def moveUnitToFleet(self, fleetId, unitId):
act = self.act('move_unit_to_fleet', val('fleet_id', fleetId)+val('unit_id', unitId))
u = None
for unit in db.units(db.getTurn(), ['id=%s'%(unitId,)]):
u = unit
if not u:
for unit in db.garrison_units(db.getTurn(), ['id=%s'%(unitId,)], ('x', 'y', 'class', 'hp')):
u = unit
if not u:
print 'local unit %s not found'%(unitId,)
return act
print 'get garrison unit %s'%(u,)
db.add_pending_action(self.act_id, db.Db.GARRISON_UNIT, 'erase', {'id':unitId})
del u['x']
del u['y']
u['fleet_id'] = fleetId
db.add_pending_action(self.act_id, db.Db.UNIT, 'insert', u)
else:
print 'get fleet unit %s'%(u,)
db.add_pending_action(self.act_id, db.Db.UNIT, 'update', ({'id':unitId}, {'fleet_id':fleetId}))
return act
def addPlanets(self, players, buildings = None): self.sizer.DeleteWindows() for pl_id in players.player_ids(): for planet in db.planets(db.getTurn(), ['owner_id=%d'%(pl_id,)] ): coord = (int(planet['x']), int(planet['y'])) if buildings and not db.has_all_buildings(db.getTurn(), coord, buildings): continue p = planet_window.PlanetWindow(self, coord, db.getTurn()) self.planets[coord] = p self.sizer.Add( p ) self.sizer.Layout()
def cancel_jump(self, evt):
turn = db.getTurn()
out_dir = os.path.join(util.getTempDir(), config.options['data']['raw-dir'])
util.assureDirClean(out_dir)
for acc in config.accounts():
user_id = int(acc['id'])
self.pending_actions.user_id = user_id
fleets = []
fleet_flt = ['owner_id=%s'%(user_id,)]
fleet_name = None #unicode('Fleet')
# can also filter fleets by names
#TODO: beware escapes
if fleet_name:
fleet_flt.append( 'name="%s"'%(fleet_name,) )
for fleet in db.flyingFleets(turn, fleet_flt):
#print 'found fleet %s'%(fleet,)
if fleet['in_transit'] != 0:
continue
print 'fleet %s can be stopped'%(fleet,)
self.pending_actions.cancelJump(fleet['id'])
self.perform_actions()
def __init__(self, parent): wx.Window.__init__(self, parent, -1, size=(120,200)) self.sizer = wx.BoxSizer(wx.VERTICAL) self.SetSizer(self.sizer) self.sizer.Layout() self.pos = (0,0) self.Bind(wx.EVT_SIZE, self.onSize, self) self.turn = db.getTurn()
def onMakeScoutFleets(self, _):
# get all planets
# get harrison units able to scout
# create fleets
# put units to fleets
# get all scouting fleets ( available to jump ( on my planets ) )
# get unexplored planets
# send nearest fleets to these planets
# load size-map, use it to scout biggest first ( N > 70, descending )
# get all scouting fleets ( on other planets )
# geo-explore
# send them back to nearest home planet
#command_type,
#move_command = ('move_to',
#move_commands = [((x,y), fleet_id)]
carapace = 11 # probe/zond
fleet_name = 'scout:geo'
turn = db.getTurn()
for acc in config.accounts():
user_id = int(acc['id'])
#if user_id < 601140:
# continue
units_classes = db.get_units_class(turn, ['carapace=%s'%(carapace,), 'owner_id=%s'%(user_id,)])
any_class = 'class in (%s)'%(','.join([str(cls) for cls in units_classes]),)
print 'testing user %s with class %s'%(user_id, any_class)
self.pending_actions.user_id = user_id
pending_units = []
for planet in db.planets(turn, ['owner_id=%s'%(user_id,)]):
coord = get_coord(planet)
print 'checking harrison for planet %s'%(planet,)
for unit in db.garrison_units(turn, filter_coord(coord) + [any_class]):
print 'found unit %s on planet %s'%(unit, planet,)
self.pending_actions.createNewFleet(coord, fleet_name)
