def parse_draft_status(blob):
# TODO: need to implement the sorting algo shown here:
# TODO: https://github.com/Fugiman/deckmaster/blob/559e3b94bb105387a0e33463e4b5f718ab91721d/client/updater.go#L113
""" return a.RarityRank() > b.RarityRank() ||
(a.RarityRank() == b.RarityRank() && a.ColorRank() > b.ColorRank()) ||
(a.RarityRank() == b.RarityRank() && a.ColorRank() == b.ColorRank() && a.CMC < b.CMC) ||
(a.RarityRank() == b.RarityRank() && a.ColorRank() == b.ColorRank() && a.CMC == b.CMC && a.Name < b.Name)"""
import app.mtga_app as mtga_app
collection_count = []
picked_cards_this_draft = []
if "pickedCards" in blob and blob["pickedCards"]:
picked_cards_this_draft = blob["pickedCards"]
for card in blob["draftPack"]:
card_obj = util.all_mtga_cards.find_one(card).to_serializable()
if card in mtga_app.mtga_watch_app.collection:
card_obj["count"] = min(
mtga_app.mtga_watch_app.collection[card] +
picked_cards_this_draft.count(card), 4)
else:
card_obj["count"] = min(0 + picked_cards_this_draft.count(card), 4)
collection_count.append(card_obj)
collection_count.sort(key=lambda x: (-1 * util.rank_rarity(x[
"rarity"]), util.rank_colors(x[
"color_identity"]), util.rank_cost(x["cost"]), x["pretty_name"]))
general_output_queue.put({"draft_collection_count": collection_count})
def send_error(self, error):
self.error_count += 1
general_output_queue.put({
"error": "MTGAWatchError",
"msg": error,
"count": self.error_count
})
def parse_mulligan_req_message(message, timestamp=None):
import app.mtga_app as mtga_app
number_cards = message["prompt"]["parameters"][0]["numberValue"]
player_seat_id = message["systemSeatIds"][0]
player = mtga_app.mtga_watch_app.game.get_player_in_seat(player_seat_id)
mtga_app.mtga_logger.info("MULL: {}".format(player.hand.cards))
with mtga_app.mtga_watch_app.game_lock: # the game state may become inconsistent in between these steps, so lock it
if number_cards < 6:
number_mulligans = 6 - number_cards
starting_hand_size = 7 - number_mulligans
player.mulligan_count = number_mulligans
mulligan_text = [" mulligans to ", str(starting_hand_size), ": "]
else: # starting hand
mulligan_text = ["'s starting hand: "]
player_texts = build_event_texts_from_iid_or_grpid(
player_seat_id, mtga_app.mtga_watch_app.game)
card_texts = []
for card in player.hand.cards:
card_texts.append(*build_event_texts_from_iid_or_grpid(
card.game_id, mtga_app.mtga_watch_app.game))
event_texts = [*player_texts, *mulligan_text]
for card_text in card_texts:
event_texts.extend([card_text, ", "])
if event_texts[-1] == ", ":
event_texts.pop()
queue_obj = {"game_history_event": event_texts}
mtga_app.mtga_watch_app.game.events.append(
queue_obj["game_history_event"])
general_output_queue.put(queue_obj)
def click_event(_x, _y, button, pressed):
if pressed:
if button == mouse.Button.right:
general_output_queue.put({"right_click": True})
if button == mouse.Button.left:
general_output_queue.put({"left_click": True})
if not all_die_queue.empty():
return False
def parse_draft_status(blob):
# TODO: need to implement the sorting algo shown here:
# TODO: https://github.com/Fugiman/deckmaster/blob/559e3b94bb105387a0e33463e4b5f718ab91721d/client/updater.go#L113
""" return a.RarityRank() > b.RarityRank() ||
(a.RarityRank() == b.RarityRank() && a.ColorRank() > b.ColorRank()) ||
(a.RarityRank() == b.RarityRank() && a.ColorRank() == b.ColorRank() && a.CMC < b.CMC) ||
(a.RarityRank() == b.RarityRank() && a.ColorRank() == b.ColorRank() && a.CMC == b.CMC && a.Name < b.Name)"""
import app.mtga_app as mtga_app
collection_count = []
picked_cards_this_draft = []
if "pickedCards" in blob and blob["pickedCards"]:
picked_cards_this_draft = blob["pickedCards"]
if blob["draftPack"]:
for card in blob["draftPack"]:
card_obj = util.all_mtga_cards.find_one(card).to_serializable()
if card in mtga_app.mtga_watch_app.collection:
card_obj["count"] = min(mtga_app.mtga_watch_app.collection[card] + picked_cards_this_draft.count(card), 4)
else:
card_obj["count"] = min(0 + picked_cards_this_draft.count(card), 4)
collection_count.append(card_obj)
collection_count.sort(key=lambda x: (-1 * util.rank_rarity(x["rarity"]), util.rank_colors(x["color_identity"]), util.rank_cost(x["cost"]), x["pretty_name"]))
general_output_queue.put({"draft_collection_count": collection_count})
else:
blob["draftPack"] = []
draftId = blob["draftId"]
picks = picked_cards_this_draft[:]
pack = blob['draftPack'][:]
draft_history = mtga_app.mtga_watch_app.draft_history
if draft_history.get(draftId, None):
report = {}
# report['picks'] = [int(grpid) for grpid in draft_history[draftId]['picks'] ]
report['draftID'] = draftId
