class SyncAws(object):
def __init__(self):
self.index_keys = None
self.redis_handler = RedisHandler(
host=app.config.get('REDIS_HOST'),
port=app.config.get('REDIS_PORT_NO'),
password=app.config.get('REDIS_PASSWORD'),
idle_timeout=app.config.get('REDIS_IDLE_TIMEOUT'),
)
self.pricing_api = AwsPricingApi()
# AWS details
self.apikey = app.config.get('AWS_ACCESS_KEY_ID')
self.apisecret = app.config.get('AWS_SECRET_ACCESS_KEY')
self.owner_id = app.config.get('AWS_OWNER_ID')
self.regions = app.config.get('REGIONS')
# Timeout
self.expire = app.config.get('EXPIRE_DURATION')
self.sync_timeout = app.config.get('SYNC_TIMEOUT')
def background_sync(self):
gevent.spawn_raw(self.sync)
def get_last_sync_time(self):
last_sync_time = self.redis_handler.get_last_sync_time()
if last_sync_time:
return int(last_sync_time)
return 0
def sync(self):
sync_lock = self.redis_handler.get_sync_lock()
if sync_lock:
return
self.redis_handler.set_sync_lock(timeout=self.sync_timeout)
self.index_keys = []
thread_list = self.sync_ec2()
print 'Sync Started... . . . . . . . .'
gevent.joinall(thread_list, timeout=self.sync_timeout)
gevent.killall(thread_list)
print 'Details saved. Indexing records!'
self.index_records()
self.redis_handler.set_last_sync_time()
print 'Starting cleanup of stale records...'
self.redis_handler.cleanup_keys(self.index_keys)
self.redis_handler.set_sync_lock(timeout=0)
print 'Complete'
def is_sync_in_progress(self):
sync_lock = self.redis_handler.get_sync_lock()
if sync_lock:
return True
return False
def sync_ec2(self):
if (self.regions is None) or (self.regions == 'all'):
region_list = get_region_list()
else:
region_list = [r.strip() for r in self.regions.split(',')]
thread_list = []
for region in region_list:
thread = gevent.spawn(self.sync_ec2_instances, region)
thread_list.append(thread)
thread = gevent.spawn(self.sync_ebs_volumes, region)
thread_list.append(thread)
thread = gevent.spawn(self.sync_ebs_snapshots, region)
thread_list.append(thread)
thread = gevent.spawn(self.sync_ec2_elbs, region)
thread_list.append(thread)
thread = gevent.spawn(self.sync_elastic_ips, region)
thread_list.append(thread)
return thread_list
def sync_ec2_instances(self, region):
ec2_handler = Ec2Handler(self.apikey, self.apisecret, region)
try:
instance_list = ec2_handler.fetch_all_instances()
except Exception as e:
print "Exception for EC2 in Region: %s, message: %s" \
% (region, e.message)
return
for instance in instance_list:
instance_details = ec2_handler.get_instance_details(instance)
if instance_details.get('state') == 'running':
per_hr_cost = self.pricing_api.get_instance_per_hr_cost(
region, instance_details.get('instance_type'),
instance_details.get('platform'))
instance_details['per_hour_cost'] = per_hr_cost
else:
instance_details['per_hour_cost'] = 0.0
instance_details['timestamp'] = int(time.time())
if instance_details.get('ebs_ids'):
for volume_id in instance_details.get('ebs_ids').split(','):
ebs_details = self.redis_handler.get_ebs_volume_details(
region, volume_id)
if not ebs_details:
continue
ebs_details['instance_id'] = instance_details.get(
'instance_id')
if not instance_details.get('tag_keys'):
continue
tag_keys = set(instance_details.get('tag_keys').split(','))
if ebs_details.get('tag_keys'):
tag_keys.update(
