Package | Description |
---|---|
org.openfast | |
org.openfast.codec | |
org.openfast.extensions | |
org.openfast.template |
Modifier and Type | Method and Description |
---|---|
Context |
MessageOutputStream.getContext() |
Context |
MessageInputStream.getContext() |
Modifier and Type | Method and Description |
---|---|
void |
MessageHandler.handleMessage(Message readMessage,
Context context,
Coder coder) |
Constructor and Description |
---|
MessageInputStream(InputStream inputStream,
Context context) |
MessageOutputStream(OutputStream outputStream,
Context context) |
Constructor and Description |
---|
FastDecoder(Context context,
InputStream in)
Construct a new FastDecoder with a context and input stream.
|
FastEncoder(Context context) |
Modifier and Type | Method and Description |
---|---|
FieldValue |
MapScalar.decode(InputStream in,
Group template,
Context context,
BitVectorReader presenceMapReader) |
byte[] |
MapScalar.encode(FieldValue value,
Group template,
Context context,
BitVectorBuilder presenceMapBuilder) |
Modifier and Type | Method and Description |
---|---|
FieldValue |
StaticTemplateReference.decode(InputStream in,
Group template,
Context context,
BitVectorReader pmapReader) |
FieldValue |
Sequence.decode(InputStream in,
Group template,
Context context,
BitVectorReader pmapReader)
Decode the specified stream of data
|
FieldValue |
Scalar.decode(InputStream in,
Group template,
Context context,
BitVectorReader presenceMapReader) |
FieldValue |
Group.decode(InputStream in,
Group group,
Context context,
BitVectorReader pmapReader) |
abstract FieldValue |
Field.decode(InputStream in,
Group template,
Context context,
BitVectorReader presenceMapReader)
FieldValue decode method declaration
|
FieldValue |
DynamicTemplateReference.decode(InputStream in,
Group template,
Context context,
BitVectorReader pmapReader) |
FieldValue |
ComposedScalar.decode(InputStream in,
Group template,
Context context,
BitVectorReader presenceMapReader) |
Message |
MessageTemplate.decode(InputStream in,
int templateId,
BitVectorReader presenceMapReader,
Context context)
Decodes the inputStream and creates a new message that contains this
information
|
FieldValue[] |
Group.decodeFieldValues(InputStream in,
Group template,
BitVectorReader pmapReader,
Context context)
Goes through the all the field value array, starting with the index
passed, checks to see if a map actually created for the field to pass to
the decoder - the field index is created as a new Group object and stored
to the the FieldValue array.
|
protected FieldValue[] |
Group.decodeFieldValues(InputStream in,
Group template,
Context context)
If there is not a vector map created for the inputStream, a vector map
will be created to pass to the public decodeFieldValues method.
|
byte[] |
Group.encode(FieldValue value,
Group template,
Context context)
If there is no BitVector, this encoding method will create one.
|
byte[] |
StaticTemplateReference.encode(FieldValue value,
Group template,
Context context,
BitVectorBuilder presenceMapBuilder) |
byte[] |
Sequence.encode(FieldValue value,
Group template,
Context context,
BitVectorBuilder presenceMapBuilder)
Store the data passed to a byte array
|
byte[] |
Scalar.encode(FieldValue fieldValue,
Group template,
Context context,
BitVectorBuilder presenceMapBuilder) |
byte[] |
Group.encode(FieldValue value,
Group template,
Context context,
BitVectorBuilder presenceMapBuilder)
If your FieldValue already has a BitVector, use this encode method.
|
abstract byte[] |
Field.encode(FieldValue value,
Group template,
Context context,
BitVectorBuilder presenceMapBuilder)
byte[] encode method declaration
|
byte[] |
DynamicTemplateReference.encode(FieldValue value,
Group template,
Context context,
BitVectorBuilder presenceMapBuilder) |
byte[] |
ComposedScalar.encode(FieldValue value,
Group template,
Context context,
BitVectorBuilder presenceMapBuilder) |
byte[] |
MessageTemplate.encode(Message message,
Context context)
Uses the superclasses encode method to encode the byte array - see
Group.java
|
Copyright © 2006-2013 The LaSalle Technology Group, LLC. All Rights Reserved.