def subtitle_entries_date(self):
""" Add subtitle (date begin, date end) """
if len(self.entries) > 3:
begin = pretty_date(self.entries[0].dt)
end = pretty_date(self.entries[len(self.entries) - 1].dt)
self.json["subtitle"]["text"] = ' du {0} au {1}'.format(begin, end)
self.json["subtitle"]["useHTML"] = True
self.json["subtitle"]["verticalAlign"] = 'top'
self.json["subtitle"]["y"] = 40
def main():
try:
q = unicode(sys.argv[1])
q = unicodedata.normalize('NFC', q).lower().replace(' ','')
except:
q = ""
rss = rss_data()
config = config_data()
try:
max_results = config['max_results']
except:
max_results = None
results = []
for e in itertools.islice(rss,max_results):
if not q or q in e['title'].lower().replace(' ',''):
results.append(alfred.Item(title=e['title'],subtitle=e['published'],attributes={'arg':e['link']},icon=e['image']))
try:
last_updated = config['last_updated']
except:
last_updated = 0
subtitle = "Last updated: "+(last_updated and util.pretty_date(config['last_updated']) or "no info")
diff = int(time.time())-last_updated
if diff > RELOAD_ASK_THRESHOLD or len(rss) == 0:
results.insert(0,alfred.Item(title="BackToTheMac - Reload Data?", subtitle=subtitle,
attributes={'arg':'reload','uid':alfred.uid('t')}, icon="icon.png"))
else:
results.insert(0,alfred.Item(title="BackToTheMac", subtitle=subtitle,
attributes={'arg':'http://macnews.tistory.com','uid':alfred.uid('t')}, icon="icon.png"))
alfred.write(alfred.xml(results, maxresults=None))
def cmd_showbet(self, num):
if BeautifulSoup is None:
return
text = ("Bet %(id)d %(win)s %(profit)s. "
"%(lucky)s %(gt)s %(target)s. Player: %(user)s [%(ago)s]")
data = urllib2.urlopen(ROLL % num).read()
if data.lower().startswith('there is no'):
# Nothing to see.
return
soup = BeautifulSoup(data)
timestamp = soup.findAll('script')[2].text
ts_where = timestamp.find('moment')
timestamp = util.pretty_date(int(timestamp[ts_where+8:ts_where+18]))
labels = soup.findAll(attrs={'class': 'slabel'})
data = soup.findAll('span')
userid = data[2].text.strip()
win = 'won' if data[9].text.strip()[0] == 'w' else 'lost'
gt = labels[7].text[-1]
params = {'id': int(data[0].text.strip()), 'win': win,
'profit': data[5].text.strip(),
'lucky': data[8].text.strip(), 'gt': gt,
'target': data[7].text.strip(), 'user': userid,
'ago': timestamp}
print 'show bet %d' % int(num)
self.sock.emit('chat', self.csrf, (text % params).encode('utf8'))
def cmd_showbet(self, num):
if BeautifulSoup is None:
return
text = ("Bet %(id)d %(win)s %(profit)s. "
"%(lucky)s %(gt)s %(target)s. Player: %(user)s [%(ago)s]")
data = urllib2.urlopen(ROLL % num).read()
if data.lower().startswith('there is no'):
