Beispiel #1
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 def send_server_metric(self, name, value, hostname=None):
     ''' Send server path metric to graphite. '''
     message = '%s.%s%s' % (self.get_server_prefix(hostname), name, value)
     if self.debug:
         logging.info(message)
         return True
     return self.send_metric(message)
Beispiel #2
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 def delete_snapshot(self, snap_id):
     ''' Delete a snapshot '''
     logging.info('Deleting snapshot: %s' % snap_id)
     try:
         return self.conn.delete_snapshot(snap_id)
     except EC2ResponseError, msg:
         logging.error(msg.message)
         return None
Beispiel #3
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 def create_snapshot(self, vol_id, desc):
     """ Creates an EBS Snapshot """
     logging.info('Creating Snapshot from %s' % vol_id)
     try:
         snap = self.conn.create_snapshot(vol_id, description=desc)
     except EC2ResponseError, msg:
         logging.error(msg.message)
         return None
Beispiel #4
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 def create_ebs(self, used_az, host, instance_id):
     """ Create new EBS volumes. """
     cgebs = c3.aws.ec2.ebs.C3EBS(self.conn)
     for ebsv in self.cconfig.get_ebs_config():
         logging.info("Creating EBS volume %s for %s" % (ebsv["device"], host))
         volume = cgebs.create_volume(ebsv["size"], used_az, ebsv["type"], ebsv["iops"])
         # pylint: disable=maybe-no-member
         self.volume_instances[volume.id] = instance_id
         self.volume_devices[volume.id] = ebsv["device"]
Beispiel #5
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 def attach_ebs(self):
     """ Attaches EBS volumes to instances. """
     cgebs = c3.aws.ec2.ebs.C3EBS(self.conn)
     for vol_id in self.volume_instances:
         logging.info(
             "Attaching EBS volume %s on %s to %s"
             % (vol_id, self.volume_instances[vol_id], self.volume_devices[vol_id])
         )
         cgebs.attach_volume(vol_id, self.volume_instances[vol_id], self.volume_devices[vol_id])
         cgebs.set_ebs_del_on_term(self.volume_instances[vol_id], self.volume_devices[vol_id])
Beispiel #6
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 def cluster_retag(self):
     """ Retag the cluster. """
     logging.info("Retagging cluster %s" % self.cconfig.get_primary_sg())
     cgc = self.cluster()
     tagger = cluster_tagger(self.conn, verbose=self.opts.verbose)
     if not tagger.add_tags(cgc.get_instance_ids(), self.cconfig.get_tagset()):
         logging.error("Problem addings tags")
         sys.exit(1)
     logging.info("Retag cluster complete")
     sys.exit(0)
Beispiel #7
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 def tag_s3_bucket(self, rid, tagset):
     ''' Tags S3 buckets with complicated s3 tagging shenanigans '''
     new_tags = list()
     failed = 0
     logging.info('Tagging S3 bucket %s' % rid)
     try:
         bucket = self.conn.get_bucket(rid)
     except S3ResponseError, msg:
         logging.error(msg.message)
         failed += 1
Beispiel #8
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Datei: elb.py Projekt: jesco39/c3
 def create_elb(self):
     ''' Create an ELB '''
     logging.debug('Create ELB %s' % self.name, self.verbose)
     try:
         self.elb = self.conn.create_load_balancer(
             self.name, self.azs_used, self.elb_listeners)
         logging.info('Created %s: %s' % (self.name, self.elb))
         self.created = True
     except BotoServerError, msg:
         logging.error(msg.message)
Beispiel #9
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Datei: elb.py Projekt: jesco39/c3
 def init_elb(self):
     ''' Initialize ELB, create if does not exist by default '''
     try:
         self.elb = self.conn.get_all_load_balancers(
             load_balancer_names=[self.name])[0]
         logging.debug('Found existing ELB: %s' % self.name, self.verbose)
     except (IndexError, BotoServerError), msg:
         if self.find_only:
             logging.info('%s does not exist' % self.name)
             return False
Beispiel #10
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 def set_ebs_del_on_term(self, instance_id, device):
     """ Set volumes to delete upon termination """
     mvolume = [device + '=true']
     logging.info(
         "Setting delete attribute for %s on %s" %
         (mvolume, instance_id))
     try:
         self.conn.modify_instance_attribute(
             instance_id, 'blockDeviceMapping', mvolume)
