StreamCharBuffer (Grails 2.5.6.BUILD-SNAPSHOT)

org.codehaus.groovy.grails.web.util.StreamCharBuffer

All Implemented Interfaces and Traits:: groovy.lang.Writable, java.lang.CharSequence, Encodeable, EncodedAppenderWriterFactory, java.io.Externalizable, StreamEncodeable, StreamingEncoderWritable, java.lang.Cloneable

public class StreamCharBuffer
extends groovy.lang.GroovyObjectSupport

StreamCharBuffer is a multipurpose in-memory buffer that can replace JDK in-memory buffers (StringBuffer, StringBuilder, StringWriter).

Grails GSP rendering uses this class as a buffer that is optimized for performance.

StreamCharBuffer keeps the buffer in a linked list of "chunks". The main difference compared to JDK in-memory buffers (StringBuffer, StringBuilder & StringWriter) is that the buffer can be held in several smaller buffers ("chunks" here). In JDK in-memory buffers, the buffer has to be expanded whenever it gets filled up. The old buffer's data is copied to the new one and the old one is discarded. In StreamCharBuffer, there are several ways to prevent unnecessary allocation & copy operations. The StreamCharBuffer contains a linked list of different type of chunks: char arrays, java.lang.String chunks and other StreamCharBuffers as sub chunks. A StringChunk is appended to the linked list whenever a java.lang.String of a length that exceeds the "stringChunkMinSize" value is written to the buffer.

Grails tag libraries also use a StreamCharBuffer to "capture" the output of the taglib and return it to the caller. The buffer can be appended to it's parent buffer directly without extra object generation (like converting to java.lang.String in between). for example this line of code in a taglib would just append the buffer returned from the body closure evaluation to the buffer of the taglib:
out << body()
other example:
out << g.render(template: '/some/template', model:[somebean: somebean])
There's no extra java.lang.String generation overhead.

There's a java.io.Writer interface for appending character data to the buffer and a java.io.Reader interface for reading data.

Each getReader() call will create a new reader instance that keeps it own state.
There is a alternative method getReader(boolean) for creating the reader. When reader is created by calling getReader(true), the reader will remove already read characters from the buffer. In this mode only a single reader instance is supported.

There's also several other options for reading data:
readAsCharArray() reads the buffer to a char[] array
readAsString() reads the buffer and wraps the char[] data as a String
writeTo(Writer) writes the buffer to a java.io.Writer
toCharArray() returns the buffer as a char[] array, caches the return value internally so that this method can be called several times.
toString() returns the buffer as a String, caches the return value internally

By using the "connectTo" method, one can connect the buffer directly to a target java.io.Writer. The internal buffer gets flushed automaticly to the target whenever the buffer gets filled up. See connectTo(Writer).

This class is not thread-safe. Object instances of this class are intended to be used by a single Thread. The Reader and Writer interfaces can be open simultaneous and the same Thread can write and read several times.

Main operation principle:

StreamCharBuffer keeps the buffer in a linked link of "chunks".
The main difference compared to JDK in-memory buffers (StringBuffer, StringBuilder & StringWriter) is that the buffer can be held in several smaller buffers ("chunks" here).
In JDK in-memory buffers, the buffer has to be expanded whenever it gets filled up. The old buffer's data is copied to the new one and the old one is discarded.
In StreamCharBuffer, there are several ways to prevent unnecessary allocation & copy operations.

There can be several different type of chunks: char arrays ( CharBufferChunk), String chunks (StringChunk) and other StreamCharBuffers as sub chunks (StreamCharBufferSubChunk).

Child StreamCharBuffers can be changed after adding to parent buffer. The flush() method must be called on the child buffer's Writer to notify the parent that the child buffer's content has been changed (used for calculating total size).

A StringChunk is appended to the linked list whenever a java.lang.String of a length that exceeds the "stringChunkMinSize" value is written to the buffer.

If the buffer is in "connectTo" mode, any String or char[] that's length is over writeDirectlyToConnectedMinSize gets written directly to the target. The buffer content will get fully flushed to the target before writing the String or char[].

