See: Description
Interface | Description |
---|---|
ByteChunk.ByteInputChannel |
Input interface, used when the buffer is empty
Same as java.nio.channel.ReadableByteChannel
|
ByteChunk.ByteOutputChannel |
Same as java.nio.channel.WrittableByteChannel.
|
CharChunk.CharInputChannel | |
CharChunk.CharOutputChannel |
When we need more space we'll either
grow the buffer ( up to the limit ) or send it to a channel.
|
Class | Description |
---|---|
Ascii |
This class implements some basic ASCII character handling functions.
|
B2CConverter |
NIO based character decoder.
|
ByteChunk |
This class is used to represent a chunk of bytes, and
utilities to manipulate byte[].
|
C2BConverter |
NIO based character encoder.
|
CharChunk |
Utilities to manipulate char chunks.
|
Constants |
String constants for the file package.
|
HexUtils |
Tables useful when converting byte arrays to and from strings of hexadecimal
digits.
|
MessageBytes |
This class is used to represent a subarray of bytes in an HTTP message.
|
StringCache |
This class implements a String cache for ByteChunk and CharChunk.
|
UDecoder |
All URL decoding happens here.
|
UEncoder |
Efficient implementation of an UTF-8 encoder.
|
Utf8Decoder |
Decodes bytes to UTF-8.
|
Utf8Encoder |
Encodes characters as bytes using UTF-8.
|
Encoding is a critical operation for performance. There are few tricks in this package - the C2B and B2C converters are caching a ISReader/OSWriter and keep everything allocated to do the conversions in any VM without any garbage.
This package must accomodate future extensions and additional converters ( most imporant: the nio.charset, which should be detected and used if available ). Also, we do have one hand-written UTF8Decoder, and other tuned encoders could be added.
My benchmarks ( I'm costin :-) show only small differences between C2B, B2C and hand-written codders/decoders, so UTF8Decoder may be disabled.
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