pub struct HasMaxOneRowApply();Trait Implementations§
source§impl PlanVisitor for HasMaxOneRowApply
impl PlanVisitor for HasMaxOneRowApply
type Result = bool
type DefaultBehavior = impl DefaultBehavior<<HasMaxOneRowApply as PlanVisitor>::Result>
source§fn default_behavior() -> Self::DefaultBehavior
fn default_behavior() -> Self::DefaultBehavior
The behavior for the default implementations of
visit_xxx.source§fn visit_logical_apply(&mut self, plan: &LogicalApply) -> bool
fn visit_logical_apply(&mut self, plan: &LogicalApply) -> bool
Visit
LogicalApply , the function should visit the inputs.fn visit(&mut self, plan: PlanRef) -> Self::Result
source§fn visit_logical_agg(&mut self, plan: &LogicalAgg) -> Self::Result
fn visit_logical_agg(&mut self, plan: &LogicalAgg) -> Self::Result
Visit
LogicalAgg , the function should visit the inputs.source§fn visit_logical_filter(&mut self, plan: &LogicalFilter) -> Self::Result
fn visit_logical_filter(&mut self, plan: &LogicalFilter) -> Self::Result
Visit
LogicalFilter , the function should visit the inputs.source§fn visit_logical_project(&mut self, plan: &LogicalProject) -> Self::Result
fn visit_logical_project(&mut self, plan: &LogicalProject) -> Self::Result
Visit
LogicalProject , the function should visit the inputs.source§fn visit_logical_scan(&mut self, plan: &LogicalScan) -> Self::Result
fn visit_logical_scan(&mut self, plan: &LogicalScan) -> Self::Result
Visit
LogicalScan , the function should visit the inputs.source§fn visit_logical_cdc_scan(&mut self, plan: &LogicalCdcScan) -> Self::Result
fn visit_logical_cdc_scan(&mut self, plan: &LogicalCdcScan) -> Self::Result
Visit
LogicalCdcScan , the function should visit the inputs.source§fn visit_logical_sys_scan(&mut self, plan: &LogicalSysScan) -> Self::Result
fn visit_logical_sys_scan(&mut self, plan: &LogicalSysScan) -> Self::Result
Visit
LogicalSysScan , the function should visit the inputs.source§fn visit_logical_source(&mut self, plan: &LogicalSource) -> Self::Result
fn visit_logical_source(&mut self, plan: &LogicalSource) -> Self::Result
Visit
LogicalSource , the function should visit the inputs.source§fn visit_logical_insert(&mut self, plan: &LogicalInsert) -> Self::Result
fn visit_logical_insert(&mut self, plan: &LogicalInsert) -> Self::Result
Visit
LogicalInsert , the function should visit the inputs.source§fn visit_logical_delete(&mut self, plan: &LogicalDelete) -> Self::Result
fn visit_logical_delete(&mut self, plan: &LogicalDelete) -> Self::Result
Visit
LogicalDelete , the function should visit the inputs.source§fn visit_logical_update(&mut self, plan: &LogicalUpdate) -> Self::Result
fn visit_logical_update(&mut self, plan: &LogicalUpdate) -> Self::Result
Visit
LogicalUpdate , the function should visit the inputs.source§fn visit_logical_join(&mut self, plan: &LogicalJoin) -> Self::Result
fn visit_logical_join(&mut self, plan: &LogicalJoin) -> Self::Result
Visit
LogicalJoin , the function should visit the inputs.source§fn visit_logical_values(&mut self, plan: &LogicalValues) -> Self::Result
fn visit_logical_values(&mut self, plan: &LogicalValues) -> Self::Result
Visit
LogicalValues , the function should visit the inputs.source§fn visit_logical_limit(&mut self, plan: &LogicalLimit) -> Self::Result
fn visit_logical_limit(&mut self, plan: &LogicalLimit) -> Self::Result
Visit
LogicalLimit , the function should visit the inputs.source§fn visit_logical_top_n(&mut self, plan: &LogicalTopN) -> Self::Result
fn visit_logical_top_n(&mut self, plan: &LogicalTopN) -> Self::Result
Visit
LogicalTopN , the function should visit the inputs.source§fn visit_logical_hop_window(&mut self, plan: &LogicalHopWindow) -> Self::Result