report['playerID'] = blob["playerId"]
report['pickNumber'] = draft_history[draftId]['picknum']
report['packNumber'] = draft_history[draftId]['packnum']
report['pack'] = [int(grpid) for grpid in draft_history[draftId]['pack']]
old = draft_history[draftId]['picks'][:]
new = picks[:]
for c in old:
new.remove(c)
report['pick'] = int(new[0])
# send report to inspector
app.mtga_app.mtga_logger.info("{}{}".format(util.ld(), report))
pass_through("draftPick", report["playerID"], report)
if pack:
draft_history[draftId] = {'picks': picks, 'pack': pack, 'picknum': blob["pickNumber"], 'packnum': blob["packNumber"]}
else:
draft_history[draftId] = None
def check_for_client_id(blob):
if "authenticateResponse" in blob:
if "clientId" in blob["authenticateResponse"]:
# screw it, no one else is going to use this message, mess up the timestamp, who cares
with mtga_watch_app.game_lock:
if mtga_watch_app.player_id != blob[
"authenticateResponse"]['clientId']:
mtga_watch_app.player_id = blob[
"authenticateResponse"]['clientId']
mtga_logger.debug(
"{}check_for_client_id: got new clientId".format(
util.ld()))
mtga_watch_app.save_settings()
general_output_queue.put(
{"authenticateResponse": blob["authenticateResponse"]})
def parse_game_results(_unused_locked, match_id, result_list):
import app.mtga_app as mtga_app
for idx, result in enumerate(result_list):
if not app.mtga_app.mtga_watch_app.match.has_results(idx):
# scope = result["scope"]
# if scope == 'MatchScope_Match': # TODO: with BO3, check games too. (might be in a different event type)
winning_team = result["winningTeamId"]
mtga_app.mtga_watch_app.game.final = True
mtga_app.mtga_watch_app.game.winner = mtga_app.mtga_watch_app.game.get_player_in_seat(
winning_team)
# let electron handle the upload
result = {
"match_complete": True,
"game": mtga_app.mtga_watch_app.game.to_json()
}
if "end" not in mtga_app.mtga_watch_app.game.recorded_targetspecs:
mtga_app.mtga_watch_app.game.recorded_targetspecs.append("end")
reason = None
if "reason" in result.keys():
reason = result["reason"].split("_")[1]
won_text = "{} won!".format(
mtga_app.mtga_watch_app.game.winner.player_name)
if reason:
won_text += "({})".format(reason)
event_text = build_event_text(won_text, "game")
event_texts = [event_text]
queue_obj = {"game_history_event": event_texts}
mtga_app.mtga_watch_app.game.events.append(
queue_obj["game_history_event"])
general_output_queue.put(queue_obj)
app.mtga_app.mtga_watch_app.match.add_result(result)
game_state_change_queue.put(result)
if match_id != mtga_app.mtga_watch_app.game.match_id:
fstr = "match_id {} ended, but doesn't match current game object ({})!"
raise Exception(
fstr.format(match_id,
mtga_app.mtga_watch_app.game.match_id))
def send_message(self, message):
general_output_queue.put({"color": "black", "msg": message})
def parse_match_playing(blob):
# MatchGameRoomStateType_Playing
import app.mtga_app as mtga_app
temp_players = {1: {}, 2: {}}
game_room_info = blob["matchGameRoomStateChangedEvent"]["gameRoomInfo"]
event_id = game_room_info['gameRoomConfig']['eventId']
game_room_players = game_room_info["players"]
for player in game_room_players:
temp_players[player["systemSeatId"]]["player_id"] = player["userId"]
game_room_config = game_room_info["gameRoomConfig"]
reserved_players = game_room_config["reservedPlayers"]
for player in reserved_players:
temp_players[player["systemSeatId"]]["name"] = player["playerName"]
match_config = game_room_config["matchConfig"]
if "teams" in match_config:
teams = match_config["teams"]
for team in teams:
players = team["players"]
for player in players:
player_seat = player["systemSeatId"]
temp_players[player_seat]["deck"] = util.card_ids_to_card_list(
player["deckCards"])
for player_idx in [1, 2]:
if "deck" not in temp_players[player_idx]:
temp_players[player_idx]["deck"] = []
# set up shared zones
shared_battlefield = Zone("battlefield")
shared_exile = Zone("exile")
shared_limbo = Zone("limbo")
shared_stack = Zone("stack")
player1 = Player(temp_players[1]["name"], temp_players[1]["player_id"], 1,
shared_battlefield, shared_exile, shared_limbo,
shared_stack, temp_players[1]["deck"])
player2 = Player(temp_players[2]["name"], temp_players[2]["player_id"], 2,
shared_battlefield, shared_exile, shared_limbo,
shared_stack, temp_players[2]["deck"])
with mtga_app.mtga_watch_app.game_lock:
if mtga_app.mtga_watch_app.player_id == player1.player_id:
hero = player1
opponent = player2
elif mtga_app.mtga_watch_app.player_id == player2.player_id:
hero = player2
opponent = player1
else:
raise Exception(
