Java Teilbereich

package jni; 
import java.util.* ;
import tools.*;

import java.lang.Integer;
import java.lang.Byte;
import java.util.StringTokenizer;
import com.sun.jaw.snmp.common.*;

/** 
 * Klasse zur Verwendung von Java-Native Methoden<BR>
 * Diese Methoden werden an dieser Stelle angegeben, aber noch
 * nicht implementiert.<BR> Dies geschieht in dem entsprechenden
 * C++ File (nativeBase.cpp).
 * @version created 14.12.1998
 * @since 0.99
*/
public class nativeBase {
   // get
   public static native String getStringNative(int[] mibVarOID);
   public static native int getIntNative(int[] mibVarOID);

   // get Methods to convert Data in accessible format
   /**
   * Get the IpAddress Property of NetworkParms and turn it
   * into a Byte-array. like this :<BR>
   *  [127.0.0.1] -> 91,49,50,55,46,48,46,48,46,49,93<BR>
   * @param mibVarOID OID as int-Array
   * @return Byte-Array
   */
   public static Byte[] getIpAddress(int[] mibVarOID) {

      String tempString = getStringNative(mibVarOID);
      SnmpString snmpString = new SnmpString(tempString);
      return snmpString.toByte();
   }

   /**
   * Get the SubnetMask Property of NetworkParms and turn it
   * into a Byte-array. like this :<BR>
   *  [127.0.0.1] -> 91,49,50,55,46,48,46,48,46,49,93<BR>
   * @param mibVarOID OID as int-Array
   * @return Byte-Array
   */
   public static Byte[] getSubnetMask(int[] mibVarOID) {
      String tempString = getStringNative(mibVarOID);
      SnmpString snmpString = new SnmpString(tempString);
      return snmpString.toByte();
   }

   /**
   * Get the Adress Format "[0.0.0.0]" and convert it
   * into a Byte-array. like this :<BR>
   *  [127.0.0.1] -> 91,49,50,55,46,48,46,48,46,49,93<BR>
   * @param mibVarOID OID as int-Array
   * @return Byte-Array
   */
   public static Byte[] getByteArray(int[] mibVarOID) {
      String tempString = getStringNative(mibVarOID);
      SnmpString snmpString = new SnmpString(tempString);
      return snmpString.toByte();
   }

   // getNext
   public static native int getNextIntNative(int[][] mibVarOID, int oidIndex);
   public static native String getNextStringNative(int[][] mibVarOID, int oidIndex);
   public static native String[] getIndexedStringNative(int[][] oids, int IndexRange);
   public static native int[] getIndexedIntNative(int[][] oids, int IndexRange);

   // set
   public static native void setNative(int[] mibVarOID, int value);
   public static native void setNative(int[] mibVarOID, String value);

   // set Methods to convert Da\chapter{Realisierung der proprietären Schnittstelle}
\label{anhang_b}
\section{Java Teilbereich}
\begin{verbatim}
package jni; 
import java.util.* ;
import tools.*;

import java.lang.Integer;
import java.lang.Byte;
import java.util.StringTokenizer;
import com.sun.jaw.snmp.common.*;

/** 
 * Klasse zur Verwendung von Java-Native Methoden<BR>
 * Diese Methoden werden an dieser Stelle angegeben, aber noch
 * nicht implementiert.<BR> Dies geschieht in dem entsprechenden
 * C++ File (nativeBase.cpp).
 * @version created 14.12.1998
 * @since 0.99
*/
public class nativeBase {
   // get
   public static native String getStringNative(int[] mibVarOID);
   public static native int getIntNative(int[] mibVarOID);

   // get Methods to convert Data in accessible format
   /**
   * Get the IpAddress Property of NetworkParms and turn it
   * into a Byte-array. like this :<BR>
   *  [127.0.0.1] -> 91,49,50,55,46,48,46,48,46,49,93<BR>
   * @param mibVarOID OID as int-Array
   * @return Byte-Array
   */
   public static Byte[] getIpAddress(int[] mibVarOID) {

