def register(id, firstName, lastName, email, pushToken):
'''
Creates a new user with the parameters inputted.
:param id:
:param firstName:
:param lastName:
:param pushToken:
:param email:
:return: True for success, False otherwise.
'''
try:
if _get(id):
logging.error("User with id %s already exists!", id)
return False
user = {}
user['id'] = id
user['lastName'] = lastName
user['firstName'] = firstName
user['email'] = email
user['pushToken'] = pushToken
db.users().child(id).put(user)
db.emails_to_users().patch({_createEmailKey(email): id})
return True
except Exception as e:
logging.exception("Couldn't create new user with id %s!" % id)
return False
def register(id, firstName, lastName, email, pushToken):
'''
Creates a new user with the parameters inputted.
:param id:
:param firstName:
:param lastName:
:param pushToken:
:param email:
:return: True for success, False otherwise.
'''
try:
if _get(id):
logging.error("User with id %s already exists!", id)
return False
user = {}
user['id'] = id
user['lastName'] = lastName
user['firstName'] = firstName
user['email'] = email
user['pushToken'] = pushToken
db.users().child(id).put(user)
db.emails_to_users().patch({_createEmailKey(email):id})
return True
except Exception as e:
logging.exception("Couldn't create new user with id %s!" % id)
return False
def testGetExisting(self):
oy = db.User.get('oy')
cn = db.User.get('cn')
oy = db.User.get('oy')
self.assertEqual(oy.name, 'oy')
self.assertEqual(oy.id, 1)
self.assertEqual(len(db.users()), 2)
def delete(id, accessToken=None):
'''
Delete a user.
:param id:
:return:
'''
try:
user = _get(id)
emailKey = _createEmailKey(user['email'])
db.users().child(id).delete()
db.emails_to_users().child(emailKey).delete()
return True
except Exception as e:
logging.exception("Couldn't delete user with id %s!" % id)
return False
def add_user(username, pincode):
exists = db_session.query(users).filter_by(
username=username, pincode=pincode).scalar() is not None
if exists == False:
new_user = users(username=username, pincode=pincode, active=1)
db_session.add(new_user)
db_session.commit()
else:
pass
def delete(id, accessToken=None):
'''
Delete a user.
:param id:
:return:
'''
try:
user = _get(id)
emailKey = _createEmailKey(user['email'])
db.users().child(id).delete()
db.emails_to_users().child(emailKey).delete()
return True
except Exception as e:
logging.exception("Couldn't delete user with id %s!" % id)
return False
def setUnits(self, coord, turn):
units = {}
if not coord:
return
self.tree.DeleteAllItems()
image_list = wx.ImageList(40, 40)
self.tree.AssignImageList(image_list)
img_list_data = {}
root = self.tree.AddRoot('Fleets')
for user in db.users():
user_id = user['id']
tree_user = None
for fleet in db.fleets(turn, util.filter_coord(coord) + ['owner_id=%s'%(user_id,)]):
if not tree_user:
tree_user = self.tree.AppendItem(root, user['name'])
tree_fleet = self.tree.AppendItem(tree_user, fleet['name'])
for unit in db.units(turn, ['fleet_id=%s'%(fleet['id'],)]):
proto = db.get_prototype(unit['class'], ('carapace', 'color', 'name'))
obj_carp = int(unit['class']), int(proto['carapace']), int(proto['color'])
img_item = None
if obj_carp in img_list_data:
img_item = img_list_data[obj_carp]
else:
img_item = image.add_image(image_list, obj_carp)
img_list_data[obj_carp] = img_item
name = proto['name']
if not name:
name = get_unit_name(int(proto['carapace']))
self.tree.AppendItem(tree_fleet, name, image=img_item)
for user in db.alien_players(turn):
user_id = int(user['player_id'])
tree_user = None
for fleet in db.fleets(turn, util.filter_coord(coord) + ['owner_id=%s'%(user_id,)]):
if not tree_user:
tree_user = self.tree.AppendItem(root, user['name'])
tree_fleet = self.tree.AppendItem(tree_user, fleet['name'])
for unit in db.alienUnits(turn, ['fleet_id=%s'%(fleet['id'],)]):
print 'get alient unit %s'%(unit,)
