"""Inara Sync."""
# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $#
# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $#
#
# This is an EDMC 'core' plugin.
#
# All EDMC plugins are *dynamically* loaded at run-time.
#
# We build for Windows using `py2exe`.
#
# `py2exe` can't possibly know about anything in the dynamically loaded
# core plugins.
#
# Thus you **MUST** check if any imports you add in this file are only
# referenced in this file (or only in any other core plugin), and if so...
#
# YOU MUST ENSURE THAT PERTINENT ADJUSTMENTS ARE MADE IN `setup.py`
# SO AS TO ENSURE THE FILES ARE ACTUALLY PRESENT IN AN END-USER
# INSTALLATION ON WINDOWS.
#
#
# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $#
# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $# ! $#
import json
import threading
import time
import tkinter as tk
from collections import OrderedDict, defaultdict, deque
from dataclasses import dataclass
from operator import itemgetter
from threading import Lock, Thread
from typing import TYPE_CHECKING, Any, Callable, Deque, Dict, List, Mapping, NamedTuple, Optional
from typing import OrderedDict as OrderedDictT
from typing import Sequence, Union, cast
import requests
import edmc_data
import killswitch
import myNotebook as nb # noqa: N813
import plug
import timeout_session
from companion import CAPIData
from config import applongname, appversion, config, debug_senders
from EDMCLogging import get_main_logger
from ttkHyperlinkLabel import HyperlinkLabel
logger = get_main_logger()
if TYPE_CHECKING:
def _(x: str) -> str:
return x
_TIMEOUT = 20
FAKE = ('CQC', 'Training', 'Destination') # Fake systems that shouldn't be sent to Inara
# We only update Credits to Inara if the delta from the last sent value is
# greater than certain thresholds
CREDITS_DELTA_MIN_FRACTION = 0.05 # Fractional difference threshold
CREDITS_DELTA_MIN_ABSOLUTE = 10_000_000 # Absolute difference threshold
# These need to be defined above This
class Credentials(NamedTuple):
"""Credentials holds the set of credentials required to identify an inara API payload to inara."""
cmdr: Optional[str]
fid: Optional[str]
api_key: str
EVENT_DATA = Union[Mapping[str, Any], Sequence[Mapping[str, Any]]]
@dataclass
class Event:
"""Event represents an event for the Inara API."""
name: str
timestamp: str
data: EVENT_DATA
class This:
"""Holds module globals."""
def __init__(self):
self.session = timeout_session.new_session()
self.thread: Thread
self.lastlocation = None # eventData from the last Commander's Flight Log event
self.lastship = None # eventData from the last addCommanderShip or setCommanderShip event
# Cached Cmdr state
self.cmdr: Optional[str] = None
self.FID: Optional[str] = None # Frontier ID
self.multicrew: bool = False # don't send captain's ship info to Inara while on a crew
self.newuser: bool = False # just entered API Key - send state immediately
self.newsession: bool = True # starting a new session - wait for Cargo event
self.undocked: bool = False # just undocked
self.suppress_docked = False # Skip initial Docked event if started docked
self.cargo: Optional[List[OrderedDictT[str, Any]]] = None
self.materials: Optional[List[OrderedDictT[str, Any]]] = None
self.last_credits: int = 0 # Send credit update soon after Startup / new game
self.storedmodules: Optional[List[OrderedDictT[str, Any]]] = None
self.loadout: Optional[OrderedDictT[str, Any]] = None
self.fleet: Optional[List[OrderedDictT[str, Any]]] = None
self.shipswap: bool = False # just swapped ship
self.on_foot = False
self.timer_run = True
# Main window clicks
self.system_link: tk.Widget = None # type: ignore
self.system: Optional[str] = None # type: ignore
self.system_address: Optional[str] = None # type: ignore
self.system_population: Optional[int] = None
self.station_link: tk.Widget = None # type: ignore
self.station = None
self.station_marketid = None
# Prefs UI
self.log: 'tk.IntVar'
self.log_button: nb.Checkbutton
self.label: HyperlinkLabel
self.apikey: nb.Entry
self.apikey_label: HyperlinkLabel
self.events: Dict[Credentials, Deque[Event]] = defaultdict(deque)
self.event_lock: Lock = threading.Lock() # protects events, for use when rewriting events
def filter_events(self, key: Credentials, predicate: Callable[[Event], bool]) -> None:
"""
filter_events is the equivalent of running filter() on any event list in the events dict.
it will automatically handle locking, and replacing the event list with the filtered version.
:param key: the key to filter
:param predicate: the predicate to use while filtering
"""
with self.event_lock:
tmp = self.events[key].copy()
self.events[key].clear()
self.events[key].extend(filter(predicate, tmp))
this = This()
# last time we updated, if unset in config this is 0, which means an instant update
LAST_UPDATE_CONF_KEY = 'inara_last_update'
EVENT_COLLECT_TIME = 31 # Minimum time to take collecting events before requesting a send
WORKER_WAIT_TIME = 35 # Minimum time for worker to wait between sends
STATION_UNDOCKED: str = '×' # "Station" name to display when not docked = U+00D7
TARGET_URL = 'https://inara.cz/inapi/v1/'
DEBUG = 'inara' in debug_senders
if DEBUG:
TARGET_URL = f'http://{edmc_data.DEBUG_WEBSERVER_HOST}:{edmc_data.DEBUG_WEBSERVER_PORT}/inara'
def system_url(system_name: str) -> str:
"""Get a URL for the current system."""
if this.system_address:
return requests.utils.requote_uri(f'https://inara.cz/galaxy-starsystem/?search={this.system_address}')
elif system_name:
return requests.utils.requote_uri(f'https://inara.cz/galaxy-starsystem/?search={system_name}')
return ''
def station_url(system_name: str, station_name: str) -> str:
"""
Get a URL for the current station.
If there is no station, the system URL is returned.
:param system_name: The name of the current system
:param station_name: The name of the current station, if any
:return: A URL to inara for the given system and station
"""
if system_name and station_name:
return requests.utils.requote_uri(f'https://inara.cz/galaxy-station/?search={system_name}%20[{station_name}]')
# monitor state might think these are gone, but we don't yet
if this.system and this.station:
return requests.utils.requote_uri(f'https://inara.cz/galaxy-station/?search={this.system}%20[{this.station}]')
if system_name:
return system_url(system_name)
return ''
def plugin_start3(plugin_dir: str) -> str:
"""
Start this plugin.
Start the worker thread to handle sending to Inara API.
