def winner_stats(c):
rows = query_rows(c,
'''SELECT p.games_won, p.name, p.games_played,
p.max_runes, p.best_score, p.total_score, '''
+ logfields_prefixed('g.') +
''' FROM players p, player_best_games g
WHERE p.name = g.name AND p.best_score = g.sc
AND p.games_won > 0
ORDER BY p.games_won DESC, p.games_played,
p.best_score DESC''')
results = []
for r in rows:
results.append(list(r[0:3]) +
[calc_perc_pretty(r[0], r[2]) + '%', r[3],
linked_text(row_to_xdict(r[6:]), morgue_link,
human_number(r[4])),
human_number(r[5]),
human_number(calc_avg_int(r[5], r[2]))])
return results
def winner_stats(c):
rows = query_rows(
c, '''SELECT p.games_won, p.name, p.games_played,
p.max_runes, p.best_score, p.total_score, ''' +
logfields_prefixed('g.') + ''' FROM players p, player_best_games g
WHERE p.name = g.name AND p.best_score = g.sc
AND p.games_won > 0
ORDER BY p.games_won DESC, p.games_played,
p.best_score DESC''')
results = []
for r in rows:
results.append(
list(r[0:3]) + [
calc_perc_pretty(r[0], r[2]) + '%', r[3],
linked_text(row_to_xdict(r[6:]), morgue_link, human_number(
r[4])),
human_number(r[5]),
human_number(calc_avg_int(r[5], r[2]))
])
return results
def fixup_column(col, data, game):
if col.find('time') != -1:
return pretty_date(data)
elif col.find('dur') != -1:
return pretty_dur(data)
elif col == 'place' and game.get('ktyp') == 'winning':
return ''
elif (isinstance(data, (int,long)) and
(col == 'sc' or col == 'turn' or col.lower().find('score') != -1)):
return human_number(data)
return data
def fixup_column(col, data, game):
if col.find('time') != -1:
return pretty_date(data)
elif col.find('dur') != -1:
return pretty_dur(data)
elif col == 'place' and game.get('ktyp') == 'winning':
return ''
elif (isinstance(data, (int, long)) and
(col == 'sc' or col == 'turn' or col.lower().find('score') != -1)):
return human_number(data)
return data
def fixup_player_stats(c, rl):
games = player_best_first_last(c, rl[0])
rl[5] = linked_text(games[0], morgue_link, human_number(rl[5]))
rl[6] = linked_text(games[1], morgue_link, rl[6])
rl[7] = linked_text(games[2], morgue_link, rl[7])
win_perc = calc_perc_pretty(rl[2], rl[1]) + "%"
avg_score = calc_avg_int(rl[3], rl[1])
return { 'total_score': rl[3],
'name': rl[0],
'games_played': rl[1],
'games_won': rl[2],
'win_perc': win_perc,
'best_xl': rl[4],
'best_score': rl[5],
'avg_score': avg_score,
'first_game': rl[6],
'last_game': rl[7] }
def best_players_by_total_score(c):
rows = query_rows(c, '''SELECT name, games_played, games_won,
total_score, best_score,
first_game_start, last_game_end
FROM players WHERE total_score > 500
ORDER BY total_score DESC''')
res = []
for r in rows:
rl = list(r)
games = player_best_first_last(c, rl[0])
rl[4] = linked_text(games[0], morgue_link, human_number(rl[4]))
rl[5] = linked_text(games[1], morgue_link, rl[5])
rl[6] = linked_text(games[2], morgue_link, rl[6])
win_perc = calc_perc_pretty(rl[2], rl[1]) + "%"
avg_score = calc_avg_int(rl[3], rl[1])
res.append([rl[3]] + list(rl[0:3]) + [win_perc] + [rl[4]]
+ [avg_score] + list(rl[5:]))
return res
def fixup_player_stats(c, rl):
games = player_best_first_last(c, rl[0])
rl[5] = linked_text(games[0], morgue_link, human_number(rl[5]))
rl[6] = linked_text(games[1], morgue_link, rl[6])
rl[7] = linked_text(games[2], morgue_link, rl[7])
win_perc = calc_perc_pretty(rl[2], rl[1]) + "%"
avg_score = calc_avg_int(rl[3], rl[1])
return {
'total_score': rl[3],
'name': rl[0],
'games_played': rl[1],
'games_won': rl[2],
'win_perc': win_perc,
'best_xl': rl[4],
'best_score': rl[5],
'avg_score': avg_score,
'first_game': rl[6],
'last_game': rl[7]
}
def best_players_by_total_score(c):
rows = query_rows(
c, '''SELECT name, games_played, games_won,
total_score, best_score,
first_game_start, last_game_end
FROM players WHERE total_score > 500
ORDER BY total_score DESC''')
res = []
for r in rows:
rl = list(r)
games = player_best_first_last(c, rl[0])
rl[4] = linked_text(games[0], morgue_link, human_number(rl[4]))
rl[5] = linked_text(games[1], morgue_link, rl[5])
rl[6] = linked_text(games[2], morgue_link, rl[6])
win_perc = calc_perc_pretty(rl[2], rl[1]) + "%"
avg_score = calc_avg_int(rl[3], rl[1])
res.append([rl[3]] + list(rl[0:3]) + [win_perc] + [rl[4]] +
[avg_score] + list(rl[5:]))
return res