"Don't know who hero is: player_id: {} / player 1: {} / player 2: {}"
.format(mtga_app.mtga_watch_app.player_id, player1.player_id,
player2.player_id))
hero.is_hero = True
if mtga_app.mtga_watch_app.intend_to_join_game_with:
hero.original_deck = mtga_app.mtga_watch_app.intend_to_join_game_with
opponent_rank = "Unknown"
if mtga_app.mtga_watch_app.match.opponent_name == opponent.player_name:
opponent_rank = mtga_app.mtga_watch_app.match.opponent_rank
match_id = game_room_info['gameRoomConfig'][
'matchId'] + "-game1-{}".format(hero.player_id)
hero_text = build_event_text(hero.player_name, "hero")
oppo_text = build_event_text(opponent.player_name, "opponent")
event_texts = [hero_text, " vs ", oppo_text]
queue_obj = {"game_history_event": event_texts}
general_output_queue.put(queue_obj)
mtga_app.mtga_watch_app.game = Game(match_id, hero, opponent,
shared_battlefield, shared_exile,
shared_limbo, shared_stack,
event_id, opponent_rank)
mtga_app.mtga_watch_app.game.events.append(
queue_obj["game_history_event"])
def pass_through(title, player_key, blob):
general_output_queue.put({title: blob, "player_key": player_key})
def parse_game_state_message(message, timestamp=None):
# DOM: ok
import app.mtga_app as mtga_app
with mtga_app.mtga_watch_app.game_lock: # the game state may become inconsistent in between these steps, so lock it
if "turnInfo" in message.keys():
if "turnNumber" in message["turnInfo"].keys():
player = app.mtga_app.mtga_watch_app.game.get_player_in_seat(
message["turnInfo"]["activePlayer"])
if "decisionPlayer" in message["turnInfo"].keys():
decisionPlayer = app.mtga_app.mtga_watch_app.game.get_player_in_seat(
message["turnInfo"]["decisionPlayer"])
else:
decisionPlayer = app.mtga_app.mtga_watch_app.game.last_decision_player
if timestamp:
now = datetime.datetime.now()
if app.mtga_app.mtga_watch_app.game.last_log_timestamp is None:
app.mtga_app.mtga_watch_app.game.last_log_timestamp = timestamp
app.mtga_app.mtga_watch_app.game.last_measured_timestamp = now
app.mtga_app.mtga_watch_app.game.log_start_time = timestamp
app.mtga_app.mtga_watch_app.game.last_decision_player = decisionPlayer
measured_time_diff = now - app.mtga_app.mtga_watch_app.game.last_measured_timestamp
log_time_diff = timestamp - app.mtga_app.mtga_watch_app.game.last_log_timestamp
if measured_time_diff > log_time_diff:
log_time_diff = measured_time_diff # some turns are really fast, and the logs see it as 0 seconds. Add what we measured instead,
app.mtga_app.mtga_watch_app.game.last_log_timestamp = timestamp
app.mtga_app.mtga_watch_app.game.last_measured_timestamp = now
ct_obj = {
"turnInfo":
message["turnInfo"],
"diff":
log_time_diff,
"countsAgainst":
app.mtga_app.mtga_watch_app.game.last_decision_player
}
app.mtga_app.mtga_watch_app.game.chess_timer.append(ct_obj)
general_output_queue.put({
"decisionPlayerChange":
True,
"heroIsDeciding":
decisionPlayer == app.mtga_app.mtga_watch_app.game.hero
})
app.mtga_app.mtga_watch_app.game.last_decision_player = decisionPlayer
app.mtga_app.mtga_watch_app.game.turn_number = message[
"turnInfo"]["turnNumber"]
other_player_seat = 2 if message["turnInfo"][
"activePlayer"] == 1 else 1
other_player = app.mtga_app.mtga_watch_app.game.get_player_in_seat(
other_player_seat)
app.mtga_app.mtga_watch_app.game.current_player = player.player_name
if not app.mtga_app.mtga_watch_app.game.on_the_play:
if message["turnInfo"]["turnNumber"] % 2 == 1:
app.mtga_app.mtga_watch_app.game.on_the_play = player.player_name
else:
app.mtga_app.mtga_watch_app.game.on_the_play = other_player.player_name
app.mtga_app.mtga_watch_app.game.current_phase = message[
"turnInfo"]["phase"]
turn_tuple = (message["turnInfo"]["turnNumber"], "phase")
if turn_tuple not in mtga_app.mtga_watch_app.game.recorded_targetspecs:
mtga_app.mtga_watch_app.game.recorded_targetspecs.append(
turn_tuple)
turn = turn_tuple[0]
active_player_seat = message["turnInfo"]["activePlayer"]
active_player = mtga_app.mtga_watch_app.game.get_player_in_seat(
active_player_seat)
if turn % 2 == 1:
text = "{} / {} Turn {}".format(
turn, active_player.player_name, int(
(turn + 1) / 2))
else:
text = "{} / {} Turn {}".format(
turn, active_player.player_name, int((turn / 2)))
text_obj = build_event_text(text, "turn")
queue_obj = {"game_history_event": [text_obj]}
mtga_app.mtga_watch_app.game.events.append(
queue_obj["game_history_event"])
general_output_queue.put(queue_obj)
if "step" in message["turnInfo"].keys():
app.mtga_app.mtga_watch_app.game.current_phase += "-{}".format(
message["turnInfo"]["step"])
app.mtga_app.mtga_logger.debug(message["turnInfo"])
if 'gameInfo' in message.keys():