pending_units.append( (self.pending_actions.get_action_id(), coord, unit['id'] ) )
print 'found unit %s on planet %s'%(unit, coord )
if len(pending_units) == 0:
continue
self.recv_data_callback[acc['login']] = (self.cb_move_units_to_fleets, user_id, pending_units )
# exec actions to create fleets on the planets
self.perform_actions()
def save():
log.info('saving data for turn %s'%(db.getTurn(),))
savePlanets()
saveFleets()
saveUnits()
saveGarrisonUnits()
saveAlienUnits()
saveProto()
saveUsers()
savePlayers()
save_sync_data()
def save_sync_data(): sync_path = config.options['data']['sync_path'] if not sync_path or sync_path == '': print 'sync path not specified, sync not performed' return turns_path = os.path.join(sync_path, 'turns/%s'%(db.getTurn(),)) nick = get_user_nickname() if not nick: print 'no users found, nothing to save' return print 'user nick is %s'%(nick,) outp = os.path.join(turns_path, nick) util.assureDirExist(outp) pt = os.path.join(config.options['data']['path'], str(db.getTurn())) if not os.path.exists(pt): return for f in os.listdir(pt): util.pack(os.path.join(pt, f), os.path.join(outp, f+".gz"))
def load_sync_data():
sync_path = config.options['data']['sync_path']
if not sync_path or sync_path == '':
print 'sync path not specified, sync not performed'
return
turns_path = os.path.join(sync_path, 'turns')
if not os.path.exists(turns_path):
print 'sync path %s not exist'%(turns_path,)
return
available_turns = []
for f in os.listdir(turns_path):
available_turns.append(int(f))
if not available_turns:
print 'no sync data found in %s'%(turns_path,)
return
load_turn = db.getTurn()
if not load_turn in available_turns:
load_turn = max(available_turns)
nick = get_user_nickname()
turn_path = os.path.join(turns_path, str(load_turn))
for d in os.listdir(turn_path):
if d == nick:
continue
acc_path = os.path.join(turn_path, d)
print 'load %s turn: %s'%(d, load_turn)
db.prepareTurn(load_turn)
# do load
unpack_dir = os.path.join(os.path.join(os.path.join( util.getTempDir(), 'unpack_sync' ), d), str(load_turn))
util.assureDirClean(unpack_dir)
for gz_file in os.listdir(acc_path):
outf = os.path.join(unpack_dir, gz_file)
if outf.endswith('.gz'):
outf = outf[:-len('.gz')]
util.unpack(os.path.join(acc_path, gz_file), outf)
table_name = os.path.basename(outf)[:-len('.csv')]
if table_name == db.Db.PROTO or table_name == db.Db.PROTO_ACTION or table_name == db.Db.OPEN_PLANET or table_name == db.Db.USER:
loadTable(table_name, None, load_turn, None, os.path.dirname(outf))
else:
loadTable(table_name, load_turn, None, None, os.path.dirname(outf))
def harrison_units_to_fleets(self, user_id, coord, unit_type, fleets_ids): #TODO: check if fleet empty #add fleet new info to local-db turn = db.getTurn() self.pending_actions.user_id = user_id i = 0 if len(fleet_ids) < 1: return for unit in db.garrison_units(turn, ['x=%s'%(coord[0],), 'y=%s'%(coord[1],), 'class=%s'%(unit_type,)]): self.pending_actions.moveUnitToFleet(fleet_ids[i], unit['id']) i += 1 if i >= len(fleet_ids): break self.perform_actions( )
def harrison_units_to_fleets(self, user_id, coord, unit_type, fleets_ids):
#TODO: check if fleet empty
#add fleet new info to local-db
turn = db.getTurn()
self.pending_actions.user_id = user_id
i = 0
if len(fleet_ids) < 1:
return
for unit in db.db.iter_objects_list(db.Db.UNIT, {'=':{'x':coord[0], 'y':coord[1], 'fleet_id':0, 'class':unit_type}}):
