import sys
from functions import html_parse_tree, xpath_parse, synchronous, asynchronous, scrape_match_stats, array2csv, format_spacing
# Command line input
year = str(sys.argv[1])
start_index = str(sys.argv[2])
# Setup
year_url = "http://www.atpworldtour.com/en/scores/results-archive?year=" + year
url_prefix = "http://www.atpworldtour.com"
# STEP 1: Parse tourney URLs
year_tree = html_parse_tree(year_url)
tourney_details_url_xpath = "//tr[contains(@class, 'tourney-result')][*]/td[8]/a/@href"
tourney_url_suffixes = xpath_parse(year_tree, tourney_details_url_xpath)
tourney_count = len(tourney_url_suffixes)
print ''
print 'Collecting match stats data for ' + '\x1b[0;32;40m' + str(
tourney_count) + '\x1b[0m' + ' tournaments:'
print ''
print 'Index Tourney slug Matches'
print '----- ------------ -------'
# Iterate through each tournament
match_stats_data_scrape = []
for i in xrange(int(start_index), tourney_count):
# Parse tourney tree
tourney_url = url_prefix + tourney_url_suffixes[i]
tourney_tree = html_parse_tree(tourney_url)
" weeks...")
print("")
print("Index Week")
print("----- ----")
#for h in xrange(index, 1):
#for h in xrange(index, len(weeks_list)):
for h in range(start_index, end_index + 1):
week = weeks_list[h][0]
week_url = "http://www.atpworldtour.com/en/rankings/singles?rankDate=" + week + "&rankRange=1-3000"
week_tree = html_parse_tree(week_url)
player_count_xpath = "//table[@class='mega-table']/tbody/tr/td[@class='rank-cell']/text()"
player_count_parsed = xpath_parse(week_tree, player_count_xpath)
player_count_cleaned = regex_strip_array(player_count_parsed)
player_count = len(player_count_cleaned)
rank_xpath = "//table[@class='mega-table']/tbody/tr/td[@class='rank-cell']/text()"
rank_parsed = xpath_parse(week_tree, rank_xpath)
rank_cleaned = regex_strip_array(rank_parsed)
player_name_xpath = "//table[@class='mega-table']/tbody/tr/td[@class='player-cell']/a/text()"
player_name_parsed = xpath_parse(week_tree, player_name_xpath)
player_name_cleaned = regex_strip_array(player_name_parsed)
country_xpath = "//table[@class='mega-table']/tbody/tr/td[@class='country-cell']/div/div/img/@alt"
country_parsed = xpath_parse(week_tree, country_xpath)
country_cleaned = regex_strip_array(country_parsed)
from functions import html_parse_tree, xpath_parse, regex_strip_array, array2csv weeks_url = "http://www.atpworldtour.com/en/rankings/singles" weeks_tree = html_parse_tree(weeks_url) weeks_xpath = "//ul[@data-value = 'rankDate']/li/@data-value" weeks_parsed = xpath_parse(weeks_tree, weeks_xpath) weeks_cleaned = regex_strip_array(weeks_parsed) weeks_list = [[week] for week in weeks_cleaned] # Output to CSV filename = 'weeks' array2csv(weeks_list, filename)
import sys
from functions import html_parse_tree, xpath_parse, synchronous, asynchronous, scrape_match_stats, array2csv, format_spacing
# Command line input
year = str(sys.argv[1])
start_index = str(sys.argv[2])
# Setup
year_url = "http://www.atpworldtour.com/en/scores/results-archive?year=" + year
url_prefix = "http://www.atpworldtour.com"
# STEP 1: Parse tourney URLs
year_tree = html_parse_tree(year_url)
tourney_details_url_xpath = "//tr[contains(@class, 'tourney-result')][*]/td[8]/a/@href"
tourney_url_suffixes = xpath_parse(year_tree, tourney_details_url_xpath)
tourney_count = len(tourney_url_suffixes)
print ''
print 'Collecting match stats data for ' + '\x1b[0;32;40m' + str(tourney_count) + '\x1b[0m' + ' tournaments:'
print ''
print 'Index Tourney slug Matches'
print '----- ------------ -------'
# Iterate through each tournament
match_stats_data_scrape = []
for i in xrange(int(start_index), tourney_count):
# Parse tourney tree
tourney_url = url_prefix + tourney_url_suffixes[i]
tourney_tree = html_parse_tree(tourney_url)
print("Index Week")
print("----- ----")
