def stats(session):
show_id = flask.request.values.get("show")
shows = botinteract.get_data(["shows"])
if show_id is not None:
show_id = show_id.lower()
games = shows.get(show_id, {}).get("games", {})
for game in games.values():
game["show_id"] = show_id
else:
games = {}
for show_id, show in shows.items():
show_name = show.get("name", show_id)
for game_id, game in show['games'].items():
game["show_id"] = show_id
game["show"] = show_name
games["%s-%s" % (show_id, game_id)] = game
show_id = None
shows = [{"name": show.get("name", name), "id": name} for name, show in shows.items()]
shows = sorted(shows, key=lambda show: show["name"].lower())
stats = botinteract.get_data(["stats"])
# Calculate totals
for statkey, stat in stats.items():
stat['total'] = sum(g.get('stats',{}).get(statkey,0) for g in games.values())
# Make our lives easier in the template - make sure all our defaults exist, and turn our major dicts into lists
for gamekey, game in games.items():
game.setdefault('display', game['name'])
game.setdefault('stats', {})
for statkey in stats.keys():
game['stats'].setdefault(statkey, 0)
game.setdefault('gamekey', gamekey)
game.setdefault('votes', {})
game['votecount'] = len(game['votes'])
game['votegood'] = sum(game['votes'].values())
if game['votecount']:
game['voteperc'] = 100.0 * game['votegood'] / game['votecount']
else:
game['voteperc'] = 0.0
for statkey, stat in stats.items():
stat.setdefault('singular', statkey)
stat.setdefault('statkey', statkey)
games = list(games.values())
games.sort(key=lambda g: g['display'].upper())
votegames = [g for g in games if g['votecount']]
votegames.sort(key=lambda g: -g['voteperc'])
stats = list(stats.values())
stats.sort(key=lambda s: -s['total'])
# Calculate graph datasets
if 'show' in game:
game_name_format = "%(display)s (%(show)s)"
else:
game_name_format = "%(display)s"
for stat in stats:
stat['graphdata'] = [(game_name_format % game, game['stats'][stat['statkey']]) for game in games if game['stats'][stat['statkey']]]
stat['graphdata'].sort(key=lambda pt:-pt[1])
return flask.render_template('stats.html', games=games, votegames=votegames, stats=stats, session=session, shows=shows, show_id=show_id)
def api_votes(): game_id = botinteract.get_current_game() if game_id is None: return "-" show = botinteract.get_show() data = botinteract.get_data(["shows", show, "games", game_id, "votes"]) count = len(data) good = sum(data.values()) return "%.0f%% (%d/%d)" % (100*good/count, good, count)
def api_stats(stat): game_id = botinteract.get_current_game() if game_id is None: return "-" show = botinteract.get_show() count = botinteract.get_data(["shows", show, "games", game_id, "stats", stat]) if not count: count = 0 return str(count)
def votes(session):
data = botinteract.get_data('games')
current_game_id = botinteract.get_current_game()
if current_game_id not in data:
current_game_id = None
games = [{
"id": game_id,
"name": game["name"],
"display": game.get("display", game["name"]),
"vote": game.get("votes", {}).get(session["user"]),
} for game_id,game in data.items()]
games.sort(key=lambda game:(1 if game['id'] == current_game_id else 2, game['display'].upper()))
return flask.render_template("votes.html", games=games, current_game_id=current_game_id, session=session)
def stats(session):
data = botinteract.get_data([])
games = data['games']
stats = data['stats']
# Calculate totals
for statkey, stat in stats.items():
stat['total'] = sum(
g.get('stats', {}).get(statkey, 0) for g in games.values())
# Make our lives easier in the template - make sure all our defaults exist, and turn our major dicts into lists
for gamekey, game in games.items():
game.setdefault('display', game['name'])
game.setdefault('stats', {})
for statkey in stats.keys():
game['stats'].setdefault(statkey, 0)
game.setdefault('gamekey', gamekey)
game.setdefault('votes', {})
game['votecount'] = len(game['votes'])
game['votegood'] = sum(game['votes'].values())
if game['votecount']:
game['voteperc'] = 100.0 * game['votegood'] / game['votecount']
else:
game['voteperc'] = 0.0
for statkey, stat in stats.items():
stat.setdefault('singular', statkey)
stat.setdefault('statkey', statkey)
games = list(games.values())
games.sort(key=lambda g: g['display'].upper())
votegames = [g for g in games if g['votecount']]
votegames.sort(key=lambda g: -g['voteperc'])
stats = list(stats.values())
stats.sort(key=lambda s: -s['total'])
# Calculate graph datasets
for stat in stats:
stat['graphdata'] = [(game['display'], game['stats'][stat['statkey']])
for game in games
if game['stats'][stat['statkey']]]
