def post(self):
m = self.request.get("month")
d = self.request.get("day")
y = self.request.get("year")
t = self.request.get("time")
if m == "" or d == "" or y == "" or t == "":
self.response.out.write(RenderAddDatePage(m, d, y, t, "Fill in all the fields"))
else:
gameDate = GameDate(date=datetime.datetime(month=int(m), day=int(d), year=int(y)), time=t)
gameDate.put()
memcache.delete("gamedates")
values = { "message":"Date added!"}
path = os.path.join(os.path.dirname(__file__), 'templates/add_gamedate.html')
self.response.out.write(template.render(path, values))
def get(self):
games = memcache.get('gamedates')
if not games:
games = GameDate.all()
games.order('date')
game = games[0]
players = memcache.get('players')
if not players:
players = Player.all()
players.order('lname')
players.order('fname')
memcache.set('players', players)
to_list = []
for player in players:
if not player.sub:
to_list.append(player.email)
email_sender = "Esri Hockey <*****@*****.**>"
email_subject = "Esri Hockey - %d/%d/%d" % (
game.date.month, game.date.day, game.date.year)
email_body = """Head on over to http://esrihockey.appspot.com to let us know if you are in or out."""
if not game.isThisWeek():
logging.info("NOT GAME THIS WEEK")
email_subject = "Esri Hockey - No Game This Week"
email_body = """Reminder we are off this week. Our next game will be %d/%d/%d.""" % (
game.date.month, game.date.day, game.date.year)
mail.send_mail(sender=email_sender,
to=to_list,
subject=email_subject,
body=email_body)
def updateCurrentGames():
games = memcache.get('gamedates')
if not games:
games = GameDate.all()
games.order('date')
current_games = []
deletedGame = False
now = localTime()
datetimenow = datetime.datetime(month=now.month,
year=now.year,
day=now.day)
for game in games:
#if game.date.month <= now.month and game.date.day < now.day and game.date.year <= now.year:
if game.date < datetimenow:
game.delete()
deletedGame = True
else:
current_games.append(game)
# when we delete a game, we should also
# reset all players to be OUT and NOT goalie
if deletedGame:
players = Player.all()
for player in players:
player.inThisWeek = False
if not player.sub:
player.goalie = False
player.team = ""
player.put()
memcache.set('players', players)
comments = Comment.all()
for comment in comments:
comment.delete()
return current_games
def updateCurrentGames():
games = memcache.get("gamedates")
if not games:
games = GameDate.all()
games.order("date")
current_games = []
deletedGame = False
now = localTime()
datetimenow = datetime.datetime(month=now.month, year=now.year, day=now.day)
for game in games:
# if game.date.month <= now.month and game.date.day < now.day and game.date.year <= now.year:
if game.date < datetimenow:
game.delete()
deletedGame = True
else:
current_games.append(game)
# when we delete a game, we should also
# reset all players to be OUT and NOT goalie
if deletedGame:
players = Player.all()
for player in players:
player.inThisWeek = False
if not player.sub:
player.goalie = False
player.team = ""
player.put()
memcache.set("players", players)
comments = Comment.all()
for comment in comments:
comment.delete()
return current_games
def get(self):
games = memcache.get('gamedates')
if not games:
games = GameDate.all()
games.order('date')
game = games[0]
players = memcache.get('players')
if not players:
players = Player.all()
players.order('lname')
players.order('fname')
memcache.set('players', players)
to_list = []
for player in players:
if not player.sub:
to_list.append(player.email)
email_sender = "Esri Hockey <*****@*****.**>"
email_subject = "Esri Hockey - %d/%d/%d" % (game.date.month, game.date.day, game.date.year)
email_body = """Head on over to http://esrihockey.appspot.com to let us know if you are in or out."""
if not game.isThisWeek():
logging.info("NOT GAME THIS WEEK")
email_subject = "Esri Hockey - No Game This Week"
email_body = """Reminder we are off this week. Our next game will be %d/%d/%d.""" % (game.date.month, game.date.day, game.date.year)
mail.send_mail(sender=email_sender, to=to_list, subject=email_subject, body=email_body)
def get_games(years):
"""
Load the info and statistics for the game played in the specified years.
Must have already loaded the gamedates for these years in order to fetch
the games themselves.
