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sleeperPy.py
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sleeperPy.py
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#!/usr/bin/env python3
# sleeperPy
# REQUIREMENTS:
# pip3 install bs4
# if apache is root, sudo pip3 install bs4
# ISSUES/TODO
# TODO: not taking account into flex, e.g noah fant tier 5 better than desean tier 7
# TODO: waiver wire suggestions would be great, especially for DST/K. If player on WW is higher tier, mention it.
# looks like i would have to curl "https://api.sleeper.app/v1/players/nfl/trending/add" and keep ~top 5
# then determine if that player is rostered in any team, seperately
# TODO: easy one, unranked player doesn't count towards the tier. maybe make them tier 12?
# TODO: better comments
# API
# https://docs.sleeper.app/
# Bugs:
# Craig Stevens
# https://www.reddit.com/r/fantasyfootball/comments/jszktk/like_boris_chen_tiers_and_use_sleeper_simple_tool/gc2mqa7/
# has to be *not* having a player in a position, like no kicker
# players.txt perm issue
# check apache log in next few days, might've fixed it
# PHP Warning: file_put_contents(players.txt): failed to open stream: Permission denied in /var/www/html/sleeperPy/index.php on line 40, referer: https://wboll.dev/sleeperPy/
# Tiers
# https://github.com/abhinavk99/espn-borischentiers/blob/master/src/js/espn-borischentiers.js
import requests, json, os, time, re, sys, fileinput, logging, time, calendar, urllib.request, json
from pathlib import Path
from shutil import copyfile
from urllib.request import urlopen
from bs4 import BeautifulSoup
from datetime import datetime
from operator import itemgetter
from logging.handlers import RotatingFileHandler
from pymongo import MongoClient
from os import path
# Variables
sport = "nfl"
# current year, e.g 2020
year = datetime.now().strftime("%Y")
# template file
htmlFile = "tiers.php"
# logging
loggingFile = "sleeperPy.log"
playersFile = "players.json"
dbName = "sleeperPy"
collectionName = "players"
# Functions
def mongoConnect():
# connect to mongodb
client = MongoClient()
# default host/port
db = client[dbName]
collection = db[collectionName]
return db, collection
def mongoImport():
playersPath = Path(playersFile)
url = "https://api.sleeper.app/v1/players/nfl"
today = datetime.today()
# see if we need a new players.json
if playersPath.is_file():
# 8 is last modified
t = os.stat(playersPath)[8]
filetime = today - datetime.fromtimestamp(t)
if int(filetime.seconds) > 86400:
# if it's last been modified longer than a day ago, download new players.txt
with urllib.request.urlopen(url) as url:
data = json.loads(url.read().decode())
with open(playersFile, "w") as f:
json.dump(data, f)
f.close()
# clean up existing data
collection.delete_many({})
# import new stuff
os.system(
"mongoimport --db "
+ dbName
+ " --collection "
+ collectionName
+ " --file "
+ playersFile
)
# if file doesn't exist at all"
else:
with urllib.request.urlopen(url) as url:
data = json.loads(url.read().decode())
with open(playersFile, "w") as f:
json.dump(data, f)
f.close()
# clean up existing data
collection.delete_many({})
# import new stuff
os.system(
"mongoimport --db "
+ dbName
+ " --collection "
+ collectionName
+ " --file "
+ playersFile
)
def Diff(li1, li2):
# used to find "bench" by finding the difference between total team and starters
li_dif = [i for i in li1 + li2 if i not in li1 or i not in li2]
return li_dif
def sortLists(list1, list2):
# list1 should be tiers, list2 players
# sort player list and tier list together, keeping values
# sort by lowest value (highest tier) first
if type(list1) == "None" or type(list2) == "None":
return list1, list2
if len(list1) == 0 or len(list2) == 0:
return list1, list2
# force tiers to ints
list1 = [int(i) for i in list1]
