def createNewGame(request):
response = {}
reqMethod = getPostOrGetRequest(request)
print request.GET
gameName = reqMethod.get("gameName")
player = reqMethod.get("playerCount")
try:
gameObj = Game.objects.filter(name=gameName)
if gameObj:
gameObj = gameObj[0]
gameObj.player = player
gameObj.save()
response = generateStatusJson('success',
'Game updated successfully')
else:
gameObj = Game(name=gameName,
player=player,
roles='{}',
playerDetails='{}')
gameObj.save()
response = generateStatusJson('success',
'Game created successfully')
except Exception as e:
response = generateStatusJson(
'error',
e.message.encode('ascii', 'ignore').strip())
return HttpResponse(response, content_type='application/json')
def update_free_games():
free_games = []
for extrator in FREE_GAME_EXTRACTORS:
free_games += extrator()
new_free_games = []
for free_game in free_games:
if helper.get_object_or_none(Game,
game_id=free_game['id'],
discount=100.0) == None:
game = Game(
provider_name=free_game['provider_name'],
name=free_game['name'],
source_url=free_game['url'],
game_id=free_game['id'],
original_price=0.0,
discount=free_game['discount'],
)
game.save()
new_free_games.append(game)
# Delete expired free games
undeleted_free_game_ids = [free_game['id'] for free_game in free_games]
Game.objects.filter(discount=100.0).exclude(
game_id__in=undeleted_free_game_ids).delete()
if len(new_free_games) > 0:
notify_new_free_games(new_free_games)
def update(self, instance: Game, validated_data: dict):
categories_slugs_stringify = validated_data.pop('categories', '')
categories_slugs = get_list_of_categories_from_stringify_list(
categories_slugs_stringify)
add_categories_for_game_creation(categories_slugs, instance)
instance.__dict__.update(**validated_data)
instance.save()
return instance
def initial_comp_setup():
round_setup()
for round in range(1, ROUNDS + 1):
logger.info("Fetching round %s/%s...", round, ROUNDS)
start = datetime.now()
r = requests.get(
"http://api.stats.foxsports.com.au/3.0/api/sports/league/series/1/seasons/116/rounds/"
+ str(round) +
"/fixturesandresultswithbyes.json?userkey=A00239D3-45F6-4A0A-810C-54A347F144C2"
)
if round == 1:
# Setup teams if they don't already exist
team_ids = list(Team.objects.values_list('fox_id', flat=True))
for game in json.loads(r.text):
team = {}
team['name'] = game["team_A"]["name"] + ' ' + game["team_A"][
"short_name"]
team['fox_id'] = game["team_A"]["id"]
if team['fox_id'] not in team_ids:
team_ids.append(team['fox_id'])
logger.info("Adding team %s to teams", team['name'])
new_team = Team(name=team['name'], fox_id=team['fox_id'])
new_team.save()
team = {}
team['name'] = game["team_B"]["name"] + ' ' + game["team_B"][
"short_name"]
team['fox_id'] = game["team_B"]["id"]
if team['fox_id'] not in team_ids:
team_ids.append(team['fox_id'])
logger.info("Adding team %s to teams", team['name'])
new_team = Team(name=team['name'], fox_id=team['fox_id'])
new_team.save()
for game in json.loads(r.text):
fixture_id = game["fixture_id"]
round_object = Round.objects.get(round=round)
game_time = parse_datetime(game["match_start_date"])
home_team = Team.objects.get(fox_id=game["team_A"]["id"])
away_team = Team.objects.get(fox_id=game["team_B"]["id"])
stadium = game["venue"]["name"]
new_game = Game(fixture_id=fixture_id,
start_time=game_time,
round=round_object,
home_team=home_team,
away_team=away_team,
stadium=stadium)
new_game.save()
end = datetime.now()
elapsed_time = end - start
if elapsed_time.total_seconds() < 5:
time.sleep(5 - elapsed_time.total_seconds())
def initial_comp_setup():
round_setup()
for round in range(1, ROUNDS+1):