There can be several targets "listening" the buffer in "connectTo" mode. The same content will be written to all targets.

Growable chunksize: By default, a newly allocated chunk's size will grow based on the total size of all written chunks.
The default growProcent value is 100. If the total size is currently 1024, the newly created chunk will have a internal buffer that's size is 1024.
Growable chunksize can be turned off by setting the growProcent to 0.
There's a default maximum chunksize of 1MB by default. The minimum size is the initial chunksize size.

System properties to change default configuration parameters:

System Property name	Description	Default value
streamcharbuffer.chunksize	default chunk size - the size the first allocated buffer	512
streamcharbuffer.maxchunksize	maximum chunk size - the maximum size of the allocated buffer	1048576
streamcharbuffer.growprocent	growing buffer percentage - the newly allocated buffer is defined by total_size * (growpercent/100)	100
streamcharbuffer.subbufferchunkminsize	minimum size of child StreamCharBuffer chunk - if the size is smaller, the content is copied to the parent buffer	512
streamcharbuffer.substringchunkminsize	minimum size of String chunks - if the size is smaller, the content is copied to the buffer	512
streamcharbuffer.chunkminsize	minimum size of chunk that gets written directly to the target in connected mode.	256

Configuration values can also be changed for each instance of StreamCharBuffer individually. Default values are defined with System Properties.

Authors:: Lari Hotari, Sagire Software Oy

Nested Class Summary

Nested classes
Modifiers	Name	Description
`static class`	`StreamCharBuffer.EncodedPart`
`static interface`	`StreamCharBuffer.LazyInitializingMultipleWriter`
`static interface`	`StreamCharBuffer.LazyInitializingWriter`	Interface for a Writer that gets initialized if it is used Can be used for passing in to "connectTo" method of StreamCharBuffer
`class`	`StreamCharBuffer.StreamCharBufferReader`	This is the java.io.Reader implementation for StreamCharBuffer
`class`	`StreamCharBuffer.StreamCharBufferWriter`	This is the java.io.Writer implementation for StreamCharBuffer

Constructor Summary

Constructors
Constructor and description
`StreamCharBuffer ()`
`StreamCharBuffer (int chunkSize)`
`StreamCharBuffer (int chunkSize, int growProcent)`
`StreamCharBuffer (int chunkSize, int growProcent, int maxChunkSize)`

