def execute(self):
headers = ["ID", "Name", "Status", "Created", "Updated"]
set_file = self.args["--file"]
default_file = orch.check_manifest_file()
if set_file:
if os.path.exists(set_file):
default_file = set_file
else:
utils.log_err("{} file is not exists!".format(set_file))
exit()
if not default_file:
utils.log_err("Can't find neo.yml manifest file!")
exit()
deploy_init = orch.initialize(default_file)
try:
orch.do_update(deploy_init)
except:
utils.log_err("Update Stack failed...")
exit()
projects = utils.get_project(default_file)
project_list = list()
for project in projects:
proj = orch.get_stack(project)
if proj:
project_list.append(proj)
if len(project_list) > 0:
print(tabulate(project_list, headers=headers, tablefmt="grid"))
def execute(self):
if self.args["vm"]:
instance_id = self.args["<VM_ID>"]
limit = self.args['--limit']
if not instance_id:
default_file = orch.check_manifest_file()
if default_file:
keys = utils.get_key(default_file)
instances = keys['stack']['instances']
if len(instances) > 0:
vms = vm_lib.get_list()
for vm in vms:
if vm.name == instances[0]:
instance_id = vm.id
break
else:
utils.log_err('VM not found')
else:
utils.log_err("Can't find neo.yml manifest file!")
else:
vm_data = vm_lib.get_list()
for vm in vm_data:
if (instance_id == vm.name) or (instance_id == vm.id):
instance_id = vm.id
try:
utils.log_info(
vm_lib.get_console_logs(instance_id, length=limit))
except Exception as err:
utils.log_err(err.message)
exit()
def test_get_project(self):
os.chdir("tests")
default_file = orch.check_manifest_file()
os.chdir(os.pardir)
assert utils.get_project(default_file) == [
'unittest-network', 'unittest-vm', 'unittest-key'
]
def execute(self):
set_file = self.args["--file"]
default_file = orch.check_manifest_file()
if self.args["vm"]:
instance_id = self.args["<VM_ID>"]
try:
q_vm = utils.question(
"Are you sure to delete this virtual machines ? ")
if q_vm:
vm_lib.do_delete(instance_id)
utils.log_info("VM has been deleted")
except Exception as e:
utils.log_err(e)
else:
pass
finally:
pass
exit()
if self.args["network"]:
network_id = self.args["<NETWORK_ID>"]
try:
q_net = utils.question("Are you sure to delete this network ?")
if q_net:
network_lib.do_delete(network_id)
utils.log_info("network has been deleted")
except Exception as e:
utils.log_err(e)
else:
pass
finally:
pass
exit()
if self.args["stack"]:
stack_name = self.args["<STACK_NAME>"]
try:
q_stack = utils.question(
'Are you sure to delete "{}" stack ? '.format(stack_name))
if q_stack:
proj = orch.do_delete(stack_name)
if proj:
utils.log_info(
"Stack {} has been deleted".format(stack_name))
else:
utils.log_err(
"Stack {} is not exists".format(stack_name))
except Exception as e:
utils.log_err(e)
else:
pass
finally:
pass
exit()
if set_file:
if os.path.exists(set_file):
default_file = "{}".format(set_file)
else:
utils.log_err("{} file is not exists!".format(set_file))
print(self.__doc__)
exit()
if not default_file:
utils.log_err("Can't find neo.yml manifest file!")
print(self.__doc__)
exit()
projects = utils.get_project(default_file)
project_answer = ",".join(projects)
q_project = utils.question(
"Are you sure to delete {} ? ".format(project_answer))
if q_project:
for project in projects:
proj = orch.do_delete(project)
if proj:
utils.log_info("Stack {} has been deleted".format(project))
else:
utils.log_err("Stack {} is not exists".format(project))
def execute(self):
"""
Remote client over SSH
"""
if self.args["ssh"]:
cridential = self.args["<USER@HOSTS>"].split("@")
if len(cridential) != 2:
print(self.__doc__)
exit(0)
user = cridential[0]
hostname = cridential[1]
utils.ssh_shell(hostname, user)
exit(0)
"""
Remote VM over SSH
"""
if self.args["vm"]:
vm_id = self.args["<VM_ID>"]
"""
cek vm metadata from stack
"""
utils.log_info("Check your key pairs")
vm_detail = vm_lib.detail(vm_id).to_dict()
key_pair_temp = tempfile.NamedTemporaryFile(delete=True)
try:
key_name = vm_detail["key_name"]
out = orch.get_private_key(key_name)
if out:
with open(key_pair_temp.name, 'w') as pkey:
pkey.write(out)
os.chmod(key_pair_temp.name, 0o600)
utils.log_info("Done...")
