Rod Waldhoff rodw

## draw-histogram.sh
#!/bin/bash
#-------------------------------------------------------------------------------
# draw-histogram - generates an ASCII-art histogram (bar chart) from input data.
#-------------------------------------------------------------------------------
# Expects a series of lines of the form `<category-name> <count>` to passed
# via stdin.
#
# Generates a table the looks something like the following:
#
#  +-------+----+

## pentagonal-graph-for-reinh.gv
//
// Run this graph definition through the dot rendering engine.
//
// E.g.:
//   dot -Tpng pentagonal-graph-for-reinh.gv -o image.png
// or
//   dot -Txlib pentagonal-graph-for-reinh.gv
//
// Also note that if you don't care about the exact orientation,
// the "out of the box" rendering with the circo engine is pretty

## coffee-as-a-service-via-forever.sh
#!/bin/bash
# This is an example of a (bash) shell script that uses the forever module ([1])
# to start and stop a CoffeeScript application as if it were a service.
#
# [1] <https://github.com/nodejitsu/forever>


# ASSUMPTIONS
################################################################################
# 1) You've got a CoffeeScript program you want to run via `forever`.

## bootstrap-layout.html.dust
<!DOCTYPE html>
<html lang="en">

  {+html_head}

    <head>
      <meta charset="utf-8">

      {+html_head_title}<title>{+page_title}PAGE TITLE{/page_title}</title>{/html_head_title}

## figure2.gv
digraph fig2 {
  splines=line # makes edges straight rather than curved
  ranksep=0.2  # controls distance between rows

  # create a record-type node representing the row of numbers
  # (the `<x>` bit declares a port we can point edges to)
  n [shape=record label="{<a>58}|{<b>82}|{<c>16}|{<d>85}|{<e>65}|{<f>5}|{<g>67}|{<h>26}"]

  # create some dummy rows, each with one false node per element in n
  node [shape=point height=0 style=invis];

## directory-reader.coffee
# Here's a little CoffeeScript routine that will recursively
# read the file-system, generating an object that represents
# a directory tree.

# The returned object will contain the following attributes:
#
#  * `file`     - the basename of the file.
#  * `dir`      - the directory containing the file.
#  * `types`    - an array containing zero or more of
#                 "File", "Directory", "SymbolicLink", "BlockDevice",

## example.js
var Encoder = require('./lib/encoder.js').Encoder;
var encoder = new Encoder('entity');

console.log('');
console.log('Generally, when no characters need to be encoded,');
console.log('htmlEncode() returns input string.');
console.log('');
console.log('For example,');
console.log('  encoder.htmlEncode("Foo")');
console.log('yields');

## pid-file-daemon.sh
#!/bin/bash
# Uses a PID file to add daemon-like behavior to an arbitrary program.
################################################################################

usage() {
  echo "Usage: `basename $0` PROGRAM {start|stop|restart|force-stop|force-restart|status} [PIDFILE|PID]" >&2
  echo "Where: PROGRAM is an executable file." >&2
  echo "       PIDFILE is the file that contains (or will contain) the PID." >&2
  echo "       PID is a process id to use in place of a PIDFILE." >&2
}

## gollum-wiki-tag-indexer.rb
#!/usr/bin/env ruby
# wiki-tag-indexer - Processes a directory of Gollum wiki files updating
# special "tag" pages with a list of pages that contain that tag.
#===============================================================================

# QUICK-START INSTRUCTIONS
# ------------------------
#
# 0. If you haven't already, clone the git repository containing your wiki.
#    E.g., if you're on GitHub, use something like:

## backup-github.sh
#!/bin/bash
# A simple script to backup an organization's GitHub repositories.

# NOTE: if you have more than 100 repositories, you'll need to step thru the list of repos
# returned by GitHub one page at a time, as described at https://gist.github.com/darktim/5582423

