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apply_specialization already handles atomic types before entering its tracked query, but several KnownInstanceType variants still create and retain query entries even though specialization always returns the original type.
This handles those specialization-invariant known instances directly. Variants that can depend on type variables continue through the existing tracked implementation.
Current numbers
The percentage of diagnostics emitted that were expected errors held steady at 92.23%. The percentage of expected errors that received a diagnostic held steady at 87.42%. The number of fully passing files held steady at 92/134.
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performancePotential performance improvementtyMulti-file analysis & type inference
2 participants
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Summary
apply_specializationalready handles atomic types before entering its tracked query, but severalKnownInstanceTypevariants still create and retain query entries even though specialization always returns the original type.This handles those specialization-invariant known instances directly. Variants that can depend on type variables continue through the existing tracked implementation.