self.pending_actions.moveUnitToFleet(fleet_ids[i], unit['id'])
i += 1
if i >= len(fleet_ids):
break
self.perform_actions( )
def saveTable(table_name, keys, filters, turn_n = None):
pt = config.options['data']['path']
pt = os.path.join(pt, str(db.getTurn()))
util.assureDirExist(pt)
path = os.path.join(pt, '%s.csv'%(table_name,))
try:
f = open(path, 'wt')
writer = csv.DictWriter(f, keys)
writer.writeheader()
for p in db.items(table_name, filters, keys, turn_n):
try:
for s in unicode_strings:
if s in p and p[s]:
p[s] = p[s].encode('utf-8')
writer.writerow(p)
except UnicodeEncodeError, e:
log.error('failed convert data %s - %s'%(p, e))
except IOError, e:
log.error('failed writing data to csv file %s: %s'%(path, e))
def __init__(self, parent, coord = None, turn = None, show_units = False):
scrolled.ScrolledPanel.__init__(self, parent, wx.ID_ANY, size=(200,300))
self.turn = turn if turn else db.getTurn()
self.sizer = wx.BoxSizer(wx.VERTICAL)
self.SetSizer(self.sizer)
self.coord = coord
if not self.coord:
self.sizer.Layout()
return
owner_id = 0
planet_name = ''
for planet in db.planets(self.turn, ['x=%d'%(coord[0],), 'y=%d'%(coord[1],)], ('x','y','owner_id','o','e','m','t','s', 'name')):
planet_name = planet.get('name', '')
owner = planet['owner_id']
if not owner:
break
owner_id = int(owner)
owner_name = 'unknown'
if owner_id > 0:
for res in db.players(self.turn, ['player_id=%s'%(owner_id,)]):
owner_name = res['name']
else:
owner_name = '<empty>'
self.sizer.Add(wx.StaticText(self, wx.ID_ANY, '%s:%s %s'%(coord[0],coord[1], planet_name)))
self.sizer.Add(wx.StaticText(self, wx.ID_ANY, owner_name))
if show_units:
self.addUnits()
#self.sizer.Layout()
#self.SetSizer( self.vbox )
self.SetAutoLayout( 1 )
self.SetupScrolling()
self.Bind(wx.EVT_SIZE, self.onSize, self)
def fleetMove(self, fleetId, to):
act = self.act('move_fleet', pos('move_to', to)+val('fleet_id',fleetId))
# save fleet info
fleet = None
for f in db.fleets(db.getTurn(), ['id=%s'%(fleetId,)]):
fleet = f
break
speed, rng = db.get_fleet_speed_range(fleetId)
cur_pos = util.get_coord(fleet)
dist = util.distance(to, cur_pos)
# cannot move this far
if dist > rng:
print 'Error - attempt to move fleet %s to distance %s which is longer then fleet max range %s'%(fleetId, dist, rng)
turns = int(math.ceil(dist / speed))
db.add_pending_action(self.act_id, db.Db.FLEET, 'erase', ['id=%s'%(fleetId,)])
db.add_pending_action(self.act_id, db.Db.FLYING_FLEET, 'insert', {'x':to[0], 'y':to[1], 'owner_id':self.user_id, 'id':fleetId, 'from_x':fleet['x'], 'from_y':fleet['y'], 'arrival_turn':turns + db.getTurn()})
return act
def cb_move_units_to_fleets(self, user_id, units): turn = db.getTurn() self.pending_actions.user_id = user_id at_least_one = False print 'executing move_units_to_fleets with user %s, units %s'%(user_id, units) for act_id, coord, unit_id in units: print 'action %s, coord %s, unit %s'%(act_id, coord, unit_id) # get fleet for these coords res = db.get_action_result(act_id) if not res: print 'oops no result' continue ret_id, is_ok = res print 'result is %s %s'%(ret_id, is_ok) if not is_ok: continue at_least_one = True print 'moving unit %s to fleet %s'%(unit_id, ret_id) self.pending_actions.moveUnitToFleet(ret_id, unit_id) if at_least_one: self.perform_actions()
def selectUser(self, user_id): pos = db.getUserHw(user_id, db.getTurn()) self.centerAt( pos ) serialization.load_geo_size_center( pos, 12 ) self.selected_user_id = user_id self.update()
