def handler(event, aws_config):
target = get_target(event)
ec2 = get_aws_resource('ec2', aws_config)
instance = ec2.Instance(str(target))
instance.reboot()
return fulfill(event, 'success')
def handler(event):
date = event['currentIntent']['slots'].get('date')
time = event['currentIntent']['slots'].get('time')
schedule_datetime = parse(str(date) + ' ' + str(time), ignoretz=True)
event['sessionAttributes']['scheduling_status'] = 'set_in_this_fulfillment'
event['sessionAttributes']['scheduling_datetime'] = str(schedule_datetime)
return fulfill(event, 'schedule_set_in_progress')
def __schedule(event):
event_copy = copy(event)
event_copy['sessionAttributes'] = {}
scheduled_datetime = event['sessionAttributes']['scheduling_datetime']
scheduled_action.add({
'added_by': get_id(event_copy),
'event': event_copy,
'scheduled_datetime': scheduled_datetime,
'execution_status': 'not_started'
})
return fulfill(event, 'schedule_set')
def handler(event, aws_config):
target = str(get_target(event))
# there is a strange bug, that AWS Lex sometimes cuts down the first / char
# this should solve it
if target and target[0:1] != '/':
target = '/' + target
limit = 25
if event['currentIntent']['slots'].get('limit'):
limit = int(event['currentIntent']['slots']['limit'])
logs = get_aws_client('logs', aws_config)
log_streams = logs.describe_log_streams(
logGroupName=str(target),
orderBy='LastEventTime',
descending=True,
limit=1
)
log = ''
if log_streams and log_streams.get('logStreams') and log_streams['logStreams'][0]:
log_stream = log_streams['logStreams'][0]['logStreamName']
response = logs.get_log_events(
logGroupName=str(target),
logStreamName=log_stream,
limit=limit,
startFromHead=False
)
for record in response.get('events'):
log += record.get('message', '') + '\n'
if not log:
return fulfill(event, 'log_not_found')
return fulfill(event, None, str(log))
def handler(event, aws_config):
target = get_target(event)
client = get_aws_client('cloudfront', aws_config)
client.create_invalidation(DistributionId=str(target),
InvalidationBatch={
'Paths': {
'Quantity': 1,
'Items': ['/*']
},
'CallerReference':
datetime.utcnow().strftime('%Y%m%d%H%M%S')
})
return fulfill(event, 'success')
def handler(event):
keys = ['aws_access_key', 'aws_secret_key', 'aws_region']
# Let's get the namespace first.
event['currentIntent']['slots']['namespace'] = get_namespace(
event['currentIntent']['slots']['namespace'])
if not event['currentIntent']['slots']['namespace']:
return get_slot(event, 'namespace', 'missing_namespace')
# Copy the config into session attributes, but add a new_ prefix, so it won't affect the current config
for key in keys:
if event['currentIntent']['slots'].get(key):
event['sessionAttributes'][
'new_' + key] = event['currentIntent']['slots'][key]
# check for missing data
for key in keys:
if not event['sessionAttributes'] or not event[
'sessionAttributes'].get('new_' + key):
return get_slot(event, key, 'missing_' + key)
item_id = get_id(event)
item = user_config.get(item_id)
if item:
response = confirm(event)
if response:
return response
config = {
'namespace': event['currentIntent']['slots']['namespace'],
'aws_access_key': event['sessionAttributes']['new_aws_access_key'],
'aws_secret_key': event['sessionAttributes']['new_aws_secret_key'],
'aws_region': event['sessionAttributes']['new_aws_region']
}
del event['sessionAttributes']['new_aws_access_key']
del event['sessionAttributes']['new_aws_secret_key']
del event['sessionAttributes']['new_aws_region']
# Insert or update config record
user_config.update(item_id, {
'last_modified_by': event['userId'],
'config': config
})
return fulfill(event, 'success')
def handler(event):
alias = str(event['currentIntent']['slots']['alias']).lower()
target = str(event['currentIntent']['slots']['target'])
item_id = get_id(event)
item = user_alias.get(item_id)
aliases = item['aliases'] if item and item.get('aliases') else {}
if item and alias in aliases:
response = confirm(event)
if response:
return response
aliases[alias] = target
# Insert or update config record
user_alias.update(item_id, {
'last_modified_by': event['userId'],
'aliases': aliases
})
return fulfill(event, 'success')
def handler(event, aws_config):
target = get_target(event)
client = get_aws_client('lambda', aws_config)
lambda_response = client.invoke(
FunctionName=str(target),
InvocationType='RequestResponse',
LogType='Tail',
)
response = ''
log_result = str(lambda_response.get('LogResult', ''))
function_error = str(lambda_response.get('FunctionError', ''))
pay_load = lambda_response.get('Payload')
if log_result:
response += '*Log:*\n' + b64decode(log_result) + '\n\n'
if function_error:
response += '*Function error:*\n' + function_error + '\n\n'
if pay_load:
response += '*Response:*\n' + str(pay_load.read()) + '\n\n'
return fulfill(event, 'success', response)
def handler(event):
return fulfill(event, None, '42')
def handler(event, aws_config):
target = get_target(event)
sqs_client = get_aws_client('sqs', aws_config)
sqs_client.purge_queue(QueueUrl=target)
return fulfill(event, 'success')
def handler(event):
return fulfill(event, 'help')
def handler(event):
return fulfill(event, 'schedule_canceled')
