org.mobicents.protocols.mgcp.parser.params.ConnectionModeHandler Maven / Gradle / Ivy
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*
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* This software is distributed in the hope that it will be useful,
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* Lesser General Public License for more details.
*
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package org.mobicents.protocols.mgcp.parser.params;
import java.text.ParseException;
import org.mobicents.protocols.mgcp.parser.StringFunctions;
import org.mobicents.protocols.mgcp.parser.SplitDetails;
import jain.protocol.ip.mgcp.message.parms.ConnectionMode;
public class ConnectionModeHandler
{
private static final byte[] SENDRECV_VALUE=new byte[] {
StringFunctions.LOW_S_BYTE,StringFunctions.LOW_E_BYTE,StringFunctions.LOW_N_BYTE,
StringFunctions.LOW_D_BYTE,StringFunctions.LOW_R_BYTE,StringFunctions.LOW_E_BYTE,
StringFunctions.LOW_C_BYTE,StringFunctions.LOW_V_BYTE
};
private static final byte[] SENDONLY_VALUE=new byte[] {
StringFunctions.LOW_S_BYTE,StringFunctions.LOW_E_BYTE,StringFunctions.LOW_N_BYTE,
StringFunctions.LOW_D_BYTE,StringFunctions.LOW_O_BYTE,StringFunctions.LOW_N_BYTE,
StringFunctions.LOW_L_BYTE,StringFunctions.LOW_Y_BYTE
};
private static final byte[] RECVONLY_VALUE=new byte[] {
StringFunctions.LOW_R_BYTE,StringFunctions.LOW_E_BYTE,StringFunctions.LOW_C_BYTE,
StringFunctions.LOW_V_BYTE,StringFunctions.LOW_O_BYTE,StringFunctions.LOW_N_BYTE,
StringFunctions.LOW_L_BYTE,StringFunctions.LOW_Y_BYTE
};
private static final byte[] CONFRNCE_VALUE=new byte[] {
StringFunctions.LOW_C_BYTE,StringFunctions.LOW_O_BYTE,StringFunctions.LOW_N_BYTE,
StringFunctions.LOW_F_BYTE,StringFunctions.LOW_R_BYTE,StringFunctions.LOW_N_BYTE,
StringFunctions.LOW_C_BYTE,StringFunctions.LOW_E_BYTE
};
private static final byte[] CONTTEST_VALUE=new byte[] {
StringFunctions.LOW_C_BYTE,StringFunctions.LOW_O_BYTE,StringFunctions.LOW_N_BYTE,
StringFunctions.LOW_T_BYTE,StringFunctions.LOW_T_BYTE,StringFunctions.LOW_E_BYTE,
StringFunctions.LOW_S_BYTE,StringFunctions.LOW_T_BYTE
};
private static final byte[] LOOPBACK_VALUE=new byte[] {
StringFunctions.LOW_L_BYTE,StringFunctions.LOW_O_BYTE,StringFunctions.LOW_O_BYTE,
StringFunctions.LOW_P_BYTE,StringFunctions.LOW_B_BYTE,StringFunctions.LOW_A_BYTE,
StringFunctions.LOW_C_BYTE,StringFunctions.LOW_K_BYTE
};
private static final byte[] NETWLOOP_VALUE=new byte[] {
StringFunctions.LOW_N_BYTE,StringFunctions.LOW_E_BYTE,StringFunctions.LOW_T_BYTE,
StringFunctions.LOW_W_BYTE,StringFunctions.LOW_L_BYTE,StringFunctions.LOW_O_BYTE,
StringFunctions.LOW_O_BYTE,StringFunctions.LOW_P_BYTE
};
private static final byte[] NETWTEST_VALUE=new byte[] {
StringFunctions.LOW_N_BYTE,StringFunctions.LOW_E_BYTE,StringFunctions.LOW_T_BYTE,
StringFunctions.LOW_W_BYTE,StringFunctions.LOW_T_BYTE,StringFunctions.LOW_E_BYTE,
StringFunctions.LOW_S_BYTE,StringFunctions.LOW_T_BYTE
};
private static final byte[] INACTIVE_VALUE=new byte[] {
StringFunctions.LOW_I_BYTE,StringFunctions.LOW_N_BYTE,StringFunctions.LOW_A_BYTE,
StringFunctions.LOW_C_BYTE,StringFunctions.LOW_T_BYTE,StringFunctions.LOW_I_BYTE,
