How to use PropertyListEncoder class

Best Swift-snapshot-testing code snippet using PropertyListEncoder

SettingsModel.swift

Source:SettingsModel.swift

...93    func setAndSaveAuth(id: String?, auth: String?) {94        togglCredential.auth = auth95        togglCredential.id = id96        let cred = credential(id: id, auth: auth)97        let propertyListEncoder = PropertyListEncoder()98        let encodedCrednetial = try? propertyListEncoder.encode(cred)99        try? encodedCrednetial?.write(to: settingsDirectory.credentialArchieveURL)100        101        if let id = id, let auth = auth {102            print("[Save] id: \(id)")103            print("[Save] auth: \(auth)")104        }105        else {106            print("[Save] id: nil")107            print("[Save] auth: nil")108        }109    }110    111    func setAndSaveProjectList(projects: [[String: Any]]) {112        projectList = []113        for project in projects {114            if project["server_deleted_at"] == nil, let pid = project["id"] as? Int, let name = project["name"] as? String {115                projectList.append(projectInfo(pid: pid, name: name))116            }117        }118        119        let propertyListEncoder = PropertyListEncoder()120        let encodedProjects = try? propertyListEncoder.encode(projectList)121        try? encodedProjects?.write(to: settingsDirectory.projectsArchieveURL)122        123        print("[Save] Projects saved")124        for project in projectList {125            print("[Save] \(project.pid): \(project.name)")126        }127    }128    129    func saveTimerList() {130        let propertyListEncoder = PropertyListEncoder()131        let encodedtimers = try? propertyListEncoder.encode(self.timerList)132        try? encodedtimers?.write(to: settingsDirectory.timersArchieveURL)133        134        print("[Save] Timers saved")135        for timer in self.timerList {136            print("[Save] \(timer.timerName) w pos: \(timer.startTime[.positive]!), neg: \(timer.startTime[.negative]!)")137        }138        GlobalVar.settings.syncTimerList()139    }140    141    func saveMiscs() {142        let propertyListEncoder = PropertyListEncoder()143        let miscs = miscInfo(currTimerID: currTimerID, dontSleep: dontSleep, tickingSound: tickingSound)144        let encodedMiscs = try? propertyListEncoder.encode(miscs)145        try? encodedMiscs?.write(to: settingsDirectory.miscsArchieveURL)146        147        print("[Save] Miscs saved")148    }149    150    func sendTogglInfo(replyHandler: (([String : Any]) -> Void)?) {151        print("Sending Toggl Credentials")152        let propertyListEncoder = PropertyListEncoder()153        154        let currCredential = togglCredential155        let currProjectList = projectList156        let currTogglInfo = togglInfo(credential: currCredential, projectList: currProjectList)157        158        if let encodedTogglInfo = try? propertyListEncoder.encode(currTogglInfo) {159            if let handler = replyHandler {160                let replyMessage = [WCSessionMessageType.togglInfo: encodedTogglInfo]161                handler(replyMessage)162            }163            else {164                let message = [WCSessionMessageType.togglInfo: encodedTogglInfo]165                WCSession.default.sendMessage(message, replyHandler: nil, errorHandler: nil)166            }167        }168    }169    170    func deleteTimer(index: Int) {171        let timer = timerList[index]172        timerList.remove(at: index)173        deletedTimerList.append(timer)174        GlobalVar.settings.saveTimerList()175        176        for deletedTimer in deletedTimerList {177            print("[Deleted] \(deletedTimer.timerName) w created: \(deletedTimer.createdDate) modified: \(deletedTimer.modifiedDate)")178        }179        //TODO: impelement ability to save deleted timer list as well180    }181    182    func syncTimerList() {183        print("Sending TimerList to other device")184        let sendSyncListInfo = syncListInfo(timerList: timerList, deletedTimerList: deletedTimerList)185        let propertyListEncoder = PropertyListEncoder()186        if let encodedTimers = try? propertyListEncoder.encode(sendSyncListInfo) {187            let message = [WCSessionMessageType.timerList: encodedTimers]188            WCSession.default.sendMessage(message, replyHandler: { (receivedMessage) in189                print("Received TimerList from other device")190                191                let propertyListDecoder = PropertyListDecoder()192                if let data = receivedMessage[WCSessionMessageType.timerList] as? Data,193                    let receivedTimerList = try? propertyListDecoder.decode([TimerModel].self, from: data) {194                    195                    self.timerList = receivedTimerList196                    for timer in receivedTimerList {197                        print("[Resulting] \(timer.timerName) w created: \(timer.createdDate) modified: \(timer.modifiedDate)")198                    }199                    self.deletedTimerList = []200                }201            }, errorHandler: nil)202        }203    }204    205    func receiveTogglInfo(receivedTogglInfo: togglInfo) {206        togglCredential = receivedTogglInfo.credential207        if let id = togglCredential.id, let auth = togglCredential.auth {208            print("[Received] id: \(id)")209            print("[Received] auth: \(auth)")210        }211        projectList = receivedTogglInfo.projectList212        for project in projectList {213            print("[Received] \(project.pid): \(project.name)")214        }215    }216    217    func receiveTimerList(receivedSyncListInfo: syncListInfo, replyHandler: (([String : Any]) -> Void)?) {218        let receivedTimerList = receivedSyncListInfo.timerList219        let receivedDeletedTimerList = receivedSyncListInfo.deletedTimerList220        221        for timer in receivedTimerList {222            print("[Received] \(timer.timerName) w created: \(timer.createdDate) modified: \(timer.modifiedDate)")223        }224        for timer in timerList {225            print("[Existing] \(timer.timerName) w created: \(timer.createdDate) modified: \(timer.modifiedDate)")226        }227        228        229        for receivedDeletedTimer in receivedDeletedTimerList {230            for (existingIndex, existingTimer) in timerList.enumerated() {231                let comparison = existingTimer.compare(timerModel: receivedDeletedTimer)232                switch(comparison) {233                case .different:234                    continue235               default:236                    timerList.remove(at: existingIndex)237                    break238                }239            }240        }241        242        for (receivedIndex, receivedTimer) in receivedTimerList.enumerated() {243            var newTimer = true244            for (existingIndex, existingTimer) in timerList.enumerated() {245                let comparison = existingTimer.compare(timerModel: receivedTimer)246                switch(comparison) {247                case .same:248                    print("Received: \(receivedIndex) is same as existing: \(existingIndex)")249                    newTimer = false250                    break251                case .older:252                    print("Received: \(receivedIndex) is older than existing: \(existingIndex)")253                    newTimer = false254                    break255                case .newer:256                    print("Received: \(receivedIndex) is newer than existing: \(existingIndex)")257                    print("Updating existing: \(existingIndex)")258                    timerList[existingIndex] = receivedTimer259                    newTimer = false260                    break261                case .different:262                    continue263                }264            }265            if newTimer {266                print("Adding received: \(receivedIndex) to timer list")267                timerList.append(receivedTimer)268            }269        }270        for timer in timerList {271            print("[Resulting] \(timer.timerName) w created: \(timer.createdDate) modified: \(timer.modifiedDate)")272        }273        274        if let handler = replyHandler {275            let propertyListEncoder = PropertyListEncoder()276            if let encodedTimers = try? propertyListEncoder.encode(self.timerList) {277                let message = [WCSessionMessageType.timerList : encodedTimers]278                handler(message)279            }280        }281    }282}283struct directories {284    let documentsDirectory = FileManager.default.urls(for: .documentDirectory, in: .userDomainMask).first!285    var credentialArchieveURL: URL {286        return documentsDirectory.appendingPathComponent("credential").appendingPathExtension("plist")287    }288    var projectsArchieveURL: URL {289        return documentsDirectory.appendingPathComponent("projects").appendingPathExtension("plist")...

