def do_cluster_status(args):
state = load_state()
node_controller = get_node_controller(state, args)
node_command_generator = SimpleNodeCommandGenerator()
vnm = ValidatorNetworkManager(
node_controller=node_controller,
node_command_generator=node_command_generator)
if args.node_names:
node_names = args.node_names
node_superset = vnm.get_node_names()
for node_name in args.node_names:
try:
node_name in node_superset
except KeyError:
raise CliException(
"{} is not a known node name".format(node_name))
else:
node_names = vnm.get_node_names()
# Check expected status of nodes vs what is returned from vnm
print("NodeName".ljust(15), "Status".ljust(10))
for node_name in node_names:
status = vnm.status(node_name)
if status == "UNKNOWN":
status = "Not Running"
print(node_name.ljust(15), status.ljust(10))
def do_cluster_status(args):
state = load_state()
node_controller = get_node_controller(state, args)
node_command_generator = SimpleNodeCommandGenerator()
vnm = ValidatorNetworkManager(
node_controller=node_controller,
node_command_generator=node_command_generator)
if args.node_names:
node_names = args.node_names
node_superset = vnm.get_node_names()
for node_name in args.node_names:
try:
node_name in node_superset
except KeyError:
raise CliException(
"{} is not a known node name".format(node_name))
else:
node_names = vnm.get_node_names()
# Check expected status of nodes vs what is returned from vnm
print("NodeName".ljust(15), "Status".ljust(10))
for node_name in node_names:
status = vnm.status(node_name)
if status == "UNKNOWN":
status = "Not Running"
print(node_name.ljust(15), status.ljust(10))
def do_cluster_extend(args):
state = load_state()
node_controller = get_node_controller(state, args)
node_command_generator = SimpleNodeCommandGenerator()
vnm = ValidatorNetworkManager(
node_controller=node_controller,
node_command_generator=node_command_generator)
existing_nodes = state["Nodes"]
desired_stated = state["DesiredState"]
if desired_stated != "Running":
raise CliException(
"You must have a running network.\n" +
"Use the cluster start command to start a validator network.")
print("Extending network by {} nodes.".format(args.count))
index_offset = len(existing_nodes)
for i in range(0, args.count):
j = i + index_offset
node_name = "validator-{:0>3}".format(j)
if node_name in existing_nodes and vnm.is_running(node_name):
print("Already running: {}".format(node_name))
continue
# genesis is true for the first node
genesis = (j == 0)
gossip_port = 5500 + j
http_port = 8800 + j
node_args = NodeArguments(node_name,
http_port=http_port,
gossip_port=gossip_port,
genesis=genesis)
node_command_generator.start(node_args)
state["Nodes"][node_name] = {
"Status": "Running",
"Index": i,
"HttpPort": str(http_port),
"GossipPort": str(gossip_port)
}
save_state(state)
try:
vnm.update()
except ManagementError as e:
raise CliException(str(e))
def do_cluster_extend(args):
state = load_state()
node_controller = get_node_controller(state, args)
node_command_generator = SimpleNodeCommandGenerator()
vnm = ValidatorNetworkManager(
node_controller=node_controller,
node_command_generator=node_command_generator)
try:
existing_nodes = vnm.get_node_names()
except ManagementError as e:
raise CliException(str(e))
desired_stated = state["DesiredState"]
if desired_stated != "Running":
raise CliException(
"You must have a running network.\n" +
"Use the cluster start command to start a validator network.")