def savePlanets():
saveTable(db.Db.PLANET, ('x','y','o','e','m','t','s','owner_id', 'name', 'is_open'), ['owner_id is not null'], db.getTurn())
saveTable(db.Db.OPEN_PLANET, ('x','y','user_id'), [], None)
def saveFleets():
saveTable(db.Db.FLEET, ('id', 'x','y','owner_id', 'is_hidden','name','weight'), None, db.getTurn())
saveTable(db.Db.FLYING_FLEET, ('id', 'x','y','in_transit', 'owner_id','from_x','from_y','weight', 'arrival_turn','is_hidden'), None, db.getTurn())
saveTable(db.Db.FLYING_ALIEN_FLEET, ('x','y','user_id','from_x','from_y','weight', 'arrival_turn','is_hidden'), None, db.getTurn())
def saveUnits():
saveTable(db.Db.UNIT, ('id', 'hp','class', 'fleet_id'), [], db.getTurn())
def saveGarrisonUnits():
saveTable(db.Db.GARRISON_UNIT, ('id', 'hp','class', 'x', 'y'), [], db.getTurn())
def onExploreGeoAll(self, _):
'upload pending events on server'
turn = db.getTurn()
explore_owned_planets = True
out_dir = os.path.join(util.getTempDir(), config.options['data']['raw-dir'])
util.assureDirClean(out_dir)
for acc in config.accounts():
log.info('requesting user %s info'%(acc['login'],))
# find if there is any explore-capable fleets over unexplored planets
# or simply tell explore to every unit =))) game server will do the rest
#1. find all fleets above empty planets
# get fleet position, check if planet geo is unknown
fleet_planet = {}
pl = {}
for fleet in db.fleets(turn, ['owner_id=%s'%(acc['id'],)] ):
print 'got fleet %s'%(fleet,)
coord = get_coord(fleet)
cfilter = filter_coord(coord)
for planet in db.planets(turn, cfilter):
# skip if occupied
if planet['owner_id'] and not explore_owned_planets:
continue
if planet['o'] and planet['e'] and planet['m'] and planet['t']:
continue
#check holes and stars
if not db.is_planet(coord):
print '%s not a planet'%(coord,)
continue
if not coord in pl:
pl[coord] = set()
pl[ coord ].add(fleet['id'])
print 'planet unexplored %s'%(planet,)
acts = {}
# get all fleet units, check if explore capable
for coord, planet_fleets in pl.iteritems():
for fleet_id in planet_fleets:
for unit in db.units(turn, ['fleet_id=%s'%(fleet_id,)]):
print '%s %s unit %s'%(coord, fleet_id, unit)
# ok unit
bc = unit['class']
#for proto in db.prototypes(['id=%s'%(bc,)]):
# print 'proto %s'%(proto,)
#type 1 probably geo explore
for act in db.proto_actions(['proto_id=%s'%(bc,), 'type=1']):
#print 'ACTION: %s %s %s'%(coord, bc, act)
acts[coord] = unit['id']
self.pending_actions.user_id = int(acc['id'])
#self.pendingActions[int(acc['id'])] = actions
#hw_planet = db.getUserHw(acc['id'])
#actions.createNewFleet(hw_planet, 'a_new_shiny_fleet')
at_least_one = False
for coord, unit_id in acts.iteritems():
print 'explore (%s) %s'%(coord, unit_id)
self.pending_actions.explore_planet( coord, unit_id )
at_least_one = True
if at_least_one:
self.perform_actions()
def onFlyHomeScouts(self, _):
turn = db.getTurn()
for acc in config.accounts():
user_id = int(acc['id'])
self.pending_actions.user_id = user_id
print 'fly home scouts for user %s %s'%(user_id, acc['login'])
# fly scouts back to base
fleets = []
fleet_flt = ['owner_id=%s'%(user_id,)]
fleet_name = None #unicode('Fleet')
# can also filter fleets by names
#TODO: beware escapes
if fleet_name:
fleet_flt.append( 'name="%s"'%(fleet_name,) )
for fleet in db.fleets(turn, fleet_flt):
print 'found fleet %s'%(fleet,)
