@Test public void testFromUnikeyRSAOAEP() throws Exception { final RSAOAEPPrivateKey pk1 = UnikeyFactory.rsaOaepPKFromUnikey(pk1Bytes); assertNotNull(pk1); assertArrayEquals( pk1E, BigIntegers.asUnsignedByteArray(pk1.state.keyParameters.getPublicExponent())); assertArrayEquals( pk1P, BigIntegers.asUnsignedByteArray(pk1.state.keyParameters.getP())); assertArrayEquals( pk1Q, BigIntegers.asUnsignedByteArray(pk1.state.keyParameters.getQ())); }
@Nullable static RSAOAEPPrivateKey rsaOaepPKFromUnikey(@NonNull byte[] bytes) { assert bytes != null; try { final ArrayList unpackedFromBoss = Boss.load(bytes); assert ((Integer) unpackedFromBoss.get(0)) == 0; final byte[] e = ((Bytes) unpackedFromBoss.get(1)).toArray(), p = ((Bytes) unpackedFromBoss.get(2)).toArray(), q = ((Bytes) unpackedFromBoss.get(3)).toArray(); return new RSAOAEPPrivateKey( e, p, q, RSAOAEPPrivateKey.DEFAULT_OAEP_HASH, RSAOAEPPrivateKey.DEFAULT_MGF1_HASH, new SecureRandom()); } catch (Throwable e) { return null; } }
UnikeyFactory { @Nullable static RSAOAEPPrivateKey rsaOaepPKFromUnikey(@NonNull byte[] bytes) { assert bytes != null; try { final ArrayList unpackedFromBoss = Boss.load(bytes); assert ((Integer) unpackedFromBoss.get(0)) == 0; final byte[] e = ((Bytes) unpackedFromBoss.get(1)).toArray(), p = ((Bytes) unpackedFromBoss.get(2)).toArray(), q = ((Bytes) unpackedFromBoss.get(3)).toArray(); return new RSAOAEPPrivateKey( e, p, q, RSAOAEPPrivateKey.DEFAULT_OAEP_HASH, RSAOAEPPrivateKey.DEFAULT_MGF1_HASH, new SecureRandom()); } catch (Throwable e) { return null; } } }
UnikeyFactory { @Nullable static RSAOAEPPrivateKey rsaOaepPKFromUnikey(@NonNull byte[] bytes) { assert bytes != null; try { final ArrayList unpackedFromBoss = Boss.load(bytes); assert ((Integer) unpackedFromBoss.get(0)) == 0; final byte[] e = ((Bytes) unpackedFromBoss.get(1)).toArray(), p = ((Bytes) unpackedFromBoss.get(2)).toArray(), q = ((Bytes) unpackedFromBoss.get(3)).toArray(); return new RSAOAEPPrivateKey( e, p, q, RSAOAEPPrivateKey.DEFAULT_OAEP_HASH, RSAOAEPPrivateKey.DEFAULT_MGF1_HASH, new SecureRandom()); } catch (Throwable e) { return null; } }  }
UnikeyFactory { @Nullable static RSAOAEPPrivateKey rsaOaepPKFromUnikey(@NonNull byte[] bytes) { assert bytes != null; try { final ArrayList unpackedFromBoss = Boss.load(bytes); assert ((Integer) unpackedFromBoss.get(0)) == 0; final byte[] e = ((Bytes) unpackedFromBoss.get(1)).toArray(), p = ((Bytes) unpackedFromBoss.get(2)).toArray(), q = ((Bytes) unpackedFromBoss.get(3)).toArray(); return new RSAOAEPPrivateKey( e, p, q, RSAOAEPPrivateKey.DEFAULT_OAEP_HASH, RSAOAEPPrivateKey.DEFAULT_MGF1_HASH, new SecureRandom()); } catch (Throwable e) { return null; } }  @Nullable static PrivateKey fromUnikey(@NonNull byte[] bytes); @NonNull static byte[] toUnikey(@NonNull PrivateKey privateKey); }
UnikeyFactory { @Nullable static RSAOAEPPrivateKey rsaOaepPKFromUnikey(@NonNull byte[] bytes) { assert bytes != null; try { final ArrayList unpackedFromBoss = Boss.load(bytes); assert ((Integer) unpackedFromBoss.get(0)) == 0; final byte[] e = ((Bytes) unpackedFromBoss.get(1)).toArray(), p = ((Bytes) unpackedFromBoss.get(2)).toArray(), q = ((Bytes) unpackedFromBoss.get(3)).toArray(); return new RSAOAEPPrivateKey( e, p, q, RSAOAEPPrivateKey.DEFAULT_OAEP_HASH, RSAOAEPPrivateKey.DEFAULT_MGF1_HASH, new SecureRandom()); } catch (Throwable e) { return null; } }  @Nullable static PrivateKey fromUnikey(@NonNull byte[] bytes); @NonNull static byte[] toUnikey(@NonNull PrivateKey privateKey);  }