# Nothing to see.
return
soup = BeautifulSoup(data)
timestamp = soup.findAll('script')[2].text
ts_where = timestamp.find('moment')
timestamp = util.pretty_date(int(timestamp[ts_where + 8:ts_where +
18]))
labels = soup.findAll(attrs={'class': 'slabel'})
data = soup.findAll('span')
userid = data[2].text.strip()
win = 'won' if data[9].text.strip()[0] == 'w' else 'lost'
gt = labels[7].text[-1]
params = {
'id': int(data[0].text.strip()),
'win': win,
'profit': data[5].text.strip(),
'lucky': data[8].text.strip(),
'gt': gt,
'target': data[7].text.strip(),
'user': userid,
'ago': timestamp
}
print 'show bet %d' % int(num)
self.sock.emit('chat', self.csrf, (text % params).encode('utf8'))
def Send_SMS_Chaudiere_Alert(dt):
""" To be called by ext package
Prepare an sms to Alert all recipients """
date = pretty_date(dt)
body = '''Alerte Temperature basse atteinte. le ''' + date
sender = 'Chaudiere Montlevic'
recipients = app.config['USERS_PHONES']
send_sms(sender, recipients, body)
def main():
try:
q = unicode(sys.argv[1])
q = unicodedata.normalize('NFC', q).lower().replace(' ', '')
except:
q = ""
rss = rss_data()
config = config_data()
try:
max_results = config['max_results']
except:
max_results = None
results = []
for e in itertools.islice(rss, max_results):
if not q or q in e['title'].lower().replace(' ', ''):
results.append(
alfred.Item(title=e['title'],
subtitle=e['published'],
attributes={'arg': e['link']},
icon=e['image']))
try:
last_updated = config['last_updated']
except:
last_updated = 0
subtitle = "Last updated: " + (
last_updated and util.pretty_date(config['last_updated']) or "no info")
diff = int(time.time()) - last_updated
if diff > RELOAD_ASK_THRESHOLD or len(rss) == 0:
results.insert(
0,
alfred.Item(title="BackToTheMac - Reload Data?",
subtitle=subtitle,
attributes={
'arg': 'reload',
'uid': alfred.uid('t')
},
icon="icon.png"))
else:
results.insert(
0,
alfred.Item(title="BackToTheMac",
subtitle=subtitle,
attributes={
'arg': 'http://macnews.tistory.com',
'uid': alfred.uid('t')
},
icon="icon.png"))
alfred.write(alfred.xml(results, maxresults=None))
def Send_Mail_Chaudiere_Alert(dt):
date = pretty_date(dt)
subject = '''Alerte Arret Chaudiere le {0}'''.format(date)
html_body = '''
Température basse atteinte (T<65°) <br>
historique des 12 dernières heures : http://montlevic.hd.free.fr:5007/charts/now/12
'''
body = '''
Température basse atteinte (T<65°)
http://montlevic.hd.free.fr:5007/charts/now/6
'''
sender = app.config['MAIL_USERNAME']
recipients = app.config['USERS_EMAILS']
send_email(subject, sender, recipients, body, html_body)
def get_movies(order, direction, minvotes, maxvotes, minrating, maxrating, total_count=20, cursor=None):
key = "[movies]%s;%s;%s;%s;%s;%s;%s;%s" % (order, direction, minvotes, maxvotes, minrating, maxrating, total_count, cursor)
movies = memcache.get(key, namespace="movies")
#if movies:
# l.info('Memcache hit in movies')
# return movies
q = Movie.all()
l.info((order, direction, minvotes, maxvotes, minrating, maxrating))
maxrating = int(maxrating*10)
minrating = int(minrating*10)
if maxvotes > 200000: maxvotes = ()
prefix = ''
if direction == 'descending': prefix = '-'
#if minvotes > 0: q = q.filter('imdbvotes >=', minvotes)
