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578 lines
29 KiB
Swift
578 lines
29 KiB
Swift
// Copyright © 2022 Rangeproof Pty Ltd. All rights reserved.
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import Foundation
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import Sodium
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import GRDB
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import SessionUtilitiesKit
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import Quick
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import Nimble
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@testable import SessionMessagingKit
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class MessageReceiverDecryptionSpec: QuickSpec {
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override class func spec() {
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// MARK: Configuration
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@TestState var mockCrypto: MockCrypto! = MockCrypto(
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initialSetup: { crypto in
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crypto
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.when { crypto in
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try crypto.perform(
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.encryptAeadXChaCha20(
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message: anyArray(),
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secretKey: anyArray(),
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nonce: anyArray(),
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using: any()
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)
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)
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}
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.thenReturn(nil)
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crypto
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.when {
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try $0.perform(
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.open(
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anonymousCipherText: anyArray(),
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recipientPublicKey: anyArray(),
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recipientSecretKey: anyArray()
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)
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)
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}
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.thenReturn([UInt8](repeating: 0, count: 100))
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crypto
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.when { crypto in
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crypto.generate(
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.blindedKeyPair(
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serverPublicKey: any(),
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edKeyPair: any(),
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using: any()
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)
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)
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}
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.thenReturn(
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KeyPair(
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publicKey: Data(hex: TestConstants.blindedPublicKey).bytes,
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secretKey: Data(hex: TestConstants.edSecretKey).bytes
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)
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)
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crypto
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.when { crypto in
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try crypto.perform(
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.sharedBlindedEncryptionKey(
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secretKey: anyArray(),
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otherBlindedPublicKey: anyArray(),
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fromBlindedPublicKey: anyArray(),
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toBlindedPublicKey: anyArray(),
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using: any()
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)
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)
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}
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.thenReturn([])
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crypto
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.when { crypto in
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try crypto.perform(
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.generateBlindingFactor(serverPublicKey: any(), using: any())
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)
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}
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.thenReturn([])
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crypto
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.when { try $0.perform(.combineKeys(lhsKeyBytes: anyArray(), rhsKeyBytes: anyArray())) }
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.thenReturn(Data(hex: TestConstants.blindedPublicKey).bytes)
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crypto
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.when { try $0.perform(.toX25519(ed25519PublicKey: anyArray())) }
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.thenReturn(Data(hex: TestConstants.publicKey).bytes)
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crypto
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.when { $0.verify(.signature(message: anyArray(), publicKey: anyArray(), signature: anyArray())) }
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.thenReturn(true)
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crypto
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.when {
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try $0.perform(
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.decryptAeadXChaCha20(
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authenticatedCipherText: anyArray(),
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secretKey: anyArray(),
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nonce: anyArray()
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)
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)
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}
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.thenReturn("TestMessage".data(using: .utf8)!.bytes + [UInt8](repeating: 0, count: 32))
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crypto.when { $0.size(.nonce24) }.thenReturn(24)
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crypto.when { $0.size(.publicKey) }.thenReturn(32)
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crypto.when { $0.size(.signature) }.thenReturn(64)
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crypto
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.when { try $0.perform(.generateNonce24()) }
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.thenReturn(Data(base64Encoded: "pbTUizreT0sqJ2R2LloseQDyVL2RYztD")!.bytes)
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}
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)
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@TestState var dependencies: Dependencies! = Dependencies(
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storage: nil,
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crypto: mockCrypto
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)
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@TestState var mockStorage: Storage! = {
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let result = SynchronousStorage(
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customWriter: try! DatabaseQueue(),
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migrationTargets: [
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SNUtilitiesKit.self,
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SNMessagingKit.self
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],
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initialData: { db in
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try Identity(variant: .ed25519PublicKey, data: Data(hex: TestConstants.edPublicKey)).insert(db)
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try Identity(variant: .ed25519SecretKey, data: Data(hex: TestConstants.edSecretKey)).insert(db)
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},
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using: dependencies
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)
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dependencies.storage = result
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return result
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}()
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// MARK: - a MessageReceiver
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describe("a MessageReceiver") {
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// MARK: -- when decrypting with the session protocol
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context("when decrypting with the session protocol") {
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// MARK: ---- successfully decrypts a message
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it("successfully decrypts a message") {
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let result = try? MessageReceiver.decryptWithSessionProtocol(
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ciphertext: Data(
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base64Encoded: "SRP0eBUWh4ez6ppWjUs5/Wph5fhnPRgB5zsWWnTz+FBAw/YI3oS2pDpIfyetMTbU" +
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"sFMhE5G4PbRtQFey1hsxLl221Qivc3ayaX2Mm/X89Dl8e45BC+Lb/KU9EdesxIK4pVgYXs9XrMtX3v8" +
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"dt0eBaXneOBfr7qB8pHwwMZjtkOu1ED07T9nszgbWabBphUfWXe2U9K3PTRisSCI="
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)!,
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using: KeyPair(