fn visit_logical_hop_window(&mut self, plan: &LogicalHopWindow) -> Self::Result
Visit
LogicalHopWindow , the function should visit the inputs.source§fn visit_logical_table_function(
&mut self,
plan: &LogicalTableFunction,
) -> Self::Result
fn visit_logical_table_function( &mut self, plan: &LogicalTableFunction, ) -> Self::Result
Visit
LogicalTableFunction , the function should visit the inputs.source§fn visit_logical_multi_join(&mut self, plan: &LogicalMultiJoin) -> Self::Result
fn visit_logical_multi_join(&mut self, plan: &LogicalMultiJoin) -> Self::Result
Visit
LogicalMultiJoin , the function should visit the inputs.source§fn visit_logical_expand(&mut self, plan: &LogicalExpand) -> Self::Result
fn visit_logical_expand(&mut self, plan: &LogicalExpand) -> Self::Result
Visit
LogicalExpand , the function should visit the inputs.source§fn visit_logical_project_set(
&mut self,
plan: &LogicalProjectSet,
) -> Self::Result
fn visit_logical_project_set( &mut self, plan: &LogicalProjectSet, ) -> Self::Result
Visit
LogicalProjectSet , the function should visit the inputs.source§fn visit_logical_union(&mut self, plan: &LogicalUnion) -> Self::Result
fn visit_logical_union(&mut self, plan: &LogicalUnion) -> Self::Result
Visit
LogicalUnion , the function should visit the inputs.source§fn visit_logical_over_window(
&mut self,
plan: &LogicalOverWindow,
) -> Self::Result
fn visit_logical_over_window( &mut self, plan: &LogicalOverWindow, ) -> Self::Result
Visit
LogicalOverWindow , the function should visit the inputs.Visit
LogicalShare , the function should visit the inputs.source§fn visit_logical_now(&mut self, plan: &LogicalNow) -> Self::Result
fn visit_logical_now(&mut self, plan: &LogicalNow) -> Self::Result
Visit
LogicalNow , the function should visit the inputs.source§fn visit_logical_dedup(&mut self, plan: &LogicalDedup) -> Self::Result
fn visit_logical_dedup(&mut self, plan: &LogicalDedup) -> Self::Result
Visit
LogicalDedup , the function should visit the inputs.source§fn visit_logical_intersect(&mut self, plan: &LogicalIntersect) -> Self::Result
fn visit_logical_intersect(&mut self, plan: &LogicalIntersect) -> Self::Result
Visit
LogicalIntersect , the function should visit the inputs.source§fn visit_logical_except(&mut self, plan: &LogicalExcept) -> Self::Result
fn visit_logical_except(&mut self, plan: &LogicalExcept) -> Self::Result
Visit
LogicalExcept , the function should visit the inputs.source§fn visit_logical_max_one_row(&mut self, plan: &LogicalMaxOneRow) -> Self::Result
fn visit_logical_max_one_row(&mut self, plan: &LogicalMaxOneRow) -> Self::Result
Visit
LogicalMaxOneRow , the function should visit the inputs.source§fn visit_logical_kafka_scan(&mut self, plan: &LogicalKafkaScan) -> Self::Result
fn visit_logical_kafka_scan(&mut self, plan: &LogicalKafkaScan) -> Self::Result
Visit
LogicalKafkaScan , the function should visit the inputs.source§fn visit_logical_iceberg_scan(
&mut self,
plan: &LogicalIcebergScan,
) -> Self::Result
fn visit_logical_iceberg_scan( &mut self, plan: &LogicalIcebergScan, ) -> Self::Result
Visit
LogicalIcebergScan , the function should visit the inputs.source§fn visit_logical_recursive_union(
&mut self,
plan: &LogicalRecursiveUnion,
) -> Self::Result
fn visit_logical_recursive_union( &mut self, plan: &LogicalRecursiveUnion, ) -> Self::Result
Visit
LogicalRecursiveUnion , the function should visit the inputs.source§fn visit_logical_cte_ref(&mut self, plan: &LogicalCteRef) -> Self::Result
fn visit_logical_cte_ref(&mut self, plan: &LogicalCteRef) -> Self::Result
Visit
LogicalCteRef , the function should visit the inputs.source§fn visit_logical_change_log(&mut self, plan: &LogicalChangeLog) -> Self::Result