print("Extending network by {} nodes.".format(args.count))
index_offset = len(existing_nodes)
for i in range(0, args.count):
j = i + index_offset
node_name = "validator-{:0>3}".format(j)
if node_name in existing_nodes and vnm.is_running(node_name):
print("Already running: {}".format(node_name))
continue
# genesis is true for the first node
genesis = (j == 0)
gossip_port = 5500 + j
http_port = 8800 + j
node_args = NodeArguments(node_name, http_port=http_port,
gossip_port=gossip_port, genesis=genesis)
node_command_generator.start(node_args)
save_state(state)
try:
vnm.update()
except ManagementError as e:
raise CliException(str(e))
def do_cluster_stop(args):
state = load_state()
node_controller = get_node_controller(state, args)
node_command_generator = SimpleNodeCommandGenerator()
vnm = ValidatorNetworkManager(
node_controller=node_controller,
node_command_generator=node_command_generator)
if args.node_names:
node_names = args.node_names
else:
node_names = vnm.get_node_names()
# if node_names is empty, stop doesn't get called
for node_name in node_names:
node_command_generator.stop(node_name)
state["DesiredState"] = "Stopped"
save_state(state)
print('Stopping validators')
vnm.update()
# Wait up to 16 seconds for our targeted nodes to gracefully shut down
def find_still_up(targeted_nodes):
return set(vnm.get_node_names()).intersection(set(targeted_nodes))
timeout = 16
mark = time.time()
while find_still_up(node_names):
if time.time() - mark > timeout:
break
time.sleep(1)
# Force kill any targeted nodes that are still up
for node_name in find_still_up(node_names):
print("Node name still up: killing {}".format(node_name))
node_controller.kill(node_name)
def do_cluster_stop(args):
state = load_state()
node_controller = get_node_controller(state, args)
node_command_generator = SimpleNodeCommandGenerator()
vnm = ValidatorNetworkManager(
node_controller=node_controller,
node_command_generator=node_command_generator)
if args.node_names:
node_names = args.node_names
else:
node_names = vnm.get_node_names()
# if node_names is empty, stop doesn't get called
for node_name in node_names:
node_command_generator.stop(node_name)
state["DesiredState"] = "Stopped"
save_state(state)
print('Stopping validators')
vnm.update()
# Wait up to 16 seconds for our targeted nodes to gracefully shut down
def find_still_up(targeted_nodes):
return set(vnm.get_node_names()).intersection(set(targeted_nodes))
timeout = 16
mark = time.time()
while find_still_up(node_names):
if time.time() - mark > timeout:
break
time.sleep(1)
# Force kill any targeted nodes that are still up
for node_name in find_still_up(node_names):
print("Node name still up: killing {}".format(node_name))
node_controller.kill(node_name)
def do_cluster_start(args):
state = load_state(start=True)
manage_type = DEFAULT_MANAGE if args.manage is None else args.manage
if "Manage" not in state or state["DesiredState"] == "Stopped":
state['Manage'] = manage_type
elif args.manage is not None and state['Manage'] != args.manage\
and state["DesiredState"] == "Running":
raise CliException('Cannot use two different Manage types.'
' Already running {}'.format(state["Manage"]))
state["DesiredState"] = "Running"
if args.processors is None:
raise CliException("Use -P to specify one or more processors")
state['Processors'] = args.processors
node_controller = get_node_controller(state, args)
node_command_generator = SimpleNodeCommandGenerator()
vnm = ValidatorNetworkManager(
node_controller=node_controller,
node_command_generator=node_command_generator)
try:
existing_nodes = vnm.get_node_names()
except ManagementError as e:
raise CliException(str(e))
# Check for runnings nodes. If found, raise exception with message to use
# sawtooth cluster extend command to add nodes to running network.
for i in range(0, args.count):
node_name = "validator-{:0>3}".format(i)
if node_name in existing_nodes and vnm.is_running(node_name):
print("Already running: {}".format(node_name))
raise CliException("Please use 'sawtooth cluster extend'\
to add more nodes.")
for i in range(0, args.count):
node_name = "validator-{:0>3}".format(i)
if node_name in existing_nodes and vnm.is_running(node_name):
print("Already running: {}".format(node_name))
continue
# genesis is true for the first node
genesis = (i == 0)
gossip_port = 5500 + i
http_port = 8800 + i
node_args = NodeArguments(node_name,
http_port=http_port,
gossip_port=gossip_port,
genesis=genesis)
if node_args.genesis is True:
node_controller.create_genesis_block(node_args)
node_command_generator.start(node_args)
save_state(state)
print('Starting validators')
try:
vnm.update()
except ManagementError as e:
raise CliException(str(e))
subprocess_manage = 'subprocess', 'subprocess-legacy'
if state["Manage"] in subprocess_manage:
print('Validators ready')
try:
while True:
time.sleep(128)
except KeyboardInterrupt:
print()
node_names = vnm.get_node_names()
ns = Namespace(cluster_command='stop',
command='cluster',
node_names=node_names,
verbose=None)
do_cluster_stop(ns)
def do_cluster_start(args):
state = load_state(start=True)
manage_type = DEFAULT_MANAGE if args.manage is None else args.manage
if "Manage" not in state or state["DesiredState"] == "Stopped":
state['Manage'] = manage_type
elif args.manage is not None and state['Manage'] != args.manage\
and state["DesiredState"] == "Running":
raise CliException('Cannot use two different Manage types.'