Methods Summary

Methods
Type Params	Return Type	Name and description
	`void`	`appendStreamCharBufferChunk(StreamCharBuffer subBuffer)`
	`void`	`appendStreamCharBufferChunk(StreamCharBuffer subBuffer, java.util.List<Encoder> encoders)`
	`protected static void`	`arrayCopy(char[] src, int srcPos, char[] dest, int destPos, int length)`
	`boolean`	`asBoolean()`
	`protected boolean`	`bufferChanged(StreamCharBuffer buffer)`
	`char`	`charAt(int index)`
	`void`	`clear()` Clears the buffer and notifies the parents of this buffer of the change.
	`StreamCharBuffer`	`clone()`
	`void`	`connectTo(java.io.Writer w)` Connect this buffer to a target Writer.
	`void`	`connectTo(java.io.Writer w, boolean autoFlush)`
	`void`	`connectTo(StreamCharBuffer.LazyInitializingWriter w)`
	`void`	`connectTo(StreamCharBuffer.LazyInitializingWriter w, boolean autoFlush)`
	`StreamCharBuffer.LazyInitializingWriter`	`createEncodingInitializer(EncoderAware encoderLookup, EncodingStateRegistryLookup encodingStateRegistryLookup, StreamCharBuffer.LazyInitializingWriter... writers)`
	`java.util.List<EncodedPart>`	`dumpEncodedParts()`
	`protected void`	`emptyAfterReading()`
	`java.lang.CharSequence`	`encode(Encoder encoder)`
	`void`	`encodeInStreamingModeTo(EncoderAware encoderLookup, EncodingStateRegistryLookup encodingStateRegistryLookup, boolean autoFlush, java.io.Writer w)`
	`void`	`encodeInStreamingModeTo(EncoderAware encoderLookup, EncodingStateRegistryLookup encodingStateRegistryLookup, boolean autoFlush, StreamCharBuffer.LazyInitializingWriter... writers)`
	`void`	`encodeTo(EncodedAppender appender, Encoder encoder)`
	`void`	`encodeTo(java.io.Writer writer, EncodesToWriter encoder)`
	`StreamCharBuffer`	`encodeToBuffer(Encoder encoder)`
	`StreamCharBuffer`	`encodeToBuffer(Encoder encoder, boolean allowSubBuffers, boolean notifyParentBuffersEnabled)`
	`StreamCharBuffer`	`encodeToBuffer(java.util.List<Encoder> encoders)`
	`StreamCharBuffer`	`encodeToBuffer(java.util.List<Encoder> encoders, boolean allowSubBuffers, boolean notifyParentBuffersEnabled)`
	`boolean`	`equals(java.lang.Object o)` equals uses String.equals to check for equality to support compatibility with String instances in maps, sets, etc.
	`int`	`getBufferChangesCounter()`
	`int`	`getChunkMinSize()`
	`protected java.util.List<StreamCharBuffer>`	`getCurrentParentBuffers()`
	`java.io.Reader`	`getReader()` Creates a new Reader instance for reading/consuming data from the buffer.
	`java.io.Reader`	`getReader(boolean removeAfterReading)` Like getReader(), but when removeAfterReading is true, the read data will be removed from the buffer.
	`int`	`getSubBufferChunkMinSize()`
	`int`	`getSubStringChunkMinSize()`
	`int`	`getWriteDirectlyToConnectedMinSize()`
	`java.io.Writer`	`getWriter()` Writer interface for adding/writing data to the buffer.
	`java.io.Writer`	`getWriterForEncoder()`
	`java.io.Writer`	`getWriterForEncoder(Encoder encoder)`
	`java.io.Writer`	`getWriterForEncoder(Encoder encoder, EncodingStateRegistry encodingStateRegistry)`
	`java.io.Writer`	`getWriterForEncoder(Encoder encoder, EncodingStateRegistry encodingStateRegistry, boolean ignoreEncodingState)`
	`int`	`hashCode()` {@inheritDoc}
	`boolean`	`isAllowSubBuffers()`
	`protected boolean`	`isChunkSizeResizeable()`
	`boolean`	`isConnectedMode()`
	`boolean`	`isEmpty()`
	`boolean`	`isNotifyParentBuffersEnabled()`
	`boolean`	`isPreferSubChunkWhenWritingToOtherBuffer()`
	`int`	`length()`
	`protected EncodingStateRegistry`	`lookupDefaultEncodingStateRegistry()`
	`protected int`	`markBufferChanged()`
	`void`	`markEncoded(StreamCharBuffer.StringChunk strChunk)`
	`protected void`	`notifyBufferChange()`
	`protected void`	`notifyPreferSubChunkEnabled()`
	`java.lang.String`	`plus(java.lang.String value)`
	`java.lang.String`	`plus(java.lang.Object value)`
	`char[]`	`readAsCharArray()` Reads the buffer to a char[].
	`java.lang.String`	`readAsString()` Reads the buffer to a String.
	`void`	`readExternal(java.io.ObjectInput in)`
	`StreamCharBuffer.StringChunk`	`readToSingleStringChunk(boolean registerEncodingState)`
	`void`	`removeConnections()`
	`void`	`reset()`
	`void`	`reset(boolean resetChunkSize)` resets the state of this buffer (empties it)
	`protected void`	`resizeChunkSizeAsProcentageOfTotalSize()`
	`void`	`setAllowSubBuffers(boolean allowSubBuffers)`
	`void`	`setChunkMinSize(int size)`
	`void`	`setNotifyParentBuffersEnabled(boolean notifyParentBuffersEnabled)` By default the parent buffers (a buffer where this buffer has been appended to) get notified of changed to this buffer.
	`void`	`setPreferSubChunkWhenWritingToOtherBuffer(boolean prefer)`
	`void`	`setSubBufferChunkMinSize(int size)`
	`void`	`setSubStringChunkMinSize(int size)` Minimum size for a String to be added as a StringChunk instead of copying content to the char[] buffer of the current StreamCharBufferChunk
	`void`	`setWriteDirectlyToConnectedMinSize(int size)` Minimum size for a String or char[] to get written directly to connected writer (in "connectTo" mode).
	`int`	`size()`
	`java.lang.CharSequence`	`subSequence(int start, int end)`
	`char[]`	`toCharArray()` Reads the buffer to a char[].
	`java.lang.String`	`toString()` {@inheritDoc}
	`void`	`writeExternal(java.io.ObjectOutput out)`
	`java.io.Writer`	`writeTo(java.io.Writer target)` Writes the buffer content to a target java.io.Writer
	`void`	`writeTo(java.io.Writer target, boolean flushTarget, boolean emptyAfter)` Writes the buffer content to a target java.io.Writer

