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matchCrawler.py
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matchCrawler.py
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# -*- coding: utf-8 -*-
"""
Created on Mon Oct 13 16:56:45 2014
@author: Gaspard, Thomas, Arnaud
"""
import re, os
from utils import *
from bdd import *
from tournamentCrawler import *
mc_url_matches = "http://www.atpworldtour.com/Share/Match-Facts-Pop-Up.aspx"
mc_fields = {
# 'Tournament' : [ 0 , 'a' , None ],
# 'Round' : [ 1 , 'td', None ],
# 'Name' : [ 4 , 'a' , 'str' ],
# 'Country' : [ 5 , 'p' , 'str' ],
'Aces' : [ 6 , 'td', 'int' ],
'DoubleFaults' : [ 7 , 'td', 'int' ],
'FirstServe' : [ 8 , 'td', 'stat'],
'FirstServePointsWon' : [ 9 , 'td', 'stat'],
'SecondServePointsWon' : [ 10, 'td', 'stat'],
'BreakPointsSaved' : [ 11, 'td', 'stat'],
'ServiceGamesPlayed' : [ 12, 'td', 'int' ],
'FirstServeReturnPointsWon' : [ 13, 'td', 'stat'],
'SecondServeReturnPointsWon': [ 14, 'td', 'stat'],
'BreakPointsConverted' : [ 15, 'td', 'stat'],
'ReturnGamesPlayed' : [ 16, 'td', 'int' ],
'TotalServicePointsWon' : [ 17, 'td', 'stat'],
'TotalReturnPointsWon' : [ 18, 'td', 'stat'],
'TotalPointsWon' : [ 19, 'td', 'stat']
}
class Matches:
def __init__(self,fs):
self.matchesFolder = fs.matchesFolder
self.dicoPlayers = dict()
def getPath(self, e, y):
return self.matchesFolder + "y" + str(y) + "e" + str(e)
def isTreated(self, path):
return os.path.isfile(path+".csv")
def treatTournament(self, t):
e = int( t['e'] )
y = int( t['y'] )
tourPath = self.getPath(e, y)
if self.isTreated(tourPath):
return False
else:
#print str(e) + " / " + str(y)
matches = getMatchesOfTournament( e, y, {
'IDTournament' : t['IDTournament'],
'Indoor' : t['Indoor'],
'TournamentCategory': t['TournamentCategory'] }, self.dicoPlayers )
self.save(tourPath, matches)
debug( "Tournament e = " + str( t['e'] ) + " & " + str( t['y'] ) + " Done.")
return True
def save(self, path, matches):
with open(path+"u.csv", 'wb') as f:
w = getMatchWriter(f)
writeTournament(w, matches)
try:
os.rename( path+"u.csv", path+".csv" )
except:
debug("This should never happen")
def parseSimple(line, balise):
return line.find(balise).contents[0]
def parseStr(line, balise):
aux = line.find_all(balise)
return [ aux[0].contents[0], aux[1].contents[0] ]
def parseInt(line, balise):
aux = parseStr(line,balise)
return [ int(aux[0]), int(aux[1]) ]
def parseStat(line, balise):
aux = parseStr(line,balise)
s1 = re.findall( "\((.*)/(.*)\)", aux[0])[0]
s2 = re.findall( "\((.*)/(.*)\)", aux[1])[0]
return [ int(s1[0]), int(s1[1]), int(s2[0]), int(s2[1]) ]
def getInfoRows(t,y,r,p):
dom = getDOM( mc_url_matches + "?t=" + t + "&y=" + y + "&r=" + r + "&p=" + p)
a = dom.find_all('tr', 'infoRow')
if len(a) != 20:
printError("Mauvaise longueur : " + str(len(a)) + " != 20")
return printError( mc_url_matches + "?t=" + t + "&y=" + y + "&r=" + r + "&p=" + p )
elif not a[0].find('a').contents:
printError("Match with no tournament field...")
return printError( mc_url_matches + "?t=" + t + "&y=" + y + "&r=" + r + "&p=" + p )
elif not a[1].find('td').contents:
printError("Match with no round field...")
