Hi Johannes:
Thanks for the reply. In the end of the mempool_resize(), it will
call the mempool_refill() to do the rest of the work. So this is not one
of the "no-caller" case. If you insist this is a "no-caller" case,
perhaps I should change it to a "static" function without exposing a
On Mon, Dec 14, 2015 at 11:09:43AM +, Wang, Zhi A wrote:
> This patch factors out mempool_refill() from mempool_resize(). It's reasonable
> that the mempool user wants to refill the pool immdiately when it has chance
> e.g. inside a sleepible context, so that next time in the IRQ context the
On Mon, Dec 14, 2015 at 11:09:43AM +, Wang, Zhi A wrote:
> This patch factors out mempool_refill() from mempool_resize(). It's reasonable
> that the mempool user wants to refill the pool immdiately when it has chance
> e.g. inside a sleepible context, so that next time in the IRQ context the
Hi Johannes:
Thanks for the reply. In the end of the mempool_resize(), it will
call the mempool_refill() to do the rest of the work. So this is not one
of the "no-caller" case. If you insist this is a "no-caller" case,
perhaps I should change it to a "static" function without exposing a
This patch factors out mempool_refill() from mempool_resize(). It's reasonable
that the mempool user wants to refill the pool immdiately when it has chance
e.g. inside a sleepible context, so that next time in the IRQ context the pool
would have much more available elements to allocate.
After the
This patch factors out mempool_refill() from mempool_resize(). It's reasonable
that the mempool user wants to refill the pool immdiately when it has chance
e.g. inside a sleepible context, so that next time in the IRQ context the pool
would have much more available elements to allocate.
After the
This patch factors out mempool_refill() from mempool_resize(). It's reasonable
that the mempool user wants to refill the pool immdiately when it has chance
e.g. inside a sleepible context, so that next time in the IRQ context the pool
would have much more available elements to allocate.
After the
This patch factors out mempool_refill() from mempool_resize(). It's reasonable
that the mempool user wants to refill the pool immdiately when it has chance
e.g. inside a sleepible context, so that next time in the IRQ context the pool
would have much more available elements to allocate.
After the
This patch factors out mempool_refill() from mempool_resize(). It's reasonable
that the mempool user wants to refill the pool immdiately when it has chance
e.g. inside a sleepible context, so that next time in the IRQ context the pool
would have much more available elements to allocate.
After the
This patch factors out mempool_refill() from mempool_resize(). It's reasonable
that the mempool user wants to refill the pool immdiately when it has chance
e.g. inside a sleepible context, so that next time in the IRQ context the pool
would have much more available elements to allocate.
After the
This patch factors out mempool_refill() from mempool_resize(). It's reasonable
that the mempool user wants to refill the pool immdiately when it has chance
e.g. inside a sleepible context, so that next time in the IRQ context the pool
would have much more available elements to allocate.
After the
This patch factors out mempool_refill() from mempool_resize(). It's reasonable
that the mempool user wants to refill the pool immdiately when it has chance
e.g. inside a sleepible context, so that next time in the IRQ context the pool
would have much more available elements to allocate.
After the
This patch factors out mempool_refill() from mempool_resize(). It's reasonable
that the mempool user wants to refill the pool immdiately when it has chance
e.g. inside a sleepible context, so that next time in the IRQ context the pool
would have much more available elements to allocate.
After the
This patch factors out mempool_refill() from mempool_resize(). It's reasonable
that the mempool user wants to refill the pool immdiately when it has chance
e.g. inside a sleepible context, so that next time in the IRQ context the pool
would have much more available elements to allocate.
After the
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