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Fix bounds for embedded lists in QP #5202
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Warning Rate limit exceeded@benjaminpkane has exceeded the limit for the number of commits or files that can be reviewed per hour. Please wait 17 minutes and 24 seconds before requesting another review. ⌛ How to resolve this issue?After the wait time has elapsed, a review can be triggered using the We recommend that you space out your commits to avoid hitting the rate limit. 🚦 How do rate limits work?CodeRabbit enforces hourly rate limits for each developer per organization. Our paid plans have higher rate limits than the trial, open-source and free plans. In all cases, we re-allow further reviews after a brief timeout. Please see our FAQ for further information. WalkthroughThe changes in this pull request focus on enhancing error handling and feedback mechanisms within the numeral formatting and filtering components of the application. Modifications include updates to the Changes
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Actionable comments posted: 1
🧹 Outside diff range and nitpick comments (5)
app/packages/core/src/components/Filters/NumericFieldFilter/state.ts (1)
42-49
: Refactor to eliminate code duplicationThe mapping and filtering logic is duplicated. Consider extracting it into a helper function for better maintainability.
+ const getNonfiniteKeys = (get, params) => + FLOAT_NONFINITES.map((key) => [ + key, + get(nonfiniteAtom({ key, ...params })), + ]) + .filter(([_, v]) => v) + .map(([k]) => k); export const nonfinitesText = selectorFamily({ key: "nonfinitesText", get: (params: { path: string; modal: boolean }) => ({ get }) => { - const result = FLOAT_NONFINITES.map((key) => [ - key, - get(nonfiniteAtom({ key, ...params })), - ]) - .filter(([_, v]) => v) - .map(([k]) => k); + const result = getNonfiniteKeys(get, params); return result.length ? result.join(", ") : null; }, });app/packages/core/src/components/Common/utils.tsx (1)
71-78
: Simplify format selection logic and improve NaN handlingThe format selection logic could be simplified, and the NaN handling could be more explicit.
+ const getNumberFormat = (fieldType: string, bounds: [number, number]) => { + if ([INT_FIELD, FRAME_NUMBER_FIELD, FRAME_SUPPORT_FIELD].includes(fieldType)) { + return "0a"; + } + return bounds[1] - bounds[0] < 0.1 ? "0.0000a" : "0.00a"; + }; - const str = numeral(v).format( - [INT_FIELD, FRAME_NUMBER_FIELD, FRAME_SUPPORT_FIELD].includes(fieldType) - ? "0a" - : bounds[1] - bounds[0] < 0.1 - ? "0.0000a" - : "0.00a" - ); + const format = getNumberFormat(fieldType, bounds); + const str = numeral(v).format(format); - return str === "NaN" ? v.toString() : str; + // Explicitly handle NaN case + if (str === "NaN" || Number.isNaN(v)) { + return v.toString(); + } + return str;app/packages/core/src/components/Filters/NumericFieldFilter/RangeSlider.tsx (1)
38-38
: Consider using a more flexible text formatting approachThe text concatenation could be made more flexible and maintainable.
const nonfinitesText = useRecoilValue(state.nonfinitesText({ path, modal })); + const getBoxText = (nonfinitesText: string | null) => { + if (!nonfinitesText) { + return "No results"; + } + return `${nonfinitesText} present`; + }; if (!hasBounds) { return ( - <Box text={nonfinitesText ? `${nonfinitesText} present` : "No results"} /> + <Box text={getBoxText(nonfinitesText)} /> ); }Also applies to: 41-43
fiftyone/server/lightning.py (2)
326-328
: Consider optimizing query performance.The current implementation adds sort before match, which could impact performance as MongoDB would sort the entire collection before filtering. Consider reordering to filter first:
- query.insert(0, {"$match": {k: v}}) - query.insert(0, {"$sort": {k: 1}}) + query.insert(0, {"$sort": {k: 1}}) + query.insert(0, {"$match": {k: v}})
509-515
: LGTM: Enhanced result parsing with finite check.The changes improve result parsing by properly handling non-finite float values. Consider adding debug logging for when non-finite values are encountered to help with troubleshooting.
