Enforced transaction system recoverability on media without write-through
To ensure that logs representative of data changes are durably written, localized storage media cache is flushed to force a write to stable storage. Log sequence number tracking is leveraged to determine if log data in a localized storage media cache is likely to have not been written to durable sto...
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creator | Dhamankar, Robin Dhananjay Kathuria, Vishal Kalavakur, Sethu Venkataraman, Gayathri Levy, Avraham Kodavalla, Hanumantha Rao Li, Chunjia Christensen, Eric Ray |
description | To ensure that logs representative of data changes are durably written, localized storage media cache is flushed to force a write to stable storage. Log sequence number tracking is leveraged to determine if log data in a localized storage media cache is likely to have not been written to durable storage. When this condition is likely, a FLUSH_CACHE command is issued to a storage media controller to force a durable write. This allows recovery of data changes to a transactional system even when its associated storage media does not provide write-ordering guarantees. Moreover, flushing of the storage media cache can be accomplished at a frequency that provides an upper bound on a maximum time between a transaction commit and data being made durable. |
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title | Enforced transaction system recoverability on media without write-through |
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