On Wed, Oct 12, 2011 at 12:03 PM, Kevin Wolf wrote:
> Am 12.10.2011 12:39, schrieb Stefan Hajnoczi:
>> On Tue, Oct 11, 2011 at 03:46:28PM +0200, Kevin Wolf wrote:
>>> Am 07.10.2011 17:49, schrieb Stefan Hajnoczi:
Image streaming copies data from the backing file into the image file. It
Am 12.10.2011 12:39, schrieb Stefan Hajnoczi:
> On Tue, Oct 11, 2011 at 03:46:28PM +0200, Kevin Wolf wrote:
>> Am 07.10.2011 17:49, schrieb Stefan Hajnoczi:
>>> Image streaming copies data from the backing file into the image file. It
>>> is
>>> important to represent zero regions from the backin
On Tue, Oct 11, 2011 at 03:46:28PM +0200, Kevin Wolf wrote:
> Am 07.10.2011 17:49, schrieb Stefan Hajnoczi:
> > Image streaming copies data from the backing file into the image file. It
> > is
> > important to represent zero regions from the backing file efficiently during
> > streaming, otherwis
Am 07.10.2011 17:49, schrieb Stefan Hajnoczi:
> Image streaming copies data from the backing file into the image file. It is
> important to represent zero regions from the backing file efficiently during
> streaming, otherwise the image file grows to the full virtual disk size and
> loses sparsene
On 10/07/2011 11:49 PM, Stefan Hajnoczi wrote:
Image streaming copies data from the backing file into the image file. It is
important to represent zero regions from the backing file efficiently during
streaming, otherwise the image file grows to the full virtual disk size and
loses sparseness.
Image streaming copies data from the backing file into the image file. It is
important to represent zero regions from the backing file efficiently during
streaming, otherwise the image file grows to the full virtual disk size and
loses sparseness.
There are two ways to implement zero write detect
