diff --git a/ISUP_Q.762_CNL113365_LATEST/ISUP_Q.762_CNL113365.tpd b/ISUP_Q.762_CNL113365_LATEST/ISUP_Q.762_CNL113365.tpd
new file mode 100644
index 000000000..7b64c3d0d
--- /dev/null
+++ b/ISUP_Q.762_CNL113365_LATEST/ISUP_Q.762_CNL113365.tpd
@@ -0,0 +1,48 @@
+
+
+
+ ISUP_Q.762_CNL113365
+
+
+
+
+
+
+
+
+
+
+ Default
+
+
+
+
+ true
+ true
+ true
+ bin/ISUP_Q.762_CNL113365
+
+
+ bin
+
+
+ tsp.*
+
+
+
+
+
diff --git a/ISUP_Q.762_CNL113365_LATEST/demo/ISUP_Mapping.ttcn b/ISUP_Q.762_CNL113365_LATEST/demo/ISUP_Mapping.ttcn
new file mode 100644
index 000000000..a29603edb
--- /dev/null
+++ b/ISUP_Q.762_CNL113365_LATEST/demo/ISUP_Mapping.ttcn
@@ -0,0 +1,128 @@
+///////////////////////////////////////////////////////////////////////////////
+//
+// Copyright Test Competence Center (TCC) ETH 2006
+// //
+// The copyright to the computer program(s) herein is the property of TCC. //
+// The program(s) may be used and/or copied only with the written permission //
+// of TCC or in accordance with the terms and conditions stipulated in the //
+// agreement/contract under which the program(s) have been supplied //
+///////////////////////////////////////////////////////////////////////////////
+//
+// File: ISUP_Mapping.ttcn
+// Rev: R7D
+// Prodnr: CNL 113 365
+// Updated: 2006-05-10
+// Contact: http://ttcn.ericsson.se
+///////////////////////////////////////////////////////////////////////////////
+module ISUP_Mapping
+{
+ import from MTP3asp_PortType all;
+ import from MTP3asp_Types all;
+ import from ISUP_Types all;
+
+group Types
+{
+ type record MSC_ISUP_MTP3_parameters
+ {
+ MTP3_Field_sio sio,
+ integer opc,
+ integer dpc,
+ integer sls
+ }
+
+group PortTypes
+{
+ //*************************************************************************
+ //* ISUP port types *
+ //*************************************************************************
+ type port MTP3asp_ISUP_PT message
+ {
+ inout PDU_ISUP;
+ } with {extension "internal"}
+
+ type port MTC_ISUP_PT message // Coordination message
+ {
+ inout charstring;
+ inout octetstring;
+ } with {extension "internal"}
+}//end group PortTypes
+
+
+group ComponentTypes
+{
+ //*************************************************************************
+ //* ISUP Component types *
+ //*************************************************************************
+ type component ISUP_CT
+ {
+ //========================Component constants===========================
+
+ //========================Component variables===========================
+ var PDU_ISUP v_PDU_ISUP;
+
+ //========================Component Timers-=============================
+
+ //========================Component Port Declarations====================
+ port MTC_ISUP_PT MTC_ISUP_PORT; //up
+ port MTP3asp_ISUP_PT MTP3_ISUP_PORT; //down
+ } // end component type definition
+
+ //*************************************************************************
+ //* ISUP EncDec component *
+ //*************************************************************************
+ type component ISUP_EncDec_CT
+ {
+ //========================Component Port Declarations====================
+ port MTP3asp_ISUP_PT MTP3_ISUP_PORT; //<= SP_PT=_PT
+ port MTP3asp_PT MTP3_PORT;
+ } // end component type definition
+}//end group ComponentTypes
+
+}//end group Types
+
+
+//*************************************************************************
+//* ISUP EncDec component behaviour *
+//*************************************************************************
+function f_ISUP_EncDecComp_Behaviour
+ ( MSC_ISUP_MTP3_parameters pl_address_ISUP ) runs on ISUP_EncDec_CT
+ {
+ var ASP_MTP3_TRANSFERind vl_ASP_MTP3_TRANSFERind;
+ var PDU_ISUP vl_PDU_ISUP;
+ pl_address_ISUP.sio.si := '0101'B;
+
+ while (true)
+ {
+ alt
+ {
+ [] MTP3_ISUP_PORT.receive ( PDU_ISUP : ?) -> value vl_PDU_ISUP
+ {
+ MTP3_PORT.send (t_ASP_MTP3_TRANSFERreq
+ (pl_address_ISUP.sio,
+ pl_address_ISUP.opc,
+ pl_address_ISUP.dpc,
+ pl_address_ISUP.sls,
+ enc_PDU_ISUP(vl_PDU_ISUP)));
+ repeat;
+ }
+
+ // receive message from below (to be decoded)
+ [] MTP3_PORT.receive (tr_ASP_MTP3_TRANSFERind_sio
+ (pl_address_ISUP.sio.ni,
+ ?, //priority: no filtering
+ pl_address_ISUP.sio.si,
+ ?,
+ ?,
+ ?,
+ ? )) -> value vl_ASP_MTP3_TRANSFERind
+ {
+ MTP3_ISUP_PORT.send (dec_PDU_ISUP(vl_ASP_MTP3_TRANSFERind.data));
+ repeat;
+ }
+
+ [] MTP3_PORT.receive (t_ASP_MTP3_TRANSFERind( ?, ?, ?, ?, ? ))
+ { log("Invalid SIO: MESSAGE dropped!!!"); }
+ } //end of alt
+ } // end while
+ } // end of f_ISUP_EncDecComp_Behaviour
+}
diff --git a/ISUP_Q.762_CNL113365_LATEST/doc/ISUP_FS.pdf b/ISUP_Q.762_CNL113365_LATEST/doc/ISUP_FS.pdf
new file mode 100644
index 000000000..adae94243
Binary files /dev/null and b/ISUP_Q.762_CNL113365_LATEST/doc/ISUP_FS.pdf differ
diff --git a/ISUP_Q.762_CNL113365_LATEST/doc/ISUP_Q_PRI.doc b/ISUP_Q.762_CNL113365_LATEST/doc/ISUP_Q_PRI.doc
new file mode 100644
index 000000000..3906228e1
Binary files /dev/null and b/ISUP_Q.762_CNL113365_LATEST/doc/ISUP_Q_PRI.doc differ
diff --git a/ISUP_Q.762_CNL113365_LATEST/doc/ISUP_Q_UG.doc b/ISUP_Q.762_CNL113365_LATEST/doc/ISUP_Q_UG.doc
new file mode 100644
index 000000000..d70488dca
Binary files /dev/null and b/ISUP_Q.762_CNL113365_LATEST/doc/ISUP_Q_UG.doc differ
diff --git a/ISUP_Q.762_CNL113365_LATEST/src/ISUP_EncDec.cc b/ISUP_Q.762_CNL113365_LATEST/src/ISUP_EncDec.cc
new file mode 100644
index 000000000..ea18af689
--- /dev/null
+++ b/ISUP_Q.762_CNL113365_LATEST/src/ISUP_EncDec.cc
@@ -0,0 +1,465 @@
+///////////////////////////////////////////////////////////////////////////////
+//
+// Copyright Test Competence Center (TCC) ETH 2011
+// //
+// The copyright to the computer program(s) herein is the property of TCC. //
+// The program(s) may be used and/or copied only with the written permission //
+// of TCC or in accordance with the terms and conditions stipulated in the //
+// agreement/contract under which the program(s) have been supplied //
+///////////////////////////////////////////////////////////////////////////////
+//
+// File: ISUP_EncDec.cc
+// Rev: R7D
+// Prodnr: CNL 113 365
+// Updated: 2011-05-10
+// Contact: http://ttcn.ericsson.se
+///////////////////////////////////////////////////////////////////////////////
+#include "ISUP_Types.hh"
+
+namespace ISUP__Types {
+
+OCTETSTRING enc__PDU__ISUP(const PDU__ISUP& pdu)
+{
+ if (TTCN_Logger::log_this_event(TTCN_DEBUG)) {
+ TTCN_Logger::begin_event(TTCN_DEBUG);
+ TTCN_Logger::log_event("Encoding PDU_ISUP: ");
+ pdu.log();
+ TTCN_Logger::end_event();
+ }
+
+ TTCN_Buffer buf;
+ pdu.encode(PDU__ISUP_descr_, buf, TTCN_EncDec::CT_RAW);
+ OCTETSTRING ret_val(buf.get_len(), buf.get_data());
+
+ if (TTCN_Logger::log_this_event(TTCN_DEBUG)) {
+ TTCN_Logger::begin_event(TTCN_DEBUG);
+ TTCN_Logger::log_event("PDU_ISUP after encoding: ");
+ ret_val.log();
+ TTCN_Logger::end_event();
+ }
+ return ret_val;
+}
+
+PDU__ISUP dec__PDU__ISUP(const OCTETSTRING& stream)
+{
+ if (TTCN_Logger::log_this_event(TTCN_DEBUG)) {
+ TTCN_Logger::begin_event(TTCN_DEBUG);
+ TTCN_Logger::log_event("Decoding PDU_ISUP: ");
+ stream.log();
+ TTCN_Logger::end_event();
+ }
+
+ TTCN_Buffer buf;
+ buf.put_os(stream);
+ PDU__ISUP ret_val;
+ ret_val.decode(PDU__ISUP_descr_, buf, TTCN_EncDec::CT_RAW);
+
+ if (TTCN_Logger::log_this_event(TTCN_DEBUG)) {
+ TTCN_Logger::begin_event(TTCN_DEBUG);
+ TTCN_Logger::log_event("Decoded PDU_ISUP: ");
+ ret_val.log();
+ TTCN_Logger::end_event();
+ }
+ return ret_val;
+}
+
+PDU__ISUP dec__PDU__ISUP__noCIC(const OCTETSTRING& stream)
+{
+ if (TTCN_Logger::log_this_event(TTCN_DEBUG)) {
+ TTCN_Logger::begin_event(TTCN_DEBUG);
+ TTCN_Logger::log_event("Decoding PDU_ISUP: ");
+ stream.log();
+ TTCN_Logger::end_event();
+ }
+
+ OCTETSTRING mod_stream (int2oct(0,2) + stream);
+ TTCN_Buffer buf;
+ buf.put_os(mod_stream);
+ PDU__ISUP ret_val;
+ ret_val.decode(PDU__ISUP_descr_, buf, TTCN_EncDec::CT_RAW);
+ PDU__ISUP::union_selection_type msg_type = ret_val.get_selection();
+ switch (msg_type)
+ {
+ case PDU__ISUP::ALT_ISUP__ACM:
+ {
+ ret_val.ISUP__ACM().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__ANM:
+ {
+ ret_val.ISUP__ANM().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__APM:
+ {
+ ret_val.ISUP__APM().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__BLO:
+ {
+ ret_val.ISUP__BLO().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__BLA:
+ {
+ ret_val.ISUP__BLA().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CPG:
+ {
+ ret_val.ISUP__CPG().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CGB:
+ {
+ ret_val.ISUP__CGB().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CGBA:
+ {
+ ret_val.ISUP__CGBA().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CQM:
+ {
+ ret_val.ISUP__CQM().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CQR:
+ {
+ ret_val.ISUP__CQR().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__GRS:
+ {
+ ret_val.ISUP__GRS().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__GRA:
+ {
+ ret_val.ISUP__GRA().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CGU:
+ {
+ ret_val.ISUP__CGU().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CGUA:
+ {
+ ret_val.ISUP__CGUA().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CRG:
+ {
+ ret_val.ISUP__CRG().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CFN:
+ {
+ ret_val.ISUP__CFN().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CON:
+ {
+ ret_val.ISUP__CON().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__COT:
+ {
+ ret_val.ISUP__COT().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CCR:
+ {
+ ret_val.ISUP__CCR().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__FAC:
+ {
+ ret_val.ISUP__FAC().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__FAA:
+ {
+ ret_val.ISUP__FAA().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__FRJ:
+ {
+ ret_val.ISUP__FRJ().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__FAR:
+ {
+ ret_val.ISUP__FAR().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__FOT:
+ {
+ ret_val.ISUP__FOT().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__IDR:
+ {
+ ret_val.ISUP__IDR().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__IRS:
+ {
+ ret_val.ISUP__IRS().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__INF:
+ {
+ ret_val.ISUP__INF().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__INR:
+ {
+ ret_val.ISUP__INR().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__IAM:
+ {
+ ret_val.ISUP__IAM().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__LPA:
+ {
+ ret_val.ISUP__LPA().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__LOP:
+ {
+ ret_val.ISUP__LOP().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__NRM:
+ {
+ ret_val.ISUP__NRM().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__OLM:
+ {
+ ret_val.ISUP__OLM().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__OPR:
+ {
+ ret_val.ISUP__OPR().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__PAM:
+ {
+ ret_val.ISUP__PAM().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__PRI:
+ {
+ ret_val.ISUP__PRI().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__REL:
+ {
+ ret_val.ISUP__REL().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__RLC:
+ {
+ ret_val.ISUP__RLC().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__RSC:
+ {
+ ret_val.ISUP__RSC().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__RES:
+ {
+ ret_val.ISUP__RES().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__SGM:
+ {
+ ret_val.ISUP__SGM().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__SAM:
+ {
+ ret_val.ISUP__SAM().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__SCB:
+ {
+ ret_val.ISUP__SCB().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__SDM:
+ {
+ ret_val.ISUP__SDM().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__SUS:
+ {
+ ret_val.ISUP__SUS().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__UBL:
+ {
+ ret_val.ISUP__UBL().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__UBA:
+ {
+ ret_val.ISUP__UBA().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__UCIC:
+ {
+ ret_val.ISUP__UCIC().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__UPA:
+ {
+ ret_val.ISUP__UPA().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__UPT:
+ {
+ ret_val.ISUP__UPT().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__USR:
+ {
+ ret_val.ISUP__USR().cic() = OMIT_VALUE; break;
+ }
+ default:
+ break;
+ }
+ if (TTCN_Logger::log_this_event(TTCN_DEBUG)) {
+ TTCN_Logger::begin_event(TTCN_DEBUG);
+ TTCN_Logger::log_event("Decoded PDU_ISUP: ");
+ ret_val.log();
+ TTCN_Logger::end_event();
+ }
+ return ret_val;
+}
+
+INTEGER dec__PDU__ISUP__backtrack__noCIC(const OCTETSTRING& stream, PDU__ISUP& pdu)
+{
+ if (TTCN_Logger::log_this_event(TTCN_Logger::DEBUG_ENCDEC)) {
+ TTCN_Logger::begin_event(TTCN_Logger::DEBUG_ENCDEC);
+ TTCN_Logger::log_event_str("dec_PDU_ISUP_backtrack(): Stream before decoding: ");
+ stream.log();
+ TTCN_Logger::end_event();
+ }
+ TTCN_EncDec::set_error_behavior(TTCN_EncDec::ET_ALL, TTCN_EncDec::EB_WARNING);
+ TTCN_EncDec::clear_error();
+ OCTETSTRING mod_stream (int2oct(0,2) + stream);
+ TTCN_Buffer ttcn_buffer;
+ ttcn_buffer.put_os(mod_stream);
+ pdu.decode(PDU__ISUP_descr_, ttcn_buffer, TTCN_EncDec::CT_RAW);
+
+
+ if (TTCN_EncDec::get_last_error_type() == TTCN_EncDec::ET_NONE) {
+
+ PDU__ISUP::union_selection_type msg_type = pdu.get_selection();
+ switch (msg_type)
+ {
+ case PDU__ISUP::ALT_ISUP__ACM:
+ {
+ pdu.ISUP__ACM().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__ANM:
+ {
+ pdu.ISUP__ANM().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__BLO:
+ {
+ pdu.ISUP__BLO().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__BLA:
+ {
+ pdu.ISUP__BLA().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CPG:
+ {
+ pdu.ISUP__CPG().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CGB:
+ {
+ pdu.ISUP__CGB().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CGBA:
+ {
+ pdu.ISUP__CGBA().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__GRS:
+ {
+ pdu.ISUP__GRS().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__GRA:
+ {
+ pdu.ISUP__GRA().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CGU:
+ {
+ pdu.ISUP__CGU().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CGUA:
+ {
+ pdu.ISUP__CGUA().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CQM:
+ {
+ pdu.ISUP__CQM().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CQR:
+ {
+ pdu.ISUP__CQR().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CFN:
+ {
+ pdu.ISUP__CFN().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__COT:
+ {
+ pdu.ISUP__COT().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__CCR:
+ {
+ pdu.ISUP__CCR().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__FAC:
+ {
+ pdu.ISUP__FAC().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__FOT:
+ {
+ pdu.ISUP__FOT().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__INF:
+ {
+ pdu.ISUP__INF().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__INR:
+ {
+ pdu.ISUP__INR().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__IAM:
+ {
+ pdu.ISUP__IAM().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__LPA:
+ {
+ pdu.ISUP__LPA().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__REL:
+ {
+ pdu.ISUP__REL().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__RLC:
+ {
+ pdu.ISUP__RLC().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__RSC:
+ {
+ pdu.ISUP__RSC().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__RES:
+ {
+ pdu.ISUP__RES().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__SUS:
+ {
+ pdu.ISUP__SUS().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__UBL:
+ {
+ pdu.ISUP__UBL().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__UBA:
+ {
+ pdu.ISUP__UBA().cic() = OMIT_VALUE; break;
+ }
+ case PDU__ISUP::ALT_ISUP__UCIC:
+ {
+ pdu.ISUP__UCIC().cic() = OMIT_VALUE; break;
+ }
+ default:
+ break;
+ }
+
+
+ if (TTCN_Logger::log_this_event(TTCN_Logger::DEBUG_ENCDEC)) {
+ TTCN_Logger::begin_event(TTCN_Logger::DEBUG_ENCDEC);
+ TTCN_Logger::log_event_str("dec_PDU_ISUP_backtrack_noCIC(): Decoded @ISUP_Types.PDU_ISUP: ");
+ pdu.log();
+ TTCN_Logger::end_event();
+ }
+
+ if (ttcn_buffer.get_pos() < ttcn_buffer.get_len() && TTCN_Logger::log_this_event(TTCN_WARNING)) {
+ ttcn_buffer.cut();
+ OCTETSTRING remaining_stream;
+ ttcn_buffer.get_string(remaining_stream);
+ TTCN_Logger::begin_event(TTCN_WARNING);
+ TTCN_Logger::log_event_str("dec_PDU_ISUP_backtrack(): Warning: Data remained at the end of the stream after successful decoding: ");
+ remaining_stream.log();
+ TTCN_Logger::end_event();
+ }
+ return 0;
+ } else return 1;
+}
+
+}//namespace
diff --git a/ISUP_Q.762_CNL113365_LATEST/src/ISUP_Q.762_CNL113365.grp b/ISUP_Q.762_CNL113365_LATEST/src/ISUP_Q.762_CNL113365.grp
new file mode 100644
index 000000000..828a298fe
--- /dev/null
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+
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+///////////////////////////////////////////////////////////////////////////////
+//
+// Copyright Test Competence Center (TCC) ETH 2011
+// //
+// The copyright to the computer program(s) herein is the property of TCC. //
+// The program(s) may be used and/or copied only with the written permission //
+// of TCC or in accordance with the terms and conditions stipulated in the //
+// agreement/contract under which the program(s) have been supplied //
+///////////////////////////////////////////////////////////////////////////////
+//
+// File: ISUP_Types.ttcn
+// Rev: R7D
+// Prodnr: CNL 113 365
+// Updated: 2011-05-10
+// Contact: http://ttcn.ericsson.se
+///////////////////////////////////////////////////////////////////////////////
+//
+// This product is based on the following documents:
+//************************************************************************
+// Ericsson Reference for ITU-T : 2/155 17-FAY 112 020/4 Uen, ITU-T ISDN User
+// Part, Section A:Formats and Codes
+// Standard ITU-T Reference ISUP : Q.763, Signaling System No. 7 - ISDN User
+// Part formats and codes
+//************************************************************************
+// EED/X 1056-174 Uen - Global Call reference for ISUP and BICC, MSC R12
+
+///////////////////////////////////////////////////////////////////////////////
+// ! ! ! ! ! ! ! W A R N I N G ! ! ! ! ! ! ! //
+// From R2A02 the parameters are in 'set' and not in 'set of'. It has the //
+// consequence, that the parameters will be sent out in fix order (as defined//
+// in set) so the tester cannot modify the order of the parameters with //
+// modification the order in the template. If the order is important, then //
+// the previous version of this protocol module should be used. //
+///////////////////////////////////////////////////////////////////////////////
+
+//----------------------------------------------------------
+//----------------------------------------------------------
+//The following modification were done from R1A03 to R2A02:
+//----------------------------------------------------------
+//----------------------------------------------------------
+// New parameter:
+//Calling_name_identity
+//Global_call_reference
+//-------------------------------------------------
+// Modified parameter:
+//Calling_geodetic_location: Polygon updated
+//CCSS_parameter : replaces CCBS_parameter
+//Charged_party_identification : converted into record
+//Forward_GVNS: TNRN_Spare->BIT1, lengths->INT4b, RAW coding attributes
+//Loop_prevention_indicators : field splitted
+//Message_compatibility_information: field name updated
+//Network_routing_number: incorrect fields
+//Network_specific_facility : was not possible to decode
+//Optional_backward_call_indicators: field name updated
+//Pivot_counter: PivCount->BIT5
+//Pivot_routing_backward_information : converted into record
+//Pivot_routing_forward_information : converted into record
+//Redirect_backward_information : converted into record
+//Redirect_forward_information : converted into record
+//Redirecting_number : field name updated
+//Redirection_information : optional keywords added
+//Tariff_indicator : optional keywords added
+//User_service_information: redesigned
+//User_service_information_prime: redesigned
+//User_teleservice_information : optional keywords added
+//-------------------------------------------------
+// Hexorder modified in parameter:
+//Call_transfer_number
+//Called_IN_number
+//Called_directory_number
+//Called_party_number
+//Calling_party_number
+//Connected_number
+//Forward_GVNS
+//Generic_number
+//HTR_information
+//Location_number
+//Network_routing_number
+//Original_called_number
+//Original_called_IN_number
+//Redirecting_number
+//Redirection_number
+//Subsequent_number
+//-------------------------------------------------
+// Parameter, which should be modified, but due to backward compatibility
+// it is not modified:
+//Parameter_compatibility_information
+//-------------------------------------------------
+//"set of" was changed to "set" with the following consequence in parameter:
+//-Every optional parameter is extended the id and length.
+//-The multiple parameters are put into a set with name _set
+//-The optional parameters of the messages are put into set where every field
+// is optional.
+//-For mandatory fix long parameters new type is created via removing id and
+// length
+//-For mandatory variable long parameters new type is created via removing id
+//-For parameters which can be also mandatory and optional, the end of name of
+// the optional version is extended with an _OPT
+
+module ISUP_Types
+{
+ import from General_Types all;
+
+ external function enc_PDU_ISUP(in PDU_ISUP pdu) return octetstring;
+ external function dec_PDU_ISUP(in octetstring stream) return PDU_ISUP;
+ external function dec_PDU_ISUP_noCIC(in octetstring stream) return PDU_ISUP;
+ external function enc_PDU_ISUP_fast(in PDU_ISUP pdu, out octetstring stream)
+ with { extension "prototype(fast) encode(RAW)" };
+ external function dec_PDU_ISUP_backtrack(in octetstring stream, out PDU_ISUP pdu) return integer
+ with { extension "prototype(backtrack) decode(RAW)" };
+ external function dec_PDU_ISUP_backtrack_noCIC(in octetstring stream, out PDU_ISUP pdu) return integer;
+
+//************************************************************************
+// ISUP parameters
+//************************************************************************
+group ISUP_parameters
+{
+
+//************************************************************************
+// Circuit Identification Code
+// Ericsson Specification Reference: Chapter 2.1.3
+// Standard Reference ISUP : Chapter 1.2
+//************************************************************************
+ type record Circuit_identification_code
+ {
+ BIT12 CIC, // Circuit identification code
+ BIT4 Spare // Spare
+ } with { variant "" };
+
+
+//************************************************************************
+// Message Type
+// Ericsson Specification Reference: Chapter 2.1.3
+// Standard Reference ISUP : Chapter 1.3
+//************************************************************************
+ type bitstring ISUP_Message_type length(8)
+ with { variant "FIELDLENGTH(8)" };
+
+
+//************************************************************************
+// Pointer
+// Ericsson Specification Reference: Chapter 2.1.7
+// Standard Reference ISUP : Chapter 1.9
+//************************************************************************
+ type integer Pointer (0..255)
+ with { variant "FIELDLENGTH(8)" };
+
+
+//************************************************************************
+// End Of Optional Parameters Indicator
+// Ericsson Specification Reference: Chapter 2.3.3.30
+// Standard Reference ISUP : Chapter 3.20
+//************************************************************************
+ type octetstring End_of_optional_parameters_indicator length(1)
+ with { variant "FIELDLENGTH(1)" };
+
+
+//************************************************************************
+// Access Delivery Information
+// Ericsson Specification Reference: Chapter 2.3.3.1
+// Standard Reference ISUP : Chapter 3.2
+//************************************************************************
+ type record Access_delivery_information // 3.2 / Q.763
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT1 AccessDel, // Access delivery indicator
+ BIT7 Spare // Spare
+ } with { variant "PRESENCE( id = '00101110'B)";
+ variant (lengthField)"LENGTHTO(AccessDel,Spare)";
+ };
+
+
+//************************************************************************
+// Access Transport
+// Ericsson Specification Reference: Chapter 2.3.3.2
+// Standard Reference ISUP : Chapter 3.3
+//************************************************************************
+ type record Access_transport
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCTN ATP_field
+ } with { variant "PRESENCE( id = '00000011'B)";
+ variant (lengthField)"LENGTHTO(ATP_field)";
+ };
+
+
+//************************************************************************
+// Additional Charging Information
+// Ericsson Specification Reference: Chapter 2.3.3.3
+//************************************************************************
+ type record Additional_charging_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT8 AddChargeInfo // Additional charging information
+ } with { variant "PRESENCE( id = '11111010'B)";
+ variant (lengthField)"LENGTHTO(AddChargeInfo)";
+ };
+
+
+//************************************************************************
+// Additional Routing Information
+// Ericsson Specification Reference: Chapter 2.3.3.4
+//************************************************************************
+ type record Additional_routing_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCT2 AddRoutInfo // Additional routing information
+ } with { variant "PRESENCE( id = '11111011'B)";
+ variant (lengthField)"LENGTHTO(AddRoutInfo)";
+ };
+
+
+//************************************************************************
+// Application Transport Parameter
+// Standard Reference ISUP : Chapter 3.82
+//************************************************************************
+ type record Application_transport_parameter
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT7 applicationContextIdOct1, // Application context identifier
+ BIT1 extInd1, // Extension indicator
+ BIT7 applicationContextIdOct1a optional, // Application context identifier
+ BIT1 extInd1a optional, // Extension indicator
+ BIT1 releaseCallInd, // Release call indicator
+ BIT1 sendNotificationInd, // Send notification indicator
+ BIT5 spare, // Spare
+ BIT1 extInd2, // Extension indicator
+ BIT6 aPMSegmentationInd, // APM segmentation indicator
+ BIT1 sequenceInd, // Sequence indicator
+ BIT1 extInd3, // Extension indicator
+ BIT7 segmentationLocalRef optional, // Segmentation local reference
+ BIT1 extInd3a optional, // Extension indicator
+ OCTN aPMUserInfo // Encapsulated application information
+ } with { variant "EXTENSION_BIT_GROUP (yes, applicationContextIdOct1,
+ extInd1a)";
+ variant "EXTENSION_BIT_GROUP (yes, aPMSegmentationInd,
+ extInd3a)";
+ variant "PRESENCE( id = '01111000'B)";
+ variant (lengthField)"LENGTHTO(applicationContextIdOct1,extInd1,
+ applicationContextIdOct1a,extInd1a,
+ releaseCallInd,sendNotificationInd,
+ spare,extInd2,aPMSegmentationInd,
+ sequenceInd,extInd3,
+ segmentationLocalRef,extInd3a,
+ aPMUserInfo)";
+ };
+
+ type set of Application_transport_parameter
+ Application_transport_parameter_set
+ with { variant "" };
+
+
+//************************************************************************
+// Automatic Congestion Level
+// Ericsson Specification Reference: Chapter 2.3.3.5
+// Standard Reference ISUP : Chapter 3.4
+//************************************************************************
+ type record Automatic_congestion_level
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT8 CongLevel
+ } with { variant "PRESENCE( id = '00100111'B)";
+ variant (lengthField)"LENGTHTO(CongLevel)";
+ };
+
+
+//************************************************************************
+// Backward Call Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.6
+// Standard Reference ISUP : Chapter 3.5
+//************************************************************************
+ type record Backward_call_indicators_OPT
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT2 ChargeInd, // Charge indicator
+ BIT2 CalledPartyStatusInd, // Called party's status indicator
+ BIT2 CalledPartyCatInd, // Called party's category indicator
+ BIT2 EndToEndInd, // End-to-end method indicator
+ BIT1 InterworkingInd, // Interworking indicator
+ BIT1 EndToEndInfoInd, // End-to-end INFormation indicator
+ BIT1 ISUPInd, // ISDN User Part indicator
+ BIT1 HoldingInd, // Holding indicator
+ BIT1 ISDNAccessInd, // ISDN access indicator
+ BIT1 EchoControlDevInd, // Echo CONtrol device indicator
+ BIT2 SCCPMethodInd // SCCP method indicator
+ } with { variant "PRESENCE( id = '00010001'B)";
+ variant (lengthField)"LENGTHTO(ChargeInd,CalledPartyStatusInd,
+ CalledPartyCatInd,EndToEndInd,
+ InterworkingInd,EndToEndInfoInd,
+ ISUPInd,HoldingInd,ISDNAccessInd,
+ EchoControlDevInd,SCCPMethodInd)";
+ };
+
+ type record Backward_call_indicators
+ {
+ BIT2 ChargeInd, // Charge indicator
+ BIT2 CalledPartyStatusInd, // Called party's status indicator
+ BIT2 CalledPartyCatInd, // Called party's category indicator
+ BIT2 EndToEndInd, // End-to-end method indicator
+ BIT1 InterworkingInd, // Interworking indicator
+ BIT1 EndToEndInfoInd, // End-to-end INFormation indicator
+ BIT1 ISUPInd, // ISDN User Part indicator
+ BIT1 HoldingInd, // Holding indicator
+ BIT1 ISDNAccessInd, // ISDN access indicator
+ BIT1 EchoControlDevInd, // Echo CONtrol device indicator
+ BIT2 SCCPMethodInd // SCCP method indicator
+ } with { variant ""};
+
+//************************************************************************
+// Backward GVNS
+// Ericsson Specification Reference: Chapter 2.3.3.7
+// Standard Reference ISUP : Chapter 3.62
+//************************************************************************
+ type record Backward_GVNS
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT2 TerminatingAccessInd, // Terminating access indicator
+ BIT5 Spare, // Spare
+ BIT1 ExtensionInd // Extension indicator
+ } with { variant "PRESENCE( id = '01001101'B)";
+ variant (lengthField)"LENGTHTO(TerminatingAccessInd,Spare,
+ ExtensionInd)";
+ };
+
+
+//************************************************************************
+// Call Diversion Information
+// Ericsson Specification Reference: Chapter 2.3.3.8
+// Standard Reference ISUP : Chapter 3.6
+//************************************************************************
+ type record Call_diversion_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT3 NotificationSubscriptionOptions, // Notification subscription options
+ BIT4 RedirectionReason, // Redirecting reason
+ BIT1 Spare // Spare
+ } with { variant "PRESENCE( id = '00110110'B)";
+ variant (lengthField)"LENGTHTO(NotificationSubscriptionOptions,
+ RedirectionReason,Spare)";
+ };
+
+
+//************************************************************************
+// Call Diversion Treatment Information
+// Ericsson Specification Reference: Chapter 2.3.3.9
+// Standard Reference ISUP : Chapter 3.72
+//************************************************************************
+ type record Call_diversion_treatment_indicators
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT2 CallDivertedInd, // Call to be diverted indicator
+ BIT5 Spare, // Spare
+ BIT1 ExtensionInd // Extension indicator
+ } with { variant "PRESENCE( id = '01101110'B)";
+ variant(lengthField)"LENGTHTO(CallDivertedInd,Spare,ExtensionInd)";
+ };
+
+
+//************************************************************************
+// Call History Information
+// Ericsson Specification Reference: Chapter 2.3.3.10
+// Standard Reference ISUP : Chapter 3.7
+//************************************************************************
+ type record Call_history_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCT2 PropagatDelayValue
+ } with { variant "PRESENCE( id = '00101101'B)";
+ variant (lengthField)"LENGTHTO(PropagatDelayValue)";
+ };
+
+
+//************************************************************************
+// Call Offering Treatment Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.11
+// Standard Reference ISUP : Chapter 3.74
+//************************************************************************
+ type record Call_offering_treatment_indicators
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT2 CallOfferedInd, // Call to be offered indicator
+ BIT5 Spare, // Spare
+ BIT1 ExtensionInd // Extension indicator
+ } with { variant "PRESENCE( id = '01110000'B)";
+ variant (lengthField)"LENGTHTO(CallOfferedInd,Spare,ExtensionInd)";
+ };
+
+
+//************************************************************************
+// Call Reference
+// Standard Reference ISUP : Chapter 3.8
+//************************************************************************
+ type record Call_reference
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCT5 CRef_contents // Call identity
+ } with { variant "PRESENCE( id = '00000001'B)";
+ variant (lengthField)"LENGTHTO(CRef_contents)";
+ };
+
+
+//************************************************************************
+// Call Transfer Number
+// Ericsson Specification Reference: Chapter 2.3.3.12
+// Standard Reference ISUP : Chapter 3.64
+//************************************************************************
+ type record Call_transfer_number
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT7 NatureOfAddrInd, // Nature of address indicator
+ BIT1 OddEven, // Odd/even indicator
+ BIT2 ScreeningInd, // Screening indicator
+ BIT2 AddrPresentRestInd, // Address presentation REStricted indicator
+ BIT3 NumberingPlanInd, // Numbering plan indicator
+ BIT1 Spare, // Spare
+ HEX1_32 AddrSignals optional, // Address signals and Filler if odd addr.signals
+ HEX1 Filler optional
+ } with { variant (AddrSignals) "HEXORDER(low)";
+ variant "PRESENCE( id = '01000101'B)";
+ variant (lengthField)"LENGTHTO(NatureOfAddrInd,OddEven,
+ ScreeningInd,AddrPresentRestInd,
+ NumberingPlanInd,Spare,
+ AddrSignals,Filler)";
+ };
+
+
+//************************************************************************
+// Call Transfer Reference
+// Ericsson Specification Reference: Chapter 2.3.3.13
+// Standard Reference ISUP : Chapter 3.65
+//************************************************************************
+ type record Call_transfer_reference
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT8 CallTransferId // Call transfer identity
+ } with { variant "PRESENCE( id = '01000011'B)";
+ variant (lengthField)"LENGTHTO(CallTransferId)";
+ };
+
+
+//************************************************************************
+// Call Transfer Treatment Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.14
+//************************************************************************
+ type record Call_transfer_treatment_indicators
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT2 CallTransferredInd, // Call to be transferred indicator
+ BIT5 Spare, // Spare
+ BIT1 ExtensionInd // Extension indicator
+ } with { variant "PRESENCE( id = '11110011'B)";
+ variant (lengthField)"LENGTHTO(CallTransferredInd,Spare,
+ ExtensionInd)";
+ };
+
+
+//************************************************************************
+// Called IN Number
+// Standard Reference ISUP : Chapter 3.73
+//************************************************************************
+ type record Called_IN_number
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT7 NatureOfAddrInd, // Nature of address indicator
+ BIT1 OddEven, // Odd/even indicator
+ BIT2 spare_1,
+ BIT2 AddrPresentRestInd, // Address presentation REStricted indicator
+ BIT3 NumberingPlanInd, // Numbering plan indicator
+ BIT1 spare_2, // Numbering plan indicator
+ HEX1_32 AddrSignals optional, // Address signals and Filler if odd addr.signals
+ HEX1 Filler optional
+ } with { variant (AddrSignals) "HEXORDER(low)";
+ variant "PRESENCE( id = '01101111'B)";
+ variant (lengthField)"LENGTHTO(NatureOfAddrInd,OddEven,
+ spare_1,AddrPresentRestInd,
+ NumberingPlanInd,spare_2,
+ AddrSignals,Filler)";
+ };
+
+//************************************************************************
+// Called Directory Number
+// Standard Reference ISUP : Chapter 3.86
+//************************************************************************
+ type record Called_directory_number
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT7 NatureOfAddrInd, // Nature of address indicator
+ BIT1 OddEven, // Odd/even indicator
+ BIT4 spare, // spare
+ BIT3 NumberingPlanInd, // Numbering plan indicator
+ BIT1 INNInd, // Internal network number indicator
+ HEX1_32 AddrSignals, // Address signals and Filler if odd addr.signals
+ HEX1 Filler optional
+ } with { variant (AddrSignals) "HEXORDER(low)";
+ variant "PRESENCE( id = '01111101'B)";
+ variant (lengthField)"LENGTHTO(NatureOfAddrInd,OddEven,
+ spare,NumberingPlanInd,
+ INNInd,AddrSignals,Filler)";
+ };
+
+
+
+//************************************************************************
+// Called Party Number
+// Ericsson Specification Reference: Chapter 2.3.3.15
+// Standard Reference ISUP : Chapter 3.9
+//************************************************************************
+ type record Called_party_number
+ {
+ INT1 lengthField,
+
+ BIT7 NatureOfAddrInd, // Nature of address indicator
+ BIT1 OddEven, // Odd/even indicator
+ BIT4 Spare, // spare
+ BIT3 NumberingPlanInd, // Numbering plan indicator
+ BIT1 INNInd, // Internal network number indicator
+ HEX1_32 AddrSignals, // Address signals and Filler if odd addr.signals
+ HEX1 Filler optional
+ } with { variant (AddrSignals) "HEXORDER(low)";
+ variant (lengthField)"LENGTHTO(NatureOfAddrInd,OddEven,
+ Spare,NumberingPlanInd,
+ INNInd,AddrSignals,Filler)";
+ };
+
+
+//************************************************************************
+// Calling Geodetic Location
+// Standard Reference ISUP : Chapter 3.88
+//************************************************************************
+ type record Ellipsoid_point
+ {
+ OCT3 DgrLat, // Degrees of latitude with sign
+ OCT3 DgrLong // Degrees of longitude
+ } with { variant "" };
+
+ type record Ellipsoid_point_with_uncertainty
+ {
+ OCT3 DgrLat, // Degrees of latitude with sign
+ OCT3 DgrLong, // Degrees of longitude
+ BIT7 UncCode, // Uncertainty code
+ BIT1 spare_1, // Spare
+ BIT7 Conf, // Confidence
+ BIT1 spare_2 // Spare
+ } with { variant "" };
+
+ type record Point_with_altitude_and_uncertainty
+ {
+ OCT3 DgrLat, // Degrees of latitude with sign
+ OCT3 DgrLong, // Degrees of longitude
+ BIT7 UncCode_1, // Uncertainty code
+ BIT1 spare_1, // Spare
+ OCT2 Alt, // Altitude with sign
+ BIT7 UncCode_2, // Uncertainty code
+ BIT1 spare_2, // Spare
+ BIT7 Conf, // Confidence
+ BIT1 spare_3 // Spare
+ } with { variant "" };
+
+ type record Ellipse_on_the_ellipsoid
+ {
+ OCT3 DgrLat, // Degrees of latitude with sign
+ OCT3 DgrLong, // Degrees of longitude
+ BIT7 MajRad, // Major radius
+ BIT1 spare_1, // Spare
+ BIT7 MinRad, // Minor radius
+ BIT1 spare_2, // Spare
+ OCT1 orient, // Orientation
+ BIT7 Conf, // Confidence
+ BIT1 spare_3 // Spare
+ } with { variant "" };
+
+ type record Ellipsoid_circle_sector
+ {
+ OCT3 DgrLat, // Degrees of latitude with sign
+ OCT3 DgrLong, // Degrees of longitude
+ BIT7 Rad, // Radius
+ BIT1 spare_1, // Spare
+ OCT1 Offset, // Offset
+ OCT1 IncAng, // Included angle
+ BIT7 Conf, // Confidence
+ BIT1 spare_2 // Spare
+ } with { variant "" };
+
+ type record Polygon
+ {
+ integer NumPoints, // Number of points
+ BIT4 spare_1, // Spare
+ DgrLat_longs DgrLat_Longs, // Degrees of latitude / logitude
+ BIT7 Conf, // Confidence
+ BIT1 spare_2 // Spare
+ } with { variant (NumPoints)"LENGTHTO(DgrLat_Longs)";
+ variant (NumPoints)"UNIT(elements)";
+ variant (NumPoints) "FIELDLENGTH(4)";
+ };
+
+ type record of DgrLat_long DgrLat_longs// Degrees of latitude / logitude
+
+ type record DgrLat_long
+ {
+ OCT3 DgrLat, // Degrees of latitude with sign
+ OCT3 DgrLong // Degrees of longitude
+ } with { variant "" };
+
+ type union Shape_description_union
+ {
+ Ellipsoid_point EP,
+ Ellipsoid_point_with_uncertainty EPU,
+ Point_with_altitude_and_uncertainty PAU,
+ Ellipse_on_the_ellipsoid EonE,
+ Ellipsoid_circle_sector ECS,
+ Polygon Pol
+ } with { variant "" };
+
+ type record Calling_geodetic_location
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT2 Scr, // Screening
+ BIT2 LPRI, // Location presentation REStricted indicator
+ BIT4 Spare, // Spare
+ BIT7 typeSh, // Type of shape
+ BIT1 ExtI, // Extension indicator
+ Shape_description_union ShapeDes
+ } with { variant (ShapeDes) "CROSSTAG(
+ EP, typeSh = '0000000'B;
+ EPU, typeSh = '0000001'B;
+ PAU, typeSh = '0000010'B;
+ EonE, typeSh = '0000011'B;
+ ECS, typeSh = '0000100'B;
+ Pol, typeSh = '0000101'B
+ )";
+ variant "PRESENCE( id = '10000001'B)";
+ variant (lengthField)"LENGTHTO(Scr,LPRI,Spare,typeSh,ExtI,
+ ShapeDes)";
+ };
+
+//************************************************************************
+// Calling name identity
+// Ericsson Specification Reference: Chapter 2.3.3.16
+//************************************************************************
+ type record Calling_name_identity
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT2 namePresentationRestrictedInd, // Name presentation restricted ind.
+ BIT2 screeningIndicator, // Screening indicator
+ BIT1 availabilityInd, // Availability indicator
+ BIT3 typeOfName, // Type of name
+ BIT8 encodingInd, // Encoding identification
+ OCT1_50 characterSubfield // Character
+ } with { variant "PRESENCE( id = '11110010'B)";
+ variant (lengthField)"LENGTHTO(namePresentationRestrictedInd,
+ screeningIndicator,availabilityInd,
+ typeOfName,encodingInd,
+ characterSubfield)";
+ };
+
+
+//************************************************************************
+// Calling Party Number
+// Ericsson Specification Reference: Chapter 2.3.3.17
+// Standard Reference ISUP : Chapter 3.10
+//************************************************************************
+ type record Calling_party_number
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT7 NatureOfAddrInd, // Nature of address indicator
+ BIT1 OddEven, // Odd/even indicator
+ BIT2 ScreeningInd, // Screening indicator
+ BIT2 AddrPresentRestInd, // Address presentation REStricted indicator
+ BIT3 NumberingPlanInd, // Numbering plan indicator
+ BIT1 NIInd, // Calling party number incomplete indicator
+ HEX1_32 AddrSignals optional, // Address signals and Filler if odd addr.signals
+ HEX1 Filler optional
+ } with { variant (AddrSignals) "HEXORDER(low)";
+ variant "PRESENCE( id = '00001010'B)";
+ variant (lengthField)"LENGTHTO(NatureOfAddrInd,OddEven,
+ ScreeningInd,AddrPresentRestInd,
+ NumberingPlanInd,NIInd,
+ AddrSignals,Filler)";
+ };
+
+//************************************************************************
+// Calling Party Number
+// Ericsson Specification Reference: Chapter 2.3.3.18
+// Standard Reference ISUP : Chapter 3.11
+//************************************************************************
+ type record Calling_partys_category_OPT
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT8 CallingPartysCategory // Calling party's category
+ } with { variant "PRESENCE( id = '00001001'B)";
+ variant (lengthField)"LENGTHTO(CallingPartysCategory)";
+ };
+
+ type record Calling_partys_category
+ {
+ BIT8 CallingPartysCategory // Calling party's category
+ } with { variant "" };
+
+//************************************************************************
+// Cause Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.19
+// Standard Reference ISUP : Chapter 3.12
+//************************************************************************
+ type record Cause_indicators_OPT
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT4 Location, // Location
+ BIT1 Spare, // Spare
+ BIT2 CodingStandard, // Coding standard
+ BIT1 Ext1, // Extension indicator
+ BIT7 CauseValue, // Vause value
+ BIT1 Ext2, // Extension indicator
+ OCTN Diagnostics optional // Diagnostic(s) (if any)
+ } with { variant "PRESENCE( id = '00010010'B)";
+ variant (lengthField)"LENGTHTO(Location,Spare,CodingStandard,
+ Ext1,CauseValue,
+ Ext2,Diagnostics)";
+ };
+
+ type record Cause_indicators
+ {
+ INT1 lengthField,
+
+ BIT4 Location, // Location
+ BIT1 Spare, // Spare
+ BIT2 CodingStandard, // Coding standard
+ BIT1 Ext1, // Extension indicator
+ BIT7 Reserved optional, // National Recommendation
+ BIT1 Ext1a optional, // Present when Reserved field is present
+ BIT7 CauseValue, // Vause value
+ BIT1 Ext2, // Extension indicator
+ OCTN Diagnostics optional // Diagnostic(s) (if any)
+ } with { variant (Reserved) "PRESENCE (Ext1='0'B)";
+ variant (Ext1a) "PRESENCE (Ext1='0'B)";
+ variant (lengthField)"LENGTHTO(Location,Spare,CodingStandard,
+ Ext1,Reserved,Ext1a,CauseValue,
+ Ext2,Diagnostics)";
+ };
+
+
+//************************************************************************
+// CCNR Possible Indicator
+// Standard Reference ISUP : Chapter 3.83
+//************************************************************************
+ type record CCNR_possible_indicator
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT1 CCNRPInd, // CCNR possible indicator
+ BIT7 spare // Spare
+ } with { variant "PRESENCE( id = '01111010'B)";
+ variant (lengthField)"LENGTHTO(CCNRPInd,spare)";
+ };
+
+
+//************************************************************************
+// CCSS
+// Ericsson Specification Reference: Chapter 2.3.3.20
+// Standard Reference ISUP : Chapter 3.63
+//************************************************************************
+ type record CCSS_parameter
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT1 CCSSCallInd, // CCSS call indicator
+ BIT7 Spare
+ } with { variant "PRESENCE( id = '01001011'B)";
+ variant (lengthField)"LENGTHTO(CCSSCallInd,Spare)";
+ };
+
+
+//************************************************************************
+// Charged Party Identification
+// Standard Reference ISUP : Chapter 3.75
+//************************************************************************
+ type record Charged_party_identification
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCTN ChargedPartyId
+ } with { variant "PRESENCE( id = '01110001'B)";
+ variant (lengthField)"LENGTHTO(ChargedPartyId)";
+ };
+
+
+//************************************************************************
+// Circuit Assignment Map
+// Standard Reference ISUP : Chapter 3.69
+//************************************************************************
+ type record Circuit_assignment_map
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT6 MapType, // Map type
+ BIT2 spare_1, // Spare
+ BIT31 MapFormat, // Map format
+ BIT1 spare_2 // spare
+ } with { variant "PRESENCE( id = '00100101'B)";
+ variant (lengthField)"LENGTHTO(MapType,spare_1,MapFormat,spare_2)";
+ };
+
+
+//************************************************************************
+// Circuit Group Supervision Message Type Indicator
+// Ericsson Specification Reference: Chapter 2.3.3.21
+// Standard Reference ISUP : Chapter 3.13
+//************************************************************************
+ type record Circuit_group_supervision_message_type_indicator
+ {
+ BIT2 Type, // Type indicator
+ BIT6 Spare // Spare
+ } with { variant "" };
+
+
+//************************************************************************
+// Circuit State Indicator
+// Ericsson Specification Reference: Chapter 2.3.3.22
+// Standard Reference ISUP : Chapter 3.14
+//************************************************************************
+ type record Circuit_state_indicator
+ {
+ INT1 lengthField,
+
+ OCTN CircuitStateIndicator
+ } with { variant (lengthField)"LENGTHTO(CircuitStateIndicator)";
+ };
+
+
+//************************************************************************
+// Closed User Group Interlock Code
+// Ericsson Specification Reference: Chapter 2.3.3.23
+// Standard Reference ISUP : Chapter 3.15
+//************************************************************************
+// The contents of this parameter are not subdivided because values
+//are easy to give as hexnumbers.