set(ebs_details.get('tag_keys').split(',')))
ebs_details['tag_keys'] = ','.join(tag_keys)
for tag_name in instance_details.get('tag_keys').split(
','):
tag_value = set(
instance_details.get('tag:%s' % tag_name,
'').split(','))
if ebs_details.get('tag:%s' % tag_name, '').strip():
old_value = set(
ebs_details.get('tag:%s' %
tag_name).split(','))
tag_value.update(old_value)
if not tag_value:
continue
ebs_details['tag:%s' % tag_name] = ','.join(tag_value)
self.redis_handler.save_ebs_vol_details(ebs_details)
hash_key, _ = self.redis_handler.save_instance_details(
instance_details)
self.index_keys.append(hash_key)
if self.expire > 0:
self.redis_handler.expire(hash_key, self.expire)
print "Instance sync complete for ec2 region: %s" % region
def sync_ec2_elbs(self, region):
ec2_handler = Ec2Handler(self.apikey, self.apisecret, region)
try:
elb_list = ec2_handler.fetch_all_elbs()
except Exception as e:
print "Exception for ELB in Region: %s, message: %s" % (region,
e.message)
return
for elb in elb_list:
details, instance_id_list = ec2_handler.get_elb_details(elb)
per_hr_cost = self.pricing_api.get_elb_per_hr_cost(region)
details['per_hour_cost'] = per_hr_cost
details['timestamp'] = int(time.time())
for instance_id in instance_id_list:
instance_elb_names = self.redis_handler.get_instance_item_value(
region=details.get('region'),
instance_id=instance_id,
key='instance_elb_names') or ''
instance_elb_names = set(instance_elb_names.split(','))
if '' in instance_elb_names:
instance_elb_names.remove('')
instance_elb_names.add(elb.name)
instance_elb_names = ','.join(instance_elb_names)
self.redis_handler.add_instance_detail(
region=details.get('region'),
instance_id=instance_id,
key='instance_elb_names',
value=instance_elb_names,
)
## Add Instance tags in elb details
i_details = self.redis_handler.get_instance_details(
details.get('region'), instance_id)
if i_details.get('tag_keys'):
tag_keys = set(i_details.get('tag_keys').split(','))
if details.get('tag_keys'):
old_keys = set(details.get('tag_keys').split(','))
tag_keys.update(old_keys)
details['tag_keys'] = ','.join(tag_keys)
for tag_name in i_details['tag_keys'].split(','):
tag_value = i_details.get('tag:%s' % tag_name,
'').strip()
if not tag_value:
continue
tag_value = set(tag_value.split(','))
if details.get('tag:%s' % tag_name):
old_value = set(
details.get('tag:%s' % tag_name).split(','))
tag_value.update(old_value)
details['tag:%s' % tag_name] = ','.join(tag_value)
hash_key, _ = self.redis_handler.save_elb_details(details)
self.index_keys.append(hash_key)
if self.expire > 0:
self.redis_handler.expire(hash_key, self.expire)
print "ELB sync complete for ec2 region: %s" % region
def sync_elastic_ips(self, region):
ec2_handler = Ec2Handler(self.apikey, self.apisecret, region)
try:
elastic_ip_list = ec2_handler.fetch_elastic_ips()
except Exception as e:
print "Exception for Elastic IPs in Region: %s, message: %s" \
% (region, e.message)
return
for elastic_ip in elastic_ip_list:
details = ec2_handler.get_elastic_ip_details(elastic_ip)
details['timestamp'] = int(time.time())
if details.get('instance_id'):
details['per_hour_cost'] = 0.0
## Add Instance tags in Elastic IP details
i_details = self.redis_handler.get_instance_details(
region, details.get('instance_id'))
