/** * Decodes the given base 32 encoded string, * skipping carriage returns, line feeds and spaces as needed. */ public static byte[] decode(String b32) { if (b32 == null) return null; if (b32.length() == 0) return new byte[0]; byte[] buf = new byte[b32.length()]; int len = CodecUtils.sanitize(b32, buf); return codec.decode(buf, len); }
/** * Decodes the given base 16 encoded string, * skipping carriage returns, line feeds and spaces as needed. */ public static byte[] decode(String b16) { if (b16 == null) return null; if (b16.length() == 0) return new byte[0]; byte[] buf = new byte[b16.length()]; int len = CodecUtils.sanitize(b16, buf); return codec.decode(buf, len); }
/** * Decodes the given base 16 encoded string, * skipping carriage returns, line feeds and spaces as needed. */ public static byte[] decode(String b16) { if (b16 == null) return null; if (b16.length() == 0) return new byte[0]; byte[] buf = new byte[b16.length()]; int len = CodecUtils.sanitize(b16, buf); return codec.decode(buf, len); }
/** * Decodes the given base 64 encoded string, * skipping carriage returns, line feeds and spaces as needed. */ public static byte[] decode(String b64) { if (b64 == null) { return null; } if (b64.length() == 0) { return new byte[0]; } byte[] buf = new byte[b64.length()]; int len = CodecUtils.sanitize(b64, buf); return codec.decode(buf, len); }
/** * Decodes the given base 16 encoded string, * skipping carriage returns, line feeds and spaces as needed. */ public static byte[] decode(String b16) { if (b16 == null) return null; if (b16.length() == 0) return new byte[0]; byte[] buf = new byte[b16.length()]; int len = CodecUtils.sanitize(b16, buf); return codec.decode(buf, len); }
/** * Decodes the given base 32 encoded string, * skipping carriage returns, line feeds and spaces as needed. */ public static byte[] decode(String b32) { if (b32 == null) return null; if (b32.length() == 0) return new byte[0]; byte[] buf = new byte[b32.length()]; int len = CodecUtils.sanitize(b32, buf); return codec.decode(buf, len); }
/** * Decodes the given base 16 encoded string, * skipping carriage returns, line feeds and spaces as needed. */ public static byte[] decode(String b16) { if (b16 == null) return null; if (b16.length() == 0) return new byte[0]; byte[] buf = new byte[b16.length()]; int len = CodecUtils.sanitize(b16, buf); return codec.decode(buf, len); }
/** * Decodes the given base 16 encoded string, skipping carriage returns, line * feeds and spaces as needed. * @param b16 the string to decode. * @return the decoded string in bytes. */ public static byte[] decode(String b16) { if (b16 == null) return null; if (b16.length() == 0) return new byte[0]; byte[] buf = new byte[b16.length()]; int len = CodecUtils.sanitize(b16, buf); return CODEC.decode(buf, len); }
/** * Decodes the given base 64 encoded string, * skipping carriage returns, line feeds and spaces as needed. */ public static byte[] decode(String b64) { if (b64 == null) { return null; } if (b64.length() == 0) { return new byte[0]; } byte[] buf = new byte[b64.length()]; int len = CodecUtils.sanitize(b64, buf); return codec.decode(buf, len); }
/** * Decodes the given base 32 encoded string, skipping carriage returns, line * feeds and spaces as needed. hchar: compared to Base32.decode(String) of * JakartaCommons-1.5, this routine is > 11x faster on my MacAir. * @param b32 the base 32 encoded string. * @return the decoded result. */ public static byte[] decode(String b32) { if (b32 == null) { return null; } if (b32.length() == 0) { return new byte[0]; } byte[] buf = new byte[b32.length()]; int len = CodecUtils.sanitize(b32, buf); return CODEC.decode(buf, len); }
