def pos_assets():
corp_id = name_to_id(CORPORATION_NAME, 'corporation')
asset_xml = xml_api('/corp/AssetList.xml.aspx',
params={'corporationID': corp_id},
xpath='.//rowset[@name="assets"]/row[@singleton="1"]')
pos = {}
mods = {}
for row in asset_xml:
typeID = int(row.get('typeID'))
# Filter out things that aren't POS mods
if typeID not in pos_mods:
continue
# Decorate POS mods with SDE data
annotate_element(row, pos_mods[typeID])
itemID = int(row.get('itemID'))
if row.get('groupName') == 'Control Tower':
pos_stuff = pos
else:
pos_stuff = mods
pos_stuff[itemID] = row.attrib
for contents in row.findall('.//rowset[@name="contents"]/row'):
typeID = int(contents.get('typeID'))
# Decorate POS mod contents with SDE data
if typeID in moon_goo:
annotate_element(contents, moon_goo[typeID])
elif typeID in fuel_types:
annotate_element(contents, fuel_types[typeID])
else:
continue
parents_contents = pos_stuff[itemID].setdefault('contents', [])
parents_contents.append(contents.attrib)
locations = item_locations(pos.keys() + mods.keys())
for itemID, location in locations.iteritems():
try:
pos[itemID].update(location)
except KeyError:
mods[itemID].update(location)
pos_locations = {i: (pos[i]['x'], pos[i]['y'], pos[i]['z']) for i in pos}
for i, d in mods.iteritems():
try:
location = (d['x'], d['y'], d['z'])
except KeyError:
print '{} ({}) has no coordinates'.format(d['typeName'], i)
continue
nearest_pos = nearest(location, pos_locations)
parent_pos_mods = pos[nearest_pos].setdefault('mods', [])
if d['groupName'] == 'Silo':
if pos[nearest_pos]['raceName'] == 'Amarr':
d['capacity'] = Decimal(d['capacity']) * Decimal(1.5)
if pos[nearest_pos]['raceName'] == 'Gallente':
d['capacity'] = Decimal(d['capacity']) * Decimal(2)
parent_pos_mods.append(d)
return pos
def item_locations(ids):
location_dict = {}
chunks = 100
for items in [ids[i:i+chunks] for i in range(0, len(ids), chunks)]:
locations_xml = xml_api('/corp/Locations.xml.aspx',
params={'ids': ','.join(str(id)
for id in items)},
xpath='.//rowset[@name="locations"]/row')
for location in locations_xml:
i = int(location.get('itemID'))
location_dict[i] = {k: location.attrib[k]
for k in ['itemName', 'x', 'y', 'z']}
return location_dict
def check_pos():
pos_list_xml = xml_api('/corp/StarbaseList.xml.aspx')
poses = pos_assets()
messages = []
sovs = sov_systems(SOV_HOLDER)
for pos in pos_list_xml.findall('.//rowset[@name="starbases"]/row'):
pos_id = int(pos.get('itemID'))
type_id = int(pos.get('typeID'))
location_id = int(pos.get('locationID'))
states = ('Unanchored', 'Offline', 'Onlining', 'Reinforced', 'Online')
state = states[int(pos.get('state'))]
location_name = esi_api('Universe.get_universe_systems_system_id',
system_id=location_id).get('name')
moon_id = int(pos.get('moonID'))
moon_name = esi_api('Universe.get_universe_moons_moon_id',
moon_id=moon_id).get('name')
sov = location_id in sovs
poses[pos_id]['locationName'] = location_name
poses[pos_id]['moonName'] = moon_name
poses[pos_id]['moonID'] = moon_id
for fuel in poses[pos_id]['contents']:
fuel_type_id = int(fuel.get('typeID'))
quantity = int(fuel.get('quantity'))
multiplier = .75 if sov else 1.0
rate = pos_fuel[type_id][fuel_type_id] * multiplier
fuel['hourly_rate'] = rate
if fuel_type_id == 16275:
reinforce_hours = int(quantity / rate)
message = '{} has {} hours of stront'.format(moon_name,
reinforce_hours)
if reinforce_hours < STRONT_HOURS:
messages.append(message)
else:
how_soon = int(quantity / (rate*24))
days = 'day' if how_soon == 1 else 'days'
message = '{} has {} {} of fuel'.format(moon_name,
how_soon,
days)
if how_soon < TOO_SOON:
messages.append(message)
for mod in poses[pos_id]['mods']:
# Note this is currently only useful for
# silos that are being filled (e.g. mining),
# not emptied (e.g. reaction inputt)
if mod['typeName'] == 'Silo':
try:
goo = mod['contents'][0]