if i_details.get('tag_keys'):
details['tag_keys'] = i_details.get('tag_keys')
for tag_name in i_details['tag_keys'].split(','):
tag_value = i_details.get('tag:%s' % tag_name,
'').strip()
if not tag_value:
continue
details['tag:%s' % tag_name] = tag_value
else:
per_hr_cost = self.pricing_api.get_elastic_ip_per_hr_cost(
region)
details['per_hour_cost'] = per_hr_cost
hash_key, _ = self.redis_handler.save_elastic_ip_details(details)
self.index_keys.append(hash_key)
if self.expire > 0:
self.redis_handler.expire(hash_key, self.expire)
print "Elastic ip sync complete for ec2 region: %s" % region
def sync_ebs_volumes(self, region):
ec2_handler = Ec2Handler(self.apikey, self.apisecret, region)
try:
ebs_volume_list = ec2_handler.fetch_ebs_volumes()
except Exception as e:
print "Exception for EBS Volumes in Region: %s, message: %s" \
% (region, e.message)
return
for ebs_volume in ebs_volume_list:
details = ec2_handler.get_ebs_details(ebs_volume)
per_gbm_cost = self.pricing_api.get_ebs_volume_cost(
region, details.get('type'), 'per_gbm')
if details.get('type') == 'standard':
per_mior_cost = self.pricing_api.get_ebs_volume_cost(
region, details.get('type'), 'per_mior')
io_cost = "variable"
details['per_mior_cost'] = per_mior_cost
elif details.get('type') == 'gp2':
io_cost = 0.0
elif details.get('type') == 'io1':
per_iops_cost = self.pricing_api.get_ebs_volume_cost(
region, details.get('type'), 'per_iops')
iops_count = details.get('iops', 0)
if iops_count and per_iops_cost:
io_cost = iops_count * per_iops_cost
else:
io_cost = 'Not Found'
details['per_iops_cost'] = per_iops_cost
details['per_gbm_storage_cost'] = per_gbm_cost
monthly_cost = per_gbm_cost * details.get('size')
if isinstance(io_cost, int) or isinstance(io_cost, float):
monthly_cost += io_cost
details['monthly_cost'] = monthly_cost
details['timestamp'] = int(time.time())
hash_key, _ = self.redis_handler.save_ebs_vol_details(details)
self.index_keys.append(hash_key)
if self.expire > 0:
self.redis_handler.expire(hash_key, self.expire)
print "EBS volume sync complete for ec2 region: %s" % region
def sync_ebs_snapshots(self, region):
if not self.owner_id:
return
ec2_handler = Ec2Handler(self.apikey, self.apisecret, region)
try:
ebs_snapshot_list = ec2_handler.fetch_ebs_snapshots(
owner_id=self.owner_id)
except Exception as e:
print "Exception for EBS Snapshots in Region: %s, message: %s" \
% (region, e.message)
return
for snapshot in ebs_snapshot_list:
details = ec2_handler.get_snapshot_details(snapshot)
per_gbm_cost = self.pricing_api.get_ebs_volume_cost(
region, 'ebs-snapshot', 'per_gbm_stored')
details['per_gbm_storage_cost'] = per_gbm_cost
max_monthly_cost = per_gbm_cost * details.get('volume_size')
details['monthly_cost'] = 'Variable. Depends on actual data stored'
details['timestamp'] = int(time.time())
## Map parent volume tags with snapshot
ebs_details = self.redis_handler.get_ebs_volume_details(
region, details.get('parent_volume_id'))
if ebs_details:
if ebs_details.get('instance_id'):
details['instance_id'] = ebs_details.get('instance_id')
if ebs_details.get('tag_keys'):
tag_keys = set(ebs_details.get('tag_keys').split(','))
if details.get('tag_keys'):
tag_keys.update(set(
details.get('tag_keys').split(',')))
details['tag_keys'] = ','.join(tag_keys)
