kotlin-spring-review-workflow
Skill1 starsChanged 56 days agoApache-2.0View on GitHub
Run Kotlin/Spring, object-oriented design, design-pattern, and behavior-preserving refactoring reviews against one frozen code scope, then reconcile them into one evidence-based verdict. Use for Kotlin changes, including Kotlin/Spring pull requests, diffs, modules, or code snippets that need a multi-angle design and maintainability review without the broader security scope of a full backend audit.
We split this skill into the rules it gives an agent
7 rules. About 0 are common, 5 are distinctive, and 2 are very specific to this project.
≈0
Common · estimate
Many files like this have a rule of this kind.
≈5
Distinctive · estimate
This author's own choices. Worth a look.
2
Very specific
Tied to their project's names, files or tools. Probably skip.
- Common
- Distinctive
- Very specific
- Distinctive: line 12
Run all four mandatory skills against one immutable source snapshot and return one consolidated review.
- Very specific: line 22
Treat every dependency as mandatory.
- Very specific: line 33
Every native handoff uses model_selection: explicit-native-override.
- Distinctive: line 54
Verify all four skills by exact frontmatter ID.
- Distinctive: line 60
Use one bounded native background child per skill when the host exposes native subagents.
- Distinctive: line 91
Prefer the smallest behavior-preserving action supported by evidence.
- Distinctive: line 102
Never approve a partial run.
≈ “Common” is an estimate: at least 1 in 5 of the 308,232 skill files we read have a rule of the same kind, not the same words. “Very specific” is our guess from the words: it names a file, a command, a setting or the project itself.
Files
Kotlin Spring Review Workflow
Run all four mandatory skills against one immutable source snapshot and return one consolidated review. Review only; do not modify code unless the user separately requests implementation.
Exact dependencies
kotlin-spring-reviewoop-design-reviewdesign-pattern-applyrefactoring-catalog
Treat every dependency as mandatory. Never invoke kotlin-spring-review-workflow recursively or replace a missing
dependency with a similarly named skill.
Cost-aware native routing
Resolve portable profiles from the current runtime capability catalog immediately before dispatch.
Use kotlin-spring-review=standard/medium and
oop-design-review|design-pattern-apply|refactoring-catalog=frugal/low by default. Raise only the
affected pass by one tier when a verifier rejects its evidence or a confirmed transaction,
security, irreversible-data, or public-contract risk exceeds the selected profile.
Every native handoff uses model_selection: explicit-native-override; spawn with fork_turns: none,
the exact resolved model, and exact reasoning_effort. Never inherit the primary model or reasoning
setting. Record requested and runtime-reported models separately; mismatch makes the run
INCOMPLETE. Timeout, quota, authentication, and missing tools are not capability escalation signals.
Input contract
Resolve and freeze:
- repository root and exact file, module, diff, commit, or pull-request range
- comparison baseline, or
nonefor a snapshot review - applicable repository instructions and compatibility constraints
- build and test commands that may be run
Record the revision and file list before dispatch. Give every specialist the same scope and source
snapshot. If the revision changes, mark every result STALE and return INCOMPLETE.
Workflow
1. Preflight
Verify all four skills by exact frontmatter ID. Capture changed symbols, affected callers,
transaction boundaries, persistence mappings, build system, and existing tests. Stop before review
with MISSING_DEPENDENCY or UNSTABLE_SOURCE when the mandatory suite cannot run consistently.
2. Parallel specialist pass
Use one bounded native background child per skill when the host exposes native subagents. Start at most four concurrently and forbid recursive delegation. If native children are unavailable, run the same four passes sequentially in the primary context; never silently drop a pass.
Require each result to include severity, confidence, path:line, affected symbol, root cause,
evidence, impact, recommendation, governing principle, and verification.
kotlin-spring-review: Kotlin idioms, nullability, coroutines, Spring DI, transactions, JPA, and framework correctnessoop-design-review: responsibility placement, encapsulation, cohesion/coupling, dependency direction, and persistence leakagedesign-pattern-apply: real change axes, pattern fit, simpler alternatives, and over-design costrefactoring-catalog: code smells, behavior-preserving transformation sequence, and regression protection
Return only structured findings and artifact references to the primary context. Do not merge raw child transcripts.
3. Reconcile
Deduplicate only findings with the same location or symbol and the same root cause. Preserve all contributors and the strongest supported severity. Keep separate findings when one location has different causes.
Resolve common conflicts explicitly:
- pattern introduction versus KISS/YAGNI
- moving behavior into an entity versus JPA and transaction invariants
- Kotlin concision versus readability or framework proxy constraints
- refactoring cleanliness versus public behavior and compatibility
Prefer the smallest behavior-preserving action supported by evidence. Preserve unresolved dissent, including each skill's original severity, recommendation, and evidence. Do not invent consensus.
4. Verdict
INCOMPLETE: any mandatory pass failed, timed out, was stale, or returned unusable outputBLOCK: at least one supportedCRITICALfindingCHANGES_REQUIRED: no CRITICAL finding and at least one supportedHIGHfindingWARNING: only supportedMEDIUMorLOWfindings remainAPPROVE: all four passes completed and no supported finding remains
Never approve a partial run. Treat inferred CRITICAL findings as conditional until the named verification confirms their factual premise.
Output contract
Return one report containing:
- frozen scope, baseline, constraints, assumptions, and commands run
- four-entry run ledger with exact skill ID, status, and artifact reference
- aggregate verdict and one-sentence rationale
- unified findings with stable ID, location, evidence, contributors, and dissent
- accepted, rejected, and unresolved recommendations with rationale
- minimal before/after Kotlin examples for supported changes
- compile, test, transaction, persistence, and regression verification matrix
- coverage gaps and next actions
Redact credentials and personal data. A specialist's completion claim is candidate evidence; verify locations and build/test evidence before using it in the verdict.
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