assignment - Remove ed25519 gem from Gemfile (no longer used after ES256 migration) - Add Provider::CoinbaseTest covering: JWT 3-part structure, ES256 alg header, kid claim, CDP payload claims, 64-byte raw r||s signature, escaped-newline key acceptance, and cryptographic signature verification * test(coinbase): fix base64url padding in JWT test assertions * chore: update Gemfile.lock to remove ed25519 gem * Sample credential in test * Comments field, not real key use * test(coinbase): generate EC key dynamically; drop scanner exclusions Generate a fresh P-256 key per test run with OpenSSL::PKey::EC.generate instead of hardcoding a PEM private key. This removes committed key material and the need to exclude the provider and test files from the pipelock secret scan, so those exclusions are removed too. Addresses review findings on hardcoded test key + scan exclusions. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> --------- Co-authored-by: Juan José Mata <jjmata@jjmata.com> Co-authored-by: Claude Opus 4.8 <noreply@anthropic.com> |
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Artem Danilov
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c65f4828dd |
fix(tinkoff): resolve the tradeable listing and price bonds via BondBy (#2413)
* fix(tinkoff): resolve the tradeable listing and price bonds via BondBy Validated against the live T-Invest API and fixed three correctness issues in Provider::TinkoffInvest: - FindInstrument returns several listings per ticker (e.g. SBER on TQBR plus dark/non-API boards 37M/SPEQ); only the apiTradeAvailableFlag listing has live prices. resolve_short now ranks tradeable-first (then requested-MIC, then exact ticker/ISIN) instead of taking the first match, so GetLastPrices/GetCandles return data. Search now surfaces only tradeable instruments. - find_instruments no longer hard-filters on apiTradeAvailableFlag, so a qualified-investor instrument Tinkoff lists but can't API-trade still resolves (for logos) and otherwise falls back to another price provider. - Bond nominal comes from BondBy (the generic GetInstrumentBy omits it), returning the current amortized nominal so percent-of-par converts correctly. Verified end-to-end: SBER 313.65, T 282.76, LQDT 2.019, and the SFO Split bond (amortized nominal 417.71) all price; logos resolve to real CDN PNGs. * fix(tinkoff): honor requested MIC first, guard amortizing bonds, strip suffix Address review feedback on the resolution/pricing path: - resolve_short now ranks a requested-MIC match BEFORE tradeability, so a security is never priced off another exchange's listing (e.g. a MISX security no longer picks up a tradeable XSPX board's price); tradeability and exact ticker/ISIN remain secondary tie-breaks. - Amortizing bonds: BondBy returns only the current nominal, so applying it to historical percent-of-par closes would underprice them. For amortizing bonds we now return only the live price and skip the candle history; fixed-par bonds and equities keep full history. bond_info exposes nominal + amortizationFlag. - Strip exchange suffixes (.ME/.MOEX/.MISX/.MCX) before querying T-Invest, which only knows the bare SECID — so a stored "T.MOEX" ticker resolves to "T". * fix(tinkoff): don't cache nil resolution results (skip_nil) so a transient empty response isn't locked in for the 24h TTL |
||
|
JakeandClaude Opus 4.8
|
dc2a565b6a |
feat(up): add Up Bank (AU) provider integration (#2391)
* feat(up): add Up Bank (AU) provider integration Adds Up Bank as a per-family, token-based bank sync provider, modelled on the existing Akahu integration. Up uses a JSON:API REST API with a personal access token (Bearer), cursor pagination via links.next, and returns both HELD (pending) and SETTLED transactions from one endpoint. New: - Provider::Up client (JSON:API unwrap, links.next pagination, retries, typed errors, /util/ping) + Provider::UpAdapter (Factory-registered, Depository + Loan). - UpItem / UpAccount models with Provided, Unlinking, Syncer, SyncCompleteEvent, Importer, Processor, Transactions::Processor, and UpEntry::Processor (amount sign flip, HELD->pending, foreignAmount FX, merchant from description, stale-pending pruning). - Family::UpConnectable, UpItemsController, routes, settings panel + connect flow views, accounts index wiring, initializer, en locale, and model tests. Core wiring: - "up" added to Transaction::PENDING_PROVIDERS, the three pending-match SQL blocks in Account::ProviderImportAdapter, Provider::Metadata::REGISTRY, ProviderMerchant/DataEnrichment source enums, ProviderConnectionStatus, settings provider panels, and financial data reset. Migration create_up_items_and_accounts must be run before use. No external API endpoints added (no OpenAPI changes). Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * fix(up): dump up tables to schema and make since filter TZ-safe The feature commit added the up_items/up_accounts migration but never re-dumped db/schema.rb, leaving the schema version and tables stale. Add the two table definitions and foreign keys and bump the schema version so a fresh DB load matches the migration. Also format a bare Date `since` as UTC midnight instead of the server's local zone, so `filter[since]` is deterministic regardless of where the app runs (previously shifted by the local UTC offset). Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * fix(up): address code review feedback Behavior/correctness: - Persist skipped accounts via a new up_accounts.ignored flag and a needs_setup scope, so skipped accounts stop resurfacing as "needs setup" on every sync. Linking clears the flag. - destroy now checks unlink_all! per-account results and aborts deletion (alert) if any unlink failed, instead of swallowing failures. - render_provider_panel_error redirect uses :see_other (was an invalid 4xx redirect status). - Up provider adapter falls back to item institution name/url when institution_metadata is absent (early return previously blocked it). Resilience/security: - fetch_all_resources guards against an API repeating the same links.next cursor (Set#add?), preventing infinite pagination. - HTTP client validates absolute URLs (from links.next) against Up's HTTPS host before sending the bearer token, preventing credential leakage to untrusted hosts. Diagnostics: - Route provider sync/import failures through DebugLogEntry.capture (controller, UpItem, syncer, unlinking) with family/account context. Low-level HTTP client and currency-normalization warnings keep Rails.logger to match existing provider conventions. Data integrity: - up_accounts.name and currency are NOT NULL (align with model presence validations); account_id stays nullable (allow_nil uniqueness). Forms: - select_existing_account radio is required; controller guards a blank/ unknown up_account_id with a friendly alert instead of RecordNotFound. Tests: - Add UpAccount needs_setup scope test, pagination loop guard test, untrusted-host rejection test; tighten filter[since] assertion to the exact UTC timestamp. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * fix(up): address second-round review feedback - Capture sync/import failures via DebugLogEntry so swallowed errors in account/transaction fetching and transaction processing surface in /settings/debug instead of only Rails.logger. - Gate UP_DEBUG_RAW raw payload dump to local envs to avoid leaking PII (merchant names, amounts, account IDs) in managed/production logs. - Collapse linked/unlinked/total account counts into one memoized query instead of 3 separate COUNTs per rendered item. - Rename "Set Up Up Accounts" locale title to "Link Up Accounts". Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> * docs(up): add method docstrings and align failed_result keys Add docstrings to all Up provider source files (controller, models, providers, concerns) to satisfy the 80% docstring coverage threshold. Third-round review: failed_result now mirrors import's result shape (accounts_updated/created/failed, transactions_imported/failed) instead of the stale accounts_imported key, so failure results stay consistent. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com> --------- Co-authored-by: Claude Opus 4.8 <noreply@anthropic.com> |
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|
Artem DanilovandClaude
|
9de9a23ce2 |
feat(prices): add T-Invest (T-Bank) securities + brand-logo provider (#2408)
Adds Provider::TinkoffInvest, a token-based securities provider built on the public T-Invest REST gateway (invest-public-api.tinkoff.ru/rest). It serves prices for Russian instruments (shares, ETF/БПИФ, bonds) and, crucially, brand logos via the T-Invest CDN — the authoritative logo source for MOEX instruments, which ISS (MoexPublic) does not provide. - Registry: register `tinkoff_invest` under the :securities concept; token via ENV TINKOFF_INVEST_API_KEY or encrypted Setting.tinkoff_invest_api_key. - Logos independent of the price provider: Security#import_brand_logo consults T-Invest for a logo whenever a token is configured (after the price-provider metadata fetch, so it never short-circuits website_url backfill). Gated on token presence, not the securities checklist. - display_logo_url: with no website domain, a stored provider logo (T-Invest) now beats the ticker-only Brandfetch lettermark; when a domain exists, Brandfetch still wins (unchanged). - MoexPublic no longer reports moex.com as the issuer website — it's the exchange, not the issuer, and would make Brandfetch render the exchange logo for every instrument and shadow the real brand logo. - Prices: GetCandles (daily, paged) + GetLastPrices; Quotation units+nano/1e9; bonds priced as percent-of-par x nominal (missing nominal raises, not 0). - Settings: encrypted token field (always shown) + provider checkbox + en locale. - Tests for search/info/logo-url/prices/bond/incomplete-candle and display logic. Co-authored-by: Claude <noreply@anthropic.com> |