for tag_name in ebs_details.get('tag_keys').split(','):
tag_value = set(
ebs_details.get('tag:%s' % tag_name,
'').split(','))
if details.get('tag:%s' % tag_name, '').strip():
old_value = set(
details.get('tag:%s' % tag_name).split(','))
tag_value.update(old_value)
if not tag_value:
continue
details['tag:%s' % tag_name] = ','.join(tag_value)
## Save data
hash_key, _ = self.redis_handler.save_ebs_snapshot_details(details)
self.index_keys.append(hash_key)
if self.expire > 0:
self.redis_handler.expire(hash_key, self.expire)
print "EBS snapshot sync complete for ec2 region: %s" % region
def index_records(self):
indexed_tags = {}
self.save_index(','.join(self.index_keys), ALL_RESOURCE_INDEX)
for hash_key in self.index_keys:
details = self.redis_handler.get_details(hash_key)
tag_keys = details.get('tag_keys', '').split(',')
if '' in tag_keys:
tag_keys.remove('')
for tag_name in tag_keys:
tag_value = details.get('tag:%s' % tag_name, '').strip()
if not tag_value:
continue
tag_value = "%s:%s" % (tag_name, tag_value)
self.save_index(hash_key, tag_value)
if ',' in tag_value:
for sub_values in tag_value.split(','):
self.save_index(hash_key, sub_values)
if indexed_tags.get(tag_name, None):
value_list = indexed_tags[tag_name].split(',')
value_list.append(tag_value)
indexed_tags[tag_name] = ','.join(set(value_list))
else:
indexed_tags[tag_name] = tag_value
if indexed_tags:
self.redis_handler.save_indexed_tags(indexed_tags)
def save_index(self, hash_key, value):
index_value = self.redis_handler.get_index(value)
if index_value:
index_value = "%s,%s" % (index_value, hash_key)
else:
index_value = hash_key
## Remove redundant values
indexed_keys = set(index_value.split(','))
## Clean stale index entries
for k in indexed_keys.copy():
if not self.redis_handler.exists(k):
indexed_keys.remove(k)
## Save Index
if len(indexed_keys) > 0:
self.redis_handler.save_index(value, ','.join(indexed_keys))
self.redis_handler.expire_index(value, self.expire)
class SyncAws(object):
def __init__(self):
self.index_keys = None
self.redis_handler = RedisHandler(
host=app.config.get('REDIS_HOST'),
port=app.config.get('REDIS_PORT_NO'),
password=app.config.get('REDIS_PASSWORD'),
idle_timeout=app.config.get('REDIS_IDLE_TIMEOUT'),
)
self.pricing_api = AwsPricingApi()
# AWS details
self.apikey = app.config.get('AWS_ACCESS_KEY_ID')
self.apisecret = app.config.get('AWS_SECRET_ACCESS_KEY')
self.owner_id = app.config.get('AWS_OWNER_ID')
self.regions = app.config.get('REGIONS')
# Timeout
self.expire = app.config.get('EXPIRE_DURATION')
self.sync_timeout = app.config.get('SYNC_TIMEOUT')
def background_sync(self):
gevent.spawn_raw(self.sync)
def get_last_sync_time(self):
last_sync_time = self.redis_handler.get_last_sync_time()
if last_sync_time:
return int(last_sync_time)
return 0
def sync(self):
sync_lock = self.redis_handler.get_sync_lock()
if sync_lock:
return
self.redis_handler.set_sync_lock(timeout=self.sync_timeout)
self.index_keys = []
thread_list = self.sync_ec2()
print 'Sync Started... . . . . . . . .'
gevent.joinall(thread_list, timeout=self.sync_timeout)
gevent.killall(thread_list)
print 'Details saved. Indexing records!'
self.index_records()
self.redis_handler.set_last_sync_time()
print 'Starting cleanup of stale records...'
