def create_launch_config(self, user_obj, lc):
(dt_name, site_name) = _breakup_name(lc.LaunchConfigurationName)
# see if that name already exists
dt_def = None
exists = self._check_dt_name_exists(dt_name, user_obj.access_id)
if exists:
dt_def = self._get_dt_details(dt_name, user_obj.access_id)
if not dt_def:
dt_def = {}
dt_def['mappings'] = {}
if site_name in dt_def['mappings']:
raise PhantomAWSException('InvalidParameterValue',
details="Name already in use")
dt_def['mappings'][site_name] = {}
# values needed by the system
dt_def['mappings'][site_name]['iaas_allocation'] = lc.InstanceType
dt_def['mappings'][site_name]['iaas_image'] = lc.ImageId
dt_def['mappings'][site_name][
'key_name'] = phantom_get_default_key_name()
# user defined values
dt_def['mappings'][site_name]['CreatedTime'] = make_time(
lc.CreatedTime.date_time)
#dt_def['mappings'][site_name]['BlockDeviceMappings'] = lc.BlockDeviceMappings
dt_def['mappings'][site_name][
'InstanceMonitoring'] = lc.InstanceMonitoring.Enabled
dt_def['mappings'][site_name]['KernelId'] = lc.KernelId
dt_def['mappings'][site_name]['RamdiskId'] = lc.RamdiskId
dt_def['mappings'][site_name]['RequestedKeyName'] = lc.KeyName
dt_def['mappings'][site_name][
'LaunchConfigurationARN'] = lc.LaunchConfigurationARN
if lc.UserData:
try:
lc.UserData = base64.b64decode(lc.UserData)
except:
raise PhantomAWSException(
'InvalidParameterValue',
details="UserData should be base64-encoded")
dt_def['contextualization'] = {}
dt_def['contextualization']['method'] = 'userdata'
dt_def['contextualization']['userdata'] = lc.UserData
if exists:
self._dtrs_client.update_dt(user_obj.access_id, dt_name, dt_def)
else:
self._dtrs_client.add_dt(user_obj.access_id, dt_name, dt_def)
def create_autoscale_group(self, user_obj, asg):
log(
logging.DEBUG, "entering create_autoscale_group with %s" %
(asg.LaunchConfigurationName))
(definition_name, domain_opts) = tags_to_definition(asg.Tags.type_list)
domain_opts['minimum_vms'] = asg.DesiredCapacity
dt_name = asg.LaunchConfigurationName
site_name = ""
if dt_name.find('@') > 0:
(dt_name, site_name) = _breakup_name(asg.LaunchConfigurationName)
if definition_name == 'sensor_engine':
domain_opts['deployable_type'] = dt_name
domain_opts['dtname'] = dt_name
domain_opts['iaas_site'] = site_name
domain_opts['iaas_allocation'] = "m1.small"
domain_opts['minimum_vms'] = asg.MinSize
domain_opts['maximum_vms'] = asg.MaxSize
domain_opts['opentsdb_host'] = self._opentsdb_host
domain_opts['opentsdb_port'] = self._opentsdb_port
else:
domain_opts['dtname'] = dt_name
domain_opts['minimum_vms'] = asg.MinSize
domain_opts['maximum_vms'] = asg.MaxSize
domain_opts['opentsdb_host'] = self._opentsdb_host
domain_opts['opentsdb_port'] = self._opentsdb_port
#domain_opts['force_site'] = site_name
domain_opts['CreatedTime'] = make_time(asg.CreatedTime.date_time)
domain_opts['AutoScalingGroupARN'] = asg.AutoScalingGroupARN
domain_opts['VPCZoneIdentifier'] = asg.VPCZoneIdentifier
domain_opts['HealthCheckType'] = asg.HealthCheckType
domain_opts['PlacementGroup'] = asg.PlacementGroup
conf = {'engine_conf': domain_opts}
log(logging.INFO, "Creating autoscale group with %s" % (conf))
try:
self._epum_client.add_domain(asg.AutoScalingGroupName,
definition_name,
conf,
caller=user_obj.access_id)
except DashiError, de:
if de.exc_type == u'WriteConflictError':
raise PhantomAWSException(
'InvalidParameterValue',
details="auto scale name already exists")
log(logging.ERROR, "An error creating ASG: %s" % (str(de)))
raise
def create_launch_config(self, user_obj, lc):
(dt_name, site_name) = _breakup_name(lc.LaunchConfigurationName)
# see if that name already exists
dt_def = None
