naodesu/resumedat_2015.rb

## resumedat_2015.rb
# encoding: utf-8
# USE AT OWN RISK

#
# Follow this guide to install Ruby on Windows (step 1 and 2): https://forwardhq.com/support/installing-ruby-windows
# Install gems (with admin cmd prompt):
#	https://rubygems.org/gems/bencode
#	https://rubygems.org/gems/rest_client
#
# Edit datpath below to point to your utorrent resume.dat file
#
# Run this file with cmd prompt after installing Ruby
# Start qBittorrent and let all torrents be checked
# Enjoy!
#

Encoding.default_internal = Encoding::UTF_8
Encoding.default_external = Encoding::UTF_8


require 'rubygems'
require 'bencode'
require 'rest_client'
require 'pp'
require 'win32ole'
require 'fileutils'
require 'json'
require 'pathname'


class Array
	def rinclude? (reg)
		return self.include?(reg) unless reg.is_a?(Regexp)
		self.each do |i|
			return true if i.is_a?(String) and i =~ reg
		end
		return false
	end
end


def isUtRunning?
	wmi = WIN32OLE.connect("winmgmts://")
	procs = wmi.ExecQuery("SELECT * FROM win32_process WHERE Name = 'utorrent.exe'")
	return true if procs.Count > 0
	return false
end

def yayNay(userPrompt, defaultIsYes=true)
	resp = ''
	rv = defaultIsYes
	begin
		puts "\n"
		print userPrompt
		if defaultIsYes then
			print ' [Y/n] '
		else
			print ' [y/N] '
		end
		resp = gets
	end until resp =~ /^($|[yn]|yes|no)$/i
	rv = true if resp =~ /^y/i
	rv = false if resp =~ /^n/i
	return rv
end

def prompt(userPrompt, default=nil)
	resp = ''
	rv = default
	begin
		puts "\n"
		print userPrompt
		unless default.nil? or default.empty? then
			print " [#{default}] "
		else
			print ' '
		end
		resp = gets
		break unless resp.chomp.empty?
		break unless default.nil? or default.empty?
	end while true
	rv = resp unless resp.chomp.empty?
	return rv.chomp
end

def backupResumeDat(datpath)
	newname = ''
	begin
		newname = "#{datpath}.#{Time.now.strftime("%Y-%m-%d.%H-%M-%S.bak")}"
	end while File.exists?(newname)
	FileUtils.cp(datpath, newname)
end

def tPunchup(res, tor, dotracker = true, doname = true)
	rv = tor.dup
	if dotracker then
		utrax = res['trackers']
		#		puts utrax
		if utrax.size > 1 then
			unless rv['announce-list'].nil?
				unless rv['announce-list'].flatten.uniq.sort == utrax.uniq.sort then
					rv['announce-list'] = utrax.uniq.map {|x| [x]}
				end
			else
				unless rv['announce'] == utrax.first then
					rv['announce'] = utrax.first
				end
			end
		end
	end
	if doname then
		path = Pathname.new(res['path'])
		single = !(rv['info'].has_key?('files'))
		unless single
			tname = rv['info']['name']
			rv['info']['name'] = path.basename.to_s
		end
	end
	rv
end