"""
logger.debug('Starting worker thread...')
this.thread = Thread(target=new_worker, name='Inara worker')
this.thread.daemon = True
this.thread.start()
logger.debug('Done.')
return 'Inara'
def plugin_app(parent: tk.Tk) -> None:
"""Plugin UI setup Hook."""
this.system_link = parent.children['system'] # system label in main window
this.station_link = parent.children['station'] # station label in main window
this.system_link.bind_all('<<InaraLocation>>', update_location)
this.system_link.bind_all('<<InaraShip>>', update_ship)
def plugin_stop() -> None:
"""Plugin shutdown hook."""
logger.debug('We have no way to ask new_worker to stop, but...')
# The Newthis/new_worker doesn't have a method to ask the new_worker to
# stop. We're relying on it being a daemon thread and thus exiting when
# there are no non-daemon (i.e. main) threads running.
this.timer_run = False
logger.debug('Done.')
def plugin_prefs(parent: tk.Tk, cmdr: str, is_beta: bool) -> tk.Frame:
"""Plugin Preferences UI hook."""
x_padding = 10
x_button_padding = 12 # indent Checkbuttons and Radiobuttons
y_padding = 2 # close spacing
frame = nb.Frame(parent)
frame.columnconfigure(1, weight=1)
HyperlinkLabel(
frame, text='Inara', background=nb.Label().cget('background'), url='https://inara.cz/', underline=True
).grid(columnspan=2, padx=x_padding, sticky=tk.W) # Don't translate
this.log = tk.IntVar(value=config.get_int('inara_out') and 1)
this.log_button = nb.Checkbutton(
frame,
text=_('Send flight log and Cmdr status to Inara'), # LANG: Checkbox to enable INARA API Usage
variable=this.log,
command=prefsvarchanged
)
this.log_button.grid(columnspan=2, padx=x_button_padding, pady=(5, 0), sticky=tk.W)
nb.Label(frame).grid(sticky=tk.W) # big spacer
# Section heading in settings
this.label = HyperlinkLabel(
frame,
text=_('Inara credentials'), # LANG: Text for INARA API keys link ( goes to https://inara.cz/settings-api )
background=nb.Label().cget('background'),
url='https://inara.cz/settings-api',
underline=True
)
this.label.grid(columnspan=2, padx=x_padding, sticky=tk.W)
# LANG: Inara API key label
this.apikey_label = nb.Label(frame, text=_('API Key')) # Inara setting
this.apikey_label.grid(row=12, padx=x_padding, sticky=tk.W)
this.apikey = nb.Entry(frame)
this.apikey.grid(row=12, column=1, padx=x_padding, pady=y_padding, sticky=tk.EW)
prefs_cmdr_changed(cmdr, is_beta)
return frame
def prefs_cmdr_changed(cmdr: str, is_beta: bool) -> None:
"""Plugin commander change hook."""
this.log_button['state'] = tk.NORMAL if cmdr and not is_beta else tk.DISABLED
this.apikey['state'] = tk.NORMAL
this.apikey.delete(0, tk.END)
if cmdr:
cred = credentials(cmdr)
if cred:
this.apikey.insert(0, cred)
state: str = tk.DISABLED
if cmdr and not is_beta and this.log.get():
state = tk.NORMAL
this.label['state'] = state
this.apikey_label['state'] = state
this.apikey['state'] = state
def prefsvarchanged():
"""Preferences window change hook."""
state = tk.DISABLED
if this.log.get():
state = this.log_button['state']
this.label['state'] = state
this.apikey_label['state'] = state
this.apikey['state'] = state
def prefs_changed(cmdr: str, is_beta: bool) -> None:
"""Preferences window closed hook."""
changed = config.get_int('inara_out') != this.log.get()
config.set('inara_out', this.log.get())
if cmdr and not is_beta:
this.cmdr = cmdr
this.FID = None
cmdrs = config.get_list('inara_cmdrs', default=[])
apikeys = config.get_list('inara_apikeys', default=[])
if cmdr in cmdrs:
idx = cmdrs.index(cmdr)
apikeys.extend([''] * (1 + idx - len(apikeys)))
changed |= (apikeys[idx] != this.apikey.get().strip())
apikeys[idx] = this.apikey.get().strip()
else:
config.set('inara_cmdrs', cmdrs + [cmdr])
changed = True
apikeys.append(this.apikey.get().strip())
config.set('inara_apikeys', apikeys)
if this.log.get() and changed:
this.newuser = True # Send basic info at next Journal event
new_add_event(
'getCommanderProfile', time.strftime('%Y-%m-%dT%H:%M:%SZ', time.gmtime()), {'searchName': cmdr}
)
def credentials(cmdr: Optional[str]) -> Optional[str]:
"""
Get the credentials for the current commander.
:param cmdr: Commander name to search for credentials
:return: Credentials for the given commander or None
"""
if not cmdr:
return None
cmdrs = config.get_list('inara_cmdrs', default=[])
if cmdr in cmdrs and config.get_list('inara_apikeys'):
return config.get_list('inara_apikeys')[cmdrs.index(cmdr)]
else:
return None
def journal_entry( # noqa: C901, CCR001
cmdr: str, is_beta: bool, system: str, station: str, entry: Dict[str, Any], state: Dict[str, Any]
) -> str:
"""
Journal entry hook.
:return: str - empty if no error, else error string.
"""
should_return, new_entry = killswitch.check_killswitch('plugins.inara.journal', entry, logger)
if should_return:
plug.show_error(_('Inara disabled. See Log.')) # LANG: INARA support disabled via killswitch
logger.trace('returning due to killswitch match')
return ''
should_return, new_entry = killswitch.check_killswitch(
f'plugins.inara.journal.event.{entry["event"]}', new_entry, logger
)
if should_return:
logger.trace('returning due to killswitch match')
# this can and WILL break state, but if we're concerned about it sending bad data, we'd disable globally anyway
return ''
entry = new_entry
this.on_foot = state['OnFoot']
event_name: str = entry['event']
this.cmdr = cmdr
this.FID = state['FID']
this.multicrew = bool(state['Role'])
if event_name == 'LoadGame' or this.newuser:
# clear cached state
if event_name == 'LoadGame':
# User setup Inara API while at the loading screen - proceed as for new session
this.newuser = False
this.newsession = True
else:
this.newuser = True
this.newsession = False
this.undocked = False
this.suppress_docked = False
this.cargo = None
this.materials = None
this.last_credits = 0
this.storedmodules = None
this.loadout = None
this.fleet = None
this.shipswap = False
this.system = None
this.system_address = None
this.station = None
this.station_marketid = None
elif event_name in ('Resurrect', 'ShipyardBuy', 'ShipyardSell', 'SellShipOnRebuy'):
# Events that mean a significant change in credits, so we should send credits after next "Update"
this.last_credits = 0
elif event_name in ('ShipyardNew', 'ShipyardSwap') or (event_name == 'Location' and entry['Docked']):
this.suppress_docked = True
# Always update our system address even if we're not currently the provider for system or station, but dont update
# on events that contain "future" data, such as FSDTarget
if entry['event'] in ('Location', 'Docked', 'CarrierJump', 'FSDJump'):
