![]() Public static Base64.Encoder getMimeEncoder(int lineLength, byte lineSeparator) It Returns a Base64.Encoder that encodes using the MIME type base64 encoding scheme. Public static Base64.Encoder getMimeEncoder() It returns a Base64.Decoder that decodes using the MIME type base64 decoding scheme. Public static Base64.Decoder getMimeDecoder() It returns a Base64.Decoder that decodes using the URL and Filename safe type base64 encoding scheme. Public static Base64.Decoder getUrlDecoder() It returns a Base64.Encoder that encodes using the Basic type base64 encoding scheme. Public static Base64.Encoder getEncoder() It returns a Base64.Decoder that decodes using the Basic type base64 encoding scheme. Public static Base64.Decoder getDecoder() This class implements an encoder for encoding byte data using the Base64 encoding scheme as specified in RFC 4648 and RFC 2045. This class implements a decoder for decoding byte data using the Base64 encoding scheme as specified in RFC 4648 and RFC 2045. All line separators or other characters not found in the base64 alphabet table are ignored in decoding operation. No line separator is added to the end of the encoded output. The encoded output must be represented in lines of no more than 76 characters each and uses a carriage return '\r' followed immediately by a linefeed '\n' as the line separator. It uses the Base64 alphabet as specified in RFC 2045 for encoding and decoding operations. The decoder rejects data that contains characters outside the base64 alphabet. The encoder does not add any line separator character. It uses the Base64 alphabet specified by Java in RFC 4648 for encoding and decoding operations. It uses the Base64 alphabet specified by Java in RFC 4648 and RFC 2045 for encoding and decoding operations. You can use these methods at the following levels. This class provides three different encoders and decoders to encrypt information at each level. You need to import 64 in your source file to use its methods. You can encrypt and decrypt your data by using provided methods. Java provides a class Base64 to deal with encryption. UTF with higher bits encoding will gain the opposite resource consuming.Next → ← prev Java Base64 Encode and Decode “The conclusion is UTF with lower bits encoding will save the space resource but consume more compute resource. It has become more effective for high range characters or new emoticon symbol. UTF-32 is not widely used at the present because it needs amounts of space. The point is located space is the same as UTF-8 but it is easier to compute faster for middle range characters (000080 – 00FFFF). UTF-16 become more friendly programming on Asia alphabets and special symbols. The consequence is the system needs to compute 2 times for a character. However, for other languages particularly on Asia alphabet require more than 2 bytes to store in each character. The lower code range (000000 – 00007F) which is used for ASCII (Most of the American standard characters) will take this benefit completely. UTF-8 required lower space of disk and memory because it uses 8 bits to store the data.
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