def mkfr(res, tor)
	frestmpl = {
		'active_time' 			=> 0 , # runtime
		'added_time'			=> 0 , # added_on
		'allocation'			=> 'full' ,
		'announce_to_dht'		=> 1 ,
		'announce_to_lsd'		=> 1 ,
		'announce_to_trackers'	=> 1 ,
		'auto_managed'			=> 1 ,
		'banned_peers'			=> '' ,
		'banned_peers6'		=> '' ,
		'blocks per piece'		=> 0 , # ("piece length" from .torrent) / ("block size" resume.dat) - range [1,256]
		'completed_time'		=> 0 , # completed_on
		'download_rate_limit'	=> 0 ,
		'file sizes'			=> [
			[
				0 , 		# File 1, size in bytes
				0 		# File 1, modified date (timestamp) or (modtimes array in resume)
			] ,
			[
				0 ,		# File 2, size in bytes
				0		# File 2, mtime (ts)
			] ,
			[
				0 ,
				0
			]
		] ,
		'file-format'			=> 'libtorrent resume file' , 	# req
		'file-version'			=> 1 , 					# req
		'file_priority'		=> [						# prio bitfield
			2 ,			# File 1, High
			0 ,			# File 2, Do not download
			1			# File 3, Normal
		] ,
		'finished_time'		=> 0 ,
		'info-hash'			=> '', # Digest::SHA1.digest('infohashbinarydata') , # tdb['info'].bencode
		'last_download'		=> 0 ,
		'last_scrape'			=> 0 ,
		'last_seen_complete'	=> 0 ,
		'last_upload'			=> 0 ,
		'libtorrent-version'	=> '1.0.6.0' ,
		'mapped_files'			=> [
			'relative\path\to\file1.ext' , 		# File 1
			'r\p\t\file2.ext' ,					# File 2
			'file3.ext'						# File 3
		] ,
		'max_connections'		=> 100 ,
		'max_uploads'			=> 16777215 ,
		'num_downloaders'		=> 16777215 ,
		'num_incomplete'		=> 0 ,
		'num_seeds'			=> 0 ,
		'paused'				=> 0, # 'started' - 0 = stopped, 1 = force , 2 = start
		'peers'				=> '' ,
		'peers6'				=> '' ,
		'piece_priority'		=> '' , # "\x01"*1399 ,  # * num pieces?
		'pieces'				=> '', #"\x01"*1399 ,  # * num pieces?
		'seed_mode'			=> 0 ,
		'seeding_time'			=> 0 ,
		'sequential_download'	=> 0 ,
		'super_seeding'		=> 0 ,
		'total_downloaded'		=> 0 , # downloaded field
		'total_uploaded'		=> 0 , # uploaded field
		'upload_rate_limit'		=> 0 , #upspeed
		'trackers'			=> [
			[
				'https://tracker'	# direct match to trackers
			]
		]
	}
	fr = frestmpl.dup
	npieces = tor['info']['pieces'].size / 20 # SHA1 hash is 20 bytes
	fr['added_time']			= res['added_on'].to_i
	fr['completed_time']			= res['completed_on'].to_i
	fr['active_time']			= res['runtime'].to_i
	fr['seeding_time']			= fr['active_time']
	fr['blocks per piece']		= tor['info']['piece length'].to_i / res['blocksize'].to_i
	fr['info-hash']				= Digest::SHA1.digest(tor['info'].bencode)
	fr['paused']				= 1 # Always add torrents in paused state
#	fr['paused'] 				= 1 if res['started'] == 0
#	puts res['started']
	#	puts " paused : "+fr['paused'].to_s
	fr['auto_managed']			= 0
	fr['total_downloaded']		= res['downloaded'].to_i
	fr['total_uploaded']			= res['uploaded'].to_i
	fr['upload_rate_limit']		= res['upspeed'].to_i
	fr['trackers']				= res['trackers'].map {|tracker| [tracker] }
	fr['piece_priority']			= res['have'].unpack('b*').first.scan(/./).map {|i| (i.to_i(2)*1) }.pack('C'*npieces) #= "\x01" * npieces
	#~ fr['pieces']				= res['have'].unpack('b*').first.scan(/./).pack('b'*npieces)
	fr['pieces']				= res['have'].unpack('b*').first.scan(/./).map {|i| (i.to_i(2)*1) }.pack('C'*npieces)
	fr['finished_time']			= (Time.now - Time.at(fr['completed_time'])).to_i

	unless fr['finished_time'].to_i == 0 then
		fr['last_seen_complete']	= Time.now.to_i
	end

	#~ fr['finished_time']			= fr['completed_time']
	fr['last_download']			= fr['finished_time']
	fr['last_scrape']			= fr['finished_time']
	fr['last_upload']			= fr['finished_time']
	# Per file fields:
	##########
	# mapped_files
	# file_priority
	# file sizes
	fr['file_priority'] = res['prio'].unpack('H*').first.scan(/../).map do |h|
		next 1 if (1..8) === h.to_i(16)
		next 2 if (9..15) === h.to_i(16)
		next 0
	end
	fr['mapped_files'] 	= []
	fr['file sizes']	= []
	fmt = 0