# reverse=True
# damn this works!!!
# https://stackoverflow.com/questions/9764298/how-to-sort-two-lists-which-reference-each-other-in-the-exact-same-way
list1, list2 = (list(t) for t in zip(*sorted(zip(list1, list2), key=itemgetter(0))))
return list1, list2
def printTiers(playerList, tierList, pos):
# used to generate HTML with lists of players and their matching tiers
outputList = []
# playerList, tierList = sortLists(playerList, tierList)
tierList, playerList = sortLists(tierList, playerList)
# print(*tierList)
# print(*playerList)
if len(playerList) > 0:
print("<tr>")
print("<th>" + pos + "</th>")
print("<th>Tier</th>")
print("</tr>")
for x in range(len(playerList)):
outputList.append(
"<tr>"
+ "<td>"
+ playerList[x]
+ "</td>"
+ "<td>"
+ str(tierList[x])
+ "</td>"
+ "</tr>"
)
return outputList
def validateBoris(tierListPos):
# fixing inconsistencies as i find them between boris chen and sleeper player names
# ok this works at least but i think i have to edit the list
# BorisName, Sleeper Name
tierListPos = [w.replace("D.K. Metcalf", "DK Metcalf") for w in tierListPos]
tierListPos = [w.replace("Jeff Wilson Jr.", "Jeffery Wilson") for w in tierListPos]
tierListPos = [w.replace("JaMycal Hasty", "Jamycal Hasty") for w in tierListPos]
return tierListPos
def createTiers(tierListPos, fullName, posPlayerList, posTierList, tier):
# find the players name in a tier list, when found also note their tier
tierListPos = validateBoris(tierListPos)
for q in range(len(tierListPos)):
# tierListPos[q] means: Tier 1: Lamar Jackson, Dak Prescott, Patrick Mahomes II
# iterates through each line of tier
if fullName in tierListPos[q]:
tier = q + 1
posPlayerList.append(f"{fullName}")
posTierList.append(f"{tier}")
return posPlayerList, posTierList, tier
def createUnranked(tierListPos, fullName):
# go through entire tier list for a position, if player name not in any of them, they are not ranked
flag = False
tierListPos = validateBoris(tierListPos)
if any(fullName in word for word in tierListPos):
flag = True
if flag == False:
return f"{fullName}"
else:
return "ranked"
def currentWeek():
# if the start of the NFL season isn't ~week 36 of the year, change that value
# between like August -> September 9th (Thursday) (2021), it's week 1.
# Final games in week 1 would be 13th.. so september 14th - 21st is week 2.. 22nd - 29th is week 3
# ending on Jan 9th, 2020, a Sunday
currentWeek = datetime.today().isocalendar()[1]
# if july 17 is week 28.. then september 9th would be week 37... and january 9th 2022 is week.. 2 of 2022
# lmao, $currentWeek - 36 is technically right. but man that's nasty to change in the future
# sorry to future me
currentNFLWeek = currentWeek - 35
# if it's postseason, cap at 16. wait this'll screwup for 2020
if currentNFLWeek > 16:
currentNFLWeek == 16
# a beautiful elif for week 1/2 of 2022, the last week.. ugh
elif currentWeek == 1 | 2:
currentNFLWeek == 16
# basically offseason, if negative weeks then
else:
currentNFLWeek = max(1, currentNFLWeek)
return currentNFLWeek
# Rotating application logging
def create_rotating_log(path):
logger = logging.getLogger("Rotating Log")
logger.setLevel(logging.DEBUG)
# add a rotating handler
handler = RotatingFileHandler(path, maxBytes=2000000, backupCount=5)
logger.addHandler(handler)
# logging.basicConfig(stream=sys.stdout, level=logging.DEBUG)
log_file = path
root = logging.getLogger()
root.setLevel(logging.DEBUG)
# handler = logging.StreamHandler(sys.stdout)
handler.setLevel(logging.DEBUG)
formatter = logging.Formatter(
"%(asctime)s - %(name)s - %(levelname)s - %(message)s"
)
handler.setFormatter(formatter)
root.addHandler(handler)
create_rotating_log(loggingFile)
db, collection = mongoConnect()
mongoImport()
# logger = logging.getLogger()
# get username argument
n = len(sys.argv)
if n < 2:
print("Error: please enter your Sleeper username.")
elif n > 2:
print("Error: Too many arguments. Please type your sleeper username.")