Inherited Methods Summary

Inherited Methods
Methods inherited from class	Name
`class groovy.lang.GroovyObjectSupport`	groovy.lang.GroovyObjectSupport#setProperty(java.lang.String, java.lang.Object), groovy.lang.GroovyObjectSupport#getProperty(java.lang.String), groovy.lang.GroovyObjectSupport#invokeMethod(java.lang.String, java.lang.Object), groovy.lang.GroovyObjectSupport#setMetaClass(groovy.lang.MetaClass), groovy.lang.GroovyObjectSupport#getMetaClass(), groovy.lang.GroovyObjectSupport#wait(long, int), groovy.lang.GroovyObjectSupport#wait(long), groovy.lang.GroovyObjectSupport#wait(), groovy.lang.GroovyObjectSupport#equals(java.lang.Object), groovy.lang.GroovyObjectSupport#toString(), groovy.lang.GroovyObjectSupport#hashCode(), groovy.lang.GroovyObjectSupport#getClass(), groovy.lang.GroovyObjectSupport#notify(), groovy.lang.GroovyObjectSupport#notifyAll()
`class java.lang.Object`	`java.lang.Object#wait(long, int), java.lang.Object#wait(long), java.lang.Object#wait(), java.lang.Object#equals(java.lang.Object), java.lang.Object#toString(), java.lang.Object#hashCode(), java.lang.Object#getClass(), java.lang.Object#notify(), java.lang.Object#notifyAll()`

- Constructor Detail
  - public StreamCharBuffer()
  - public StreamCharBuffer(int chunkSize)
  - public StreamCharBuffer(int chunkSize, int growProcent)
  - public StreamCharBuffer(int chunkSize, int growProcent, int maxChunkSize)
- Method Detail
  - public void appendStreamCharBufferChunk(StreamCharBuffer subBuffer)
  - public void appendStreamCharBufferChunk(StreamCharBuffer subBuffer, java.util.List<Encoder> encoders)
  - protected static final void arrayCopy(char[] src, int srcPos, char[] dest, int destPos, int length)
  - public boolean asBoolean()
  - protected boolean bufferChanged(StreamCharBuffer buffer)
  - public char charAt(int index)
  - public final void clear()
    
    Clears the buffer and notifies the parents of this buffer of the change.
  - @java.lang.Override public StreamCharBuffer clone()
  - public final void connectTo(java.io.Writer w)
    