         return True
     except EC2ResponseError, msg:
         logging.error(msg.message)
         return None
Beispiel #11
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Datei: elb.py Projekt: jesco39/c3
 def set_hc(self):
     ''' Ensure HC is set for ELB '''
     hck = HealthCheck(
         self.conf.hc_access_point,
         self.conf.hc_interval,
         self.conf.hc_target,
         self.conf.hc_healthy_threshold,
         self.conf.hc_unhealthy_threshold)
     logging.info('Configuring HC: %s' % hck)
     try:
         self.elb.configure_health_check(hck)
     except BotoServerError, msg:
         logging.error(msg.message)
Beispiel #12
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 def wait_for_servers(self, servers, start_time, success):
     """ Wait for servers that didn't fail to start to start up. """
     started = 0
     failed = 0
     azs_used = list()
     logging.info("Waiting for %d server(s)to start" % success)
     stime = self.cconfig.get_sleep_step()
     for host in self.hostnames:
         status = servers[host].analyze_state()
         while status == 1:
             if check_timed_out(start_time, self.cconfig.get_launch_timeout(), verbose=self.opts.verbose):
                 logging.error("%s failed to start before time out" % host)
                 break
             logging.info("Wating for %s to enter running state" % host)
             time.sleep(stime)
             status = servers[host].analyze_state()
         if status == 0:
             started += 1
             if servers[host].get_az() not in azs_used:
                 azs_used.append(servers[host].get_az())
             logging.info("%s is running" % host)
         elif status == 2:
             failed += 1
     logging.debug("%d started, %d failed, of %d total" % (started, failed, success), self.opts.verbose)
     if failed == success:
         logging.error("All %d server(s) failed to start" % failed)
         sys.exit(1)
     elif started != success:
         logging.error("%d started, %d failed to start" % (started, failed))
     else:
         logging.info("%d of %d started" % (started, success))
     if self.cconfig.elb.enabled and azs_used:
         self.setup_elb(servers, azs_used)
Beispiel #13
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 def __init__(self, conn, name, find_only=False, verbose=False):
     self.conn = conn
     self.name = name
     self.sgrp = None
     self.find_only = find_only
     self.verbose = verbose
     try:
         self.sgrp = conn.get_all_security_groups(name)[0]
     except (IndexError, EC2ResponseError), msg:
         if not self.find_only:
             logging.info("Creating SG %s" % self.name)
             self.sgrp = self.create()
         else:
             logging.error(msg.message)
Beispiel #14
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 def hibernate(self):
     ''' Hibernate instances in cluster. '''
     count = 0
     for iid in self.c3instances:
         if iid.hibernate():
             logging.info('Waiting for %s to stop' % iid.name)
             if wait_for_instance(iid, desired_state='down',
                                  verbose=self.verbose):
                 count += 1
     if count != len(self.c3instances):
         logging.warn(
             'Asked for %d but only %d stopped' %
             (len(self.c3instances), count))
     return count
Beispiel #15
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 def re_associate_eip(self, steal=False, eip=None):
     ''' Reassociates an EIP address to an EC2 instance '''
     if self.node_db:
         logging.debug('Checking for EIP', self.verbose)
         eip = self.get_eip(steal)
     else:
         logging.info('No external data source is defined, skipping')
     if eip:
         logging.debug(
             'Will re-associate EIP %s to %s' %
             (eip.public_ip, self.inst_id), self.verbose)
         self.reeip = eip
     else:
         self.reeip = None
Beispiel #16
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 def wake(self):
     ''' Wake instances in cluster. '''
     count = 0
     for iid in self.c3instances:
         if iid.wake():
             logging.info('Waiting for %s to start' % iid.name)
             if wait_for_instance(iid, verbose=self.verbose):
                 logging.debug('Wait for %s successful' %
                               iid.name, self.verbose)
                 count += 1
     if count != len(self.c3instances):
         logging.warn(
             'Asked for %d but only %d started' %
             (len(self.c3instances), count))
