Some architectures like sparc can do useful optimizations when knowing
that an entire MM is being destroyed. At the moment, they rely on
fullmm in the mmu_gather structure. However, that doesn't always work
out very well with some of the changes we are doing. Among other things,
the TLB flushing on
Some architectures like sparc can do useful optimizations when knowing
that an entire MM is being destroyed. At the moment, they rely on
fullmm in the mmu_gather structure. However, that doesn't always work
out very well with some of the changes we are doing. Among other things,
the TLB flushing o
On Fri, 2007-07-27 at 12:01 +1000, Benjamin Herrenschmidt wrote:
> Some architectures like sparc can do useful optimizations when knowing
> that an entire MM is being destroyed. At the moment, they rely on
> fullmm in the mmu_gather structure. However, that doesn't always work
> out very well with
Some architectures like sparc can do useful optimizations when knowing
that an entire MM is being destroyed. At the moment, they rely on
fullmm in the mmu_gather structure. However, that doesn't always work
out very well with some of the changes we are doing. Among other things,
the TLB flushing on
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