StringFunctions.LOW_V_BYTE,StringFunctions.LOW_E_BYTE
};
private static final byte[] DATA_VALUE=new byte[] {
StringFunctions.LOW_D_BYTE,StringFunctions.LOW_A_BYTE,StringFunctions.LOW_T_BYTE,
StringFunctions.LOW_A_BYTE
};
public static ConnectionMode decode(byte[] value,int offset,int length) throws ParseException
{
if(length==8)
{
byte startByte=value[offset];
byte middleByte=value[offset+4];
byte char1=value[offset+1];
byte char2=value[offset+2];
byte char3=value[offset+3];
byte char5=value[offset+5];
byte char6=value[offset+6];
byte char7=value[offset+7];
switch(startByte)
{
case StringFunctions.LOW_S_BYTE:
case StringFunctions.HIGH_S_BYTE:
switch(middleByte)
{
case StringFunctions.LOW_R_BYTE:
case StringFunctions.HIGH_R_BYTE:
for(int i=1;i<4;i++)
if(value[offset+i]!=SENDRECV_VALUE[i] && value[offset+i]!=(byte)(SENDRECV_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
for(int i=5;i<8;i++)
if(value[offset+i]!=SENDRECV_VALUE[i] && value[offset+i]!=(byte)(SENDRECV_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
return ConnectionMode.SendRecv;
case StringFunctions.LOW_O_BYTE:
case StringFunctions.HIGH_O_BYTE:
for(int i=1;i<4;i++)
if(value[offset+i]!=SENDONLY_VALUE[i] && value[offset+i]!=(byte)(SENDONLY_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
for(int i=5;i<8;i++)
if(value[offset+i]!=SENDONLY_VALUE[i] && value[offset+i]!=(byte)(SENDONLY_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
return ConnectionMode.SendOnly;
}
break;
case StringFunctions.LOW_R_BYTE:
case StringFunctions.HIGH_R_BYTE:
switch(middleByte)
{
case StringFunctions.LOW_O_BYTE:
case StringFunctions.HIGH_O_BYTE:
for(int i=1;i<4;i++)
if(value[offset+i]!=RECVONLY_VALUE[i] && value[offset+i]!=(byte)(RECVONLY_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
for(int i=5;i<8;i++)
if(value[offset+i]!=RECVONLY_VALUE[i] && value[offset+i]!=(byte)(RECVONLY_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
return ConnectionMode.RecvOnly;
}
break;
case StringFunctions.LOW_C_BYTE:
case StringFunctions.HIGH_C_BYTE:
switch(middleByte)
{
case StringFunctions.LOW_R_BYTE:
case StringFunctions.HIGH_R_BYTE:
for(int i=1;i<4;i++)
if(value[offset+i]!=CONFRNCE_VALUE[i] && value[offset+i]!=(byte)(CONFRNCE_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
for(int i=5;i<8;i++)
if(value[offset+i]!=CONFRNCE_VALUE[i] && value[offset+i]!=(byte)(CONFRNCE_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
return ConnectionMode.Confrnce;
case StringFunctions.LOW_T_BYTE:
case StringFunctions.HIGH_T_BYTE:
for(int i=1;i<4;i++)
if(value[offset+i]!=CONTTEST_VALUE[i] && value[offset+i]!=(byte)(CONTTEST_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
for(int i=5;i<8;i++)
if(value[offset+i]!=CONTTEST_VALUE[i] && value[offset+i]!=(byte)(CONTTEST_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
return ConnectionMode.Conttest;
}
break;
case StringFunctions.LOW_L_BYTE:
case StringFunctions.HIGH_L_BYTE:
switch(middleByte)
{
case StringFunctions.LOW_B_BYTE:
case StringFunctions.HIGH_B_BYTE:
for(int i=1;i<4;i++)
if(value[offset+i]!=LOOPBACK_VALUE[i] && value[offset+i]!=(byte)(LOOPBACK_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
