search for: check_target_firmwar

...guest cannot run on the target, because the target does not support %s firmware (supported firmware on target: %s)") - (string_of_target_firmware target_firmware) - (String.concat " " - (List.map string_of_target_firmware supported_firmware)); - - output#check_target_firmware guestcaps target_firmware; - - (match target_firmware with - | TargetBIOS -> () - | TargetUEFI -> info (f_"This guest requires UEFI on the target to boot.")); + let target_firmware = get_target_firmware inspect guestcaps source output in message (f_"Assigning disks...

...(* Get the capabilities from libvirt. *) let xml = Libvirt_utils.capabilities ?conn:oc () in @@ -140,6 +138,8 @@ class output_libvirt oc output_pool = object { t with target_file = target_file } ) targets + method supported_firmware = [ TargetBIOS; TargetUEFI ] + method check_target_firmware guestcaps target_firmware = match target_firmware with | TargetBIOS -> () diff --git a/v2v/output_local.ml b/v2v/output_local.ml index 9ba1d6f..9c105ef 100644 --- a/v2v/output_local.ml +++ b/v2v/output_local.ml @@ -30,8 +30,6 @@ class output_local dir = object method as_options =...

...guest cannot run on the target, because the target does not support %s firmware (supported firmware on target: %s)") + (string_of_target_firmware target_firmware) + (String.concat " " + (List.map string_of_target_firmware supported_firmware)); + + output#check_target_firmware guestcaps target_firmware; + + (match target_firmware with + | TargetBIOS -> () + | TargetUEFI -> info (f_"This guest requires UEFI on the target to boot.")); + + target_firmware + let rec main () = (* Handle the command line. *) let input, output, @@ -461,26 +485,7 @@...

...n, because RHEL 6 * nodes cannot handle qcow2 v3 (RHBZ#1145582). diff --git a/v2v/types.ml b/v2v/types.ml index a295172..038d259 100644 --- a/v2v/types.ml +++ b/v2v/types.ml @@ -401,7 +401,7 @@ class virtual output = object method virtual supported_firmware : target_firmware list method check_target_firmware (_ : guestcaps) (_ : target_firmware) = () method check_target_free_space (_ : source) (_ : target list) = () - method disk_create = (new Guestfs.guestfs ())#disk_create + method disk_create = (open_guestfs ())#disk_create method virtual create_metadata : source -> target list -> tar...

...not handle qcow2 v3 (RHBZ#1145582). > diff --git a/v2v/types.ml b/v2v/types.ml > index a295172..038d259 100644 > --- a/v2v/types.ml > +++ b/v2v/types.ml > @@ -401,7 +401,7 @@ class virtual output = object > method virtual supported_firmware : target_firmware list > method check_target_firmware (_ : guestcaps) (_ : target_firmware) = () > method check_target_free_space (_ : source) (_ : target list) = () > - method disk_create = (new Guestfs.guestfs ())#disk_create > + method disk_create = (open_guestfs ())#disk_create > method virtual create_metadata : source -> t...

...oo vdsm-vol-uuid’ parameters passed on the command line has to match the number of guest disk images (for this guest: %d)") diff --git a/v2v/types.ml b/v2v/types.ml index 8de48aec..a6a52294 100644 --- a/v2v/types.ml +++ b/v2v/types.ml @@ -530,7 +530,7 @@ class virtual output = object method check_target_firmware (_ : guestcaps) (_ : target_firmware) = () method override_output_format (_ : overlay) = (None : string option) method transfer_format t = t.target_format - method virtual prepare_targets : string -> (string * overlay) list -> target_file list + method virtual prepare_targets : strin...

Add support for qcow2 disk format, enabled by imageio NBD backend in RHV 4.3. To use this feature manually, you can run virt-v2v with "-of qcow2". Here is example run: Source disk: $ qemu-img info /var/tmp/fedora-30.img image: /var/tmp/fedora-30.img file format: raw virtual size: 6 GiB (6442450944 bytes) disk size: 1.15 GiB virt-v2v: $ ./run virt-v2v \ -v \ -i disk

This series is a second attempt to add a mode of virt-v2v operation where it leaves the config and disk image conversion, rollback on errors, registering with the destination hypervisor, etc. to a third-party toolset, and performs only tuning of the guest OS to run in the KVM-based hypervisor. The first 14 patches are just refactoring and rearrangement of the code, factoring the implementation