fn visit_logical_change_log(&mut self, plan: &LogicalChangeLog) -> Self::Result
Visit
LogicalChangeLog , the function should visit the inputs.source§fn visit_logical_file_scan(&mut self, plan: &LogicalFileScan) -> Self::Result
fn visit_logical_file_scan(&mut self, plan: &LogicalFileScan) -> Self::Result
Visit
LogicalFileScan , the function should visit the inputs.source§fn visit_logical_postgres_query(
&mut self,
plan: &LogicalPostgresQuery,
) -> Self::Result
fn visit_logical_postgres_query( &mut self, plan: &LogicalPostgresQuery, ) -> Self::Result
Visit
LogicalPostgresQuery , the function should visit the inputs.source§fn visit_logical_my_sql_query(
&mut self,
plan: &LogicalMySqlQuery,
) -> Self::Result
fn visit_logical_my_sql_query( &mut self, plan: &LogicalMySqlQuery, ) -> Self::Result
Visit
LogicalMySqlQuery , the function should visit the inputs.source§fn visit_batch_simple_agg(&mut self, plan: &BatchSimpleAgg) -> Self::Result
fn visit_batch_simple_agg(&mut self, plan: &BatchSimpleAgg) -> Self::Result
Visit
BatchSimpleAgg , the function should visit the inputs.source§fn visit_batch_hash_agg(&mut self, plan: &BatchHashAgg) -> Self::Result
fn visit_batch_hash_agg(&mut self, plan: &BatchHashAgg) -> Self::Result
Visit
BatchHashAgg , the function should visit the inputs.source§fn visit_batch_sort_agg(&mut self, plan: &BatchSortAgg) -> Self::Result
fn visit_batch_sort_agg(&mut self, plan: &BatchSortAgg) -> Self::Result
Visit
BatchSortAgg , the function should visit the inputs.source§fn visit_batch_project(&mut self, plan: &BatchProject) -> Self::Result
fn visit_batch_project(&mut self, plan: &BatchProject) -> Self::Result
Visit
BatchProject , the function should visit the inputs.source§fn visit_batch_filter(&mut self, plan: &BatchFilter) -> Self::Result
fn visit_batch_filter(&mut self, plan: &BatchFilter) -> Self::Result
Visit
BatchFilter , the function should visit the inputs.source§fn visit_batch_insert(&mut self, plan: &BatchInsert) -> Self::Result
fn visit_batch_insert(&mut self, plan: &BatchInsert) -> Self::Result
Visit
BatchInsert , the function should visit the inputs.source§fn visit_batch_delete(&mut self, plan: &BatchDelete) -> Self::Result
fn visit_batch_delete(&mut self, plan: &BatchDelete) -> Self::Result
Visit
BatchDelete , the function should visit the inputs.source§fn visit_batch_update(&mut self, plan: &BatchUpdate) -> Self::Result
fn visit_batch_update(&mut self, plan: &BatchUpdate) -> Self::Result
Visit
BatchUpdate , the function should visit the inputs.source§fn visit_batch_seq_scan(&mut self, plan: &BatchSeqScan) -> Self::Result
fn visit_batch_seq_scan(&mut self, plan: &BatchSeqScan) -> Self::Result
Visit
BatchSeqScan , the function should visit the inputs.source§fn visit_batch_sys_seq_scan(&mut self, plan: &BatchSysSeqScan) -> Self::Result
fn visit_batch_sys_seq_scan(&mut self, plan: &BatchSysSeqScan) -> Self::Result
Visit
BatchSysSeqScan , the function should visit the inputs.source§fn visit_batch_log_seq_scan(&mut self, plan: &BatchLogSeqScan) -> Self::Result
fn visit_batch_log_seq_scan(&mut self, plan: &BatchLogSeqScan) -> Self::Result
Visit
BatchLogSeqScan , the function should visit the inputs.source§fn visit_batch_hash_join(&mut self, plan: &BatchHashJoin) -> Self::Result
fn visit_batch_hash_join(&mut self, plan: &BatchHashJoin) -> Self::Result
Visit
BatchHashJoin , the function should visit the inputs.source§fn visit_batch_nested_loop_join(
&mut self,
plan: &BatchNestedLoopJoin,
) -> Self::Result
fn visit_batch_nested_loop_join( &mut self, plan: &BatchNestedLoopJoin, ) -> Self::Result
Visit
BatchNestedLoopJoin , the function should visit the inputs.source§fn visit_batch_values(&mut self, plan: &BatchValues) -> Self::Result
