Order ledger entries by processed datetime
To make it easier to manually read/decipher long ledger files this adds `dict` sorting based on record-type-specific (api vs. flex report) datetime processing prior to ledger file write. - break up parsers into separate routines for flex and api record processing. - add `parse_flex_dt()` for special handling of the weird semicolon stamps in flex reports.clears_table_events
Tyler Goodlet
parent
d2b6216994
commit
e8ab28e456
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@ -305,7 +305,7 @@ async def update_ledger_from_api_trades(
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entry['listingExchange'] = pexch
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conf = get_config()
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entries = trades_to_ledger_entries(
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entries = api_trades_to_ledger_entries(
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conf['accounts'].inverse,
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trade_entries,
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)
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@ -371,8 +371,8 @@ async def update_and_audit_msgs(
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else:
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entry = f'split_ratio = 1/{int(reverse_split_ratio)}'
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# raise ValueError(
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log.error(
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raise ValueError(
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# log.error(
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f'POSITION MISMATCH ib <-> piker ledger:\n'
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f'ib: {ibppmsg}\n'
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f'piker: {msg}\n'
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@ -1123,18 +1123,16 @@ def norm_trade_records(
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continue
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# timestamping is way different in API records
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dtstr = record.get('datetime')
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date = record.get('date')
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if not date:
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# probably a flex record with a wonky non-std timestamp..
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date, ts = record['dateTime'].split(';')
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dt = pendulum.parse(date)
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ts = f'{ts[:2]}:{ts[2:4]}:{ts[4:]}'
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tsdt = pendulum.parse(ts)
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dt.set(hour=tsdt.hour, minute=tsdt.minute, second=tsdt.second)
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flex_dtstr = record.get('dateTime')
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else:
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# epoch_dt = pendulum.from_timestamp(record.get('time'))
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dt = pendulum.parse(date)
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if dtstr or date:
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dt = pendulum.parse(dtstr or date)
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elif flex_dtstr:
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# probably a flex record with a wonky non-std timestamp..
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dt = parse_flex_dt(record['dateTime'])
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# special handling of symbol extraction from
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# flex records using some ad-hoc schema parsing.
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@ -1183,69 +1181,58 @@ def norm_trade_records(
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return {r.tid: r for r in records}
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def trades_to_ledger_entries(
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def parse_flex_dt(
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record: str,
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) -> pendulum.datetime:
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date, ts = record.split(';')
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dt = pendulum.parse(date)
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ts = f'{ts[:2]}:{ts[2:4]}:{ts[4:]}'
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tsdt = pendulum.parse(ts)
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return dt.set(hour=tsdt.hour, minute=tsdt.minute, second=tsdt.second)
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def api_trades_to_ledger_entries(
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accounts: bidict,
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trade_entries: list[object],
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source_type: str = 'api',
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) -> dict:
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'''
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Convert either of API execution objects or flex report
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entry objects into ``dict`` form, pretty much straight up
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without modification.
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Convert API execution objects entry objects into ``dict`` form,
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pretty much straight up without modification except add
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a `pydatetime` field from the parsed timestamp.
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'''
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trades_by_account = {}
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for t in trade_entries:
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if source_type == 'flex':
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entry = t.__dict__
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# NOTE: example of schema we pull from the API client.
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# {
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# 'commissionReport': CommissionReport(...
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# 'contract': {...
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# 'execution': Execution(...
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# 'time': 1654801166.0
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# }
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# XXX: LOL apparently ``toml`` has a bug
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# where a section key error will show up in the write
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# if you leave a table key as an `int`? So i guess
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# cast to strs for all keys..
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# flatten all sub-dicts and values into one top level entry.
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entry = {}
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for section, val in t.items():
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match section:
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case 'contract' | 'execution' | 'commissionReport':
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# sub-dict cases
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entry.update(val)
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# oddly for some so-called "BookTrade" entries
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# this field seems to be blank, no cuckin clue.
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# trade['ibExecID']
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tid = str(entry.get('ibExecID') or entry['tradeID'])
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# date = str(entry['tradeDate'])
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case 'time':
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# ib has wack ns timestamps, or is that us?
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continue
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# XXX: is it going to cause problems if a account name
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# get's lost? The user should be able to find it based
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# on the actual exec history right?
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acctid = accounts[str(entry['accountId'])]
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case _:
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entry[section] = val
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elif source_type == 'api':
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# NOTE: example of schema we pull from the API client.
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# {
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# 'commissionReport': CommissionReport(...
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# 'contract': {...
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# 'execution': Execution(...
