def getMatchDetails(self, *args, **kwargs):
if "dm_output" in kwargs:
match = kwargs.pop("dm_output")
else:
match = Match(client=self)
params = self._prepare_dict(kwargs)
url = self._getUrl("IDOTA2Match_570/GetMatchDetails/V001", params)
f = urllib.urlopen(url)
d = json.load(f)
match.detailsFromJSON(d["result"])
return match
def matchinfo(self, ids):
matches = self.dp.fetchmatchdata(ids)
output = ''
for mid in ids:
match = Match.creatematch(mid, matches[mid])
output += match.matchstr(self.dp) + '\n'
return output
def matchinfo(self, ids):
matches = self.dp.fetchmatchdata(ids)
tmpl_h, tmpl_f = Html.loadtemplates()
output = tmpl_h.substitute()
for mid in ids:
match = Match.creatematch(mid, matches[mid])
legionplayers = match.players(team="legion")
hellbourneplayers = match.players(team='hellbourne')
output += '<h2>{mid}</h2>'.format(mid=mid)
output += match.gamedatestr() + ' GD: ' + str(match.gameduration()) + '<br />\n'
output += '<table cellspacing="0" cellpadding="2">'
output += '<tr>'
output += Html.list2cols(['Legion', 'Hero', 'LVL', 'K', 'D', 'A', 'CK', 'CD', 'W', 'GPM', 'GL2D',
'Hellbourne', 'Hero', 'LVL', 'K', 'D', 'A', 'CK', 'CD', 'W', 'GPM', 'GL2D'], 'th')
legioncols = []
for id_ in legionplayers.keys():
legioncols.append([LinkItem('/player/{nick}'.format(nick=self.dp.id2nick(id_)), self.dp.id2nick(id_)),
self.dp.heroid2name(match.playerstat(id_, 'hero_id')),
match.playerstat(id_, 'level'),
match.playerstat(id_, 'herokills'),
match.playerstat(id_, 'deaths'),
match.playerstat(id_, 'heroassists'),
match.playerstat(id_, 'teamcreepkills') + match.playerstat(id_, 'neutralcreepkills'),
match.playerstat(id_, 'denies'),
match.playerstat(id_, 'wards'),
int(match.playerstat(id_, 'gold') / (match.gameduration().total_seconds() / 60)),
match.playerstat(id_, 'goldlost2death')])
hellcols = []
for id_ in hellbourneplayers.keys():
hellcols.append([LinkItem('/player/{nick}'.format(nick=self.dp.id2nick(id_)), self.dp.id2nick(id_)),
self.dp.heroid2name(match.playerstat(id_, 'hero_id')),
match.playerstat(id_, 'level'),
match.playerstat(id_, 'herokills'),
match.playerstat(id_, 'deaths'),
match.playerstat(id_, 'heroassists'),
match.playerstat(id_, 'teamcreepkills') + match.playerstat(id_, 'neutralcreepkills'),
match.playerstat(id_, 'denies'),
match.playerstat(id_, 'wards'),
int(match.playerstat(id_, 'gold') / (match.gameduration().total_seconds() / 60)),
match.playerstat(id_, 'goldlost2death')])
size = max(len(hellcols), len(legioncols))
for i in range(0, size):
if i < len(legioncols):
output += '<tr>' + Html.list2cols(legioncols[i] + hellcols[i]) + '</tr>'
else:
output += '<tr><td colspan="11"> </td>' + Html.list2cols(hellcols[i]) + '</tr>'
output += '</tr>'
output += '</table>'
return output + tmpl_f.substitute()
def act_init_match(session, name, team_a, team_b, sched_begin, sched_end):
match = Match()
match.sched_begin = sched_begin
match.sched_end = sched_end
match.begin = None
match.end = None
match.name = name
match.team_a = team_a
match.team_b = team_b
session.add(match)
session.commit()
return match.id
def matchesinfo(self, ids, statstype, limit):
output = ''
for id_ in ids:
matchids = self.dp.matches(id_, statstype)
avgdata = Text.initavgdata()
limit = min(limit, len(matchids)) if limit else len(matchids)
output += self.dp.id2nick(id_) + '\n'
output += Match.headermatches() + '\n'
for i in range(limit):
matches = self.dp.fetchmatchdata([matchids[i]])
match = Match.creatematch(matchids[i], matches[matchids[i]])
# count average
if isinstance(match, Match):
matchdata = match.matchesdata(self.dp.nick2id(id_), self.dp)