     return count
Beispiel #17
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 def send_metric(self, name, value):
     ''' Send custom path metric to graphite. '''
     message = "%s %s %s"  % (name, value, int(time.time()))
     if self.debug:
         logging.info(message)
         return True
     if not self._sock:
         self.connect()
     if self._sock_status:
         logging.info("Sending %s %s to %s" % (name, value, self.server))
         try:
             self._sock.sendall(message + "\n")
         except socket.gaierror, msg:
             logging.error(msg)
             self._sock = None
             return False
Beispiel #18
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 def cluster_destroy(self):
     """ Destroy mode, delete all components for this cluster. """
     logging.info("Tearing down %s in %s" % (self.cconfig.get_primary_sg(), self.cconfig.get_aws_region()))
     cgc = self.cluster()
     count = cgc.destroy()
     logging.info("Terminated %d instance(s)" % count)
     if self.cconfig.elb.enabled:
         c3elb = self.elb_connection()
         if c3elb.destroy():
             logging.info("ELB %s deleted" % c3elb.name)
         else:
             logging.error("Deleting ELB %s failed")
     sgrp = c3.aws.ec2.security_groups.SecurityGroups(self.conn, self.cconfig.get_primary_sg(), find_only=True)
     if sgrp.destroy():
         logging.info("Security Group %s removed" % sgrp.name)
     logging.info("Tear down complete for %s" % self.cconfig.get_primary_sg())
     sys.exit(0)
Beispiel #19
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 def _add_tags(self, rid, tagset, tag_type=None):
     ''' Set one or more tags on a single ID '''
     failed = 0
     if tag_type == 'ec2' or rid[:2] == 'i-':
         rid = self.conn.get_all_instances([rid])
         instance = rid[0].instances[0]
         for tname, tvalue in tagset.items():
             logging.info('For %s adding, %s: %s' %
                          (instance, tname, tvalue))
             try:
                 instance.add_tag(tname, tvalue)
             except EC2ResponseError, msg:
                 logging.error(msg.message)
                 failed += 1
         logging.info('Checking for attached EBS volumes')
         try:
             volumes = self.conn.get_all_volumes()
         except EC2ResponseError, msg:
             logging.error(msg.message)
             failed += 1
Beispiel #20
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 def destroy(self):
     ''' Terminates instances in cluster. '''
     count = 0
     for iid in self.c3instances:
         if iid.get_state() not in ['terminated']:
             if iid.destroy():
                 logging.info(
                     'Waiting for %s (%s) to terminate' %
                     (iid.name, iid.inst_id))
                 if wait_for_instance(iid, desired_state='down',
                                      verbose=self.verbose):
                     count += 1
         else:
             logging.warn('%s already teriminated' % iid.name)
             count += 1
     if count != len(self.c3instances):
         logging.warn(
             'Asked for %d but only %d terminated' %
             (len(self.c3instances), count))
     return count
Beispiel #21
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 def cluster_wake(self):
     """ Wake a hibernating cluster. """
     logging.info("Waking up %s" % self.cconfig.get_primary_sg())
     cgc = self.cluster()
     count = cgc.wake()
     logging.info("%d instance(s) in %s have been started" % (count, self.cconfig.get_primary_sg()))
     logging.info("Waking up instances complete")
     sys.exit(0)
Beispiel #22
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 def cluster_hibernate(self):
     """ Hibernates a running cluster. """
     logging.info("Hibernating %s" % self.cconfig.get_primary_sg())
     cgc = self.cluster()
     count = cgc.hibernate()
     logging.info("%d instance(s) in %s have been hibernated" % (count, self.cconfig.get_primary_sg()))
     logging.info("Hibernating instances complete")
     sys.exit(0)
Beispiel #23
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 def destroy_eip(self):
     ''' Destroy EIP address associated with an EC2 instance '''
     eip = self.get_associated_eip()
     if eip:
         logging.info('Disassociating EIP from %s' % self.name)
         try:
             eip.disassociate()
         except EC2ResponseError, msg:
             logging.error(msg.message)
             return None
         tries = 1