self.redis_handler.cleanup_keys(self.index_keys)
self.redis_handler.set_sync_lock(timeout=0)
print 'Complete'
def is_sync_in_progress(self):
sync_lock = self.redis_handler.get_sync_lock()
if sync_lock:
return True
return False
def sync_ec2(self):
if (self.regions is None) or (self.regions == 'all'):
region_list = get_region_list()
else:
region_list = [r.strip() for r in self.regions.split(',')]
thread_list = []
for region in region_list:
thread = gevent.spawn(self.sync_ec2_instances, region)
thread_list.append(thread)
thread = gevent.spawn(self.sync_ebs_volumes, region)
thread_list.append(thread)
thread = gevent.spawn(self.sync_ebs_snapshots, region)
thread_list.append(thread)
thread = gevent.spawn(self.sync_ec2_elbs, region)
thread_list.append(thread)
thread = gevent.spawn(self.sync_elastic_ips, region)
thread_list.append(thread)
return thread_list
def sync_ec2_instances(self, region):
ec2_handler = Ec2Handler(self.apikey, self.apisecret, region)
try:
instance_list = ec2_handler.fetch_all_instances()
except Exception as e:
print "Exception for EC2 in Region: %s, message: %s" \
% (region, e.message)
return
for instance in instance_list:
instance_details = ec2_handler.get_instance_details(instance)
if instance_details.get('state') == 'running':
per_hr_cost = self.pricing_api.get_instance_per_hr_cost(
region, instance_details.get('instance_type'),
instance_details.get('platform'))
instance_details['per_hour_cost'] = per_hr_cost
else:
instance_details['per_hour_cost'] = 0.0
instance_details['timestamp'] = int(time.time())
if instance_details.get('ebs_ids'):
for volume_id in instance_details.get('ebs_ids').split(','):
ebs_details = self.redis_handler.get_ebs_volume_details(
region, volume_id)
if not ebs_details:
continue
ebs_details['instance_id'] = instance_details.get('instance_id')
if not instance_details.get('tag_keys'):
continue
tag_keys = set(instance_details.get('tag_keys').split(','))
if ebs_details.get('tag_keys'):
tag_keys.update(set(ebs_details.get('tag_keys').split(',')))
ebs_details['tag_keys'] = ','.join(tag_keys)
for tag_name in instance_details.get('tag_keys').split(','):
tag_value = set(instance_details.get('tag:%s' % tag_name, '').split(','))
if ebs_details.get('tag:%s' % tag_name, '').strip():
old_value = set(ebs_details.get('tag:%s' % tag_name).split(','))
tag_value.update(old_value)
if not tag_value:
continue
ebs_details['tag:%s' % tag_name] = ','.join(tag_value)
self.redis_handler.save_ebs_vol_details(ebs_details)
hash_key, _ = self.redis_handler.save_instance_details(
instance_details)
self.index_keys.append(hash_key)
if self.expire > 0:
self.redis_handler.expire(hash_key, self.expire)
print "Instance sync complete for ec2 region: %s" % region
def sync_ec2_elbs(self, region):
ec2_handler = Ec2Handler(self.apikey, self.apisecret, region)
try:
elb_list = ec2_handler.fetch_all_elbs()
except Exception as e:
print "Exception for ELB in Region: %s, message: %s" % (region,
e.message)
return
for elb in elb_list:
details, instance_id_list = ec2_handler.get_elb_details(elb)
per_hr_cost = self.pricing_api.get_elb_per_hr_cost(region)
details['per_hour_cost'] = per_hr_cost
details['timestamp'] = int(time.time())
for instance_id in instance_id_list:
instance_elb_names = self.redis_handler.get_instance_item_value(
region=details.get('region'),
instance_id=instance_id,
key='instance_elb_names'
) or ''
instance_elb_names = set(instance_elb_names.split(','))
if '' in instance_elb_names:
instance_elb_names.remove('')
instance_elb_names.add(elb.name)
instance_elb_names = ','.join(instance_elb_names)
self.redis_handler.add_instance_detail(
region=details.get('region'),
instance_id=instance_id,
key='instance_elb_names',
value=instance_elb_names,
)
## Add Instance tags in elb details
i_details = self.redis_handler.get_instance_details(