this.system_address = entry.get('SystemAddress') or this.system_address
this.system = entry.get('StarSystem') or this.system
# We need pop == 0 to set the value so as to clear 'x' in systems with
# no stations.
pop: Optional[int] = entry.get('Population')
if pop is not None:
this.system_population = pop
this.station = entry.get('StationName', this.station)
# on_foot station detection
if entry['event'] == 'Location' and entry['BodyType'] == 'Station':
this.station = entry['Body']
this.station_marketid = entry.get('MarketID', this.station_marketid) or this.station_marketid
# We might pick up StationName in DockingRequested, make sure we clear it if leaving
if event_name in ('Undocked', 'FSDJump', 'SupercruiseEntry'):
this.station = None
this.station_marketid = None
if entry['event'] == 'Embark' and not entry.get('OnStation'):
# If we're embarking OnStation to a Taxi/Dropship we'll also get an
# Undocked event.
this.station = None
this.station_marketid = None
if config.get_int('inara_out') and not is_beta and not this.multicrew and credentials(cmdr):
current_credentials = Credentials(this.cmdr, this.FID, str(credentials(this.cmdr)))
try:
# Dump starting state to Inara
if (this.newuser or event_name == 'StartUp' or (this.newsession and event_name == 'Cargo')):
this.newuser = False
this.newsession = False
# Don't send the API call with no values.
if state['Reputation']:
new_add_event(
'setCommanderReputationMajorFaction',
entry['timestamp'],
[
{'majorfactionName': k.lower(), 'majorfactionReputation': v / 100.0}
for k, v in state['Reputation'].items() if v is not None
]
)
if state['Engineers']: # Not populated < 3.3
to_send_list: List[Mapping[str, Any]] = []
for k, v in state['Engineers'].items():
e = {'engineerName': k}
if isinstance(v, tuple):
e['rankValue'] = v[0]
else:
e['rankStage'] = v
to_send_list.append(e)
new_add_event(
'setCommanderRankEngineer',
entry['timestamp'],
to_send_list,
)
# Update location
# Might not be available if this event is a 'StartUp' and we're replaying
# a log.
# XXX: This interferes with other more specific setCommanderTravelLocation events in the same
# batch.
# if system:
# new_add_event(
# 'setCommanderTravelLocation',
# entry['timestamp'],
# OrderedDict([
# ('starsystemName', system),
# ('stationName', station), # Can be None
# ])
# )
# Update ship
if state['ShipID']: # Unknown if started in Fighter or SRV
cur_ship: Dict[str, Any] = {
'shipType': state['ShipType'],
'shipGameID': state['ShipID'],
'shipName': state['ShipName'],
'shipIdent': state['ShipIdent'],
'isCurrentShip': True,
}
if state['HullValue']:
cur_ship['shipHullValue'] = state['HullValue']
if state['ModulesValue']:
cur_ship['shipModulesValue'] = state['ModulesValue']
cur_ship['shipRebuyCost'] = state['Rebuy']
new_add_event('setCommanderShip', entry['timestamp'], cur_ship)
this.loadout = make_loadout(state)
new_add_event('setCommanderShipLoadout', entry['timestamp'], this.loadout)
# Trigger off the "only observed as being after Ranks" event so that
# we have both current Ranks *and* current Progress within them.
elif event_name == 'Progress':
# Send rank info to Inara on startup
new_add_event(
'setCommanderRankPilot',
entry['timestamp'],
[
{'rankName': k.lower(), 'rankValue': v[0], 'rankProgress': v[1] / 100.0}
for k, v in state['Rank'].items() if v is not None
]
)
# Promotions
elif event_name == 'Promotion':
for k, v in state['Rank'].items():
if k in entry:
new_add_event(
'setCommanderRankPilot',
entry['timestamp'],
{'rankName': k.lower(), 'rankValue': v[0], 'rankProgress': 0}
)
elif event_name == 'EngineerProgress' and 'Engineer' in entry:
# TODO: due to this var name being used above, the types are weird
to_send_dict = {'engineerName': entry['Engineer']}
if 'Rank' in entry:
to_send_dict['rankValue'] = entry['Rank']
else:
to_send_dict['rankStage'] = entry['Progress']
new_add_event(
'setCommanderRankEngineer',
entry['timestamp'],
to_send_dict
)
# PowerPlay status change
if event_name == 'PowerplayJoin':
new_add_event(
'setCommanderRankPower',
entry['timestamp'],
{'powerName': entry['Power'], 'rankValue': 1}
)
elif event_name == 'PowerplayLeave':
new_add_event(
'setCommanderRankPower',
entry['timestamp'],
{'powerName': entry['Power'], 'rankValue': 0}
)
elif event_name == 'PowerplayDefect':
new_add_event(
'setCommanderRankPower',
entry['timestamp'],
{'powerName': entry['ToPower'], 'rankValue': 1}
)
# Ship change
if event_name == 'Loadout' and this.shipswap:
cur_ship = {
'shipType': state['ShipType'],
'shipGameID': state['ShipID'],
'shipName': state['ShipName'], # Can be None
'shipIdent': state['ShipIdent'], # Can be None
'isCurrentShip': True,
}
if state['HullValue']:
cur_ship['shipHullValue'] = state['HullValue']
if state['ModulesValue']:
cur_ship['shipModulesValue'] = state['ModulesValue']
cur_ship['shipRebuyCost'] = state['Rebuy']
new_add_event('setCommanderShip', entry['timestamp'], cur_ship)
this.loadout = make_loadout(state)
new_add_event('setCommanderShipLoadout', entry['timestamp'], this.loadout)
this.shipswap = False
# Location change
elif event_name == 'Docked':
if this.undocked:
# Undocked and now docking again. Don't send.
this.undocked = False
elif this.suppress_docked:
# Don't send initial Docked event on new game
this.suppress_docked = False
else:
to_send = {
'starsystemName': system,
'stationName': station,
'shipType': state['ShipType'],
'shipGameID': state['ShipID'],
}
if entry.get('Taxi'):
# we're in a taxi, dont store ShipType or shipGameID
del to_send['shipType']
del to_send['shipGameID']
# We were in a taxi. What kind?
if state['Dropship'] is not None and state['Dropship']:
to_send['isTaxiDropship'] = True
elif state['Taxi'] is not None and state['Taxi']:
to_send['isTaxiShuttle'] = True
else: # we dont know one way or another. Given we were told it IS a taxi, assume its a shuttle.
