@Test public void fingerprint() throws Exception { PrivateKey k = TestKeys.privateKey(0); byte[] f1 = k.getPublicKey().fingerprint(); assertEquals(33, f1.length); byte[] f2 = k.fingerprint(); assertArrayEquals(f1, f2); assertEquals(AbstractKey.FINGERPRINT_SHA256, f1[0]); }
public byte[] fingerprint() { throw new RuntimeException("this key does not support fingerprints"); }
AbstractKey implements Bindable, KeyMatcher { public byte[] fingerprint() { throw new RuntimeException("this key does not support fingerprints"); } }
AbstractKey implements Bindable, KeyMatcher { public byte[] fingerprint() { throw new RuntimeException("this key does not support fingerprints"); }  }
AbstractKey implements Bindable, KeyMatcher { public byte[] fingerprint() { throw new RuntimeException("this key does not support fingerprints"); }  byte[] encrypt(byte[] plain); byte[] decrypt(byte[] plain); byte[] sign(InputStream input, HashType hashType); byte[] sign(byte[] input, HashType hashType); boolean verify(InputStream input, byte[] signature, HashType hashType); boolean verify(byte[] input, byte[] signature, HashType hashType); boolean verify(String input, byte[] signature, HashType hashType); KeyInfo info(); byte[] packedInfo(); byte[] pack(); String packToBase64String(); void unpack(byte[] bytes); boolean canSign(); boolean isPublic(); boolean isPrivate(); AbstractKey getPublicKey(); @Override final Binder toBinder(); @Override final T updateFrom(Binder source); static AbstractKey fromBinder(Binder binder); boolean matchType(AbstractKey other); boolean matchTag(AbstractKey other); void setTag(String tag); void setTag(byte[] tag); @Override String toString(); Capsule.KeySource asKeySource(); byte[] fingerprint(); Digest updateDigestWithKeyComponents(Digest digest); byte[] createAnonymousId(); boolean matchAnonymousId(@NonNull byte[] packedId); KeyAddress address(boolean useSha3_384, int keyMark); final KeyAddress getShortAddress(); final KeyAddress getLongAddress(); @Override boolean isMatchingKey(AbstractKey key); @Override final boolean isMatchingKeyAddress(KeyAddress other); }
AbstractKey implements Bindable, KeyMatcher { public byte[] fingerprint() { throw new RuntimeException("this key does not support fingerprints"); }  byte[] encrypt(byte[] plain); byte[] decrypt(byte[] plain); byte[] sign(InputStream input, HashType hashType); byte[] sign(byte[] input, HashType hashType); boolean verify(InputStream input, byte[] signature, HashType hashType); boolean verify(byte[] input, byte[] signature, HashType hashType); boolean verify(String input, byte[] signature, HashType hashType); KeyInfo info(); byte[] packedInfo(); byte[] pack(); String packToBase64String(); void unpack(byte[] bytes); boolean canSign(); boolean isPublic(); boolean isPrivate(); AbstractKey getPublicKey(); @Override final Binder toBinder(); @Override final T updateFrom(Binder source); static AbstractKey fromBinder(Binder binder); boolean matchType(AbstractKey other); boolean matchTag(AbstractKey other); void setTag(String tag); void setTag(byte[] tag); @Override String toString(); Capsule.KeySource asKeySource(); byte[] fingerprint(); Digest updateDigestWithKeyComponents(Digest digest); byte[] createAnonymousId(); boolean matchAnonymousId(@NonNull byte[] packedId); KeyAddress address(boolean useSha3_384, int keyMark); final KeyAddress getShortAddress(); final KeyAddress getLongAddress(); @Override boolean isMatchingKey(AbstractKey key); @Override final boolean isMatchingKeyAddress(KeyAddress other); static final int FINGERPRINT_SHA256; static final int FINGERPRINT_SHA384; static final int TYPE_PRIVATE; static final int TYPE_PUBLIC; static final int TYPE_PRIVATE_PASSWORD; static final int TYPE_PRIVATE_PASSWORD_V2; }