         while tries <= 10:
             try:
                 eip.release()
                 logging.debug(
                     'EIP released on try %d' % tries,
                     self.verbose)
                 return True
             except EC2ResponseError, msg:
                 logging.error(msg.message)
                 return None
             tries += 1
             time.sleep(5)
Beispiel #24
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 def cluster_status(self):
     """ Check the status of a cluster. """
     logging.info("Checking status for %s" % self.cconfig.get_primary_sg())
     cgc = self.cluster()
     for instance in cgc.c3instances:
         elbm = None
         elb_hc = None
         elb_azs = None
         ebs_vols = None
         try:
             c3elb = self.elb_connection()
         except TypeError:
             c3elb = None
         if c3elb:
             if c3elb.instance_configured(instance.inst_id):
                 elbm = c3elb.get_dns()
                 elb_hc = c3elb.get_hc()
                 elb_azs = c3elb.get_azs()
         ebsm = instance.get_ebs_optimized()
         eipm = instance.get_associated_eip()
         vols = instance.get_non_root_volumes()
         if vols:
             ebs_vols = list()
             for key, value in vols.items():
                 ebs_vols.append("%s: %s" % (str(key), str(value)))
         msg = """
         Instance %s
             ID: %s
             State: %s
             EBS Optimized: %s
             EBS Volumes: %s
             EIP: %s
             ELB %s
                 Health Check: %s
                 Availability Zones: %s
         """ % (
             instance.name,
             instance.inst_id,
             instance.state,
             ebsm,
             ebs_vols,
             eipm,
             elbm,
             elb_hc,
             elb_azs,
         )
         logging.info(msg)
     logging.info("Status complete")
     sys.exit(0)
Beispiel #25
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        logging.info(
            "Setting delete attribute for %s on %s" %
            (mvolume, instance_id))
        try:
            self.conn.modify_instance_attribute(
                instance_id, 'blockDeviceMapping', mvolume)
            return True
        except EC2ResponseError, msg:
            logging.error(msg.message)
            return None

    def create_snapshot(self, vol_id, desc):
        """ Creates an EBS Snapshot """
        logging.info('Creating Snapshot from %s' % vol_id)
        try:
            snap = self.conn.create_snapshot(vol_id, description=desc)
        except EC2ResponseError, msg:
            logging.error(msg.message)
            return None
        logging.info('Snapshot created %s: %s' % (snap.id, desc))
        return snap

    def delete_snapshot(self, snap_id):
        ''' Delete a snapshot '''
        logging.info('Deleting snapshot: %s' % snap_id)
        try:
            return self.conn.delete_snapshot(snap_id)
        except EC2ResponseError, msg:
            logging.error(msg.message)
            return None
Beispiel #26
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Datei: elb.py Projekt: jesco39/c3
            self.elb.deregister_instances(instances)
        except BotoServerError, msg:
            logging.error(msg.message)

    def set_azs(self):
        ''' Ensure AZs add to ELB from config '''
        azs = self.azs_used
        logging.debug("Trying to add AZs to ELB: %s" % azs, self.verbose)
        for zone in azs:
            if zone not in self.elb.availability_zones:
                logging.debug("Adding %s to ELB" % azs, self.verbose)
                try:
                    self.elb.enable_zones(zone)
                except BotoServerError, msg:
                    logging.error(msg.message)
        logging.info('Zones configured for ELB: %s' % self.azs_used)

    def set_hc(self):
        ''' Ensure HC is set for ELB '''
        hck = HealthCheck(
            self.conf.hc_access_point,
            self.conf.hc_interval,
            self.conf.hc_target,
            self.conf.hc_healthy_threshold,
            self.conf.hc_unhealthy_threshold)
        logging.info('Configuring HC: %s' % hck)
        try:
            self.elb.configure_health_check(hck)
        except BotoServerError, msg:
            logging.error(msg.message)
Beispiel #27
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 def get_cost_tags(self, rid, tag_type=None):
     ''' Return cost tags '''
     healthy, ret = self.get_cost_tags_health(rid, tag_type=tag_type)