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publicKey: Data.data(fromHex: TestConstants.publicKey)!.bytes,
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secretKey: Data.data(fromHex: TestConstants.privateKey)!.bytes
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),
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using: Dependencies()
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)
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expect(String(data: (result?.plaintext ?? Data()), encoding: .utf8)).to(equal("TestMessage"))
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expect(result?.senderX25519PublicKey)
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.to(equal("0588672ccb97f40bb57238989226cf429b575ba355443f47bc76c5ab144a96c65b"))
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}
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// MARK: ---- throws an error if it cannot open the message
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it("throws an error if it cannot open the message") {
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mockCrypto
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.when {
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try $0.perform(
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.open(
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anonymousCipherText: anyArray(),
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recipientPublicKey: anyArray(),
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recipientSecretKey: anyArray()
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)
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)
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}
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.thenReturn(nil)
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expect {
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try MessageReceiver.decryptWithSessionProtocol(
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ciphertext: "TestMessage".data(using: .utf8)!,
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using: KeyPair(
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publicKey: Data.data(fromHex: TestConstants.publicKey)!.bytes,
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secretKey: Data.data(fromHex: TestConstants.privateKey)!.bytes
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),
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using: dependencies
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)
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}
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.to(throwError(MessageReceiverError.decryptionFailed))
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}
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// MARK: ---- throws an error if the open message is too short
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it("throws an error if the open message is too short") {
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mockCrypto
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.when {
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try $0.perform(
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.open(
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anonymousCipherText: anyArray(),
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recipientPublicKey: anyArray(),
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recipientSecretKey: anyArray()
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)
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)
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}
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.thenReturn([1, 2, 3])
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expect {
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try MessageReceiver.decryptWithSessionProtocol(
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ciphertext: "TestMessage".data(using: .utf8)!,
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using: KeyPair(
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publicKey: Data.data(fromHex: TestConstants.publicKey)!.bytes,
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secretKey: Data.data(fromHex: TestConstants.privateKey)!.bytes
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),
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using: dependencies
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)
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}
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.to(throwError(MessageReceiverError.decryptionFailed))
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}
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// MARK: ---- throws an error if it cannot verify the message
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it("throws an error if it cannot verify the message") {
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mockCrypto
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.when { $0.verify(.signature(message: anyArray(), publicKey: anyArray(), signature: anyArray())) }
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.thenReturn(false)
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expect {
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try MessageReceiver.decryptWithSessionProtocol(
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ciphertext: "TestMessage".data(using: .utf8)!,
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using: KeyPair(
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publicKey: Data.data(fromHex: TestConstants.publicKey)!.bytes,
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secretKey: Data.data(fromHex: TestConstants.privateKey)!.bytes
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),
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using: dependencies
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)
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}
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.to(throwError(MessageReceiverError.invalidSignature))
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}
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// MARK: ---- throws an error if it cannot get the senders x25519 public key
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it("throws an error if it cannot get the senders x25519 public key") {
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mockCrypto.when { try $0.perform(.toX25519(ed25519PublicKey: anyArray())) }.thenReturn(nil)
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expect {
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try MessageReceiver.decryptWithSessionProtocol(
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ciphertext: "TestMessage".data(using: .utf8)!,
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using: KeyPair(
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publicKey: Data.data(fromHex: TestConstants.publicKey)!.bytes,
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secretKey: Data.data(fromHex: TestConstants.privateKey)!.bytes
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),
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using: dependencies
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)
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}
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.to(throwError(MessageReceiverError.decryptionFailed))
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}
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}
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// MARK: -- when decrypting with the blinded session protocol
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context("when decrypting with the blinded session protocol") {
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// MARK: ---- successfully decrypts a message
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it("successfully decrypts a message") {
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let result = try? MessageReceiver.decryptWithSessionBlindingProtocol(
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data: Data(
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hex: "00db16b6687382811d69875a5376f66acad9c49fe5e26bcf770c7e6e9c230299" +
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"f61b315299dd1fa700dd7f34305c0465af9e64dc791d7f4123f1eeafa5b4d48b3ade4" +
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"f4b2a2764762e5a2c7900f254bd91633b43"
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),
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isOutgoing: true,
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otherBlindedPublicKey: "15\(TestConstants.blindedPublicKey)",
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with: TestConstants.serverPublicKey,
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userEd25519KeyPair: KeyPair(
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publicKey: Data.data(fromHex: TestConstants.edPublicKey)!.bytes,
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secretKey: Data.data(fromHex: TestConstants.edSecretKey)!.bytes
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),
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using: Dependencies()
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)
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expect(String(data: (result?.plaintext ?? Data()), encoding: .utf8)).to(equal("TestMessage"))
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expect(result?.senderX25519PublicKey)
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.to(equal("0588672ccb97f40bb57238989226cf429b575ba355443f47bc76c5ab144a96c65b"))
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}
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// MARK: ---- successfully decrypts a mocked incoming message
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it("successfully decrypts a mocked incoming message") {
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let result = try? MessageReceiver.decryptWithSessionBlindingProtocol(
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data: (
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Data([0]) +
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"TestMessage".data(using: .utf8)! +
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Data(base64Encoded: "pbTUizreT0sqJ2R2LloseQDyVL2RYztD")!
