piker/piker/ui/order_mode.py

1205 lines
35 KiB
Python

# piker: trading gear for hackers
# Copyright (C) Tyler Goodlet (in stewardship for pikers)
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU Affero General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU Affero General Public License for more details.
# You should have received a copy of the GNU Affero General Public License
# along with this program. If not, see <https://www.gnu.org/licenses/>.
"""
Chart trading, the only way to scalp.
"""
from __future__ import annotations
from contextlib import asynccontextmanager
from dataclasses import dataclass, field
from functools import partial
from pprint import pformat
import time
from typing import (
Callable,
Any,
TYPE_CHECKING,
)
import uuid
from bidict import bidict
import tractor
import trio
from PyQt5.QtCore import Qt
from piker import config
from piker.accounting import (
Allocator,
Position,
mk_allocator,
MktPair,
Symbol,
)
from piker.clearing import (
open_ems,
OrderClient,
)
from piker.clearing._messages import (
Order,
Status,
BrokerdPosition,
)
from piker.data import (
Feed,
Flume,
)
from piker.types import Struct
from piker.log import get_logger
from ._editors import LineEditor, ArrowEditor
from ._lines import order_line, LevelLine
from ._position import (
PositionTracker,
SettingsPane,
)
from ._forms import FieldsForm
from ._window import MultiStatus
from ._style import _font
from ._forms import open_form_input_handling
from ._notify import notify_from_ems_status_msg
if TYPE_CHECKING:
from ._chart import (
ChartPlotWidget,
GodWidget,
)
log = get_logger(__name__)
class Dialog(Struct):
'''
Trade dialogue meta-data describing the lifetime
of an order submission to ``emsd`` from a chart.
'''
# TODO: use ``pydantic.UUID4`` field
uuid: str
order: Order
symbol: str
lines: list[LevelLine]
last_status_close: Callable | None = None
msgs: dict[str, dict] = {}
fills: dict[str, Any] = {}
@dataclass
class OrderMode:
'''
Major UX mode for placing orders on a chart view providing so
called, "chart trading".
This is the other "main" mode that pairs with "view mode" (when
wathing the rt price update at the current time step) and allows
entering orders using mouse and keyboard. This object is chart
oriented, so there is an instance per chart / view currently.
Current manual:
a -> alert
s/ctrl -> submission type modifier {on: live, off: dark}
f (fill) -> 'buy' limit order
d (dump) -> 'sell' limit order
c (cancel) -> cancel order under cursor
cc -> cancel all submitted orders on chart
mouse click and drag -> modify current order under cursor
'''
godw: GodWidget
feed: Feed
chart: ChartPlotWidget # type: ignore # noqa
hist_chart: ChartPlotWidget # type: ignore # noqa
nursery: trio.Nursery # used by ``ui._position`` code?
client: OrderClient
lines: LineEditor
arrows: ArrowEditor
multistatus: MultiStatus
pane: SettingsPane
trackers: dict[str, PositionTracker]
# switched state, the current position
current_pp: PositionTracker | None = None
active: bool = False
name: str = 'order'
dialogs: dict[str, Dialog] = field(default_factory=dict)
_colors = {
'alert': 'alert_yellow',
'buy': 'buy_green',
'sell': 'sell_red',
}
_staged_order: Order | None = None
def on_level_change_update_next_order_info(
self,
level: float,
# these are all ``partial``-ed in at callback assignment time.
line: LevelLine,
order: Order,
tracker: PositionTracker,
) -> None:
'''
A callback applied for each level change to the line
which will recompute the order size based on allocator
settings. this is assigned inside
``OrderMode.new_line_from_order()``
'''
