def test_incident(self):
i = Incident()
i.title = UNICODE_STR
i.description = UNICODE_STR
i.short_description = UNICODE_STR
i2 = round_trip(i)
self._test_equal(i, i2)
def test_ta(self):
t = ThreatActor()
t.title = UNICODE_STR
t.description = UNICODE_STR
t.short_description = UNICODE_STR
t2 = round_trip(t)
self._test_equal(t, t2)
def test_campaign(self):
c = Campaign()
c.title = UNICODE_STR
c.description = UNICODE_STR
c.short_description = UNICODE_STR
c2 = round_trip(c)
self._test_equal(c, c2)
def test_incident(self):
i = Incident()
i.title = UNICODE_STR
i.description = UNICODE_STR
i.short_description = UNICODE_STR
i2 = round_trip(i)
self._test_equal(i, i2)
def test_ttp(self):
t = TTP()
t.title = UNICODE_STR
t.description = UNICODE_STR
t.short_description = UNICODE_STR
t2 = round_trip(t)
self._test_equal(t, t2)
def test_ttp(self):
t = TTP()
t.title = UNICODE_STR
t.description = UNICODE_STR
t.short_description = UNICODE_STR
t2 = round_trip(t)
self._test_equal(t, t2)
def test_stix_header(self):
header = STIXHeader()
header.title = UNICODE_STR
header.description = UNICODE_STR
header.short_description = UNICODE_STR
header2 = round_trip(header)
self._test_equal(header, header2)
def test_ta(self):
t = ThreatActor()
t.title = UNICODE_STR
t.description = UNICODE_STR
t.short_description = UNICODE_STR
t2 = round_trip(t)
self._test_equal(t, t2)
def test_campaign(self):
c = Campaign()
c.title = UNICODE_STR
c.description = UNICODE_STR
c.short_description = UNICODE_STR
c2 = round_trip(c)
self._test_equal(c, c2)
def test_et(self):
e = ExploitTarget()
e.title = UNICODE_STR
e.description = UNICODE_STR
e.short_description = UNICODE_STR
e2 = round_trip(e)
self._test_equal(e, e2)
def test_stix_header(self):
header = STIXHeader()
header.title = UNICODE_STR
header.description = UNICODE_STR
header.short_description = UNICODE_STR
header2 = round_trip(header)
self._test_equal(header, header2)
def test_et(self):
e = ExploitTarget()
e.title = UNICODE_STR
e.description = UNICODE_STR
e.short_description = UNICODE_STR
e2 = round_trip(e)
self._test_equal(e, e2)
def test_shortcut_dict_representation(self):
"""If precision is the default value, to_dict should return a string"""
date_str = "2013-11-17T01:03:05"
d = DateTimeWithPrecision()
d.precision = "second"
d.value = date_str
self.assertEqual(str, type(d.to_dict()))
self.assertEqual(datetime.datetime, type(d.value))
self.assertEqual(date_str, d.to_dict())
d2 = round_trip(d, output=True)
self.assertEqual(d.to_dict(), d2.to_dict())
def test_shortcut_dict_representation(self):
"""If precision is the default value, to_dict should return a string"""
date_str = "2013-11-17T01:03:05"
d = DateTimeWithPrecision()
d.precision = "second"
d.value = date_str
self.assertEqual(str, type(d.to_dict()))
self.assertEqual(datetime.datetime, type(d.value))
self.assertEqual(date_str, d.to_dict())
d2 = round_trip(d, output=True)
self.assertEqual(d.to_dict(), d2.to_dict())
def test_structured_text(self):
s = StructuredText(UNICODE_STR)
s2 = round_trip(s)
self.assertEqual(s.value, s2.value)
def test_structured_text(self):
s = StructuredText(UNICODE_STR)
s2 = round_trip(s)
self.assertEqual(s.value, s2.value)
def test_asset_type(self):
a = affected_asset.AssetType()
a.count_affected = 1
a2 = round_trip(a)
self.assertEqual(a.count_affected, a2.count_affected)
def test_asset_type(self):
a = affected_asset.AssetType()
a.count_affected = 1
a2 = round_trip(a)
self.assertEqual(a.count_affected, a2.count_affected)
