<cffunction name="URLRelativeToAbsolute" returntype="string"
  hint="Converts relative URLs in an element and converts to absolute. It includes the http:// protocol prefix.">  
 
  <cfargument name="content" type="string" required="true" hint="HTML content that will be scanned and replaced." />
 
  <cfargument name="domain" type="string" required="true" hint="Add domain name to relative links." />
 
  <cfset var local = StructNew() /> 
 
  <!--- The following regexp handles the following elements: link, a, img, script, form, frame. --->
  <cfset local.contentFixed = REReplaceNoCase( Arguments.content, "(href|src|action)=""/?((\./)|(\.\./)+|)(?=[^http])", "\1=""http://" & domain & "/", "all" ) />  
 
  <!--- The following regexp handles the url() attribute of the background CSS property. --->
  <cfset local.contentFixed = REReplaceNoCase( local.contentFixed, "url\((\s)?(')?/?((\./)|(\.\./)+|)(?=[^http])", "url(\2http://" & domain & "/", "all" ) />  
 
  <cfreturn local.contentFixed />    
 
</cffunction>

<cfsavecontent variable="htmlContent">
<textarea name="data" rows="20" cols="60">
  <style>
    body { 
      background-image:url('stars.png');
      background-image:url('../stars.png');
      background-image:url('/stars.png');
      background-image:url('/../../../stars.png');
    }
  </style>
  <a href="../../../images/shiny.jpg">Shiny</a>
  <a href="http://www.google.com">This should not be touched</a>
  <img border="0" src="/images/cool.png" /> 
  <link rel="index" href="../../index.asp">
  <form method="POST" action="cgi/processing.cgi"></form>  
</textarea>
</cfsavecontent>
 
<cfoutput>
 
  #htmlContent#
  #URLRelativeToAbsolute( htmlContent, "www.shinylight.com" )#
 
</cfoutput>

import os, os.path, stat, time
from datetime import date, timedelta, datetime
 
# Reference
# http://docs.python.org/library/datetime.html
# http://docs.python.org/library/time.html
 
def getFileDate( filenamePath ):    
 
  used = os.stat( filenamePath ).st_mtime      
  year, day, month, hour, minute, second = time.localtime(used)[:6]
  objDateTime = datetime(year, day, month, hour, minute, second)
 
  return objDateTime
 
  # Ways to reference this DateTime Object
  # objDateTime.strftime("%Y-%m-%d %I:%M %p")
  # objDateTime.year
  # objDateTime.month
 
 
def isDaysOldFromNow( filenamepath, days ):
 
  # Checks how old a file is. Is it older than "days" [variable] days?
  inTimeRange = False  
  timeDeltaDiff = ( datetime.now()-getFileDate( filenamepath ) ).days
 
  # Check if the file's date is days old or less:
  if ( timeDeltaDiff >= days ):
    inTimeRange = True  
 
  return inTimeRange
 
fname = "C:/temp/decision2.pdf"  
 
# Set this variable to check if the file is this days old
howOld = 3
 
 
if ( isDaysOldFromNow( fname, howOld ) ):
  print fname, "is more than", howOld, "days old"
else:
  print fname, "is NOT more than", howOld, "days old"

import os
import datetime
 
dateStamp  = datetime.datetime.now().strftime("%Y-%m-%d") 
imsLogPath = 'd:\\LogFiles\\'                     
# Don't use a mapped drive but use UNC for network drives. Task Schedule seems to choke when it calls Python.
newRARPath = '"\\\\192.168.1.2\\Root\\backups\\' + dateStamp + '.rar"'
rarPath    = '"C:\\Program Files\\WinRAR\\rar.exe" a -m5 ' + newRARPath 
 
# Get Latest Files
smtpLatest   = os.popen(r"dir /od /a-d /b " + imsLogPath + "SMTP*.log").read().splitlines()[-1]
postLatest   = os.popen(r"dir /od /a-d /b " + imsLogPath + "POST*.log").read().splitlines()[-1]
ischedLatest = os.popen(r"dir /od /a-d /b " + imsLogPath + "iSched*.log").read().splitlines()[-1]
relayLatest  = os.popen(r"dir /od /a-d /b " + imsLogPath + "Relay*.log").read().splitlines()[-1]
qengLatest   = os.popen(r"dir /od /a-d /b " + imsLogPath + "Qeng*.log").read().splitlines()[-1]
 
# Get List of All Files
allFiles     = os.popen(r"dir /od /a-d /b " + imsLogPath + "*.log").read().splitlines()
 
# Remove Latest Files from All Files List
allFiles.remove( smtpLatest )
allFiles.remove( postLatest )
allFiles.remove( ischedLatest )
allFiles.remove( relayLatest )
allFiles.remove( qengLatest )
 