fn visit_batch_values(&mut self, plan: &BatchValues) -> Self::Result
Visit
BatchValues , the function should visit the inputs.source§fn visit_batch_sort(&mut self, plan: &BatchSort) -> Self::Result
fn visit_batch_sort(&mut self, plan: &BatchSort) -> Self::Result
Visit
BatchSort , the function should visit the inputs.source§fn visit_batch_exchange(&mut self, plan: &BatchExchange) -> Self::Result
fn visit_batch_exchange(&mut self, plan: &BatchExchange) -> Self::Result
Visit
BatchExchange , the function should visit the inputs.source§fn visit_batch_limit(&mut self, plan: &BatchLimit) -> Self::Result
fn visit_batch_limit(&mut self, plan: &BatchLimit) -> Self::Result
Visit
BatchLimit , the function should visit the inputs.source§fn visit_batch_top_n(&mut self, plan: &BatchTopN) -> Self::Result
fn visit_batch_top_n(&mut self, plan: &BatchTopN) -> Self::Result
Visit
BatchTopN , the function should visit the inputs.source§fn visit_batch_hop_window(&mut self, plan: &BatchHopWindow) -> Self::Result
fn visit_batch_hop_window(&mut self, plan: &BatchHopWindow) -> Self::Result
Visit
BatchHopWindow , the function should visit the inputs.source§fn visit_batch_table_function(
&mut self,
plan: &BatchTableFunction,
) -> Self::Result
fn visit_batch_table_function( &mut self, plan: &BatchTableFunction, ) -> Self::Result
Visit
BatchTableFunction , the function should visit the inputs.source§fn visit_batch_expand(&mut self, plan: &BatchExpand) -> Self::Result
fn visit_batch_expand(&mut self, plan: &BatchExpand) -> Self::Result
Visit
BatchExpand , the function should visit the inputs.source§fn visit_batch_lookup_join(&mut self, plan: &BatchLookupJoin) -> Self::Result
fn visit_batch_lookup_join(&mut self, plan: &BatchLookupJoin) -> Self::Result
Visit
BatchLookupJoin , the function should visit the inputs.source§fn visit_batch_project_set(&mut self, plan: &BatchProjectSet) -> Self::Result
fn visit_batch_project_set(&mut self, plan: &BatchProjectSet) -> Self::Result
Visit
BatchProjectSet , the function should visit the inputs.source§fn visit_batch_union(&mut self, plan: &BatchUnion) -> Self::Result
fn visit_batch_union(&mut self, plan: &BatchUnion) -> Self::Result
Visit
BatchUnion , the function should visit the inputs.source§fn visit_batch_group_top_n(&mut self, plan: &BatchGroupTopN) -> Self::Result
fn visit_batch_group_top_n(&mut self, plan: &BatchGroupTopN) -> Self::Result
Visit
BatchGroupTopN , the function should visit the inputs.source§fn visit_batch_source(&mut self, plan: &BatchSource) -> Self::Result
fn visit_batch_source(&mut self, plan: &BatchSource) -> Self::Result
Visit
BatchSource , the function should visit the inputs.source§fn visit_batch_over_window(&mut self, plan: &BatchOverWindow) -> Self::Result
fn visit_batch_over_window(&mut self, plan: &BatchOverWindow) -> Self::Result
Visit
BatchOverWindow , the function should visit the inputs.source§fn visit_batch_max_one_row(&mut self, plan: &BatchMaxOneRow) -> Self::Result
fn visit_batch_max_one_row(&mut self, plan: &BatchMaxOneRow) -> Self::Result
Visit
BatchMaxOneRow , the function should visit the inputs.source§fn visit_batch_kafka_scan(&mut self, plan: &BatchKafkaScan) -> Self::Result
fn visit_batch_kafka_scan(&mut self, plan: &BatchKafkaScan) -> Self::Result
Visit
BatchKafkaScan , the function should visit the inputs.source§fn visit_batch_iceberg_scan(&mut self, plan: &BatchIcebergScan) -> Self::Result
fn visit_batch_iceberg_scan(&mut self, plan: &BatchIcebergScan) -> Self::Result
Visit
BatchIcebergScan , the function should visit the inputs.source§fn visit_batch_file_scan(&mut self, plan: &BatchFileScan) -> Self::Result
fn visit_batch_file_scan(&mut self, plan: &BatchFileScan) -> Self::Result