obj_carp = unit['class'], int(unit['carapace']), int(unit['color'])
img_item = None
if obj_carp in img_list_data:
img_item = img_list_data[obj_carp]
else:
img_item = image.add_image(image_list, obj_carp)
img_list_data[obj_carp] = img_item
self.tree.AppendItem(tree_fleet, get_unit_name(int(unit['carapace'])), image=img_item)
self.tree.ExpandAll()
def get(self):
client = APIClient(app_key=c.APP_KEY, app_secret=c.APP_SECRET,
redirect_uri=c.CALLBACK_URL)
code = self.request.get('code')
r = client.request_access_token(code)
access_token = r.access_token # access token，e.g., abc123xyz456
expires_in = r.expires_in # token expires in
user_id = r.uid
client.set_access_token(access_token, expires_in)
user = users.get_by_key_name(user_id)
if user:
user.delete()
e = users(access_token=access_token, expires_in=str(expires_in), key_name=user_id)
e.put()
self.response.write("登录成功")
def __init__(self, parent, only_my_users = True):
wx.Window.__init__(self, parent, wx.ID_ANY)
sizer = wx.BoxSizer(wx.VERTICAL)
self.users = {}
for user in db.users():
checkbox = wx.CheckBox(self, label=user['name'])
checkbox.Bind(wx.EVT_CHECKBOX, self.userChanged)
self.users[int(user['id'])] = checkbox
checkbox.SetValue(False)
sizer.Add(checkbox)
self.SetSizer(sizer)
self.Layout()
def scheduledjob():
""" Send new notifications that come on KTU site. \n
Checks subscription status of each user from Firebase Realtime Database and sends notifs
to subscribers
"""
contents = get_contents()
if contents and contents != []:
for key, value in users().items():
chat_id = key
""" checking if unsubscribed and send the notification """
if value != "F":
send_notifs(chat_id, contents, value)
setData(notifs)
def update(self):
log.debug('update tasks %d'%(len(self.accounts),))
for r in db.users([], ('id', 'name')):
user_id = r['id']
name = r['name']
if user_id in self.accounts:
continue
log.debug("%s => %s"%(user_id, name))
login = wx.StaticText(self,wx.ID_ANY, '%s'%(name,))
self.accounts[user_id] = login
self.sizer.Add(login)
if not self.active_user:
self.selectUser(user_id)
login.Bind(wx.EVT_LEFT_DCLICK, self.onChangeUser)
self.sizer.Layout()
def get_user_nickname(): nick = config.options['user']['nick'] if nick: return nick # find out first user id ( consider it user nickname ) min_id = None for user in db.users(): if not user['login'] in config.users: continue user_id = int(user['id']) if not min_id: min_id = user_id nick = user['name'] elif user_id < min_id: min_id = user_id nick = user['name'] if min_id: return nick return None
def status(self):
def headers(cols):
return "<thead><tr>" + "".join("<th>{}</th>".format(col) for col in cols) + "</tr></thead>"
def row(cols):
return "<tr>" + "".join("<td>{}</td>".format(col) for col in cols) + "</tr>"
import db
res = "<html>"
res += "<head>"
res += "<script src=\"js/jquery-1.11.3.js\"></script>"
res += "<script src=\"js/canvasjs.min.js\"></script>"
res += "<script src=\"js/option_chart.js\"></script>"
res += "</head>"
a = analytics.get()
res += "<h3>Analytics</h3>"
res += "<table>" + headers(["function", "# calls", "# exceptions", "min time (s)", "avg. time (s)", "max time (s)"])
res += "<tbody>"
for key, entry in sorted(a.items()):
res += row([
key,
entry["num_calls"],
entry["num_exceptions"],
"{:.3f}".format(entry["min_time"]),
"{:.3f}".format(float(entry["total_time"]) / float(entry["num_calls"])),
"{:.3f}".format(entry["max_time"])])
res += "</tbody></table>"
res += "<h3>Active URL leases</h3>"
if db.url_leases:
res += "<table><thead><tr><th>user</th><th>url</th><th>expires</th></tr></thead><tbody>"
for url, user, expires in db.url_leases:
res += "<tr><td>{}</td><td>{}</td><td>{}</td></tr>".format(user, url, expires)
res += "</tbody></table>"
else:
res += "N/A"
with DBConnection() as db:
res += "<h3>Commands collected</h3>"
pairs = []
diverse_pairs = []
num_pairs = 0
num_cmds = 0
num_diverse_pairs = 0
