Fix function pointer param args being qualified to outer class (#56217)#56217
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j-piasecki wants to merge 4 commits intofacebook:mainfrom
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Fix function pointer param args being qualified to outer class (#56217)#56217j-piasecki wants to merge 4 commits intofacebook:mainfrom
j-piasecki wants to merge 4 commits intofacebook:mainfrom
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…ook#56217) Summary: Changelog: [Internal] Doxygen may incorrectly cross-reference parameter names inside function pointer types to member variables of the enclosing class. For example, `void (*cb)(const void* data)` inside a class that has a `data` member would produce `const void* Class::data` instead of `const void* data` in the snapshot. This diff addresses two issues: 1. In `get_doxygen_params`, re-parse function pointer type strings through `parse_type_with_argstrings` which delegates to `_parse_single_argument` that already strips "::" from parameter names. 2. In `parse_type_with_argstrings`, recognize complex declarator groups starting with `*` or `&` (e.g. `*(*fp)(int)`) as non-argument-list parenthesized sections, preventing incorrect name extraction from nested function pointer declarators. Differential Revision: D98118629
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…ook#56217) Summary: Changelog: [Internal] Doxygen may incorrectly cross-reference parameter names inside function pointer types to member variables of the enclosing class. For example, `void (*cb)(const void* data)` inside a class that has a `data` member would produce `const void* Class::data` instead of `const void* data` in the snapshot. This diff addresses two issues: 1. In `get_doxygen_params`, re-parse function pointer type strings through `parse_type_with_argstrings` which delegates to `_parse_single_argument` that already strips "::" from parameter names. 2. In `parse_type_with_argstrings`, recognize complex declarator groups starting with `*` or `&` (e.g. `*(*fp)(int)`) as non-argument-list parenthesized sections, preventing incorrect name extraction from nested function pointer declarators. Differential Revision: D98118629
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Mar 25, 2026
…ook#56217) Summary: Changelog: [Internal] Doxygen may incorrectly cross-reference parameter names inside function pointer types to member variables of the enclosing class. For example, `void (*cb)(const void* data)` inside a class that has a `data` member would produce `const void* Class::data` instead of `const void* data` in the snapshot. This diff addresses two issues: 1. In `get_doxygen_params`, re-parse function pointer type strings through `parse_type_with_argstrings` which delegates to `_parse_single_argument` that already strips "::" from parameter names. 2. In `parse_type_with_argstrings`, recognize complex declarator groups starting with `*` or `&` (e.g. `*(*fp)(int)`) as non-argument-list parenthesized sections, preventing incorrect name extraction from nested function pointer declarators. Differential Revision: D98118629
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Mar 25, 2026
…ook#56217) Summary: Changelog: [Internal] Doxygen may incorrectly cross-reference parameter names inside function pointer types to member variables of the enclosing class. For example, `void (*cb)(const void* data)` inside a class that has a `data` member would produce `const void* Class::data` instead of `const void* data` in the snapshot. This diff addresses two issues: 1. In `get_doxygen_params`, re-parse function pointer type strings through `parse_type_with_argstrings` which delegates to `_parse_single_argument` that already strips "::" from parameter names. 2. In `parse_type_with_argstrings`, recognize complex declarator groups starting with `*` or `&` (e.g. `*(*fp)(int)`) as non-argument-list parenthesized sections, preventing incorrect name extraction from nested function pointer declarators. Differential Revision: D98118629
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March 25, 2026 23:59
Summary: Changelog: [Internal] Correctly handles array types in member definitions in the API snapshot. Differential Revision: D97923375
Summary: Changelog: [Internal] When a class has multiple base classes, all defining a constructor with the same signature, the inherited constructors were being duplicated in the snapshot (for each base class). This diff deduplicates them. Differential Revision: D98102286
Summary: Changelog: [Internal] Snapshot generator was putting `[]` in wrong place when generating array type - it was adding it to the type name instead of the variable name. This diff addresses that. Differential Revision: D98102328
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Mar 26, 2026
…ook#56217) Summary: Changelog: [Internal] Doxygen may incorrectly cross-reference parameter names inside function pointer types to member variables of the enclosing class. For example, `void (*cb)(const void* data)` inside a class that has a `data` member would produce `const void* Class::data` instead of `const void* data` in the snapshot. This diff addresses two issues: 1. In `get_doxygen_params`, re-parse function pointer type strings through `parse_type_with_argstrings` which delegates to `_parse_single_argument` that already strips "::" from parameter names. 2. In `parse_type_with_argstrings`, recognize complex declarator groups starting with `*` or `&` (e.g. `*(*fp)(int)`) as non-argument-list parenthesized sections, preventing incorrect name extraction from nested function pointer declarators. Reviewed By: cipolleschi Differential Revision: D98118629
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Mar 26, 2026
