def launch_instance(self):
""" Launch an instance need to clean up the exception logic """
try:
img = CloudTools.findBy("id", self.conn.list_images(), self.options.id)
sze = CloudTools.findBy("id", self.conn.list_sizes(), self.options.size)
if hasattr(self.options, "keyname") and self.options.keyname is not None:
if hasattr(self.options, "userdata") and self.options.userdata is not None:
self.conn.create_node(
name="",
image=img,
size=sze,
ex_keyname=self.options.keyname,
ex_mincount=self.options.number,
ex_userdata=base64.b64decode(self.options.userdata),
)
else:
self.conn.create_node(
name="", image=img, size=sze, ex_keyname=self.options.keyname, ex_mincount=self.options.number
)
return CloudTools.SUCCESS
except InvalidCredsError:
raise InvalidCredsError()
except:
return '[{"message": "Quota exceeded: code=InstanceLimitExceeded", "code": 413, "retryAfter": 0}]'
def resource_by_id(id, resources):
image = CloudTools.findBy("id", resources, id)
if image is None:
return "[]"
i_dict = image.__dict__
del i_dict["driver"]
return json.dumps([i_dict])
def delete_instance(self, instance_id):
""" Delete the instance with id instance_id"""
ins = CloudTools.findBy("id", self.conn.list_nodes(), instance_id)
self.conn.destroy_node(ins)
return CloudTools.SUCCESS
def api_request(options, conn):
try:
# LIST
if options.list == "images":
if options.id:
json_results = resource_by_id(options.id, conn.list_images())
else:
json_results = CloudTools.jsonifyLList(conn.list_images())
json_results = json_results.replace(
'"imagetype": "ramdisk"',
'"imagetype":"ramdisk","container_format":"ari"')
json_results = json_results.replace(
'"imagetype": "kernel"',
'"imagetype":"kernel","container_format":"aki"')
json_results = json_results.replace(
'"imagetype": "machine"',
'"imagetype":"machine","container_format":"ami"')
json_results = json_results.replace('"state": "available"','"state": "active"')
if options.limit:
start = 0
if options.marker:
logger.debug("marker is set")
logger.debug(options.marker)
# I think my logic here was that if the marker
# was an OpenStack image than we aren't even looking
# at these images yet however this means that either
# we have looked at all of them or none of them yet
# in the latter case we will never be able to look
# at them so I would rather choose the less wrong
# option of always showing them.
# if not options.marker.startswith(('emi','eki','eri')):
# start = limit
# else:
for index, image in enumerate(json.loads(json_results)):
if image['id'] == options.marker:
start = index + 1
logger.debug("the limit: %s", options.limit)
logger.debug(len(json.loads(json_results)))
logger.debug(start + options.limit)
json_results = json.dumps(json.loads(json_results)[start:start + options.limit])
print json_results
elif options.list == "instances":
if options.id:
json_results = resource_by_id(options.id, conn.list_nodes())
else:
json_results = CloudTools.jsonifyLList(conn.list_nodes())
print json_results.replace('"status": "running"','"status": "active"')
elif options.list == "keys":
aws_schema = "http://ec2.amazonaws.com/doc/2010-08-31/"
xml_as_dict = xmldict.xml_to_dict(conn.list_keys().__dict__['body'].replace(aws_schema, ''))
if xml_as_dict["DescribeKeyPairsResponse"]["keySet"] is None:
print []
else:
result = xml_as_dict["DescribeKeyPairsResponse"]["keySet"]["item"]
if 'keyName' in result:
result['keyMaterial'] = ""
result = [result]
else:
for item in result:
if 'keyName' in result:
item['keyMaterial'] = ""
if options.id:
result = keypair_by_name(options.id, result)
keys_json = json.dumps(result)
print(keys_json)
# ACTIONS
elif options.action == "launch":
try:
img = CloudTools.findBy("id", conn.list_images(), options.id)
sze = CloudTools.findBy("id", conn.list_sizes(), options.size)
if hasattr(options, 'keyname') and options.keyname is not None:
if hasattr(options, 'userdata') and options.userdata is not None:
conn.create_node(name='', image=img, size=sze,
ex_keyname=options.keyname,
ex_mincount=options.number,
ex_userdata=base64.b64decode(options.userdata))
else:
conn.create_node(name='', image=img, size=sze,
ex_keyname=options.keyname,
ex_mincount=options.number)
print(CloudTools.SUCCESS)
except InvalidCredsError:
raise InvalidCredsError()
except:
print '[{"message": "Quota exceeded: code=InstanceLimitExceeded", "code": 413, "retryAfter": 0}]'
elif options.action == "kill":
ins = CloudTools.findBy("id", conn.list_nodes(), options.id)
conn.destroy_node(ins)
print(CloudTools.SUCCESS)
elif options.action == "create_keypair":
try:
resp = conn.ex_create_keypair(name=options.keyname)
for keys in resp:
resp[keys] = resp[keys].replace('\n','\\n')
resp['keyName'] = options.keyname
print json.dumps([resp])
except InvalidCredsError:
raise InvalidCredsError()
except:
print '[{"message": "Key pair \'' + options.keyname + '\' already exists.", "code": 409}]'
elif options.action == "import_keypair":
resp = conn.ex_import_keypair(name=options.keyname, keyfile=options.keyfile)
for keys in resp:
resp[keys] = resp[keys].replace('\n','\\n')
print json.dumps([resp])
except InvalidCredsError:
time.sleep(2)
api_request(options, conn)
