def test_1_service_init(self):
# -y: accept defaults for any argument that is not provided
argv = ["service", "init", "-y"]
parser = arguments.get_root_parser(self.config)
args = parser.parse_args(argv)
service_cmd = ServiceCommand(self.config,
args,
out_f=self.output_f,
err_f=self.output_f)
# Init (create) a new service json file
service_cmd.init()
response = self.output_f.getvalue().strip()
# Response:
# {
# "name": "snet-cli-testing",
# "service_spec": "service_spec/",
# "organization": "",
# "path": "",
# "price": 0,
# "endpoint": "",
# "tags": [],
# "metadata": {
# "description": ""
# }
# }
self.assertIn("name", response)
self.assertIn("service_spec", response)
self.assertIn("organization", response)
def test_4_service_delete(self):
no_confirm = "--no-confirm"
gas_price_f = "--gas-price"
gas_price = "1000000000"
argv = [
"service", "delete", no_confirm, gas_price_f, gas_price,
self.service_json["organization"], self.service_json["name"]
]
parser = arguments.get_root_parser(self.config)
args = parser.parse_args(argv)
service_cmd = ServiceCommand(self.config,
args,
out_f=self.output_f,
err_f=self.output_f)
# Delete the service on network
service_cmd.delete()
response = self.output_f.getvalue().strip()
# Response:
# Removing current contract address from session...
#
# unset current_agent_at
#
# Service was deleted!
self.assertIn("Service was deleted!", response)
def test_3_org_create(self):
no_confirm = "--no-confirm"
gas_price_f = "--gas-price"
gas_price = "1000000000"
org_name = "NEW_ORG_TEST"
member_1 = "0x0123456789012345678901234567890123456789"
member_2 = "0x2222222222222222222222222222222222222222"
member_3 = "0x3333333333333333333333333333333333333333"
members = "{},{},{}".format(member_1, member_2, member_3)
argv = [
"organization", "create", no_confirm, gas_price_f, gas_price,
org_name, members
]
parser = arguments.get_root_parser(self.config)
args = parser.parse_args(argv)
org_cmd = OrganizationCommand(self.config,
args,
out_f=self.output_f,
err_f=self.output_f)
# Create NEW_ORG_TEST
org_cmd.create()
# Try to create NEW_ORG_TEST again
org_cmd.create()
response = self.output_f.getvalue().strip()
# Response (org already exists):
# [0] NEW_ORG_TEST already exists!
self.assertIn("NEW_ORG_TEST already exists", response)
def test_9_org_change_owner(self):
no_confirm = "--no-confirm"
gas_price_f = "--gas-price"
gas_price = "1000000000"
org_name = "NEW_ORG_TEST"
new_owner = "0x7fA3FBCFAc5c56367cB33821968Fc8c086199989"
argv = [
"organization", "change-owner", no_confirm, gas_price_f, gas_price,
org_name, new_owner
]
parser = arguments.get_root_parser(self.config)
args = parser.parse_args(argv)
org_cmd = OrganizationCommand(self.config,
args,
out_f=self.output_f,
err_f=self.output_f)
# Change owner of NEW_ORG_TEST (doesn't exist anymore...)
# If you change the NEW_ORG_TEST's owner you'll have to change your
# session private_key (new owner) to keep interacting with it.
org_cmd.change_owner()
response = self.output_f.getvalue().strip()