# NOTE: the ``Order.account`` is set at order stage time inside
# ``OrderMode.new_line_from_order()`` or is inside ``Order`` msg
# field for loaded orders.
order_info = tracker.alloc.next_order_info(
startup_pp=tracker.startup_pp,
live_pp=tracker.live_pp,
price=level,
action=order.action,
)
line.update_labels(order_info)
# update bound-in staged order
order.price = level
order.size = order_info['size']
# when an order is changed we flip the settings side-pane to
# reflect the corresponding account and pos info.
self.pane.on_ui_settings_change('account', order.account)
def new_line_from_order(
self,
order: Order,
chart: ChartPlotWidget | None = None,
**line_kwargs,
) -> LevelLine:
level = order.price
line = order_line(
chart or self.chart,
# TODO: convert these values into human-readable form
# (i.e. with k, m, M, B) type embedded suffixes
level=level,
action=order.action,
size=order.size,
color=self._colors[order.action],
dotted=True if (
order.exec_mode == 'dark'
and order.action != 'alert'
) else False,
**line_kwargs,
)
# set level update callback to order pane method and update once
# immediately
if order.action != 'alert':
line._on_level_change = partial(
self.on_level_change_update_next_order_info,
line=line,
order=order,
# use the corresponding position tracker for the
# order's account.
tracker=self.trackers[order.account],
)
else:
# for alerts we don't need to compute per price sizing via
# the order mode allocator but we still need to update the
# "staged" order message we'll send to the ems
def update_order_price(y: float) -> None:
order.price = y
line._on_level_change = update_order_price
line.set_level(level)
return line
def lines_from_order(
self,
order: Order,
**line_kwargs,
) -> list[LevelLine]:
lines: list[LevelLine] = []
for chart, kwargs in [
(self.chart, {}),
(self.hist_chart, {'only_show_markers_on_hover': True}),
]:
kwargs.update(line_kwargs)
line = self.new_line_from_order(
order=order,
chart=chart,
**kwargs,
)
lines.append(line)
return lines
def stage_order(
self,
action: str,
trigger_type: str,
) -> list[LevelLine]:
'''
Stage an order for submission by showing level lines and
configuring the order request message dynamically based on
allocator settings.
'''
# not initialized yet
cursor = self.godw.get_cursor()
if not cursor:
return
chart = cursor.linked.chart
if (
not chart
and cursor
and cursor.active_plot
):
return
chart = cursor.active_plot
price = cursor._datum_xy[1]
if not price:
# zero prices are not supported by any means
# since that's illogical / a no-op.
return
mkt: MktPair = self.chart.linked.mkt
# NOTE : we could also use instead,
# mkt.quantize(price, quantity_type='price')
# but it returns a Decimal and it's probably gonna
# be slower?
# TODO: should we be enforcing this precision
# at a different layer in the stack? right now
# any precision error will literally be relayed
# all the way back from the backend.
price = round(
price,
ndigits=mkt.price_tick_digits,
)
order = self._staged_order = Order(
action=action,
price=price,
account=self.current_pp.alloc.account,
size=0,
symbol=mkt.fqme,
brokers=[mkt.broker],
oid='', # filled in on submit
exec_mode=trigger_type, # dark or live
)
# TODO: staged line mirroring? - need to keep track of multiple
# staged lines in editor - need to call
# `LineEditor.unstage_line()` on all staged lines..
# lines = self.lines_from_order(
line = self.new_line_from_order(
order,
chart=chart,
show_markers=True,
# just for the stage line to avoid
# flickering while moving the cursor
# around where it might trigger highlight
# then non-highlight depending on sensitivity
always_show_labels=True,
# don't highlight the "staging" line
highlight_on_hover=False,
# prevent flickering of marker while moving/tracking cursor
only_show_markers_on_hover=False,
)
self.lines.stage_line(line)
# add line to cursor trackers
cursor._trackers.add(line)
# TODO: see above about mirroring.
# for line in lines:
# if line._chart is chart:
# self.lines.stage_line(line)
# cursor._trackers.add(line)
# break
# hide crosshair y-line and label
cursor.hide_xhair()
return line
def submit_order(
self,
send_msg: bool = True,
order: Order | None = None,
) -> Dialog:
'''
Send execution order to EMS return a level line to
represent the order on a chart.
