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Accelerate scaler #2677

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@avishniakov avishniakov commented May 7, 2024

Describe changes

This PR introduces the concept of Scalers, which can be passed into the steps' definitions to allow step run on some parallelization engine. Scalers included here:

  • AccelerateScaler (a major goal of this PR): allows to run a step function via accelerate run... without any effort for rewriting the step (except the fact, that it should properly handle accelerate by itself, like save in the main process, etc.)
  • AggregateScaler - this is more of a demo of what we can do for other use cases. This scaler just parallelizes the step logic locally and later aggregates back the results using the chosen aggregate function.

Now I would like to gather some early feedback from you.

Examples

from zenml import step
from zenml.integrations.accelerate import AccelerateScaler

@step(scaler=AccelerateScaler(num_processes=42))
def training_step(some_param: int, ...):
    # your training code is below
    ...
from zenml import step, pipeline
from zenml.scalers import AggregateScaler

@step(scaler=AggregateScaler(parameters={"a":[1,2,3],"b":[4,5,6]}, agg_function="sum"))
def training_step_with_sum_aggregation(a:int = None, b:int = None, c:int = 2)->int:
    # your code is below
    return a+b+c

@pipeline
def pipeline_with_aggregate_scaler():
    training_step_with_sum_aggregation(c=3)
# actual step output would be (1+4+3)+(2+5+3)+(3+6+3) = 30,
# where last "+3" comes from constant `c` parameter

To be done still in this PR:

  • Tests
  • Docs
  • Make accelerate a proper integration

How this works in the wild: zenml-io/zenml-projects#102

Pre-requisites

Please ensure you have done the following:

  • I have read the CONTRIBUTING.md document.
  • If my change requires a change to docs, I have updated the documentation accordingly.
  • I have added tests to cover my changes.
  • I have based my new branch on develop and the open PR is targeting develop. If your branch wasn't based on develop read Contribution guide on rebasing branch to develop.
  • If my changes require changes to the dashboard, these changes are communicated/requested.

Types of changes

  • Bug fix (non-breaking change which fixes an issue)
  • New feature (non-breaking change which adds functionality)
  • Breaking change (fix or feature that would cause existing functionality to change)
  • Other (add details above)

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@github-actions github-actions bot added internal To filter out internal PRs and issues enhancement New feature or request labels May 7, 2024
@avishniakov
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@htahir1 not putting you to reviewers, but you might have what to add to this story.

@avishniakov avishniakov changed the title [WIP] Accelerate jobs automation Accelerate scaler May 14, 2024
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is this an accelerate integration or is this just part of our huggingface integration? I'm pretty sure you'll get accelerate already with the packages we have defined there?

return False


def _is_valid_optional_arg(arg_type: Any) -> bool:
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Suggested change
def _is_valid_optional_arg(arg_type: Any) -> bool:
def _is_valid_optional_arg(arg_type: Any) -> bool:
"""Check if the given argument type is a valid Optional type.
A valid Optional type is defined as a Union with two arguments, where:
- The first argument is either an allowed type or a valid collection type.
- The second argument is the NoneType.
Args:
arg_type: The type to check.
Returns:
True if the argument type is a valid Optional type, False otherwise.
"""

@htahir1
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htahir1 commented May 14, 2024

Wow what a great idea. I havnt look to deep but what is the difference between this and step operators?

@avishniakov
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Wow what a great idea. I havnt look to deep but what is the difference between this and step operators?

Thx, IMO, going forward one can define a step which, for example, takes some slicing parameters and inside the step, some intense data processing is happening and instead of running it with step operator k8s or other, I say scale it using step operator k8s or other.
This is not yet implemented for sure or shaped well, but this is how I see this: a mixture of specific libs and the reuse of some step operators to give a performance boost in parallelisable operations.
Does that answer?

@htahir1
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htahir1 commented May 14, 2024

The only reservation I have is that there are simply too many concepts in ZenML and this is a new one that I haven't really understood yet

@avishniakov
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The only reservation I have is that there are simply too many concepts in ZenML and this is a new one that I haven't really understood yet

That's very valid, based on the feedback we saw. Do you feel that saying AccelerateStepOperator is a better option here? On the other hand, it shall be still backed by VertexStepOperator or another GPU compute, which makes things really complicated to implement.

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