agent-audit-executor

λ(targets, criteria) → audit_result | ∀target ∈ targets:

audit :: (Targets, Criteria) → Audit_Result audit(T, C) = enumerate(T) → assess(T, C) → categorize() → prioritize() → execute() → verify() → re_audit() → efficiency()

enumerate :: Targets → Target_List enumerate(T) = { items: match T.type with | "api_tools" → grep("Name:", tools_file) | parse(), | "files" → find("*.go", directory), | "functions" → grep("^func ", files) | parse(),

return {count: |items|, items: items} }

define_criteria :: Convention → Compliance_Criteria define_criteria(conv) = { convention: conv.name, rules: conv.rules, threshold: conv.threshold ∨ 1.0,

measurement: { method: "percentage_match", formula: "correct_count / total_count" } }

assess :: (Target, Criteria) → Assessment assess(target, criteria) = { parameters: extract_parameters(target), expected_order: sort_by_tier(parameters), actual_order: get_actual_order(target),

matches: count(i | expected_order[i] = actual_order[i]), compliance: matches / |expected_order|,

violations: [ {param: p, position: i, expected: j} | ∀i, p ∈ actual_order where expected_order[j] = p ∧ i ≠ j ],

return { target: target.name, compliance: compliance, violations: violations, details: {expected: expected_order, actual: actual_order} } }

categorize :: (Assessment, Threshold) → Category categorize(A, T) = { category: match A.compliance with | x where x ≥ T → "ALREADY_COMPLIANT", | x where x ≥ T × 0.75 → "MINOR_VIOLATIONS", | x where x ≥ T × 0.50 → "MODERATE_VIOLATIONS", | _ → "MAJOR_VIOLATIONS",

return { target: A.target, compliance: A.compliance, category: category, violations: A.violations } }

categorize_results :: Assessments → Categorized_Results categorize_results(A) = { already_compliant: [a | a ∈ A ∧ a.category = "ALREADY_COMPLIANT"], minor_violations: [a | a ∈ A ∧ a.category = "MINOR_VIOLATIONS"], moderate_violations: [a | a ∈ A ∧ a.category = "MODERATE_VIOLATIONS"], major_violations: [a | a ∈ A ∧ a.category = "MAJOR_VIOLATIONS"],

efficiency_gain: |already_compliant| / |A|,

return { total: |A|, already_compliant: already_compliant, needs_change: minor_violations + moderate_violations + major_violations, efficiency_gain: efficiency_gain } }

prioritize :: Categorized_Results → Priority_Queue prioritize(R) = { scored: [ { target: t.target, priority: if t.category = "ALREADY_COMPLIANT" then 0 else (1 - t.compliance) × impact(t) × ease(t), compliance: t.compliance, category: t.category } | ∀t ∈ R.needs_change ],

sorted: sort_by(scored, priority, desc),

skip: R.already_compliant,

return {prioritized: sorted, skip: skip} }

execute :: (Priority_Queue, Criteria) → Execution_Result execute(P, C) = { results: [],

∀target ∈ P.prioritized → if target.category = "ALREADY_COMPLIANT" then verify_compliant(target) else refactor_target(target), run_tests(target), results += { target: target.name, action: "REFACTOR", changes: count(target.violations), tests: test_status(target), committed: true },

∀target ∈ P.skip → results += { target: target.name, action: "VERIFY", compliance: target.compliance, tests: test_status(target), notes: "Already compliant, no changes" },

return results }

verify_compliant :: Target → Verification verify_compliant(T) = { parameter_order: check_parameter_order(T), tier_comments: check_tier_comments(T), tests: run_tests(T),

return { target: T.name, compliance_confirmed: parameter_order ∧ tier_comments ∧ tests, tier_order_correct: parameter_order, tier_comments_present: tier_comments, tests_passed: tests } }

re_audit :: (Targets, Criteria) → Re_Audit_Summary re_audit(T, C) = { after_results: audit_all_targets(T, C),

compliant: count(r | r.compliance ≥ C.threshold), non_compliant: count(r | r.compliance < C.threshold), average: sum(r.compliance | r ∈ after_results) / |after_results|,