	unless tor['info']['files'].nil? then

		tor['info']['files'].each_index do |findex|
			tfile = tor['info']['files'][findex]
			fr['mapped_files'] << Pathname.new('').join(*(tfile['path'])).to_s.force_encoding('UTF-8').gsub('/', '\\')

			unless res['modtimes'].nil? then
	  		  fmt = res['modtimes'][findex].to_i # file time to avoid checking / not presen in ut2.2
			else
			  fmt = 0
			end


			thisFile = Pathname.new(res['path'].to_s.force_encoding('UTF-8').gsub('/', '\\')).join(fr['mapped_files'].last)
			if thisFile.exist? then
   				fmt = thisFile.mtime.to_i unless fmt > 0
#			  puts " ------debug ---------"
#			  puts thisFile.to_s
#			  puts " File ok"

				#~ puts thisFile.mtime.to_i
			else # if a file is missing then set state to stopped
			  fr['paused'] = 1
#			  puts " ------debug ---------"
#      			  puts tfile.to_s
#			  puts thisFile.to_s
#			  puts " File missing, paused"
			end
#		puts " - file: " + thisFile.to_s + fmt.to_s
			if fr['file_priority'][findex] !=0 then
   			  fr['file sizes'] << [ tfile['length'].to_i, fmt ]
			else
#			  puts thisFile.to_s
		  	  fr['file sizes'] << [ 0, 0 ]
			end
		end

		fr['mapped_files'] 	= []
		savepath = Pathname.new(res['path']).dirname.to_s.force_encoding('UTF-8')
		savepath << '\\' unless savepath.end_with?('\\')
		fr['save_path']				= savepath.to_s.force_encoding('ASCII-8BIT') #res['path']

		savepath2 = Pathname.new(res['path']).dirname.to_s.force_encoding('UTF-8').gsub('\\', '/')
		savepath2 << '/' unless savepath2.end_with?('/')

		fr['qBt-savePath']			= savepath2.to_s.force_encoding('ASCII-8BIT') #res['path']

#		  		puts "---- debug start -----"
#		  		puts " Multi file torrent"
#				puts " qBt-savePath: " + savepath2.to_s
#				puts " save_path: " + savepath.to_s
#		  		puts "----- debug end ------"


	else
		savepath = Pathname.new(res['path']).dirname.to_s.force_encoding('UTF-8').gsub('\\', '/')
		savepath << '/' unless savepath.end_with?('/')
		fr['qBt-savePath'] = savepath.to_s.force_encoding('ASCII-8BIT')


#		  		puts "---- debug start -----"
#		  		puts " Single file torrent"
#				puts " qBt-savePath: " + savepath.to_s
#				puts " full path: " + res['path'].to_s
#				puts " single path: " + Pathname.new(res['path']).dirname.to_s
#				puts " file name: " + tor['info']['name'].to_s
#				puts " size: " + tor['info']['length'].to_s
#		  		puts "----- debug end ------"


		#		fr['mapped_files'] << tor['info']['name'].to_s.gsub('\\', '/')

		unless res['modtimes'].nil? then
  		  fmt = res['modtimes'][0].to_i # file time to avoid checking / not presen in ut2.2
		else
		  fmt = 0
		end

		thisFile = Pathname.new(res['path'])
		if thisFile.exist? then
			fmt = thisFile.mtime.to_i unless fmt > 0
			#			puts " filetime: " + thisFile.mtime.to_s
		end

		if fr['file_priority'][0] !=0 then
			fr['file sizes'] << [ tor['info']['length'].to_i , fmt  ]
		else
#			puts thisFile.to_s
			fr['file sizes'] << [ 0, 0 ]
		end
		#		puts tor['info']['name'].to_s

		#		puts tor['info'].to_s
		#		puts "---------"
	end
	##########
	# qBittorrent 3.1+ Fields
	##########
	#	fr['qBt-savePath']			= res['path'] # handled above
	#~ fr['qBt-ratioLimit']			= '' # Blank because qBt actions on limit aren't as diverse
	fr['qBt-label']				= res['label'].to_s.force_encoding('ASCII-8BIT') if res.has_key?('label')
	fr['qBt-queuePosition']		= -1  # -1 for completed
	fr['qBt-seedDate']			= fr['completed_time']
	fr['qBt-ratioLimit']			= '-2'  # -2 = Use Global, -1 = No limit, other number = actual ratio?
	#~ fr['qBt-ratioLimit']			= (res['wanted_ratio'].to_f / 1000).to_s
	# ^ uTorrent has this setting but the actions you can take are different,
	# so you might not want to bring this over.
	fr
end