:param years: the years to load info for
:type years: list[str]
"""
# For each specified year, look at the dates and games played on them
for year in years:
# Load season
season = Season.objects(year=year)
if not season:
print('Season and GameDates not yet loaded for {}'.format(year))
continue
season = season[0]
first_date = season.first_date
last_date = season.last_date
# For each day in the season
days = (datetime.date.fromisoformat(last_date) -
datetime.date.fromisoformat(first_date)).days + 1
for date in (datetime.date.fromisoformat(first_date) + timedelta(n)
for n in range(days)):
print('\n{} Loading date: {} {}\n'.format(
'#' * 20, date, '#' * 20))
date = date.isoformat()
# Fetch GameDate, if it doesn't exist then the season didn't
# properly load and should re-load it
game_date = GameDate.objects(date=date)
if not game_date:
print('GameDate not loaded for {}, you should re-load this '
'season {} in full to get the full season before '
'proceeding.'.format(date, year))
break
game_date = game_date[0]
# For each game on this day
invalid_game_ids = []
for game_id in game_date.games:
# Fetch Game, if it exists already, skip it
game = Game.objects(game_id=game_id)
if game:
continue
game = Game(game_id=game_id)
game.date = date
game.year = year
# Fetch Box Score Summary
try:
box_score_summary = query_nba_api(
boxscoresummaryv2.BoxScoreSummaryV2, game_id=game_id)
except JSONDecodeError:
invalid_game_ids.append(game_id)
# The purpose of this except block is because in 2019-20, covid led
# to games being cancelled. F**k COVID.
if year == '2019-20':
print('F**k COVID. This game was cancelled.')
continue
else:
raise Exception("Game wasn't found.".format(game_id))
# Store inactive players
game.inactives = [
str(inactive_player)
for inactive_player in box_score_summary.inactive_players.
get_data_frame()['PLAYER_ID'].to_list()
]
# Store officials for this game (create Official if needed)
officials_df = clean_boxscore_df(
box_score_summary.officials.get_data_frame(),
index='OFFICIAL_ID',
str_keys=['OFFICIAL_ID'])
officials = []
game.officials = officials
for official_id, official in officials_df.iterrows():
official_name = '{} {}'.format(official['FIRST_NAME'],
official['LAST_NAME'])
official_entry = add_entry_to_db(document_type=Official,
unique_id=official_id,
name=official_name,
year=year,
game_id=game_id)
officials.append(official_id)
# Store home team id and road team id
game_summary = box_score_summary.game_summary.get_data_frame()
home_team_id = str(game_summary['HOME_TEAM_ID'][0])
road_team_id = str(game_summary['VISITOR_TEAM_ID'][0])
# Fetch various relevant box scores to use
# Traditional box score
box_score_traditional = query_nba_api(
boxscoretraditionalv2.BoxScoreTraditionalV2,
game_id=game_id)
players_traditional = clean_boxscore_df(
box_score_traditional.player_stats.get_data_frame(),
index='PLAYER_ID')
teams_traditional = clean_boxscore_df(
box_score_traditional.team_stats.get_data_frame(),
index='TEAM_ID')
# Advanced box score
box_score_advanced = query_nba_api(
boxscoreadvancedv2.BoxScoreAdvancedV2, game_id=game_id)
players_advanced = clean_boxscore_df(
box_score_advanced.player_stats.get_data_frame(),
index='PLAYER_ID')
teams_advanced = clean_boxscore_df(
box_score_advanced.team_stats.get_data_frame(),
index='TEAM_ID')
# Usage box score
box_score_usage = query_nba_api(
boxscoreusagev2.BoxScoreUsageV2, game_id=game_id)
players_usage = clean_boxscore_df(
box_score_usage.sql_players_usage.get_data_frame(),
index='PLAYER_ID')
# Log the current game
team_names = [
'{} {}'.format(team['TEAM_CITY'], team['TEAM_NAME'])
for _, team in teams_traditional.iterrows()
]
print('\n{} Loading game: {} vs. {} {}'.format(
'#' * 10, team_names[0], team_names[1], '#' * 10))
# Create each PlayerGame and map them to player_id
player_games = {}
game.player_games = player_games
for player_id, player in players_traditional.iterrows():
# Gather player info and add to db for this year if not already stored
player_name = player['PLAYER_NAME']
print("Player: {} (id: {})".format(
player_name, player_id))
add_entry_to_db(document_type=Player,
unique_id=player_id,
name=player_name,
year=year,
game_id=game_id)
# Create PlayerGame entry to add to this game
player_game = PlayerGame(player_id=player_id)
player_games[player_id] = player_game
# Store basic data about PlayerGame
if player['TEAM_ID'] == home_team_id:
player_game.home = True
player_game.team_id = home_team_id
player_game.opposing_team_id = road_team_id
else:
