def init_from_id(cls, service_stack_id):
# split service id into service and stack components
service_id = os.path.dirname(service_stack_id)
stack_name = os.path.basename(service_stack_id)
# retrieve stack information
query = PlanetStateDbQuery.init_from_id(service_stack_id)
stack_info = query.format_result_set(query.execute())
# initialize class using primary constructor
return cls(service_id, stack_name, stack_info)
def execute(self):
# initialize service status query using skybase service registry id
query = PlanetStateDbQuery.init_from_id(
self.args['skybase_id'],
query_type = PlanetStateQueryTypes.WILDCARD)
# execute query and return standard result
query_result = query.format_result_set(query.execute())
# tabular output header
service_output = '\n{0}\t\t{1}\t\t{2}\n\n'.format('ip_address', 'role_name', 'stack_name')
# gather and format state information for each stack, role, and
# instance ip address for query result
for result in query_result:
# unpack query result
recid, instance_info = result.items()[0]
stackname = instance_info['cloud']['stack_name']
# TODO: performance / DRY enhancement: register planet and only init when not present
planet_name = recid.split('/')[1]
planet = Planet(planet_name)
# get stack status
stack_status = call_cloud_api(
planet=planet,
stack_name=stackname,
action='get_stack_status',
)
# report state information if stack launch complete
stack_output = ''
if stack_status == 'CREATE_COMPLETE':
# call cloud provider for ip addresses
stack_info = call_cloud_api(
planet=planet,
stack_name=stackname,
action='get_instance_ip',
)
# parse stack, role, instance info for ip addresses and
# present in tabular format
for instance_role_name, instances in stack_info.items():
# prepare output line for each ip address
for inst in instances:
# prepare complete line of output
role_ip_info = '{0}\t\t{1}\t\t{2}\n\n'.format(str(inst['private_ip_address']), instance_role_name, stackname)
# accumulate stack output
stack_output += role_ip_info
else:
# accumulate stack output
stack_output += '\n\nWARNING: Stack "{0}" Status is "{1}" - no IP info \n'.format(
stackname, stack_status)
# accumulate service output
service_output = service_output + stack_output
# prepare results
self.result.output = service_output.strip()
self.result.format = skytask.output_format_raw
return self.result
def preflight_check(self):
# container for preflight check issues
preflight_result = []
# instantiate planet
try:
self.planet = Planet(self.args.get('planet_name'))
except Exception as e:
self.preflight_check_result.status = 'FAIL'
preflight_result.append(skybase.exceptions.SkyBaseValidationError('planet init: {0}'.format(simple_error_format(e))))
# validate required options to delete one or all stacks
if not (self.args.get('stack_name') or self.args.get('delete_all_stacks'))\
or (self.args.get('stack_name') and self.args.get('delete_all_stacks')):
self.preflight_check_result.status = 'FAIL'
preflight_result.append(('specify one stack or option to delete all stacks for {0}'.format(self.args.get('service_name'))))
# validate existence of requested service/stack in state registry
query = PlanetStateDbQuery(
planet=self.args.get('planet_name'),
service=self.args.get('service_name'),
tag=self.runtime.tag,
stack=self.args.get('stack_name'),
query_type='exact',
)
# verify unique pointer to service or service/stack
if not query.can_find_exact():
self.preflight_check_result.status = 'FAIL'
preflight_result.append((skybase.exceptions.SkyBaseDeployError(
'options do not identify a unique service or stack: {0}'.format(query.show_query_path())
)))
# TODO: push stack path into task result
# save validated query path for postprocessing
self.stack_path = query.query
# reconfigure query to read resources for one or many service stacks
query.query_type = query.WILDCARD
query.query = query.make_query()
# collect all stacks for deletion
result_set = query.execute()
# collect status of launched stacks
for record in result_set:
# accumulate list of provider stack ids for deletion
self.stack_deletion_list.append(record.cloud.stack_id)
try:
# verify cloud provider DELETE* status for stack id
stack_status = skybase.actions.skycloud.call_cloud_api(
planet=self.planet,
stack_name=record.cloud.stack_id,
action='get_stack_status')
except Exception as e:
raise skybase.exceptions.SkyBaseDeployError(skybase.utils.simple_error_format(e))
if stack_status.startswith('DELETE'):
self.preflight_check_result.status = 'FAIL'
preflight_result.append(skybase.exceptions.SkyBaseDeployError(
