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Primary caching 10: latest-at cache invalidation #4726
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This implements the most barebone latest-at caching support. The goal is merely to introduce all the machinery and boilerplate required to get the primary cache running, actual caching features will be implemented on top of this foundation in follow up PRs. The [existing benchmark suite](https://github.com/rerun-io/rerun/blob/790f391/crates/re_query/benches/query_benchmark.rs) has been ported as-is to the cached APIs (5950X, Arch): ``` group primcache_3_vanilla primcache_3_cached ----- ------------------- ------------------ arrow_batch_points2/insert 1.02 1015.0±11.07µs 939.6 MElem/sec 1.00 1000.0±7.37µs 953.7 MElem/sec arrow_batch_points2/query 2.90 3.4±0.02µs 276.5 MElem/sec 1.00 1190.5±41.55ns 801.0 MElem/sec arrow_batch_strings2/insert 1.00 1045.7±7.85µs 912.0 MElem/sec 1.00 1042.1±14.01µs 915.1 MElem/sec arrow_batch_strings2/query 1.91 21.3±0.17µs 44.7 MElem/sec 1.00 11.2±0.04µs 85.2 MElem/sec arrow_mono_points2/insert 1.01 1789.2±3.40ms 545.8 KElem/sec 1.00 1773.6±23.00ms 550.6 KElem/sec arrow_mono_points2/query 6.78 1102.4±18.79µs 885.9 KElem/sec 1.00 162.6±3.39µs 5.9 MElem/sec arrow_mono_strings2/insert 1.00 1777.3±5.89ms 549.5 KElem/sec 1.00 1777.3±7.53ms 549.5 KElem/sec arrow_mono_strings2/query 6.30 1149.9±15.36µs 849.3 KElem/sec 1.00 182.5±0.41µs 5.2 MElem/sec ``` --- Part of the primary caching series of PR (index search, joins, deserialization): - #4592 - #4593 - #4659 - #4680 - #4681 - #4698 - #4711 - #4712 - #4721 - #4726
Make it possible to toggle primary caching on and off at runtime, for both latest-at and range queries. ![image](https://github.com/rerun-io/rerun/assets/2910679/46404d8d-ea27-441c-9bae-ba5e3476adef) --- Part of the primary caching series of PR (index search, joins, deserialization): - #4592 - #4593 - #4659 - #4680 - #4681 - #4698 - #4711 - #4712 - #4721 - #4726
Integrates the cached APIs with the 2D & 3D spatial views, which is a pretty tough thing to do because there's a lot of abstraction going on in there. `main` vs. cache disabled vs. cache enable (5950X, Arch): ``` group main primcache_5_uncached primcache_5_cached ----- ---- -------------------- ------------------ Points3D/load_all 1.68 10.1±0.14ms 94.2 MElem/sec 1.00 6.0±0.07ms 157.9 MElem/sec 1.01 6.1±0.06ms 155.7 MElem/sec Points3D/load_colors 1.44 3.8±0.02ms 252.6 MElem/sec 1.00 2.6±0.05ms 364.0 MElem/sec 1.07 2.8±0.06ms 339.5 MElem/sec Points3D/load_picking_ids 15.16 1859.6±7.01µs 512.9 MElem/sec 1.01 124.3±3.92µs 7.5 GElem/sec 1.00 122.7±3.86µs 7.6 GElem/sec Points3D/load_positions 2.29 420.1±0.76µs 2.2 GElem/sec 1.03 189.3±7.44µs 4.9 GElem/sec 1.00 183.4±5.56µs 5.1 GElem/sec Points3D/load_radii 1.46 3.3±0.04ms 290.1 MElem/sec 1.05 2.4±0.03ms 404.8 MElem/sec 1.00 2.2±0.00ms 423.9 MElem/sec Points3D/query_archetype 2.51 676.1±7.59ns ? ?/sec 15859.98 4.3±0.06ms ? ?/sec 1.00 268.9±3.39ns ? ?/sec ``` --- Part of the primary caching series of PR (index search, joins, deserialization): - #4592 - #4593 - #4659 - #4680 - #4681 - #4698 - #4711 - #4712 - #4721 - #4726
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Introduces a dedicated cache bucket for timeless data and properly forwards the information through all APIs downstream. --- Part of the primary caching series of PR (index search, joins, deserialization): - #4592 - #4593 - #4659 - #4680 - #4681 - #4698 - #4711 - #4712 - #4721 - #4726 - #4773 - #4784 - #4785 - #4793 - #4800
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I do intend to get rid of the static global as soon as everything has landed (that will be the last PR in this series, basically). I just don't want to deal with even more integration issues our my way there. |
) The primary cache now tracks memory statistics and display them in the memory panel. This immediately highlights a very stupid thing that the cache does: missing optional components that have been turned into streams of default values by the `ArchetypeView` are materialized as such :man_facepalming: - #4779 https://github.com/rerun-io/rerun/assets/2910679/876b264a-3f77-4d91-934e-aa8897bb32fe - Fixes #4730 --- Part of the primary caching series of PR (index search, joins, deserialization): - #4592 - #4593 - #4659 - #4680 - #4681 - #4698 - #4711 - #4712 - #4721 - #4726 - #4773 - #4784 - #4785 - #4793 - #4800
