public Link_Address(ThreeGPP_3G_Cell_ID t3c) {
tg3ci = new ThreeGPP_3G_Cell_ID(null, null);
Serialization srlz = new Serialization();
link_address_out = new byte[srlz.choice(t3c.get_ThreeGPP_3G_Cell_ID(), 1).length];
link_address_out = srlz.choice(t3c.get_ThreeGPP_3G_Cell_ID(), 1);
which_transport = "3GPP 3G Cell ID";
}
public Link_Address(Transport_address mac_addr) {
macaddr = new Transport_address(mac_addr.get_Value_i(), mac_addr.get_Value_Octet_String());
Serialization srlz = new Serialization();
which_transport = "mac address";
link_address_out = new byte[srlz.choice(mac_addr.get_Transport_address(), 0).length];
link_address_out = srlz.choice(mac_addr.get_Transport_address(), 0);
}
public ThreeGPP_3G_Cell_ID(PLMN_ID plmnID, CELL_ID cellID) {
plmn_ID = new PLMN_ID(plmnID);
cell_ID = new CELL_ID(cellID);
Serialization srlz = new Serialization();
threegpp_3g_cell_id =
new byte[srlz.sequence(plmnID.get_PLMN_ID(), cellID.get_CELL_ID()).length];
threegpp_3g_cell_id = srlz.sequence(plmnID.get_PLMN_ID(), cellID.get_CELL_ID());
}
/**
* Construct a MIH_Event_Subscribe response message
*
* @param MIH_Protocol_Header
* @param Payload
* @return byte [] - representation of the response message in byte form
*/
public byte[] MIH_Event_Subscribe(MIH_Protocol_Header msgheader, Payload payload) {
Message_out =
new byte
[srlz.sequence(msgheader.get_MIH_Protocol_Header().getValue(), payload.Get_Payload())
.length];
Message_out =
srlz.sequence(msgheader.get_MIH_Protocol_Header().getValue(), payload.Get_Payload());
return Message_out;
}
/**
* Construct a MIH Capability Discover response message
*
* @param MIH_Protocol_Header
* @param Payload
* @return byte [] - representation of the response message in byte form
*/
public byte[] MIH_Capability_Discover(MIH_Protocol_Header msgheader, Payload payload) {
Message_out =
new byte
[srlz.sequence(msgheader.get_MIH_Protocol_Header().getValue(), payload.Get_Payload())
.length];
Message_out =
srlz.sequence(msgheader.get_MIH_Protocol_Header().getValue(), payload.Get_Payload());
return Message_out;
}
/**
* Construct a MIH_N2N_HO_Query_Resources response message
*
* @param MIH_Protocol_Header
* @param Payload
* @return byte [] - representation of the response message in byte form
*/
public byte[] MIH_N2N_HO_Query_Resources(MIH_Protocol_Header msgheader, Payload payload) {
Message_out =
new byte
[srlz.sequence(msgheader.get_MIH_Protocol_Header().getValue(), payload.Get_Payload())
.length];
Message_out =
srlz.sequence(msgheader.get_MIH_Protocol_Header().getValue(), payload.Get_Payload());
return Message_out;
}
/**
* Construct a MIH_Link_Configure_Thresholds response message
*
* @param MIH_Protocol_Header
* @param Payload
* @return byte [] - representation of the response message in byte form
*/
public byte[] MIH_Link_Configure_Thresholds(MIH_Protocol_Header msgheader, Payload payload) {
Message_out =
new byte
[srlz.sequence(msgheader.get_MIH_Protocol_Header().getValue(), payload.Get_Payload())
.length];
Message_out =
srlz.sequence(msgheader.get_MIH_Protocol_Header().getValue(), payload.Get_Payload());
return Message_out;
}
public ThreeGPP_2G_Cell_ID(PLMN_ID plmnID, LAC lac, CI ci) {
Serialization srlz = new Serialization();
this.plmnID = plmnID;
this.lac = lac;
this.ci = ci;
threegpp_2g_cell_id =
new byte[srlz.sequence(plmnID.get_PLMN_ID(), lac.get_LAC(), ci.get_CI()).length];
threegpp_2g_cell_id = srlz.sequence(plmnID.get_PLMN_ID(), lac.get_LAC(), ci.get_CI());
}
/**
* Constructor
*
* @param int
* @param Octet_String
*/
public Transport_address(int i, Octet_String os) {
value_i = i;
value_os = new Octet_String(os);
// The maximum value of i according to IANA
// http://www.iana.org/assignments/address-family-numbers/
// Sequencing
Serialization srlz = new Serialization();
transportaddress = new byte[srlz.sequence((new UInt16(i)).getValue(), os.getValue()).length];
transportaddress = srlz.sequence((new UInt16(i)).getValue(), os.getValue());
}
public Link_Addr_List(Vector linkAddrList) {
link_addr_list_ = linkAddrList;
int count = 0, pos = 0;
Serialization srlz = new Serialization();
Vector tmp = new Vector();
for (int i = 0; i < linkAddrList.size(); i++) {
tmp.addElement(((Network_type_addr) linkAddrList.elementAt(i)).get_Network_type_addr());
}
link_addr_list = new byte[srlz.encoding_List(tmp).length];
link_addr_list = srlz.encoding_List(tmp);
}
/** Constructor */
public Link_Address(Other_l2_ADDR ola) {
Serialization srlz = new Serialization();
link_address_out = new byte[srlz.choice(ola.get_Other_l2_ADDR(), 4).length];
link_address_out = srlz.choice(ola.get_Other_l2_ADDR(), 4);
which_transport = "Other L2 Address";
}
/** Constructor */
public Link_Address(ThreeGPP2_ADDR tga) {
Serialization srlz = new Serialization();
link_address_out = new byte[srlz.choice(tga.get_3GPP2_ADDR(), 4).length];
link_address_out = srlz.choice(tga.get_3GPP2_ADDR(), 4);
which_transport = "3GPP2 Address";
}
/** Constructor */
public Link_Address(ThreeGPP_2G_Cell_ID t2c) {
Serialization srlz = new Serialization();
link_address_out = new byte[srlz.choice(t2c.get_ThreeGPP_2G_Cell_ID(), 2).length];
link_address_out = srlz.choice(t2c.get_ThreeGPP_2G_Cell_ID(), 2);
which_transport = "3GPP 2G Cell ID";
}