diff --git a/enzevalos_iphone/DataHandler.swift b/enzevalos_iphone/DataHandler.swift
index 402f99c00c383dced15b6323e628c6a4c7ec60c5..c3f22f4c655dfa15235ae34bb2d69983c97c6403 100644
--- a/enzevalos_iphone/DataHandler.swift
+++ b/enzevalos_iphone/DataHandler.swift
@@ -1119,19 +1119,17 @@ class DataHandler {
return []
}
+ /**
+ Filters all Presistent Mails with encState == EncryptionState.UnableToDecrypt
+ */
func getAllNotDecryptedPersistentMail() -> [PersistentMail] {
let result = getAllPersistentMails().filter({ $0.encState == EncryptionState.UnableToDecrypt })
return result
}
- // filter all presistent mails without public key
- func getAllNoPublicKeyPersistentMail() -> [PersistentMail] {
- let result = getAllPersistentMails().filter({ $0.sigState == SignatureState.NoPublicKey })
- return result
- }
-
-
-
+ /**
+ Filters all Presistent Mails with sigState == SignatureState.NoPublicKey
+ */
func getAllNotSignedPersistentMail() -> [PersistentMail] {
let result = getAllPersistentMails().filter({ $0.sigState == SignatureState.NoPublicKey })
return result
diff --git a/enzevalos_iphone/SwiftPGP.swift b/enzevalos_iphone/SwiftPGP.swift
index c240656c81588ab3c53557a52ff18c4c8f1e4368..8d566aa811b098b6fab39b26a3fd1e5656971e93 100644
--- a/enzevalos_iphone/SwiftPGP.swift
+++ b/enzevalos_iphone/SwiftPGP.swift
@@ -596,7 +596,10 @@ class SwiftPGP: Encryption {
return CryptoObject(chiphertext: data, plaintext: plaintext, decryptedData: plaindata, sigState: sigState, encState: encState, signKey: sigKeyID, encType: CryptoScheme.PGP, signedAdrs: signedAdr)
}
- // A help function for findMailForSecrectKey and findNotSignedMailForPublicKey
+ /**
+ A help function for findMailForSecrectKey and findNotSignedMailForPublicKey
+ Receives a keyID as String and returns the corresponding key as a [Key] List.
+ */
func keyAsKeyList(keyID: String) -> [Key] {
var keyList = [Key]()
if let key: Key = loadKey(id: keyID) {
@@ -605,7 +608,9 @@ class SwiftPGP: Encryption {
return keyList
}
- // Finds undecrypted mails in persistent mails and and tries to decrypt with the incoming secret key
+ /**
+ Receives a keyID as String and searches for undecrypted mails in persistent mails and and tries to decrypt them with the incoming secret key.
+ */
func findMailForSecretKey(keyID: String) {
var encState = EncryptionState.UnableToDecrypt
var plaindata: Data? = nil
@@ -655,7 +660,9 @@ class SwiftPGP: Encryption {
return (nil, EncryptionState.NoEncryption)
}
- // Finds unsigned mails in persistent mails and and tries to verify them with the incoming public key
+ /**
+ Receives a keyID as String and searches for unsigned mails in persistent mails and and tries to verify them with the incoming public key.
+ */
func findNotSignedMailForPublicKey(keyID: String) {
var sigState = SignatureState.NoPublicKey
let key: [Key] = keyAsKeyList(keyID: keyID)
diff --git a/enzevalos_iphoneTests/CoreDataTests.swift b/enzevalos_iphoneTests/CoreDataTests.swift
index 1386de55de99d70db3269cc90691135afb542dc4..9d041ae6345f5180efbaa42cd7883e68aaf7cdf2 100644
--- a/enzevalos_iphoneTests/CoreDataTests.swift
+++ b/enzevalos_iphoneTests/CoreDataTests.swift
@@ -104,52 +104,6 @@ class CoraDataTests: XCTestCase {
}
}
- // Generate a test secret key
- func testkey() -> (String){
- let testsender = createUser()
- let testkeyID = pgp.generateKey(adr: testsender.mailbox, new: true)
- return testkeyID
-
- }
-
- // Test decryption of all undecrypted mails with new secret key
- func testfindMailForSecretKey() {
- let testkeyID = testkey()
- let swiftpgp = SwiftPGP()
-
- // E-Mail generieren
- guard let from = MCOAddress(mailbox: "sender@example.com") else {
- return
- }
-
- // Create test Mail
- guard let m1 = testMail(from: from, to: [user], cc: [], bcc: []) else {
- XCTFail("No test mail")
- return
- }
-
- // Create Ciphertext
- let body = "encrypted text"
- let senderPGP = SwiftPGP()
- let encryptedObject = senderPGP.encrypt(plaintext: body, ids: [testkeyID], myId: "")
- XCTAssert(encryptedObject.encryptionState == .ValidedEncryptedWithCurrentKey && encryptedObject.signatureState == .NoSignature)
-
- guard let cipher = encryptedObject.chiperString else {
- XCTFail("No chipher data")
- return
- }
-
- // Change Mail
- m1.unableToDecrypt = true
- m1.body = cipher
-
- datahandler.save(during: "")
-
- swiftpgp.findMailForSecretKey(keyID: testkeyID)
- XCTAssertEqual(m1.body, "encrypted text")
- XCTAssertFalse(m1.unableToDecrypt)
- }
-
func createUser(adr: String = String.random().lowercased(), name: String = String.random()) -> MCOAddress {
return MCOAddress.init(displayName: name, mailbox: adr.lowercased())
}
diff --git a/enzevalos_iphoneTests/CryptoTests.swift b/enzevalos_iphoneTests/CryptoTests.swift
index 06cbf1c028d152034c6a43823869733a5ea7082e..84e8b1487f9358edaba0e61c387d27242f82315e 100644
--- a/enzevalos_iphoneTests/CryptoTests.swift
+++ b/enzevalos_iphoneTests/CryptoTests.swift
@@ -610,7 +610,54 @@ class CryptoTests: XCTestCase {
return mail
}
- // Not finished yet
+ /**
+ Generate a test secret key
+ */
+ func testkey() -> (String){
+ let testsender = createUser()
+ let testkeyID = pgp.generateKey(adr: testsender.mailbox, new: true)
+ return testkeyID
+ }
+
+ func testfindMailForSecretKey() {
+ let testkeyID = testkey()
+
+ // E-Mail generieren
+ guard let from = MCOAddress(mailbox: "sender@example.com") else {
+ return
+ }
+
+ // Create test Mail
+ guard let m1 = testMail(from: from, to: [user], cc: [], bcc: []) else {
+ XCTFail("No test mail")
+ return
+ }
+
+ // Create Ciphertext
+ let body = "encrypted text"
+ let senderPGP = SwiftPGP()
+ let encryptedObject = senderPGP.encrypt(plaintext: body, ids: [testkeyID], myId: "")
+ XCTAssert(encryptedObject.encryptionState == .ValidedEncryptedWithCurrentKey && encryptedObject.signatureState == .NoSignature)
+
+ guard let cipher = encryptedObject.chiperString else {
+ XCTFail("No chipher data")
+ return
+ }
+
+ // Change Mail
+ m1.unableToDecrypt = true
+ m1.body = cipher
+
+ datahandler.save(during: "")
+
+ pgp.findMailForSecretKey(keyID: testkeyID)
+ XCTAssertEqual(m1.body, "encrypted text")
+ XCTAssertFalse(m1.unableToDecrypt)
+ }
+
+ /*
+ !!!!! Not finished yet !!!!!
+ */
func testfindNotSignedMailForPublicKey() {
// E-Mail generieren
guard let from = MCOAddress(mailbox: "alice@example.com") else {
diff --git a/enzevalos_iphoneTests/phishing/UrlStringExtensionTests.swift b/enzevalos_iphoneTests/phishing/UrlStringExtensionTests.swift
index 742e63872269541e2cf662ad8516f099816205fe..2ea8a380a3f5e581e10d4606dab59eee6c0dd2d3 100644
--- a/enzevalos_iphoneTests/phishing/UrlStringExtensionTests.swift
+++ b/enzevalos_iphoneTests/phishing/UrlStringExtensionTests.swift
@@ -109,21 +109,6 @@ class UrlStringExtensionTests: XCTestCase {
XCTAssertEqual(sld[2], finalSLD[2])
XCTAssertEqual(sld[3], finalSLD[3])
}
-
- func testIsValidRD(){
- let pattern = testMailText.isValidRD()
- XCTAssertNotNil(pattern)
- XCTAssertEqual(pattern[0], vaildRD[0])
- XCTAssertEqual(pattern[1], vaildRD[1])
- XCTAssertEqual(pattern[2], vaildRD[2])
- XCTAssertEqual(pattern[3], vaildRD[3])
- XCTAssertEqual(pattern[4], vaildRD[4])
- XCTAssertEqual(pattern[5], vaildRD[5])
- XCTAssertEqual(pattern[6], vaildRD[6])
- XCTAssertEqual(pattern[7], vaildRD[7])
- XCTAssertEqual(pattern[8], vaildRD[8])
- XCTAssertEqual(pattern[9], vaildRD[9])
- }
func testIsAllowedDistance() {
let str = "google"