# allFiles Array Has the list of files
 
# Flatten Array allFiles to be used as a parameter in system command
flatLogPathList = ""
for filenameWithPath in allFiles:
  flatLogPathList = flatLogPathList + imsLogPath + filenameWithPath + " "
 
 
# Execute WinRar
path = rarPath + " " + flatLogPathList.rstrip()
os.system( '"' + path + '"' )
 
# Delete all log files
os.system( '"del ' + flatLogPathList.rstrip() + '"' )

use POSIX qw(ceil floor); # used for the floor function
 
sub GetToken {
  # @_ = flatten args list from an array
  # @_[0] = first argument
 
  $data      = @_[0];
  $delimiter = @_[1];
  $token     = @_[2] - 1;
 
  @tokens_array = split($delimiter, $data);   
 
  return @tokens_array[$token]; 
}
 
sub chr_conver_min {  
  if (length(@_[0]) == 1) {
    return "0".@_[0];
  }
  else {
    return @_[0];
  }   
}
 
 
sub iphone_time_convert {
 
  # converts winamp time to iphone - winamp stores time only in minutes.  
  # @_[0]   =  winamp_time, e.g. 124:34
  # $hour   = floor($winamp_time/60);
  # $minute = $winamp_time % 60;
 
  $winamp_hour_min = GetToken(@_[0], ":", 1);  
  $winamp_seconds  = GetToken(@_[0], ":", 2);  
 
  return floor($winamp_hour_min/60).":".chr_conver_min( ($winamp_hour_min % 60) ).":".$winamp_seconds;
 
}
 
 
sub winamp_time_convert {  
 
  # converts iphone time to winamp  
  # @_[0] = iphone_time, e.g. 3:43:34    
  $iphone_hour     = GetToken(@_[0], ":", 1);  
  $iphone_min      = GetToken(@_[0], ":", 2);    
  $iphone_seconds  = GetToken(@_[0], ":", 3);
 
  return (($iphone_hour * 60) + $iphone_min).":".$iphone_seconds;
 
}
 
sub show_help {
  print "\nDisplays the conversion of time between winamp and iPhone.\n\n";
  print "   winamptime [-w2i|-i2p] [mm:ss][hh:mm:ss]\n\n";
  print "Example to convert winamp time to iPhone: \n\n";
  print "   winamptime -w2i 212:41\n\n";
  print "Example to convert iPhone time to winamp, seconds being optional: \n\n";
  print "   winamptime -i2w 2:31:41\n";
  print "   winamptime -i2w 2:31\n\n";
}
 
 
# START
 
# Optimize this:
if( $ARGV[0] eq "-w2i" ) 
{
  # winamp to iphone time
  if ( length($ARGV[1]) > 0 ) {
    print "iPhone Time: ".iphone_time_convert( $ARGV[1] )."\n";
  }
}
elsif( $ARGV[0] eq "-i2w" ) 
{
  # iphone to winamp time
  if ( length($ARGV[1]) > 0 ) {
    print "Winamp Time: ".winamp_time_convert( $ARGV[1] )."\n";
  }
}
else 
{
  show_help();
}

N REBOOT!.com
A 100
INT 19
 
R CX
2
W
Q

 
 
import win32api
import sys
 
sys.setrecursionlimit(10000)
 
def factorial_forloop( n ):
  count = 1
  for i in range( n, 0, -1 ):
    count = count * i  
  return count
 
 
def factorial_recursion(n):
  if n == 0:
     return 1
  else:
     return n * factorial_recursion(n-1)
 
 
 
total_time_recursion = 0
total_time_forloop   = 0
number_of_tries      = 500
 
for i in range( 1, number_of_tries ):
 
  start = win32api.GetTickCount()
  factorial_recursion( 5000 )
  end = win32api.GetTickCount()
  total = end - start  
  total_time_recursion += total
 
 
  start = win32api.GetTickCount()
  factorial_forloop( 5000 )
  end = win32api.GetTickCount()
  total = end - start
  total_time_forloop += total  
 
 
print "\n"  
print "Average time for recursion: ", ( total_time_recursion / 10 ) * .001
print "Average time for for-loop: ", ( total_time_forloop / 10 ) * .001

Average time for recursion:  1.284 seconds
Average time for for-loop:   1.083 seconds

<cfset GoogleOPMLFile = "C:/google-reader-subscriptions.xml" />
 
<cffile action="READ" variable="xml" file="#GoogleOPMLFile#" /> 
 
<cfset xmlDoc = XMLParse(xml) /> 
 
<cfset StartingDataNode = 2 />
 
<cfset Categories = ArrayLen( xmlDoc.opml.xmlChildren[2].XmlChildren ) />
 
<cfoutput>
 
<cfloop index="i" from="2" to="#Categories#">
 
  <strong>#xmlDoc.opml.xmlChildren[StartingDataNode].XmlChildren[i].XmlAttributes.Title#</strong>
  <ul>
  <cfloop index="j" from="1" to="#ArrayLen( xmlDoc.opml.xmlChildren[StartingDataNode].XmlChildren[i].XmlChildren )#">      	    
    <li>
      <a href="#xmlDoc.opml.xmlChildren[StartingDataNode].XmlChildren[i].XmlChildren[j].XmlAttributes.htmlURL#">
      #xmlDoc.opml.xmlChildren[StartingDataNode].XmlChildren[i].XmlChildren[j].XmlAttributes.title#</a>
    </li>      
  </cfloop>
  </ul>
 
