def cast_date(date_str):
try:
words = date_str.split(' ')
except AttributeError:
date = gmtime(date_str) if hasattr(date_str, 'real') else date_str
else:
mathish = set(words).intersection(MATH_WORDS)
textish = set(words).intersection(TEXT_WORDS)
if date_str[0] in {'+', '-'} and len(mathish) == 1:
op = sub if date_str.startswith('-') else add
date = get_date(mathish, words[0][1:], op)
elif len(textish) == 2:
date = get_date('%ss' % words[1], 1, add)
elif date_str in DATES:
date = DATES.get(date_str)
else:
date = parser.parse(date_str, tzinfos=TZINFOS)
if date:
normal = normalize_date(date)
tt = get_tt(normal)
# Make Sunday the first day of the week
day_of_w = 0 if tt[6] == 6 else tt[6] + 1
isdst = None if tt[8] == -1 else bool(tt[8])
result = {'utime': timegm(tt), 'timezone': 'UTC', 'date': normal}
result.update(zip(TT_KEYS, tt)) # pylint: disable=W1637
result.update({'day_of_week': day_of_w, 'daylight_savings': isdst})
else:
result = {}
return result
def cast_date(date_str):
try:
words = date_str.split(' ')
except AttributeError:
date = gmtime(date_str) if hasattr(date_str, 'real') else date_str
else:
mathish = set(words).intersection(MATH_WORDS)
textish = set(words).intersection(TEXT_WORDS)
if date_str[0] in {'+', '-'} and len(mathish) == 1:
op = sub if date_str.startswith('-') else add
date = get_date(mathish, words[0][1:], op)
elif len(textish) == 2:
date = get_date('%ss' % words[1], 1, add)
elif date_str in DATES:
date = DATES.get(date_str)
else:
date = parser.parse(date_str, tzinfos=TZINFOS)
if date:
normal = normalize_date(date)
tt = get_tt(normal)
# Make Sunday the first day of the week
day_of_w = 0 if tt[6] == 6 else tt[6] + 1
isdst = None if tt[8] == -1 else bool(tt[8])
result = {'utime': timegm(tt), 'timezone': 'UTC', 'date': normal}
result.update(zip(TT_KEYS, tt)) # pylint: disable=W1637
result.update({'day_of_week': day_of_w, 'daylight_savings': isdst})
else:
result = {}
return result