Map physical ringbuffer memory range in VTL1#808
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Signed-off-by: Karissa Sanchez <karsanchez@microsoft.com>
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🤖 SemverChecks 🤖 No breaking API changes detected Note: this does not mean API is unchanged, or even that there are no breaking changes; simply, none of the detections triggered. |
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Map the ringbuffer physical memory range in VTL1 and write to the ringbuffer using memcpy_fallible with the VTL1 virtual address. This will be faster than copying a slice to VTL0 physical memory for each ringbuffer write.