else:
utils.log_err(
"Can't find key pairs on your Virtual Machine!")
exit()
except Exception as e:
utils.log_err("Can't find key pairs on your Virtual Machine!")
exit()
# Address
addr = list()
addr_objs = utils.get_index(vm_detail["addresses"])
if len(addr_objs) > 0:
for addr_obj in addr_objs:
for addr_ip in vm_detail["addresses"][addr_obj]:
if addr_ip["OS-EXT-IPS:type"] == "floating":
addr_meta = addr_ip["addr"]
addr.append(addr_meta)
if not (len(addr) > 0):
utils.log_err("Can't find floating IP Address!")
exit()
utils.log_info("Check username")
user = orch.get_metadata(vm_detail["name"], "user")
if not user:
user = ""
while user == "":
user = input("Username : "******"Login with {}".format(user))
utils.ssh_shell(addr[0], user, key_file=key_pair_temp.name)
exit(0)
"""
Remote by manifest file neo.yaml
"""
set_file = self.args["--file"]
default_file = orch.check_manifest_file()
deploy_file = ".deploy/deploy.yml"
if set_file:
if os.path.exists(set_file):
default_file = set_file
else:
utils.log_err("{} file is not exists!".format(set_file))
exit()
if not default_file:
utils.log_err("Can't find neo.yml manifest file!")
exit()
if os.path.exists(deploy_file):
deploy_init = utils.yaml_parser(deploy_file)
deploy_init = [
d_init for d_init in deploy_init
if d_init["stack"] in ["instances", "clusters", "databases"]
]
else:
deploy_init = orch.initialize(default_file)
deploy_init = [
d_init for d_init in deploy_init
if d_init["stack"] in ["instances", "clusters", "databases"]
]
meta = None
if len(deploy_init) == 1:
meta = deploy_init[0]
if len(deploy_init) > 1:
meta_project = [pra_meta["project"] for pra_meta in deploy_init]
meta_field = [{
"type": "TitleSelectOne",
"name": "Select Project",
"key": "project",
"values": meta_project
}]
meta_field = utils.prompt_generator("Select project...",
meta_field)
meta = [
pra_meta for pra_meta in deploy_init
if pra_meta in [meta_field["project"]]
][0]
if meta:
project_name = meta["project"]
project_dir = meta["dir"]
private_key_file = "{}/private_key.pem".format(project_dir)
project_hostname = None
project_user = None
if not os.path.exists(private_key_file):
utils.log_info(
"Generate {} private key...".format(project_name))
wait_key = True
while wait_key:
out = orch.get_pkey_from_stack(project_name)
if out:
with open(private_key_file, "w") as pkey:
pkey.write(out)
os.chmod(private_key_file, 0o600)
utils.log_info("Done...")
wait_key = False
else:
pkeys = orch.get_private_key(project_name)
if pkeys:
with open(private_key_file, "w") as pkey:
pkey.write(pkeys)
os.chmod(private_key_file, 0o600)
utils.log_info("Done...")
wait_key = False
else:
time.sleep(5)
if os.path.exists(private_key_file):
if not project_hostname:
project_hostname = orch.get_metadata(
project_name, "controller")
project_user = orch.get_metadata(project_name, "user")
do_ssh = True
print("Try to connect...", end="")
while do_ssh:
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
result = sock.connect_ex((project_hostname, 22))
if result == 0:
print("\nSuccess...")