username = str(sys.argv[1])
tiersFilename = "tiers_" + username + ".php"
tiersFilepath = "tiers/" + tiersFilename
# mkdir if not exists
if not os.path.isdir("tiers/"):
os.mkdir("tiers/")
# delete file if exists already
if os.path.exists(tiersFilepath):
os.remove(tiersFilepath)
# copy template html file to user specific file
copyfile(htmlFile, tiersFilepath)
os.chmod(tiersFilepath, 0o666)
sys.stdout = open(tiersFilepath, "a")
# Get USERID
url = f"https://api.sleeper.app/v1/user/{username}"
r = requests.get(url)
data = r.json()
# attempt to see if we can get any data from sleeper for inputted username
try:
userid = data["user_id"]
except TypeError:
print("Sorry, invalid Sleeper username. Please try again.")
sys.exit()
# Get all leagues for user
url = f"https://api.sleeper.app/v1/user/{userid}/leagues/{sport}/{year}"
r = requests.get(url)
data = r.json()
# list type
leagues = []
leagueNames = []
scoring = []
i = 0
for d in data:
leagues.append(d["league_id"])
leagueNames.append(d["name"])
scoring.append(d["scoring_settings"]["rec"])
# leagues, e.g
# ['603501445962080256', '597557922544807936']
# Get current players of user for * leagues
# GET https://api.sleeper.app/v1/league/<league_id>/rosters
# first, fetch all players so I can cross reference IDs
# read from players file
# print roster for both leagues:
i = 0
starters = []
players = []
# roster_id = []
# matchup_id = []
oppStarters = []
oppPlayers = []
print("<h5>Username: " + username + " - Week " + str(currentWeek()) + "</h5>")
print(
'<div class="buttonholder"><form action="" method="post"> <input type="submit" name="submit" value="Refresh Tiers" /></form>'
)
print("</div>")
print("</div>")
print("</div>")
print('<div class="flex-container container">')
# get players and starters for user team in each league
for league in leagues:
# Get current roster
url = f"https://api.sleeper.app/v1/league/{league}/rosters"
r = requests.get(url)
data = r.json()
# data is a list here
# length is number of teams
for d in data:
# for every team in league, do
if d["owner_id"] == userid:
# then this is current user
starters.append(d["starters"])
players.append(d["players"])
roster_id = d["roster_id"]
week = currentWeek()
url = f"https://api.sleeper.app/v1/league/{league}/matchups/{week}"
r = requests.get(url)
data = r.json()
for d in data:
if roster_id == d["roster_id"]:
# if player matchup is found via roster id
matchup_id = d["matchup_id"]
# get matchup id
for d in data:
if matchup_id == d["matchup_id"]:
if roster_id != d["roster_id"]:
# if you found a matching matchup ID but NOT matching roster_id, must be opponent
oppStarters.append(d["starters"])
oppPlayers.append(d["players"])
bench = []
starterList, benchList = [], []
# ur = unranked
qbStarterList,rbStarterList,wrStarterList,teStarterList,dstStarterList,kStarterList,urStarterList = [],[],[],[],[],[],[]
qbTierList,rbTierList,wrTierList,dstTierList,teTierList,kTierList = [],[],[],[],[],[]
qbBenchList,rbBenchList,wrBenchList,teBenchList,dstBenchList,kBenchList,urBenchList = [],[],[],[],[],[],[]
qbTierBenchList,rbTierBenchList,wrTierBenchList,teTierBenchList,dstTierBenchList,kTierBenchList = [],[],[],[],[],[]
# mode = scoringMode(scoring)
# figure out what lists to use
# below 3 are guranteed regardless of scoring
qbBoris = "https://s3-us-west-1.amazonaws.com/fftiers/out/text_QB.txt"
dstBoris = "https://s3-us-west-1.amazonaws.com/fftiers/out/text_DST.txt"
kBoris = "https://s3-us-west-1.amazonaws.com/fftiers/out/text_K.txt"
scoring_to_text_map = {1.0: "-PPR", 0.5: "-HALF", 0.0: ""}