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# 'time': 1654801166.0
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# }
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# flatten all sub-dicts and values into one top level entry.
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entry = {}
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for section, val in t.items():
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match section:
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case 'contract' | 'execution' | 'commissionReport':
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# sub-dict cases
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entry.update(val)
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case 'time':
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# ib has wack ns timestamps, or is that us?
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continue
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case _:
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entry[section] = val
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tid = str(entry['execId'])
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dt = pendulum.from_timestamp(entry['time'])
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# TODO: why isn't this showing seconds in the str?
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entry['date'] = str(dt)
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acctid = accounts[entry['acctNumber']]
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tid = str(entry['execId'])
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dt = pendulum.from_timestamp(entry['time'])
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# TODO: why isn't this showing seconds in the str?
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entry['pydatetime'] = dt
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entry['datetime'] = str(dt)
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acctid = accounts[entry['acctNumber']]
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if not tid:
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# this is likely some kind of internal adjustment
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@ -1263,6 +1250,73 @@ def trades_to_ledger_entries(
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acctid, {}
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)[tid] = entry
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# sort entries in output by python based datetime
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for acctid in trades_by_account:
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trades_by_account[acctid] = dict(sorted(
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trades_by_account[acctid].items(),
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key=lambda entry: entry[1].pop('pydatetime'),
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))
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return trades_by_account
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def flex_records_to_ledger_entries(
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accounts: bidict,
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trade_entries: list[object],
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) -> dict:
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'''
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Convert flex report entry objects into ``dict`` form, pretty much
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straight up without modification except add a `pydatetime` field
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from the parsed timestamp.
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'''
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trades_by_account = {}
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for t in trade_entries:
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entry = t.__dict__
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# XXX: LOL apparently ``toml`` has a bug
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# where a section key error will show up in the write
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# if you leave a table key as an `int`? So i guess
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# cast to strs for all keys..
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# oddly for some so-called "BookTrade" entries
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# this field seems to be blank, no cuckin clue.
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# trade['ibExecID']
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tid = str(entry.get('ibExecID') or entry['tradeID'])
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# date = str(entry['tradeDate'])
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# XXX: is it going to cause problems if a account name
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# get's lost? The user should be able to find it based
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# on the actual exec history right?
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acctid = accounts[str(entry['accountId'])]
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# probably a flex record with a wonky non-std timestamp..
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dt = entry['pydatetime'] = parse_flex_dt(entry['dateTime'])
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entry['datetime'] = str(dt)
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if not tid:
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# this is likely some kind of internal adjustment
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# transaction, likely one of the following:
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# - an expiry event that will show a "book trade" indicating
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# some adjustment to cash balances: zeroing or itm settle.
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# - a manual cash balance position adjustment likely done by
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# the user from the accounts window in TWS where they can
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# manually set the avg price and size:
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# https://api.ibkr.com/lib/cstools/faq/web1/index.html#/tag/DTWS_ADJ_AVG_COST
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log.warning(f'Skipping ID-less ledger entry:\n{pformat(entry)}')
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continue
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trades_by_account.setdefault(
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acctid, {}
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)[tid] = entry
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for acctid in trades_by_account:
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trades_by_account[acctid] = dict(sorted(
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trades_by_account[acctid].items(),
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key=lambda entry: entry[1]['pydatetime'],
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))
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return trades_by_account
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@ -1309,15 +1363,16 @@ def load_flex_trades(
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ln = len(trade_entries)
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log.info(f'Loaded {ln} trades from flex query')
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trades_by_account = trades_to_ledger_entries(
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# get reverse map to user account names
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conf['accounts'].inverse,
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trades_by_account = flex_records_to_ledger_entries(
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conf['accounts'].inverse, # reverse map to user account names
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trade_entries,
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source_type='flex',
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)
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ledger_dict: Optional[dict] = None
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for acctid in trades_by_account:
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trades_by_id = trades_by_account[acctid]
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with open_trade_ledger('ib', acctid) as ledger_dict:
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tid_delta = set(trades_by_id) - set(ledger_dict)
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log.info(
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@ -1325,9 +1380,11 @@ def load_flex_trades(
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f'{pformat(tid_delta)}'
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)
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if tid_delta:
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ledger_dict.update(
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{tid: trades_by_id[tid] for tid in tid_delta}
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)
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sorted_delta = dict(sorted(
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{tid: trades_by_id[tid] for tid in tid_delta}.items(),
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key=lambda entry: entry[1].pop('pydatetime'),
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))
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ledger_dict.update(sorted_delta)
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return ledger_dict
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