time.sleep(3)
do_ssh = False
else:
print(".", end="")
time.sleep(3)
do_ssh = True
if self.args["--command"]:
try:
utils.ssh_out_stream(project_hostname,
project_user,
self.args["--command"],
key_file=private_key_file)
except KeyboardInterrupt:
exit()
if self.args["--tunneling"]:
try:
tunnel_args = " ".join([
"-L {}".format(t_arg)
for t_arg in self.args["--tunneling"].split(",")
])
commands = "ssh -i {} {} {}@{}".format(
private_key_file, tunnel_args, project_user,
project_hostname).split(" ")
subprocess.call(commands)
except KeyboardInterrupt:
exit()
utils.ssh_shell(project_hostname,
project_user,
key_file=private_key_file)
def execute(self):
headers = ["ID", "Name", "Status", "Created", "Updated"]
if self.args["stack"]:
print(tabulate(orch.get_list(), headers=headers, tablefmt="grid"))
exit()
set_file = self.args["--file"]
default_file = orch.check_manifest_file()
if self.args["vm"]:
try:
data_instance = list()
for instance in vm_lib.get_list():
pre_instance = [
instance.id, instance.name, instance.key_name
]
pre_instance.append(
image.detail(instance.image["id"]).name)
flavors = vm_lib.detail_flavor(instance.flavor["id"])
flavors_name = flavors.name
flavors_vcpu = flavors.vcpus
flavors_ram = bitmath.MiB(
flavors.ram).to_GiB().best_prefix()
pre_instance.append(flavors_name)
pre_instance.append(flavors_ram)
pre_instance.append(flavors_vcpu)
# Address
addr = list()
addr_objs = utils.get_index(instance.addresses)
if len(addr_objs) > 0:
for addr_obj in addr_objs:
addr.append("network : {}".format(addr_obj))
for addr_ip in instance.addresses[addr_obj]:
addr_meta = "{} IP : {}".format(
addr_ip["OS-EXT-IPS:type"],
addr_ip["addr"])
addr.append(addr_meta)
if len(addr) > 0:
pre_instance.append("\n".join(addr))
else:
pre_instance.append("")
pre_instance.append(instance.status)
data_instance.append(pre_instance)
if len(data_instance) == 0:
utils.log_err("No Data...")
print(self.__doc__)
except Exception as e:
utils.log_err(e)
exit()
print(
tabulate(
data_instance,
headers=[
"ID",
"Name",
"Key Pair",
"Image",
"Flavor",
"RAM (GiB)",
"vCPU",
"Addresses",
"Status",
],
tablefmt="grid",
))
exit()
if self.args["network"]:
data_network = [[
network["id"], network["name"], network["status"]
] for network in network_lib.get_list()]
if len(data_network) == 0:
utils.log_err("No Data...")
print(self.__doc__)
exit()
print(
tabulate(data_network,
headers=["ID", "Name", "Status"],
tablefmt="grid"))
exit()
if self.args["floatingips"]:
data_floatingips = [[
floatingips["floating_ip_address"],
floatingips["created_at"],
floatingips["status"],
] for floatingips in network_lib.get_floatingips()]
if len(data_floatingips) == 0:
utils.log_err("No Data...")
print(self.__doc__)
exit()
print(
tabulate(
data_floatingips,
headers=["IP Address", "Created at", "Status"],
tablefmt="grid",
))
exit()
if self.args["--outputs"]:
stack_name = self.args["--outputs"].split(".")
if len(stack_name) is 1:
for meta in orch.get_meta_stack(stack_name[0]):
print(meta["output_key"], " :")
print(meta["output_value"])
print("")
if len(stack_name) is 2:
print(orch.get_metadata(stack_name[0], stack_name[1]))
exit()
if set_file:
if os.path.exists(set_file):
default_file = "{}".format(set_file)
else:
utils.log_err("{} file is not exists!".format(set_file))
print(self.__doc__)
exit()
if not default_file:
utils.log_err("Oops!! Can't find neo.yml manifest file!")
print(self.__doc__)
exit()
projects = utils.get_project(default_file)
project_list = list()
for project in projects:
proj = orch.get_stack(project)
if proj:
project_list.append(proj)
if len(project_list) > 0:
print(tabulate(project_list, headers=headers, tablefmt="grid"))
else:
utils.log_err("No Data...")
