Junjie Mao writes:
> The peripheral and PrimeCell identification registers of pl011 are located at
> offset 0xFE0 - 0xFFC. To check if a read falls to such registers, the C
> implementation checks if the offset-shifted-by-2 (not the offset itself) is in
> the range 0x3F8 - 0x3FF.
>
> Use the same
Junjie Mao writes:
> Alex Bennée writes:
>
>> Junjie Mao writes:
>>
>>> The peripheral and PrimeCell identification registers of pl011 are located
>>> at
>>> offset 0xFE0 - 0xFFC. To check if a read falls to such registers, the C
>>> implementation checks if the offset-shifted-by-2 (not the of
Alex Bennée writes:
> Junjie Mao writes:
>
>> The peripheral and PrimeCell identification registers of pl011 are located at
>> offset 0xFE0 - 0xFFC. To check if a read falls to such registers, the C
>> implementation checks if the offset-shifted-by-2 (not the offset itself) is
>> in
>> the ra
Junjie Mao writes:
> The peripheral and PrimeCell identification registers of pl011 are located at
> offset 0xFE0 - 0xFFC. To check if a read falls to such registers, the C
> implementation checks if the offset-shifted-by-2 (not the offset itself) is in
> the range 0x3F8 - 0x3FF.
>
> Use the same
The peripheral and PrimeCell identification registers of pl011 are located at
offset 0xFE0 - 0xFFC. To check if a read falls to such registers, the C
implementation checks if the offset-shifted-by-2 (not the offset itself) is in
the range 0x3F8 - 0x3FF.
Use the same check in the Rust implementatio