#if maxvotes < 300000: q = q.filter('imdbvotes <=', maxvotes)
#if minrating > 0: q = q.filter('imdbrating >=', minrating)
#if maxrating < 100: q = q.filter('imdbrating <=', minrating)
if order == 'age': q = q.order(prefix+'nzbdate')
if order == 'name': q = q.order(prefix+'rlsname')
if order == 'imdbrating': q = q.order(prefix+'imdbrating')
if order == 'imdbvotes': q = q.order(prefix+'imdbvotes')
if cursor: q = q.with_cursor(cursor)
#tm = {}
tm = []
i = []
count = 0
date = None
for m in q:
if count == 20: break
if not m.imdbrating: m.imdbrating = 0
if not m.imdbvotes: m.imdbvotes = 0
#How nice, a table scan :(
if not (minrating <= m.imdbrating <= maxrating and minvotes <= m.imdbvotes <= maxvotes):
continue
else:
count += 1
if m.imdbid == None:
m.imdbid = re.search('tt\d{7}', m.imdblink).group(0)
#m.put()
template_movie = {'type': 'movie'}
#template_movie['counter'] = count
template_movie['nzblink'] = m.nzblink
template_movie['rlsname'] = m.rlsname
template_movie['prettydate'] = util.pretty_date(m.nzbdate)
template_movie['imdblink'] = m.imdblink
template_movie['rtlink'] = 'http://www.rottentomatoes.com/alias?type=imdbid&s=%s' % m.imdbid[2:]
if m.imdbinfo:
template_movie['imdbinfo?'] = True
template_movie['rating'] = m.imdbinfo.rating / 10.0
template_movie['votes'] = m.imdbinfo.votes
template_movie['imdbinfo'] = m.imdbinfo
if m.imdbinfo.covers.count(1):
template_movie['cover'] = '/serve/%s' % m.imdbinfo.covers[0].blobkey.key()
i.append(template_movie)
else:
template_movie['imdbinfo?'] = False
if not date == m.nzbdate.date():
date = m.nzbdate.date()
tm.append({'d': date, 'day': date.strftime('%A, %d %B %Y'), 'type': 'date'})
#if not date in tm: tm[date] = {'d': date, 'day': date.strftime('%A, %d %B %Y'), 'movies': []}
tm.append(template_movie)
if count >= total_count: break
movies = (tm, i, q.cursor())
memcache.set(key, movies, namespace='movies')
return movies
def process_search(pins, config, deleted_url, starred_url, launch_hist_url,
tags_list, q, full_query, category, sort_option):
results = []
qs = map(lambda a: a.strip(), q.lower().split('|'))
for p in pins:
url = p['href'].lower()
if url in map(lambda x: x.lower(), deleted_url): continue
title = p['description'].lower()
extended = p['extended'].lower()
try:
tags = p['tags'].lower()
except:
tags = ""
toread = p['toread']
tag_set = set(tags.split(' '))
if tags_list and tag_set.isdisjoint(tags_list): continue
tagstring = tags and "(" + ", ".join(
map(lambda a: '#' + a, tags.split(' '))) + ")" or "(none)"
if not q:
if category == 'toread':
if toread == 'yes':
add_result(results, p['description'], p['href'], tagstring,
starred_url, launch_hist_url)
elif category == 'star':
if p['href'] in starred_url:
add_result(results, p['description'], p['href'], tagstring,
starred_url, launch_hist_url)
elif category == 'log':
if p['href'] in launch_hist_url:
add_result(results, p['description'], p['href'], tagstring,
starred_url, launch_hist_url)
else:
add_result(results, p['description'], p['href'], tagstring,
starred_url, launch_hist_url)
else:
for qi in qs:
if category == 'all' and all(
qsi and pred(qsi, [title, extended, tags])
for qsi in qi.split(' ')):