to_send['isTaxiShuttle'] = True
if 'MarketID' in entry:
to_send['marketID'] = entry['MarketID']
# TODO: we _can_ include a Body name here, but I'm not entirely sure how best to go about doing that
new_add_event(
'addCommanderTravelDock',
entry['timestamp'],
to_send
)
elif event_name == 'Undocked':
this.undocked = True
this.station = None
elif event_name == 'SupercruiseEntry':
this.undocked = False
elif event_name == 'SupercruiseExit':
to_send = {
'starsystemName': entry['StarSystem'],
}
if entry['BodyType'] == 'Planet':
to_send['starsystemBodyName'] = entry['Body']
new_add_event('setCommanderTravelLocation', entry['timestamp'], to_send)
elif event_name == 'ApproachSettlement':
# If you're near a Settlement on login this event is recorded, but
# we might not yet have system logged for use.
if system:
to_send = {
'starsystemName': system,
'stationName': entry['Name'],
'marketID': entry['MarketID'],
'starsystemBodyName': entry['BodyName'],
'starsystemBodyCoords': [entry['Latitude'], entry['Longitude']]
}
new_add_event('setCommanderTravelLocation', entry['timestamp'], to_send)
elif event_name == 'FSDJump':
this.undocked = False
to_send = {
'starsystemName': entry['StarSystem'],
'starsystemCoords': entry['StarPos'],
'jumpDistance': entry['JumpDist'],
'shipType': state['ShipType'],
'shipGameID': state['ShipID'],
}
if state['Taxi'] is not None and state['Taxi']:
del to_send['shipType']
del to_send['shipGameID']
# taxi. What kind?
if state['Dropship'] is not None and state['Dropship']:
to_send['isTaxiDropship'] = True
else:
to_send['isTaxiShuttle'] = True
new_add_event(
'addCommanderTravelFSDJump',
entry['timestamp'],
to_send
)
if entry.get('Factions'):
new_add_event(
'setCommanderReputationMinorFaction',
entry['timestamp'],
[
{'minorfactionName': f['Name'], 'minorfactionReputation': f['MyReputation'] / 100.0}
for f in entry['Factions']
]
)
elif event_name == 'CarrierJump':
to_send = {
'starsystemName': entry['StarSystem'],
'stationName': entry['StationName'],
'marketID': entry['MarketID'],
'shipType': state['ShipType'],
'shipGameID': state['ShipID'],
}
if 'StarPos' in entry:
to_send['starsystemCoords'] = entry['StarPos']
new_add_event(
'addCommanderTravelCarrierJump',
entry['timestamp'],
to_send
)
if entry.get('Factions'):
new_add_event(
'setCommanderReputationMinorFaction',
entry['timestamp'],
[
{'minorfactionName': f['Name'], 'minorfactionReputation': f['MyReputation'] / 100.0}
for f in entry['Factions']
]
)
# Ignore the following 'Docked' event
this.suppress_docked = True
cargo: List[OrderedDictT[str, Any]]
cargo = [OrderedDict({'itemName': k, 'itemCount': state['Cargo'][k]}) for k in sorted(state['Cargo'])]
# Send cargo and materials if changed
if this.cargo != cargo:
new_add_event('setCommanderInventoryCargo', entry['timestamp'], cargo)
this.cargo = cargo
materials: List[OrderedDictT[str, Any]] = []
for category in ('Raw', 'Manufactured', 'Encoded'):
materials.extend(
[OrderedDict([('itemName', k), ('itemCount', state[category][k])]) for k in sorted(state[category])]
)
if this.materials != materials:
new_add_event('setCommanderInventoryMaterials', entry['timestamp'], materials)
this.materials = materials
except Exception as e:
logger.debug('Adding events', exc_info=e)
return str(e)
# We want to utilise some Statistics data, so don't setCommanderCredits here
if event_name == 'LoadGame':
this.last_credits = state['Credits']
elif event_name == 'Statistics':
inara_data = {
'commanderCredits': state['Credits'],
'commanderLoan': state['Loan'],
}
if entry.get('Bank_Account') is not None:
if entry['Bank_Account'].get('Current_Wealth') is not None:
inara_data['commanderAssets'] = entry['Bank_Account']['Current_Wealth']
new_add_event(
'setCommanderCredits',
entry['timestamp'],
inara_data
)
new_add_event('setCommanderGameStatistics', entry['timestamp'], state['Statistics']) # may be out of date
# Selling / swapping ships
if event_name == 'ShipyardNew':
new_add_event(
'addCommanderShip',
entry['timestamp'],
{'shipType': entry['ShipType'], 'shipGameID': entry['NewShipID']}
)
this.shipswap = True # Want subsequent Loadout event to be sent immediately
elif event_name in ('ShipyardBuy', 'ShipyardSell', 'SellShipOnRebuy', 'ShipyardSwap'):
if event_name == 'ShipyardSwap':
this.shipswap = True # Don't know new ship name and ident 'til the following Loadout event
if 'StoreShipID' in entry:
new_add_event(
'setCommanderShip',
entry['timestamp'],
{
'shipType': entry['StoreOldShip'],
'shipGameID': entry['StoreShipID'],
'starsystemName': system,
'stationName': station,
}
)
elif 'SellShipID' in entry:
new_add_event(
'delCommanderShip',
entry['timestamp'],
{
'shipType': entry.get('SellOldShip', entry['ShipType']),
'shipGameID': entry['SellShipID'],
}
)
elif event_name == 'SetUserShipName':
new_add_event(
'setCommanderShip',
entry['timestamp'],
{
'shipType': state['ShipType'],
'shipGameID': state['ShipID'],
'shipName': state['ShipName'], # Can be None
'shipIdent': state['ShipIdent'], # Can be None
'isCurrentShip': True,
}
)
elif event_name == 'ShipyardTransfer':
new_add_event(
'setCommanderShipTransfer',
entry['timestamp'],
{
'shipType': entry['ShipType'],
'shipGameID': entry['ShipID'],
'starsystemName': system,
'stationName': station,
'transferTime': entry['TransferTime'],
}
)
# Fleet
if event_name == 'StoredShips':
fleet: List[OrderedDictT[str, Any]] = sorted(
[OrderedDict({
'shipType': x['ShipType'],
'shipGameID': x['ShipID'],
'shipName': x.get('Name'),
'isHot': x['Hot'],
'starsystemName': entry['StarSystem'],
'stationName': entry['StationName'],
'marketID': entry['MarketID'],
}) for x in entry['ShipsHere']] +
[OrderedDict({
'shipType': x['ShipType'],
'shipGameID': x['ShipID'],
'shipName': x.get('Name'),
'isHot': x['Hot'],
'starsystemName': x.get('StarSystem'), # Not present for ships in transit
'marketID': x.get('ShipMarketID'), # "
}) for x in entry['ShipsRemote']],
key=itemgetter('shipGameID')
)
if this.fleet != fleet:
this.fleet = fleet
this.filter_events(current_credentials, lambda e: e.name != 'setCommanderShip')
# this.events = [x for x in this.events if x['eventName'] != 'setCommanderShip'] # Remove any unsent
for ship in this.fleet:
new_add_event('setCommanderShip', entry['timestamp'], ship)
# Loadout
if event_name == 'Loadout' and not this.newsession:
loadout = make_loadout(state)
if this.loadout != loadout:
this.loadout = loadout
this.filter_events(
current_credentials,
lambda e: (
e.name != 'setCommanderShipLoadout'
or cast(dict, e.data)['shipGameID'] != cast(dict, this.loadout)['shipGameID'])
)
