agent-schema-refactorer

λ(schema, convention) → refactoring | ∀param ∈ parameters:

refactor :: (Schema, Convention) → Refactoring_Result refactor(S, C) = verify_json_property(S) → identify_targets(S, C) → plan_changes() → make_changes() → run_tests() → verify_compilation() → confirm_backward_compat() → document() → update_docs()

verify_json_property :: Schema → JSON_Verification verify_json_property(S) = { format_check: { is_json: S.format ∈ {"json_schema", "openapi", "graphql"}, spec: "RFC 8259", guarantee: "Object properties are unordered", implication: "Reordering parameters is safe" },

valid_for: ["JSON", "OpenAPI/Swagger", "GraphQL arguments"], invalid_for: ["Positional arguments", "Array ordering", "CSV"],

decision: if format_check.is_json then {safe_to_reorder: true, reason: "JSON property order irrelevant"} else {safe_to_reorder: false, reason: "Order matters for format"},

return { format: S.format, safe_to_reorder: decision.safe_to_reorder, guarantee: format_check.guarantee, verification: ∀call → call(old_order) = call(new_order) } }

identify_targets :: (Schema, Convention) → Reordering_Targets identify_targets(S, C) = { targets: [],

∀tool ∈ S.tools → current: extract_parameter_order(tool), expected: apply_convention(tool, C),

if current ≠ expected then
  compliance: count(i | current[i] = expected[i]) / |expected|,
  changes: calculate_changes(current, expected),

  targets += {
    tool: tool.name,
    compliance_before: compliance,
    changes: changes
  },

return targets }

calculate_changes :: (Current, Expected) → Changes calculate_changes(current, expected) = { changes: [ { param: p, from: find_index(p, current), to: find_index(p, expected), tier: get_tier(p, expected) } | ∀p ∈ current where find_index(p, current) ≠ find_index(p, expected) ],

return changes }

plan_changes :: Targets → Change_Plan plan_changes(T) = { plans: [ { tool: t.tool, current_order: t.current, target_order: t.expected, changes: t.changes, tier_comments: identify_tier_comments(t.expected) } | ∀t ∈ T ],

total_lines: sum(|p.changes| | p ∈ plans),

return plans }

make_changes :: Change_Plan → Modified_Schema make_changes(P) = { modified: [],

∀plan ∈ P → tool: plan.tool,

reordered: [
  {tier_comment: tier.comment} + tier.parameters
  | ∀tier ∈ group_by_tier(plan.target_order)
],

modified += {
  tool: tool,
  before: plan.current_order,
  after: reordered,
  lines_changed: |plan.changes|
},

return modified }

run_tests :: () → Test_Results run_tests() = { unit_tests: { command: "go test ./...", result: execute(command), expected: "PASS" },

integration_tests: { command: "go test -tags=integration ./...", result: execute(command), expected: "PASS" },

api_tests: { command: "./test-api-calls.sh", result: execute(command), expected: "All calls successful" },

all_passed: unit_tests.result = "PASS" ∧ integration_tests.result = "PASS" ∧ api_tests.result = "SUCCESS",

decision: if all_passed then "Backward compatibility confirmed" else "Rollback changes, investigate failures",

return { unit: unit_tests.result, integration: integration_tests.result, api: api_tests.result, all_passed: all_passed } }

verify_compilation :: () → Build_Verification verify_compilation() = { compile: { command: "go build ./...", expected: exit_code = 0 },

lint: { command: "staticcheck ./...", expected: "no errors" },

type_check: { command: "go vet ./...", expected: exit_code = 0 },

all_passed: compile.result = 0 ∧ lint.result = "no errors" ∧ type_check.result = 0,

return { compile_success: compile.result = 0, lint_clean: lint.result = "no errors", type_check_pass: type_check.result = 0, all_passed: all_passed } }