stat['graphdata'].sort(key=lambda pt: -pt[1])
return flask.render_template('stats.html',
games=games,
votegames=votegames,
stats=stats,
session=session)
def commands(session):
mode = flask.request.values.get("mode", "responses")
assert mode in ("responses", "explanations")
data = botinteract.get_data(mode)
# Prepare the data, and group equivalent commands together
data_reverse = {}
for command, response in data.items():
if isinstance(response, list):
response = tuple(response)
elif not isinstance(response, tuple):
response = (response,)
data_reverse.setdefault(response, []).append(command)
# Sort some things
for commands in data_reverse.values():
commands.sort()
data = [(commands, response) for response, commands in data_reverse.items()]
data.sort()
return flask.render_template("commands.html", commands=data, len=len, mode=mode, session=session)
def votes(session):
data = botinteract.get_data('shows')
current_game_id = botinteract.get_current_game()
current_show_id = botinteract.get_show()
if current_game_id not in data[current_show_id]["games"]:
current_game_id = None
shows = [{
"id": show_id,
"name": show.get("name", show_id),
"games": sorted([{
"id": game_id,
"name": game["name"],
"display": game.get("display", game["name"]),
"vote": game.get("votes", {}).get(session["user"]),
} for game_id,game in show['games'].items()],
key=lambda game: (1 if game['id'] == current_game_id and show_id == current_show_id else 2, game['display'].upper()))
} for show_id, show in data.items()]
shows.sort(key=lambda show: (1 if show["id"] == current_show_id and current_game_id is not None else 2, show["name"].upper()))
return flask.render_template("votes.html", shows=shows, current_show_id=current_show_id, current_game_id=current_game_id, session=session)
def commands(session):
mode = flask.request.values.get('mode', 'responses')
assert(mode in ('responses', 'explanations'))
data = botinteract.get_data(mode)
# Prepare the data, and group equivalent commands together
data_reverse = {}
for command, response_data in data.items():
if isinstance(response_data['response'], list):
response_data['response'] = tuple(response_data['response'])
elif not isinstance(response_data['response'], tuple):
response_data['response'] = (response_data['response'],)
response_data = (response_data['response'], response_data['access'])
data_reverse.setdefault(response_data, []).append(command)
# Sort some things
for commands in data_reverse.values():
commands.sort()
data = [(commands, response[0], response[1]) for response, commands in data_reverse.items()]
data.sort()
return flask.render_template("commands.html", commands=data, len=len, mode=mode, session=session)
def stats(session):
data = botinteract.get_data([])
games = data['games']
stats = data['stats']
# Calculate totals
for statkey, stat in stats.items():
stat['total'] = sum(g.get('stats',{}).get(statkey,0) for g in games.values())
# Make our lives easier in the template - make sure all our defaults exist, and turn our major dicts into lists
for gamekey, game in games.items():
game.setdefault('display', game['name'])
game.setdefault('stats', {})
for statkey in stats.keys():
game['stats'].setdefault(statkey, 0)
game.setdefault('gamekey', gamekey)
game.setdefault('votes', {})
game['votecount'] = len(game['votes'])
game['votegood'] = sum(game['votes'].values())
if game['votecount']:
game['voteperc'] = 100.0 * game['votegood'] / game['votecount']
else:
game['voteperc'] = 0.0
for statkey, stat in stats.items():
stat.setdefault('singular', statkey)
stat.setdefault('statkey', statkey)
games = list(games.values())
games.sort(key=lambda g: g['display'].upper())
votegames = [g for g in games if g['votecount']]
votegames.sort(key=lambda g: -g['voteperc'])
stats = list(stats.values())
stats.sort(key=lambda s: -s['total'])
# Calculate graph datasets
for stat in stats:
stat['graphdata'] = [(game['display'], game['stats'][stat['statkey']]) for game in games if game['stats'][stat['statkey']]]
stat['graphdata'].sort(key=lambda pt:-pt[1])
return flask.render_template('stats.html', games=games, votegames=votegames, stats=stats, session=session)
def spam(session):
data = botinteract.get_data('spam_rules')
return flask.render_template("spam.html", rules=data, session=session)
def spam(session):
data = botinteract.get_data('spam_rules')
return flask.render_template("spam.html", rules=data, session=session)
def stormcount():
today = datetime.datetime.now(TIMEZONE).date().toordinal()
data = botinteract.get_data("storm")
if data.get("date") != today:
return "0"
return str(data.get("count", 0))
