Peekaboo MCP

import CoreGraphics import Foundation import Testing @testable import peekaboo @Suite("SwipeCommand Tests", .serialized) struct SwipeCommandTests { @Test("SwipeCommand parses from and to coordinates") func parseCoordinates() throws { let command = try SwipeCommand.parse([ "--from-coords", "100,200", "--to-coords", "300,400", ]) #expect(command.fromCoords == "100,200") #expect(command.toCoords == "300,400") #expect(command.duration == 500) // default #expect(command.steps == 20) // default } @Test("SwipeCommand parses all options") func parseAllOptions() throws { let command = try SwipeCommand.parse([ "--from-coords", "50,100", "--to-coords", "250,300", "--duration", "1000", "--steps", "30", "--json-output", ]) #expect(command.fromCoords == "50,100") #expect(command.toCoords == "250,300") #expect(command.duration == 1000) #expect(command.steps == 30) #expect(command.jsonOutput) } @Test("SwipeCommand parses element IDs with session") func parseElementIds() throws { let command = try SwipeCommand.parse([ "--from", "B1", "--to", "T2", "--session", "test-session-123", ]) #expect(command.from == "B1") #expect(command.to == "T2") #expect(command.session == "test-session-123") } @Test("SwipeCommand parses mixed inputs") func parseMixedInputs() throws { let command = try SwipeCommand.parse([ "--from", "B1", "--to-coords", "500,600", "--session", "test-session", "--duration", "750", ]) #expect(command.from == "B1") #expect(command.toCoords == "500,600") #expect(command.session == "test-session") #expect(command.duration == 750) } @Test("SwipeCommand requires both from and to") func requiresFromAndTo() throws { // Parsing succeeds but validation would fail at runtime // Missing both let cmd1 = try SwipeCommand.parse([]) #expect(cmd1.from == nil) #expect(cmd1.fromCoords == nil) #expect(cmd1.to == nil) #expect(cmd1.toCoords == nil) // Missing to let cmd2 = try SwipeCommand.parse(["--from-coords", "100,200"]) #expect(cmd2.fromCoords == "100,200") #expect(cmd2.to == nil) #expect(cmd2.toCoords == nil) // Missing from let cmd3 = try SwipeCommand.parse(["--to-coords", "300,400"]) #expect(cmd3.from == nil) #expect(cmd3.fromCoords == nil) #expect(cmd3.toCoords == "300,400") } @Test("SwipeCommand right button flag") func rightButtonFlag() throws { let command = try SwipeCommand.parse([ "--from-coords", "100,200", "--to-coords", "300,400", "--right-button", ]) #expect(command.rightButton == true) let command2 = try SwipeCommand.parse([ "--from-coords", "100,200", "--to-coords", "300,400", ]) #expect(command2.rightButton == false) } @Test("SwipeCommand result structure") func swipeResultStructure() { let result = SwipeResult( success: true, fromLocation: ["x": 100.0, "y": 200.0], toLocation: ["x": 300.0, "y": 400.0], distance: 282.84, // sqrt((300-100)² + (400-200)²) duration: 500, executionTime: 0.52 ) #expect(result.success == true) #expect(result.fromLocation["x"] == 100.0) #expect(result.fromLocation["y"] == 200.0) #expect(result.toLocation["x"] == 300.0) #expect(result.toLocation["y"] == 400.0) #expect(abs(result.distance - 282.84) < 0.01) #expect(result.duration == 500) #expect(result.executionTime == 0.52) } @Test("Coordinate parsing validation", arguments: [ ("100,200", true), ("0,0", true), ("-50,100", true), ("100.5,200.5", true), ("invalid", false), ("100", false), ("100,200,300", false), ("", false), ("100, 200", true), // with spaces (" 100 , 200 ", true), // with extra spaces ]) func validateCoordinateFormat(coords: String, isValid: Bool) { // This tests the coordinate parsing logic let parts = coords.split(separator: ",").map { $0.trimmingCharacters(in: .whitespaces) } if isValid { #expect(parts.count == 2) if parts.count == 2 { #expect(Double(parts[0]) != nil) #expect(Double(parts[1]) != nil) } } else { #expect(parts .count != 2 || (parts.count >= 1 && Double(parts[0]) == nil) || (parts.count >= 2 && Double(parts[1]) == nil) ) } } @Test("Distance calculation") func distanceCalculation() { // Test distance calculation between two points let testCases: [(from: (x: Double, y: Double), to: (x: Double, y: Double), expectedDistance: Double)] = [ ((0, 0), (3, 4), 5.0), // 3-4-5 triangle ((0, 0), (0, 10), 10.0), // Vertical line ((0, 0), (10, 0), 10.0), // Horizontal line ((100, 100), (100, 100), 0.0), // Same point ((10, 20), (30, 40), 28.284), // Diagonal ] for testCase in testCases { let dx = testCase.to.x - testCase.from.x let dy = testCase.to.y - testCase.from.y let distance = sqrt(dx * dx + dy * dy) #expect(abs(distance - testCase.expectedDistance) < 0.001) } } }