+ type record Closed_user_group_interlock_code
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCT4 CUGIC_contents // CUGIC
+ } with { variant "PRESENCE( id = '00011010'B)";
+ variant (lengthField)"LENGTHTO(CUGIC_contents)";
+ };
+
+
+//************************************************************************
+// Collect Call Request
+// Standard Reference ISUP : Chapter 3.81
+//************************************************************************
+ type record Collect_call_request
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT1 CCReqInd, // Collect call request indicator
+ BIT7 spare // Spare
+ } with { variant "PRESENCE( id = '01111001'B)";
+ variant (lengthField)"LENGTHTO(CCReqInd,spare)";
+ };
+
+
+//************************************************************************
+// Conference Treatment Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.24
+// Standard Reference ISUP : Chapter 3.76
+//************************************************************************
+ type record Conference_treatment_indicators
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT2 ConfAcceptanceInd, // Conference acceptance indicator
+ BIT5 Spare, // Spare
+ BIT1 ExtensionInd // Extension indicator
+ } with { variant "PRESENCE( id = '01110010'B)";
+ variant (lengthField)"LENGTHTO(ConfAcceptanceInd,Spare,
+ ExtensionInd)";
+ };
+
+
+//************************************************************************
+// Connected Number
+// Ericsson Specification Reference: Chapter 2.3.3.25
+// Standard Reference ISUP : Chapter 3.16
+//************************************************************************
+ type record Connected_number
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT7 NatureOfAddrInd, // Nature of address indicators
+ BIT1 OddEven, // Odd/even indicator
+ BIT2 ScreeningInd, // Screening indicator
+ BIT2 AddrPresentRestInd, // Address presentation REStriction indicator
+ BIT3 NumberingPlanInd, // Numbering plan indicator
+ BIT1 Spare, // Spare
+ HEX1_32 AddrSignals optional, // Address signals and Filler if odd addr.signals
+ HEX1 Filler optional
+ } with { variant (AddrSignals) "HEXORDER(low)";
+ variant "PRESENCE( id = '00100001'B)";
+ variant (lengthField)"LENGTHTO(NatureOfAddrInd,OddEven,
+ ScreeningInd,AddrPresentRestInd,
+ NumberingPlanInd,Spare,
+ AddrSignals,Filler)";
+ };
+
+//************************************************************************
+// Connection Request
+// Standard Reference ISUP : Chapter 3.17
+//************************************************************************
+ type record Connection_request
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCT3 LocRef, // Local reference
+ OCT2 SPC_contents, // Signalling point code
+ BIT8 PC, // Protocol class
+ BIT8 credit // Credit
+ } with { variant "PRESENCE( id = '00001101'B)";
+ variant (lengthField)"LENGTHTO(LocRef,SPC_contents,PC,credit)";
+ };
+
+
+//************************************************************************
+// Continuity Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.26
+// Standard Reference ISUP : Chapter 3.18
+//************************************************************************
+ type record Continuity_indicators
+ {
+ BIT1 ContInd_field, // Continuity indicator
+ BIT7 Spare // Spare
+ } with { variant "" };
+
+
+//************************************************************************
+// Correlation Id
+// Ericsson Specification Reference: Chapter 2.3.3.27
+// Standard Reference ISUP : Chapter 3.70
+//************************************************************************
+ type record Correlation_id
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCTN CorrelationId
+ } with { variant "PRESENCE( id = '01100101'B)";
+ variant (lengthField)"LENGTHTO(CorrelationId)";
+ };
+
+
+//************************************************************************
+// Display Information
+// Ericsson Specification Reference: Chapter 2.3.3.28
+// Standard Reference ISUP : Chapter 3.77
+//************************************************************************
+ type record Display_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCTN DisplayInfo
+ } with { variant "PRESENCE( id = '01110011'B)";
+ variant (lengthField)"LENGTHTO(DisplayInfo)";
+ };
+
+
+//************************************************************************
+// Distributed Dynamic Routing Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.29
+//************************************************************************
+ type record Distributed_dynamic_routing_indicators
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT1 AutoReroutingInd, // Automatic re-routing indicator
+ BIT1 EventDepRoutingInd, // Event dependent routing indicator
+ BIT6 Spare // Spare
+ } with { variant "PRESENCE( id = '11111000'B)";
+ variant (lengthField)"LENGTHTO(AutoReroutingInd,EventDepRoutingInd,
+ Spare)";
+ };
+
+
+//************************************************************************
+// Echo Control Information
+// Standard Reference ISUP : Chapter 3.19
+//************************************************************************
+ type record Echo_control_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT2 OEchoRsI, // Outgoing echo CONtrol device INFormation indicator
+ BIT2 IEchoRsI, // Incoming echo CONtrol device INFormation indicator
+ BIT2 OEchoRqI, // Outgoing echo CONtrol device request indicator
+ BIT2 IEchoRqI // Incoming echo CONtrol device request indicator
+ } with { variant "PRESENCE( id = '00110111'B)";
+ variant (lengthField)"LENGTHTO(OEchoRsI,IEchoRsI,OEchoRqI,
+ IEchoRqI)";
+ };
+
+
+//************************************************************************
+// Event Information
+// Ericsson Specification Reference: Chapter 2.3.3.31
+// Standard Reference ISUP : Chapter 3.21
+//************************************************************************
+ type record Event_information
+ {
+ BIT7 EventInd, // Event indicator
+ BIT1 EventPresentRestrInd // Event presentation retriction indicator
+ } with { variant ""};
+
+
+//************************************************************************
+// Facility Indicator
+// Ericsson Specification Reference: Chapter 2.3.3.32
+// Standard Reference ISUP : Chapter 3.22
+//************************************************************************
+ type record Facility_indicator
+ {
+ OCT1 FacilityInd // Facility indicator
+ } with { variant "" };
+
+
+//************************************************************************
+// Forward Call Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.33
+// Standard Reference ISUP : Chapter 3.23
+//************************************************************************
+ type record Forward_call_indicators
+ {
+ BIT1 NatIntCallInd, // National/international call indicator
+ BIT2 EndToEndMethInd, // End-to-end method indicator
+ BIT1 InterworkInd, // Interworking indicator
+ BIT1 EndToEndInfoInd, // End-to-end INFormation indicator
+ BIT1 ISUPInd, // ISDN User Part indicator
+ BIT2 ISUPPreferenceInd, // ISDN User Part preference indicator
+ BIT1 ISDNAccessInd, // ISDN access indicator
+ BIT2 SCCPMethodInd, // SCCP method indicator
+ BIT1 Spare, // Spare
+ BIT2 Reserved, // Reserved
+ BIT2 VPNCallInd // VPN call indicator (national use)
+ } with { variant "" };
+
+
+//************************************************************************
+// Forward GVNS
+// Ericsson Specification Reference: Chapter 2.3.3.34
+// Standard Reference ISUP : Chapter 3.66
+//************************************************************************
+ type record Forward_GVNS
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ INT4b OPSP_Len, // OPSP length indicator
+ BIT3 OPSP_Spare, // Spare
+ BIT1 OPSP_OddEven, // Odd/even indicator
+ HEX1_32 OPSP_AddSign optional, // Digits and Filler if odd digits
+ HEX1 OPSP_Filler optional,
+ INT4b GUG_Len, // GUG length indicator
+ BIT3 GUG_Spare, // Spare
+ BIT1 GUG_OddEven, // Odd/even indicator
+ HEX1_32 GUG_AddSign optional, // Digits and Filler if odd digits
+ HEX1 GUG_Filler optional,
+ INT4b TNRN_Len, // TNRN length indicator
+ BIT3 TNRN_NumPlanInd, // Numbering plan indicator
+ BIT1 TNRN_OddEven, // Odd/even indicator
+ BIT7 TNRN_NatOfAddInd optional, // Nature of address indicator
+ BIT1 TNRN_Spare optional, // Spare
+ HEX1_32 TNRN_AddSign optional, // Digits and Filler if odd digits
+ HEX1 TNRN_Filler optional
+ } with { variant (OPSP_Len) "LENGTHTO(OPSP_AddSign,OPSP_Filler)";
+ variant (GUG_Len) "LENGTHTO(GUG_AddSign,GUG_Filler)";
+ variant (TNRN_Len) "LENGTHTO(TNRN_NatOfAddInd,TNRN_Spare,
+ TNRN_AddSign,TNRN_Filler)";
+ variant (OPSP_AddSign) "HEXORDER(low)";
+ variant (GUG_AddSign) "HEXORDER(low)";
+ variant (TNRN_AddSign) "HEXORDER(low)";
+ variant "PRESENCE( id = '01001100'B)";
+ variant (lengthField)"LENGTHTO(OPSP_Len,OPSP_Spare,OPSP_OddEven,
+ OPSP_AddSign,OPSP_Filler,GUG_Len,
+ GUG_Spare,GUG_OddEven,GUG_AddSign,
+ GUG_Filler,TNRN_Len,TNRN_NumPlanInd,
+ TNRN_OddEven,TNRN_NatOfAddInd,
+ TNRN_Spare,TNRN_AddSign,
+ TNRN_Filler)";
+ };
+
+
+//************************************************************************
+// Freephone Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.35
+//************************************************************************
+ type record Freephone_indicators
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT1 FreephoneInd, // Freephone indicator
+ BIT7 Spare // Spare
+ } with { variant "PRESENCE( id = '01000001'B)";
+ variant (lengthField)"LENGTHTO(FreephoneInd,Spare)";
+ };
+
+
+//************************************************************************
+// Generic Digits
+// Ericsson Specification Reference: Chapter 2.3.3.36
+// Standard Reference ISUP : Chapter 3.24
+//************************************************************************
+ type record Generic_digits
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT5 TypeOfDigits, // Type of digits
+ BIT3 EncodingScheme, // Encoding scheme
+ HEX1_32 Digits // Digits
+ } with { variant "PRESENCE( id = '11000001'B)";
+ variant (lengthField)"LENGTHTO(TypeOfDigits,EncodingScheme,
+ Digits)";
+ };
+
+ type set of Generic_digits Generic_digits_set
+ with { variant "" };
+
+
+//************************************************************************
+// Generic Notification Indicator
+// Ericsson Specification Reference: Chapter 2.3.3.37
+// Standard Reference ISUP : Chapter 3.25
+//************************************************************************
+ type record Generic_notification_indicator
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT7 NotificationInd, // Notification indicator
+ BIT1 ExtInd // Extension indicator
+ } with { variant "PRESENCE( id = '00101100'B)";
+ variant (lengthField)"LENGTHTO(NotificationInd,ExtInd)";
+ };
+
+ type set of Generic_notification_indicator
+ Generic_notification_indicator_set
+ with { variant "" };
+
+
+//************************************************************************
+// Generic Number
+// Ericsson Specification Reference: Chapter 2.3.3.38
+// Standard Reference ISUP : Chapter 3.26
+//************************************************************************
+ type record Generic_number
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT8 NumQualifier, // Number qualifier indicator
+ BIT7 NatureOfAddrInd, // Nature of address indicator
+ BIT1 Odd_Even, // Odd/even indicator
+ BIT2 ScreeningInd, // Screening indicator
+ BIT2 AddrPresentRestInd, // Address presesntation REStricted indicator
+ BIT3 NumberingPlanInd, // Numbering plan indicator
+ BIT1 NIInd, // Number incomplete indicator
+ HEX1_32 AddrSignals optional, // Address signals and Filler if odd addr.signals
+ HEX1 Filler optional
+ } with { variant (AddrSignals) "HEXORDER(low)";
+ variant "PRESENCE( id = '11000000'B)";
+ variant (lengthField)"LENGTHTO(NumQualifier,NatureOfAddrInd,
+ Odd_Even,ScreeningInd,
+ AddrPresentRestInd,NumberingPlanInd,
+ NIInd,AddrSignals,Filler)";
+ };
+
+ type set of Generic_number Generic_number_set
+ with { variant "" };
+
+
+ //************************************************************************
+// HTR Information
+// Standard Reference ISUP : Chapter 3.89
+//************************************************************************
+ type record HTR_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT7 NatureOfAddrInd, // Nature of address indicator
+ BIT1 OddEven, // Odd/even indicator
+ BIT4 spare_1, // Spare
+ BIT3 NumberingPlanInd, // Numbering plan indicator
+ BIT1 spare_2, // Spare
+ HEX1_32 AddrSignals, // Address signals and Filler if odd addr.signals
+ HEX1 Filler optional
+ } with { variant (AddrSignals) "HEXORDER(low)";
+ variant "PRESENCE( id = '10000010'B)";
+ variant (lengthField)"LENGTHTO(NatureOfAddrInd,OddEven,spare_1,
+ NumberingPlanInd,spare_2,
+ AddrSignals,Filler)";
+ };
+
+//************************************************************************
+// Hop Counter
+// Ericsson Specification Reference: Chapter 2.3.3.39
+// Standard Reference ISUP : Chapter 3.80
+//************************************************************************
+ type record Hop_counter
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT5 HopCount, // Hop counter
+ BIT3 spare // Spare
+ } with { variant "PRESENCE( id = '00111101'B)";
+ variant (lengthField)"LENGTHTO(HopCount,spare)";
+ };
+
+
+//************************************************************************
+// Information Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.40
+// Standard Reference ISUP : Chapter 3.28
+//************************************************************************
+ type record Information_indicators
+ {
+ BIT2 CallingPartyAddrRespInd, // Calling party address RESponse indicator
+ BIT1 HoldProvidedInd, // Hold provided indicator
+ BIT2 Spare1, // Spare
+ BIT1 CallingPartyCatRespInd, // Calling party's category RESponse ind.
+ BIT1 Reserved1, // Reserved
+ BIT1 SolicitedInfoInd, // Solicited INFormation indicator
+ BIT4 Spare2, // Spare
+ BIT4 Reserved2 // Reserved 2
+ } with { variant "" };
+
+
+//************************************************************************
+// Information Request Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.41
+// Standard Reference ISUP : Chapter 3.29
+//************************************************************************
+ type record Information_request_indicators
+ {
+ BIT1 CallingPartyAddrRequestInd,// Calling party address request ind.
+ BIT1 HoldingInd_or_Spare, // Holding indicator
+ BIT1 Spare1, // Spare
+ BIT1 CallingPartyCatRequestInd, // Calling party's category request ind.
+ BIT1 Reserved1, // Charge INFormation request ind.
+ BIT2 Spare2, // Spare
+ BIT1 MCIDReqInd_or_Spare, // Malicious call identification request ind.
+ BIT4 Spare3, // Spare
+ BIT4 Reserved2 // Reserved
+ } with { variant "" };
+
+
+//************************************************************************
+// Location Number
+// Ericsson Specification Reference: Chapter 2.3.3.42
+// Standard Reference ISUP : Chapter 3.30
+//************************************************************************
+ type record Location_number
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT7 NatureOfAddrInd, // Nature of address indicator
+ BIT1 OddEven, // Odd/Even indicator
+ BIT2 ScreeningInd, // Screening indicator
+ BIT2 AddrPresentRestInd, // Address presentation REStricted indicator
+ BIT3 NumberingPlanInd, // Numbering plan indicator
+ BIT1 INNInd, // Internal network number indicator
+ HEX1_32 AddrSignals optional, // Address signals and Filler if odd addr.signals
+ HEX1 Filler optional
+ } with { variant (AddrSignals) "HEXORDER(low)";
+ variant "PRESENCE( id = '00111111'B)";
+ variant (lengthField)"LENGTHTO(NatureOfAddrInd,OddEven,
+ ScreeningInd,AddrPresentRestInd,
+ NumberingPlanInd,INNInd,
+ AddrSignals,Filler)";
+ };
+
+//************************************************************************
+// Loop Prevention Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.43
+// Standard Reference ISUP : Chapter 3.67
+//************************************************************************
+ type record Loop_prevention_indicators
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT1 Type, // Type
+ BIT2 ResponseInd_or_Spare, // Response indicator or Spare
+ BIT5 Spare
+ } with { variant "PRESENCE( id = '01000100'B)";
+ variant (lengthField)"LENGTHTO(Type,ResponseInd_or_Spare,Spare)";
+ };
+
+//************************************************************************
+// MCID Request Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.44
+// Standard Reference ISUP : Chapter 3.31
+//************************************************************************
+ type record MCID_request_indicators
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT1 MCIDReqInd, // MCID request indicator
+ BIT1 HoldingInd, // Holding indicator
+ BIT6 Spare // Spare
+ } with { variant "PRESENCE( id = '00111011'B)";
+ variant (lengthField)"LENGTHTO(MCIDReqInd,HoldingInd,Spare)";
+ };
+
+
+//************************************************************************
+// MCID Response Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.45
+// Standard Reference ISUP : Chapter 3.32
+//************************************************************************
+ type record MCID_response_indicators
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT1 MCIDRespInd, // MCID RESponse indicator
+ BIT1 HoldingProvInd, // Hold provided indicator
+ BIT6 Spare // Spare
+ } with { variant "PRESENCE( id = '00111100'B)";
+ variant (lengthField)"LENGTHTO(MCIDRespInd,HoldingProvInd,Spare)";
+ };
+
+
+//************************************************************************
+// Message Compatibility Information
+// Ericsson Specification Reference: Chapter 2.3.3.46
+// Standard Reference ISUP : Chapter 3.33
+//************************************************************************
+ type record Message_compatibility_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT1 TransitIntermedExchInd, // Transit at intermediate exchange ind.
+ BIT1 ReleaseCallInd, // Release call indicator
+ BIT1 SendNotificationInd, // Send notification indicator
+ BIT1 DiscardMessageInd, // Discard message indicator
+ BIT1 PassOnNotPossibleInd, // Pass on not possible indicator
+ BIT2 BroadNarrowbandIwInd, // Broadband/narrowband interworking ind.
+ BIT1 ExtInd1, // Extension indicator
+ OCTN Spare2 optional
+ } with { variant "EXTENSION_BIT_GROUP (yes,TransitIntermedExchInd,Spare2)";
+ variant "PRESENCE( id = '00111000'B)";
+ variant (lengthField)"LENGTHTO(TransitIntermedExchInd,
+ ReleaseCallInd,SendNotificationInd,
+ DiscardMessageInd,
+ PassOnNotPossibleInd,
+ BroadNarrowbandIwInd,
+ ExtInd1,Spare2)";
+ };
+
+
+
+
+//************************************************************************
+// Meter Pulse Indicator
+// Ericsson Specification Reference: Chapter 2.3.3.47
+//************************************************************************
+ type record Meter_pulse_indicator
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCT1 MeterPulse, // Meter pulse indicator
+ OCT1 Reserved // Reserved
+ } with { variant "PRESENCE( id = '11111110'B)";
+ variant (lengthField)"LENGTHTO(MeterPulse,Reserved)";
+ };
+
+//************************************************************************
+// MLPP Precedence
+// Ericsson Specification Reference: Chapter 2.3.3.48
+// Standard Reference ISUP : Chapter 3.34
+//************************************************************************
+ type record MLPP_precedence
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT4 PreLev, // Precedence level
+ BIT1 spare_1, // Spare
+ BIT2 LFB, // Look ahead for busy
+ BIT1 spare_2, // Spare
+ OCT2 NI, // Network identity
+ OCT3 ServDom // MLPP service domain
+ } with { variant "PRESENCE( id = '00111010'B)";
+ variant (lengthField)"LENGTHTO(PreLev,spare_1,LFB,spare_2,NI,
+ ServDom)";
+ };
+
+
+//************************************************************************
+// Nature Of Connection Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.49
+// Standard Reference ISUP : Chapter 3.35
+//************************************************************************
+ type record Nature_of_connection_indicators
+ {
+ BIT2 SatelliteInd, // Satellite indicator
+ BIT2 ContinuityCheckInd, // Continuity check indicator
+ BIT1 EchoControlDevInd, // Echo CONtrol device indicator
+ BIT3 Spare // Spare
+ } with { variant "" };
+
+
+//************************************************************************
+// Network Call Reference
+// Ericsson Specification Reference: Chapter 2.3.3.50
+//************************************************************************
+ type record Network_call_reference
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCT3 CallIdentity, // Call identity
+ BIT14 SwitchId, // Switch identity
+ BIT2 Spare // Spare
+ } with { variant "PRESENCE( id = '11110100'B)";
+ variant (lengthField)"LENGTHTO(CallIdentity,SwitchId,Spare)";
+ };
+
+
+//************************************************************************
+// Network Management Controls
+// Standard Reference ISUP : Chapter 3.68
+//************************************************************************
+ type record Network_management_controls
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT1 TAR_indicator, // Temporary alternate routing indicator
+ BIT6 spare, // Temporary alternate routing indicator
+ BIT1 ExtI // Extension indicator
+ } with { variant "PRESENCE( id = '01011011'B)";
+ variant (lengthField)"LENGTHTO(TAR_indicator,spare,ExtI)";
+ };
+
+
+//************************************************************************
+// Network Routing Number
+// Standard Reference ISUP : Chapter 3.90
+//************************************************************************
+ type record Network_routing_number
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT4 NatureOfAddrInd, // Nature of address indicator
+ BIT3 NumberingPlanInd, // Numbering plan indicator
+ BIT1 OddEven, // Odd/even indicator
+ HEX1_32 AddrSignals, // Address signals and Filler if odd addr.signals
+ HEX1 Filler optional
+ } with { variant (AddrSignals) "HEXORDER(low)";
+ variant "PRESENCE( id = '10000100'B)";
+ variant (lengthField)"LENGTHTO(NatureOfAddrInd,NumberingPlanInd,
+ OddEven,AddrSignals,Filler)";
+ };
+
+//************************************************************************
+// Network Specific Facility
+// Ericsson Specification Reference: Chapter 2.3.3.51
+// Standard Reference ISUP : Chapter 3.36
+//************************************************************************
+ type record Network_specific_facility
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ INT1 LenOfNetwId, // Length of network identification
+ BIT4 NetworkIdPlan optional, // Network identification plan
+ BIT3 TypeofNetworkId optional, // Type of network identification
+ BIT1 One optional,
+ OCTN NetworkId optional, // Network id. First bit in octets is 0
+ OCTN NetworkSpecificFacility // network-specific FACility indicator
+ } with { variant (LenOfNetwId) "LENGTHTO(NetworkIdPlan,TypeofNetworkId,
+ One,NetworkId)";
+ variant "PRESENCE( id = '00101111'B)";
+ variant (lengthField)"LENGTHTO(LenOfNetwId,NetworkIdPlan,
+ TypeofNetworkId,One,NetworkId,
+ NetworkSpecificFacility)";
+ };
+
+
+//************************************************************************
+// Number Portability Forward Information
+// Standard Reference ISUP : Chapter 3.101
+//************************************************************************
+ type record Number_portability_forward_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT4 NbPStInd, // Number portability status indicator
+ BIT3 spare, // Spare
+ BIT1 ExtI // Extension indicator
+ } with { variant "PRESENCE( id = '10001101'B)";
+ variant (lengthField)"LENGTHTO(NbPStInd,spare,ExtI)";
+ };
+
+
+//************************************************************************
+// Optional Backward Call Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.52
+// Standard Reference ISUP : Chapter 3.37
+//************************************************************************
+ type record Optional_backward_call_indicators
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT1 InBandInfoInd, // In-band INFormation indicator
+ BIT1 CallDiversionMayOccurInd, // Call diversion may occur indicator
+ BIT1 SimpleSegmentationInd, // Simple segmentation indicator
+ BIT1 MLPPUserInd, // MLPP User Indicator
+ BIT2 Reserved, // Reserved
+ BIT1 TimeSupervBeforeAnsInd, // Time supervision before answerind.
+ BIT1 LastPartyRelInd // Last party release indicator
+ } with { variant "PRESENCE( id = '00101001'B)";
+ variant (lengthField)"LENGTHTO(InBandInfoInd,
+ CallDiversionMayOccurInd,
+ SimpleSegmentationInd,MLPPUserInd,
+ Reserved,TimeSupervBeforeAnsInd,
+ LastPartyRelInd)";
+ };
+
+
+//************************************************************************
+// Optional Forward Call Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.53
+// Standard Reference ISUP : Chapter 3.38
+//************************************************************************
+ type record Optional_forward_call_indicators
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT2 CUGCallInd, // Closed user group call indicator
+ BIT1 SimpleSegmentationInd, // Simple segmentation indicator
+ BIT4 Spare, // Spare
+ BIT1 ConnLineReqInd // Connected line identity request indicator
+ } with { variant "PRESENCE( id = '00001000'B)";
+ variant (lengthField)"LENGTHTO(CUGCallInd,SimpleSegmentationInd,
+ Spare,ConnLineReqInd)";
+ };
+
+
+//************************************************************************
+// Original Called Number
+// Ericsson Specification Reference: Chapter 2.3.3.54
+// Standard Reference ISUP : Chapter 3.39
+//************************************************************************
+ type record Original_called_number
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT7 NatureOfAddrInd, // Nature of address indicator
+ BIT1 OddEven, // Odd/even indicator
+ BIT2 Spare_1, // Spare
+ BIT2 AddrPresentRestInd, // Address presentation REStricted indicator
+ BIT3 NumberingPlanInd, // Numbering plan indicator
+ BIT1 Spare_2, // Spare
+ HEX1_32 AddrSignals optional, // Address signals and Filler if odd addr.signals
+ HEX1 Filler optional
+ } with { variant (AddrSignals) "HEXORDER(low)";
+ variant "PRESENCE( id = '00101000'B)";
+ variant (lengthField)"LENGTHTO(NatureOfAddrInd,OddEven,Spare_1,
+ AddrPresentRestInd,NumberingPlanInd,
+ Spare_2,AddrSignals,Filler)";
+ };
+
+//************************************************************************
+// Original Called IN Number
+// Standard Reference ISUP : Chapter 3.87
+//************************************************************************
+ type record Original_called_IN_number
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT7 NatureOfAddrInd, // Nature of address indicator
+ BIT1 OddEven, // Odd/even indicator
+ BIT2 spare_1, // Spare
+ BIT2 AddrPresentRestInd, // Address presentation REStricted indicator
+ BIT3 NumberingPlanInd, // Numbering plan indicator
+ BIT1 spare_2, // Spare
+ HEX1_32 AddrSignals optional, // Address signals and Filler if odd addr.signals
+ HEX1 Filler optional
+ } with { variant (AddrSignals) "HEXORDER(low)";
+ variant "PRESENCE( id = '01111111'B)";
+ variant (lengthField)"LENGTHTO(NatureOfAddrInd,OddEven,spare_1,
+ AddrPresentRestInd,NumberingPlanInd,
+ spare_2,AddrSignals,Filler)";
+ };
+
+//************************************************************************
+// Origination ISC Point Code
+// Ericsson Specification Reference: Chapter 2.3.3.55
+// Standard Reference ISUP : Chapter 3.40
+//************************************************************************
+ type record Origination_ISC_point_code
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCT2 OriISC_contents // Signalling point code
+ } with { variant "PRESENCE( id = '00101011'B)";
+ variant (lengthField)"LENGTHTO(OriISC_contents)";
+ };
+
+
+//************************************************************************
+// Parameter Compatibility Information
+// Ericsson Specification Reference: Chapter 2.3.3.56
+// Standard Reference ISUP : Chapter 3.41
+//************************************************************************
+ type record Parameter_compatibility_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT8 FirstUpgradParam, // Upgraded parameter name
+ BIT7 InstructIndFirst, // all instruction indicators for parameter 1
+ BIT1 ExtInd1, // Extension indicator
+ BIT8 SecondUpgradParam optional,
+ BIT7 InstructIndSecond optional, // all instruction indicators for param. 2
+ BIT1 ExtInd2 optional, // Extension indicator
+ BIT8 ThirdUpgradParam optional,
+ BIT7 InstructIndThird optional, // all instruction indicators for param. 3
+ BIT1 ExtInd3 optional, // Extension indicator
+ BIT8 FourthUpgradParam optional,
+ BIT7 InstructIndFourth optional, // all instruction indicators for param. 4
+ BIT1 ExtInd4 optional, // Extension indicator
+ BIT8 FifthUpgradParam optional,
+ BIT7 InstructIndFifth optional, // all instruction indicators for param. 5
+ BIT1 ExtInd5 optional// Extension indicator
+ } with { variant "PRESENCE( id = '00111001'B)";
+ variant (lengthField)"LENGTHTO(FirstUpgradParam,InstructIndFirst,
+ ExtInd1,SecondUpgradParam,
+ InstructIndSecond,ExtInd2,
+ ThirdUpgradParam,InstructIndThird,
+ ExtInd3,FourthUpgradParam,
+ InstructIndFourth,ExtInd4,
+ FifthUpgradParam,InstructIndFifth,
+ ExtInd5)";
+ };
+
+
+//************************************************************************
+// Pivot Capability
+// Standard Reference ISUP : Chapter 3.84
+//************************************************************************
+ type record Pivot_capability
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT3 PivPosInd, // Pivot possible indicator
+ BIT3 spare, // Spare
+ BIT1 IwRedirInd, // Interworking to redirection indicator
+ BIT1 ExtI // Extension indicator
+ } with { variant "PRESENCE( id = '01111011'B)";
+ variant (lengthField)"LENGTHTO(PivPosInd,spare,IwRedirInd,ExtI)";
+ };
+
+
+//************************************************************************
+// Pivot Counter
+// Standard Reference ISUP : Chapter 3.93
+//************************************************************************
+ type record Pivot_counter
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT5 PivCount, // Pivot counter
+ BIT3 spare // spare
+ } with { variant "PRESENCE( id = '10000111'B)";
+ variant (lengthField)"LENGTHTO(PivCount,spare)";
+ };
+
+
+//************************************************************************
+// Pivot Routing Backward Information
+// Standard Reference ISUP : Chapter 3.95
+//************************************************************************
+ type record Pivot_routing_backward_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ ISUP_Information_type_set PivotInfo
+ } with { variant "PRESENCE( id = '10001001'B)";
+ variant (lengthField)"LENGTHTO(PivotInfo)";
+ };
+
+ type record ISUP_Information_type
+ {
+ BIT8 infoTypeTag,
+ INT1 infoTypeLength,
+ OCTN infoTypeValue
+ } with { variant (infoTypeLength)"LENGTHTO(infoTypeValue)";
+ };
+
+ type set of ISUP_Information_type ISUP_Information_type_set
+ with { variant "" };
+
+
+//************************************************************************
+// Pivot Routing Forward Information
+// Standard Reference ISUP : Chapter 3.94
+//************************************************************************
+ type record Pivot_routing_forward_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ ISUP_Information_type_set PivotInfo
+ } with { variant "PRESENCE( id = '10001000'B)";
+ variant (lengthField)"LENGTHTO(PivotInfo)";
+ };
+
+
+//************************************************************************
+// Pivot Routing Indicators
+// Standard Reference ISUP : Chapter 3.85
+//************************************************************************
+ type record Pivot_routing_indicators
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT7 PivRoutInd, // Pivot routing indicators
+ BIT1 ExtI // Extension indicator
+ } with { variant "PRESENCE( id = '01111100'B)";
+ variant (lengthField)"LENGTHTO(PivRoutInd,ExtI)";
+ };
+
+
+//************************************************************************
+// Pivot Status
+// Standard Reference ISUP : Chapter 3.92
+//************************************************************************
+ type record Pivot_status
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT2 PivStInd, // Pivot status indicator
+ BIT5 spare, // Spare
+ BIT1 ExtI // Extension indicator
+ } with { variant "PRESENCE( id = '10000110'B)";
+ variant (lengthField)"LENGTHTO(PivStInd,spare,ExtI)";
+ };
+
+
+//************************************************************************
+// Propagation Delay Counter
+// Ericsson Specification Reference: Chapter 2.3.3.57
+// Standard Reference ISUP : Chapter 3.42
+//************************************************************************
+ type record Propagation_delay_counter
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCT2 PropagationDelayValue
+ } with { variant "PRESENCE( id = '00110001'B)";
+ variant (lengthField)"LENGTHTO(PropagationDelayValue)";
+ };
+
+
+//************************************************************************
+// Query On Release Capability
+// Standard Reference ISUP : Chapter 3.91
+//************************************************************************
+ type record Query_on_release_capability
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT1 QoRCapInd, // Query on RELease capability indicator
+ BIT6 spare, // Spare
+ BIT1 ExtI // Extension indicator
+ } with { variant "PRESENCE( id = '10000101'B)";
+ variant (lengthField)"LENGTHTO(QoRCapInd,spare,ExtI)";
+ };
+
+
+//************************************************************************
+// Range And Status
+// Ericsson Specification Reference: Chapter 2.3.3.58
+// Standard Reference ISUP : Chapter 3.43
+//************************************************************************
+ type record Range_and_status
+ {
+ INT1 lengthField,
+
+ OCT1 Range, // Range
+ OCTN Status optional// Status
+ } with { variant (lengthField)"LENGTHTO(Range,Status)";
+ };
+
+
+//************************************************************************
+// Redirect Backward Information
+// Standard Reference ISUP : Chapter 3.100
+//************************************************************************
+ type record Redirect_backward_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ ISUP_Information_type_set RedirInfo
+ } with { variant "PRESENCE( id = '10001100'B)";
+ variant (lengthField)"LENGTHTO(RedirInfo)";
+ };
+
+
+//************************************************************************
+// Redirect Capability
+// Standard Reference ISUP : Chapter 3.96
+//************************************************************************
+ type record Redirect_capability
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT3 RedirPosInd, // Redirect possible indicator
+ BIT4 spare, // Spare
+ BIT1 ExtI // Extension indicator
+ } with { variant "PRESENCE( id = '01001110'B)";
+ variant (lengthField)"LENGTHTO(RedirPosInd,spare,ExtI)";
+ };
+
+
+//************************************************************************
+// Redirect Counter
+// Standard Reference ISUP : Chapter 3.97
+//************************************************************************
+ type record Redirect_counter
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT5 RedirCount, // Redirect counter
+ BIT3 spare // Spare
+ } with { variant "PRESENCE( id = '01110111'B)";
+ variant (lengthField)"LENGTHTO(RedirCount,spare)";
+ };
+
+
+//************************************************************************
+// Redirect Forward Information
+// Standard Reference ISUP : Chapter 3.99
+//************************************************************************
+ type record Redirect_forward_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ ISUP_Information_type_set RedirInfo
+ } with { variant "PRESENCE( id = '10001011'B)";
+ variant (lengthField)"LENGTHTO(RedirInfo)";
+ };
+
+
+//************************************************************************
+// Redirect Status
+// Standard Reference ISUP : Chapter 3.98
+//************************************************************************
+ type record Redirect_status
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT2 RedirStInd, // Redirect status indicator
+ BIT5 spare, // Spare
+ BIT1 ExtI // Extension indicator
+ } with { variant "PRESENCE( id = '10001010'B)";
+ variant (lengthField)"LENGTHTO(RedirStInd,spare,ExtI)";
+ };
+
+
+//************************************************************************
+// Redirecting Number
+// Ericsson Specification Reference: Chapter 2.3.3.59
+// Standard Reference ISUP : Chapter 3.44
+//************************************************************************
+ type record Redirecting_number
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT7 NatureOfAddrInd, // Nature of address indicator
+ BIT1 OddEven, // Odd/even indicator
+ BIT2 Spare1, // Spare
+ BIT2 AddrPresentRestInd, // Address presentation REStricted indicator
+ BIT3 NumberingPlanInd, // Numbering plan indicator
+ BIT1 Spare, // Spare
+ HEX1_32 AddrSignals optional, // Address signals and Filler if odd addr.signals
+ HEX1 Filler optional
+ } with { variant (AddrSignals) "HEXORDER(low)";
+ variant "PRESENCE( id = '00001011'B)";
+ variant (lengthField)"LENGTHTO(NatureOfAddrInd,OddEven,
+ Spare1,AddrPresentRestInd,
+ NumberingPlanInd,Spare,AddrSignals,
+ Filler)";
+ };
+
+
+
+//************************************************************************
+// Redirection Information
+// Ericsson Specification Reference: Chapter 2.3.3.60
+// Standard Reference ISUP : Chapter 3.45
+//************************************************************************
+ type record Redirection_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT3 RedirectionInd, // Redirecting indicator
+ BIT1 Spare1, // Redirecting indicator
+ BIT4 OriginalRedirectionReason, // Original redirection reason
+ BIT3 RedirectionCounter optional, // Redirection counter
+ BIT1 Spare2 optional, // Spare
+ BIT4 RedirectingReason optional // Redirecting reason
+ } with { variant "PRESENCE( id = '00010011'B)";
+ variant (lengthField)"LENGTHTO(RedirectionInd,Spare1,
+ OriginalRedirectionReason,
+ RedirectionCounter,Spare2,
+ RedirectingReason)";
+ };
+
+
+//************************************************************************
+// Redirection Number
+// Ericsson Specification Reference: Chapter 2.3.3.61
+// Standard Reference ISUP : Chapter 3.46
+//************************************************************************
+ type record Redirection_number
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT7 NatureOfAddrInd, // Nature of address indicator
+ BIT1 OddEven, // Odd/even indicator
+ BIT4 Spare, // spare
+ BIT3 NumberingPlanInd, // Numbering plan indicator
+ BIT1 INNInd, // Internal network number indicator
+ HEX1_32 AddrSignals, // Address signals and Filler if odd addr.signals
+ HEX1 Filler optional
+ } with { variant (AddrSignals) "HEXORDER(low)";
+ variant "PRESENCE( id = '00001100'B)";
+ variant (lengthField)"LENGTHTO(NatureOfAddrInd,OddEven,Spare,
+ NumberingPlanInd,INNInd,
+ AddrSignals,Filler)";
+ };
+
+//************************************************************************
+// Redirection Number Restriction
+// Ericsson Specification Reference: Chapter 2.3.3.62
+// Standard Reference ISUP : Chapter 3.47
+//************************************************************************
+ type record Redirection_number_restriction
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT2 PresRestInd, // Presentation REStricted indicator
+ BIT6 Spare // Spare
+ } with { variant "PRESENCE( id = '01000000'B)";
+ variant (lengthField)"LENGTHTO(PresRestInd,Spare)";
+ };
+
+
+//************************************************************************
+// Remote Operations
+// Standard Reference ISUP : Chapter 3.48
+//************************************************************************
+ type record Remote_operations
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT5 ProtProf, // Protocol profile
+ BIT2 spare, // Spare
+ BIT1 ExtI, // Extension indicator
+ OCTN Comp // Components
+ } with { variant "PRESENCE( id = '00110010'B)";
+ variant (lengthField)"LENGTHTO(ProtProf,spare,ExtI,Comp)";
+ };
+
+
+//************************************************************************
+// Route Identity
+// Ericsson Specification Reference: Chapter 2.3.3.63
+//************************************************************************
+ type record Route_identity
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCT2 RouteIdentity
+ } with { variant "PRESENCE( id = '11111100'B)";
+ variant (lengthField)"LENGTHTO(RouteIdentity)";
+ };
+
+
+//************************************************************************
+// SCF Id
+// Ericsson Specification Reference: Chapter 2.3.3.64
+// Standard Reference ISUP : Chapter 3.71
+//************************************************************************
+ type record SCF_id
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCTN SCFId
+ } with { variant "PRESENCE( id = '01100110'B)";
+ variant (lengthField)"LENGTHTO(SCFId)";
+ };
+
+
+//************************************************************************
+// Service Activation
+// Ericsson Specification Reference: Chapter 2.3.3.65
+// Standard Reference ISUP : Chapter 3.49
+//************************************************************************
+ type record Service_activation
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCTN ServAct_contents
+ } with { variant "PRESENCE( id = '00110011'B)";
+ variant (lengthField)"LENGTHTO(ServAct_contents)";
+ };
+
+
+//************************************************************************
+// Signalling Point Code
+// Standard Reference ISUP : Chapter 3.50
+//************************************************************************
+ type record Signalling_point_code
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCT2 SPC_contents // Signalling point code
+ } with { variant "PRESENCE( id = '00011110'B)";
+ variant (lengthField)"LENGTHTO(SPC_contents)";
+ };
+
+
+//************************************************************************
+// Subsequent Number
+// Ericsson Specification Reference: Chapter 2.3.3.66
+// Standard Reference ISUP : Chapter 3.51
+//************************************************************************
+ type record Subsequent_number_OPT
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT7 Spare, // Spare
+ BIT1 OddEven, // Odd/even inicator
+ HEX1_32 AddrSignals, // Address signals and Filler if odd addr.signals
+ HEX1 Filler optional
+ } with { variant (AddrSignals) "HEXORDER(low)";
+ variant "PRESENCE( id = '00000101'B)";
+ variant (lengthField)"LENGTHTO(Spare,OddEven,AddrSignals,Filler)";
+ };
+
+ type record Subsequent_number
+ {
+ INT1 lengthField,
+
+ BIT7 Spare, // Spare
+ BIT1 OddEven, // Odd/even inicator
+ HEX1_32 AddrSignals, // Address signals and Filler if odd addr.signals
+ HEX1 Filler optional
+ } with { variant (AddrSignals) "HEXORDER(low)";
+ variant (lengthField)"LENGTHTO(Spare,OddEven,AddrSignals,Filler)";
+ };
+
+
+//************************************************************************
+// Suspend Resume Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.67
+// Standard Reference ISUP : Chapter 3.52
+//************************************************************************
+ type record Suspend_resume_indicators
+ {
+ BIT1 SUSRESInd, // Suspend/resume indicator
+ BIT7 Spare // Spare
+ } with { variant "" };
+
+
+//************************************************************************
+// Tariff Indicator
+// Ericsson Specification Reference: Chapter 2.3.3.68
+//************************************************************************
+ type record Tariff_indicator
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCT1 TariffInd, // Tariff indicator
+ OCT1 Reserved optional// Reserved
+ } with { variant "PRESENCE( id = '11111101'B)";
+ variant (lengthField)"LENGTHTO(TariffInd,Reserved)";
+ };
+
+
+//************************************************************************
+// Transit Network Selection
+// Ericsson Specification Reference: Chapter 2.3.3.69
+// Standard Reference ISUP : Chapter 3.53
+//************************************************************************
+ type record Transit_network_selection
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT4 NetIdPlan, // Network identification plan
+ BIT3 TypeOfNetId, // Type of network identification
+ BIT1 OddEvenInd, // Odd/even inicator
+ OCTN NetId // Network identification
+ } with { variant "PRESENCE( id = '00100011'B)";
+ variant (lengthField)"LENGTHTO(NetIdPlan,TypeOfNetId,OddEvenInd,
+ NetId)";
+ };
+
+
+//************************************************************************
+// Transmission Medium Requirement
+// Ericsson Specification Reference: Chapter 2.3.3.70
+// Standard Reference ISUP : Chapter 3.54
+//************************************************************************
+ type record Transmission_medium_requirement
+ {
+ BIT8 TMR
+ } with { variant "" };
+
+//************************************************************************
+// Transmission Medium Requirement Prime
+// Ericsson Specification Reference: Chapter 2.3.3.71
+// Standard Reference ISUP : Chapter 3.55
+//************************************************************************
+ type record Transmission_medium_requirement_prime
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT8 TMRp_field
+ } with { variant "PRESENCE( id = '00111110'B)";
+ variant (lengthField)"LENGTHTO(TMRp_field)";
+ };
+
+//************************************************************************
+// Transmission Medium Used
+// Ericsson Specification Reference: Chapter 2.3.3.72
+// Standard Reference ISUP : Chapter 3.56
+//************************************************************************
+ type record Transmission_medium_used
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT8 TMU_field
+ } with { variant "PRESENCE( id = '00110101'B)";
+ variant (lengthField)"LENGTHTO(TMU_field)";
+ };
+
+
+//************************************************************************
+// UID Action Indicators
+// Standard Reference ISUP : Chapter 3.78
+//************************************************************************
+ type record UID_action_indicators
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT1 ThConInsInd, // Through CONnection instruction indicator
+ BIT1 T9InsInd, // T9 timer instruction indicator
+ BIT5 spare, // Spare
+ BIT1 ExtI // Extension indicator
+ } with { variant "PRESENCE( id = '01110100'B)";
+ variant (lengthField)"LENGTHTO(ThConInsInd,T9InsInd,spare,ExtI)";
+ };
+
+
+//************************************************************************
+// UID Capability Indicators
+// Standard Reference ISUP : Chapter 3.79
+//************************************************************************
+ type record UID_capability_indicators
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT1 through_connection_indicator, // Through CONnection indicator
+ BIT1 T9_timer_indicator, // T9 timer indicator
+ BIT5 spare, // T9 timer indicator
+ BIT1 ExtI // Extension indicator
+ } with { variant "PRESENCE( id = '01110101'B)";
+ variant (lengthField)"LENGTHTO(through_connection_indicator,
+ T9_timer_indicator,spare,ExtI)";
+ };
+
+
+//************************************************************************
+// User Service Information
+// Ericsson Specification Reference: Chapter 2.3.3.73
+// Standard Reference ISUP : Chapter 3.57
+//************************************************************************
+ type record User_service_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT5 InfTrC, // Information transfer capability
+ BIT2 CodS, // Coding standard
+ BIT1 ExtI_1, // Extension indicator (1)
+ //EXT GR1 start
+ BIT5 infTR, // Information transfer rate
+ BIT2 TrMod, // Transfer mode
+ BIT1 ExtI_2, // Extension indicator (0/1)
+
+ BIT2 establishment optional, // demand
+ BIT2 configuration optional, // point-to-point
+ BIT3 structure optional, // default
+ BIT1 ext2a optional,
+
+ BIT5 infoTransRate optional, //used for packet-mode calls
+ BIT2 symmetry optional, // bi-directional symmetric
+ BIT1 ext2b optional,
+ //EXT GR1 end
+ BIT7 RatMul optional, // Rate multiplier
+ BIT1 ExtI_2_1 optional, // Extension indicator (1)
+
+ Layer1_info layer1 optional,
+ Layer2_info layer2 optional,
+ Layer3_info layer3 optional
+ } with { variant "EXTENSION_BIT_GROUP(yes,infTR,ext2b)";
+ variant (RatMul) "PRESENCE(infTR = '11000'B)";
+ variant (ExtI_2_1) "PRESENCE(infTR = '11000'B)";
+ variant "TAG ( layer1, layer_id = '01'B;
+ layer2, layer_id = '10'B;
+ layer3, layer_id = '11'B;)"
+ variant "PRESENCE( id = '00011101'B)";
+ variant (lengthField)"LENGTHTO(InfTrC,CodS,ExtI_1,infTR,TrMod,
+ ExtI_2,establishment,configuration,
+ structure,ext2a,infoTransRate,
+ symmetry,ext2b,RatMul,ExtI_2_1,
+ layer1,layer2,layer3)";
+ };
+
+ type record Layer1_info
+ {
+ BIT5 UInf1, // User INFormation layer 1 protocol
+ BIT2 layer_id, // Layer identification
+ BIT1 ExtI_3, // Extension indicator (0/1)
+
+ BIT5 UsrRate optional, // User rate
+ BIT1 Negot optional, // Negotiation
+ BIT1 SynAsyn optional, // Synchronous/Asynchronous
+ BIT1 ExtI_3a optional, // Extension indicator (0/1)
+
+ //Note: the content of this field depends on field UInf1 - see Q.931 4.5.5
+ BIT7 Bits_3b optional, // info bits in octet 3b
+ BIT1 ExtI_3b optional, // Extension indicator (0/1)
+
+ //BIT1 Spare_1 optional, // Spare
+ //BIT1 FlCtrRx optional, // Flow control on Rx
+ //BIT1 FlCtrTx optional, // Flow control on Tx
+ //BIT1 NICRx optional, // Network independent clock on RX
+ //BIT1 NICTx optional, // Network independent clock on TX
+ //BIT2 IntRate optional, // Intermediate rate
+ //BIT1 ExtI_6 optional, // Extension indicator (0/1)
+
+ //BIT1 Spare_2 optional, // Spare
+ //BIT1 InBndNeg optional, // In-band/out-band negotiation
+ //BIT1 Ass optional, // Assignor/assignee
+ //BIT1 LLINeg optional, // Logical link identifier negotiation
+ //BIT1 Mode optional, // Mode of operation
+
+ //BIT1 MultFr optional,// Multiple frame establishment support in data link
+ //BIT1 Hdr optional, // Rate adaption header/no header
+ //BIT1 ExtI_7 optional,// Extension indicator (0/1)
+
+ BIT3 Prty optional, // Parity INFormation
+ BIT2 NDatBit optional, // Number of data bits excluding parity bit if pres.
