def test_delete_device(self):
# try delete a nonexistent device
try:
self.delete_device('some-devid-foo')
except bravado.exception.HTTPError as e:
assert e.response.status_code == 404
# try delete an existing device, verify decommissioning workflow was started
# setup single device and poke devauth
dev = Device()
da = DevAuthorizer()
# poke devauth so that device appears
with deviceadm.run_fake_for_device(dev) as server:
rsp = device_auth_req(self.devapi.make_api_url("auth_requests"),
da, dev)
assert rsp.status_code == 401
mc = SimpleManagementClient()
ourdev = mc.find_device_by_identity(dev.identity)
assert ourdev
# handler for orchestrator's job endpoint
def decommission_device_handler(request):
dreq = json.loads(request.body.decode())
self.log.info('decommision request %s', dreq)
# verify that devauth tries to decommision correct device
assert dreq.get('device_id', None) == ourdev.id
# test is enforcing particular request ID
assert dreq.get('request_id', None) == 'delete_device'
# test is enforcing particular request ID
assert dreq.get('authorization', None) == 'Bearer foobar'
return (200, {}, '')
handlers = [
('POST', '/api/workflow/decommission_device',
decommission_device_handler),
]
with mockserver.run_fake(get_fake_orchestrator_addr(),
handlers=handlers) as server:
rsp = self.delete_device(
ourdev.id, {
'X-MEN-RequestID': 'delete_device',
'Authorization': 'Bearer foobar',
})
self.log.info('decommission request finished with status: %s',
rsp.status_code)
assert rsp.status_code == 204
found = mc.find_device_by_identity(dev.identity)
assert not found
def verify_tenant_dev_present(self,
identity,
present=True,
tenant='foobar'):
"""Assert that device with `identity` is present (or not)"""
# request was rejected, device should not be listed
mc = SimpleManagementClient()
if tenant:
token = make_fake_tenant_token(tenant=tenant)
dev = mc.find_device_by_identity(identity,
Authorization='Bearer ' + token)
else:
# use default auth
dev = mc.find_device_by_identity(identity)
if present:
assert dev
else:
assert not dev
def test_delete_device(self):
# try delete a nonexistent device
try:
self.delete_device('some-devid-foo')
except bravado.exception.HTTPError as e:
assert e.response.status_code == 404
# try delete an existing device, verify decommissioning workflow was started
# setup single device and poke devauth
dev = Device()
da = DevAuthorizer()
# poke devauth so that device appears
rsp = device_auth_req(self.devapi.make_api_url("auth_requests"), da,
dev)
assert rsp.status_code == 401
mc = SimpleManagementClient()
ourdev = mc.find_device_by_identity(dev.identity)
assert ourdev
# delete our device
# use a predetermined request id to correlate with executed workflows
self.delete_device(ourdev.id, {'X-MEN-RequestID': 'delete_device'})
found = mc.find_device_by_identity(dev.identity)
assert not found
# verify workflow was executed
cc = ConductorClient()
r = cc.get_workflows('decommission_device')
assert r.status_code == 200
res = r.json()
assert res['totalHits'] == 1
wf = [
x for x in res['results'] if x['input'] == '{device_id=' +
ourdev.id + ', request_id=delete_device}'
]
assert len(wf) == 1
def test_device_accept_reject(self):
d = Device()
da = DevAuthorizer()
url = self.devapi.make_api_url("auth_requests")
# poke devauth so that device appears
with deviceadm.run_fake_for_device(d) as server:
rsp = device_auth_req(url, da, d)
assert rsp.status_code == 401
# determine device ID by listing all devices and finding one with
# matching public key
mc = SimpleManagementClient()
dev = mc.find_device_by_identity(d.identity)
assert dev
devid = dev.id
self.log.debug('found matching device with ID: %s', dev.id)
aid = dev.auth_sets[0].id
try:
with inventory.run_fake_for_device_id(devid) as server:
self.accept_device(devid, aid)
except bravado.exception.HTTPError as e:
assert e.response.status_code == 204
# device is accepted, we should get a token now
rsp = device_auth_req(url, da, d)
assert rsp.status_code == 200
da.parse_rsp_payload(d, rsp.text)
assert len(d.token) > 0
self.log.info("device token: %s", d.token)
# reject it now
try:
self.reject_device(devid, aid)
except bravado.exception.HTTPError as e:
assert e.response.status_code == 204
# device is rejected, should get unauthorized
with deviceadm.run_fake_for_device(d) as server:
rsp = device_auth_req(url, da, d)
assert rsp.status_code == 401
def test_get_single_device(self):
mc = SimpleManagementClient()
try:
mc.get_device(id='some-devid-foo')
except bravado.exception.HTTPError as e:
assert e.response.status_code == 404
# setup single device and poke devauth
dev = Device()
da = DevAuthorizer()
# poke devauth so that device appears
rsp = device_auth_req(self.devapi.make_api_url("auth_requests"), da,
dev)
assert rsp.status_code == 401
# try to find our devices in all devices listing
mc = SimpleManagementClient()
ourdev = mc.find_device_by_identity(dev.identity)
authdev = mc.get_device(id=ourdev.id)
assert authdev == ourdev
def test_token(self):
d = Device()
da = DevAuthorizer()
url = self.devapi.make_api_url("/auth_requests")
# poke devauth so that device appears
with deviceadm.run_fake_for_device(d) as server:
rsp = device_auth_req(url, da, d)
assert rsp.status_code == 401
# try to find our devices in all devices listing
mc = SimpleManagementClient()
dev = mc.find_device_by_identity(d.identity)
self.log.debug('found matching device with ID: %s', dev.id)
devid = dev.id
# extract authentication data set ID
aid = dev.auth_sets[0].id
try:
with inventory.run_fake_for_device_id(devid) as server:
self.accept_device(devid, aid)
except bravado.exception.HTTPError as e:
assert e.response.status_code == 204
# device is accepted, we should get a token now
with deviceadm.run_fake_for_device(d) as server:
rsp = device_auth_req(url, da, d)
assert rsp.status_code == 200
da.parse_rsp_payload(d, rsp.text)
assert len(d.token) > 0
self.log.info("device token: %s", d.token)
thdr, tclaims, tsign = explode_jwt(d.token)
assert 'typ' in thdr and thdr['typ'] == 'JWT'
assert 'jti' in tclaims
assert 'exp' in tclaims
assert 'sub' in tclaims and tclaims['sub'] == devid
assert 'iss' in tclaims and tclaims['iss'] == 'Mender'
assert 'mender.device' in tclaims and tclaims['mender.device'] == True
# TODO: signature verification?
# verify token; the token is to be placed in the Authorization header
# and it looks like bravado cannot handle a POST request with no data
# in body, hence we fall back to sending request directly
verify_url = self.intclient.make_api_url("/tokens/verify")
self.log.info("verify URL: %s", verify_url)
auth_hdr = 'Bearer {}'.format(d.token)
# no auth header should raise an error
rsp = requests.post(verify_url, data='')
assert rsp.status_code == 401
# successful verification
rsp = requests.post(verify_url,
data='',
headers={'Authorization': auth_hdr})
assert rsp.status_code == 200
# use a bogus token that is not a valid JWT
rsp = requests.post(verify_url,
data='',
headers={'Authorization': 'bogus'})
assert rsp.status_code == 401
# or a correct token with data appended at the end
rsp = requests.post(verify_url,
data='',
headers={'Authorization': auth_hdr + "==foo"})
assert rsp.status_code == 401
# bravado cannot handle DELETE requests either
# self.client.tokens.delete_tokens_id(id=tclaims['jti'])
# use requests instead
rsp = requests.delete(
self.make_api_url('/tokens/{}'.format(tclaims['jti'])))
assert rsp.status_code == 204
# unsuccessful verification
rsp = requests.post(verify_url,
data='',
headers={'Authorization': auth_hdr})
assert rsp.status_code == 401