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),
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isOutgoing: false,
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otherBlindedPublicKey: "15\(TestConstants.blindedPublicKey)",
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with: TestConstants.serverPublicKey,
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userEd25519KeyPair: KeyPair(
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publicKey: Data.data(fromHex: TestConstants.edPublicKey)!.bytes,
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secretKey: Data.data(fromHex: TestConstants.edSecretKey)!.bytes
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),
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using: dependencies
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)
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expect(String(data: (result?.plaintext ?? Data()), encoding: .utf8)).to(equal("TestMessage"))
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expect(result?.senderX25519PublicKey)
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.to(equal("0588672ccb97f40bb57238989226cf429b575ba355443f47bc76c5ab144a96c65b"))
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}
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// MARK: ---- throws an error if the data is too short
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it("throws an error if the data is too short") {
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expect {
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try MessageReceiver.decryptWithSessionBlindingProtocol(
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data: Data([1, 2, 3]),
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isOutgoing: true,
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otherBlindedPublicKey: "15\(TestConstants.blindedPublicKey)",
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with: TestConstants.serverPublicKey,
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userEd25519KeyPair: KeyPair(
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publicKey: Data.data(fromHex: TestConstants.edPublicKey)!.bytes,
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secretKey: Data.data(fromHex: TestConstants.edSecretKey)!.bytes
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),
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using: dependencies
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)
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}
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.to(throwError(MessageReceiverError.decryptionFailed))
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}
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// MARK: ---- throws an error if it cannot get the blinded keyPair
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it("throws an error if it cannot get the blinded keyPair") {
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mockCrypto
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.when { [dependencies = dependencies!] crypto in
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crypto.generate(
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.blindedKeyPair(
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serverPublicKey: any(),
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edKeyPair: any(),
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using: dependencies
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)
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)
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}
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.thenReturn(nil)
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expect {
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try MessageReceiver.decryptWithSessionBlindingProtocol(
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data: (
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Data([0]) +
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"TestMessage".data(using: .utf8)! +
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Data(base64Encoded: "pbTUizreT0sqJ2R2LloseQDyVL2RYztD")!
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),
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isOutgoing: true,
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otherBlindedPublicKey: "15\(TestConstants.blindedPublicKey)",
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with: TestConstants.serverPublicKey,
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userEd25519KeyPair: KeyPair(
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publicKey: Data.data(fromHex: TestConstants.edPublicKey)!.bytes,
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secretKey: Data.data(fromHex: TestConstants.edSecretKey)!.bytes
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),
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using: dependencies
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)
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}
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.to(throwError(MessageReceiverError.decryptionFailed))
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}
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// MARK: ---- throws an error if it cannot get the decryption key
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it("throws an error if it cannot get the decryption key") {
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mockCrypto
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.when { [dependencies = dependencies!] crypto in
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try crypto.perform(
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.sharedBlindedEncryptionKey(
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secretKey: anyArray(),
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otherBlindedPublicKey: anyArray(),
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fromBlindedPublicKey: anyArray(),
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toBlindedPublicKey: anyArray(),
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using: dependencies
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)
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)
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}
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.thenReturn(nil)
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expect {
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try MessageReceiver.decryptWithSessionBlindingProtocol(
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data: (
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Data([0]) +
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"TestMessage".data(using: .utf8)! +
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Data(base64Encoded: "pbTUizreT0sqJ2R2LloseQDyVL2RYztD")!