avgdata = Text.fillavgdata(avgdata, matchdata)
output += match.matchesstr(self.dp.nick2id(id_), self.dp) + '\n'
avgdata = Text.finalizeavgdata(avgdata, limit)
output += "average " + Match.MatchesFormat.format(**avgdata)[10:] + '\n'
#print(json.dumps(history))
return output
def lastmatchesinfo(self, ids, statstype, hero, arglimit, count):
output = ''
for id_ in ids:
id_hero = (id_, hero) if hero else None
matchids = self.dp.matches(id_, statstype)
limit = arglimit if (arglimit or count) < count else count
matches = self.dp.fetchmatchdata(matchids, limit=limit, id_hero=id_hero)
output += self.dp.id2nick(id_) + '\n'
for mid in sorted(matches.keys(), reverse=True):
match = Match.creatematch(mid, matches[mid])
output += match.matchstr(self.dp) + '\n'
return output
def getMatchHistory(self, *args, **kwargs):
params = self._prepare_dict(kwargs)
url = self._getUrl("IDOTA2Match_570/GetMatchHistory/V001", params)
f = urllib.urlopen(url)
d = json.load(f)
# TODO realize as iterator
matches = []
for matchDict in d['result']['matches']:
try:
match = Match.fromJSON(matchDict)
if match is not None:
matches.append(match)
except Exception as e:
print(e)
logger.warn("Skipped result")
raise
return matches
def task_matches():
logging.info("Performing match maintainance...")
matches = list(Match.query().fetch())
for match in matches:
# Delete all matches whose last move is older than the specified timeout
if match.last_move_date:
expired = (datetime.now() -
match.last_move_date) > timedelta(seconds=match.timeout)
else:
expired = False
if expired:
white = User.get_by_id(match.white_id)
black = User.get_by_id(match.black_id)
if match.is_user_turn(white):
looser = white
winner = black
else:
winner = white
looser = black
white.send_message(
constants.ERROR_TIMEOUT.format(
looser.username,
humanfriendly.format_timespan(match.timeout)))
black.send_message(
constants.ERROR_TIMEOUT.format(
looser.username,
humanfriendly.format_timespan(match.timeout)))
winner.end_game(GameResult.WIN)
looser.end_game(GameResult.LOSE)
# Delete match
logging.info("Deleting match %s. Last activity: %s",
match.key.id(), str(match.last_move_date))
match.key.delete()
def matchesinfo(self, ids, statstype, limit):
tmpl_h, tmpl_f = Html.loadtemplates()
output = tmpl_h.substitute()
for id_ in ids:
output += '<h2>{nick}</h2>'.format(nick=id_)
output += '<table cellspacing="0" cellpadding="2">'
output += '<tr>' + Html.list2cols(['MID', 'GT', 'GD', 'Date', 'K', 'D', 'A', 'KDR',
'Hero', 'WL', 'Wards', 'CK', 'CD', 'GPM'], 'th') + '</tr>'
matchids = self.dp.matches(id_, statstype)
avgdata = text.Text.initavgdata()
limit = limit if limit else len(matchids)
for i in range(limit):
matches = self.dp.fetchmatchdata([matchids[i]])
match = Match.creatematch(matchids[i], matches[matchids[i]])
if isinstance(match, Match):
matchdata = match.matchesdata(self.dp.nick2id(id_), self.dp)
avgdata = text.Text.fillavgdata(avgdata, matchdata)
rowdata = [LinkItem("/match/" + str(matchdata['mid']), matchdata['mid']),
matchdata['gt'],
matchdata['gd'],
matchdata['date'],
matchdata['k'],
matchdata['d'],
matchdata['a'],
round(matchdata['kdr'], 2),
matchdata['hero'],
matchdata['wl'],
matchdata['wa'],
matchdata['ck'],
matchdata['cd'],
matchdata['gpm']]
output += '<tr>' + Html.list2cols(rowdata) + '</tr>'
output += '</table>'
return output + tmpl_f.substitute()
def arg_body(self):
user = self.user
adversary_username = self.text
if self.text == "/cancel":
user.send_message("Game cancelled!",
reply_markup=telegram.ReplyKeyboardRemove(True))
else:
if adversary_username == user.username and not user.admin:
user.send_message(
constants.ERROR_SAME_USER,
reply_markup=telegram.ReplyKeyboardRemove(True))
return
query = User.query(User.username == adversary_username)
query_list = list(query.fetch())
if len(query_list) != 1:
# Adversary not found
invite_button = [[
telegram.InlineKeyboardButton(
"Invite a friend",
switch_inline_query=constants.STRING_SHARED)
]]
reply_markup = telegram.InlineKeyboardMarkup(invite_button)
user.send_message(
adversary_username + " is not a Chess Duel Bot user.",
reply_markup=telegram.ReplyKeyboardRemove(True))
user.send_message(constants.STRING_INVITE,
reply_markup=reply_markup)
return
adversary = query_list[0]
if adversary.status == UserStatus.IDLE:
try:
timeout = int(user.pending_arg)
except ValueError:
# TODO: Print error
return
match = Match(white_id=adversary.key.id(),
black_id=user.key.id(),
timeout=timeout)
match.put()
# Adversary found
user.setup_match(match, adversary, False)
user.send_message(
constants.STRING_REQUEST_SENT,
reply_markup=telegram.ReplyKeyboardRemove(True))
adversary.setup_match(match, user, True)
accept_button = [[
telegram.InlineKeyboardButton("Accept",
callback_data='/accept'),
telegram.InlineKeyboardButton("Refuse",
callback_data='/refuse')
]]
reply_markup = telegram.InlineKeyboardMarkup(accept_button)
adversary.send_message(
constants.STRING_REQUEST_RECEIVED.format(
user.username,
humanfriendly.format_timespan(match.timeout)),
reply_markup=reply_markup)
else:
# Adversary busy
user.send_message(
"Adversary is busy",
reply_markup=telegram.ReplyKeyboardRemove(True))
def replay_match(orig_match_id, mult=1.0, initial_wait=0.0):
session = Session()
# Retrieve the original match and prepare the new event list
# (already sorted by SQLAlchemy)
orig_match = session.query(Match).filter(Match.id == orig_match_id).one()
events = [((min(max(x.timestamp, orig_match.begin), orig_match.end) - orig_match.begin).total_seconds(), x)
for x in orig_match.events]
ref_time = 0.0
for i in xrange(len(events)):
delta = events[i][0] - ref_time
ref_time = events[i][0]
events[i] = (delta / mult, events[i][1])
# Replicate the original match
match = Match()
match.sched_begin = datetime.datetime.now() + datetime.timedelta(seconds=0.5 * initial_wait)
match.sched_end = match.sched_begin + multiply_timedelta(1.0 / mult, orig_match.sched_end - orig_match.sched_begin)
match.name = "Replay of \"%s\"" % (orig_match.name)
match.team_a = orig_match.team_a
match.team_b = orig_match.team_b
session.add(match)
# Add the advantage phases
phase = AdvantagePhase()
phase.match = match
phase.start_sec = 0
phase.advantage = 10
session.add(phase)
phase = AdvantagePhase()
phase.match = match
phase.start_sec = 30 * 60
phase.advantage = 5
session.add(phase)
phase = AdvantagePhase()
phase.match = match
phase.start_sec = 60 * 60
phase.advantage = 3
session.add(phase)
# Replicate the player_matches
for orig_pm in session.query(PlayerMatch).filter(PlayerMatch.match == orig_match):
pm = PlayerMatch()
pm.match = match
pm.player = orig_pm.player
pm.team = orig_pm.team
session.add(pm)
# Flush and commit
session.flush()
session.commit()
# Print match ID and start wait
print "> Feeding match with ID %d" % (match.id)
print "> Scheduled times: %s -- %s" % (match.sched_begin, match.sched_end)
print "> Waiting initial %f seconds..." % (initial_wait)
time.sleep(initial_wait)
# Set begin
match.begin = datetime.datetime.now()
print "> Match begins at %s" % (match.begin)
session.commit()
# Replay events
for wait_secs, orig_ev in events:
print "> Waiting %f seconds..." % (wait_secs)
time.sleep(wait_secs)
ev = Event()
ev.timestamp = datetime.datetime.now()
ev.match = match
ev.type = orig_ev.type
ev.source = orig_ev.source
ev.team = orig_ev.team
ev.player_a = orig_ev.player_a
ev.player_b = orig_ev.player_b
ev.red_team = orig_ev.red_team
ev.blue_team = orig_ev.blue_team
ev.phase = orig_ev.phase
print "> Pushing event of type %s and timestamp %s" % (ev.type, ev.timestamp)
session.add(ev)
ev.check_type()
session.commit()
# Set end
match.end = datetime.datetime.now()
print "> Match ends at %s" % (match.end)
session.commit()
print "> Finished feeding match with ID %d" % (match.id)
print "> Scheduled times were: %s -- %s" % (match.sched_begin, match.sched_end)
def import_from_2012():
old_session = OldSession()
session = Session()
# Match and teams
match = Match()
match.name = "24 ore 2012"
first_team = session.query(Team).filter(Team.name == "Matematici").one()
second_team = session.query(Team).filter(Team.name == "Fisici").one()
match.team_a = first_team
match.team_b = second_team
# Team mapping
_team_map = {}
old_first_team = old_session.query(OldTeam).filter(OldTeam.name == "Matematici").one()
old_second_team = old_session.query(OldTeam).filter(OldTeam.name == "Fisici").one()
_team_map[old_first_team.id] = first_team
_team_map[old_second_team.id] = second_team
team_map = lambda x: _team_map[x.id]
# Player mapping
_player_map = {}
player_matches = []
found_player_id = set()
for old_player in old_session.query(OldPlayer).all():
player = Player.get_or_create(session, old_player.fname, old_player.lname, None)
_player_map[old_player.id] = player
player_match = PlayerMatch()
player_match.player = player
player_match.match = match
player_match.team = team_map(old_player.team)
player_matches.append(player_match)
player_map = lambda x: _player_map[x.id]
# Events
events = []
for old_event in old_session.query(OldEvent).order_by(OldEvent.timestamp).all():
if old_event.type == 'sched_begin':
match.sched_begin = old_event.timestamp
elif old_event.type == 'begin':
match.begin = old_event.timestamp
elif old_event.type == 'sched_end':
match.sched_end = old_event.timestamp
elif old_event.type == 'end':
match.end = old_event.timestamp
else:
event = Event()
event.match = match
event.timestamp = old_event.timestamp
event.source = Event.EV_SOURCE_MANUAL
event.type = old_event.type
if old_event.type in [Event.EV_TYPE_GOAL, Event.EV_TYPE_GOAL_UNDO]:
event.team = _team_map[int(old_event.param)]
elif old_event.type == Event.EV_TYPE_SWAP:
old_red_team_id, old_blue_team_id = map(int, old_event.param.split(','))
event.red_team = _team_map[old_red_team_id]
event.blue_team = _team_map[old_blue_team_id]
elif old_event.type == Event.EV_TYPE_CHANGE:
old_team_id, old_player_a_id, old_player_b_id = map(int, old_event.param.split(','))
event.team = _team_map[old_team_id]
event.player_a = _player_map[old_player_a_id]
event.player_b = _player_map[old_player_b_id]
found_player_id.add(event.player_a.id)
found_player_id.add(event.player_b.id)
else:
assert(False, "Command not supported")
events.append(event)
session.add(match)
for pm in player_matches:
if pm.player.id in found_player_id:
session.add(pm)
for ev in events:
session.add(ev)
assert(ev.check_type())
session.flush()
old_session.rollback()
session.commit()
def import_from_2011():
session = Session()
match = Match()
match.name = "24 ore 2011"
import_log(match, session, '2011/log-seconda-24h.txt')
def import_from_2010():
session = Session()
match = Match()
match.name = "24 ore 2010"
import_log(match, session, '2010/log-finale.txt')