Inventory.swift

Source:Inventory.swift

...41	}42}43extension Inventory {44	func writeInventoryToUserData() {45		let propertyListEncoder = PropertyListEncoder()46		do {47			let inventoryData: [Product] = self.productArray48			let data = try propertyListEncoder.encode(inventoryData)49			UserDefaults.standard.set(data, forKey: "data")50		}51		catch {52			print(error)53		}54	}55	func removeProductFromInventoryMaster(product: Product) {56		guard let indexOfProduct = self.productArray.firstIndex(of: product) else { return }57		self.productArray.remove(at: indexOfProduct)58		let propertyListEncoder = PropertyListEncoder()59		do {60//			let inventory: Inventory = self61			let products: [Product] = self.productArray62			let data = try propertyListEncoder.encode(products)63			UserDefaults.standard.set(data, forKey: "data")64		}65		catch {66			print(error)67		}68	}69	func addProductToInventoryMaster(product: Product) {70		self.productArray.append(product)71		let propertyListEncoder = PropertyListEncoder()72		do {73			let inventoryData: [Product] = self.productArray74			let data = try propertyListEncoder.encode(inventoryData)75			UserDefaults.standard.set(data, forKey: "data")76		}77		catch {78			print(error)79		}80	}81}82extension Inventory {83	func saveInventoryToCloud() {84		let database = CKContainer.default().privateCloudDatabase85		let encoder = PropertyListEncoder()86		do {87			let inventoryData = self.productArray88			let dataEncodedForCloud = try encoder.encode(inventoryData)89			let newInventoryForCloud = CKRecord(recordType: "Inventory", recordID: CKRecord.ID(recordName: "InventoryData"))90			newInventoryForCloud.setValue(dataEncodedForCloud, forKey: "inventoryData")91			database.save(newInventoryForCloud) { (record, error) in92				guard record != nil else { return }93				print("saved inventory to cloud \(record.debugDescription)", error?.localizedDescription ?? "No errors in saving inventory to cloud. This method should not be in use")94			}95		}96		catch {97			print(error)98		}99	}...

JSONManager.swift

Source:JSONManager.swift

...12        let documentsDirectory = FileManager.default.urls(for: .documentDirectory, in: .userDomainMask).first!13        14        let archiveURL = documentsDirectory.appendingPathComponent("workouts").appendingPathExtension("plist")15        16        let propertyListEncoder = PropertyListEncoder()17        18        let encodedWorkouts = try? propertyListEncoder.encode(workout)19        20        try? encodedWorkouts?.write(to: archiveURL, options: .noFileProtection)21        22    }23    24    func readWorkoutsFromDisk() -> JSONWorkouts? {25        26        let documentsDirectory = FileManager.default.urls(for: .documentDirectory, in: .userDomainMask).first!27        28        let archiveURL = documentsDirectory.appendingPathComponent("workouts").appendingPathExtension("plist")29        30        let propertyListDecoder = PropertyListDecoder()31        32        if let retrievedWorkoutsData = try? Data(contentsOf: archiveURL), let decodedWorkouts = try? propertyListDecoder.decode(JSONWorkouts.self, from: retrievedWorkoutsData) {33            return decodedWorkouts34        }35        return nil36    }37    38    func writeExercisesToDisk(exercises: [Exercise]) {39        40        let documentsDirectory = FileManager.default.urls(for: .documentDirectory, in: .userDomainMask).first!41        42        let archiveURL = documentsDirectory.appendingPathComponent("exercises").appendingPathExtension("plist")43        44        let propertyListEncoder = PropertyListEncoder()45        46        let encodedExercises = try? propertyListEncoder.encode(exercises)47        48        try? encodedExercises?.write(to: archiveURL, options: .noFileProtection)49        50    }51    52    func readExercisesFromDisk() -> [Exercise]? {53        54        let documentsDirectory = FileManager.default.urls(for: .documentDirectory, in: .userDomainMask).first!55        56        let archiveURL = documentsDirectory.appendingPathComponent("exercises").appendingPathExtension("plist")57        58        let propertyListDecoder = PropertyListDecoder()...