+ BIT2 NStpBit optional, // Number of stop bits
+ BIT1 ExtI_3c optional, // Extension indicator (0/1)
+
+ BIT6 MdmTyp optional, // Modem type
+ BIT1 DupMod optional, // Mode duplex
+ BIT1 ExtI_3d optional // Extension indicator (1)
+ } with { variant "EXTENSION_BIT(yes)"}
+
+ type record Layer2_info
+ {
+ BIT5 uInf2, // User information layer 2 protocol
+ BIT2 layer_id, // Layer identification
+ BIT1 extI_10 // Extension indicator (1)
+ } with { variant "" };
+
+ type record Layer3_info
+ {
+ BIT5 uInf3, // User information layer 3 protocol
+ BIT2 layer_id, // Layer identification
+ BIT1 extI_11 // Extension indicator (1)
+ } with { variant "" };
+
+
+//************************************************************************
+// User Service Information Prime
+// Ericsson Specification Reference: Chapter 2.3.3.74
+// Standard Reference ISUP : Chapter 3.58
+//************************************************************************
+ type record User_service_information_prime
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT5 InfTrC, // Information transfer capability
+ BIT2 CodS, // Coding standard
+ BIT1 ExtI_1, // Extension indicator (1)
+ //EXT GR1 start
+ BIT5 infTR, // Information transfer rate
+ BIT2 TrMod, // Transfer mode
+ BIT1 ExtI_2, // Extension indicator (0/1)
+
+ BIT2 establishment optional, // demand
+ BIT2 configuration optional, // point-to-point
+ BIT3 structure optional, // default
+ BIT1 ext2a optional,
+
+ BIT5 infoTransRate optional, //used for packet-mode calls
+ BIT2 symmetry optional, // bi-directional symmetric
+ BIT1 ext2b optional,
+ //EXT GR1 end
+ BIT7 RatMul optional, // Rate multiplier
+ BIT1 ExtI_2_1 optional, // Extension indicator (1)
+
+ Layer1_info layer1 optional,
+ Layer2_info layer2 optional,
+ Layer3_info layer3 optional
+ } with { variant "EXTENSION_BIT_GROUP(yes,infTR,ext2b)";
+ variant (RatMul) "PRESENCE(infTR = '11000'B)";
+ variant (ExtI_2_1) "PRESENCE(infTR = '11000'B)";
+ variant "TAG ( layer1, layer_id = '01'B;
+ layer2, layer_id = '10'B;
+ layer3, layer_id = '11'B;)"
+ variant "PRESENCE( id = '00110000'B)";
+ variant (lengthField)"LENGTHTO(InfTrC,CodS,ExtI_1,infTR,TrMod,
+ ExtI_2,establishment,configuration,
+ structure,ext2a,infoTransRate,
+ symmetry,ext2b,RatMul,ExtI_2_1,
+ layer1,layer2,layer3)";
+ };
+/* The old version is commented out because it could cause decoding problems.
+ type record User_service_information // 3.57 / Q.763
+ {
+ BIT5 InfTrC, // Information transfer capability
+ BIT2 CodS, // Coding standard
+ BIT1 ExtI_1, // Extension indicator (1)
+ BIT5 InfTR, // Information transfer rate
+ BIT2 TrMod, // Transfer mode
+ BIT1 ExtI_2, // Extension indicator (0/1)
+ BIT8 RatMul optional, // Rate multiplier
+ BIT1 ExtI_3 optional, // Extension indicator (1)
+ BIT5 UInf1 optional, // User INFormation layer 1 protocol
+ BIT2 Lay1 optional, // Layer identification
+ BIT1 ExtI_4 optional, // Extension indicator (0/1)
+ BIT5 UsrRate optional, // User rate
+ BIT1 Negot optional, // Negotiation
+ BIT1 SynAsyn optional, // Synchronous/Asynchronous
+ BIT1 ExtI_5 optional, // Extension indicator (0/1)
+ BIT1 Spare_1 optional, // Spare
+ BIT1 FlCtrRx optional, // Flow control on Rx
+ BIT1 FlCtrTx optional, // Flow control on Tx
+ BIT1 NICRx optional, // Network independent clock on RX
+ BIT1 NICTx optional, // Network independent clock on TX
+ BIT2 IntRate optional, // Intermediate rate
+ BIT1 ExtI_6 optional, // Extension indicator (0/1)
+ BIT1 Spare_2 optional, // Spare
+ BIT1 InBndNeg optional, // In-band/out-band negotiation
+ BIT1 Ass optional, // Assignor/assignee
+ BIT1 LLINeg optional, // Logical link identifier negotiation
+ BIT1 Mode optional, // Mode of operation
+ BIT1 MultFr optional, // Multiple frame establishment support in data link
+ BIT1 Hdr optional, // Rate adaption header/no header
+ BIT1 ExtI_7 optional, // Extension indicator (0/1)
+ BIT3 Prty optional, // Parity INFormation
+ BIT2 NDatBit optional, // Number of data bits excluding parity bit if pres.
+ BIT2 NStpBit optional, // Number of stop bits
+ BIT1 ExtI_8 optional, // Extension indicator (1)
+ BIT6 MdmTyp optional, // Modem type
+ BIT1 DupMod optional, // Mode duplex
+ BIT1 ExtI_9 optional, // Extension indicator (1)
+ BIT5 UInf2 optional, // User INFormation layer 2 protocol
+ BIT2 Lay2 optional, // Layer identification
+ BIT1 ExtI_10 optional, // Extension indicator (1)
+ BIT5 UInf3 optional, // User INFormation layer 3 protocol
+ BIT2 Lay3 optional, // Layer identification
+ BIT1 ExtI_11 optional // Extension indicator (1)
+ } with { variant "" };
+
+
+ type record User_service_information_prime // 3.58 / Q.763
+ {
+ BIT5 InfTrC, // Information transfer capability
+ BIT2 CodS, // Coding standard
+ BIT1 ExtI_1, // Extension indicator (1)
+ BIT5 InfTR, // Information transfer rate
+ BIT2 TrMod, // Transfer mode
+ BIT1 ExtI_2, // Extension indicator (0/1)
+ BIT8 RatMul optional, // Rate multiplier
+ BIT1 ExtI_3 optional, // Extension indicator (1)
+ BIT5 UInf1 optional, // User INFormation layer 1 protocol
+ BIT2 Lay1 optional, // Layer identification
+ BIT1 ExtI_4 optional, // Extension indicator (0/1)
+ BIT5 UsrRate optional, // User rate
+ BIT1 Negot optional, // Negotiation
+ BIT1 SynAsyn optional, // Synchronous/Asynchronous
+ BIT1 ExtI_5 optional, // Extension indicator (0/1)
+ BIT1 Spare_1 optional, // Spare
+ BIT1 FlCtrRx optional, // Flow control on Rx
+ BIT1 FlCtrTx optional, // Flow control on Tx
+ BIT1 NICRx optional, // Network independent clock on RX
+ BIT1 NICTx optional, // Network independent clock on TX
+ BIT2 IntRate optional, // Intermediate rate
+ BIT1 ExtI_6 optional, // Extension indicator (0/1)
+ BIT1 Spare_2 optional, // Spare
+ BIT1 InBndNeg optional, // In-band/out-band negotiation
+ BIT1 Ass optional, // Assignor/assignee
+ BIT1 LLINeg optional, // Logical link identifier negotiation
+ BIT1 Mode optional, // Mode of operation
+ BIT1 MultFr optional, // Multiple frame establishment support in data link
+ BIT1 Hdr optional, // Rate adaption header/no header
+ BIT1 ExtI_7 optional, // Extension indicator (0/1)
+ BIT3 Prty optional, // Parity INFormation
+ BIT2 NDatBit optional, // Number of data bits excluding parity bit if pres.
+ BIT2 NStpBit optional, // Number of stop bits
+ BIT1 ExtI_8 optional, // Extension indicator (1)
+ BIT6 MdmTyp optional, // Modem type
+ BIT1 DupMod optional, // Mode duplex
+ BIT1 ExtI_9 optional, // Extension indicator (1)
+ BIT5 UInf2 optional, // User INFormation layer 2 protocol
+ BIT2 Lay2 optional, // Layer identification
+ BIT1 ExtI_10 optional, // Extension indicator (1)
+ BIT5 UInf3 optional, // User INFormation layer 3 protocol
+ BIT2 Lay3 optional, // Layer identification
+ BIT1 ExtI_11 optional // Extension indicator (1)
+ } with { variant "" };
+*/
+
+
+//************************************************************************
+// User Teleservice Information
+// Ericsson Specification Reference: Chapter 2.3.3.75
+// Standard Reference ISUP : Chapter 3.59
+//************************************************************************
+ type record User_teleservice_information
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT2 Pres, // Presentation
+ BIT3 Interpr, // Interpretation
+ BIT2 CodS, // Coding standard
+ BIT1 ExtI_1, // Extention indicator, always 1
+ BIT7 HLChrInf, // High layer characteristics identification
+ BIT1 ExtI_2, // Extension indicator, (0/1)
+ BIT7 ExHLChrInf optional, // Extended high layer characteristics id.
+ BIT1 ExtI_3 optional // Extention indicator, always 1
+ } with { variant (ExHLChrInf) "PRESENCE(ExtI_2 = '0'B)";
+ variant (ExtI_3) "PRESENCE(ExtI_2 = '0'B)";
+ variant "PRESENCE( id = '00110100'B)";
+ variant (lengthField)"LENGTHTO(Pres,Interpr,CodS,ExtI_1,HLChrInf,
+ ExtI_2,ExHLChrInf,ExtI_3)";
+ };
+
+//************************************************************************
+// User To User Indicators
+// Ericsson Specification Reference: Chapter 2.3.3.76
+// Standard Reference ISUP : Chapter 3.60
+//************************************************************************
+ type record User_to_user_indicators
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ BIT1 Type, // type
+ BIT2 Service1, // Service 1
+ BIT2 Service2, // Service 2
+ BIT2 Service3, // Service 3
+ BIT1 NetworkDiscardInd //Network discard ind. (spare if Type = request)
+ } with { variant "PRESENCE( id = '00101010'B)";
+ variant (lengthField)"LENGTHTO(Type,Service1,Service2,Service3,
+ NetworkDiscardInd)";
+ };
+
+
+//************************************************************************
+// User To User Information
+// Ericsson Specification Reference: Chapter 2.3.3.77
+// Standard Reference ISUP : Chapter 3.61
+//************************************************************************
+ type record User_to_user_information_OPT
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ OCTN UserInfo
+ } with { variant "PRESENCE( id = '00100000'B)";
+ variant (lengthField)"LENGTHTO(UserInfo)";
+ };
+
+ type record User_to_user_information
+ {
+ INT1 lengthField,
+
+ OCTN UserInfo
+ } with { variant (lengthField)"LENGTHTO(UserInfo)";
+ };
+
+
+//************************************************************************
+// Global Call Reference
+// GCR included in ISUP market variants based on EED/X 1056-174 Uen - Global
+// Call reference for ISUP and BICC, MSC R12.
+// It is used in the IAM message. See section 3.1.1 for details.
+//************************************************************************
+ type record Global_call_reference
+ {
+ BIT8 id,
+ INT1 lengthField,
+
+ INT1 netwIdLenInd, // Network ID length indicator
+ OCTN netwId, // Network ID
+ INT1 nodeIdLenInd, // Node ID length indicator
+ OCTN nodeId, // Node ID
+ INT1 callRefLenInd, // Call Reference length indicator
+ OCTN callRefId // Call Reference ID
+ } with { variant (netwIdLenInd) "LENGTHTO (netwId)";
+ variant (nodeIdLenInd) "LENGTHTO(nodeId)";
+ variant (callRefLenInd) "LENGTHTO (callRefId)";
+ variant "PRESENCE( id = '10100100'B)";
+ variant (lengthField)"LENGTHTO(netwIdLenInd,netwId,nodeIdLenInd,
+ nodeId,callRefLenInd,callRefId)";
+ };
+} // END Group ISUP_parameters
+
+
+//************************************************************************
+//************************************************************************
+//************************************************************************
+//************************************************************************
+//************************************************************************
+
+
+//************************************************************************
+// ACM - Address complete
+// Ericsson Specification Reference: Chapter 2.2.2.1
+// Standard Reference ISUP : Chapter 4, Table 21
+//************************************************************************
+ type set ACM_optional_part
+ {
+ Optional_backward_call_indicators optBackwardCallInd optional,
+ Cause_indicators_OPT causeInd optional,
+ User_to_user_indicators userToUserInd optional,
+ User_to_user_information_OPT userToUserInfo optional,
+ Access_transport accessTransport optional,
+ Generic_notification_indicator_set genericNotificationInd optional,
+ Transmission_medium_used transMediumUsed optional,
+ Access_delivery_information accessDeliveryInfo optional,
+ Redirection_number redirectionNum optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+ Call_diversion_information callDiversionInfo optional,
+ Network_specific_facility networkFacility optional,
+ Redirection_number_restriction redirectionNumRest optional,
+ Route_identity routeIdentity optional,
+ Call_transfer_treatment_indicators callTransferTreatmentInd optional,
+ Conference_treatment_indicators conferenceTreatmentInd optional,
+
+ Call_reference callReference optional,
+ Echo_control_information echoControlInfo optional,
+ Remote_operations remoteOperations optional,
+ Service_activation serviceActivation optional,
+ UID_action_indicators UIDAcInd optional,
+ Application_transport_parameter_set ATPP optional,
+ CCNR_possible_indicator CCNRP optional,
+ HTR_information HTRInfo optional,
+ Pivot_routing_backward_information PRBI optional,
+ Redirect_status RedirSt optional
+ } with { variant (ATPP,genericNotificationInd) "REPEATABLE(yes)";};
+
+
+ type record ACM_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Backward_call_indicators backwardCallInd,
+ Pointer opt_part_ptr,
+ ACM_optional_part acmOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (acmOptionals)"};
+
+
+//************************************************************************
+// ANM - Answer
+// Ericsson Specification Reference: Chapter 2.2.2.2
+// Standard Reference ISUP : Chapter 4, Table 22
+//************************************************************************
+ type set ANM_optional_part
+ {
+ Backward_call_indicators_OPT backwardCallInd optional,
+ Optional_backward_call_indicators optBackwardCallInd optional,
+ User_to_user_indicators userToUserInd optional,
+ User_to_user_information_OPT userToUserInfo optional,
+ Connected_number connectedNum optional,
+ Access_transport accessTransport optional,
+ Access_delivery_information accessDeliveryInfo optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+ Backward_GVNS backwardGVNS optional,
+ Call_history_information callHistoryInfo optional,
+ Generic_number_set genericNum optional,
+ Transmission_medium_used transMediumUsed optional,
+ Network_specific_facility networkFacility optional,
+ Redirection_number_restriction redirectionNumRest optional,
+ Call_transfer_treatment_indicators callTransferTreatmentInd optional,
+ Conference_treatment_indicators conferenceTreatmentInd optional,
+
+ Call_reference callReference optional,
+ Generic_notification_indicator_set genericNotificationInd optional,
+ Remote_operations remoteOperations optional,
+ Redirection_number redirectionNum optional,
+ Service_activation serviceActivation optional,
+ Echo_control_information echoControlInfo optional,
+ Display_information DisInf optional,
+ Application_transport_parameter_set ATPP optional,
+ Pivot_routing_backward_information PRBI optional,
+ Redirect_status RedirSt optional
+ } with { variant (ATPP,genericNotificationInd,genericNum) "REPEATABLE(yes)";};
+
+
+ type record ANM_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ ANM_optional_part anmOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr)"POINTERTO (anmOptionals)";
+ };
+
+
+//************************************************************************
+// APM - Application Transport
+// Standard Reference ISUP : Chapter 4, Table 51
+//************************************************************************
+ type set APM_optional_part
+ {
+ Message_compatibility_information MCI optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+ Application_transport_parameter_set ATPP optional
+ } with { variant (ATPP) "REPEATABLE(yes)";};
+
+
+ type record APM_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ APM_optional_part apmOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (apmOptionals)";
+ };
+
+
+//************************************************************************
+// BLO - Blocking
+// Ericsson Specification Reference: Chapter 2.2.2.3
+// Standard Reference ISUP : Chapter 4, Table 39
+//************************************************************************
+ type record BLO_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType
+ } with { variant "" };
+
+
+//************************************************************************
+// BLA - Blocking Acknowledgement
+// Ericsson Specification Reference: Chapter 2.2.2.4
+// Standard Reference ISUP : Chapter 4, Table 39
+//************************************************************************
+ type record BLA_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType
+ } with { variant "" };
+
+
+//************************************************************************
+// CPG - Call Progress
+// Ericsson Specification Reference: Chapter 2.2.2.5
+// Standard Reference ISUP : Chapter 4, Table 23
+//************************************************************************
+ type set CPG_optional_part
+ {
+ Cause_indicators_OPT causeInd optional,
+ Backward_call_indicators_OPT backwardCallInd optional,
+ Optional_backward_call_indicators optBackwardCallInd optional,
+ Access_transport accessTransport optional,
+ User_to_user_indicators userToUserInd optional,
+ Redirection_number redirectionNum optional,
+ User_to_user_information_OPT userToUserInfo optional,
+ Generic_notification_indicator_set genericNotificationInd optional,
+ Network_specific_facility networkFacility optional,
+ Transmission_medium_used transMediumUsed optional,
+ Access_delivery_information accessDeliveryInfo optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+ Call_diversion_information callDiversionInfo optional,
+ Redirection_number_restriction redirectionNumRest optional,
+ Call_transfer_number callTransferNumber optional,
+ Call_transfer_treatment_indicators callTransferTreatmentInd optional,
+ Conference_treatment_indicators conferenceTreatmentInd optional,
+
+ Call_reference callReference optional,
+ Remote_operations remoteOperations optional,
+ Service_activation serviceActivation optional,
+ Echo_control_information echoControlInfo optional,
+ Connected_number connectedNum optional,
+ Backward_GVNS backwardGVNS optional,
+ Generic_number_set genericNum optional,
+ Call_history_information callHistoryInfo optional,
+ UID_action_indicators UIDAcInd optional,
+ Application_transport_parameter_set ATPP optional,
+ CCNR_possible_indicator CCNRP optional,
+ Pivot_routing_backward_information PRBI optional,
+ Redirect_status RedirSt optional
+ } with { variant (ATPP,genericNotificationInd,genericNum) "REPEATABLE(yes)";};
+
+
+ type record CPG_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Event_information eventInfo,
+ Pointer opt_part_ptr,
+ CPG_optional_part cpgOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (cpgOptionals)";
+ };
+
+
+//************************************************************************
+// CRG - Charge Information
+// Ericsson Specification Reference: Chapter 2.2.2.6
+//************************************************************************
+ type set CRG_optional_part
+ {
+ Meter_pulse_indicator meterPulseInd optional,
+ Tariff_indicator tariffInd optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional
+ } with { variant "" };
+
+
+ type record CRG_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ CRG_optional_part crgOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr)"POINTERTO (crgOptionals)";
+ };
+
+
+//************************************************************************
+// CGB - Circuit Group Blocking
+// Ericsson Specification Reference: Chapter 2.2.2.7
+// Standard Reference ISUP : Chapter 4, Table 40
+//************************************************************************
+ type record CGB_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Circuit_group_supervision_message_type_indicator circuitGroupSupervMsgInd,
+ Pointer var_part_ptr,
+ Range_and_status rangeAndStatus
+ } with { variant (var_part_ptr) "POINTERTO (rangeAndStatus)";
+ };
+
+
+//************************************************************************
+// CGBA - Circuit Group Blocking Acknowledgement
+// Ericsson Specification Reference: Chapter 2.2.2.8
+// Standard Reference ISUP : Chapter 4, Table 40
+//************************************************************************
+ type record CGBA_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Circuit_group_supervision_message_type_indicator circuitGroupSupervMsgInd,
+ Pointer var_part_ptr,
+ Range_and_status rangeAndStatus
+ } with { variant (var_part_ptr) "POINTERTO (rangeAndStatus)";
+ };
+
+
+//************************************************************************
+// CQM - Circuit Group Query
+// Ericsson Specification Reference: Chapter 2.2.2.9
+// Standard Reference ISUP : Chapter 4, Table 41
+//************************************************************************
+ type record CQM_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer var_part_ptr,
+ Range_and_status rangeAndStatus
+ } with { variant (var_part_ptr) "POINTERTO (rangeAndStatus)";
+ };
+
+
+//************************************************************************
+// CQR - Circuit Group Query Response
+// Ericsson Specification Reference: Chapter 2.2.2.10
+// Standard Reference ISUP : Chapter 4, Table 24
+//************************************************************************
+ type record CQR_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer var1_part_ptr,
+ Pointer var2_part_ptr,
+ Range_and_status rangeAndStatus,
+ Circuit_state_indicator circuitStateInd
+ } with { variant (var1_part_ptr) "POINTERTO (rangeAndStatus)";
+ variant (var2_part_ptr) "POINTERTO (circuitStateInd)";
+ };
+
+
+//************************************************************************
+// GRS - Circuit Group Reset
+// Ericsson Specification Reference: Chapter 2.2.2.11
+// Standard Reference ISUP : Chapter 4, Table 41
+//************************************************************************
+ type record GRS_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer var_part_ptr,
+ Range_and_status rangeAndStatus
+ } with { variant (var_part_ptr) "POINTERTO (rangeAndStatus)";
+ };
+
+
+//************************************************************************
+// GRA - Circuit Group Reset Acknowledgement
+// Ericsson Specification Reference: Chapter 2.2.2.12
+// Standard Reference ISUP : Chapter 4, Table 25
+//************************************************************************
+ type record GRA_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer var_part_ptr,
+ Range_and_status rangeAndStatus
+ } with { variant (var_part_ptr) "POINTERTO (rangeAndStatus)";
+ };
+
+//************************************************************************
+// GGU - Circuit Group Unblocking
+// Ericsson Specification Reference: Chapter 2.2.2.13
+// Standard Reference ISUP : Chapter 4, Table 40
+//************************************************************************
+ type record CGU_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Circuit_group_supervision_message_type_indicator circuitGroupSupervMsgInd,
+ Pointer var_part_ptr,
+ Range_and_status rangeAndStatus
+ } with { variant (var_part_ptr) "POINTERTO (rangeAndStatus)";
+ };
+
+
+//************************************************************************
+// CGUA - Circuit Group Unblocking Acknowledgement
+// Ericsson Specification Reference: Chapter 2.2.2.14
+// Standard Reference ISUP : Chapter 4, Table 40
+//************************************************************************
+ type record CGUA_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Circuit_group_supervision_message_type_indicator circuitGroupSupervMsgInd,
+ Pointer var_part_ptr,
+ Range_and_status rangeAndStatus
+ } with { variant (var_part_ptr)"POINTERTO (rangeAndStatus)";
+ };
+
+
+//************************************************************************
+// CFN - Confusion
+// Ericsson Specification Reference: Chapter 2.2.2.15
+// Standard Reference ISUP : Chapter 4, Table 26
+//************************************************************************
+ type record CFN_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer var_part_ptr,
+ Pointer opt_part_ptr,
+ Cause_indicators causeInd,
+ End_of_optional_parameters_indicator endOfOp
+ } with { variant (var_part_ptr)"POINTERTO (causeInd)";
+ variant (opt_part_ptr)"POINTERTO (endOfOp)";
+ };
+
+
+//************************************************************************
+// CON - Connect
+// Ericsson Specification Reference: Chapter 2.2.2.16
+// Standard Reference ISUP : Chapter 4, Table 27
+//************************************************************************
+ type set CON_optional_part
+ {
+ Optional_backward_call_indicators optBackwardCallInd optional,
+ Backward_GVNS backwardGVNS optional,
+ Connected_number connectedNum optional,
+ User_to_user_indicators userToUserInd optional,
+ User_to_user_information_OPT userToUserInfo optional,
+ Access_transport accessTransport optional,
+ Network_specific_facility networkFacility optional,
+ Transmission_medium_used transMediumUsed optional,
+ Access_delivery_information accessDeliveryInfo optional,
+ Call_history_information callHistoryInfo optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+ Generic_number_set genericNum optional,
+ Route_identity routeIdentity optional,
+ Redirection_number_restriction redirectionNumRest optional,
+ Call_transfer_treatment_indicators callTransferTreatmentInd optional,
+ Conference_treatment_indicators conferenceTreatmentInd optional,
+
+ Call_reference callReference optional,
+ Generic_notification_indicator_set genericNotificationInd optional,
+ Remote_operations remoteOperations optional,
+ Echo_control_information echoControlInfo optional,
+ Service_activation serviceActivation optional,
+ Application_transport_parameter_set ATPP optional,
+ HTR_information HTRInfo optional,
+ Pivot_routing_backward_information PRBI optional,
+ Redirect_status RedirSt optional
+ } with { variant (ATPP,genericNotificationInd,genericNum) "REPEATABLE(yes)";};
+
+
+ type record CON_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Backward_call_indicators backwardCallInd,
+ Pointer opt_part_ptr,
+ CON_optional_part conOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (conOptionals)";
+ };
+
+
+//************************************************************************
+// COT - Continuity
+// Ericsson Specification Reference: Chapter 2.2.2.17
+// Standard Reference ISUP : Chapter 4, Table 28
+//************************************************************************
+ type record COT_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Continuity_indicators continuityInd
+ } with { variant "" };
+
+
+//************************************************************************
+// CCR - Continuity Check Request
+// Ericsson Specification Reference: Chapter 2.2.2.18
+// Standard Reference ISUP : Chapter 4, Table 39
+//************************************************************************
+ type record CCR_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType
+ } with { variant "" };
+
+
+//************************************************************************
+// FAC - Facility
+// Ericsson Specification Reference: Chapter 2.2.2.19
+// Standard Reference ISUP : Chapter 4, Table 45
+//************************************************************************
+ type set FAC_optional_part
+ {
+ Message_compatibility_information messageCompatibilityInfo optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+ Service_activation serviceActivation optional,
+ Call_transfer_number callTransferNumber optional,
+ Access_transport accessTransport optional,
+ Generic_notification_indicator_set genericNotificationInd optional,
+
+ Remote_operations remoteOperations optional,
+ Redirection_number redirectionNum optional,
+ Pivot_routing_indicators PRInd optional,
+ Pivot_status PSts optional,
+ Pivot_counter PCount optional,
+ Pivot_routing_backward_information PRBI optional,
+ Redirect_status RedirSt optional
+ } with { variant (genericNotificationInd) "REPEATABLE(yes)";};
+
+
+ type record FAC_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ FAC_optional_part facOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr)"POINTERTO (facOptionals)";
+ };
+
+
+//************************************************************************
+// FAA - Facility Accepted
+// Ericsson Specification Reference: Chapter 2.2.2.20
+// Standard Reference ISUP : Chapter 4, Table 42
+//************************************************************************
+ type set FAA_optional_part
+ {
+ User_to_user_indicators userToUserInd optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+
+ Call_reference callReference optional,
+ Connection_request connectionRequest optional
+ } with { variant "" };
+
+
+ type record FAA_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Facility_indicator facilityInd,
+ Pointer opt_part_ptr,
+ FAA_optional_part faaOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (faaOptionals)";
+ };
+
+
+//************************************************************************
+// FRJ - Facility Reject
+// Ericsson Specification Reference: Chapter 2.2.2.21
+// Standard Reference ISUP : Chapter 4, Table 29
+//************************************************************************
+ type set FRJ_optional_part
+ {
+ User_to_user_indicators userToUserInd optional
+ } with { variant "" };
+
+
+ type record FRJ_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Facility_indicator facilityInd,
+ Pointer var_part_ptr,
+ Pointer opt_part_ptr,
+ Cause_indicators causeInd,
+ FRJ_optional_part frjOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (var_part_ptr) "POINTERTO (causeInd)";
+ variant (opt_part_ptr) "POINTERTO (frjOptionals)";
+ };
+
+
+//************************************************************************
+// FAR - Facility Request
+// Ericsson Specification Reference: Chapter 2.2.2.22
+// Standard Reference ISUP : Chapter 4, Table 42
+//************************************************************************
+ type set FAR_optional_part
+ {
+ User_to_user_indicators userToUserInd optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+
+ Call_reference callReference optional,
+ Connection_request connectionRequest optional
+ } with { variant "" };
+
+
+ type record FAR_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Facility_indicator facilityInd,
+ Pointer opt_part_ptr,
+ FAR_optional_part farOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (farOptionals)";
+ };
+
+
+//************************************************************************
+// FOT - Forward Transfer
+// Ericsson Specification Reference: Chapter 2.2.2.23
+// Standard Reference ISUP : Chapter 4, Table 37
+//************************************************************************
+ type set FOT_optional_part
+ {
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+
+ Call_reference callReference optional
+ } with { variant "" };
+
+
+ type record FOT_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ FOT_optional_part fotOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (fotOptionals)";
+ };
+
+
+//************************************************************************
+// IDR - Identification Request
+// Ericsson Specification Reference: Chapter 2.2.2.24
+// Standard Reference ISUP : Chapter 4, Table 47
+//************************************************************************
+ type set IDR_optional_part
+ {
+ MCID_request_indicators MCIDReqInd optional,
+ Message_compatibility_information messageCompatibilityInfo optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional
+ } with { variant "" };
+
+
+ type record IDR_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ IDR_optional_part idrOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (idrOptionals)";
+ };
+
+
+//************************************************************************
+// IRS - Identification Response
+// Ericsson Specification Reference: Chapter 2.2.2.25
+// Standard Reference ISUP : Chapter 4, Table 48
+//************************************************************************
+ type set IRS_optional_part
+ {
+ MCID_response_indicators MCIDRpInd optional,
+ Message_compatibility_information messageCompatibilityInfo optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+ Calling_party_number callingPartyNum optional,
+ Access_transport accessTransport optional,
+ Generic_number_set genericNum optional,
+ Charged_party_identification ChPId optional
+ } with { variant (genericNum) "REPEATABLE(yes)";};
+
+
+ type record IRS_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ IRS_optional_part irsOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (irsOptionals)";
+ };
+
+
+//************************************************************************
+// INF - Information
+// Ericsson Specification Reference: Chapter 2.2.2.26
+// Standard Reference ISUP : Chapter 4, Table 30
+//************************************************************************
+ type set INF_optional_part
+ {
+ Calling_partys_category_OPT callingPartyCat optional,
+ Calling_party_number callingPartyNum optional,
+ Access_transport accessTransport optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+ Network_specific_facility networkFacility optional,
+ Display_information displayInfo optional,
+
+ Call_reference callReference optional,
+ Connection_request connectionRequest optional
+ } with { variant "" };
+
+
+ type record INF_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Information_indicators informationInd,
+ Pointer opt_part_ptr,
+ INF_optional_part infOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (infOptionals)";
+ };
+
+
+//************************************************************************
+// INR - Information Request
+// Ericsson Specification Reference: Chapter 2.2.2.27
+// Standard Reference ISUP : Chapter 4, Table 31
+//************************************************************************
+ type set INR_optional_part
+ {
+ Network_specific_facility networkFacility optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+
+ Call_reference callReference optional
+ } with { variant "" };
+
+
+ type record INR_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Information_request_indicators InfRqInd,
+ Pointer opt_part_ptr,
+ INR_optional_part inrOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (inrOptionals)";
+ };
+
+
+//************************************************************************
+// IAM - Initial Address Message
+// Ericsson Specification Reference: Chapter 2.2.2.28
+// Standard Reference ISUP : Chapter 4, Table 32
+//************************************************************************
+ type set IAM_optional_part
+ {
+ Transit_network_selection transitNetworkSel optional,
+ Calling_party_number callingPartyNum optional,
+ Optional_forward_call_indicators optForwardCallInd optional,
+ Redirecting_number redirectingNum optional,
+ Redirection_information redirectionInfo optional,
+ Closed_user_group_interlock_code cUGInterlockCode optional,
+ Original_called_number originalCalledNum optional,
+ User_to_user_information_OPT userToUserInfo optional,
+ Access_transport accessTransport optional,
+ User_service_information userServiceInfo optional,
+ User_to_user_indicators userToUserInd optional,
+ Generic_number_set genericNum optional,
+ Propagation_delay_counter propDelayCounter optional,
+ User_service_information_prime userServiceInfoPrime optional,
+ Network_specific_facility networkFacility optional,
+ Generic_digits_set genericDigits optional,
+ Origination_ISC_point_code origISCPointCode optional,
+ User_teleservice_information userTeleServiceInfo optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+ MLPP_precedence mLPPprecedence optional,
+ Route_identity routeIdentity optional,
+ Transmission_medium_requirement_prime transMediumReqPrime optional,
+ Location_number locationNum optional,
+ Forward_GVNS forwardGVNS optional,
+ Freephone_indicators freePhoneInd optional,
+ CCSS_parameter ccssPar optional,
+ Distributed_dynamic_routing_indicators distrDynRoutInd optional,
+ Additional_charging_information addChargeInfo optional,
+ Additional_routing_information addRoutInfo optional,
+ Correlation_id correlationId optional,
+ SCF_id SCFId optional,
+ Call_transfer_treatment_indicators callTransferTreatmentInd optional,
+ Conference_treatment_indicators conferenceTreatmentInd optional,
+ Call_offering_treatment_indicators callOfferingTreatmentInd optional,
+ Call_diversion_treatment_indicators callDiversionTreatmentInd optional,
+ Network_call_reference netwCallRef optional,
+ Calling_name_identity cgNameId optional,
+ Hop_counter HopCnt optional,
+
+ Call_reference callReference optional,
+ Connection_request connectionRequest optional,
+ Remote_operations remoteOperations optional,
+ Generic_notification_indicator_set genericNotificationInd optional,
+ Service_activation serviceActivation optional,
+ Network_management_controls NetManCon optional,
+ Circuit_assignment_map CctAssMap optional,
+ Called_IN_number CdINnum optional,
+ UID_capability_indicators UIDcapInd optional,
+ Echo_control_information echoControlInfo optional,
+ Collect_call_request ColCReq optional,
+ Application_transport_parameter_set ATPP optional,
+ Pivot_capability PivCap optional,
+ Called_directory_number CDirNb optional,
+ Original_called_IN_number OCINNb optional,
+ Calling_geodetic_location CGeoLoc optional,
+ Network_routing_number NRNb optional,
+ Query_on_release_capability QoRCap optional,
+ Pivot_counter PCount optional,
+ Pivot_routing_forward_information PRFI optional,
+ Redirect_capability RedirCap optional,
+ Redirect_counter RedirCount optional,
+ Redirect_status RedirSt optional,
+ Redirect_forward_information RedirFI optional,
+ Number_portability_forward_information NPFI optional,
+ Global_call_reference GCRef optional
+ } with { variant (ATPP,genericNotificationInd,genericNum,genericDigits)
+ "REPEATABLE(yes)";};
+
+
+ type record IAM_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Nature_of_connection_indicators natureOfConnInd,
+ Forward_call_indicators forwardCallInd,
+ Calling_partys_category callingPartyCat,
+ Transmission_medium_requirement transmissionMediumReq,
+ Pointer var_part_ptr,
+ Pointer opt_part_ptr,
+ Called_party_number calledPartyNum,
+ IAM_optional_part iamOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (var_part_ptr) "POINTERTO (calledPartyNum)";
+ variant (opt_part_ptr) "POINTERTO (iamOptionals)";
+ };
+
+
+//************************************************************************
+// IAM_PTSO - Initial Address Message
+// Ericsson Specification Reference: Chapter 2.2.2.28
+// Standard Reference ISUP : Chapter 4, Table 32
+//************************************************************************
+/*
+ type record PAR_GD
+ {
+ OCT1 parameter_type,
+ OCT1 lengthf,
+ Generic_digits parameter_contents
+ } with { variant "" };
+
+
+ type record PAR_OISCP
+ {
+ OCT1 parameter_type,
+ OCT1 lengthf,
+ Origination_ISC_point_code parameter_contents
+ } with { variant "" };
+
+
+ type record PAR_AT
+ {
+ OCT1 parameter_type,
+ OCT1 lengthf,
+ Access_transport parameter_contents
+ } with { variant "" };
+
+
+ type record PAR_CPN
+ {
+ OCT1 parameter_type,
+ OCT1 lengthf,
+ Called_party_number parameter_contents
+ } with { variant "" };
+
+
+ type record PAR_CGPN
+ {
+ OCT1 parameter_type,
+ OCT1 lengthf,
+ Called_party_number parameter_contents
+ } with { variant "" };
+
+
+
+ type set IAM_PTSO_optional_part
+ {
+ PAR_CGPN callingPartyNum,
+ PAR_AT accessTransport,
+ PAR_GD genericDigits,
+ PAR_OISCP origISCPointCode
+ } with { variant "" };
+
+
+type record IAM_PTSO_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Nature_of_connection_indicators natureOfConnInd,
+ Forward_call_indicators forwardCallInd,
+ Calling_partys_category callingPartyCat,
+ Transmission_medium_requirement transmissionMediumReq,
+ Pointer var_part_ptr,
+ Pointer opt_part_ptr,
+ INT1 calledPartyNum_length,
+ PAR_CPN calledPartyNum,
+ IAM_PTSO_optional_part iamOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (var_part_ptr) "POINTERTO (calledPartyNum_length)";
+ variant (opt_part_ptr) "POINTERTO (iamOptionals)";
+ variant (calledPartyNum_length) "LENGTHTO (calledPartyNum)";
+ };
+
+*/
+
+
+//************************************************************************
+// LPA - Loop Back Acknowledgement
+// Standard Reference ISUP : Chapter 4, Table 39
+//************************************************************************
+ type record LPA_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType
+ } with { variant "" };
+
+
+//************************************************************************
+// LOP - Loop Prevention
+// Ericsson Specification Reference: Chapter 2.2.2.29
+// Standard Reference ISUP : Chapter 4, Table 50
+//************************************************************************
+ type set LOP_optional_part
+ {
+ Message_compatibility_information messageCompatibilityInfo optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+ Call_transfer_reference callTransferReference optional,
+ Loop_prevention_indicators loopPreventionInd optional
+ } with { variant "" };
+
+
+ type record LOP_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ LOP_optional_part lopOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (lopOptionals)";
+ };
+
+
+//************************************************************************
+// NRM - Network Resource Management
+// Standard Reference ISUP : Chapter 4, Table 46
+//************************************************************************
+ type set NRM_optional_part
+ {
+ Message_compatibility_information messageCompatibilityInfo optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+ Echo_control_information echoControlInfo optional
+ } with { variant "" };
+
+
+ type record NRM_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ NRM_optional_part nrmOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (nrmOptionals)";
+ };
+
+
+//************************************************************************
+// OLM - Overload
+// Standard Reference ISUP : Chapter 4, Table 39
+//************************************************************************
+ type record OLM_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType
+ } with { variant "" };
+
+
+
+//************************************************************************
+// OPQ - Operator Queue FS: 2.2.2.32 / 61/15517-CRT 212 31 Uen Rev. A
+//************************************************************************
+/*
+ type set OPQ_optional_part
+ {
+ Message_compatibility_information messageCompatibilityInfo optional
+ } with { variant "" };
+
+ type record OPQ_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ OPQ_optional_part opqOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (opqOptionals)" };
+
+*/
+
+
+//************************************************************************
+// OPR - Operator
+// Ericsson Specification Reference: Chapter 2.2.2.30
+//************************************************************************
+ type set OPR_optional_part
+ {
+ Message_compatibility_information messageCompatibilityInfo optional
+ } with { variant "" };
+
+
+ type record OPR_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ OPR_optional_part oprOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (oprOptionals)";
+ };
+
+
+//************************************************************************
+// PAM - Pass-along
+// Standard Reference ISUP : Chapter 4, Table 43
+//************************************************************************
+ type record PAM_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ OCTN contents optional
+ } with { variant (opt_part_ptr) "POINTERTO (contents)";
+ };
+
+
+//************************************************************************
+// PRI - Pre-release Information
+// Standard Reference ISUP : Chapter 4, Table 52
+//************************************************************************
+ type set PRI_optional_part
+ {
+ Message_compatibility_information messageCompatibilityInfo optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+ Optional_forward_call_indicators optForwardCallInd optional,
+ Optional_backward_call_indicators optBackwardCallInd optional,
+ Application_transport_parameter_set ATPP optional
+ } with { variant (ATPP)"REPEATABLE(yes)";};
+
+
+ type record PRI_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ PRI_optional_part priOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (priOptionals)";
+ };
+
+
+//************************************************************************
+// REL - Release
+// Ericsson Specification Reference: Chapter 2.2.2.31
+// Standard Reference ISUP : Chapter 4, Table 33
+//************************************************************************
+ type set REL_optional_part
+ {
+ Access_transport accessTransport optional,
+ User_to_user_indicators userToUserInd optional,
+ User_to_user_information_OPT userToUserInfo optional,
+ Automatic_congestion_level autCongLevel optional,
+ Network_specific_facility networkFacility optional,
+ Access_delivery_information accessDeliveryInfo optional,
+ Redirection_number redirectionNum optional,
+ Redirection_information redirectionInfo optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+
+ Signalling_point_code sigPointCode optional,
+ Display_information displayInfo optional,
+ Remote_operations remoteOperations optional,
+ HTR_information HTRInfo optional,
+ Redirect_counter RedirCount optional,
+ Redirection_number_restriction redirectionNumRest optional,
+ Redirect_backward_information RedirBI optional
+ } with { variant "" };
+
+ type record REL_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer var_part_ptr,
+ Pointer opt_part_ptr,
+ Cause_indicators causeInd,
+ REL_optional_part relOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (var_part_ptr) "POINTERTO (causeInd)";
+ variant (opt_part_ptr) "POINTERTO (relOptionals)";
+ };
+
+
+//************************************************************************
+// RLC - Release Complete
+// Ericsson Specification Reference: Chapter 2.2.2.32
+// Standard Reference ISUP : Chapter 4, Table 34
+//************************************************************************
+ type set RLC_optional_part
+ {
+ Cause_indicators_OPT causeInd optional
+ } with { variant "" };
+
+
+ type record RLC_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ RLC_optional_part rlcOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (rlcOptionals)";
+ };
+
+
+//************************************************************************
+// RSC - Reset Circuit
+// Ericsson Specification Reference: Chapter 2.2.2.33
+// Standard Reference ISUP : Chapter 4, Table 39
+//************************************************************************
+ type record RSC_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType
+ } with { variant "" };
+
+
+//************************************************************************
+// RES - Resume
+// Ericsson Specification Reference: Chapter 2.2.2.34
+// Standard Reference ISUP : Chapter 4, Table 38
+//************************************************************************
+ type set RES_optional_part
+ {
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+
+ Call_reference callReference optional
+ } with { variant "" };
+
+
+ type record RES_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Suspend_resume_indicators SUSRESInd,
+ Pointer opt_part_ptr,
+ RES_optional_part resOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (resOptionals)";
+ };
+
+
+//************************************************************************
+// SGM - Segmentation
+// Ericsson Specification Reference: Chapter 2.2.2.35
+// Standard Reference ISUP : Chapter 4, Table 49
+//************************************************************************
+ type set SGM_optional_part
+ {
+ Access_transport accessTransport optional,
+ User_to_user_information_OPT userToUserInfo optional,
+ Message_compatibility_information messageCompatibilityInfo optional,
+ Generic_digits_set genericDigits optional,
+ Generic_notification_indicator_set genericNotificationInd optional,
+ Generic_number_set genericNum optional,
+ Calling_name_identity cgNameId optional
+ } with { variant (genericNotificationInd,genericNum,genericDigits)
+ "REPEATABLE(yes)";};
+
+
+ type record SGM_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ SGM_optional_part sgmOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (sgmOptionals)";
+ };
+
+
+//************************************************************************
+// SCB - Special Clear Back
+// Ericsson Specification Reference: Chapter 2.2.2.36
+//************************************************************************
+ type set SCB_optional_part
+ {
+ Message_compatibility_information messageCompatibilityInfo optional
+ } with { variant "" };
+
+
+ type record SCB_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ SCB_optional_part scbOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (scbOptionals)";
+ };
+
+
+//************************************************************************
+// SAM - Subsequent Address
+// Ericsson Specification Reference: Chapter 2.2.2.37
+// Standard Reference ISUP : Chapter 4, Table 35
+//************************************************************************
+ type record SAM_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer var_part_ptr,
+ Pointer opt_part_ptr,
+ Subsequent_number subsequentNum,
+ End_of_optional_parameters_indicator endOfOp
+ } with { variant (var_part_ptr) "POINTERTO (subsequentNum)";
+ variant (opt_part_ptr) "POINTERTO (endOfOp)";
+ };
+
+
+//************************************************************************
+// SDM - Subsequent Directory Number
+// Standard Reference ISUP : Chapter 4, Table 53
+//************************************************************************
+ type set SDM_optional_part
+ {
+ Subsequent_number_OPT subsequentNum optional,
+ Message_compatibility_information messageCompatibilityInfo optional
+ } with { variant "" };
+
+
+ type record SDM_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ SDM_optional_part sdmOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (sdmOptionals)";
+ };
+
+
+//************************************************************************
+// SUS - Suspend
+// Ericsson Specification Reference: Chapter 2.2.2.38
+// Standard Reference ISUP : Chapter 4, Table 38
+//************************************************************************
+ type set SUS_optional_part
+ {
+ Parameter_compatibility_information paramCompatibilityInfo optional,
+
+ Call_reference callReference optional
+ } with { variant "" };
+
+
+ type record SUS_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Suspend_resume_indicators SUSRESInd,
+ Pointer opt_part_ptr,
+ SUS_optional_part susOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (susOptionals)";
+ };
+
+
+//************************************************************************
+// UBL - Unblocking
+// Ericsson Specification Reference: Chapter 2.2.2.39
+// Standard Reference ISUP : Chapter 4, Table 39
+//************************************************************************
+ type record UBL_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType
+ } with { variant "" };
+
+
+//************************************************************************
+// UBA - Unblocking Acknowledgement
+// Ericsson Specification Reference: Chapter 2.2.2.40
+// Standard Reference ISUP : Chapter 4, Table 39
+//************************************************************************
+ type record UBA_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType
+ } with { variant "" };
+
+
+//***************************************************************************
+// UCIC - Unequipped Circuit Identification Code
+// Ericsson Specification Reference: Chapter 2.2.2.41
+// Standard Reference ISUP : Chapter 4, Table 39
+//***************************************************************************
+ type record UCIC_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType
+ } with { variant "" };
+
+
+//************************************************************************
+// UPA - User Part Available
+// Ericsson Specification Reference: Chapter 2.2.2.42
+// Standard Reference ISUP : Chapter 4, Table 44
+//************************************************************************
+ type set UPA_optional_part
+ {
+ Parameter_compatibility_information paramCompatibilityInfo optional
+ } with { variant ""};
+
+
+ type record UPA_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ UPA_optional_part upaOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (upaOptionals)";
+ };
+
+
+//************************************************************************
+// UPT - User Part Test
+// Ericsson Specification Reference: Chapter 2.2.2.43
+// Standard Reference ISUP : Chapter 4, Table 44
+//************************************************************************
+ type set UPT_optional_part
+ {
+ Parameter_compatibility_information paramCompatibilityInfo optional
+ } with { variant "" };
+
+
+ type record UPT_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer opt_part_ptr,
+ UPT_optional_part uptOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (opt_part_ptr) "POINTERTO (uptOptionals)";
+ };
+
+
+//************************************************************************
+// USR - User-to-user Information
+// Ericsson Specification Reference: Chapter 2.2.2.44
+// Standard Reference ISUP : Chapter 4, Table 36
+//************************************************************************
+ type set USR_optional_part
+ {
+ Access_transport accessTransport optional,
+ Parameter_compatibility_information paramCompatibilityInfo optional
+ } with { variant "" };
+
+
+ type record USR_parameters
+ {
+ Circuit_identification_code cic optional,
+ ISUP_Message_type messageType,
+ Pointer var_part_ptr,
+ Pointer opt_part_ptr,
+ User_to_user_information userToUserInfo,
+ USR_optional_part usrOptionals optional,
+ End_of_optional_parameters_indicator endOfOp optional
+ } with { variant (var_part_ptr) "POINTERTO (userToUserInfo)";
+ variant (opt_part_ptr) "POINTERTO (usrOptionals)";
+ };
+
+
+//************************************************************************
+//************************************************************************
+//************************************************************************
+//************************************************************************
+//************************************************************************
+
+//************************************************************************
+// Top level PDU
+//************************************************************************
+ type union PDU_ISUP
+ {
+ ACM_parameters ISUP_ACM, //Address complete
+ ANM_parameters ISUP_ANM, //Answer
+ APM_parameters ISUP_APM, //Application transport
+ BLO_parameters ISUP_BLO, //Blocking
+ BLA_parameters ISUP_BLA, //Blocking acknowledgement
+ CPG_parameters ISUP_CPG, //Call progress
+ CGB_parameters ISUP_CGB, //Circuit group BLOcking
+ CGBA_parameters ISUP_CGBA, //Circuit group BLOcking acknowledgement
+ CQM_parameters ISUP_CQM, //Circuit group query
+ CQR_parameters ISUP_CQR, //Circuit group query RESponse
+ GRS_parameters ISUP_GRS, //Circuit group RESet
+ GRA_parameters ISUP_GRA, //Circuit group RESet acknowledge
+ CGU_parameters ISUP_CGU, //Circuit group unblocking
+ CGUA_parameters ISUP_CGUA, //Circuit group unblocking acknowledgement
+ CRG_parameters ISUP_CRG, //Charge INFormation
+ CFN_parameters ISUP_CFN, //Confusion
+ CON_parameters ISUP_CON, //Connect
+ COT_parameters ISUP_COT, //Continuity
+ CCR_parameters ISUP_CCR, //Continuity check request
+ FAC_parameters ISUP_FAC, //Facility
+ FAA_parameters ISUP_FAA, //Facility accepted
+ FRJ_parameters ISUP_FRJ, //Facility reject
+ FAR_parameters ISUP_FAR, //Facility request
+ FOT_parameters ISUP_FOT, //Forward transfer
+ IDR_parameters ISUP_IDR, //Identification request
+ IRS_parameters ISUP_IRS, //Identification RESponse
+ INF_parameters ISUP_INF, //Information
+ INR_parameters ISUP_INR, //Information request
+ IAM_parameters ISUP_IAM, //Initial address
+// IAM_PTSO_parameters ISUP_IAM_PTSO, //Modified Initial address
+ LPA_parameters ISUP_LPA, //Loop back acknowlwdgement
+ LOP_parameters ISUP_LOP, //Loop prevention
+ NRM_parameters ISUP_NRM, //Network RESource management
+ OLM_parameters ISUP_OLM, //Overload
+// OPQ_parameters ISUP_OPQ, //Operator Queue
+ OPR_parameters ISUP_OPR, //Operator
+ PAM_parameters ISUP_PAM, //Pass-along
+ PRI_parameters ISUP_PRI, //Pre-release INFormation
+ REL_parameters ISUP_REL, //Release
+ RLC_parameters ISUP_RLC, //Release complete
+ RSC_parameters ISUP_RSC, //Reset circuit
+ RES_parameters ISUP_RES, //Resume
+ SGM_parameters ISUP_SGM, //Segmentation
+ SAM_parameters ISUP_SAM, //Subsequent
+ SCB_parameters ISUP_SCB, //Special Clear Back
+ SDM_parameters ISUP_SDM, //Subsequent Directory Number
+ SUS_parameters ISUP_SUS, //Suspend
+ UBL_parameters ISUP_UBL, //Unblocking
+ UBA_parameters ISUP_UBA, //Unblocking acknowledge
+ UCIC_parameters ISUP_UCIC, //Unequipped cic
+ UPA_parameters ISUP_UPA, //User part available
+ UPT_parameters ISUP_UPT, //User part test
+ USR_parameters ISUP_USR //User-to-user INFormation
+ } with { variant "TAG(
+ ISUP_ACM, messageType = '00000110'B;
+ ISUP_ANM, messageType = '00001001'B;
+ ISUP_APM, messageType = '01000001'B;
+ ISUP_BLO, messageType = '00010011'B;
+ ISUP_BLA, messageType = '00010101'B;
+ ISUP_CPG, messageType = '00101100'B;
+ ISUP_CGB, messageType = '00011000'B;
+ ISUP_CGBA, messageType = '00011010'B;
+ ISUP_CQM, messageType = '00101010'B;
+ ISUP_CQR, messageType = '00101011'B;
+ ISUP_GRS, messageType = '00010111'B;
+ ISUP_GRA, messageType = '00101001'B;
+ ISUP_CGU, messageType = '00011001'B;
+ ISUP_CGUA, messageType = '00011011'B;
+ ISUP_CRG, messageType = '00110001'B;
+ ISUP_CFN, messageType = '00101111'B;
+ ISUP_CON, messageType = '00000111'B;
+ ISUP_COT, messageType = '00000101'B;
+ ISUP_CCR, messageType = '00010001'B;
+ ISUP_FAC, messageType = '00110011'B;
+ ISUP_FAA, messageType = '00100000'B;
+ ISUP_FRJ, messageType = '00100001'B;
+ ISUP_FAR, messageType = '00011111'B;
+ ISUP_FOT, messageType = '00001000'B;
+ ISUP_IDR, messageType = '00110110'B;
+ ISUP_IRS, messageType = '00110111'B;
+ ISUP_INF, messageType = '00000100'B;
+ ISUP_INR, messageType = '00000011'B;
+ ISUP_IAM, messageType = '00000001'B;
+// ISUP_IAM_PTSO, messageType = '00000001'B;
+ ISUP_LPA, messageType = '00100100'B;
+ ISUP_LOP, messageType = '01000000'B;
+ ISUP_NRM, messageType = '00110010'B;
+ ISUP_OLM, messageType = '00110000'B;
+// ISUP_OPQ, messageType = '11111110'B;
+ ISUP_OPR, messageType = '11111111'B;
+ ISUP_PAM, messageType = '00101000'B;
+ ISUP_PRI, messageType = '01000010'B;
+ ISUP_REL, messageType = '00001100'B;
+ ISUP_RLC, messageType = '00010000'B;
+ ISUP_RSC, messageType = '00010010'B;
+ ISUP_RES, messageType = '00001110'B;
+ ISUP_SGM, messageType = '00111000'B;
+ ISUP_SAM, messageType = '00000010'B;
+ ISUP_SCB, messageType = '11111001'B;
+ ISUP_SDM, messageType = '01000011'B;
+ ISUP_SUS, messageType = '00001101'B;
+ ISUP_UBL, messageType = '00010100'B;
+ ISUP_UBA, messageType = '00010110'B;
+ ISUP_UCIC, messageType = '00101110'B;
+ ISUP_UPA, messageType = '00110101'B;
+ ISUP_UPT, messageType = '00110100'B;
+ ISUP_USR, messageType = '00101101'B)"
+ };
+
+
+//************************************************************************
+//************************************************************************
+//************************************************************************
+//************************************************************************
+//************************************************************************
+}with{ encode "RAW"}//end module
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--- /dev/null
+++ b/NS_v7.3.0_CNL113578_LATEST/src/NS_Types.ttcn
@@ -0,0 +1,465 @@
+///////////////////////////////////////////////////////////////////////////////
+// //
+// Copyright Test Competence Center (TCC) ETH 2008 //
+// //
+// The copyright to the computer program(s) herein is the property of TCC. //
+// The program(s) may be used and/or copied only with the written permission //
+// of TCC or in accordance with the terms and conditions stipulated in the //
+// agreement/contract under which the program(s) has been supplied. //
+// //
+///////////////////////////////////////////////////////////////////////////////
+//
+// File: NS_Types.ttcn
+// Rev: R1A01
+// Prodnr: CNL 113 578
+// Updated: 2008-01-22
+// Contact: http://ttcn.ericsson.se
+// Reference: 3GPP TS 48.016 7.3.0
+
+module NS_Types
+{ // beginning of module
+
+// This module contains the Base Station System (BSS) Serving GPRS Support
+// Node (SGSN) interface Network Sevice protocol
+// 48.016 v7.3.0 with attributes for RAW encoding/decoding.
