def syncDuos(relatedAccounts):
duos = {}
for name in relatedAccounts:
if "duos" in relatedAccounts[name]:
changeDict = {}
partners = relatedAccounts[name]["duos"]
for summId in partners:
account = riotapicalls.getAccountBySummId(summId)
dName = account["name"]
changeDict[dName] = summId
duoStats = partners[summId]
if dName not in duos:
duoInfo = {"games":duoStats["games"],"partners":1}
duoInfo[name] = duoStats
duos[dName] = duoInfo
else:
duos[dName]["games"] += duoStats["games"]
duos[dName][name] = duoStats
duos[dName]["partners"] += 1
for name in changeDict:
summId = changeDict[name]
partners[name] = partners[summId]
del partners[summId]
return duos
def getPlayedWith(matches,summId):
playedWith = {}
summIds = {}
for match in matches:
pId = findParticipantId(match,summId)
assert not pId == -1, "didn't find pId for some reason | " + (str)(match["gameId"]) + " | " + (str)(len(playedWith))
start = (pId//6)*5 #either 0 or 1 after divison, then 0 or 5
assert start == 0 or start == 5, "dun goofed " + (str)(start) + " | " + (str)(pId)
for i in range(start,start+5): #loop through the 5 players on their team
if(not i == pId-1):
player = match["participantIdentities"][i]["player"]
pSummId = player["summonerId"]
if pSummId not in summIds:
summIds[pSummId] = 1
else:
summIds[pSummId] += 1
for sId in summIds:
acc = riotapicalls.getAccountBySummId(sId)
name = acc["name"]
if(name in playedWith):
playedWith[name] += 1
else:
playedWith[name] = 1
return playedWith
def getAccountTests():
name = "arf ARF AwOoÒwÓo"
name = name.lower() #lowercase for case sensitivity
account = riotapicalls.getAccountByName(name)
assert account["name"].lower() == name, "getAccountByName from server/db: " + account["name"] + " vs " + name
account = riotapicalls.getAccountByAccId(account["accountId"])
assert account["name"].lower() == name, "getAccountByAccId from db: " + account["name"] + " vs " + name
account = riotapicalls.getAccountByPuuid(account["puuid"])
assert account["name"].lower() == name, "getAccountByPuuid from db: " + account["name"] + " vs " + name
account = riotapicalls.getAccountBySummId(account["id"])
assert account["name"].lower() == name, "getAccountBySummId from db: " + account["name"] + " vs " + name
account = riotapicalls.getAccountByName(name)
assert account["name"].lower() == name, "getAccountByName from db: " + account["name"] + " vs " + name
print("passed getAccountTests")
def runLeaderboard(accounts):
leaderboard = []
#update all the identities (change summoner names to summonerId's)
for name in accounts:
newIdentities = []
for identity in accounts[name]:
if(len(identity) < 45):
account = riotapicalls.getAccountByName(identity)
if("id" in account):
newIdentities.append(account["id"])
else:
print(identity + " no longer valid.")
else:
newIdentities.append(identity)
accounts[name] = newIdentities
#now that identities are updated to only have valid summonerId's, let's ranked them on the leaderboard
for name in accounts:
highAcc = ""
highRank = ""
highScore = -1
for summId in accounts[name]:
rankInfo = riotapicalls.getLeagueBySummonerId(summId)
soloQueue = {}
for queue in rankInfo:
if(queue["queueType"] == "RANKED_SOLO_5x5"):
soloQueue = queue
score = -1
if(soloQueue):
score = getScore(soloQueue)
if(score > highScore):
highAcc = riotapicalls.getAccountBySummId(summId)["name"]
highScore = score
highRank = rankName(soloQueue)
leaderboard.append([name,highRank,highAcc,highScore])
leaderboard.sort(key=lambda x:x[3])
leaderboard.reverse() #sorts the leaderboard in order of the highScore
writeLeaderboard(leaderboard)
return accounts