def table(tables,key):
table = URL.URL[key][0]+' TABLE'
league_position = 0
_temp = lsprocess.get_longest_list([row[1] for row in tables])
longest_length = int(_temp[0])
ucl = 'Champions League'; ucl_color = c.ORANGE
ucl_qual = 'Champions League qualification'; ucq_color = c.BLUE
europa = 'Europa League'; eup_color = c.PURPLE
europa_qual = 'Europa League qualification'; euq_color = c.CYAN
rel = 'Relegation'; rel_color = c.RED
print_pattern('+',75+longest_length,c.BLUE)
print('\t\t\t\t'+c.GREEN+table)
print_pattern('+',75+longest_length,c.BLUE)
print(' LP'+'\t'+''.join('Team Name'.ljust(longest_length)) \
+'\t'+'GP'+'\t'+'W'+'\t'+'D'+'\t'+'L'+'\t'+'GF'+'\t'+'GA' \
+'\t'+'GD'+'\t'+'Pts')
print_pattern('-',75+longest_length,c.BLUE)
for first_row in tables[1::]:
league_position += 1
team_name = first_row[1]
games_played = first_row[2]
total_wins = first_row[3]
total_draws = first_row[4]
total_loses = first_row[5]
goals_for = first_row[6]
goals_against = first_row[7]
goal_difference = first_row[8]
total_points = first_row[9]
row_color = c.GREEN
if isinstance(first_row[0],list) == True:
if first_row[0][1] == ucl:
row_color = ucl_color
elif first_row[0][1] == ucl_qual:
row_color = ucq_color
elif first_row[0][1] == europa:
row_color = eup_color
elif first_row[0][1] == europa_qual:
row_color = euq_color
elif first_row[0][1] == rel:
row_color = rel_color
else:
pass
print(row_color+' '+str(league_position)+'\t' \
+''.join(team_name.ljust(longest_length)) \
+'\t'+games_played+'\t'+total_wins+'\t'+total_draws+'\t' \
+total_loses+'\t'+goals_for+'\t'+goals_against+'\t' \
+goal_difference+'\t'+total_points+c.END)
print_pattern('+',75+longest_length,c.BLUE)
print(c.GRAY+' LP = League Position \tGP = Games Played\tW = Wins \tD = Draws \tL = Lose \n GF = Goals For\t\tGA = Goal Against \tGD = Goal Differences')
print_pattern('-',75+longest_length,c.GREEN)
print(' '+ucl_color+ucl+'\t'+ucq_color+ucl_qual+'\t'+eup_color+europa+'\n '+euq_color+europa_qual+'\t'+rel_color+rel)
print_pattern('+',75+longest_length,c.BLUE)
def scores(scores,key):
global score_h, score_a
lmax = lsprocess.get_longest_list(scores)
total_width = sum(lmax)+8; test = 3
print_pattern('-',total_width,c.BLUE)
print(c.TITLE+'\t\t '+URL.URL[key][0]+' SCORES '+c.END)
print_pattern('-',total_width,c.BLUE)
for position,each_row in enumerate(scores):
if isinstance(each_row,list) == False:
#extract date if 1D array
date = each_row.strip()
date_color = c.dateArray[test%3]; test+=1
else:
#time conversion to local time
time = tt._convert(each_row[0].strip())
home_team = each_row[1].strip()
home_team_color = c.GREEN
away_team = each_row[3].strip()
away_team_color = c.GREEN
try:
_temp = each_row[2].strip().split()
home_team_score = int(_temp[0])
away_team_score = int(_temp[2])
middle_live = str(home_team_score) + ' - ' + str(away_team_score)
if home_team_score > away_team_score:
away_team_color = c.RED
home_team_color = c.ORANGE
elif home_team_score < away_team_score:
away_team_color = c.ORANGE
home_team_color = c.RED
else:
away_team_color = c.CYAN
home_team_color = c.CYAN
#if previous score is not equal to present score send notification to user
if home_team_score != score_h[position] or away_team_score != score_a[position]:
sendAlert(time+' ' + home_team + ' ' + middle_live + ' ' + away_team,key)
score_h[position] = home_team_score
score_a[position] = away_team_score
except:
middle_live = each_row[2].strip()
print(' '+date_color+''.join(date.ljust(lmax[0])) + ''.join(time.ljust(lmax[1]+2)) \
+ c.END +home_team_color+''.join(home_team.ljust(lmax[2]+2))+c.END \
+ ''.join(middle_live.ljust(lmax[3]+2)) + away_team_color \
+ ''.join(away_team.ljust(lmax[4])) + c.END)
print_pattern('-',total_width,c.BLUE)
print_pattern('-',total_width,c.BLUE)
def table(tables, key):
table = URL[key][0] + ' TABLE'
league_position = 0