'''
if not order:
staged: Order = self._staged_order
# apply order fields for ems
oid = str(uuid.uuid4())
# NOTE: we have to str-ify `MktPair` first since we can't
# cast to it without being mega explicit with
# `msgspec.Struct`, which we're not yet..
order: Order = staged.copy({
'symbol': str(staged.symbol),
'oid': oid,
})
lines = self.lines_from_order(
order,
show_markers=True,
)
# register the "submitted" line under the cursor
# to be displayed when above order ack arrives
# (means the marker graphic doesn't show on screen until the
# order is live in the emsd).
# TODO: update the line once an ack event comes back
# from the EMS!
# maybe place a grey line in "submission" mode
# which will be updated to it's appropriate action
# color once the submission ack arrives.
self.lines.submit_lines(
lines=lines,
uuid=order.oid,
)
dialog = Dialog(
uuid=order.oid,
order=order,
symbol=order.symbol, # XXX: always a str?
lines=lines,
last_status_close=self.multistatus.open_status(
f'submitting {order.exec_mode}-{order.action}',
final_msg=f'submitted {order.exec_mode}-{order.action}',
clear_on_next=True,
)
)
# enter submission which will be popped once a response
# from the EMS is received to move the order to a different# status
self.dialogs[order.oid] = dialog
for line in lines:
# TODO: create a new ``OrderLine`` with this optional var defined
line.dialog = dialog
# hook up mouse drag handlers
line._on_drag_start = self.order_line_modify_start
line._on_drag_end = self.order_line_modify_complete
# send order cmd to ems
if send_msg:
self.client.send_nowait(order)
else:
# just register for control over this order
# TODO: some kind of mini-perms system here based on
# an out-of-band tagging/auth sub-sys for multiplayer
# order control?
self.client._sent_orders[order.oid] = order
return dialog
# order-line modify handlers
def order_line_modify_start(
self,
line: LevelLine,
) -> None:
log.info(f'Order modify: {line}')
# cancel original order until new position is found?
# TODO: make a config option for this behaviour..
def order_line_modify_complete(
self,
line: LevelLine,
) -> None:
'''
Retreive the level line's end state, compute the size
and price for the new price-level, send an update msg to
the EMS, adjust mirrored level line on secondary chart.
'''
mktinfo: MktPair = self.chart.linked.mkt
level = round(
line.value(),
ndigits=mktinfo.price_tick_digits,
)
# updated by level change callback set in ``.new_line_from_order()``
dialog = line.dialog
size = dialog.order.size
# NOTE: sends modified order msg to EMS
self.client.update_nowait(
uuid=line.dialog.uuid,
price=level,
size=size,
)
# adjust corresponding slow/fast chart line
# to match level
for ln in dialog.lines:
if ln is not line:
ln.set_level(line.value())
# EMS response msg handlers
def on_submit(
self,
uuid: str,
order: Order | None = None,
) -> Dialog:
'''
Order submitted status event handler.
Commit the order line and registered order uuid, store ack time stamp.
'''
lines = self.lines.commit_line(uuid)
# a submission is the start of a new order dialog
dialog = self.dialogs[uuid]
dialog.lines = lines
cls: Callable | None = dialog.last_status_close
if cls:
cls()
for line in lines:
# if an order msg is provided update the line
# **from** that msg.
if order:
line.set_level(order.price)
self.on_level_change_update_next_order_info(
level=order.price,
line=line,
order=order,
# use the corresponding position tracker for the
# order's account.
tracker=self.trackers[order.account],
)
# hide any lines not currently moused-over
if not line.get_cursor():
line.hide_labels()
return dialog
def on_fill(
self,
uuid: str,
price: float,
time_s: float,
pointing: str | None = None,
) -> None:
'''
Fill msg handler.
Triggered on reception of a `filled` message from the
EMS.