return printError( mc_url_matches + "?t=" + t + "&y=" + y + "&r=" + r + "&p=" + p )
else:
return a
def getMatchInfos(t,y,r,p):
a = getInfoRows(t,y,r,p)
if not a: return []
result = [ dict(), dict() ]
for k,v in mc_fields.iteritems():
line = a[v[0]]
balise = v[1]
if v[2] == 'str':
l = parseStr(line, balise)
result[0][k] = l[0]
result[1][k] = l[1]
elif v[2] == 'int':
l = parseInt(line, balise)
result[0][k] = l[0]
result[1][k] = l[1]
elif v[2] == 'stat':
l = parseStat(line, balise)
result[0][k] = l[0]
result[0][k + "Total"] = l[1]
result[1][k] = l[2]
result[1][k + "Total"] = l[3]
else:
result[0][k] = parseSimple(line, balise)
result[1][k] = parseSimple(line, balise)
duration = int( re.findall('([0-9]+)', parseSimple(a[2], 'td'))[0] )
result[0]['Duration'] = duration
result[1]['Duration'] = duration
result[0]["IDPlayer"] = re.findall('Players\/(.*).aspx\'\,\'_blank', a[4].find_all('a')[0].attrs['onclick'] )[0]
result[1]["IDPlayer"] = re.findall('Players\/(.*).aspx\'\,\'_blank', a[4].find_all('a')[1].attrs['onclick'] )[0]
result[0]['IDOpponent'] = result[1]['IDPlayer']
result[1]['IDOpponent'] = result[0]['IDPlayer']
namePlayers = parseStr( a[4], 'a')
win = parseSimple(a[3], 'a')
result[0]['Win'] = int(win == namePlayers[0] )
result[1]['Win'] = int(win == namePlayers[1] )
return result
def addMatchInfos(match, dicoPlayers):
m = getMatchInfos( match['t'], match['y'], match['r'], match['p'] )
if not m: return []
for field in match:
m[0][field] = match[field]
m[1][field] = match[field]
m[0]['Scores'] = m[0]['WinnerScores'] if m[0]['Win'] else m[0]['LoserScores']
m[1]['Scores'] = m[1]['WinnerScores'] if m[1]['Win'] else m[1]['LoserScores']
# May generate errors !!!
m[0]['IDOpponent'] = dicoPlayers[ m[0]['IDOpponent'] ]['ID']
m[1]['IDOpponent'] = dicoPlayers[ m[1]['IDOpponent'] ]['ID']
m[0]['IDPlayer'] = dicoPlayers[ m[0]['IDPlayer' ] ]['ID']
m[1]['IDPlayer'] = dicoPlayers[ m[1]['IDPlayer' ] ]['ID']
return m
def getTournament(e, y, infos):
content = getTournamentHTML(e,y)
tournamentInfos = parseTournamentInfos(content, infos)
del tournamentInfos['Country']
del tournamentInfos['Tournament']
occurences = re.findall("openWin\(\'\/Share\/Match\-Facts\-Pop\-Up\.aspx\?t\=([0-9]+)&y\=([0-9]+)&r\=([0-9]+)\&p=([A-Z0-9]+)\'.*\>([0-9].*)<\/a>", content)
result = []
for i in range(len(occurences)):
occurence = occurences[i]
if re.findall('\) RET', occurence[4]) or re.findall('\) DEF', occurence[4]):
sets = []
winnerScores = ["RETWIN"]
loserScores = ["RETLOSE RET"]
else:
sets = occurence[4].split(", ")
winnerScores = [s.split("-")[0] for s in sets]
loserScores = [s.split("-")[1].split("(")[0] for s in sets]
retirement = False
if loserScores[-1][-3:] == "RET":
loserScores[-1] = loserScores[-1][:-4]
retirement = True
tieBreakScores = []
for s in sets:
tmp = s.split("-")[1].split("(")
if (len(tmp) > 1):
tieBreakScores.append(tmp[1][:-1])
else:
tieBreakScores.append("-1")
matchInfo = tournamentInfos.copy()
matchInfo.update( {
't' : occurence[0],
'y' : occurence[1],
'r' : occurence[2],
'p' : occurence[3],
'Year' : int(occurence[1]),
'RoundNumber' : int(occurence[2]),
'WinnerScores' : winnerScores,
'LoserScores' : loserScores,
'TieBreakScores' : tieBreakScores,
'Retirement' : int( retirement ),
'Timestamp' : createChronology( matchInfo['TournamentStart'],
matchInfo['TournamentStart'],
int(occurence[2]),
matchInfo['Draw'] )
})
result.append( matchInfo )
return result
def getMatchesOfTournament(e, y, infos, dicoPlayers, verbose=None, sleep=None):
tournament = getTournament( e, y, infos )
result = []
index = 0
l = len(tournament)
for m in tournament:
index += 1
tab = addMatchInfos(m, dicoPlayers)
for e in tab:
result.append(e)
if sleep : time.sleep( sleep )
if verbose: debug( str(index) + " / " + str(l) )
return result