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📒 Files selected for processing (5)
app/packages/core/src/components/Common/utils.tsx
(1 hunks)app/packages/core/src/components/Filters/NumericFieldFilter/RangeSlider.tsx
(1 hunks)app/packages/core/src/components/Filters/NumericFieldFilter/state.ts
(1 hunks)fiftyone/server/lightning.py
(4 hunks)tests/unittests/lightning_tests.py
(27 hunks)
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📓 Path-based instructions (3)
app/packages/core/src/components/Common/utils.tsx (1)
Pattern **/*.{ts,tsx}
: Review the Typescript and React code for conformity with best practices in React, Recoil, Graphql, and Typescript. Highlight any deviations.
app/packages/core/src/components/Filters/NumericFieldFilter/RangeSlider.tsx (1)
Pattern **/*.{ts,tsx}
: Review the Typescript and React code for conformity with best practices in React, Recoil, Graphql, and Typescript. Highlight any deviations.
app/packages/core/src/components/Filters/NumericFieldFilter/state.ts (1)
Pattern **/*.{ts,tsx}
: Review the Typescript and React code for conformity with best practices in React, Recoil, Graphql, and Typescript. Highlight any deviations.
🔇 Additional comments (5)
fiftyone/server/lightning.py (2)
12-12
: LGTM: Required import for float handling.
The math
module import is necessary for checking finite float values.
429-432
: LGTM: Improved float handling logic.
The changes correctly handle float values by:
- Adding float-specific pipeline steps when needed
- Ensuring existence check is consistently applied
tests/unittests/lightning_tests.py (3)
538-538
: LGTM: Comprehensive test coverage for float handling.
The test assertions have been properly updated to verify the new behavior of returning None
for non-finite float values in various scenarios.
Also applies to: 572-572, 591-591, 609-609, 635-635, 644-644, 654-654, 663-663, 672-672, 681-681, 734-734, 753-753, 771-771, 797-797, 806-806, 816-816, 825-825, 834-834, 843-843, 932-932, 951-951, 969-969
1063-1067
: LGTM: Added test cases for group dataset queries.
New test cases properly verify the handling of classifications with confidence values, including negative values.
Also applies to: 1076-1080
1092-1096
: LGTM: Comprehensive group dataset test coverage.
The test cases thoroughly verify:
- Float field handling in classifications
- Proper slicing of group datasets
- Correct min/max computations
Also applies to: 1114-1120, 1128-1132, 1146-1152, 1160-1164
app/packages/core/src/components/Filters/NumericFieldFilter/state.ts
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Actionable comments posted: 2
🧹 Outside diff range and nitpick comments (2)
app/packages/core/src/components/Filters/NumericFieldFilter/state.ts (1)
28-33
: Add type safety improvementsThe selector could benefit from better type safety:
- Missing return type annotation
- No type checking for the data structure
Consider adding these type improvements:
export const nonfinitesText = selectorFamily({ key: "nonfinitesText", get: (params: { path: string; modal: boolean }) => - ({ get }) => { + ({ get }): string | null => { + const data: Record<string, boolean> = get(nonfiniteData({ ...params, extended: false }));fiftyone/server/lightning.py (1)
326-328
: Consider performance impact of added sorting operationWhile the addition of sorting ensures consistent ordering, consider the performance impact when dealing with large datasets.
Consider adding a conditional sort only when necessary:
for k, v in filter.items(): query.insert(0, {"$match": {k: v}}) - query.insert(0, {"$sort": {k: 1}}) + if needs_sorting(k): # Add helper function to determine if sorting is needed + query.insert(0, {"$sort": {k: 1}})
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📒 Files selected for processing (3)
app/packages/core/src/components/Filters/NumericFieldFilter/state.ts
(2 hunks)fiftyone/server/lightning.py
(5 hunks)fiftyone/server/view.py
(2 hunks)
🧰 Additional context used
📓 Path-based instructions (1)
app/packages/core/src/components/Filters/NumericFieldFilter/state.ts (1)
Pattern **/*.{ts,tsx}
: Review the Typescript and React code for conformity with best practices in React, Recoil, Graphql, and Typescript. Highlight any deviations.
🔇 Additional comments (7)
fiftyone/server/lightning.py (4)
429-430
: LGTM: Proper handling of non-finite float values
The addition of special float handling in the pipeline is correct and aligns with the PR objective.