add_result(results, p['description'], p['href'], tagstring,
starred_url, launch_hist_url)
break
elif category == 'log' and p['href'] in launch_hist_url and all(
qsi and pred(qsi, [title, extended, tags])
for qsi in qi.split(' ')):
add_result(results, p['description'], p['href'], tagstring,
starred_url, launch_hist_url)
break
elif category == 'star' and p['href'] in starred_url and all(
qsi and pred(qsi, [title, extended, tags])
for qsi in qi.split(' ')):
add_result(results, p['description'], p['href'], tagstring,
starred_url, launch_hist_url)
break
elif category == 'toread' and toread == 'yes' and all(
qsi and pred(qsi, [title]) for qsi in qi.split(' ')):
add_result(results, p['description'], p['href'], tagstring,
starred_url, launch_hist_url)
break
elif category == 'link' and any(qsi and pred(qsi, [url])
for qsi in qi.split(' ')):
add_result(results, p['description'], p['href'], tagstring,
starred_url, launch_hist_url)
break
if PIN_MAX_RESULT > 0 and len(results) >= PIN_MAX_RESULT: break
logger.info(category)
if sort_option == 'a' or sort_option == 'ㅇ':
results = sorted(results, key=lambda k: k['title'])
elif sort_option == 'z' or sort_option == 'ㅁ':
results = sorted(results, key=lambda k: k['title'], reverse=True)
elif sort_option == 'd' or sort_option == 'ㅣ':
results.reverse()
elif sort_option == 'l' or sort_option == 'ㅈ':
results = sorted(results, key=lambda k: k['last_access'], reverse=True)
resultData = [
alfred.Item(title=f['title'],
subtitle=urlparse.urlparse(f['url'])[1] + " " +
f['tags'] + f['click'],
attributes={
'arg': f['url'],
'uid': alfred.uid(idx)
},
icon="item.png") for (idx, f) in enumerate(results)
]
try:
last_updated = config['last_updated']
except:
last_updated = 0
subtitle = "Last updated: " + (
last_updated and util.pretty_date(config['last_updated']) or "no info")
diff = int(time.time()) - last_updated
if diff > RELOAD_ASK_THRESHOLD:
resultData.insert(
0,
alfred.Item(title="Links: %d items - Reload pinboard data?" %
len(results),
subtitle=subtitle,
attributes={
'arg': 'reload',
'uid': alfred.uid('t')
},
icon="icon.png"))
else:
resultData.insert(
0,
alfred.Item(title="Links: %d items" % len(results),
subtitle=subtitle,
attributes={
'valid': 'no',
'uid': alfred.uid('t')
},
icon="icon.png"))
pinboard_url = q and 'https://pinboard.in/search/?query=%s&mine=Search+Mine' % q.replace(
' ', '+') or 'https://pinboard.in/'
pinboard_title = q and 'Search \'%s\' in pinboard.in' % q or 'Goto Pinboard'
resultData.append(
alfred.Item(title=pinboard_title,
subtitle=pinboard_url,
attributes={'arg': pinboard_url},
icon="icon.png"))
alfred.write(alfred.xml(resultData, maxresults=None))
update_history(category, full_query, len(results))
return
def process_search(pins,config,deleted_url,starred_url,launch_hist_url,tags_list,q,full_query,category,sort_option):
results = []
qs = map(lambda a:a.strip(), q.lower().split('|'))
for p in pins:
url = p['href'].lower()
if url in map(lambda x:x.lower(), deleted_url): continue
title = p['description'].lower()
extended = p['extended'].lower()
try:
tags = p['tags'].lower()
except:
tags = ""
toread = p['toread']
tag_set = set(tags.split(' '))
if tags_list and tag_set.isdisjoint(tags_list): continue