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|
Artem Danilov
|
b57bb938da |
feat(prices): add Moscow Exchange (MOEX ISS) securities + FX provider (#2394)
* feat(prices): add Moscow Exchange (MOEX ISS) securities + FX provider Add Provider::MoexPublic, a keyless provider built on the free MOEX ISS API (https://iss.moex.com/iss), modeled on Provider::BinancePublic. Securities: shares, funds/ETF/БПИФ (e.g. LQDT), and bonds (OFZ + corporate). Bonds are priced clean — LAST% × FACEVALUE / 100 in the instrument currency, with per-row FACEVALUE for amortizing issues; NKD/accrued coupon excluded. Exchange rates: also implements ExchangeRateConcept for RUB↔{USD,EUR,CNY} via selt TOM instruments (USD000UTSTOM/EUR_RUB__TOM/CNYRUB_TOM); the selt quote is X/RUB, inverted for RUB→X, nil for non-RUB-crossed pairs. Details: - Board/engine resolution via the ISS primary-board flag with a hardcoded priority fallback (TQBR, TQTF, TQOB, TQCB, …). - Instrument currency from CURRENCYID/FACEUNIT (handles USD/CNY eurobonds & FX funds), normalizing legacy SUR/RUR → RUB; default RUB. - Full history via from/till + start= pagination; current price fallback chain LAST → MARKETPRICE → LCURRENTPRICE → LCLOSEPRICE → PREVPRICE → latest history close. - Bare SECID identity, exchange_operating_mic=MISX, country_code=nil (wildcard like Binance); search accepts .ME/.MOEX/.MISX/.MCX aliases and ISIN. - RateLimitable throttling, SslConfigurable, Faraday retry/timeouts; all public methods wrapped in with_provider_response. Wired into Provider::Registry for both :securities and :exchange_rates, the hosting provider-selection UI, locales, and config/exchanges.yml (MISX). Docker-tested (devcontainer, Ruby 3.4.9): 29 new tests green, full provider suite + i18n green, rubocop clean; smoke-tested against live ISS (SBER price, OFZ clean price, USD/RUB FX). * fix(moex): address review — FX weekend lookback, dead branch, translated hints - fetch_exchange_rate now fetches a 10-day lookback window (not just the exact day) so a weekend/holiday request resolves to the prior trading day's close, matching Yahoo's behavior (Codex P2). - Remove dead identical if/else branches in history_row_price (CodeRabbit). - Translate moex_public_hint into ca/fr/hu/vi/zh-CN instead of English copy (CodeRabbit). - Add a test covering the FX prior-trading-day lookback. * fix(moex): guard ISS date parsing; doc TQTE in board priority Address maintainer review (jjmata): - parse_iss_date wraps Date.parse so a malformed ISS TRADEDATE skips just that row (with a contextual log warning) instead of failing the whole history/FX fetch. Used in history_row_price and fx_history. - Add TQTE to the BOARD_PRIORITY doc comment (it was in the constant but missing from the comment). - Add a test covering the unparseable-date skip. |
||
|
Artem Danilov
|
fffcaf2345 |
fix(prices): resolve dashed crypto tickers (BTC-USD, TRX-USD) via BinancePublic (#2372)
* fix(prices): resolve dashed crypto tickers (BTC-USD, TRX-USD) via BinancePublic
Provider::BinancePublic is the dedicated crypto price provider, but its
search_securities only matched bare base assets ("BTC") or unseparated
Binance pairs ("BTCUSDT"/"BTCUSD"). The canonical "<BASE>-USD" form that
Yahoo emits and users paste (e.g. "TRX-USD", "USDT-USD") never matched, so
those holdings fell through to an unpriced offline security whenever the
stock provider didn't also return the coin.
Collapse the base/quote separator in the search query (and strip it in
parse_ticker) so "BTC-USD" / "TRX/USDT" are treated like "BTCUSD" and
resolve to live Binance pricing. Stablecoins pasted as "USDT-USD" resolve
to the synthetic USD price via their stripped base.
* fix(prices): only synthesize stablecoin search for USD quote
Address review: gate the synthetic stablecoin result on a USD quote (bare
coin or "<coin>USD" form). A non-USD quote like "USDTEUR" / "USDT-EUR"
has a real Binance pair and now falls through to normal matching instead of
being replaced by the USD synthetic. Drops the now-unused base_asset_query
helper. Adds a USDT-EUR regression test.
|
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|
Kelvinchen03
|
59edcaa986 | fix: EODHD lookup for EU mutual funds with EUFUND exchange code (#2212) | ||
|
Guillem Arias Fauste
|
f25fe30a41 |
feat(ai): honor Setting.llm_provider for batch and PDF flows (#2265)
Auto-categorization, merchant detection/enhancement, and PDF/bank-statement extraction hard-coded Provider::Registry.get_provider(:openai), so selecting Anthropic (or running an Anthropic-only self-hosted install) left those operations using/missing OpenAI rather than the chosen provider. Add Provider::Registry.preferred_llm_provider, which resolves the LLM provider honoring Setting.llm_provider with a configured-provider fallback (mirroring how chat picks its provider), and route all six TODO(#2113) call sites through it: - Family::AutoCategorizer#llm_provider - Family::AutoMerchantDetector#llm_provider - ProviderMerchant::Enhancer#llm_provider - PdfImport (process_pdf + extract_bank_statement) - Assistant::Function::ImportBankStatement Provider::Anthropic already implements auto_categorize / auto_detect_merchants / enhance_provider_merchants (#1984) and process_pdf / extract_bank_statement (#1985), so no provider changes are needed — only the wiring. Closes #2113. |
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|
Dan
|
3627c4d2d1 | Respect CoinStats wallet rate limits (#2251) | ||
|
Tobias Rahloff
|
fe47c918bb |
feat(enable_banking): support MFA/decoupled banks and harden session handling (#2174)
Decoupled/MFA banks (e.g. VR Bank in Holstein) were hard-blocked because the authorize flow aborted whenever auth_methods[0] was DECOUPLED. Enable Banking's hosted /auth page actually coordinates decoupled SCA and redirects back with a code, so route these banks through it instead: - Provider#start_authorization accepts and forwards an auth_method param - EnableBankingItem#select_auth_method picks the best method (REDIRECT > DECOUPLED > EMBEDDED), filtering by psu_type and skipping hidden methods - Shared begin_authorization! re-fetches ASPSP metadata on each authorize and reauthorize, so the method is always re-derived (no persistence required) - Remove the DECOUPLED block in the controller Also stop the integration from constantly reporting "session expired": - Only a session-level GET /sessions 401/404 flips the connection to requires_update; per-account 401/404 are retried and no longer kill the whole connection - Reconcile session_expires_at from the API's access.valid_until on every sync - Treat an expired session as a graceful requires_update state instead of raising a bare error No schema changes. Adds covering tests. |
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|
Guillem Arias Fauste
|
8ccc434b3d |
feat(ai): Anthropic native PDF processing (3/5) (#1985)
* feat(ai): add Anthropic provider with chat parity (1/5)
Introduces Provider::Anthropic alongside Provider::Openai, implementing
the LlmConcept chat_response contract over the official anthropic Ruby
SDK. Batch ops, PDF, and RAG land in follow-up PRs.
- Provider::Anthropic uses Messages API for sync and streaming responses
- ChatConfig builds requests with ephemeral prompt-cache markers on the
system prompt and the last tool definition
- MessageFormatter reconstructs multi-turn history (text + tool_use +
tool_result blocks) from raw Message records, including the paired
user-role tool_result turn Anthropic requires after every tool_use
- ChatParser maps Anthropic Message into the shared ChatResponse Data
- Registry, Setting, User, Chat default model wired for ANTHROPIC_*
envs and Setting.anthropic_*; LLM_PROVIDER selects between providers
- Responder forwards raw conversation_history (Array<Message>) so
providers without hosted conversation state can rebuild context
- OpenAI provider accepts and ignores the new kwarg (no behavior change)
Tests cover provider init, model gating, MessageFormatter for all turn
shapes, ChatConfig request building (max_tokens, system cache, tool
conversion), ChatParser for text / tool_use / mixed blocks, Registry
discovery, and mocked chat_response success / error / function_request
paths. Live VCR cassettes recorded in a follow-up with a real key.
Stacked PRs: 2/5 batch ops + cost ledger, 3/5 PDF, 4/5 pgvector RAG,
5/5 settings UI + disclosure.
* fix(ai): address PR review on Anthropic provider foundation
Surface fixes raised by Codex + CodeRabbit on PR 1/5:
- Provider::Anthropic#chat_response now accepts (and ignores) a
`messages:` kwarg. Assistant::Responder passes both `messages:`
(OpenAI-shape) and `conversation_history:` (raw Message records) for
cross-provider parity, so the previous signature raised
ArgumentError on the first chat turn through the Anthropic provider.