' Already running {}'.format(state["Manage"]))
state["DesiredState"] = "Running"
if args.processors is None:
raise CliException("Use -P to specify one or more processors")
state['Processors'] = args.processors
node_controller = get_node_controller(state, args)
node_command_generator = SimpleNodeCommandGenerator()
vnm = ValidatorNetworkManager(
node_controller=node_controller,
node_command_generator=node_command_generator)
try:
existing_nodes = vnm.get_node_names()
except ManagementError as e:
raise CliException(str(e))
# Check for runnings nodes. If found, raise exception with message to use
# sawtooth cluster extend command to add nodes to running network.
for i in range(0, args.count):
node_name = "validator-{:0>3}".format(i)
if node_name in existing_nodes and vnm.is_running(node_name):
print("Already running: {}".format(node_name))
raise CliException("Please use 'sawtooth cluster extend'\
to add more nodes.")
for i in range(0, args.count):
node_name = "validator-{:0>3}".format(i)
if node_name in existing_nodes and vnm.is_running(node_name):
print("Already running: {}".format(node_name))
continue
# genesis is true for the first node
genesis = (i == 0)
gossip_port = 5500 + i
http_port = 8800 + i
node_args = NodeArguments(node_name, http_port=http_port,
gossip_port=gossip_port, genesis=genesis)
if node_args.genesis is True:
node_controller.create_genesis_block(node_args)
node_command_generator.start(node_args)
save_state(state)
print('Starting validators')
try:
vnm.update()
except ManagementError as e:
raise CliException(str(e))
subprocess_manage = 'subprocess', 'subprocess-legacy'
if state["Manage"] in subprocess_manage:
print('Validators ready')
try:
while True:
time.sleep(128)
except KeyboardInterrupt:
print()
node_names = vnm.get_node_names()
ns = Namespace(cluster_command='stop', command='cluster',
node_names=node_names, verbose=None)
do_cluster_stop(ns)
def do_cluster_stop(args):
state = load_state()
node_controller = get_node_controller(state, args)
node_command_generator = SimpleNodeCommandGenerator()
vnm = ValidatorNetworkManager(
node_controller=node_controller,
node_command_generator=node_command_generator)
if len(args.node_names) > 0:
node_names = args.node_names
else:
node_names = vnm.get_node_names()
state_nodes = state["Nodes"]
# if node_names is empty, stop doesn't get called
for node_name in node_names:
if node_name not in state_nodes:
raise CliException("{} is not a known node name".format(node_name))
if state_nodes[node_name]['Status'] == 'Stopped':
raise CliException('{} already stopped'.format(node_name))
node_command_generator.stop(node_name)
# Update status of Nodes
node_status = 'Stopped' if node_name in state_nodes else 'Unknown'
state_nodes[node_name]['Status'] = node_status
if len(args.node_names) == 0 and len(node_names) == 0:
for node_name in state_nodes:
state_nodes[node_name]["Status"] = "Unknown"
# If none of the nodes are running set overall State to Stopped
state["DesiredState"] = "Stopped"
for node in state_nodes:
if state_nodes[node]["Status"] == "Running":
state["DesiredState"] = "Running"
# Update state of nodes
state["Nodes"] = state_nodes
save_state(state)
print('Stopping validators')
vnm.update()
# Wait up to 16 seconds for our targeted nodes to gracefully shut down
def find_still_up(targeted_nodes):
return set(vnm.get_node_names()).intersection(set(targeted_nodes))
timeout = 16
mark = time.time()
while len(find_still_up(node_names)) > 0:
if time.time() - mark > timeout:
break
time.sleep(1)
# Force kill any targeted nodes that are still up
for node_name in find_still_up(node_names):
print("Node name still up: killling {}".format(node_name))
node_controller.kill(node_name)