[compiler][newinference] Error handling and related fixes #33458
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Lots of small fixes related to error handling. InferMutationAliasRanges now tracks transitive calls that may mutate frozen or global values. We properly populate and track the reason each value has the kind it has, to use when throwing errors for invalid mutations (can't mutate state vs can't mutate a captured jsx value, etc). When we infer mutation effects for inner functions, we populate the location of mutations as the location where the mutation occurred, not the declaration of the captured value (aside: this was quite involved to do in the old inference, it's trivial here). A bunch of other small fixes that make sense in context. And some of our "bug-*" fixtures output changes...becasue the new inference fixes the bugs. One example included here. [ghstack-poisoned]
This was referenced Jun 6, 2025
This was referenced Jun 6, 2025
[compiler][newinference] Fixes for transitive function capturing, mutation via property loads
#33430
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Lots of small fixes related to error handling. InferMutationAliasRanges now tracks transitive calls that may mutate frozen or global values. We properly populate and track the reason each value has the kind it has, to use when throwing errors for invalid mutations (can't mutate state vs can't mutate a captured jsx value, etc). When we infer mutation effects for inner functions, we populate the location of mutations as the location where the mutation occurred, not the declaration of the captured value (aside: this was quite involved to do in the old inference, it's trivial here). A bunch of other small fixes that make sense in context. And some of our "bug-*" fixtures output changes...becasue the new inference fixes the bugs. One example included here. ghstack-source-id: 2c11291 Pull Request resolved: #33458
Lots of small fixes related to error handling. InferMutationAliasRanges now tracks transitive calls that may mutate frozen or global values. We properly populate and track the reason each value has the kind it has, to use when throwing errors for invalid mutations (can't mutate state vs can't mutate a captured jsx value, etc). When we infer mutation effects for inner functions, we populate the location of mutations as the location where the mutation occurred, not the declaration of the captured value (aside: this was quite involved to do in the old inference, it's trivial here). A bunch of other small fixes that make sense in context. And some of our "bug-*" fixtures output changes...becasue the new inference fixes the bugs. One example included here. [ghstack-poisoned]
Lots of small fixes related to error handling. InferMutationAliasRanges now tracks transitive calls that may mutate frozen or global values. We properly populate and track the reason each value has the kind it has, to use when throwing errors for invalid mutations (can't mutate state vs can't mutate a captured jsx value, etc). When we infer mutation effects for inner functions, we populate the location of mutations as the location where the mutation occurred, not the declaration of the captured value (aside: this was quite involved to do in the old inference, it's trivial here). A bunch of other small fixes that make sense in context. And some of our "bug-*" fixtures output changes...becasue the new inference fixes the bugs. One example included here. [ghstack-poisoned]
This was referenced Jun 6, 2025
Lots of small fixes related to error handling. InferMutationAliasRanges now tracks transitive calls that may mutate frozen or global values. We properly populate and track the reason each value has the kind it has, to use when throwing errors for invalid mutations (can't mutate state vs can't mutate a captured jsx value, etc). When we infer mutation effects for inner functions, we populate the location of mutations as the location where the mutation occurred, not the declaration of the captured value (aside: this was quite involved to do in the old inference, it's trivial here). A bunch of other small fixes that make sense in context. And some of our "bug-*" fixtures output changes...becasue the new inference fixes the bugs. One example included here. [ghstack-poisoned]
Lots of small fixes related to error handling. InferMutationAliasRanges now tracks transitive calls that may mutate frozen or global values. We properly populate and track the reason each value has the kind it has, to use when throwing errors for invalid mutations (can't mutate state vs can't mutate a captured jsx value, etc). When we infer mutation effects for inner functions, we populate the location of mutations as the location where the mutation occurred, not the declaration of the captured value (aside: this was quite involved to do in the old inference, it's trivial here). A bunch of other small fixes that make sense in context. And some of our "bug-*" fixtures output changes...becasue the new inference fixes the bugs. One example included here. [ghstack-poisoned]
Lots of small fixes related to error handling. InferMutationAliasRanges now tracks transitive calls that may mutate frozen or global values. We properly populate and track the reason each value has the kind it has, to use when throwing errors for invalid mutations (can't mutate state vs can't mutate a captured jsx value, etc). When we infer mutation effects for inner functions, we populate the location of mutations as the location where the mutation occurred, not the declaration of the captured value (aside: this was quite involved to do in the old inference, it's trivial here). A bunch of other small fixes that make sense in context. And some of our "bug-*" fixtures output changes...becasue the new inference fixes the bugs. One example included here. [ghstack-poisoned]
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Stack from ghstack (oldest at bottom):
Lots of small fixes related to error handling. InferMutationAliasRanges now tracks transitive calls that may mutate frozen or global values. We properly populate and track the reason each value has the kind it has, to use when throwing errors for invalid mutations (can't mutate state vs can't mutate a captured jsx value, etc). When we infer mutation effects for inner functions, we populate the location of mutations as the location where the mutation occurred, not the declaration of the captured value (aside: this was quite involved to do in the old inference, it's trivial here). A bunch of other small fixes that make sense in context.
And some of our "bug-*" fixtures output changes...becasue the new inference fixes the bugs. One example included here.