tagstring = tags and "("+", ".join(map(lambda a:'#'+a, tags.split(' ')))+")" or "(none)"
if not q:
if category=='toread':
if toread=='yes':
add_result(results,p['description'],p['href'],tagstring,starred_url,launch_hist_url)
elif category=='star':
if p['href'] in starred_url:
add_result(results,p['description'],p['href'],tagstring,starred_url,launch_hist_url)
elif category=='log':
if p['href'] in launch_hist_url:
add_result(results,p['description'],p['href'],tagstring,starred_url,launch_hist_url)
else:
add_result(results,p['description'],p['href'],tagstring,starred_url,launch_hist_url)
else:
for qi in qs:
if category=='all' and all(qsi and pred(qsi,[title,extended,tags]) for qsi in qi.split(' ')):
add_result(results,p['description'],p['href'],tagstring,starred_url,launch_hist_url)
break
elif category=='log' and p['href'] in launch_hist_url and all(qsi and pred(qsi,[title,extended,tags]) for qsi in qi.split(' ')):
add_result(results,p['description'],p['href'],tagstring,starred_url,launch_hist_url)
break
elif category=='star' and p['href'] in starred_url and all(qsi and pred(qsi,[title,extended,tags]) for qsi in qi.split(' ')):
add_result(results,p['description'],p['href'],tagstring,starred_url,launch_hist_url)
break
elif category=='toread' and toread=='yes' and all(qsi and pred(qsi,[title]) for qsi in qi.split(' ')):
add_result(results,p['description'],p['href'],tagstring,starred_url,launch_hist_url)
break
elif category=='link' and any(qsi and pred(qsi,[url]) for qsi in qi.split(' ')):
add_result(results,p['description'],p['href'],tagstring,starred_url,launch_hist_url)
break
if PIN_MAX_RESULT>0 and len(results)>=PIN_MAX_RESULT: break
logger.info(category)
if sort_option=='a' or sort_option=='ㅇ': results = sorted(results, key=lambda k:k['title'])
elif sort_option=='z' or sort_option=='ㅁ': results = sorted(results, key=lambda k:k['title'],reverse=True)
elif sort_option=='d' or sort_option=='ㅣ': results.reverse()
elif sort_option=='l' or sort_option=='ㅈ': results = sorted(results, key=lambda k:k['last_access'],reverse=True)
resultData = [alfred.Item(title=f['title'], subtitle=urlparse.urlparse(f['url'])[1]+" "+f['tags']+f['click'],
attributes={'arg':f['url'],'uid':alfred.uid(idx)}, icon="item.png") for (idx,f) in enumerate(results)]
try:
last_updated = config['last_updated']
except:
last_updated = 0
subtitle = "Last updated: "+(last_updated and util.pretty_date(config['last_updated']) or "no info")
diff = int(time.time())-last_updated
if diff > RELOAD_ASK_THRESHOLD:
resultData.insert(0,alfred.Item(title="Links: %d items - Reload pinboard data?"%len(results), subtitle=subtitle,
attributes={'arg':'reload','uid':alfred.uid('t')}, icon="icon.png"))
else:
resultData.insert(0,alfred.Item(title="Links: %d items"%len(results), subtitle=subtitle,
attributes={'valid':'no','uid':alfred.uid('t')}, icon="icon.png"))
pinboard_url = q and 'https://pinboard.in/search/?query=%s&mine=Search+Mine'%q.replace(' ','+') or 'https://pinboard.in/'
pinboard_title = q and 'Search \'%s\' in pinboard.in'%q or 'Goto Pinboard'
resultData.append(alfred.Item(title=pinboard_title, subtitle=pinboard_url, attributes={'arg':pinboard_url}, icon="icon.png"))
alfred.write(alfred.xml(resultData,maxresults=None))
