class TestIPFS(unittest.TestCase):
"""These test cases need a running daemon. Use a VM or a IPFS test node.
Use the `DEBUG` class attribute and the decorator to skip tests or run only some.
#todo: implement mocks where possible
"""
DEBUG = True # set this flag to skip tests while debugging the unit
@classmethod
def setUpClass(cls):
cls.KEY1 = 'QmUNLLsPACCz1vLxQVkXqqLX5R1X345qqfHbsf67hvA3Nn'
cls.KEY2 = 'QmR9MzChjp1MdFWik7NjEjqKQMzVmBkdK3dz14A6B5Cupm'
cls.NODE = {'Data': b'Hello World'}
def setUp(self):
self.ipfs = IpfsApi()
#@unittest.skipIf(DEBUG, "debug")
def test_should_return_dict_of_root(self):
"""Use the IPFS class' id() method to retrieve the node's root"""
resp = self.ipfs.id()
test_fields = ('Addresses', 'ProtocolVersion', 'ID', 'PublicKey', )
self.assertTrue(
all(k in resp.keys() for k in test_fields)
)
# print(repr(resp))
#@unittest.skipIf(DEBUG, "debug")
def test_should_return_node_configuration(self):
"""Use the ConfigAPI to return node's configuration"""
resp = self.ipfs.config.show()
# check integrity of configuration dict keys
# #todo: @mec-is add subkeys and checks
test_dict = {
'Identity': [],
'API': [],
'Datastore': [],
'Tour': [],
'Addresses': [],
'Swarm': [],
'SupernodeRouting': [],
'Version': [],
'Bootstrap': [],
'Gateway': [],
'Mounts': [],
'Ipns': [],
'Discovery': []
}
#for k, v in resp.items():
#print(k, '>>>', v)
self.assertTrue(
all(k in resp.keys() for k in test_dict.keys())
)
# #todo: @jgraef add in a comment here requirements for this test case
# #todo: i.e. constraints on certain value in resp dictionary or any other
# #todo: possible heck to control integrity and consistency of the data if not trivial
# print(repr(resp))
#@unittest.skipIf(DEBUG, "debug")
def test_should_return_version_information(self):
"""Use the IPFS class' version() to return information on version, number of repo and commits"""
resp = self.ipfs.version()
# check integrity of configuration dict keys
test_dict = {
'Version': str,
'Repo': str,
'Commit': str
}
# for k, v in resp.items():
# print(k, '>>>', str(type(v)))
self.assertTrue(
all(k in resp.keys() for k in test_dict.keys())
)
self.assertTrue(
all(str(type(resp[k])) == str(test_dict[k]) for k in test_dict.keys())
)
# print(repr(resp))
@unittest.skipIf(DEBUG, "debug")
def test_resolve(self):
resp = self.ipfs.resolve(self.KEY2 + "/static")
self.assertEqual(resp, {'Path': '/ipfs/QmP5BvrMtqWGirZYyHgz77zhEzLiJbonZVdHPMJRM1xe8G'})
def tearDown(self):
del self.ipfs
@classmethod
def tearDownClass(cls):
del cls
class TestIPFS(unittest.TestCase):
"""These test cases need a running daemon. Use a VM or a IPFS test node.
Use the `DEBUG` class attribute and the decorator to skip tests or run only some.
#todo: implement mocks where possible
"""
DEBUG = True # set this flag to skip tests while debugging the unit
@classmethod
def setUpClass(cls):
cls.KEY1 = 'QmUNLLsPACCz1vLxQVkXqqLX5R1X345qqfHbsf67hvA3Nn'
cls.KEY2 = 'QmR9MzChjp1MdFWik7NjEjqKQMzVmBkdK3dz14A6B5Cupm'
cls.NODE = {'Data': b'Hello World'}
def setUp(self):
self.ipfs = IpfsApi()
#@unittest.skipIf(DEBUG, "debug")
def test_should_return_dict_of_root(self):
"""Use the IPFS class' id() method to retrieve the node's root"""
resp = self.ipfs.id()
test_fields = (
'Addresses',
'ProtocolVersion',
'ID',
'PublicKey',
)
self.assertTrue(all(k in resp.keys() for k in test_fields))
# print(repr(resp))
#@unittest.skipIf(DEBUG, "debug")
def test_should_return_node_configuration(self):
"""Use the ConfigAPI to return node's configuration"""
resp = self.ipfs.config.show()
# check integrity of configuration dict keys
# #todo: @mec-is add subkeys and checks
test_dict = {
'Identity': [],
'API': [],
'Datastore': [],
'Tour': [],
'Addresses': [],
'Swarm': [],
'SupernodeRouting': [],
'Version': [],
'Bootstrap': [],
'Gateway': [],
'Mounts': [],
'Ipns': [],
'Discovery': []
}
#for k, v in resp.items():
#print(k, '>>>', v)
self.assertTrue(all(k in resp.keys() for k in test_dict.keys()))
# #todo: @jgraef add in a comment here requirements for this test case
# #todo: i.e. constraints on certain value in resp dictionary or any other
# #todo: possible heck to control integrity and consistency of the data if not trivial
# print(repr(resp))
#@unittest.skipIf(DEBUG, "debug")
def test_should_return_version_information(self):
"""Use the IPFS class' version() to return information on version, number of repo and commits"""
resp = self.ipfs.version()
# check integrity of configuration dict keys
test_dict = {'Version': str, 'Repo': str, 'Commit': str}
# for k, v in resp.items():
# print(k, '>>>', str(type(v)))
self.assertTrue(all(k in resp.keys() for k in test_dict.keys()))
self.assertTrue(
all(
str(type(resp[k])) == str(test_dict[k])
for k in test_dict.keys()))
# print(repr(resp))
@unittest.skipIf(DEBUG, "debug")
def test_resolve(self):
resp = self.ipfs.resolve(self.KEY2 + "/static")
self.assertEqual(
resp,
{'Path': '/ipfs/QmP5BvrMtqWGirZYyHgz77zhEzLiJbonZVdHPMJRM1xe8G'})
def tearDown(self):
del self.ipfs
@classmethod
def tearDownClass(cls):
del cls