      String tempString = getStringNative(mibVarOID);
      SnmpString snmpString = new SnmpString(tempString);
      return snmpString.toByte();
   }

   /**
   * Get the SubnetMask Property of NetworkParms and turn it
   * into a Byte-array. like this :<BR>
   *  [127.0.0.1] -> 91,49,50,55,46,48,46,48,46,49,93<BR>
   * @param mibVarOID OID as int-Array
   * @return Byte-Array
   */
   public static Byte[] getSubnetMask(int[] mibVarOID) {
      String tempString = getStringNative(mibVarOID);
      SnmpString snmpString = new SnmpString(tempString);
      return snmpString.toByte();
   }

   /**
   * Get the Adress Format "[0.0.0.0]" and convert it
   * into a Byte-array. like this :<BR>
   *  [127.0.0.1] -> 91,49,50,55,46,48,46,48,46,49,93<BR>
   * @param mibVarOID OID as int-Array
   * @return Byte-Array
   */
   public static Byte[] getByteArray(int[] mibVarOID) {
      String tempString = getStringNative(mibVarOID);
      SnmpString snmpString = new SnmpString(tempString);
      return snmpString.toByte();
   }

   // getNext
   public static native int getNextIntNative(int[][] mibVarOID, int oidIndex);
   public static native String getNextStringNative(int[][] mibVarOID, int oidIndex);
   public static native String[] getIndexedStringNative(int[][] oids, int IndexRange);
   public static native int[] getIndexedIntNative(int[][] oids, int IndexRange);

   // set
   public static native void setNative(int[] mibVarOID, int value);
   public static native void setNative(int[] mibVarOID, String value);

   // set Methods to convert Data in accessible format
   /**
   * Set the IpAddress.<BR>
   * The new IP-Address shows : [127.0.0.1]
   * @param mibVarOID OID for MibVariable IpAddress
   * @param ipAddress new IpAddress as Byte-Array
   * @return none
   */
   public static void setIpAddress(int[] mibVarOID, Byte[] ByteArray) {
      try {
         SnmpString snmpString = new SnmpString(ByteArray);
         setNative(mibVarOID, snmpString.toString());
      } catch (Exception e) {
         e.printStackTrace();
         System.exit(0);
      }
   }

   /**
   * Set the SubnetMask.<BR>
   * The new IP-Address shows : [127.0.0.1]
   * @param mibVarOID OID for MibVariable SubnetMask
   * @param SubnetMask new SubnetMask as Byte-Array
   * @return none
   */
   public static void setSubnetMask(int[] mibVarOID, Byte[] ByteArray) {
      try {
         SnmpString snmpString = new SnmpString(ByteArray);
         setNative(mibVarOID, snmpString.toString());
      } catch (Exception e) {
         e.printStackTrace();
         System.exit(0);
      }
   }

   public static void setByteArray(int[] mibVarOID, Byte[] ByteArray) {
      SnmpString snmpString = new SnmpString(ByteArray);
      setNative(mibVarOID, snmpString.toString());
   }

   // andere Native Methoden
   public static native void buildCAsnNodeStructure();
   public static native void removeNative(int[] mibVarOID);

   public static void encodeStringToAscii(String str, int[][] intArray, int oidIndex) {
      int strIndex = 0;
      char charArray[] = str.toCharArray();

      intArray[oidIndex] = new int[str.length()];

      for (int i = 0; i < charArray.length; i++) {
         intArray[oidIndex][i] = (int) charArray[i];
      }
   }   

   static {
      System.out.print("JNI : Loading nativeBase.dll ... ");
      System.loadLibrary("c:/jdmk/jni/Debug/nativeBase");
      System.out.println("loaded.");
      System.out.println("JNI : buildCAsnNode ... ");
      buildCAsnNodeStructure();
      System.out.println("executed.");
   }
}