public static class PTOCAControlSequence.ControlSequenceIntroducer
extends java.lang.Object
| Constructor and Description |
|---|
ControlSequenceIntroducer() |
| Modifier and Type | Method and Description |
|---|---|
PTOCAControlSequence.ControlSequenceFunctionType |
getControlSequenceFunctionType() |
short |
getCsClass() |
short |
getCsPrefix() |
short |
getLength() |
short |
getOriginalCSFT() |
boolean |
isChained()
If true the NEXT control sequence that follows thsi control sequence has a control sequence
identifier in the "chained" format.
|
static PTOCAControlSequence.ControlSequenceIntroducer |
parseCSI(boolean isChained,
byte[] sfData,
int offset,
int length,
AFPParserConfiguration config)
The is Chained parameter indicates that the preceding control sequence was flaged as chained,
and therefore the following control sequence introducer is in the "chained" format.
|
void |
setChained(boolean isChained) |
void |
setControlSequenceFunctionType(PTOCAControlSequence.ControlSequenceFunctionType controlSequenceFunctionType) |
void |
setCsClass(short csClass) |
void |
setCsPrefix(short csPrefix) |
void |
setLength(short length) |
void |
setOriginalCSFT(short originalCSFT) |
byte[] |
toBytes() |
public static PTOCAControlSequence.ControlSequenceIntroducer parseCSI(boolean isChained, byte[] sfData, int offset, int length, AFPParserConfiguration config) throws AFPParserException
AFPParserExceptionpublic byte[] toBytes()
public short getCsPrefix()
public void setCsPrefix(short csPrefix)
public short getCsClass()
public void setCsClass(short csClass)
public short getLength()
public void setLength(short length)
public PTOCAControlSequence.ControlSequenceFunctionType getControlSequenceFunctionType()
public void setControlSequenceFunctionType(PTOCAControlSequence.ControlSequenceFunctionType controlSequenceFunctionType)
public boolean isChained()
public void setChained(boolean isChained)
public short getOriginalCSFT()
public void setOriginalCSFT(short originalCSFT)