native macOS codings agent orchestrator prowl.onev.cat
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Swift
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@testable import Prowl
struct WorkflowDeliveryValidatorTests { private let limits = WorkflowDeliveryLimits()
private func validate( _ body: String, verdict: String? = nil, expect: WorkflowExpectation = WorkflowExpectation(), limits: WorkflowDeliveryLimits? = nil ) -> Result<WorkflowValidatedDelivery, WorkflowDeliveryError> { WorkflowDeliveryValidator.validate(body: body, verdict: verdict, expect: expect, limits: limits ?? self.limits) }
@Test func markdownDeliveryIsNormalizedAndSectionsChecked() throws { let expect = WorkflowExpectation(sections: ["## Findings", "## Verdict"]) let body = """ Sure, here is my review: ```markdown # Review ## Findings - none ## Verdict clean ``` Let me know if you need more. """ let delivery = try validate(body, expect: expect).get() #expect(delivery.body == "# Review\n## Findings\n- none\n## Verdict\nclean\n") #expect(delivery.verdict == nil) }
@Test func sectionsMustBeHeadingsOutsideCodeFences() throws { let expect = WorkflowExpectation(sections: ["## Findings", "## Verdict"], strict: true) let fenced = "# Review\n```text\n## Findings\n```\n## Verdict\nclean" guard case .failure(let error) = validate(fenced, expect: expect) else { Issue.record("a heading inside a fence must not count") return } #expect(error.message.contains("## Findings")) #expect(!error.message.contains("## Verdict")) let prose = "# Review\nsee ## Findings below\n## Verdict\nclean" #expect(validate(prose, expect: expect).failureCode == "OUTPUT_INVALID") let suffixed = "# Review\n## Findings (2)\n- a\n## Verdict\nclean" #expect(throws: Never.self) { try validate(suffixed, expect: expect).get() } #expect(validate("# Review\n## Findingsx\n## Verdict", expect: expect).failureCode == "OUTPUT_INVALID") let tilde = "# Review\n~~~\n## Findings\n~~~\n## Findings\n## Verdict\nok" #expect(throws: Never.self) { try validate(tilde, expect: expect).get() } }
@Test func tildeWrappedRepliesPersistWithoutTheWrapper() throws { let expect = WorkflowExpectation(sections: ["## Findings", "## Verdict"]) let delivery = try validate("~~~markdown\n## Findings\nx\n## Verdict\ny\n~~~\nchat trailer", expect: expect).get() #expect(delivery.body == "## Findings\nx\n## Verdict\ny\n") }
@Test func missingSectionIsAnIssueByDefaultAndARejectionUnderStrict() throws { let lenient = WorkflowExpectation(sections: ["## Findings", "## Verdict"]) let delivery = try validate("## Findings\nnothing", expect: lenient).get() #expect(delivery.issues == [.missingSections(["## Verdict"])]) #expect(delivery.body == "## Findings\nnothing\n")
let strict = WorkflowExpectation(sections: ["## Findings", "## Verdict"], strict: true) guard case .failure(let error) = validate("## Findings\nnothing", expect: strict) else { Issue.record("expected failure") return } #expect(error.code == "OUTPUT_INVALID") #expect(error.message.contains("## Verdict")) }
@Test func sectionMatchingForgivesLevelAndCase() throws { let expect = WorkflowExpectation(sections: ["## Findings", "## Verdict"]) let delivery = try validate("# Review\n### findings\n- a\n## VERDICT (draft)\nclean", expect: expect).get() #expect(delivery.issues.isEmpty) }
@Test func softIssuesCoverFormatAndVerdict() throws { let json = try validate("{not json", expect: WorkflowExpectation(format: .json)).get() #expect(json.issues == [.unparsableJSON]) #expect(json.body == "{not json") guard case .failure(let strictJSON) = validate("{not json", expect: WorkflowExpectation(format: .json, strict: true)) else { Issue.record("expected failure") return } #expect(strictJSON.code == "OUTPUT_INVALID")