for(int i=5;i<8;i++)
if(value[offset+i]!=LOOPBACK_VALUE[i] && value[offset+i]!=(byte)(LOOPBACK_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
return ConnectionMode.Loopback;
}
break;
case StringFunctions.LOW_N_BYTE:
case StringFunctions.HIGH_N_BYTE:
switch(middleByte)
{
case StringFunctions.LOW_L_BYTE:
case StringFunctions.HIGH_L_BYTE:
for(int i=1;i<4;i++)
if(value[offset+i]!=NETWLOOP_VALUE[i] && value[offset+i]!=(byte)(NETWLOOP_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
for(int i=5;i<8;i++)
if(value[offset+i]!=NETWLOOP_VALUE[i] && value[offset+i]!=(byte)(NETWLOOP_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
return ConnectionMode.Netwloop;
case StringFunctions.LOW_T_BYTE:
case StringFunctions.HIGH_T_BYTE:
for(int i=1;i<4;i++)
if(value[offset+i]!=NETWTEST_VALUE[i] && value[offset+i]!=(byte)(NETWTEST_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
for(int i=5;i<8;i++)
if(value[offset+i]!=NETWTEST_VALUE[i] && value[offset+i]!=(byte)(NETWTEST_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
return ConnectionMode.Netwtest;
}
break;
}
}
else if(length==4)
{
for(int i=0;i<4;i++)
if(value[offset+i]!=DATA_VALUE[i] && value[offset+i]!=(byte)(DATA_VALUE[i]+StringFunctions.CASE_STEP))
return ConnectionMode.Inactive;
return ConnectionMode.Data;
}
return ConnectionMode.Inactive;
}
public static int encode(byte[] destination,int offset,ConnectionMode connectionMode)
{
switch(connectionMode.getConnectionModeValue())
{
case ConnectionMode.SENDRECV:
System.arraycopy(SENDRECV_VALUE, 0, destination, offset, SENDRECV_VALUE.length);
return SENDRECV_VALUE.length;
case ConnectionMode.SENDONLY:
System.arraycopy(SENDONLY_VALUE, 0, destination, offset, SENDONLY_VALUE.length);
return SENDONLY_VALUE.length;
case ConnectionMode.RECVONLY:
System.arraycopy(RECVONLY_VALUE, 0, destination, offset, RECVONLY_VALUE.length);
return RECVONLY_VALUE.length;
case ConnectionMode.CONFRNCE:
System.arraycopy(CONFRNCE_VALUE, 0, destination, offset, CONFRNCE_VALUE.length);
return CONFRNCE_VALUE.length;
case ConnectionMode.INACTIVE:
System.arraycopy(INACTIVE_VALUE, 0, destination, offset, INACTIVE_VALUE.length);
return INACTIVE_VALUE.length;
case ConnectionMode.LOOPBACK:
System.arraycopy(LOOPBACK_VALUE, 0, destination, offset, LOOPBACK_VALUE.length);
return LOOPBACK_VALUE.length;
case ConnectionMode.CONTTEST:
System.arraycopy(CONTTEST_VALUE, 0, destination, offset, CONTTEST_VALUE.length);
return CONTTEST_VALUE.length;
case ConnectionMode.NETWLOOP:
System.arraycopy(NETWLOOP_VALUE, 0, destination, offset, NETWLOOP_VALUE.length);
return NETWLOOP_VALUE.length;
case ConnectionMode.NETWTEST:
System.arraycopy(NETWTEST_VALUE, 0, destination, offset, NETWTEST_VALUE.length);
return NETWTEST_VALUE.length;
case ConnectionMode.DATA:
System.arraycopy(DATA_VALUE, 0, destination, offset, DATA_VALUE.length);
return DATA_VALUE.length;
}
return 0;
}
public static int encodeList(byte[] destination,int offset,ConnectionMode[] connectionModes)
{
if(connectionModes.length==0)
return 0;
int totalLength=0;
int i=0;
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