#########################
#########################
if not defined?(Ocra)
	# Check required conditions
	if ARGV.count != 2
		puts "\n"
		puts "Usage ut2qt.exe \"C:\\Users\\Administrator\\AppData\\Roaming\\uTorrent\\resume.dat\" \"C:\\Users\\Administrator\\AppData\\Local\\qBittorrent\\BT_backup\\\""
		puts "Don't forget to delete qBittorrent-resume.ini from "+ ENV['APPDATA']+"\\qBittorrent\ afterwards!"
		puts "\n"
		exit(-1)
	end
end


if not defined?(Ocra) then
  datpath=ARGV[0]
  outpath=ARGV[1].chomp("\\").chomp("\"")
else
#  datpath = "G:\\uTorrent\\resume.dat" # EDIT THIS!
#  outpath = 'D:\Temp\BT_backup'

  datpath = "C:\\Users\\Administrator\\AppData\\Roaming\\uTorrent\\resume.dat" # EDIT THIS!
  outpath = 'C:\Users\ADMINI~1\AppData\Local\QBITTO~1\BT_BAC~1'


end;
########################
########################

if isUtRunning? then
	puts "uTorrent is still running! Close it and wait for the process to disappear before running this again."
	exit -1
end

#datpath = "C:\\Users\\Administrator\\AppData\\Roaming\\uTorrent\\resume.dat" # EDIT THIS!
#print "Backing up dat file..."
#backupResumeDat(datpath)
#puts "complete."

print "Parsing dat file..."
q = BEncode.load_file(datpath)
puts "complete."

puts "Consistency check..."

torrents = {}

q.each do |k,v|
	#~ raise "Not a hash" unless v.is_a?(Hash)
	next unless v.is_a?(Hash)
	raise "No caption" unless v.has_key?('caption')
	raise "#{v['caption']} :- No added on" unless v.has_key?('added_on')
	raise "#{v['caption']} :- No completed on" unless v.has_key?('completed_on')
	torrents[k] = v
end
puts "...Done\n"

#~ torrents.sort_by! {|v| v['completed_on'].to_i }
c = 0
d = 0

#outpath = 'C:\Temp\BT_backup'
raise "'#{outpath}' does not exist." unless File.exist?(outpath)

puts "Found this many torrents: "
puts torrents.length
total = torrents.length

puts "\nProcessing, please wait..."

torrents.each do |k, v|
        d += 1
	tf = Pathname.new(datpath).dirname + k
	begin
		q = BEncode.load_file(tf.to_s.force_encoding('UTF-8'))
	rescue  => error
		puts "load_file error, skipping:  "
		puts k.to_s
		#		puts tf.to_s.encoding.to_s
		puts "error: " + error.message
		puts "backtrace: " + error.backtrace.to_s
		next
	end
	puts d.to_s+"/"+total.to_s+ " " + k
	outp = Pathname.new(outpath)
	tfile = tPunchup(v, q, false, false)
	hash = Digest::SHA1.hexdigest(tfile['info'].bencode).downcase
	if outp.join("#{hash}.torrent").exist? || outp.join("#{hash}.fastresume").exist?
		#puts "Torrent processed already, skipping:  " + k
		next
	end
	# ^ Skip this if it has been done so that subsequent runs don't re-process

	begin
		frfile = mkfr(v, tfile)
	rescue => error
		puts "mkfr error, skipping:  " + k
		puts "error: " + error.message
		puts "backtrace: " + error.backtrace.to_s
		next
	end

	begin
	f = File.new(outp.join("#{hash}.torrent").to_s.force_encoding('UTF-8'), 'wb')
	f.write(tfile.bencode)
	f.close
	f = File.new(outp.join("#{hash}.fastresume").to_s.force_encoding('UTF-8'), 'wb')
	f.write(frfile.bencode)
	f.close
	c += 1
	rescue => error
		puts "output error, skipping:  " + k
		puts "error: " + error.message
		puts "backtrace: " + error.backtrace.to_s
	        puts frfile.to_s
		next

	end

end

puts "Done! Exported this many torrents: "
puts c
	# encoding: utf-8
	# USE AT OWN RISK

