On Tuesday 18 December 2007 09:42, David Howells wrote:
> Nick Piggin <[EMAIL PROTECTED]> wrote:
> > This is pretty nasty.
>
> Why? If the fs doesn't set PG_private or PG_fscache on any pages before
> calling read_cache_pages(), there's no difference.
It is conceptually wrong.
> Furthermore,
Nick Piggin <[EMAIL PROTECTED]> wrote:
> This is pretty nasty.
Why? If the fs doesn't set PG_private or PG_fscache on any pages before
calling read_cache_pages(), there's no difference.
Furthermore, the differences only crop up in the error handling paths.
> I would suggest either to have the
Nick Piggin [EMAIL PROTECTED] wrote:
This is pretty nasty.
Why? If the fs doesn't set PG_private or PG_fscache on any pages before
calling read_cache_pages(), there's no difference.
Furthermore, the differences only crop up in the error handling paths.
I would suggest either to have the
On Tuesday 18 December 2007 09:42, David Howells wrote:
Nick Piggin [EMAIL PROTECTED] wrote:
This is pretty nasty.
Why? If the fs doesn't set PG_private or PG_fscache on any pages before
calling read_cache_pages(), there's no difference.
It is conceptually wrong.
Furthermore, the
On Thursday 06 December 2007 06:39, David Howells wrote:
> The attached patch causes read_cache_pages() to release page-private data
> on a page for which add_to_page_cache() fails or the filler function fails.
> This permits pages with caching references associated with them to be
> cleaned up.
>
On Thursday 06 December 2007 06:39, David Howells wrote:
The attached patch causes read_cache_pages() to release page-private data
on a page for which add_to_page_cache() fails or the filler function fails.
This permits pages with caching references associated with them to be
cleaned up.
The
The attached patch causes read_cache_pages() to release page-private data on a
page for which add_to_page_cache() fails or the filler function fails. This
permits pages with caching references associated with them to be cleaned up.
The invalidatepage() address space op is called (indirectly) to
The attached patch causes read_cache_pages() to release page-private data on a
page for which add_to_page_cache() fails or the filler function fails. This
permits pages with caching references associated with them to be cleaned up.
The invalidatepage() address space op is called (indirectly) to
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