[function-namer] Go function rename plan: pkg/linters/sprintfbool/testdata/src/sprintfbool

Abierto Apto para principiantes
  • ¿Algo no está bien?
#74,128 0 comentarios 0 reacciones 0 asignados Ver en GitHub

Los mantenedores suelen responder en 1 día

Nadie ha tomado este issue todavía.

Evaluación

Dificultad
2/5
Tiempo estimado
1-3 horas
Aptitud para principiantes
72/100
Tipo de issue
Refactorización
Claridad
Bien especificado
Estado de actividad
Activo
Stack tecnológico
go
Área
testing

Línea de trabajo

Empieza con los archivos de fixtures en pkg/linters/sprintfbool/testdata/src/sprintfbool/, como aliased_import.go, keep_fmt.go y multiple.go, y busca en el repositorio cada nombre antiguo antes de renombrarlo. El issue incluye una tabla explícita de nombres antiguos y nuevos para las 11 funciones; aplica esos renombrados sin tocar los cuerpos ni los comentarios want. Está terminado cuando los renombrados están aplicados, go test ./pkg/linters/sprintfbool/... pasa con las mismas diagnósticas y no quedan referencias a los nombres antiguos.

Escrito por el modelo de indexación a partir del texto del issue.

Descripción

automated-analysis code-quality cookie refactoring

[!WARNING]
threat detection engine error
The threat detection engine encountered an error and could not complete analysis. This is a tooling failure, not a security finding.

What happened

The threat detection engine failed to produce results.

Review the workflow run logs for details.

🏷️ Go Function Rename Plan

Package Analyzed: pkg/linters/sprintfbool/testdata/src/sprintfbool
Analysis Date: 2026-11-02
Round-Robin Position: package index 162 of 249 total packages
Functions Analyzed: 18 functions across 8 files
Rename Candidates: 11 functions across 6 files
Reference Check: Serena found no Go symbol references for the 11 candidate functions. The implementation agent must still grep Go, test, and fixture references before editing.

Why This Matters

AI coding agents use function names as the first signal when locating existing behavior. The selected package is a linter test-fixture package, so names such as bad, badOne, and stillUsesFmt describe expected test status or incidental context without identifying the boolean-formatting scenario. More specific names make the fixtures easier to find without changing their behavior.

Rename Suggestions
Detailed function analysis and rename map
pkg/linters/sprintfbool/testdata/src/sprintfbool/aliased_import.go
Current Name Suggested Name Reason
badAliased() usesFmtSprintfWithAliasedStrconvImport() Identifies the flagged fmt.Sprintf operation and the aliased strconv import scenario instead of the generic bad prefix.

All functions in this file

  • badAliased() — ⚠️ Rename suggested above.
  • goodAliasedAlready() — ✅ Clear enough: identifies the already-correct aliased strconv case.
pkg/linters/sprintfbool/testdata/src/sprintfbool/comment_overlap.go
Current Name Suggested Name Reason
badCommentOverlap() usesFmtSprintfWithInlineArgumentComment() Describes both the flagged operation and the inline argument comment that exercises diagnostic matching.

All functions in this file

  • badCommentOverlap() — ⚠️ Rename suggested above.
pkg/linters/sprintfbool/testdata/src/sprintfbool/keep_fmt.go
Current Name Suggested Name Reason
badKeepFmt() usesFmtSprintfForBooleanWithFmtImport() Names the boolean-formatting pattern and explains why the fmt import is retained in this fixture.
stillUsesFmt() usesFmtSprintfWithGeneralVerb() Replaces the vague still wording with the non-diagnostic general-verb case represented by the function body.

All functions in this file

  • badKeepFmt() — ⚠️ Rename suggested above.
  • stillUsesFmt() — ⚠️ Rename suggested above.
pkg/linters/sprintfbool/testdata/src/sprintfbool/multiple.go
Current Name Suggested Name Reason
badOne() firstFlaggedBooleanSprintfCase() Distinguishes the first expected diagnostic while naming the boolean Sprintf scenario.
badTwo() secondFlaggedBooleanSprintfCase() Distinguishes the second expected diagnostic while naming the boolean Sprintf scenario.

All functions in this file

  • badOne() — ⚠️ Rename suggested above.
  • badTwo() — ⚠️ Rename suggested above.
pkg/linters/sprintfbool/testdata/src/sprintfbool/raw_imports.go
Current Name Suggested Name Reason
badRawImports() usesFmtSprintfWithRawImports() States the operation and the raw-import syntax under test instead of only saying the case is bad.