logger.info("Fetching round %s/%s...", round, ROUNDS)
start = datetime.now()
r = requests.get("http://api.stats.foxsports.com.au/3.0/api/sports/league/series/1/seasons/114/rounds/"+str(round)+"/fixturesandresultswithbyes.json?userkey=A00239D3-45F6-4A0A-810C-54A347F144C2")
if round==1:
teams = []
for game in json.loads(r.text):
team = {}
team['name']=game["team_A"]["name"]+' '+game["team_A"]["short_name"]
team['fox_id']=game["team_A"]["id"]
if team not in teams:
teams.append(team)
logger.info("Adding team %s to teams", team['name'])
new_team=Team(name=team['name'], fox_id=team['fox_id'])
new_team.save()
team = {}
team['name']=game["team_B"]["name"]+' '+game["team_B"]["short_name"]
team['fox_id']=game["team_B"]["id"]
if team not in teams:
teams.append(team)
logger.info("Adding team %s to teams", team['name'])
new_team=Team(name=team['name'], fox_id=team['fox_id'])
new_team.save()
for game in json.loads(r.text):
fixture_id = game["fixture_id"]
round_object = Round.objects.get(round=round)
game_time = parse_datetime(game["match_start_date"])
home_team = Team.objects.get(fox_id=game["team_A"]["id"])
away_team = Team.objects.get(fox_id=game["team_B"]["id"])
stadium = game["venue"]["name"]
new_game = Game(fixture_id=fixture_id,
start_time = game_time,
round=round_object,
home_team=home_team,
away_team=away_team,
stadium=stadium)
new_game.save()
end = datetime.now()
elapsed_time = end-start
if elapsed_time.total_seconds()<5:
time.sleep(5 - elapsed_time.total_seconds())
def test_update_elo(users):
"""
Test ELO is recalculated correctly
The default result is Result(result=Result.WHITE_WINS, termination=Result.NORMAL)
"""
player, opponent = users
board_instance, _ = services.create_board_from_pgn(
"api/pgn_games/fools_mate.pgn", starting_at=4)
game = Game(
board=board_instance,
white_player=player,
black_player=opponent,
result=Result(result=Result.BLACK_WINS, termination=Result.NORMAL),
)
services.update_elo(game)
assert player.elo.wins == 0
assert opponent.elo.wins == 1
assert player.elo.rating == 1184
assert opponent.elo.rating == 1216
def new(self, request, *args, **kwargs):
serializer = GameNewSerializer(data=request.data)
game = None
player = self.request.user
if serializer.is_valid(raise_exception=True):
rows = serializer.validated_data['rows']
columns = serializer.validated_data['columns']
mines = serializer.validated_data['mines']
game = Game()
game.title = 'Game for user %s' % player.username
board, player_board = Game.new_boards(rows, columns, mines)
game.board = board
game.player_board = player_board
game.state = Game.STATE_NEW
game.player = player
game.save()
serializer = GameSerializer(game, context={'request': request})
return Response(serializer.data)
def game_instance(users):
player, opponent = users
return Game(
board=BOARD_INSTANCE,
white_player=player,
black_player=opponent,
result=Result(result=Result.BLACK_WINS, termination=Result.NORMAL),
)
async def test_receive(game_communicator):
connected, _ = await game_communicator.connect()
Game.objects.get = mock.MagicMock(return_value=Game(uuid=GAME_UUID))
await game_communicator.send_to(json.dumps({"update": "foo"}))
received_message = await game_communicator.receive_json_from()
assert received_message["uuid"] == GAME_UUID
await game_communicator.disconnect()
def createNewGame(request):
response={}
reqMethod = getPostOrGetRequest(request)
print request.GET
gameName = reqMethod.get("gameName")
player = reqMethod.get("playerCount")
try:
gameObj = Game.objects.filter(name=gameName)
if gameObj:
gameObj = gameObj[0]
gameObj.player = player
gameObj.save()