# if fleet over empty planet - jump back home
coord = get_coord(fleet)
planet = db.get_planet( coord )
if not planet or not planet['owner_id'] or int(planet['owner_id']) != user_id:
print 'fleet %s not at home'%(fleet['id'],)
units = []
for unit in db.units(turn, ['fleet_id=%s'%(fleet['id'],)]):
print 'fleet %s has unit %s'%(fleet['id'], unit)
units.append(unit)
# not a scout fleet if more then one unit in fleet
# if zero units - don't care about empty fleet as well
if len(units) != 1:
print 'fleet %s has %s units, while required 1'%(fleet['id'], len(units))
continue
if int(units[0]['id']) in self.manual_control_units:
continue
proto = db.get_prototype(units[0]['class'])
if proto['carapace'] != CARAPACE_PROBE:
print 'fleet %s unit %s is not a probe'%(fleet['id'], units[0])
continue
#jump back
print 'fleet %s %s needs to get home'%(coord, fleet)
fleets.append( (coord, fleet) )
if not fleets:
print 'no scout fleets found not at home'
continue
coords = []
for planet in db.planets(turn, ['owner_id=%s'%(user_id,)]):
coord = get_coord(planet)
coords.append( coord )
print 'possible home planet %s'%(coord,)
if coords == None or fleets == []:
print 'oops %s %s'%(coords, fleets)
continue
print 'looking for best route for %s fleets' %(len(fleets,),)
for coord, fleet in fleets:
#find closest planet
closest_planet = coords[0]
min_distance = util.distance(coords[0], coord)
for c in coords:
if util.distance(coord, c) < min_distance:
min_distance = util.distance(coord, c)
closest_planet = c
# ok, found then jump
print 'Jump (%s) %s'%(closest_planet, fleet)
self.pending_actions.fleetMove( fleet['id'], closest_planet )
self.perform_actions()
def saveAlienUnits():
saveTable(db.Db.ALIEN_UNIT, ('id', 'carapace','color','weight','fleet_id'), [], db.getTurn())
def saveUsers():
saveTable(db.Db.USER, ('id', 'name', 'race_id', 'login'), None)
saveTable(db.Db.HW, ('hw_x', 'hw_y', 'player_id'), None, db.getTurn())
def __init__(self, parent):
sz = int(config.options['window']['width']), int(config.options['window']['height'])
wx.Frame.__init__(self, parent, -1, "dcLord (%s): Divide & Conquer client (www.the-game.ru)"%(version.getVersion(),), style=wx.DEFAULT_FRAME_STYLE | wx.NO_FULL_REPAINT_ON_RESIZE, size=sz)
if int(config.options['window']['is_maximized'])==1:
self.Maximize()
#import_raw.processAllUnpacked()
#self.map.turn = db.db.max_turn
self.log_dlg = wx.TextCtrl(self, 1, style=wx.TE_MULTILINE)
self.log_dlg.Disable()
self.log_dlg.SetBackgroundColour('WHITE')
serialization.load(ev_cb = self)
self.info_panel = planet_window.InfoPanel(self)
self.object_filter = object_filter.FilterPanel(self)
self.planet_filter = object_filter.FilterFrame(self)
#self.unit_list = unit_list.UnitPrototypeListWindow(self, 0)
self.history = history.HistoryPanel(self)
#self.area_list = area_panel.AreaListWindow(self)
self.sync_path = config.options['data']['sync_path']
self.info_panel.turn = db.getTurn()
print 'db max turn is %s'%(db.getTurn(),)
self.map = map.Map(self)
self.map.turn = db.getTurn()
self.map.set_planet_filter(self.planet_filter)
print 'map turn is set to %s'%(self.map.turn,)
self.map.update()
self.started = False
self.actions_queue = []
self.pf = None
if self.map.turn != 0:
self.log('loaded data for turn %d'%(self.map.turn,))
self.pending_actions = request.RequestMaker()
self._mgr = wx.aui.AuiManager(self)
self.command_selected_user = False
