def refresh(self, cm_user_id, names=["all"], types=["all"]):
"""
This method obtains information about servers, images, and
flavors that build the cloudmesh. The information is held
internally after a refresh. Than the find method can be used
to query form this information. To pull new information into
this data structure a new refresh needs to be called.
Usage is defined through arrays that are passed along.
type = "servers", "images", "flavors"
The type specifies the kind of element that we look for
(we only look for the first character e.g. s, i, f)
In all cases None can be used as an alternative to ["all"]
if cloud name is None and type = none update everything
if cloud name !=None and type = none update everything in the
specified clouds
if cloud name is not None and type != none
refresh the given types for the given clouds
"""
if types == ['all'] or types is None:
types = ['servers', 'flavors', 'images']
if names == ['all'] or names is None:
# names = self.clouds.keys()
names = self.active_clouds(cm_user_id)
watch = StopWatch()
for name in names:
watch_name = "{0}-{1}".format(cm_user_id, name)
log.info("-" * 80)
log.info("Retrieving data for %s" % name)
log.info("-" * 80)
cloud = None
for type in types:
# for identity management operations, use the keystone class
if type in ['users', 'tenants', 'roles']:
cloud = keystone(name)
# else try compute/nova class
elif 'manager' in self.clouds[cm_user_id][name]:
cloud = self.clouds[cm_user_id][name]['manager']
log.info("Refreshing {0} {1} {2} ->".format(
cm_user_id, type, name))
watch.start(watch_name)
cloud.refresh(type)
result = cloud.get(type)
# print "YYYYY", len(result)
# pprint(result)
# add result to db,
watch.stop(watch_name)
log.info('Refresh time: %s' % watch.get(watch_name))
watch.start(watch_name)
if type in ['servers']:
self.db_clouds.remove({
"cm_user_id": cm_user_id,
"cm_cloud": name,
"cm_kind": type
})
else:
self.db_clouds.remove({"cm_cloud": name, "cm_kind": type})
for element in result:
# Stacks has different key name 'stack_name'
if type in ['t_stacks']:
t_name = 'stack_name'
else:
t_name = 'name'
id = "{0}-{1}-{2}".format(name, type,
result[element][t_name]).replace(
".", "-")
# servers or security_groups is for each user.
# Stacks as well (10/17/2014)
if type in ['servers', 'e_security_groups', 't_stacks']:
result[element]['cm_user_id'] = cm_user_id
result[element]['cm_id'] = id
result[element]['cm_cloud'] = name
result[element]['cm_type'] = self.clouds[cm_user_id][name][
'cm_type']
result[element]['cm_type_version'] = self.clouds[
cm_user_id][name]['cm_type_version']
result[element]['cm_kind'] = type
# print "HPCLOUD_DEBUG", result[element]
for key in result[element]:
# print key
if '.' in key:
del result[element][key]
if 'metadata' in result[element].keys():
for key in result[element]['metadata']:
if '.' in key:
fixedkey = key.replace(".", "_")
# print "%s->%s" % (key,fixedkey)
value = result[element]['metadata'][key]
del result[element]['metadata'][key]
result[element]['metadata'][fixedkey] = value
# print "HPCLOUD_DEBUG - AFTER DELETING PROBLEMATIC KEYS",
# result[element]
# exception.
if "_id" in result[element]:
del (result[element]['_id'])
self.db_clouds.insert(result[element])
watch.stop(watch_name)
log.info('Store time: %s' % watch.get(watch_name))
def refresh(self, cm_user_id, names=["all"], types=["all"]):
"""
This method obtains information about servers, images, and
flavors that build the cloudmesh. The information is held
internally after a refresh. Than the find method can be used
to query form this information. To pull new information into
this data structure a new refresh needs to be called.