Update relevant UIs:
- add arrow annotation on bar
- update fill bar size
'''
dialog = self.dialogs[uuid]
lines = dialog.lines
chart = self.chart
# XXX: seems to fail on certain types of races?
# assert len(lines) == 2
if lines:
flume: Flume = self.feed.flumes[chart.linked.mkt.fqme]
_, _, ratio = flume.get_ds_info()
for chart, shm in [
(self.chart, flume.rt_shm),
(self.hist_chart, flume.hist_shm),
]:
viz = chart.get_viz(chart.name)
index_field = viz.index_field
arr = shm.array
# TODO: borked for int index based..
index = flume.get_index(time_s, arr)
# get absolute index for arrow placement
arrow_index = arr[index_field][index]
self.arrows.add(
chart.plotItem,
uuid,
arrow_index,
price,
pointing=pointing,
color=lines[0].color
)
else:
log.warn("No line(s) for order {uuid}!?")
def on_cancel(
self,
uuid: str
) -> None:
msg: Order = self.client._sent_orders.pop(uuid, None)
if msg is not None:
self.lines.remove_line(uuid=uuid)
self.chart.linked.cursor.show_xhair()
dialog = self.dialogs.pop(uuid, None)
if dialog:
dialog.last_status_close()
else:
log.warning(
f'Received cancel for unsubmitted order {pformat(msg)}'
)
def cancel_orders_under_cursor(self) -> list[str]:
return self.cancel_orders(
self.oids_from_lines(
self.lines.lines_under_cursor()
)
)
def oids_from_lines(
self,
lines: list[LevelLine],
) -> list[Dialog]:
oids: set[str] = set()
for line in lines:
dialog: Dialog = getattr(line, 'dialog', None)
oid: str = dialog.uuid
if (
dialog
and oid not in oids
):
oids.add(oid)
return oids
def cancel_orders(
self,
oids: list[str],
) -> None:
'''
Cancel all orders from a list of order ids: `oids`.
'''
key = self.multistatus.open_status(
f'cancelling {len(oids)} orders',
final_msg=f'cancelled orders:\n{oids}',
group_key=True
)
for oid in oids:
if dialog := self.dialogs.get(oid):
self.client.cancel_nowait(uuid=oid)
cancel_status_close = self.multistatus.open_status(
f'cancelling order {oid}',
group_key=key,
)
dialog.last_status_close = cancel_status_close
def cancel_all_orders(self) -> None:
'''
Cancel all unique orders / executions by extracting unique
order ids from all order lines and then submitting cancel
requests for each dialog.
'''
return self.cancel_orders(
self.oids_from_lines(
self.lines.all_lines()
)
)
def load_unknown_dialog_from_msg(
self,
msg: Status,
) -> Dialog:
# NOTE: the `.order` attr **must** be set with the
# equivalent order msg in order to be loaded.
order = msg.req
oid = str(msg.oid)
symbol = order.symbol
# TODO: MEGA UGGG ZONEEEE!
src = msg.src
if (
src
and src not in ('dark', 'paperboi')
and src not in symbol
):
fqme = symbol + '.' + src
brokername = src
else:
fqme = symbol
*head, brokername = fqme.rsplit('.')
# fill out complex fields
order.oid = str(order.oid)
order.brokers = [brokername]
# TODO: change this over to `MktPair`, but it's
# gonna be tough since we don't have any such data
# really in our clearing msg schema..
order.symbol = Symbol.from_fqme(
fqsn=fqme,
info={},
)
dialog = self.submit_order(
send_msg=False,
order=order,
)
assert self.dialogs[oid] == dialog
return dialog
@asynccontextmanager
async def open_order_mode(
feed: Feed,
godw: GodWidget,
fqme: str,
started: trio.Event,
loglevel: str = 'info'
) -> None:
'''
Activate chart-trader order mode loop:
- connect to emsd
- load existing positions
- begin EMS response handling loop which updates local
state, mostly graphics / UI.