exists = self._check_dt_name_exists(dt_name, user_obj.access_id)
if exists:
dt_def = self._get_dt_details(dt_name, user_obj.access_id)
if not dt_def:
dt_def = {}
dt_def['mappings'] = {}
if site_name in dt_def['mappings']:
raise PhantomAWSException('InvalidParameterValue',details="Name already in use")
dt_def['mappings'][site_name] = {}
# values needed by the system
dt_def['mappings'][site_name]['iaas_allocation'] = lc.InstanceType
dt_def['mappings'][site_name]['iaas_image'] = lc.ImageId
dt_def['mappings'][site_name]['key_name'] = phantom_get_default_key_name()
# user defined values
dt_def['mappings'][site_name]['CreatedTime'] = make_time(lc.CreatedTime.date_time)
#dt_def['mappings'][site_name]['BlockDeviceMappings'] = lc.BlockDeviceMappings
dt_def['mappings'][site_name]['InstanceMonitoring'] = lc.InstanceMonitoring.Enabled
dt_def['mappings'][site_name]['KernelId'] = lc.KernelId
dt_def['mappings'][site_name]['RamdiskId'] = lc.RamdiskId
dt_def['mappings'][site_name]['RequestedKeyName'] = lc.KeyName
dt_def['mappings'][site_name]['LaunchConfigurationARN'] = lc.LaunchConfigurationARN
if lc.UserData:
try:
lc.UserData = base64.b64decode(lc.UserData)
except:
raise PhantomAWSException('InvalidParameterValue', details="UserData should be base64-encoded")
dt_def['contextualization'] = {}
dt_def['contextualization']['method'] = 'userdata'
dt_def['contextualization']['userdata'] = lc.UserData
if exists:
self._dtrs_client.update_dt(user_obj.access_id, dt_name, dt_def)
else:
self._dtrs_client.add_dt(user_obj.access_id, dt_name, dt_def)
def create_autoscale_group(self, user_obj, asg):
log(logging.DEBUG, "entering create_autoscale_group with %s" % (asg.LaunchConfigurationName))
(definition_name, domain_opts) = tags_to_definition(asg.Tags.type_list)
domain_opts['minimum_vms'] = asg.DesiredCapacity
dt_name = asg.LaunchConfigurationName
site_name = ""
if dt_name.find('@') > 0:
(dt_name, site_name) = _breakup_name(asg.LaunchConfigurationName)
if definition_name == 'sensor_engine':
domain_opts['deployable_type'] = dt_name
domain_opts['dtname'] = dt_name
domain_opts['iaas_site'] = site_name
domain_opts['iaas_allocation'] = "m1.small"
domain_opts['minimum_vms'] = asg.MinSize
domain_opts['maximum_vms'] = asg.MaxSize
domain_opts['opentsdb_host'] = self._opentsdb_host
domain_opts['opentsdb_port'] = self._opentsdb_port
else:
domain_opts['dtname'] = dt_name
domain_opts['minimum_vms'] = asg.MinSize
domain_opts['maximum_vms'] = asg.MaxSize
domain_opts['opentsdb_host'] = self._opentsdb_host
domain_opts['opentsdb_port'] = self._opentsdb_port
#domain_opts['force_site'] = site_name
domain_opts['CreatedTime'] = make_time(asg.CreatedTime.date_time)
domain_opts['AutoScalingGroupARN'] = asg.AutoScalingGroupARN
domain_opts['VPCZoneIdentifier'] = asg.VPCZoneIdentifier
domain_opts['HealthCheckType'] = asg.HealthCheckType
domain_opts['PlacementGroup'] = asg.PlacementGroup
conf = {'engine_conf': domain_opts}
log(logging.INFO, "Creating autoscale group with %s" % (conf))
try:
self._epum_client.add_domain(asg.AutoScalingGroupName, definition_name, conf, caller=user_obj.access_id)
except DashiError, de:
if de.exc_type == u'WriteConflictError':
raise PhantomAWSException('InvalidParameterValue', details="auto scale name already exists")
log(logging.ERROR, "An error creating ASG: %s" % (str(de)))
raise
def add_xml(self, doc, container_element):
tm_str = make_time(self.date_time)
txt_el = doc.createTextNode(tm_str)
container_element.appendChild(txt_el)
def add_xml(self, doc, container_element):
tm_str = make_time(self.date_time)
txt_el = doc.createTextNode(tm_str)
container_element.appendChild(txt_el)
