def send_ok():
sns =boto.sns.connect_to_region('ap-northeast-1')
topics = sns.get_all_topics()["ListTopicsResponse"]["ListTopicsResult"]["Topics"]
mytopic = topics[0]
msg = u"Boss:\n Everything is ready !"
print datetime.now().month, datetime.now().day
msg+=u'\n\n\n\n\n'+ history.history(datetime.now().month,datetime.now().day).string
subj = "成功完成等保申报任务"
res = sns.publish(mytopic['TopicArn'], msg, subj)
def send_ok():
sns = boto.sns.connect_to_region('ap-northeast-1')
topics = sns.get_all_topics(
)["ListTopicsResponse"]["ListTopicsResult"]["Topics"]
mytopic = topics[0]
msg = u"Boss:\n Everything is ready !"
print datetime.now().month, datetime.now().day
msg += u'\n\n\n\n\n' + history.history(datetime.now().month,
datetime.now().day).string
subj = "成功完成等保申报任务"
res = sns.publish(mytopic['TopicArn'], msg, subj)
def get_sns_topics(region):
# SNS topic policies
verbose("Getting SNS topic policies:")
sns = boto.sns.connect_to_region(region)
topic_info = []
topics = sns.get_all_topics()
topics = topics["ListTopicsResponse"]["ListTopicsResult"]["Topics"]
for topic in topics:
policy = sns.get_topic_attributes(topic["TopicArn"])
policy = policy["GetTopicAttributesResponse"]["GetTopicAttributesResult"]["Attributes"]["Policy"]
topic_info.append(config_line_policy(region + " sns:topicpolicy", topic["TopicArn"], "", policy))
return sorted(topic_info)
def get_sns_topics(region):
# SNS topic policies
verbose("Getting SNS topic policies:")
sns = boto.sns.connect_to_region(region,
aws_access_key_id=assume_role.credentials.access_key,
aws_secret_access_key=assume_role.credentials.secret_key,
security_token=assume_role.credentials.session_token)
topic_info = []
topics = sns.get_all_topics()
topics = topics["ListTopicsResponse"]["ListTopicsResult"]["Topics"]
for topic in topics:
policy = sns.get_topic_attributes(topic["TopicArn"])
policy = policy["GetTopicAttributesResponse"]["GetTopicAttributesResult"]["Attributes"]["Policy"]
topic_info.append(config_line_policy(region + " sns:topicpolicy", topic["TopicArn"], "", policy))
return sorted(topic_info)
def setAlarm():
#An SNS connection object is created by passing the region, key and secret key to the connection_to_region() method
sns = boto.sns.connect_to_region('eu-west-1',aws_access_key_id=key_id, aws_secret_access_key=secret_key )
#An cloudwatch connection object is created by passing the region, key and secret key to the connection_to_region() method
cw = boto.ec2.cloudwatch.connect_to_region("eu-west-1", aws_access_key_id=key_id, aws_secret_access_key=secret_key)
print "\nEnabling Cloudwatch monitoring on running instances..\n"
#Invoke the get_all_topics method to return a dictionary containing all topic arns on the account
topics = sns.get_all_topics()
#Get the first [0] topic arm from the dictionary
topic = topics[u'ListTopicsResponse']['ListTopicsResult']['Topics'][0]['TopicArn']
emailAddr = raw_input("Please enter an email address to receive alarm notifications: ")
#emailAddr = "*****@*****.**"
print "\nSNS email address set to %s\n" % emailAddr
#Iterate through the list of reservation objects returned by get_all_reservations()
#This method returns a list of all EC2 instance objects
for reservation in conn.get_all_reservations():
#iterate through all instances in reservation
for instance in reservation.instances:
#Set boolean to alert use if no running instances found
any_running = False
#for any instances that have their state set to running
if instance.state == u'running':
#Call the monitor_instance method on the EC2 connection object with the specified instance id to enable monitoring
conn.monitor_instance(instance.id)
alarm_name = 'CPU Utilization < 40 for instance: %s' %instance.id
#Set the dimensions for the alarm using the current instance id
alarm_dimensions = {"InstanceId": instance.id}
#Set up the alarm by passing in relevant arguments to the Metric alarm method
#Notable arguments would be threshold being the % to check against and dimensions being the instances to activate the alarm on
alarm = MetricAlarm(name = alarm_name, comparison='<', threshold=40, period=300, evaluation_periods=2,namespace='AWS/EC2', metric='CPUUtilization', statistic='Average', alarm_actions=[topic], dimensions = alarm_dimensions)
#Create the alarm
cw.create_alarm(alarm)
print "Alarm set for instance: %s" % instance.id
#Subscribe to the alarm using the specified email address and the email protocol
sns.subscribe(topic, "email", emailAddr)
any_running = True;
if not any_running:
print "\nNo running instances found. No alarm set."
