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#!/bin/bash

# Migrates from a local git project and places onto the gitolite server.
# Reference http://gitolite.com/gitolite/g2/moverepos.html

# Usage: Execute from the git directory to migrate
# ex. ~/Developer/gitolite/migrate_repo.sh new-repo-name

# Get the current working directory
EXISTING_REPO_DIRECTORY=$(pwd)

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#!/bin/bash

# Install gitolite to an Amazon AMI server
# Allows a low-spec ec2 machine to be used

#===============================================================================
# Install gitolite
#===============================================================================

# Create the git user

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#!/bin/bash

# Amazon Linux AMI Environment Setup

#===============================================================================
# Connect to the server
#===============================================================================

# Correct the permissions on the SSH RSA key
chmod 600 ./punoff_prod.pem

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#!/bin/bash

# Guide to install L2TP-IPSEC VPN Server on a Raspberry Pi with ArchLinux

# Used parts of several instructions,
# http://nls.io/setup-an-ipsec-l2tp-vpn-with-text-or-ldap-auth-on-arch-linux/
# https://smileykeith.com/2014/01/27/ipsec-l2tp-vpn-on-a-raspberry-pi-running-arch-linux/
# http://linux.tips/tutorials/how-to-setup-l2tp-vpn-server-on-raspberry-pi

# Tested and works with OSX and iOS 7.1 supplied vpn client

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# If ArchLinux Rasberry Pi, SSH into the machine with root/root
ssh root@<ip-address>

# Apply updates
pacman -Syu

# Create a user to work under
useradd -m -G wheel -s /bin/bash joe
passwd joe

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1407462650,Channel,Lock Status,Modulation,Channel ID,Frequency,Power,SNR,Correctables,Uncorrectables,1,Locked,QAM256,12,663000000 Hz,-2.1 dBmV,37.9 dB,22134,1752,2,Locked,QAM256,5,615000000 Hz,-3.2 dBmV,37.8 dB,33552,8041,3,Locked,QAM256,6,621000000 Hz,-2.8 dBmV,38.1 dB,25109,3336,4,Locked,QAM256,7,633000000 Hz,-2.0 dBmV,38.2 dB,33830,7143,5,Locked,QAM256,8,639000000 Hz,-2.0 dBmV,38.2 dB,28282,4197,6,Locked,QAM256,9,645000000 Hz,-2.1 dBmV,38.2 dB,25817,2750,7,Locked,QAM256,10,651000000 Hz,-1.9 dBmV,37.9 dB,635115,54101,8,Locked,QAM256,11,657000000 Hz,-1.5 dBmV,38.2 dB,425238,23390,Total Correctables,Total Uncorrectables,1229077,104710,Channel,Lock Status,US Channel Type,Channel ID,Symbol Rate,Frequency,Power,1,Locked,ATDMA,6,5120 Ksym/sec,30596000 Hz,42.2 dBmV,2,Locked,TDMA and ATDMA,5,2560 Ksym/sec,38596000 Hz,42.2 dBmV,3,Locked,ATDMA,7,5120 Ksym/sec,23700000 Hz,42.2 dBmV,4,Not Locked,Unknown,0,0 Ksym/sec,0 Hz, 0.0 dBmV,
1407462775,Channel,Lock Status,Modulation,Channel ID,Frequency,Power,SNR,Correctables,Un

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#!/bin/bash
#===============================================================================
#         FILE: acanac_speed_test.sh
#
#        USAGE: acanac_speed_test.sh (-c)
#
#  DESCRIPTION: Performs the identical speed test to the speed test widget found
#               at http://www.acanac.ca/speedtest/.
#
#      OPTIONS: -c changes the output to be 'epoch-timestamp, down, up'

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server.document-root = "/development/directory/to/serve"

server.dir-listing = "enable"

server.port = 80
mimetype.assign = (
	".png"  => "image/png",
	".jpg"  => "image/jpeg",
	".xml"  => "text/xml",
	".html" => "text/html",

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#!/bin/bash

# Create a self signed SSL cert and install

# Generate a private key
openssl genrsa -des3 -out server.key 1024

# Generate a CSR (Certificate Signing Request)
openssl req -new -key server.key -out server.csr

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#!/bin/bash

# Create an rsa key and install on a remote machine.

echo "This is a guide. Do not execute this as a script."
exit -1

# Create a new rsa key and deploy to a server. Make sure to add a password.
ssh-keygen -t rsa -C "username@host"