new_add_event('setCommanderShipLoadout', entry['timestamp'], this.loadout)
# Stored modules
if event_name == 'StoredModules':
items = {mod['StorageSlot']: mod for mod in entry['Items']} # Impose an order
modules: List[OrderedDictT[str, Any]] = []
for slot in sorted(items):
item = items[slot]
module: OrderedDictT[str, Any] = OrderedDict([
('itemName', item['Name']),
('itemValue', item['BuyPrice']),
('isHot', item['Hot']),
])
# Location can be absent if in transit
if 'StarSystem' in item:
module['starsystemName'] = item['StarSystem']
if 'MarketID' in item:
module['marketID'] = item['MarketID']
if 'EngineerModifications' in item:
module['engineering'] = OrderedDict([('blueprintName', item['EngineerModifications'])])
if 'Level' in item:
module['engineering']['blueprintLevel'] = item['Level']
if 'Quality' in item:
module['engineering']['blueprintQuality'] = item['Quality']
modules.append(module)
if this.storedmodules != modules:
# Only send on change
this.storedmodules = modules
# Remove any unsent
this.filter_events(current_credentials, lambda e: e.name != 'setCommanderStorageModules')
# this.events = list(filter(lambda e: e['eventName'] != 'setCommanderStorageModules', this.events))
new_add_event('setCommanderStorageModules', entry['timestamp'], this.storedmodules)
# Missions
if event_name == 'MissionAccepted':
data: OrderedDictT[str, Any] = OrderedDict([
('missionName', entry['Name']),
('missionGameID', entry['MissionID']),
('influenceGain', entry['Influence']),
('reputationGain', entry['Reputation']),
('starsystemNameOrigin', system),
('stationNameOrigin', station),
('minorfactionNameOrigin', entry['Faction']),
])
# optional mission-specific properties
for (iprop, prop) in [
('missionExpiry', 'Expiry'), # Listed as optional in the docs, but always seems to be present
('starsystemNameTarget', 'DestinationSystem'),
('stationNameTarget', 'DestinationStation'),
('minorfactionNameTarget', 'TargetFaction'),
('commodityName', 'Commodity'),
('commodityCount', 'Count'),
('targetName', 'Target'),
('targetType', 'TargetType'),
('killCount', 'KillCount'),
('passengerType', 'PassengerType'),
('passengerCount', 'PassengerCount'),
('passengerIsVIP', 'PassengerVIPs'),
('passengerIsWanted', 'PassengerWanted'),
]:
if prop in entry:
data[iprop] = entry[prop]
new_add_event('addCommanderMission', entry['timestamp'], data)
elif event_name == 'MissionAbandoned':
new_add_event('setCommanderMissionAbandoned', entry['timestamp'], {'missionGameID': entry['MissionID']})
elif event_name == 'MissionCompleted':
for x in entry.get('PermitsAwarded', []):
new_add_event('addCommanderPermit', entry['timestamp'], {'starsystemName': x})
data = OrderedDict([('missionGameID', entry['MissionID'])])
if 'Donation' in entry:
data['donationCredits'] = entry['Donation']
if 'Reward' in entry:
data['rewardCredits'] = entry['Reward']
if 'PermitsAwarded' in entry:
data['rewardPermits'] = [{'starsystemName': x} for x in entry['PermitsAwarded']]
if 'CommodityReward' in entry:
data['rewardCommodities'] = [{'itemName': x['Name'], 'itemCount': x['Count']}
for x in entry['CommodityReward']]
if 'MaterialsReward' in entry:
data['rewardMaterials'] = [{'itemName': x['Name'], 'itemCount': x['Count']}
for x in entry['MaterialsReward']]
factioneffects = []
for faction in entry.get('FactionEffects', []):
effect: OrderedDictT[str, Any] = OrderedDict([('minorfactionName', faction['Faction'])])
for influence in faction.get('Influence', []):
if 'Influence' in influence:
highest_gain = influence['Influence']
if len(effect.get('influenceGain', '')) > len(highest_gain):
highest_gain = effect['influenceGain']
effect['influenceGain'] = highest_gain
if 'Reputation' in faction:
effect['reputationGain'] = faction['Reputation']
factioneffects.append(effect)
if factioneffects:
data['minorfactionEffects'] = factioneffects
new_add_event('setCommanderMissionCompleted', entry['timestamp'], data)
elif event_name == 'MissionFailed':
new_add_event('setCommanderMissionFailed', entry['timestamp'], {'missionGameID': entry['MissionID']})
# Combat
if event_name == 'Died':
data = OrderedDict([('starsystemName', system)])
if 'Killers' in entry:
data['wingOpponentNames'] = [x['Name'] for x in entry['Killers']]
elif 'KillerName' in entry:
data['opponentName'] = entry['KillerName']
new_add_event('addCommanderCombatDeath', entry['timestamp'], data)
elif event_name == 'Interdicted':
data = OrderedDict([('starsystemName', system),
('isPlayer', entry['IsPlayer']),
('isSubmit', entry['Submitted']),
])
if 'Interdictor' in entry:
data['opponentName'] = entry['Interdictor']
elif 'Faction' in entry:
data['opponentName'] = entry['Faction']
elif 'Power' in entry:
data['opponentName'] = entry['Power']
new_add_event('addCommanderCombatInterdicted', entry['timestamp'], data)
elif event_name == 'Interdiction':
data = OrderedDict([
('starsystemName', system),
('isPlayer', entry['IsPlayer']),
('isSuccess', entry['Success']),
])
if 'Interdicted' in entry:
data['opponentName'] = entry['Interdicted']
elif 'Faction' in entry:
data['opponentName'] = entry['Faction']
elif 'Power' in entry:
data['opponentName'] = entry['Power']
new_add_event('addCommanderCombatInterdiction', entry['timestamp'], data)
elif event_name == 'EscapeInterdiction':
new_add_event(
'addCommanderCombatInterdictionEscape',
entry['timestamp'],
{
'starsystemName': system,
'opponentName': entry['Interdictor'],
'isPlayer': entry['IsPlayer'],
}
)
elif event_name == 'PVPKill':
new_add_event(
'addCommanderCombatKill',
entry['timestamp'],
{
'starsystemName': system,
'opponentName': entry['Victim'],
}
)
# New Odyssey features
elif event_name == 'DropshipDeploy':
new_add_event(
'addCommanderTravelLand',
entry['timestamp'],
{
'starsystemName': entry['StarSystem'],
'starsystemBodyName': entry['Body'],
'isTaxiDropship': True,
}
)
elif event_name == 'Touchdown':
# Touchdown has FAR more info available on Odyssey vs Horizons:
# Horizons:
# {"timestamp":"2021-05-31T09:10:54Z","event":"Touchdown",
# "PlayerControlled":true,"Latitude":46.691929,"Longitude":-92.679977}
#
# Odyssey:
# {"timestamp":"2021-05-31T08:48:08Z","event":"Touchdown","PlayerControlled":true,"Taxi":false,
# "Multicrew":false,"StarSystem":"Gateway","SystemAddress":2832631665362,"Body":"Saunder's Rock","BodyID":2,
# "OnStation":false,"OnPlanet":true,"Latitude":54.79665,"Longitude":-99.498253}
#
# So we're going to do a lot of checking here and bail out if we dont like the look of ANYTHING here
to_send_data: Optional[Dict[str, Any]] = {} # This is a glorified sentinel until lower down.