def setAlarm():
sns = boto.sns.connect_to_region('eu-west-1',
aws_access_key_id=key_id,
aws_secret_access_key=secret_key)
cw = boto.ec2.cloudwatch.connect_to_region(
"eu-west-1",
aws_access_key_id=key_id,
aws_secret_access_key=secret_key)
print "\nEnabling Cloudwatch monitoring on running instances..\n"
topics = sns.get_all_topics()
topic = topics[u'ListTopicsResponse']['ListTopicsResult']['Topics'][0][
'TopicArn']
emailAddr = raw_input(
"Please enter an email address to receive alarm notifications: ")
print "\nSNS email address set to %s\n" % emailAddr
any_running = False
for reservation in conn.get_all_reservations():
for instance in reservation.instances:
if instance.state == u'running':
any_running = True
conn.monitor_instance(instance.id)
alarm_name = 'CPU Utilization < 40 for instance: %s' % instance.id
alarm_dimensions = {"InstanceId": instance.id}
alarm = MetricAlarm(name=alarm_name,
comparison='<',
threshold=40,
period=300,
evaluation_periods=2,
namespace='AWS/EC2',
metric='CPUUtilization',
statistic='Average',
alarm_actions=[topic],
dimensions=alarm_dimensions)
cw.create_alarm(alarm)
print "Alarm set for instance: %s" % instance.id
sns.subscribe(topic, "email", emailAddr)
if not any_running:
print "\nNo running instances found. No alarm set."
def get_sns_topics(region):
# SNS topic policies
verbose("Getting SNS topic policies:")
sns = boto.sns.connect_to_region(
region,
aws_access_key_id=assume_role.credentials.access_key,
aws_secret_access_key=assume_role.credentials.secret_key,
security_token=assume_role.credentials.session_token)
topic_info = []
topics = sns.get_all_topics()
topics = topics["ListTopicsResponse"]["ListTopicsResult"]["Topics"]
for topic in topics:
policy = sns.get_topic_attributes(topic["TopicArn"])
policy = policy["GetTopicAttributesResponse"][
"GetTopicAttributesResult"]["Attributes"]["Policy"]
topic_info.append(
config_line_policy(region + " sns:topicpolicy", topic["TopicArn"],
"", policy))
return sorted(topic_info)
def checkLogs(buckets):
#Set ignored id list, add your own account ID here
ignoredId = []
#Static email address for testing
#emailAddr = "*****@*****.**"
#Set the name of our cloudTrails bucket
ct_name = "cloudtrailadam"
for bucket in buckets:
#Iterate through buckets and find the cloudtrail bucket
if bucket.name == ct_name:
#Iterate though all keys in the bucket such that key points to the last one
#which is the last created log file
for key in bucket:
#Check if key is a file and not a folder by checking the end of the path
if not key.name.endswith('/'):
#Construct an empty StringIO object
f = StringIO.StringIO()
#Using the boto s3 method get_file, retrieve the file from the S3 key and place the data in the StringIO buffer
key.get_file(f)
#Set the position of the read/write pointer to the beginning of the file
f.seek(0, 0)
#Construct a new GzipFile object and pass it the file object contained in f
gzfile = gzip.GzipFile(fileobj=f)
#get the data from the file using pythons .read method
data = gzfile.read()
#Pass the data to the .loads method in the json library which returns an object
j = json.loads(data)
#Set the parent key from the JSON to look for keys within the main key
parent = j["Records"]
#Iterate though the json parent key again
for item in parent:
#If the accountId of any event does not match user specified one.
if item['userIdentity']['accountId'] not in ignoredId:
print "\nAccess from unknown account: ", item['userIdentity']['accountId'], " found!\n"
#print the details of the event
print "Event Details: ", item["sourceIPAddress"], item["userIdentity"]["type"], item["userIdentity"]["accountId"], item["eventName"], item["eventTime"]
while(True):
input = raw_input("\nDo you wish to ignore events from this account ID? (Y/N) ").lower()
if input in ('yes', 'y', 'ye'):
#Add the event account ID to the list of ignored IDs
ignoredId.append(item['userIdentity']['accountId'])
break
elif input in ('no', 'n', '0'):
input = raw_input("Do you wish to be notified of the first event of this ID via email? (Y/N) > ").lower()
if input in ('yes', 'y', 'ye'):
#Set up email address
emailAddr = raw_input("Please enter an email address to receive alarm notifications: ")
#Create SNS connection
sns = boto.sns.connect_to_region("eu-west-1", aws_access_key_id=key_id, aws_secret_access_key=secret_key)
#Pull all of the topic ARNs on the account and store them in topics
topics = sns.get_all_topics()
#Get the first topic ARN and store it in topic
topic = topics[u'ListTopicsResponse']['ListTopicsResult']['Topics'][0]['TopicArn']
#Set up email message body to contain event information
msg = "Event details - Source IP: " + str(item["sourceIPAddress"]) + " : Account ID: " + str(item["userIdentity"]["accountId"]) + " : Event type: " + str(item["eventName"]) + " : Event time: " + str(item["eventTime"])
#Set up email message subject
subject = "Unauthorised account access"
#Public this message to SNS
sns.publish(topic, msg, subject)
#Subscribe to the alarm using the specified email address and the email protocol
sns.subscribe(topic, "email", emailAddr)
#Add ID to ignored list to continue checking for other unauthorised accounts
ignoredId.append(item['userIdentity']['accountId'])
break
elif input in ('no', 'n', '0'):
break
else:
print "Invalid command"
else:
print "Invalid command"
print "\n\nCheck complete\n"
import boto.sqs
import boto.sns
from boto.sqs.message import Message
from alchemyapi import AlchemyAPI
import ast
conn = boto.sqs.connect_to_region("us-west-2", aws_access_key_id='*',aws_secret_access_key='*')
text={}
sns = boto.sns.connect_to_region("us-west-2", aws_access_key_id='*',aws_secret_access_key='*')
topics = sns.get_all_topics()
mytopics = topics["ListTopicsResponse"]["ListTopicsResult"]["Topics"]
mytopic_arn = mytopics[0]["TopicArn"]
print mytopic_arn
alchemyapi = AlchemyAPI()
#p = 0
while True:
try:
my_queue = conn.get_queue('myqueue6')
rs = my_queue.get_messages()
#a = len(rs)
#print a
#while len(rs) != 0:
m = rs[0]
#m.get_body()
text=ast.literal_eval(m.get_body())
text1=text["text"]
text2=text["coordinates"]
print text1
print text2
def checkLogs(buckets):
#Set ignored id list, add your own account ID here
ignoredId = []
#Static email address for testing
#emailAddr = "*****@*****.**"
#Set the name of our cloudTrails bucket
ct_name = "cloudtrailadam"
for bucket in buckets:
#Iterate through buckets and find the cloudtrail bucket
if bucket.name == ct_name:
#Iterate though all keys in the bucket such that key points to the last one
#which is the last created log file
for key in bucket:
#Check if key is a file and not a folder by checking the end of the path
if not key.name.endswith('/'):
#Construct an empty StringIO object
f = StringIO.StringIO()
#Using the boto s3 method get_file, retrieve the file from the S3 key and place the data in the StringIO buffer
key.get_file(f)
#Set the position of the read/write pointer to the beginning of the file
f.seek(0, 0)
#Construct a new GzipFile object and pass it the file object contained in f
gzfile = gzip.GzipFile(fileobj=f)
#get the data from the file using pythons .read method
data = gzfile.read()
#Pass the data to the .loads method in the json library which returns an object
j = json.loads(data)
#Set the parent key from the JSON to look for keys within the main key
parent = j["Records"]
#Iterate though the json parent key again
for item in parent:
#If the accountId of any event does not match user specified one.
if item['userIdentity']['accountId'] not in ignoredId:
print "\nAccess from unknown account: ", item[
'userIdentity']['accountId'], " found!\n"
#print the details of the event
print "Event Details: ", item[
"sourceIPAddress"], item["userIdentity"][
"type"], item["userIdentity"][
"accountId"], item["eventName"], item[
"eventTime"]
while (True):
input = raw_input(
"\nDo you wish to ignore events from this account ID? (Y/N) "
).lower()
if input in ('yes', 'y', 'ye'):
#Add the event account ID to the list of ignored IDs
ignoredId.append(
item['userIdentity']['accountId'])
break
elif input in ('no', 'n', '0'):
input = raw_input(
"Do you wish to be notified of the first event of this ID via email? (Y/N) > "
).lower()
if input in ('yes', 'y', 'ye'):
#Set up email address
emailAddr = raw_input(
"Please enter an email address to receive alarm notifications: "
)
#Create SNS connection
sns = boto.sns.connect_to_region(
"eu-west-1",
aws_access_key_id=key_id,
aws_secret_access_key=secret_key)
#Pull all of the topic ARNs on the account and store them in topics
topics = sns.get_all_topics()
#Get the first topic ARN and store it in topic
topic = topics[u'ListTopicsResponse'][
'ListTopicsResult']['Topics'][0][
'TopicArn']
#Set up email message body to contain event information
msg = "Event details - Source IP: " + str(
item["sourceIPAddress"]
) + " : Account ID: " + str(
item["userIdentity"]["accountId"]
) + " : Event type: " + str(
item["eventName"]
) + " : Event time: " + str(
item["eventTime"])
#Set up email message subject
subject = "Unauthorised account access"
#Public this message to SNS
sns.publish(topic, msg, subject)
#Subscribe to the alarm using the specified email address and the email protocol
sns.subscribe(topic, "email",
emailAddr)
#Add ID to ignored list to continue checking for other unauthorised accounts
ignoredId.append(
item['userIdentity']['accountId'])
break
elif input in ('no', 'n', '0'):
break
else:
print "Invalid command"
else:
print "Invalid command"
print "\n\nCheck complete\n"
def setAlarm():
#An SNS connection object is created by passing the region, key and secret key to the connection_to_region() method
sns = boto.sns.connect_to_region('eu-west-1',
aws_access_key_id=key_id,
aws_secret_access_key=secret_key)
#An cloudwatch connection object is created by passing the region, key and secret key to the connection_to_region() method
cw = boto.ec2.cloudwatch.connect_to_region(
"eu-west-1",
aws_access_key_id=key_id,
aws_secret_access_key=secret_key)
print "\nEnabling Cloudwatch monitoring on running instances..\n"
#Invoke the get_all_topics method to return a dictionary containing all topic arns on the account
topics = sns.get_all_topics()
#Get the first [0] topic arm from the dictionary
topic = topics[u'ListTopicsResponse']['ListTopicsResult']['Topics'][0][
'TopicArn']
emailAddr = raw_input(
"Please enter an email address to receive alarm notifications: ")
#emailAddr = "*****@*****.**"
print "\nSNS email address set to %s\n" % emailAddr
#Iterate through the list of reservation objects returned by get_all_reservations()
#This method returns a list of all EC2 instance objects
for reservation in conn.get_all_reservations():
#iterate through all instances in reservation
for instance in reservation.instances:
#Set boolean to alert use if no running instances found
any_running = False
#for any instances that have their state set to running
if instance.state == u'running':
#Call the monitor_instance method on the EC2 connection object with the specified instance id to enable monitoring
conn.monitor_instance(instance.id)
alarm_name = 'CPU Utilization < 40 for instance: %s' % instance.id
#Set the dimensions for the alarm using the current instance id
alarm_dimensions = {"InstanceId": instance.id}
#Set up the alarm by passing in relevant arguments to the Metric alarm method
#Notable arguments would be threshold being the % to check against and dimensions being the instances to activate the alarm on
alarm = MetricAlarm(name=alarm_name,
comparison='<',
threshold=40,
period=300,
evaluation_periods=2,
namespace='AWS/EC2',
metric='CPUUtilization',
statistic='Average',
alarm_actions=[topic],
dimensions=alarm_dimensions)
#Create the alarm
cw.create_alarm(alarm)
print "Alarm set for instance: %s" % instance.id
#Subscribe to the alarm using the specified email address and the email protocol
sns.subscribe(topic, "email", emailAddr)
any_running = True
if not any_running:
print "\nNo running instances found. No alarm set."