+//
+
+// History:
+// ********
+
+import from General_Types all;
+
+external function enc_PDU_NS(in PDU_NS pdu) return octetstring
+with { extension "prototype(convert)"
+ extension "encode(RAW)"
+ }
+
+external function dec_PDU_NS(in octetstring stream) return PDU_NS
+with { extension "prototype(convert)"
+ extension "decode(RAW)"
+ }
+
+type record CauseNS
+{
+OCT1 iEI,
+BIT1 ext,
+LIN1_2 lengthIndicator,
+OCT1 cause
+} with {
+ variant (lengthIndicator) "LENGTHTO (cause)";
+ variant (lengthIndicator) "CROSSTAG( length1, ext = '1'B;
+ length2, ext = '0'B;)";
+ variant (ext,lengthIndicator) "FIELDORDER(msb)";
+ }
+
+type record NS_VCI
+{
+OCT1 iEI,
+BIT1 ext,
+LIN1_2 lengthIndicator,
+OCT2 nS_VCI
+} with {
+ variant (lengthIndicator) "LENGTHTO (nS_VCI)";
+ variant (lengthIndicator) "CROSSTAG( length1, ext = '1'B;
+ length2, ext = '0'B;)";
+ variant (ext,lengthIndicator) "FIELDORDER(msb)";
+ }
+
+type record NS_PDU
+{
+OCT1 iEI,
+BIT1 ext,
+LIN1_2 lengthIndicator,
+octetstring ns_PDU
+} with {
+ variant (lengthIndicator) "LENGTHTO (ns_PDU)";
+ variant (lengthIndicator) "CROSSTAG( length1, ext = '1'B;
+ length2, ext = '0'B;)";
+ variant (ext,lengthIndicator) "FIELDORDER(msb)";
+ }
+
+type record BVCI_NS
+{
+OCT1 iEI,
+BIT1 ext,
+LIN1_2 lengthIndicator,
+OCT2 bVCI
+} with {
+ variant (lengthIndicator) "LENGTHTO (bVCI)";
+ variant (lengthIndicator) "CROSSTAG( length1, ext = '1'B;
+ length2, ext = '0'B;)";
+ variant (ext,lengthIndicator) "FIELDORDER(msb)";
+ }
+
+type record ListofIP4Elements
+{
+OCT1 iEI,
+BIT1 ext,
+LIN1_2 lengthIndicator,
+IP4_Elements iP4_Elements
+} with {
+ variant (lengthIndicator) "LENGTHTO (iP4_Elements)";
+ variant (lengthIndicator) "CROSSTAG( length1, ext = '1'B;
+ length2, ext = '0'B;)";
+ variant (ext,lengthIndicator) "FIELDORDER(msb)";
+ }
+
+type record IP4_Element
+{
+OCT4 ipAddress,
+OCT2 uDP_Port,
+OCT1 signallingWeight,
+OCT1 dataWeight
+}
+
+type record of IP4_Element IP4_Elements;
+
+type record ListofIP6Elements
+{
+OCT1 iEI,
+BIT1 ext,
+LIN1_2 lengthIndicator,
+IP6_Elements iP6_Elements
+} with {
+ variant (lengthIndicator) "LENGTHTO (iP6_Elements)";
+ variant (lengthIndicator) "CROSSTAG( length1, ext = '1'B;
+ length2, ext = '0'B;)";
+ variant (ext,lengthIndicator) "FIELDORDER(msb)";
+ }
+
+type record IP6_Element
+{
+OCT16 ipAddress,
+OCT2 uDP_Port,
+OCT1 signallingWeight,
+OCT1 dataWeight
+}
+
+type record of IP6_Element IP6_Elements;
+
+type record IP_Address_NS
+{
+OCT1 iEI,
+OCT1 addressType,
+IPAddress ipAddress
+}with {
+ variant (ipAddress) "CROSSTAG
+ (
+ ip4Address, addressType = '01'O;
+ ip6Address, addressType = '02'O;
+ )"
+};
+
+type union IPAddress
+{
+OCT4 ip4Address,
+OCT16 ip6Address
+}
+
+type record EndFlag
+{
+BIT1 eBIT,
+BIT7 spare
+}
+
+type record ResetFlag
+{
+OCT1 iEI,
+BIT1 resetBIT,
+BIT7 spare
+}
+
+type record MaxNumberOfNSVCs
+{
+OCT1 iEI,
+OCT2 maxNumberOfNSVCs
+}
+
+type record NumberOfIP_Endpoints
+{
+OCT1 iEI,
+OCT2 numberOfIP_Endpoints
+}
+
+
+type record NSEI_NS
+{
+OCT1 iEI,
+BIT1 ext,
+LIN1_2 lengthIndicator,
+OCT2 nSEI
+} with {
+ variant (lengthIndicator) "LENGTHTO (nSEI)";
+ variant (lengthIndicator) "CROSSTAG( length1, ext = '1'B;
+ length2, ext = '0'B;)";
+ variant (ext,lengthIndicator) "FIELDORDER(msb)";
+ }
+
+type record NS_SDU_ControlBits
+{
+BIT1 rBit,
+BIT1 cBit,
+BIT6 spare
+}
+
+//same type def as LIN2_2a in BSSGP but named differently
+type union LIN1_2
+{
+integer length1,
+integer length2
+} with {
+ variant (length1) "FIELDLENGTH(7)";
+ variant (length2) "FIELDLENGTH(15)";
+ variant (length2) "BYTEORDER(last)";
+ variant (length1,length2) "FIELDORDER(msb)"
+ }
+
+
+// PDUs ************************************************************
+
+
+type record PDU_NS_Alive
+{
+OCT1 nsPduType
+}
+
+type record PDU_NS_Alive_Ack
+{
+OCT1 nsPduType
+}
+
+type record PDU_NS_Block
+{
+OCT1 nsPduType,
+CauseNS causeNS, //TLV
+NS_VCI nS_VCI //TLV
+}
+
+type record PDU_NS_Block_Ack
+{
+OCT1 nsPduType,
+NS_VCI nS_VCI //TLV
+}
+
+type record PDU_NS_Reset
+{
+OCT1 nsPduType,
+CauseNS causeNS, //TLV
+NS_VCI nS_VCI, //TLV
+NSEI_NS nSEI_NS //TLV
+}
+
+type record PDU_NS_Reset_Ack
+{
+OCT1 nsPduType,
+NS_VCI nS_VCI, //TLV
+NSEI_NS nSEI_NS //TLV
+}
+
+type record PDU_NS_Status
+{
+OCT1 nsPduType,
+CauseNS causeNS, //TLV
+NS_VCI nS_VCI optional, //TLV
+NS_PDU nS_PDU optional, //TLV
+BVCI_NS bVCI_NS optional, //TLV
+ListofIP4Elements listofIP4Elements optional, //TLV
+ListofIP6Elements listofIP6Elements optional //TLV
+} with {
+ variant "TAG (
+ nS_VCI, iEI = '01'O;
+ nS_PDU, iEI = '02'O;
+ bVCI_NS, iEI = '03'O;
+ listofIP4Elements, iEI = '05'O;
+ listofIP6Elements, iEI = '06'O
+ )"
+}
+
+type record PDU_NS_Unblock
+{
+OCT1 nsPduType
+}
+
+type record PDU_NS_Unblock_Ack
+{
+OCT1 nsPduType
+}
+
+type record PDU_NS_Unitdata
+{
+OCT1 nsPduType,
+NS_SDU_ControlBits nS_SDU_ControlBits, //V
+OCT2 bVCI, //V
+octetstring nS_SDU //V
+// decoder interprets all octets after the
+// first 4 octets as NS SDU
+}
+
+type record PDU_SNS_Ack
+{
+OCT1 nsPduType,
+NSEI_NS nSEI_NS, //TLV
+integer transactionID, //V
+CauseNS causeNS optional, //TLV
+IP_Address_NS iP_Address_NS optional, //TV
+ListofIP4Elements listofIP4Elements optional, //TLV
+ListofIP6Elements listofIP6Elements optional //TLV
+} with {
+ variant (transactionID) "FIELDLENGTH(8)";
+ variant "TAG (
+ causeNS, iEI = '00'O;
+ iP_Address_NS, iEI = '0B'O;
+ listofIP4Elements, iEI = '05'O;
+ listofIP6Elements, iEI = '06'O
+ )"
+}
+
+type record PDU_SNS_Add
+{
+OCT1 nsPduType,
+NSEI_NS nSEI_NS, //TLV
+integer transactionID, //V
+ListofIP4Elements listofIP4Elements optional, //TLV
+ListofIP6Elements listofIP6Elements optional //TLV
+} with {
+ variant (transactionID) "FIELDLENGTH(8)";
+ variant "TAG (
+ listofIP4Elements, iEI = '05'O;
+ listofIP6Elements, iEI = '06'O
+ )"
+}
+
+type record PDU_SNS_ChangeWeight
+{
+OCT1 nsPduType,
+NSEI_NS nSEI_NS, //TLV
+integer transactionID, //V
+ListofIP4Elements listofIP4Elements optional, //TLV
+ListofIP6Elements listofIP6Elements optional //TLV
+} with {
+ variant (transactionID) "FIELDLENGTH(8)";
+ variant "TAG (
+ listofIP4Elements, iEI = '05'O;
+ listofIP6Elements, iEI = '06'O
+ )"
+}
+
+type record PDU_SNS_Config
+{
+OCT1 nsPduType,
+EndFlag endFlag, //V
+NSEI_NS nSEI_NS, //TLV
+ListofIP4Elements listofIP4Elements optional, //TLV
+ListofIP6Elements listofIP6Elements optional //TLV
+} with {
+ variant "TAG (
+ listofIP4Elements, iEI = '05'O;
+ listofIP6Elements, iEI = '06'O
+ )"
+}
+
+
+
+type record PDU_SNS_Config_Ack
+{
+OCT1 nsPduType,
+NSEI_NS nSEI_NS, //TLV
+CauseNS causeNS optional //TLV
+} with {
+ variant "TAG (causeNS, iEI = '00'O;)"
+}
+
+
+
+type record PDU_SNS_Delete
+{
+OCT1 nsPduType,
+NSEI_NS nSEI_NS, //TLV
+integer transactionID, //V
+IP_Address_NS iP_Address_NS optional, //TV
+ListofIP4Elements listofIP4Elements optional, //TLV
+ListofIP6Elements listofIP6Elements optional //TLV
+} with {
+ variant (transactionID) "FIELDLENGTH(8)";
+ variant "TAG (
+ iP_Address_NS, iEI = '0B'O;
+ listofIP4Elements, iEI = '05'O;
+ listofIP6Elements, iEI = '06'O
+ )"
+}
+
+type record PDU_SNS_Size
+{
+OCT1 nsPduType,
+NSEI_NS nSEI_NS, //TLV
+ResetFlag resetFlag, //TV
+MaxNumberOfNSVCs maxNumberOfNSVCs, //TV
+NumberOfIP_Endpoints numberOfIP4_Endpoints optional, //TV
+NumberOfIP_Endpoints numberOfIP6_Endpoints optional //TV
+} with {
+ variant "TAG (
+ numberOfIP4_Endpoints, iEI = '08'O;
+ numberOfIP6_Endpoints, iEI = '09'O;
+ )"
+}
+
+
+type record PDU_SNS_Size_Ack
+{
+OCT1 nsPduType,
+NSEI_NS nSEI_NS,
+CauseNS causeNS optional //TLV
+} with {
+ variant "TAG (causeNS, iEI = '00'O;)"
+}
+
+
+
+type union PDU_NS
+{
+
+PDU_NS_Alive pDU_NS_Alive,
+PDU_NS_Alive_Ack pDU_NS_Alive_Ack,
+PDU_NS_Block pDU_NS_Block,
+PDU_NS_Block_Ack pDU_NS_Block_Ack,
+PDU_NS_Reset pDU_NS_Reset,
+PDU_NS_Reset_Ack pDU_NS_Reset_Ack,
+PDU_NS_Status pDU_NS_Status,
+PDU_NS_Unblock pDU_NS_Unblock,
+PDU_NS_Unblock_Ack pDU_NS_Unblock_Ack,
+PDU_NS_Unitdata pDU_NS_Unitdata,
+PDU_SNS_Ack pDU_SNS_Ack,
+PDU_SNS_Add pDU_SNS_Add,
+PDU_SNS_ChangeWeight pDU_SNS_ChangeWeight,
+PDU_SNS_Config pDU_SNS_Config,
+PDU_SNS_Config_Ack pDU_SNS_Config_Ack,
+PDU_SNS_Delete pDU_SNS_Delete,
+PDU_SNS_Size pDU_SNS_Size,
+PDU_SNS_Size_Ack pDU_SNS_Size_Ack
+
+} with { variant "TAG (
+
+ pDU_NS_Alive, nsPduType ='0A'O;
+ pDU_NS_Alive_Ack, nsPduType ='0B'O;
+ pDU_NS_Block, nsPduType ='04'O;
+ pDU_NS_Block_Ack, nsPduType ='05'O;
+ pDU_NS_Reset, nsPduType ='02'O;
+ pDU_NS_Reset_Ack, nsPduType ='03'O;
+ pDU_NS_Status, nsPduType ='08'O;
+ pDU_NS_Unblock, nsPduType ='06'O;
+ pDU_NS_Unblock_Ack, nsPduType ='07'O;
+ pDU_NS_Unitdata, nsPduType ='00'O;
+ pDU_SNS_Ack, nsPduType ='0C'O;
+ pDU_SNS_Add, nsPduType ='0D'O;
+ pDU_SNS_ChangeWeight, nsPduType ='0E'O;
+ pDU_SNS_Config, nsPduType ='0F'O;
+ pDU_SNS_Config_Ack, nsPduType ='10'O;
+ pDU_SNS_Delete, nsPduType ='11'O;
+ pDU_SNS_Size, nsPduType ='12'O;
+ pDU_SNS_Size_Ack, nsPduType ='13'O
+
+ )"
+}
+
+
+}with{ encode "RAW"} // end of module
diff --git a/ROHC_CNL113426_LATEST/doc/ROHC_CNL113426_FS.pdf b/ROHC_CNL113426_LATEST/doc/ROHC_CNL113426_FS.pdf
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diff --git a/ROHC_CNL113426_LATEST/doc/ROHC_CNL113426_UG.pdf b/ROHC_CNL113426_LATEST/doc/ROHC_CNL113426_UG.pdf
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diff --git a/ROHC_CNL113426_LATEST/src/ROHC_EncDec.cc b/ROHC_CNL113426_LATEST/src/ROHC_EncDec.cc
new file mode 100644
index 000000000..4023e1b8f
--- /dev/null
+++ b/ROHC_CNL113426_LATEST/src/ROHC_EncDec.cc
@@ -0,0 +1,6767 @@
+///////////////////////////////////////////////////////////////////////////////
+// //
+// Copyright Test Competence Center (TCC) ETH 2003 //
+// //
+// The copyright to the computer program(s) herein is the property of TCC. //
+// The program(s) may be used and/or copied only with the written permission //
+// of TCC or in accordance with the terms and conditions stipulated in the //
+// agreement/contract under which the program(s) has been supplied. //
+// //
+///////////////////////////////////////////////////////////////////////////////
+//
+// File: ROHC_EncDec.cc
+// Description: ROHC
+// Rev: R3A01
+// Prodnr: CNL 113 426
+// Updated: 2007-02-07
+// Contact: http://ttcn.ericsson.se
+//
+
+/* Based on RFC 3095, July 2001 */
+
+#include "IP_Types.hh"
+#include "UDP_Types.hh"
+#include "RTP_Types.hh"
+#include "ROHC_Types.hh"
+
+/* ============ Constants ============ */
+
+/* Encoding and decoding is performed using static buffers */
+#define MAX_PACKET_SIZE 1500
+#define HEXDUMP_BUFFER_SIZE 1500
+
+/* ROHC mode constants */
+#define ROHC_mode_C 0
+#define ROHC_mode_U 1
+#define ROHC_mode_O 2
+#define ROHC_mode_R 3
+
+/* Inner and outer IP level numbers */
+#define Inner_IP 1
+#define Outer_IP 0
+
+/* ============ Utilities ============ */
+
+#define isIR(val) (((val) & 0xFE) == 0xFC)
+#define isIRDYN(val) ((val) == 0xF8)
+#define isUOR2(val) (((val) & 0xE0) == 0xC0)
+
+/* Shifts the passed bit value from the position 0 to position N. */
+#define ShiftUpBit(val, position) ((val) << (position)) & (0x01 << (position))
+
+/* Shifts the passed bit value from the position N to position 0. */
+#define ShiftDownBit(val, position) (((val) >> (position)) & 0x01)
+
+/* Logs an event, when the 'value' field in the type 'typename' is not
+ implemented. 'typename' must be provided in '"'s */
+#define Log_not_implemented_union_field(typename, value) \
+TTCN_error("Encoding of the selected union field (%u) in type " \
+ typename " is not implemented", (value));
+
+/* Prints a hexdump of the buffer 'buf' in length 'length'. */
+#define Log_hexdump(buf, length) \
+TTCN_logger.log(TTCN_DEBUG, "Buffer (length = %d):\n%s", \
+ (length), debug_hexdump((buf), debug_buf, (length)));
+
+/* Logs the name of the function on entering */
+#define Log_function_name_on_enter() \
+TTCN_logger.log(TTCN_DEBUG, "Entering %s", __FUNCTION__);
+
+/* Logs the name of the function on leaving */
+#define Log_function_name_on_leave() \
+TTCN_logger.log(TTCN_DEBUG, "Leaving %s", __FUNCTION__);
+
+/* Logs an object */
+#define Log_object(o) \
+TTCN_logger.begin_event(TTCN_DEBUG); \
+(o).log(); \
+TTCN_logger.end_event(); \
+
+//**********************************************************
+// NAMESPACE
+//**********************************************************
+
+namespace ROHC__Types {
+
+using namespace General__Types;
+using namespace IP__Types;
+using namespace UDP__Types;
+using namespace RTP__Types;
+
+/* Umbrella type for parsing an incoming ROHC packet */
+typedef struct
+{
+ ROHC__context & context;
+ int cid;
+ int compressed_ah_data_len[2];
+ bool ipx_gre_cksum_present[2];
+} t_dat;
+
+/* TODO: this is not a thread-safe thing to do. For FT, it does not
+ matter, but the buffer should be allocated dynamically. */
+static char debug_buf[HEXDUMP_BUFFER_SIZE];
+
+static char *
+debug_hexdump(const unsigned char *src_buf, char *dest_buf, unsigned int len)
+{
+ unsigned int offset = 0;
+ char val;
+
+ memset(dest_buf, 0, HEXDUMP_BUFFER_SIZE);
+
+ if (src_buf == NULL || len == 0)
+ return dest_buf;
+
+ for (unsigned int i = 0; i < len; i++)
+ {
+ if ((i % 16) == 0 && i > 0)
+ {
+ dest_buf[offset] = 0x0A; /* newline after each line */
+ offset++;
+ }
+ if ((i % 8) == 0)
+ {
+ dest_buf[offset] = 0x20; /* space after 8 characters */
+ offset++;
+ }
+ val = (src_buf[i] >> 4) & 0x0F; /* First digit */
+ val = (val < 10) ? (val + 48) : (val + 65 - 10);
+ dest_buf[offset] = val;
+ offset++;
+ val = src_buf[i] & 0x0F; /* Second digit */
+ val = (val < 10) ? (val + 48) : (val + 65 - 10);
+ dest_buf[offset] += val;
+ offset++;
+ dest_buf[offset] = 0x20; /* space after the value */
+ offset++;
+ }
+
+ return dest_buf;
+}
+
+/* ============ Consistency check routines ============ */
+void
+Check_field_value(char *text, int urherenow, int wannabe)
+{
+ if (wannabe != urherenow)
+ {
+ TTCN_logger.log(TTCN_WARNING, "Field '%s' must be %u, %u is given",
+ text, wannabe, urherenow);
+ }
+}
+
+void
+Check_field_presence(char *text, bool flag, bool presence)
+{
+ if (flag && !presence)
+ {
+ TTCN_logger.log(TTCN_WARNING, "Field '%s' must be present, when "
+ "its presence flag is set", text);
+ }
+ else if (!flag && presence)
+ {
+ TTCN_logger.log(TTCN_WARNING, "Field '%s' must not be present, when "
+ "its presence flag is unset", text);
+ }
+}
+
+void
+Check_feedback_code__size(const INT3b & code, const OPTIONAL < LIN1 > &size)
+{
+ if (size.ispresent() && code > 0)
+ {
+ TTCN_logger.log(TTCN_WARNING,
+ "Code field must be 0, when size field is specified");
+ }
+}
+
+void
+Check_feedback_optlen__optsize(const INT4b & len,
+ const OPTIONAL < OCTETSTRING > &data)
+{
+ if (data.ispresent() && (data().lengthof() != len))
+ {
+ int flen = len;
+ int fdatalen = data().lengthof();
+ TTCN_logger.log(TTCN_WARNING,
+ "Feedback option length (%u) is different from "
+ "the length of feedback option data (%u)", flen, fdatalen);
+ }
+ else if (!data.ispresent() && len > 0)
+ {
+ int flen = len;
+ TTCN_logger.log(TTCN_WARNING,
+ "No feedback option data, but feedback option length "
+ "is not 0 (%u)", flen);
+ }
+}
+
+void
+Check_ps_bit__xi_format(const BIT1 & psbit,
+ const OPTIONAL < XI__list > &xilist)
+{
+ if (!xilist.ispresent())
+ return;
+ if (xilist().get_selection() == XI__list::ALT_xi__item8 && (*psbit) == 0)
+ {
+ TTCN_logger.log(TTCN_WARNING, "PS bit is 0, 4-bit indices must be used");
+ }
+ else if (xilist().get_selection() == XI__list::ALT_xi__item4 && (*psbit) == 1)
+ {
+ TTCN_logger.log(TTCN_WARNING, "PS bit is 1, 8-bit indices must be used");
+ }
+}
+
+INTEGER
+ComputeCRC(const unsigned char *buf, int length, int crclen)
+{
+ int crcval, poly, shiftmask;
+
+ Log_function_name_on_enter();
+ TTCN_logger.log(TTCN_DEBUG, "Calculating CRC-%d over:", crclen);
+ Log_hexdump(buf, length);
+
+ switch (crclen)
+ {
+ case 3:
+ poly = 0x06;
+ crcval = 0x07;
+ shiftmask = 0x03;
+ break;
+
+ case 7:
+ poly = 0x79;
+ crcval = 0x7F;
+ shiftmask = 0x3F;
+ break;
+
+ case 8:
+ poly = 0xE0;
+ crcval = 0xFF;
+ shiftmask = 0x7F;
+ break;
+
+ case 32:
+ poly = 0xEDB88320;
+ crcval = 0xFFFFFFFF;
+ shiftmask = 0x7FFFFFFF;
+ break;
+
+ default:
+ poly = 0;
+ TTCN_error("Unknown CRC length(%d)\n", crclen);
+ break;
+ }
+
+ if (poly == 0)
+ return 0;
+
+ for (int i = 0; i < length; i++)
+ {
+ for (int j = 0; j < 8; j++)
+ {
+ if ((crcval & 0x01) ^ (ShiftDownBit(buf[i], j)))
+ {
+ crcval = (crcval >> 1) & shiftmask;
+ crcval ^= poly;
+ }
+ else
+ {
+ crcval = (crcval >> 1) & shiftmask;
+ }
+ }
+ }
+
+ /* CRC-32 in ROHC needs to be negated at the end */
+ if (crclen == 32)
+ {
+ crcval ^= 0xffffffff;
+ }
+
+ Log_function_name_on_leave();
+
+ unsigned int ui = (unsigned int)crcval;
+ char sbuf[16];
+ sprintf(sbuf, "%u", ui);
+
+ return INTEGER(sbuf);
+}
+
+/* ============ Encoding functions for base types ============ */
+
+/** Returns the index of the innermost IP level, based on the number of
+ IP levels in the context. */
+int
+getInnermostIPidx(t_dat *dat)
+{
+ // More than 1 levels: the innermost is always the index = 1
+ if (dat->context.ip__ctx().size_of() > 1)
+ return Inner_IP;
+ else
+ // The index is the one and only 0.
+ return Outer_IP;
+}
+
+/* Returns the index of the inner or outer IP level in the context, based on the
+ number of the IP levels in the context. If the return value is negative,
+ it indicates that the outer IP level does not exists. Negative value is
+ never returned, if the ip_level is the Inner IP level. */
+int
+getIPidx(t_dat *dat, int ip_level)
+{
+ if (ip_level == Outer_IP)
+ {
+ if (dat->context.ip__ctx().size_of() > 1)
+ return Outer_IP;
+ else
+ return -1;
+ }
+ else if (ip_level == Inner_IP)
+ return getInnermostIPidx(dat);
+ else
+ return ip_level;
+}
+
+/** Initializes the context of the specified IP level. */
+void
+initIPcontext(t_dat *dat, int ip_level, int ip_version)
+{
+ unsigned char ctemp = 0;
+ IP__context & field = dat->context.ip__ctx()[ip_level];
+
+ Log_function_name_on_enter();
+
+ field.version() = INTEGER(ip_version);
+ if (! field.rnd__bit().is_bound()) field.rnd__bit() = BOOLEAN(ctemp);
+ if (! field.ah__present().is_bound()) field.ah__present() = BOOLEAN(ctemp);
+ if (! field.gre__present().is_bound()) field.gre__present() = BOOLEAN(ctemp);
+ if (! field.esp__present().is_bound()) field.esp__present() = BOOLEAN(ctemp);
+ if (! field.ah__data__len().is_bound())
+ field.ah__data__len() = INTEGER(ctemp);
+ if (! field.gre__cksum__present().is_bound())
+ field.gre__cksum__present() = BOOLEAN(ctemp);
+
+ Log_object(dat->context);
+
+ Log_function_name_on_leave();
+}
+
+/** Initializes the UDP context. */
+void
+initUDPcontext(t_dat *dat)
+{
+ unsigned char ctemp = 1;
+ UDP__context & field = dat->context.udp__ctx();
+
+ if (! field.udp__cksum().is_bound()) field.udp__cksum() = BOOLEAN(ctemp);
+}
+
+/** Initializes the specified CID's context. */
+void
+initCIDcontext(t_dat *dat)
+{
+ unsigned char ctemp = 0;
+ ROHC__context & field = dat->context;
+
+ if (! field.mode().is_bound()) field.mode() = INTEGER(cg__ROHC__mode__U);
+ if (! field.profile().is_bound()) field.profile() = INTEGER(ctemp);
+ if (! field.pkt().is_bound()) field.pkt() = Packet__type(Packet__type::IR);
+ if (! field.ip__ctx().is_bound()) initIPcontext(dat, 0, 4);
+ initUDPcontext(dat);
+}
+
+/** Initializes the umbrella type before the ROHC packet parsing starts. */
+t_dat
+initTDAT(ROHC__config & config, int cid)
+{
+ t_dat dat = { config.context()[cid], cid, {0, 0}, {false, false} };
+
+ // Expect AH auth data and GRE checksum after the compressed header
+ // by default. If the uncompressed form is used, these values will be
+ // set to 0 or false during parsing.
+ dat.compressed_ah_data_len[0] =
+ config.context()[cid].ip__ctx()[0].ah__data__len();
+ dat.ipx_gre_cksum_present[0] =
+ config.context()[cid].ip__ctx()[0].gre__cksum__present();
+ if (config.context()[cid].ip__ctx().size_of() > 1)
+ {
+ dat.compressed_ah_data_len[1] =
+ config.context()[cid].ip__ctx()[1].ah__data__len();
+ dat.ipx_gre_cksum_present[1] =
+ config.context()[cid].ip__ctx()[1].gre__cksum__present();
+ }
+ return dat;
+}
+
+/** Returns, whether there is any compressed IPv4 level,
+ where the RND bit is 0. */
+bool
+isAnyIPv4RNDunset(t_dat *dat)
+{
+ for (int i = 0; i < 2; i++)
+ {
+ int ip_idx = getIPidx(dat, i);
+
+ if (ip_idx >= 0) // IP level exists
+ {
+ if (! dat->context.ip__ctx()[ip_idx].rnd__bit())
+ return true;
+ }
+ }
+ return false;
+}
+
+/* Encodes an OCTETSTING value */
+int
+Set_octetstring(unsigned char *buf, const OCTETSTRING & val)
+{
+ memcpy(&(buf[0]), val, val.lengthof());
+ return val.lengthof();
+}
+
+/* Encodes a LIN2_BO_LAST value */
+int
+Set_LIN2_BO_LAST(unsigned char *buf, const LIN2__BO__LAST & val)
+{
+ buf[0] = (val >> 8) & 0xFF;
+ buf[1] = val & 0xFF;
+ return 2;
+}
+
+/* Encodes a LIN4_BO_LAST value */
+int
+Set_LIN4_BO_LAST(unsigned char *buf, const LIN4__BO__LAST & val)
+{
+ buf[0] = (val >> 24) & 0xFF;
+ buf[1] = (val >> 16) & 0xFF;
+ buf[2] = (val >> 8) & 0xFF;
+ buf[3] = val & 0xFF;
+ return 4;
+}
+
+/* Encodes a LIN1 value */
+int
+Set_LIN1(unsigned char *buf, const LIN1 & val)
+{
+ buf[0] = val & 0xFF;
+ return 1;
+}
+
+/* Returns the length of the SDVL encoded CID value 'val'. If the value
+ is invalid, exits via the ttcn_error(). */
+int
+SDVL_encoded_CID_length(int val)
+{
+ if (val <= 0x7F)
+ return 1;
+ else if (val <= 0x3FFF)
+ return 2;
+ else if (val <= 0x1FFFFF)
+ return 3;
+ else if (val <= 0x1FFFFFFF)
+ return 4;
+ else
+ TTCN_error("Value %u is too big for the SDVL encoder "
+ "(at most 29 bits can be used)", val);
+
+ return 0;
+}
+
+int
+Set_SDVL_field(unsigned char *buf, const INTEGER & val, int encoded_length)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if ((val <= 0x7F && encoded_length == 0) || encoded_length == 1)
+ {
+ buf[len] = val & 0x7F;
+ len += 1;
+ }
+ else if ((val <= 0x3FFF && encoded_length == 0) || encoded_length == 2)
+ {
+ buf[len] = 0x80 | ((val >> 8) & 0x7F);
+ len += 1;
+ buf[len] = val & 0xFF;
+ len += 1;
+ }
+ else if ((val <= 0x1FFFFF && encoded_length == 0) || encoded_length == 3)
+ {
+ buf[len] = 0xC0 | ((val >> 16) & 0x3F);
+ len += 1;
+ buf[len] = (val >> 8) & 0xFF;
+ len += 1;
+ buf[len] = val & 0xFF;
+ len += 1;
+ }
+ else if ((val <= 0x1FFFFFFF && encoded_length == 0) || encoded_length == 4)
+ {
+ buf[len] = 0xE0 | ((val >> 24) & 0x1F);
+ len += 1;
+ buf[len] = (val >> 16) & 0xFF;
+ len += 1;
+ buf[len] = (val >> 8) & 0xFF;
+ len += 1;
+ buf[len] = val & 0xFF;
+ len += 1;
+ }
+ else
+ {
+ int tmp = val;
+ TTCN_error("Value %u (specified length is %u) is too big for the "
+ "SDVL encoder (at most 29 bits can be used)",
+ tmp, encoded_length);
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+/* ============ Encoding wrappers for optional base types ============ */
+
+/* Encodes an optional OCTETSTING value */
+int
+Set_octetstring_opt(unsigned char *buf, const OPTIONAL < OCTETSTRING > &val)
+{
+ if (!val.ispresent())
+ return 0;
+ return Set_octetstring(buf, val());
+}
+
+/* Encodes an optional LIN2_BO_LAST value */
+int
+Set_LIN2_BO_LAST_opt(unsigned char *buf,
+ const OPTIONAL < LIN2__BO__LAST > &val)
+{
+ if (!val.ispresent())
+ return 0;
+ return Set_LIN2_BO_LAST(buf, val());
+}
+
+/* Encodes an optional LIN4_BO_LAST value */
+int
+Set_LIN4_BO_LAST_opt(unsigned char *buf,
+ const OPTIONAL < LIN4__BO__LAST > &val)
+{
+ if (!val.ispresent())
+ return 0;
+ return Set_LIN4_BO_LAST(buf, val());
+}
+
+/* Encodes an optional LIN1 value */
+int
+Set_LIN1_opt(unsigned char *buf, const OPTIONAL < LIN1 > &val)
+{
+ if (!val.ispresent())
+ return 0;
+ return Set_LIN1(buf, val());
+}
+
+int
+Set_SDVL_field_opt(unsigned char *buf,
+ const OPTIONAL < INTEGER > &val, int length)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (!val.ispresent())
+ return 0;
+ len += Set_SDVL_field(buf, val(), length);
+ Log_function_name_on_leave();
+ return len;
+}
+
+/* ============ Encoding functions for common ROHC types ============ */
+
+int
+Set_CID(unsigned char *buf, const INTEGER & cid, BOOLEAN const &large_cid)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (large_cid == false)
+ {
+ if (cid > 0)
+ {
+ buf[len] = 0xE0 + (cid & 0x0F);
+ len += 1;
+ }
+ }
+ else
+ len += Set_SDVL_field(&buf[len], cid, 0);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+/* CSRC and IP extension header item list encoding */
+int
+Set_Item_list_opt(unsigned char *buf, const OPTIONAL < Item__list > &item_list)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (!item_list.ispresent())
+ {
+ Log_function_name_on_leave();
+ return len;
+ }
+
+ /* Item list is an IP extension header list */
+ if (item_list().get_selection() == Item__list::ALT_ip__item__list)
+ {
+ IP__Item__list ip_item_list = item_list().ip__item__list();
+
+ for (int num = 0; num < ip_item_list.size_of(); num++)
+ {
+ int start_pos = len;
+
+ switch (ip_item_list[num].get_selection())
+ {
+ case Item::ALT_ipv6__ext__item:
+ {
+ IPv6__ext__item & item = ip_item_list[num].ipv6__ext__item();
+
+ len += Set_LIN1(&buf[len], item.nexthead());
+ /* Length of the header in 8-octet units, not including
+ the first 8 octets. */
+ if (item.hdr__ext__len() == 0)
+ {
+ if ((item.data().lengthof() + 2) % 8 != 0)
+ {
+ TTCN_error("Invalid length (%u) of the IPv6 extension header",
+ item.data().lengthof());
+ }
+ buf[len] = (item.data().lengthof() + 2) / 8 - 1;
+ len += 1;
+ }
+ else
+ len += Set_LIN1(&buf[len], item.hdr__ext__len());
+ len += Set_octetstring(&buf[len], item.data());
+ break;
+ }
+ case Item::ALT_mine__item:
+ {
+ MINE__item & item = ip_item_list[num].mine__item();
+
+ Check_field_value("MINE protocol", item.protocol(), c__ip__proto__mine);
+ Check_field_value("MINE reserved", *item.reserved(), 0);
+
+ len += Set_LIN1(&buf[len], item.protocol());
+ buf[len] = (*item.s__bit()) << 7;
+ buf[len] += *item.reserved();
+ len += 1;
+ len += Set_LIN2_BO_LAST(&buf[len], item.cksum());
+ len += Set_octetstring(&buf[len], item.dstaddr());
+ len += Set_octetstring_opt(&buf[len], item.srcaddr());
+ break;
+ }
+ case Item::ALT_ah__item:
+ {
+ AH__item & item = ip_item_list[num].ah__item();
+
+ Check_field_value("AH nexthead", item.nexthead(), c__ip__proto__ah);
+ len += Set_LIN1(&buf[len], item.nexthead());
+
+ /* RFC 2402: This 8-bit field specifies the length of AH in
+ 32-bit words (4-byte units), minus "2". */
+ if (item.payload__len() == 0)
+ {
+ if (item.auth__data().ispresent())
+ buf[len] = (item.auth__data()().lengthof() / 4) + 3 - 2;
+ else
+ buf[len] = 1;
+ len += 1;
+ }
+ else
+ len += Set_LIN1(&buf[len], item.payload__len());
+
+ Check_field_value("AH reserved", item.reserved(), 0);
+ len += Set_LIN2_BO_LAST(&buf[len], item.reserved());
+ len += Set_LIN4_BO_LAST(&buf[len], item.spi());
+ len += Set_LIN4_BO_LAST(&buf[len], item.sn());
+ len += Set_octetstring_opt(&buf[len], item.auth__data());
+ break;
+ }
+ case Item::ALT_esp__item:
+ {
+ ESP__item & item = ip_item_list[num].esp__item();
+
+ Check_field_value("ESP nexthead", item.nexthead(), c__ip__proto__esp);
+ len += Set_LIN1(&buf[len], item.nexthead());
+ len += Set_LIN4_BO_LAST(&buf[len], item.spi());
+ len += Set_LIN4_BO_LAST(&buf[len], item.sn());
+ break;
+ }
+ case Item::ALT_gre__item:
+ {
+ GRE__item & item = ip_item_list[num].gre__item();
+
+ Check_field_value("GRE nexthead", item.nexthead(), c__ip__proto__gre2);
+ len += Set_LIN1(&buf[len], item.nexthead());
+ buf[len] = (*item.C__bit()) << 7;
+ Check_field_value("GRE reserved1", (int) *item.reserved__1(), 0);
+ buf[len] += (*item.reserved__1()) << 6;
+ buf[len] += (*item.K__bit()) << 5;
+ buf[len] += (*item.S__bit()) << 4;
+ Check_field_value("GRE reserved2", (int) *item.reserved__2(), 0);
+ buf[len] += (*item.reserved__2()) << 3;
+ buf[len] += *item.version();
+ len += 1;
+ Check_field_presence("checksum", *item.C__bit() == 1,
+ item.cksum().ispresent());
+ Check_field_presence("key", *item.K__bit() == 1,
+ item.key().ispresent());
+ Check_field_presence("sn", *item.S__bit() == 1,
+ item.sn().ispresent());
+ len += Set_LIN2_BO_LAST_opt(&buf[len], item.cksum());
+ len += Set_LIN4_BO_LAST_opt(&buf[len], item.key());
+ len += Set_LIN4_BO_LAST_opt(&buf[len], item.sn());
+ break;
+ }
+ default:
+ {
+ Log_not_implemented_union_field("Item",
+ ip_item_list[num].get_selection());
+ break;
+ }
+ }
+ TTCN_logger.log(TTCN_DEBUG, "%uth item:", num);
+ Log_hexdump(&(buf[start_pos]), len - start_pos);
+ }
+ }
+ else if (item_list().get_selection() == Item__list::ALT_csrc__item__list)
+ {
+ /* Item list is CSRC item list */
+ for (int num = 0; num < item_list().csrc__item__list().size_of(); num++)
+ {
+ int start_pos = len;
+
+ len += Set_octetstring( &buf[len],
+ item_list().csrc__item__list()[num] );
+ TTCN_logger.log(TTCN_DEBUG, "%uth item:", num);
+ Log_hexdump(&(buf[start_pos]), len - start_pos);
+ }
+ }
+ else if (item_list().get_selection() == Item__list::ALT_raw__data)
+ {
+ /* Item list is a raw octetstring */
+ for (int num = 0; num < item_list().csrc__item__list().size_of(); num++)
+ {
+ int start_pos = len;
+
+ len += Set_octetstring(&buf[len], item_list().raw__data()[num] );
+ TTCN_logger.log(TTCN_DEBUG, "%uth item:", num);
+ Log_hexdump(&(buf[start_pos]), len - start_pos);
+ }
+ }
+ else
+ {
+ Log_not_implemented_union_field("Item_list", item_list().get_selection());
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_XI_list_opt(unsigned char *buf, const OPTIONAL < XI__list > &xilist,
+ const OPTIONAL < BITSTRING > &padding, int length)
+{
+ int len = 0;
+ int halfbyte = 0;
+
+ Log_function_name_on_enter();
+
+ if (!xilist.ispresent())
+ {
+ Log_function_name_on_leave();
+ return len;
+ }
+
+ switch (xilist().get_selection())
+ {
+ case XI__list::ALT_xi__item4:
+ {
+ if (length != xilist().xi__item4().size_of())
+ TTCN_logger.log(TTCN_WARNING,
+ "Number of indices != value of CC field");
+ for (int num = 0; num < xilist().xi__item4().size_of(); num++)
+ {
+ if (halfbyte)
+ {
+ buf[len] += ((*xilist().xi__item4()[num].x__ind()) << 3) & 0x08;
+ buf[len] += xilist().xi__item4()[num].index() & 0x07;
+ len += 1;
+ }
+ else
+ {
+ buf[len] = ((*xilist().xi__item4()[num].x__ind()) << 7) & 0x80;
+ buf[len] += (xilist().xi__item4()[num].index() << 4) & 0x70;
+ }
+ halfbyte = 1 - halfbyte; // Invert the value (0 -> 1 or 1 -> 0)
+ }
+ break;
+ }
+
+ case XI__list::ALT_xi__item8:
+ {
+ if (length != xilist().xi__item8().size_of())
+ TTCN_logger.log(TTCN_WARNING,
+ "Number of indices != value of CC field");
+ for (int num = 0; num < xilist().xi__item8().size_of(); num++)
+ {
+ buf[len] = ((*xilist().xi__item8()[num].x__ind()) << 7) & 0x80;
+ buf[len] += xilist().xi__item8()[num].index() & 0x7F;
+ len += 1;
+ }
+ break;
+ }
+
+ default:
+ Log_not_implemented_union_field("XI_list", xilist().get_selection());
+ break;
+ }
+
+ if (padding.ispresent() && halfbyte == 0)
+ {
+ TTCN_logger.log(TTCN_WARNING, "Specified padding is ignored");
+ }
+ else if (!padding.ispresent() && halfbyte)
+ {
+ TTCN_logger.log(TTCN_WARNING,
+ "Padding not specified, padding bits left uninitialized");
+ }
+ else if (padding.ispresent())
+ {
+ Check_field_value("Index padding", *padding(), 0);
+ buf[len] += (*padding()) & 0x0F;
+ len += 1;
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Encoding_Type_0(unsigned char *buf, const Enc__Type__0 & enct0)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_presence("gen_id", *enct0.gp__bit() == 1,
+ enct0.gen__id().ispresent());
+
+ Check_field_value("Encoding type", *enct0.et(), 0);
+ buf[len] = ((*enct0.et()) << 6) & 0xC0;
+ buf[len] += ShiftUpBit(*enct0.gp__bit(), 5);
+ buf[len] += ShiftUpBit(*enct0.ps__bit(), 4);
+ buf[len] += enct0.cc() & 0x0F;
+ len += 1;
+ len += Set_LIN1_opt(&buf[len], enct0.gen__id());
+ Check_ps_bit__xi_format(enct0.ps__bit(), enct0.xi__list());
+ len += Set_XI_list_opt(&buf[len], enct0.xi__list(), enct0.padding(),
+ enct0.cc());
+ len += Set_Item_list_opt(&buf[len], enct0.item__list());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+
+int
+Set_Encoding_Type_1(unsigned char *buf, const Enc__Type__1 & enct1)
+{
+ int len = 0;
+ int n = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_presence("gen_id", *enct1.gp__bit() == 1,
+ enct1.gen__id().ispresent());
+
+ Check_field_value("Encoding type", *enct1.et(), 1);
+ buf[len] = ((*enct1.et()) << 6) & 0xC0;
+ buf[len] += ShiftUpBit(*enct1.gp__bit(), 5);
+ buf[len] += ShiftUpBit(*enct1.ps__bit(), 4);
+ buf[len] += enct1.xi1() & 0x0F;
+ len += 1;
+ len += Set_LIN1_opt(&buf[len], enct1.gen__id());
+ len += Set_LIN1_opt(&buf[len], enct1.ref__id());
+ len += Set_octetstring(&buf[len], enct1.insbitmask());
+
+ // Count the number of 1's in the bitmask
+ for (int i = 0; i < enct1.insbitmask().lengthof(); ++i)
+ {
+ if (enct1.insbitmask() & int2oct(i + 1, enct1.insbitmask().lengthof()))
+ ++n;
+ }
+
+ Check_ps_bit__xi_format(enct1.ps__bit(), enct1.xi__list());
+ len += Set_XI_list_opt(&buf[len], enct1.xi__list(), enct1.padding(), n);
+ len += Set_Item_list_opt(&buf[len], enct1.item__list());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+
+int
+Set_Encoding_Type_2(unsigned char *buf, const Enc__Type__2 & enct2)
+{
+ int len = 0;
+
+ Check_field_presence("gen_id", *enct2.gp__bit() == 1,
+ enct2.gen__id().ispresent());
+
+ Check_field_value("Encoding type", *enct2.et(), 2);
+ buf[len] = ((*enct2.et()) << 6) & 0xC0;
+ buf[len] += ShiftUpBit(*enct2.gp__bit(), 5);
+ buf[len] += ShiftUpBit(*enct2.res(), 4);
+ buf[len] += enct2.count() & 0x0F;
+ len += 1;
+ len += Set_LIN1_opt(&buf[len], enct2.gen__id());
+ len += Set_LIN1_opt(&buf[len], enct2.ref__id());
+ len += Set_octetstring(&buf[len], enct2.rembitmask());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+
+int
+Set_Encoding_Type_3(unsigned char *buf, const Enc__Type__3 & enct3)
+{
+ int len = 0;
+ int n = 0;
+
+ Check_field_presence("gen_id", *enct3.gp__bit() == 1,
+ enct3.gen__id().ispresent());
+
+ Check_field_value("Encoding type", *enct3.et(), 3);
+ buf[len] = ((*enct3.et()) << 6) & 0xC0;
+ buf[len] += ShiftUpBit(*enct3.gp__bit(), 5);
+ buf[len] += ShiftUpBit(*enct3.ps__bit(), 4);
+ buf[len] += enct3.xi1() & 0x0F;
+ len += 1;
+ len += Set_LIN1_opt(&buf[len], enct3.gen__id());
+ len += Set_LIN1_opt(&buf[len], enct3.ref__id());
+ len += Set_octetstring(&buf[len], enct3.rembitmask());
+ len += Set_octetstring(&buf[len], enct3.insbitmask());
+
+ // Count the number of 1's in the bitmask
+ for (int i = 0; i < enct3.insbitmask().lengthof(); ++i)
+ {
+ if (enct3.insbitmask() & int2oct(i + 1, enct3.insbitmask().lengthof()))
+ ++n;
+ }
+ Check_ps_bit__xi_format(enct3.ps__bit(), enct3.xi__list());
+ len += Set_XI_list_opt(&buf[len], enct3.xi__list(), enct3.padding(), n);
+ len += Set_Item_list_opt(&buf[len], enct3.item__list());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Compr_head_list_opt(unsigned char *buf,
+ const OPTIONAL < Compr__head__list > &chl)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (!chl.ispresent())
+ {
+ Log_function_name_on_leave();
+ return len;
+ }
+ if (chl().get_selection() == Compr__head__list::ALT_enctype0)
+ len += Set_Encoding_Type_0(&buf[len], chl().enctype0());
+ else if (chl().get_selection() == Compr__head__list::ALT_enctype1)
+ len += Set_Encoding_Type_1(&buf[len], chl().enctype1());
+ else if (chl().get_selection() == Compr__head__list::ALT_enctype2)
+ len += Set_Encoding_Type_2(&buf[len], chl().enctype2());
+ else if (chl().get_selection() == Compr__head__list::ALT_enctype3)
+ len += Set_Encoding_Type_3(&buf[len], chl().enctype3());
+ else
+ {
+ Log_not_implemented_union_field("Compr_head_list", chl().get_selection());
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_AEGSeqnum_opt(unsigned char *buf, const OPTIONAL < AEGSeqnum > &oseqn)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (!oseqn.ispresent())
+ {
+ Log_function_name_on_leave();
+ return len;
+ }
+ if (oseqn().get_selection() == AEGSeqnum::ALT_short__form)
+ {
+ Check_field_value("form-bit", (int) *oseqn().short__form().ind(), 0);
+ buf[len] = ShiftUpBit(*oseqn().short__form().ind(), 7);
+ buf[len] += oseqn().short__form().lsb__of__seqnum() & 0x7F;
+ len += 1;
+ }
+ else if (oseqn().get_selection() == AEGSeqnum::ALT_long__form)
+ {
+ Check_field_value("form-bit", (int) *oseqn().long__form().ind(), 1);
+ buf[len] = ShiftUpBit(*oseqn().long__form().ind(), 7);
+ buf[len] += (oseqn().long__form().lsb__of__seqnum() >> 24) & 0x7F;
+ len += 1;
+
+ buf[len] = (oseqn().long__form().lsb__of__seqnum() >> 16) & 0xFF;
+ len += 1;
+
+ buf[len] = (oseqn().long__form().lsb__of__seqnum() >> 8) & 0xFF;
+ len += 1;
+
+ buf[len] = oseqn().long__form().lsb__of__seqnum() & 0xFF;
+ len += 1;
+ }
+ else
+ Log_not_implemented_union_field("AEGSeqnum", oseqn().get_selection());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_IPv4_static_chain(unsigned char *buf, const IPv4__Static & chain)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("IPv4 version", chain.version(), 4);
+ buf[len] = (chain.version() << 4) & 0xF0;
+ Check_field_value("IPv4 reserved (static chain)", chain.reserved(), 0);
+ buf[len] += chain.reserved() & 0x0F;
+ len += 1;
+ len += Set_LIN1(&buf[len], chain.proto());
+ len += Set_octetstring(&buf[len], chain.srcaddr());
+ len += Set_octetstring(&buf[len], chain.dstaddr());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_IPv6_static_chain(unsigned char *buf, const IPv6__Static & chain)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("IPv6 version", chain.version(), 6);
+ buf[len] = (chain.version() << 4) & 0xF0;
+ buf[len] += (chain.flowlabel() >> 16) & 0x0F;
+ len += 1;
+
+ buf[len] = (chain.flowlabel() >> 8) & 0xFF;
+ len += 1;
+ buf[len] = chain.flowlabel() & 0xFF;
+ len += 1;
+
+ len += Set_LIN1(&buf[len], chain.nexthead());
+ len += Set_octetstring(&buf[len], chain.srcaddr());
+ len += Set_octetstring(&buf[len], chain.dstaddr());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_UDP_static_chain(unsigned char *buf, const UDP__Static & chain)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ len += Set_LIN2_BO_LAST(&buf[len], chain.srcport());
+ len += Set_LIN2_BO_LAST(&buf[len], chain.dstport());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_RTP_static_chain(unsigned char *buf, const RTP__Static & chain)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ len += Set_octetstring(&buf[len], chain.ssrc());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_RTP_dynamic_chain(unsigned char *buf, const RTP__Dynamic & chain)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("RTP version", chain.vfield(), 2);
+ buf[len] = (chain.vfield() << 6) & 0xC0;
+ buf[len] += ShiftUpBit(*chain.pbit(), 5);
+ buf[len] += ShiftUpBit(*chain.rxbit(), 4);
+ buf[len] += chain.ccfield() & 0x0F;
+ len += 1;
+ buf[len] = ShiftUpBit(*chain.mbit(), 7);
+ buf[len] += chain.ptfield() & 0x7F;
+ len += 1;
+ len += Set_LIN2_BO_LAST(&buf[len], chain.rtpseqnum());
+ len += Set_LIN4_BO_LAST(&buf[len], chain.rtpts());
+ len += Set_Encoding_Type_0(&buf[len], chain.gencsrclist());
+ Check_field_presence("RTP rx", *chain.rxbit() == 1,
+ chain.rx__field().ispresent());
+ if (chain.rx__field().ispresent())
+ {
+ Check_field_value("RX reserved", (int) *chain.rx__field()().reserved(), 0);
+ buf[len] = ((*chain.rx__field()().reserved()) << 5) & 0xE0;
+ buf[len] += ShiftUpBit(*chain.rx__field()().xbit(), 4);
+ buf[len] += (chain.rx__field()().mode() << 2) & 0x0C;
+ buf[len] += ShiftUpBit(*chain.rx__field()().tisbit(), 1);
+ buf[len] += ShiftUpBit(*chain.rx__field()().tssbit(), 0);
+ len += 1;
+ }
+ Check_field_presence("TS Stride",
+ chain.rx__field().ispresent() &&
+ (*chain.rx__field()().tssbit()) == 1,
+ chain.ts__stride().ispresent());
+ Check_field_presence("TIME Stride",
+ chain.rx__field().ispresent() &&
+ (*chain.rx__field()().tisbit()) == 1,
+ chain.time__stride().ispresent());
+ len += Set_SDVL_field_opt(&buf[len], chain.ts__stride(), 0);