let declared = WorkflowExpectation(verdicts: ["clean", "issues"]) let missing = try validate("# ok\n", expect: declared).get() #expect(missing.issues == [.verdictMissing(allowed: ["clean", "issues"])]) #expect(missing.verdict == nil) let undeclared = try validate("# ok\n", verdict: "maybe", expect: declared).get() #expect(undeclared.issues == [.verdictUndeclared("maybe", allowed: ["clean", "issues"])]) #expect(undeclared.verdict == nil) let unexpected = try validate("# ok\n", verdict: "clean", expect: WorkflowExpectation()).get() #expect(unexpected.issues == [.verdictUnexpected("clean")]) #expect(unexpected.verdict == nil) let clean = try validate("# ok\n", verdict: "issues", expect: declared).get() #expect(clean.issues.isEmpty) #expect(clean.verdict == "issues") }
@Test func emptyBodyIsOutputInvalidForEveryFormat() { for format in [WorkflowDeliveryFormat.markdown, .text, .json] { guard case .failure(let error) = validate(" \n\n", expect: WorkflowExpectation(format: format)) else { Issue.record("expected failure for \(format)") continue } #expect(error.code == "OUTPUT_INVALID") } }
@Test func textIsKeptVerbatimAndJSONMustParse() throws { let text = try validate(" raw text\nwith lines ", expect: WorkflowExpectation(format: .text)).get() #expect(text.body == " raw text\nwith lines ")
let json = try validate("{\"ok\": true}\n", expect: WorkflowExpectation(format: .json)).get() #expect(json.body == "{\"ok\": true}\n") guard case .failure(let error) = validate("{not json", expect: WorkflowExpectation(format: .json, strict: true)) else { Issue.record("expected failure") return } #expect(error.code == "OUTPUT_INVALID") }
@Test func verdictRulesFollowTheDeclarationUnderStrict() throws { let declared = WorkflowExpectation(verdicts: ["clean", "issues"], strict: true) guard case .failure(let required) = validate("# ok\n", expect: declared) else { Issue.record("expected VERDICT_REQUIRED") return } #expect(required == .verdictRequired(allowed: ["clean", "issues"])) #expect(required.code == "VERDICT_REQUIRED")
guard case .failure(let undeclared) = validate("# ok\n", verdict: "maybe", expect: declared) else { Issue.record("expected OUTPUT_INVALID") return } #expect(undeclared.code == "OUTPUT_INVALID")
let accepted = try validate("# ok\n", verdict: "issues", expect: declared).get() #expect(accepted.verdict == "issues")
guard case .failure(let unexpected) = validate("# ok\n", verdict: "clean", expect: WorkflowExpectation(strict: true)) else { Issue.record("expected OUTPUT_INVALID for an undeclared verdict") return } #expect(unexpected.code == "OUTPUT_INVALID") }
@Test func sizeCapsUseTheDefaultAndClampToTheHardMaximum() { #expect(WorkflowDeliveryLimits.defaultMaximumBytes == 16 << 20) #expect(WorkflowDeliveryLimits.hardMaximumBytes == 16 << 20) #expect(WorkflowDeliveryLimits(maximumBytes: 32 << 20).maximumBytes == 16 << 20) #expect(WorkflowDeliveryLimits(maximumBytes: 0).maximumBytes == 1)
let tooBig = "# a\n" + String(repeating: "x", count: 16 << 20) guard case .failure(let error) = validate(tooBig) else { Issue.record("expected OUTPUT_TOO_LARGE") return } #expect(error.code == "OUTPUT_TOO_LARGE") #expect(error == .outputTooLarge(bytes: tooBig.utf8.count, limit: 16 << 20))
#expect(throws: Never.self) { try validate("# ok\n" + String(repeating: "x", count: (16 << 20) - 5)).get() } }
@Test func sizeIsMeasuredOnTheRawBodyBeforeNormalization() { let expect = WorkflowExpectation(format: .markdown) let preamble = String(repeating: "p", count: (16 << 20) - 5) let body = preamble + "\n# ok\n" guard case .failure(let error) = validate(body, expect: expect) else { Issue.record("expected OUTPUT_TOO_LARGE") return } #expect(error.code == "OUTPUT_TOO_LARGE") }}