cmds = []
for _, _, nl, cmd, _ in db.pairs():
num_pairs += 1
# pairs.append((nl, cmd))
# for _, _, nl, cmd, _ in db.unique_pairs():
# num_diverse_pairs += 1
# diverse_pairs.append((nl, cmd))
cmds_with_users = db.commands_with_users()
for cmd in cmds_with_users:
if "find" in cmd:
num_cmds += 1
res += "<b>{}</b> annotations <br>".format(num_pairs)
# res += "<b>{}</b> unique pairs <br>".format(num_diverse_pairs)
res += "<b>{}</b> unique commands <br><br>".format(num_cmds)
res += "<div id=\"chartContainer\" style=\"height: 500px; width: 500px;\"></div>"
for cmd in sorted(cmds_with_users.keys())[:100]:
if ".js" in cmd:
continue
res += cmd + " ("
for user in cmds_with_users[cmd]:
res += user + ', '
res += ")<br>"
res += "<i>(... end of top 100 commands collected)</i><br>"
"""res += "<h3>URLs in queue</h3>"
for url, _ in db.find_urls_with_less_responses_than(None):
res += url + "<br>"
"""
"""res += "<h3>URLs Finished</h3>"
for url, _ in db.find_urls_that_is_done():
res += url + "<br>"
"""
"""res += "<h3>Pairs</h3>"
res += "<table><thead><tr><th>user</th><th>url</th><th>nl</th><th>cmd</th></tr></thead><tbody>"
for user, url, nl, cmd in db.pairs():
url = url.decode().encode('utf-8')
nl = nl.decode().encode('utf-8')
cmd = cmd.decode().encode('utf-8')
res += "<tr><td>{}</td><td>{}</td><td>{}</td><td>{}</td></tr>".format(
user, url, nl, cmd)
res += "</tbody></table>"
"""
"""res += "<h3>NoPairs URLs</h3>"
res += "<table><thead><tr><th>user</th><th>url</th></tr></thead><tbody>"
for user, url in db.nopairs():
url = url.decode().encode('utf-8')
res += "<tr><td>{}</td><td>{}</td></tr>".format(
user, url)
res += "</tbody></table>"
"""
"""res += "<h3>Skipped URLs</h3>"
res += "<table><thead><tr><th>user</th><th>url</th></tr></thead><tbody>"
for user, url in db.skipped():
url = url.decode().encode('utf-8')
res += "<tr><td>{}</td><td>{}</td></tr>".format(
user, url)
res += "</tbody></table>"
"""
res += "<h3>Search Content (top 100)</h3>"
res += "Number of finished URLs: {}<br>".format(db.num_urls_by_num_visit(2))
res += "Number of URLs annotated by one user: {}<br>".format(db.num_urls_by_num_visit(1))
res += "Number of unnotated URLs: {}<br>".format(db.num_urls_by_num_visit(0))
res += "<table><thead><tr><th>url</th>" + \
"<th>fingerprint</th>" + \
"<th>minimum distance</th>" + \
"<th>max score</th>" + \
"<th>avg score</th>" + \
"<th>number of commands</th" + \
"><th>number of visits</th>" + \
"</tr></thead><tbody>"
num_pages = 0
for url, fingerprint, min_distance, max_score, avg_score, num_cmds, num_visits in db.search_content():
if num_visits >= 2:
# do not show URLs that's done
continue
if not max_score:
max_score = 0.0
if not avg_score:
avg_score = 0.0
res += "<tr><td>{}</td><td>{}</td><td>{}</td><td>{:.4f}</td><td>{:.4f}</td><td>{}</td><td>{}</td></tr>"\
.format(url, fingerprint, min_distance, max_score, avg_score, num_cmds, num_visits)
num_pages += 1
if num_pages > 100:
break
res += "</tbody></table>"
res += "<h3>Registered Users</h3>"
res += "<table><thead><tr><th>user</th><th>first name</th><th>last name</th><th>completed milestone</th></tr></thead><tbody>"
for user, fname, lname, time_stamp in db.users():
res += "<tr><td>{}</td><td>{}</td><td>{}</td><td>{}</td></tr>".format(user, fname, lname, time_stamp)
res += "</tbody></table>"
res += "</html>"
return res
def _get(id):
return db.users().child(id).get()
def testGetNew(self):
oy = db.User.get('oy')
self.assertEqual(oy.name, 'oy')
self.assertEqual(oy.id, 1)
self.assertEqual(len(db.users()), 1)
def onSendScouts(self, _):
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
#log.info('send scouts %s size %s'%(acc['login'], 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 store.iter_objects_list('open_planet', {'user_id':user_id}):
#print 'open planet %s'%(planet,)
coord = get_coord(planet)
