My personal website's games section
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from flask import render_template
import sys, cgi, json, datetime, re, time, decimal, subprocess, random, threading, os, pymongo, traceback, base64
from functools import reduce
from nav import nav #file in same dir
from BoggleCVPipeline import processImage, BoggleError
ROOT_DIR = "/srv/boggle"
# GAMES_FILE = ROOT_DIR + "/games.json"
# GAMES_LOCK_FILE = ROOT_DIR + "/games.json.lock"
IMAGE_UPLOAD_DIR = ROOT_DIR + '/upload-board/'
DEFINITIONS_FILE = ROOT_DIR + '/lists/CollinsScrabbleWords2019WithDefinitions.json'
WORD_LIST_FILE = ROOT_DIR + '/lists/CollinsScrabbleWords2019.json'
# remove games that are finished after this many seconds
ARCHIVE_TIMEOUT = 30 #archive a COMPLETED game but keep in the lobby
REMOVE_COMPLETED_FROM_LOBBY_TIMEOUT = 5*60 #remove a COMPLETED game from the lobby
REMOVE_STALE_FROM_LOBBY_TIMEOUT = 2*60*60 #remove a NOT STARTED game from lobby
EXTRA_SECONDS_TO_SUBMIT = 1
#all the dice found in boggle deluxe
BOGGLE_DICE = [
['O','O','O','T','T','U'],
['D','H','H','N','O','T'],
['N','O','U','T','O','W'],
['A','A','A','S','F','R'],
['A','E','E','M','U','G'],
['A','E','N','N','M','G'],
['A','D','E','N','N','N'],
['D','D','N','R','L','O'],
['C','C','T','S','N','W'],
['F','S','I','P','R','Y'],
['A','E','E','E','E','M'],
['I','R','R','P','H','Y'],
['E','O','T','T','T','M'],
['A','A','F','I','S','R'],
['D','O','L','H','N','R'],
['C','E','S','P','T','I'],
['A','A','E','E','E','E'],
['E','I','I','I','T','T'],
['A','F','I','S','R','Y'],
['C','E','P','I','T','L'],
['E','N','S','S','S','U'],
['C','E','I','I','L','T'],
['D','H','H','O','L','R'],
['G','O','V','R','R','W'],
['K','Z','X','B','J','Qu']
]
#the boggle alphabet
ALPHABET = ['A','B','C','D','E','F','G','H','I','J','K','L','M',
'N','O','P','Qu','R','S','T','U','V','W','X','Y','Z']
DB_NAME = "boggle"
COLL_NAME = "games"
with open("/srv/boggle/mongodb-url.txt", 'r') as f:
DB_URL = f.read()
dbClient = pymongo.MongoClient(DB_URL)
db = dbClient[DB_NAME]
coll = db[COLL_NAME]
wordList = json.load(open(WORD_LIST_FILE,'r'))
allDefinitions = json.load(open(DEFINITIONS_FILE,'r'))
#invitations to play again. the key is the game ID that players are invited from,
# and the value is the new game they are invited to.
invitations = {}
#replace quotes
def rq(s):
return s.replace("'", "'").replace('"', '"')
#return cgi.escape(s).replace("'", "'").replace('"', '"')
def create(size=5, letters=None, minutes=3, board=None):
if letters is None:
if size >=5:
letters = 4
elif size == 4:
letters = 3
else:
letters = 2
dice = [] #no dice
#until we have enough dice for this board size
while len(dice) < size*size:
#add a complete set of standard dice
dice.extend(BOGGLE_DICE[:])
#if the size is 5 or less, only 1 set is required
#if the size is 6 or 7, 2 sets are required, etc.