'cannot delete stack {0} with status {1}'.format(record.cloud.stack_id, stack_status)))
# accumulate stack information for deleting state db records and logging result
self.stack_deletion_info[record.cloud.id] = {
'stack_id': record.cloud.stack_id,
'stack_name': record.cloud.stack_name,
}
# determine if deployed service used chef server. if so, then prepare to delete chef nodes
# TODO: find authoritative location/source for skybase id definition
# skybase state DB id
skybase_id = '/{0}/{1}/{2}'.format(
self.args.get('planet_name'),
self.args.get('service_name'),
self.runtime.tag,
)
# init service registry record and examine blueprint chef type
service_record = ServiceRegistryRecord.init_from_id(skybase_id)
self.chef_type = service_record.blueprint.definition.get('chef_type')
self.is_chef_type_server = (self.chef_type and self.chef_type == 'server')
# prepopulate list of host/instance names for use in chef node delete when chef_type server
# NOTE:
self.stack_chef_nodes = dict()
if self.is_chef_type_server:
for skybase_stack_id, stack_info in self.stack_deletion_info.items():
self.stack_chef_nodes[stack_info['stack_name']] = skybase.actions.skychef.get_stack_chef_nodes(
skybase_stack_id=skybase_stack_id,
runner_cfg=self.runner_cfg,
)
self.preflight_check_result.set_output(preflight_result)
return self.preflight_check_result
def execute(self):
# initialize service status query using skybase service registry id
query = PlanetStateDbQuery.init_from_id(
self.args['skybase_id'], query_type=PlanetStateQueryTypes.WILDCARD)
# execute query and return standard result
query_result = query.format_result_set(query.execute())
# tabular output header
service_output = '\n{0}\t\t{1}\t\t{2}\n\n'.format(
'ip_address', 'role_name', 'stack_name')
# gather and format state information for each stack, role, and
# instance ip address for query result
for result in query_result:
# unpack query result
recid, instance_info = result.items()[0]
stackname = instance_info['cloud']['stack_name']
# TODO: performance / DRY enhancement: register planet and only init when not present
planet_name = recid.split('/')[1]
planet = Planet(planet_name)
# get stack status
stack_status = call_cloud_api(
planet=planet,
stack_name=stackname,
action='get_stack_status',
)
# report state information if stack launch complete
stack_output = ''
if stack_status == 'CREATE_COMPLETE':
# call cloud provider for ip addresses
stack_info = call_cloud_api(
planet=planet,
stack_name=stackname,
action='get_instance_ip',
)
# parse stack, role, instance info for ip addresses and
# present in tabular format
for instance_role_name, instances in stack_info.items():
# prepare output line for each ip address
for inst in instances:
# prepare complete line of output
role_ip_info = '{0}\t\t{1}\t\t{2}\n\n'.format(
str(inst['private_ip_address']),
instance_role_name, stackname)
# accumulate stack output
stack_output += role_ip_info
else:
# accumulate stack output
stack_output += '\n\nWARNING: Stack "{0}" Status is "{1}" - no IP info \n'.format(
stackname, stack_status)
# accumulate service output
service_output = service_output + stack_output
# prepare results
self.result.output = service_output.strip()
self.result.format = skytask.output_format_raw
return self.result
def execute(self):
# unpack args
skybase_id = self.args.get('skybase_id')
planet_name = self.args.get('planet_name')
service_name = self.args.get('service_name')
continent_tag = self.args.get('tag')
stack_name = self.args.get('stack_name')
verbose = self.args.get('verbose')
# test if any query filtering args are provided to drive type of query
no_query_args = skybase_id == planet_name == service_name == continent_tag == stack_name == None
# initialize service status query
if no_query_args:
# no query filter args provided; limit output to planet list
query = PlanetStateDbQuery(
planet=planet_name,
service=service_name,
tag=continent_tag,
stack=stack_name,
query_type=PlanetStateQueryTypes.DRILLDOWN,
)
elif skybase_id:
# query by unique skybase id
query = PlanetStateDbQuery.init_from_id(skybase_id,)
else:
# query by provided arguments
query = PlanetStateDbQuery(
planet=planet_name,
service=service_name,
tag=continent_tag,
stack=stack_name,
query_type=PlanetStateQueryTypes.WILDCARD,
)
# execute query and return standard result
query_result = query.format_result_set(query.execute())
# extend query results if working with skybase ID or filter args that return stacks
if not no_query_args:
for result in query_result:
# unpack query result
recid, info = result.items()[0]
stackname = info['cloud']['stack_name']
# TODO: performance / DRY enhancement: register planet and only init when not present
planet_name = recid.split('/')[1]
planet = Planet(planet_name)
# get stack status
try:
stack_status = call_cloud_api(
planet=planet,
stack_name=stackname,
action='get_stack_status',
)
except Exception as e:
stack_status = e.message
# add skybase ID
info['skybase_id'] = recid
# add status to results
info['cloud'].update({'stack_status': stack_status})
# query cloud provider for current state information
if verbose and stack_status == 'CREATE_COMPLETE':
instance_info = call_cloud_api(
planet=planet,
stack_name=stackname,
action='get_instance_info',
)
# insert roles info into query result object
info['roles'] = instance_info
# execute query
self.result.output = query_result
self.result.format = skytask.output_format_json
return self.result
def preflight_check(self):
# container for preflight check issues
preflight_result = []
# instantiate planet
try:
self.planet = Planet(self.args.get('planet_name'))
except Exception as e:
self.preflight_check_result.status = 'FAIL'
preflight_result.append(
skybase.exceptions.SkyBaseValidationError(
'planet init: {0}'.format(simple_error_format(e))))
# validate required options to delete one or all stacks
if not (self.args.get('stack_name') or self.args.get('delete_all_stacks'))\
or (self.args.get('stack_name') and self.args.get('delete_all_stacks')):
self.preflight_check_result.status = 'FAIL'
preflight_result.append(
('specify one stack or option to delete all stacks for {0}'.
format(self.args.get('service_name'))))
# validate existence of requested service/stack in state registry
query = PlanetStateDbQuery(
planet=self.args.get('planet_name'),
service=self.args.get('service_name'),
tag=self.runtime.tag,
stack=self.args.get('stack_name'),
query_type='exact',
)
# verify unique pointer to service or service/stack
if not query.can_find_exact():
self.preflight_check_result.status = 'FAIL'
preflight_result.append((skybase.exceptions.SkyBaseDeployError(
'options do not identify a unique service or stack: {0}'.
format(query.show_query_path()))))
# TODO: push stack path into task result
# save validated query path for postprocessing
self.stack_path = query.query
# reconfigure query to read resources for one or many service stacks
query.query_type = query.WILDCARD
query.query = query.make_query()
# collect all stacks for deletion
result_set = query.execute()
# collect status of launched stacks
for record in result_set:
# accumulate list of provider stack ids for deletion
self.stack_deletion_list.append(record.cloud.stack_id)
try:
# verify cloud provider DELETE* status for stack id
stack_status = skybase.actions.skycloud.call_cloud_api(
planet=self.planet,
stack_name=record.cloud.stack_id,
action='get_stack_status')
except Exception as e:
raise skybase.exceptions.SkyBaseDeployError(
skybase.utils.simple_error_format(e))
if stack_status.startswith('DELETE'):
self.preflight_check_result.status = 'FAIL'
preflight_result.append(
skybase.exceptions.SkyBaseDeployError(
'cannot delete stack {0} with status {1}'.format(
record.cloud.stack_id, stack_status)))
# accumulate stack information for deleting state db records and logging result
self.stack_deletion_info[record.cloud.id] = {
'stack_id': record.cloud.stack_id,
'stack_name': record.cloud.stack_name,
}
# determine if deployed service used chef server. if so, then prepare to delete chef nodes
# TODO: find authoritative location/source for skybase id definition
# skybase state DB id
skybase_id = '/{0}/{1}/{2}'.format(
self.args.get('planet_name'),
self.args.get('service_name'),
self.runtime.tag,
)
# init service registry record and examine blueprint chef type
service_record = ServiceRegistryRecord.init_from_id(skybase_id)
self.chef_type = service_record.blueprint.definition.get('chef_type')
self.is_chef_type_server = (self.chef_type
and self.chef_type == 'server')
# prepopulate list of host/instance names for use in chef node delete when chef_type server
# NOTE:
self.stack_chef_nodes = dict()
if self.is_chef_type_server:
for skybase_stack_id, stack_info in self.stack_deletion_info.items(
):
self.stack_chef_nodes[stack_info[
'stack_name']] = skybase.actions.skychef.get_stack_chef_nodes(
skybase_stack_id=skybase_stack_id,
runner_cfg=self.runner_cfg,
)
self.preflight_check_result.set_output(preflight_result)
return self.preflight_check_result