+ len += Set_SDVL_field_opt(&buf[len], chain.time__stride(), 0);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_RTP_flags_fields_opt(unsigned char *buf,
+ const OPTIONAL < RTP__flags__fields > &field)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (!field.ispresent())
+ {
+ Log_function_name_on_leave();
+ return len;
+ }
+ buf[len] = (field().mode() << 6) & 0xC0;
+ buf[len] += ShiftUpBit(*field().r__pt(), 5);
+ buf[len] += ShiftUpBit(*field().m__bit(), 4);
+ buf[len] += ShiftUpBit(*field().r__x(), 3);
+ buf[len] += ShiftUpBit(*field().csrc(), 2);
+ buf[len] += ShiftUpBit(*field().tss(), 1);
+ buf[len] += ShiftUpBit(*field().tis(), 0);
+ len += 1;
+
+ Check_field_presence("RTP flags",
+ *field().r__pt() == 1, field().flags().ispresent());
+ if (field().flags().ispresent())
+ {
+ buf[len] = (((*field().flags()().r__p()) << 7) & 0x80) +
+ (field().flags()().rtp__pt() & 0x7F);
+ len += 1;
+ }
+ Check_field_presence("Compressed CSRC list",
+ *field().csrc() == 1, field().csrc__list().ispresent());
+ len += Set_Compr_head_list_opt(&buf[len], field().csrc__list());
+ Check_field_presence("TS_STRIDE",
+ *field().tss() == 1, field().ts__stride().ispresent());
+ len += Set_SDVL_field_opt(&buf[len], field().ts__stride(), 0);
+ Check_field_presence("TIME_STRIDE",
+ *field().tis() == 1,
+ field().time__stride().ispresent());
+ len += Set_SDVL_field_opt(&buf[len], field().time__stride(), 0);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_IPv4_dynamic_chain(unsigned char *buf, const IPv4__Dynamic & chain)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ len += Set_LIN1(&buf[len], chain.tos());
+ len += Set_LIN1(&buf[len], chain.ttl());
+ len += Set_LIN2_BO_LAST(&buf[len], chain.identification());
+
+ buf[len] = ShiftUpBit(*chain.df__bit(), 7);
+ buf[len] += ShiftUpBit(*chain.rnd__bit(), 6);
+ buf[len] += ShiftUpBit(*chain.nbo__bit(), 5);
+ Check_field_value("IPv4 reserved (dynamic chain)", *chain.reserved(), 0);
+ buf[len] += (*chain.reserved()) & 0x1F;
+ len += 1;
+ len += Set_Encoding_Type_0(&buf[len], chain.genextheadlist());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_IPv6_dynamic_chain(unsigned char *buf, const IPv6__Dynamic & chain)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ len += Set_LIN1(&buf[len], chain.trafficclass());
+ len += Set_LIN1(&buf[len], chain.hoplimit());
+ len += Set_Encoding_Type_0(&buf[len], chain.genextheadlist());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+/* ============ Encoding functions for ROHC types ============ */
+int
+Set_feedback(unsigned char *buf, const Feedback__u & feedback,
+ BOOLEAN const &large_cid)
+{
+ int len = 0, crcpos = 0, crcstart = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("feedback type", (int) *feedback.feedback__type(), 30);
+ Check_feedback_code__size(feedback.code(), feedback.size());
+ buf[len] = ((*feedback.feedback__type()) << 3) & 0xF8;
+ buf[len] += feedback.code() & 0x07;
+ len += 1;
+
+ len += Set_LIN1_opt(&buf[len], feedback.size());
+
+ crcstart = len;
+
+ len += Set_CID(&buf[len], feedback.feedback__data().cid(), large_cid);
+
+ switch (feedback.feedback__data().feedback__type().get_selection())
+ {
+ case Feedback__type::ALT_feedback1:
+ {
+ Feedback1 fback1 =
+ feedback.feedback__data().feedback__type().feedback1();
+
+ len += Set_octetstring(&buf[len], fback1);
+ break;
+ }
+
+ case Feedback__type::ALT_feedback2:
+ {
+ Feedback2 fback2 =
+ feedback.feedback__data().feedback__type().feedback2();
+
+ buf[len] = (fback2.acktype() << 6) & 0xC0;
+ buf[len] += (fback2.mode() << 4) & 0x30;
+ buf[len] += (fback2.sn() >> 8) & 0x0F;
+ len += 1;
+
+ buf[len] = fback2.sn() & 0xFF;
+ len += 1;
+
+ if (fback2.feedback__opts().ispresent())
+ {
+ Feedback__opts & fbopts = fback2.feedback__opts();
+
+ for (int num = 0; num < fbopts.size_of(); num++)
+ {
+ buf[len] = (fbopts[num].opt__type() << 4) & 0xF0;
+ Check_feedback_optlen__optsize(fbopts[num].opt__len(),
+ fbopts[num].opt__data());
+ buf[len] += fbopts[num].opt__len() & 0x0F;
+ len += 1;
+
+ len += Set_octetstring_opt(&buf[len], fbopts[num].opt__data());
+ if (fbopts[num].opt__data().ispresent())
+ {
+ if ((fbopts[num].opt__len() == 1)
+ && (fbopts[num].opt__type() == 1) && (buf[len - 1] == 0))
+ crcpos = len - 1;
+ }
+ }
+ }
+ break;
+ }
+
+ default:
+ break;
+ }
+
+ if (feedback.size().ispresent() && feedback.size() == 0)
+ {
+ buf[1] = (len - 2) & 0xFF;
+ }
+ if ((!feedback.size().ispresent()) && feedback.code() == 0)
+ {
+ buf[0] = (buf[0] & 0xF8) + ((len - 1) & 0x07);
+ }
+
+ if ((crcpos > crcstart) && (buf[crcpos] == 0))
+ buf[crcpos] = ComputeCRC(&(buf[crcstart]), len - crcstart, 8);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_ROHC_Feedback_opt(unsigned char *buf,
+ const OPTIONAL < Feedback > &feedback,
+ BOOLEAN const &large_cid)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (!feedback.ispresent())
+ {
+ Log_function_name_on_leave();
+ return len;
+ }
+ for (int num = 0; num < feedback().size_of(); num++)
+ {
+ len += Set_feedback(&buf[len], feedback()[num], large_cid);
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+ return len;
+}
+
+/* Inserts CID infomation into the buffer by moving memory areas */
+int
+Set_CID_for_packets(unsigned char *buf, ROHC__config const &config,
+ int cid, int buflen)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (config.large__cid() == false)
+ { /* Small CID: first octet is the CID */
+ if (cid > 0)
+ {
+ // Overlapping memory areas, use memmove
+ memmove(&(buf[1]), &(buf[0]), buflen);
+ buf[0] = 0xE0 + (cid & 0x0F);
+ len += 1;
+ }
+ }
+ else
+ { /* Large CID: CID is placed after the first octet */
+ int cidlen = SDVL_encoded_CID_length(cid);
+
+ // Overlapping memory areas, use memmove
+ memmove(&(buf[1 + cidlen]), &(buf[1]), buflen - 1);
+ len += Set_SDVL_field(&(buf[1]), cid, 0);
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_ROHC_Header_Profile0(unsigned char *buf,
+ const Profile0__headers & hdr,
+ ROHC__config const &config)
+{
+ int len = 0, crcpos = 0, cidlen, cid;
+
+ Log_function_name_on_enter();
+
+ switch (hdr.get_selection())
+ {
+ case Profile0__headers::ALT_ir:
+ {
+ cid = hdr.ir().cid();
+ Check_field_value("packet type", (int) *hdr.ir().type__ind(), 126);
+ buf[len] = ((*hdr.ir().type__ind()) << 1) & 0xFE;
+ buf[len] += (*hdr.ir().d()) & 0x01;
+ len += 1;
+ Check_field_value("profile", hdr.ir().profile(), 0);
+ len += Set_LIN1(&buf[len], hdr.ir().profile());
+ crcpos = len;
+ len += Set_LIN1(&buf[len], hdr.ir().crc());
+ len += Set_octetstring(&buf[len], hdr.ir().orig__packet());
+ break;
+ }
+
+ case Profile0__headers::ALT_normal:
+ {
+ cid = hdr.normal().cid();
+ len += Set_octetstring(&buf[len], hdr.normal().orig__packet());
+ break;
+ }
+
+ default:
+ Log_not_implemented_union_field("Profile0_headers", hdr.get_selection());
+ break;
+ }
+
+ cidlen = Set_CID_for_packets(buf, config, cid, len);
+ crcpos += cidlen;
+ len += cidlen;
+
+ if (hdr.get_selection() == Profile0__headers::ALT_ir && hdr.ir().crc() == 0)
+ {
+ buf[crcpos] = ComputeCRC(&(buf[0]), crcpos, 8);
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+ return len;
+}
+
+int
+Set_Static_Chain_Profile1(unsigned char *buf, const Static__Chain & chain)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ for (int num = 0; num < chain.size_of(); num++)
+ {
+ switch (chain[num].get_selection())
+ {
+ case Static__Chain__u::ALT_ipv4__stat:
+ len += Set_IPv4_static_chain(&buf[len], chain[num].ipv4__stat());
+ break;
+ case Static__Chain__u::ALT_ipv6__stat:
+ len += Set_IPv6_static_chain(&buf[len], chain[num].ipv6__stat());
+ break;
+ case Static__Chain__u::ALT_udp__stat:
+ len += Set_UDP_static_chain(&buf[len], chain[num].udp__stat());
+ break;
+ case Static__Chain__u::ALT_rtp__stat:
+ len += Set_RTP_static_chain(&buf[len], chain[num].rtp__stat());
+ break;
+ default:
+ Log_not_implemented_union_field
+ ("Static_Chain_u", chain[num].get_selection());
+ break;
+ }
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Dynamic_Chain_Profile1(unsigned char *buf, const Dynamic__Chain & dynch)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ for (int num = 0; num < dynch.size_of(); num++)
+ {
+ switch (dynch[num].get_selection())
+ {
+ case Dynamic__Chain__u::ALT_ipv4__dyn:
+ len += Set_IPv4_dynamic_chain(&buf[len], dynch[num].ipv4__dyn());
+ break;
+ case Dynamic__Chain__u::ALT_ipv6__dyn:
+ len += Set_IPv6_dynamic_chain(&buf[len], dynch[num].ipv6__dyn());
+ break;
+ case Dynamic__Chain__u::ALT_udp__dyn:
+ len += Set_LIN2_BO_LAST(&buf[len], dynch[num].udp__dyn().cksum());
+ break;
+ case Dynamic__Chain__u::ALT_rtp__dyn:
+ len += Set_RTP_dynamic_chain(&buf[len], dynch[num].rtp__dyn());
+ break;
+ default:
+ Log_not_implemented_union_field
+ ("Dynamic_Chain_u", dynch[num].get_selection());
+ break;
+ }
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_ir(unsigned char *buf,
+ const Profile1__IR__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 126);
+ buf[len] = ((*hdr.type__ind()) << 1) & 0xFE;
+ Check_field_presence("dynamic chain", *hdr.d() == 1,
+ hdr.dyn__chain().ispresent());
+ buf[len] += ShiftUpBit(*hdr.d(), 0);
+ len += 1;
+ Check_field_value("profile", hdr.profile(), 1);
+ len += Set_LIN1(&buf[len], hdr.profile());
+ len += Set_LIN1(&buf[len], hdr.crc());
+ len += Set_Static_Chain_Profile1(&buf[len], hdr.stat__chain());
+ if (hdr.dyn__chain().ispresent())
+ len += Set_Dynamic_Chain_Profile1(&buf[len], hdr.dyn__chain());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_irdyn(unsigned char *buf,
+ const Profile1__IR__DYN__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 248);
+ buf[len] = *hdr.type__ind();
+ len += 1;
+ Check_field_value("profile", hdr.profile(), 1);
+ len += Set_LIN1(&buf[len], hdr.profile());
+ len += Set_LIN1(&buf[len], hdr.crc());
+ len += Set_Dynamic_Chain_Profile1(&buf[len], hdr.dyn__chain());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_r0(unsigned char *buf,
+ const Profile1__R__0__header & hdr)
+{
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 0);
+ buf[0] = ((*hdr.type__ind()) << 6) & 0xC0;
+ buf[0] += hdr.sn() & 0x3F;
+
+ Log_hexdump(buf, 1);
+ Log_function_name_on_leave();
+
+ return 1;
+}
+
+int
+Set_Profile1_ROHC_Header_r0crc(unsigned char *buf,
+ const Profile1__R__0__CRC__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 1);
+ buf[len] = ((*hdr.type__ind()) << 6) & 0xC0;
+ buf[len] += (hdr.sn() >> 1) & 0x3F;
+ len += 1;
+ buf[len] = (hdr.sn() << 7) & 0x80;
+ buf[len] += hdr.crc() & 0x7F;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_uo0(unsigned char *buf,
+ const Profile1__UO__0__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 0);
+ buf[len] = ((*hdr.type__ind()) << 7) & 0x80;
+ buf[len] += (hdr.sn() << 3) & 0x78;
+ buf[len] += hdr.crc() & 0x07;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_r1(unsigned char *buf,
+ const Profile1__R__1__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 2);
+ buf[len] = ((*hdr.type__ind()) << 6) & 0xC0;
+ buf[len] += hdr.sn() & 0x3F;
+ len += 1;
+ buf[len] = ShiftUpBit(*hdr.m__bit(), 7);
+ buf[len] += ShiftUpBit(*hdr.x__bit(), 6);
+ buf[len] += hdr.ts() & 0x3F;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_r1id(unsigned char *buf,
+ const Profile1__R__1__ID__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 2);
+ buf[len] = ((*hdr.type__ind()) << 6) & 0xC0;
+ buf[len] += hdr.sn() & 0x3F;
+ len += 1;
+ buf[len] = ShiftUpBit(*hdr.m__bit(), 7);
+ buf[len] += ShiftUpBit(*hdr.x__bit(), 6);
+ Check_field_value("T-bit", (int) *hdr.t__bit(), 0);
+ buf[len] += ShiftUpBit(*hdr.t__bit(), 5);
+ buf[len] += hdr.ip__id() & 0x1F;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_r1ts(unsigned char *buf,
+ const Profile1__R__1__TS__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 2);
+ buf[len] = ((*hdr.type__ind()) << 6) & 0xC0;
+ buf[len] += hdr.sn() & 0x3F;
+ len += 1;
+ buf[len] = ShiftUpBit(*hdr.m__bit(), 7);
+ buf[len] += ShiftUpBit(*hdr.x__bit(), 6);
+ Check_field_value("T-bit", (int) *hdr.t__bit(), 1);
+ buf[len] += ShiftUpBit(*hdr.t__bit(), 5);
+ buf[len] += hdr.ts() & 0x1F;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_uo1(unsigned char *buf,
+ const Profile1__UO__1__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 2);
+ buf[len] = ((*hdr.type__ind()) << 6) & 0xC0;
+ buf[len] += hdr.ts() & 0x3F;
+ len += 1;
+ buf[len] = ShiftUpBit(*hdr.m__bit(), 7);
+ buf[len] += (hdr.sn() << 3) & 0x78;
+ buf[len] += hdr.crc() & 0x07;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_uo1id(unsigned char *buf,
+ const Profile1__UO__1__ID__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 2);
+ buf[len] = ((*hdr.type__ind()) << 6) & 0xC0;
+ Check_field_value("T-bit", (int) *hdr.t__bit(), 0);
+ buf[len] += ShiftUpBit(*hdr.t__bit(), 5);
+ buf[len] += hdr.ip__id() & 0x1F;
+ len += 1;
+ buf[len] = ShiftUpBit(*hdr.x__bit(), 7);
+ buf[len] += (hdr.sn() << 3) & 0x78;
+ buf[len] += hdr.crc() & 0x07;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_uo1ts(unsigned char *buf,
+ const Profile1__UO__1__TS__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 2);
+ buf[len] = ((*hdr.type__ind()) << 6) & 0xC0;
+ Check_field_value("T-bit", (int) *hdr.t__bit(), 1);
+ buf[len] += ShiftUpBit(*hdr.t__bit(), 5);
+ buf[len] += hdr.ts() & 0x1F;
+ len += 1;
+ buf[len] = ShiftUpBit(*hdr.m__bit(), 7);
+ buf[len] += (hdr.sn() << 3) & 0x78;
+ buf[len] += hdr.crc() & 0x07;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_uor2(unsigned char *buf,
+ const Profile1__UOR__2__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 6);
+ buf[len] = ((*hdr.type__ind()) << 5) & 0xE0;
+ buf[len] += (hdr.ts() >> 1) & 0x1F;
+ len += 1;
+ buf[len] = (hdr.ts() << 7) & 0x80;
+ buf[len] += ShiftUpBit(*hdr.m__bit(), 6);
+ buf[len] += hdr.sn() & 0x3F;
+ len += 1;
+ buf[len] = ShiftUpBit(*hdr.x__bit(), 7);
+ buf[len] += hdr.crc() & 0x7F;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_uor2id(unsigned char *buf,
+ const Profile1__UOR__2__ID__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 6);
+ buf[len] = ((*hdr.type__ind()) << 5) & 0xE0;
+ buf[len] += hdr.ip__id() & 0x1F;
+ len += 1;
+ Check_field_value("T-bit", (int) *hdr.t__bit(), 0);
+ buf[len] = ShiftUpBit(*hdr.t__bit(), 7);
+ buf[len] += ShiftUpBit(*hdr.m__bit(), 6);
+ buf[len] += hdr.sn() & 0x3F;
+ len += 1;
+ buf[len] = ShiftUpBit(*hdr.x__bit(), 7);
+ buf[len] += hdr.crc() & 0x7F;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_uor2ts(unsigned char *buf,
+ const Profile1__UOR__2__TS__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 6);
+ Log_hexdump(buf, len);
+ buf[len] = ((*hdr.type__ind()) << 5) & 0xE0;
+ buf[len] += hdr.ts() & 0x1F;
+ len += 1;
+ Check_field_value("T-bit", (int) *hdr.t__bit(), 1);
+ buf[len] = ShiftUpBit(*hdr.t__bit(), 7);
+ buf[len] += ShiftUpBit(*hdr.m__bit(), 6);
+ buf[len] += hdr.sn() & 0x3F;
+ len += 1;
+ buf[len] = ShiftUpBit(*hdr.x__bit(), 7);
+ buf[len] += hdr.crc() & 0x7F;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_Inner_IP_flags_opt(unsigned char *buf,
+ const OPTIONAL < Inner__IP__flags > &field)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (!field.ispresent())
+ {
+ Log_function_name_on_leave();
+ return len;
+ }
+ buf[len] = ShiftUpBit(*field().tos(), 7);
+ buf[len] += ShiftUpBit(*field().ttl(), 6);
+ buf[len] += ShiftUpBit(*field().df(), 5);
+ buf[len] += ShiftUpBit(*field().pr(), 4);
+ buf[len] += ShiftUpBit(*field().ipx(), 3);
+ buf[len] += ShiftUpBit(*field().nbo(), 2);
+ buf[len] += ShiftUpBit(*field().rnd__bit(), 1);
+ buf[len] += ShiftUpBit(*field().ip2__bit(), 0);
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_Outer_IP_flags_opt(unsigned char *buf,
+ const OPTIONAL < Outer__IP__flags > &field)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (!field.ispresent())
+ {
+ Log_function_name_on_leave();
+ return len;
+ }
+ buf[len] = ShiftUpBit(*field().tos2(), 7);
+ buf[len] += ShiftUpBit(*field().ttl2(), 6);
+ buf[len] += ShiftUpBit(*field().df2(), 5);
+ buf[len] += ShiftUpBit(*field().pr2(), 4);
+ buf[len] += ShiftUpBit(*field().ipx2(), 3);
+ buf[len] += ShiftUpBit(*field().nbo2(), 2);
+ buf[len] += ShiftUpBit(*field().rnd2(), 1);
+ buf[len] += ShiftUpBit(*field().i2__bit(), 0);
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ipx_headers_opt(unsigned char *buf,
+ const OPTIONAL < IP__Ext__heads > &field)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (!field.ispresent())
+ {
+ Log_function_name_on_leave();
+ return len;
+ }
+ buf[len] = ShiftUpBit(*field().cl(), 7);
+ buf[len] += ShiftUpBit(*field().aseq(), 6);
+ buf[len] += ShiftUpBit(*field().eseq(), 5);
+ buf[len] += ShiftUpBit(*field().gseq(), 4);
+ buf[len] += (*field().res()) & 0x0F;
+ len += 1;
+
+ Check_field_presence("AH SN", *field().aseq() == 1,
+ field().ah__seq().ispresent());
+ Check_field_presence("ESP SN", *field().eseq() == 1,
+ field().esp__seq().ispresent());
+ Check_field_presence("GRE SN", *field().gseq() == 1,
+ field().gre__seq().ispresent());
+ Check_field_presence("Compressed header list", *field().cl() == 1,
+ field().compr__head__list().ispresent());
+ len += Set_AEGSeqnum_opt(&buf[len], field().ah__seq());
+ len += Set_AEGSeqnum_opt(&buf[len], field().esp__seq());
+ len += Set_AEGSeqnum_opt(&buf[len], field().gre__seq());
+ len += Set_Compr_head_list_opt(&buf[len], field().compr__head__list());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_Inner_IP_fields_opt(unsigned char *buf,
+ const OPTIONAL < Inner__IP__flags > &flags,
+ const OPTIONAL < Inner__IP__fields > &field)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (!field.ispresent())
+ {
+ Log_function_name_on_leave();
+ return len;
+ }
+ Check_field_presence("TOS (inner IP)",
+ flags.ispresent() && (*flags().tos() == 1),
+ field().tos().ispresent());
+ len += Set_LIN1_opt(&buf[len], field().tos());
+ Check_field_presence("TTL (inner IP)",
+ flags.ispresent() && (*flags().ttl() == 1),
+ field().ttl().ispresent());
+ len += Set_LIN1_opt(&buf[len], field().ttl());
+ Check_field_presence("PROTO (inner IP)",
+ flags.ispresent() && (*flags().pr() == 1),
+ field().proto().ispresent());
+ len += Set_LIN1_opt(&buf[len], field().proto());
+
+ Check_field_presence("IP extension headers (inner IP)",
+ flags.ispresent() && (*flags().ipx() == 1),
+ field().ext__heads().ispresent());
+ len += Set_Profile1_ipx_headers_opt(&buf[len], field().ext__heads());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_Outer_IP_fields_opt(unsigned char *buf,
+ const OPTIONAL < Outer__IP__flags > &flags,
+ const OPTIONAL < Outer__IP__fields > &field)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (!field.ispresent())
+ {
+ Log_function_name_on_leave();
+ return len;
+ }
+ Check_field_presence("TOS (outer IP)",
+ flags.ispresent() && (*flags().tos2() == 1),
+ field().tos().ispresent());
+ len += Set_LIN1_opt(&buf[len], field().tos());
+ Check_field_presence("TTL (outer IP)",
+ flags.ispresent() && (*flags().ttl2() == 1),
+ field().ttl().ispresent());
+ len += Set_LIN1_opt(&buf[len], field().ttl());
+ Check_field_presence("PROTO (outer IP)",
+ flags.ispresent() && (*flags().pr2() == 1),
+ field().proto().ispresent());
+ len += Set_LIN1_opt(&buf[len], field().proto());
+
+ Check_field_presence("IP extension headers (outer IP)",
+ flags.ispresent() && (*flags().ipx2() == 1),
+ field().ext__heads().ispresent());
+ len += Set_Profile1_ipx_headers_opt(&buf[len], field().ext__heads());
+ Check_field_presence("IP-ID (outer IP)",
+ flags.ispresent() && (*flags().i2__bit() == 1),
+ field().ip__id().ispresent());
+ len += Set_LIN2_BO_LAST_opt(&buf[len], field().ip__id());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_Extension0(unsigned char *buf, const Extension0 & ext)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("extension type", (int) *ext.ext__type(), 0);
+ buf[len] = ((*ext.ext__type()) << 6) & 0xC0;
+ buf[len] += (ext.sn() << 3) & 0x38;
+ buf[len] += ext.plust() & 0x07;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_Extension1(unsigned char *buf, const Extension1 & ext)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("extension type", (int) *ext.ext__type(), 1);
+ buf[len] = ((*ext.ext__type()) << 6) & 0xC0;
+ buf[len] += (ext.sn() << 3) & 0x38;
+ buf[len] += ext.plust() & 0x07;
+ len += 1;
+ len += Set_LIN1(&buf[len], ext.minust());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_Extension2(unsigned char *buf, const Extension2 & ext)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("extension type", (int) *ext.ext__type(), 2);
+ buf[len] = ((*ext.ext__type()) << 6) & 0xC0;
+ buf[len] += (ext.sn() << 3) & 0x38;
+ buf[len] += (ext.plust() >> 8) & 0x07;
+ len += 1;
+ buf[len] = ext.plust() & 0xFF;
+ len += 1;
+ len += Set_LIN1(&buf[len], ext.minust());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_Extension3(unsigned char *buf, const Extension3 & ext)
+{
+ int len = 0;
+ int ts_length = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("extension type", (int) *ext.ext__type(), 3);
+ buf[len] = ((*ext.ext__type()) << 6) & 0xC0;
+ buf[len] += ShiftUpBit(*ext.s__bit(), 5);
+ buf[len] += ShiftUpBit(*ext.r__ts__bit(), 4);
+ buf[len] += ShiftUpBit(*ext.tsc__bit(), 3);
+ buf[len] += ShiftUpBit(*ext.i__bit(), 2);
+ buf[len] += ShiftUpBit(*ext.ip__bit(), 1);
+ buf[len] += ShiftUpBit(*ext.rtp__bit(), 0);
+ len += 1;
+
+ Check_field_presence("Inner IP flags",
+ *ext.ip__bit() == 1,
+ ext.inner__ip__flags().ispresent());
+ len += Set_Profile1_Inner_IP_flags_opt(&buf[len], ext.inner__ip__flags());
+ Check_field_presence("Outer IP flags",
+ ext.inner__ip__flags().ispresent() &&
+ (*ext.inner__ip__flags()().ip2__bit() == 1),
+ ext.outer__ip__flags().ispresent());
+ len += Set_Profile1_Outer_IP_flags_opt(&buf[len], ext.outer__ip__flags());
+ Check_field_presence("SN", *ext.s__bit() == 1, ext.sn().ispresent());
+ len += Set_LIN1_opt(&buf[len], ext.sn());
+ Check_field_presence("RTP TS", *ext.r__ts__bit() == 1, ext.ts().ispresent());
+ if (ext.ts__length().ispresent()) ts_length = ext.ts__length()();
+ len += Set_SDVL_field_opt(&buf[len], ext.ts(), ts_length);
+ Check_field_presence("Inner IP fields",
+ *ext.ip__bit() == 1, ext.inner__ip__hdr().ispresent());
+ len += Set_Profile1_Inner_IP_fields_opt(&buf[len], ext.inner__ip__flags(),
+ ext.inner__ip__hdr());
+ Check_field_presence("Inner IP-ID",
+ *ext.i__bit() == 1, ext.ip__id().ispresent());
+ len += Set_LIN2_BO_LAST_opt(&buf[len], ext.ip__id());
+ Check_field_presence("Outer IP fields",
+ ext.inner__ip__flags().ispresent() &&
+ (*ext.inner__ip__flags()().ip2__bit() == 1),
+ ext.outer__ip__hdr().ispresent());
+ len += Set_Profile1_Outer_IP_fields_opt(&buf[len], ext.outer__ip__flags(),
+ ext.outer__ip__hdr());
+ Check_field_presence("RTP flags and fields",
+ *ext.rtp__bit() == 1, ext.rtp__fl__fi().ispresent());
+ len += Set_RTP_flags_fields_opt(&buf[len], ext.rtp__fl__fi());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_Extension_opt(unsigned char *buf,
+ const OPTIONAL < Profile1__Extension >
+ &ext)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (ext.ispresent())
+ {
+ if (ext().get_selection() == Profile1__Extension::ALT_ext0)
+ {
+ len += Set_Profile1_ROHC_Header_Extension0(&buf[len], ext().ext0());
+ }
+ else if (ext().get_selection() == Profile1__Extension::ALT_ext1)
+ {
+ len += Set_Profile1_ROHC_Header_Extension1(&buf[len], ext().ext1());
+ }
+ else if (ext().get_selection() == Profile1__Extension::ALT_ext2)
+ {
+ len += Set_Profile1_ROHC_Header_Extension2(&buf[len], ext().ext2());
+ }
+ else if (ext().get_selection() == Profile1__Extension::ALT_ext3)
+ {
+ len += Set_Profile1_ROHC_Header_Extension3(&buf[len], ext().ext3());
+ }
+ else
+ {
+ Log_not_implemented_union_field("Profile1_Extension",
+ ext().get_selection());
+ }
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header_ipid_ah_gre(unsigned char *buf,
+ const Profile1__headers & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ len += Set_LIN2_BO_LAST_opt(&buf[len], hdr.ip__id__outer());
+ len += Set_octetstring_opt(&buf[len], hdr.ah__outer());
+ len += Set_LIN2_BO_LAST_opt(&buf[len], hdr.gre__cksum1());
+ len += Set_LIN2_BO_LAST_opt(&buf[len], hdr.ip__id__inner());
+ len += Set_octetstring_opt(&buf[len], hdr.ah__inner());
+ len += Set_LIN2_BO_LAST_opt(&buf[len], hdr.gre__cksum2());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile1_ROHC_Header(unsigned char *buf,
+ const Profile1__headers & hdr,
+ ROHC__config const &config)
+{
+ int len = 0, crcpos = 0, cidlen = 0, cid;
+
+ Log_function_name_on_enter();
+
+ switch (hdr.base__header().get_selection())
+ {
+ case Profile1__base__header::ALT_ir:
+ cid = hdr.base__header().ir().cid();
+ crcpos = len + 2;
+ len += Set_Profile1_ROHC_Header_ir(&buf[len], hdr.base__header().ir());
+ break;
+ case Profile1__base__header::ALT_ir__dyn:
+ cid = hdr.base__header().ir__dyn().cid();
+ crcpos = len + 2;
+ len += Set_Profile1_ROHC_Header_irdyn(&buf[len],
+ hdr.base__header().ir__dyn());
+ break;
+ case Profile1__base__header::ALT_r__0:
+ cid = hdr.base__header().r__0().cid();
+ len += Set_Profile1_ROHC_Header_r0(&buf[len], hdr.base__header().r__0());
+ break;
+ case Profile1__base__header::ALT_r__0__crc:
+ cid = hdr.base__header().r__0__crc().cid();
+ len += Set_Profile1_ROHC_Header_r0crc(&buf[len],
+ hdr.base__header().r__0__crc());
+ break;
+ case Profile1__base__header::ALT_uo__0:
+ cid = hdr.base__header().uo__0().cid();
+ len += Set_Profile1_ROHC_Header_uo0(&buf[len], hdr.base__header().uo__0());
+ break;
+ case Profile1__base__header::ALT_r__1:
+ cid = hdr.base__header().r__1().cid();
+ len += Set_Profile1_ROHC_Header_r1(&buf[len], hdr.base__header().r__1());
+ break;
+ case Profile1__base__header::ALT_r__1__id:
+ cid = hdr.base__header().r__1__id().cid();
+ len +=
+ Set_Profile1_ROHC_Header_r1id(&buf[len], hdr.base__header().r__1__id());
+ break;
+ case Profile1__base__header::ALT_r__1__ts:
+ cid = hdr.base__header().r__1__ts().cid();
+ len +=
+ Set_Profile1_ROHC_Header_r1ts(&buf[len], hdr.base__header().r__1__ts());
+ break;
+ case Profile1__base__header::ALT_uo__1:
+ cid = hdr.base__header().uo__1().cid();
+ len += Set_Profile1_ROHC_Header_uo1(&buf[len], hdr.base__header().uo__1());
+ break;
+ case Profile1__base__header::ALT_uo__1__id:
+ cid = hdr.base__header().uo__1__id().cid();
+ len +=
+ Set_Profile1_ROHC_Header_uo1id(&buf[len],
+ hdr.base__header().uo__1__id());
+ break;
+ case Profile1__base__header::ALT_uo__1__ts:
+ cid = hdr.base__header().uo__1__ts().cid();
+ len +=
+ Set_Profile1_ROHC_Header_uo1ts(&buf[len],
+ hdr.base__header().uo__1__ts());
+ break;
+ case Profile1__base__header::ALT_uor__2:
+ cid = hdr.base__header().uor__2().cid();
+ len +=
+ Set_Profile1_ROHC_Header_uor2(&buf[len], hdr.base__header().uor__2());
+ break;
+ case Profile1__base__header::ALT_uor__2__id:
+ cid = hdr.base__header().uor__2__id().cid();
+ len +=
+ Set_Profile1_ROHC_Header_uor2id(&buf[len],
+ hdr.base__header().uor__2__id());
+ break;
+ case Profile1__base__header::ALT_uor__2__ts:
+ cid = hdr.base__header().uor__2__ts().cid();
+ len +=
+ Set_Profile1_ROHC_Header_uor2ts(&buf[len],
+ hdr.base__header().uor__2__ts());
+ break;
+ default:
+ Log_not_implemented_union_field
+ ("Profile1_base_header", hdr.base__header().get_selection());
+ break;
+ }
+
+ len += Set_Profile1_ROHC_Header_Extension_opt(&buf[len], hdr.ext());
+ len += Set_Profile1_ROHC_Header_ipid_ah_gre(&buf[len], hdr);
+ len += Set_LIN2_BO_LAST_opt(&buf[len], hdr.udp__cksum());
+
+ cidlen = Set_CID_for_packets(buf, config, cid, len);
+ crcpos += cidlen;
+ len += cidlen;
+
+ if (hdr.base__header().get_selection() == Profile1__base__header::ALT_ir
+ && hdr.base__header().ir().crc() == 0)
+ buf[crcpos] = ComputeCRC(&(buf[0]), len, 8);
+ else if (hdr.base__header().get_selection() ==
+ Profile1__base__header::ALT_ir__dyn
+ && hdr.base__header().ir__dyn().crc() == 0)
+ buf[crcpos] = ComputeCRC(&(buf[0]), len, 8);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile2_Static_Chain(unsigned char
+ *buf, const Profile2__Static__Chain & chain)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ for (int num = 0; num < chain.size_of(); num++)
+ {
+ switch (chain[num].get_selection())
+ {
+ case Static__Chain__u::ALT_ipv4__stat:
+ len += Set_IPv4_static_chain(&buf[len], chain[num].ipv4__stat());
+ break;
+ case Static__Chain__u::ALT_ipv6__stat:
+ len += Set_IPv6_static_chain(&buf[len], chain[num].ipv6__stat());
+ break;
+ case Static__Chain__u::ALT_udp__stat:
+ len += Set_UDP_static_chain(&buf[len], chain[num].udp__stat());
+ break;
+ default:
+ Log_not_implemented_union_field
+ ("Profile2_Static_Chain", chain[num].get_selection());
+ break;
+ }
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile2_Dynamic_Chain(unsigned char
+ *buf, const Profile2__Dynamic__Chain & dynch)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ for (int num = 0; num < dynch.size_of(); num++)
+ {
+ switch (dynch[num].get_selection())
+ {
+ case Profile2__Dynamic__Chain__u::ALT_ipv4__dyn:
+ len += Set_IPv4_dynamic_chain(&buf[len], dynch[num].ipv4__dyn());
+ break;
+ case Profile2__Dynamic__Chain__u::ALT_ipv6__dyn:
+ len += Set_IPv6_dynamic_chain(&buf[len], dynch[num].ipv6__dyn());
+ break;
+ case Profile2__Dynamic__Chain__u::ALT_udp__dyn:
+ len += Set_LIN2_BO_LAST(&buf[len], dynch[num].udp__dyn().cksum());
+ len += Set_LIN2_BO_LAST(&buf[len], dynch[num].udp__dyn().udp__sn());
+ break;
+ default:
+ Log_not_implemented_union_field
+ ("Profile2_Dynamic_Chain", dynch[num].get_selection());
+ break;
+ }
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile2_ROHC_Header_ir(unsigned char
+ *buf, const Profile2__IR__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 126);
+ buf[len] = ((*hdr.type__ind()) << 1) & 0xFE;
+ Check_field_presence("dynamic chain", *hdr.d() == 1,
+ hdr.dyn__chain().ispresent());
+ buf[len] += ShiftUpBit(*hdr.d(), 0);
+ len += 1;
+ Check_field_value("profile", hdr.profile(), 2);
+ len += Set_LIN1(&buf[len], hdr.profile());
+ len += Set_LIN1(&buf[len], hdr.crc());
+ len += Set_Profile2_Static_Chain(&buf[len], hdr.stat__chain());
+ if (hdr.dyn__chain().ispresent())
+ len += Set_Profile2_Dynamic_Chain(&buf[len], hdr.dyn__chain());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile2_ROHC_Header_irdyn(unsigned
+ char *buf,
+ const Profile2__IR__DYN__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 248);
+ buf[len] = *hdr.type__ind();
+ len += 1;
+ Check_field_value("profile", hdr.profile(), 2);
+ len += Set_LIN1(&buf[len], hdr.profile());
+ len += Set_LIN1(&buf[len], hdr.crc());
+ len += Set_Profile2_Dynamic_Chain(&buf[len], hdr.dyn__chain());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile2_ROHC_Header_r1(unsigned char
+ *buf, const Profile2__R__1__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 2);
+ buf[len] = ((*hdr.type__ind()) << 6) & 0xC0;
+ buf[len] += hdr.sn() & 0x3F;
+ len += 1;
+ buf[len] = ShiftUpBit(*hdr.x__bit(), 7);
+ buf[len] += hdr.ip__id() & 0x7F;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile2_ROHC_Header_uo1(unsigned char
+ *buf, const Profile2__UO__1__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 2);
+ buf[len] = ((*hdr.type__ind()) << 6) & 0xC0;
+ buf[len] += hdr.ip__id() & 0x3F;
+ len += 1;
+ buf[len] = (hdr.sn() << 3) & 0xF8;
+ buf[len] += hdr.crc() & 0x07;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile2_ROHC_Header_uor2(unsigned char *buf,
+ const Profile2__UOR__2__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 6);
+ buf[len] = ((*hdr.type__ind()) << 5) & 0xE0;
+ buf[len] += hdr.sn() & 0x1F;
+ len += 1;
+ buf[len] = ShiftUpBit(*hdr.x__bit(), 7);
+ buf[len] += hdr.crc() & 0x7F;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile2_Inner_IP_flags_opt(unsigned char *buf,
+ const OPTIONAL < Profile2__Inner__IP__flags >
+ &field)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (!field.ispresent())
+ {
+ Log_function_name_on_leave();
+ return len;
+ }
+ buf[len] = ShiftUpBit(*field().tos(), 7);
+ buf[len] += ShiftUpBit(*field().ttl(), 6);
+ buf[len] += ShiftUpBit(*field().df(), 5);
+ buf[len] += ShiftUpBit(*field().pr(), 4);
+ buf[len] += ShiftUpBit(*field().ipx(), 3);
+ buf[len] += ShiftUpBit(*field().nbo(), 2);
+ buf[len] += ShiftUpBit(*field().rnd__bit(), 1);
+ Check_field_value("inner IP flags, reserved", (int) *field().reserved(), 0);
+ buf[len] += ShiftUpBit(*field().reserved(), 0);
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile2_Inner_IP_fields_opt(unsigned char *buf,
+ const OPTIONAL < Profile2__Inner__IP__flags >
+ &flags,
+ const OPTIONAL < Inner__IP__fields > &field)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (!field.ispresent())
+ {
+ Log_function_name_on_leave();
+ return len;
+ }
+ Check_field_presence("TOS (inner IP)",
+ flags.ispresent() && (*flags().tos() == 1),
+ field().tos().ispresent());
+ len += Set_LIN1_opt(&buf[len], field().tos());
+ Check_field_presence("TTL (inner IP)",
+ flags.ispresent() && (*flags().ttl() == 1),
+ field().ttl().ispresent());
+ len += Set_LIN1_opt(&buf[len], field().ttl());
+ Check_field_presence("PROTO (inner IP)",
+ flags.ispresent() && (*flags().pr() == 1),
+ field().proto().ispresent());
+ len += Set_LIN1_opt(&buf[len], field().proto());
+
+ len += Set_Profile1_ipx_headers_opt(&buf[len], field().ext__heads());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+
+int
+Set_Profile2_ROHC_Header_Extension0(unsigned char *buf,
+ const Profile2__Extension0 & ext)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("extension type", (int) *ext.ext__type(), 0);
+ buf[len] = ((*ext.ext__type()) << 6) & 0xC0;
+ buf[len] += (ext.sn() << 3) & 0x38;
+ buf[len] += ext.ip__id() & 0x07;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile2_ROHC_Header_Extension1(unsigned char *buf,
+ const Profile2__Extension1 & ext)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("extension type", (int) *ext.ext__type(), 1);
+ buf[len] = ((*ext.ext__type()) << 6) & 0xC0;
+ buf[len] += (ext.sn() << 3) & 0x38;
+ buf[len] += (ext.ip__id() >> 8) & 0x07;
+ len += 1;
+ buf[len] = ext.ip__id() & 0xFF;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile2_ROHC_Header_Extension2(unsigned char *buf,
+ const Profile2__Extension2 & ext)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("extension type", (int) *ext.ext__type(), 2);
+ buf[len] = ((*ext.ext__type()) << 6) & 0xC0;
+ buf[len] += (ext.sn() << 3) & 0x38;
+ buf[len] += (ext.ip__id2() >> 8) & 0x07;
+ len += 1;
+ buf[len] = ext.ip__id2() & 0xFF;
+ len += 1;
+ buf[len] = ext.ip__id() & 0xFF;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile2_ROHC_Header_Extension3(unsigned char *buf,
+ const Profile2__Extension3 & ext)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("extension type", (int) *ext.ext__type(), 3);
+ buf[len] = ((*ext.ext__type()) << 6) & 0xC0;
+ buf[len] += ShiftUpBit(*ext.s__bit(), 5);
+ buf[len] += ((ext.mode()) << 3) & 0x18;
+ buf[len] += ShiftUpBit(*ext.i__bit(), 2);
+ buf[len] += ShiftUpBit(*ext.ip__bit(), 1);
+ buf[len] += ShiftUpBit(*ext.ip2__bit(), 0);
+ len += 1;
+
+ Check_field_presence("Inner IP flags",
+ *ext.ip__bit() == 1,
+ ext.inner__ip__flags().ispresent());
+ len += Set_Profile2_Inner_IP_flags_opt(&buf[len], ext.inner__ip__flags());
+ Check_field_presence("Outer IP flags",
+ *ext.ip2__bit() == 1,
+ ext.outer__ip__flags().ispresent());
+ len += Set_Profile1_Outer_IP_flags_opt(&buf[len], ext.outer__ip__flags());
+ Check_field_presence("SN", *ext.s__bit() == 1, ext.sn().ispresent());
+ len += Set_LIN1_opt(&buf[len], ext.sn());
+ Check_field_presence("Inner IP fields",
+ *ext.ip__bit() == 1, ext.inner__ip__hdr().ispresent());
+ len += Set_Profile2_Inner_IP_fields_opt(&buf[len], ext.inner__ip__flags(),
+ ext.inner__ip__hdr());
+ Check_field_presence("Inner IP-ID",
+ *ext.i__bit() == 1, ext.ip__id().ispresent());
+ len += Set_LIN2_BO_LAST_opt(&buf[len], ext.ip__id());
+ Check_field_presence("Outer IP fields",
+ *ext.ip2__bit() == 1, ext.outer__ip__hdr().ispresent());
+ len += Set_Profile1_Outer_IP_fields_opt(&buf[len], ext.outer__ip__flags(),
+ ext.outer__ip__hdr());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile2_ROHC_Header_Extension_opt(unsigned char *buf,
+ const OPTIONAL < Profile2__Extension >
+ &ext)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (ext.ispresent())
+ {
+ if (ext().get_selection() == Profile2__Extension::ALT_ext0)
+ {
+ len += Set_Profile2_ROHC_Header_Extension0(&buf[len], ext().ext0());
+ }
+ else if (ext().get_selection() == Profile2__Extension::ALT_ext1)
+ {
+ len += Set_Profile2_ROHC_Header_Extension1(&buf[len], ext().ext1());
+ }
+ else if (ext().get_selection() == Profile2__Extension::ALT_ext2)
+ {
+ len += Set_Profile2_ROHC_Header_Extension2(&buf[len], ext().ext2());
+ }
+ else if (ext().get_selection() == Profile2__Extension::ALT_ext3)
+ {
+ len += Set_Profile2_ROHC_Header_Extension3(&buf[len], ext().ext3());
+ }
+ else
+ {
+ Log_not_implemented_union_field("Profile2_Extension",
+ ext().get_selection());
+ }
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile2_ROHC_Header_ipid_ah_gre(unsigned char *buf,
+ const Profile2__headers & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ len += Set_LIN2_BO_LAST_opt(&buf[len], hdr.ip__id__outer());
+ len += Set_octetstring_opt(&buf[len], hdr.ah__outer());
+ len += Set_LIN2_BO_LAST_opt(&buf[len], hdr.gre__cksum1());
+ len += Set_LIN2_BO_LAST_opt(&buf[len], hdr.ip__id__inner());
+ len += Set_octetstring_opt(&buf[len], hdr.ah__inner());
+ len += Set_LIN2_BO_LAST_opt(&buf[len], hdr.gre__cksum2());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile2_ROHC_Header(unsigned char *buf,
+ const Profile2__headers & hdr,
+ ROHC__config const &config)
+{
+ int len = 0, crcpos = 0, cidlen = 0, cid;
+
+ Log_function_name_on_enter();
+
+ switch (hdr.base__header().get_selection())
+ {
+ case Profile2__base__header::ALT_ir:
+ cid = hdr.base__header().ir().cid();
+ crcpos = len + 2;
+ len += Set_Profile2_ROHC_Header_ir(&buf[len], hdr.base__header().ir());
+ break;
+ case Profile2__base__header::ALT_ir__dyn:
+ cid = hdr.base__header().ir__dyn().cid();
+ crcpos = len + 2;
+ len +=
+ Set_Profile2_ROHC_Header_irdyn(&buf[len], hdr.base__header().ir__dyn());
+ break;
+ case Profile1__base__header::ALT_r__0:
+ cid = hdr.base__header().r__0().cid();
+ len += Set_Profile1_ROHC_Header_r0(&buf[len], hdr.base__header().r__0());
+ break;
+ case Profile1__base__header::ALT_r__0__crc:
+ cid = hdr.base__header().r__0__crc().cid();
+ len +=
+ Set_Profile1_ROHC_Header_r0crc(&buf[len],
+ hdr.base__header().r__0__crc());
+ break;
+ case Profile1__base__header::ALT_uo__0:
+ cid = hdr.base__header().uo__0().cid();
+ len += Set_Profile1_ROHC_Header_uo0(&buf[len], hdr.base__header().uo__0());
+ break;
+ case Profile2__base__header::ALT_r__1:
+ cid = hdr.base__header().r__1().cid();
+ len += Set_Profile2_ROHC_Header_r1(&buf[len], hdr.base__header().r__1());
+ break;
+ case Profile2__base__header::ALT_uo__1:
+ cid = hdr.base__header().uo__1().cid();
+ len += Set_Profile2_ROHC_Header_uo1(&buf[len], hdr.base__header().uo__1());
+ break;
+ case Profile2__base__header::ALT_uor__2:
+ cid = hdr.base__header().uor__2().cid();
+ len +=
+ Set_Profile2_ROHC_Header_uor2(&buf[len], hdr.base__header().uor__2());
+ break;
+ default:
+ Log_not_implemented_union_field
+ ("Profile2_base_header", hdr.base__header().get_selection());
+ break;
+ }
+
+ len += Set_Profile2_ROHC_Header_Extension_opt(&buf[len], hdr.ext());
+ len += Set_Profile2_ROHC_Header_ipid_ah_gre(&buf[len], hdr);
+ len += Set_LIN2_BO_LAST_opt(&buf[len], hdr.udp__cksum());
+
+ cidlen = Set_CID_for_packets(buf, config, cid, len);
+ crcpos += cidlen;
+ len += cidlen;
+
+ if (hdr.base__header().get_selection() == Profile2__base__header::ALT_ir)
+ {
+ if (hdr.base__header().ir().crc() == 0)
+ buf[crcpos] = ComputeCRC(&(buf[0]), len, 8);
+ }
+ else
+ if (hdr.base__header().