details.get('region'), instance_id)
if i_details.get('tag_keys'):
tag_keys = set(i_details.get('tag_keys').split(','))
if details.get('tag_keys'):
old_keys = set(details.get('tag_keys').split(','))
tag_keys.update(old_keys)
details['tag_keys'] = ','.join(tag_keys)
for tag_name in i_details['tag_keys'].split(','):
tag_value = i_details.get('tag:%s' % tag_name, '').strip()
if not tag_value:
continue
tag_value = set(tag_value.split(','))
if details.get('tag:%s' % tag_name):
old_value = set(details.get('tag:%s' % tag_name).split(','))
tag_value.update(old_value)
details['tag:%s' % tag_name] = ','.join(tag_value)
hash_key, _ = self.redis_handler.save_elb_details(details)
self.index_keys.append(hash_key)
if self.expire > 0:
self.redis_handler.expire(hash_key, self.expire)
print "ELB sync complete for ec2 region: %s" % region
def sync_elastic_ips(self, region):
ec2_handler = Ec2Handler(self.apikey, self.apisecret, region)
try:
elastic_ip_list = ec2_handler.fetch_elastic_ips()
except Exception as e:
print "Exception for Elastic IPs in Region: %s, message: %s" \
% (region, e.message)
return
for elastic_ip in elastic_ip_list:
details = ec2_handler.get_elastic_ip_details(elastic_ip)
details['timestamp'] = int(time.time())
if details.get('instance_id'):
details['per_hour_cost'] = 0.0
## Add Instance tags in Elastic IP details
i_details = self.redis_handler.get_instance_details(
region, details.get('instance_id'))
if i_details.get('tag_keys'):
details['tag_keys'] = i_details.get('tag_keys')
for tag_name in i_details['tag_keys'].split(','):
tag_value = i_details.get('tag:%s' % tag_name, '').strip()
if not tag_value:
continue
details['tag:%s' % tag_name] = tag_value
else:
per_hr_cost = self.pricing_api.get_elastic_ip_per_hr_cost(region)
details['per_hour_cost'] = per_hr_cost
hash_key, _ = self.redis_handler.save_elastic_ip_details(details)
self.index_keys.append(hash_key)
if self.expire > 0:
self.redis_handler.expire(hash_key, self.expire)
print "Elastic ip sync complete for ec2 region: %s" % region
def sync_ebs_volumes(self, region):
ec2_handler = Ec2Handler(self.apikey, self.apisecret, region)
try:
ebs_volume_list = ec2_handler.fetch_ebs_volumes()
except Exception as e:
print "Exception for EBS Volumes in Region: %s, message: %s" \
% (region, e.message)
return
for ebs_volume in ebs_volume_list:
details = ec2_handler.get_ebs_details(ebs_volume)
per_gbm_cost = self.pricing_api.get_ebs_volume_cost(
region, details.get('type'), 'per_gbm')
if details.get('type') == 'standard':
per_mior_cost = self.pricing_api.get_ebs_volume_cost(
region, details.get('type'), 'per_mior')
io_cost = "variable"
details['per_mior_cost'] = per_mior_cost
elif details.get('type') == 'gp2':
io_cost = 0.0
elif details.get('type') == 'io1':
per_iops_cost = self.pricing_api.get_ebs_volume_cost(
region, details.get('type'), 'per_iops')
iops_count = details.get('iops', 0)
if iops_count and per_iops_cost:
io_cost = iops_count * per_iops_cost
else:
io_cost = 'Not Found'
details['per_iops_cost'] = per_iops_cost
details['per_gbm_storage_cost'] = per_gbm_cost
monthly_cost = per_gbm_cost * details.get('size')
if isinstance(io_cost, int) or isinstance(io_cost, float):
monthly_cost += io_cost
details['monthly_cost'] = monthly_cost
details['timestamp'] = int(time.time())
hash_key, _ = self.redis_handler.save_ebs_vol_details(details)
self.index_keys.append(hash_key)
if self.expire > 0:
self.redis_handler.expire(hash_key, self.expire)
print "EBS volume sync complete for ec2 region: %s" % region
def sync_ebs_snapshots(self, region):
if not self.owner_id:
return
ec2_handler = Ec2Handler(self.apikey, self.apisecret, region)
try:
ebs_snapshot_list = ec2_handler.fetch_ebs_snapshots(
owner_id=self.owner_id)
except Exception as e:
print "Exception for EBS Snapshots in Region: %s, message: %s" \