…ook#56217) Summary: Changelog: [Internal] Doxygen may incorrectly cross-reference parameter names inside function pointer types to member variables of the enclosing class. For example, `void (*cb)(const void* data)` inside a class that has a `data` member would produce `const void* Class::data` instead of `const void* data` in the snapshot. This diff addresses two issues: 1. In `get_doxygen_params`, re-parse function pointer type strings through `parse_type_with_argstrings` which delegates to `_parse_single_argument` that already strips "::" from parameter names. 2. In `parse_type_with_argstrings`, recognize complex declarator groups starting with `*` or `&` (e.g. `*(*fp)(int)`) as non-argument-list parenthesized sections, preventing incorrect name extraction from nested function pointer declarators. Reviewed By: cipolleschi Differential Revision: D98118629
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…ook#56217) Summary: Changelog: [Internal] Doxygen may incorrectly cross-reference parameter names inside function pointer types to member variables of the enclosing class. For example, `void (*cb)(const void* data)` inside a class that has a `data` member would produce `const void* Class::data` instead of `const void* data` in the snapshot. This diff addresses two issues: 1. In `get_doxygen_params`, re-parse function pointer type strings through `parse_type_with_argstrings` which delegates to `_parse_single_argument` that already strips "::" from parameter names. 2. In `parse_type_with_argstrings`, recognize complex declarator groups starting with `*` or `&` (e.g. `*(*fp)(int)`) as non-argument-list parenthesized sections, preventing incorrect name extraction from nested function pointer declarators. Reviewed By: cipolleschi Differential Revision: D98118629
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…ook#56217) Summary: Changelog: [Internal] Doxygen may incorrectly cross-reference parameter names inside function pointer types to member variables of the enclosing class. For example, `void (*cb)(const void* data)` inside a class that has a `data` member would produce `const void* Class::data` instead of `const void* data` in the snapshot. This diff addresses two issues: 1. In `get_doxygen_params`, re-parse function pointer type strings through `parse_type_with_argstrings` which delegates to `_parse_single_argument` that already strips "::" from parameter names. 2. In `parse_type_with_argstrings`, recognize complex declarator groups starting with `*` or `&` (e.g. `*(*fp)(int)`) as non-argument-list parenthesized sections, preventing incorrect name extraction from nested function pointer declarators. Reviewed By: cipolleschi Differential Revision: D98118629
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Mar 26, 2026
…ook#56217) Summary: Changelog: [Internal] Doxygen may incorrectly cross-reference parameter names inside function pointer types to member variables of the enclosing class. For example, `void (*cb)(const void* data)` inside a class that has a `data` member would produce `const void* Class::data` instead of `const void* data` in the snapshot. This diff addresses two issues: 1. In `get_doxygen_params`, re-parse function pointer type strings through `parse_type_with_argstrings` which delegates to `_parse_single_argument` that already strips "::" from parameter names. 2. In `parse_type_with_argstrings`, recognize complex declarator groups starting with `*` or `&` (e.g. `*(*fp)(int)`) as non-argument-list parenthesized sections, preventing incorrect name extraction from nested function pointer declarators. Reviewed By: cipolleschi Differential Revision: D98118629
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Mar 26, 2026
…ook#56217) Summary: Changelog: [Internal] Doxygen may incorrectly cross-reference parameter names inside function pointer types to member variables of the enclosing class. For example, `void (*cb)(const void* data)` inside a class that has a `data` member would produce `const void* Class::data` instead of `const void* data` in the snapshot. This diff addresses two issues: 1. In `get_doxygen_params`, re-parse function pointer type strings through `parse_type_with_argstrings` which delegates to `_parse_single_argument` that already strips "::" from parameter names. 2. In `parse_type_with_argstrings`, recognize complex declarator groups starting with `*` or `&` (e.g. `*(*fp)(int)`) as non-argument-list parenthesized sections, preventing incorrect name extraction from nested function pointer declarators. Reviewed By: cipolleschi Differential Revision: D98118629
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…ook#56217) Summary: Pull Request resolved: facebook#56217 Changelog: [Internal] Doxygen may incorrectly cross-reference parameter names inside function pointer types to member variables of the enclosing class. For example, `void (*cb)(const void* data)` inside a class that has a `data` member would produce `const void* Class::data` instead of `const void* data` in the snapshot. This diff addresses two issues: 1. In `get_doxygen_params`, re-parse function pointer type strings through `parse_type_with_argstrings` which delegates to `_parse_single_argument` that already strips "::" from parameter names. 2. In `parse_type_with_argstrings`, recognize complex declarator groups starting with `*` or `&` (e.g. `*(*fp)(int)`) as non-argument-list parenthesized sections, preventing incorrect name extraction from nested function pointer declarators. Reviewed By: cipolleschi Differential Revision: D98118629
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Summary:
Changelog: [Internal]
Doxygen may incorrectly cross-reference parameter names inside function
pointer types to member variables of the enclosing class. For example,
void (*cb)(const void* data)inside a class that has adatamemberwould produce
const void* Class::datainstead ofconst void* datain the snapshot. This diff addresses two issues:get_doxygen_params, re-parse function pointer type stringsthrough
parse_type_with_argstringswhich delegates to_parse_single_argumentthat already strips "::" from parameternames.
parse_type_with_argstrings, recognize complex declarator groupsstarting with
*or&(e.g.*(*fp)(int)) as non-argument-listparenthesized sections, preventing incorrect name extraction from
nested function pointer declarators.
Reviewed By: cipolleschi
Differential Revision: D98118629