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),
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isOutgoing: true,
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otherBlindedPublicKey: "15\(TestConstants.blindedPublicKey)",
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with: TestConstants.serverPublicKey,
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userEd25519KeyPair: KeyPair(
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publicKey: Data.data(fromHex: TestConstants.edPublicKey)!.bytes,
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secretKey: Data.data(fromHex: TestConstants.edSecretKey)!.bytes
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),
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using: dependencies
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)
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}
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.to(throwError(MessageReceiverError.decryptionFailed))
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}
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// MARK: ---- throws an error if the data version is not 0
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it("throws an error if the data version is not 0") {
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expect {
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try MessageReceiver.decryptWithSessionBlindingProtocol(
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data: (
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Data([1]) +
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"TestMessage".data(using: .utf8)! +
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Data(base64Encoded: "pbTUizreT0sqJ2R2LloseQDyVL2RYztD")!
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),
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isOutgoing: true,
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otherBlindedPublicKey: "15\(TestConstants.blindedPublicKey)",
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with: TestConstants.serverPublicKey,
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userEd25519KeyPair: KeyPair(
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publicKey: Data.data(fromHex: TestConstants.edPublicKey)!.bytes,
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secretKey: Data.data(fromHex: TestConstants.edSecretKey)!.bytes
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),
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using: dependencies
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)
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}
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.to(throwError(MessageReceiverError.decryptionFailed))
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}
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// MARK: ---- throws an error if it cannot decrypt the data
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it("throws an error if it cannot decrypt the data") {
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mockCrypto
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.when {
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try $0.perform(
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.decryptAeadXChaCha20(
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authenticatedCipherText: anyArray(),
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secretKey: anyArray(),
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nonce: anyArray()
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)
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)
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}
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.thenReturn(nil)
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expect {
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try MessageReceiver.decryptWithSessionBlindingProtocol(
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data: (
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Data([0]) +
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"TestMessage".data(using: .utf8)! +
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Data(base64Encoded: "pbTUizreT0sqJ2R2LloseQDyVL2RYztD")!
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),
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isOutgoing: true,
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otherBlindedPublicKey: "15\(TestConstants.blindedPublicKey)",
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with: TestConstants.serverPublicKey,
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userEd25519KeyPair: KeyPair(
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publicKey: Data.data(fromHex: TestConstants.edPublicKey)!.bytes,
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secretKey: Data.data(fromHex: TestConstants.edSecretKey)!.bytes
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),
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using: dependencies
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)
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}
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.to(throwError(MessageReceiverError.decryptionFailed))
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}
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// MARK: ---- throws an error if the inner bytes are too short
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it("throws an error if the inner bytes are too short") {
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mockCrypto
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.when {
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try $0.perform(
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.decryptAeadXChaCha20(
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authenticatedCipherText: anyArray(),
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secretKey: anyArray(),
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nonce: anyArray()
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)
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)
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}
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.thenReturn([1, 2, 3])
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expect {
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try MessageReceiver.decryptWithSessionBlindingProtocol(
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data: (
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Data([0]) +
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"TestMessage".data(using: .utf8)! +
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Data(base64Encoded: "pbTUizreT0sqJ2R2LloseQDyVL2RYztD")!
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),
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isOutgoing: true,
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otherBlindedPublicKey: "15\(TestConstants.blindedPublicKey)",
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with: TestConstants.serverPublicKey,
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userEd25519KeyPair: KeyPair(
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publicKey: Data.data(fromHex: TestConstants.edPublicKey)!.bytes,
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secretKey: Data.data(fromHex: TestConstants.edSecretKey)!.bytes
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),
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using: dependencies
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)
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}
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.to(throwError(MessageReceiverError.decryptionFailed))
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}
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// MARK: ---- throws an error if it cannot generate the blinding factor
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it("throws an error if it cannot generate the blinding factor") {
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mockCrypto
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.when { [dependencies = dependencies!] crypto in
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try crypto.perform(.generateBlindingFactor(serverPublicKey: any(), using: dependencies))
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}
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.thenReturn(nil)
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expect {
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try MessageReceiver.decryptWithSessionBlindingProtocol(
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data: (
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Data([0]) +
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"TestMessage".data(using: .utf8)! +
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Data(base64Encoded: "pbTUizreT0sqJ2R2LloseQDyVL2RYztD")!