**Prefer on a per-commit basis, stuff has moved around** Range queries are back!... in the most primitive form possible. No invalidation, no bucketing, no optimization, no nothing. Just putting everything in place. https://github.com/rerun-io/rerun/assets/2910679/a65281e4-9843-4598-9547-ce7e45197995 --- Part of the primary caching series of PR (index search, joins, deserialization): - #4592 - #4593 - #4659 - #4680 - #4681 - #4698 - #4711 - #4712 - #4721 - #4726 - #4773 - #4784 - #4785 - #4793 - #4800
#4785) Title. https://github.com/rerun-io/rerun/assets/2910679/cf2c2748-a461-49fe-8124-c2a94164c956 --- Part of the primary caching series of PR (index search, joins, deserialization): - #4592 - #4593 - #4659 - #4680 - #4681 - #4698 - #4711 - #4712 - #4721 - #4726 - #4773 - #4784 - #4785 - #4793 - #4800
… range queries (#4793) Our low-level range APIs used to bake the latest-at results at `range.min - 1` into the range results, which is a big problem in a multi tenant setting because `range(1, 10)` vs. `latestat(1) + range(2, 10)` are two completely different things. Side-effect: a plot with a window of len 1 now behaves as expected: https://github.com/rerun-io/rerun/assets/2910679/957ac367-35a6-4bea-9f40-59d51c556639 --- Part of the primary caching series of PR (index search, joins, deserialization): - #4592 - #4593 - #4659 - #4680 - #4681 - #4698 - #4711 - #4712 - #4721 - #4726 - #4773 - #4784 - #4785 - #4793 - #4800
The most obvious and most important performance optimization when doing cached range queries: only upsert data at the edges of the bucket / ring-buffer. This works because our buckets (well, singular, at the moment) are always dense. - #4793 ![image](https://github.com/rerun-io/rerun/assets/2910679/7246827c-4977-4b3f-9ef9-f8e96b8a9bea) - #4800: ![image](https://github.com/rerun-io/rerun/assets/2910679/ab78643b-a98b-4568-b510-2b8827467095) --- Part of the primary caching series of PR (index search, joins, deserialization): - #4592 - #4593 - #4659 - #4680 - #4681 - #4698 - #4711 - #4712 - #4721 - #4726 - #4773 - #4784 - #4785 - #4793 - #4800
Range queries used to A) return the frame a T-1, B) accumulate state starting at T-1 and then C) yield frames starting at T. A) was a huge issue for many reasons, which #4793 took care of by eliminating both A) and B). But we need B) for range queries to be context-free, i.e. to be guaranteed that `Range(5, 10)` and `Range(4, 10)` will return the exact same data for frame `5`. This is crucial for multi-tenant settings where those 2 example queries would share the same cache. It also is the nicer-nicer version of the range semantics that we wanted anyway, I just didn't realize back then that it would require so little changes, or I would've gone straight for that. --- Part of the primary caching series of PR (index search, joins, deserialization): - #4592 - #4593 - #4659 - #4680 - #4681 - #4698 - #4711 - #4712 - #4721 - #4726 - #4773 - #4784 - #4785 - #4793 - #4800 - #4851 - #4852 - #4853 - #4856
Simply add a timeless path for the range cache, and actually only iterate over the range the user asked for (we were still blindly iterating over everything until now). Also some very minimal clean up related to #4832, but we have a long way to go... - #4832 --- - Fixes #4821 --- Part of the primary caching series of PR (index search, joins, deserialization): - #4592 - #4593 - #4659 - #4680 - #4681 - #4698 - #4711 - #4712 - #4721 - #4726 - #4773 - #4784 - #4785 - #4793 - #4800 - #4851 - #4852 - #4853 - #4856
Implement range invalidation and do a quality pass over all the size tracking stuff in the cache. **Range caching is now enabled by default!** - Fixes #4809 - Fixes #374 --- Part of the primary caching series of PR (index search, joins, deserialization): - #4592 - #4593 - #4659 - #4680 - #4681 - #4698 - #4711 - #4712 - #4721 - #4726 - #4773 - #4784 - #4785 - #4793 - #4800 - #4851 - #4852 - #4853 - #4856
- Quick sanity pass over all the intermediary locks and refcounts to make sure we don't hold anything for longer than we need. - Get rid of all static globals and let the caches live with their associated stores in `EntityDb`. - `CacheKey` no longer requires a `StoreId`. --- - Fixes #4815 --- Part of the primary caching series of PR (index search, joins, deserialization): - #4592 - #4593 - #4659 - #4680 - #4681 - #4698 - #4711 - #4712 - #4721 - #4726 - #4773 - #4784 - #4785 - #4793 - #4800 - #4851 - #4852 - #4853 - #4856
This implements cache invalidation via a
StoreSubscriber
.We keep track of the timestamps to invalidate in the
StoreSubscriber
, but we only do the actual removal of components at query time.This is similar to how we handle bucket sorting in the main store: doing it at query time has the benefit that the frame time effectively behaves as natural micro-batching mechanism that vastly improves performance.
Part of the primary caching series of PR (index search, joins, deserialization):
VecDeque
extensions #4592FlatVecDeque
#4593LatestAt(T-1)
results into low-level range queries #4793Checklist
main
build: app.rerun.ionightly
build: app.rerun.io