| java.lang.Object
 java.io.InputStream
com.tc.io.TCByteBufferInputStream
| available | | public int available()(Code) | | |
| close | | public void close()(Code) | | |
| duplicate | | public TCByteBufferInput duplicate()(Code) | | Duplicate this stream. The resulting stream will share data with the source stream (ie. no copying), but the two
streams will have independent read positions. The read position of the result stream will initially be the same as
the source stream
|
| duplicateAndLimit | | public TCByteBufferInput duplicateAndLimit(int limit)(Code) | | Effectively the same thing as calling duplicate().limit(int), but potentially creating far less garbage (depending
on the size difference between the original stream and the slice you want)
|
| getTotalLength | | public int getTotalLength()(Code) | | |
| limit | | public TCDataInput limit(int limit)(Code) | | Artificially limit the length of this input stream starting at the current read position. This operation is
destructive to the stream contents (ie. data trimmed off by setting limit can never be read with this stream).
|
| mark | | public void mark(int readlimit)(Code) | | |
| markSupported | | public boolean markSupported()(Code) | | |
| read | | final public int read(byte[] b, int off, int len)(Code) | | |
| read | | final public int read(byte[] b)(Code) | | |
| read | | final public int read()(Code) | | |
| readFully | | final public void readFully(byte[] b, int off, int len) throws IOException(Code) | | |
| reset | | public void reset()(Code) | | |
| skip | | public long skip(long skip)(Code) | | |
| skipBytes | | final public int skipBytes(int n)(Code) | | |
| tcReset | | public void tcReset()(Code) | | Reset this input stream to the position recorded by the last call to mark(). This method discards the previous
value of the mark
throws:
IOException - if mark() has never been called on this stream |
|
|