import boto.sqs
import boto.sns
from boto.sqs.message import Message
from alchemyapi import AlchemyAPI
import ast
conn = boto.sqs.connect_to_region("us-west-2",
aws_access_key_id='*',
aws_secret_access_key='*')
text = {}
sns = boto.sns.connect_to_region("us-west-2",
aws_access_key_id='*',
aws_secret_access_key='*')
topics = sns.get_all_topics()
mytopics = topics["ListTopicsResponse"]["ListTopicsResult"]["Topics"]
mytopic_arn = mytopics[0]["TopicArn"]
print mytopic_arn
alchemyapi = AlchemyAPI()
#p = 0
while True:
try:
my_queue = conn.get_queue('myqueue6')
rs = my_queue.get_messages()
#a = len(rs)
#print a
#while len(rs) != 0:
m = rs[0]
#m.get_body()
text = ast.literal_eval(m.get_body())
text1 = text["text"]
args = parser.parse_args()
# process common command line arguments
log = logging.getLogger('botocross')
bc.configure_logging(log, args.log_level)
credentials = bc.parse_credentials(args)
regions = bc.filter_regions(boto.sns.regions(), args.region)
# execute business logic
log.info("Describing SNS topics:")
for region in regions:
try:
sns = boto.connect_sns(region=region, **credentials)
topics = []
next_token = None
while True:
result = sns.get_all_topics(next_token)
topics.extend(
result['ListTopicsResponse']['ListTopicsResult']['Topics'])
next_token = result['ListTopicsResponse']['ListTopicsResult'][
'NextToken']
if not next_token:
break
print region.name + ": " + str(len(topics)) + " topics:"
for topic in topics:
print topic['TopicArn']
except boto.exception.BotoServerError, e:
log.error(e.error_message)
def checkLogs(buckets):
ignoredId = []
ct_name = "cloudtrailadam"
for bucket in buckets:
if bucket.name == ct_name:
for key in bucket:
if not key.name.endswith('/'):
f = StringIO.StringIO()
key.get_file(f)
f.seek(0, 0)
gzfile = gzip.GzipFile(fileobj=f)
data = gzfile.read()
j = json.loads(data)
parent = j["Records"]
for item in parent:
if item['userIdentity']['accountId'] not in ignoredId:
print "\nAccess from unknown account: ", item[
'userIdentity']['accountId'], " found!\n"
print "Event Details: ", item[
"sourceIPAddress"], item["userIdentity"][
"type"], item["userIdentity"][
"accountId"], item["eventName"], item[
"eventTime"]
while (True):
input = raw_input(
"\nDo you wish to ignore events from this account ID? (Y/N) "
).lower()
if input in ('yes', 'y', 'ye'):
ignoredId.append(
item['userIdentity']['accountId'])
break
elif input in ('no', 'n', '0'):
input = raw_input(
"Do you wish to be notified of the first event of this ID via email? (Y/N) > "
).lower()
if input in ('yes', 'y', 'ye'):
emailAddr = raw_input(
"Please enter an email address to receive alarm notifications: "
)
sns = boto.sns.connect_to_region(
"eu-west-1",
aws_access_key_id=key_id,
aws_secret_access_key=secret_key)
topics = sns.get_all_topics()
topic = topics[u'ListTopicsResponse'][
'ListTopicsResult']['Topics'][0][
'TopicArn']
msg = "Event details - Source IP: " + str(
item["sourceIPAddress"]
) + " : Account ID: " + str(
item["userIdentity"]["accountId"]
) + " : Event type: " + str(
item["eventName"]
) + " : Event time: " + str(
item["eventTime"])
subject = "Unauthorised account access"
sns.publish(topic, msg, subject)
sns.subscribe(topic, "email",
emailAddr)
ignoredId.append(
item['userIdentity']['accountId'])
break
elif input in ('no', 'n', '0'):
break
else:
print "Invalid command"
else:
print "Invalid command"
print "\n\nCheck complete\n"
def alarmProcessor():
# Firstly we need to connect to the Simple Notification Service and CloudWatch service - this was a bit tricky and again the documentation was unclear. I thought you would use boto.connect_sns(region=reg)
# which seems to successfully connect and is similar to how we connected to S3 and EC2 services. However calling methods e.g. get_all_topics() yields the error "The requested version (2010-03-31) of
# service AmazonEC2 does not exist". On further investigation I found that to connect use boto.sns.connect_to_region(). You have to supply the region as an argument - note that it expected a string
# not a region object - which again is inconsistent with EC2. To connect to the CloudWatch service as with SNS you have to use the connect_to_region() method
sns = boto.sns.connect_to_region("eu-west-1")
cw = boto.ec2.cloudwatch.connect_to_region("eu-west-1")
if (not args.clear):
print "\nCreating new topics (+ subscription) and alarms:\n"
# Once connected we create a topic which is basically an access point composed of an identifier and recipients to send message to. create_topic() returns a unique ARN (Amazon Resource Name) which
# will include the service name (SNS), region, AWS ID of the user and the topic name - this is a dict so we need to go three levels in to get the actual ARN number. We will use the arn when