All functions in this file

  • badRawImports() — ⚠️ Rename suggested above.
  • goodRawImports() — ✅ Clear enough: identifies the correct strconv alternative through the raw-import scenario.
pkg/linters/sprintfbool/testdata/src/sprintfbool/shadow.go

All functions in this file

  • shadowStrconv() — ✅ Clear: directly identifies the shadowed strconv parameter scenario.
pkg/linters/sprintfbool/testdata/src/sprintfbool/singleuse.go
Current Name Suggested Name Reason
singleUseFmt() usesFmtSprintfForSingleBoolean() Names the exact single-boolean formatting pattern rather than emphasizing only the imported package.

All functions in this file

  • singleUseFmt() — ⚠️ Rename suggested above.
pkg/linters/sprintfbool/testdata/src/sprintfbool/sprintfbool.go
Current Name Suggested Name Reason
bad() usesFmtSprintfForBoolean() Replaces a fully generic name with the operation and value type that trigger the analyzer.
badLiteral() usesFmtSprintfForBooleanLiteral() Identifies the literal-specific variant of the flagged pattern.
suppressed() suppressesSprintfBoolDiagnostic() States the function purpose and the nolint suppression behavior.

All functions in this file

  • bad() — ⚠️ Rename suggested above.
  • badLiteral() — ⚠️ Rename suggested above.
  • goodStrconvFormatBool() — ✅ Clear, no change needed.
  • goodNamedBool() — ✅ Clear, no change needed.
  • goodMultipleVerbs() — ✅ Clear, no change needed.
  • goodOtherVerb() — ✅ Clear enough for this fixture: identifies the non-target verb case.
  • suppressed() — ⚠️ Rename suggested above.
🤖 Agentic Implementation Plan
Agentic Implementation Plan

This issue is designed to be assigned to a coding agent. Implement all 11 rename suggestions in one pull request, preserving every fixture body and diagnostic comment.

Prerequisites
  • Read each function body and verify that the suggested name still matches the fixture purpose.
  • Check whether any interface, generated code, test harness, or non-Go fixture reference depends on a function name.
  • Search both production and test files even though Serena found no Go symbol references.
Implementation Steps
1. Rename declarations

Apply the exact current-to-suggested mappings in the rename tables above. Use Go-aware rename tooling where possible, and change names only; do not alter function bodies, want diagnostics, imports, or fixture comments.

2. Update all references

Search the repository for every old name, including Go tests and fixture-processing files. For example:

grep -rn --include='*.go' --include='*_test.go' 'badAliased' .

Repeat for each old name and inspect non-Go references separately if the fixture harness treats these functions as named cases.

3. Verify compilation after the rename set
make build
4. Run targeted and repository validation
go test ./pkg/linters/sprintfbool/...
make test-unit
make lint
Commit Convention

Each rename should be a focused commit when practical:

refactor: rename <oldName> to <newName> for clarity
Validation Checklist
  • All 11 renames are implemented.
  • All Go, test, and fixture references are updated.
  • Fixture behavior and expected diagnostics are unchanged.
  • make build passes with no errors.
  • make test-unit passes.
  • make lint passes.
  • Pull request description explains the agent-discoverability rationale.
Notes for the Agent

This is a pure rename refactor. If a name is consumed by an external fixture harness or a generated artifact, preserve that contract or document why the corresponding suggestion must be skipped.

References: §41438668450

Generated by 🔧 Daily Go Function Namer · pi · routed: gpt56 max · ~4 AIC · ⊞ 7.4K · ◷

  • expires on Nov 9, 2026, 3:50 AM UTC-08:00
Lenguaje dominante
Go
Estrellas
5.5k
Forks
606
Merge medio
4 h 44 min
PR fusionados (30 d)
799

Preparar el entorno

Abrir en Codespaces

Inicia el contenedor de desarrollo del proyecto en tu navegador, con tu propia cuenta de GitHub.

Primeros pasos

  1. Lee el issue completo y luego la guía de contribución del proyecto.
  2. Comenta en el issue que vas a ocuparte — evita que dos personas hagan lo mismo.
  3. Haz un fork del repositorio y trabaja en una rama.
  4. Abre un pull request que haga referencia al número del issue.

Más de github/gh-aw

Todos los issues de github/gh-aw

Issues similares

Más issues de Go

Recibe los nuevos issues en tu correo

Un resumen breve de issues de GitHub para principiantes.