player_game.home = False
player_game.team_id = road_team_id
player_game.opposing_team_id = home_team_id
# Create traditional stats entry for this player
traditional_player_entry = GameTraditionalStats()
player_game.traditional_stats = traditional_player_entry
assign_all_values(traditional_player_entry, player)
# Create advanced stats entry for this player
advanced_player_entry = GameAdvancedStats()
player_game.advanced_stats = advanced_player_entry
assign_all_values(advanced_player_entry,
players_advanced.loc[player_id])
# Create usage stats entry for this player
usage_player_entry = GameUsageStats()
player_game.usage_stats = usage_player_entry
assign_all_values(usage_player_entry,
players_usage.loc[player_id])
# Create each TeamGame and map them to team_id
team_games = {}
game.team_games = team_games
for team_id, team in teams_traditional.iterrows():
# Gather team info and add to db for this year if not already stored
team_name = '{} {}'.format(team['TEAM_CITY'],
team['TEAM_NAME'])
print("Team: {} (id: {})".format(team_name, team_id))
add_entry_to_db(document_type=Team,
unique_id=team_id,
name=team_name,
year=year,
game_id=game_id)
# Create TeamGame entry to add to this game
team_game = TeamGame(team_id=team_id)
team_games[team_id] = team_game
# Store basic data about TeamGame
team_game.date = date
if team_id == home_team_id:
team_game.home = True
team_game.opposing_team_id = road_team_id
else:
team_game.home = False
team_game.opposing_team_id = home_team_id
# Create traditional stats entry for this team
traditional_team_entry = GameTraditionalStats()
team_game.traditional_stats = traditional_team_entry
assign_all_values(traditional_team_entry, team)
# Create advanced stats entry for this team
advanced_team_entry = GameAdvancedStats()
team_game.advanced_stats = advanced_team_entry
assign_all_values(advanced_team_entry,
teams_advanced.loc[team_id])
# Save game
game.save()
print("")
# Remove game_id of games that were cancelled (covid) from game dates for
# future iterations
game_date.games = [
game_id for game_id in game_date.games
if game_id not in invalid_game_ids
]
game_date.save()
def get_gamedates(years):
"""
Load the dates and games played on them for the given years supplied
:param years: the years to load info for
:type years: list[str]
"""
# For each specified year, look at the dates and games played on them
for year in years:
season_entry = Season()
season_entry.year = year
# Get the first day of October as the first possible default date
first_date = '{}-10-01'.format(year[:4])
# Iterate until finding first day of regular season
while True:
print("Looking at {} for first day of season".format(first_date))
gameday = query_nba_api(scoreboardv2.ScoreboardV2,
game_date=first_date)
game_ids = gameday.available.get_data_frame()['GAME_ID']
# If there were games this day, and it is regular season
if len(game_ids) > 0 and game_ids[0][2] == '2':
season_entry.first_date = first_date
break
else:
first_date = (datetime.date.fromisoformat(first_date) +
timedelta(1)).isoformat()
# Begin loading into mongo the game dates
date = first_date
while True:
gamedate_entry = GameDate.objects(date=date)
# Game date already exists in database
if gamedate_entry:
print('{} is already in the database'.format(date))
# Else game date is not already in database
else:
gameday = query_nba_api(scoreboardv2.ScoreboardV2,
game_date=date)
game_ids = (
gameday.available.get_data_frame()['GAME_ID'].to_list())
# If all star game, skip
if len(game_ids) > 0 and game_ids[0][2] == '3':
game_ids = []
# If playoff game, stop and mark previous date as last day
if len(game_ids) > 0 and game_ids[0][2] == '4':
last_date = (datetime.date.fromisoformat(date) -
timedelta(1)).isoformat()
season_entry.last_date = last_date
if not Season.objects(year=year):
season_entry.save()
break
# Create gameday entry for this day
gamedate_entry = GameDate()
gamedate_entry.date = date
gamedate_entry.year = year
if '0021201214' in game_ids: # Remove not played game
game_ids.remove('0021201214')
gamedate_entry.games = game_ids
gamedate_entry.save()
print('Adding {} to database with {} games played on '
'this day'.format(date, len(game_ids)))
date = (datetime.date.fromisoformat(date) +
timedelta(1)).isoformat()
def GetAllGames():
games = memcache.get('gamedates')
if not games:
games = GameDate.all()
games.order('date')
return games
def GetAllGames():
games = memcache.get("gamedates")
if not games:
games = GameDate.all()
games.order("date")
return games