- Provider::Anthropic#supports_model? bypasses the `claude` prefix
gate when a custom base_url is configured, mirroring the OpenAI
provider. Bedrock-shaped IDs like
`anthropic.claude-sonnet-4-5-20250929-v1:0` and
`claude-opus-4@20250514` are otherwise rejected by
Assistant::Provided#get_model_provider and the chat dies.
- Setting.anthropic_access_token is now in
EncryptedSettingFields::ENCRYPTED_FIELDS so the Anthropic API key
is encrypted at rest like every other provider secret. Previously
plaintext while siblings (openai_access_token, twelve_data_api_key,
external_assistant_token) were ciphertext.
- Chat.default_model falls back to whichever provider is actually
configured. Previously, with LLM_PROVIDER=anthropic but no
Anthropic credentials, the default model resolved to a Claude ID
that no registered provider supported, so chats failed even when
OpenAI was fully configured. Adds Provider::{Anthropic,Openai}#configured?
class methods for the readable callsite.
- Provider::Anthropic.effective_model uses
`ENV["ANTHROPIC_MODEL"].presence || Setting.anthropic_model` so the
Setting lookup is only performed when the env var is absent — the
previous `ENV.fetch(KEY, default)` evaluated the default arg
eagerly on every call.
- Provider::Anthropic::ChatConfig#anthropic_input_schema strips both
`:strict` and `"strict"` keys so JSON-decoded schemas with string
keys cannot leak the OpenAI-only flag through to Anthropic.
Test coverage added: supports_model? bypass on custom endpoints,
chat_response messages: kwarg compatibility, default_model fallback
in the three credential combinations, configured? against ENV +
Setting, strict-flag stripping for both key types, and a
`Setting.expects(:anthropic_model).never` assertion proving the
ENV-precedence test now exercises the lazy path.
All 4365 tests pass (1 pre-existing libvips env error unrelated).
* test(chat): make default_model tests resilient to ENV model overrides
CodeRabbit flagged on PR review: the new default_model tests asserted
against Provider::*::DEFAULT_MODEL, but Chat.default_model actually
returns Provider::*.effective_model.presence (which reads
OPENAI_MODEL / ANTHROPIC_MODEL from the environment). With either env
var set, the tests would fail intermittently even though routing was
correct.
- New default_model tests now assert against the provider's
effective_model directly, so they verify the routing decision
(which provider's value wins) without coupling to the constant.
- Pre-existing "creates with default model" assertions had the same
brittleness; switch them to compare against Chat.default_model so
the chosen model is whatever the env / Setting cascade resolves to.
Verified by running `ANTHROPIC_MODEL=claude-haiku-4-5 OPENAI_MODEL=gpt-4o
bin/rails test test/models/chat_test.rb` — 16 runs, 0 failures
(previously 2 pre-existing failures + 0 from the new tests).
* fix(ai): address local review on Anthropic foundation
- Provider::Anthropic#supports_pdf_processing? bypasses prefix gate for
custom endpoints, mirroring supports_model?
- Provider::Anthropic#initialize raises Error when custom_endpoint? AND
model.blank?, parity with Provider::Openai
- stream_chat_response captures partial usage on mid-stream errors and
records it via the new on_partial callback so chat_response can skip
the duplicate error row in the outer rescue
- safe_accumulated_message swallows the secondary failure when the SDK
cannot reconstruct a snapshot
- langfuse_client memoizes properly (||= instead of =) so repeated calls
don't churn Langfuse instances
- MessageFormatter sorts tool_calls by created_at then id so the
message array is deterministic across replays; skips tool_calls
missing both provider_call_id and provider_id rather than sending
`id: nil` and getting rejected by Anthropic
- Setting.anthropic_access_token default falls back through
ENV["ANTHROPIC_API_KEY"].presence (was missing .presence, so an
empty-string env value bled through)
- User#openai_configured? / #anthropic_configured? delegate to the
Provider::* class methods — single source of truth
- Assistant::Responder renames the OpenAI-shape history builder
conversation_history → openai_messages_payload so the kwarg name
matches the local method name (messages: openai_messages_payload,
conversation_history: chat_message_records)
- Assistant::Builtin stale-history comment updated to reference both
builders
Adds a streaming chat_response test using ad-hoc subclasses of the
SDK event types so the case/when dispatch matches via is_a? without
stubbing class-level === behavior.
* test(ai): add Anthropic tool_use round-trip + multi-tool turn coverage
Addresses @jjmata's "worth confirming" note on PR #1983: tool-use turns
from prior assistant messages must round-trip correctly when retrieved
from the database.
- New `ChatParser → ToolCall::Function → MessageFormatter` test walks
the full path: Anthropic response with a tool_use block →
ChatFunctionRequest → ToolCall::Function.from_function_request →
persisted on the AssistantMessage → MessageFormatter rebuild on the
next turn. Asserts the original `tool_use.id` is preserved end-to-end
as both `tool_use.id` and the paired `tool_result.tool_use_id`, and
that the original `input` hash and serialized result content survive.
- New multi-tool assistant turn test confirms two tool_use blocks on a
single assistant message render as two tool_use blocks followed by
two paired tool_result blocks in a single user-role follow-up,
matching Anthropic's required alternation.
Both tests exercise the existing PR1 code without behavior changes.
* test(ai): require "ostruct" explicitly in Anthropic provider tests
OpenStruct is moving out of Ruby's default load path (warning in 3.4+,
removed in 3.5+). Tests work today because ActiveSupport transitively
loads it, but that's incidental. Match the existing convention in
test/controllers/settings/hostings_controller_test.rb which explicitly
requires ostruct for the same reason.
* fix(ai): sanitize Langfuse warn logs, normalize tool_use.input, dedup history fetch
Addresses three open CodeRabbit findings on PR #1983.
- Provider::Anthropic Langfuse rescue branches no longer include
`e.full_message` in `Rails.logger.warn`. `full_message` bundles the
backtrace + cause chain and on some SDK error types includes the
serialized request/response payload (prompt, model output). Logs
now report `#{e.class}: #{e.message}` only. Three sites:
create_langfuse_trace, log_langfuse_generation, upsert_langfuse_trace.
Note: Provider::Openai has the same pattern (copy-pasted source) —
harmonization deferred to a follow-up cleanup PR; this commit fixes
only the Anthropic provider to keep PR scope tight.
- MessageFormatter#parse_arguments now coerces any non-Hash parsed
result to `{}`. Anthropic's Messages API requires `tool_use.input`
to be a JSON object (map); a stored ToolCall::Function record whose
arguments parse to a scalar, bool, or array (corrupt row, legacy
data, cross-provider bleed) would otherwise produce a payload the
API rejects. Normal flow stores Hash arguments end-to-end so the
fix is defensive — adds 2 tests covering scalar/array JSON strings
and non-String non-Hash inputs.
- Assistant::Responder dedups the chat-history fetch. The previous
layout fired two near-identical `chat.messages.where(...).includes(
:tool_calls).ordered` queries per LLM turn (one for the OpenAI-shape
payload, one for the raw-records kwarg). A new memoized
`complete_chat_messages` fetches once; `chat_message_records` filters
out the current message via `Array#reject`, `openai_messages_payload`
iterates the cached array unchanged. One SQL query per turn instead
of two. Memoization scope = single Responder instance (per LLM call),
so cache invalidation is not a concern.
All 4370 tests pass (1 pre-existing libvips env error unrelated).
Rubocop + brakeman clean.
* fix(ci): replace sk-ant- prefixed test placeholders
Pipelock secret scanner pattern-matches `sk-ant-*` as a real Anthropic
API key and fails the PR security-scan check. Test stubs and
ClimateControl env values used `sk-ant-test`, `sk-ant-from-setting`,
`sk-ant-x`, `sk-ant-y` as obvious placeholders, but the scanner does
not care about value entropy.
Switched to `fake-anthropic-key-*` / `fake-token-*` strings so the
scanner stops flagging them. No production code touched, no behavior
change — Provider::Anthropic still accepts any non-blank token.
* feat(ai): add Anthropic batch ops + LLM cost ledger (2/5)
Implements auto_categorize, auto_detect_merchants, and
enhance_provider_merchants on Provider::Anthropic via forced tool calls,
plus the cost-ledger plumbing they need.
- Provider::Anthropic::AutoCategorizer, AutoMerchantDetector,
ProviderMerchantEnhancer each define a single output tool whose
input_schema mirrors the desired output, then force the model to call
it via tool_choice: { type: "tool", name: ..., disable_parallel_tool_use: true }.
Anthropic guarantees the tool_use.input matches the schema, so there
is no JSON parsing fragility, no <think> tag stripping, and no
json_object/json_schema fallback ladders.
