Hi Andrew,
>
> On 1/26/24 1:25 AM, Kasireddy, Vivek wrote:
> Currently this driver creates a SGT table using the CPU as the
> target device, then performs the dma_sync operations against
> that SGT. This is backwards to how DMA-BUFs are supposed to behave.
> This may have work
On 1/26/24 1:25 AM, Kasireddy, Vivek wrote:
Currently this driver creates a SGT table using the CPU as the
target device, then performs the dma_sync operations against
that SGT. This is backwards to how DMA-BUFs are supposed to behave.
This may have worked for the case where these buffers were gi
> >> Currently this driver creates a SGT table using the CPU as the
> >> target device, then performs the dma_sync operations against
> >> that SGT. This is backwards to how DMA-BUFs are supposed to behave.
> >> This may have worked for the case where these buffers were given
> >> only back to the
On 1/24/24 5:05 PM, Kasireddy, Vivek wrote:
Hi Andrew,
Currently this driver creates a SGT table using the CPU as the
target device, then performs the dma_sync operations against
that SGT. This is backwards to how DMA-BUFs are supposed to behave.
This may have worked for the case where these bu
Hi Andrew,
> Currently this driver creates a SGT table using the CPU as the
> target device, then performs the dma_sync operations against
> that SGT. This is backwards to how DMA-BUFs are supposed to behave.
> This may have worked for the case where these buffers were given
> only back to the sam
