Peter Bukowinski pmbuko

## password_dialog.py
#!/usr/bin/python
#
# Simple python example of a Pashua password prompt window with a checkbox
# for saving the password to the keychain. None of it is wired up to
# actually function. It's just an example of what you can do.
#
# For easiest testing, you should have the Pashua.py connector and Pashua.app
# in the same directory as this script.
#
# The test password is 'password'.

## get_ordered_active_ens.py
#!/usr/bin/env python

from re import findall
from subprocess import check_output

def getOrderedInterfaces():
  """Returns all ethernet interfaces in service order."""
  interfaces = check_output(['networksetup', '-listnetworkserviceorder'])
  matches = findall(r' en[\d]+', interfaces)
  return [ i.lstrip(' ') for i in matches ]

## tkinter_password.py
#!/usr/bin/pythonw

from Tkinter import Tk
from tkSimpleDialog import askstring

def passPrompt(title, prompt):
  """Prompts for a password."""
  password = askstring(title, prompt, show="*")
  print "Seriously? '" + password + "'?? That's a lame password."

## kerberos_id.sh
dscl /Search read /Users/$USER AuthenticationAuthority | egrep -o "[A-Z0-9._%+-]+@[A-Z0-9.-]+\.(?:[A-Z]{2}|com|org|net|edu|gov|mil|biz|info|mobi|name|aero|asia|jobs|museum)"

## hdfsstruct.pp
define hdfsstruct ($mountpoint = $name, $device) {
    file { "$mountpoint":
        ensure  => directory,
    }
    exec { "format-$device":
        command     => "/sbin/mkfs.ext4 $device",
        unless      => "/bin/mount | /bin/grep $device",
        refreshonly => true,
    }
    mount { $mountpoint:

## scratchdir_type.pp
class cluster::scratchroot {
    file { '/scratch':
        ensure => directory,
        owner  => 'root',
        group  => 'root',
        mode   => '0755',
    }
}

define cluster::scratchdir( $u, $g, $m ) {

## os_decider.sh
#!/bin/bash

for vol in /Volumes/*; do
  if [ -e "${vol}/System/Library/CoreServices/boot.efi" ]; then
    echo "Partition info for Mac bootable volume:"
    diskutil list "${vol}"
    # more stuff here
  elif [ -e "${vol}/Windows/System32/winload.exe" ]; then
    echo "Partition info for Win bootable volume:"
    diskutil list "${vol}"

## bad_puppet.pp
exec { 'patch_shellshock_security_hole':
  command => "/usr/bin/yes | /usr/bin/yum update bash; touch /root/shellshock_bug_has_been_patched",
  creates => '/root/shellshock_bug_has_been_patched',
}

## character_test.applescript
set testPass to text returned of (display dialog "Enter a test password:" default answer "" with hidden answer)
do shell script "/bin/echo '" & testPass & "' > /var/tmp/pass_file"
set echoedPass to (do shell script "/bin/cat /var/tmp/pass_file")
display dialog "This is what you typed:
" & testPass & "

This is what AppleScript echoed to a temp file:
" & echoedPass

## ad_pass_exp.sh
#!/bin/bash

myLDAP=$(scutil --dns | awk '/nameserver\[0\]/{print $3}' | head -1)

mySearchBase=$(ldapsearch -LLL -Q -s base -H ldap://${myLDAP} defaultNamingContext | awk '/defaultNamingContext/{print $2}')

uAC=$(dscl localhost read /Search/Users/$USER userAccountControl | awk '/:userAccountControl:/{print $2}')
if [[ $uAC =~ ^6 ]]; then
    passExpires="no"
else
	#!/usr/bin/python
	#
	# Simple python example of a Pashua password prompt window with a checkbox
	# for saving the password to the keychain. None of it is wired up to
	# actually function. It's just an example of what you can do.
	#
	# For easiest testing, you should have the Pashua.py connector and Pashua.app
	# in the same directory as this script.
	#
	# The test password is 'password'.
	#!/usr/bin/env python

	from re import findall
	from subprocess import check_output

	def getOrderedInterfaces():
	"""Returns all ethernet interfaces in service order."""
	interfaces = check_output(['networksetup', '-listnetworkserviceorder'])
	matches = findall(r' en[\d]+', interfaces)
	return [ i.lstrip(' ') for i in matches ]
	#!/usr/bin/pythonw

	from Tkinter import Tk
	from tkSimpleDialog import askstring

	def passPrompt(title, prompt):
	"""Prompts for a password."""
	password = askstring(title, prompt, show="*")
	print "Seriously? '" + password + "'?? That's a lame password."
	define hdfsstruct ($mountpoint = $name, $device) {
	file { "$mountpoint":
	ensure => directory,
	}
	exec { "format-$device":
	command => "/sbin/mkfs.ext4 $device",
	unless => "/bin/mount \| /bin/grep $device",
	refreshonly => true,
	}
	mount { $mountpoint:
	class cluster::scratchroot {
	file { '/scratch':
	ensure => directory,
	owner => 'root',
	group => 'root',
	mode => '0755',
	}
	}

	define cluster::scratchdir( $u, $g, $m ) {
	#!/bin/bash

	for vol in /Volumes/*; do
	if [ -e "${vol}/System/Library/CoreServices/boot.efi" ]; then
	echo "Partition info for Mac bootable volume:"
	diskutil list "${vol}"
	# more stuff here
	elif [ -e "${vol}/Windows/System32/winload.exe" ]; then
	echo "Partition info for Win bootable volume:"
	diskutil list "${vol}"
	exec { 'patch_shellshock_security_hole':
	command => "/usr/bin/yes \| /usr/bin/yum update bash; touch /root/shellshock_bug_has_been_patched",
	creates => '/root/shellshock_bug_has_been_patched',
	}
	set testPass to text returned of (display dialog "Enter a test password:" default answer "" with hidden answer)
	do shell script "/bin/echo '" & testPass & "' > /var/tmp/pass_file"
	set echoedPass to (do shell script "/bin/cat /var/tmp/pass_file")
	display dialog "This is what you typed:
	" & testPass & "

	This is what AppleScript echoed to a temp file:
	" & echoedPass
	#!/bin/bash

	myLDAP=$(scutil --dns \| awk '/nameserver\[0\]/{print $3}' \| head -1)

	mySearchBase=$(ldapsearch -LLL -Q -s base -H ldap://${myLDAP} defaultNamingContext \| awk '/defaultNamingContext/{print $2}')

	uAC=$(dscl localhost read /Search/Users/$USER userAccountControl \| awk '/:userAccountControl:/{print $2}')
	if [[ $uAC =~ ^6 ]]; then
	passExpires="no"
	else