PropertyListEncoder

Using AI Code Generation

1import Foundation2import SnapshotTesting3let encoder = PropertyListEncoder()4let data = try! encoder.encode(["name": "John"])5let xml = String(data: data, encoding: .utf8)!6assertSnapshot(matching: xml, as: .lines)7import Foundation8import SnapshotTesting9let decoder = PropertyListDecoder()10let data = xml.data(using: .utf8)!11let dict = try! decoder.decode([String: String].self, from: data)12assertSnapshot(matching: dict, as: .dump)13import Foundation14import SnapshotTesting15let encoder = JSONEncoder()16let data = try! encoder.encode(["name": "John"])17let json = String(data: data, encoding: .utf8)!18assertSnapshot(matching: json, as: .lines)19import Foundation20import SnapshotTesting21let decoder = JSONDecoder()22    {23    }24let data = json.data(using: .utf8)!25let dict = try! decoder.decode([String: String].self, from: data)26assertSnapshot(matching: dict, as: .dump)27import Foundation28import SnapshotTesting29let decoder = JSONDecoder()30    {31    }32let data = json.data(using: .utf8)!33let dict = try! decoder.decode([String: String].self, from: data)34assertSnapshot(matching: dict, as: .dump)35import Foundation36import SnapshotTesting37let decoder = JSONDecoder()38    {39    }40let data = json.data(using: .utf8)!

PropertyListEncoder

Using AI Code Generation

1import SnapshotTesting2import XCTest3final class SnapshotTest: XCTestCase {4    func testExample() {5        let encoder = PropertyListEncoder()6        let data = try! encoder.encode(["key1": "value1", "key2": "value2"])7        assertSnapshot(matching: data, as: .binary)8    }9}10import SnapshotTesting11import XCTest12final class SnapshotTest: XCTestCase {13    func testExample() {14        let encoder = PropertyListEncoder()15        let data = try! encoder.encode(["key1": "value1", "key2": "value2"])16        assertSnapshot(matching: data, as: .data)17    }18}

PropertyListEncoder

Using AI Code Generation

1import XCTest2import SnapshotTesting3@testable import PropertyListEncoder4class PropertyListEncoderTests: XCTestCase {5    func testPropertyListEncoder() {6        let encoder = PropertyListEncoder()7        let encoderData = try! encoder.encode(["a": "b"])8        assertSnapshot(matching: encoderData, as: .binary)9    }10}11import XCTest12import SnapshotTesting13@testable import PropertyListEncoder14class PropertyListEncoderTests: XCTestCase {15    func testPropertyListEncoder() {16        let encoder = Foundation.PropertyListEncoder()17        let encoderData = try! encoder.encode(["a": "b"])18        assertSnapshot(matching: encoderData, as: .binary)19    }20}

PropertyListEncoder

Using AI Code Generation

1import Foundation2import XCTest3import SnapshotTesting4class PropertyListEncoderTests: XCTestCase {5    func testPropertyListEncoder() throws {6        let encoder = PropertyListEncoder()7        let data = try encoder.encode(["foo": "bar"])8        assertSnapshot(matching: data, as: .propertyList)9    }10}11class PropertyListDecoderTests: XCTestCase {12    func testPropertyListDecoder() throws {13        let decoder = PropertyListDecoder()14        let data = try decoder.decode([String: String].self, from: Data())15        assertSnapshot(matching: data, as: .propertyList)16    }17}18import Foundation19import XCTest20import SnapshotTesting21class PropertyListEncoderTests: XCTestCase {22    func testPropertyListEncoder() throws {23        let encoder = PropertyListEncoder()24        let data = try encoder.encode(["foo": "bar"])25        assertSnapshot(matching: data, as: .propertyList)26    }27}28class PropertyListDecoderTests: XCTestCase {29    func testPropertyListDecoder() throws {30        let decoder = PropertyListDecoder()