if 'matchState' in message['gameInfo']:
game_number = message['gameInfo']['gameNumber']
game_player_id = "-game{}-{}".format(
game_number, mtga_app.mtga_watch_app.game.hero.player_id)
match_id_raw = message['gameInfo']['matchID']
match_id = message['gameInfo']['matchID'] + game_player_id
if 'results' in message['gameInfo']:
results = message['gameInfo']['results']
parse_game_results(True, match_id, results)
if message['gameInfo']['matchState'] == "MatchState_GameInProgress" and \
game_number > max(len(app.mtga_app.mtga_watch_app.match.game_results), 1):
shared_battlefield = Zone("battlefield")
shared_exile = Zone("exile")
shared_limbo = Zone("limbo")
shared_stack = Zone("stack")
new_hero = Player(
mtga_app.mtga_watch_app.game.hero.player_name,
mtga_app.mtga_watch_app.game.hero.player_id,
mtga_app.mtga_watch_app.game.hero.seat,
shared_battlefield, shared_exile, shared_limbo,
shared_stack,
mtga_app.mtga_watch_app.game.hero._deck_cards)
new_oppo = Player(
mtga_app.mtga_watch_app.game.opponent.player_name,
mtga_app.mtga_watch_app.game.opponent.player_id,
mtga_app.mtga_watch_app.game.opponent.seat,
shared_battlefield, shared_exile, shared_limbo,
shared_stack,
mtga_app.mtga_watch_app.game.opponent._deck_cards)
new_hero.is_hero = True
if mtga_app.mtga_watch_app.intend_to_join_game_with:
new_hero.original_deck = mtga_app.mtga_watch_app.intend_to_join_game_with
new_match_id = match_id_raw + "-game{}-{}".format(
game_number, new_hero.player_id)
mtga_app.mtga_watch_app.game = Game(
new_match_id, new_hero, new_oppo,
shared_battlefield, shared_exile, shared_limbo,
shared_stack,
app.mtga_app.mtga_watch_app.match.event_id,
app.mtga_app.mtga_watch_app.match.opponent_rank)
if 'annotations' in message.keys():
for annotation in message['annotations']:
annotation_type = annotation['type'][0]
if annotation_type == 'AnnotationType_ObjectIdChanged':
try:
original_id = None
new_id = None
details = annotation['details']
for detail in details:
if detail['key'] == "orig_id":
original_id = detail["valueInt32"][0]
mtga_app.mtga_watch_app.game.ignored_iids.add(
original_id)
# NOTE: at one point Spencer thought it might be correct to ignore these AFTER
# parsing the whole gameStateMessage, i.e. put these in a list here, and only add them
# to ignored_iid's at the end of this function.
#
# That was incorrect, and led to cards flip-flopping in the UI.
# This is correct as is.
elif detail['key'] == "new_id":
new_id = detail["valueInt32"][0]
card_with_iid = mtga_app.mtga_watch_app.game.find_card_by_iid(
original_id)
if not card_with_iid: # no one has ref'd yet, we don't care
continue
new_card_already_exists = mtga_app.mtga_watch_app.game.find_card_by_iid(
new_id)
if new_card_already_exists: # just wipe the old card, the new card is already there
assert new_card_already_exists.mtga_id == card_with_iid.mtga_id or -1 in [
new_card_already_exists.mtga_id,
card_with_iid.mtga_id
], "{} / {}".format(
new_card_already_exists.mtga_id,
card_with_iid.mtga_id)
card_with_iid.mtga_id = -1
else:
card_with_iid.previous_iids.append(original_id)
card_with_iid.game_id = new_id
except:
app.mtga_app.mtga_logger.error(
"{}Exception @ count {}".format(
util.ld(True),
app.mtga_app.mtga_watch_app.error_count))
app.mtga_app.mtga_logger.error(
"{}parsers:parse_game_state_message - error parsing annotation:"
.format(util.ld(True)))
app.mtga_app.mtga_logger.error(
pprint.pformat(annotation))
app.mtga_app.mtga_watch_app.send_error(
"Exception during parse AnnotationType_ObjectIdChanged. Check log for more details"
)
if annotation_type == "AnnotationType_TargetSpec":
affector_id = annotation["affectorId"]
affected_ids = annotation["affectedIds"]
affector_card = mtga_app.mtga_watch_app.game.find_card_by_iid(
affector_id)
if not affector_card:
# try abilitiy
details = annotation["details"]
grpid = None
for detail in details:
if detail["key"] == "grpid":
grpid = detail["valueInt32"][0]
affector_card = all_mtga_cards.find_one(grpid)
targets = []
target_texts = []
for affected_id in affected_ids:
affected_texts = build_event_texts_from_iid_or_grpid(
affected_id, mtga_app.mtga_watch_app.game)
target_texts.extend(affected_texts)
game_obj = mtga_app.mtga_watch_app.game.find_card_by_iid(
affected_id)
target = game_obj if game_obj else affected_id
targets.append(target)
if (
affector_card, targets
) not in mtga_app.mtga_watch_app.game.recorded_targetspecs:
mtga_app.mtga_watch_app.game.recorded_targetspecs.append(
(affector_card, targets))
affector_texts = build_card_event_texts(
affector_card, mtga_app.mtga_watch_app.game)
event_texts = [*affector_texts, " targets "]
if len(target_texts) > 2:
for target in target_texts:
event_texts.extend([target, ", "])
event_texts.append(target[-2])
event_texts.append(", and")
event_texts.append(target[-1])
elif len(target_texts) > 1:
event_texts.extend(
[target_texts[-2], " and ", target_texts[-1]])
else:
event_texts.extend(target_texts)
queue_obj = {"game_history_event": event_texts}
mtga_app.mtga_watch_app.game.events.append(
queue_obj["game_history_event"])
general_output_queue.put(queue_obj)
if annotation_type == "AnnotationType_ResolutionComplete":
try:
affector_id = annotation["affectorId"]
card = mtga_app.mtga_watch_app.game.find_card_by_iid(
affector_id)
if isinstance(card, Ability):
# card resolutions are handled in annotations below
__unused_affected_ids = annotation["affectedIds"]
grpid = None
details = annotation["details"]
for detail in details:
if detail["key"] == "grpid":
grpid = detail["valueInt32"][0]
resolved_texts = build_event_texts_from_iid_or_grpid(
affector_id, mtga_app.mtga_watch_app.game,
grpid)
event_texts = [*resolved_texts, " resolves"]
queue_obj = {"game_history_event": event_texts}
mtga_app.mtga_watch_app.game.events.append(
queue_obj["game_history_event"])
general_output_queue.put(queue_obj)
except:
app.mtga_app.mtga_logger.error(
"{}Exception @ count {}".format(
util.ld(True),
app.mtga_app.mtga_watch_app.error_count))
app.mtga_app.mtga_logger.error(
"{}parsers:parse_game_state_message - error parsing annotation:"
.format(util.ld(True)))
app.mtga_app.mtga_logger.error(
pprint.pformat(annotation))
app.mtga_app.mtga_watch_app.send_error(
"Exception during parse AnnotationType_ResolutionComplete. Check log for more details"
)
if 'gameObjects' in message.keys():
game_objects = message['gameObjects']
for object in game_objects:
card_id = object['grpId']
instance_id = object['instanceId']
if instance_id in mtga_app.mtga_watch_app.game.ignored_iids:
continue
owner = object['controllerSeatId']
type = object["type"]
zone = object['zoneId']
if type not in [
"GameObjectType_Card", "GameObjectType_Ability",
"GameObjectType_SplitCard"
]:
mtga_app.mtga_watch_app.game.ignored_iids.add(instance_id)
else:
player, zone = mtga_app.mtga_watch_app.game.get_owner_zone_tup(
zone)
if zone:
if not player:
player = mtga_app.mtga_watch_app.game.hero
# if zone is shared, don't care what player we use to put this card into it
assert isinstance(player, Player)
if type in [
"GameObjectType_Card",
"GameObjectType_SplitCard"
]:
player.put_instance_id_in_zone(
instance_id, owner, zone)
zone.match_game_id_to_card(instance_id, card_id)
elif type == "GameObjectType_Ability":
source_instance_id = object['parentId']
source_grp_id = object['objectSourceGrpId']
ability_name = all_mtga_cards.find_one(card_id)
ability = Ability(ability_name, source_grp_id,
source_instance_id, card_id,
owner, instance_id)
zone.abilities.append(ability)
if "attackState" in object and object[
"attackState"] == "AttackState_Attacking":
card = mtga_app.mtga_watch_app.game.find_card_by_iid(
instance_id)
limit_tuple = (mtga_app.mtga_watch_app.game.turn_number,
"attacks", card)
if limit_tuple not in mtga_app.mtga_watch_app.game.recorded_targetspecs:
mtga_app.mtga_watch_app.game.recorded_targetspecs.append(
limit_tuple)
card_texts = build_event_texts_from_iid_or_grpid(
instance_id, mtga_app.mtga_watch_app.game)
event_texts = [*card_texts, " attacking"]
queue_obj = {"game_history_event": event_texts}
mtga_app.mtga_watch_app.game.events.append(
queue_obj["game_history_event"])
general_output_queue.put(queue_obj)
if "blockState" in object and object[
"blockState"] == "BlockState_Blocking":
card = mtga_app.mtga_watch_app.game.find_card_by_iid(
instance_id)
block_info = object["blockInfo"]
attacker_list = block_info["attackerIds"]
for attacker in attacker_list:
attacker_card = mtga_app.mtga_watch_app.game.find_card_by_iid(
attacker)
limit_tuple = (
mtga_app.mtga_watch_app.game.turn_number, "blocks",
card, attacker_card)
if limit_tuple not in mtga_app.mtga_watch_app.game.recorded_targetspecs:
mtga_app.mtga_watch_app.game.recorded_targetspecs.append(
limit_tuple)
attacker_texts = build_event_texts_from_iid_or_grpid(
attacker, mtga_app.mtga_watch_app.game)
blocker_texts = build_event_texts_from_iid_or_grpid(
instance_id, mtga_app.mtga_watch_app.game)
event_texts = [
*blocker_texts, " blocks ", *attacker_texts
]
queue_obj = {"game_history_event": event_texts}
mtga_app.mtga_watch_app.game.events.append(
queue_obj["game_history_event"])
general_output_queue.put(queue_obj)
if 'zones' in message.keys():
cards_to_remove_from_zones = {}
for zone in message['zones']:
try:
removable = parse_zone(zone)