	#
	# Follow this guide to install Ruby on Windows (step 1 and 2): https://forwardhq.com/support/installing-ruby-windows
	# Install gems (with admin cmd prompt):
	# https://rubygems.org/gems/bencode
	# https://rubygems.org/gems/rest_client
	#
	# Edit datpath below to point to your utorrent resume.dat file
	#
	# Run this file with cmd prompt after installing Ruby
	# Start qBittorrent and let all torrents be checked
	# Enjoy!
	#

	Encoding.default_internal = Encoding::UTF_8
	Encoding.default_external = Encoding::UTF_8


	require 'rubygems'
	require 'bencode'
	require 'rest_client'
	require 'pp'
	require 'win32ole'
	require 'fileutils'
	require 'json'
	require 'pathname'


	class Array
	def rinclude? (reg)
	return self.include?(reg) unless reg.is_a?(Regexp)
	self.each do \|i\|
	return true if i.is_a?(String) and i =~ reg
	end
	return false
	end
	end


	def isUtRunning?
	wmi = WIN32OLE.connect("winmgmts://")
	procs = wmi.ExecQuery("SELECT * FROM win32_process WHERE Name = 'utorrent.exe'")
	return true if procs.Count > 0
	return false
	end

	def yayNay(userPrompt, defaultIsYes=true)
	resp = ''
	rv = defaultIsYes
	begin
	puts "\n"
	print userPrompt
	if defaultIsYes then
	print ' [Y/n] '
	else
	print ' [y/N] '
	end
	resp = gets
	end until resp =~ /^($\|[yn]\|yes\|no)$/i
	rv = true if resp =~ /^y/i
	rv = false if resp =~ /^n/i
	return rv
	end

	def prompt(userPrompt, default=nil)
	resp = ''
	rv = default
	begin
	puts "\n"
	print userPrompt
	unless default.nil? or default.empty? then
	print " [#{default}] "
	else
	print ' '
	end
	resp = gets
	break unless resp.chomp.empty?
	break unless default.nil? or default.empty?
	end while true
	rv = resp unless resp.chomp.empty?
	return rv.chomp
	end

	def backupResumeDat(datpath)
	newname = ''
	begin
	newname = "#{datpath}.#{Time.now.strftime("%Y-%m-%d.%H-%M-%S.bak")}"
	end while File.exists?(newname)
	FileUtils.cp(datpath, newname)
	end

	def tPunchup(res, tor, dotracker = true, doname = true)
	rv = tor.dup
	if dotracker then
	utrax = res['trackers']
	# puts utrax
	if utrax.size > 1 then
	unless rv['announce-list'].nil?
	unless rv['announce-list'].flatten.uniq.sort == utrax.uniq.sort then
	rv['announce-list'] = utrax.uniq.map {\|x\| [x]}
	end
	else
	unless rv['announce'] == utrax.first then
	rv['announce'] = utrax.first
	end
	end
	end
	end
	if doname then
	path = Pathname.new(res['path'])
	single = !(rv['info'].has_key?('files'))
	unless single
	tname = rv['info']['name']
	rv['info']['name'] = path.basename.to_s
	end
	end
	rv
	end