except KeyError:
goo = None
if goo:
capacity = Decimal(mod['capacity'])
name = goo['typeName']
volume = Decimal(goo['volume'])
quantity = int(goo['quantity'])
total_volume = volume*quantity
rate = volume*100*24
remaining_capacity = capacity - total_volume
days_remaining = int(remaining_capacity / rate)
days = 'day' if days_remaining == 1 else 'days'
message = "{} has {} {} of {} capacity left ({} current units)".format(moon_name, days_remaining, days, name, quantity)
if days_remaining < TOO_SOON:
messages.append(message)
if state != 'Online':
statetime = pos.get('stateTimestamp')
message = '{} is {}'.format(moon_name, state)
if statetime:
message += ' until {}'.format(statetime)
messages.append(message)
return messages
def check_pos():
pos_list_xml = xml_api('/corp/StarbaseList.xml.aspx')
poses = pos_assets()
messages = []
corp_id = name_to_id(CORPORATION_NAME, 'corporation')
alliance_id = esi_api('Corporation.get_corporations_corporation_id',
corporation_id=corp_id).get('alliance_id', None)
sovs = sov_systems(alliance_id)
for pos in pos_list_xml.findall('.//rowset[@name="starbases"]/row'):
pos_id = int(pos.get('itemID'))
type_id = int(pos.get('typeID'))
location_id = int(pos.get('locationID'))
states = ('Unanchored', 'Offline', 'Onlining', 'Reinforced', 'Online')
state = states[int(pos.get('state'))]
if state == 'Unanchored':
print 'POS {} is unanchored, skipping'.format(pos_id)
continue
location_name = esi_api('Universe.get_universe_systems_system_id',
system_id=location_id).get('name')
moon_id = int(pos.get('moonID'))
moon_name = esi_api('Universe.get_universe_moons_moon_id',
moon_id=moon_id).get('name')
sov = location_id in sovs
poses[pos_id]['locationName'] = location_name
poses[pos_id]['moonName'] = moon_name
poses[pos_id]['moonID'] = moon_id
has_stront = False
has_fuel = False
has_defensive_mods = False
# TODO: handle purposefully offlined POS by checking for fuel
for fuel in poses[pos_id].get('contents', []):
fuel_type_id = int(fuel.get('typeID'))
quantity = int(fuel.get('quantity'))
multiplier = .75 if sov else 1.0
rate = pos_fuel[type_id][fuel_type_id] * multiplier
fuel['hourly_rate'] = rate
if fuel_type_id == 16275:
has_stront = True
if state == 'Offline':
continue
reinforce_hours = int(quantity / rate)
message = '{} has {} hours of stront'.format(
moon_name, reinforce_hours)
if reinforce_hours < STRONT_HOURS:
messages.append(message)
else:
has_fuel = True
if state == 'Offline':
continue
how_soon = int(quantity / (rate * 24))
days = 'day' if how_soon == 1 else 'days'
message = '{} has {} {} of fuel'.format(
moon_name, how_soon, days)
if how_soon < TOO_SOON:
messages.append(message)
for mod in poses[pos_id].get('mods', []):
# Note this is currently only useful for
# silos that are being filled (e.g. mining),
# not emptied (e.g. reaction inputt)
if mod['typeName'] == 'Silo':
try:
goo = mod['contents'][0]
except KeyError:
goo = None
if goo:
capacity = Decimal(mod['capacity'])
name = goo['typeName']
volume = Decimal(goo['volume'])
quantity = int(goo['quantity'])
total_volume = volume * quantity
rate = volume * 100 * 24
remaining_capacity = capacity - total_volume
days_remaining = int(remaining_capacity / rate)
days = 'day' if days_remaining == 1 else 'days'
message = "{} has {} {} of {} capacity left ({} current units)".format(
moon_name, days_remaining, days, name, quantity)
if days_remaining < TOO_SOON:
messages.append(message)
if mod['groupName'] == 'Shield Hardening Array':
has_defensive_mods = True
if state != 'Online':
if has_fuel and state == 'Offline' and not has_defensive_mods:
continue
statetime = pos.get('stateTimestamp')
message = '{} is {}'.format(moon_name, state)
if statetime:
state_predicates = {'Reinforced': 'until'}
message += ' {} {}'.format(
state_predicates.get(state, 'since'), statetime)
messages.append(message)
return messages