for h in range(start_index, end_index + 1):
week = weeks_list[h][0]
dateList = week.split("-")
yearRanking = dateList[0]
monthRanking = dateList[1]
dayRanking = dateList[2]
week_url = "http://www.atpworldtour.com/en/rankings/singles?rankDate=" + week + "&rankRange=1-3000"
week_tree = html_parse_tree(week_url)
rank_xpath = "//table[@class='mega-table']/tbody/tr/td[@class='rank-cell']/text()"
rank_parsed = xpath_parse(week_tree, rank_xpath)
rank_cleaned = regex_strip_array(rank_parsed)
player_name_xpath = "//table[@class='mega-table']/tbody/tr/td[@class='player-cell']/a/@data-ga-label"
player_name_parsed = xpath_parse(week_tree, player_name_xpath)
player_name_cleaned = regex_strip_array(player_name_parsed)
move_xpath = "//table[@class='mega-table']/tbody/tr/td[@class='move-cell']/div[@class='move-text']/text()"
move_parsed = xpath_parse(week_tree, move_xpath)
move_cleaned = regex_strip_array(move_parsed)
age_xpath = "//table[@class='mega-table']/tbody/tr/td[@class='age-cell']/text()"
age_parsed = xpath_parse(week_tree, age_xpath)
age_cleaned = regex_strip_array(age_parsed)
points_xpath = "//table[@class='mega-table']/tbody/tr/td[@class='points-cell']/a/text()"
start = time.time()
with open('rankings_0_2019-07-01.csv') as csvfile:
readCSV = csv.reader(csvfile, delimiter=',')
row1 = next(readCSV)
new_row = row1
new_row.append('profile_picture')
new_rows.append(new_row)
for row in readCSV:
print(row[5])
new_row = row
profile_url = "http://www.atptour.com" + row[11]
profile_tree = html_parse_tree(profile_url)
player_thumbnaul_xpath = "//meta[@name='thumbnail']/@content"
player_thumbnail_parsed = xpath_parse(profile_tree,
player_thumbnaul_xpath)
if not player_thumbnail_parsed:
player_thumbnail_parsed = ['']
player_thumbnail_cleaned = regex_strip_array(player_thumbnail_parsed)
new_row.append(player_thumbnail_cleaned[0])
new_rows.append(new_row)
# Get profile data
player_id = row[15]
player_slug = row[12]
first_name_xpath = "//div[@id='playerProfileHero']/div[@class='player-profile-hero-overflow']/div/div/div/div[@class='first-name']/text()"
first_name_parsed = xpath_parse(profile_tree, first_name_xpath)
first_name_cleaned = regex_strip_array(first_name_parsed)
print "Collecting weekly rankings data from " + str(len(weeks_list)) + " weeks..."
print ""
print "Index Week"
print "----- ----"
#for h in xrange(index, 1):
#for h in xrange(index, len(weeks_list)):
for h in xrange(start_index, end_index + 1):
week = weeks_list[h][0]
week_url = "http://www.atpworldtour.com/en/rankings/singles?rankDate=" + week + "&rankRange=1-3000"
week_tree = html_parse_tree(week_url)
player_count_xpath = "//table[@class='mega-table']/tbody/tr/td[@class='rank-cell']/text()"
player_count_parsed = xpath_parse(week_tree, player_count_xpath)
player_count_cleaned = regex_strip_array(player_count_parsed)
player_count = len(player_count_cleaned)
rank_xpath = "//table[@class='mega-table']/tbody/tr/td[@class='rank-cell']/text()"
rank_parsed = xpath_parse(week_tree, rank_xpath)
rank_cleaned = regex_strip_array(rank_parsed)
player_url_xpath = "//table[@class='mega-table']/tbody/tr/td[@class='player-cell']/a/@href"
player_url_parsed = xpath_parse(week_tree, player_url_xpath)
player_url_cleaned = regex_strip_array(player_url_parsed)
move_xpath = "//table[@class='mega-table']/tbody/tr/td[@class='move-cell']/div[@class='move-text']/text()"
move_parsed = xpath_parse(week_tree, move_xpath)
move_cleaned = regex_strip_array(move_parsed)
from functions import html_parse_tree, xpath_parse, regex_strip_array
weeks_url = "http://www.atpworldtour.com/en/rankings/singles"
weeks_tree = html_parse_tree(weeks_url)
weeks_xpath = "//ul[@data-value = 'rankDate']/li/@data-value"
weeks_parsed = xpath_parse(weeks_tree, weeks_xpath)
weeks_cleaned = regex_strip_array(weeks_parsed)
for row in weeks_cleaned:
print row