info = wx.aui.AuiPaneInfo()
info.CenterPane()
info.Fixed()
info.DefaultPane()
info.Resizable(True)
info.CaptionVisible(False)
self._mgr.AddPane(self.map, info)
self._mgr.AddPane(self.history, wx.RIGHT, "Turn")
self._mgr.AddPane(self.info_panel, wx.RIGHT, "Info")
self._mgr.AddPane(self.planet_filter, wx.LEFT, "Planets")
self._mgr.AddPane(self.object_filter, wx.LEFT, "Filter")
#self._mgr.AddPane(self.unit_list, wx.RIGHT, "Units")
self._mgr.AddPane(self.log_dlg, wx.BOTTOM, "Log")
#self._mgr.AddPane(self.area_list, wx.RIGHT, "Areas")
#self.map.set_planet_fileter(self.planet_filter)
self._mgr.Update()
#TODO: load from data
self.manual_control_units = set()
#unit id
self.manual_control_units.add( 7906 )
self.manual_control_units.add( 7291 ) # probes over Othes planets
#TODO: load from file
self.exclude_fleet_names = [] #busy, taken, etc...
#p = config.options['window']['pane-info']
#if p:
# print 'load p %s'%(p,)
# self._mgr.LoadPerspective( p )
self.recv_data_callback = {}
self.makeMenu()
self.Bind(event.EVT_DATA_DOWNLOAD, self.onDownloadRawData)
self.Bind(event.EVT_MAP_UPDATE, self.onMapUpdate)
self.Bind(event.EVT_USER_SELECT, self.onSelectUser)
self.Bind(event.EVT_ACTIONS_REPLY, self.onActionsReply)
self.Bind(event.EVT_SELECT_OBJECT, self.info_panel.selectObject)
self.Bind(event.EVT_TURN_SELECTED, self.onTurnSelected)
self.Bind(event.EVT_LOG_APPEND, self.onLog)
#import_raw.processAllUnpacked()
#serialization.save()
#todo - restore previous state
#self.Maximize()
self.history.updateTurns(self.map.turn)
def savePlayers():
saveTable(db.Db.PLAYER, ('player_id', 'name'), None, db.getTurn())
def onSendScouts(self, _):
turn = db.getTurn()
min_size = 70
max_size = 99
#helps avoid flying on the same planet with different accounts
friend_geo_scout_ids = []
for user in db.users():
friend_geo_scout_ids.append(str(user['id']))
for acc in config.accounts():
user_id = int(acc['id'])
if self.command_selected_user and user_id != self.map.selected_user_id:
continue
self.pending_actions.user_id = user_id
print 'send scouts %s size %s'%(user_id, min_size)
# find units that can geo-explore
# find the ones that are already in fleets in one of our planets
fly_range = 0.0
ready_scout_fleets = {}
# get all fleets over our planets
for planet in db.open_planets(user_id):
print 'open planet %s'%(planet,)
coord = get_coord(planet)
for fleet in db.fleets(turn, filter_coord(coord)+['owner_id=%s'%(user_id,)]):
if value_in(self.exclude_fleet_names, fleet['name']):
continue
units = db.get_units(turn, ['fleet_id=%s'%(fleet['id'],)])
if len(units) != 1:
print 'fleet %s has wrong units count ( != 1 ) %s, skipping it'%(fleet, units)
continue
unit = units[0]
if int(unit['id']) in self.manual_control_units:
print 'unit %s reserved for manual control, skipping it'%(unit,)
continue
if not self.is_geo_scout(unit):
print 'unit %s is not geo-scout, skipping it'%(unit,)
continue
fly_range = max(fly_range, self.get_unit_range(unit))
print 'unit %s on planet %s for fleet %s is geo-scout'%(unit, coord, fleet)
# ok, this is geo-scout, single unit in fleet, on our planet
#ready_scout_fleets.append((coord, fleet))
ready_scout_fleets.setdefault(coord, []).append((fleet, fly_range))
# get possible planets to explore in nearest distance
for coord in ready_scout_fleets.keys():
serialization.load_geo_size_center(coord, 10)
# jump to nearest/biggest unexplored planet
exclude = set()