    Connect this buffer to a target Writer. When the buffer (a chunk) get filled up, it will automaticly write it's content to the Writer
    Parameters:
    w
  - public final void connectTo(java.io.Writer w, boolean autoFlush)
  - public final void connectTo(StreamCharBuffer.LazyInitializingWriter w)
  - public final void connectTo(StreamCharBuffer.LazyInitializingWriter w, boolean autoFlush)
  - public StreamCharBuffer.LazyInitializingWriter createEncodingInitializer(EncoderAware encoderLookup, EncodingStateRegistryLookup encodingStateRegistryLookup, StreamCharBuffer.LazyInitializingWriter... writers)
  - public java.util.List<EncodedPart> dumpEncodedParts()
  - protected void emptyAfterReading()
  - public java.lang.CharSequence encode(Encoder encoder)
  - public final void encodeInStreamingModeTo(EncoderAware encoderLookup, EncodingStateRegistryLookup encodingStateRegistryLookup, boolean autoFlush, java.io.Writer w)
  - public final void encodeInStreamingModeTo(EncoderAware encoderLookup, EncodingStateRegistryLookup encodingStateRegistryLookup, boolean autoFlush, StreamCharBuffer.LazyInitializingWriter... writers)
  - public void encodeTo(EncodedAppender appender, Encoder encoder)
  - @java.lang.Override public void encodeTo(java.io.Writer writer, EncodesToWriter encoder)
  - public StreamCharBuffer encodeToBuffer(Encoder encoder)
  - public StreamCharBuffer encodeToBuffer(Encoder encoder, boolean allowSubBuffers, boolean notifyParentBuffersEnabled)
  - public StreamCharBuffer encodeToBuffer(java.util.List<Encoder> encoders)
  - public StreamCharBuffer encodeToBuffer(java.util.List<Encoder> encoders, boolean allowSubBuffers, boolean notifyParentBuffersEnabled)
  - @java.lang.Override public boolean equals(java.lang.Object o)
    
    equals uses String.equals to check for equality to support compatibility with String instances in maps, sets, etc.
    See Also:
    java.lang.Object#equals(java.lang.Object)
  - public int getBufferChangesCounter()
  - public int getChunkMinSize()
  - protected java.util.List<StreamCharBuffer> getCurrentParentBuffers()
  - public java.io.Reader getReader()
    
    Creates a new Reader instance for reading/consuming data from the buffer. Each call creates a new instance that will keep it's reading state. There can be several readers on the buffer. (single thread only supported)
    Returns:
    the Reader
  - public java.io.Reader getReader(boolean removeAfterReading)
    
    Like getReader(), but when removeAfterReading is true, the read data will be removed from the buffer.
    Parameters:
    removeAfterReading
    Returns:
    the Reader
  - public int getSubBufferChunkMinSize()
  - public int getSubStringChunkMinSize()
  - public int getWriteDirectlyToConnectedMinSize()
  - public java.io.Writer getWriter()
    
    Writer interface for adding/writing data to the buffer.
    Returns:
    the Writer
  - public java.io.Writer getWriterForEncoder()
  - public java.io.Writer getWriterForEncoder(Encoder encoder)
  - public java.io.Writer getWriterForEncoder(Encoder encoder, EncodingStateRegistry encodingStateRegistry)
  - public java.io.Writer getWriterForEncoder(Encoder encoder, EncodingStateRegistry encodingStateRegistry, boolean ignoreEncodingState)
  - @java.lang.Override public int hashCode()
    
    {@inheritDoc} Uses String's hashCode to support compatibility with String instances in maps, sets, etc.
    See Also:
    java.lang.Object#hashCode()
  - public boolean isAllowSubBuffers()
  - protected boolean isChunkSizeResizeable()
  - public boolean isConnectedMode()
  - public boolean isEmpty()
  - public boolean isNotifyParentBuffersEnabled()
  - public boolean isPreferSubChunkWhenWritingToOtherBuffer()
  - public int length()
  - protected EncodingStateRegistry lookupDefaultEncodingStateRegistry()
  - protected int markBufferChanged()
  - public void markEncoded(StreamCharBuffer.StringChunk strChunk)
  - protected void notifyBufferChange()
  - protected void notifyPreferSubChunkEnabled()
  - public java.lang.String plus(java.lang.String value)
  - public java.lang.String plus(java.lang.Object value)
  - @java.lang.Deprecated public char[] readAsCharArray()
    