# On Horizons, neither of these exist on TouchDown
star_system_name = entry.get('StarSystem', this.system)
body_name = entry.get('Body', state['Body'] if state['BodyType'] == 'Planet' else None)
if star_system_name is None:
logger.warning('Refusing to update addCommanderTravelLand as we dont have a StarSystem!')
to_send_data = None
if body_name is None:
logger.warning('Refusing to update addCommanderTravelLand as we dont have a Body!')
to_send_data = None
if (op := entry.get('OnPlanet')) is not None and not op:
logger.warning('Refusing to update addCommanderTravelLand when OnPlanet is False!')
logger.warning(f'{entry=}')
to_send_data = None
if not entry['PlayerControlled']:
logger.info("Not updating inara addCommanderTravelLand for autonomous recall landing")
to_send_data = None
if to_send_data is not None:
# Above checks passed. Lets build and send this!
to_send_data['starsystemName'] = star_system_name # Required
to_send_data['starsystemBodyName'] = body_name # Required
# Following are optional
# lat/long is always there unless its an automated (recall) landing. Thus as we're sure its _not_
# we can assume this exists. If it doesn't its a bug anyway.
to_send_data['starsystemBodyCoords'] = [entry['Latitude'], entry['Longitude']]
if state.get('ShipID') is not None:
to_send_data['shipGameID'] = state['ShipID']
if state.get('ShipType') is not None:
to_send_data['shipType'] = state['ShipType']
to_send_data['isTaxiShuttle'] = False
to_send_data['isTaxiDropShip'] = False
new_add_event('addCommanderTravelLand', entry['timestamp'], to_send_data)
elif event_name == 'ShipLocker':
# In ED 4.0.0.400 the event is only full sometimes, other times indicating
# ShipLocker.json was written.
if not all(t in entry for t in ('Components', 'Consumables', 'Data', 'Items')):
# So it's an empty event, core EDMC should have stuffed the data
# into state['ShipLockerJSON'].
entry = state['ShipLockerJSON']
odyssey_plural_microresource_types = ('Items', 'Components', 'Data', 'Consumables')
# we're getting new data here. so reset it on inara's side just to be sure that we set everything right
reset_data = [{'itemType': t} for t in odyssey_plural_microresource_types]
set_data = []
for typ in odyssey_plural_microresource_types:
set_data.extend([
{'itemName': thing['Name'], 'itemCount': thing['Count'], 'itemType': typ} for thing in entry[typ]
])
new_add_event('resetCommanderInventory', entry['timestamp'], reset_data)
new_add_event('setCommanderInventory', entry['timestamp'], set_data)
elif event_name in ('CreateSuitLoadout', 'SuitLoadout'):
# CreateSuitLoadout and SuitLoadout are pretty much the same event:
# ╙─╴% cat Journal.* | jq 'select(.event == "SuitLoadout" or .event == "CreateSuitLoadout") | keys' -c \
# | uniq
#
# ["LoadoutID","LoadoutName","Modules","SuitID","SuitMods","SuitName","SuitName_Localised","event",
# "timestamp"]
to_send = {
'loadoutGameID': entry['LoadoutID'],
'loadoutName': entry['LoadoutName'],
'suitGameID': entry['SuitID'],
'suitType': entry['SuitName'],
'suitMods': entry['SuitMods'],
'suitLoadout': [
{
'slotName': x['SlotName'],
'itemName': x['ModuleName'],
'itemClass': x['Class'],
'itemGameID': x['SuitModuleID'],
'engineering': [{'blueprintName': mod} for mod in x['WeaponMods']],
} for x in entry['Modules']
],
}
new_add_event('setCommanderSuitLoadout', entry['timestamp'], to_send)
elif event_name == 'DeleteSuitLoadout':
new_add_event('delCommanderSuitLoadout', entry['timestamp'], {'loadoutGameID': entry['LoadoutID']})
elif event_name == 'RenameSuitLoadout':
