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For enum cases with associated values, their construction is modelled by a function. E.g. if you have
```swift
enum Foo {
case first(associated: Int)
}
```
then `Foo.first` is a function of type `(Int) -> Foo`. But if you write `Foo.first(associated: 2)` in source code, we consider this construct as a referenced, not a call. This causes us to miss renaming of associated value labels during local refactoring.
rdar://84061868
26 lines
1.3 KiB
Swift
26 lines
1.3 KiB
Swift
enum Foo {
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case first(associated: Int)
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case second
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}
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func test() {
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let _ = Foo.first(associated: 1)
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let _ = Foo.first
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let _ = Foo.second
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}
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// RUN: %empty-directory(%t.result)
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// RUN: %refactor -rename -source-filename %s -pos=2:8 -new-name 'primary(with:)' > %t.result/first_def.swift
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// RUN: diff -u %S/Outputs/enum/first.swift.expected %t.result/first_def.swift
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// RUN: %refactor -rename -source-filename %s -pos=7:15 -new-name 'primary(with:)' > %t.result/first_ref.swift
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// RUN: diff -u %S/Outputs/enum/first.swift.expected %t.result/first_ref.swift
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// RUN: %refactor -rename -source-filename %s -pos=7:21 -new-name 'primary(with:)' > %t.result/first_ref_assoc.swift
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// RUN: diff -u %S/Outputs/enum/first.swift.expected %t.result/first_ref_assoc.swift
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// RUN: %refactor -rename -source-filename %s -pos=8:15 -new-name 'primary(with:)' > %t.result/first_ref_base.swift
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// RUN: diff -u %S/Outputs/enum/first.swift.expected %t.result/first_ref_assoc.swift
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// RUN: %refactor -rename -source-filename %s -pos=3:8 -new-name 'secondary' > %t.result/second_def.swift
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// RUN: diff -u %S/Outputs/enum/second.swift.expected %t.result/second_def.swift
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// RUN: %refactor -rename -source-filename %s -pos=9:15 -new-name 'secondary' > %t.result/second_ref.swift
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// RUN: diff -u %S/Outputs/enum/second.swift.expected %t.result/second_ref.swift
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