Visit
BatchFileScan , the function should visit the inputs.source§fn visit_batch_postgres_query(
&mut self,
plan: &BatchPostgresQuery,
) -> Self::Result
fn visit_batch_postgres_query( &mut self, plan: &BatchPostgresQuery, ) -> Self::Result
Visit
BatchPostgresQuery , the function should visit the inputs.source§fn visit_batch_my_sql_query(&mut self, plan: &BatchMySqlQuery) -> Self::Result
fn visit_batch_my_sql_query(&mut self, plan: &BatchMySqlQuery) -> Self::Result
Visit
BatchMySqlQuery , the function should visit the inputs.source§fn visit_stream_project(&mut self, plan: &StreamProject) -> Self::Result
fn visit_stream_project(&mut self, plan: &StreamProject) -> Self::Result
Visit
StreamProject , the function should visit the inputs.source§fn visit_stream_filter(&mut self, plan: &StreamFilter) -> Self::Result
fn visit_stream_filter(&mut self, plan: &StreamFilter) -> Self::Result
Visit
StreamFilter , the function should visit the inputs.source§fn visit_stream_table_scan(&mut self, plan: &StreamTableScan) -> Self::Result
fn visit_stream_table_scan(&mut self, plan: &StreamTableScan) -> Self::Result
Visit
StreamTableScan , the function should visit the inputs.source§fn visit_stream_cdc_table_scan(
&mut self,
plan: &StreamCdcTableScan,
) -> Self::Result
fn visit_stream_cdc_table_scan( &mut self, plan: &StreamCdcTableScan, ) -> Self::Result
Visit
StreamCdcTableScan , the function should visit the inputs.source§fn visit_stream_sink(&mut self, plan: &StreamSink) -> Self::Result
fn visit_stream_sink(&mut self, plan: &StreamSink) -> Self::Result
Visit
StreamSink , the function should visit the inputs.source§fn visit_stream_source(&mut self, plan: &StreamSource) -> Self::Result
fn visit_stream_source(&mut self, plan: &StreamSource) -> Self::Result
Visit
StreamSource , the function should visit the inputs.source§fn visit_stream_source_scan(&mut self, plan: &StreamSourceScan) -> Self::Result
fn visit_stream_source_scan(&mut self, plan: &StreamSourceScan) -> Self::Result
Visit
StreamSourceScan , the function should visit the inputs.source§fn visit_stream_hash_join(&mut self, plan: &StreamHashJoin) -> Self::Result
fn visit_stream_hash_join(&mut self, plan: &StreamHashJoin) -> Self::Result
Visit
StreamHashJoin , the function should visit the inputs.source§fn visit_stream_exchange(&mut self, plan: &StreamExchange) -> Self::Result
fn visit_stream_exchange(&mut self, plan: &StreamExchange) -> Self::Result
Visit
StreamExchange , the function should visit the inputs.source§fn visit_stream_hash_agg(&mut self, plan: &StreamHashAgg) -> Self::Result
fn visit_stream_hash_agg(&mut self, plan: &StreamHashAgg) -> Self::Result
Visit
StreamHashAgg , the function should visit the inputs.source§fn visit_stream_simple_agg(&mut self, plan: &StreamSimpleAgg) -> Self::Result
fn visit_stream_simple_agg(&mut self, plan: &StreamSimpleAgg) -> Self::Result
Visit
StreamSimpleAgg , the function should visit the inputs.source§fn visit_stream_stateless_simple_agg(
&mut self,
plan: &StreamStatelessSimpleAgg,
) -> Self::Result
fn visit_stream_stateless_simple_agg( &mut self, plan: &StreamStatelessSimpleAgg, ) -> Self::Result
Visit
StreamStatelessSimpleAgg , the function should visit the inputs.source§fn visit_stream_materialize(&mut self, plan: &StreamMaterialize) -> Self::Result
fn visit_stream_materialize(&mut self, plan: &StreamMaterialize) -> Self::Result
Visit
StreamMaterialize , the function should visit the inputs.source§fn visit_stream_top_n(&mut self, plan: &StreamTopN) -> Self::Result
fn visit_stream_top_n(&mut self, plan: &StreamTopN) -> Self::Result
Visit
StreamTopN , the function should visit the inputs.source§fn visit_stream_hop_window(&mut self, plan: &StreamHopWindow) -> Self::Result