if removable:
cards_to_remove_from_zones[zone["zoneId"]] = removable
except:
app.mtga_app.mtga_logger.error(
"{}Exception @ count {}".format(
util.ld(True),
app.mtga_app.mtga_watch_app.error_count))
app.mtga_app.mtga_logger.error(
"{}error parsing zone:".format(util.ld(True)))
app.mtga_app.mtga_logger.error(pprint.pformat(zone))
app.mtga_app.mtga_watch_app.send_error(
"Exception during parse zone. Check log for more details"
)
import traceback
exc = traceback.format_exc()
app.mtga_app.mtga_logger.error(exc)
for zone_id in cards_to_remove_from_zones.keys():
remove_these = cards_to_remove_from_zones[zone_id]
player, zone = mtga_app.mtga_watch_app.game.get_owner_zone_tup(
zone_id)
for card in remove_these:
if card in zone.cards:
zone.cards.remove(card)
if message[
"type"] == "GameStateType_Diff" and "players" in message.keys(
):
players = message["players"]
for player in players:
seat = player["systemSeatNumber"]
life_total = player["lifeTotal"]
player_obj = mtga_app.mtga_watch_app.game.get_player_in_seat(
seat)
if player_obj.current_life_total != life_total:
player_is_hero = mtga_app.mtga_watch_app.game.hero == player_obj
player_life_text_type = "{}".format(
"hero" if player_is_hero else "opponent")
player_life_text = build_event_text(
player_obj.player_name, player_life_text_type)
event_texts = [
player_life_text, "'s life total changed ",
"{} -> {}".format(player_obj.current_life_total,
life_total)
]
queue_obj = {"game_history_event": event_texts}
mtga_app.mtga_watch_app.game.events.append(
queue_obj["game_history_event"])
general_output_queue.put(queue_obj)
player_obj.current_life_total = life_total
# AFTER we've processed gameObjects, look for actions that should go in the log
# If this code is in the block above gameObjects, then we will end up with lots of
# "unknown" cards for opponent cards and actions
if 'annotations' in message.keys():
for annotation in message['annotations']:
annotation_type = annotation['type'][0]
if annotation_type == "AnnotationType_ZoneTransfer":
if "affectorId" not in annotation.keys():
affector_id = 0
else:
affector_id = annotation["affectorId"]
affected_ids = annotation["affectedIds"]
details = annotation["details"]
zone_src, zone_dest, category = None, None, None
for detail in details:
if detail["key"] == "zone_src":
zone_src = detail["valueInt32"][0]
if detail["key"] == "zone_dest":
zone_dest = detail["valueInt32"][0]
if detail["key"] == "category":
category = detail["valueString"][0]
card = mtga_app.mtga_watch_app.game.find_card_by_iid(
affected_ids[0])
if affector_id == 0:
affector_id = card.owner_seat_id
player_texts = build_event_texts_from_iid_or_grpid(
affector_id, mtga_app.mtga_watch_app.game)
annotation_texts = build_event_texts_from_iid_or_grpid(
affected_ids[0], mtga_app.mtga_watch_app.game)
if category == "PlayLand":
event_texts = [
*player_texts, " plays ", *annotation_texts
]
queue_obj = {"game_history_event": event_texts}
mtga_app.mtga_watch_app.game.events.append(
queue_obj["game_history_event"])
general_output_queue.put(queue_obj)
elif category == "Draw":
if affector_id > 2:
owner = card.owner_seat_id
player_texts.extend([
": ", *build_event_texts_from_iid_or_grpid(
owner, mtga_app.mtga_watch_app.game)
])
if card.pretty_name == "unknown":
event_texts = [*player_texts, " draws"]
else:
event_texts = [
*player_texts, " draws ", *annotation_texts
]
queue_obj = {"game_history_event": event_texts}
mtga_app.mtga_watch_app.game.events.append(
queue_obj["game_history_event"])
general_output_queue.put(queue_obj)
# build draw log event
elif category == "CastSpell":
event_texts = [
*player_texts, " casts ", *annotation_texts
]
queue_obj = {"game_history_event": event_texts}
mtga_app.mtga_watch_app.game.events.append(
queue_obj["game_history_event"])
general_output_queue.put(queue_obj)
# build draw log event
# TODO: see if this is redundant
elif category == "Countered":
event_texts = [
*player_texts, " counters ", *annotation_texts
]
queue_obj = {"game_history_event": event_texts}
mtga_app.mtga_watch_app.game.events.append(
queue_obj["game_history_event"])
general_output_queue.put(queue_obj)
elif category == "Resolve":
event_texts = [*annotation_texts, " resolves"]
queue_obj = {"game_history_event": event_texts}
mtga_app.mtga_watch_app.game.events.append(
queue_obj["game_history_event"])
general_output_queue.put(queue_obj)
elif category == "Exile":
event_texts = [
*player_texts, " exiles ", *annotation_texts
]
queue_obj = {"game_history_event": event_texts}
mtga_app.mtga_watch_app.game.events.append(
queue_obj["game_history_event"])
general_output_queue.put(queue_obj)