_temp = lsprocess.get_longest_list([row[1] for row in tables])
longest_length = int(_temp[0])
ucl = 'Champions League'
ucl_color = c.ORANGE
ucl_qual = 'Champions League qualification'
ucq_color = c.BLUE
europa = 'Europa League'
eup_color = c.PURPLE
europa_qual = 'Europa League qualification'
euq_color = c.CYAN
rel = 'Relegation'
rel_color = c.RED
print_pattern('+', 75 + longest_length, c.BLUE)
print('\t\t\t\t' + c.GREEN + table)
print_pattern('+', 75 + longest_length, c.BLUE)
print(' LP' + '\t' + ''.join('Team Name'.ljust(longest_length))\
+ '\t'+'GP' + '\t' + 'W' + '\t' + 'D' + '\t' + 'L' + '\t' + 'GF'\
+ '\t' + 'GA' + '\t' + 'GD' + '\t' + 'Pts')
print_pattern('-', 75 + longest_length, c.BLUE)
for first_row in tables[1::]:
league_position += 1
team_name = first_row[1]
games_played = first_row[2]
total_wins = first_row[3]
total_draws = first_row[4]
total_loses = first_row[5]
goals_for = first_row[6]
goals_against = first_row[7]
goal_difference = first_row[8]
total_points = first_row[9]
row_color = c.GREEN
if isinstance(first_row[0], list) is True:
if first_row[0][1] == ucl:
row_color = ucl_color
elif first_row[0][1] == ucl_qual:
row_color = ucq_color
elif first_row[0][1] == europa:
row_color = eup_color
elif first_row[0][1] == europa_qual:
row_color = euq_color
elif first_row[0][1] == rel:
row_color = rel_color
else:
pass
print(row_color + ' ' + str(league_position) + '\t' + ''.join(team_name.ljust(longest_length))\
+ '\t' + games_played + '\t' + total_wins + '\t' + total_draws + '\t' + total_loses\
+ '\t' + goals_for + '\t' + goals_against + '\t' + goal_difference + '\t' + total_points + c.END)
print_pattern('+', 75 + longest_length, c.BLUE)
print(
c.GRAY +
' LP = League Position \tGP = Games Played\tW = Wins \tD = Draws \tL = Lose \n GF = Goals For\t\tGA = Goal Against \tGD = Goal Differences'
)
print_pattern('-', 75 + longest_length, c.GREEN)
print(' ' + ucl_color + ucl + '\t' + ucq_color + ucl_qual + '\t'\
+ eup_color + europa + '\n ' + euq_color + europa_qual + '\t' + rel_color + rel)
print_pattern('+', 75 + longest_length, c.BLUE)
def scores(scores, key):
global score_h, score_a
lmax = lsprocess.get_longest_list(scores)
total_width = sum(lmax) + 8
test = 3
print_pattern('-', total_width, c.BLUE)
print(c.TITLE + '\t\t ' + URL[key][0] + ' SCORES ' + c.END)
print_pattern('-', total_width, c.BLUE)
for position, each_row in enumerate(scores):
if isinstance(each_row, list) is False:
# extract date if 1D array
date = each_row.strip()
date_color = c.dateArray[test % 3]
test += 1
else:
# time conversion to local time
time = tt._convert(each_row[0].strip())
home_team = each_row[1].strip()
home_team_color = c.GREEN
away_team = each_row[3].strip()
away_team_color = c.GREEN
try:
_temp = each_row[2].strip().split()
home_team_score = int(_temp[0])
away_team_score = int(_temp[2])
middle_live = str(home_team_score) + ' - ' + str(
away_team_score)
if home_team_score > away_team_score:
away_team_color = c.RED
home_team_color = c.ORANGE
elif home_team_score < away_team_score:
away_team_color = c.ORANGE
home_team_color = c.RED
else:
away_team_color = c.CYAN
home_team_color = c.CYAN
# if previous score is not equal to present score send notification to user
if home_team_score != score_h[
position] or away_team_score != score_a[position]:
sendAlert(
time + ' ' + home_team + ' ' + middle_live + ' ' +
away_team, key)
score_h[position] = home_team_score
score_a[position] = away_team_score
except:
middle_live = each_row[2].strip()
print(' ' + date_color + ''.join(date.ljust(lmax[0])) + ''.join(time.ljust(lmax[1] + 2))\
+ c.END + home_team_color + ''.join(home_team.ljust(lmax[2]+2)) + c.END\
+ ''.join(middle_live.ljust(lmax[3]+2)) + away_team_color \
+ ''.join(away_team.ljust(lmax[4])) + c.END)
print_pattern('-', total_width, c.BLUE)
print_pattern('-', total_width, c.BLUE)