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),
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isOutgoing: true,
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otherBlindedPublicKey: "15\(TestConstants.blindedPublicKey)",
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with: TestConstants.serverPublicKey,
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userEd25519KeyPair: KeyPair(
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publicKey: Data.data(fromHex: TestConstants.edPublicKey)!.bytes,
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secretKey: Data.data(fromHex: TestConstants.edSecretKey)!.bytes
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),
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using: dependencies
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)
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}
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.to(throwError(MessageReceiverError.invalidSignature))
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}
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// MARK: ---- throws an error if it cannot generate the combined key
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it("throws an error if it cannot generate the combined key") {
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mockCrypto
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.when { try $0.perform(.combineKeys(lhsKeyBytes: anyArray(), rhsKeyBytes: anyArray())) }
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.thenReturn(nil)
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expect {
|
|
try MessageReceiver.decryptWithSessionBlindingProtocol(
|
|
data: (
|
|
Data([0]) +
|
|
"TestMessage".data(using: .utf8)! +
|
|
Data(base64Encoded: "pbTUizreT0sqJ2R2LloseQDyVL2RYztD")!
|
|
),
|
|
isOutgoing: true,
|
|
otherBlindedPublicKey: "15\(TestConstants.blindedPublicKey)",
|
|
with: TestConstants.serverPublicKey,
|
|
userEd25519KeyPair: KeyPair(
|
|
publicKey: Data.data(fromHex: TestConstants.edPublicKey)!.bytes,
|
|
secretKey: Data.data(fromHex: TestConstants.edSecretKey)!.bytes
|
|
),
|
|
using: dependencies
|
|
)
|
|
}
|
|
.to(throwError(MessageReceiverError.invalidSignature))
|
|
}
|
|
|
|
// MARK: ---- throws an error if the combined key does not match kA
|
|
it("throws an error if the combined key does not match kA") {
|
|
mockCrypto
|
|
.when { try $0.perform(.combineKeys(lhsKeyBytes: anyArray(), rhsKeyBytes: anyArray())) }
|
|
.thenReturn(Data(hex: TestConstants.publicKey).bytes)
|
|
|
|
expect {
|
|
try MessageReceiver.decryptWithSessionBlindingProtocol(
|
|
data: (
|
|
Data([0]) +
|
|
"TestMessage".data(using: .utf8)! +
|
|
Data(base64Encoded: "pbTUizreT0sqJ2R2LloseQDyVL2RYztD")!
|
|
),
|
|
isOutgoing: true,
|
|
otherBlindedPublicKey: "15\(TestConstants.blindedPublicKey)",
|
|
with: TestConstants.serverPublicKey,
|
|
userEd25519KeyPair: KeyPair(
|
|
publicKey: Data.data(fromHex: TestConstants.edPublicKey)!.bytes,
|
|
secretKey: Data.data(fromHex: TestConstants.edSecretKey)!.bytes
|
|
),
|
|
using: dependencies
|
|
)
|
|
}
|
|
.to(throwError(MessageReceiverError.invalidSignature))
|
|
}
|
|
|
|
// MARK: ---- throws an error if it cannot get the senders x25519 public key
|
|
it("throws an error if it cannot get the senders x25519 public key") {
|
|
mockCrypto
|
|
.when { try $0.perform(.toX25519(ed25519PublicKey: anyArray())) }
|
|
.thenReturn(nil)
|
|
|
|
expect {
|
|
try MessageReceiver.decryptWithSessionBlindingProtocol(
|
|
data: (
|
|
Data([0]) +
|
|
"TestMessage".data(using: .utf8)! +
|
|
Data(base64Encoded: "pbTUizreT0sqJ2R2LloseQDyVL2RYztD")!
|
|
),
|
|
isOutgoing: true,
|
|
otherBlindedPublicKey: "15\(TestConstants.blindedPublicKey)",
|
|
with: TestConstants.serverPublicKey,
|
|
userEd25519KeyPair: KeyPair(
|
|
publicKey: Data.data(fromHex: TestConstants.edPublicKey)!.bytes,
|
|
secretKey: Data.data(fromHex: TestConstants.edSecretKey)!.bytes
|
|
),
|
|
using: dependencies
|
|
)
|
|
}
|
|
.to(throwError(MessageReceiverError.decryptionFailed))
|
|
}
|
|
}
|
|
}
|
|
}
|
|
}
|