+ get_selection() == Profile2__base__header::ALT_ir__dyn)
+ {
+ if (hdr.base__header().ir__dyn().crc() == 0)
+ buf[crcpos] = ComputeCRC(&(buf[0]), len, 8);
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+} /* Set_Profile2_ROHC_Header */
+
+int
+Set_Profile4_Static_Chain(unsigned char *buf,
+ const Profile4__Static__Chain & chain)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ for (int num = 0; num < chain.size_of(); num++)
+ {
+ switch (chain[num].get_selection())
+ {
+ case Static__Chain__u::ALT_ipv4__stat:
+ len += Set_IPv4_static_chain(&buf[len], chain[num].ipv4__stat());
+ break;
+ case Static__Chain__u::ALT_ipv6__stat:
+ len += Set_IPv6_static_chain(&buf[len], chain[num].ipv6__stat());
+ break;
+ default:
+ Log_not_implemented_union_field
+ ("Profile4_Static_Chain", chain[num].get_selection());
+ break;
+ }
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile4_IPv4_dynamic(unsigned char *buf,
+ const Profile4__IPv4__Dynamic & chain)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ len += Set_LIN1(&buf[len], chain.tos());
+ len += Set_LIN1(&buf[len], chain.ttl());
+ len += Set_LIN2_BO_LAST(&buf[len], chain.identification());
+
+ buf[len] = ShiftUpBit(*chain.df__bit(), 7);
+ buf[len] += ShiftUpBit(*chain.rnd__bit(), 6);
+ buf[len] += ShiftUpBit(*chain.nbo__bit(), 5);
+ buf[len] += ShiftUpBit(*chain.sid__bit(), 4);
+ Check_field_value("IPv4 reserved (dynamic chain)", *chain.reserved(), 0);
+ buf[len] += (*chain.reserved()) & 0x0F;
+ len += 1;
+ len += Set_Encoding_Type_0(&buf[len], chain.genextheadlist());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile4_Dynamic_Chain(unsigned char *buf,
+ const Profile4__Dynamic__Chain & dynch)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ for (int num = 0; num < dynch.size_of(); num++)
+ {
+ switch (dynch[num].get_selection())
+ {
+ case Profile4__Dynamic__Chain__u::ALT_ipv4__dyn:
+ len += Set_Profile4_IPv4_dynamic(&buf[len], dynch[num].ipv4__dyn());
+ break;
+ case Profile4__Dynamic__Chain__u::ALT_ipv6__dyn:
+ len += Set_IPv6_dynamic_chain(&buf[len], dynch[num].ipv6__dyn());
+ break;
+ case Profile4__Dynamic__Chain__u::ALT_sn:
+ len += Set_LIN2_BO_LAST(&buf[len], dynch[num].sn());
+ break;
+ default:
+ Log_not_implemented_union_field
+ ("Profile4_Dynamic_Chain", dynch[num].get_selection());
+ break;
+ }
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile4_ROHC_Header_ir(unsigned char *buf,
+ const Profile4__IR__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 126);
+ buf[len] = ((*hdr.type__ind()) << 1) & 0xFE;
+ Check_field_presence("dynamic chain", *hdr.d() == 1,
+ hdr.dyn__chain().ispresent());
+ buf[len] += ShiftUpBit(*hdr.d(), 0);
+ len += 1;
+ Check_field_value("profile", hdr.profile(), 4);
+ len += Set_LIN1(&buf[len], hdr.profile());
+ len += Set_LIN1(&buf[len], hdr.crc());
+ len += Set_Profile4_Static_Chain(&buf[len], hdr.stat__chain());
+ if (hdr.dyn__chain().ispresent())
+ len += Set_Profile4_Dynamic_Chain(&buf[len], hdr.dyn__chain());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile4_ROHC_Header_irdyn(unsigned char *buf,
+ const Profile4__IR__DYN__header & hdr)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Check_field_value("packet type", (int) *hdr.type__ind(), 248);
+ buf[len] = *hdr.type__ind();
+ len += 1;
+ Check_field_value("profile", hdr.profile(), 4);
+ len += Set_LIN1(&buf[len], hdr.profile());
+ len += Set_LIN1(&buf[len], hdr.crc());
+ len += Set_Profile4_Dynamic_Chain(&buf[len], hdr.dyn__chain());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile4_ROHC_Header_ipid_ah_gre(unsigned char *buf,
+ const Profile4__headers & other_headers)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ len += Set_LIN2_BO_LAST_opt(&buf[len], other_headers.ip__id__outer());
+ len += Set_octetstring_opt(&buf[len], other_headers.ah__outer());
+ len += Set_LIN2_BO_LAST_opt(&buf[len], other_headers.gre__cksum1());
+ len += Set_LIN2_BO_LAST_opt(&buf[len], other_headers.ip__id__inner());
+ len += Set_octetstring_opt(&buf[len], other_headers.ah__inner());
+ len += Set_LIN2_BO_LAST_opt(&buf[len], other_headers.gre__cksum2());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Set_Profile4_ROHC_Header(unsigned char *buf,
+ const Profile4__headers & hdr,
+ ROHC__config const &config)
+{
+ int len = 0, crcpos = 0, cidlen = 0, cid;
+
+ Log_function_name_on_enter();
+
+ switch (hdr.base__header().get_selection())
+ {
+ case Profile4__base__header::ALT_ir:
+ cid = hdr.base__header().ir().cid();
+ crcpos = len + 2;
+ len += Set_Profile4_ROHC_Header_ir(&buf[len], hdr.base__header().ir());
+ break;
+ case Profile4__base__header::ALT_ir__dyn:
+ cid = hdr.base__header().ir__dyn().cid();
+ crcpos = len + 2;
+ len +=
+ Set_Profile4_ROHC_Header_irdyn(&buf[len], hdr.base__header().ir__dyn());
+ break;
+ case Profile1__base__header::ALT_r__0:
+ cid = hdr.base__header().r__0().cid();
+ len += Set_Profile1_ROHC_Header_r0(&buf[len], hdr.base__header().r__0());
+ break;
+ case Profile1__base__header::ALT_r__0__crc:
+ cid = hdr.base__header().r__0__crc().cid();
+ len +=
+ Set_Profile1_ROHC_Header_r0crc(&buf[len],
+ hdr.base__header().r__0__crc());
+ break;
+ case Profile1__base__header::ALT_uo__0:
+ cid = hdr.base__header().uo__0().cid();
+ len += Set_Profile1_ROHC_Header_uo0(&buf[len], hdr.base__header().uo__0());
+ break;
+ case Profile2__base__header::ALT_r__1:
+ cid = hdr.base__header().r__1().cid();
+ len += Set_Profile2_ROHC_Header_r1(&buf[len], hdr.base__header().r__1());
+ break;
+ case Profile2__base__header::ALT_uo__1:
+ cid = hdr.base__header().uo__1().cid();
+ len += Set_Profile2_ROHC_Header_uo1(&buf[len], hdr.base__header().uo__1());
+ break;
+ case Profile2__base__header::ALT_uor__2:
+ cid = hdr.base__header().uor__2().cid();
+ len +=
+ Set_Profile2_ROHC_Header_uor2(&buf[len], hdr.base__header().uor__2());
+ break;
+ default:
+ Log_not_implemented_union_field
+ ("Profile4_base_header", hdr.base__header().get_selection());
+ break;
+ }
+
+ len += Set_Profile2_ROHC_Header_Extension_opt(&buf[len], hdr.ext());
+ len += Set_Profile4_ROHC_Header_ipid_ah_gre(&buf[len], hdr);
+ if (hdr.additional__IP().ispresent())
+ {
+ len += Set_Profile4_Dynamic_Chain(&buf[len], hdr.additional__IP()());
+ }
+
+ cidlen = Set_CID_for_packets(buf, config, cid, len);
+ crcpos += cidlen;
+ len += cidlen;
+
+ if (hdr.base__header().get_selection() == Profile4__base__header::ALT_ir)
+ {
+ if (hdr.base__header().ir().crc() == 0)
+ buf[crcpos] = ComputeCRC(&(buf[0]), len, 8);
+ }
+ else if (hdr.base__header().get_selection() ==
+ Profile4__base__header::ALT_ir__dyn)
+ {
+ if (hdr.base__header().ir__dyn().crc() == 0)
+ buf[crcpos] = ComputeCRC(&(buf[0]), len, 8);
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+OCTETSTRING
+f__ROHC__enc(ROHC__packet__u const &pdu, ROHC__config const &config)
+{
+ unsigned char buf[MAX_PACKET_SIZE];
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ TTCN_logger.begin_event(TTCN_DEBUG);
+ config.log();
+ pdu.log();
+ TTCN_logger.end_event();
+
+ if (pdu.get_selection() == ROHC__packet__u::ALT_segment)
+ {
+ // Processing padding
+ len += Set_octetstring_opt(&buf[len], pdu.segment().padding());
+ // Processing feedback
+ len +=
+ Set_ROHC_Feedback_opt(&buf[len],
+ pdu.segment().feedback(), config.large__cid());
+ // Processing segment header
+ Check_field_value("segment header id",
+ pdu.segment().segment__header__id(), 127);
+ buf[len] = (pdu.segment().segment__header__id() << 1) & 0xFE;
+ if (pdu.segment().final())
+ buf[len] += 1;
+ len += 1;
+ // Processing payload
+ len += Set_octetstring_opt(&buf[len], pdu.segment().payload());
+ // Processing CRC
+ if (pdu.segment().crc().ispresent())
+ {
+ buf[len] = (pdu.segment().crc()() >> 24) & 0xFF;
+ len += 1;
+ buf[len] = (pdu.segment().crc()() >> 16) & 0xFF;
+ len += 1;
+ buf[len] = (pdu.segment().crc()() >> 8) & 0xFF;
+ len += 1;
+ buf[len] = pdu.segment().crc()() & 0xFF;
+ len += 1;
+ }
+ }
+ else if (pdu.get_selection() == ROHC__packet__u::ALT_rohc)
+ {
+ // Processing padding
+ len += Set_octetstring_opt(&buf[len], pdu.rohc().padding());
+ // Processing feedback
+ len += Set_ROHC_Feedback_opt(&buf[len],
+ pdu.rohc().feedback(), config.large__cid());
+ // Processing ROHC header
+ switch (pdu.rohc().header().get_selection())
+ {
+ case Header::ALT_prof0:
+ len += Set_ROHC_Header_Profile0(&buf[len], pdu.rohc().header().prof0(),
+ config);
+ break;
+ case Header::ALT_prof1:
+ len += Set_Profile1_ROHC_Header(&buf[len], pdu.rohc().header().prof1(),
+ config);
+ break;
+ case Header::ALT_prof2:
+ len += Set_Profile2_ROHC_Header(&buf[len], pdu.rohc().header().prof2(),
+ config);
+ break;
+ case Header::ALT_prof4:
+ len += Set_Profile4_ROHC_Header(&buf[len], pdu.rohc().header().prof4(),
+ config);
+ break;
+ default:
+ Log_not_implemented_union_field("Header",
+ pdu.rohc().header().get_selection());
+ break;
+ }
+
+ // Processing payload
+ len += Set_octetstring_opt(&buf[len], pdu.rohc().payload());
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return OCTETSTRING(len, &(buf[0]));
+}
+
+
+
+
+
+/* ============ Decoding functions for base types ============ */
+
+/* Mirrors the bits of an octet and returns the same pointer. */
+unsigned char *
+Convert_bitstring(unsigned char *buf, int len)
+{
+ unsigned char dst_buf = 0;
+
+ if (len > 8)
+ {
+ TTCN_error("Bitstring is too long, at most 8 bits can be converted");
+ }
+ for (int i = 0; i < 8; i++)
+ {
+ dst_buf += ShiftUpBit(ShiftDownBit(buf[0], i), 7 - i);
+ }
+ buf[0] = dst_buf;
+
+ return buf;
+}
+
+/* Decodes an OCTETSTING value */
+int
+Get_octetstring(const unsigned char *buf, OCTETSTRING & octstr, int length)
+{
+ octstr = OCTETSTRING(length, buf);
+ return length;
+}
+
+/* Decodes a LIN1 value */
+int
+Get_LIN1(const unsigned char *buf, LIN1 & var)
+{
+ var = LIN1(buf[0]);
+ return 1;
+}
+
+/* Decodes a LIN2_BO_LAST value */
+int
+Get_LIN2_BO_LAST(const unsigned char *buf, LIN2__BO__LAST & var)
+{
+ var = (buf[0] << 8) + buf[1];
+ return 2;
+}
+
+/* Decodes a LIN4_BO_LAST value */
+int
+Get_LIN4_BO_LAST(const unsigned char *buf, LIN4__BO__LAST & var)
+{
+ var = (buf[0] << 24) + (buf[1] << 16) + (buf[2] << 8) + buf[3];
+ return 4;
+}
+
+int
+Get_SDVL_field(const unsigned char *buf, INTEGER & dest)
+{
+ int len = 0;
+ int decoded_value;
+
+ Log_function_name_on_enter();
+
+ if ((buf[len] & 0x80) == 0)
+ {
+ dest = buf[len] & 0x7F;
+ len += 1;
+ }
+ else if ((buf[len] & 0xC0) == 0x80)
+ {
+ dest = ((buf[len] << 8) & 0x3F00) + (buf[len + 1] & 0xFF);
+ len += 2;
+ }
+ else if ((buf[len] & 0xE0) == 0xC0)
+ {
+ dest =
+ ((buf[len] << 16) & 0x1F0000) +
+ ((buf[len + 1] << 8) & 0xFF00) + (buf[len + 2] & 0xFF);
+ len += 3;
+ }
+ else // if ((buf[len] & 0xE0) == 0xE0)
+ {
+ dest =
+ ((buf[len] << 24) & 0x1F000000) +
+ ((buf[len + 1] << 16) & 0xFF0000) +
+ ((buf[len + 2] << 8) & 0xFF00) + (buf[len + 3] & 0xFF);
+ len += 4;
+ }
+
+ decoded_value = dest;
+ TTCN_logger.log(TTCN_DEBUG, "Decoded value is %u (encoded on %u octets)",
+ decoded_value, len);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+/* ============ Decoding wrappers for optional base types ============ */
+
+/* Decodes a optional octetstring value */
+int
+Get_octetstring_opt(const unsigned char *buf, OPTIONAL < OCTETSTRING > &var,
+ bool hasvalue, int length)
+{
+ if (hasvalue)
+ {
+ return Get_octetstring(buf, var(), length);
+ }
+ var = OMIT_VALUE;
+ return 0;
+}
+
+/* Decodes a optional LIN1 value */
+int
+Get_LIN1_opt(const unsigned char *buf, OPTIONAL < LIN1 > &var, bool hasvalue)
+{
+ if (hasvalue)
+ {
+ return Get_LIN1(buf, var());
+ }
+ var = OMIT_VALUE;
+ return 0;
+}
+
+/* Decodes a optional LIN2_BO_LAST value */
+int
+Get_LIN2_BO_LAST_opt(const unsigned char *buf,
+ OPTIONAL < LIN2__BO__LAST > &var, bool hasvalue)
+{
+ if (hasvalue)
+ {
+ return Get_LIN2_BO_LAST(buf, var());
+ }
+ var = OMIT_VALUE;
+ return 0;
+}
+
+/* Decodes a optional LIN4_BO_LAST value */
+int
+Get_LIN4_BO_LAST_opt(const unsigned char *buf,
+ OPTIONAL < LIN4__BO__LAST > &var, bool hasvalue)
+{
+ if (hasvalue)
+ {
+ return Get_LIN4_BO_LAST(buf, var());
+ }
+ var = OMIT_VALUE;
+ return 0;
+}
+
+/* Decodes a optional SDVL value */
+int
+Get_SDVL_field_opt(const unsigned char *buf,
+ OPTIONAL < INTEGER > &var, bool hasvalue)
+{
+ if (hasvalue)
+ {
+ return Get_SDVL_field(buf, var());
+ }
+ var = OMIT_VALUE;
+ return 0;
+}
+
+/* ============ Decoding functions for ROHC types ============ */
+
+/* Returns the number of matching octets, that are the same as the passed
+ 'octet'. */
+int
+Strip_leading_octet(const unsigned char *buf, int length, unsigned char octet)
+{
+ int len = 0;
+
+ while ((buf[len] == octet) && (len < length))
+ len += 1;
+ return len;
+}
+
+int
+Get_ROHC_Padding(const unsigned char *buf, int length,
+ OPTIONAL < Padding > &p_padding, ROHC__config & config)
+{
+ int len = Strip_leading_octet(buf, length, 0xE0);
+
+ Log_function_name_on_enter();
+
+ if (len > 0)
+ {
+ p_padding = OCTETSTRING(len, &(buf[0]));
+ Log_hexdump(buf, len);
+ }
+ else
+ p_padding = OMIT_VALUE;
+
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_CID(const unsigned char *buf, INT14b__BO__LAST & cid,
+ ROHC__config & config)
+{
+ int len = 0;
+ int dec_cid;
+
+ Log_function_name_on_enter();
+
+ if (config.large__cid() == false)
+ {
+ if ((buf[len] & 0xF0) == 0xE0)
+ {
+ cid = buf[len] & 0x0F;
+ len += 1;
+ }
+ else
+ cid = 0;
+ }
+ else
+ {
+ len += Get_SDVL_field(&buf[len], cid);
+ }
+
+ dec_cid = cid;
+ TTCN_logger.log(TTCN_DEBUG, "Decoded CID = %u", dec_cid);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_feedback(const unsigned char *buf, Feedback__u & feedback,
+ ROHC__config & config)
+{
+ int len = 0, fbsize = 0, cidlen;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ ctemp = (buf[len] >> 3) & 0x1F;
+ feedback.feedback__type() = BITSTRING(5, &ctemp);
+ feedback.code() = buf[len] & 0x07;
+ fbsize = feedback.code();
+ len += 1;
+ len += Get_LIN1_opt(&buf[len], feedback.size(), feedback.code() == 0);
+ if (feedback.size().ispresent())
+ {
+ fbsize = feedback.size()();
+ }
+
+ cidlen = Get_CID(&buf[len], feedback.feedback__data().cid(), config);
+ fbsize -= cidlen;
+ len += cidlen;
+
+ if (fbsize == 1) /* Feedback type 1 */
+ {
+ len += Get_octetstring(&buf[len],
+ feedback.feedback__data().feedback__type().
+ feedback1(), fbsize);
+ }
+ else /* Feedback type 2 */
+ {
+ int optnum = 0;
+ Feedback__opts fbopts;
+ Feedback2 feedback2;
+
+ feedback2.acktype() = (buf[len] >> 6) & 0x03;
+ feedback2.mode() = (buf[len] >> 4) & 0x03;
+ ctemp = buf[len] & 0x0F;
+ len += 1;
+ fbsize -= 1;
+ feedback2.sn() = ((ctemp << 8) & 0x0F00) + buf[len];
+ len += 1;
+ fbsize -= 1;
+ feedback2.feedback__opts() = OMIT_VALUE;
+ while (fbsize > 0)
+ {
+ fbopts[optnum].opt__type() = (buf[len] >> 4) & 0x0F;
+ fbopts[optnum].opt__len() = buf[len] & 0x0F;
+ len += 1;
+ fbsize -= 1;
+ if (fbopts[optnum].opt__len())
+ {
+ len += Get_octetstring(&buf[len], fbopts[optnum].opt__data(),
+ fbopts[optnum].opt__len());
+ fbsize -= fbopts[optnum].opt__len();
+ }
+ else
+ fbopts[optnum].opt__data() = OMIT_VALUE;
+ feedback2.feedback__opts() = fbopts;
+ optnum += 1;
+ }
+
+ feedback.feedback__data().feedback__type().feedback2() = feedback2;
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_ROHC_Feedback(const unsigned char *buf,
+ int length,
+ OPTIONAL < Feedback > &feedback, ROHC__config & config)
+{
+ int len = 0, fbnum = 0;
+
+ Log_function_name_on_enter();
+
+ feedback = OMIT_VALUE;
+ while (((buf[len] & 0xF8) == 0xF0) && (len < length))
+ {
+ len += Get_feedback(&buf[len], feedback()[fbnum], config);
+ fbnum++;
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_XI_list(const unsigned char *buf,
+ OPTIONAL < XI__list > &xilist, int m,
+ const BITSTRING & ps_bit, int *itemnum,
+ OPTIONAL < BITSTRING > &padding)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ if (!m)
+ {
+ xilist = OMIT_VALUE;
+ padding = OMIT_VALUE;
+ return len;
+ }
+
+ if ((*ps_bit) == 1)
+ {
+ for (int num = 0; num < m; num++)
+ {
+ ctemp = ShiftDownBit(buf[len], 7);
+ xilist().xi__item8()[num].x__ind() = BITSTRING(1, &ctemp);
+ if (ctemp)
+ *itemnum += 1;
+ xilist().xi__item8()[num].index() = buf[len] & 0x7F;
+ len += 1;
+ }
+ padding = OMIT_VALUE;
+ }
+ else
+ {
+ int halfbyte = 0;
+
+ for (int num = 0; num < m; num++)
+ {
+ if (halfbyte)
+ {
+ ctemp = ShiftDownBit(buf[len], 3);
+ xilist().xi__item4()[num].x__ind() = BITSTRING(1, &ctemp);
+ if (ctemp)
+ *itemnum += 1;
+ xilist().xi__item4()[num].index() = buf[len] & 0x07;
+ len += 1;
+ }
+ else
+ {
+ ctemp = ShiftDownBit(buf[len], 7);
+ xilist().xi__item4()[num].x__ind() = BITSTRING(1, &ctemp);
+ if (ctemp)
+ *itemnum += 1;
+ xilist().xi__item4()[num].index() = (buf[len] >> 4) & 0x07;
+ }
+ halfbyte = 1 - halfbyte; /* Invert the value */
+ }
+ /* Padding */
+ if (halfbyte == 1)
+ {
+ ctemp = buf[len] & 0x0F;
+ padding() = BITSTRING(4, &ctemp);
+ len += 1;
+ }
+ else
+ padding = OMIT_VALUE;
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Item_list(const unsigned char *buf,
+ OPTIONAL < Item__list > &item_list, int n,
+ Item__list::union_selection_type selection,
+ t_dat *dat, int ip_idx)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (n == 0)
+ {
+ item_list = OMIT_VALUE;
+ Log_function_name_on_leave();
+ return len;
+ }
+
+ TTCN_logger.log(TTCN_DEBUG, "Expecting %u items", n);
+
+ /* Item list is an IP extension header list */
+ if (selection == Item__list::ALT_ip__item__list)
+ {
+ IP__Item__list & itlist = item_list().ip__item__list();
+ for (int num = 0; num < n; num++)
+ {
+ int headid = buf[len];
+ len += 1;
+
+ TTCN_logger.log(TTCN_DEBUG, "%uth item", num);
+
+ if (headid == c__ip__proto__ah)
+ {
+ AH__item & item = itlist[num].ah__item();
+ int payload_length, ah_data_len;
+
+ TTCN_logger.log(TTCN_DEBUG, "AH header found");
+ item.nexthead() = headid;
+ len += Get_LIN1(&buf[len], item.payload__len());
+ payload_length = item.payload__len();
+ ah_data_len = (item.payload__len() - 1) * 4;
+ len += Get_LIN2_BO_LAST(&buf[len], item.reserved());
+ len += Get_LIN4_BO_LAST(&buf[len], item.spi());
+ len += Get_LIN4_BO_LAST(&buf[len], item.sn());
+ len += Get_octetstring_opt(&buf[len], item.auth__data(),
+ item.payload__len() != 1, ah_data_len);
+ dat->context.ip__ctx()[ip_idx].ah__data__len() = ah_data_len;
+ dat->context.ip__ctx()[ip_idx].ah__present() = true;
+ // There is no compressed AH data after the base header
+ dat->compressed_ah_data_len[ip_idx] = 0;
+ TTCN_logger.log(TTCN_DEBUG,
+ "AH payload length is %d meaning %d octets",
+ payload_length, ah_data_len);
+ Log_hexdump(buf, len);
+ }
+ else if (headid == c__ip__proto__mine)
+ {
+ unsigned char ctemp;
+ MINE__item & item = itlist[num].mine__item();
+
+ TTCN_logger.log(TTCN_DEBUG, "MINE header found");
+ item.protocol() = headid;
+ ctemp = ShiftDownBit(buf[len], 7);
+ item.s__bit() = BITSTRING(1, &ctemp);
+ item.reserved() = BITSTRING(7, &buf[len]);
+ len += 1;
+ len += Get_LIN2_BO_LAST(&buf[len], item.cksum());
+ len += Get_octetstring(&buf[len], item.dstaddr(), 4);
+ len += Get_octetstring_opt(&buf[len], item.srcaddr(),
+ *item.s__bit() == 1, 4);
+ Log_hexdump(buf, len);
+ }
+ else if (headid == c__ip__proto__esp)
+ {
+ ESP__item & item = itlist[num].esp__item();
+
+ TTCN_logger.log(TTCN_DEBUG, "ESP header found");
+ item.nexthead() = headid;
+ len += Get_LIN4_BO_LAST(&buf[len], item.spi());
+ len += Get_LIN4_BO_LAST(&buf[len], item.sn());
+
+ dat->context.ip__ctx()[ip_idx].esp__present() = true;
+ Log_hexdump(buf, len);
+ }
+ else if (headid == c__ip__proto__gre2)
+ {
+ GRE__item & item = itlist[num].gre__item();
+ unsigned char ctemp;
+
+ TTCN_logger.log(TTCN_DEBUG, "GRE header found");
+ item.nexthead() = headid;
+ ctemp = ShiftDownBit(buf[len], 7);
+ item.C__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 6);
+ item.reserved__1() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ item.K__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 4);
+ item.S__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 3);
+ item.reserved__2() = BITSTRING(1, &ctemp);
+ ctemp = buf[len] & 0x07;
+ item.version() = BITSTRING(3, &ctemp);
+ len += 1;
+ len += Get_LIN2_BO_LAST_opt(&buf[len], item.cksum(),
+ *item.C__bit() == 1);
+ len += Get_LIN4_BO_LAST_opt(&buf[len], item.key(),
+ *item.K__bit() == 1);
+ len += Get_LIN4_BO_LAST_opt(&buf[len], item.sn(), *item.S__bit() == 1);
+
+ dat->context.ip__ctx()[ip_idx].gre__cksum__present() = (*item.C__bit() == 1);
+ dat->context.ip__ctx()[ip_idx].gre__present() = true;
+ // There is no compressed GRE data after the base header
+ dat->ipx_gre_cksum_present[ip_idx] = false;
+ Log_hexdump(buf, len);
+ }
+ else /* Assuming IPv6 extension header */
+ /* TODO check: why only these were supported:
+ if (headid == 0 || headid == 43 || headid == 60) */
+ {
+ IPv6__ext__item & item = itlist[num].ipv6__ext__item();
+ int ext_len;
+ int ext_len_oct;
+
+ TTCN_logger.log(TTCN_DEBUG, "IPv6 header found (type %d)", headid);
+ item.nexthead() = headid;
+ len += Get_LIN1(&buf[len], item.hdr__ext__len());
+ ext_len_oct = item.hdr__ext__len();
+ ext_len = (item.hdr__ext__len() + 1) * 8;
+ TTCN_logger.log(TTCN_DEBUG,
+ "IPv6 extension length is %d meaning %d octets",
+ ext_len_oct, ext_len);
+ // 2 octets already been read
+ len += Get_octetstring(&buf[len], item.data(), ext_len - 2);
+ Log_hexdump(buf, len);
+ }
+ } /* for (num) */
+ }
+ else if (selection == Item__list::ALT_csrc__item__list)
+ {
+ for (int num = 0; num < n; num++)
+ {
+ TTCN_logger.log(TTCN_DEBUG, "%uth item", num);
+
+ len +=
+ Get_octetstring(&buf[len], item_list().csrc__item__list()[num], 4);
+ }
+ }
+ else if (selection == Item__list::ALT_raw__data)
+ {
+ /* TODO: RAW_data field is just a temporary hack for Profile4 tests */
+ RAW__data & itlist = item_list().raw__data();
+
+ for (int num = 0; num < n; num++)
+ {
+ int headid = char2int(buf[len]);
+
+ if (headid == 0 || headid == 43 || headid == 60)
+ {
+ int itemlimit = char2int(buf[len + 1]) + 1 * 8;
+ for (int itemlen = 0; itemlen < itemlimit; itemlen++)
+ {
+ if (itemlen == 0)
+ itlist[num] = OCTETSTRING(1, &buf[len]);
+ else
+ itlist[num] = itlist[num] + OCTETSTRING(1, &buf[len]);
+ len += 1;
+ }
+ }
+ else if (headid == 51)
+ {
+ int itemlimit = char2int(buf[len + 1]) + 1 * 8;
+ for (int itemlen = 0; itemlen < itemlimit; itemlen++)
+ {
+ if (itemlen == 0)
+ itlist[num] = OCTETSTRING(1, &buf[len]);
+ else
+ itlist[num] = itlist[num] + OCTETSTRING(1, &buf[len]);
+ len += 1;
+ }
+ }
+ else if (headid == 50)
+ {
+ for (int itemlen = 0; itemlen < 9; itemlen++)
+ {
+ if (itemlen == 0)
+ itlist[num] = OCTETSTRING(1, &buf[len]);
+ else
+ itlist[num] = itlist[num] + OCTETSTRING(1, &buf[len]);
+ len += 1;
+ }
+ }
+ else if (headid == 55 || headid == 47)
+ {
+ for (int itemlen = 0; itemlen < 13; itemlen++)
+ {
+ if (itemlen == 0)
+ itlist[num] = OCTETSTRING(1, &buf[len]);
+ else
+ itlist[num] = itlist[num] + OCTETSTRING(1, &buf[len]);
+ len += 1;
+ }
+ }
+ else
+ TTCN_logger.log(TTCN_WARNING,
+ "Unrecognized element in encoding type 0");
+ }
+ }
+ else
+ {
+ Log_not_implemented_union_field("Item_list", selection);
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Encoding_Type_0(Enc__Type__0 & enct0, const unsigned char *buf,
+ Item__list::union_selection_type selection,
+ t_dat *dat, int ip_idx)
+{
+ unsigned char ctemp;
+ int itemnum = 0;
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ ctemp = (buf[len] >> 6) & 0x03;
+ enct0.et() = BITSTRING(2, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ enct0.gp__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 4);
+ enct0.ps__bit() = BITSTRING(1, &ctemp);
+ enct0.cc() = buf[len] & 0x0F;
+ len += 1;
+ len += Get_LIN1_opt(&buf[len], enct0.gen__id(), (*enct0.gp__bit()) == 1);
+ len += Get_XI_list(&buf[len], enct0.xi__list(),
+ enct0.cc(), enct0.ps__bit(), &itemnum, enct0.padding());
+ len += Get_Item_list(&buf[len], enct0.item__list(), itemnum, selection,
+ dat, ip_idx);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Encoding_Type_1(Enc__Type__1 & enct1, const unsigned char *buf,
+ Item__list::union_selection_type selection,
+ t_dat *dat, int ip_idx)
+{
+ unsigned char ctemp;
+ int knum = 0, itemnum = 0, len = 0;
+
+ Log_function_name_on_enter();
+
+ ctemp = (buf[len] >> 6) & 0x03;
+ enct1.et() = BITSTRING(2, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ enct1.gp__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 4);
+ enct1.ps__bit() = BITSTRING(1, &ctemp);
+ enct1.xi1() = buf[len] & 0x0F;
+ len += 1;
+ len += Get_LIN1_opt(&buf[len], enct1.gen__id(), (*enct1.gp__bit()) == 1);
+ len += Get_LIN1(&buf[len], enct1.ref__id());
+ if ((buf[len] & 0x80) == 0) /* 1 octet insertion mask */
+ {
+ for (int i = 0; i < 8; i++)
+ {
+ if (ShiftDownBit(buf[len], i) == 1)
+ knum++;
+ }
+ len += Get_octetstring(&buf[len], enct1.insbitmask(), 1);
+ }
+ else /* 2 octets insertion mask */
+ {
+ for (int i = 0; i < 8; i++)
+ if (ShiftDownBit(buf[len], i) == 1)
+ knum++;
+ for (int i = 0; i < 8; i++)
+ if (ShiftDownBit(buf[len + 1], i) == 1)
+ knum++;
+ len += Get_octetstring(&buf[len], enct1.insbitmask(), 2);
+ }
+
+ /* Determine whether xi1 already contains the first index */
+ if ((*enct1.ps__bit()) == 0)
+ {
+ knum--;
+ }
+ len +=
+ Get_XI_list(&buf[len], enct1.xi__list(),
+ knum, enct1.ps__bit(), &itemnum, enct1.padding());
+ len += Get_Item_list(&buf[len], enct1.item__list(), itemnum, selection,
+ dat, ip_idx);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+
+int
+Get_Encoding_Type_2(Enc__Type__2 & enct2, const unsigned char *buf,
+ Item__list::union_selection_type selection)
+{
+ unsigned char ctemp;
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ ctemp = (buf[len] >> 6) & 0x03;
+ enct2.et() = BITSTRING(2, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ enct2.gp__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 4);
+ enct2.res() = BITSTRING(1, &ctemp);
+ enct2.count() = buf[len] & 0x0F;
+ len += 1;
+ len += Get_LIN1_opt(&buf[len], enct2.gen__id(), (*enct2.gp__bit()) == 1);
+ len += Get_LIN1(&buf[len], enct2.ref__id());
+ if ((buf[len] & 0x80) == 0)
+ len += Get_octetstring(&buf[len], enct2.rembitmask(), 1);
+ else
+ len += Get_octetstring(&buf[len], enct2.rembitmask(), 2);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+
+int
+Get_Encoding_Type_3(Enc__Type__3 & enct3, const unsigned char *buf,
+ Item__list::union_selection_type selection,
+ t_dat *dat, int ip_idx)
+{
+ unsigned char ctemp;
+ int itemnum = 0;
+ int knum = 0;
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ ctemp = (buf[len] >> 6) & 0x03;
+ enct3.et() = BITSTRING(2, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ enct3.gp__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 4);
+ enct3.ps__bit() = BITSTRING(1, &ctemp);
+ enct3.xi1() = buf[len] & 0x0F;
+ len += 1;
+ len += Get_LIN1_opt(&buf[len], enct3.gen__id(), (*enct3.gp__bit()) == 1);
+ len += Get_LIN1(&buf[len], enct3.ref__id());
+ if ((buf[len] & 0x80) == 0)
+ len += Get_octetstring(&buf[len], enct3.rembitmask(), 1);
+ else
+ len += Get_octetstring(&buf[len], enct3.rembitmask(), 2);
+
+ if ((buf[len] & 0x80) == 0) /* 1 octet insertion mask */
+ {
+ for (int i = 0; i < 8; i++)
+ {
+ if (ShiftDownBit(buf[len], i) == 1)
+ knum++;
+ }
+ len += Get_octetstring(&buf[len], enct3.insbitmask(), 1);
+ }
+ else /* 2 octets insertion mask */
+ {
+ for (int i = 0; i < 8; i++)
+ if (ShiftDownBit(buf[len], i) == 1)
+ knum++;
+ for (int i = 0; i < 8; i++)
+ if (ShiftDownBit(buf[len + 1], i) == 1)
+ knum++;
+ len += Get_octetstring(&buf[len], enct3.insbitmask(), 2);
+ }
+
+ /* Determine whether xi1 already contains the first index */
+ if ((*enct3.ps__bit()) == 0)
+ {
+ knum--;
+ }
+ len += Get_XI_list(&buf[len], enct3.xi__list(),
+ knum, enct3.ps__bit(), &itemnum, enct3.padding());
+ len += Get_Item_list(&buf[len], enct3.item__list(), itemnum, selection,
+ dat, ip_idx);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Compr_head_list(Compr__head__list & chl, const unsigned char *buf,
+ Item__list::union_selection_type selection,
+ t_dat *dat, int ip_idx)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if ((buf[len] & 0xC0) == 0)
+ len += Get_Encoding_Type_0(chl.enctype0(), &buf[len], selection,
+ dat, ip_idx);
+ else if ((buf[len] & 0xC0) == 0x40)
+ len += Get_Encoding_Type_1(chl.enctype1(), &buf[len], selection,
+ dat, ip_idx);
+ else if ((buf[len] & 0xC0) == 0x80)
+ len += Get_Encoding_Type_2(chl.enctype2(), &buf[len], selection);
+ else
+ len += Get_Encoding_Type_3(chl.enctype3(), &buf[len], selection,
+ dat, ip_idx);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_ipv4_dynamic(const unsigned char *buf, IPv4__Dynamic & chain,
+ t_dat *dat, int ip_level)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ len += Get_LIN1(&buf[len], chain.tos());
+ len += Get_LIN1(&buf[len], chain.ttl());
+ len += Get_LIN2_BO_LAST(&buf[len], chain.identification());
+ ctemp = ShiftDownBit(buf[len], 7);
+ chain.df__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 6);
+ chain.rnd__bit() = BITSTRING(1, &ctemp);
+ dat->context.ip__ctx()[ip_level].rnd__bit() = BOOLEAN(ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ chain.nbo__bit() = BITSTRING(1, &ctemp);
+ ctemp = buf[len] & 0x1F;
+ chain.reserved() = BITSTRING(5, &ctemp);
+ len += 1;
+ len += Get_Encoding_Type_0(chain.genextheadlist(),
+ &buf[len], Item__list::ALT_ip__item__list,
+ dat, ip_level);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_ipv4_static(const unsigned char *buf, IPv4__Static & chain)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ chain.version() = (buf[len] >> 4) & 0x0F;
+ chain.reserved() = buf[len] & 0x0F;
+ len += 1;
+ len += Get_LIN1(&buf[len], chain.proto());
+ len += Get_octetstring(&buf[len], chain.srcaddr(), 4);
+ len += Get_octetstring(&buf[len], chain.dstaddr(), 4);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_ipv6_static(const unsigned char *buf, IPv6__Static & chain)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ chain.version() = (buf[len] >> 4) & 0x0F;
+ chain.flowlabel() =
+ ((buf[len] & 0x0F) << 16) + (buf[len + 1] << 8) + buf[len + 2];
+ len += 3;
+ len += Get_LIN1(&buf[len], chain.nexthead());
+ len += Get_octetstring(&buf[len], chain.srcaddr(), 16);
+ len += Get_octetstring(&buf[len], chain.dstaddr(), 16);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_ipv6_dynamic(const unsigned char *buf, IPv6__Dynamic & chain,
+ t_dat *dat, int ip_level)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ len += Get_LIN1(&buf[len], chain.trafficclass());
+ len += Get_LIN1(&buf[len], chain.hoplimit());
+ len += Get_Encoding_Type_0(chain.genextheadlist(), &buf[len],
+ Item__list::ALT_ip__item__list, dat, ip_level);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_udp_static(const unsigned char *buf, UDP__Static & chain)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ len += Get_LIN2_BO_LAST(&buf[len], chain.srcport());
+ len += Get_LIN2_BO_LAST(&buf[len], chain.dstport());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_udp_dynamic_wo_sn(const unsigned char *buf,
+ UDP__Dynamic & chain, t_dat *dat)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ len += Get_LIN2_BO_LAST(&buf[len], chain.cksum());
+ if (chain.cksum() == 0)
+ {
+ /* Checksum value 0 means that no UDP checksum is present in the
+ forthcoming compressed packets. */
+ dat->context.udp__ctx().udp__cksum() = false;
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_udp_dynamic_w_sn(const unsigned char *buf,
+ Profile2__UDP__Dynamic & chain, t_dat *dat)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ len += Get_LIN2_BO_LAST(&buf[len], chain.cksum());
+ len += Get_LIN2_BO_LAST(&buf[len], chain.udp__sn());
+ if (chain.cksum() == 0)
+ {
+ /* Checksum value 0 means that no UDP checksum is present in the
+ forthcoming compressed packets. */
+ dat->context.udp__ctx().udp__cksum() = false;
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_rtp_static(const unsigned char *buf, RTP__Static & chain)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ len += Get_octetstring(&buf[len], chain.ssrc(), 4);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_rtp_dynamic(const unsigned char *buf, RTP__Dynamic & chain,
+ t_dat *dat)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ chain.vfield() = (buf[len] >> 6) & 0x03;
+ ctemp = ShiftDownBit(buf[len], 5);
+ chain.pbit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 4);
+ chain.rxbit() = BITSTRING(1, &ctemp);
+ chain.ccfield() = buf[len] & 0x0F;
+ len += 1;
+ ctemp = ShiftDownBit(buf[len], 7);
+ chain.mbit() = BITSTRING(1, &ctemp);
+ chain.ptfield() = buf[len] & 0x7F;
+ len += 1;
+ len += Get_LIN2_BO_LAST(&buf[len], chain.rtpseqnum());
+ len += Get_LIN4_BO_LAST(&buf[len], chain.rtpts());
+ len += Get_Encoding_Type_0(chain.gencsrclist(),
+ &buf[len], Item__list::ALT_csrc__item__list,
+ dat, 0);
+ if ((*chain.rxbit()) == 1)
+ {
+ Rx__Field & rxfield = chain.rx__field();
+
+ ctemp = (buf[len] >> 5) & 0x07;
+ rxfield.reserved() = BITSTRING(3, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 4);
+ rxfield.xbit() = BITSTRING(1, &ctemp);
+ rxfield.mode() = (buf[len] >> 2) & 0x03;
+ ctemp = ShiftDownBit(buf[len], 1);
+ rxfield.tisbit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 0);
+ rxfield.tssbit() = BITSTRING(1, &ctemp);
+ len += 1;
+ len += Get_SDVL_field_opt(&buf[len], chain.ts__stride(),
+ *rxfield.tssbit() == 1);
+ len += Get_SDVL_field_opt(&buf[len], chain.time__stride(),
+ *rxfield.tisbit() == 1);
+ }
+ else
+ {
+ chain.rx__field() = OMIT_VALUE;
+ chain.ts__stride() = OMIT_VALUE;
+ chain.time__stride() = OMIT_VALUE;
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+/* Reads the compressed IP-ID field after the base header */
+int
+Get_IP_ID_compressed_opt(unsigned char *buf,
+ OPTIONAL < LIN2__BO__LAST > &field,
+ t_dat *dat, int ip_level)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (dat->context.pkt() != Packet__type::IR && dat->context.pkt() != Packet__type::IR__DYN)
+ {
+ int ip_idx = getIPidx(dat, ip_level);
+ TTCN_logger.log(TTCN_DEBUG, "iplevel = %d, ip_idx = %d", ip_level, ip_idx);
+
+ if (ip_idx >= 0)
+ {
+ if (dat->context.ip__ctx()[ip_idx].rnd__bit())
+ len += Get_LIN2_BO_LAST(&buf[len], field());
+ else
+ field = OMIT_VALUE;
+ }
+ else
+ field = OMIT_VALUE;
+ }
+ else
+ field = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+/* Reads the AH data field after the base header */
+int
+Get_AH_data_opt(unsigned char *buf,
+ OPTIONAL < OCTETSTRING > &field, t_dat *dat,
+ int ip_level)
+{
+ int len = 0;
+ int ip_idx = getIPidx(dat, ip_level);
+
+ Log_function_name_on_enter();
+
+ TTCN_logger.log(TTCN_DEBUG, "iplevel = %d, ip_idx = %d", ip_level, ip_idx);
+
+ /* AH present */
+ if (ip_idx >= 0)
+ {
+ int ah_len = dat->compressed_ah_data_len[ip_idx];
+
+ if (ah_len > 0)
+ len += Get_octetstring(&buf[len], field(), ah_len);
+ else
+ field = OMIT_VALUE;
+ }
+ else
+ field = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+/* Reads the GRE checksum field after the base header */
+int
+Get_GRE_cksum_opt(unsigned char *buf,
+ OPTIONAL < LIN2__BO__LAST > &field, t_dat *dat,
+ int ip_level)
+{
+ int len = 0;
+ int ip_idx = getIPidx(dat, ip_level);
+
+ Log_function_name_on_enter();
+
+ TTCN_logger.log(TTCN_DEBUG, "iplevel = %d, ip_idx = %d", ip_level, ip_idx);
+
+ /* Compressed packet and GRE present */
+ if (ip_idx >= 0)
+ {
+ if (dat->ipx_gre_cksum_present[ip_idx])
+ len += Get_LIN2_BO_LAST(&buf[len], field());
+ else
+ field = OMIT_VALUE;
+ }
+ else
+ field = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+/* Reads the UDP checksum field after the base header */
+int
+Get_UDP_cksum_opt(unsigned char *buf,
+ OPTIONAL < LIN2__BO__LAST > &field, t_dat *dat)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (dat->context.pkt() != Packet__type::IR && dat->context.pkt() != Packet__type::IR__DYN &&
+ dat->context.udp__ctx().udp__cksum())
+ {
+ len += Get_LIN2_BO_LAST(&buf[len], field());