rbBoris = f"https://s3-us-west-1.amazonaws.com/fftiers/out/text_RB{scoring_to_text_map[scoring[i]]}.txt"
wrBoris = f"https://s3-us-west-1.amazonaws.com/fftiers/out/text_WR{scoring_to_text_map[scoring[i]]}.txt"
teBoris = f"https://s3-us-west-1.amazonaws.com/fftiers/out/text_TE{scoring_to_text_map[scoring[i]]}.txt"
print('<table class="table-fill">')
if scoring[i] == 1.0:
print(
f'<th class="league-title" colspan="2">League: {leagueNames[i]} (PPR) | Starters</th>'
)
elif scoring[i] == 0.5:
print(
f'<th class="league-title" colspan="2">League: {leagueNames[i]} (Half PPR) | Starters</th>'
)
elif scoring[i] == 0.0:
print(
f'<th class="league-title" colspan="2">League: {leagueNames[i]} (Standard) | Starters</th>'
)
print("</tr>")
r = requests.get(rbBoris)
data = r.text
tierListRB = data.splitlines()
# tierListRB[0] = Tier 1: Christian McCaffrey, Ezekiel Elliott
# tfw when python has no switch/case
r = requests.get(wrBoris)
data = r.text
tierListWR = data.splitlines()
r = requests.get(teBoris)
data = r.text
tierListTE = data.splitlines()
r = requests.get(qbBoris)
data = r.text
tierListQB = data.splitlines()
r = requests.get(kBoris)
data = r.text
tierListK = data.splitlines()
r = requests.get(dstBoris)
data = r.text
tierListDST = data.splitlines()
# get bench by subtracting all players by starters
bench = Diff(players[i], starters[i])
tierSum = 0
# before: iterated through *every* key in players.txt
# if that key HAPPENED to match their key, starters[i][j], then do shit
# that sucks horribly
# instead, just loop through their teams' players
# instead, just loop through their teams' players
j = 0
tier = 0
# key = {}
# looping through starters[i] to get all IDs of starters, e.g 4881
while j < len(starters[i]):
for key in collection.distinct(str(starters[i][j])):
fName = key["first_name"]
lName = key["last_name"]
pos = key["position"]
fullName = fName + " " + lName
# iterate through tierlists based on pos
# DEF, WR, TE, K, RB, QB
# len is amount of tiers
if pos == "QB":
qbStarterList, qbTierList, tier = createTiers(
tierListQB, fullName, qbStarterList, qbTierList, tier
)
if createUnranked(tierListQB, fullName) != "ranked":
urStarterList.append(createUnranked(tierListQB, fullName))
if pos == "RB":
rbStarterList, rbTierList, tier = createTiers(
tierListRB, fullName, rbStarterList, rbTierList, tier
)
if createUnranked(tierListRB, fullName) != "ranked":
urStarterList.append(createUnranked(tierListRB, fullName))
if pos == "WR":
wrStarterList, wrTierList, tier = createTiers(
tierListWR, fullName, wrStarterList, wrTierList, tier
)
if createUnranked(tierListWR, fullName) != "ranked":
urStarterList.append(createUnranked(tierListWR, fullName))
if pos == "K":
kStarterList, kTierList, tier = createTiers(
tierListK, fullName, kStarterList, kTierList, tier
)
if createUnranked(tierListK, fullName) != "ranked":
urStarterList.append(createUnranked(tierListK, fullName))
if pos == "DEF":
dstStarterList, dstTierList, tier = createTiers(
tierListDST, fullName, dstStarterList, dstTierList, tier
)
if createUnranked(tierListDST, fullName) != "ranked":
urStarterList.append(createUnranked(tierListDST, fullName))
if pos == "TE":
teStarterList, teTierList, tier = createTiers(
tierListTE, fullName, teStarterList, teTierList, tier
)
if createUnranked(tierListTE, fullName) != "ranked":
urStarterList.append(createUnranked(tierListTE, fullName))
tierSum = tier + tierSum
tier = tier + 1
j = j + 1
# returns list with HTML to print to page
outputList = printTiers(qbStarterList, qbTierList, "QB")
for x in range(len(outputList)):
