Buttetsu Batou DoubleDensity

Download Vagrant boxes manually

In this example, we're going to download the Midnight Sun box.

# The box URL is https://app.vagrantup.com/uwmidsun/boxes/box/versions/2.1.0
# In general, we just take the box URL, and then append the provider URL
# https://app.vagrantup.com/<organization name>/boxes/<box name>/versions/<version>/providers/<provider>.box
wget https://app.vagrantup.com/uwmidsun/boxes/box/versions/2.1.0/providers/virtualbox.box -O box-2.1.0.box

	<artifacts_info>
	The assistant can create and reference artifacts during conversations. Artifacts are for substantial, self-contained content that users might modify or reuse, displayed in a separate UI window for clarity.

	# Good artifacts are...
	- Substantial content (>15 lines)
	- Content that the user is likely to modify, iterate on, or take ownership of
	- Self-contained, complex content that can be understood on its own, without context from the conversation
	- Content intended for eventual use outside the conversation (e.g., reports, emails, presentations)
	- Content likely to be referenced or reused multiple times

	#!/usr/bin/env bash
	#
	# this script uses v4l2-ctl to set the zoom level of a webcam
	#

	set -e

	# you may have multiple cameras but usual video0 is the right one
	camera=/dev/video0

	#!/usr/local/bin/python3

	import argparse
	import subprocess
	import itertools


	parser = argparse.ArgumentParser(description='Concatenate videos with FFMPEG, add "xfade" between segments.')
	parser.add_argument('--segments_file', '-f', metavar='Segments file', type=str, nargs=1,
	help='Segments text file for concatenating. e.g. "segments.txt"')

	# This creates a VPC with two public subnets and two private subnets in two Availability Zones,
	# together with a NAT Gateway and associated routing. Change the Availability Zone locations as needed.

	# Important: this configures various AWS services and there are costs associated with these services after the Free Tier usage.
	# Please see the AWS Pricing pages for details. You are responsible for any AWS costs incurred.
	# No warranty is implied in this example.

	# Usage from command line:
	# aws cloudformation --region <<YOUR-REGION>> create-stack --stack-name vpc- --template-body file://vpc-setup.yaml

	import gi
	gi.require_version('Gst', '1.0')
	from gi.repository import GObject, Gst

	Gst.init(None)

	class Main:
	def __init__(self):
	self.pipeline = Gst.Pipeline.new("pipeline")
	self.bus = self.pipeline.get_bus()

	Parameters:
	App:
	Description: "Examples: blog, api"
	Type: String
	Env:
	Description: "Examples: prod, stag, dev"
	Type: String
	Role:
	Description: "Examples: web, worker, scheduler"
	Type: String

	[
	{
	"caption": "SublimeREPL: Tidal",
	"command": "run_existing_window_command", "args":
	{
	"id": "repl_tidal",
	"file": "config/Tidal/Main.sublime-menu"
	}
	}
	]

	# You don't need Fog in Ruby or some other library to upload to S3 -- shell works perfectly fine
	# This is how I upload my new Sol Trader builds (http://soltrader.net)
	# Based on a modified script from here: http://tmont.com/blargh/2014/1/uploading-to-s3-in-bash

	S3KEY="my aws key"
	S3SECRET="my aws secret" # pass these in

	function putS3
	{
	path=$1

	#!/bin/bash
	# Install Splunk 6.2 on CentOS 7 as a non-root user service that runs on boot with
	# systemd. This script also opens the firewall to allow syslog on UDP port 514. Since
	# we're running Splunk as non-root, this port is then forwarded to 5514. Configuring a
	# syslog input in slunk on UDP 514 will gather this data. Must be run as root

	# Create Account
	useradd splunk
	groupadd splunk