print(self.__doc__)
def execute(self):
set_file = self.args["--file"]
default_file = orch.check_manifest_file()
if self.args["vm"]:
instance_id = self.args["<VM_ID>"]
try:
answer = ""
while answer not in ["y", "n"]:
answer = input(
"Are you sure to delete this virtual machines [y/n]? "
).lower()
if answer == "y":
vm_lib.do_delete(instance_id)
utils.log_info("VM has been deleted")
except Exception as e:
utils.log_err(e)
else:
pass
finally:
pass
exit()
if self.args["network"]:
network_id = self.args["<NETWORK_ID>"]
try:
answer = ""
while answer not in ["y", "n"]:
answer = input(
"Are you sure to delete this network [Y/N]? ")
if answer == "y":
network_lib.do_delete(network_id)
utils.log_info("network has been deleted")
except Exception as e:
utils.log_err(e)
else:
pass
finally:
pass
exit()
if self.args["stack"]:
stack_name = self.args["<STACK_NAME>"]
try:
answer = ""
while answer not in ["y", "n"]:
answer = input(
"Are you sure to delete \"{}\" stack [Y/N]? ".format(stack_name))
if answer == "y":
proj = orch.do_delete(stack_name)
if proj:
utils.log_info("Stack {} has been deleted".format(stack_name))
else:
utils.log_err("Stack {} is not exists".format(stack_name))
except Exception as e:
utils.log_err(e)
else:
pass
finally:
pass
exit()
if set_file:
if os.path.exists(set_file):
default_file = "{}".format(set_file)
else:
utils.log_err("{} file is not exists!".format(set_file))
print(self.__doc__)
exit()
if not default_file:
utils.log_err("Can't find neo.yml manifest file!")
print(self.__doc__)
exit()
projects = utils.get_project(default_file)
project_answer = ",".join(projects)
answer = ""
while answer not in ["y", "n"]:
answer = input("Are you sure to delete {} [y/n]? ".format(
project_answer).lower())
if answer == "y":
for project in projects:
proj = orch.do_delete(project)
if proj:
utils.log_info("Stack {} has been deleted".format(project))
else:
utils.log_err("Stack {} is not exists".format(project))
def execute(self):
headers = ["ID", "Name", "Status", "Created", "Updated"]
if self.args["stack"]:
print(tabulate(orch.get_list(), headers=headers, tablefmt="grid"))
exit()
set_file = self.args["--file"]
default_file = orch.check_manifest_file()
if self.args["vm"]:
data_instance = list()
for instance in vm_lib.get_list():
pre_instance = [instance.id, instance.name]
pre_instance.append(image.detail(instance.image["id"]).name)
flavors = vm_lib.detail_flavor(instance.flavor["id"])
flavors_name = flavors.name
flavors_vcpu = flavors.vcpus
flavors_ram = bitmath.MiB(flavors.ram).to_GiB().best_prefix()
pre_instance.append(flavors_name)
pre_instance.append(flavors_ram)
pre_instance.append(flavors_vcpu)
# Address
addr = list()
addr_objs = utils.get_index(instance.addresses)
if len(addr_objs) > 0:
for addr_obj in addr_objs:
addr.append("network : {}".format(addr_obj))
for addr_ip in instance.addresses[addr_obj]:
addr_meta = "{} IP : {}".format(
addr_ip["OS-EXT-IPS:type"], addr_ip["addr"])
addr.append(addr_meta)
if len(addr) > 0:
pre_instance.append("\n".join(addr))
else:
pre_instance.append("")
pre_instance.append(instance.status)
data_instance.append(pre_instance)
if len(data_instance) == 0:
utils.log_err("No Data...")
print(self.__doc__)
exit()
print(
tabulate(
data_instance,
headers=[
"ID", "Name", "Image", "Flavor", "RAM (GiB)", "vCPU",
"Addresses", "Status"
],
tablefmt="grid"))
exit()
if self.args["network"]:
data_network = [[
network['id'], network['name'], network['status']
] for network in network_lib.get_list()]
if len(data_network) == 0:
utils.log_err("No Data...")
print(self.__doc__)
exit()
print(
tabulate(
data_network,
headers=["ID", "Name", "Status"],
tablefmt="grid"))
exit()
if self.args["--outputs"]:
stack_name = self.args["--outputs"].split(".")
if len(stack_name) is 1:
for meta in orch.get_meta_stack(stack_name[0]):
print(meta["output_key"], " :")
print(meta["output_value"])
print("")
if len(stack_name) is 2:
print(orch.get_metadata(stack_name[0], stack_name[1]))
exit()
if set_file:
if os.path.exists(set_file):
default_file = "{}".format(set_file)
else:
utils.log_err("{} file is not exists!".format(set_file))
print(self.__doc__)
exit()
if not default_file:
utils.log_err("Oops!! Can't find neo.yml manifest file!")
print(self.__doc__)
exit()
projects = utils.get_project(default_file)
project_list = list()
for project in projects:
proj = orch.get_stack(project)
if proj:
project_list.append(proj)
if len(project_list) > 0:
print(tabulate(project_list, headers=headers, tablefmt="grid"))
else:
utils.log_err("No Data...")