- Concerns::UsageRecorder mirrors the OpenAI sibling but persists
cache_creation_input_tokens / cache_read_input_tokens to dedicated
columns instead of metadata.
- Migration adds cache_creation_tokens, cache_read_tokens (nullable
integers) to llm_usages. OpenAI rows leave them null.
- LlmUsage::PRICING gains Claude 4.x rows (opus-4-7 $15/$75, sonnet-4-6
$3/$15, haiku-4-5 $1/$5 per MTok). infer_provider returns "anthropic"
for claude-* via the existing exact/prefix lookup.
- Provider::Anthropic#chat_response now persists cache columns directly
rather than stashing them in metadata.
- 25-transaction batch cap mirrors the OpenAI provider so the cost
ledger sees the same shape regardless of which provider ran a batch.
Tests cover the forced-tool-call path, null/None normalization,
case-insensitive merchant matching, the missing-tool_use error path,
and Anthropic-specific pricing + provider inference on LlmUsage.
Stacked on #1983 (PR 1/5). 3/5 PDF + vision next.
* fix(ai): attribute Bedrock model IDs to anthropic + clean nil enum
- LlmUsage.infer_provider now returns "anthropic" for Bedrock /
Vertex shaped IDs (anthropic.* and anthropic/*), so cost-ledger
filtering by provider stays correct even when no per-MTok rate is
stored. Previously these IDs fell through to the "openai" default.
- AutoCategorizer drops the redundant nil sentinel from the
category_name enum — the union type [string, null] already permits
null, and some JSON Schema validators reject nil literals inside
enum arrays.
* test(ai): require "ostruct" in Anthropic batch op tests
Same rationale as the PR1 ostruct fix — explicit require so the tests
don't depend on ActiveSupport's transitive load when Ruby 3.5+ removes
OpenStruct from the default load path.
* feat(ai): Anthropic native PDF processing (3/5)
Implements process_pdf and extract_bank_statement on Provider::Anthropic
using the native `document` content block — no rasterization, no text
pre-extraction.
- Provider::Anthropic::PdfProcessor classifies the document, summarizes
it, and extracts statement metadata via a forced report_document_analysis
tool whose input_schema mirrors the existing Provider::Openai output
(document_type from Import::DOCUMENT_TYPES, summary, extracted_data).
- Provider::Anthropic::BankStatementExtractor returns the same
{ transactions, period, account_holder, account_number, bank_name,
opening_balance, closing_balance } shape via report_bank_statement so
downstream pdf_import code is provider-agnostic.
- Both attach the PDF as
{ type: "document", source: { type: "base64", media_type: "application/pdf", data: <b64> } }
— Claude 3.5+ / 4.x accept this natively (up to 32MB / 100 pages).
No pdf-reader, no pdftoppm, no chunking for typical statements.
- supports_pdf_processing? (introduced in PR 1) already returns true for
claude-* models, gating process_pdf with a clear error otherwise.
- Cost ledger rows are persisted via the shared UsageRecorder concern,
including cache_creation/cache_read tokens.
Tests verify the document block shape, tool_choice forcing, normalized
document_type for unknown classifications, transaction normalization
(date / amount / reference → notes), and the missing-tool_use error
path. Blank pdf_content raises before any client call.
Stacked on #1984 (PR 2/5). 4/5 pgvector RAG next.
* fix(ai): guard PDF size + surface bank-statement truncation
- PdfProcessor and BankStatementExtractor raise upfront when
pdf_content.bytesize exceeds MAX_PDF_BYTES (32 MB, matching
Anthropic's hard limit). Previously a 100 MB PDF would be
base64-encoded (~133 MB) and packed into the JSON body before
the API rejected it — peak heap ~270 MB per Sidekiq worker.
- BankStatementExtractor inspects response.stop_reason; when the
model hit max_tokens it logs a warning and flags result[:truncated]
so downstream callers know the transaction list may be incomplete.
- ISO date pattern added to statement_period_start/end schema in
PdfProcessor so the model can't return "March 2026" — Anthropic
enforces the regex via the tool's input_schema.
Tests cover the size guard (raises before any client.messages call),
truncated-result flagging, and the warning log path.
* test(ai): require "ostruct" in Anthropic PDF tests
Match the explicit ostruct require added in PR1/PR2 — same Ruby 3.5+
load-path reason.
* fix(llm-usage): include Anthropic cache tokens in estimated_cost
calculate_cost only priced prompt + completion tokens, so estimated_cost
under-reported every cached call — the cache_creation/cache_read columns this PR
added were tracked but never billed. Verified against the Anthropic dashboard: a
cached chat turn billed $0.05 but the ledger recorded $0.038; the gap was exactly
the unpriced cache tokens.
Price them relative to the input rate (Anthropic: cache write 1.25x, read 0.1x)
and thread the cache counts from both recorders (chat + batch). OpenAI rows leave
the columns null (treated as 0), so they're unaffected. Ledger now reproduces the
dashboard ($0.054 for the test turn).
* chore(ai): guard chat usage double-record; flag deferred Anthropic batch wiring
- Hardening: guard the success-path record_llm_usage with
`unless partial_usage_recorded` so a future change that emits partial usage on
a normal stream can't silently double-bill (the symptom investigated in the
#1984 review). No behavior change today — on_partial only fires from the
mid-stream-error rescue, which re-raises past this line.
- Notice: the family auto-categorize / merchant-detect / merchant-enhance flows
still hardcode get_provider(:openai). Provider::Anthropic now implements those
batch ops but they aren't wired into the family flows yet — documented with
TODOs at each site for the follow-up.
* chore(ai): point family-flow TODOs at tracking issue #2113
* chore(ai): flag deferred Anthropic PDF wiring (TODO #2113)
The PDF import + bank-statement-extract flows hardcode get_provider(:openai).
Provider::Anthropic implements process_pdf / extract_bank_statement (this PR)
but they aren't wired into these paths yet — documented with TODOs at each
site. Tracked in #2113 (broadened to cover batch ops + PDF).
* chore(anthropic-pdf): drop redundant strip_heredoc; document no-dedup
- The squiggly heredoc (<<~) already strips indentation, so the trailing
.strip_heredoc was a no-op in both PDF extractors.
- Document why BankStatementExtractor intentionally does NOT deduplicate (unlike
the OpenAI extractor): we send the whole PDF as one native document block, so
there are no overlapping-chunk artifacts to dedupe, and deduping would wrongly
merge legitimate same-day, same-amount transactions.
* fix(anthropic): cap PDF bytes below the base64-encoded request limit
Anthropic's 32 MB limit is on the Messages request body, and the PDF is sent
base64-encoded (~4/3 larger) alongside the JSON envelope, so a 32 MB raw PDF
encodes to ~42 MB and is rejected. Cap the raw bytes at 3/4 of the request
budget minus a 1 MB envelope reserve (~23 MiB). Addresses Codex review on #1985.
|
||
|
|
1b8b21760b |
feat(provider): Akahu integration (#1921)
* First pass of Akahu * fix up sync all * conflicts * fix db migration issue? - fix auto selection of akahu account type * Address Akahu PR feedback * Complete provider metadata * Fix PR 1921 CI tests * PR feedback * PR feedback * post merge --------- Co-authored-by: failing <failing@users.noreply.github.com> Co-authored-by: Juan José Mata <jjmata@jjmata.com> Co-authored-by: sure-admin <sure-admin@splashblot.com> |
||
|
Guillem Arias Fauste
|
991cb959c1 |
feat(ai): Anthropic batch ops + LLM cost ledger (2/5) (#1984)
* feat(ai): add Anthropic provider with chat parity (1/5)
Introduces Provider::Anthropic alongside Provider::Openai, implementing
the LlmConcept chat_response contract over the official anthropic Ruby
SDK. Batch ops, PDF, and RAG land in follow-up PRs.
- Provider::Anthropic uses Messages API for sync and streaming responses
- ChatConfig builds requests with ephemeral prompt-cache markers on the
system prompt and the last tool definition
- MessageFormatter reconstructs multi-turn history (text + tool_use +
tool_result blocks) from raw Message records, including the paired
user-role tool_result turn Anthropic requires after every tool_use
- ChatParser maps Anthropic Message into the shared ChatResponse Data
- Registry, Setting, User, Chat default model wired for ANTHROPIC_*
envs and Setting.anthropic_*; LLM_PROVIDER selects between providers
- Responder forwards raw conversation_history (Array<Message>) so
providers without hosted conversation state can rebuild context
- OpenAI provider accepts and ignores the new kwarg (no behavior change)
Tests cover provider init, model gating, MessageFormatter for all turn
shapes, ChatConfig request building (max_tokens, system cache, tool
conversion), ChatParser for text / tool_use / mixed blocks, Registry
discovery, and mocked chat_response success / error / function_request
paths. Live VCR cassettes recorded in a follow-up with a real key.
