I’m told that if you want to pass additional files to Windows when it is installing, you have to put them on the actual install CD/ISO. However modifying ISOs is a palaver: they are write-once filesystems. The recommended way to modify them — using — doesn’t work for virtualization because the virtual CD drives don’t support it (nor do quite a few real CD drives). You can unpack and repack an ISO file like this (and because we’re using, root is not required): $ mkdir /tmp/cd $ cd /tmp/cd $ guestfish --ro -a./win.iso -m /dev/sda tar-out / - tar xf - $ mkisofs -o./new-win.iso [.options.]. If you add your own files into the /tmp/cd directory between the third and fourth steps then they will appear on the new ISO. That’s the easy bit. The problem is that the new ISO will not be bootable, so you won’t be able to use it to install Windows from.

To create a bootable Windows XP CD/DVD using your Mac, you need: mkisofs-- a Linux program to create ISO file systems. Bayonetta Xbox 360 Game Save Download Ps3. This hint covers the installation of mkisofs. Use your own unique name instead of MY. Use any suitable path instead of /home/user/file. The argument /home/user/for. Mkisofs free download. Fast, Easy, Free Setup & Install; Trusted by 47,000+ Companies. A Windows based.NET frontend for the windows port of mkisofs. For reasons of licensing and other problems with its author, Debian ships a fork of mkisofs, called genisoimage, which was split off in 2. Meanwhile, genisoimage gets.

Making it bootable involves an exploration of the and a quick excursion into the ISO format. It’s a good idea first to find out what format the existing Windows 7 ISO is in. Firstly I mount it up in to take a look around: $ guestfish --ro -a./en_windows_7_enterprise_x64_dvd_x15-70749.iso Welcome to guestfish, the libguestfs filesystem interactive shell for editing virtual machine filesystems. Type: 'help' for a list of commands 'man' to read the manual 'quit' to quit the shell >run >list-filesystems /dev/vda: udf >mount-ro /dev/vda / >ll / total 1164 dr-xr-xr-x 7 548 Jul 14 2009.

Drwxr-xr-x 20 500 500 4096 Nov 4 14:16. -r-xr-xr-x 1 122 Jul 14 2009 autorun.inf dr-xr-xr-x 4 568 Jul 14 2009 boot -r-xr-xr-x 1 383562 Jul 14 2009 bootmgr -r-xr-xr-x 1 667712 Jul 14 2009 bootmgr.efi dr-xr-xr-x 3 100 Jul 14 2009 efi -r-xr-xr-x 1 106760 Jul 14 2009 setup.exe dr-xr-xr-x 2295 10940 Jul 14 2009 sources dr-xr-xr-x 5 200 Jul 14 2009 support dr-xr-xr-x 3 92 Jul 14 2009 upgrade >exit The format is, the DVD replacement for ISO 9660. There is no obvious “cdboot.img” file which is what we will need in order to boot this thing. Now look at the same disk with isoinfo: $ isoinfo -d -i./en_windows_7_enterprise_x64_dvd_x15-70749.iso [lots of stuff] Eltorito validation header: Hid 1 Arch 0 (x86) ID 'Microsoft Corporation' Key 55 AA Eltorito defaultboot header: Bootid 88 (bootable) Boot media 0 (No Emulation Boot) Load segment 0 Sys type 0 Nsect 8 Bootoff 2DE 734 What is interesting is that it’s an no-emulation bootable disk. The boot image required to boot it is 8 sectors long (“Nsect 8”) starting at sector number 734 (“Bootoff” in decimal). CD sectors are 2048 bytes, so we can grab the boot image directly: $ dd if=./en_windows_7_enterprise_x64_dvd_x15-70749.iso of=boot.img bs=2048 count=8 skip=734 Now with all the information collected above, we can (with a great deal of experimentation) come up with a mkisofs command line that makes a bootable image: $ mkisofs -o./new-win.iso -b boot.img -no-emul-boot -c BOOT.CAT -iso-level 2 -udf -J -l -D -N -joliet-long -relaxed-filenames. I am Richard W.M.