	def mkfr(res, tor)
	frestmpl = {
	'active_time' => 0 , # runtime
	'added_time' => 0 , # added_on
	'allocation' => 'full' ,
	'announce_to_dht' => 1 ,
	'announce_to_lsd' => 1 ,
	'announce_to_trackers' => 1 ,
	'auto_managed' => 1 ,
	'banned_peers' => '' ,
	'banned_peers6' => '' ,
	'blocks per piece' => 0 , # ("piece length" from .torrent) / ("block size" resume.dat) - range [1,256]
	'completed_time' => 0 , # completed_on
	'download_rate_limit' => 0 ,
	'file sizes' => [
	[
	0 , # File 1, size in bytes
	0 # File 1, modified date (timestamp) or (modtimes array in resume)
	] ,
	[
	0 , # File 2, size in bytes
	0 # File 2, mtime (ts)
	] ,
	[
	0 ,
	0
	]
	] ,
	'file-format' => 'libtorrent resume file' , # req
	'file-version' => 1 , # req
	'file_priority' => [ # prio bitfield
	2 , # File 1, High
	0 , # File 2, Do not download
	1 # File 3, Normal
	] ,
	'finished_time' => 0 ,
	'info-hash' => '', # Digest::SHA1.digest('infohashbinarydata') , # tdb['info'].bencode
	'last_download' => 0 ,
	'last_scrape' => 0 ,
	'last_seen_complete' => 0 ,
	'last_upload' => 0 ,
	'libtorrent-version' => '1.0.6.0' ,
	'mapped_files' => [
	'relative\path\to\file1.ext' , # File 1
	'r\p\t\file2.ext' , # File 2
	'file3.ext' # File 3
	] ,
	'max_connections' => 100 ,
	'max_uploads' => 16777215 ,
	'num_downloaders' => 16777215 ,
	'num_incomplete' => 0 ,
	'num_seeds' => 0 ,
	'paused' => 0, # 'started' - 0 = stopped, 1 = force , 2 = start
	'peers' => '' ,
	'peers6' => '' ,
	'piece_priority' => '' , # "\x01"1399 , # num pieces?
	'pieces' => '', #"\x01"1399 , # num pieces?
	'seed_mode' => 0 ,
	'seeding_time' => 0 ,
	'sequential_download' => 0 ,
	'super_seeding' => 0 ,
	'total_downloaded' => 0 , # downloaded field
	'total_uploaded' => 0 , # uploaded field
	'upload_rate_limit' => 0 , #upspeed
	'trackers' => [
	[
	'https://tracker' # direct match to trackers
	]
	]
	}
	fr = frestmpl.dup
	npieces = tor['info']['pieces'].size / 20 # SHA1 hash is 20 bytes
	fr['added_time'] = res['added_on'].to_i
	fr['completed_time'] = res['completed_on'].to_i
	fr['active_time'] = res['runtime'].to_i
	fr['seeding_time'] = fr['active_time']
	fr['blocks per piece'] = tor['info']['piece length'].to_i / res['blocksize'].to_i
	fr['info-hash'] = Digest::SHA1.digest(tor['info'].bencode)
	fr['paused'] = 1 # Always add torrents in paused state
	# fr['paused'] = 1 if res['started'] == 0
	# puts res['started']
	# puts " paused : "+fr['paused'].to_s
	fr['auto_managed'] = 0
	fr['total_downloaded'] = res['downloaded'].to_i
	fr['total_uploaded'] = res['uploaded'].to_i
	fr['upload_rate_limit'] = res['upspeed'].to_i
	fr['trackers'] = res['trackers'].map {\|tracker\| [tracker] }
	fr['piece_priority'] = res['have'].unpack('b').first.scan(/./).map {\|i\| (i.to_i(2)1) }.pack('C'npieces) #= "\x01" npieces
	#~ fr['pieces'] = res['have'].unpack('b').first.scan(/./).pack('b'npieces)
	fr['pieces'] = res['have'].unpack('b').first.scan(/./).map {\|i\| (i.to_i(2)1) }.pack('C'*npieces)
	fr['finished_time'] = (Time.now - Time.at(fr['completed_time'])).to_i

	unless fr['finished_time'].to_i == 0 then
	fr['last_seen_complete'] = Time.now.to_i
	end

	#~ fr['finished_time'] = fr['completed_time']
	fr['last_download'] = fr['finished_time']
	fr['last_scrape'] = fr['finished_time']
	fr['last_upload'] = fr['finished_time']
	# Per file fields:
	##########
	# mapped_files
	# file_priority
	# file sizes
	fr['file_priority'] = res['prio'].unpack('H*').first.scan(/../).map do \|h\|
	next 1 if (1..8) === h.to_i(16)
	next 2 if (9..15) === h.to_i(16)
	next 0
	end
	fr['mapped_files'] = []
	fr['file sizes'] = []
	fmt = 0

	unless tor['info']['files'].nil? then

	tor['info']['files'].each_index do \|findex\|
	tfile = tor['info']['files'][findex]
	fr['mapped_files'] << Pathname.new('').join(*(tfile['path'])).to_s.force_encoding('UTF-8').gsub('/', '\\')

	unless res['modtimes'].nil? then
	fmt = res['modtimes'][findex].to_i # file time to avoid checking / not presen in ut2.2
	else
	fmt = 0
	end


	thisFile = Pathname.new(res['path'].to_s.force_encoding('UTF-8').gsub('/', '\\')).join(fr['mapped_files'].last)
	if thisFile.exist? then
	fmt = thisFile.mtime.to_i unless fmt > 0
	# puts " ------debug ---------"
	# puts thisFile.to_s
	# puts " File ok"

