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Posted Aug 20, 2007 06:24 PM Help please!!Why can't GHOST perform partition-to-partition writes to a new clean brand new drive without partitions, YET IT works on drives that have had partition tables completely removed by gdisk DRIVE_NUM /del /all. (ie. can't perform means that the drive is grayed out and can't be selected.)Two IDE drives where used, and here are the steps that were followed to get it to work (yet why does it not work originally):1. Partition was created ON A BRAND NEW destination drive by: gdisk 2 /cre /pri /sz:2000.2. This partition was made bootable it by: gdisk 2 /act /p:1. 3. Ran GHOST partition-to-partition and overwrote this newly created partition 1 described in step 1 (using any seperate old souce drive with the new drive). 4. Removed all the partitions on this same new drive by: gdisk DRIVE_NUM /del /all.5. NOW PARTITION-TO-PARTITION WORKS, EVEN THOUGH THE DRIVE HAS NO PARTITIONS LISTED.The reason to use partition-to-partition is to be able to increase the size of specific partitions, YET the only way I've been able to allow the partition-to-partition to work, is to follow 1-4 above. It doesn't allow the size of the first partition to be increased if this is not followed!!!Thanks very much for any help you can provide. (This trouble which was described in the first post above only occurs when brand NEW destination drives are used. )Best,MarkPS.: Is there another way to get the partition-to-partition to work on all the partitions, without having to do

Would be:# timedatectl set-timezone Europe/MadridCheck it again to ensure everything is right as expected. More information here: Enable System clock synchronizationPartitioningFirst, define your partitions size. There's no rules about this process.My SDDL has 128G of storage. For that example, I'll create 4 partitions, described on the following table:NamePartitionSizeTypesda1/boot512MEFIsda2/32Gext4sda3swap8Gswapsda4/homeRemaining spaceext4Create PartitionsTo create partitions, I'll use gdisk since to work on UEFI mode we need GPT partitions.First, list partitions only for your own information with the following command:Here's a table with some handy gdisk commandsCommandDescriptionpPrint partitions tabledDelete partitionwWrite partitionqQuit?HelpEnter in the interactive menuCreate boot partitionType n to create a new partitionPartition Number: default (return)First Sector: defaultLast Sector: +512MGUID: EF00Create root partitionType n to create a new partitionPartition Number: defaultFirst Sector: defaultLast Sector: +32GGUID: defaultCreate swap partitionType n to create a new partitionPartition Number: defaultFirst Sector: defaultLast Sector: +8GGUID: 8200Create home partitionType n to create a new partitionPartition Number: defaultFirst Sector: defaultLast Sector: defaultGUID: defaultSave changes with wQuit gdisk with qFormat partitionsOnce the partitions have been created, each (except swap) should be formatted with an appropriated file system. So run:# mkfs.fat -F32 -n BOOT /dev/sda1 #-- boot partition# mkfs.ext4 /dev/sda2 #-- root partition# mkfs.ext4 /dev/sda4 #-- home partitionThe process for swap partition is slight different:# mkswap -L swap /dev/sda3# swapon /dev/sda3To check if the swap partition is working, run swapon -s or free -h.Mount file systemMount root partition:Mount home partition:# mkdir -p /mnt/home# mount /dev/sda4 /mnt/homeMount boot partition: (to use grub-install later)# mkdir -p /mnt/boot/efi# mount /dev/sda1 /mnt/boot/efiInstallationIt's time to install arch on