update_history(category,full_query,len(results))
return
def handleGetAttr(obj):
u = RUser(obj['u'], 0, r)
msgs = []
if not u.exists():
msgs.append({"a": "sendto", "user": obj['admin'], "msg": "{C_RED}{C_ITALIC}No such user!"})
return push(obj['sid'], msgs)
if obj['attr'] == "inf":
msgs.append({"a": "sendto", "user": obj['admin'], "msg": "{C_RED}Infractions for {C_GRAY}'{C_AQUA}%s{C_GRAY}'" % u.name})
for i, inf in enumerate(u.getInfractions()[:30]):
post = ""
if i > 30: break
if inf['type'] == "ban":
inf['type'] = "{C_RED}BAN"
else:
inf['type'] = "{C_YELLOW}TEMPBAN"
if inf['type'] == "tban" and datetime.fromtimestamp(inf['expires']) < datetime.now():
post = "{C_GOLD} -> {C_GRAY}[{C_LPURPLE}Expired{C_GRAY}]"
elif inf['status'] == 2:
post = "{C_GOLD} -> {C_GRAY}[{C_GREEN}Disputed{C_GRAY}]"
m = "{C_AQUA}%s {C_GOLD}-{C_AQUA} %s {C_GOLD}-{C_AQUA} %s {C_GOLD}-{C_DAQUA}{C_ITALIC} %s {C_GOLD}- {C_GRAY}[{C_BLUE}%s{C_GRAY}]" % (i+1, inf['type'], inf['mod'], inf['msg'], pretty_date(datetime.fromtimestamp(inf['time'])))
msgs.append({"a": "sendto", "user": obj['admin'], "msg": m+post})
if len(msgs) == 1:
msgs.append({"a": "sendto", "user": obj['admin'], "msg": "{C_RED}{C_ITALIC} None!"})
elif obj['attr'] == "act":
msgs.append({"a": "sendto", "user": obj['admin'], "msg": "{C_RED}History for {C_GRAY}'{C_AQUA}%s{C_GRAY}'" % u.name})
for i, h in enumerate(u.getHistory()[:30]):
m = "{C_GREEN}%s: {C_AQUA}%s {C_GOLD}-> {C_RED}%s {C_GOLD}-> {C_DAQUA}%s {C_GRAY}[{C_BLUE}%s{C_GRAY}]" % (i+1, h['admin'], h['type'].title(), h['msg'], pretty_date(datetime.fromtimestamp(h['time'])))
msgs.append({"a": "sendto", "user": obj['admin'], "msg": m})
if len(msgs) == 1:
msgs.append({"a": "sendto", "user": obj['admin'], "msg": "{C_RED}{C_ITALIC} None!"})
push(obj['sid'], msgs)
try:
q = unicode(sys.argv[2].strip())
q = unicodedata.normalize('NFC', q)
except:
q = ""
history = main.history_data()
if sys.argv[1] == "search":
results = []
history.sort(cmp=compare_key,reverse=False)
for h in history:
if q=="" or q in h[1]:
results.append(alfred.Item(title=(h[4] and main.STAR or "")+h[1]+" (%d)"%h[2],
# // subtitle=time.strftime('%Y.%m.%d %H:%M:%S', time.localtime(h[3])),
subtitle = util.pretty_date(h[3]),
attributes={'arg':h[1]}, icon="icon.png"))
alfred.write(alfred.xml(results,maxresults=20))
elif sys.argv[1] == "delete":
for h in history:
if q == h[1]:
history.remove(h)
break
with open(os.path.join(alfred.work(False), 'search-history.json'), 'w+') as myFile:
myFile.write(json.dumps(history))
elif sys.argv[1] == "star":
for h in history:
if q == h[1]:
h[4] = not h[4]
break
with open(os.path.join(alfred.work(False), 'search-history.json'), 'w+') as myFile:
def get_spoke(bot, args):
db = BotDB(bot).connect()
if len(args) > 1:
channel = bot.remote['receiver']
nick = bot.remote['nick']
quotes = Quote.select().where(Quote.channel == channel, Quote.nick ** ("%%%s%%" % args[1])).order_by(Quote.time.desc()).limit(1)
ids = []
for q in quotes.naive():
ids.append(q.id)
if len(ids) == 0:
util.answer(bot, "I don't know anything about %s, %s..." % (args[1], nick))
else:
quote = Quote.get(Quote.id == ids[0])
time = datetime.datetime.fromtimestamp(int(quote.time))