random.shuffle(dice)
wasImported = True #the board was passed in from some other method
if board is None:
wasImported = False #the board was randomly generated rather than given
#construct the board, nested item-by-item
board = [[dice[i*size+j][random.randint(0,5)] for j in range(size)] for i in range(size)]
#construct a dict with all the info
game = {
"size": size,
"letters": letters,
"minutes": minutes,
"board": board,
"wasImported": wasImported,
"isStarted": False,
"isDone": False,
"isArchived": False,
"players": [],
"timeCreatedSeconds": int(time.time())
}
return game
def calculatePoints(word):
length = len(word)
if length > 8: length = 8
return [0,1,1,1,1,2,3,5,11][length]
#x, y: the current position on the board
#word: the current word
#used: the spots the word has letters from
# def solve_aux(x, y, word, used, board, words, found, size):
# myused = used[:]
# myused.append([x,y]); #use the current spot
# myword = word + board[x][y].lower() #add on to the word
# if myword in words: #if the word is in the list of possible words
# found.append(myword)
# # found[myword] = myused
# words.remove(myword)
# if not any(re.search("^" + myword, word) for word in words):
# return
# for newx in range(x-1,x+2): # +2 because range() is exclusive on the upper bound
# for newy in range(y-1,y+2):
# if (newx>=0 and newy>=0 and newx<size and newy<size and not [newx,newy] in myused):
# solve_aux(newx, newy, myword, myused, board, words, found, size)
def solve(game):
start = time.time()
board = game["board"]
minWordLength = game["letters"]
size = len(board)
quantities = [] #the quantities of each letter
excluded = [] #which letters are not on the board
for letter in ALPHABET:
excluded.append(letter) #copy the alphabet to excluded
quantities.append(0) #fill quantities with 0's
for letter2 in ALPHABET:
excluded.append(letter + letter2)
for x in range(size):
for y in range(size):
letter = board[x][y]
quantities[ALPHABET.index(letter)] += 1 #increase the quantity of the letter
if letter in excluded: #if the letter is in excluded
excluded.remove(letter) #remove the letter from excluded
if letter == 'Qu' and 'U' in excluded: #if the letter is in excluded
excluded.remove('U') #remove the letter from excluded
for newx in range(x-1,x+2): # +2 because range() is exclusive on the upper bound
for newy in range(y-1,y+2):
if (newx>=0 and newy>=0 and newx<size and newy<size
and not (newx == x and newy == y)):
newletter = board[newx][newy]
seq = letter + newletter
if seq in excluded: #if the sequence is in excluded
excluded.remove(seq) #remove the sequence from excluded
if letter == 'Qu':
seq = 'U' + newletter
if seq in excluded: #if the sequence is in excluded
excluded.remove(seq) #remove the sequence from excluded
#increase the number of U's by the number of Qu's
quantities[ALPHABET.index('U')] += quantities[ALPHABET.index('Qu')]
# words = [] #the list of possible words
found = []
wordList = json.load(open(WORD_LIST_FILE,'r'))
for line in wordList: #sort through each word
if len(line) >= minWordLength: #if the word is long enough
#if the word does not have too many of any letter
if not any(line.count(ALPHABET[i].lower()) > quantities[i] for i in range(len(ALPHABET))):
#if there are no letters not on the board in this word
if not any(letter.lower() in line for letter in excluded):
# words.append(line); #add the word to the list of possible words
if isWordValid(game, line, None):
found.append(line)
score = 0
#found = []
# found = {}
# for x in range(size):
# for y in range(size):
# used = []
# word = ""
# solve_aux(x, y, word, used, board, words, found, size)
score = 0
for word in found:
score += calculatePoints(word)
game["words"] = found
# game["paths"] = found
game["maxScore"] = score
game["maxWords"] = len(found)
game["secondsToSolve"] = time.time() - start
return game