	#~ puts thisFile.mtime.to_i
	else # if a file is missing then set state to stopped
	fr['paused'] = 1
	# puts " ------debug ---------"
	# puts tfile.to_s
	# puts thisFile.to_s
	# puts " File missing, paused"
	end
	# puts " - file: " + thisFile.to_s + fmt.to_s
	if fr['file_priority'][findex] !=0 then
	fr['file sizes'] << [ tfile['length'].to_i, fmt ]
	else
	# puts thisFile.to_s
	fr['file sizes'] << [ 0, 0 ]
	end
	end

	fr['mapped_files'] = []
	savepath = Pathname.new(res['path']).dirname.to_s.force_encoding('UTF-8')
	savepath << '\\' unless savepath.end_with?('\\')
	fr['save_path'] = savepath.to_s.force_encoding('ASCII-8BIT') #res['path']

	savepath2 = Pathname.new(res['path']).dirname.to_s.force_encoding('UTF-8').gsub('\\', '/')
	savepath2 << '/' unless savepath2.end_with?('/')

	fr['qBt-savePath'] = savepath2.to_s.force_encoding('ASCII-8BIT') #res['path']

	# puts "---- debug start -----"
	# puts " Multi file torrent"
	# puts " qBt-savePath: " + savepath2.to_s
	# puts " save_path: " + savepath.to_s
	# puts "----- debug end ------"


	else
	savepath = Pathname.new(res['path']).dirname.to_s.force_encoding('UTF-8').gsub('\\', '/')
	savepath << '/' unless savepath.end_with?('/')
	fr['qBt-savePath'] = savepath.to_s.force_encoding('ASCII-8BIT')


	# puts "---- debug start -----"
	# puts " Single file torrent"
	# puts " qBt-savePath: " + savepath.to_s
	# puts " full path: " + res['path'].to_s
	# puts " single path: " + Pathname.new(res['path']).dirname.to_s
	# puts " file name: " + tor['info']['name'].to_s
	# puts " size: " + tor['info']['length'].to_s
	# puts "----- debug end ------"


	# fr['mapped_files'] << tor['info']['name'].to_s.gsub('\\', '/')

	unless res['modtimes'].nil? then
	fmt = res['modtimes'][0].to_i # file time to avoid checking / not presen in ut2.2
	else
	fmt = 0
	end

	thisFile = Pathname.new(res['path'])
	if thisFile.exist? then
	fmt = thisFile.mtime.to_i unless fmt > 0
	# puts " filetime: " + thisFile.mtime.to_s
	end

	if fr['file_priority'][0] !=0 then
	fr['file sizes'] << [ tor['info']['length'].to_i , fmt ]
	else
	# puts thisFile.to_s
	fr['file sizes'] << [ 0, 0 ]
	end
	# puts tor['info']['name'].to_s

	# puts tor['info'].to_s
	# puts "---------"
	end
	##########
	# qBittorrent 3.1+ Fields
	##########
	# fr['qBt-savePath'] = res['path'] # handled above
	#~ fr['qBt-ratioLimit'] = '' # Blank because qBt actions on limit aren't as diverse
	fr['qBt-label'] = res['label'].to_s.force_encoding('ASCII-8BIT') if res.has_key?('label')
	fr['qBt-queuePosition'] = -1 # -1 for completed
	fr['qBt-seedDate'] = fr['completed_time']
	fr['qBt-ratioLimit'] = '-2' # -2 = Use Global, -1 = No limit, other number = actual ratio?
	#~ fr['qBt-ratioLimit'] = (res['wanted_ratio'].to_f / 1000).to_s
	# ^ uTorrent has this setting but the actions you can take are different,
	# so you might not want to bring this over.
	fr
	end

