def save_hsreplay_xml(self, parser, meta):
from hsreplay.document import HSReplayDocument
global_game = self.global_game
hsreplay_doc = HSReplayDocument.from_parser(parser, build=self.build)
game_xml = hsreplay_doc.games[0]
game_xml.game_type = global_game.game_type
game_xml.id = global_game.game_handle
if self.reconnecting:
game_xml.reconnecting = True
game_tree = parser.games[0]
for player in game_tree.game.players:
player_meta = meta.get("player%i" % (player.player_id), {})
player_xml = game_xml.players[player.player_id - 1]
player_xml.rank = player_meta.get("rank")
player_xml.legendRank = player_meta.get("legend_rank")
player_xml.cardback = player_meta.get("cardback")
player_xml.deck = player_meta.get("deck")
xml_str = hsreplay_doc.to_xml()
self.hsreplay_version = hsreplay_doc.version
# Clean up existing replays first
if self.replay_xml.name and default_storage.exists(self.replay_xml.name):
self.replay_xml.delete(save=False)
xml_file = ContentFile(xml_str)
self.replay_xml.save("hsreplay.xml", xml_file, save=False)
return xml_file
def save_hsreplay_xml(self, parser, meta):
from hsreplay.document import HSReplayDocument
global_game = self.global_game
hsreplay_doc = HSReplayDocument.from_parser(parser,
build=global_game.build)
game_xml = hsreplay_doc.games[0]
game_xml.game_type = global_game.game_type
game_xml.id = global_game.game_server_game_id
if self.reconnecting:
game_xml.reconnecting = True
game_tree = parser.games[0]
for player in game_tree.game.players:
player_meta = meta.get("player%i" % (player.player_id), {})
player_xml = game_xml.players[player.player_id - 1]
player_xml.rank = player_meta.get("rank")
player_xml.legendRank = player_meta.get("legend_rank")
player_xml.cardback = player_meta.get("cardback")
player_xml.deck = player_meta.get("deck")
xml_str = hsreplay_doc.to_xml()
self.hsreplay_version = hsreplay_doc.version
# Clean up existing replays first
if self.replay_xml.name and default_storage.exists(
self.replay_xml.name):
self.replay_xml.delete(save=False)
xml_file = ContentFile(xml_str)
self.replay_xml.save("hsreplay.xml", xml_file, save=False)
return xml_file
def loadMacGame(self):
f = open("/Applications/Hearthstone/Logs/Power.log", "r")
myList = []
for line in f:
myList.append(line)
f.close()
pars = Pars()
pars.read(myList)
game = hsDoc.from_parser(pars, build=None)
return game
def loadPcGame(self):
# TODO: Rewrite game loading to be less time consuming
# --- Connect to Hearthstone Client Directly ---
f = open("C:\Program Files (x86)\Hearthstone\Logs\Power.log", "r")
myList = []
for line in f:
myList.append(line)
f.close()
pars = Pars()
pars.read(myList)
game = hsDoc.from_parser(pars, build=None)
return game
def create_hsreplay_document(parser, entity_tree, meta, global_game):
hsreplay_doc = HSReplayDocument.from_parser(parser, build=meta["build"])
game_xml = hsreplay_doc.games[0]
game_xml.game_type = global_game.game_type
game_xml.id = global_game.game_handle
if meta["reconnecting"]:
game_xml.reconnecting = True
for player in entity_tree.players:
player_meta = meta.get("player%i" % (player.player_id), {})
player_xml = game_xml.players[player.player_id - 1]
player_xml.rank = player_meta.get("rank")
player_xml.legendRank = player_meta.get("legend_rank")
player_xml.cardback = player_meta.get("cardback")
player_xml.deck = player_meta.get("deck")
return hsreplay_doc
def create_hsreplay_document(parser, entity_tree, meta, global_game):
hsreplay_doc = HSReplayDocument.from_parser(parser, build=meta["build"])
game_xml = hsreplay_doc.games[0]
game_xml.game_type = global_game.game_type
game_xml.id = global_game.game_handle
if meta["reconnecting"]:
game_xml.reconnecting = True
for player in entity_tree.players:
player_meta = meta.get("player%i" % (player.player_id), {})
player_xml = game_xml.players[player.player_id - 1]
player_xml.rank = player_meta.get("rank")
player_xml.legendRank = player_meta.get("legend_rank")
player_xml.cardback = player_meta.get("cardback")
player_xml.deck = player_meta.get("deck")
return hsreplay_doc