# TODO: category == "Put" ?
elif zone_dest == 37 or zone_dest == 33: # TODO: get rid of this hardcoded bs
event_texts = [
*annotation_texts, " sent to graveyard ",
"(" + category + ")"
]
queue_obj = {"game_history_event": event_texts}
mtga_app.mtga_watch_app.game.events.append(
queue_obj["game_history_event"])
general_output_queue.put(queue_obj)
kt = KillableTailer(log_file, queues.all_die_queue)
kt.seek_end()
for line in kt.follow(1):
if line.strip() == "":
if "{" in current_block: # try to speed up debug runs by freeing up json watcher task
# which is likely the slowest
queues.block_read_queue.put(current_block)
current_block = ""
else:
current_block += line.strip() + "\n"
if not all_die_queue.empty():
break
else:
general_output_queue.put({
"error": "NoLogException",
"msg":
"No log file present. Please run MTGA at least once before launching MTGA Tracker.",
"count": 1
})
queues.block_read_queue.put(None)
block_watch_process.join()
json_watch_process.join()
websocket_thread.join()
start_server.ws_server.close()
if mouse_thread:
mouse_thread.join()
print("mouse joined!")
while queues.json_blob_queue.qsize():
queues.json_blob_queue.get()
def parse_rank_updated(blob):
general_output_queue.put({"rank_change": blob})
def parse_game_state_message(message, timestamp=None):
# DOM: ok
import app.mtga_app as mtga_app
with mtga_app.mtga_watch_app.game_lock: # the game state may become inconsistent in between these steps, so lock it
if "turnInfo" in message.keys():
if "turnNumber" in message["turnInfo"].keys():
player = app.mtga_app.mtga_watch_app.game.get_player_in_seat(message["turnInfo"]["activePlayer"])
if "decisionPlayer" in message["turnInfo"].keys():
decisionPlayer = app.mtga_app.mtga_watch_app.game.get_player_in_seat(message["turnInfo"]["decisionPlayer"])
else:
decisionPlayer = app.mtga_app.mtga_watch_app.game.last_decision_player
if timestamp:
now = datetime.datetime.now()
if app.mtga_app.mtga_watch_app.game.last_log_timestamp is None:
app.mtga_app.mtga_watch_app.game.last_log_timestamp = timestamp
app.mtga_app.mtga_watch_app.game.last_measured_timestamp = now
app.mtga_app.mtga_watch_app.game.log_start_time = timestamp
app.mtga_app.mtga_watch_app.game.last_decision_player = decisionPlayer
measured_time_diff = now - app.mtga_app.mtga_watch_app.game.last_measured_timestamp
log_time_diff = timestamp - app.mtga_app.mtga_watch_app.game.last_log_timestamp
if measured_time_diff > log_time_diff:
log_time_diff = measured_time_diff # some turns are really fast, and the logs see it as 0 seconds. Add what we measured instead,
app.mtga_app.mtga_watch_app.game.last_log_timestamp = timestamp
app.mtga_app.mtga_watch_app.game.last_measured_timestamp = now
ct_obj = {"turnInfo": message["turnInfo"],
"diff": log_time_diff,
"countsAgainst": app.mtga_app.mtga_watch_app.game.last_decision_player}
app.mtga_app.mtga_watch_app.game.chess_timer.append(ct_obj)
general_output_queue.put({"decisionPlayerChange": True, "heroIsDeciding": decisionPlayer == app.mtga_app.mtga_watch_app.game.hero})
app.mtga_app.mtga_watch_app.game.last_decision_player = decisionPlayer
app.mtga_app.mtga_watch_app.game.turn_number = message["turnInfo"]["turnNumber"]
other_player_seat = 2 if message["turnInfo"]["activePlayer"] == 1 else 1
other_player = app.mtga_app.mtga_watch_app.game.get_player_in_seat(other_player_seat)
app.mtga_app.mtga_watch_app.game.current_player = player.player_name
if not app.mtga_app.mtga_watch_app.game.on_the_play:
if message["turnInfo"]["turnNumber"] % 2 == 1:
app.mtga_app.mtga_watch_app.game.on_the_play = player.player_name
else:
app.mtga_app.mtga_watch_app.game.on_the_play = other_player.player_name
app.mtga_app.mtga_watch_app.game.current_phase = message["turnInfo"]["phase"]
if "step" in message["turnInfo"].keys():
app.mtga_app.mtga_watch_app.game.current_phase += "-{}".format(message["turnInfo"]["step"])
app.mtga_app.mtga_logger.debug(message["turnInfo"])
if 'gameInfo' in message.keys():
if 'matchState' in message['gameInfo']:
game_number = message['gameInfo']['gameNumber']
game_player_id = "-game{}-{}".format(game_number, mtga_app.mtga_watch_app.game.hero.player_id)
match_id_raw = message['gameInfo']['matchID']
match_id = message['gameInfo']['matchID'] + game_player_id
if 'results' in message['gameInfo']:
results = message['gameInfo']['results']
parse_game_results(True, match_id, results)
if message['gameInfo']['matchState'] == "MatchState_GameInProgress" and \
game_number > max(len(app.mtga_app.mtga_watch_app.match.game_results), 1):
shared_battlefield = Zone("battlefield")