	#########################
	#########################
	if not defined?(Ocra)
	# Check required conditions
	if ARGV.count != 2
	puts "\n"
	puts "Usage ut2qt.exe \"C:\\Users\\Administrator\\AppData\\Roaming\\uTorrent\\resume.dat\" \"C:\\Users\\Administrator\\AppData\\Local\\qBittorrent\\BT_backup\\\""
	puts "Don't forget to delete qBittorrent-resume.ini from "+ ENV['APPDATA']+"\\qBittorrent\ afterwards!"
	puts "\n"
	exit(-1)
	end
	end


	if not defined?(Ocra) then
	datpath=ARGV[0]
	outpath=ARGV[1].chomp("\\").chomp("\"")
	else
	# datpath = "G:\\uTorrent\\resume.dat" # EDIT THIS!
	# outpath = 'D:\Temp\BT_backup'

	datpath = "C:\\Users\\Administrator\\AppData\\Roaming\\uTorrent\\resume.dat" # EDIT THIS!
	outpath = 'C:\Users\ADMINI~1\AppData\Local\QBITTO~1\BT_BAC~1'


	end;
	########################
	########################

	if isUtRunning? then
	puts "uTorrent is still running! Close it and wait for the process to disappear before running this again."
	exit -1
	end

	#datpath = "C:\\Users\\Administrator\\AppData\\Roaming\\uTorrent\\resume.dat" # EDIT THIS!
	#print "Backing up dat file..."
	#backupResumeDat(datpath)
	#puts "complete."

	print "Parsing dat file..."
	q = BEncode.load_file(datpath)
	puts "complete."

	puts "Consistency check..."

	torrents = {}

	q.each do \|k,v\|
	#~ raise "Not a hash" unless v.is_a?(Hash)
	next unless v.is_a?(Hash)
	raise "No caption" unless v.has_key?('caption')
	raise "#{v['caption']} :- No added on" unless v.has_key?('added_on')
	raise "#{v['caption']} :- No completed on" unless v.has_key?('completed_on')
	torrents[k] = v
	end
	puts "...Done\n"

	#~ torrents.sort_by! {\|v\| v['completed_on'].to_i }
	c = 0
	d = 0

	#outpath = 'C:\Temp\BT_backup'
	raise "'#{outpath}' does not exist." unless File.exist?(outpath)

	puts "Found this many torrents: "
	puts torrents.length
	total = torrents.length

	puts "\nProcessing, please wait..."

	torrents.each do \|k, v\|
	d += 1
	tf = Pathname.new(datpath).dirname + k
	begin
	q = BEncode.load_file(tf.to_s.force_encoding('UTF-8'))
	rescue => error
	puts "load_file error, skipping: "
	puts k.to_s
	# puts tf.to_s.encoding.to_s
	puts "error: " + error.message
	puts "backtrace: " + error.backtrace.to_s
	next
	end
	puts d.to_s+"/"+total.to_s+ " " + k
	outp = Pathname.new(outpath)
	tfile = tPunchup(v, q, false, false)
	hash = Digest::SHA1.hexdigest(tfile['info'].bencode).downcase
	if outp.join("#{hash}.torrent").exist? \|\| outp.join("#{hash}.fastresume").exist?
	#puts "Torrent processed already, skipping: " + k
	next
	end
	# ^ Skip this if it has been done so that subsequent runs don't re-process

	begin
	frfile = mkfr(v, tfile)
	rescue => error
	puts "mkfr error, skipping: " + k
	puts "error: " + error.message
	puts "backtrace: " + error.backtrace.to_s
	next
	end

	begin
	f = File.new(outp.join("#{hash}.torrent").to_s.force_encoding('UTF-8'), 'wb')
	f.write(tfile.bencode)
	f.close
	f = File.new(outp.join("#{hash}.fastresume").to_s.force_encoding('UTF-8'), 'wb')
	f.write(frfile.bencode)
	f.close
	c += 1
	rescue => error
	puts "output error, skipping: " + k
	puts "error: " + error.message
	puts "backtrace: " + error.backtrace.to_s
	puts frfile.to_s
	next

	end

	end

	puts "Done! Exported this many torrents: "
	puts c