fn visit_stream_hop_window(&mut self, plan: &StreamHopWindow) -> Self::Result
Visit
StreamHopWindow , the function should visit the inputs.source§fn visit_stream_delta_join(&mut self, plan: &StreamDeltaJoin) -> Self::Result
fn visit_stream_delta_join(&mut self, plan: &StreamDeltaJoin) -> Self::Result
Visit
StreamDeltaJoin , the function should visit the inputs.source§fn visit_stream_expand(&mut self, plan: &StreamExpand) -> Self::Result
fn visit_stream_expand(&mut self, plan: &StreamExpand) -> Self::Result
Visit
StreamExpand , the function should visit the inputs.source§fn visit_stream_dynamic_filter(
&mut self,
plan: &StreamDynamicFilter,
) -> Self::Result
fn visit_stream_dynamic_filter( &mut self, plan: &StreamDynamicFilter, ) -> Self::Result
Visit
StreamDynamicFilter , the function should visit the inputs.source§fn visit_stream_project_set(&mut self, plan: &StreamProjectSet) -> Self::Result
fn visit_stream_project_set(&mut self, plan: &StreamProjectSet) -> Self::Result
Visit
StreamProjectSet , the function should visit the inputs.source§fn visit_stream_group_top_n(&mut self, plan: &StreamGroupTopN) -> Self::Result
fn visit_stream_group_top_n(&mut self, plan: &StreamGroupTopN) -> Self::Result
Visit
StreamGroupTopN , the function should visit the inputs.source§fn visit_stream_union(&mut self, plan: &StreamUnion) -> Self::Result
fn visit_stream_union(&mut self, plan: &StreamUnion) -> Self::Result
Visit
StreamUnion , the function should visit the inputs.source§fn visit_stream_row_id_gen(&mut self, plan: &StreamRowIdGen) -> Self::Result
fn visit_stream_row_id_gen(&mut self, plan: &StreamRowIdGen) -> Self::Result
Visit
StreamRowIdGen , the function should visit the inputs.source§fn visit_stream_dml(&mut self, plan: &StreamDml) -> Self::Result
fn visit_stream_dml(&mut self, plan: &StreamDml) -> Self::Result
Visit
StreamDml , the function should visit the inputs.source§fn visit_stream_now(&mut self, plan: &StreamNow) -> Self::Result
fn visit_stream_now(&mut self, plan: &StreamNow) -> Self::Result
Visit
StreamNow , the function should visit the inputs.Visit
StreamShare , the function should visit the inputs.source§fn visit_stream_watermark_filter(
&mut self,
plan: &StreamWatermarkFilter,
) -> Self::Result
fn visit_stream_watermark_filter( &mut self, plan: &StreamWatermarkFilter, ) -> Self::Result
Visit
StreamWatermarkFilter , the function should visit the inputs.source§fn visit_stream_temporal_join(
&mut self,
plan: &StreamTemporalJoin,
) -> Self::Result
fn visit_stream_temporal_join( &mut self, plan: &StreamTemporalJoin, ) -> Self::Result
Visit
StreamTemporalJoin , the function should visit the inputs.source§fn visit_stream_values(&mut self, plan: &StreamValues) -> Self::Result
fn visit_stream_values(&mut self, plan: &StreamValues) -> Self::Result
Visit
StreamValues , the function should visit the inputs.source§fn visit_stream_dedup(&mut self, plan: &StreamDedup) -> Self::Result
fn visit_stream_dedup(&mut self, plan: &StreamDedup) -> Self::Result
Visit
StreamDedup , the function should visit the inputs.source§fn visit_stream_eowc_over_window(
&mut self,
plan: &StreamEowcOverWindow,
) -> Self::Result
fn visit_stream_eowc_over_window( &mut self, plan: &StreamEowcOverWindow, ) -> Self::Result
Visit
StreamEowcOverWindow , the function should visit the inputs.source§fn visit_stream_eowc_sort(&mut self, plan: &StreamEowcSort) -> Self::Result
fn visit_stream_eowc_sort(&mut self, plan: &StreamEowcSort) -> Self::Result
Visit
StreamEowcSort , the function should visit the inputs.source§fn visit_stream_over_window(&mut self, plan: &StreamOverWindow) -> Self::Result
fn visit_stream_over_window(&mut self, plan: &StreamOverWindow) -> Self::Result