% (region, e.message)
return
for snapshot in ebs_snapshot_list:
details = ec2_handler.get_snapshot_details(snapshot)
per_gbm_cost = self.pricing_api.get_ebs_volume_cost(
region, 'ebs-snapshot', 'per_gbm_stored')
details['per_gbm_storage_cost'] = per_gbm_cost
max_monthly_cost = per_gbm_cost * details.get('volume_size')
details['monthly_cost'] = 'Variable. Depends on actual data stored'
details['timestamp'] = int(time.time())
## Map parent volume tags with snapshot
ebs_details = self.redis_handler.get_ebs_volume_details(
region, details.get('parent_volume_id'))
if ebs_details:
if ebs_details.get('instance_id'):
details['instance_id'] = ebs_details.get('instance_id')
if ebs_details.get('tag_keys'):
tag_keys = set(ebs_details.get('tag_keys').split(','))
if details.get('tag_keys'):
tag_keys.update(set(details.get('tag_keys').split(',')))
details['tag_keys'] = ','.join(tag_keys)
for tag_name in ebs_details.get('tag_keys').split(','):
tag_value = set(ebs_details.get('tag:%s' % tag_name, '').split(','))
if details.get('tag:%s' % tag_name, '').strip():
old_value = set(details.get('tag:%s' % tag_name).split(','))
tag_value.update(old_value)
if not tag_value:
continue
details['tag:%s' % tag_name] = ','.join(tag_value)
## Save data
hash_key, _ = self.redis_handler.save_ebs_snapshot_details(details)
self.index_keys.append(hash_key)
if self.expire > 0:
self.redis_handler.expire(hash_key, self.expire)
print "EBS snapshot sync complete for ec2 region: %s" % region
def index_records(self):
indexed_tags = {}
self.save_index(','.join(self.index_keys), ALL_RESOURCE_INDEX)
for hash_key in self.index_keys:
details = self.redis_handler.get_details(hash_key)
tag_keys = details.get('tag_keys', '').split(',')
if '' in tag_keys:
tag_keys.remove('')
for tag_name in tag_keys:
tag_value = details.get('tag:%s' % tag_name, '').strip()
if not tag_value:
continue
tag_value = "%s:%s" % (tag_name, tag_value)
self.save_index(hash_key, tag_value)
if ',' in tag_value:
for sub_values in tag_value.split(','):
self.save_index(hash_key, sub_values)
if indexed_tags.get(tag_name, None):
value_list = indexed_tags[tag_name].split(',')
value_list.append(tag_value)
indexed_tags[tag_name] = ','.join(set(value_list))
else:
indexed_tags[tag_name] = tag_value
if indexed_tags:
self.redis_handler.save_indexed_tags(indexed_tags)
def save_index(self, hash_key, value):
index_value = self.redis_handler.get_index(value)
if index_value:
index_value = "%s,%s" % (index_value, hash_key)
else:
index_value = hash_key
## Remove redundant values
indexed_keys = set(index_value.split(','))
## Clean stale index entries
for k in indexed_keys.copy():
if not self.redis_handler.exists(k):
indexed_keys.remove(k)
## Save Index
if len(indexed_keys) > 0:
self.redis_handler.save_index(value, ','.join(indexed_keys))
self.redis_handler.expire_index(value, self.expire)
class TagReport(object):
def __init__(self):
self.redis_handler = RedisHandler(
host=app.config.get('REDIS_HOST'),
port=app.config.get('REDIS_PORT_NO'),
password=app.config.get('REDIS_PASSWORD'),
idle_timeout=app.config.get('REDIS_IDLE_TIMEOUT'),
)
self.get_tag_resources = self._cache_function(self.get_tag_resources)
def _cache_function(self, f):
@wraps(f)
def decorated_function(*args, **kwargs):
kwargs_keys = kwargs.keys()
kwargs_keys.sort()
path = "%s/%s/%s" % (f.func_name, '/'.join(args),
'/'.join(['%s=%s' % (k, kwargs[k]) for k in kwargs_keys]))
cached_response = self.redis_handler.get_cached_object(path)
if cached_response:
return json.loads(cached_response)
response = f(*args, **kwargs)
expire_duration = app.config.get('EXPIRE_DURATION')
gevent.spawn_raw(self.redis_handler.set_object_cache, path,
json.dumps(response), expire_duration)
return response
return decorated_function
def get_tags_info(self):
tags_info = self.redis_handler.get_indexed_tags()