def isWordValidAux(board, word, x, y, used, size):
if len(word) == 0: return True
myused = used[:]
myused.append([x,y]); #use the current spot
l = board[x][y].lower()
if l == "qu":
if len(word) < 2 or word[0:2] != "qu": return False
if word == "qu": return True
newword = word[2:]
else:
if word[0] != l: return False
if word == l: return True
newword = word[1:]
for newx in range(x-1,x+2): # +2 because range() is exclusive on the upper bound
for newy in range(y-1,y+2):
if (newx>=0 and newy>=0 and newx<size and newy<size and not [newx,newy] in myused):
if isWordValidAux(board, newword, newx, newy, myused, size):
return True
return False
def isWordValid(game, word, wordList):
if len(word) < game["letters"] or (wordList is not None and not word in wordList):
return False
board = game["board"]
size = len(board)
if len(word) <= size*size:
for x in range(size):
for y in range(size):
if isWordValidAux(board, word, x, y, [], size):
return True
return False
def getGameByID(id):
return coll.find_one({"_id": id})
def deleteGameByID(id):
coll.delete_one({"_id": id})
def getAllIDs():
return [x["_id"] for x in coll.find({}, {"_id": 1})]
def newGameID():
allIDs = getAllIDs()
if len(allIDs) == 0: #if there are no IDs, max([]) will fail
return 0 #so return 1 so it starts with game #0
else:
return max(getAllIDs())+1
def updateAttr(game, attr):
coll.update_one({"_id": game["_id"]}, {"$set": {attr: game[attr]}})
class BackgroundSolver(object):
def __init__(self, game):
self.game = game
thread = threading.Thread(target=self.run, args=())
thread.daemon = True
thread.start()
def run(self):
self.game = solve(self.game)
# lockGamesFile()
# games = loadGamesFile()
new_game = getGameByID(self.game["_id"])
new_game["words"] = self.game["words"]
new_game["maxScore"] = self.game["maxScore"]
new_game["maxWords"] = self.game["maxWords"]
new_game["secondsToSolve"] = self.game["secondsToSolve"]
if new_game["maxWords"] == 0:
new_game["percentFound"] = 100
elif not "numWordsPlayersFound" in new_game:
new_game["percentFound"] = 0
else:
new_game["percentFound"] = new_game["numWordsPlayersFound"] / new_game["maxWords"] * 100
coll.update_one({"_id": new_game["_id"]}, {"$set": {"words": new_game["words"], "maxScore": new_game["maxScore"], "maxWords": new_game["maxWords"], "secondsToSolve": new_game["secondsToSolve"], "percentFound": new_game["percentFound"]}})
# saveGamesFile(games)
# unlockGamesFile()
def processAllTypedWords(game):
if not "playerData" in game:
game["playerData"] = {}
if not "typedWords" in game:
game["typedWords"] = {}
for username in game["players"]:
if username in game["typedWords"]:
words = game["typedWords"][username]
else:
words = []
if not username in game["players"]:
game["players"].append(username)
wordsDict = {}
for word in words:
if not word in wordsDict:
if "words" in game: #if the board is already solved
if word in game["words"]: #check the list of solved words
wordsDict[word] = False #false means it's not a duplicate
else: # if the board has not been solved yet
if isWordValid(game, word, wordList): #manually check using the board
wordsDict[word] = False #false means it's not a duplicate
for player in game["playerData"]:
playerData = game["playerData"][player]
for word in wordsDict:
if word in playerData["words"]:
wordsDict[word] = True #true means it is a duplicate
if not playerData["words"][word]:
playerData["words"][word] = True
playerData["score"] -= calculatePoints(word)
score = 0
for word in wordsDict:
if not wordsDict[word]:
score += calculatePoints(word)
game["playerData"][username] = {
"words": wordsDict,
"score": score,
"numWords": len(wordsDict)
}
winners = []
winScore = -1
playerWords = set([])
dupes = []
for player in game["playerData"]:
playerData = game["playerData"][player]
playerWords = playerWords.union(playerData["words"])