shared_exile = Zone("exile")
shared_limbo = Zone("limbo")
shared_stack = Zone("stack")
new_hero = Player(mtga_app.mtga_watch_app.game.hero.player_name,
mtga_app.mtga_watch_app.game.hero.player_id,
mtga_app.mtga_watch_app.game.hero.seat,
shared_battlefield, shared_exile, shared_limbo, shared_stack,
mtga_app.mtga_watch_app.game.hero._deck_cards)
new_oppo = Player(mtga_app.mtga_watch_app.game.opponent.player_name,
mtga_app.mtga_watch_app.game.opponent.player_id,
mtga_app.mtga_watch_app.game.opponent.seat,
shared_battlefield, shared_exile, shared_limbo, shared_stack,
mtga_app.mtga_watch_app.game.opponent._deck_cards)
new_hero.is_hero = True
if mtga_app.mtga_watch_app.intend_to_join_game_with:
new_hero.original_deck = mtga_app.mtga_watch_app.intend_to_join_game_with
new_match_id = match_id_raw + "-game{}-{}".format(game_number, new_hero.player_id)
mtga_app.mtga_watch_app.game = Game(new_match_id, new_hero, new_oppo, shared_battlefield,
shared_exile, shared_limbo, shared_stack,
app.mtga_app.mtga_watch_app.match.event_id,
app.mtga_app.mtga_watch_app.match.opponent_rank)
if 'annotations' in message.keys():
for annotation in message['annotations']:
annotation_type = annotation['type'][0]
if annotation_type == 'AnnotationType_ObjectIdChanged':
try:
original_id = None
new_id = None
details = annotation['details']
for detail in details:
if detail['key'] == "orig_id":
original_id = detail["valueInt32"][0]
mtga_app.mtga_watch_app.game.ignored_iids.add(original_id)
# NOTE: at one point Spencer thought it might be correct to ignore these AFTER
# parsing the whole gameStateMessage, i.e. put these in a list here, and only add them
# to ignored_iid's at the end of this function.
#
# That was incorrect, and led to cards flip-flopping in the UI.
# This is correct as is.
elif detail['key'] == "new_id":
new_id = detail["valueInt32"][0]
card_with_iid = mtga_app.mtga_watch_app.game.find_card_by_iid(original_id)
if not card_with_iid: # no one has ref'd yet, we don't care
continue
new_card_already_exists = mtga_app.mtga_watch_app.game.find_card_by_iid(new_id)
if new_card_already_exists: # just wipe the old card, the new card is already there
assert new_card_already_exists.mtga_id == card_with_iid.mtga_id or -1 in [new_card_already_exists.mtga_id, card_with_iid.mtga_id], "{} / {}".format(new_card_already_exists.mtga_id , card_with_iid.mtga_id)
card_with_iid.mtga_id = -1
else:
card_with_iid.previous_iids.append(original_id)
card_with_iid.game_id = new_id
except:
app.mtga_app.mtga_logger.error("{}Exception @ count {}".format(util.ld(True), app.mtga_app.mtga_watch_app.error_count))
app.mtga_app.mtga_logger.error("{}parsers:parse_game_state_message - error parsing annotation:".format(util.ld(True)))
app.mtga_app.mtga_logger.error(pprint.pformat(annotation))
app.mtga_app.mtga_watch_app.send_error("Exception during parse annotation. Check log for more details")
if 'gameObjects' in message.keys():
game_objects = message['gameObjects']
for object in game_objects:
card_id = object['grpId']
instance_id = object['instanceId']
if instance_id in mtga_app.mtga_watch_app.game.ignored_iids:
continue
owner = object['controllerSeatId']
type = object["type"]
zone = object['zoneId']
if type != "GameObjectType_Card":
mtga_app.mtga_watch_app.game.ignored_iids.add(instance_id)
else:
player, zone = mtga_app.mtga_watch_app.game.get_owner_zone_tup(zone)
if zone:
if not player:
player = mtga_app.mtga_watch_app.game.hero
# if zone is shared, don't care what player we use to put this card into it
assert isinstance(player, Player)
player.put_instance_id_in_zone(instance_id, owner, zone)
zone.match_game_id_to_card(instance_id, card_id)
if 'zones' in message.keys():
cards_to_remove_from_zones = {}
for zone in message['zones']:
try:
removable = parse_zone(zone)
if removable:
cards_to_remove_from_zones[zone["zoneId"]] = removable
except:
app.mtga_app.mtga_logger.error("{}Exception @ count {}".format(util.ld(True), app.mtga_app.mtga_watch_app.error_count))
app.mtga_app.mtga_logger.error("{}error parsing zone:".format(util.ld(True)))
app.mtga_app.mtga_logger.error(pprint.pformat(zone))
app.mtga_app.mtga_watch_app.send_error("Exception during parse zone. Check log for more details")
import traceback
exc = traceback.format_exc()
app.mtga_app.mtga_logger.error(exc)
for zone_id in cards_to_remove_from_zones.keys():
remove_these = cards_to_remove_from_zones[zone_id]
player, zone = mtga_app.mtga_watch_app.game.get_owner_zone_tup(zone_id)
for card in remove_these:
if card in zone.cards:
zone.cards.remove(card)