Stacked PRs: 2/5 batch ops + cost ledger, 3/5 PDF, 4/5 pgvector RAG,
5/5 settings UI + disclosure.
* fix(ai): address PR review on Anthropic provider foundation
Surface fixes raised by Codex + CodeRabbit on PR 1/5:
- Provider::Anthropic#chat_response now accepts (and ignores) a
`messages:` kwarg. Assistant::Responder passes both `messages:`
(OpenAI-shape) and `conversation_history:` (raw Message records) for
cross-provider parity, so the previous signature raised
ArgumentError on the first chat turn through the Anthropic provider.
- Provider::Anthropic#supports_model? bypasses the `claude` prefix
gate when a custom base_url is configured, mirroring the OpenAI
provider. Bedrock-shaped IDs like
`anthropic.claude-sonnet-4-5-20250929-v1:0` and
`claude-opus-4@20250514` are otherwise rejected by
Assistant::Provided#get_model_provider and the chat dies.
- Setting.anthropic_access_token is now in
EncryptedSettingFields::ENCRYPTED_FIELDS so the Anthropic API key
is encrypted at rest like every other provider secret. Previously
plaintext while siblings (openai_access_token, twelve_data_api_key,
external_assistant_token) were ciphertext.
- Chat.default_model falls back to whichever provider is actually
configured. Previously, with LLM_PROVIDER=anthropic but no
Anthropic credentials, the default model resolved to a Claude ID
that no registered provider supported, so chats failed even when
OpenAI was fully configured. Adds Provider::{Anthropic,Openai}#configured?
class methods for the readable callsite.
- Provider::Anthropic.effective_model uses
`ENV["ANTHROPIC_MODEL"].presence || Setting.anthropic_model` so the
Setting lookup is only performed when the env var is absent — the
previous `ENV.fetch(KEY, default)` evaluated the default arg
eagerly on every call.
- Provider::Anthropic::ChatConfig#anthropic_input_schema strips both
`:strict` and `"strict"` keys so JSON-decoded schemas with string
keys cannot leak the OpenAI-only flag through to Anthropic.
Test coverage added: supports_model? bypass on custom endpoints,
chat_response messages: kwarg compatibility, default_model fallback
in the three credential combinations, configured? against ENV +
Setting, strict-flag stripping for both key types, and a
`Setting.expects(:anthropic_model).never` assertion proving the
ENV-precedence test now exercises the lazy path.
All 4365 tests pass (1 pre-existing libvips env error unrelated).
* test(chat): make default_model tests resilient to ENV model overrides
CodeRabbit flagged on PR review: the new default_model tests asserted
against Provider::*::DEFAULT_MODEL, but Chat.default_model actually
returns Provider::*.effective_model.presence (which reads
OPENAI_MODEL / ANTHROPIC_MODEL from the environment). With either env
var set, the tests would fail intermittently even though routing was
correct.
- New default_model tests now assert against the provider's
effective_model directly, so they verify the routing decision
(which provider's value wins) without coupling to the constant.
- Pre-existing "creates with default model" assertions had the same
brittleness; switch them to compare against Chat.default_model so
the chosen model is whatever the env / Setting cascade resolves to.
Verified by running `ANTHROPIC_MODEL=claude-haiku-4-5 OPENAI_MODEL=gpt-4o
bin/rails test test/models/chat_test.rb` — 16 runs, 0 failures
(previously 2 pre-existing failures + 0 from the new tests).
* fix(ai): address local review on Anthropic foundation
- Provider::Anthropic#supports_pdf_processing? bypasses prefix gate for
custom endpoints, mirroring supports_model?
- Provider::Anthropic#initialize raises Error when custom_endpoint? AND
model.blank?, parity with Provider::Openai
- stream_chat_response captures partial usage on mid-stream errors and
records it via the new on_partial callback so chat_response can skip
the duplicate error row in the outer rescue
- safe_accumulated_message swallows the secondary failure when the SDK
cannot reconstruct a snapshot
- langfuse_client memoizes properly (||= instead of =) so repeated calls
don't churn Langfuse instances
- MessageFormatter sorts tool_calls by created_at then id so the
message array is deterministic across replays; skips tool_calls
missing both provider_call_id and provider_id rather than sending
`id: nil` and getting rejected by Anthropic
- Setting.anthropic_access_token default falls back through
ENV["ANTHROPIC_API_KEY"].presence (was missing .presence, so an
empty-string env value bled through)
- User#openai_configured? / #anthropic_configured? delegate to the
Provider::* class methods — single source of truth
- Assistant::Responder renames the OpenAI-shape history builder
conversation_history → openai_messages_payload so the kwarg name
matches the local method name (messages: openai_messages_payload,
conversation_history: chat_message_records)
- Assistant::Builtin stale-history comment updated to reference both
builders
Adds a streaming chat_response test using ad-hoc subclasses of the
SDK event types so the case/when dispatch matches via is_a? without
stubbing class-level === behavior.
* test(ai): add Anthropic tool_use round-trip + multi-tool turn coverage
Addresses @jjmata's "worth confirming" note on PR #1983: tool-use turns
from prior assistant messages must round-trip correctly when retrieved
from the database.
- New `ChatParser → ToolCall::Function → MessageFormatter` test walks
the full path: Anthropic response with a tool_use block →
ChatFunctionRequest → ToolCall::Function.from_function_request →
persisted on the AssistantMessage → MessageFormatter rebuild on the
next turn. Asserts the original `tool_use.id` is preserved end-to-end
as both `tool_use.id` and the paired `tool_result.tool_use_id`, and
that the original `input` hash and serialized result content survive.
- New multi-tool assistant turn test confirms two tool_use blocks on a
single assistant message render as two tool_use blocks followed by
two paired tool_result blocks in a single user-role follow-up,
matching Anthropic's required alternation.
Both tests exercise the existing PR1 code without behavior changes.
* test(ai): require "ostruct" explicitly in Anthropic provider tests
OpenStruct is moving out of Ruby's default load path (warning in 3.4+,
removed in 3.5+). Tests work today because ActiveSupport transitively
loads it, but that's incidental. Match the existing convention in
test/controllers/settings/hostings_controller_test.rb which explicitly
requires ostruct for the same reason.
* fix(ai): sanitize Langfuse warn logs, normalize tool_use.input, dedup history fetch
Addresses three open CodeRabbit findings on PR #1983.
- Provider::Anthropic Langfuse rescue branches no longer include
`e.full_message` in `Rails.logger.warn`. `full_message` bundles the
backtrace + cause chain and on some SDK error types includes the
serialized request/response payload (prompt, model output). Logs
now report `#{e.class}: #{e.message}` only. Three sites:
create_langfuse_trace, log_langfuse_generation, upsert_langfuse_trace.
Note: Provider::Openai has the same pattern (copy-pasted source) —
harmonization deferred to a follow-up cleanup PR; this commit fixes
only the Anthropic provider to keep PR scope tight.
- MessageFormatter#parse_arguments now coerces any non-Hash parsed
result to `{}`. Anthropic's Messages API requires `tool_use.input`
to be a JSON object (map); a stored ToolCall::Function record whose
arguments parse to a scalar, bool, or array (corrupt row, legacy
data, cross-provider bleed) would otherwise produce a payload the
API rejects. Normal flow stores Hash arguments end-to-end so the
fix is defensive — adds 2 tests covering scalar/array JSON strings
and non-String non-Hash inputs.
- Assistant::Responder dedups the chat-history fetch. The previous
layout fired two near-identical `chat.messages.where(...).includes(
:tool_calls).ordered` queries per LLM turn (one for the OpenAI-shape
payload, one for the raw-records kwarg). A new memoized
`complete_chat_messages` fetches once; `chat_message_records` filters
out the current message via `Array#reject`, `openai_messages_payload`
iterates the cached array unchanged. One SQL query per turn instead
of two. Memoization scope = single Responder instance (per LLM call),
so cache invalidation is not a concern.
All 4370 tests pass (1 pre-existing libvips env error unrelated).
Rubocop + brakeman clean.
* fix(ci): replace sk-ant- prefixed test placeholders
Pipelock secret scanner pattern-matches `sk-ant-*` as a real Anthropic
API key and fails the PR security-scan check. Test stubs and
ClimateControl env values used `sk-ant-test`, `sk-ant-from-setting`,
`sk-ant-x`, `sk-ant-y` as obvious placeholders, but the scanner does
not care about value entropy.
Switched to `fake-anthropic-key-*` / `fake-token-*` strings so the
scanner stops flagging them. No production code touched, no behavior
change — Provider::Anthropic still accepts any non-blank token.
