Kenneth Graunke kenn...@whitecape.org writes:
On 01/09/2014 09:31 PM, Eric Anholt wrote:
Kenneth Graunke kenn...@whitecape.org writes:
On 12/13/2013 09:28 AM, Daniel Vetter wrote:
On Thu, Dec 12, 2013 at 01:26:40AM -0800, Kenneth Graunke wrote:
Broadwell uses 48-bit addresses. The first
On 01/13/2014 01:04 PM, Eric Anholt wrote:
Kenneth Graunke kenn...@whitecape.org writes:
On 01/09/2014 09:31 PM, Eric Anholt wrote:
Kenneth Graunke kenn...@whitecape.org writes:
On 12/13/2013 09:28 AM, Daniel Vetter wrote:
On Thu, Dec 12, 2013 at 01:26:40AM -0800, Kenneth Graunke wrote:
On 01/09/2014 09:31 PM, Eric Anholt wrote:
Kenneth Graunke kenn...@whitecape.org writes:
On 12/13/2013 09:28 AM, Daniel Vetter wrote:
On Thu, Dec 12, 2013 at 01:26:40AM -0800, Kenneth Graunke wrote:
Broadwell uses 48-bit addresses. The first DWord is the low 32 bits,
and the second DWord
Kenneth Graunke kenn...@whitecape.org writes:
On 12/13/2013 09:28 AM, Daniel Vetter wrote:
On Thu, Dec 12, 2013 at 01:26:40AM -0800, Kenneth Graunke wrote:
Broadwell uses 48-bit addresses. The first DWord is the low 32 bits,
and the second DWord is the high 16 bits.
Since individual
On Thu, Dec 12, 2013 at 01:26:40AM -0800, Kenneth Graunke wrote:
Broadwell uses 48-bit addresses. The first DWord is the low 32 bits,
and the second DWord is the high 16 bits.
Since individual buffers shouldn't be larger than 4GB in size, any
offsets into those buffers (buffer-offset +
On 12/13/2013 09:28 AM, Daniel Vetter wrote:
On Thu, Dec 12, 2013 at 01:26:40AM -0800, Kenneth Graunke wrote:
Broadwell uses 48-bit addresses. The first DWord is the low 32 bits,
and the second DWord is the high 16 bits.
Since individual buffers shouldn't be larger than 4GB in size, any
On Fri, Dec 13, 2013 at 10:04:53AM -0800, Kenneth Graunke wrote:
On 12/13/2013 09:28 AM, Daniel Vetter wrote:
On Thu, Dec 12, 2013 at 01:26:40AM -0800, Kenneth Graunke wrote:
Broadwell uses 48-bit addresses. The first DWord is the low 32 bits,
and the second DWord is the high 16 bits.
Broadwell uses 48-bit addresses. The first DWord is the low 32 bits,
and the second DWord is the high 16 bits.
Since individual buffers shouldn't be larger than 4GB in size, any
offsets into those buffers (buffer-offset + delta) should fit in the
low 32 bits. So I believe we can simply emit 0