</cfloop>
 
</cfoutput>

Request-URI Too Large
 
The requested URL's length exceeds the capacity limit for this server.
Apache/2.2.3 (Debian) Phusion_Passenger/2.0.2 Server at Ess000235.gtcust.grouptelecom.net Port 80

import re
import os
 
# UML Syntax
# http://yuml.me/diagram/class/[User|Property1;Property2|Method1();Method2()]
# http://yuml.me/diagram/class/
# [
#   User
#   |
#     Property1;
#     Property2
#   |
#     Method1();
#     Method2()
#  ]
 
 
# Master Path
ROOT_PATH = 'C:\\temp\\cf-yuml'
 
def SearchForFile( rootpath, searchfor, includepath = 0 ):
 
  # Search for a file recursively from a root directory.
  #  rootpath  = root directory to start searching from.
  #  searchfor = regexp to search for, e.g.:
  #                 search for *.jpg : \.exe$                     
  #  includepath = appends the full path to the file
  #                this attribute is optional
  # Returns a list of filenames that can be used to loop
  # through.
  #
  # TODO: Use the glob module instead. Could be faster.  
  names = []
  append = ""
  for root, dirs, files in os.walk( rootpath ): 
    for name in files:
      if re.search( searchfor, name ):
        if includepath == 0:
          root = ""          
        else:          
          append = "\\"
        names.append( root + append + name )        
  return names  
 
 
def getCFCInfo ( FILE, path ):
  FILE.seek( 0, 0 )  
  CFCLines = FILE.readlines()
 
  CFCFunctions  = []
  CFCProperties = []
  CFC           = {}
 
  for i in CFCLines:
    # Get names of methods  
    if re.search( "^<cffunction", i , re.IGNORECASE | re.MULTILINE ):    
      CFCFunctions.append( re.search( r'name\s*=\s*"([\w$-]+)"', i, re.DOTALL | re.IGNORECASE).group(1) )
 
  # Get names of properties
    if re.search( "^<cfproperty", i , re.IGNORECASE | re.MULTILINE ):    
      CFCProperties.append( re.search( r'name\s*=\s*"([\w$-]+)"', i, re.DOTALL | re.IGNORECASE).group(1) )     
 
  CFC = { "properties":CFCProperties, "methods":CFCFunctions }  
 
  # Generate URL
  strFunctions  = ""
  strProperties = ""
 
  for i in CFCFunctions:
    strFunctions  += i + "();"
 
  for i in CFCProperties:
    strProperties += i + ";"  
 
  CFCFileName = re.search(r"\\([\w-]+)\.cfc$", path, re.DOTALL | re.IGNORECASE).group(1)  
  return "[" + CFCFileName + "|" + ( strProperties.strip()[:-1] + "|" if strProperties.strip()[:-1] else "" ) + strFunctions.strip()[:-1] + "]"  
 
URL = ""
 
for i in SearchForFile( ROOT_PATH, "\.cfc$", 1 ):
  CFCFile = open( i, "r" )
  URL += getCFCInfo( CFCFile, i ) + ","
  CFCFile.close()
 
URL = URL[:-1]
print "http://yuml.me/diagram/class/" + URL

import pyodbc
 
connection = pyodbc.connect('DRIVER={SQL Server};SERVER=192.168.0.5;DATABASE=MyAwesomeDB;UID=sa;PWD=password')
cursor = connection.cursor()
 
cursor.execute("select * from states")
 
for row in cursor:
  print row.StateID, row.Abbreviation, row.Name

import win32api
import uuid
import pyodbc 
 
connection = pyodbc.connect('DRIVER={SQL Server};SERVER=192.168.0.5;DATABASE=MrSkittles;UID=sa;PWD=password')
cursor = connection.cursor()
 
_start = win32api.GetTickCount()
 
for i in range( 0, 10000 ):  
  # Let's insert two pieces of data, both random UUIDs. 
  sql = "INSERT INTO Manager VALUES( '" + str( uuid.uuid4() ) + "', '" + str( uuid.uuid4() ) + "' )"  
  cursor.execute( sql )
  connection.commit()
 
_end = win32api.GetTickCount()
_total = _end - _start
 
print "\n\nProcess took", _total * .001, "seconds"