def setUp(self):
x509 = genmodels.X509Attestation(TEST_CERT1)
self.gen_att = genmodels.AttestationMechanism(X509_LABEL, x509=x509)
self.gen_twin = genmodels.InitialTwin()
gen_eg = genmodels.EnrollmentGroup(TEST_REG_ID, self.gen_att, TEST_HOST_NAME, \
self.gen_twin, TEST_ETAG, PROV_STATUS_ENABLED, TEST_TIME, TEST_TIME2)
self.eg = EnrollmentGroup(gen_eg)
def test_ts_constructor(self):
tags_tc = genmodels.TwinCollection(TEST_TAGS)
desired_properties_tc = genmodels.TwinCollection(TEST_PROPERTIES)
properties = genmodels.InitialTwinProperties(desired_properties_tc)
twin = genmodels.InitialTwin(tags_tc, properties)
res = InitialTwin(twin)
self.assertIsInstance(res, InitialTwin)
self.assertIs(res._internal, twin)
def setUp(self):
tpm = genmodels.TpmAttestation(TEST_EK)
self.gen_att = genmodels.AttestationMechanism(TPM_LABEL, tpm=tpm)
self.gen_drs = genmodels.DeviceRegistrationState(TEST_REG_ID, REG_STATUS_ASSIGNED)
self.gen_twin = genmodels.InitialTwin()
gen_ie = genmodels.IndividualEnrollment(TEST_REG_ID, self.gen_att, TEST_DEV_ID, self.gen_drs, \
TEST_HOST_NAME, self.gen_twin, TEST_ETAG, PROV_STATUS_ENABLED, TEST_TIME, TEST_TIME2)
self.ie = IndividualEnrollment(gen_ie)
def test_eg_constructor_full_model(self):
x509 = genmodels.X509Attestation()
att = genmodels.AttestationMechanism(X509_LABEL, x509=x509)
twin = genmodels.InitialTwin()
eg = genmodels.EnrollmentGroup(TEST_REG_ID, att, TEST_HOST_NAME, twin, TEST_ETAG, \
PROV_STATUS_ENABLED, TEST_TIME, TEST_TIME2)
ret = EnrollmentGroup(eg)
self.assertIsInstance(ret, EnrollmentGroup)
self.assertIs(ret._internal, eg)
self.assertIsInstance(ret._att_wrapper, AttestationMechanism)
self.assertIs(ret._att_wrapper._internal, att)
self.assertIsInstance(ret._twin_wrapper, InitialTwin)
self.assertIs(ret._twin_wrapper._internal, twin)
def create(cls, tags=None, desired_properties=None):
"""
Create an Initial Twin
:param dict tags: The tags for the Initial Twin
:param dict desired_properties: The desired properties for the Initial Twin
:returns: New instance of :class:`InitialTwin<provisioningserviceclient.models.InitialTwin>`
:rtype: :class:`InitialTwin<provisioningserviceclient.models.InitialTwin>`
"""
tags_tc = genmodels.TwinCollection(tags)
desired_properties_tc = genmodels.TwinCollection(desired_properties)
properties = genmodels.InitialTwinProperties(desired_properties_tc)
twin = genmodels.InitialTwin(tags_tc, properties)
return cls(twin)
def test_ie_constructor_full_model(self):
tpm = genmodels.TpmAttestation(TEST_EK)
att = genmodels.AttestationMechanism(TPM_LABEL, tpm=tpm)
drs = genmodels.DeviceRegistrationState(TEST_REG_ID, REG_STATUS_ASSIGNED)
twin = genmodels.InitialTwin()
ie = genmodels.IndividualEnrollment(TEST_REG_ID, att, TEST_DEV_ID, drs, TEST_HOST_NAME,
twin, TEST_ETAG, REG_STATUS_ASSIGNED, TEST_TIME, TEST_TIME2)
ret = IndividualEnrollment(ie)
self.assertIsInstance(ret, IndividualEnrollment)
self.assertIs(ret._internal, ie)
self.assertIsInstance(ret._att_wrapper, AttestationMechanism)
self.assertIs(ret._att_wrapper._internal, att)
self.assertIsInstance(ret._drs_wrapper, DeviceRegistrationState)
self.assertIs(ret._drs_wrapper._internal, drs)
self.assertIsInstance(ret._twin_wrapper, InitialTwin)
self.assertIs(ret._twin_wrapper._internal, twin)
def setUp(self):
tags_tc = genmodels.TwinCollection(TEST_TAGS)
desired_properties_tc = genmodels.TwinCollection(TEST_PROPERTIES)
properties = genmodels.InitialTwinProperties(desired_properties_tc)
gen_twin = genmodels.InitialTwin(tags_tc, properties)
self.twin = InitialTwin(gen_twin)