On 11/7/23 20:29, Russell King (Oracle) wrote:
From: James Morse
Three of the five ACPI architectures create sysfs entries using
register_cpu() for present CPUs, whereas arm64, riscv and all
GENERIC_CPU_DEVICES do this for possible CPUs.
Registering a CPU is what causes them to show up in sysf
On 11/9/23 18:29, Russell King (Oracle) wrote:
On Thu, Nov 09, 2023 at 06:09:32PM +0800, Shaoqin Huang wrote:
Hi Russell,
On 11/7/23 18:29, Russell King (Oracle) wrote:
From: James Morse
Three of the five ACPI architectures create sysfs entries using
register_cpu() for present CPUs, where
On Thu, Nov 09, 2023 at 06:09:32PM +0800, Shaoqin Huang wrote:
> Hi Russell,
>
> On 11/7/23 18:29, Russell King (Oracle) wrote:
> > From: James Morse
> >
> > Three of the five ACPI architectures create sysfs entries using
> > register_cpu() for present CPUs, whereas arm64, riscv and all
> > GENE
Hi Russell,
On 11/7/23 18:29, Russell King (Oracle) wrote:
From: James Morse
Three of the five ACPI architectures create sysfs entries using
register_cpu() for present CPUs, whereas arm64, riscv and all
GENERIC_CPU_DEVICES do this for possible CPUs.
Registering a CPU is what causes them to sh
From: James Morse
Three of the five ACPI architectures create sysfs entries using
register_cpu() for present CPUs, whereas arm64, riscv and all
GENERIC_CPU_DEVICES do this for possible CPUs.
Registering a CPU is what causes them to show up in sysfs.
It makes very little sense to register all po