De montage. Vous pourrez aussi envisager de créer un disque virtuel par point de montage, ou de tout copier dans une seule partition. Il faudra alors modifier le fichier /etc/fstab en conséquence et ne pas utiliser le drapeau -x dans la commande cp. Nous créerons un fichier de 4 Go : dd if=/dev/zero of=image.dd bs=1 count=0 seek=4G0+0 enregistrements lus0+0 enregistrements écrits0 bytes copied, 0,003833337 s, 0,0 KB/s L’option seek permet la création d’un fichier sparse. Le fichier n’est pas écrit entièrement, mais apparaît avec la taille choisie dans le système de fichiers. Une fois le fichier créé, il va falloir y créer une table de partitions : avec fdisk pour les anciens systèmes BIOS/MBR : avec gdisk pour les systèmes UEFI/GPT : Le déclenchement de la commande créera automatiquement la table de partition, il va falloir créer la ou les partitions selon le schéma du disque source. Les commandes seront les mêmes avec fdisk ou gdisk, sauf qu’en GPT, il va falloir créer une partition ESP avant la partition contenant le système (code ef00 dans la liste) exemple en UEFI : Nous commencerons par la partition ESP : gdisk image.ddPartition table scan:MBR: not presentBSD: not presentAPM: not presentGPT: not presentCreating new GPT entries.Command (? for help): nPartition number (1-129, default1) :First sector (34-8388574, default = 2048) or {+-}size{KMGTP} :Last sector (67584-8388574, default = 8388574) or {+-}size{KMGTP} : +100MCurrent type is ‘Linux filesystem’Hex code or GUID (L to show codes, Enter = 8300) : ef00Changed type of partition to ‘EFI System’Command (? for help): nPartition number (2-129, default 2) :First sector (34-8388574, default = 206848) or {+-}size{KMGTP} :Last sector (206848-8388574, default = 8388574) or {+-}size{KMGTP} :Current type is ‘Linux filesystem’Hex code or GUID (L to show codes, Enter = 8300) : Changed type of partition to ‘Linux filesystem’Command (? for help): wqFinal checks complete. About to write GPT data. THIS WILL OVERWRITE EXISTING PARTITIONS!!Do you want to proceeed? (Y/N): YOK; writing new GUID partition table (GPT) to image.dd.Warning: the kernel is still using the old partition table.The new table will be used at the next reboot or after you run partbrobe(8) or kpartx(8)The operation has completed successfully. Nous avons ici créé une partition ESP de 100 Mo, le reste de place disponible étant utilisé pour la partition ext4. Avec fdisk, lors de la création d’une partition, il vous sera demandé si vous voulez créer une partition primaire ou étendue. D’autre part, il faudra activer le flag bootable (commande a). Une fois la ou les partitions créées, nous lançons ensuite kpartx : Ceci permettra l’accès aux deux partitions via /dev/mapper (partitions loop0p1 et loop0p2) Nous allons devoir formater les partitions : mkfs.vfat, nécessaire pour créer la partition ESP est inclus dans le

On Next. If you want to use the GPT partition table for the target disk, make sure to select the Use GUID Partition Table for the target disk option.Step 4. Read the Note information and click the Finish button to confirm the copy.Step 5. Finally, click on Apply to execute the pending operations. # 2. Convert MBR Disk to GPTIf Clonezilla failed to clone with MBR and GPT mismatched, you can try converting the hard disk to MBR. This operation can make the target partition table compatible with its original partition table. How to convert GPT to MBR without data loss? MiniTool Partition Wizard can help you do that easily.Tips: To convert a data disk to GPT, you can use the MiniTool Partition Wizard Free Edition. To convert an OS disk to GPT, you need to use the MiniTool Partition Wizard Pro Edition.Step 1. In the main interface, select your desired disk and click on Convert MBR Disk to GPT Disk from the left action panel.Step 2. Click on OK to confirm if you want to boot from the disk. Then click on Apply to execute the conversion.Once done, you can re-clone the disk and check if the “Clonezilla fails with MBR and GPT mismatched” error disappears.# 3. Use the gdisk or sgdisk CommandIf the “Clonezilla this disk contains mismatched GPT and MBR partition” error appears on macOS when cloning a hard drive, you can try wiping the GPT partition table with the gdisk or sgdisk command. Here’s how:Note: The following option may lead to data loss on the disk. So, make sure you have a backup beforehand.Step 1. Launch Clonezilla Live and enter its command line prompt window.Step 2. Type the sudo gdisk /dev/sda command and press Enter. Here, the /dev/sdx is the disk that contains the mismatched GPT and MBR.Tips: Alternatively, you can run the sudo -I and sgdisk -z /dev/sda commands to wipe the GPT table.Step 3. Now, you can view the disk information and select the disk partition table. If the disk is GPT, select 1. If it is MBR, select 2.Step 4. Type x to select the disk containing mismatched MBR and GPT.Step 5. Type z to enter expert mode. Then type y if you want to wipe out the GPT/MBR partition table.Step 6. At last, you can create new partitions with free space. Once done, you can clone the disk again and the “Clonezilla failed to clone with MBR and GPT mismatched” error should be resolved.Here comes the end of the post. Have you any other solutions to the Clonezilla MBR and GPT mismatched error? Please share them with us in the following comment area.