public static String encodeChunk(byte[] id, int offset, int length) { char[] chunk = Base64Utility.encodeChunk(id, offset, length, true); if (chunk != null) { return new String(chunk); } return null; }
public static String encode(byte[] id, boolean urlSafe) { char[] cd = encodeChunk(id, 0, id.length); return new String(cd, 0, cd.length); }
public static String encode(byte[] id, boolean urlSafe) { char[] cd = encodeChunk(id, 0, id.length); return new String(cd, 0, cd.length); }
public static String encodeChunk(byte[] id, int offset, int length) { char[] chunk = Base64Utility.encodeChunk(id, offset, length, true); if (chunk != null) { return new String(chunk); } return null; }
public static String encode(byte[] id) { char[] cd = encodeChunk(id, 0, id.length); return new String(cd, 0, cd.length); }
public static String encode(byte[] id) { char[] cd = encodeChunk(id, 0, id.length); return new String(cd, 0, cd.length); }
public static String encode(byte[] id) { char[] cd = encodeChunk(id, 0, id.length); return new String(cd, 0, cd.length); }
public static char[] encodeChunk(byte[] id, int o, int l, boolean urlSafe) { if (id != null && id.length == 0 && l == 0) { return new char[0]; } else if (l <= 0) { return null; } char[] out; // If not a multiple of 3 octets then a final padded 4 char // slot is needed. // if (l % 3 == 0) { out = new char[l / 3 * 4]; } else { int finalLen = !urlSafe ? 4 : l % 3 == 1 ? 2 : 3; out = new char[l / 3 * 4 + finalLen]; } int rindex = o; int windex = 0; int rest = l; final char[] base64Table = urlSafe ? BCS_URL_SAFE : BCS; while (rest >= 3) { int i = ((id[rindex] & 0xff) << 16) + ((id[rindex + 1] & 0xff) << 8)
public static char[] encodeChunk(byte[] id, int o, int l, boolean urlSafe) { if (id != null && id.length == 0 && l == 0) { return new char[0]; } else if (l <= 0) { return null; } char[] out; // If not a multiple of 3 octets then a final padded 4 char // slot is needed. // if (l % 3 == 0) { out = new char[l / 3 * 4]; } else { int finalLen = !urlSafe ? 4 : l % 3 == 1 ? 2 : 3; out = new char[l / 3 * 4 + finalLen]; } int rindex = o; int windex = 0; int rest = l; final char[] base64Table = urlSafe ? BCS_URL_SAFE : BCS; while (rest >= 3) { int i = ((id[rindex] & 0xff) << 16) + ((id[rindex + 1] & 0xff) << 8)
public static void encodeChunk(byte[] id, int o, int l, OutputStream ostream) throws Base64Exception { try { ostream.write(new String(encodeChunk(id, o, l)).getBytes()); } catch (IOException e) { throw new Base64Exception(new Message("BASE64_ENCODE_IOEXCEPTION", LOG), e); } }
public static void encodeChunk(byte[] id, int o, int l, OutputStream ostream) throws Base64Exception { try { ostream.write(new String(encodeChunk(id, o, l)).getBytes()); } catch (IOException e) { throw new Base64Exception(new Message("BASE64_ENCODE_IOEXCEPTION", LOG), e); } }
public static void encodeChunk(byte[] id, int o, int l, OutputStream ostream) throws Base64Exception { try { ostream.write(new String(encodeChunk(id, o, l)).getBytes()); } catch (IOException e) { throw new Base64Exception(new Message("BASE64_ENCODE_IOEXCEPTION", LOG), e); } }
public static void encodeChunk(byte[] id, int o, int l, OutputStream ostream) throws Base64Exception { try { ostream.write(new String(encodeChunk(id, o, l)).getBytes()); } catch (IOException e) { throw new Base64Exception(new Message("BASE64_ENCODE_IOEXCEPTION", LOG), e); } }
public static void encodeChunk(byte[] id, int o, int l, OutputStream ostream) throws Base64Exception { try { ostream.write(new String(encodeChunk(id, o, l)).getBytes()); } catch (IOException e) { throw new Base64Exception(new Message("BASE64_ENCODE_IOEXCEPTION", LOG), e); } }
public static void encode(byte[] id, int o, int l, Writer writer) throws Base64Exception { try { writer.write(encodeChunk(id, o, l)); } catch (IOException e) { throw new Base64Exception(new Message("BASE64_ENCODE_WRITER_IOEXCEPTION", LOG), e); } }
public static void encode(byte[] id, int o, int l, Writer writer) throws Base64Exception { try { writer.write(encodeChunk(id, o, l)); } catch (IOException e) { throw new Base64Exception(new Message("BASE64_ENCODE_WRITER_IOEXCEPTION", LOG), e); } } //---- Private static methods --------------------------------------
public static void encode(byte[] id, int o, int l, Writer writer) throws Base64Exception { try { writer.write(encodeChunk(id, o, l)); } catch (IOException e) { throw new Base64Exception(new Message("BASE64_ENCODE_WRITER_IOEXCEPTION", LOG), e); } } //---- Private static methods --------------------------------------
public static void encode(byte[] id, int o, int l, Writer writer) throws Base64Exception { try { writer.write(encodeChunk(id, o, l)); } catch (IOException e) { throw new Base64Exception(new Message("BASE64_ENCODE_WRITER_IOEXCEPTION", LOG), e); } }
public static void encode(byte[] id, int o, int l, Writer writer) throws Base64Exception { try { writer.write(encodeChunk(id, o, l)); } catch (IOException e) { throw new Base64Exception(new Message("BASE64_ENCODE_WRITER_IOEXCEPTION", LOG), e); } }