License Key For IPartition
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Software license file used by iPartition, a program that allows users to partition hard drives on Mac computers; stores information that is used to register a purchased, legal copy of the software on the computer.
Naturally, other applications may also use the .licensekey file extension. Even harmful programs can create .licensekey files. Be especially cautious with .licensekey files coming from an unknown source!
Using warez version, crack, warez passwords, patches, serial numbers, registration codes, key generator, pirate key, keymaker or keygen foriPartition 3.6.2 license key is illegal and prevent future development ofiPartition 3.6.2. Download links are directly from our mirrors or publisher's website,iPartition 3.6.2 torrent files or shared files from free file sharing and free upload services,including Rapidshare, HellShare, HotFile, FileServe, MegaUpload, YouSendIt, SendSpace, DepositFiles, Letitbit, MailBigFile, DropSend, MediaMax, LeapFile, zUpload, MyOtherDrive, DivShare orMediaFire,are not allowed!
Update: Coriolis Systems has shut down, and made iPartition free (although donations are welcome); see the Museum section here for the software and license key. Personally, I applaud this; it's better for everyone when discontinued software is made free rather than unavailable.
Since you are booting off a new disk, you have to re-activate iPartition after rebooting, so make sure to copy the license image (a png with a QR code on it) over to the external bootable drive as well as the app.
The most popular versions among the application users are 3.4, 3.3 and 3.2. This program's bundle is identified as com.coriolis-systems.iPartition. The most frequent installer filenames for the program are: ipartition_demo.zip and iPartition Demo.zip etc. The size of the latest downloadable setup file is 12.6 MB. This free Mac app was originally designed by Coriolis Systems.
2 Introduction is guide provides a brief overview of ipartition but does not cover every feature of ipartition. e help within ipartition provides a more comprehensive reference guide. If, having read this guide and looked in the help, you still can t figure out how to use the product to achieve a particular goal, please contact technical support who will be happy to assist. Contents Why do we need partitioning... 3 How are disks partitioned... 4 Power-on/Start-up... 6 Why do I need a partitioning tool... 7 Running ipartition... 7 e Main Display... 9 Basic Usage Moving Partitions Examples Troubleshooting
3 Why do we need partitioning Before explaining partitioning, you need to understand a bit about file-systems. A file-system is a method of organising data on a block storage device (usually but not always a hard disk). Common examples of file-systems are: NTFS and FAT, typically used by Microso operating systems; HFS and HFS+, used by Apple s operating systems; and Ext2, used by Linux operating systems. Not all operating systems use and understand the same file-systems. Some file-systems are designed for special purposes, such as long term archival or suitability for particular types of devices e.g. tapes, floppy disks or memory sticks. On most other systems, the word file-system is also used to describe a particular collection of data on a storage device. Using the same word for two distinct purposes is somewhat confusing, so Apple very sensibly opted to call a particular collection of data a volume. Volumes are the things you see icons for on the Desktop or in Finder. You only see disks and partitions in programs like Disk Utility or ipartition. Sometimes you may not wish to dedicate a particular storage device to a single volume. Historically this o en happened because file-systems could only cope with so many files or folders, or because they were only able to manage a relatively small amount of space. As a result, storage devices were routinely partitioned in order to divide them up into more manageable chunks. As file-systems have evolved, partitioning has become less of a necessity, but there are still many reasons you may wish to divide a storage device into discreet partitions; for instance: You may wish to use a device with different operating systems, some of which may work better with their own native file-systems than they do with more widely supported alternatives. You may wish to limit the total amount of space set aside for data on a particular volume, for instance to prevent temporary files from taking up more than their fair share of a disk. You may wish to install more than one version of an operating system, or even more than one operating system. Modern operating systems typically require their own dedicated volume from which to run. You may wish to hold data on a separate partition from your operating system, then you can easily re-install without having to back up and restore all of your data. Technically speaking a partition doesn t have to contain a volume; it could be just a raw piece of disk that is used in a specific way, but the point is that each partition contains data that is isolated from the data in any other partition. 3