* feat(ai): add Anthropic batch ops + LLM cost ledger (2/5)
Implements auto_categorize, auto_detect_merchants, and
enhance_provider_merchants on Provider::Anthropic via forced tool calls,
plus the cost-ledger plumbing they need.
- Provider::Anthropic::AutoCategorizer, AutoMerchantDetector,
ProviderMerchantEnhancer each define a single output tool whose
input_schema mirrors the desired output, then force the model to call
it via tool_choice: { type: "tool", name: ..., disable_parallel_tool_use: true }.
Anthropic guarantees the tool_use.input matches the schema, so there
is no JSON parsing fragility, no <think> tag stripping, and no
json_object/json_schema fallback ladders.
- Concerns::UsageRecorder mirrors the OpenAI sibling but persists
cache_creation_input_tokens / cache_read_input_tokens to dedicated
columns instead of metadata.
- Migration adds cache_creation_tokens, cache_read_tokens (nullable
integers) to llm_usages. OpenAI rows leave them null.
- LlmUsage::PRICING gains Claude 4.x rows (opus-4-7 $15/$75, sonnet-4-6
$3/$15, haiku-4-5 $1/$5 per MTok). infer_provider returns "anthropic"
for claude-* via the existing exact/prefix lookup.
- Provider::Anthropic#chat_response now persists cache columns directly
rather than stashing them in metadata.
- 25-transaction batch cap mirrors the OpenAI provider so the cost
ledger sees the same shape regardless of which provider ran a batch.
Tests cover the forced-tool-call path, null/None normalization,
case-insensitive merchant matching, the missing-tool_use error path,
and Anthropic-specific pricing + provider inference on LlmUsage.
Stacked on #1983 (PR 1/5). 3/5 PDF + vision next.
* fix(ai): attribute Bedrock model IDs to anthropic + clean nil enum
- LlmUsage.infer_provider now returns "anthropic" for Bedrock /
Vertex shaped IDs (anthropic.* and anthropic/*), so cost-ledger
filtering by provider stays correct even when no per-MTok rate is
stored. Previously these IDs fell through to the "openai" default.
- AutoCategorizer drops the redundant nil sentinel from the
category_name enum — the union type [string, null] already permits
null, and some JSON Schema validators reject nil literals inside
enum arrays.
* test(ai): require "ostruct" in Anthropic batch op tests
Same rationale as the PR1 ostruct fix — explicit require so the tests
don't depend on ActiveSupport's transitive load when Ruby 3.5+ removes
OpenStruct from the default load path.
* fix(llm-usage): include Anthropic cache tokens in estimated_cost
calculate_cost only priced prompt + completion tokens, so estimated_cost
under-reported every cached call — the cache_creation/cache_read columns this PR
added were tracked but never billed. Verified against the Anthropic dashboard: a
cached chat turn billed $0.05 but the ledger recorded $0.038; the gap was exactly
the unpriced cache tokens.
Price them relative to the input rate (Anthropic: cache write 1.25x, read 0.1x)
and thread the cache counts from both recorders (chat + batch). OpenAI rows leave
the columns null (treated as 0), so they're unaffected. Ledger now reproduces the
dashboard ($0.054 for the test turn).
* chore(ai): guard chat usage double-record; flag deferred Anthropic batch wiring
- Hardening: guard the success-path record_llm_usage with
`unless partial_usage_recorded` so a future change that emits partial usage on
a normal stream can't silently double-bill (the symptom investigated in the
#1984 review). No behavior change today — on_partial only fires from the
mid-stream-error rescue, which re-raises past this line.
- Notice: the family auto-categorize / merchant-detect / merchant-enhance flows
still hardcode get_provider(:openai). Provider::Anthropic now implements those
batch ops but they aren't wired into the family flows yet — documented with
TODOs at each site for the follow-up.
* chore(ai): point family-flow TODOs at tracking issue #2113
* fix(ai): address review findings on cost ledger + categorizer schema
Three AI-review findings on #1984:
- category_name enum omitted null (codex + coderabbit): the prompt + type allow
Claude to abstain on uncertain transactions, but JSON Schema `enum` restricted
the value to category names, so null was invalid — forcing miscategorization.
Append nil to the enum (the consumer already normalizes null -> uncategorized).
- Cache pricing applied to all providers (coderabbit): the 1.25x/0.1x cache
multipliers are Anthropic-specific. Gate them on provider == "anthropic" so a
non-Anthropic caller passing cache counts isn't billed with the wrong rates.
- Negative cache-token counts (coderabbit): add DB check constraints
(cache_*_tokens IS NULL OR >= 0), per the repo's DB-level-validation convention.
Tests: enum includes nil; non-Anthropic cache tokens aren't priced.
|
||
|
Guillem Arias Fauste
|
8251b7e4d6 |
feat(ai): add Anthropic provider with chat parity (1/5) (#1983)
* feat(ai): add Anthropic provider with chat parity (1/5)
Introduces Provider::Anthropic alongside Provider::Openai, implementing
the LlmConcept chat_response contract over the official anthropic Ruby
SDK. Batch ops, PDF, and RAG land in follow-up PRs.
- Provider::Anthropic uses Messages API for sync and streaming responses
- ChatConfig builds requests with ephemeral prompt-cache markers on the
system prompt and the last tool definition
- MessageFormatter reconstructs multi-turn history (text + tool_use +
tool_result blocks) from raw Message records, including the paired
user-role tool_result turn Anthropic requires after every tool_use
- ChatParser maps Anthropic Message into the shared ChatResponse Data
- Registry, Setting, User, Chat default model wired for ANTHROPIC_*
envs and Setting.anthropic_*; LLM_PROVIDER selects between providers
- Responder forwards raw conversation_history (Array<Message>) so
providers without hosted conversation state can rebuild context
- OpenAI provider accepts and ignores the new kwarg (no behavior change)
Tests cover provider init, model gating, MessageFormatter for all turn
shapes, ChatConfig request building (max_tokens, system cache, tool
conversion), ChatParser for text / tool_use / mixed blocks, Registry
discovery, and mocked chat_response success / error / function_request
paths. Live VCR cassettes recorded in a follow-up with a real key.
Stacked PRs: 2/5 batch ops + cost ledger, 3/5 PDF, 4/5 pgvector RAG,
5/5 settings UI + disclosure.
* fix(ai): address PR review on Anthropic provider foundation
Surface fixes raised by Codex + CodeRabbit on PR 1/5:
- Provider::Anthropic#chat_response now accepts (and ignores) a
`messages:` kwarg. Assistant::Responder passes both `messages:`
(OpenAI-shape) and `conversation_history:` (raw Message records) for
cross-provider parity, so the previous signature raised
ArgumentError on the first chat turn through the Anthropic provider.
- Provider::Anthropic#supports_model? bypasses the `claude` prefix
gate when a custom base_url is configured, mirroring the OpenAI
provider. Bedrock-shaped IDs like
`anthropic.claude-sonnet-4-5-20250929-v1:0` and
`claude-opus-4@20250514` are otherwise rejected by
Assistant::Provided#get_model_provider and the chat dies.
- Setting.anthropic_access_token is now in
EncryptedSettingFields::ENCRYPTED_FIELDS so the Anthropic API key
is encrypted at rest like every other provider secret. Previously
plaintext while siblings (openai_access_token, twelve_data_api_key,
external_assistant_token) were ciphertext.
- Chat.default_model falls back to whichever provider is actually
configured. Previously, with LLM_PROVIDER=anthropic but no
Anthropic credentials, the default model resolved to a Claude ID
that no registered provider supported, so chats failed even when
OpenAI was fully configured. Adds Provider::{Anthropic,Openai}#configured?
class methods for the readable callsite.
- Provider::Anthropic.effective_model uses
`ENV["ANTHROPIC_MODEL"].presence || Setting.anthropic_model` so the
Setting lookup is only performed when the env var is absent — the
previous `ENV.fetch(KEY, default)` evaluated the default arg
eagerly on every call.
- Provider::Anthropic::ChatConfig#anthropic_input_schema strips both
`:strict` and `"strict"` keys so JSON-decoded schemas with string
keys cannot leak the OpenAI-only flag through to Anthropic.
Test coverage added: supports_model? bypass on custom endpoints,
chat_response messages: kwarg compatibility, default_model fallback
in the three credential combinations, configured? against ENV +
Setting, strict-flag stripping for both key types, and a
`Setting.expects(:anthropic_model).never` assertion proving the
ENV-precedence test now exercises the lazy path.
All 4365 tests pass (1 pre-existing libvips env error unrelated).
* test(chat): make default_model tests resilient to ENV model overrides
CodeRabbit flagged on PR review: the new default_model tests asserted
against Provider::*::DEFAULT_MODEL, but Chat.default_model actually
returns Provider::*.effective_model.presence (which reads
OPENAI_MODEL / ANTHROPIC_MODEL from the environment). With either env
var set, the tests would fail intermittently even though routing was
correct.