playerScore = playerData["score"]
if playerScore > winScore:
winners = [player]
winScore = playerScore
elif playerScore == winScore and not player in winners:
winners.append(player)
for word in playerData["words"]:
if playerData["words"][word] and not word in dupes:
dupes.append(word)
game["numWordsPlayersFound"] = len(playerWords)
game["duplicates"] = len(dupes)
if ("maxWords" not in game) or game["maxWords"] == 0:
game["percentFound"] = 100
else:
game["percentFound"] = game["numWordsPlayersFound"] / game["maxWords"] * 100
game["winners"] = winners
game["winScore"] = winScore
coll.update_one({"_id": game["_id"]}, {"$set": {"playerData": game["playerData"], "typedWords": game["typedWords"], "numWordsPlayersFound": game["numWordsPlayersFound"], "duplicates": game["duplicates"], "percentFound": game["percentFound"], "winners": game["winners"], "winScore": game["winScore"]}})
return game
def updateGame(game):
changed = False
elapsedSinceCreatedSeconds = int(time.time()) - game["timeCreatedSeconds"]
if "timeStartedSeconds" in game:
elapsedSinceStartedSeconds = int(time.time()) - game["timeStartedSeconds"]
else:
elapsedSinceStartedSeconds = 0
#check for stale games in the lobby
if not game["isStarted"] and elapsedSinceCreatedSeconds > REMOVE_STALE_FROM_LOBBY_TIMEOUT:
deleteGameByID(game["_id"])
print("stale game #{} removed from lobby".format(game["_id"]))
return None
game["secondsLeft"] = game["minutes"]*60 - elapsedSinceStartedSeconds
if game["secondsLeft"] <= -EXTRA_SECONDS_TO_SUBMIT and not game["isDone"]:
game["isDone"] = True
game = processAllTypedWords(game)
changed = True
# if the game has been over for longer than the archive timeout, and it's not already archived, and it's solved
if game["secondsLeft"] <= -ARCHIVE_TIMEOUT and not game["isArchived"] and "words" in game:
game["isArchived"] = True
changed = True
if changed:
coll.update_one({"_id": game["_id"]}, {"$set": {"secondsLeft": game["secondsLeft"], "isDone": game["isDone"], "isArchived": game["isArchived"]}})
return game
def toIntOrDefault(v, default):
try:
return int(v)
except ValueError:
return default
def toFloatOrDefault(v, default):
try:
return float(v)
except ValueError:
return default
def filterUsername(username):
#only alphanumeric, max length is 32 chars
return re.sub('[^a-zA-Z\d]', '', username)[:32]
def filterWord(word):
#only letters, convert to lowercase
return re.sub('[^a-z]', '', word.lower())
def getAllGames():
games = coll.find()
games = [updateGame(game) for game in games]
games = [game for game in games if game] #remove entries that are "None"
return games
def boardFrom5x5Str(board_flat):
board = []
for i in range(5):
row = []
for j in range(5):
n = i*5+j
letter = board_flat[n]
if letter == "Q":
letter = "Qu"
row.append(letter)
board.append(row)
return board
tmp_images = {}
"""
This method doesn't return html, but JSON data for JS to digest.
It is called with AJAX requests, and the data will be formatted
to update part of the page without reloading the whole thing.
"""
def request_data(form, files):
request = filterWord(form["request"])
if request == "game":
if "id" in form:
id = toIntOrDefault(form["id"], -1)
# lockGamesFile()
# games = loadGamesFile()
print("game request with id {}".format(id))
game = getGameByID(id)
if game is None:
print("game not found")
# unlockGamesFile()
return json.dumps({})
else:
game = updateGame(game)
if game is None:
return json.dumps({})
print("game found")
# if changed:
# saveGamesFile(games)
# unlockGamesFile()
return json.dumps({"game": game})
else:
print("game request with no id")
return json.dumps({})
if request == "games":
# lockGamesFile()
# games = loadGamesFile()
# anyChanged = False
games = getAllGames()
# for id in getAllIDs():
# updateGame(getGameByID(id))
# if changed:
# anyChanged = True
# if anyChanged:
# saveGamesFile(games)
# unlockGamesFile()
if "page" in form:
page = filterWord(form["page"])
if page == "lobby":
games = [game for game in games if game["secondsLeft"] > -REMOVE_COMPLETED_FROM_LOBBY_TIMEOUT]
elif page == "stats":
games = [game for game in games if game["isArchived"]]
return json.dumps({"games": games})
if request == "basic" and "id" in form:
id = toIntOrDefault(form["id"], -1)
# lockGamesFile()
# games = loadGamesFile()
# unlockGamesFile()
game = getGameByID(id)
if game is not None:
game = updateGame(game)
if game is not None:
return json.dumps({"isStarted": game["isStarted"], "players": game["players"]})
if request == "savewords" and "id" in form and "words" in form and "username" in form:
id = toIntOrDefault(form["id"], -1)
words = form["words"].split(",")
words = [filterWord(word) for word in words]
username = filterUsername(form["username"])
# lockGamesFile()
# games = loadGamesFile()
game = getGameByID(id)
if game is not None:
game = updateGame(game)
if not "typedWords" in game:
game["typedWords"] = {}
changed = True
typedWords = game["typedWords"]
if not game["isDone"]:
if not username in typedWords:
typedWords[username] = []
changed = True
myTypedWords = typedWords[username]
for word in words:
if not word in myTypedWords:
myTypedWords.append(word)
changed = True
if changed:
updateAttr(game, "typedWords")
# coll.update_one({"_id": game["_id"]}, {"$set": {"typedWords": typedWords})
# saveGamesFile(games)
# unlockGamesFile()
return json.dumps({"typedWords": typedWords[username]})
if request == "definitions" and "id" in form:
id = toIntOrDefault(form["id"], -1)
game = getGameByID(id)
if game is not None:
definitions = {}
for word in game["words"]:
definitions[word] = allDefinitions[word]
return json.dumps({"definitions": definitions})
if request == "invitation" and "id" in form:
id = toIntOrDefault(form["id"], -1)
toDelete = []
for inv in invitations:
newGame = getGameByID(invitations[inv])
#If the new game is archived, the invitation is useless and can be removed from the list
if newGame is None or newGame["isArchived"]:
toDelete.append(inv)
for inv in toDelete:
del invitations[inv]
print("invitations:", invitations)
if id in invitations:
invitedTo = invitations[id]
return json.dumps({"invitation": invitedTo})
if request == "upload":
response = {}
# create image directory if not found
if not os.path.isdir(IMAGE_UPLOAD_DIR):
os.mkdir(IMAGE_UPLOAD_DIR)
print(files)
print(len(files))
if len(files) > 0:
upload = files.getlist("upload")[0]
print("filename: {}".format(upload.filename))
if upload.filename == "blob":
upload.filename = str(datetime.datetime.now().strftime("%Y%m%d_%H-%M-%S"))
print("new filename: {}".format(upload.filename))
filename = upload.filename.replace("'","") #filter out '
destination = IMAGE_UPLOAD_DIR + filename
i=0
destination_extra = destination
spl = os.path.splitext(destination)
while os.path.exists(destination_extra):
destination_extra = spl[0] + "_" + str(i) + spl[1]
i += 1
destination = destination_extra
# save file
print("File saved to to:", destination)
upload.save(destination)
message = "File uploaded"
try:
lettersGuessed, confidence = processImage(destination)
response["board"] = boardFrom5x5Str(lettersGuessed)
message += "; " + lettersGuessed
message += "; " + str(confidence)
except Exception as e:
message += "; " + str(e) + "; " + repr(e) + "; " + traceback.format_exc()
with open(destination+".txt", "w") as f:
print("Message saved to to:", destination+".txt")
f.write(message)
else:
message = "no file provided"
response["message"] = message
if os.path.exists(destination+"_warpedimage.png"):
key = str(random.randint(1000000000000000,9999999999999999))
tmp_images[key] = destination
response["warpedimage"] = "?request=tmpimage&key="+key
return json.dumps(response)
if request == "tmpimage":
