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Commit 2e1af39b by Bach Dániel
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vm: add agent operations

parent 6841cc02
Showing with 8 additions and 208 deletions
circle/vm/tasks/local_agent_tasks.py
...@@ -15,226 +15,26 @@ ...@@ -15,226 +15,26 @@
# You should have received a copy of the GNU General Public License along # You should have received a copy of the GNU General Public License along
# with CIRCLE. If not, see <http://www.gnu.org/licenses/>. # with CIRCLE. If not, see <http://www.gnu.org/licenses/>.
from common.models import create_readable
from manager.mancelery import celery
from vm.tasks.agent_tasks import (restart_networking, change_password,
set_time, set_hostname, start_access_server,
cleanup, update, append,
change_ip, update_legacy)
from firewall.models import Host
import time
import os
from base64 import encodestring
from hashlib import md5
from StringIO import StringIO
from tarfile import TarFile, TarInfo
from django.conf import settings
from django.db.models import Q
from django.utils import timezone
from django.utils.translation import ugettext_noop from django.utils.translation import ugettext_noop
from celery.result import TimeoutError
from monitor.client import Client
def send_init_commands(instance, act):
vm = instance.vm_name
queue = instance.get_remote_queue_name("agent")
with act.sub_activity('cleanup', readable_name=ugettext_noop('cleanup')):
cleanup.apply_async(queue=queue, args=(vm, ))
with act.sub_activity('change_password',
readable_name=ugettext_noop('change password')):
change_password.apply_async(queue=queue, args=(vm, instance.pw))
with act.sub_activity('set_time', readable_name=ugettext_noop('set time')):
set_time.apply_async(queue=queue, args=(vm, time.time()))
with act.sub_activity('set_hostname',
readable_name=ugettext_noop('set hostname')):
set_hostname.apply_async(
queue=queue, args=(vm, instance.short_hostname))
def send_networking_commands(instance, act):
queue = instance.get_remote_queue_name("agent")
with act.sub_activity('change_ip',
readable_name=ugettext_noop('change ip')):
change_ip.apply_async(queue=queue, args=(
instance.vm_name, ) + get_network_configs(instance))
with act.sub_activity('restart_networking',
readable_name=ugettext_noop('restart networking')):
restart_networking.apply_async(queue=queue, args=(instance.vm_name, ))
def create_linux_tar():
def exclude(tarinfo):
ignored = ('./.', './misc', './windows')
if any(tarinfo.name.startswith(x) for x in ignored):
return None
else:
return tarinfo
f = StringIO()
with TarFile.open(fileobj=f, mode='w:gz') as tar: from manager.mancelery import celery
agent_path = os.path.join(settings.AGENT_DIR, "agent-linux")
tar.add(agent_path, arcname='.', filter=exclude)
version_fileobj = StringIO(settings.AGENT_VERSION)
version_info = TarInfo(name='version.txt')
version_info.size = len(version_fileobj.buf)
tar.addfile(version_info, version_fileobj)
return encodestring(f.getvalue()).replace('\n', '')
def create_windows_tar():
f = StringIO()
agent_path = os.path.join(settings.AGENT_DIR, "agent-win")
with TarFile.open(fileobj=f, mode='w|gz') as tar:
tar.add(agent_path, arcname='.')