4 How are disks partitioned As well as there being numerous different file-systems, there are a number of different ways of storing partition information on your disk. Obviously there needs to be a description somewhere about how the disk is divided. at information generally includes the location and sizes of partitions, the type of the partition and in some cases the name of the partition. ere are three common partitioning schemes: 1. Apple partition scheme (aka Apple Partition Map) e Apple partition scheme is understood by Apple s operating systems. It records partition layout at the beginning of the disk, in a structure known as an Apple Partition Map. It was introduced before OS X and is still used on PowerPC Macs. 2. PC/MBR partition scheme is is the format most commonly used on PCs. It also stores partition information at the beginning of the disk, this time in a small partition table in the MBR (Master Boot Record). If the table in the MBR overflows, additional extended partitions can be created which have their own nested partition tables. Due to the fact that there was little standardisation of the PC partition table, there are many variations on this scheme, some of which are mutually incompatible. ipartition does not aim to support every possible variant of PC partition table, but should have sufficient support for most Mac users. 3. GUID partition scheme (aka GUID Partition Table or GPT) is is a relatively modern partition scheme that is used on the latest Intel Apple Macs and will probably be the scheme used on the majority of PCs in the future. Note that it is also possible to not have a partition scheme or map at all and dedicate the entire disk to one particular file-system. If Mac OS X cannot find a partition map on a disk it will check to see if any file-system recognises the data on the disk. It is also worth remembering that some partition schemes track free space as well as used space. As a result, if you e.g. add another disk to a RAID, you may need to expand your partition map to encompass the additional space. 4
5 Interoperability e table below shows which partition schemes are supported by OS X and Windows, and whether or not booting from a disk with such a scheme is supported in each case. PowerPC OS X Intel OS X Windows 3 Apple MBR GPT UB UB 1 2 U U UB U UB UB Key: U Understands, B Can boot from 1. Apple doesn t officially support booting from Apple partition maps on Intel Macs and doesn t allow you to install OS X on drives with them. However, they do support reading and writing disks partitioned in this way. 2. Existing Microsoft operating systems do not understand Apple partition maps by default but it is possible to purchase third party software that enables Apple partition maps. 3. Whilst Windows can boot from both MBR and GPT schemes, it usually boots using the MBR scheme on Macs even though the disk might have a GPT scheme. This is because the disk is made to look like it has both MBR and GPT schemes. ipartition fully supports this unusual configuration. Not all the partitions in the GPT scheme will necessarily be visible in the MBR scheme but you can choose which ones are by adjusting ipartition s Visible in Windows property. Warning: Older partitioning tools may erroneously treat a disk partitioned using GPT as if it was an MBR-partitioned disk. We recommend that you do not manipulate GPT disks with partitioning software unless that software (like ipartition) supports GPTs. Warning: Moving disks partitioned using an MBR to a PC may not work as expected in all cases. This can happen if the BIOS in the PC is using unusual disk geometry, and is particularly a hazard with SCSI disks as SCSI ROM BIOS implementations typically allow the end user to choose between a number of alternative fake geometries. 5
7 Why do I need a partitioning tool Making changes to partition maps is superficially quite straightforward, however there a lot of complicating factors, not least the fact that you will o en want to move or resize existing partitions and the volumes they contain. Even where you do not need to do that, some partition schemes have unusual rules that even experienced users may only be dimly aware of, and all of them have different ways to describe the types of partitions. ipartition makes all of these tasks much simpler. Running ipartition A er downloading ipartition simply run the downloaded file and you will be given the option of having it automatically installed in your Applications folder. If you would prefer to install it elsewhere, simply drag it to the folder you wish to keep it in. Note: It is not possible to use ipartition to manipulate the disk that you booted from; ipartition needs exclusive access to any disk that you want to manipulate which means you cannot use any volumes that are on the disk whilst ipartition is working. If you want to manipulate your start-up drive, you have a number of options: Booting from an External Disk If you have an external disk, you can boot from that. You will need to ensure OS X is installed on the drive, which you can do by running the OS X installer. e OS X installer will not let you install on drives if they are not of the correct type or format (e.g. on PowerPC machines, it will not let you install to USB connected drives). If the installer complains that it is not the correct type you can use ipartition to fix it. Using Target Disk Mode If you have another Mac, you can use Target Disk Mode which involves connecting your machines with a FireWire cable. You can find out more about Target Disk Mode in the Mac Help (which you can access via the Help menu in Finder). Once you have connected the machines and started the target computer as a FireWire hard disk, ipartition should recognise the disk and allow you to make modifications. Creating a Recovery Partition If you are using OS X Lion or Mountain Lion, you can create a recovery partition containing ipartition (and idefrag if you have it). e recovery partition will be a clone of the recovery partition that comes with OS X so it will also include options for reinstalling OS X. You will need an external disk which doesn t have to be very large; a small (e.g. 1 GB) USB flash drive will suffice. To create a recovery partition, simply select Create Boot Disk from the ipartition menu and follow the instructions. Creating a Bootable DVD If you have an older machine (one that shipped with OS X 10.6 or earlier) you can create a bootable DVD. 7 153554b96e
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