def addKey(self, args):
"""
Add a given public key to cloudControl user account.
"""
default_key_path = get_default_ssh_key_path()
# Possibility #1: User is providing a non-default SSH key
key_to_read = args.public_key
if not is_key_valid(key_to_read):
# Possibility #2: Try the default RSA public key
print >> sys.stderr, "Key '{0}' seems to not be a RSA public key or not found!".format(key_to_read)
ask_user_to_use_default_ssh_public_key()
# Possibility #3: All failed! Let's just create new keys for user!
if not is_key_valid(default_key_path):
if key_to_read != default_key_path:
print >> sys.stderr, "Default key '{0}' seems to not be a RSA public key or not found!".format(default_key_path)
create_new_default_ssh_keys()
# We've filtered all cases: the key must be the default one!
key_to_read = default_key_path
# Good, we have the key! Now, read the content of the key!
public_rsa_key_content = readContentOf(key_to_read)
# Add public RSA-key to cloudControl user account
try:
users = self.api.read_users()
self.api.create_user_key(
users[0]['username'],
public_rsa_key_content)
except ConflictDuplicateError:
raise InputErrorException('KeyDuplicate')
def setup(self, args):
user_config = get_user_config(self.settings)
ssh_key_path = self._get_setup_ssh_key_path(user_config, args)
if not is_key_valid(ssh_key_path):
# If given key path is not default and does not exist
# we raise an error
if ssh_key_path != get_default_ssh_key_path():
raise InputErrorException('WrongPublicKey')
# If given key path was the default one, we create the key
# pair for the user
print >> sys.stderr, "Key '{0}' seems to not be a RSA public key or not found!".format(
ssh_key_path)
create_new_default_ssh_keys()
ssh_key_content = readContentOf(ssh_key_path)
ssh_auth = self._get_setup_ssh_auth(self.settings, user_config, args)
if args.email:
set_user_config(self.settings, email=args.email)
try:
users = self.api.read_users()
self.api.create_user_key(users[0]['username'], ssh_key_content)
except ConflictDuplicateError:
# Key already added, nothing to do.
pass
set_user_config(self.settings,
ssh_auth=ssh_auth,
ssh_path=ssh_key_path)
def setup(self, args):
user_config = get_user_config(self.settings)
ssh_key_path = self._get_setup_ssh_key_path(user_config, args)
if not is_key_valid(ssh_key_path):
# If given key path is not default and does not exist
# we raise an error
if ssh_key_path != get_default_ssh_key_path():
raise InputErrorException('WrongPublicKey')
# If given key path was the default one, we create the key
# pair for the user
print >> sys.stderr, "Key '{0}' seems to not be a RSA public key or not found!".format(ssh_key_path)
create_new_default_ssh_keys()
ssh_key_content = readContentOf(ssh_key_path)
ssh_auth = self._get_setup_ssh_auth(self.settings, user_config, args)
if args.email:
set_user_config(self.settings, email=args.email)
try:
users = self.api.read_users()
self.api.create_user_key(
users[0]['username'],
ssh_key_content)
except ConflictDuplicateError:
# Key already added, nothing to do.
pass
set_user_config(self.settings,
ssh_auth=ssh_auth,
ssh_path=ssh_key_path)
def addKey(self, args):
"""
Add a given public key to cloudControl user account.
"""
if sys.platform == 'win32':
default_key_path = os.path.expanduser('~') + "/.ssh/id_rsa.pub"
else:
default_key_path = os.getenv("HOME") + "/.ssh/id_rsa.pub"
# Possibility #1: User is providing a non-default SSH key
key_to_read = args.public_key
if not is_key_valid(key_to_read):
# Possibility #2: Try the default RSA public key
print "Key '{0}' seems to be invalid or not found!".format(key_to_read)
ask_user_to_use_default_ssh_public_key()
# Possibility #3: All failed! Let's just create new keys for user!
if not is_key_valid(default_key_path):
if key_to_read != default_key_path:
print "Default key '{0}' seems to be invalid or not found!".format(default_key_path)
create_new_default_ssh_keys()
# We've filtered all cases: the key must be the default one!
key_to_read = default_key_path
# Good, we have the key! Now, read the content of the key!
public_rsa_key_content = readContentOf(key_to_read)
# Add public RSA-key to cloudControl user account
try:
users = self.api.read_users()
self.api.create_user_key(
users[0]['username'],
public_rsa_key_content)
except ConflictDuplicateError:
raise InputErrorException('KeyDuplicate')