for fleet in store.iter_objects_list('fleet', {'user_id':user_id, 'x':coord[0], 'y':coord[1]}):
if value_in(self.exclude_fleet_names, fleet['name']):
continue
units = store.get_fleet_units(fleet['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['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, )
#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))
_,r = store.get_fleet_speed_range(fleet['fleet_id'])
fly_range = max(fly_range, r)
ready_scout_fleets.setdefault(coord, []).append((fleet, r))
# get possible planets to explore in nearest distance
for coord in ready_scout_fleets.keys():
#print 'load geo size centered at %s with range %s'%(coord, int(fly_range))
save_load.load_geo_size_center(coord, int(fly_range))
# jump to nearest/biggest unexplored planet
exclude = set()
for coord, fleets in ready_scout_fleets.iteritems():
max_fly_range = 0
for f,r in fleets:
max_fly_range = max(max_fly_range, r)
possible_planets = []
#s<=99 - skip stars
#dx = lt[0]-fly_range, lt[0]+fly_range
#dy = lt[1]-fly_range, lt[1]+fly_range
for p in store.iter_planets_size(pos=coord, fly_range=max_fly_range, size_min=min_size, bigger_first = True):
if not (p['s']>=min_size and p['s']<=max_size):
#print 'planet %s not fit the size'%(p,)
continue
dest = get_coord(p)
if dest in exclude:
continue
dist = util.distance(dest, coord)
if dist > fly_range:
#print 'planet %s is too far away'%(p,)
continue
planet = db.get_planet(dest)
if planet and 'o' in planet and planet['o']:
#print 'planet %s already explored'%(p,)
continue
has_flying_geo_scouts = False
# check if currently there is some explore fleet on planet, or explore fleet already fly there
already_has_scout = False
for fleet in store.iter_objects_list('fleet', {'x':dest[0], 'y':dest[1]}, controlled = True):
if self.is_geo_scout_fleet(fleet['fleet_id']):
already_has_scout = True
break
if already_has_scout:
#print 'planet %s has scount fleet on it'%(p,)
continue
already_fly_geo_scouts = False
for fleet in store.iter_objects_list('flying_fleet', {'x':dest[0], 'y':dest[1]}, controlled = True):
if self.is_geo_scout_fleet(fleet['fleet_id']):
already_fly_geo_scouts = True
#self.actions.add_action( action.ActionGeoExplore(user_id, ':dest, 'fleet_id':fleet['fleet_id']}))
break
if already_fly_geo_scouts:
#print 'planet %s has flying scount fleet'%(p,)
continue
possible_planets.append( (dist, dest) )
#print 'add possible planet %s'%(dest,)
for fleet, fleet_range in fleets:
#print 'check planets for fleet %s'%(fleet,)
for dist, planet in sorted(possible_planets):
if dist > fleet_range:
#print 'planet %s too scary'%(p,)
continue
# ok fly to it
self.actions.add_action( action.ActionJump(user_id, fleet['fleet_id'], planet ))
#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
def _get(id):
return db.users().child(id).get()
def testRemoveByName(self):
oy = db.User.get('oy')
db.User.remove('oy')
self.assertEqual(len(db.users()), 0)
def status(self):
def headers(cols):
return "<thead><tr>" + "".join("<th>{}</th>".format(col)
for col in cols) + "</tr></thead>"
def row(cols):
return "<tr>" + "".join("<td>{}</td>".format(col)
for col in cols) + "</tr>"
import db
res = "<html>"
res += "<head>"
res += "<script src=\"js/jquery-1.11.3.js\"></script>"
res += "<script src=\"js/canvasjs.min.js\"></script>"
res += "<script src=\"js/option_chart.js\"></script>"
res += "</head>"
a = analytics.get()
res += "<h3>Analytics</h3>"
res += "<table>" + headers([
"function", "# calls", "# exceptions", "min time (s)",
"avg. time (s)", "max time (s)"
])
res += "<tbody>"
for key, entry in sorted(a.items()):
res += row([
key, entry["num_calls"], entry["num_exceptions"],
"{:.3f}".format(entry["min_time"]), "{:.3f}".format(
float(entry["total_time"]) / float(entry["num_calls"])),
"{:.3f}".format(entry["max_time"])
])
res += "</tbody></table>"
res += "<h3>Active URL leases</h3>"
if db.url_leases:
res += "<table><thead><tr><th>user</th><th>url</th><th>expires</th></tr></thead><tbody>"
for url, user, expires in db.url_leases:
res += "<tr><td>{}</td><td>{}</td><td>{}</td></tr>".format(
user, url, expires)
res += "</tbody></table>"
else:
res += "N/A"
with DBConnection() as db:
res += "<h3>Commands collected</h3>"
pairs = []
diverse_pairs = []
num_pairs = 0
num_cmds = 0
num_diverse_pairs = 0
cmds = []
for _, _, nl, cmd, _ in db.pairs():
num_pairs += 1
# pairs.append((nl, cmd))
# for _, _, nl, cmd, _ in db.unique_pairs():
# num_diverse_pairs += 1
# diverse_pairs.append((nl, cmd))
cmds_with_users = db.commands_with_users()
for cmd in cmds_with_users:
if "find" in cmd:
num_cmds += 1
res += "<b>{}</b> annotations <br>".format(num_pairs)
# res += "<b>{}</b> unique pairs <br>".format(num_diverse_pairs)
res += "<b>{}</b> unique commands <br><br>".format(num_cmds)
res += "<div id=\"chartContainer\" style=\"height: 500px; width: 500px;\"></div>"
for cmd in sorted(cmds_with_users.keys())[:100]:
if ".js" in cmd:
continue
res += cmd + " ("
for user in cmds_with_users[cmd]:
res += user + ', '
res += ")<br>"
res += "<i>(... end of top 100 commands collected)</i><br>"
"""res += "<h3>URLs in queue</h3>"
for url, _ in db.find_urls_with_less_responses_than(None):
res += url + "<br>"
"""
"""res += "<h3>URLs Finished</h3>"
for url, _ in db.find_urls_that_is_done():
res += url + "<br>"
"""
"""res += "<h3>Pairs</h3>"
res += "<table><thead><tr><th>user</th><th>url</th><th>nl</th><th>cmd</th></tr></thead><tbody>"
for user, url, nl, cmd in db.pairs():
url = url.decode().encode('utf-8')
nl = nl.decode().encode('utf-8')
cmd = cmd.decode().encode('utf-8')
res += "<tr><td>{}</td><td>{}</td><td>{}</td><td>{}</td></tr>".format(
user, url, nl, cmd)
res += "</tbody></table>"
"""
"""res += "<h3>NoPairs URLs</h3>"
res += "<table><thead><tr><th>user</th><th>url</th></tr></thead><tbody>"
for user, url in db.nopairs():
url = url.decode().encode('utf-8')
res += "<tr><td>{}</td><td>{}</td></tr>".format(
user, url)
res += "</tbody></table>"
"""
"""res += "<h3>Skipped URLs</h3>"
res += "<table><thead><tr><th>user</th><th>url</th></tr></thead><tbody>"
for user, url in db.skipped():
url = url.decode().encode('utf-8')
res += "<tr><td>{}</td><td>{}</td></tr>".format(
user, url)
res += "</tbody></table>"
"""
res += "<h3>Search Content (top 100)</h3>"
res += "Number of finished URLs: {}<br>".format(
db.num_urls_by_num_visit(2))
res += "Number of URLs annotated by one user: {}<br>".format(
db.num_urls_by_num_visit(1))
res += "Number of unnotated URLs: {}<br>".format(
db.num_urls_by_num_visit(0))
res += "<table><thead><tr><th>url</th>" + \
"<th>fingerprint</th>" + \
"<th>minimum distance</th>" + \
"<th>max score</th>" + \
"<th>avg score</th>" + \
"<th>number of commands</th" + \
"><th>number of visits</th>" + \
"</tr></thead><tbody>"
num_pages = 0
for url, fingerprint, min_distance, max_score, avg_score, num_cmds, num_visits in db.search_content(
):
if num_visits >= 2:
# do not show URLs that's done
continue
if not max_score:
max_score = 0.0
if not avg_score:
avg_score = 0.0
res += "<tr><td>{}</td><td>{}</td><td>{}</td><td>{:.4f}</td><td>{:.4f}</td><td>{}</td><td>{}</td></tr>"\
.format(url, fingerprint, min_distance, max_score, avg_score, num_cmds, num_visits)
num_pages += 1
if num_pages > 100:
break
res += "</tbody></table>"
res += "<h3>Registered Users</h3>"
res += "<table><thead><tr><th>user</th><th>first name</th><th>last name</th><th>completed milestone</th></tr></thead><tbody>"
for user, fname, lname, time_stamp in db.users():
res += "<tr><td>{}</td><td>{}</td><td>{}</td><td>{}</td></tr>".format(
user, fname, lname, time_stamp)
res += "</tbody></table>"
res += "</html>"
return res
def testRemoveByObject(self):
oy = db.User.get('oy')
db.User.remove(oy)
self.assertEqual(len(db.users()), 0)
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()