'''
chart = godw.rt_linked.chart
hist_chart = godw.hist_linked.chart
multistatus = chart.window().status_bar
done = multistatus.open_status('starting order mode..')
client: OrderClient
trades_stream: tractor.MsgStream
# The keys in this dict **must** be in set our set of "normalized"
# symbol names (i.e. the same names you'd get back in search
# results) in order for position msgs to correctly trigger the
# display of a position indicator on screen.
position_msgs: dict[str, dict[str, BrokerdPosition]]
# spawn EMS actor-service
async with (
open_ems(
fqme,
loglevel=loglevel,
) as (
client,
trades_stream,
position_msgs,
brokerd_accounts,
ems_dialog_msgs,
),
trio.open_nursery() as tn,
):
log.info(f'Opening order mode for {fqme}')
# annotations editors
lines = LineEditor(godw=godw)
arrows = ArrowEditor(godw=godw)
# market endpoint info
mkt: MktPair = chart.linked.mkt
# map of per-provider account keys to position tracker instances
trackers: dict[str, PositionTracker] = {}
# load account names from ``brokers.toml``
accounts_def: bidict[str, str | None] = config.load_accounts(
providers=[mkt.broker],
)
# XXX: ``brokerd`` delivers a set of account names that it
# allows use of but the user also can define the accounts they'd
# like to use, in order, in their `brokers.toml` file.
accounts: dict[str, str] = {}
for name in brokerd_accounts:
# ensure name is in ``brokers.toml``
accounts[name] = accounts_def[name]
# always add a paper entry so that paper cleared
# order dialogs can be tracked in the order mode UIs.
accounts['paper'] = 'paper'
# first account listed is the one we select at startup
# (aka order based selection).
pp_account = next(
# choose first account based on line order from `brokers.toml`.
iter(accounts.keys())
) if accounts else 'paper'
# update pp trackers with data relayed from ``brokerd``.
for account_name in accounts:
# net-zero pp
startup_pp = Position(
mkt=mkt,
# XXX: BLEH, do we care about this on the client side?
bs_mktid=mkt.key,
)
# allocator config
alloc: Allocator = mk_allocator(
mkt=mkt,
account=account_name,
# if this startup size is greater the allocator limit,
# the limit is increased internally in this factory.
startup_pp=startup_pp,
)
pp_tracker = PositionTracker(
[chart, hist_chart],
alloc,
startup_pp
)
pp_tracker.nav.hide()
trackers[account_name] = pp_tracker
assert pp_tracker.startup_pp.cumsize == pp_tracker.live_pp.cumsize
# TODO: do we even really need the "startup pp" or can we
# just take the max and pass that into the some state / the
# alloc?
pp_tracker.update_from_pp()
# on existing position, show pp tracking graphics
if pp_tracker.startup_pp.cumsize != 0:
pp_tracker.nav.show()
pp_tracker.nav.hide_info()
# setup order mode sidepane widgets
form: FieldsForm = chart.sidepane
form.vbox.setSpacing(
int((1 + 5 / 8) * _font.px_size)
)
from ._feedstatus import mk_feed_label
feed_label = mk_feed_label(
form,
feed,
chart,
)
# XXX: we set this because?
form.feed_label = feed_label
order_pane = SettingsPane(
form=form,
# XXX: ugh, so hideous...
fill_bar=form.fill_bar,
pnl_label=form.left_label,
step_label=form.bottom_label,
limit_label=form.top_label,
)
order_pane.set_accounts(list(trackers.keys()))
form.vbox.addWidget(
feed_label,
alignment=Qt.AlignBottom,
)
# update pp icons
for name, tracker in trackers.items():
order_pane.update_account_icons({name: tracker.live_pp})