output = "%s, %s last spoke in %s at %s (%s), saying: %s" % (nick, quote.nick, channel, str(time), util.pretty_date(time), quote.message)
output = output.encode('utf8')
util.answer(bot, output)
else:
util.give_help(bot, args[0], "<nick>")
def print_training_times(start_sample_time, end_sample_time):
print(
"Training time period used: " + util.pretty_date(start_sample_time) + " to " + util.pretty_date(
end_sample_time))
def gh_linkscan(bot, url):
try:
if not re.match("http(s)?://github.com", url):
bot._debug("I don't know what %s is..." % url)
return None
gh = gh_inst(bot)
if isinstance(gh, basestring):
bot._debug("Error: %s" % gh)
return gh
r_repo = "^https?://github.com/([A-Za-z0-9-]+)/([A-Za-z0-9-\.]+)"
r_commit = "^https?://github.com/[A-Za-z0-9-]+/[A-Za-z0-9-\.]+/commit/([A-Za-z0-9]+)"
r_blob = "^https?://github.com/[A-Za-z0-9-]+/[A-Za-z0-9-\.]+/blob/([A-Za-z0-9]+)/(.*)"
r_tree = "^https?://github.com/[A-Za-z0-9-]+/[A-Za-z0-9-\.]+/tree/([A-Za-z0-9]+)/(.*)"
r_issue = "^https?://github.com/[A-Za-z0-9-]+/[A-Za-z0-9-\.]+/(issues|pull)/(\d+)"
r = re.match(r_repo, url)
if not r:
return None
repo = "%s/%s" % r.group(1, 2)
ghrepo = gh.get_repo(repo)
bot._debug("Repo: %s" % repo)
commit = re.match(r_commit, url)
blob = re.match(r_blob, url)
tree = re.match(r_tree, url)
issue = re.match(r_issue, url)
if commit:
bot._debug("Commit SHA: %s" % commit.group(1))
commit = ghrepo.get_commit(commit.group(1))
fmt = "GitHub: \x02%s\x0f commit \x02%s\x0f: %s [/%s] [\x033+%s\x0f \x035-%s\x0f]" % (repo, commit.sha[:8], commit.commit.message, commit.author.login, util.metric(commit.stats.additions), util.metric(commit.stats.deletions))
return fmt.encode('utf-8')
elif blob:
bot._debug("Blob: [%s] %s" % blob.group(1, 2))
ref = blob.group(1)
blob = ghrepo.get_contents(path=blob.group(2), ref=ref)
fmt = "GitHub: \x02%s\x0f file \x02%s\x0f [%s, branch %s]" % (repo, blob.name, util.metric(blob.size), ref)
return fmt.encode('utf-8')
elif tree:
bot._debug("Tree: [%s] %s" % tree.group(1, 2))
ref, path = tree.group(1, 2)
tree = ghrepo.get_dir_contents(path=path, ref=ref)
fmt = "GitHub: \x02%s\x0f dir \x02%s\x0f [%s files, branch %s]" % (repo, path, util.metric(len(tree)), ref)
return fmt.encode('utf-8')
elif issue:
id = issue.group(2)
bot._debug("Issue ID: #%s" % id)
issue = ghrepo.get_issue(int(id))
assigned_to = issue.assignee.login if issue.assignee else 'no one'
if issue.state == "open":
fmt = "GitHub: \x02%s\x0f issue \x02#%s\x0f: %s [by %s, %s assigned, created %s, updated %s]" % (repo, id, issue.title, issue.user.login, assigned_to, util.pretty_date(issue.created_at), util.pretty_date(issue.updated_at))
else:
fmt = "GitHub: \x02%s\x0f issue \x02#%s\x0f: %s [by %s, \x035closed\x0f by %s %s]" % (repo, id, issue.title, issue.user.login, issue.closed_by.login, util.pretty_date(issue.closed_at))
return fmt.encode('utf-8')
else:
forks = str(ghrepo.forks)
watchers = str(ghrepo.watchers)
fmt = "GitHub: \x02%s\x0f [%sf %sw] last updated %s" % (repo, forks, watchers, util.pretty_date(ghrepo.pushed_at))
return fmt.encode('utf-8')
except:
exc_type, exc_value, exc_traceback = sys.exc_info()
traceback.print_exception(exc_type, exc_value, exc_traceback, limit=2, file=sys.stdout)
raise