PropertyListEncoder

Using AI Code Generation

1import Foundation2struct Person: Codable {3}4var person = Person(name: "John", age: 25)5let encoder = PropertyListEncoder()6let data = try! encoder.encode(person)7let plist = NSString(data: data, encoding: String.Encoding.utf8.rawValue)8print(plist!)9import Foundation10struct Person: Codable {11}12let decoder = PropertyListDecoder()13let data = try! Data(contentsOf: URL(fileURLWithPath: "1.plist"))14let person = try! decoder.decode(Person.self, from: data)15print(person)16import Foundation17struct Person: Codable {18}19var person = Person(name: "John", age: 25)20let encoder = JSONEncoder()21let data = try! encoder.encode(person)22let json = NSString(data: data, encoding: String.Encoding.utf8.rawValue)23print(json!)24import Foundation25struct Person: Codable {26}27let decoder = JSONDecoder()28let data = try! Data(contentsOf: URL(fileURLWithPath: "3.json"))29let person = try! decoder.decode(Person.self, from: data)30print(person)31import Foundation32struct Person: Codable {33}34let data = try! Data(contentsOf: URL(fileURLWithPath: "1.plist"))35let plist = try! PropertyListSerialization.propertyList(from: data, options: [], format: nil)36print(plist)

PropertyListEncoder

Using AI Code Generation

1import Foundation2let encoder = PropertyListEncoder()3let data = try! encoder.encode(["Hello": "World"])4let string = String(data: data, encoding: .utf8)!5print(string)6import Foundation7let data = try! PropertyListSerialization.data(fromPropertyList: dictionary,8let string = String(data: data, encoding: .utf8)!9print(string)10import Foundation11let data = try! PropertyListSerialization.data(fromPropertyList: dictionary,12let string = String(data: data, encoding: .utf8)!13print(string)14import Foundation15let data = try! PropertyListSerialization.data(from

PropertyListEncoder

Using AI Code Generation

1import Foundation2import SnapshotTesting3struct Person: Codable {4}5    Person(name: "John", age: 55),6    Person(name: "Jane", age: 42),7    Person(name: "Bob", age: 33)8let encoder = PropertyListEncoder()9let data = try! encoder.encode(people)10try! data.write(to: URL(fileURLWithPath: "people.plist"))11assertSnapshot(matching: data, as: .propertyList)12import Foundation13import SnapshotTesting14let decoder = PropertyListDecoder()15let people = try! decoder.decode([Person].self, from: Data(contentsOf: URL(fileURLWithPath: "people.plist")))16assertSnapshot(matching: people, as: .dump)17import Foundation18import SnapshotTesting19struct Person: Codable {20}21    "John": Person(name: "John", age: 55),22    "Jane": Person(name: "Jane", age: 42),23    "Bob": Person(name: "Bob", age: 33)24let encoder = PropertyListEncoder()25let data = try! encoder.encode(people)26try! data.write(to: URL(fileURLWithPath: "people.plist"))27assertSnapshot(matching: data, as: .propertyList)

PropertyListEncoder

Using AI Code Generation

1import XCTest2import SnapshotTesting3@testable import SnapshotTesting4class SnapshotTesting: XCTestCase {5    func testEncoding() throws {6        let encoder = PropertyListEncoder()7        let encodedData = try encoder.encode(data)8        assertSnapshot(matching: encodedData, as: .binary)9    }10}11import XCTest12import SnapshotTesting13@testable import SnapshotTesting14class SnapshotTesting: XCTestCase {15    func testDecoding() throws {16        let encoder = PropertyListEncoder()17        let encodedData = try encoder.encode(data)18        let decoder = PropertyListDecoder()19        let decodedData = try decoder.decode([Int].self, from: encodedData)20        XCTAssertEqual(data, decodedData)21    }22}23import XCTest24import SnapshotTesting25@testable import SnapshotTesting26class SnapshotTesting: XCTestCase {27    func testDecoding() throws {28        let encoder = PropertyListEncoder()29        let encodedData = try encoder.encode(data)30        let decoder = PropertyListDecoder()31        let decodedData = try decoder.decode([Int].self, from: encodedData)32        XCTAssertEqual(data, decodedData)33    }34}35import XCTest36import SnapshotTesting

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