for k, v in tags_info.items():
if not v:
tags_info[k] = []
continue
value_list = []
for key_value in v.split(','):
if key_value.startswith('%s:' % k):
value_list.append(key_value[(len(k) + 1):])
else:
value_list.append(key_value)
tags_info[k] = value_list
return tags_info
def get_tag_resources(self, tag_key, tag_value=None):
tags_info = self.get_tags_info()
if (not tag_value) or (tag_value.lower() == 'all'):
process_tag_values = tags_info.get(tag_key, [])
else:
process_tag_values = tag_value.split(',')
hash_set = set()
for value in process_tag_values:
if value.strip():
value = "%s:%s" % (tag_key, value)
hash_keys = self.redis_handler.get_index(value) or ''
if hash_keys:
hash_set.update(hash_keys.split(','))
# All Hash keys
all_hash_keys = self.redis_handler.get_index(ALL_RESOURCE_INDEX)
all_hash_set = set(all_hash_keys.split(','))
# Tagged resources
tag_resources = {
tag_key: {
'instance': [],
'elb': [],
'elastic_ip': [],
'ebs_volumes': [],
'ebs_snapshots': [],
}
}
if (not tag_value) or (tag_value.lower() == 'all'):
tag_resources['--NOT-TRACKED--'] = {
'instance': [],
'elb': [],
'elastic_ip': [],
'ebs_volumes': [],
'ebs_snapshots': [],
}
# Get details
for key in all_hash_set:
if not key.strip():
continue
details = self.redis_handler.get_details(key)
if not details:
continue
if key in hash_set:
category = tag_key
else:
category = '--NOT-TRACKED--'
if category not in tag_resources:
continue
details = self._cal_monthly_cost(details)
if key.startswith(self.redis_handler.instance_hash_prefix):
tag_resources[category]['instance'].append(details)
elif key.startswith(self.redis_handler.elb_hash_prefix):
tag_resources[category]['elb'].append(details)
elif key.startswith(self.redis_handler.elastic_ip_hash_prefix):
tag_resources[category]['elastic_ip'].append(details)
elif key.startswith(self.redis_handler.ebs_vol_hash_prefix):
tag_resources[category]['ebs_volumes'].append(details)
elif key.startswith(self.redis_handler.ebs_snapshot_hash_prefix):
tag_resources[category]['ebs_snapshots'].append(details)
else:
raise Exception("Unable to categorize info: %s" % str(details))
## Calculate total cost
total_cost = 0.0
for category, resources in tag_resources.items():
for resource_type, resource_list in resources.items():
cost = 0.0
for details in resource_list:
try:
cost += float(details.get('monthly_cost'))
except (ValueError, TypeError):
cost = 'Undefined'
if isinstance(cost, float):
tcost_key = "%s:total_cost" % resource_type
tag_resources[category][tcost_key] = round(cost, 3)
total_cost += cost
tag_resources['sethji:estimated_monthly_bill'] = round(total_cost, 3)
return tag_resources
def get_instance_details(self, region, instance_id):
details = self.redis_handler.get_instance_details(region, instance_id)
details = self._cal_monthly_cost(details)
return details
def get_ebs_volume_details(self, region, volume_id):
return self.redis_handler.get_ebs_volume_details(region, volume_id)
def get_ebs_snapshot_details(self, region, snapshot_id):
return self.redis_handler.get_ebs_snapshot_details(region, snapshot_id)
def get_elb_details(self, region, elb_name):
details = self.redis_handler.get_elb_details(region, elb_name)
details = self._cal_monthly_cost(details)
return details
def get_elastic_ip_details(self, elastic_ip):
details = self.redis_handler.get_elastic_ip_details(elastic_ip)
details = self._cal_monthly_cost(details)
return details
def _cal_monthly_cost(self, details):
try:
if ('per_hour_cost' in details) and ('monthly_cost' not in details):
ph_cost = float(details.get('per_hour_cost'))
day_count = get_current_month_day_count()
details['monthly_cost'] = ph_cost * 24 * day_count
if 'monthly_cost' in details:
details['monthly_cost'] = round(float(details['monthly_cost']), 3)
except ValueError:
return details
return details