# top level abstraction which wraps all this crazyness into
# a namespace..
mode = OrderMode(
godw,
feed,
chart,
hist_chart,
tn,
client,
lines,
arrows,
multistatus,
pane=order_pane,
trackers=trackers,
)
# XXX: MUST be set
order_pane.order_mode = mode
# select a pp to track
tracker: PositionTracker = trackers[pp_account]
mode.current_pp = tracker
tracker.nav.show()
tracker.nav.hide_info()
# XXX: would love to not have to do this separate from edit
# fields (which are done in an async loop - see below)
# connect selection signals (from drop down widgets)
# to order sync pane handler
for key in ('account', 'size_unit',):
w = form.fields[key]
w.currentTextChanged.connect(
partial(
order_pane.on_selection_change,
key=key,
)
)
# make fill bar and positioning snapshot
order_pane.update_status_ui(tracker)
# TODO: create a mode "manager" of sorts?
# -> probably just call it "UxModes" err sumthin?
# so that view handlers can access it
chart.view.order_mode = mode
hist_chart.view.order_mode = mode
order_pane.on_ui_settings_change('account', pp_account)
mode.pane.display_pnl(mode.current_pp)
# Begin order-response streaming
done()
# Pack position messages by account, should only be one-to-one.
# NOTE: requires the backend exactly specifies
# the expected symbol key in its positions msg.
for (
(broker, acctid),
pps_by_fqme
) in position_msgs.items():
for msg in pps_by_fqme.values():
await process_trade_msg(
mode,
client,
msg,
)
# start async input handling for chart's view
async with (
# ``ChartView`` input async handler startup
chart.view.open_async_input_handler(),
hist_chart.view.open_async_input_handler(),
# pp pane kb inputs
open_form_input_handling(
form,
focus_next=chart.linked.godwidget,
on_value_change=order_pane.on_ui_settings_change,
),
):
# signal to top level symbol loading task we're ready
# to handle input since the ems connection is ready
started.set()
for oid, msg in ems_dialog_msgs.items():
# HACK ALERT: ensure a resp field is filled out since
# techincally the call below expects a ``Status``. TODO:
# parse into proper ``Status`` equivalents ems-side?
# msg.setdefault('resp', msg['broker_details']['resp'])
# msg.setdefault('oid', msg['broker_details']['oid'])
msg['brokerd_msg'] = msg
await process_trade_msg(
mode,
client,
msg,
)
tn.start_soon(
process_trades_and_update_ui,
trades_stream,
mode,
client,
)
yield mode
async def process_trades_and_update_ui(
trades_stream: tractor.MsgStream,
mode: OrderMode,
client: OrderClient,
) -> None:
# this is where we receive **back** messages
# about executions **from** the EMS actor
async for msg in trades_stream:
await process_trade_msg(
mode,
client,
msg,
)
