On Mon, Nov 02, 2015 at 02:03:36AM +, Mans Rullgard wrote:
> Sigma Designs chips use a variant of this controller with the following
> differences:
>
> - The BUSY bit in the STATUS register is inverted
> - Bit 8 of the CONFIG register must be set
> - The controller can generate interrupts
>
On Mon, Nov 02, 2015 at 02:03:36AM +, Mans Rullgard wrote:
> Sigma Designs chips use a variant of this controller with the following
> differences:
>
> - The BUSY bit in the STATUS register is inverted
> - Bit 8 of the CONFIG register must be set
> - The controller can generate interrupts
>
Mans Rullgard writes:
> Sigma Designs chips use a variant of this controller with the following
> differences:
>
> - The BUSY bit in the STATUS register is inverted
> - Bit 8 of the CONFIG register must be set
> - The controller can generate interrupts
>
> This patch adds support for the first
Mans Rullgard writes:
> Sigma Designs chips use a variant of this controller with the following
> differences:
>
> - The BUSY bit in the STATUS register is inverted
> - Bit 8 of the CONFIG register must be set
> - The controller can generate interrupts
>
> This patch adds support
Sigma Designs chips use a variant of this controller with the following
differences:
- The BUSY bit in the STATUS register is inverted
- Bit 8 of the CONFIG register must be set
- The controller can generate interrupts
This patch adds support for the first two of these. It also calculates
and
Sigma Designs chips use a variant of this controller with the following
differences:
- The BUSY bit in the STATUS register is inverted
- Bit 8 of the CONFIG register must be set
- The controller can generate interrupts
This patch adds support for the first two of these. It also calculates
and
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