print(self.__doc__)
def execute(self):
if self.args["--template"]:
if self.args["--template"] in ("clusters", "instances", "networks"):
tmpl = self.args["--template"]
if self.args["--interactive"]:
ncurses.init(stack=tmpl)
else:
prompt.init(stack=tmpl)
exit()
if self.args["kubernetes"]:
if self.args["--interactive"]:
print(ncurses.init(stack="clusters", project="kubernetes"))
else:
print(prompt.init(stack="clusters", project="kubernetes"))
if self.args["vm"]:
if self.args["--interactive"]:
print(ncurses.init(stack="instances", project="vm"))
else:
print(prompt.init(stack="instances", project="vm"))
headers = ["ID", "Name", "Status", "Created", "Updated"]
set_file = self.args["--file"]
default_file = orch.check_manifest_file()
if set_file:
if os.path.exists(set_file):
default_file = set_file
else:
utils.log_err("{} file is not exists!".format(set_file))
exit()
if not default_file:
utils.log_err("Can't find neo.yml manifest file!")
q_stack = utils.question("Do you want to generate neo.yml manifest? ")
if q_stack:
if self.args["--interactive"]:
print(ncurses.init())
else:
print(prompt.init())
q_deploy = utils.question("Continue to deploy? ")
if q_deploy:
default_file = "neo.yml"
else:
exit()
else:
exit()
else:
q_deploy = utils.question("Continue to deploy? ")
if q_deploy:
default_file = "neo.yml"
else:
exit()
deploy_init = orch.initialize(default_file)
try:
orch.do_create(deploy_init)
except Exception as e:
utils.log_err(e)
utils.log_err("Deploying Stack failed...")
exit()
projects = utils.get_project(default_file)
project_list = list()
for project in projects:
proj = orch.get_stack(project)
if proj:
project_list.append(proj)
if len(project_list) > 0:
print(tabulate(project_list, headers=headers, tablefmt="grid"))
def execute(self):
if self.args["--template"]:
if self.args["--template"] in ('clusters', 'instances',
'networks'):
tmpl = self.args["--template"]
if self.args["--interactive"]:
ncurses.init(stack=tmpl)
else:
prompt.init(stack=tmpl)
exit()
if self.args["kubernetes"]:
if self.args["--interactive"]:
print(ncurses.init(stack="clusters", project="kubernetes"))
else:
print(prompt.init(stack="clusters", project="kubernetes"))
if self.args["vm"]:
if self.args["--interactive"]:
print(ncurses.init(stack="instances", project="vm"))
else:
print(prompt.init(stack="instances", project="vm"))
headers = ["ID", "Name", "Status", "Created", "Updated"]
set_file = self.args["--file"]
default_file = orch.check_manifest_file()
if set_file:
if os.path.exists(set_file):
default_file = set_file
else:
utils.log_err("{} file is not exists!".format(set_file))
exit()
if not default_file:
utils.log_err("Can't find neo.yml manifest file!")
q_stack = utils.question(
"Do you want to generate neo.yml manifest? ")
if q_stack:
if self.args["--interactive"]:
print(ncurses.init())
else:
print(prompt.init())
q_deploy = utils.question("Continue to deploy? ")
if q_deploy:
default_file = "neo.yml"
else:
exit()
else:
exit()
else:
q_deploy = utils.question("Continue to deploy? ")
if q_deploy:
default_file = "neo.yml"
else:
exit()
deploy_init = orch.initialize(default_file)
try:
orch.do_create(deploy_init)
except Exception as e:
utils.log_err(e)
utils.log_err("Deploying Stack failed...")
exit()
projects = utils.get_project(default_file)
project_list = list()
for project in projects:
proj = orch.get_stack(project)
if proj:
project_list.append(proj)
if len(project_list) > 0:
print(tabulate(project_list, headers=headers, tablefmt="grid"))
def execute(self):
"""
Remote client over SSH
"""
if self.args["ssh"]:
cridential = self.args["<USER@HOSTS>"].split("@")
if len(cridential) != 2:
print(self.__doc__)
exit(0)
user = cridential[0]
hostname = cridential[1]
utils.ssh_shell(hostname, user)
exit(0)
"""
Remote VM over SSH
"""
if self.args["vm"]:
vm_id = self.args["<VM_ID>"]
"""
cek vm metadata from stack
"""
utils.log_info("Check your key pairs")
vm_detail = vm_lib.detail(vm_id).to_dict()
key_pair_temp = tempfile.NamedTemporaryFile(delete=True)
try:
key_name = vm_detail["key_name"]
out = orch.get_private_key(key_name)
if out:
with open(key_pair_temp.name, 'w') as pkey:
pkey.write(out)
os.chmod(key_pair_temp.name, 0o600)
utils.log_info("Done...")
