def get_stage(year):
for stage in range(0, 6):
clicks = browser.find_elements(
By.CSS_SELECTOR, '#SubSelectDiv td[class^="cupmatch_rw2"]')
if (len(clicks) != 6):
print("页面按钮个数不对" + str(len(clicks)))
sys.exit()
clicks[stage].click()
check = wait.until(
EC.presence_of_element_located((By.CSS_SELECTOR, '#mainTableDiv')))
time.sleep(random.randint(3, 8))
if stage == 0:
get_stage1(year, "小组赛")
elif stage == 1:
match.get_match(browser, year, "世界杯", "16强")
elif stage == 2:
match.get_match(browser, year, "世界杯", "8强")
elif stage == 3:
match.get_match(browser, year, "世界杯", "4强")
elif stage == 4:
match.get_match(browser, year, "世界杯", "季军赛")
elif stage == 5:
match.get_match(browser, year, "世界杯", "决赛")
def get_stage1(year, stage):
print("stage1")
for group in range(0, 8):
clicks = browser.find_elements(By.CSS_SELECTOR, '#showRound tr .lsm2')
if (len(clicks) != 9):
print("小组页面按钮个数不对")
sys.exit()
clicks[group].click()
check = wait.until(
EC.presence_of_element_located((By.CSS_SELECTOR, '#mainTableDiv')))
print(group)
time.sleep(random.randint(3, 8))
match.get_match(browser, year, "世界杯", stage)
def get_match(match_id):
f = open("data/reget.json", "a+")
r = s.get('http://www.oddsportal.com/a/b/c/d-%s/' % match_id)
tree = html.fromstring(r.text)
try:
match = {
'match_id': match_id
}
print(match_id)
match = match_dl.get_match(match)
name = tree.xpath(
'//div[@id="col-content"]/h1')[0].text_content().split(' - ')
match['home'] = name[0]
match['away'] = name[1]
match['event'] = get_league_info(r.url)[1:]
event_request = requests.get(
'http://www.soccer24.com/match/' + match['match_id'])
event_tree = html.fromstring(event_request.text)
phrases = event_tree.xpath(
'//table[@class="detail"]//a/text()')[0].split(' - ')[1:]
match['event'] += phrases[::-1]
f.write(json.dumps(match) + '\n')
except:
fail = open("to_reget.dat", 'a+')
fail.write(match_id + '\n')
fail.close()
f.close()
def get_match(match_id):
f = open("data/reget.json", "a+")
r = s.get('http://www.oddsportal.com/a/b/c/d-%s/' % match_id)
tree = html.fromstring(r.text)
try:
match = {'match_id': match_id}
print(match_id)
match = match_dl.get_match(match)
name = tree.xpath(
'//div[@id="col-content"]/h1')[0].text_content().split(' - ')
match['home'] = name[0]
match['away'] = name[1]
league = get_league_info(r.url)
# match['event'] = get_league_info(r.url)[1:]
event_request = requests.get('http://www.soccer24.com/match/' +
match['match_id'])
event_tree = html.fromstring(event_request.text)
phrases = event_tree.xpath(
'//table[@class="detail"]//a/text()')[0].split(' - ')[1:]
# match['event'] += phrases[::-1]
match['event'] = league[1:-1] + \
[get_season(league, r.url)] + \
phrases[::-1]
f.write(json.dumps(match) + '\n')
# print(json.dumps(match) + '\n')
except:
fail = open("to_reget.dat", 'a+')
fail.write(match_id + '\n')
fail.close()
f.close()
def new_sheet_request():
form = request.form
tid = form.get("tid").lstrip("0")
mid = form.get("mid").strip().upper()
alliance = form.get("alliance")
if not validate_match(mid):
# Match id does not match the regex
raise WebException("Invalid match id.")
_match = match.get_match(mid=mid).first()
if _match is None:
# Match does not exist yet, so create one
match.add_match(mid)
_team = team.get_team(tid=tid).first()
if _team is None:
# Team does not exist yet, so create one
team.add_team(tid)
sheet = get_sheet(tid=tid, mid=mid, alliance=alliance).first()
if sheet is not None:
# Duplicate sheet exists, so alert the user
raise WebException("Sheet already exists.")
# Create a new sheet
new_sheet(tid, mid, alliance)
return {"success": 1, "message": "Sheet created."}
def main(argv):
#delcare audio file 1 (eventually artist audio?)
true_audio = ""
#delcare audio file 2 (eventually candidate audio?)