response = generateStatusJson('success', 'Game updated successfully')
else:
gameObj = Game(name=gameName, player=player ,roles='{}',playerDetails='{}')
gameObj.save()
response = generateStatusJson('success', 'Game created successfully')
except Exception as e:
response = generateStatusJson('error', e.message.encode('ascii', 'ignore').strip())
return HttpResponse(response,content_type='application/json')
def game_create(request):
if request.method == "POST":
# Generate a random, 6-digit number
gameID = 0
while gameID < 100000 or gameID > 999999:
gameID = math.floor(random.random() * 10**6)
# Create the game model
game = Game(gameID=gameID)
game.save()
# Create the player model
playerID = request.POST.get("playerID", "")
playerName = request.POST.get("playerName", "")
player = Player(game=game,
cookie=playerID,
name=playerName,
holdings=1500)
player.save()
return JsonResponse({"status": "success", "data": {"gameID": gameID}})
else:
return JsonResponse({"status": "error", "data": None})
def client():
config_dict = {
"SQLALCHEMY_DATABASE_URI": "sqlite:///" + SQLITE_FILE_PATH,
"DEBUG": True,
"SQLALCHEMY_TRACK_MODIFICATIONS": False,
"GIANTBOMB_KEY": "",
}
app = create_app(config_dict)
app.app_context().push()
# wait for sqlite file to be created
time.sleep(2)
from api.models import db, Game, Ranking
db.drop_all()
db.create_all()
for i in range(len(game_ids)):
game = {}
game["id"] = game_ids[i]
game["name"] = game_names[i]
game["system"] = game_systems[i]
game["gender"] = game_genders[i]
game["current"] = True
g = Game(game)
db.session.add(g)
db.session.commit()
for i in range(len(ranking_ids)):
ranking = {}
ranking["id"] = ranking_ids[i]
ranking["age"] = ranking_ages[i]
ranking["symptom"] = ranking_symptoms[i]
ranking["game_id"] = ranking_game_ids[i]
ranking["rank"] = ranking_ranks[i]
r = Ranking(ranking)
db.session.add(r)
db.session.commit()
# for test client api reference
# http://flask.pocoo.org/docs/1.0/api/#test-client
client = app.test_client()
yield client
# remove the file
os.remove(SQLITE_FILE_PATH)
def recreate_db():
"""
Recreates a local database. You probably should not use this on
production.
"""
db.drop_all()
db.create_all()
for i in range(len(game_ids)):
game = {}
game["id"] = game_ids[i]
game["name"] = game_names[i]
game["system"] = game_systems[i]
game["gender"] = game_genders[i]
game["description"] = game_descriptions[i]
game["image"] = game_images[i]
game["thumbnail"] = game_thumbnails[i]
game["current"] = True
g = Game(game)
db.session.add(g)
db.session.commit()
def add_categories_for_game_creation(categories_slugs: list, game: Game):
game.categories.set(Category.objects.filter(slug__in=categories_slugs))
game.save()
return game
def new_game(request):
game = Game()
game.save()
return Response(status=status.HTTP_200_OK, data={"game_link": game.id})
def get_recent_matches(summoner_id, region):
"""
Retrieves game data for last 10 games played by a summoner, given a summoner ID and region.
This potentially executes several queries:
-first, we get match history.
-game stats
-IDs of participants
-then we make a list of summoner IDs that we don't have in the DB
-this gets broken up into MAX_IDS chunks and each chunk is a queried as a single call for basic summoner data
Since match history returns the last 10 games, and each game can have 9 other players
(assuming non-hexakill mode) - that's 90 potentially unknown summoner IDs + 1 for the summoner in question,
giving us 91 summoner IDs that we need to query.
91 / 40 = 2.275 rounded up is 3 queries at most for summoner ID data.
3 + 1 (for the initial match history call) = 4 calls at most.