to_send = {
'loadoutGameID': entry['LoadoutID'],
'loadoutName': entry['LoadoutName'],
# may as well...
'suitType': entry['SuitName'],
'suitGameID': entry['SuitID']
}
new_add_event('updateCommanderSuitLoadout', entry['timestamp'], {})
elif event_name == 'LoadoutEquipModule':
to_send = {
'loadoutGameID': entry['LoadoutID'],
'loadoutName': entry['LoadoutName'],
'suitType': entry['SuitName'],
'suitGameID': entry['SuitID'],
'suitLoadout': [
{
'slotName': entry['SlotName'],
'itemName': entry['ModuleName'],
'itemGameID': entry['SuitModuleID'],
'itemClass': entry['Class'],
'engineering': [{'blueprintName': mod} for mod in entry['WeaponMods']],
}
],
}
new_add_event('updateCommanderSuitLoadout', entry['timestamp'], to_send)
elif event_name == 'Location':
to_send = {
'starsystemName': entry['StarSystem'],
'starsystemCoords': entry['StarPos'],
}
if entry['Docked']:
to_send['stationName'] = entry['StationName']
to_send['marketID'] = entry['MarketID']
if entry['Docked'] and entry['BodyType'] == 'Planet':
# we're Docked, but we're not on a Station, thus we're docked at a planetary base of some kind
# and thus, we SHOULD include starsystemBodyName
to_send['starsystemBodyName'] = entry['Body']
if 'Longitude' in entry and 'Latitude' in entry:
# These were included thus we are landed
to_send['starsystemBodyCoords'] = [entry['Latitude'], entry['Longitude']]
# if we're not Docked, but have these, we're either landed or close enough that it doesn't matter.
to_send['starsystemBodyName'] = entry['Body']
new_add_event('setCommanderTravelLocation', entry['timestamp'], to_send)
# Community Goals
if event_name == 'CommunityGoal':
# Remove any unsent
this.filter_events(
current_credentials, lambda e: e.name not in ('setCommunityGoal', 'setCommanderCommunityGoalProgress')
)
# this.events = list(filter(
# lambda e: e['eventName'] not in ('setCommunityGoal', 'setCommanderCommunityGoalProgress'),
# this.events
# ))
for goal in entry['CurrentGoals']:
data = OrderedDict([
('communitygoalGameID', goal['CGID']),
('communitygoalName', goal['Title']),
('starsystemName', goal['SystemName']),
('stationName', goal['MarketName']),
('goalExpiry', goal['Expiry']),
('isCompleted', goal['IsComplete']),
('contributorsNum', goal['NumContributors']),
('contributionsTotal', goal['CurrentTotal']),
])
if 'TierReached' in goal:
data['tierReached'] = int(goal['TierReached'].split()[-1])
if 'TopRankSize' in goal:
data['topRankSize'] = goal['TopRankSize']
if 'TopTier' in goal:
data['tierMax'] = int(goal['TopTier']['Name'].split()[-1])
data['completionBonus'] = goal['TopTier']['Bonus']
new_add_event('setCommunityGoal', entry['timestamp'], data)
data = OrderedDict([
('communitygoalGameID', goal['CGID']),
('contribution', goal['PlayerContribution']),
('percentileBand', goal['PlayerPercentileBand']),
])
if 'Bonus' in goal:
data['percentileBandReward'] = goal['Bonus']
if 'PlayerInTopRank' in goal:
data['isTopRank'] = goal['PlayerInTopRank']
new_add_event('setCommanderCommunityGoalProgress', entry['timestamp'], data)
# Friends
if event_name == 'Friends':
if entry['Status'] in ['Added', 'Online']:
new_add_event(
'addCommanderFriend',
entry['timestamp'],
{
'commanderName': entry['Name'],
'gamePlatform': 'pc',
}
)
elif entry['Status'] in ['Declined', 'Lost']:
new_add_event(
'delCommanderFriend',
entry['timestamp'],
{
'commanderName': entry['Name'],
'gamePlatform': 'pc',
}
)
this.newuser = False
# Only actually change URLs if we are current provider.
if config.get_str('system_provider') == 'Inara':
this.system_link['text'] = this.system
# Do *NOT* set 'url' here, as it's set to a function that will call
# through correctly. We don't want a static string.
this.system_link.update_idletasks()
if config.get_str('station_provider') == 'Inara':
to_set: str = cast(str, this.station)
if not to_set:
if this.system_population is not None and this.system_population > 0:
to_set = STATION_UNDOCKED
else:
to_set = ''
this.station_link['text'] = to_set
# Do *NOT* set 'url' here, as it's set to a function that will call
# through correctly. We don't want a static string.
this.station_link.update_idletasks()
return '' # No error
def cmdr_data(data: CAPIData, is_beta): # noqa: CCR001
"""CAPI event hook."""
this.cmdr = data['commander']['name']
# Always store initially, even if we're not the *current* system provider.
if not this.station_marketid:
this.station_marketid = data['commander']['docked'] and data['lastStarport']['id']
# Only trust CAPI if these aren't yet set
this.system = this.system if this.system else data['lastSystem']['name']
if not this.station and data['commander']['docked']:
this.station = data['lastStarport']['name']
# Override standard URL functions
if config.get_str('system_provider') == 'Inara':
this.system_link['text'] = this.system
# Do *NOT* set 'url' here, as it's set to a function that will call
# through correctly. We don't want a static string.
this.system_link.update_idletasks()
if config.get_str('station_provider') == 'Inara':
if data['commander']['docked'] or this.on_foot and this.station:
this.station_link['text'] = this.station
elif data['lastStarport']['name'] and data['lastStarport']['name'] != "":
this.station_link['text'] = STATION_UNDOCKED
else:
this.station_link['text'] = ''
# Do *NOT* set 'url' here, as it's set to a function that will call
# through correctly. We don't want a static string.
this.station_link.update_idletasks()
if config.get_int('inara_out') and not is_beta and not this.multicrew and credentials(this.cmdr):
# Only here to ensure the conditional is correct for future additions
pass
def make_loadout(state: Dict[str, Any]) -> OrderedDictT[str, Any]: # noqa: CCR001
"""
Construct an inara loadout from an event.
:param state: The event / state to construct the event from
:return: The constructed loadout
"""
modules = []
for m in state['Modules'].values():
module: OrderedDictT[str, Any] = OrderedDict([
('slotName', m['Slot']),
('itemName', m['Item']),
('itemHealth', m['Health']),
('isOn', m['On']),
('itemPriority', m['Priority']),
])
if 'AmmoInClip' in m:
module['itemAmmoClip'] = m['AmmoInClip']
if 'AmmoInHopper' in m:
module['itemAmmoHopper'] = m['AmmoInHopper']
if 'Value' in m:
module['itemValue'] = m['Value']
if 'Hot' in m:
module['isHot'] = m['Hot']
if 'Engineering' in m:
engineering: OrderedDictT[str, Any] = OrderedDict([
('blueprintName', m['Engineering']['BlueprintName']),
('blueprintLevel', m['Engineering']['Level']),
('blueprintQuality', m['Engineering']['Quality']),
])
if 'ExperimentalEffect' in m['Engineering']:
engineering['experimentalEffect'] = m['Engineering']['ExperimentalEffect']
engineering['modifiers'] = []
for mod in m['Engineering']['Modifiers']:
modifier: OrderedDictT[str, Any] = OrderedDict([
('name', mod['Label']),
])
if 'OriginalValue' in mod:
modifier['value'] = mod['Value']
modifier['originalValue'] = mod['OriginalValue']
modifier['lessIsGood'] = mod['LessIsGood']
else:
modifier['value'] = mod['ValueStr']
engineering['modifiers'].append(modifier)
module['engineering'] = engineering
modules.append(module)
return OrderedDict([
('shipType', state['ShipType']),
('shipGameID', state['ShipID']),
('shipLoadout', modules),
])
def new_add_event(
name: str,
timestamp: str,
data: EVENT_DATA,
cmdr: Optional[str] = None,
fid: Optional[str] = None
):
"""
Add a journal event to the queue, to be sent to inara at the next opportunity.
