# How Do I Import an OVF or OVA File to the Cloud Platform?

#### Scenarios

Open Virtualization Appliance (OVA) is a single file (with the .ova extension) that archives all the files making up an Open Virtualization Format (OVF). OVF is a folder that contains the files required for defining and deploying VMs. An OVF folder always includes .ovf, .mf, and .vmdk files.

- An .ovf file is an XML descriptor that defines metadata of a VM, such as the name and hardware requirements, and contains reference information about other files in the OVF folder.
- An .mf file contains the SHA hash codes of all the files in the folder and is used to prevent the image file from being tampered with.
- A .vmdk file is a virtual disk file that is used to create a disk image. An OVF folder may contain multiple .vmdk files.

This section describes how to import OVF and OVA files to the cloud platform.

#### Procedure

Manually extract VMDK files from an OVF or OVA template and upload them to an OBS bucket. Then, you can select one from the bucket when you use an external file to create a system or data disk image.

The following assumes that the OVF or OVA template contains only one VMDK file. If there are multiple VMDK files (for example, there are three VMDK files, one used as a system disk image file and the others as data disk image files), upload them to an OBS bucket and register them as a system disk image and data disk images, respectively.

- The source VM runs the Windows OS.
  - If you choose to export an OVF template named MyVm and save it to the OvfLib folder in drive C, the following files will be generated in the folder (the VMDK file can be uploaded to the cloud platform):

        ├C
        │  ├OvfLib
        │       ├MyVm
        │          ├MyVm.ovf
        │       ├MyVm.mf
        │       ├MyVm-disk1.vmdk

  - If you choose to export an OVA template and name it MyVm, the C:\MyVm.ova file will be generated. The VMDK file extracted from MyVm.ova can be uploaded to the cloud platform.

    You can import an image file in the VHD, VMDK, QCOW2, RAW, VHDX, QCOW, VDI, QED, ZVHD, or ZVHD2 format to create a private image.

  For details, see Creating a Windows System Disk Image from an External Image File or Creating a Data Disk Image from an External Image File.

- The source VM runs the Linux OS.
  - If you choose to export an OVF template, upload the VMDK file generated in the folder to the cloud platform.
  - If you choose to export an OVA template and name it MyVm, perform the following operations:
    1. Run the following command to view the OVA file:

       file MyVm.ova

       The command output is as follows:

           MyVm.ova: POSIX tar archive (GNU)

       MyVm.ova contains the following two files:

           $tar tf MyVm.ova
           MyVm.ovf
           MyVm.vmdk

    2. Run the following command to decompress MyVm.ova:

       tar xvf MyVm.ova

       The extracted folder contains the following files:

           MyVm.ovf
           MyVm.vmdk

       The image file in the VMDK format can be uploaded to the cloud platform.

       You can import an image file in the VHD, VMDK, QCOW2, RAW, VHDX, QCOW, VDI, QED, ZVHD, or ZVHD2 format to create a private image.

  For details, see Creating a Linux System Disk Image from an External Image File or Creating a Data Disk Image from an External Image File.

Parent topic: Image Importing