if "key" in form and form["key"] in tmp_images:
filename = tmp_images[form["key"]]+"_warpedimage.png"
with open(filename, 'rb') as f:
return f.read()
return json.dumps({})
def do_action(form):
# these are guaranteed by the function that calls this
action = filterWord(form["action"])
username = filterUsername(form["username"])
if action == "create":
board = None
if "preset" in form:
preset = form["preset"]
if preset == "5x5":
size = 5
letters = 4
minutes = 3
elif preset == "4x4":
size = 4
letters = 3
minutes = 3
elif preset == "random":
size = random.randint(2,8)
letters = [0,0,
random.randint(2,3), #2
random.randint(2,4), #3
random.randint(2,5), #4
random.randint(2,6), #5
random.randint(2,7), #6
random.randint(2,7), #7
random.randint(2,7) #8
]
letters = letters[size]
minutes = random.randint(0,10)
if minutes == 0: minutes = 0.5
elif preset == "5x5bogglecv" and "board" in form:
board = boardFrom5x5Str(form["board"].split(','))
print(board)
size = 5
letters = 4
minutes = 3
if "letters" in form:
letters = toIntOrDefault(form["letters"], 4)
if "minutes" in form:
minutes = toFloatOrDefault(form["minutes"], 3)
if "key" in form:
board_file = tmp_images[form["key"]] + "_board_corrected.txt"
with open(board_file, 'w') as f:
f.write(str(board))
elif preset == "custom" and "size" in form and "letters" in form and "minutes" in form:
size = form["size"]
matched = re.match("^(\d+)x(\d+)$", size)
if matched is None:
size = 5
else:
size = int(matched.groups()[0])
if size < 5:
lettersDefault = 3
else:
lettersDefault = 4
letters = toIntOrDefault(form["letters"], lettersDefault)
minutes = toFloatOrDefault(form["minutes"], 3)
else:
return "lobby", None
# lockGamesFile()
# games = loadGamesFile()
print("creating game: size={}, letters={}, minutes={}".format(size, letters, minutes))
game = create(size=size, letters=letters, minutes=minutes, board=board) #usually board is None
game["_id"] = newGameID()
BackgroundSolver(game)
game["players"].append(username)
print(game)
coll.insert_one(game)
# games.append(game)
# saveGamesFile(games)
# unlockGamesFile()
if "inviteFrom" in form:
inviteFrom = toIntOrDefault(form["inviteFrom"], -1)
if inviteFrom >= 0:
invitations[inviteFrom] = game["_id"]
print("invitations:", invitations)
return "pregame", game["_id"]
return "lobby", None
if action == "join" and "id" in form:
id = toIntOrDefault(form["id"], -1)
# lockGamesFile()
# games = loadGamesFile()
game = getGameByID(id)
if game is None:
# unlockGamesFile()
return "lobby", None
# can't join after the game is finished
if game["isDone"]:
# unlockGamesFile()
return "view", id
elif not username in game["players"]:
game["players"].append(username)
updateAttr(game, "players")
# coll.update_one({"_id": game["_id"]}, {"$set": {"players": game["players"]})
# saveGamesFile(games)
# unlockGamesFile()
if game["isStarted"]:
return "play", id
else:
return "pregame", id
if action == "start" and "id" in form:
id = toIntOrDefault(form["id"], -1)
# lockGamesFile()
# games = loadGamesFile()
game = getGameByID(id)
if game is None:
# unlockGamesFile()
return "lobby", None
players = game["players"]
if len(players) > 0 and players[0] == username:
# player is the host, start the game
if not game["isStarted"]:
game["isStarted"] = True
game["timeStartedSeconds"] = int(time.time())
coll.update_one({"_id": game["_id"]}, {"$set": {"isStarted": game["isStarted"], "timeStartedSeconds": game["timeStartedSeconds"]}})
# saveGamesFile(games)
# unlockGamesFile()
if not game["isStarted"]:
return "pregame", id
elif not game["isDone"]:
return "play", id
else:
return "view", id
if action == "cancel" and "id" in form:
id = toIntOrDefault(form["id"], -1)
# lockGamesFile()
# games = loadGamesFile()
game = getGameByID(id)
# works only in the pregame and play phases (i.e. isDone = False)
if game is not None and not game["isDone"]:
# remove this player from the game, promoting the next player to host.
game["players"].remove(username)
# if there are no more players, delete the game
if len(game["players"]) == 0:
games = deleteGameByID(id)
else:
updateAttr(game, "players")
# saveGamesFile(games)
# unlockGamesFile()
return "lobby", None
return "lobby", None
def histogram(games, maxGame, prop):
hs = maxGame[prop]
bins = []
data = []
if hs < 10:
for i in range(int(hs)+1):
bins.append(i)
data.append(0)
else:
for i in range(1,10+1): #1 to 10 inclusive
bins.append(round(i*hs)/10)
data.append(0)
for game in games:
s = game[prop]
for j in range(len(bins)):
if round(s*10)/10 <= bins[j]:
data[j] += 1
break
return {"labels": bins, "series": [data]}
def text2bool(text):
return text.lower() == "true"
def get_param(form, kwargs, name, converter=lambda text: text, fallback=""):
if name in form:
kwargs[name] = converter(form[name])
else:
kwargs[name] = fallback
def load_page(form, page=None, id=None):
if page is None:
if "page" in form:
page = filterWord(form["page"])
else:
page = "lobby"
if not "username" in form and not page in ("stats", "json", "view"):
page = "login"
if id is None and "id" in form:
id = toIntOrDefault(form["id"], -1)
if "prev" in form:
prev = filterWord(form["prev"])
else:
prev = "lobby"
kwargs = {
"nav": nav,
"active": "boggle",
"stylesheet": "boggle",
"formMethod": "get",
"id": id
}
if page == "login":
return render_template("boggle/login.html", page=page, **kwargs)
get_param(form, kwargs, "username", filterUsername)
if page == "pregame" and id is not None:
return render_template("boggle/pregame.html", **kwargs)
if page == "play" and id is not None:
return render_template("boggle/play.html", **kwargs)
if page == "view" and id is not None:
return render_template("boggle/view.html", prev=prev, **kwargs)
if page == "stats":
games = getAllGames()
games = [game for game in games if game["isArchived"]]
#exclude games that were from BoggleCV from the highscore
games = [game for game in games if not ("wasImported" in game and game["wasImported"])]
get_param(form, kwargs, "selectedUsed", text2bool, False)
if kwargs["selectedUsed"]:
fallback = ""
else:
fallback = "checked"
showLabels = [
"show2x2", "show3x3", "show4x4", "show5x5", "show6x6", "show7x7", "showOtherSizes",
"show2L", "show3L", "show4L", "show5L", "show6L", "show7L", "showOtherL",
"show30Sec", "show1Min", "show2Min", "show3Min", "show4Min", "show5Min",
"show6Min", "show7Min", "show8Min", "show9Min", "show10Min", "showOtherMin"
]
labelBool = {}
numChecked = 0
for label in showLabels:
get_param(form, kwargs, label, lambda text: "checked" if text == "on" else "", fallback)
labelBool[label] = kwargs[label] == "checked"
if labelBool[label]:
numChecked += 1
kwargs["selectAll"] = "checked" if numChecked >= len(labelBool)/2 else ""
# print(labelBool)
gamesFiltered = {}
gamesFiltered["5x5"] = [game for game in games if game["size"] == 5 and game["letters"] == 4 and game["minutes"] == 3]
gamesFiltered["4x4"] = [game for game in games if game["size"] == 4 and game["letters"] == 3 and game["minutes"] == 3]
gamesFiltered["Sel"] = []
for game in games:
if (
labelBool["show2x2"] and game["size"] == 2 or
labelBool["show3x3"] and game["size"] == 3 or
labelBool["show4x4"] and game["size"] == 4 or
labelBool["show5x5"] and game["size"] == 5 or
labelBool["show6x6"] and game["size"] == 6 or
labelBool["show7x7"] and game["size"] == 7 or
labelBool["showOtherSizes"] and not game["size"] in [2,3,4,5,6,7]
) and (
labelBool["show2L"] and game["letters"] == 2 or
labelBool["show3L"] and game["letters"] == 3 or
labelBool["show4L"] and game["letters"] == 4 or
labelBool["show5L"] and game["letters"] == 5 or
labelBool["show6L"] and game["letters"] == 6 or
labelBool["show7L"] and game["letters"] == 7 or
labelBool["showOtherL"] and not game["letters"] in [2,3,4,5,6,7]
) and (
