Topic: MassStorage DriverPack to Sysprep Parser
Some programming and after few hours I have created this Ruby script to parse DriverPack_MassStorage_wnt5_x86-32.ini to sysprep.inf file lines. It accepts disableIfOS= and skipIfOS= switches...now it checks file tags and offers inf files in current folder if check bad...sleepless night, hours and hours of hard work...enjoy!
UPDATED 08-05-22
* folder blocks without dis_os, skip_os were skipped
UPDATED 08-05-23
* major changes
+ checking of folders and tags with tags control (IMPORTANT!)
class SysprepHwidsParser
#Get formated string input from user
def get_string_input
print '> '
operation = gets.strip
puts
return operation.to_s
end
# Parse driver files from folders to arrays and return to compare with tags
def get_files(files_source_path)
# Set variables
files_array = Array.new
folders_hash = Hash.new
# Load folders tree to array
folders_tree = Dir[files_source_path + '**/']
# Cut root and proceed every dir
folders_tree.slice!(0)
# Generate hash folders - file arrays
folders_tree.each do |dir|
files_array = (Dir.entries(dir))
back_slash_dir = dir.gsub("/", "\\")
folders_hash[back_slash_dir] = files_array
end
#gets
# Returns hash folders - file arrays
return folders_hash
end
# Gets source file from user input
def load_file(source_string)
puts "Type file name to load data from...[without .ini please]"
puts "Default file to load is: #{source_string}"
puts
puts "For default loading file please press enter..."
input_file = gets.strip.to_s
# Default file load
if input_file == ""
input_file = source_string
end
# Parse path and return
file_path = input_file + ".ini"
return file_path
end
def parse_line(line, output_string_path)
#hwids_array = Array.new
# Search for device name and parse
if line.include?("deviceName=")
device_string = line.split('"')
sysprep_device = device_string[1]
return sysprep_device
# Search for folder def. and parse (UPD. 08-05-22)
else if (line.include?("[") and not line.count(';') >= 1)
del_left = line.delete("[")
del_both = del_left.delete("]")
path_format = del_both.sub("-", "\\")
sysprep_folder = output_string_path + path_format
sysprep_folder = sysprep_folder.chop
return sysprep_folder
# Search for hwids and parse
else if line.include?("hwids=")
hwids_string = line.split('"')
sysprep_hwids = hwids_string[1].split(',')
return sysprep_hwids
# Search for file tag and parse
else if line.include?("tag=")
tag_string = line.split('"')
tag_file = tag_string[1] + ".inf"
sysprep_tag = "\\" + tag_file
return sysprep_tag
# Search for skip and disable strings and parse
else if line.include?('disableIfOS=') or line.include?('skipIfOS=')
os_string = line.split('"')
sysprep_os = os_string[1].split(',')
return [sysprep_os]
end
end
end
end
end
end
# Parse input data and writes them to specified file
def parse_file(filename, output_string_path, output_file, output_type, files_source_path)
# Set prelimitaries
input_array = Array.new
block_array = Array.new
output_array = Array.new
# Start time stamp
time_stamp_start = Time.now
# Load text file data to array
File.open(filename) do |file_line|
file_line.each do |current_line|
input_array << current_line
end
end
#gets
# Load directory data to array
dir_structure = get_files(files_source_path)
# Set prelimitaries
l = input_array.length - 1
check_strt = nil
check_stop = nil
foldr_temp = nil
dstnc_step = 0
dev_nmbr = 0
dis_stop = false
skp_stop = false
folders_count = -2
tag_check = false
# Check empty field
if input_array.empty? != true
# Go through every item in array
0.upto(l) do |x|
# Check folder def., set start, set device number, set temp folder for multiple devices in one folder use
if (input_array[x].include?("[") and not input_array[x].count(';') >= 1)
foldr_temp = parse_line(input_array[x], output_string_path)
check_strt = 'strt'
folders_count += 1
if output_array.empty? == false and dev_nmbr != 0 and dstnc_step == 4
dev_nmbr = dev_nmbr
else dev_nmbr = 0
end
end
# Check device, set count device, set start for multiple devices, add temp folder to array
if input_array[x].include?('deviceName=')
dev_nmbr += 1
check_strt = 'strt'
block_array << foldr_temp
end
#gets
# Check hwids, set distance step for skip and disable os checks, set stop
if input_array[x].include?('hwids=')
dstnc_step = 1
if (parse_line(input_array[x], output_string_path)) != nil
block_array << parse_line(input_array[x], output_string_path)
end
check_stop = 'stop'
end
# Parse line if block complete and ad to array
if check_strt == 'strt' and check_stop != 'stop' and dev_nmbr >= 1 and not (input_array[x].include?("[") and not input_array[x].count(';') >= 1) and (parse_line(input_array[x], output_string_path)) != nil
# Made tag to file check and parse line
temp_line = (parse_line(input_array[x], output_string_path))
if temp_line != nil and input_array[x].include?('tag=')
file_array = dir_structure[foldr_temp + "\\"]
#gets
0.upto(file_array.length - 1) do |fl_to_tg|
#gets
if ((file_array[fl_to_tg]).downcase).include?((temp_line.split('\\')[1].downcase)) == true
tag_check = true
else
end
end
if tag_check != true
puts "Tag error found! Details:"
puts foldr_temp + "\\"
puts temp_line.split('\\')[1].downcase
puts
0.upto(file_array.length - 1) do |f|
if file_array[f].include?('.inf')
puts "Replace with file [y/n]?"
