@@ -429,7 +429,7 @@ async fn interleave_then_filter_all_yields(
429429 let mut infinite_children = vec ! [ ] ;
430430
431431 // Use 32 distinct thresholds (each >0 and <8 192) to force 32 infinite inputs
432- for thr in 1 ..32 {
432+ for threshold in 1 ..32 {
433433 // One infinite exec:
434434 let mut inf = make_lazy_exec_with_range ( "value" , 0 ..i64:: MAX , pretend_infinite) ;
435435
@@ -439,7 +439,7 @@ async fn interleave_then_filter_all_yields(
439439 let partitioning = Partitioning :: Hash ( exprs, 1 ) ;
440440 inf. try_set_partitioning ( partitioning) ?;
441441
442- // Apply a FilterExec: “(value / 8192) % thr == 0”.
442+ // Apply a FilterExec: “(value / 8192) % threshold == 0”.
443443 let filter_expr = binary (
444444 binary (
445445 binary (
@@ -449,7 +449,7 @@ async fn interleave_then_filter_all_yields(
449449 & inf. schema ( ) ,
450450 ) ?,
451451 Modulo ,
452- lit ( thr as i64 ) ,
452+ lit ( threshold as i64 ) ,
453453 & inf. schema ( ) ,
454454 ) ?,
455455 Eq ,
@@ -485,7 +485,7 @@ async fn interleave_then_aggregate_yields(
485485 let mut infinite_children = vec ! [ ] ;
486486
487487 // Use 32 distinct thresholds (each >0 and <8 192) to force 32 infinite inputs
488- for thr in 1 ..32 {
488+ for threshold in 1 ..32 {
489489 // One infinite exec:
490490 let mut inf = make_lazy_exec_with_range ( "value" , 0 ..i64:: MAX , pretend_infinite) ;
491491
@@ -495,7 +495,7 @@ async fn interleave_then_aggregate_yields(
495495 let partitioning = Partitioning :: Hash ( exprs, 1 ) ;
496496 inf. try_set_partitioning ( partitioning) ?;
497497
498- // Apply a FilterExec: “(value / 8192) % thr == 0”.
498+ // Apply a FilterExec: “(value / 8192) % threshold == 0”.
499499 let filter_expr = binary (
500500 binary (
501501 binary (
@@ -505,7 +505,7 @@ async fn interleave_then_aggregate_yields(
505505 & inf. schema ( ) ,
506506 ) ?,
507507 Modulo ,
508- lit ( thr as i64 ) ,
508+ lit ( threshold as i64 ) ,
509509 & inf. schema ( ) ,
510510 ) ?,
511511 Eq ,
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