jordanfarrer

/**
* A sample Lambda function that looks up the latest AMI ID for a given region and architecture.
**/

// Map instance architectures to an AMI name pattern
var archToAMINamePattern = {
    "PV64": "amzn-ami-pv*.x86_64-ebs",
    "HVM64": "amzn-ami-hvm*.x86_64-gp2",
    "HVMG2": "amzn-ami-graphics-hvm-*x86_64-ebs*"
};

bkozora

# Automated AMI Backups
#
# @author Bobby Kozora
#
# This script will search for all instances having a tag with the name "backup"
# and value "Backup" on it. As soon as we have the instances list, we loop
# through each instance
# and create an AMI of it. Also, it will look for a "Retention" tag key which
# will be used as a retention policy number in days. If there is no tag with
# that name, it will use a 7 days default value for each AMI.

bkozora

# Automated AMI and Snapshot Deletion
#
# @author Bobby Kozora
#
# This script will search for all instances having a tag named "Backup" with a value of "Backup".
# As soon as we have the instances list, we loop through each instance
# and reference the AMIs of that instance. We check that the latest daily backup
# succeeded then we store every image that's reached its DeleteOn tag's date for
# deletion. We then loop through the AMIs, deregister them and remove all the
# snapshots associated with that AMI.

gurunars

"""
Publish the function to S3:

cd $DIR_WITH_THIS_SCRIPT
zip find_latest_ami_name.zip find_latest_ami_name.py
aws s3 cp find_latest_ami_name.zip s3://$YOUR_S3_BUCKET/find_latest_ami_name.zip
"""

import json

justinpawela

# This file is:  ~/.ssh/config

# You may have other (non-CodeCommit) SSH credentials stored in this
# config file – in addition to the CodeCommit settings shown below.

# NOTE: Make sure to run [ chmod 600 ~/.ssh/config ] after creating this file!

# Credentials for Account1
Host awscc-account1                                 # 'awscc-account1' is a name you pick
  Hostname git-codecommit.us-east-1.amazonaws.com   # This points to CodeCommit in the 'US East' region

030

# Add the following to your existing VPC CF stack

  # create 2 subnets, lambdas like to be in multiple subnets
  Private1:
    Type: AWS::EC2::Subnet
    Properties:
      VpcId: !Ref VPC
      AvailabilityZone: !Select [ 0, !GetAZs ]
      CidrBlock: !Ref Private1CIDR