version_fileobj = StringIO(settings.AGENT_VERSION)
version_info = TarInfo(name='version.txt')
version_info.size = len(version_fileobj.buf)
tar.addfile(version_info, version_fileobj)
return encodestring(f.getvalue()).replace('\n', '')
@celery.task @celery.task
def agent_started(vm, version=None, system=None): def agent_started(vm, version=None, system=None):
from vm.models import Instance, InstanceActivity from vm.models import Instance
instance = Instance.objects.get(id=int(vm.split('-')[-1])) instance = Instance.objects.get(id=int(vm.split('-')[-1]))
queue = instance.get_remote_queue_name("agent") instance.agent_started(
initialized = instance.activity_log.filter( user=instance.owner, old_version=version, agent_system=system)
activity_code='vm.Instance.agent.cleanup').exists()
with instance.activity(code_suffix='agent',
readable_name=ugettext_noop('agent'),
concurrency_check=False) as act:
with act.sub_activity('starting',
readable_name=ugettext_noop('starting')):
pass
for i in InstanceActivity.objects.filter(
(Q(activity_code__endswith='.os_boot') |
Q(activity_code__endswith='.agent_wait')),
instance=instance, finished__isnull=True):
i.finish(True)
if version and version != settings.AGENT_VERSION:
try:
update_agent(instance, act, system, settings.AGENT_VERSION)
except TimeoutError:
pass
else:
act.sub_activity('agent_wait', readable_name=ugettext_noop(
"wait agent restarting"), interruptible=True)
return # agent is going to restart
if not initialized:
measure_boot_time(instance)
send_init_commands(instance, act)
send_networking_commands(instance, act)
with act.sub_activity('start_access_server',
readable_name=ugettext_noop(
'start access server')):
start_access_server.apply_async(queue=queue, args=(vm, ))
def measure_boot_time(instance):
if not instance.template:
return
from vm.models import InstanceActivity
deploy_time = InstanceActivity.objects.filter(
instance=instance, activity_code="vm.Instance.deploy"
).latest("finished").finished
total_boot_time = (timezone.now() - deploy_time).total_seconds()
Client().send([
"template.%(pk)d.boot_time %(val)f %(time)s" % {
'pk': instance.template.pk,
'val': total_boot_time,
'time': time.time(),
}
])
@celery.task @celery.task
def agent_stopped(vm): def agent_stopped(vm):
from vm.models import Instance, InstanceActivity from vm.models import Instance, InstanceActivity
from vm.models.activity import ActivityInProgressError
instance = Instance.objects.get(id=int(vm.split('-')[-1])) instance = Instance.objects.get(id=int(vm.split('-')[-1]))
qs = InstanceActivity.objects.filter(instance=instance, qs = InstanceActivity.objects.filter(
activity_code='vm.Instance.agent') instance=instance, activity_code='vm.Instance.agent')
act = qs.latest('id') act = qs.latest('id')
try: with act.sub_activity('stopping', concurrency_check=False,
with act.sub_activity('stopping', readable_name=ugettext_noop('stopping')):
readable_name=ugettext_noop('stopping')):
pass
except ActivityInProgressError:
pass pass
def get_network_configs(instance):
interfaces = {}
for host in Host.objects.filter(interface__instance=instance):
interfaces[str(host.mac)] = host.get_network_config()
return (interfaces, settings.FIREWALL_SETTINGS['rdns_ip'])
def update_agent(instance, act=None, system=None, version=None):
if act:
act = act.sub_activity(
'update',
readable_name=create_readable(
ugettext_noop('update to %(version)s'),
version=settings.AGENT_VERSION))
else:
act = instance.activity(
code_suffix='agent.update',
readable_name=create_readable(
ugettext_noop('update agent to %(version)s'),
version=settings.AGENT_VERSION))
with act:
queue = instance.get_remote_queue_name("agent")
if system == "Windows":
executable = os.listdir(os.path.join(settings.AGENT_DIR,
"agent-win"))[0]
# executable = "agent-winservice-%(version)s.exe" % {
# 'version': version}
data = create_windows_tar()
elif system == "Linux":
executable = ""
data = create_linux_tar()
else:
executable = ""
# Legacy update method
return update_legacy.apply_async(
queue=queue,
args=(instance.vm_name, create_linux_tar())
).get(timeout=60)
checksum = md5(data).hexdigest()
chunk_size = 1024 * 1024
chunk_number = 0
index = 0
filename = version + ".tar"
while True:
chunk = data[index:index+chunk_size]
if chunk:
append.apply_async(
queue=queue,
args=(instance.vm_name, chunk,
filename, chunk_number)).get(timeout=60)
index = index + chunk_size
chunk_number = chunk_number + 1
else:
update.apply_async(
queue=queue,
args=(instance.vm_name, filename, executable, checksum)
).get(timeout=60)
break
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