/** * Decodes the given base 64 encoded string, skipping carriage returns, line * feeds and spaces as needed. * @param b64 the base 64 encoded string. * @return the decoded result. */ public static byte[] decode(String b64) { if (b64 == null) { return null; } if (b64.length() == 0) { return new byte[0]; } byte[] buf = new byte[b64.length()]; int len = CodecUtils.sanitize(b64, buf); return CODEC.decode(buf, len); }
/** * Decodes the given base 16 encoded string, * skipping carriage returns, line feeds and spaces as needed. */ public static byte[] decode(String b16) { if (b16 == null) return null; if (b16.length() == 0) return new byte[0]; byte[] buf = new byte[b16.length()]; int len = CodecUtils.sanitize(b16, buf); return codec.decode(buf, len); }
/** * Decodes the given base 16 encoded string, * skipping carriage returns, line feeds and spaces as needed. */ public static byte[] decode(String b16) { if (b16 == null) return null; if (b16.length() == 0) return new byte[0]; byte[] buf = new byte[b16.length()]; int len = CodecUtils.sanitize(b16, buf); return codec.decode(buf, len); }
/** * Decodes the given base 64 encoded string, * skipping carriage returns, line feeds and spaces as needed. */ public static byte[] decode(String b64) { if (b64 == null) return null; if (b64.length() == 0) return new byte[0]; byte[] buf = new byte[b64.length()]; int len = CodecUtils.sanitize(b64, buf); return codec.decode(buf, len); }
/** * Decodes the given base 32 encoded string, * skipping carriage returns, line feeds and spaces as needed. */ public static byte[] decode(String b32) { if (b32 == null) return null; if (b32.length() == 0) return new byte[0]; byte[] buf = new byte[b32.length()]; int len = CodecUtils.sanitize(b32, buf); return codec.decode(buf, len); }
/** * Decodes the given base 16 encoded string, skipping carriage returns, line * feeds and spaces as needed. * @param b16 the string to decode. * @return the decoded string in bytes. */ public static byte[] decode(String b16) { if (b16 == null) return null; if (b16.length() == 0) return new byte[0]; byte[] buf = new byte[b16.length()]; int len = CodecUtils.sanitize(b16, buf); return CODEC.decode(buf, len); }
/** * Decodes the given base 16 encoded string, skipping carriage returns, line * feeds and spaces as needed. * @param b16 the string to decode. * @return the decoded string in bytes. */ public static byte[] decode(String b16) { if (b16 == null) return null; if (b16.length() == 0) return new byte[0]; byte[] buf = new byte[b16.length()]; int len = CodecUtils.sanitize(b16, buf); return CODEC.decode(buf, len); }
/** * Decodes the given base 64 encoded string, skipping carriage returns, line * feeds and spaces as needed. * @param b64 the base 64 encoded string. * @return the decoded result. */ public static byte[] decode(String b64) { if (b64 == null) { return null; } if (b64.length() == 0) { return new byte[0]; } byte[] buf = new byte[b64.length()]; int len = CodecUtils.sanitize(b64, buf); return CODEC.decode(buf, len); }
/** * Decodes the given base 64 encoded string, skipping carriage returns, line * feeds and spaces as needed. * @param b64 the base 64 encoded string. * @return the decoded result. */ public static byte[] decode(String b64) { if (b64 == null) { return null; } if (b64.length() == 0) { return new byte[0]; } byte[] buf = new byte[b64.length()]; int len = CodecUtils.sanitize(b64, buf); return CODEC.decode(buf, len); }
/** * Decodes the given base 32 encoded string, skipping carriage returns, line * feeds and spaces as needed. hchar: compared to Base32.decode(String) of * JakartaCommons-1.5, this routine is > 11x faster on my MacAir. * @param b32 the base 32 encoded string. * @return the decoded result. */ public static byte[] decode(String b32) { if (b32 == null) { return null; } if (b32.length() == 0) { return new byte[0]; } byte[] buf = new byte[b32.length()]; int len = CodecUtils.sanitize(b32, buf); return CODEC.decode(buf, len); }