Visit
StreamOverWindow , the function should visit the inputs.source§fn visit_stream_fs_fetch(&mut self, plan: &StreamFsFetch) -> Self::Result
fn visit_stream_fs_fetch(&mut self, plan: &StreamFsFetch) -> Self::Result
Visit
StreamFsFetch , the function should visit the inputs.source§fn visit_stream_change_log(&mut self, plan: &StreamChangeLog) -> Self::Result
fn visit_stream_change_log(&mut self, plan: &StreamChangeLog) -> Self::Result
Visit
StreamChangeLog , the function should visit the inputs.source§fn visit_stream_global_approx_percentile(
&mut self,
plan: &StreamGlobalApproxPercentile,
) -> Self::Result
fn visit_stream_global_approx_percentile( &mut self, plan: &StreamGlobalApproxPercentile, ) -> Self::Result
Visit
StreamGlobalApproxPercentile , the function should visit the inputs.source§fn visit_stream_local_approx_percentile(
&mut self,
plan: &StreamLocalApproxPercentile,
) -> Self::Result
fn visit_stream_local_approx_percentile( &mut self, plan: &StreamLocalApproxPercentile, ) -> Self::Result
Visit
StreamLocalApproxPercentile , the function should visit the inputs.source§fn visit_stream_row_merge(&mut self, plan: &StreamRowMerge) -> Self::Result
fn visit_stream_row_merge(&mut self, plan: &StreamRowMerge) -> Self::Result
Visit
StreamRowMerge , the function should visit the inputs.source§fn visit_stream_as_of_join(&mut self, plan: &StreamAsOfJoin) -> Self::Result
fn visit_stream_as_of_join(&mut self, plan: &StreamAsOfJoin) -> Self::Result
Visit
StreamAsOfJoin , the function should visit the inputs.Auto Trait Implementations§
impl Freeze for HasMaxOneRowApply
impl RefUnwindSafe for HasMaxOneRowApply
impl Send for HasMaxOneRowApply
impl Sync for HasMaxOneRowApply
impl Unpin for HasMaxOneRowApply
impl UnwindSafe for HasMaxOneRowApply
Blanket Implementations§
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T: ?Sized,
impl<T> BorrowMut<T> for Twhere
T: ?Sized,
source§fn borrow_mut(&mut self) -> &mut T
fn borrow_mut(&mut self) -> &mut T
Mutably borrows from an owned value. Read more
§impl<T> Conv for T
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§impl<Choices> CoproductSubsetter<CNil, HNil> for Choices
impl<Choices> CoproductSubsetter<CNil, HNil> for Choices
§impl<T> Downcast for Twhere
T: Any,
impl<T> Downcast for Twhere
T: Any,
§fn into_any(self: Box<T>) -> Box<dyn Any>
fn into_any(self: Box<T>) -> Box<dyn Any>
Convert
Box<dyn Trait> (where Trait: Downcast) to Box<dyn Any>. Box<dyn Any> can
then be further downcast into Box<ConcreteType> where ConcreteType implements Trait.§fn into_any_rc(self: Rc<T>) -> Rc<dyn Any>
fn into_any_rc(self: Rc<T>) -> Rc<dyn Any>
Convert
Rc<Trait> (where Trait: Downcast) to Rc<Any>. Rc<Any> can then be
further downcast into Rc<ConcreteType> where ConcreteType implements Trait.§fn as_any(&self) -> &(dyn Any + 'static)
fn as_any(&self) -> &(dyn Any + 'static)
Convert
&Trait (where Trait: Downcast) to &Any. This is needed since Rust cannot
generate &Any’s vtable from &Trait’s.§fn as_any_mut(&mut self) -> &mut (dyn Any + 'static)
fn as_any_mut(&mut self) -> &mut (dyn Any + 'static)
Convert
&mut Trait (where Trait: Downcast) to &Any. This is needed since Rust cannot
generate &mut Any’s vtable from &mut Trait’s.§impl<T> DowncastSync for T
impl<T> DowncastSync for T
§impl<T> FmtForward for T
impl<T> FmtForward for T
§fn fmt_binary(self) -> FmtBinary<Self>where
Self: Binary,
fn fmt_binary(self) -> FmtBinary<Self>where
Self: Binary,
Causes
self to use its Binary implementation when Debug-formatted.§fn fmt_display(self) -> FmtDisplay<Self>where
Self: Display,
fn fmt_display(self) -> FmtDisplay<Self>where
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