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[compiler] rfc: Include location information in identifiers and reactive scopes for debugging #29658
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…ive scopes for debugging Summary: Using the change detection code to debug codebases that violate the rules of react is a lot easier when we have a source location corresponding to the value that has changed inappropriately. I didn't see an easy way to track that information in the existing data structures at the point of codegen, so this PR adds locations to identifiers and reactive scopes (the location of a reactive scope is the range of the locations of its included identifiers). I'm interested if there's a better way to do this that I missed! [ghstack-poisoned]
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…ive scopes for debugging Summary: Using the change detection code to debug codebases that violate the rules of react is a lot easier when we have a source location corresponding to the value that has changed inappropriately. I didn't see an easy way to track that information in the existing data structures at the point of codegen, so this PR adds locations to identifiers and reactive scopes (the location of a reactive scope is the range of the locations of its included identifiers). I'm interested if there's a better way to do this that I missed! ghstack-source-id: efdb63e Pull Request resolved: #29658
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Comparing: 63d673c...819c414 Critical size changesIncludes critical production bundles, as well as any change greater than 2%:
Significant size changesIncludes any change greater than 0.2%: Expand to show
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…s and reactive scopes for debugging" Summary: Using the change detection code to debug codebases that violate the rules of react is a lot easier when we have a source location corresponding to the value that has changed inappropriately. I didn't see an easy way to track that information in the existing data structures at the point of codegen, so this PR adds locations to identifiers and reactive scopes (the location of a reactive scope is the range of the locations of its included identifiers). I'm interested if there's a better way to do this that I missed! [ghstack-poisoned]
…ive scopes for debugging Summary: Using the change detection code to debug codebases that violate the rules of react is a lot easier when we have a source location corresponding to the value that has changed inappropriately. I didn't see an easy way to track that information in the existing data structures at the point of codegen, so this PR adds locations to identifiers and reactive scopes (the location of a reactive scope is the range of the locations of its included identifiers). I'm interested if there's a better way to do this that I missed! ghstack-source-id: 99e6cfe Pull Request resolved: #29658
…s and reactive scopes for debugging" Summary: Using the change detection code to debug codebases that violate the rules of react is a lot easier when we have a source location corresponding to the value that has changed inappropriately. I didn't see an easy way to track that information in the existing data structures at the point of codegen, so this PR adds locations to identifiers and reactive scopes (the location of a reactive scope is the range of the locations of its included identifiers). I'm interested if there's a better way to do this that I missed! [ghstack-poisoned]
…ive scopes for debugging Summary: Using the change detection code to debug codebases that violate the rules of react is a lot easier when we have a source location corresponding to the value that has changed inappropriately. I didn't see an easy way to track that information in the existing data structures at the point of codegen, so this PR adds locations to identifiers and reactive scopes (the location of a reactive scope is the range of the locations of its included identifiers). I'm interested if there's a better way to do this that I missed! ghstack-source-id: aa768e0 Pull Request resolved: #29658
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looks good, though a compiler test is failing. maybe an outdated snapshot?
…s and reactive scopes for debugging" Summary: Using the change detection code to debug codebases that violate the rules of react is a lot easier when we have a source location corresponding to the value that has changed inappropriately. I didn't see an easy way to track that information in the existing data structures at the point of codegen, so this PR adds locations to identifiers and reactive scopes (the location of a reactive scope is the range of the locations of its included identifiers). I'm interested if there's a better way to do this that I missed! [ghstack-poisoned]
…ive scopes for debugging Summary: Using the change detection code to debug codebases that violate the rules of react is a lot easier when we have a source location corresponding to the value that has changed inappropriately. I didn't see an easy way to track that information in the existing data structures at the point of codegen, so this PR adds locations to identifiers and reactive scopes (the location of a reactive scope is the range of the locations of its included identifiers). I'm interested if there's a better way to do this that I missed! ghstack-source-id: 7b2827f Pull Request resolved: #29658
…s and reactive scopes for debugging" Summary: Using the change detection code to debug codebases that violate the rules of react is a lot easier when we have a source location corresponding to the value that has changed inappropriately. I didn't see an easy way to track that information in the existing data structures at the point of codegen, so this PR adds locations to identifiers and reactive scopes (the location of a reactive scope is the range of the locations of its included identifiers). I'm interested if there's a better way to do this that I missed! [ghstack-poisoned]
…ive scopes for debugging Summary: Using the change detection code to debug codebases that violate the rules of react is a lot easier when we have a source location corresponding to the value that has changed inappropriately. I didn't see an easy way to track that information in the existing data structures at the point of codegen, so this PR adds locations to identifiers and reactive scopes (the location of a reactive scope is the range of the locations of its included identifiers). I'm interested if there's a better way to do this that I missed! ghstack-source-id: 1f8aa10 Pull Request resolved: #29658
…s and reactive scopes for debugging" Summary: Using the change detection code to debug codebases that violate the rules of react is a lot easier when we have a source location corresponding to the value that has changed inappropriately. I didn't see an easy way to track that information in the existing data structures at the point of codegen, so this PR adds locations to identifiers and reactive scopes (the location of a reactive scope is the range of the locations of its included identifiers). I'm interested if there's a better way to do this that I missed! [ghstack-poisoned]
…ive scopes for debugging Summary: Using the change detection code to debug codebases that violate the rules of react is a lot easier when we have a source location corresponding to the value that has changed inappropriately. I didn't see an easy way to track that information in the existing data structures at the point of codegen, so this PR adds locations to identifiers and reactive scopes (the location of a reactive scope is the range of the locations of its included identifiers). I'm interested if there's a better way to do this that I missed! ghstack-source-id: aed5f7e Pull Request resolved: #29658
…ive scopes for debugging Summary: Using the change detection code to debug codebases that violate the rules of react is a lot easier when we have a source location corresponding to the value that has changed inappropriately. I didn't see an easy way to track that information in the existing data structures at the point of codegen, so this PR adds locations to identifiers and reactive scopes (the location of a reactive scope is the range of the locations of its included identifiers). I'm interested if there's a better way to do this that I missed! ghstack-source-id: aed5f7e Pull Request resolved: #29658 DiffTrain build for commit ec6fe57.
…ive scopes for debugging Summary: Using the change detection code to debug codebases that violate the rules of react is a lot easier when we have a source location corresponding to the value that has changed inappropriately. I didn't see an easy way to track that information in the existing data structures at the point of codegen, so this PR adds locations to identifiers and reactive scopes (the location of a reactive scope is the range of the locations of its included identifiers). I'm interested if there's a better way to do this that I missed! ghstack-source-id: aed5f7e Pull Request resolved: #29658 DiffTrain build for [ec6fe57](ec6fe57)
Stack from ghstack (oldest at bottom):
Summary: Using the change detection code to debug codebases that violate the rules of react is a lot easier when we have a source location corresponding to the value that has changed inappropriately. I didn't see an easy way to track that information in the existing data structures at the point of codegen, so this PR adds locations to identifiers and reactive scopes (the location of a reactive scope is the range of the locations of its included identifiers).
I'm interested if there's a better way to do this that I missed!