432-432
: LGTM: Added existence check
The addition of the existence check in the pipeline is a good defensive programming practice.
509-515
: LGTM: Proper handling of non-finite float values
The addition of math.isfinite()
check ensures proper handling of special float values (inf, -inf, nan).
143-147
: LGTM: Improved filter initialization logic
The conditional initialization of filters based on group field and slice presence is a good improvement.
Let's verify the usage of group_field across the codebase:
✅ Verification successful
Based on the search results, I can see that the group_field
is a core feature of FiftyOne datasets that allows organizing samples into groups. The filter initialization in the code under review is correctly using dataset.group_field
to filter samples based on the group slice when present.
LGTM: Filter initialization correctly handles group field filtering
The conditional filter initialization using dataset.group_field
and input.slice
is properly implemented to filter samples by their group slice when applicable. This is consistent with FiftyOne's group field functionality as evidenced by extensive usage across the codebase.
🏁 Scripts executed
The following scripts were executed for the analysis:
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#!/bin/bash
# Search for group_field usage to ensure consistent handling
rg "group_field" -A 3
Length of output: 66275
fiftyone/server/view.py (3)
617-619
: LGTM: Added defensive range check
The addition of the range check before unpacking prevents potential KeyError exceptions.
644-647
: LGTM: Proper datetime range handling
The addition of range check and proper timestamp conversion ensures robust datetime handling.
649-651
: LGTM: Consistent range handling for numeric values
The addition of range check maintains consistency with other type handlers and prevents potential errors.
const result = Object.fromEntries( | ||
Object.entries(data).filter(([k, v]) => k !== "none" && Boolean(v)) | ||
); | ||
return result.length ? result.join(", ") : null; |
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Fix incorrect Object manipulation logic
The current implementation has several issues:
Object.fromEntries()
creates an object, but then tries to use array methods (length, join)- The filtering logic could be more efficient
Apply this fix:
- const result = Object.fromEntries(
- Object.entries(data).filter(([k, v]) => k !== "none" && Boolean(v))
- );
- return result.length ? result.join(", ") : null;
+ const filtered = Object.entries(data)
+ .filter(([k, v]) => k !== "none" && Boolean(v))
+ .map(([k]) => k);
+ return filtered.length ? filtered.join(", ") : null;
📝 Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.
const result = Object.fromEntries( | |
Object.entries(data).filter(([k, v]) => k !== "none" && Boolean(v)) | |
); | |
return result.length ? result.join(", ") : null; | |
const filtered = Object.entries(data) | |
.filter(([k, v]) => k !== "none" && Boolean(v)) | |
.map(([k]) => k); | |
return filtered.length ? filtered.join(", ") : null; |
@@ -317,7 +317,7 @@ async def _do_async_query( | |||
filter: t.Optional[t.Mapping[str, str]], | |||
): | |||
if isinstance(query, DistinctQuery): | |||
if query.has_list and not query.filters: | |||
if query.has_list: | |||
return await _do_distinct_query(collection, query, filter) |
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not sure about mongo, but distinct scans in most dbs are really expensive and slow... have you confirmed that relying more on distinct improves performance?
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A distinct scan with high cardinality is not good, yes. I am not aware of an aggregation pipeline that can return the first N sorted results using a multikey index, though. But we should investigate more
[INT_FIELD, FRAME_NUMBER_FIELD, FRAME_SUPPORT_FIELD].includes(fieldType) | ||
? "0a" | ||
: bounds[1] - bounds[0] < 0.1 | ||
? "0.0000a" | ||
: "0.00a" | ||
); | ||
return str === "NaN" ? v.toString() : str; |
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if str is not a number (null?), we just show it as null?
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The formatter (numeral().format
) returns an NaN
string when it can't meaningfully format given the precision provided ("0.00a"
). Punting on a better solution for now, this at least shows the value as opposed to NaN
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Small comment, otherwise LGTM
What changes are proposed in this pull request?
Fixes bounds computations for embedded lists for QP sidebar.
!= None
is not a valid filtering approach for multikey searchesHow is this patch tested? If it is not, please explain why.
Added lightning test coverage
What areas of FiftyOne does this PR affect?
fiftyone
Python library changesSummary by CodeRabbit
New Features
RangeSlider
to provide more informative feedback when no bounds are available.Bug Fixes
Tests