+ }
+ else
+ field = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_AEGSeqnum_opt(OPTIONAL < AEGSeqnum > &seqn, const unsigned char *buf,
+ bool hasvalue)
+{
+ unsigned char ctemp;
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (hasvalue)
+ {
+ if ((buf[len] & 0x80) == 0)
+ {
+ ctemp = ShiftDownBit(buf[len], 7);
+ seqn().short__form().ind() = BITSTRING(1, &ctemp);
+ seqn().short__form().lsb__of__seqnum() = buf[len] & 0x7F;
+ len += 1;
+ }
+ else
+ {
+ ctemp = ShiftDownBit(buf[len], 7);
+ seqn().long__form().ind() = BITSTRING(1, &ctemp);
+ seqn().long__form().lsb__of__seqnum() =
+ ((buf[len] & 0x7F) << 24) +
+ (buf[len + 1] << 16) + (buf[len + 2] << 8) + buf[len + 3];
+ len += 4;
+ }
+ }
+ else
+ seqn = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Inner_IP_flags_opt(unsigned char *buf,
+ OPTIONAL < Inner__IP__flags > &field,
+ t_dat *dat, bool hasvalue)
+{
+ int len = 0;
+ int ip_idx = getIPidx(dat, Inner_IP);
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ TTCN_logger.log(TTCN_DEBUG, "iplevel = %d, ip_idx = %d", Inner_IP, ip_idx);
+
+ if (hasvalue)
+ {
+ ctemp = ShiftDownBit(buf[len], 7);
+ field().tos() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 6);
+ field().ttl() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ field().df() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 4);
+ field().pr() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 3);
+ field().ipx() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 2);
+ field().nbo() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 1);
+ field().rnd__bit() = BITSTRING(1, &ctemp);
+ dat->context.ip__ctx()[ip_idx].rnd__bit() = BOOLEAN(ctemp);
+ ctemp = ShiftDownBit(buf[len], 0);
+ field().ip2__bit() = BITSTRING(1, &ctemp);
+ len += 1;
+ }
+ else
+ field = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Outer_IP_flags_opt(unsigned char *buf,
+ OPTIONAL < Outer__IP__flags > &field,
+ t_dat *dat, bool hasvalue)
+{
+ int len = 0;
+ int ip_idx = getIPidx(dat, Outer_IP);
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ TTCN_logger.log(TTCN_DEBUG, "iplevel = %d, ip_idx = %d", Outer_IP, ip_idx);
+
+ if (hasvalue)
+ {
+ ctemp = ShiftDownBit(buf[len], 7);
+ field().tos2() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 6);
+ field().ttl2() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ field().df2() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 4);
+ field().pr2() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 3);
+ field().ipx2() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 2);
+ field().nbo2() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 1);
+ field().rnd2() = BITSTRING(1, &ctemp);
+ dat->context.ip__ctx()[ip_idx].rnd__bit() = BOOLEAN(ctemp);
+ ctemp = ShiftDownBit(buf[len], 0);
+ field().i2__bit() = BITSTRING(1, &ctemp);
+ len += 1;
+ }
+ else
+ field = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_ipx_headers_opt(unsigned char *buf, OPTIONAL < IP__Ext__heads > &field,
+ t_dat *dat, bool hasvalue, int ip_idx)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ TTCN_logger.log(TTCN_DEBUG, "present = %d, ip_idx = %d", hasvalue, ip_idx);
+
+ if (hasvalue)
+ {
+ ctemp = ShiftDownBit(buf[len], 7);
+ field().cl() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 6);
+ field().aseq() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ field().eseq() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 4);
+ field().gseq() = BITSTRING(1, &ctemp);
+ ctemp = buf[len] & 0x0F;
+ field().res() = BITSTRING(4, &ctemp);
+ len += 1;
+
+ len +=
+ Get_AEGSeqnum_opt(field().ah__seq(), &buf[len], *field().aseq() == 1);
+ len +=
+ Get_AEGSeqnum_opt(field().esp__seq(), &buf[len], *field().eseq() == 1);
+ len +=
+ Get_AEGSeqnum_opt(field().gre__seq(), &buf[len], *field().gseq() == 1);
+
+ if (*field().cl() == 1)
+ {
+ len += Get_Compr_head_list(field().compr__head__list(), &buf[len],
+ Item__list::ALT_ip__item__list,
+ dat, ip_idx);
+ }
+ else
+ field().compr__head__list() = OMIT_VALUE;
+ }
+ else
+ field = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Inner_IP_fields_opt(unsigned char *buf,
+ OPTIONAL < Inner__IP__fields > &field,
+ OPTIONAL < Inner__IP__flags > &flags,
+ t_dat *dat, bool hasvalue)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (hasvalue)
+ {
+ len += Get_LIN1_opt(&buf[len], field().tos(), (*flags().tos()) == 1);
+ len += Get_LIN1_opt(&buf[len], field().ttl(), (*flags().ttl()) == 1);
+ len += Get_LIN1_opt(&buf[len], field().proto(), (*flags().pr()) == 1);
+ len += Get_ipx_headers_opt(&buf[len], field().ext__heads(), dat,
+ (*flags().ipx()) == 1, getIPidx(dat, Inner_IP));
+ }
+ else
+ field = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Outer_IP_fields_opt(unsigned char *buf,
+ OPTIONAL < Outer__IP__fields > &field,
+ OPTIONAL < Outer__IP__flags > &flags,
+ t_dat *dat, bool hasvalue)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (hasvalue)
+ {
+ len += Get_LIN1_opt(&buf[len], field().tos(), (*flags().tos2()) == 1);
+ len += Get_LIN1_opt(&buf[len], field().ttl(), (*flags().ttl2()) == 1);
+ len += Get_LIN1_opt(&buf[len], field().proto(), (*flags().pr2()) == 1);
+ len += Get_ipx_headers_opt(&buf[len], field().ext__heads(), dat,
+ (*flags().ipx2()) == 1, getIPidx(dat, Outer_IP));
+ len += Get_LIN2_BO_LAST_opt(&buf[len], field().ip__id(),
+ (*flags().i2__bit()) == 1);
+ }
+ else
+ field = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_RTP_flags_fields_opt(unsigned char *buf,
+ OPTIONAL < RTP__flags__fields > &field,
+ t_dat *dat, bool hasvalue)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ if (hasvalue)
+ {
+ field().mode() = (buf[len] >> 6) & 0x03;
+ ctemp = ShiftDownBit(buf[len], 5);
+ field().r__pt() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 4);
+ field().m__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 3);
+ field().r__x() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 2);
+ field().csrc() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 1);
+ field().tss() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 0);
+ field().tis() = BITSTRING(1, &ctemp);
+ len += 1;
+
+ if (*field().r__pt() == 1)
+ {
+ ctemp = ShiftDownBit(buf[len], 7);
+ field().flags()().r__p() = BITSTRING(1, &ctemp);
+ field().flags()().rtp__pt() = buf[len] & 0x7F;
+ len += 1;
+ }
+ else
+ field().flags() = OMIT_VALUE;
+
+ if (*field().csrc() == 1)
+ {
+ len += Get_Compr_head_list(field().csrc__list(),
+ &buf[len], Item__list::ALT_csrc__item__list,
+ dat, 0);
+ }
+ else
+ field().csrc__list() = OMIT_VALUE;
+
+ len += Get_SDVL_field_opt(&buf[len], field().ts__stride(),
+ *field().tss() == 1);
+ len += Get_SDVL_field_opt(&buf[len], field().time__stride(),
+ *field().tis() == 1);
+ }
+ else
+ field = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile0_ROHC_Header(unsigned char *buf, t_dat *dat, int length,
+ Profile0__headers & p_header, int cid)
+{
+ unsigned char ctemp;
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (isIR(buf[len]))
+ {
+ Profile0__IR__packet & bhead = p_header.ir();
+
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 1) & 0x7F;
+ bhead.type__ind() = BITSTRING(7, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 0);
+ bhead.d() = BITSTRING(1, &ctemp);
+ len += 1;
+ len += Get_LIN1(&buf[len], bhead.profile());
+ dat->context.profile() = bhead.profile();
+ len += Get_LIN1(&buf[len], bhead.crc());
+ Get_octetstring(&buf[len], bhead.orig__packet(), length - len);
+ len = length;
+ }
+ else
+ {
+ Profile0__normal__packet & bhead = p_header.normal();
+ bhead.cid() = cid;
+ Get_octetstring(&buf[len], bhead.orig__packet(), length - len);
+ len = length;
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_Dynamic_Chain(Dynamic__Chain & dynch,
+ const unsigned char *buf, t_dat *dat)
+{
+ int len = 0, num;
+
+ Log_function_name_on_enter();
+
+ for (num = 0; num < dat->context.ip__ctx().size_of(); num++)
+ {
+ if (dat->context.ip__ctx()[num].version() == 4)
+ {
+ len += Get_ipv4_dynamic(&buf[len], dynch[num].ipv4__dyn(), dat, num);
+ }
+ else if (dat->context.ip__ctx()[num].version() == 6)
+ {
+ len += Get_ipv6_dynamic(&buf[len], dynch[num].ipv6__dyn(), dat, num);
+ }
+ else
+ {
+ int ipver = dat->context.ip__ctx()[num].version();
+ TTCN_error("Invalid IP version %u on level %d", ipver, num);
+ }
+ }
+
+ num = dynch.size_of();
+ len += Get_udp_dynamic_wo_sn(&buf[len], dynch[num].udp__dyn(), dat);
+
+ num = dynch.size_of();
+ len += Get_rtp_dynamic(&buf[len], dynch[num].rtp__dyn(), dat);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_Static_Chain(unsigned char *buf, Static__Chain & chain,
+ t_dat *dat)
+{
+ int len = 0, num = 0, nextheader = 0;
+
+ Log_function_name_on_enter();
+
+ while (nextheader != c__ip__proto__udp)
+ {
+ if (((buf[len] >> 4) & 0x0F) == 4)
+ {
+ initIPcontext(dat, num, 4);
+ len += Get_ipv4_static(&buf[len], chain[num].ipv4__stat());
+ nextheader = chain[num].ipv4__stat().proto();
+ }
+ else if (((buf[len] >> 4) & 0x0F) == 6)
+ {
+ initIPcontext(dat, num, 6);
+ len += Get_ipv6_static(&buf[len], chain[num].ipv6__stat());
+ nextheader = chain[num].ipv6__stat().nexthead();
+ }
+ else
+ {
+ TTCN_error("Invalid IP version %u on level %u (nextheader = %d)",
+ buf[len], num, nextheader);
+ }
+ num += 1;
+ }
+
+ len += Get_udp_static(&buf[len], chain[num].udp__stat());
+ num += 1;
+
+ len += Get_rtp_static(&buf[len], chain[num].rtp__stat());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_extension0(unsigned char *buf, Extension0 & ext,
+ t_dat *dat)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ ctemp = (buf[len] >> 6) & 0x03;
+ ext.ext__type() = BITSTRING(2, &ctemp);
+ ext.sn() = (buf[len] >> 3) & 0x07;
+ ext.plust() = buf[len] & 0x07;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_extension1(unsigned char *buf, Extension1 & ext,
+ t_dat *dat)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ ctemp = (buf[len] >> 6) & 0x03;
+ ext.ext__type() = BITSTRING(2, &ctemp);
+ ext.sn() = (buf[len] >> 3) & 0x07;
+ ext.plust() = buf[len] & 0x07;
+ len += 1;
+ ext.minust() = buf[len];
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_extension2(unsigned char *buf, Extension2 & ext,
+ t_dat *dat)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ ctemp = (buf[len] >> 6) & 0x03;
+ ext.ext__type() = BITSTRING(2, &ctemp);
+ ext.sn() = (buf[len] >> 3) & 0x07;
+ ext.plust() = ((buf[len] & 0x07) << 8) + (buf[len + 1] & 0xFF);
+ len += 2;
+ ext.minust() = buf[len];
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_extension3(unsigned char *buf, Extension3 & ext,
+ t_dat *dat)
+{
+ int len = 0;
+ int ts_length = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ ctemp = (buf[len] >> 6) & 0x03;
+ ext.ext__type() = BITSTRING(2, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ ext.s__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 4);
+ ext.r__ts__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 3);
+ ext.tsc__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 2);
+ ext.i__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 1);
+ ext.ip__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 0);
+ ext.rtp__bit() = BITSTRING(1, &ctemp);
+ len += 1;
+
+ len += Get_Inner_IP_flags_opt(&buf[len], ext.inner__ip__flags(),
+ dat, *ext.ip__bit() == 1);
+
+ len += Get_Outer_IP_flags_opt(&buf[len], ext.outer__ip__flags(), dat,
+ (ext.inner__ip__flags().ispresent() &&
+ (*ext.inner__ip__flags()().ip2__bit()) == 1));
+
+ len += Get_LIN1_opt(&buf[len], ext.sn(), *ext.s__bit() == 1);
+ ts_length = Get_SDVL_field_opt(&buf[len], ext.ts(), *ext.r__ts__bit() == 1);
+ if (ts_length > 0)
+ {
+ ext.ts__length()() = ts_length;
+ }
+ else
+ {
+ ext.ts__length() = OMIT_VALUE;
+ }
+ len += ts_length;
+ len += Get_Inner_IP_fields_opt(&buf[len], ext.inner__ip__hdr(),
+ ext.inner__ip__flags(), dat,
+ *ext.ip__bit() == 1);
+
+ len += Get_LIN2_BO_LAST_opt(&buf[len], ext.ip__id(), *ext.i__bit() == 1);
+ len += Get_Outer_IP_fields_opt(&buf[len], ext.outer__ip__hdr(),
+ ext.outer__ip__flags(), dat,
+ (ext.inner__ip__flags().ispresent() &&
+ (*ext.inner__ip__flags()().ip2__bit()) == 1));
+
+ len += Get_RTP_flags_fields_opt(&buf[len], ext.rtp__fl__fi(), dat,
+ *ext.rtp__bit() == 1);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_extensions_opt(unsigned char *buf,
+ OPTIONAL < Profile1__Extension > &ext,
+ t_dat *dat, bool hasvalue)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (hasvalue)
+ {
+ if ((buf[len] & 0xC0) == 0)
+ {
+ len += Get_Profile1_extension0(&buf[len], ext().ext0(), dat);
+ }
+ else if ((buf[len] & 0xC0) == 0x40)
+ {
+ len += Get_Profile1_extension1(&buf[len], ext().ext1(), dat);
+ }
+ else if ((buf[len] & 0xC0) == 0x80)
+ {
+ len += Get_Profile1_extension2(&buf[len], ext().ext2(), dat);
+ }
+ else /* if ((buf[len] & 0xC0) == 0xC0) */
+ {
+ len += Get_Profile1_extension3(&buf[len], ext().ext3(), dat);
+ }
+ }
+ else
+ {
+ ext = OMIT_VALUE;
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_ROHC_Header_ir(unsigned char *buf, Profile1__IR__header & bhead,
+ t_dat *dat, int cid)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::IR);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 1) & 0x7F;
+ bhead.type__ind() = BITSTRING(7, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 0);
+ bhead.d() = BITSTRING(1, &ctemp);
+ len += 1;
+
+ len += Get_LIN1(&buf[len], bhead.profile());
+ dat->context.profile() = bhead.profile();
+ len += Get_LIN1(&buf[len], bhead.crc());
+
+ len += Get_Profile1_Static_Chain(&buf[len], bhead.stat__chain(), dat);
+
+ if (*bhead.d() == 1)
+ len += Get_Profile1_Dynamic_Chain(bhead.dyn__chain(), &buf[len], dat);
+ else
+ bhead.dyn__chain() = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_ROHC_Header_irdyn(unsigned char *buf,
+ Profile1__IR__DYN__header & bhead,
+ t_dat *dat, int cid)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::IR__DYN);
+ bhead.cid() = cid;
+ bhead.type__ind() = BITSTRING(8, &buf[len]);
+ len += 1;
+ len += Get_LIN1(&buf[len], bhead.profile());
+ dat->context.profile() = bhead.profile();
+ len += Get_LIN1(&buf[len], bhead.crc());
+
+ len += Get_Profile1_Dynamic_Chain(bhead.dyn__chain(), &buf[len], dat);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_ROHC_Header_r0(unsigned char *buf,
+ Profile1__R__0__header & bhead,
+ t_dat *dat, int cid)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::R__0);
+
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 6) & 0x03;
+ bhead.type__ind() = BITSTRING(2, &ctemp);
+ bhead.sn() = buf[len] & 0x3F;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_ROHC_Header_r0crc(unsigned char *buf,
+ Profile1__R__0__CRC__header & bhead,
+ t_dat *dat, int cid)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::R__0__CRC);
+
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 6) & 0x03;
+ bhead.type__ind() = BITSTRING(2, &ctemp);
+ ctemp = (buf[len] << 1) & 0x7E;
+ len += 1;
+ ctemp += ShiftDownBit(buf[len], 7);
+ bhead.sn() = ctemp;
+ bhead.crc() = buf[len] & 0x7F;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_ROHC_Header_uo0(unsigned char *buf,
+ Profile1__UO__0__header & bhead,
+ t_dat *dat, int cid)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::UO__0);
+ bhead.cid() = cid;
+ ctemp = ShiftDownBit(buf[len], 7);
+ bhead.type__ind() = BITSTRING(1, &ctemp);
+ bhead.sn() = (buf[len] >> 3) & 0x0F;
+ bhead.crc() = buf[len] & 0x07;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_ROHC_Header_r1(unsigned char *buf,
+ Profile1__R__1__header & bhead,
+ t_dat *dat, int cid,
+ OPTIONAL < Profile1__Extension > &ext)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::R__1);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 6) & 0x03;
+ bhead.type__ind() = BITSTRING(2, &ctemp);
+ bhead.sn() = buf[len] & 0x3F;
+ len += 1;
+ ctemp = ShiftDownBit(buf[len], 7);
+ bhead.m__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 6);
+ bhead.x__bit() = BITSTRING(1, &ctemp);
+ bhead.ts() = buf[len] & 0x3F;
+ len += 1;
+
+ if (*bhead.x__bit())
+ {
+ len += Get_Profile1_extensions_opt(&buf[len], ext, dat,
+ *bhead.x__bit());
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_ROHC_Header_r1_id(unsigned char *buf,
+ Profile1__R__1__ID__header & bhead,
+ t_dat *dat, int cid,
+ OPTIONAL < Profile1__Extension > &ext)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::R__1__ID);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 6) & 0x03;
+ bhead.type__ind() = BITSTRING(2, &ctemp);
+ bhead.sn() = buf[len] & 0x3F;
+ len += 1;
+ ctemp = ShiftDownBit(buf[len], 7);
+ bhead.m__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 6);
+ bhead.x__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ bhead.t__bit() = BITSTRING(1, &ctemp);
+ bhead.ip__id() = buf[len] & 0x1F;
+ len += 1;
+
+ if (*bhead.x__bit())
+ {
+ len += Get_Profile1_extensions_opt(&buf[len], ext, dat,
+ *bhead.x__bit());
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_ROHC_Header_r1_ts(unsigned char *buf,
+ Profile1__R__1__TS__header & bhead,
+ t_dat *dat, int cid,
+ OPTIONAL < Profile1__Extension > &ext)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::R__1__TS);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 6) & 0x03;
+ bhead.type__ind() = BITSTRING(2, &ctemp);
+ bhead.sn() = buf[len] & 0x3F;
+ len += 1;
+ ctemp = ShiftDownBit(buf[len], 7);
+ bhead.m__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 6);
+ bhead.x__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ bhead.t__bit() = BITSTRING(1, &ctemp);
+ bhead.ts() = buf[len] & 0x1F;
+ len += 1;
+
+ if (*bhead.x__bit())
+ {
+ len += Get_Profile1_extensions_opt(&buf[len], ext, dat,
+ *bhead.x__bit());
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_ROHC_Header_uo1(unsigned char *buf,
+ Profile1__UO__1__header & bhead,
+ t_dat *dat, int cid)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::UO__1);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 6) & 0x03;
+ bhead.type__ind() = BITSTRING(2, &ctemp);
+ bhead.ts() = buf[len] & 0x3F;
+ len += 1;
+ ctemp = ShiftDownBit(buf[len], 7);
+ bhead.m__bit() = BITSTRING(1, &ctemp);
+ bhead.sn() = (buf[len] >> 3) & 0x0F;
+ bhead.crc() = buf[len] & 0x07;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_ROHC_Header_uo1_id(unsigned char *buf,
+ Profile1__UO__1__ID__header & bhead,
+ t_dat *dat, int cid,
+ OPTIONAL < Profile1__Extension > &ext)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::UO__1__ID);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 6) & 0x03;
+ bhead.type__ind() = BITSTRING(2, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ bhead.t__bit() = BITSTRING(1, &ctemp);
+ bhead.ip__id() = buf[len] & 0x1F;
+ len += 1;
+ ctemp = ShiftDownBit(buf[len], 7);
+ bhead.x__bit() = BITSTRING(1, &ctemp);
+ bhead.sn() = (buf[len] >> 3) & 0x0F;
+ bhead.crc() = buf[len] & 0x07;
+ len += 1;
+
+ if (*bhead.x__bit())
+ {
+ len += Get_Profile1_extensions_opt(&buf[len], ext,
+ dat, *bhead.x__bit());
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_ROHC_Header_uo1_ts(unsigned char *buf,
+ Profile1__UO__1__TS__header & bhead,
+ t_dat *dat, int cid)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::UO__1__TS);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 6) & 0x03;
+ bhead.type__ind() = BITSTRING(2, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ bhead.t__bit() = BITSTRING(1, &ctemp);
+ bhead.ts() = buf[len] & 0x1F;
+ len += 1;
+ ctemp = ShiftDownBit(buf[len], 7);
+ bhead.m__bit() = BITSTRING(1, &ctemp);
+ bhead.sn() = (buf[len] >> 3) & 0x0F;
+ bhead.crc() = buf[len] & 0x07;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_ROHC_Header_uor2(unsigned char *buf,
+ Profile1__UOR__2__header & bhead,
+ t_dat *dat, int cid,
+ OPTIONAL < Profile1__Extension > &ext)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::UOR__2);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 5) & 0x07;
+ bhead.type__ind() = BITSTRING(3, &ctemp);
+ ctemp = (buf[len] & 0x1F) << 1;
+ len += 1;
+ ctemp += ShiftDownBit(buf[len], 7);
+ bhead.ts() = ctemp;
+ ctemp = ShiftDownBit(buf[len], 6);
+ bhead.m__bit() = BITSTRING(1, &ctemp);
+ bhead.sn() = buf[len] & 0x3F;
+ len += 1;
+ ctemp = ShiftDownBit(buf[len], 7);
+ bhead.x__bit() = BITSTRING(1, &ctemp);
+ bhead.crc() = buf[len] & 0x7F;
+ len += 1;
+
+ if (*bhead.x__bit())
+ {
+ len += Get_Profile1_extensions_opt(&buf[len], ext,
+ dat, *bhead.x__bit());
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_ROHC_Header_uor2_id(unsigned char *buf,
+ Profile1__UOR__2__ID__header & bhead,
+ t_dat *dat, int cid,
+ OPTIONAL < Profile1__Extension > & ext)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::UOR__2__ID);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 5) & 0x07;
+ bhead.type__ind() = BITSTRING(3, &ctemp);
+ bhead.ip__id() = buf[len] & 0x1F;
+ len += 1;
+ ctemp = ShiftDownBit(buf[len], 7);
+ bhead.t__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 6);
+ bhead.m__bit() = BITSTRING(1, &ctemp);
+ bhead.sn() = buf[len] & 0x3F;
+ len += 1;
+ ctemp = ShiftDownBit(buf[len], 7);
+ bhead.x__bit() = BITSTRING(1, &ctemp);
+ bhead.crc() = buf[len] & 0x7F;
+ len += 1;
+
+ if (*bhead.x__bit())
+ {
+ len += Get_Profile1_extensions_opt(&buf[len], ext,
+ dat, *bhead.x__bit());
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_ROHC_Header_uor2_ts(unsigned char *buf,
+ Profile1__UOR__2__TS__header & bhead,
+ t_dat *dat, int cid,
+ OPTIONAL < Profile1__Extension > & ext)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::UOR__2__TS);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 5) & 0x07;
+ bhead.type__ind() = BITSTRING(3, &ctemp);
+ bhead.ts() = buf[len] & 0x1F;
+ len += 1;
+ ctemp = ShiftDownBit(buf[len], 7);
+ bhead.t__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 6);
+ bhead.m__bit() = BITSTRING(1, &ctemp);
+ bhead.sn() = buf[len] & 0x3F;
+ len += 1;
+ ctemp = ShiftDownBit(buf[len], 7);
+ bhead.x__bit() = BITSTRING(1, &ctemp);
+ bhead.crc() = buf[len] & 0x7F;
+ len += 1;
+
+ if (*bhead.x__bit())
+ {
+ len += Get_Profile1_extensions_opt(&buf[len], ext,
+ dat, *bhead.x__bit());
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile1_ROHC_Header(unsigned char *buf, t_dat *dat, int length,
+ Profile1__headers & hdr, int cid)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (isIR(buf[len]))
+ {
+ len += Get_Profile1_ROHC_Header_ir(&buf[len],
+ hdr.base__header().ir(), dat, cid);
+ }
+ else if (isIRDYN(buf[len]))
+ {
+ len += Get_Profile1_ROHC_Header_irdyn(&buf[len],
+ hdr.base__header().ir__dyn(),
+ dat, cid);
+ }
+ else if (isUOR2(buf[len]))
+ {
+ if (isAnyIPv4RNDunset(dat))
+ {
+ if (buf[len + 1] & 0x80) // T = 1
+ {
+ len += Get_Profile1_ROHC_Header_uor2_ts(&buf[len],
+ hdr.base__header().
+ uor__2__ts(), dat, cid,
+ hdr.ext());
+ }
+ else // T = 0
+ {
+ len += Get_Profile1_ROHC_Header_uor2_id(&buf[len],
+ hdr.base__header().
+ uor__2__id(), dat, cid,
+ hdr.ext());
+ }
+ }
+ else // at least one RND is unset
+ {
+ len += Get_Profile1_ROHC_Header_uor2(&buf[len],
+ hdr.base__header().uor__2(),
+ dat, cid, hdr.ext());
+ }
+ }
+ else if (dat->context.mode() == ROHC_mode_R)
+ {
+ if ((buf[len] & 0xC0) == 0)
+ {
+ len += Get_Profile1_ROHC_Header_r0(&buf[len],
+ hdr.base__header().r__0(),
+ dat, cid);
+ }
+ else if ((buf[len] & 0xC0) == 0x40)
+ {
+ len += Get_Profile1_ROHC_Header_r0crc(&buf[len],
+ hdr.base__header().r__0__crc(),
+ dat, cid);
+ }
+ else if ((buf[len] & 0xC0) == 0x80) // PT-1
+ {
+ if (isAnyIPv4RNDunset(dat))
+ {
+ if (buf[len + 1] & 0x20) // T = 1
+ {
+ len += Get_Profile1_ROHC_Header_r1_ts(&buf[len],
+ hdr.base__header().r__1__ts(),
+ dat, cid, hdr.ext());
+ }
+ else // T = 0
+ {
+ len += Get_Profile1_ROHC_Header_r1_id(&buf[len],
+ hdr.base__header().r__1__id(),
+ dat, cid, hdr.ext());
+ }
+ }
+ else // at least one RND is unset
+ {
+ len += Get_Profile1_ROHC_Header_r1(&buf[len],
+ hdr.base__header().r__1(),
+ dat, cid, hdr.ext());
+ }
+ }
+ }
+ else if (dat->context.mode() != ROHC_mode_R) // U-O modes
+ {
+ if ((buf[len] & 0x80) == 0)
+ {
+ len += Get_Profile1_ROHC_Header_uo0(&buf[len],
+ hdr.base__header().uo__0(),
+ dat, cid);
+ }
+ else if ((buf[len] & 0xC0) == 0x80) // PT-1
+ {
+ if (isAnyIPv4RNDunset(dat))
+ {
+ if (buf[len] & 0x20) // T = 1
+ {
+ len += Get_Profile1_ROHC_Header_uo1_ts(&buf[len],
+ hdr.base__header().uo__1__ts(),
+ dat, cid);
+ }
+ else // T = 0
+ {
+ len += Get_Profile1_ROHC_Header_uo1_id(&buf[len],
+ hdr.base__header().uo__1__id(),
+ dat, cid, hdr.ext());
+ }
+ }
+ else // at least one RND is unset
+ {
+ len += Get_Profile1_ROHC_Header_uo1(&buf[len],
+ hdr.base__header().uo__1(),
+ dat, cid);
+ }
+ }
+ }
+
+ if (!hdr.ext().is_bound())
+ hdr.ext() = OMIT_VALUE;
+ len += Get_IP_ID_compressed_opt(&buf[len], hdr.ip__id__outer(),
+ dat, Outer_IP);
+ len += Get_AH_data_opt(&buf[len], hdr.ah__outer(), dat, Outer_IP);
+ len += Get_GRE_cksum_opt(&buf[len], hdr.gre__cksum1(), dat, Outer_IP);
+ len += Get_IP_ID_compressed_opt(&buf[len], hdr.ip__id__inner(),
+ dat, Inner_IP);
+ len += Get_AH_data_opt(&buf[len], hdr.ah__inner(), dat, Inner_IP);
+ len += Get_GRE_cksum_opt(&buf[len], hdr.gre__cksum2(), dat, Inner_IP);
+ len += Get_UDP_cksum_opt(&buf[len], hdr.udp__cksum(), dat);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+} /* Get_Profile1_ROHC_Header */
+
+int
+Get_Profile2_Dynamic_Chain(Profile2__Dynamic__Chain & dynch,
+ const unsigned char *buf, t_dat *dat)
+{
+ int len = 0, num;
+
+ Log_function_name_on_enter();
+
+ for (num = 0; num < dat->context.ip__ctx().size_of(); num++)
+ {
+ if (dat->context.ip__ctx()[num].version() == 4)
+ {
+ len += Get_ipv4_dynamic(&buf[len], dynch[num].ipv4__dyn(), dat, num);
+ }
+ else if (dat->context.ip__ctx()[num].version() == 6)
+ {
+ len += Get_ipv6_dynamic(&buf[len], dynch[num].ipv6__dyn(), dat, num);
+ }
+ else
+ {
+ int ipver = dat->context.ip__ctx()[num].version();
+ TTCN_error("Invalid IP version %u on level %d", ipver, num);
+ }
+ }
+
+ num = dynch.size_of();
+ len += Get_udp_dynamic_w_sn(&buf[len], dynch[num].udp__dyn(), dat);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile2_extension0(unsigned char *buf, Profile2__Extension0 & ext,
+ t_dat *dat)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ ctemp = (buf[len] >> 6) & 0x03;
+ ext.ext__type() = BITSTRING(2, &ctemp);
+ ext.sn() = (buf[len] >> 3) & 0x07;
+ ext.ip__id() = buf[len] & 0x07;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile2_extension1(unsigned char *buf, Profile2__Extension1 & ext,
+ t_dat *dat)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ ctemp = (buf[len] >> 6) & 0x03;
+ ext.ext__type() = BITSTRING(2, &ctemp);
+ ext.sn() = (buf[len] >> 3) & 0x07;
+ ext.ip__id() = ((buf[len] & 0x07) << 8) + (buf[len + 1] & 0xFF);
+ len += 2;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile2_extension2(unsigned char *buf, Profile2__Extension2 & ext,
+ t_dat *dat)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ ctemp = (buf[len] >> 6) & 0x03;
+ ext.ext__type() = BITSTRING(2, &ctemp);
+ ext.sn() = (buf[len] >> 3) & 0x07;
+ ext.ip__id2() = ((buf[len] & 0x07) << 8) + (buf[len + 1] & 0xFF);
+ len += 2;
+ ext.ip__id() = buf[len];
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile2_Inner_IP_flags_opt(unsigned char *buf,
+ OPTIONAL < Profile2__Inner__IP__flags > &field,
+ t_dat *dat, bool hasvalue)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ if (hasvalue)
+ {
+ ctemp = ShiftDownBit(buf[len], 7);
+ field().tos() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 6);
+ field().ttl() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ field().df() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 4);
+ field().pr() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 3);
+ field().ipx() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 2);
+ field().nbo() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 1);
+ field().rnd__bit() = BITSTRING(1, &ctemp);
+ dat->context.ip__ctx()[getIPidx(dat, Inner_IP)].rnd__bit() = BOOLEAN(ctemp);
+ ctemp = ShiftDownBit(buf[len], 0);
+ field().reserved() = BITSTRING(1, &ctemp);
+ len += 1;
+ }
+ else
+ field = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile2_Inner_IP_fields_opt(unsigned char *buf,
+ OPTIONAL < Inner__IP__fields > &field,
+ OPTIONAL < Profile2__Inner__IP__flags >
+ &flags, t_dat *dat,
+ bool hasvalue)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (hasvalue)
+ {
+ len += Get_LIN1_opt(&buf[len], field().tos(), (*flags().tos()) == 1);
+ len += Get_LIN1_opt(&buf[len], field().ttl(), (*flags().ttl()) == 1);
+ len += Get_LIN1_opt(&buf[len], field().proto(), (*flags().pr()) == 1);
+ len += Get_ipx_headers_opt(&buf[len], field().ext__heads(), dat,
+ (*flags().ipx()) == 1, getIPidx(dat, Inner_IP));
+ }
+ else
+ field = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile2_extension3(unsigned char *buf, Profile2__Extension3 & ext,
+ t_dat *dat)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Profile2__Inner__IP__flags inipflags;
+
+ Log_function_name_on_enter();
+
+ ctemp = (buf[len] >> 6) & 0x03;
+ ext.ext__type() = BITSTRING(2, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ ext.s__bit() = BITSTRING(1, &ctemp);
+ ext.mode() = (buf[len] >> 3) & 0x03;
+ ctemp = ShiftDownBit(buf[len], 2);
+ ext.i__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 1);
+ ext.ip__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 0);
+ ext.ip2__bit() = BITSTRING(1, &ctemp);
+ len += 1;
+
+ len +=
+ Get_Profile2_Inner_IP_flags_opt(&buf[len], ext.inner__ip__flags(),
+ dat, *ext.ip__bit() == 1);
+
+ len += Get_Outer_IP_flags_opt(&buf[len], ext.outer__ip__flags(), dat,
+ *ext.ip2__bit() == 1);
+
+ len += Get_LIN1_opt(&buf[len], ext.sn(), *ext.s__bit() == 1);
+
+ len += Get_Profile2_Inner_IP_fields_opt(&buf[len], ext.inner__ip__hdr(),
+ ext.inner__ip__flags(), dat,
+ *ext.ip__bit() == 1);
+
+ len += Get_LIN2_BO_LAST_opt(&buf[len], ext.ip__id(), *ext.i__bit() == 1);
+
+ len += Get_Outer_IP_fields_opt(&buf[len], ext.outer__ip__hdr(),
+ ext.outer__ip__flags(), dat,
+ *ext.ip2__bit() == 1);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile2_extensions_opt(unsigned char *buf,
+ OPTIONAL < Profile2__Extension > &ext,
+ t_dat *dat, bool hasvalue)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (hasvalue)
+ {
+ if ((buf[len] & 0xC0) == 0)
+ {
+ len += Get_Profile2_extension0(&buf[len], ext().ext0(), dat);
+ }
+ else if ((buf[len] & 0xC0) == 0x40)
+ {
+ len += Get_Profile2_extension1(&buf[len], ext().ext1(), dat);
+ }
+ else if ((buf[len] & 0xC0) == 0x80)
+ {
+ len += Get_Profile2_extension2(&buf[len], ext().ext2(), dat);
+ }
+ else /* if ((buf[len] & 0xC0) == 0xC0) */
+ {
+ len += Get_Profile2_extension3(&buf[len], ext().ext3(), dat);
+ }
+ }
+ else
+ {
+ ext = OMIT_VALUE;
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile2_Static_Chain(unsigned char *buf, Profile2__Static__Chain & chain,
+ t_dat *dat)
+{
+ int len = 0, num = 0, nextheader = 0;
+
+ Log_function_name_on_enter();
+
+ while (nextheader != c__ip__proto__udp)
+ {
+ if (((buf[len] >> 4) & 0x0F) == 4)
+ {
+ initIPcontext(dat, num, 4);
+ len += Get_ipv4_static(&buf[len], chain[num].ipv4__stat());
+ nextheader = chain[num].ipv4__stat().proto();
+ }
+ else if (((buf[len] >> 4) & 0x0F) == 6)
+ {
+ initIPcontext(dat, num, 6);
+ len += Get_ipv6_static(&buf[len], chain[num].ipv6__stat());
+ nextheader = chain[num].ipv6__stat().nexthead();
+ }
+ else
+ {
+ TTCN_error("Invalid IP version %u on level %u", buf[len], num);
+ }
+ num += 1;
+ }
+
+ len += Get_udp_static(&buf[len], chain[num].udp__stat());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile2_ROHC_Header_ir(unsigned char *buf, Profile2__IR__header & bhead,
+ t_dat *dat, int cid)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::IR);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 1) & 0x7F;
+ bhead.type__ind() = BITSTRING(7, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 0);
+ bhead.d() = BITSTRING(1, &ctemp);
+ len += 1;
+ len += Get_LIN1(&buf[len], bhead.profile());
+ dat->context.profile() = bhead.profile();
+ len += Get_LIN1(&buf[len], bhead.crc());
+
+ len += Get_Profile2_Static_Chain(&buf[len], bhead.stat__chain(), dat);
+
+ if (*bhead.d() == 1)
+ len += Get_Profile2_Dynamic_Chain(bhead.dyn__chain(), &buf[len], dat);
+ else
+ bhead.dyn__chain() = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile2_ROHC_Header_irdyn(unsigned char *buf,
+ Profile2__IR__DYN__header & bhead,
+ t_dat *dat, int cid)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::IR__DYN);
+ bhead.cid() = cid;
+ bhead.type__ind() = BITSTRING(8, &buf[len]);
+ len += 1;
+ len += Get_LIN1(&buf[len], bhead.profile());
+ dat->context.profile() = bhead.profile();
+ len += Get_LIN1(&buf[len], bhead.crc());
+
+ len += Get_Profile2_Dynamic_Chain(bhead.dyn__chain(), &buf[len], dat);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile2_ROHC_Header_r1(unsigned char *buf,
+ Profile2__R__1__header & bhead,
+ t_dat *dat, int cid,
+ OPTIONAL < Profile2__Extension > &ext)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::R__1);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 6) & 0x03;
+ bhead.type__ind() = BITSTRING(2, &ctemp);
+ bhead.sn() = buf[len] & 0x3F;
+ len += 1;
+ ctemp = ShiftDownBit(buf[len], 7);
+ bhead.x__bit() = BITSTRING(1, &ctemp);
+ bhead.ip__id() = buf[len] & 0x7F;
+ len += 1;
+
+ if (*bhead.x__bit())
+ {
+ len += Get_Profile2_extensions_opt(&buf[len], ext,
+ dat, *bhead.x__bit());
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile2_ROHC_Header_uo1(unsigned char *buf,
+ Profile2__UO__1__header & bhead,
+ t_dat *dat, int cid)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::UO__1);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 6) & 0x03;
+ bhead.type__ind() = BITSTRING(2, &ctemp);
+ bhead.ip__id() = buf[len] & 0x3F;
+ len += 1;
+ bhead.sn() = (buf[len] >> 3) & 0x1F;
+ bhead.crc() = buf[len] & 0x07;
+ len += 1;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile2_ROHC_Header_uor2(unsigned char *buf,
+ Profile2__UOR__2__header & bhead,
+ t_dat *dat, int cid,
+ OPTIONAL < Profile2__Extension > &ext)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::UOR__2);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 5) & 0x07;
+ bhead.type__ind() = BITSTRING(3, &ctemp);
+ bhead.sn() = buf[len] & 0x1F;
+ len += 1;
+ ctemp = ShiftDownBit(buf[len], 7);
+ bhead.x__bit() = BITSTRING(1, &ctemp);
+ bhead.crc() = buf[len] & 0x7F;
+ len += 1;
+
+ if (*bhead.x__bit())
+ {
+ len += Get_Profile2_extensions_opt(&buf[len], ext,
+ dat, *bhead.x__bit());
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile2_ROHC_Header(unsigned char *buf, int length,
+ Profile2__headers & hdr,
+ t_dat *dat, int cid)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (isIR(buf[len]))
+ {
+ len += Get_Profile2_ROHC_Header_ir(&buf[len],
+ hdr.base__header().ir(), dat, cid);
+ }
+ else if (isIRDYN(buf[len]))
+ {
+ len += Get_Profile2_ROHC_Header_irdyn(&buf[len],
+ hdr.base__header().ir__dyn(),
+ dat, cid);
+ }
+ else if (isUOR2(buf[len]))
+ {
+ len += Get_Profile2_ROHC_Header_uor2(&buf[len],
+ hdr.base__header().uor__2(),
+ dat, cid, hdr.ext());
+ }
+ else if (dat->context.mode() == ROHC_mode_R)
+ {
+ if ((buf[len] & 0xC0) == 0)
+ {
+ len += Get_Profile1_ROHC_Header_r0(&buf[len],
+ hdr.base__header().r__0(),
+ dat, cid);
+ }
+ else if ((buf[len] & 0xC0) == 0x40)
+ {
+ len += Get_Profile1_ROHC_Header_r0crc(&buf[len],
+ hdr.base__header().r__0__crc(),
+ dat, cid);
+ }
+ else if ((buf[len] & 0xC0) == 0x80)
+ {
+ len += Get_Profile2_ROHC_Header_r1(&buf[len],
+ hdr.base__header().r__1(),
+ dat, cid, hdr.ext());
+ }
+ else
+ {
+ TTCN_error("Unknown compressed packet (R mode) (0x%02x)", buf[len]);
+ }
+ }
+ else if (dat->context.mode() != ROHC_mode_R) // U-O modes
+ {
+ if ((buf[len] & 0x80) == 0)
+ {
+ len += Get_Profile1_ROHC_Header_uo0(&buf[len],
+ hdr.base__header().uo__0(),
+ dat, cid);
+ }
+ else if ((buf[len] & 0xC0) == 0x80)
+ {
+ len += Get_Profile2_ROHC_Header_uo1(&buf[len],
+ hdr.base__header().uo__1(),
+ dat, cid);
+ }
+ else
+ {
