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Improved the performance of commands that select multiple keys from a record by adding herustics to the storage engine to reduce the number of overall lookups required. As a result, commands that select multiple keys are up to 96% faster.
Streamlined the logic for reads that have a combination of time, order and page parameters by adding more intelligent heuristics for determining the most efficient code path. For example, a read that only has time and page parameters (e.g., no order) does not need to be performed atomically. Previously, those reads converged into an atomic code path, but now a separate code path exists so those reads can be more performant. Additionally, the logic is more aware of when attempts to sort or paginate data don't actually have an effect and now avoids unnecessary data transformations of re-collection.
Fixed a bug that caused Concourse Server to not use the Strategy framework to determine the most efficient lookup source (e.g., field, record, or index) for navigation keys.
Added support for querying on the intrinsic identifier of Records, as both a selection and evaluation key. The record identifier can be refernced using the $id$ key (NOTE: this must be properly escaped in concourse shell as \$id\$).
It is useful to include the Record identifier as a selection key for some navigation reads (e.g., select(["partner.name", partner.\$id\$], 1))).
It is useful to include the Record identifier as an evaluation key in cases where you want to explictly exclude a record from matching a Condition (e.g., select(["partner.name", parner.\$id\$], "\$id\$ != 2")))
Fixed a bug that caused historical reads with sorting to not be performed atomically; potentially violating ACID semantics.
Fixed a bug that caused commands to find data matching a Condition (e.g., Criteria or CCL Statement) to not be fully performed atomically; potentially violating ACID semantics.