print(outputList[x])
outputList = printTiers(rbStarterList, rbTierList, "RB")
for x in range(len(outputList)):
print(outputList[x])
outputList = printTiers(wrStarterList, wrTierList, "WR")
for x in range(len(outputList)):
print(outputList[x])
outputList = printTiers(teStarterList, teTierList, "TE")
for x in range(len(outputList)):
print(outputList[x])
outputList = printTiers(kStarterList, kTierList, "K")
for x in range(len(outputList)):
print(outputList[x])
outputList = printTiers(dstStarterList, dstTierList, "DST")
for x in range(len(outputList)):
print(outputList[x])
# Sometimes goes out of bounds and grabs "Craig Stevens"
badList = ["Craig Stevens"]
urStarterList = [element for element in urStarterList if element not in badList]
if len(urStarterList) > 0:
print("<tr>")
print('<th colspan="2" style="text-align: center">Not Ranked</th>')
print("</tr>")
# urStarterList.remove("Craig Stevens")
for x in range(len(urStarterList)):
print("<tr>")
print('<td colspan="2">' + urStarterList[x] + "</td>")
print("</tr>")
qbOppTierList,rbOppTierList,wrOppTierList,dstOppTierList,teOppTierList,kOppTierList = [],[],[],[],[],[]
qbOppList,rbOppList,wrOppList,teOppList,dstOppList,kOppList,urOppList = [],[],[],[],[],[],[]
tierOppSum = 0
# Calculate Opponent Tiers
# not the best test, but if oppStarters has no length, don't do any of this
if oppStarters:
j = 0
tier = 0
# key = {}
try:
# looping through starters[i] to get all IDs of starters, e.g 4881
while j < len(oppStarters[i]):
for key in collection.distinct(str(oppStarters[i][j])):
fName = key["first_name"]
lName = key["last_name"]
pos = key["position"]
fullName = fName + " " + lName
if pos == "QB":
qbOppList, qbOppTierList, tier = createTiers(
tierListQB, fullName, qbOppList, qbOppTierList, tier
)
if pos == "RB":
rbOppList, rbOppTierList, tier = createTiers(
tierListRB, fullName, rbOppList, rbOppTierList, tier
)
if pos == "WR":
wrOppList, wrOppTierList, tier = createTiers(
tierListWR, fullName, wrOppList, wrOppTierList, tier
)
if pos == "K":
kOppList, kOppTierList, tier = createTiers(
tierListK, fullName, kOppList, kOppTierList, tier
)
if pos == "DEF":
dstOppList, dstOppTierList, tier = createTiers(
tierListDST, fullName, dstOppList, dstOppTierList, tier
)
if pos == "TE":
teOppList, teOppTierList, tier = createTiers(
tierListTE, fullName, teOppList, teOppTierList, tier
)
tierOppSum = tier + tierOppSum
tier = tier + 1
j = j + 1
except IndexError:
avgTier = round(tierSum / (len(starters[i])), 2)
print(
f'<tr><td colspan="2" style="text-align: center">Average Tier {avgTier}</td></tr>'
)
break
try:
tierOppSum = tierOppSum - 1
tierSum = tierSum - 1
avgTier = round(tierSum / (len(starters[i])), 2)
avgOppTier = round(tierOppSum / (len(oppStarters[i])), 2)
# 🏆 = trophy
# 📉 = down line
# 😐 = neutral face
# higher tier is worse
if avgTier < avgOppTier:
print(
f'<tr><td colspan="2" style="text-align: center">🏆 Average Tier {avgTier}</td></tr>'
)
print(
f'<tr><td colspan="2" style="text-align: center">📉 Opponent Average Tier {avgOppTier}</td></tr>'
)
elif avgOppTier < avgTier:
print(
f'<tr><td colspan="2" style="text-align: center">📉 Average Tier {avgTier}</td></tr>'
)
print(
f'<tr><td colspan="2" style="text-align: center">🏆 Opponent Average Tier {avgOppTier}</td></tr>'
)
elif avgOppTier == avgTier:
print(
f'<tr><td colspan="2" style="text-align: center">😐 Average Tier {avgTier}</td></tr>'
)
print(
f'<tr><td colspan="2" style="text-align: center">😐 Opponent Average Tier {avgOppTier}</td></tr>'
)
else:
print(