Usage is defined through arrays that are passed along.
type = "servers", "images", "flavors"
The type specifies the kind of element that we look for
(we only look for the first character e.g. s, i, f)
In all cases None can be used as an alternative to ["all"]
if cloud name is None and type = none update everything
if cloud name !=None and type = none update everything in the
specified clouds
if cloud name is not None and type != none
refresh the given types for the given clouds
"""
if types == ['all'] or types is None:
types = ['servers', 'flavors', 'images']
if names == ['all'] or names is None:
# names = self.clouds.keys()
names = self.active_clouds(cm_user_id)
watch = StopWatch()
for name in names:
print("*", name)
watch_name = "{0}-{1}".format(cm_user_id, name)
log.info("-" * 80)
log.info("Retrieving data for %s" % name)
log.info("-" * 80)
cloud = None
for type in types:
# for identity management operations, use the keystone class
if type in ['users', 'tenants', 'roles']:
cloud = keystone(name)
# else try compute/nova class
elif 'manager' in self.clouds[cm_user_id][name]:
cloud = self.clouds[cm_user_id][name]['manager']
print("Refreshing {0} {1} {2} ->".format(cm_user_id, type, name))
watch.start(watch_name)
cloud.refresh(type)
result = cloud.get(type)
# print "YYYYY", len(result)
# pprint(result)
# add result to db,
watch.stop(watch_name)
print('Refresh time:', watch.get(watch_name))
watch.start(watch_name)
if type in ['servers']:
self.db_clouds.remove(
{"cm_user_id": cm_user_id, "cm_cloud": name, "cm_kind": type})
else:
self.db_clouds.remove({"cm_cloud": name, "cm_kind": type})
for element in result:
id = "{0}-{1}-{2}".format(
name, type, result[element]['name']).replace(".", "-")
# servers or security_groups is for each user.
if type in ['servers', 'e_security_groups']:
result[element]['cm_user_id'] = cm_user_id
result[element]['cm_id'] = id
result[element]['cm_cloud'] = name
result[element]['cm_type'] = self.clouds[
cm_user_id][name]['cm_type']
result[element]['cm_type_version'] = self.clouds[
cm_user_id][name]['cm_type_version']
result[element]['cm_kind'] = type
# print "HPCLOUD_DEBUG", result[element]
for key in result[element]:
# print key
if '.' in key:
del result[element][key]
if 'metadata' in result[element].keys():
for key in result[element]['metadata']:
if '.' in key:
fixedkey = key.replace(".", "_")
# print "%s->%s" % (key,fixedkey)
value = result[element]['metadata'][key]
del result[element]['metadata'][key]
result[element]['metadata'][fixedkey] = value
# print "HPCLOUD_DEBUG - AFTER DELETING PROBLEMATIC KEYS",
# result[element]
# exception.
if "_id" in result[element]:
del(result[element]['_id'])
self.db_clouds.insert(result[element])
watch.stop(watch_name)
print('Store time:', watch.get(watch_name))
from cloudmesh import banner
from pprint import pprint
from cloudmesh.config.cm_config import cm_config
import sys
username = cm_config().get("cloudmesh.hpc.username")
print "USERNAME:"******"localhost")
hosts.append("india.futuregrid.org")
task = {}
watch = StopWatch()
for execute in [Sequential, Parallel]:
name = execute.__name__
banner(name)
watch.start(name)
result = execute(hosts, cm_ssh, username=username, command="qstat")
watch.stop(name)
pprint(result)
from cloudmesh_task.tasks import cm_ssh
from cloudmesh_task.parallel import Parallel, Sequential
from cloudmesh.util.stopwatch import StopWatch
hosts = ["india.futuregrid.org",
"sierra.futuregrid.org",
"alamo.futuregrid.org",
"hotel.futuregrid.org"]
result = {}
watch = StopWatch()
watch.start("sequential")
#for host in hosts:
# print host
# result[host] = cm_ssh(username="******",
# host=host,
# command="qstat")
result = Sequential(hosts, cm_ssh, username="******", command="qstat")
watch.stop("sequential")
for host in hosts:
print result[host]
print "asynchronous calls"
result = {}
watch.start("parallel")
#for host in hosts: