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OSSL.test.php
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<?php
namespace Tests;
require_once __DIR__ . "/OSSL.php";
use \PHPUnit\Framework\TestCase;
use \rogoss\OSSL\OSSL;
class TestOSSL extends TestCase
{
const ENC_PAYLOAD = "Hello World";
const JSON_PAYLOAD = ["Hello" => "World"];
static $sPubKey = "";
static $sPrivKey = "";
static $sEncrypted = "";
// BM: KeyGen
//==========================================================================
public function testKeyGen()
{
OSSL::KeyGen()->createNewKeys(self::$sPrivKey, self::$sPubKey);
$this->assertNotEmpty(self::$sPubKey, "expected public key to not be empty");
$this->assertNotEmpty(self::$sPrivKey, "expected private key to not be empty");
}
public function testGenPublicKeyFromPrivateKey()
{
$this->assertNotEmpty(self::$sPrivKey, "expected private key to not be empty");
self::$sPubKey = OSSL::KeyGen()->createPublicKeyFromPrivate(self::$sPrivKey);
$this->assertNotEmpty(self::$sPubKey, "expected public key to not be empty");
}
// BM: PrivateKey Encryption => PublicKey Decrypt
//==========================================================================
public function testPrivateKeyEncrytion()
{
$this->assertNotEmpty(self::$sPrivKey, "expected private key to not be empty");
self::$sEncrypted = OSSL::Encrypter()->privateKey(self::$sPrivKey)->encrypt(self::ENC_PAYLOAD, false);
$this->assertMatchesRegularExpression("/^[0-9a-z+\/]+={0,2}$/i", self::$sEncrypted, "expected encrypted value to be a base64 encoded value");
}
public function testPublicKeyDecryption()
{
$this->assertNotEmpty(self::$sPubKey, "expected public key to not be empty");
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted content to not be empty");
$sDecrypted = OSSL::Decrypter()->publicKey(self::$sPubKey)->decrypt(self::$sEncrypted, false);
$this->assertEquals(self::ENC_PAYLOAD, $sDecrypted, "expected decrypted data to match what was encrypted");
}
public function testPublicKeyDecryptionWithWrongKey()
{
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted content to not be empty");
$sPr = $sPu = "";
OSSL::KeyGen()->createNewKeys($sPr, $sPu);
$this->assertNotEquals(self::ENC_PAYLOAD, OSSL::Decrypter()->publicKey($sPu)->decrypt(self::$sEncrypted, false));
}
public function testPublicKeyDecryptionWithPrivateKey()
{
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted content to not be empty");
$this->assertNotEmpty(self::$sPrivKey, "expected private key not be empty");
$this->assertNotEquals(self::ENC_PAYLOAD, OSSL::Decrypter()->privateKey(self::$sPrivKey)->decrypt(self::$sEncrypted, false));
}
public function testPrivateKeyEncryptionRaw()
{
$this->assertNotEmpty(self::$sPrivKey, "expected private key to not be empty");
self::$sEncrypted = OSSL::Encrypter()->privateKey(self::$sPrivKey)->encrypt(self::ENC_PAYLOAD, true);
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted value to not be empty");
$this->assertNotEquals(self::ENC_PAYLOAD, self::$sEncrypted, "expected encrypted value to not be empty");
}
public function testPublicKeyDecryptionRaw()
{
$this->assertNotEmpty(self::$sPubKey, "expected public key to not be empty");
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted content to not be empty");
$sDecrypted = OSSL::Decrypter()->publicKey(self::$sPubKey)->decrypt(self::$sEncrypted, true);
$this->assertEquals(self::ENC_PAYLOAD, $sDecrypted, "expected decrypted data to match what was encrypted");
}
public function testPrivateKeyEncryptionJSON()
{
$this->assertNotEmpty(self::$sPrivKey, "expected private key to not be empty");
self::$sEncrypted = OSSL::Encrypter()->privateKey(self::$sPrivKey)->json()->encrypt(self::JSON_PAYLOAD);
$this->assertMatchesRegularExpression("/^[0-9a-z+\/]+={0,2}$/i", self::$sEncrypted, "expected encrypted value to be a base64 encoded value");
}
public function testPublicKeyDecryptionJSON()
{
$this->assertNotEmpty(self::$sPubKey, "expected public key to not be empty");
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted content to not be empty");
$aDecrypted = OSSL::Decrypter()->publicKey(self::$sPubKey)->json()->decrypt(self::$sEncrypted);
$this->assertSame(self::JSON_PAYLOAD, $aDecrypted);
}
public function testPrivateKeyEncryptionJSONRaw()
{
$this->assertNotEmpty(self::$sPrivKey, "expected private key to not be empty");
self::$sEncrypted = OSSL::Encrypter()->privateKey(self::$sPrivKey)->json()->encrypt(self::JSON_PAYLOAD, true);
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted value to not be empty");
}
public function testPublicKeyDecryptionJSONRaw()
{
$this->assertNotEmpty(self::$sPubKey, "expected public key to not be empty");
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted content to not be empty");
$aDecrypted = OSSL::Decrypter()->publicKey(self::$sPubKey)->json()->decrypt(self::$sEncrypted, true);
$this->assertSame(self::JSON_PAYLOAD, $aDecrypted, "expected decrypted data to match what was encrypted");
}
// BM: Public Encryption => Private Decrypt
//==========================================================================
public function testPublicKeyEncrytion()
{
$this->assertNotEmpty(self::$sPrivKey, "expected private key to not be empty");
self::$sEncrypted = OSSL::Encrypter()->publicKey(self::$sPubKey)->encrypt(self::ENC_PAYLOAD, false);
$this->assertMatchesRegularExpression("/^[0-9a-z+\/]+={0,2}$/i", self::$sEncrypted, "expected encrypted value to be a base64 encoded value");
}
public function testPrivateKeyDecryption()
{
$this->assertNotEmpty(self::$sPrivKey, "expected private key to not be empty");
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted content to not be empty");
$sDecrypted = OSSL::Decrypter()->privateKey(self::$sPrivKey)->decrypt(self::$sEncrypted, false);
$this->assertEquals(self::ENC_PAYLOAD, $sDecrypted, "expected decrypted data to match what was encrypted");
}
public function testPrivateKeyDecryptionWithWrongKey()
{
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted content to not be empty");
$sPr = $sPu = "";
OSSL::KeyGen()->createNewKeys($sPr, $sPu);
$this->assertNotEquals(self::ENC_PAYLOAD, OSSL::Decrypter()->privateKey($sPr)->decrypt(self::$sEncrypted, false));
}
public function testPrivateKeyDecryptionWithPublicKey()
{
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted content to not be empty");
$this->assertNotEmpty(self::$sPubKey, "expected public key not be empty");
$this->assertNotEquals(self::ENC_PAYLOAD, OSSL::Decrypter()->publicKey(self::$sPubKey)->decrypt(self::$sEncrypted, false));
}
public function testPublicKeyEncryptionRaw()
{
$this->assertNotEmpty(self::$sPubKey, "expected public key to not be empty");
self::$sEncrypted = OSSL::Encrypter()->publicKey(self::$sPubKey)->encrypt(self::ENC_PAYLOAD, true);
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted value to not be empty");
$this->assertNotEquals(self::ENC_PAYLOAD, self::$sEncrypted, "expected encrypted value to not be empty");
}
public function testPrivateKeyDecryptionRaw()
{
$this->assertNotEmpty(self::$sPrivKey, "expected private key to not be empty");
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted content to not be empty");
$sDecrypted = OSSL::Decrypter()->privateKey(self::$sPrivKey)->decrypt(self::$sEncrypted, true);
$this->assertEquals(self::ENC_PAYLOAD, $sDecrypted, "expected decrypted data to match what was encrypted");
}
public function testPublicKeyEncryptionJSON()
{
$this->assertNotEmpty(self::$sPubKey, "expected public key to not be empty");
self::$sEncrypted = OSSL::Encrypter()->publicKey(self::$sPubKey)->json()->encrypt(self::JSON_PAYLOAD);
$this->assertMatchesRegularExpression("/^[0-9a-z+\/]+={0,2}$/i", self::$sEncrypted, "expected encrypted value to be a base64 encoded value");
}
public function testPrivateKeyDecryptionJSON()
{
$this->assertNotEmpty(self::$sPrivKey, "expected private key to not be empty");
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted content to not be empty");
$aDecrypted = OSSL::Decrypter()->privateKey(self::$sPrivKey)->json()->decrypt(self::$sEncrypted);
$this->assertSame(self::JSON_PAYLOAD, $aDecrypted);
}
public function testPublicKeyEncryptionJSONRaw()
{
$this->assertNotEmpty(self::$sPubKey, "expected private key to not be empty");
self::$sEncrypted = OSSL::Encrypter()->publicKey(self::$sPubKey)->json()->encrypt(self::JSON_PAYLOAD, true);
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted value to not be empty");
}
public function testPrivateKeyDecryptionJSONRaw()
{
$this->assertNotEmpty(self::$sPrivKey, "expected private key to not be empty");
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted content to not be empty");
$aDecrypted = OSSL::Decrypter()->privateKey(self::$sPrivKey)->json()->decrypt(self::$sEncrypted, true);
$this->assertSame(self::JSON_PAYLOAD, $aDecrypted, "expected decrypted data to match what was encrypted");
}
// BM: Symetric En-/Decryption
//==========================================================================
public function testBasicCrypterEncrypt()
{
self::$sEncrypted = OSSL::BasicCrypter("hello", "123")->encrypt(self::ENC_PAYLOAD);
$this->assertMatchesRegularExpression("/^[0-9a-z+\/]+={0,2}$/i", self::$sEncrypted, "expected encrypted value to be a base64 encoded value");
}
public function testBasicCrypterDecrypt()
{
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted content to not be empty");
$sDec = OSSL::BasicCrypter("hello", "123")->decrypt(self::$sEncrypted);
$this->assertEquals(self::ENC_PAYLOAD, $sDec);
}
public function testBasicCrypterDecryptWithWongPassword()
{
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted content to not be empty");
$this->assertNotEquals(self::ENC_PAYLOAD, OSSL::BasicCrypter("world", "123")->decrypt(self::$sEncrypted));
}
public function testBasicCrypterDecryptWithWongIV()
{
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted content to not be empty");
$this->assertNotEquals(self::ENC_PAYLOAD, OSSL::BasicCrypter("hello", "456")->decrypt(self::$sEncrypted));
}
public function testBasicCrypterEncryptJSON()
{
self::$sEncrypted = OSSL::BasicCrypter("hello", "123")->json()->encrypt(self::JSON_PAYLOAD);
$this->assertMatchesRegularExpression("/^[0-9a-z+\/]+={0,2}$/i", self::$sEncrypted, "expected encrypted value to be a base64 encoded value");
}
public function testBasicCrypterDecryptJSON()
{
$this->assertNotEmpty(self::$sEncrypted, "expected encrypted content to not be empty");
$mDec = OSSL::BasicCrypter("hello", "123")->json()->decrypt(self::$sEncrypted);
$this->assertSame(self::JSON_PAYLOAD, $mDec);
}
}