GHBU_BACKUP_DIR=${GHBU_BACKUP_DIR-"github-backups"}                  # where to place the backup files
GHBU_ORG=${GHBU_ORG-"<CHANGE-ME>"}                                   # the GitHub organization whose repos will be backed up
                                                                     # (if you're backing up a user's repos instead, this should be your GitHub username); also see the note below about the `REPOLIST` definition around line 48
GHBU_UNAME=${GHBU_UNAME-"<CHANGE-ME>"}                               # the username of a GitHub account (to use with the GitHub API)
	#!/bin/bash
	#-------------------------------------------------------------------------------
	# draw-histogram - generates an ASCII-art histogram (bar chart) from input data.
	#-------------------------------------------------------------------------------
	# Expects a series of lines of the form `<category-name> <count>` to passed
	# via stdin.
	#
	# Generates a table the looks something like the following:
	#
	# +-------+----+
	//
	// Run this graph definition through the dot rendering engine.
	//
	// E.g.:
	// dot -Tpng pentagonal-graph-for-reinh.gv -o image.png
	// or
	// dot -Txlib pentagonal-graph-for-reinh.gv
	//
	// Also note that if you don't care about the exact orientation,
	// the "out of the box" rendering with the circo engine is pretty
	#!/bin/bash
	# This is an example of a (bash) shell script that uses the forever module ([1])
	# to start and stop a CoffeeScript application as if it were a service.
	#
	# [1] <https://github.com/nodejitsu/forever>


	# ASSUMPTIONS
	################################################################################
	# 1) You've got a CoffeeScript program you want to run via `forever`.
	<!DOCTYPE html>
	<html lang="en">

	{+html_head}

	<head>
	<meta charset="utf-8">

	{+html_head_title}<title>{+page_title}PAGE TITLE{/page_title}</title>{/html_head_title}
	digraph fig2 {
	splines=line # makes edges straight rather than curved
	ranksep=0.2 # controls distance between rows

	# create a record-type node representing the row of numbers
	# (the `<x>` bit declares a port we can point edges to)
	n [shape=record label="{<a>58}\|{<b>82}\|{<c>16}\|{<d>85}\|{<e>65}\|{<f>5}\|{<g>67}\|{<h>26}"]

	# create some dummy rows, each with one false node per element in n
	node [shape=point height=0 style=invis];
	# Here's a little CoffeeScript routine that will recursively
	# read the file-system, generating an object that represents
	# a directory tree.

	# The returned object will contain the following attributes:
	#
	# * `file` - the basename of the file.
	# * `dir` - the directory containing the file.
	# * `types` - an array containing zero or more of
	# "File", "Directory", "SymbolicLink", "BlockDevice",
	var Encoder = require('./lib/encoder.js').Encoder;
	var encoder = new Encoder('entity');

	console.log('');
	console.log('Generally, when no characters need to be encoded,');
	console.log('htmlEncode() returns input string.');
	console.log('');
	console.log('For example,');
	console.log(' encoder.htmlEncode("Foo")');
	console.log('yields');
	#!/bin/bash
	# Uses a PID file to add daemon-like behavior to an arbitrary program.
	################################################################################

	usage() {
	echo "Usage: `basename $0` PROGRAM {start\|stop\|restart\|force-stop\|force-restart\|status} [PIDFILE\|PID]" >&2
	echo "Where: PROGRAM is an executable file." >&2
	echo " PIDFILE is the file that contains (or will contain) the PID." >&2
	echo " PID is a process id to use in place of a PIDFILE." >&2
	}
	#!/usr/bin/env ruby
	# wiki-tag-indexer - Processes a directory of Gollum wiki files updating
	# special "tag" pages with a list of pages that contain that tag.
	#===============================================================================

	# QUICK-START INSTRUCTIONS
	# ------------------------
	#
	# 0. If you haven't already, clone the git repository containing your wiki.
	# E.g., if you're on GitHub, use something like:
	#!/bin/bash
	# A simple script to backup an organization's GitHub repositories.

	# NOTE: if you have more than 100 repositories, you'll need to step thru the list of repos
	# returned by GitHub one page at a time, as described at https://gist.github.com/darktim/5582423

	GHBU_BACKUP_DIR=${GHBU_BACKUP_DIR-"github-backups"} # where to place the backup files
	GHBU_ORG=${GHBU_ORG-"<CHANGE-ME>"} # the GitHub organization whose repos will be backed up
	# (if you're backing up a user's repos instead, this should be your GitHub username); also see the note below about the `REPOLIST` definition around line 48
	GHBU_UNAME=${GHBU_UNAME-"<CHANGE-ME>"} # the username of a GitHub account (to use with the GitHub API)