If provided, use the given cmdr name over the current one
:param name: name of the event
:param timestamp: timestamp of the event
:param data: payload for the event
:param cmdr: the commander to send as, defaults to the current commander
"""
if cmdr is None:
cmdr = this.cmdr
if fid is None:
fid = this.FID
api_key = credentials(this.cmdr)
if api_key is None:
logger.warning(f"cannot find an API key for cmdr {this.cmdr!r}")
return
key = Credentials(str(cmdr), str(fid), api_key) # this fails type checking due to `this` weirdness, hence str()
with this.event_lock:
this.events[key].append(Event(name, timestamp, data))
def clean_event_list(event_list: List[Event]) -> List[Event]:
"""Check for killswitched events and remove or modify them as requested."""
out = []
for e in event_list:
bad, new_event = killswitch.check_killswitch(f'plugins.inara.worker.{e.name}', e.data, logger)
if bad:
continue
e.data = new_event
out.append(e)
return out
def new_worker():
"""
Handle sending events to the Inara API.
Will only ever send one message per WORKER_WAIT_TIME, regardless of status.
"""
logger.debug('Starting...')
while True:
events = get_events()
if (res := killswitch.get_disabled("plugins.inara.worker")).disabled:
logger.warning(f"Inara worker disabled via killswitch. ({res.reason})")
continue
for creds, event_list in events.items():
event_list = clean_event_list(event_list)
if not event_list:
continue
data = {
'header': {
'appName': applongname,
'appVersion': str(appversion()),
'APIkey': creds.api_key,
'commanderName': creds.cmdr,
'commanderFrontierID': creds.fid,
},
'events': [
{'eventName': e.name, 'eventTimestamp': e.timestamp, 'eventData': e.data} for e in event_list
]
}
logger.info(f'sending {len(data["events"])} events for {creds.cmdr}')
logger.trace_if('plugin.inara.events', f'Events:\n{json.dumps(data)}\n')
try_send_data(TARGET_URL, data)
time.sleep(WORKER_WAIT_TIME)
logger.debug('Done.')
def get_events(clear: bool = True) -> Dict[Credentials, List[Event]]:
"""
Fetch a frozen copy of all events from the current queue.
:param clear: whether or not to clear the queues as we go, defaults to True
:return: the frozen event list
"""
out: Dict[Credentials, List[Event]] = {}
with this.event_lock:
for key, events in this.events.items():
out[key] = list(events)
if clear:
events.clear()
return out
def try_send_data(url: str, data: Mapping[str, Any]) -> None:
"""
Attempt repeatedly to send the payload forward.
:param url: target URL for the payload
:param data: the payload
"""
for i in range(3):
logger.debug(f"sending data to API, attempt #{i}")
try:
if send_data(url, data):
break
except Exception as e:
logger.debug('unable to send events', exc_info=e)
return
def send_data(url: str, data: Mapping[str, Any]) -> bool: # noqa: CCR001
"""
Write a set of events to the inara API.
:param url: the target URL to post to
:param data: the data to POST
:return: success state
"""
# NB: As of 2022-01-25 Artie has stated the Inara API does *not* support compression
r = this.session.post(url, data=json.dumps(data, separators=(',', ':')), timeout=_TIMEOUT)
r.raise_for_status()
reply = r.json()
status = reply['header']['eventStatus']
if status // 100 != 2: # 2xx == OK (maybe with warnings)
# Log fatal errors
logger.warning(f'Inara\t{status} {reply["header"].get("eventStatusText", "")}')
logger.debug(f'JSON data:\n{json.dumps(data, indent=2, separators = (",", ": "))}')
# LANG: INARA API returned some kind of error (error message will be contained in {MSG})
plug.show_error(_('Error: Inara {MSG}').format(MSG=reply['header'].get('eventStatusText', status)))
else:
# Log individual errors and warnings
for data_event, reply_event in zip(data['events'], reply['events']):
if reply_event['eventStatus'] != 200:
if ("Everything was alright, the near-neutral status just wasn't stored."
not in reply_event.get("eventStatusText")):
logger.warning(f'Inara\t{status} {reply_event.get("eventStatusText", "")}')
logger.debug(f'JSON data:\n{json.dumps(data_event)}')
if reply_event['eventStatus'] // 100 != 2:
# LANG: INARA API returned some kind of error (error message will be contained in {MSG})
plug.show_error(_('Error: Inara {MSG}').format(
MSG=f'{data_event["eventName"]},'
f'{reply_event.get("eventStatusText", reply_event["eventStatus"])}'
))
if data_event['eventName'] in (
'addCommanderTravelCarrierJump',
'addCommanderTravelDock',
'addCommanderTravelFSDJump',
'setCommanderTravelLocation'
):
this.lastlocation = reply_event.get('eventData', {})
# calls update_location in main thread
if not config.shutting_down:
this.system_link.event_generate('<<InaraLocation>>', when="tail")
elif data_event['eventName'] in ['addCommanderShip', 'setCommanderShip']:
this.lastship = reply_event.get('eventData', {})
# calls update_ship in main thread
if not config.shutting_down:
this.system_link.event_generate('<<InaraShip>>', when="tail")
return True # regardless of errors above, we DID manage to send it, therefore inform our caller as such
def update_location(event=None) -> None:
"""
Update other plugins with our response to system and station changes.
:param event: Unused and ignored, defaults to None
"""
if this.lastlocation:
for plugin in plug.provides('inara_notify_location'):
plug.invoke(plugin, None, 'inara_notify_location', this.lastlocation)
def inara_notify_location(event_data) -> None:
"""Unused."""
pass
def update_ship(event=None) -> None:
"""
Update other plugins with our response to changing.
:param event: Unused and ignored, defaults to None
"""
if this.lastship:
for plugin in plug.provides('inara_notify_ship'):
plug.invoke(plugin, None, 'inara_notify_ship', this.lastship)