    Reads the buffer to a char[].
    deprecated:
    use toCharArray() directly
    
    Returns:
    the chars
  - @java.lang.Deprecated public java.lang.String readAsString()
    
    Reads the buffer to a String.
    deprecated:
    Use toString() directly
    
    Returns:
    the String
  - public void readExternal(java.io.ObjectInput in)
  - public StreamCharBuffer.StringChunk readToSingleStringChunk(boolean registerEncodingState)
  - public final void removeConnections()
  - public final void reset()
  - public final void reset(boolean resetChunkSize)
    
    resets the state of this buffer (empties it)
    Parameters:
    resetChunkSize
  - protected void resizeChunkSizeAsProcentageOfTotalSize()
  - public void setAllowSubBuffers(boolean allowSubBuffers)
  - public void setChunkMinSize(int size)
  - public void setNotifyParentBuffersEnabled(boolean notifyParentBuffersEnabled)
    
    By default the parent buffers (a buffer where this buffer has been appended to) get notified of changed to this buffer. You can control the notification behavior with this property. Setting this property to false will also clear the references to parent buffers if there are any.
    Parameters:
    notifyParentBuffersEnabled
  - public void setPreferSubChunkWhenWritingToOtherBuffer(boolean prefer)
  - public void setSubBufferChunkMinSize(int size)
  - public void setSubStringChunkMinSize(int size)
    
    Minimum size for a String to be added as a StringChunk instead of copying content to the char[] buffer of the current StreamCharBufferChunk
    Parameters:
    size
  - public void setWriteDirectlyToConnectedMinSize(int size)
    
    Minimum size for a String or char[] to get written directly to connected writer (in "connectTo" mode).
    Parameters:
    size
  - public int size()
  - public java.lang.CharSequence subSequence(int start, int end)
  - public char[] toCharArray()
    
    Reads the buffer to a char[]. Caches the result if there aren't any readers.
    Returns:
    the chars
  - @java.lang.Override public java.lang.String toString()
    
    {@inheritDoc} Reads (and empties) the buffer to a String, but caches the return value for subsequent calls. If more content has been added between 2 calls, the returned value will be joined from the previously cached value and the data read from the buffer.
    See Also:
    java.lang.Object#toString()
  - public void writeExternal(java.io.ObjectOutput out)
  - public java.io.Writer writeTo(java.io.Writer target)
    
    Writes the buffer content to a target java.io.Writer
    throws:
    IOException
    
    Parameters:
    target
  - public void writeTo(java.io.Writer target, boolean flushTarget, boolean emptyAfter)
    
    Writes the buffer content to a target java.io.Writer
    throws:
    IOException
    
    Parameters:
    target - Writer
    flushTarget - calls target.flush() before finishing
    emptyAfter - empties the buffer if true

Summary:
Nested
Constructor
Method

| Detail:
Constructor
Method

Groovy Documentation

[Java] Class StreamCharBuffer

Nested Class Summary

Constructor Summary

Methods Summary

Inherited Methods Summary

Constructor Detail

public StreamCharBuffer()

public StreamCharBuffer(int chunkSize)

public StreamCharBuffer(int chunkSize, int growProcent)

public StreamCharBuffer(int chunkSize, int growProcent, int maxChunkSize)

Method Detail

public void appendStreamCharBufferChunk(StreamCharBuffer subBuffer)

public void appendStreamCharBufferChunk(StreamCharBuffer subBuffer, java.util.List<Encoder> encoders)

protected static final void arrayCopy(char[] src, int srcPos, char[] dest, int destPos, int length)

public boolean asBoolean()

protected boolean bufferChanged(StreamCharBuffer buffer)

public char charAt(int index)

public final void clear()

