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Reap deprecated **kwargs argument from optimize_acqf variants #2390
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@esantorella has imported this pull request. If you are a Meta employee, you can view this diff on Phabricator. |
Codecov ReportAll modified and coverable lines are covered by tests ✅
Additional details and impacted files@@ Coverage Diff @@
## main #2390 +/- ##
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Coverage 99.98% 99.98%
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Files 191 191
Lines 16715 16709 -6
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- Hits 16712 16706 -6
Misses 3 3 ☔ View full report in Codecov by Sentry. |
esantorella
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Jun 26, 2024
Summary: Passing `sequential` has been raising a deprecation warning, and stopping passing it enables pytorch/botorch#2390 . Currently, the `sequential` argument is always provided by Ax and can be overridden by the user. This solution silently ignores the argument whenever the mixed optimizer is used. A nicer solution would be for Ax to only construct the `sequential` argument when it is needed and for there to be an exception when the user passes `sequential=False` and the mixed optimizer is used. If BoTorch plans to eventually enable `sequential=True` with `optimize_acqf_mixed`, then the exception should be raised by BoTorch so that Ax doesn't have to stay in sync with BoTorch's current capabilities. However, I think this code could use a thorough cleanup, so I went with the simple solution rather than add more `if` statements. Differential Revision: D59057005
@esantorella merged this pull request in 1b11aca. |
facebook-github-bot
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Jun 26, 2024
Summary: Pull Request resolved: #2545 Passing `sequential` has been raising a deprecation warning, and stopping passing it enables pytorch/botorch#2390 . Currently, the `sequential` argument is always provided by Ax and can be overridden by the user. This solution silently ignores the argument whenever the mixed optimizer is used. A nicer solution would be for Ax to only construct the `sequential` argument when it is needed and for there to be an exception when the user passes `sequential=False` and the mixed optimizer is used. If BoTorch plans to eventually enable `sequential=True` with `optimize_acqf_mixed`, then the exception should be raised by BoTorch so that Ax doesn't have to stay in sync with BoTorch's current capabilities. However, I think this code could use a thorough cleanup, so I went with the simple solution rather than add more `if` statements. Reviewed By: Balandat Differential Revision: D59057005 fbshipit-source-id: c545f030672b7e30c4405c734b7e7c6605d8a1f8
esantorella
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Jun 28, 2024
Summary: pytorch/botorch#2390 broke workflows that were passing this argument, which used to be silently ignored. This is a hotfix that will stop those usages from failing. Differential Revision: D59161641
facebook-github-bot
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Jul 1, 2024
Summary: pytorch/botorch#2390 broke workflows that were passing this argument, which used to be silently ignored. This is a hotfix that will stop those usages from failing. More details: Combinerator integ tests failing with: ``` TypeError: optimize_acqf_discrete() got an unexpected keyword argument 'raw_samples' ``` e.g., https://fburl.com/logarithm/kyr18i16 (scuba query: https://fburl.com/scuba/fblearner_workflow_run_status/hid8tp94). Reviewed By: dme65 Differential Revision: D59161641 fbshipit-source-id: 16aae81c03016e68ed866e29c61e3ffb1d317b95
esantorella
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Jul 12, 2024
…ptimizer; cleanup (facebook#2571) Summary: Pull Request resolved: facebook#2571 # Context The current flow is 1. MBM `Acquisition.optimize` constructs arguments passed to BoTorch optimizers in `optimizer_argparse` without knowing which of the four optimizers it will be passing the arguments to. It has only a boolean flag indicating whether the optimizer is discrete. 2. `Acquisition.optimize` decides which of the four optimizers to use and does optimizer specific-logic (these two parts are not really sequential). 3. `Acquisition.optimize` calls a BoTorch optimizer, passing some arguments that may not apply to the optimizer that actually got used. 4. Prior to pytorch/botorch#2390, the inappropriate arguments would be silently ignored, but now they raise an exception. MBM can dispatch to four different BoTorch optimizers depending on the search space. Currently, `optimize_acqf_discrete_local_search` is failing because it is passed the inappropriate argument `sequential`. # This diff * Makes the flow within `Acquisition.optimize` more clear and changes `optimizer_argparse` so that inappropriate arguments such as `sequential` are not passed to optimizers they don't apply to: 1. `Acquisition.optimize` determines which of the four optimizers is appropriate. 2. `Acquisition.optimize` constructs arguments based on that optimizer, only constructing needed arguments. 3. Then it does any optimizer-specific logic. 4. Then it calls a BoTorch optimizer; there is no longer an error because only appropriate arguments were passed. * Extends unit tests for `optimizer_argparse` to check all optimizers * Reduces the usage and scope of mocks in test_acquisition so that `optimize_acqf` and its variants are actually run as much as possible. Differential Revision: D59354709
facebook-github-bot
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Jul 13, 2024
…ptimizer; cleanup (#2571) Summary: Pull Request resolved: #2571 # Context The current flow is 1. MBM `Acquisition.optimize` constructs arguments passed to BoTorch optimizers in `optimizer_argparse` without knowing which of the four optimizers it will be passing the arguments to. It has only a boolean flag indicating whether the optimizer is discrete. 2. `Acquisition.optimize` decides which of the four optimizers to use and does optimizer specific-logic (these two parts are not really sequential). 3. `Acquisition.optimize` calls a BoTorch optimizer, passing some arguments that may not apply to the optimizer that actually got used. 4. Prior to pytorch/botorch#2390, the inappropriate arguments would be silently ignored, but now they raise an exception. MBM can dispatch to four different BoTorch optimizers depending on the search space. Currently, `optimize_acqf_discrete_local_search` is failing because it is passed the inappropriate argument `sequential`. # This diff * Makes the flow within `Acquisition.optimize` more clear and changes `optimizer_argparse` so that inappropriate arguments such as `sequential` are not passed to optimizers they don't apply to: 1. `Acquisition.optimize` determines which of the four optimizers is appropriate. 2. `Acquisition.optimize` constructs arguments based on that optimizer, only constructing needed arguments. 3. Then it does any optimizer-specific logic. 4. Then it calls a BoTorch optimizer; there is no longer an error because only appropriate arguments were passed. * Extends unit tests for `optimizer_argparse` to check all optimizers * Reduces the usage and scope of mocks in test_acquisition so that `optimize_acqf` and its variants are actually run as much as possible. Reviewed By: saitcakmak Differential Revision: D59354709 fbshipit-source-id: 88bdb464b6222cfb98f4263855288d3e0367ccc2
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Motivation
This code was deprecated somewhere between 0.8.0 and 0.9.0; as we are now past 0.11.0, it can be reaped.
Test Plan
Existing units, including tutorials.
Related PRs
#1677