# Response (org must exist):
# [0] Creating transaction to change organization NEW_ORG_TEST's owner...
# [-] But: NEW_ORG_TEST doesn't exist!
self.assertIn("NEW_ORG_TEST doesn't exist!", response)
def test_2_org_info(self):
org_name = "SNET_BH"
argv = ["organization", "info", org_name]
parser = arguments.get_root_parser(self.config)
args = parser.parse_args(argv)
org_cmd = OrganizationCommand(self.config,
args,
out_f=self.output_f,
err_f=self.output_f)
# Get information about an Organization
org_cmd.info()
response = self.output_f.getvalue().strip()
# Response:
# Owner:
# - OWNER_ADDRESS
#
# Members:
# - MEMBER_1_ADDRESS
# - MEMBER_2_ADDRESS
# - MEMBER_n_ADDRESS
#
# Services:
# - SERVICE_NAME_1
# - SERVICE_NAME_2
# - SERVICE_NAME_n
self.assertIn("Owner:", response)
self.assertIn("Members", response)
self.assertIn("Services:", response)
def test_8_org_delete_nonexistent(self):
no_confirm = "--no-confirm"
gas_price_f = "--gas-price"
gas_price = "1000000000"
org_name = "NEW_ORG_TEST"
argv = [
"organization", "delete", no_confirm, gas_price_f, gas_price,
org_name
]
parser = arguments.get_root_parser(self.config)
args = parser.parse_args(argv)
org_cmd = OrganizationCommand(self.config,
args,
out_f=self.output_f,
err_f=self.output_f)
# Delete NEW_ORG_TEST
org_cmd.delete()
response = self.output_f.getvalue().strip()
# Response:
# [0] NEW_ORG_TEST doesn't exist!
self.assertIn("NEW_ORG_TEST doesn't exist!", response)
def test_7_org_delete_existent(self):
no_confirm = "--no-confirm"
gas_price_f = "--gas-price"
gas_price = "1000000000"
org_name = "NEW_ORG_TEST"
argv = [
"organization", "delete", no_confirm, gas_price_f, gas_price,
org_name
]
parser = arguments.get_root_parser(self.config)
args = parser.parse_args(argv)
org_cmd = OrganizationCommand(self.config,
args,
out_f=self.output_f,
err_f=self.output_f)
# Delete NEW_ORG_TEST
org_cmd.delete()
response = self.output_f.getvalue().strip()
# Response:
# [0] Creating transaction to delete organization NEW_ORG_TEST...
# [1] Submitting transaction...
self.assertIn(
"Creating transaction to delete organization NEW_ORG_TEST...",
response)
def test_6_org_rem_members(self):
no_confirm = "--no-confirm"
gas_price_f = "--gas-price"
gas_price = "1000000000"
org_name = "NEW_ORG_TEST"
member_1 = "0x2222222222222222222222222222222222222222"
member_2 = "0x3333333333333333333333333333333333333333"
members = "{},{}".format(member_1, member_2)
argv = [
"organization", "rem-members", no_confirm, gas_price_f, gas_price,
org_name, members
]
parser = arguments.get_root_parser(self.config)
args = parser.parse_args(argv)
org_cmd = OrganizationCommand(self.config,
args,
out_f=self.output_f,
err_f=self.output_f)
# Remove members from NEW_ORG_TEST
org_cmd.rem_members()
response = self.output_f.getvalue().strip()
# Response (org must exists):
# [0] Creating transaction to remove [n] members from organization NEW_ORG_TEST...
self.assertIn("Creating transaction to remove", response)
def test_3_service_update(self):
no_confirm = "--no-confirm"
gas_price_f = "--gas-price"
gas_price = "1000000000"
argv = ["service", "update", no_confirm, gas_price_f, gas_price]
parser = arguments.get_root_parser(self.config)
args = parser.parse_args(argv)
service_cmd = ServiceCommand(self.config,
args,
out_f=self.output_f,
err_f=self.output_f)
self._service_json(update=True,
price=2,
endpoint="http://localhost:7777")
if not os.path.exists("service_spec/"):
os.makedirs("service_spec/")
# Update a published service
service_cmd.update()
if os.path.exists("service_spec/"):
shutil.rmtree("service_spec/")
response = self.output_f.getvalue().strip()
# Response:
# Service is updated!
self.assertIn("Service is updated!", response)
def test_2_service_publish(self):
no_confirm = "--no-confirm"
gas_price_f = "--gas-price"
gas_price = "1000000000"
argv = ["service", "publish", no_confirm, gas_price_f, gas_price]
parser = arguments.get_root_parser(self.config)
args = parser.parse_args(argv)
service_cmd = ServiceCommand(self.config,
args,
out_f=self.output_f,
err_f=self.output_f)
self._service_json()
if not os.path.exists("service_spec/"):
os.makedirs("service_spec/")
# Publish the service on network
service_cmd.publish()
if os.path.exists("service_spec/"):
shutil.rmtree("service_spec/")
response = self.output_f.getvalue().strip()