f'<tr><td colspan="2" style="text-align: center">Average Tier {avgTier}</td></tr>'
)
print(
f'<tr><td colspan="2" style="text-align: center">Opponent Average Tier {avgOppTier}</td></tr>'
)
except IndexError:
# issues with leagues without opponents
print("")
else:
# basically if i cant get opponent, do plain old tier averages
avgTier = round(tierSum / (len(starters[i])), 2)
print(
f'<tr><td colspan="2" style="text-align: center">Average Tier {avgTier}</td></tr>'
)
# bench
print("<br>")
print("<br>")
tier = 0
for b in bench:
for key in collection.distinct(str(b)):
fName = key["first_name"]
lName = key["last_name"]
pos = key["position"]
fullName = fName + " " + lName
if pos == "QB":
qbBenchList, qbTierBenchList, tier = createTiers(
tierListQB, fullName, qbBenchList, qbTierBenchList, tier
)
if createUnranked(tierListQB, fullName) != "ranked":
urBenchList.append(createUnranked(tierListQB, fullName))
if pos == "RB":
# rbStarterList, rbTierList, tier = createTiers(tierListRB,fullName,rbStarterList,rbTierList,tier)
rbBenchList, rbTierBenchList, tier = createTiers(
tierListRB, fullName, rbBenchList, rbTierBenchList, tier
)
if createUnranked(tierListRB, fullName) != "ranked":
urBenchList.append(createUnranked(tierListRB, fullName))
if pos == "WR":
wrBenchList, wrTierBenchList, tier = createTiers(
tierListWR, fullName, wrBenchList, wrTierBenchList, tier
)
if createUnranked(tierListWR, fullName) != "ranked":
urBenchList.append(createUnranked(tierListWR, fullName))
if pos == "K":
kBenchList, kTierBenchList, tier = createTiers(
tierListK, fullName, kBenchList, kTierBenchList, tier
)
if createUnranked(tierListK, fullName) != "ranked":
urBenchList.append(createUnranked(tierListK, fullName))
if pos == "DEF":
dstBenchList, dstTierBenchList, tier = createTiers(
tierListDST, fullName, dstBenchList, dstTierBenchList, tier
)
if createUnranked(tierListDST, fullName) != "ranked":
urBenchList.append(createUnranked(tierListDST, fullName))
if pos == "TE":
teBenchList, teTierBenchList, tier = createTiers(
tierListTE, fullName, teBenchList, teTierBenchList, tier
)
if createUnranked(tierListTE, fullName) != "ranked":
urBenchList.append(createUnranked(tierListTE, fullName))
tier = tier + 1
print("<tr>")
print('<th colspan="2" style="text-align:center;">Bench</th>')
print("</tr>")
outputList = printTiers(qbBenchList, qbTierBenchList, "QB")
for x in range(len(outputList)):
print(outputList[x])
outputList = printTiers(rbBenchList, rbTierBenchList, "RB")
for x in range(len(outputList)):
print(outputList[x])
outputList = printTiers(wrBenchList, wrTierBenchList, "WR")
for x in range(len(outputList)):
print(outputList[x])
outputList = printTiers(teBenchList, teTierBenchList, "TE")
for x in range(len(outputList)):
print(outputList[x])
outputList = printTiers(kBenchList, kTierBenchList, "K")
for x in range(len(outputList)):
print(outputList[x])
outputList = printTiers(dstBenchList, dstTierBenchList, "DST")
for x in range(len(outputList)):
print(outputList[x])
# Sometimes goes out of bounds and grabs "Craig Stevens"
badList = ["Craig Stevens"]
urBenchList = [element for element in urBenchList if element not in badList]
if len(urBenchList) > 0:
print("<tr>")
print('<th colspan="2" style="text-align: center">Not Ranked</th>')
print("</tr>")
# urBenchList.remove("Craig Stevens")
for x in range(len(urBenchList)):
print("<tr>")
print('<td colspan="2">' + urBenchList[x] + "</td>")
print("</tr>")
# end of all output for league
print("</table>")
# end of main while
i = i + 1
print("</div>")
print("<br>")
print("</body>")
print("</html>")