for coord, fleets in ready_scout_fleets.iteritems():
lt = int(coord[0]-fly_range), int(coord[1]-fly_range)
possible_planets = []
#s<=99 - skip stars
for p in db.planets_size(['s>=%s'%(min_size,), 's<=%s'%(max_size,)] + planet_area_filter( lt, (int(fly_range*2), int(fly_range*2)))):
dest = get_coord(p)
if dest in exclude:
continue
dist = util.distance(dest, coord)
if dist > fly_range:
continue
planet = db.get_planet(dest)
if planet and 'o' in planet:
continue
has_flying_geo_scouts = False
# get list of all flying fleets ( or our allies and mults ) to this planet
for fleet in db.flyingFleets(turn, filter_coord(dest) + ['owner_id in(%s)'%','.join(friend_geo_scout_ids)]):
# check if the fleet is geo-scout
if self.is_geo_scout_fleet(turn, fleet['id']):
has_flying_geo_scouts = True
print 'found another scout %s, skip planet %s'%(fleet, dest)
if has_flying_geo_scouts:
exclude.add(dest)
continue
#TODO: can check if it will take too long for the other fleet, send ours
possible_planets.append( (dist, dest) )
for fleet, fleet_range in fleets:
for dist, planet in sorted(possible_planets):
if dist > fleet_range:
continue
# ok fly to it
self.pending_actions.fleetMove(fleet['id'], planet)
exclude.add( planet )
print 'jump %s from %s to %s'%(fleet, coord, planet)
possible_planets.remove( (dist, planet ) )
break
self.perform_actions()
def onMakeScoutFleets(self, _):
# get all planets
# get harrison units able to scout
# create fleets
# put units to fleets
# get all scouting fleets ( available to jump ( on my planets ) )
# get unexplored planets
# send nearest fleets to these planets
# load size-map, use it to scout biggest first ( N > 70, descending )
# get all scouting fleets ( on other planets )
# geo-explore
# send them back to nearest home planet
#command_type,
#move_command = ('move_to',
#move_commands = [((x,y), fleet_id)]
carapace = 11 # probe/zond
fleet_name = 'scout:geo'
turn = db.getTurn()
for acc in config.accounts():
if not 'id' in acc:
continue
user_id = int(acc['id'])
#if user_id < 601140:
# continue
probes_types = store.get_objects_list('proto', {'carapace':carapace, 'user_id':user_id})
#any_class = 'class in (%s)'%(','.join([str(cls) for cls in units_classes]),)
#print 'testing user %s with class %s'%(user_id, any_class)
probe_ids = [str(proto['proto_id']) for proto in probes_types]
self.pending_actions.user_id = user_id
pending_units = []
for planet in store.iter_objects_list('user_planet', {'user_id':user_id}):
coord = get_coord(planet)
#print 'checking harrison for planet %s'%(planet,)
for unit in store.get_garrison_units(coord, value_in=('proto_id', probe_ids)):
#print 'found unit %s on planet %s'%(unit, planet,)
action_create = action.ActionCreateFleet(user_id, fleet_name, coord)
self.actions.add_action(action_create)
fleet_id = action_create.fleet_id
self.actions.add_action(action.ActionUnitMove(user_id, fleet_id, unit['unit_id']))
#self.actions.add_action(action.Action('unit_move', user_id, {'planet':coord, 'unit_id':unit['unit_id'], 'fleet_id':fleet_id}))
#self.actions.add_action(action.Action('unit_move', user_id, {'planet':coord, 'unit_id':unit['unit_id'], 'fleet_id':fleet_id}))
#self.pending_actions.createNewFleet(coord, fleet_name)
#pending_units.append( (self.pending_actions.get_action_id(), coord, unit['id'] ) )
#print 'found unit %s on planet %s'%(unit, coord )
if len(pending_units) == 0:
continue