labelBool["show30Sec"] and game["minutes"] == 0.5 or
labelBool["show1Min"] and game["minutes"] == 1 or
labelBool["show2Min"] and game["minutes"] == 2 or
labelBool["show3Min"] and game["minutes"] == 3 or
labelBool["show4Min"] and game["minutes"] == 4 or
labelBool["show5Min"] and game["minutes"] == 5 or
labelBool["show6Min"] and game["minutes"] == 6 or
labelBool["show7Min"] and game["minutes"] == 7 or
labelBool["show8Min"] and game["minutes"] == 8 or
labelBool["show9Min"] and game["minutes"] == 9 or
labelBool["show10Min"] and game["minutes"] == 10 or
labelBool["showOtherMin"] and not game["minutes"] in [0.5,1,2,3,4,5,6,7,8,9,10]
):
gamesFiltered["Sel"].append(game)
gamesFiltered["All"] = games
for gameType in ["5x5", "4x4", "Sel", "All"]:
kwargs["has"+gameType] = (len(gamesFiltered[gameType]) > 0)
if kwargs["has"+gameType]:
for prop in ["winScore", "numWordsPlayersFound", "percentFound", "maxScore", "maxWords", "duplicates", "secondsToSolve"]:
kwargs[prop+gameType] = reduce(lambda prev, curr: prev if prev[prop] > curr[prop] else curr, gamesFiltered[gameType])
for prop in ["maxScore", "maxWords"]:
kwargs["low_"+prop+gameType] = reduce(lambda prev, curr: prev if prev[prop] < curr[prop] else curr, gamesFiltered[gameType])
get_param(form, kwargs, "sortCol", int, 0)
get_param(form, kwargs, "isAscending", text2bool, False)
#these correspond to the columns on the stats page
lambdas = [
lambda game: game["_id"],
lambda game: game["players"][0].lower(),
lambda game: len(game["players"]),
lambda game: game["size"],
lambda game: game["letters"],
lambda game: game["minutes"],
lambda game: game["maxWords"],
lambda game: game["numWordsPlayersFound"],
lambda game: game["percentFound"],
lambda game: game["maxScore"],
lambda game: game["winScore"],
lambda game: game["winners"][0].lower(),
]
if kwargs["hasSel"]:
for prop in ["winScore", "maxScore", "numWordsPlayersFound", "maxWords", "percentFound", "duplicates", "secondsToSolve"]:
kwargs[prop+"Chart"] = histogram(gamesFiltered["Sel"], kwargs[prop+"Sel"], prop)
kwargs["sizeChart"] = histogram(gamesFiltered["Sel"], {"size": 7}, "size")
print(kwargs["sizeChart"])
kwargs["sizeChart"]["labels"] = ["2x2", "3x3", "4x4", "5x5", "6x6", "7x7"]
kwargs["sizeChart"]["series"][0] = kwargs["sizeChart"]["series"][0][2:] #remove 1st 2 items
print(kwargs["sizeChart"])
games_sorted = sorted(gamesFiltered["Sel"], key=lambdas[kwargs["sortCol"]], reverse=(not kwargs["isAscending"]))
# print(kwargs)
return render_template("boggle/stats.html", prev=prev, games=games_sorted, **kwargs)
if page == "json":
return json.dumps([x for x in coll.find()], indent=2)
if page == "upload":
return render_template("boggle/upload.html", **kwargs)
if page == "lobby":
return render_template("boggle/lobby.html", remove_completed_from_lobby_timeout=REMOVE_COMPLETED_FROM_LOBBY_TIMEOUT, **kwargs)
return "error with page '" + str(page) + "'"
"""
This method processes all requests coming in, and passes
them to the correct function.
There are 3 important fields:
action - an action to be taken before loading the page,
such as leaving a game or submitting a list of words
page - the page to be returned, such as the login, lobby,
pregame, play, and stats pages
request - ask for a certain type of data, such as current
games, past games, data on 1 particular game, or word
definition. This overrides the page, so if a request,
page, and action are all specified, the server will
do the action, then return the requested data,
ignoring the page variable.
"""
def app(request):
# form = request.args | request.form
form = {}
for k, v in request.args.items():
form[k] = v
for k, v in request.form.items():
form[k] = v
print("boggle http request:", form)
page = None
id = None
if "action" in form and "username" in form:
page, id = do_action(form)
if "request" in form:
return request_data(form, request.files)
else:
return load_page(form, page, id)