# Response:
# Service published!
self.assertIn("Service published!", response)
def main():
argv = sys.argv[1:]
parser = arguments.get_root_parser(conf)
try:
args = parser.parse_args(argv)
except TypeError:
args = parser.parse_args(argv + ["-h"])
getattr(args.cmd(conf, args), args.fn)()
def main():
argv = sys.argv[1:]
parser = arguments.get_root_parser(conf)
try:
args = parser.parse_args(argv)
except TypeError:
args = parser.parse_args(argv + ["-h"])
try:
getattr(args.cmd(conf, args), args.fn)()
except Exception as e:
if (args.print_traceback):
raise
else:
print("Error:", e)
print("If you want to see full Traceback then run:")
print("snet --print-traceback [parameters]")
def test_3_session_unset(self):
argv = ["unset", "current_agent_at"]
parser = arguments.get_root_parser(self.config)
args = parser.parse_args(argv)
session_cmd = SessionCommand(self.config,
args,
out_f=self.output_f,
err_f=self.output_f)
# Unset session key 'current_agent_at'
session_cmd.unset()
response = self.output_f.getvalue().strip()
# Response (if current_agent_at is set):
# [0] unset current_agent_at
# Response (if current_agent_at is not set):
# [0] (no output)
self.assertEqual(" ".join(argv), response)
def test_1_org_list(self):
argv = ["organization", "list"]
parser = arguments.get_root_parser(self.config)
args = parser.parse_args(argv)
org_cmd = OrganizationCommand(self.config,
args,
out_f=self.output_f,
err_f=self.output_f)
# List all registered Organizations
org_cmd.list()
response = self.output_f.getvalue().strip()
# Response:
# [0] List of Organizations:
# [1] - ORG_NAME_1
# [2] - ORG_NAME_2
# [n] - ORG_NAME_n
self.assertGreaterEqual(len(response.split('\n')), 1)
def test_2_session_set(self):
argv = [
"set", "current_agent_at",
"0x2222222222222222222222222222222222222222"
]
parser = arguments.get_root_parser(self.config)
args = parser.parse_args(argv)
session_cmd = SessionCommand(self.config,
args,
out_f=self.output_f,
err_f=self.output_f)
# Set session key 'current_agent_at'
session_cmd.set()
response = self.output_f.getvalue().strip()
# Response:
# [0] set current_agent_at 0x2222222222222222222222222222222222222222
self.assertEqual(" ".join(argv), response)
def test_4_org_list_services(self):
org_name = "SNET_BH"
argv = ["organization", "list-services", org_name]
parser = arguments.get_root_parser(self.config)
args = parser.parse_args(argv)
org_cmd = OrganizationCommand(self.config,
args,
out_f=self.output_f,
err_f=self.output_f)
# List all organization's services
org_cmd.list_services()
response = self.output_f.getvalue().strip()
# Response:
# [0] List of ORG_NAME's Services:
# [1] - SERVICE_NAME_1
# [2] - SERVICE_NAME_2
# [n] - SERVICE_NAME_n
self.assertGreaterEqual(len(response.split('\n')), 1)
def test_1_session_show(self):
argv = ["session"]
parser = arguments.get_root_parser(self.config)
args = parser.parse_args(argv)
session_cmd = SessionCommand(self.config,
args,
out_f=self.output_f,
err_f=self.output_f)
# Show session keys
session_cmd.show()
response = self.output_f.getvalue().strip()
# Response:
# [0] session:
# default_eth_rpc_endpoint: https://kovan.infura.io
# default_gas_price: '1000000000'
# default_wallet_index: '0'
# identity_name: MY_ID
self.assertGreaterEqual(len(response.split('\n')), 1)
def main():
try:
argv = sys.argv[1:]
conf = Config()
parser = arguments.get_root_parser(conf)
argcomplete.autocomplete(parser)
try:
args = parser.parse_args(argv)
except TypeError:
args = parser.parse_args(argv + ["-h"])
getattr(args.cmd(conf, args), args.fn)()
except Exception as e:
if (sys.argv[1] == "--print-traceback"):
raise
else:
print("Error:", e)
print("If you want to see full Traceback then run:")
print("snet --print-traceback [parameters]")
sys.exit(42)
