class SetOperatingPointLimits

Sets the operational boundaries (minimum and maximum operating points)

for the device, when supported.

Limits define the allowable performance range for the performance

domain. They are primarily used for:

* Thermal Mitigation: Progressively lowering the maximum operating point

(moving from 0 toward n-1) to reduce power dissipation.

* Performance Boosting: Raising the minimum operating point (moving

from n-1 toward 0) when automatic performance matching is insufficient

for the current workload.

Limits are useful on platforms where ether hardware or the kernel

automatically manages performance. By setting boundaries, userspace can

enforce power and performance policies while allowing the underlying

system to react to high-fidelity signals in real-time.

When limits are applied, the active operating point is clamped to the range:

`[max(minimum_opp, maximim_opp), maximum_opp]`.

Note that `maximim_opp` and `minimum_opp` reside in the P-state range [n-1, 0].

This logic ensures that the `minimum_opp` can be adjusted independently while

always respecting the ceiling imposed by the `maximim_opp`.

Set the operating point limits to (n-1, 0) to effectively remove the limits.

Returns ZX_OK on success.

Returns ZX_ERR_OUT_OF_RANGE if the minimum_opp or maximum_opp is outside

of the range [n-1, 0], where n is the number of operating points

returned by GetOperatingPointCount().

Returns ZX_ERR_NOT_SUPPORTED if the device does not support limits.