def get_public_key(request):
with get_user(request, readonly=True) as user:
keypairs = user.get('keypairs', {})
key_id = request.matchdict['key']
if not key_id:
return Response('Key id not provided', 400)
if key_id in keypairs:
return keypairs[key_id].get('public', '')
else:
return Response('Keypair not found %s' % key_id, 404)
def get_public_key(request):
with get_user(request, readonly=True) as user:
keypairs = user.get('keypairs', {})
key_id = request.matchdict['key']
if not key_id:
return Response('Key id not provided', 400)
if key_id in keypairs:
return keypairs[key_id].get('public', '')
else:
return Response('Keypair not found %s' % key_id, 404)
def connect(request, backend_id=False):
"""Establishes backend connection using the credentials specified.
It has been tested with:
* EC2, and the alternative providers like EC2_EU,
* Rackspace, old style and the new Nova powered one,
* Openstack Diablo through Trystack, should also try Essex,
* Linode
"""
with get_user(request, readonly=True) as user:
backends = user['backends']
#~ log.error(backends.keys())
if not backend_id:
backend_id = request.matchdict['backend']
backend = backends.get(backend_id)
if backend['provider'] != 'bare_metal':
driver = get_driver(backend['provider'])
if backend['provider'] == Provider.OPENSTACK:
conn = driver(backend['apikey'],
backend['apisecret'],
ex_force_auth_version=backend.get('auth_version', '2.0_password'),
ex_force_auth_url=backend.get('apiurl', None),
ex_tenant_name=backend.get('tenant_name', None))
elif backend['provider'] == Provider.LINODE:
conn = driver(backend['apisecret'])
elif backend['provider'] == Provider.RACKSPACE_FIRST_GEN:
conn = driver(backend['apikey'], backend['apisecret'],
region=backend['region'])
elif backend['provider'] == Provider.RACKSPACE:
conn = driver(backend['apikey'], backend['apisecret'],
region=backend['region'])
elif backend['provider'] in [Provider.NEPHOSCALE, Provider.DIGITAL_OCEAN]:
conn = driver(backend['apikey'], backend['apisecret'])
elif backend['provider'] == Provider.SOFTLAYER:
conn = driver(backend['apikey'], backend['apisecret'])
elif backend['provider'] == 'bare_metal':
conn = BareMetalDriver(backend['list_of_machines'])
else:
# ec2
conn = driver(backend['apikey'], backend['apisecret'])
# Account for sub-provider regions (EC2_US_WEST, EC2_US_EAST etc.)
conn.type = backend['provider']
return conn
def connect(request, backend_id=False):
"""Establishes backend connection using the credentials specified.
It has been tested with:
* EC2, and the alternative providers like EC2_EU,
* Rackspace, old style and the new Nova powered one,
* Openstack Diablo through Trystack, should also try Essex,
* Linode
"""
with get_user(request, readonly=True) as user:
backends = user['backends']
#~ log.error(backends.keys())
if not backend_id:
backend_id = request.matchdict['backend']
backend = backends.get(backend_id)
driver = get_driver(backend['provider'])
if backend['provider'] == Provider.OPENSTACK:
conn = driver(backend['apikey'],
backend['apisecret'],
ex_force_auth_version=backend.get(
'auth_version', '2.0_password'),
ex_force_auth_url=backend.get('apiurl', None),
ex_tenant_name=backend.get('tenant_name', None))
elif backend['provider'] == Provider.LINODE:
conn = driver(backend['apisecret'])
elif backend['provider'] == Provider.RACKSPACE_FIRST_GEN:
conn = driver(backend['apikey'],
backend['apisecret'],
region=backend['region'])
elif backend['provider'] == Provider.RACKSPACE:
conn = driver(backend['apikey'],
backend['apisecret'],
region=backend['region'])
elif backend['provider'] in [Provider.NEPHOSCALE, Provider.DIGITAL_OCEAN]:
conn = driver(backend['apikey'], backend['apisecret'])
elif backend['provider'] == Provider.SOFTLAYER:
conn = driver(backend['apikey'], backend['apisecret'])
else:
# ec2
conn = driver(backend['apikey'], backend['apisecret'])
# Account for sub-provider regions (EC2_US_WEST, EC2_US_EAST etc.)
conn.type = backend['provider']
return conn
def get_private_key(request):
"""Gets private key from keypair name.
It is used in single key view when the user clicks the display private key
button.
"""
with get_user(request, readonly=True) as user:
keypairs = user.get('keypairs', {})
key_id = request.matchdict['key']
if not key_id:
return Response('Key id not provided', 400)
if key_id in keypairs:
return keypairs[key_id].get('private', '')
else:
return Response('Keypair not found %s' % key_id, 404)
def get_private_key(request):
"""Gets private key from keypair name.
It is used in single key view when the user clicks the display private key
button.
"""
with get_user(request, readonly=True) as user:
keypairs = user.get('keypairs', {})
key_id = request.matchdict['key']
if not key_id:
return Response('Key id not provided', 400)
if key_id in keypairs:
return keypairs[key_id].get('private', '')
else:
return Response('Keypair not found %s' % key_id, 404)
def set_default_key(request):
"""Sets a key as default.
After all changes take place, it updates the configuration and saves the
updated yaml.
"""
key_id = request.matchdict['key']
if not key_id:
return Response('Key name not provided', 400)
with get_user(request) as user:
keypairs = user.get('keypairs', {})
if not key_id in keypairs:
return Response('Keypair not found', 404)
for key in keypairs:
keypairs[key]['default'] = False
keypairs[key_id]['default'] = True
return Response('OK', 200)
def set_default_key(request):
"""Sets a key as default.
After all changes take place, it updates the configuration and saves the
updated yaml.
"""
key_id = request.matchdict['key']
if not key_id:
return Response('Key name not provided', 400)
with get_user(request) as user:
keypairs = user.get('keypairs', {})
if not key_id in keypairs:
return Response('Keypair not found', 404)
for key in keypairs:
keypairs[key]['default'] = False
keypairs[key_id]['default'] = True
return Response('OK', 200)
def get_auth_key(request):
with get_user(request, readonly=True) as user:
from base64 import urlsafe_b64encode
auth_key = "%s:%s" % (user['email'], user['password'])
auth_key = urlsafe_b64encode(auth_key)
return auth_key
def get_auth_key(request):
with get_user(request, readonly=True) as user:
from base64 import urlsafe_b64encode
auth_key = "%s:%s" % (user['email'], user['password'])
auth_key = urlsafe_b64encode(auth_key)
return auth_key