async def process_trade_msg(
mode: OrderMode,
client: OrderClient,
msg: dict,
# emit linux DE notification?
# XXX: currently my experience with `dunst` is that this
# is horrible slow and clunky and invasive and noisy so i'm
# disabling it for now until we find a better UX solution..
do_notify: bool = False,
) -> tuple[Dialog, Status]:
fmsg = pformat(msg)
log.debug(f'Received order msg:\n{fmsg}')
name = msg['name']
if name in (
'position',
):
sym: MktPair = mode.chart.linked.mkt
pp_msg_symbol = msg['symbol'].lower()
fqme = sym.fqme
broker = sym.broker
if (
pp_msg_symbol == fqme
or pp_msg_symbol == fqme.removesuffix(f'.{broker}')
):
log.info(
f'Loading position for `{fqme}`:\n'
f'{fmsg}'
)
tracker = mode.trackers[msg['account']]
tracker.live_pp.update_from_msg(msg)
tracker.update_from_pp(
set_as_startup=True,
)
# status/pane UI
mode.pane.update_status_ui(tracker)
if tracker.live_pp.cumsize:
# display pnl
mode.pane.display_pnl(tracker)
# short circuit to next msg to avoid
# unnecessary msg content lookups
return
msg = Status(**msg)
resp = msg.resp
oid = msg.oid
dialog: Dialog = mode.dialogs.get(oid)
if dialog:
fqme = dialog.symbol
match msg:
case Status(
resp='dark_open' | 'open',
) if msg.req['action'] != 'cancel':
order = Order(**msg.req)
if (
dialog is not None
and order.action != 'cancel'
):
# show line label once order is live
mode.on_submit(oid, order=order)
elif order.action != 'cancel':
log.warning(
f'received msg for untracked dialog:\n{fmsg}'
)
assert msg.resp in ('open', 'dark_open'), f'Unknown msg: {msg}'
sym: MktPair = mode.chart.linked.mkt
fqme = sym.fqme
if (
((order.symbol + f'.{msg.src}') == fqme)
# a existing dark order for the same symbol
or (
order.symbol == fqme
and (
msg.src in ('dark', 'paperboi')
or (msg.src in fqme)
)
)
):
msg.req = order
dialog = mode.load_unknown_dialog_from_msg(msg)
mode.on_submit(oid)
case Status(resp='error'):
# do all the things for a cancel:
# - drop order-msg dialog from client table
# - delete level line from view
mode.on_cancel(oid)
# TODO: parse into broker-side msg, or should we
# expect it to just be **that** msg verbatim (since
# we'd presumably have only 1 `Error` msg-struct)
broker_msg: dict = msg.brokerd_msg
log.error(
f'Order {oid}->{resp} with:\n{pformat(broker_msg)}'
)
case Status(resp='canceled'):
# delete level line from view
mode.on_cancel(oid)
action = msg.req["action"]
log.cancel(f'Canceled {action}:{oid}')
case Status(
resp='triggered',
# req=Order(exec_mode='dark') # TODO: msgspec
req={'exec_mode': 'dark'},
):
# TODO: UX for a "pending" clear/live order
log.info(f'Dark order triggered for {fmsg}')
case Status(
resp='triggered',
# TODO: do the struct-msg version, blah blah..
# req=Order(exec_mode='live', action='alert') as req,
req={
'exec_mode': 'live',
'action': 'alert',
} as req,
):
# should only be one "fill" for an alert
# add a triangle and remove the level line
req = Order(**req)
tm = time.time()
mode.on_fill(
oid,
price=req.price,
time_s=tm,
)
mode.lines.remove_line(uuid=oid)
msg.req = req
if do_notify:
await notify_from_ems_status_msg(msg)
# response to completed 'dialog' for order request
case Status(
resp='closed',
# req=Order() as req, # TODO
req=req,
):
msg.req = Order(**req)
if do_notify:
await notify_from_ems_status_msg(msg)
mode.lines.remove_line(uuid=oid)
# each clearing tick is responded individually
case Status(resp='fill'):
# handle out-of-piker fills reporting?
order: Order | None
if not (order := client._sent_orders.get(oid)):
# set it from last known request msg
log.warning(f'order {oid} is unknown')
order = msg.req
# XXX TODO: have seen order be a dict here!?
# that should never happen tho?
action: str = (
getattr(order, 'action', None)
or order['action']
)
details: dict = msg.brokerd_msg
# TODO: state tracking:
# - put the actual exchange timestamp?
# - some kinda progress system?
# NOTE: currently the ``kraken`` openOrders sub
# doesn't deliver their engine timestamp as part of
# it's schema, so this value is **not** from them
# (see our backend code). We should probably either
# include all provider-engine timestamps in the
# summary 'closed' status msg and/or figure out
# a way to indicate what is a `brokerd` stamp versus
# a true backend one? This will require finagling
# with how each backend tracks/summarizes time
# stamps for the downstream API.
tm = details['broker_time']
mode.on_fill(
oid,
price=details['price'],
time_s=tm,
pointing='up' if action == 'buy' else 'down',
)
# TODO: append these fill events to the position's clear
# table?
# tracker = mode.trackers[msg['account']]
# tracker.live_pp.fills.append(msg)
# record message to dialog tracking
if dialog:
dialog.msgs[oid] = msg
return dialog, msg