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https://issues.apache.org/jira/browse/BEAM-10475?page=com.atlassian.jira.plugin.system.issuetabpanels:all-tabpanel
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Siyuan Chen updated BEAM-10475:
-------------------------------
    Description: 
[https://s.apache.org/sharded-group-into-batches|https://s.apache.org/sharded-group-into-batches__]

Improve the existing Beam transform, GroupIntoBatches, to allow runners to 
choose different sharding strategies depending on how the data needs to be 
grouped. The goal is to help with the situation where the elements to process 
need to be co-located to reduce the overhead that would otherwise be incurred 
per element, while not losing the ability to scale the parallelism. The 
essential idea is to build a stateful DoFn with shardable states.

 

  was:
[https://s.apache.org/sharded-group-into-batches|https://s.apache.org/sharded-group-into-batches__]

Improve the existing Beam transform, GroupIntoBatches, to allow Dataflow runner 
to choose different sharding strategies depending on how the data needs to be 
grouped. The goal is to help with the situation where the elements to process 
need to be co-located to reduce the overhead that would otherwise be incurred 
per element, while not losing the ability to scale the parallelism. The 
essential idea is to build a stateful DoFn with shardable states.

 


> GroupIntoBatches with Runner-determined Sharding
> ------------------------------------------------
>
>                 Key: BEAM-10475
>                 URL: https://issues.apache.org/jira/browse/BEAM-10475
>             Project: Beam
>          Issue Type: Improvement
>          Components: runner-dataflow
>            Reporter: Siyuan Chen
>            Assignee: Siyuan Chen
>            Priority: P2
>              Labels: GCP, performance
>
> [https://s.apache.org/sharded-group-into-batches|https://s.apache.org/sharded-group-into-batches__]
> Improve the existing Beam transform, GroupIntoBatches, to allow runners to 
> choose different sharding strategies depending on how the data needs to be 
> grouped. The goal is to help with the situation where the elements to process 
> need to be co-located to reduce the overhead that would otherwise be incurred 
> per element, while not losing the ability to scale the parallelism. The 
> essential idea is to build a stateful DoFn with shardable states.
>  



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