suspect_audio = ""
#parse the audio files from the arguments
true_audio, suspect_audio = parse_args(argv)
#validate that these audio files are legit
if (not (read_audio.validate_input(true_audio) and
read_audio.validate_input(suspect_audio))):
sys.exit(2)
dstore = datastore.Datastore()
true_audio = read_audio.create_file_array(true_audio)
suspect_audio = read_audio.create_file_array(suspect_audio)
for suspect_audio_path in suspect_audio:
dstore.add_fingerprints(suspect_audio_path)
for true_audio_path in true_audio:
samples = read_audio.get_mono(true_audio_path)
hashes = fingerprinting.get_fingerprints(samples)
match_data = match.get_match(hashes, dstore, true_audio_path)
match.print_match(true_audio_path, match_data)
def get_sub_stage(browser, wait, year, league, parent_stage):
clicks = browser.find_elements(By.CSS_SELECTOR, '#showRound tr .lsm2')
stage_count = len(clicks)
if stage_count == 0:
ret = match.get_match(browser, year, league['league'], parent_stage)
else:
for stage in range(0, stage_count):
clicks = browser.find_elements(By.CSS_SELECTOR,
'#showRound tr .lsm2')
clicks[stage].click()
check = wait.until(
EC.presence_of_element_located((By.CSS_SELECTOR, '#Table3')))
time.sleep(random.randint(3, 5))
if parent_stage == None:
stage_str = str(stage + 1)
else:
stage_str = parent_stage
ret = match.get_match(browser, year, league['league'], stage_str)
if ret == 'no_start':
break
return ret
def get_stage(year):
for stage in range(0, 38):
clicks = browser.find_elements(By.CSS_SELECTOR, '#showRound tr .lsm2')
if (len(clicks) != 38):
print("页面按钮个数不对" + str(len(clicks)))
sys.exit()
clicks[stage].click()
check = wait.until(
EC.presence_of_element_located((By.CSS_SELECTOR, '#Table3')))
time.sleep(random.randint(3, 8))
ret = match.get_match(browser, year, "法甲", str(stage + 1))
if ret == 'no_start':
break
def build_match(tr):
match = {
'match_id': tr.attrib['xeid']
}
match = match_dl.get_match(match)
date = tr.xpath('td[1]')[0]
match['date'] = re.findall(r' t([^-]+)', date.attrib['class'])[0]
name = tr.xpath('.//a[not(@id)]')[0].text_content().split(' - ')
match['home'] = name[0]
match['away'] = name[1]
# match['event'] = leagues[i][1:-1]
event_request = requests.get('http://www.soccer24.com/match/' + match['match_id'])
event_tree = html.fromstring(event_request.text)
phrases = event_tree.xpath('//table[@class="detail"]//a/text()')[0].split(' - ')[1:]
match['event'] = phrases[::-1]
return match
def build_match(tr):
match = {'match_id': tr.attrib['xeid']}
match = match_dl.get_match(match)
date = tr.xpath('td[1]')[0]
match['date'] = re.findall(r' t([^-]+)', date.attrib['class'])[0]
name = tr.xpath('.//a[not(@id)]')[0].text_content().split(' - ')
match['home'] = name[0]
match['away'] = name[1]
# match['event'] = leagues[i][1:-1]
event_request = requests.get('http://www.soccer24.com/match/' +
match['match_id'])
event_tree = html.fromstring(event_request.text)
phrases = event_tree.xpath('//table[@class="detail"]//a/text()')[0].split(
' - ')[1:]
match['event'] = phrases[::-1]
return match
def update_sheet_request():
form = request.form
sid = form.get("sid")
mid = form.get("mid").strip().upper()
tid = form.get("tid").lstrip("0")
alliance = form.get("alliance")
if not validate_match(mid):
# Match id does not match the regex
raise WebException("Invalid match id.")
_match = match.get_match(mid=mid).first()
if _match is None:
# Match does not exist yet, so create one
match.add_match(mid)
_team = team.get_team(tid=tid).first()
if _team is None:
# Team does not exist yet, so create one
team.add_team(tid)
update_sheet(sid, mid, tid, alliance)
return {"success": 1, "message": "Sheet updated."}
if __name__ == "__main__":
parser = argparse.ArgumentParser()
# Day of the practice rounds or competition.
parser.add_argument("--day")
parser.add_argument("--teams", nargs="+")
args = parser.parse_args()
(day, orig_teams) = (args.day, args.teams)
config = DAYS[day]
# Loop through each graph for this day/competition round.
for (graph, num_teams, num_nodes) in config:
teams = [x for x in orig_teams]
# If this is a one-on-one with a TA team.
if type(num_teams) == str:
ta_team = num_teams
for team in teams:
do_main(graph, [team, ta_team], "majority_colored")
# Otherwise match just the student teams.
else:
# If there aren't enough teams to play on this graph, create random
# teams.
if len(teams) < num_teams:
for i in range(num_teams - len(teams)):
create_random_team(graph, num_nodes, "filler" + str(i + 1))
teams.append("filler" + str(i + 1))
matches = get_match(num_teams, teams)
for match in matches:
do_main(graph, match, "majority_colored")
if __name__ == "__main__":
parser = argparse.ArgumentParser()
# Day of the practice rounds or competition.
parser.add_argument("--day")
parser.add_argument("--teams", nargs="+")
args = parser.parse_args()
(day, orig_teams) = (args.day, args.teams)
config = DAYS[day]
# Loop through each graph for this day/competition round.
for (graph, num_teams, num_nodes) in config:
teams = [x for x in orig_teams]
# If this is a one-on-one with a TA team.
if type(num_teams) == str:
ta_team = num_teams
for team in teams:
do_main(graph, [team, ta_team], "majority_colored")
# Otherwise match just the student teams.
else:
# If there aren't enough teams to play on this graph, create random
# teams.
if len(teams) < num_teams:
for i in range(num_teams - len(teams)):
create_random_team(graph, num_nodes, "filler" + str(i + 1))
teams.append("filler" + str(i + 1))
matches = get_match(num_teams, teams)
for match in matches:
do_main(graph, match, "majority_colored")