puts file_array[f].downcase
#Get user input with formating or recall
user_input = get_string_input.upcase
while ((user_input =~ /^[YN]$/).nil?) and (user_input.length != 1) do
puts ">Error. Type [y/n]!"
puts
user_input = get_string_input.upcase
end
if user_input.upcase == "Y"
temp_line = "\\" + file_array[f].downcase
else
end
else
end
end
puts "--------------------------------"
else
end
end
block_array << temp_line
tag_check = false
temp_line = nil
file_array = nil
end
# Check disable os and set flags (default wxp - may be changed if necessary)
if input_array[x].include?('disableIfOS=')
os_split_01 = input_array[x].split('"')
os_split_02 = os_split_01[1].split(',')
#gets
if (os_split_02[0] == "wxp" or os_split_02[1] == "wxp" or os_split_02[2] == "wxp")
dis_stop = 'stop'
else
dis_stop = 'ok'
end
end
# Check skip os and set flags (default wxp - may be changed if necessary)
if input_array[x].include?('skipIfOS=')
os_split_01 = input_array[x].split('"')
os_split_02 = os_split_01[1].split(',')
#gets
if (os_split_02[0] == "wxp" or os_split_02[1] == "wxp" or os_split_02[2] == "wxp")
skp_stop = 'stop'
else
skp_stop = 'ok'
end
end
#gets
# Check if block complete and add temp array items to different array, set flags nil, clear temp array
if check_stop == 'stop'
output_array << block_array[1]
output_array << block_array[3]
output_array << block_array[0]
output_array << block_array[2]
block_array.clear
check_strt = nil
check_stop = nil
#gets
end
#gets
# Check if block complete, check devices, check stop flags, write output, set flags nil, set distance, clear temp array
if (output_array.empty? != true) and (dstnc_step == 4) and (dev_nmbr >= 1) and not ((dis_stop == 'stop') or (skp_stop == 'stop'))
write_output(output_file, output_array, output_type)
dis_stop = nil
skp_stop = nil
dstnc_step = 0
output_array.clear
end
# Clear temp array if one of os flag were - stop
if output_array.empty? == false and (dstnc_step > 4)
dis_stop = nil
skp_stop = nil
output_array.clear
dstnc_step = 0
end
# Set distance count
if dstnc_step != 0
dstnc_step += 1
end
# Next line
x += 1
end
# Catch empty array
else puts "Empty input array. Check if input file not empty!"
end
# Set time stamp off
time_stamp_stop = Time.now
# Count time stamp
run_time = time_stamp_stop - time_stamp_start
# Write time stamp
# write_timestamp(output_file, run_time) (UPD. 08-05-22)
write_timestamp(output_file, run_time)
end
# Write time stamp
def write_timestamp(output_file, run_time)
File.open(output_file , "a+") do |file|
#file.puts
#file.puts ";Created on: #{Time.now} / Runtime: #{run_time} sec"
#file.puts ";Script:#{self} / By: Vaclav VESELY (www.deltaori.com)"
puts
puts "Created on: #{Time.now} / Runtime: #{run_time} sec"
puts "Script:#{self} / By: Vaclav VESELY (www.deltaori.com)"
end
end
# Write array to defined file
def write_output(output_file, output_array, output_type)
# Set temp array prelimitaries
write_array = Array.new
# Opens file for append
File.open(output_file , "a+") do |file|
#gets
# EXAMPLE: (UPD. 08-05-22)
# #http://technet2.microsoft.com/windowsserver/en/library/f1ec661a-cdd2-4d73-8471-7ca07f23c5b81033.mspx?mfr=true
#
# [SysprepMassStorage]
# PCI\VEN_1077&DEV_1080 = "C:\Sysprep\qlogic\qlogic.inf", "\nt", "Qlogic Software Disk", "\qlogic"
# Make line for every hwid and conc. with path and file name (UPD. 08-05-22)
0.upto(output_array[1].length - 1) do |i|
write_array << [output_array[1][i], output_array[2], output_array[3]]
end
if output_type == 'txt'
# Puts device header
file.puts ';' + output_array[0]
# Write line for every hwid
0.upto(write_array.length - 1) do |x|
file.puts write_array[x][0] + ' = ' + '"' + write_array[x][1] + write_array[x][2] + '"'
end
else if output_type == 'csv'
# Write line for every hwid
0.upto(write_array.length - 1) do |x|
file.puts write_array[x][0] + ',' + ' = ' + ',' + '"' + write_array[x][1] + write_array[x][2] + '"' + ',' + ';' + output_array[0]
end
end
end
end
end
# Class end
end
# Set constants
files_source_path = 'C:/SYSPREP/DRIVERS/M/'
output_string_path = 'C:\\SYSPREP\\DRIVERS\\M\\'
source_string = "DriverPack_MassStorage_wnt5_x86-32"
output_txt = "hwids.txt"
#output_csv = "hwids.csv"
# Run functions
finalize = SysprepHwidsParser.new
source_file = finalize.load_file(source_string)
finalize.parse_file(source_file, output_string_path, output_txt, 'txt', files_source_path)
#finalize.parse_file(source_file, output_string_path, output_csv, 'csv', files_source_path)Last edited by deltaorionis (2008-05-24 03:58:40)