@java.lang.Override public StreamCharBuffer clone()

public final void connectTo(java.io.Writer w)

public final void connectTo(java.io.Writer w, boolean autoFlush)

public final void connectTo(StreamCharBuffer.LazyInitializingWriter w)

public final void connectTo(StreamCharBuffer.LazyInitializingWriter w, boolean autoFlush)

public StreamCharBuffer.LazyInitializingWriter createEncodingInitializer(EncoderAware encoderLookup, EncodingStateRegistryLookup encodingStateRegistryLookup, StreamCharBuffer.LazyInitializingWriter... writers)

public java.util.List<EncodedPart> dumpEncodedParts()

protected void emptyAfterReading()

public java.lang.CharSequence encode(Encoder encoder)

public final void encodeInStreamingModeTo(EncoderAware encoderLookup, EncodingStateRegistryLookup encodingStateRegistryLookup, boolean autoFlush, java.io.Writer w)

public final void encodeInStreamingModeTo(EncoderAware encoderLookup, EncodingStateRegistryLookup encodingStateRegistryLookup, boolean autoFlush, StreamCharBuffer.LazyInitializingWriter... writers)

public void encodeTo(EncodedAppender appender, Encoder encoder)

@java.lang.Override public void encodeTo(java.io.Writer writer, EncodesToWriter encoder)

public StreamCharBuffer encodeToBuffer(Encoder encoder)

public StreamCharBuffer encodeToBuffer(Encoder encoder, boolean allowSubBuffers, boolean notifyParentBuffersEnabled)

public StreamCharBuffer encodeToBuffer(java.util.List<Encoder> encoders)

public StreamCharBuffer encodeToBuffer(java.util.List<Encoder> encoders, boolean allowSubBuffers, boolean notifyParentBuffersEnabled)

@java.lang.Override public boolean equals(java.lang.Object o)

public int getBufferChangesCounter()

public int getChunkMinSize()

protected java.util.List<StreamCharBuffer> getCurrentParentBuffers()

public java.io.Reader getReader()

public java.io.Reader getReader(boolean removeAfterReading)

public int getSubBufferChunkMinSize()

public int getSubStringChunkMinSize()

public int getWriteDirectlyToConnectedMinSize()

public java.io.Writer getWriter()

public java.io.Writer getWriterForEncoder()

public java.io.Writer getWriterForEncoder(Encoder encoder)

public java.io.Writer getWriterForEncoder(Encoder encoder, EncodingStateRegistry encodingStateRegistry)

public java.io.Writer getWriterForEncoder(Encoder encoder, EncodingStateRegistry encodingStateRegistry, boolean ignoreEncodingState)

@java.lang.Override public int hashCode()

public boolean isAllowSubBuffers()

protected boolean isChunkSizeResizeable()

public boolean isConnectedMode()

public boolean isEmpty()

public boolean isNotifyParentBuffersEnabled()

public boolean isPreferSubChunkWhenWritingToOtherBuffer()

public int length()

protected EncodingStateRegistry lookupDefaultEncodingStateRegistry()

protected int markBufferChanged()

public void markEncoded(StreamCharBuffer.StringChunk strChunk)

protected void notifyBufferChange()

protected void notifyPreferSubChunkEnabled()

public java.lang.String plus(java.lang.String value)

public java.lang.String plus(java.lang.Object value)

@java.lang.Deprecated public char[] readAsCharArray()

@java.lang.Deprecated public java.lang.String readAsString()

public void readExternal(java.io.ObjectInput in)

public StreamCharBuffer.StringChunk readToSingleStringChunk(boolean registerEncodingState)

public final void removeConnections()

public final void reset()

public final void reset(boolean resetChunkSize)

protected void resizeChunkSizeAsProcentageOfTotalSize()

public void setAllowSubBuffers(boolean allowSubBuffers)

public void setChunkMinSize(int size)

public void setNotifyParentBuffersEnabled(boolean notifyParentBuffersEnabled)

public void setPreferSubChunkWhenWritingToOtherBuffer(boolean prefer)

public void setSubBufferChunkMinSize(int size)

public void setSubStringChunkMinSize(int size)

public void setWriteDirectlyToConnectedMinSize(int size)

public int size()