"""
#print 'get_recent_matches()', summoner_id, region
recent = riot_api.get_recent_games(summoner_id, region)
# First make a set of the associated summoner IDs (a set cannot have duplicate entries).
unique_players = set()
for g in recent['games']:
if 'fellowPlayers' in g:
for p in g['fellowPlayers']:
unique_players.add(p['summonerId'])
# Now we take note of any summoner IDs we already have cached (so we can remove them).
to_remove = set()
for p in unique_players:
try:
Summoner.objects.filter(region=region).get(summoner_id=p)
to_remove.add(p)
except ObjectDoesNotExist:
pass
# Remove the already cached summoner IDs from the working set.
for p in to_remove:
unique_players.remove(p)
player_list = list(
unique_players
) # make a list of the set, so we can call chunks() on it
# Don't forget, we have to check for the summoner ID whose history we're examining as well!
try:
Summoner.objects.filter(region=region).get(summoner_id=summoner_id)
except ObjectDoesNotExist: # if it isn't cached, and it isn't in the list yet, add it
if summoner_id not in player_list:
player_list.append(summoner_id)
query_list = list(
chunks(player_list, MAX_IDS)
) # query_list now holds a list of lists of at most MAX_ID elements
# Now ask the API for info on summoners, at most MAX_ID at a time.
#print 'Now asking for participants...'
summoner_dto = []
for i in query_list:
summoner_dto.append(riot_api.get_summoners(ids=i, region=region))
#print 'Done getting participants!'
# TODO: This part is sometimes getting duplicate summoners! (fixed?)
# Now put those summoner DTOs in the cache.
for chunk in summoner_dto:
for player in chunk:
# for v in chunk[player]:
# print v, len(v)
#print u'ADDING summoner {}'.format(chunk[player]['name'])
summoner = Summoner(summoner_id=chunk[player]['id'],
name=chunk[player]['name'],
std_name=chunk[player]['name'].replace(
' ', '').lower(),
profile_icon_id=chunk[player]['profileIconId'],
revision_date=chunk[player]['revisionDate'],
summoner_level=chunk[player]['summonerLevel'],
region=region)
# Sometimes requests will go out synchronously for the same summoner.
# This means the cache is not hit and a double query for a single summoner occurs.
# Duplicate summoners are prevented via the unique_together constraint on summoner_id and region,
# which will throw IntegrityError and prevent the dupe from being made.
try:
#print summoner.name, len(summoner.name)
summoner.save()
except IntegrityError:
pass
# Requires summoners (as well as all related field values) to be cached before-hand (summoner caching done above).
for match in recent['games']:
# first fill in the simple stuff
game = Game(
summoner_id=Summoner.objects.filter(region=region).get(
summoner_id=summoner_id),
champion_id=Champion.objects.get(champion_id=match['championId']),
create_date=match['createDate'],
game_id=match['gameId'],
game_mode=match['gameMode'],
game_type=match['gameType'],
invalid=match['invalid'],
ip_earned=match['ipEarned'],
level=match['level'],
map_id=match['mapId'],
spell_1=SummonerSpell.objects.get(spell_id=match['spell1']),
spell_2=SummonerSpell.objects.get(spell_id=match['spell2']),
sub_type=match['subType'],
team_id=match['teamId'],
region=region,
champion_key=Champion.objects.get(
champion_id=match['championId']).key)
stats = RawStat()
# Here we add stats that were returned (only stats that aren't None or 0 will be returned by API)
for i in match['stats']:
setattr(stats, inflection.underscore(i), match['stats'][i])
stats.save()
# associate the RawStat object with this game
game.stats = stats
game_saved = False
# Ensures no dupes of Game (or any related objects).
try:
game.save()
game_saved = True
except IntegrityError:
pass
# if game saved, we're good and just need to add the participating players
if game_saved:
# associate each Player object with this game
if 'fellowPlayers' in match:
for p in match['fellowPlayers']:
player = Player(
champion=Champion.objects.get(
champion_id=p['championId']),
summoner=Summoner.objects.filter(region=region).get(
summoner_id=p['summonerId']),
team_id=p['teamId'],
participant_of=game)
player.save()
else: # if it didn't save, we can get rid of the stats object too.
