Peekaboo MCP

// // ActionVerifierTests.swift // CLIAutomationTests // // Tests for ActionVerifier and related types. // import CoreGraphics import Foundation import Testing @testable import PeekabooAgentRuntime @Suite("Action Descriptor") struct ActionDescriptorTests { @Test("Action descriptor stores all properties") func actionDescriptorProperties() { let point = CGPoint(x: 100, y: 200) let timestamp = Date() let descriptor = ActionDescriptor( toolName: "click", arguments: ["element": "Button"], targetElement: "Submit Button", targetPoint: point, timestamp: timestamp ) #expect(descriptor.toolName == "click") #expect(descriptor.arguments == ["element": "Button"]) #expect(descriptor.targetElement == "Submit Button") #expect(descriptor.targetPoint == point) #expect(descriptor.timestamp == timestamp) } @Test("Action descriptor with minimal properties") func actionDescriptorMinimal() { let descriptor = ActionDescriptor( toolName: "hotkey", arguments: ["keys": "cmd+c"] ) #expect(descriptor.toolName == "hotkey") #expect(descriptor.arguments == ["keys": "cmd+c"]) #expect(descriptor.targetElement == nil) #expect(descriptor.targetPoint == nil) } @Test("Action descriptor uses current date by default") func actionDescriptorDefaultTimestamp() { let before = Date() let descriptor = ActionDescriptor( toolName: "type", arguments: ["text": "Hello"] ) let after = Date() #expect(descriptor.timestamp >= before) #expect(descriptor.timestamp <= after) } } @Suite("Verification Result") struct VerificationResultTests { @Test("Successful verification result") func successfulVerification() { let result = VerificationResult( success: true, confidence: 0.95, observation: "Button clicked successfully", suggestion: nil ) #expect(result.success == true) #expect(result.confidence == 0.95) #expect(result.observation == "Button clicked successfully") #expect(result.suggestion == nil) #expect(result.shouldRetry == false) } @Test("Failed verification with high confidence triggers retry") func failedHighConfidenceTriggersRetry() { let result = VerificationResult( success: false, confidence: 0.85, observation: "Button not found", suggestion: "Try clicking on coordinates instead" ) #expect(result.success == false) #expect(result.shouldRetry == true) } @Test("Failed verification with low confidence does not trigger retry") func failedLowConfidenceNoRetry() { let result = VerificationResult( success: false, confidence: 0.4, observation: "Uncertain about result", suggestion: nil ) #expect(result.success == false) #expect(result.shouldRetry == false) } @Test("Retry threshold is at 0.6 confidence") func retryThreshold() { let atThreshold = VerificationResult( success: false, confidence: 0.6, observation: "At threshold", suggestion: nil ) #expect(atThreshold.shouldRetry == false) let aboveThreshold = VerificationResult( success: false, confidence: 0.61, observation: "Above threshold", suggestion: nil ) #expect(aboveThreshold.shouldRetry == true) } } @Suite("Verification Error") struct VerificationErrorTests { @Test("Image conversion error has correct description") func imageConversionErrorDescription() { let error = VerificationError.imageConversionFailed #expect(error.errorDescription?.contains("convert screenshot") == true) } @Test("AI call error includes underlying error") func aiCallErrorDescription() { struct TestError: Error, LocalizedError { var errorDescription: String? { "Test failure" } } let error = VerificationError.aiCallFailed(underlying: TestError()) #expect(error.errorDescription?.contains("AI verification") == true) #expect(error.errorDescription?.contains("Test failure") == true) } @Test("Parse error includes response preview") func parseErrorDescription() { let error = VerificationError.parseError(response: "Invalid JSON response") #expect(error.errorDescription?.contains("parse") == true) #expect(error.errorDescription?.contains("Invalid JSON") == true) } }