else:
utils.log_err("Can't find key pairs on your Virtual Machine!")
exit()
except Exception as e:
utils.log_err("Can't find key pairs on your Virtual Machine!")
exit()
# Address
addr = list()
addr_objs = utils.get_index(vm_detail["addresses"])
if len(addr_objs) > 0:
for addr_obj in addr_objs:
for addr_ip in vm_detail["addresses"][addr_obj]:
if addr_ip["OS-EXT-IPS:type"] == "floating":
addr_meta = addr_ip["addr"]
addr.append(addr_meta)
if not (len(addr) > 0):
utils.log_err("Can't find floating IP Address!")
exit()
utils.log_info("Check username")
user = orch.get_metadata(vm_detail["name"], "user")
if not user:
user = ""
while user == "":
user = input(
"Username : "******"Login with {}".format(user))
utils.ssh_shell(addr[0], user, key_file=key_pair_temp.name)
exit(0)
"""
Remote by manifest file neo.yaml
"""
set_file = self.args["--file"]
default_file = orch.check_manifest_file()
deploy_file = ".deploy/deploy.yml"
if set_file:
if os.path.exists(set_file):
default_file = set_file
else:
utils.log_err("{} file is not exists!".format(set_file))
exit()
if not default_file:
utils.log_err("Can't find neo.yml manifest file!")
exit()
if os.path.exists(deploy_file):
deploy_init = utils.yaml_parser(deploy_file)
deploy_init = [d_init for d_init in deploy_init if d_init["stack"] in ["instances","clusters","databases"]]
else:
deploy_init = orch.initialize(default_file)
deploy_init = [d_init for d_init in deploy_init if d_init["stack"] in ["instances","clusters","databases"]]
meta = None
if len(deploy_init) == 1:
meta = deploy_init[0]
if len(deploy_init) > 1:
meta_project = [pra_meta["project"] for pra_meta in deploy_init]
meta_field = [{"type": "TitleSelectOne", "name": "Select Project", "key": "project", "values": meta_project}]
meta_field = utils.prompt_generator("Select project...",meta_field)
meta = [pra_meta for pra_meta in deploy_init if pra_meta in [meta_field["project"]]][0]
if meta:
project_name = meta["project"]
project_dir = meta["dir"]
private_key_file = "{}/private_key.pem".format(project_dir)
project_hostname = None
project_user = None
if not os.path.exists(private_key_file):
utils.log_info("Generate {} private key...".format(
project_name))
wait_key = True
while wait_key:
out = orch.get_pkey_from_stack(project_name)
if out:
with open(private_key_file, "w") as pkey:
pkey.write(out)
os.chmod(private_key_file, 0o600)
utils.log_info("Done...")
wait_key = False
else:
pkeys = orch.get_private_key(project_name)
if pkeys:
with open(private_key_file, "w") as pkey:
pkey.write(pkeys)
os.chmod(private_key_file, 0o600)
utils.log_info("Done...")
wait_key = False
else:
time.sleep(5)
if os.path.exists(private_key_file):
if not project_hostname:
project_hostname = orch.get_metadata(project_name, "controller")
project_user = orch.get_metadata(project_name, "user")
do_ssh = True
print("Try to connect...", end="")
while do_ssh:
sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
result = sock.connect_ex((project_hostname, 22))
if result == 0:
print("\nSuccess...")
time.sleep(3)
do_ssh = False
else:
print(".", end="")
time.sleep(3)
do_ssh = True
if self.args["--command"]:
try:
utils.ssh_out_stream(project_hostname, project_user, self.args["--command"], key_file=private_key_file)
except KeyboardInterrupt:
exit()
elif self.args["--tunneling"]:
try:
tunnel_args = " ".join(["-L {}".format(t_arg) for t_arg in self.args["--tunneling"].split(",")])
commands = "ssh -i {} {} {}@{}".format(private_key_file, tunnel_args, project_user, project_hostname).split(" ")
subprocess.call(commands)
except KeyboardInterrupt:
exit()
else:
try:
utils.ssh_shell(project_hostname, project_user, key_file=private_key_file)
except KeyboardInterrupt:
exit()
