📄 control.java
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package org.javaldap.ldapv3;
//-----------------------------------------------------------------------------
// NOTE: this is a machine generated file - editing not recommended
//
// File: ./src/org/javaldap/ldapv3/Control.java
//
// Java class for ASN.1 definition Control as defined in
// module LDAPv3.
// This file was generated by Snacc for Java at Fri Jul 2 18:01:43 1999
// Snacc for Java - Andreas Schade (SAN/ZRL)
//-----------------------------------------------------------------------------
// Import PrintStream class for print methods
import java.io.PrintStream;
// Import ASN.1 basic type representations
import com.ibm.util.*;
// Import ASN.1 decoding/encoding classes
import com.ibm.asn1.*;
/** This class represents the ASN.1 SEQUENCE type <tt>Control</tt>.
* For each sequence member, sequence classes contain a
* public member variable of the corresponding Java type.
* @author Snacc for Java
* @version Fri Jul 2 18:01:43 1999
*/
public class Control implements LDAPv3 {
/** member variable representing the sequence member controlType of type byte[] */
public byte[] controlType;
/** member variable representing the sequence member criticality of type boolean */
public boolean criticality = false;
/** member variable representing the sequence member controlValue of type byte[] */
public byte[] controlValue = null;
/** default constructor */
public Control() {}
/** copy constructor */
public Control (Control arg) {
controlType = new byte[arg.controlType.length];
System.arraycopy(arg.controlType,0,controlType,0,arg.controlType.length);
criticality = arg.criticality;
controlValue = new byte[arg.controlValue.length];
System.arraycopy(arg.controlValue,0,controlValue,0,arg.controlValue.length);
}
/** decoding method.
* @param dec
* decoder object derived from com.ibm.asn1.ASN1Decoder
* @exception com.ibm.asn1.ASN1Exception
* decoding error
*/
public void decode (ASN1Decoder dec) throws ASN1Exception {
int seq_nr = dec.decodeSequence();
controlType = dec.decodeOctetString();
if (!dec.nextIsDefault(dec.makeTag(dec.UNIVERSAL_TAG_CLASS,1))) {
criticality = dec.decodeBoolean();
}
if (!dec.nextIsOptional(dec.makeTag(dec.UNIVERSAL_TAG_CLASS,4))) {
controlValue = dec.decodeOctetString();
}
dec.endOf(seq_nr);
}
/** encoding method.
* @param enc
* encoder object derived from com.ibm.asn1.ASN1Encoder
* @exception com.ibm.asn1.ASN1Exception
* encoding error
*/
public void encode (ASN1Encoder enc) throws ASN1Exception {
int seq_nr = enc.encodeSequence();
enc.encodeOctetString(controlType);
if (enc.encodeDefault() || criticality != false) {
enc.encodeBoolean(criticality);
}
if (controlValue != null) {
enc.encodeOctetString(controlValue);
}
enc.endOf(seq_nr);
}
/** default print method (variable indentation)
* @param os
* PrintStream representing the print destination (file, etc)
*/
public void print (PrintStream os) {
print(os,0);
}
/** print method (variable indentation)
* @param os
* PrintStream representing the print destination (file, etc)
* @param indent
* number of blanks that preceed each output line.
*/
public void print (PrintStream os, int indent) {
os.println("{ -- SEQUENCE --");
for(int ii = 0; ii < indent+2; ii++) os.print(' ');
os.print("controlType = ");
try {
(new HexOutputStream(os)).write(controlType);
} catch (java.io.IOException ex) {
os.print("( unprintable OCTET STRING value )");
}
os.println(',');
for(int ii = 0; ii < indent+2; ii++) os.print(' ');
os.print("criticality = ");
os.print(criticality);
os.println(',');
if (controlValue != null) {
for(int ii = 0; ii < indent+2; ii++) os.print(' ');
os.print("controlValue = ");
try {
(new HexOutputStream(os)).write(controlValue);
} catch (java.io.IOException ex) {
os.print("( unprintable OCTET STRING value )");
}
}
os.println();
for(int ii = 0; ii < indent; ii++) os.print(' ');
os.print('}');
}
}
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