On 2/4/21 11:35 AM, Joao Martins wrote:
> On 2/3/21 11:37 PM, John Hubbard wrote:
>> On 2/3/21 2:00 PM, Joao Martins wrote:
>>> -static inline unsigned int count_ntails(struct page **pages, unsigned long
>>> npages)
>>> +static inline unsigned int count_ntails(struct page **pages,
>>> +
On 2/4/21 12:11 AM, John Hubbard wrote:
> On 2/3/21 2:00 PM, Joao Martins wrote:
> ...
>> +void unpin_user_page_range_dirty_lock(struct page *page, unsigned long
>> npages,
>> + bool make_dirty)
>> +{
>> +unsigned long index;
>> +struct page *head;
>> +
On 2/3/21 11:37 PM, John Hubbard wrote:
> On 2/3/21 2:00 PM, Joao Martins wrote:
>> Add a unpin_user_page_range() API which takes a starting page
>> and how many consecutive pages we want to dirty.
>>
>> Given that we won't be iterating on a list of changes, change
>> compound_next() to receive
On 2/3/21 2:00 PM, Joao Martins wrote:
...
+void unpin_user_page_range_dirty_lock(struct page *page, unsigned long npages,
+ bool make_dirty)
+{
+ unsigned long index;
+ struct page *head;
+ unsigned int ntails;
+
+
On 2/3/21 2:00 PM, Joao Martins wrote:
Add a unpin_user_page_range() API which takes a starting page
and how many consecutive pages we want to dirty.
Given that we won't be iterating on a list of changes, change
compound_next() to receive a bool, whether to calculate from the starting
page, or
Add a unpin_user_page_range() API which takes a starting page
and how many consecutive pages we want to dirty.
Given that we won't be iterating on a list of changes, change
compound_next() to receive a bool, whether to calculate from the starting
page, or walk the page array. Finally add a
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