James Strong strongjz

Usage:

ruby aws.rb launch [--region region --aws-key aws_key --aws-secret aws_secret --security-group security_group --key-pair key_pair --key-path key_path --ami-id ami_id--flavor-id flavor_id ]  

ruby aws.rb terminate [--region region --aws-key aws_key --aws-secret aws_secret] --instance-id instance_id  

ruby aws.rb attach [--region region --aws-key aws_key --aws-secret aws_secret] --instance-id instance_id --volume-id volume_id
No arguments provided

Install
Shell exports
Directory explanations
Automatic Imports
Private repo access
Guard (automatic go run)
Godo
Spurious
AWS SDK with Go (inc. some old possibly broken examples)
Build and Compilation

AWS Elastic Beanstalk deploy user restricted IAM policy

An IAM user policy document to give minimal rights for deploying an Elastic Beanstalk application.

Where:

REGION: AWS region.
ACCOUNT_ID: AWS account ID.
APPLICATION_NAME: Desired target Elastic Beanstalk application name(space).
IAM_INSTANCE_PROFILE_ROLE: The instance profile (IAM role) Elastic Beanstalk EC2 instaces will run under.

sudo su
yum update
yum install -y git
cd /usr/local/src
yum -y install git python-jinja2 python-paramiko PyYAML make MySQL-python
git clone git://github.com/ansible/ansible.git
cd ansible
git submodule update --init --recursive
make install

Setup SSH Authentication for Git Bash on Windows

Prepararation

Create a folder at the root of your user home folder (Example: C:/Users/uname/) called .ssh.
Create the following files if they do not already exist (paths begin from the root of your user home folder):

.ssh/config

You can use CodePipeline and CodeBuild to create a continuous deployment/integration pipeline for serverless applications build on AWS Lambda and Amazon API Gateway. This sample application is written in Go with the Gin framework and uses the eawsy API Gateway proxy shim: https://github.com/eawsy/aws-lambda-go-net

We initially detailed our methodology in this blog post: https://aws.amazon.com/blogs/compute/continuous-deployment-for-serverless-applications/

We have used the shim technology created by eawsy to run Golang applications inside AWS Lambda (https://github.com/eawsy/aws-lambda-go-shim) and created a container that can be used with CodeBuild as part of our original pipeline template.

The container is available on DockerHub and is called sapessi/aws-lambda-go18-codebuild:latest. To use this container, simply change the Image property of the CodeBuild project environment.

The pipeline template, sample app, buildspec and SAM files are attached to this gist.

	##TCP FLAGS##

	Unskilled Attackers Pester Real Security Folks
	==============================================
	TCPDUMP FLAGS
	Unskilled = URG = (Not Displayed in Flag Field, Displayed elsewhere)
	Attackers = ACK = (Not Displayed in Flag Field, Displayed elsewhere)
	Pester = PSH = [P] (Push Data)
	Real = RST = [R] (Reset Connection)
	Security = SYN = [S] (Start Connection)

	#!/bin/bash

	module=$1

	for resource in `terraform show -module-depth=1 \| grep module.${module} \| tr -d ':' \| sed -e 's/module.${module}.//'`; do
	terraform taint -module ${module} ${resource}
	done

	#
	# Avoid the message 'External file changes sync may be slow: The current inotify(7) watch limit is too low.' from JetBrains products.
	#
	# 1. Create the file /etc/sysctl.d/60-jetbrains.conf and paste this code
	# 2. Restart the sysctl service: sudo sysctl -p --system
	# 3. Restart the IDE
	#
	# More info:
	# https://confluence.jetbrains.com/display/IDEADEV/Inotify+Watches+Limit

	alias kc='kubectl'
	alias kclf='kubectl logs --tail=200 -f'
	alias kcgs='kubectl get service -o wide'
	alias kcgd='kubectl get deployment -o wide'
	alias kcgp='kubectl get pod -o wide'
	alias kcgn='kubectl get node -o wide'
	alias kcdp='kubectl describe pod'
	alias kcds='kubectl describe service'
	alias kcdd='kubectl describe deployment'
	alias kcdf='kubectl delete -f'