     logging.info('Retrived tags: %s Healhty: %s' % (ret, healthy))
     return ret
Beispiel #28
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         logging.info('For %s adding, %s: %s' %
                      (instance, tname, tvalue))
         try:
             instance.add_tag(tname, tvalue)
         except EC2ResponseError, msg:
             logging.error(msg.message)
             failed += 1
     logging.info('Checking for attached EBS volumes')
     try:
         volumes = self.conn.get_all_volumes()
     except EC2ResponseError, msg:
         logging.error(msg.message)
         failed += 1
     for vol in volumes:
         if vol.attach_data.instance_id == instance.id:
             logging.info('Found attached vol: %s' % vol.id)
             self._add_tags(vol.id, tagset, tag_type='ebs')
 elif tag_type == 'ebs' or rid[:4] == 'vol-':
     try:
         vol = self.conn.get_all_volumes([rid])[0]
     except EC2ResponseError, msg:
         logging.error(msg.message)
         failed += 1
     for tname, tvalue in tagset.items():
         logging.info('For %s adding, %s:%s' % (vol.id, tname, tvalue))
         try:
             vol.add_tag(tname, tvalue)
         except EC2ResponseError, msg:
             logging.error(msg.message)
             failed += 1
 elif tag_type == 'rds':
Beispiel #29
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 def cluster_create(self):
     """ Provisions a new cluster based on a config. """
     self.conn = self.aws_conn("ec2")
     node_db = nv_connect(self.opts.nv_ini)
     success = 0
     failed = 0
     self.check_config_types()
     logging.info("Applying SG Rules to %s" % self.cconfig.get_primary_sg())
     self.sg_rules()
     if self.cconfig.get_count():
         servers = dict()
         logging.debug(
             "Creating %d %s in %s using %s."
             % (self.cconfig.get_count(), self.cconfig.get_size(), self.cconfig.get_azs(), self.cconfig.get_ami()),
             self.opts.verbose,
         )
         self.hostnames = c3.utils.naming.find_available_hostnames(
             self.cconfig.get_primary_sg(),
             self.cconfig.get_count(),
             self.cconfig.get_aws_account(),
             self.cconfig.get_aws_region(),
             "ctgrd.com",
             node_db,
         )
         start_time = time.time()
         logging.debug("Creating new servers: %s" % self.hostnames, self.opts.verbose)
         for host in self.hostnames:
             servers[host] = C3Instance(conn=self.conn, node_db=node_db, verbose=self.opts.verbose)
             userdata = self.cconfig.get_user_data(self.userdata_replacements(host))
             tries = 1
             if self.opts.substitute_zones:
                 tries = len(self.cconfig.get_azs())
             while tries > 0:
                 tries -= 1
                 used_az = self.cconfig.get_next_az()
                 logging.info("Starting %s in %s" % (host, used_az))
                 instance = servers[host].start(
                     self.cconfig.get_ami(),
                     self.cconfig.get_ssh_key(),
                     self.cconfig.get_sgs(),
                     userdata,
                     host,
                     self.cconfig.get_size(),
                     used_az,
                     self.cconfig.get_node_groups(),
                     self.cconfig.get_allocate_eips(),
                     self.cconfig.get_use_ebs_optimized(),
                     self.cconfig.get_placement_group(),
                 )
                 if instance:
                     success += 1
                     break
                 else:
                     if tries:
                         logging.warn("Failed to create %s in %s, retrying" % (host, used_az))
             else:
                 logging.error("Failed to create %s in all AZs, trying next instance" % host)
                 failed += 1
             if len(self.cconfig.get_ebs_config()) > 0:
                 self.create_ebs(used_az, host, servers[host].get_id())
         if failed == self.cconfig.get_count():
             logging.error("%d of %d failed to create, dying" % (failed, self.cconfig.get_count()))
             sys.exit(1)
         logging.info("%d of %d server(s) created" % (success, self.cconfig.get_count()))
         self.wait_for_servers(servers, start_time, success)
         if self.volume_instances:
             self.attach_ebs()
         self.tag_by_instance(servers)
         if self.cconfig.get_server_env() == "prd":
             self.puppet_whitelist()
     logging.info("Cluster config complete")