stats.delete()
if host:
p = Profile.objects.get(nickname=host[:-1])
try:
e = Event.objects.get(host=p, date=date)
except:
print("No event")
e = Event(league=league, host=p, date=date, status='F')
e.save()
g = None
try:
g = Game.objects.get(event=e, number=int(game))
except:
print("No game")
try:
g = Game(event=e, number=int(game), stake=stake)
g.save()
except:
pass
if g:
j = 0
for player in df.columns[7:-3]:
placing = df[df.columns[7 + j]][i]
j = j + 1
if placing in [0, 1, 2, 3]:
print(player, placing)
p = Profile.objects.get(nickname=player)
try:
pg = GamePlayer.objects.get(game=g, player=p)
except:
pg = GamePlayer(game=g, player=p)
def test_create_game(self):
data = {"id": 11, "name": "test"}
game = Game.from_json(data)
self.assertEqual(data["id"], game.id)
self.assertEqual(data["name"], game.name)
def setUp(self) -> None:
Game.objects.bulk_create(
[Game(**game_data) for game_data in TestData.TEST_GAMES_DATA])
self.user = User.objects.create_user(
username=TestData.TEST_USERNAME,
password=TestData.TEST_USER_PASSWORD)
def post_games_async(file_id):
tmpfile = None
try:
tmpfile = db.session.query(TmpFile).filter(
TmpFile.id == file_id).first()
book = xlrd.open_workbook(file_contents=tmpfile.file)
# Entering the games into database
id = 0
# dictionary to store ids of current games and tags of old games
game_info_dict = {}
for sheet in book.sheets():
# Each sheet has the system name at the top
system = str(sheet.cell(0, 1).value).strip()
game_info_dict[system] = {}
count = 0
current_row = 0
# Exit out of the while loop when it has iterated through all categories on the page
# SYMPTOM_NUMBER = 6
while count != 2 * SYMPTOM_NUMBER:
# Iterate through white space to where the ranking begins, at ranking = 1
while sheet.cell(current_row, 0).value != 1:
current_row += 1
initial_row = current_row
# Iterates through the two age categories that are side by side in the spread sheet
# AGE_NUMBER = 2
for age_index in range(AGE_NUMBER):
name = str(
sheet.cell(current_row,
2 * age_index + 1).value).strip()
# Iterates through the rankings of a specific symptom and category until the end
while name != "":
# Checks if the game has already been found
if name.lower() not in game_info_dict[system]:
game = {}
game["system"] = system
game["name"] = name
game["gender"] = str(
sheet.cell(current_row,
2 * age_index + 2).value).strip()
game["id"] = id
# API extra information stuff
extra_data = get_giantbomb_data(name)
game["thumbnail"] = extra_data["thumbnail"]
game["image"] = extra_data["image"]
game["description"] = extra_data["description"]
game["current"] = True
g = Game(game)
db.session.add(g)
game_info_dict[system][name.lower()] = {"id": id}
id = id + 1
current_row += 1
# Breaks out of the loop if we have reached the end of the sheet
if current_row == sheet.nrows:
break
name = str(
sheet.cell(current_row,
2 * age_index + 1).value).strip()
# If the sheet only has one age category
if sheet.ncols < FULL_COLUMN_NUMBER:
count += 2
break
# If we are on the first age category, reset row to beginning row of the age category
if age_index == 0:
current_row = initial_row
count += 1
# query returns previous state
old_games = db.session.query(Game).all()
for old_game in old_games:
# if game has not been found in new spreadsheet
if old_game.name.lower() not in game_info_dict[old_game.system]:
old_game_dict = old_game.to_dict()
old_game_dict["id"] = id
old_game_dict["current"] = False
id = id + 1
# define tags for ranking purposes
game_info_dict[old_game.system][old_game.name.lower()] = {
"ages": [
age[0] for age in db.session.query(
Ranking.age).distinct(Ranking.age).filter(
Ranking.game_id == old_game.id).all()
],
"symptoms": [
symptom[0] for symptom in db.session.query(
Ranking.symptom).distinct(Ranking.symptom).filter(
Ranking.game_id == old_game.id).all()
],
}
g = Game(old_game_dict)
db.session.add(g)
# delete before flushing
db.session.query(Ranking).delete()
db.session.query(Game).delete()
# flushing pushes changes to database but does not persist them
db.session.flush()
# Entering the rankings into the database
id = 0
for sheet in book.sheets():
system = sheet.cell(0, 1).value
start_row = 0
for symptom_index in range(SYMPTOM_NUMBER):
start_row = start_row + 1
while sheet.cell(start_row, 0).value != "Rank":
start_row = start_row + 1
for age_index in range(AGE_NUMBER):
if (1 + 2 * age_index < sheet.ncols and len(
sheet.cell(start_row, 1 + 2 * age_index).value) !=
0):
system_symptom_age = sheet.cell(
start_row, 1 + 2 * age_index).value
if (system_symptom_age ==
"Oculus Rift (Short Term) - 13 and Above"):
symptom = "Bored (Short Term)"
age = "13 and Older"
else:
descriptors = system_symptom_age.split("-")
symptom = descriptors[1].strip()
if symptom == "Pain Management":
symptom = "Pain"
elif symptom == "Calming":
symptom = "Anxiety/Hyperactivity"
elif symptom == "Cheering":
symptom = "Sadness"
elif symptom == "Fuzzy":
symptom = "Cognitive Impairment"
age = descriptors[2].strip()
if age == "13 and Above":
age = "13 and Older"
for game_index in range(NUMBER_RANKINGS):
rank = int(
sheet.cell(start_row + 1 + game_index,
0).value)
name = str(
sheet.cell(start_row + 1 + game_index,
1 + 2 * age_index).value).strip()
if len(name) != 0:
# fetch id from dict
game_id = game_info_dict[system][
name.lower()]["id"]
ranking = {}
ranking["id"] = id
ranking["age"] = age
ranking["symptom"] = symptom
ranking["game_id"] = game_id
ranking["rank"] = rank
r = Ranking(ranking)
db.session.add(r)
id = id + 1
# iterate through all games defined as "old" (not current)
old_games = db.session.query(Game).filter(Game.current == False).all()
for old_game in old_games:
old_game_dict = old_game.to_dict()
# create rankings behind all other for all age/symptom combinations
for age in game_info_dict[old_game.system][
old_game.name.lower()]["ages"]:
for symptom in game_info_dict[old_game.system][
old_game.name.lower()]["symptoms"]:
ranking = {}
ranking["id"] = id
ranking["age"] = age
ranking["symptom"] = symptom
ranking["game_id"] = old_game_dict["id"]
ranking["rank"] = 26
r = Ranking(ranking)
db.session.add(r)
id = id + 1
db.session.query(Update).delete()
update = {}
update["time"] = datetime.now(
pytz.timezone("UTC")).strftime("%I:%M:%S %p, %m/%d/%Y")
update["valid"] = True
u = Update(update)
db.session.add(u)
db.session.commit()
print("Success")
db.session.delete(tmpfile)
db.session.commit()
except Exception as e:
db.session.rollback()
db.session.query(Update).filter(Update.valid == False).delete()
update = {}
update["time"] = datetime.now(
pytz.timezone("UTC")).strftime("%I:%M:%S %p, %m/%d/%Y")
update["valid"] = False
u = Update(update)
db.session.add(u)
db.session.commit()
print(e)
print(tmpfile.id)
db.session.delete(tmpfile)
db.session.commit()
def get_recent_matches(summoner_id, region):
"""
Retrieves game data for last 10 games played by a summoner, given a summoner ID and region.
This potentially executes several queries:
-first, we get match history.
-game stats
-IDs of participants
-then we make a list of summoner IDs that we don't have in the DB
-this gets broken up into MAX_IDS chunks and each chunk is a queried as a single call for basic summoner data
Since match history returns the last 10 games, and each game can have 9 other players
(assuming non-hexakill mode) - that's 90 potentially unknown summoner IDs + 1 for the summoner in question,
giving us 91 summoner IDs that we need to query.
91 / 40 = 2.275 rounded up is 3 queries at most for summoner ID data.
3 + 1 (for the initial match history call) = 4 calls at most.
"""
#print 'get_recent_matches()', summoner_id, region
recent = riot_api.get_recent_games(summoner_id, region)
# First make a set of the associated summoner IDs (a set cannot have duplicate entries).
unique_players = set()
for g in recent['games']:
if 'fellowPlayers' in g:
for p in g['fellowPlayers']:
unique_players.add(p['summonerId'])
# Now we take note of any summoner IDs we already have cached (so we can remove them).
to_remove = set()
for p in unique_players:
try:
Summoner.objects.filter(region=region).get(summoner_id=p)
to_remove.add(p)
except ObjectDoesNotExist:
pass
# Remove the already cached summoner IDs from the working set.
for p in to_remove:
unique_players.remove(p)
player_list = list(unique_players) # make a list of the set, so we can call chunks() on it
# Don't forget, we have to check for the summoner ID whose history we're examining as well!
try:
Summoner.objects.filter(region=region).get(summoner_id=summoner_id)
except ObjectDoesNotExist: # if it isn't cached, and it isn't in the list yet, add it
if summoner_id not in player_list:
player_list.append(summoner_id)
query_list = list(chunks(player_list, MAX_IDS)) # query_list now holds a list of lists of at most MAX_ID elements
# Now ask the API for info on summoners, at most MAX_ID at a time.
#print 'Now asking for participants...'
summoner_dto = []
for i in query_list:
summoner_dto.append(riot_api.get_summoners(ids=i, region=region))
#print 'Done getting participants!'
# TODO: This part is sometimes getting duplicate summoners! (fixed?)
# Now put those summoner DTOs in the cache.
for chunk in summoner_dto:
for player in chunk:
# for v in chunk[player]:
# print v, len(v)
#print u'ADDING summoner {}'.format(chunk[player]['name'])
summoner = Summoner(summoner_id=chunk[player]['id'],
name=chunk[player]['name'],
std_name=chunk[player]['name'].replace(' ', '').lower(),
profile_icon_id=chunk[player]['profileIconId'],
revision_date=chunk[player]['revisionDate'],
summoner_level=chunk[player]['summonerLevel'],
region=region)
# Sometimes requests will go out synchronously for the same summoner.
# This means the cache is not hit and a double query for a single summoner occurs.
# Duplicate summoners are prevented via the unique_together constraint on summoner_id and region,
# which will throw IntegrityError and prevent the dupe from being made.
try:
#print summoner.name, len(summoner.name)
summoner.save()
except IntegrityError:
pass
# Requires summoners (as well as all related field values) to be cached before-hand (summoner caching done above).
for match in recent['games']:
# first fill in the simple stuff
game = Game(summoner_id=Summoner.objects.filter(region=region).get(summoner_id=summoner_id),
champion_id=Champion.objects.get(champion_id=match['championId']),
create_date=match['createDate'],
game_id=match['gameId'],
game_mode=match['gameMode'],
game_type=match['gameType'],
invalid=match['invalid'],
ip_earned=match['ipEarned'],
level=match['level'],
map_id=match['mapId'],
spell_1=SummonerSpell.objects.get(spell_id=match['spell1']),
spell_2=SummonerSpell.objects.get(spell_id=match['spell2']),
sub_type=match['subType'],
team_id=match['teamId'],
region=region,
champion_key=Champion.objects.get(champion_id=match['championId']).key)
stats = RawStat()
# Here we add stats that were returned (only stats that aren't None or 0 will be returned by API)
for i in match['stats']:
setattr(stats, inflection.underscore(i), match['stats'][i])
stats.save()
# associate the RawStat object with this game
game.stats = stats
game_saved = False
# Ensures no dupes of Game (or any related objects).
try:
game.save()
game_saved = True
except IntegrityError:
pass
# if game saved, we're good and just need to add the participating players
if game_saved:
# associate each Player object with this game
if 'fellowPlayers' in match:
for p in match['fellowPlayers']:
player = Player(champion=Champion.objects.get(champion_id=p['championId']),
summoner=Summoner.objects.filter(region=region).get(summoner_id=p['summonerId']),
team_id=p['teamId'],
participant_of=game)
player.save()
else: # if it didn't save, we can get rid of the stats object too.
stats.delete()
