vm: add agent operations

circle/vm/tasks/local_agent_tasks.py

@@ -15,226 +15,26 @@
 # You should have received a copy of the GNU General Public License along
 # 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 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:
-        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', '')
+from manager.mancelery import celery
 
 
 @celery.task
 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]))
-    queue = instance.get_remote_queue_name("agent")
-    initialized = instance.activity_log.filter(
-        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(),
-        }
-    ])
+    instance.agent_started(
+        user=instance.owner, old_version=version, agent_system=system)
 
 
 @celery.task
 def agent_stopped(vm):
     from vm.models import Instance, InstanceActivity
-    from vm.models.activity import ActivityInProgressError
     instance = Instance.objects.get(id=int(vm.split('-')[-1]))
-    qs = InstanceActivity.objects.filter(instance=instance,
-                                         activity_code='vm.Instance.agent')
+    qs = InstanceActivity.objects.filter(
+        instance=instance, activity_code='vm.Instance.agent')
     act = qs.latest('id')
-    try:
-        with act.sub_activity('stopping',
-                              readable_name=ugettext_noop('stopping')):
-            pass
-    except ActivityInProgressError:
+    with act.sub_activity('stopping', concurrency_check=False,
+                          readable_name=ugettext_noop('stopping')):
         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