def timeinterval(v, key=None):
# this import is at function level because it relies on the cythonized
# modules being present which is a problem for plugin __init__s that
# use this module since they are imported in the early stages of the
# makefile
from r2.lib.utils import timeinterval_fromstr
return timeinterval_fromstr(v)
def timeinterval(v, key=None):
# this import is at function level because it relies on the cythonized
# modules being present which is a problem for plugin __init__s that
# use this module since they are imported in the early stages of the
# makefile
from r2.lib.utils import timeinterval_fromstr
return timeinterval_fromstr(v)
def check_account_thresholds(self, account, data):
"""Check karma/age thresholds against an account."""
thresholds = ["comment_karma", "link_karma", "combined_karma", "account_age"]
# figure out which thresholds/values we need to check against
checks = {}
for threshold in thresholds:
compare_value = getattr(self, threshold, None)
if compare_value is not None:
checks[threshold] = compare_value
# if we don't need to actually check anything, just return True
if not checks:
return True
# banned accounts should never satisfy threshold checks
if account._spam:
return False
for check, compare_value in checks.iteritems():
match = re.match(self._operator_regex, compare_value)
if match:
operator = match.group(1)
compare_value = compare_value[len(operator) :].strip()
if not match or operator == "==":
operator = "="
# special handling for time period comparison value
if check == "account_age":
# if it's just a number, default to days
try:
compare_value = int(compare_value)
compare_value = "%s days" % compare_value
except ValueError:
pass
compare_value = timeinterval_fromstr(compare_value)
else:
compare_value = int(compare_value)
value = self.get_field_value_from_item(account, data, check)
if operator == "<":
result = value < compare_value
elif operator == ">":
result = value > compare_value
elif operator == "=":
result = value == compare_value
# if satisfy_any_threshold is True, we can return True as soon
# as a single check is successful. If it's False, they all need
# to be satisfied, so we can return False as soon as one fails.
if result == self.satisfy_any_threshold:
return result
# if we make it to here, the return statement inside the loop was
# never triggered, so that means that if satisfy_any_threshold is
# True, all the checks must have been False, and if it's False
# they all must have been True
return not self.satisfy_any_threshold
def timeinterval(v, key=None, data=None):
return timeinterval_fromstr(v)
