def age(curdate):
"""
turns a datetime into an age string.
:param curdate: datetime object
:rtype: unicode
:returns: unicode words describing age
"""
from datetime import datetime
from webhelpers.date import time_ago_in_words
_ = lambda s:s
if not curdate:
return ''
agescales = [(_(u"year"), 3600 * 24 * 365),
(_(u"month"), 3600 * 24 * 30),
(_(u"day"), 3600 * 24),
(_(u"hour"), 3600),
(_(u"minute"), 60),
(_(u"second"), 1), ]
age = datetime.now() - curdate
age_seconds = (age.days * agescales[2][1]) + age.seconds
pos = 1
for scale in agescales:
if scale[1] <= age_seconds:
if pos == 6:pos = 5
return '%s %s' % (time_ago_in_words(curdate,
agescales[pos][0]), _('ago'))
pos += 1
return _(u'just now')
def timestamp(self):
today = datetime.date.today()
yesterday = today - datetime.timedelta(days=1)
if self.time.date() == today:
return time_ago_in_words(self.time, granularity="minute") + " ago"
elif self.time.date() == yesterday:
return self.time.strftime("yesterday at %I:%M%p").lower()
else:
return self.time.strftime("%a %b %d, %Y")
def created_in_words(self):
#TODO
# value /= 1000
# if value > 365 * 24 * 60 * 60:
# granularity = 'month'
# else:
# granularity = 'day'
granularity = 'day'
return time_ago_in_words(self.created, granularity=granularity, round=True)
def time_ago(from_time):
if not from_time:
return None
if isinstance(from_time, basestring):
from_time = api_datestr_to_datetime(from_time)
time_ago = time_ago_in_words(from_time, granularity='minute', round=True)
match = re.match("^(less than ){0,1}\d+ [a-z]+", time_ago)
if match:
part = match.group(0)
part = part.replace("minute", "min")
part = part.replace("second", "sec")
return part
else:
user_log.error("Failed to shorten time_ago:"+time_ago)
return time_ago
def profile(request):
session = request.session
user = UserData.get_user(session['email'])
if user[0]:
print user[1].user_reg_date
user_dict = {
'email': user[1].user_email,
'name': user[1].user_name,
'reg_date': user[1].user_reg_date.ctime(),
'last_log_in': time_ago_in_words(user[1].user_last_logged_on, granularity='minute'),
'country': user[1].user_country
}
profile_name = user[1].user_name
return {'user_dict': user_dict, 'profile_name': profile_name}
else:
return {}
def age(curdate):
"""
turns a datetime into an age string.
:param curdate: datetime object
:rtype: unicode
:returns: unicode words describing age
"""
from datetime import datetime
from webhelpers.date import time_ago_in_words
_ = lambda s: s
if not curdate:
return ''
agescales = [
(_(u"year"), 3600 * 24 * 365),
(_(u"month"), 3600 * 24 * 30),
(_(u"day"), 3600 * 24),
(_(u"hour"), 3600),
(_(u"minute"), 60),
(_(u"second"), 1),
]
age = datetime.now() - curdate
age_seconds = (age.days * agescales[2][1]) + age.seconds
pos = 1
for scale in agescales:
if scale[1] <= age_seconds:
if pos == 6:
pos = 5
return '%s %s' % (time_ago_in_words(curdate,
agescales[pos][0]), _('ago'))
pos += 1
return _(u'just now')
def created_in_words(self):
return time_ago_in_words(self.created)
def created_in_words(self):
return time_ago_in_words(self.created)
def time_ago_in_words_from_str(date_str, granularity='month'):
if date_str:
return date.time_ago_in_words(date_str_to_datetime(date_str),
granularity=granularity)
else:
return _('Unknown')
def time_ago_in_words_from_str(date_str, granularity='month'):
if date_str:
return date.time_ago_in_words(date_str_to_datetime(date_str),
granularity=granularity)
else:
return _('Unknown')
def last_seen_time_ago(self):
return time_ago_in_words(self.last_seen)
def getTimeWords(self):
return time_ago_in_words(self.getTime())
def created_in_words(self):
return time_ago_in_words(self.created, granularity="minute")
def time_ago_in_words_from_str(date_str, granularity='month'):
return date.time_ago_in_words(date_str_to_datetime(date_str), granularity=granularity)