- New default_model tests now assert against the provider's
effective_model directly, so they verify the routing decision
(which provider's value wins) without coupling to the constant.
- Pre-existing "creates with default model" assertions had the same
brittleness; switch them to compare against Chat.default_model so
the chosen model is whatever the env / Setting cascade resolves to.
Verified by running `ANTHROPIC_MODEL=claude-haiku-4-5 OPENAI_MODEL=gpt-4o
bin/rails test test/models/chat_test.rb` — 16 runs, 0 failures
(previously 2 pre-existing failures + 0 from the new tests).
* fix(ai): address local review on Anthropic foundation
- Provider::Anthropic#supports_pdf_processing? bypasses prefix gate for
custom endpoints, mirroring supports_model?
- Provider::Anthropic#initialize raises Error when custom_endpoint? AND
model.blank?, parity with Provider::Openai
- stream_chat_response captures partial usage on mid-stream errors and
records it via the new on_partial callback so chat_response can skip
the duplicate error row in the outer rescue
- safe_accumulated_message swallows the secondary failure when the SDK
cannot reconstruct a snapshot
- langfuse_client memoizes properly (||= instead of =) so repeated calls
don't churn Langfuse instances
- MessageFormatter sorts tool_calls by created_at then id so the
message array is deterministic across replays; skips tool_calls
missing both provider_call_id and provider_id rather than sending
`id: nil` and getting rejected by Anthropic
- Setting.anthropic_access_token default falls back through
ENV["ANTHROPIC_API_KEY"].presence (was missing .presence, so an
empty-string env value bled through)
- User#openai_configured? / #anthropic_configured? delegate to the
Provider::* class methods — single source of truth
- Assistant::Responder renames the OpenAI-shape history builder
conversation_history → openai_messages_payload so the kwarg name
matches the local method name (messages: openai_messages_payload,
conversation_history: chat_message_records)
- Assistant::Builtin stale-history comment updated to reference both
builders
Adds a streaming chat_response test using ad-hoc subclasses of the
SDK event types so the case/when dispatch matches via is_a? without
stubbing class-level === behavior.
* test(ai): add Anthropic tool_use round-trip + multi-tool turn coverage
Addresses @jjmata's "worth confirming" note on PR #1983: tool-use turns
from prior assistant messages must round-trip correctly when retrieved
from the database.
- New `ChatParser → ToolCall::Function → MessageFormatter` test walks
the full path: Anthropic response with a tool_use block →
ChatFunctionRequest → ToolCall::Function.from_function_request →
persisted on the AssistantMessage → MessageFormatter rebuild on the
next turn. Asserts the original `tool_use.id` is preserved end-to-end
as both `tool_use.id` and the paired `tool_result.tool_use_id`, and
that the original `input` hash and serialized result content survive.
- New multi-tool assistant turn test confirms two tool_use blocks on a
single assistant message render as two tool_use blocks followed by
two paired tool_result blocks in a single user-role follow-up,
matching Anthropic's required alternation.
Both tests exercise the existing PR1 code without behavior changes.
* test(ai): require "ostruct" explicitly in Anthropic provider tests
OpenStruct is moving out of Ruby's default load path (warning in 3.4+,
removed in 3.5+). Tests work today because ActiveSupport transitively
loads it, but that's incidental. Match the existing convention in
test/controllers/settings/hostings_controller_test.rb which explicitly
requires ostruct for the same reason.
* fix(ai): sanitize Langfuse warn logs, normalize tool_use.input, dedup history fetch
Addresses three open CodeRabbit findings on PR #1983.
- Provider::Anthropic Langfuse rescue branches no longer include
`e.full_message` in `Rails.logger.warn`. `full_message` bundles the
backtrace + cause chain and on some SDK error types includes the
serialized request/response payload (prompt, model output). Logs
now report `#{e.class}: #{e.message}` only. Three sites:
create_langfuse_trace, log_langfuse_generation, upsert_langfuse_trace.
Note: Provider::Openai has the same pattern (copy-pasted source) —
harmonization deferred to a follow-up cleanup PR; this commit fixes
only the Anthropic provider to keep PR scope tight.
- MessageFormatter#parse_arguments now coerces any non-Hash parsed
result to `{}`. Anthropic's Messages API requires `tool_use.input`
to be a JSON object (map); a stored ToolCall::Function record whose
arguments parse to a scalar, bool, or array (corrupt row, legacy
data, cross-provider bleed) would otherwise produce a payload the
API rejects. Normal flow stores Hash arguments end-to-end so the
fix is defensive — adds 2 tests covering scalar/array JSON strings
and non-String non-Hash inputs.
- Assistant::Responder dedups the chat-history fetch. The previous
layout fired two near-identical `chat.messages.where(...).includes(
:tool_calls).ordered` queries per LLM turn (one for the OpenAI-shape
payload, one for the raw-records kwarg). A new memoized
`complete_chat_messages` fetches once; `chat_message_records` filters
out the current message via `Array#reject`, `openai_messages_payload`
iterates the cached array unchanged. One SQL query per turn instead
of two. Memoization scope = single Responder instance (per LLM call),
so cache invalidation is not a concern.
All 4370 tests pass (1 pre-existing libvips env error unrelated).
Rubocop + brakeman clean.
* fix(ci): replace sk-ant- prefixed test placeholders
Pipelock secret scanner pattern-matches `sk-ant-*` as a real Anthropic
API key and fails the PR security-scan check. Test stubs and
ClimateControl env values used `sk-ant-test`, `sk-ant-from-setting`,
`sk-ant-x`, `sk-ant-y` as obvious placeholders, but the scanner does
not care about value entropy.
Switched to `fake-anthropic-key-*` / `fake-token-*` strings so the
scanner stops flagging them. No production code touched, no behavior
change — Provider::Anthropic still accepts any non-blank token.
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2df10ca4ef |
Retry Enable Banking sync with provider-corrected date range (#1801)
* Clamp Enable Banking sync window * Pipelock noise --------- Co-authored-by: KiloClaw <kiloclaw@openclaw.ai> Co-authored-by: Juan José Mata <jjmata@jjmata.com> |
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ghostandJuan José Mata
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95f6451b39 |
feat(sync): add Brex provider connections (#1752)
* feat(sync): add Brex provider schema Adds Brex item and account tables with per-family credentials, scoped upstream account uniqueness, encrypted token storage, and sanitized provider payload columns. * feat(sync): add Brex provider core Adds Brex item/account models, provider client and adapter support, family connection helpers, and provider enum registration for read-only Brex cash and card data. * feat(sync): add Brex import pipeline Adds Brex account discovery, linked-account sync, cash/card balance processors, transaction import, sanitized metadata handling, and idempotent provider entry processing. * feat(sync): add Brex connection flows Adds Mercury-style Brex connection management, explicit item-scoped account selection and linking, settings provider UI, account index visibility, localized copy, and per-item cache handling. * test(sync): cover Brex provider workflows Adds targeted coverage for Brex provider requests, adapter config, item/account guards, importer behavior, entry processing, and Mercury-style controller flows. * fix(sync): align Brex API edge cases Tightens Brex account fetching against the official card-account response shape, sends transaction start filters as RFC3339 date-times, and keeps provider error bodies out of user-facing messages while expanding provider client guard coverage. * fix(sync): harden Brex provider integration Restrict Brex API base URLs to official hosts, tighten account-selection UI behavior, and add tests for invalid credentials, cache scoping, and provider setup edge cases. * test(sync): avoid Brex secret-shaped fixtures * refactor(sync): extract Brex account flows * fix(sync): address Brex provider review feedback * fix(sync): address Brex review follow-ups Move remaining Brex review cleanup into focused model behavior, tighten link/setup edge cases, localize summaries, and add regression coverage from CodeRabbit feedback. Also records the security-review pass as no-findings after diff-scoped inspection and Brakeman validation. * refactor(sync): split Brex account flow controllers Route Brex account selection and setup actions through small namespaced controllers while keeping existing URLs and helpers stable. Business flow remains in BrexItem::AccountFlow; the main Brex item controller now only handles connection CRUD, provider-panel rendering, destroy, and sync. * fix(sync): address Brex CodeRabbit review * fix(sync): address Brex follow-up review * fix(sync): address Brex review follow-ups * fix(sync): address Brex sync review findings * fix(sync): polish Brex review copy and errors * fix(sync): register Brex provider health * fix(sync): polish Brex bank sync presentation * fix(sync): address Brex review follow-ups * fix(sync): tighten Brex setup params * test(api): stabilize usage rate-limit window * fix(sync): polish Brex setup flow nits * fix(sync): harden Brex setup params * fix(sync): finalize Brex review cleanup --------- Signed-off-by: Juan José Mata <juanjo.mata@gmail.com> Co-authored-by: Juan José Mata <juanjo.mata@gmail.com> |
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plindandplind-junior
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12d799e0b8 |
fix(binance): support CRYPTO: prefix and USD stablecoins (#1771)
* fix(binance): support CRYPTO: prefix and USD stablecoins Holdings processors (CoinStats, Coinbase, Kraken, SimpleFIN, Lunchflow, Binance) store crypto securities with a "CRYPTO:" prefix, but Provider::BinancePublic#parse_ticker only accepted Binance-search-style tickers like "BTCUSD". As a result, every fetched price for tickers like CRYPTO:USDT, CRYPTO:USDC, CRYPTO:SOL, CRYPTO:TRUMP, CRYPTO:KAITO failed with "Unsupported Binance ticker". - Strip the CRYPTO: prefix in parse_ticker. - Short-circuit USD-pegged stablecoins (USDT, USDC, BUSD, DAI, FDUSD, TUSD, USDP, PYUSD) to a synthetic flat 1.0 USD price. Binance has no self-pair (USDTUSDT is invalid), and the few stablecoin/USDT pairs that do exist hover at ~1.0 with sub-cent noise. - Default prefixed bare base assets (CRYPTO:SOL etc.) to the …USDT pair (USD). Only when prefixed, so unprefixed garbage like BTCBNB / BTCGBP still returns nil and the existing rejection tests still pass. - fetch_security_info returns links: nil for stablecoins rather than a broken /trade/ URL. Closes #1441. * fix(binance): strip CRYPTO: prefix in search_securities Security::Resolver calls search_provider with the raw holdings-processor symbol (CRYPTO:SOL, CRYPTO:USDT) before any price fetch. Without prefix handling here, first-time crypto imports never resolve to an online Binance security and the new stablecoin/prefix paths in parse_ticker were unreachable for that flow. - Strip CRYPTO: from the search query. - Short-circuit USD stablecoins to a synthetic search result (no exchangeInfo call, no Binance self-pair to find). - Teach parse_ticker the "{stablecoin}USD" form produced by the synthetic result so price fetches route to stablecoin_prices. --------- Co-authored-by: plind-junior <plind-junior@users.noreply.github.com> |
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ghost
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be598aecf0 |
feat(providers): add Kraken exchange sync (#1759)
* feat(providers): add Kraken exchange sync Adds family-scoped Kraken API-key connections, read-only balance and trade import, account setup/linking flows, provider status wiring, and focused test coverage. Closes #1758 * test(providers): avoid Kraken sample secret false positive * fix(providers): address Kraken review findings * fix(providers): address Kraken review cleanup * test(imports): stabilize transaction import ordering |
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Juan José Mata
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81cdccb768 |
[codex] Complete Sophtron account mapping (#1698)
* Complete Sophtron account mapping * Clarify Sophtron login challenge flow * Add Sophtron connection UI timeout * Treat Sophtron timeout jobs as failed * Reset failed Sophtron connection state * Handle stale Sophtron connection jobs * Advance Sophtron polling timeout * Shorten Sophtron connection timeout * Fix Sophtron modal polling updates * Stabilize Sophtron MFA polling * Give Sophtron OTP challenges more time * Clarify Sophtron institution login failures * Extend Sophtron polling during login progress * Probe Sophtron accounts after completed MFA step * Align Sophtron dialogs with design system * Start Sophtron initial load after linking accounts * Fix Sophtron initial transaction load * Fail Sophtron sync without institution connection * Fix tests * Wrap Sophtron account linking in transaction * Wrap Sophtron provider responses * Fix Sophtron MFA security tests * Guard Sophtron MFA challenge arrays * Respect Sophtron initial load window * Use unique Sophtron MFA answer field ids * Address Sophtron review follow-ups * Fix Sophtron transaction sync refresh * Avoid blocking Sophtron refresh polling * Move Sophtron account helpers to model * Keep Sophtron grouping provider-level * Start new Sophtron institution links * Isolate Sophtron institution connections --------- Signed-off-by: Juan José Mata <juanjo.mata@gmail.com> |
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GermanDZandClaude Opus 4.7
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9cc52b9d35 |
fix: handle OpenAI Responses API stream errors instead of crashing (#1669)
The streaming code assumed every stream produced a `response.completed` event and dereferenced its data unconditionally, causing `undefined method 'data' for nil` whenever OpenAI emitted `response.failed`, `response.incomplete`, or a top-level `error` event (e.g. expired `previous_response_id`, context-window overflow, transient upstream failures). Surface a descriptive `Provider::Error` instead. - Extend `ChatStreamParser` to recognise `response.failed`, `response.incomplete`, and `error` events and emit an `error` chunk with a `StreamErrorData` payload (event, message, code, details). - In `Provider::Openai#native_chat_response`, detect the missing `response` chunk, build a user-facing error message from the collected error chunk, and raise `Provider::Error`. - Add unit tests for the parser (8 cases) and integration tests for the error path in the chat response flow. Co-authored-by: Claude Opus 4.7 (1M context) <noreply@anthropic.com> |
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Abhinav Dhiman
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139c89d0f4 |
feat(investments): add India investment subtypes and exchange support (#1659)
* feat(investments): add India investment subtypes and exchange support * fix(yahoo-finance): scope Indian exchange de-duplication per company instead of globally Resolves feedback from Codex and CodeRabbit on #1413. prefer_indian_exchange previously collapsed all Indian securities into a single entry, silently dropping unrelated tickers. Now groups Indian listings by name and only de-duplicates within each group, so distinct companies (e.g. Reliance and Infosys) are preserved while NSE/BSE dual-listings still prefer NSE. - Derive India subtype keys dynamically from Investment::SUBTYPES in tests - Fix missing keyword arguments in Security.new test calls * refactor(yahoo-finance): generalize exchange config and dual-listing de-duplication Replaces hardcoded Indian exchange logic with a declarative EXCHANGE_CONFIG hash that maps ISO MIC codes to Yahoo-specific settings (symbol suffix, default currency, dual-listing group, and preference rank). This makes adding new markets a one-line hash entry instead of scattered conditionals. * fix(yahoo-finance): normalize security names for dual-listing de-duplication * fix(yahoo-finance): skip dual-listing de-duplication when filtering by exchange * fix: address PR review feedback for India market support - fix cache key mismatch in fetch_security_price by normalizing symbol before building cache key - remove dead YAHOO_EXCHANGE_CURRENCY constant - tighten normalize_symbol guard to use end_with?(suffix) instead of include?('.') - remove misleading '# India' comment from Property::SUBTYPES - remove 'rented' property subtype in favor of 'investment_property' - rename 'demat' to 'indian_stocks' for clarity - add INR to CURRENCY_REGION_MAP so India appears first for INR users - add dotted-symbol regression test for normalize_symbol * fix(investments): rename 'demat' subtype to 'indian_stocks' and remove trailing comma |
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ghost
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6c84fc760e |
fix(mercury): support named multiple API connections (#1627)
* fix(mercury): support named multiple connections * fix(mercury): address multi-connection review feedback * fix(mercury): localize connection labels * fix(mercury): strip API tokens before provider calls * test(mercury): localize provider config assertions * fix(mercury): address multi-connection review * refactor(mercury): simplify connection selection failure |
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Juan José Mataandsokiee
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7b2b1dd367 |
Rebase PR #784 and fix OpenAI model/chat regressions (#1384)
* Wire conversation history through OpenAI responses API * Fix RuboCop hash brace spacing in assistant tests * Pipelock ignores * Batch fixes --------- Co-authored-by: sokiee <sokysrm@gmail.com> |
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soky srm
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dcebda05de |
Move back to brandfetch (#1427)
* Move back to brandfetch * Update security.rb * Update security.rb |
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soky srm
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0aca297e9c |
Add binance security provider for crypto (#1424)
* Binance as securities provider * Disable twelve data crypto results * Add logo support and new currency pairs * FIX importer fallback * Add price clamping and optiimize retrieval * Review * Update adding-a-securities-provider.md * day gap miss fix * New fixes * Brandfetch doesn't support crypto. add new CDN * Update _investment_performance.html.erb |
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soky srm
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be42988adf |
Add throttling and cross-rate for twelve data (#1396)
* Add throttling and cross-rate for twelve data * FIX yahoo precision also * FIXES * Update importer.rb * Fixes * Revert job * Fixes |
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LouisandJuan José Mata
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455c74dcfa |
Add Binance support, heavily inspired by the Coinbase one (#1317)
* feat: add Binance support (Items, Accounts, Importers, Processor, and Sync) * refactor: deduplicate 'stablecoins' constant and push stale_rate filter to SQL --------- Signed-off-by: Juan José Mata <juanjo.mata@gmail.com> Co-authored-by: Juan José Mata <juanjo.mata@gmail.com> |