def _getExpiration(self):
expiration = self._getOptionValue("-e")
if expiration is None and self._getTackCount() is None:
return int(math.ceil(self._getCertificate().notAfter / 60.0))
else:
try:
return Time.parseTimeArg(expiration)
except SyntaxError as e:
self.printError(e)
def _getExpiration(self, certificate):
expiration = self._getOptionValue("-e")
if expiration is None and self._getNumArg() is None:
return int(math.ceil(certificate.notAfter / 60.0))
else:
try:
return Time.parseTimeArg(expiration)
except SyntaxError as e:
self.printError(e)
def _getExpiration(self, certificate):
expiration = self._getOptionValue("-e")
if expiration is None and self._getNumArg() is None:
# Set expiration based on cert + 30 days (per spec's advice)
return int(math.ceil(certificate.notAfter / 60.0)) + (30*24*60)
else:
try:
return Time.parseTimeArg(expiration)
except SyntaxError as e:
self.printError(e)
def _getExpiration(self, certificate):
expiration = self._getOptionValue("-e")
if expiration is None and self._getNumArg() is None:
# Set expiration based on cert + 30 days (per spec's advice)
return int(math.ceil(certificate.notAfter / 60.0)) + (30 * 24 * 60)
else:
try:
return Time.parseTimeArg(expiration)
except SyntaxError as e:
self.printError(e)
def test_string(self):
assert (Time.parseTimeArg("2012-07-20T05:40Z") * 60 == 1342762800)
assert (Time.parseTimeArg("2012-07-20T05Z") * 60 == 1342760400)
assert (Time.parseTimeArg("2012-07-20Z") * 60 == 1342742400)
assert (Time.parseTimeArg("2012-07Z") * 60 == 1341100800)
assert (Time.parseTimeArg("2012Z") * 60 == 1325376000)
def test_string(self):
assert(Time.parseTimeArg("2012-07-20T05:40Z")*60 == 1342762800)
assert(Time.parseTimeArg("2012-07-20T05Z")*60 == 1342760400)
assert(Time.parseTimeArg("2012-07-20Z")*60 == 1342742400)
assert(Time.parseTimeArg("2012-07Z")*60 == 1341100800)
assert(Time.parseTimeArg("2012Z")*60 == 1325376000)