# we create a subscription which is how we link a topic to an endpoint like an email address.
topicName = 'TopicStephenCIT-1-UID'+str(random.randrange(1000000))
response = sns.create_topic(topicName)
topicARN = response['CreateTopicResponse']['CreateTopicResult']['TopicArn']
print '\tTopic ARN created: ',topicARN
#Subscribe links a topic with an endpoint - in this case an email address
sns.subscribe(topicARN, 'email', args.email)
#We now have topic/subscription - the email address supplied will have to accept the AWS Notification Subscription Confirmation email message to ensure they get alerts
# We will now create a unique alarm per instance. We can use the create_alarm method which expects a boto.ec2.cloudwatch.alarm.MetricAlarm object. This object defines
# all the properties of the alarm - name,metric,topic etc. We loop through all the instance and create an alarm for each instance. Note we use the ARN that was created
# above which ties the alarm to notification logic
for index, inst in enumerate(instances):
alarmName = "StephenMurrayCPU-" + str(index) + inst.id +'-UID' + str(random.randrange(1000000))
alarm = boto.ec2.cloudwatch.MetricAlarm(name=alarmName, namespace='AWS/EC2',metric='CPUUtilization',
statistic='Average',comparison='<', threshold='40',period='60', evaluation_periods=2,
dimensions = {"InstanceId": inst.id},
alarm_actions= topicARN)
cw.create_alarm(alarm)
print "\tAlarm created", alarmName
else:
print "\nClearing topics, subscriptions (confirmed) and alarms:\n"
#Get all topics
returnAllTopicsObject = sns.get_all_topics()
#to access the ARN field we need have to go 3 levels deep into returned object
topics = returnAllTopicsObject['ListTopicsResponse']['ListTopicsResult']['Topics']
#now we have a list containing dicts where the only value is the TopicArn which is what we need to supply the delete method
# only do action if list is not empty - there has to be some topics to delete
if topics:
for t in (topics):
topicARNDelete = t['TopicArn']
#delete topics
sns.delete_topic(topicARNDelete)
print "\tTopic Deleted: ", topicARNDelete
else:
print "\tNo topics found"
# Get all subscriptions
# Very similar to topics - get subscriptions, extract relevant parameter from retuned dict object, loop through, get SubscriptionArn
# and send for deletion - also do a check to ensure subscriptions exist
returnAllSubObject = sns.get_all_subscriptions()
#to access the Sub ARN field we need have to go 3 levels deep into returned object
subscriptions = returnAllSubObject['ListSubscriptionsResponse']['ListSubscriptionsResult']['Subscriptions']
if subscriptions:
for s in (subscriptions):
subARNDelete = s['SubscriptionArn']
#delete subscription only if returned value is not equal to PendingConfirmation
if (subARNDelete != 'PendingConfirmation'):
sns.unsubscribe(subARNDelete)
print "\tSunscription Deleted: ", subARNDelete
else:
print "\tNo subscriptions found"
#Get all alarms
#describe_alarms() returns a list of boto.ec2.cloudwatch.alarm.MetricAlarms object from which we can extract the alarm name (.name method) which we can
# use to delete it - Note in this case we do not require the ARN to delete - on testing with IDLE it was noted that when a complete arn
# arn:aws:cloudwatch:eu-west-1:135577527805:alarm:StephenMurrayCPU0i-690b332b was supplied the delete_alarms() method returned True even though it was
# not deleted...this is not good as as when StephenMurrayCPU0i-690b332b was supplied it deleted the alarm and also returned True.
alarms = cw.describe_alarms()
if alarms:
for a in (alarms):
cw.delete_alarms(a.name)
print "\tAlarms Deleted: ", a.name
else:
print "\tNo alarms found"
parents=[bc.build_region_parser(), bc.build_common_parser()])
args = parser.parse_args()
# process common command line arguments
log = logging.getLogger('botocross')
bc.configure_logging(log, args.log_level)
credentials = bc.parse_credentials(args)
regions = bc.filter_regions(boto.sns.regions(), args.region)
# execute business logic
log.info("Describing SNS topics:")
for region in regions:
try:
sns = boto.connect_sns(region=region, **credentials)
topics = []
next_token = None
while True:
result = sns.get_all_topics(next_token)
topics.extend(result['ListTopicsResponse']['ListTopicsResult']['Topics'])
next_token = result['ListTopicsResponse']['ListTopicsResult']['NextToken']
if not next_token:
break
print region.name + ": " + str(len(topics)) + " topics:"
for topic in topics:
print topic['TopicArn']
except boto.exception.BotoServerError, e:
log.error(e.error_message)