+ TTCN_error("Unknown compressed packet (U-O mode) (0x%02x)", buf[len]);
+ }
+ }
+
+ if (!hdr.ext().is_bound())
+ hdr.ext() = OMIT_VALUE;
+ len += Get_IP_ID_compressed_opt(&buf[len], hdr.ip__id__outer(),
+ dat, Outer_IP);
+ len += Get_AH_data_opt(&buf[len], hdr.ah__outer(), dat, Outer_IP);
+ len += Get_GRE_cksum_opt(&buf[len], hdr.gre__cksum1(), dat, Outer_IP);
+ len += Get_IP_ID_compressed_opt(&buf[len], hdr.ip__id__inner(),
+ dat, Inner_IP);
+ len += Get_AH_data_opt(&buf[len], hdr.ah__inner(), dat, Inner_IP);
+ len += Get_GRE_cksum_opt(&buf[len], hdr.gre__cksum2(), dat, Inner_IP);
+ len += Get_UDP_cksum_opt(&buf[len], hdr.udp__cksum(), dat);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+} /* Get_Profile2_ROHC_Header */
+
+int
+Get_Profile4_ipv4_dynamic(const unsigned char *buf,
+ Profile4__IPv4__Dynamic & chain,
+ t_dat *dat, int ip_level)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ len += Get_LIN1(&buf[len], chain.tos());
+ len += Get_LIN1(&buf[len], chain.ttl());
+ len += Get_LIN2_BO_LAST(&buf[len], chain.identification());
+ ctemp = ShiftDownBit(buf[len], 7);
+ chain.df__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 6);
+ chain.rnd__bit() = BITSTRING(1, &ctemp);
+ dat->context.ip__ctx()[ip_level].rnd__bit() = BOOLEAN(ctemp);
+ ctemp = ShiftDownBit(buf[len], 5);
+ chain.nbo__bit() = BITSTRING(1, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 4);
+ chain.sid__bit() = BITSTRING(1, &ctemp);
+ ctemp = buf[len] & 0x0F;
+ chain.reserved() = BITSTRING(4, &ctemp);
+ len += 1;
+ len += Get_Encoding_Type_0(chain.genextheadlist(),
+ &buf[len], Item__list::ALT_ip__item__list,
+ dat, ip_level);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile4_Dynamic_Chain(Profile4__Dynamic__Chain & dynch,
+ const unsigned char *buf, t_dat *dat)
+{
+ int len = 0, num;
+
+ Log_function_name_on_enter();
+
+ for (num = 0; num < dat->context.ip__ctx().size_of() && num < 2; num++)
+ {
+ if (dat->context.ip__ctx()[num].version() == 4)
+ {
+ len += Get_Profile4_ipv4_dynamic(&buf[len], dynch[num].ipv4__dyn(),
+ dat, num);
+ }
+ else if (dat->context.ip__ctx()[num].version() == 6)
+ {
+ len += Get_ipv6_dynamic(&buf[len], dynch[num].ipv6__dyn(), dat, num);
+ }
+ else
+ {
+ int ipver = dat->context.ip__ctx()[num].version();
+ TTCN_error("Invalid IP version %u on level %d", ipver, num);
+ }
+ }
+
+ num = dynch.size_of();
+ len += Get_LIN2_BO_LAST(&buf[len], dynch[num].sn());
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile4_Additional_Dynamic_Chain_opt(OPTIONAL < Profile4__Dynamic__Chain >
+ &dynch,
+ const unsigned char *buf,
+ t_dat *dat)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (dat->context.ip__ctx().size_of() > 2)
+ {
+ for (int num = 2; num < dat->context.ip__ctx().size_of(); num++)
+ {
+ if (dat->context.ip__ctx()[num].version() == 4)
+ {
+ len += Get_Profile4_ipv4_dynamic(&buf[len],
+ dynch()[num - 2].ipv4__dyn(),
+ dat, num);
+ }
+ else if (dat->context.ip__ctx()[num].version() == 6)
+ {
+ len += Get_ipv6_dynamic(&buf[len], dynch()[num - 2].ipv6__dyn(),
+ dat, num);
+ }
+ else
+ {
+ int ipver = dat->context.ip__ctx()[num].version();
+ TTCN_error("Invalid IP version %u on level %d", ipver, num);
+ }
+ }
+ }
+ else
+ dynch = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile4_Static_Chain(unsigned char *buf, Profile4__Static__Chain & chain,
+ t_dat *dat)
+{
+ int len = 0, num = 0, nextheader = 0;
+ bool terminated = false;
+
+ Log_function_name_on_enter();
+
+ do
+ {
+ /* Version does not include the MSB bit of the version field */
+ int ver = (buf[len] >> 4) & 0x07;
+
+ terminated = (buf[len] & 0x80 > 0) ? true : false;
+ if (ver == c__ip__version__ipv4)
+ {
+ // version is stored with the MSB bit
+ initIPcontext(dat, num, (buf[len] >> 4) & 0x0F);
+ len += Get_ipv4_static(&buf[len], chain[num].ipv4__stat());
+ nextheader = chain[num].ipv4__stat().proto();
+ }
+ else if (ver == c__ip__version__ipv6)
+ {
+ // version is stored with the MSB bit
+ initIPcontext(dat, num, (buf[len] >> 4) & 0x0F);
+ len += Get_ipv6_static(&buf[len], chain[num].ipv6__stat());
+ nextheader = chain[num].ipv6__stat().nexthead();
+ }
+ else
+ {
+ TTCN_error("Invalid IP version %u on level %u", ver, num);
+ }
+ /* Explicit MSB termination */
+ if (terminated)
+ {
+ TTCN_logger.log(TTCN_DEBUG, "MSB static chain termination on level %u",
+ num);
+ }
+ num += 1;
+ }
+ while ((nextheader == c__ip__proto__ipv4 || nextheader == c__ip__proto__ipv6) &&
+ !terminated);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile4_ROHC_Header_ir(unsigned char *buf, Profile4__IR__header & bhead,
+ t_dat *dat, int cid)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::IR);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 1) & 0x7F;
+ bhead.type__ind() = BITSTRING(7, &ctemp);
+ ctemp = ShiftDownBit(buf[len], 0);
+ bhead.d() = BITSTRING(1, &ctemp);
+ len += 1;
+ len += Get_LIN1(&buf[len], bhead.profile());
+ dat->context.profile() = bhead.profile();
+ len += Get_LIN1(&buf[len], bhead.crc());
+
+ len += Get_Profile4_Static_Chain(&buf[len], bhead.stat__chain(), dat);
+
+ if (*bhead.d() == 1)
+ len += Get_Profile4_Dynamic_Chain(bhead.dyn__chain(), &buf[len], dat);
+ else
+ bhead.dyn__chain() = OMIT_VALUE;
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile4_ROHC_Header_irdyn(unsigned char *buf,
+ Profile4__IR__DYN__header & bhead,
+ t_dat *dat, int cid)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::IR__DYN);
+ bhead.cid() = cid;
+ bhead.type__ind() = BITSTRING(8, &buf[len]);
+ len += 1;
+ len += Get_LIN1(&buf[len], bhead.profile());
+ dat->context.profile() = bhead.profile();
+ len += Get_LIN1(&buf[len], bhead.crc());
+
+ len += Get_Profile4_Dynamic_Chain(bhead.dyn__chain(), &buf[len], dat);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile4_ROHC_Header_r1(unsigned char *buf,
+ Profile2__R__1__header & bhead,
+ t_dat *dat, int cid,
+ OPTIONAL < Profile2__Extension > &ext)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::R__1);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 6) & 0x03;
+ bhead.type__ind() = BITSTRING(2, &ctemp);
+ bhead.sn() = buf[len] & 0x3F;
+ len += 1;
+ ctemp = ShiftDownBit(buf[len], 7);
+ bhead.x__bit() = BITSTRING(1, &ctemp);
+ bhead.ip__id() = buf[len] & 0x7F;
+ len += 1;
+
+ if (*bhead.x__bit())
+ {
+ len += Get_Profile2_extensions_opt(&buf[len], ext,
+ dat, *bhead.x__bit());
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile4_ROHC_Header_uor2(unsigned char *buf,
+ Profile2__UOR__2__header & bhead,
+ t_dat *dat, int cid,
+ OPTIONAL < Profile2__Extension > &ext)
+{
+ int len = 0;
+ unsigned char ctemp;
+
+ Log_function_name_on_enter();
+
+ dat->context.pkt() = Packet__type(Packet__type::UOR__2);
+ bhead.cid() = cid;
+ ctemp = (buf[len] >> 5) & 0x07;
+ bhead.type__ind() = BITSTRING(3, &ctemp);
+ bhead.sn() = buf[len] & 0x1F;
+ len += 1;
+ ctemp = ShiftDownBit(buf[len], 7);
+ bhead.x__bit() = BITSTRING(1, &ctemp);
+ bhead.crc() = buf[len] & 0x7F;
+ len += 1;
+
+ if (*bhead.x__bit())
+ {
+ len += Get_Profile2_extensions_opt(&buf[len], ext,
+ dat, *bhead.x__bit());
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+int
+Get_Profile4_ROHC_Header(unsigned char *buf, int length,
+ Profile4__headers & hdr, t_dat *dat,
+ int cid)
+{
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ if (isIR(buf[len]))
+ {
+ len += Get_Profile4_ROHC_Header_ir(&buf[len],
+ hdr.base__header().ir(), dat, cid);
+ }
+ else if (isIRDYN(buf[len]))
+ {
+ len += Get_Profile4_ROHC_Header_irdyn(&buf[len],
+ hdr.base__header().ir__dyn(),
+ dat, cid);
+ }
+ else if (isUOR2(buf[len]))
+ {
+ len += Get_Profile4_ROHC_Header_uor2(&buf[len],
+ hdr.base__header().uor__2(),
+ dat, cid, hdr.ext());
+ }
+ else if (dat->context.mode() == ROHC_mode_R)
+ {
+ if ((buf[len] & 0xC0) == 0)
+ {
+ len += Get_Profile1_ROHC_Header_r0(&buf[len],
+ hdr.base__header().r__0(),
+ dat, cid);
+ }
+ else if ((buf[len] & 0xC0) == 0x40)
+ {
+ len += Get_Profile1_ROHC_Header_r0crc(&buf[len],
+ hdr.base__header().r__0__crc(),
+ dat, cid);
+ }
+ else if ((buf[len] & 0xC0) == 0x80)
+ {
+ len += Get_Profile4_ROHC_Header_r1(&buf[len],
+ hdr.base__header().r__1(),
+ dat, cid, hdr.ext());
+ }
+ else
+ {
+ TTCN_error("Unknown compressed packet (R mode) (0x%02x)", buf[len]);
+ }
+ }
+ else if (dat->context.mode() != ROHC_mode_R) // U-O modes
+ {
+ if ((buf[len] & 0x80) == 0)
+ {
+ len += Get_Profile1_ROHC_Header_uo0(&buf[len],
+ hdr.base__header().uo__0(),
+ dat, cid);
+ }
+ else if ((buf[len] & 0xC0) == 0x80)
+ {
+ len += Get_Profile2_ROHC_Header_uo1(&buf[len],
+ hdr.base__header().uo__1(),
+ dat, cid);
+ }
+ else
+ {
+ TTCN_error("Unknown compressed packet (U-O modes) (0x%02x)", buf[len]);
+ }
+ }
+
+ if (!hdr.ext().is_bound())
+ hdr.ext() = OMIT_VALUE;
+ len += Get_IP_ID_compressed_opt(&buf[len], hdr.ip__id__outer(),
+ dat, Outer_IP);
+ len += Get_AH_data_opt(&buf[len], hdr.ah__outer(), dat, Outer_IP);
+ len += Get_GRE_cksum_opt(&buf[len], hdr.gre__cksum1(), dat, Outer_IP);
+ len += Get_IP_ID_compressed_opt(&buf[len], hdr.ip__id__inner(),
+ dat, Inner_IP);
+ len += Get_AH_data_opt(&buf[len], hdr.ah__inner(), dat, Inner_IP);
+ len += Get_GRE_cksum_opt(&buf[len], hdr.gre__cksum2(), dat, Inner_IP);
+ len += Get_Profile4_Additional_Dynamic_Chain_opt(hdr.additional__IP(),
+ &buf[len], dat);
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+} /* Get_Profile4_ROHC_Header */
+
+int
+Get_ROHC_Header(const unsigned char *p_buf,
+ int length, Header & p_header, ROHC__config & config)
+{
+ unsigned char buf[MAX_PACKET_SIZE];
+ int len = 0, cidlen = 0;
+ INTEGER cid;
+
+ Log_function_name_on_enter();
+
+ memcpy(buf, p_buf, length);
+
+ if (config.large__cid())
+ {
+ /* Skip packet type octet */
+ cidlen = Get_CID(&p_buf[1], cid, config);
+ /* Move the packet type octet right after the CID */
+ buf[cidlen] = buf[0];
+ }
+ else
+ {
+ cidlen = Get_CID(&p_buf[0], cid, config);
+ }
+ len += cidlen;
+
+ if (isIR(buf[len]) || isIRDYN(buf[len]))
+ {
+ config.context()[cid].profile() = buf[len + 1];
+ }
+
+ t_dat dat = initTDAT(config, cid);
+ initCIDcontext(&dat);
+
+ switch (config.context()[cid].profile())
+ {
+ case 0:
+ len += Get_Profile0_ROHC_Header(&buf[len], &dat,
+ length - cidlen, p_header.prof0(),
+ (int) cid);
+ break;
+ case 1:
+ len += Get_Profile1_ROHC_Header(&buf[len], &dat, length - cidlen,
+ p_header.prof1(), (int) cid);
+ break;
+ case 2:
+ len += Get_Profile2_ROHC_Header(&buf[len], length - cidlen,
+ p_header.prof2(), &dat,
+ (int) cid);
+ break;
+ case 4:
+ len += Get_Profile4_ROHC_Header(&buf[len], length - cidlen,
+ p_header.prof4(), &dat,
+ (int) cid);
+ break;
+ default:
+ break;
+ }
+
+ Log_hexdump(buf, len);
+ Log_function_name_on_leave();
+
+ return len;
+}
+
+ROHC__packet__u
+f__ROHC__dec(OCTETSTRING const &data, ROHC__config & p_config)
+{
+ ROHC__packet__u packet;
+ OPTIONAL < Padding > padding;
+ OPTIONAL < Feedback > feedback;
+ const unsigned char *buf = (const unsigned char *) data;
+ int len = 0;
+
+ Log_function_name_on_enter();
+
+ Log_object(p_config);
+
+ // Processing padding
+ Log_hexdump(buf, data.lengthof() - len);
+ len += Get_ROHC_Padding(&buf[len], data.lengthof() - len, padding, p_config);
+ // Processing feedback
+ len += Get_ROHC_Feedback(&buf[len], data.lengthof() - len, feedback, p_config);
+ // Processing ROHC header
+ if ((buf[len] & 0xFE) == 0xFE)
+ {
+ packet.segment().padding() = padding;
+ packet.segment().feedback() = feedback;
+ packet.segment().segment__header__id() = 0x7F;
+ if (ShiftDownBit(buf[len], 0))
+ {
+ packet.segment().final() = BOOLEAN(true);
+ len += 1;
+ if (data.lengthof() - len < 4)
+ {
+ packet.segment().payload() =
+ OCTETSTRING(data.lengthof() - len, &buf[len]);
+ len = data.lengthof();
+ packet.segment().crc() = OMIT_VALUE;
+ }
+ else
+ {
+ packet.segment().payload() =
+ OCTETSTRING(data.lengthof() - len - 4, &buf[len]);
+ len = data.lengthof() - 4;
+ packet.segment().crc() =
+ ((buf[len] << 24) & 0xFF000000) +
+ ((buf[len + 1] << 16) & 0xFF0000) +
+ ((buf[len + 2] << 8) & 0xFF00) + (buf[len + 3] & 0xFF);
+ }
+ }
+ else
+ {
+ packet.segment().final() = BOOLEAN(false);
+ len += 1;
+ packet.segment().payload() =
+ OCTETSTRING(data.lengthof() - len, &buf[len]);
+ packet.segment().crc() = OMIT_VALUE;
+ }
+
+ }
+ else
+ {
+ packet.rohc().padding() = padding;
+ packet.rohc().feedback() = feedback;
+ len += Get_ROHC_Header(&buf[len],
+ data.lengthof() - len, packet.rohc().header(),
+ p_config);
+ if (data.lengthof() == len)
+ {
+ packet.rohc().payload() = OMIT_VALUE;
+ }
+ else
+ {
+ packet.rohc().payload() = OCTETSTRING(data.lengthof() - len, &buf[len]);
+ }
+ }
+
+ TTCN_logger.begin_event(TTCN_DEBUG);
+ p_config.log();
+ packet.log();
+ TTCN_logger.end_event();
+
+ Log_function_name_on_leave();
+
+ return packet;
+}
+
+INTEGER
+f__ROHC__CRC(OCTETSTRING const &data, INTEGER const &crclen)
+{
+ const unsigned char *buf = (const unsigned char *) data;
+ INTEGER crcval;
+ int crclength = crclen;
+
+ Log_function_name_on_enter();
+
+ TTCN_logger.log(TTCN_DEBUG, "Calculating CRC-%d over:", crclength);
+ Log_hexdump(buf, data.lengthof());
+
+ crcval = INTEGER(ComputeCRC(&(buf[0]), data.lengthof(), crclength));
+ Log_function_name_on_leave();
+ return crcval;
+}
+
+OCTETSTRING
+f__FBCK__enc(Feedback__data const &feedback_data, ROHC__config const &config)
+{
+ unsigned char buf[MAX_PACKET_SIZE];
+ int len = 0, crcpos = 0;
+ INTEGER cid;
+
+ Log_function_name_on_enter();
+
+ cid = feedback_data.cid();
+ if (config.large__cid() == false)
+ {
+ if (cid > 0)
+ {
+ buf[len] = 0xE0 + (cid & 0x0F);
+ len += 1;
+ }
+ }
+ else
+ len += Set_SDVL_field(&buf[len], cid, 0);
+ switch (feedback_data.feedback__type().get_selection())
+ {
+ case Feedback__type::ALT_feedback1:
+ const unsigned char *tempbuf;
+ tempbuf =
+ (const unsigned char *) feedback_data.feedback__type().feedback1();
+ buf[len] = tempbuf[0];
+ len += 1;
+ break;
+ case Feedback__type::ALT_feedback2:
+ {
+ Feedback2 fback2;
+ fback2 = feedback_data.feedback__type().feedback2();
+ buf[len] = (fback2.acktype() << 6) & 0xC0;
+ buf[len] += (fback2.mode() << 4) & 0x30;
+ buf[len] += (fback2.sn() >> 8) & 0x0F;
+ len += 1;
+ buf[len] = fback2.sn() & 0xFF;
+ len += 1;
+ if (fback2.feedback__opts().ispresent())
+ {
+ Feedback__opts & fbopts = fback2.feedback__opts();
+ for (int num2 = 0; num2 < fbopts.size_of(); num2++)
+ {
+ buf[len] = (fbopts[num2].opt__type() << 4) & 0xF0;
+ buf[len] += fbopts[num2].opt__len() & 0x0F;
+ len += 1;
+ len += Set_octetstring_opt(&buf[len], fbopts[num2].opt__data());
+ if (fbopts[num2].opt__data().ispresent())
+ {
+ OCTETSTRING opt;
+ opt = fbopts[num2].opt__data();
+ if (fbopts[num2].opt__len() != opt.lengthof())
+ TTCN_logger.
+ log(TTCN_WARNING,
+ "Feedback option length mismatch: %d, %d",
+ (int) fbopts[num2].opt__len(), opt.lengthof());
+ else
+ if ((fbopts[num2].opt__len() == 1)
+ && (fbopts[num2].opt__type() == 1) && (buf[len - 1] == 0))
+ crcpos = len - 1;
+ }
+ }
+ }
+ break;
+ }
+
+ default:
+ break;
+ }
+
+ if ((crcpos > 0) && (buf[crcpos] == 0))
+ buf[crcpos] = ComputeCRC(&(buf[0]), len, 8);
+
+ Log_function_name_on_leave();
+
+ return OCTETSTRING(len, &(buf[0]));
+}
+
+Feedback__data
+f__FBCK__dec(OCTETSTRING const &data, ROHC__config const &config)
+{
+ Feedback__data feedback_data;
+ const unsigned char *buf;
+ unsigned char ctemp;
+ int len = 0, fbsize, cidlen = 0;
+ buf = (const unsigned char *) data;
+ fbsize = data.lengthof();
+
+ Log_function_name_on_enter();
+
+ if (config.large__cid() == false)
+ {
+ if ((buf[len] & 0xF0) == 0xE0)
+ {
+ feedback_data.cid() = buf[len] & 0x0F;
+ len += 1;
+ fbsize -= 1;
+ }
+ else
+ feedback_data.cid() = 0;
+ }
+ else
+ {
+ cidlen = Get_SDVL_field(&buf[len], feedback_data.cid());
+ len += cidlen;
+ fbsize -= cidlen;
+ }
+
+ if (fbsize == 1)
+ {
+ feedback_data.feedback__type().feedback1() = OCTETSTRING(1, &buf[len]);
+ len += 1;
+ }
+ else if (fbsize >= 1)
+ {
+ int optnum;
+ Feedback__opts fbopts;
+ Feedback2 feedback2;
+ feedback2.acktype() = (buf[len] >> 6) & 0x03;
+ feedback2.mode() = (buf[len] >> 4) & 0x03;
+ ctemp = buf[len] & 0x0F;
+ len += 1;
+ fbsize -= 1;
+ feedback2.sn() = ((ctemp << 8) & 0x0F00) + buf[len];
+ len += 1;
+ fbsize -= 1;
+ optnum = 0;
+ feedback2.feedback__opts() = OMIT_VALUE;
+ while (fbsize)
+ {
+ fbopts[optnum].opt__type() = (buf[len] >> 4) & 0x0F;
+ fbopts[optnum].opt__len() = buf[len] & 0x0F;
+ len += 1;
+ fbsize -= 1;
+ if (fbopts[optnum].opt__len())
+ {
+ len += Get_octetstring(&buf[len], fbopts[optnum].opt__data(),
+ fbopts[optnum].opt__len());
+ fbsize -= fbopts[optnum].opt__len();
+ }
+ else
+ fbopts[optnum].opt__data() = OMIT_VALUE;
+ feedback2.feedback__opts() = fbopts;
+ optnum += 1;
+ }
+
+ feedback_data.feedback__type().feedback2() = feedback2;
+ }
+ else
+ TTCN_logger.log(TTCN_WARNING, "Size mismatch in feedback(%d)", fbsize);
+
+ Log_function_name_on_leave();
+
+ return feedback_data;
+}
+
+}//namespace
diff --git a/ROHC_CNL113426_LATEST/src/ROHC_Types.ttcn b/ROHC_CNL113426_LATEST/src/ROHC_Types.ttcn
new file mode 100644
index 000000000..5ca513ee8
--- /dev/null
+++ b/ROHC_CNL113426_LATEST/src/ROHC_Types.ttcn
@@ -0,0 +1,1079 @@
+///////////////////////////////////////////////////////////////////////////////
+// //
+// Copyright Test Competence Center(TCC) ETH 2003 //
+// //
+// The copyright to the computer program(s) herein is the property of TCC. //
+// The program(s) may be used and/or copied only with the written permission //
+// of TCC or in accordance with the terms and conditions stipulated in the //
+// agreement/contract under which the program(s) has been supplied. //
+// //
+///////////////////////////////////////////////////////////////////////////////
+//
+// File: ROHC_Types.ttcn
+// Description: ROHC
+// Rev: R3A01
+// Prodnr: CNL 113 426
+// Updated: 2006.04.13
+// Contact: http://ttcn.ericsson.se
+//
+
+/* Based on RFC 3095, July 2001 */
+
+/* TODO: improvements::
+- Profile4_Dynamic_Chain_u should not contain the sn field
+
+ethesi */
+
+module ROHC_Types
+{
+import from General_Types all;
+
+external function f_ROHC_enc(in ROHC_packet_u pdu, in ROHC_config p_config)
+return octetstring;
+external function f_ROHC_dec(in octetstring data, inout ROHC_config p_config)
+return ROHC_packet_u;
+external function f_ROHC_CRC(in octetstring data, in integer crclen)
+return integer;
+external function f_FBCK_enc(in Feedback_data pdu, in ROHC_config p_config)
+return octetstring;
+external function f_FBCK_dec(in octetstring data, in ROHC_config p_config)
+return Feedback_data;
+
+/* Constants for ROHC mode field values including mode cancellation */
+const integer cg_ROHC_mode_C := 0;
+const integer cg_ROHC_mode_U := 1;
+const integer cg_ROHC_mode_O := 2;
+const integer cg_ROHC_mode_R := 3;
+
+/* Constants for ROHC feedback type */
+const integer cg_ROHC_fbck_type_ACK := 0;
+const integer cg_ROHC_fbck_type_NACK := 1;
+const integer cg_ROHC_fbck_type_SNACK := 2;
+const integer cg_ROHC_fbck_type_reserved := 3;
+
+type bitstring ROHC_BIT7_BO_LAST length (7) with {variant "BYTEORDER(last)"};
+
+type enumerated Packet_type { R_0(0), R_0_CRC(1), UO_0(2), R_1(3), R_1_ID(4),
+ R_1_TS(5), UO_1(6), UO_1_ID(7), UO_1_TS(8), UOR_2(9), UOR_2_ID(10),
+ UOR_2_TS(11), IR(12), IR_DYN(13), NOPKT(14) };
+
+/* ==================== ROHC configuration and context ==================== */
+
+ type record IP_context {
+ /* Version of this IP level. MSB bit may be set (Profile 4 only). */
+ integer version,
+ /* RND bit of this IP level (RND or RND2) */
+ boolean rnd_bit,
+ /* Whether AH is present in the IPX index list */
+ boolean ah_present,
+ /* Whether GRE is present in the IPX index list */
+ boolean gre_present,
+ /* Whether ESP is present in the IPX index list */
+ boolean esp_present,
+ /* Length of the compressed AH data field after the base header */
+ integer ah_data_len,
+ /* Whether GRE header has GRE checksum or not */
+ boolean gre_cksum_present
+ };
+
+ type record UDP_context {
+ boolean udp_cksum
+ };
+
+ type record of IP_context IP_contexts;
+
+ type record ROHC_context {
+ integer mode,
+ integer profile,
+ /* The decoded packet type */
+ Packet_type pkt,
+ IP_contexts ip_ctx,
+ UDP_context udp_ctx
+ };
+
+ type record of integer int_array;
+
+ type record of ROHC_context ROHC_context_rof;
+
+ type record ROHC_config {
+ boolean large_cid,
+ int_array rtp_ports,
+ ROHC_context_rof context
+ };
+
+ type port ROHC_ASP_SP_PT message
+ {
+ inout ROHC_packet_u;
+ inout octetstring;
+ } with { extension "internal" }
+
+
+ /* ROHC Configuration port */
+ type record ROHC_ROHCCFG_REQ_setconfig
+ {
+ ROHC_config config
+ }
+
+ type enumerated ROHC_ROHCCFG_REQ_operation { rohccfg_getconfig }
+
+ type union ROHC_ROHCCFG_REQ
+ {
+ ROHC_ROHCCFG_REQ_operation simpleop,
+ ROHC_ROHCCFG_REQ_setconfig setconfig
+ }
+
+ type enumerated ROHC_ROHCCFG_RSP_operation { rohccfg_ok }
+
+ type record ROHC_ROHCCFG_RSP_config
+ {
+ ROHC_config config
+ }
+
+ type union ROHC_ROHCCFG_RSP
+ {
+ ROHC_ROHCCFG_RSP_operation simpleop,
+ ROHC_ROHCCFG_RSP_config config
+ }
+
+ type port ROHC_PORTCFG_PT message
+ {
+ inout ROHC_config;
+ inout charstring;
+ inout ROHC_ROHCCFG_REQ;
+ inout ROHC_ROHCCFG_RSP;
+ } with { extension "internal" }
+
+ type union ROHC_packet_u
+ {
+ ROHC_packet rohc,
+ Segment_packet segment
+ }
+
+ type record ROHC_packet /* p.42 */
+ {
+ Padding padding optional,
+ Feedback feedback optional,
+ Header header,
+ Payload payload optional
+ };
+
+/* TODO CHECK: why this is needed ?
+type record Reconstructed_unit
+{
+ octetstring reconstructed_packet,
+ OCT4 CRC
+}; */
+
+ type record Segment_packet /* p.50 */
+ {
+ Padding padding optional,
+ Feedback feedback optional,
+ INT7b segment_header_id, /* Must be 127 (0x7F) */
+ boolean final,
+ Payload payload optional,
+ integer crc optional
+ };
+
+ type octetstring Padding; /* Must be a serie of 0xE0 */
+ type octetstring Payload;
+
+ type OCT1n Feedback1; /* p.91 */
+
+ type record Feedback_opts_u /* p.91 */
+ {
+ INT4b opt_type,
+ INT4b opt_len,
+ octetstring opt_data optional
+ };
+
+ type record of Feedback_opts_u Feedback_opts; /* p.91 */
+
+ type record Feedback2 /* p.91 */
+ {
+ INT2b acktype,
+ INT2b mode,
+ INT12b_BO_LAST sn,
+ Feedback_opts feedback_opts optional
+ };
+
+ type union Feedback_type /* p.46 */
+ {
+ Feedback1 feedback1,
+ Feedback2 feedback2
+ };
+
+ type record Feedback_data /* p.46 */
+ {
+ INT14b_BO_LAST cid,
+ Feedback_type feedback_type
+ };
+
+ type record Feedback_u /* p.45 */
+ {
+ BIT5 feedback_type, /* Must be '11110'B */
+ INT3b code,
+ LIN1 size optional,
+ /* TODO: size could be 0, so feedback_data should be optional;
+ although it's a weird case, but still possible */
+ Feedback_data feedback_data
+ };
+
+ type record of Feedback_u Feedback; /* p.42 */
+
+ type union Header /* p.77 */
+ {
+ Profile0_headers prof0,
+ Profile1_headers prof1,
+ Profile2_headers prof2,
+ Profile4_headers prof4
+ };
+
+ //Profile0
+
+ type union Profile0_headers
+ {
+ Profile0_IR_packet ir,
+ Profile0_normal_packet normal
+ };
+
+ type record Profile0_IR_packet /* p.127 */
+ {
+ INT14b_BO_LAST cid,
+ BIT7 type_ind, /* Must be '1111110'B */
+ BIT1 d, /* Must be 0 */
+ LIN1 profile, /* Must be 0 */
+ LIN1 crc,
+ octetstring orig_packet
+ };
+
+ type record Profile0_normal_packet /* p.128 */
+ {
+ INT14b_BO_LAST cid,
+ octetstring orig_packet
+ };
+
+ //Profile1
+
+ type record Profile1_headers /* p.77 */
+ {
+ Profile1_base_header base_header,
+ Profile1_Extension ext optional,
+ LIN2_BO_LAST ip_id_outer optional,
+ octetstring ah_outer optional,
+ LIN2_BO_LAST gre_cksum1 optional,
+ LIN2_BO_LAST ip_id_inner optional,
+ octetstring ah_inner optional,
+ LIN2_BO_LAST gre_cksum2 optional,
+ LIN2_BO_LAST udp_cksum optional
+ };
+
+ type union Profile1_base_header
+ {
+ Profile1_IR_header ir,
+ Profile1_IR_DYN_header ir_dyn,
+ Profile1_R_0_header r_0,
+ Profile1_R_0_CRC_header r_0_crc,
+ Profile1_UO_0_header uo_0,
+ Profile1_R_1_header r_1,
+ Profile1_R_1_ID_header r_1_id,
+ Profile1_R_1_TS_header r_1_ts,
+ Profile1_UO_1_header uo_1,
+ Profile1_UO_1_ID_header uo_1_id,
+ Profile1_UO_1_TS_header uo_1_ts,
+ Profile1_UOR_2_header uor_2,
+ Profile1_UOR_2_ID_header uor_2_id,
+ Profile1_UOR_2_TS_header uor_2_ts
+ };
+
+ type union Static_Chain_u /* p.91 */
+ {
+ IPv4_Static ipv4_stat,
+ IPv6_Static ipv6_stat,
+ UDP_Static udp_stat,
+ RTP_Static rtp_stat,
+ ESP_Static esp_stat
+ };
+
+ type union Dynamic_Chain_u /* p.91 */
+ {
+ IPv4_Dynamic ipv4_dyn,
+ IPv6_Dynamic ipv6_dyn,
+ UDP_Dynamic udp_dyn,
+ RTP_Dynamic rtp_dyn,
+ ESP_Dynamic esp_dyn
+ };
+
+ type record of Static_Chain_u Static_Chain; /* p.91 */
+
+ type record of Dynamic_Chain_u Dynamic_Chain; /* p.91 */
+
+ type record Profile1_IR_header /* p.45 */ /* p.91 */
+ {
+ INT14b_BO_LAST cid,
+ BIT7 type_ind, /* Must be '1111110'B */
+ BIT1 d,
+ LIN1 profile, /* Must be 1 */
+ LIN1 crc,
+ Static_Chain stat_chain,
+ Dynamic_Chain dyn_chain optional
+ };
+
+ type record Profile1_IR_DYN_header /* p.46 */ /* p.92 */
+ {
+ INT14b_BO_LAST cid,
+ BIT8 type_ind, /* Must be '11111000'B */
+ LIN1 profile, /* Must be 1 */
+ LIN1 crc,
+ Dynamic_Chain dyn_chain
+ };
+
+ type record Profile1_R_0_header /* p.74 */
+ {
+ INT14b_BO_LAST cid,
+ BIT2 type_ind, /* Must be '00'B */
+ INT6b sn
+ };
+
+ type record Profile1_R_0_CRC_header /* p.74 */
+ {
+ INT14b_BO_LAST cid,
+ BIT2 type_ind, /* Must be '01'B */
+ INT7b sn,
+ INT7b crc
+ };
+
+ type record Profile1_UO_0_header /* p.75 */
+ {
+ INT14b_BO_LAST cid,
+ BIT1 type_ind, /* Must be '0'B */
+ INT4b sn,
+ INT3b crc
+ };
+
+ type record Profile1_R_1_header /* p.75 */
+ {
+ INT14b_BO_LAST cid,
+ BIT2 type_ind, /* Must be '10'B */
+ INT6b sn,
+ BIT1 m_bit,
+ BIT1 x_bit,
+ INT6b ts
+ };
+
+ type record Profile1_R_1_ID_header /* p.75 */
+ {
+ INT14b_BO_LAST cid,
+ BIT2 type_ind, /* Must be '10'B */
+ INT6b sn,
+ BIT1 m_bit,
+ BIT1 x_bit,
+ BIT1 t_bit, /* Must be '0'B */
+ INT5b ip_id
+ };
+
+ type record Profile1_R_1_TS_header /* p.75 */
+ {
+ INT14b_BO_LAST cid,
+ BIT2 type_ind, /* Must be '10'B */
+ INT6b sn,
+ BIT1 m_bit,
+ BIT1 x_bit,
+ BIT1 t_bit, /* Must be '1'B */
+ INT5b ts
+ };
+
+ type record Profile1_UO_1_header /* p.76 */
+ {
+ INT14b_BO_LAST cid,
+ BIT2 type_ind, /* Must be '10'B */
+ INT6b ts,
+ BIT1 m_bit,
+ INT4b sn,
+ INT3b crc
+ };
+
+ type record Profile1_UO_1_ID_header /* p.76 */
+ {
+ INT14b_BO_LAST cid,
+ BIT2 type_ind, /* Must be '10'B */
+ BIT1 t_bit, /* Must be '0'B */
+ INT5b ip_id,
+ BIT1 x_bit,
+ INT4b sn,
+ INT3b crc
+ };
+
+ type record Profile1_UO_1_TS_header /* p.76 */
+ {
+ INT14b_BO_LAST cid,
+ BIT2 type_ind, /* Must be '10'B */
+ BIT1 t_bit, /* Must be '1'B */
+ INT5b ts,
+ BIT1 m_bit,
+ INT4b sn,
+ INT3b crc
+ };
+
+ type record Profile1_UOR_2_header /* p.77 */
+ {
+ INT14b_BO_LAST cid,
+ BIT3 type_ind, /* Must be '110'B */
+ INT6b ts,
+ BIT1 m_bit,
+ INT6b sn,
+ BIT1 x_bit,
+ INT7b crc
+ };
+
+ type record Profile1_UOR_2_ID_header /* p.77 */
+ {
+ INT14b_BO_LAST cid,
+ BIT3 type_ind, /* Must be '110'B */
+ INT5b ip_id,
+ BIT1 t_bit, /* Must be '0'B */
+ BIT1 m_bit,
+ INT6b sn,
+ BIT1 x_bit,
+ INT7b crc
+ };
+
+ type record Profile1_UOR_2_TS_header /* p.77 */
+ {
+ INT14b_BO_LAST cid,
+ BIT3 type_ind, /* Must be '110'B */
+ INT5b ts,
+ BIT1 t_bit, /* Must be '1'B */
+ BIT1 m_bit,
+ INT6b sn,
+ BIT1 x_bit,
+ INT7b crc
+ };
+
+ type record Short_Seqnum /* p.120 */
+ {
+ BIT1 ind, /* Must be '0'B */
+ INT7b lsb_of_seqnum
+ };
+
+ type record Long_Seqnum /* p.120 */
+ {
+ BIT1 ind, /* Must be '1'B */
+ INT31b_BO_LAST lsb_of_seqnum
+ };
+
+ type union AEGSeqnum /* p.112 */
+ {
+ Short_Seqnum short_form,
+ Long_Seqnum long_form
+ };
+
+ type record XI_Item4_r /* p.121 */
+ {
+ BIT1 x_ind,
+ INT3b index
+ };
+
+ type record XI_Item8_r /* p.121 */
+ {
+ BIT1 x_ind,
+ INT7b index
+ };
+
+ type record of XI_Item4_r XI_Item4;
+
+ type record of XI_Item8_r XI_Item8;
+
+ type union XI_list /* p.113 */
+ {
+ XI_Item4 xi_item4,
+ XI_Item8 xi_item8
+ };
+
+ type record IPv6_ext_item
+ {
+ LIN1 nexthead,
+ LIN1 hdr_ext_len,
+ octetstring data
+ }
+
+ type record MINE_item {
+ LIN1 protocol,
+ BIT1 s_bit,
+ ROHC_BIT7_BO_LAST reserved,
+ LIN2_BO_LAST cksum,
+ OCT4 dstaddr,
+ OCT4 srcaddr optional
+ } with {
+ variant "FIELDORDER(msb)";
+ variant (srcaddr) "PRESENCE(s_bit = '1'B)";
+ }
+
+/* TODO: check why better use INTn intead of OCTn */
+ type record AH_item /* RFC 2402, p.3 */
+ {
+ LIN1 nexthead, /* Must be 51 */
+ LIN1 payload_len,
+ LIN2_BO_LAST reserved, /* Must be 0 */
+ LIN4_BO_LAST spi,
+ LIN4_BO_LAST sn,
+ octetstring auth_data optional
+ }
+
+ type record ESP_item
+ {
+ LIN1 nexthead, /* Must be 50 */
+ LIN4_BO_LAST spi,
+ LIN4_BO_LAST sn
+ }
+
+ type record GRE_item
+ {
+ LIN1 nexthead, /* Must be 47 */
+ BIT1 C_bit,
+ BIT1 reserved_1, /* Must be '0'B */
+ BIT1 K_bit,
+ BIT1 S_bit,
+ BIT1 reserved_2, /* Must be '0'B */
+ BIT3 version,
+ LIN2_BO_LAST cksum optional,
+ LIN4_BO_LAST key optional,
+ LIN4_BO_LAST sn optional
+ }
+
+ type union Item
+ {
+ IPv6_ext_item ipv6_ext_item,
+ AH_item ah_item,
+ ESP_item esp_item,
+ GRE_item gre_item,
+ MINE_item mine_item
+/* TODO CHECK: could we use it ?
+ octetstring any_item */
+ }
+
+ type record of Item IP_Item_list;
+
+ type record of OCT4n CSRC_Item_list;
+
+ /* TODO: temporary solution for profile4 tests */
+ type record of octetstring RAW_data;
+
+ type union Item_list
+ {
+ CSRC_Item_list csrc_item_list,
+ IP_Item_list ip_item_list,
+ /* TODO: temporary solution for profile4 tests */
+ RAW_data raw_data
+ }
+
+ type record Enc_Type_0 /* p.112 */
+ {
+ BIT2 et, /* Must be '00'B */
+ BIT1 gp_bit,
+ BIT1 ps_bit,
+ INT4b cc,
+ LIN1 gen_id optional,
+ XI_list xi_list optional,
+ BIT4 padding optional, /* Must be '0000'B */
+ Item_list item_list optional
+ };
+
+ type record Enc_Type_1 /* p.114 */
+ {
+ BIT2 et, /* Must be '01'B */
+ BIT1 gp_bit,
+ BIT1 ps_bit,
+ INT4b xi1,
+ LIN1 gen_id optional,
+ LIN1 ref_id,
+ octetstring insbitmask,
+ XI_list xi_list optional,
+ BIT4 padding optional, /* Must be '0000'B */
+ Item_list item_list optional
+ };
+
+ type record Enc_Type_2 /* p.115 */
+ {
+ BIT2 et, /* Must be '10'B */
+ BIT1 gp_bit,
+ BIT1 res,
+ INT4b count,
+ LIN1 gen_id optional,
+ LIN1 ref_id,
+ octetstring rembitmask
+ };
+
+ type record Enc_Type_3 /* p.115 */
+ {
+ BIT2 et, /* Must be '11'B */
+ BIT1 gp_bit,
+ BIT1 ps_bit,
+ INT4b xi1,
+ LIN1 gen_id optional,
+ LIN1 ref_id,
+ octetstring rembitmask,
+ octetstring insbitmask,
+ XI_list xi_list optional,
+ BIT4 padding optional, /* Must be '0000'B */
+ Item_list item_list optional
+ };
+
+ type record IPv4_Static /* p.94 */
+ {
+ INT4b version, /* Must be '0100'B */
+ INT4b reserved, /* Must be '0000'B */
+ LIN1 proto,
+ OCT4 srcaddr,
+ OCT4 dstaddr
+ };
+
+ type record IPv4_Dynamic /* p.94 */
+ {
+ LIN1 tos,
+ LIN1 ttl,
+ LIN2_BO_LAST identification,
+ BIT1 df_bit,
+ BIT1 rnd_bit,
+ BIT1 nbo_bit,
+ BIT5 reserved, /* Must be '00000'B */
+ Enc_Type_0 genextheadlist
+ };
+
+ type record IPv6_Static /* p.93 */
+ {
+ INT4b version, /* Must be '0110'B */
+ INT20b_BO_LAST flowlabel,
+ LIN1 nexthead,
+ OCT16 srcaddr,
+ OCT16 dstaddr
+ };
+
+ type record IPv6_Dynamic /* p.93 */
+ {
+ LIN1 trafficclass,
+ LIN1 hoplimit,
+ Enc_Type_0 genextheadlist
+ };
+
+ type record UDP_Static /* p.95 */
+ {
+ LIN2_BO_LAST srcport,
+ LIN2_BO_LAST dstport
+ };
+
+ type record UDP_Dynamic /* p.95 */
+ {
+ LIN2_BO_LAST cksum
+ };
+
+ type record RTP_Static /* p.96 */
+ {
+ OCT4 ssrc
+ };
+
+ type record Rx_Field /* p.96 */
+ {
+ BIT3 reserved, /* Must be '000'B */
+ BIT1 xbit,
+ INT2b mode,
+ BIT1 tisbit,
+ BIT1 tssbit
+ };
+
+ type record RTP_Dynamic /* p.96 */
+ {
+ INT2b vfield, /* Must be '10'B */
+ BIT1 pbit,
+ BIT1 rxbit,
+ INT4b ccfield,
+ BIT1 mbit,
+ INT7b ptfield,
+ LIN2_BO_LAST rtpseqnum,
+ LIN4_BO_LAST rtpts,
+ Enc_Type_0 gencsrclist,
+ Rx_Field rx_field optional,
+ integer ts_stride optional,
+ integer time_stride optional
+ };
+
+ type record ESP_Static /* p.97 */
+ {
+ LIN4_BO_LAST spi
+ };
+
+ type record ESP_Dynamic /* p.97 */
+ {
+ LIN4_BO_LAST seqnum
+ };
+
+ type union Compr_head_list /* p.112 */
+ {
+ Enc_Type_0 enctype0,
+ Enc_Type_1 enctype1,
+ Enc_Type_2 enctype2,
+ Enc_Type_3 enctype3
+ };
+
+ type record IP_Ext_heads /* p.111 */
+ {
+ BIT1 cl,
+ BIT1 aseq,
+ BIT1 eseq,
+ BIT1 gseq,
+ BIT4 res,
+ AEGSeqnum ah_seq optional,
+ AEGSeqnum esp_seq optional,
+ AEGSeqnum gre_seq optional,
+ Compr_head_list compr_head_list optional
+ };
+
+ type record Outer_IP_fields /* p.82 */
+ {
+ LIN1 tos optional,
+ LIN1 ttl optional,
+ LIN1 proto optional,
+ IP_Ext_heads ext_heads optional,
+ LIN2_BO_LAST ip_id optional
+ };
+
+ type record Outer_IP_flags /* p.81 */
+ {
+ BIT1 tos2,
+ BIT1 ttl2,
+ BIT1 df2,
+ BIT1 pr2,
+ BIT1 ipx2,
+ BIT1 nbo2,
+ BIT1 rnd2,
+ BIT1 i2_bit
+ };
+
+ type record Inner_IP_fields /* p.81 */
+ {
+ LIN1 tos optional,
+ LIN1 ttl optional,
+ LIN1 proto optional,
+ IP_Ext_heads ext_heads optional
+ };
+
+ type record Inner_IP_flags /* p.80 */
+ {
+ BIT1 tos,
+ BIT1 ttl,
+ BIT1 df,
+ BIT1 pr,
+ BIT1 ipx,
+ BIT1 nbo,
+ BIT1 rnd_bit,
+ BIT1 ip2_bit
+ };
+
+ type record RTP_flags
+ {
+ BIT1 r_p,
+ INT7b rtp_pt
+ }
+
+ type record RTP_flags_fields /* p.82 */
+ {
+ INT2b mode,
+ BIT1 r_pt,
+ BIT1 m_bit,
+ BIT1 r_x,
+ BIT1 csrc,
+ BIT1 tss,
+ BIT1 tis,
+ RTP_flags flags optional,
+ Compr_head_list csrc_list optional,
+ integer ts_stride optional,
+ integer time_stride optional
+ }
+
+ type record Extension0 /* p.79 */
+ {
+ BIT2 ext_type, /* Must be '00'B */
+ INT3b sn,
+ INT3b plust
+ }
+
+ type record Extension1 /* p.79 */
+ {
+ BIT2 ext_type, /* Must be '01'B */
+ INT3b sn,
+ INT3b plust,
+ LIN1 minust
+ };
+
+ type record Extension2 /* p.79 */
+ {
+ BIT2 ext_type, /* Must be '10'B */
+ INT3b sn,
+ INT11b_BO_LAST plust,
+ LIN1 minust
+ };
+
+ type record Extension3 /* p.79 */
+ {
+ BIT2 ext_type, /* Must be '11'B */
+ BIT1 s_bit,
+ BIT1 r_ts_bit,
+ BIT1 tsc_bit,
+ BIT1 i_bit,
+ BIT1 ip_bit,
+ BIT1 rtp_bit,
+ Inner_IP_flags inner_ip_flags optional,
+ Outer_IP_flags outer_ip_flags optional,
+ LIN1 sn optional,
+ integer ts optional,
+ /* This field contains the length of the SDVL encoded TS value counted in
+ octets. */
+ integer ts_length optional,
+ Inner_IP_fields inner_ip_hdr optional,
+ LIN2_BO_LAST ip_id optional,
+ Outer_IP_fields outer_ip_hdr optional,
+ RTP_flags_fields rtp_fl_fi optional
+ };
+
+ type union Profile1_Extension /* p.79 */
+ {
+ Extension0 ext0,
+ Extension1 ext1,
+ Extension2 ext2,
+ Extension3 ext3
+ };
+
+ //Profile2
+
+ type record Profile2_headers /* p.77 */
+ {
+ Profile2_base_header base_header,
+ Profile2_Extension ext optional,
+ LIN2_BO_LAST ip_id_outer optional,
+ octetstring ah_outer optional,
+ LIN2_BO_LAST gre_cksum1 optional,
+ LIN2_BO_LAST ip_id_inner optional,
+ octetstring ah_inner optional,
+ LIN2_BO_LAST gre_cksum2 optional,
+ LIN2_BO_LAST udp_cksum optional
+ };
+
+ type union Profile2_base_header
+ {
+ Profile2_IR_header ir,
+ Profile2_IR_DYN_header ir_dyn,
+ Profile1_R_0_header r_0,
+ Profile1_R_0_CRC_header r_0_crc,
+ Profile1_UO_0_header uo_0,
+ Profile2_R_1_header r_1,
+ Profile2_UO_1_header uo_1,
+ Profile2_UOR_2_header uor_2
+ };
+
+ type union Profile2_Static_Chain_u
+ {
+ IPv4_Static ipv4_stat,
+ IPv6_Static ipv6_stat,
+ UDP_Static udp_stat
+ };
+
+ type record Profile2_UDP_Dynamic
+ {
+ LIN2_BO_LAST cksum,
+ LIN2_BO_LAST udp_sn
+ };
+
+ type union Profile2_Dynamic_Chain_u
+ {
+ IPv4_Dynamic ipv4_dyn,
+ IPv6_Dynamic ipv6_dyn,
+ Profile2_UDP_Dynamic udp_dyn
+ };
+
+ type record of Profile2_Static_Chain_u Profile2_Static_Chain;
+
+ type record of Profile2_Dynamic_Chain_u Profile2_Dynamic_Chain;
+
+ type record Profile2_IR_header
+ {
+ INT14b_BO_LAST cid,
+ BIT7 type_ind, /* Must be '1111110'B */
+ BIT1 d,
+ LIN1 profile, /* Must be 2 */
+ LIN1 crc,
+ Profile2_Static_Chain stat_chain,
+ Profile2_Dynamic_Chain dyn_chain optional
+ };
+
+ type record Profile2_IR_DYN_header /* p.46 */ /* p.92 */
+ {
+ INT14b_BO_LAST cid,
+ BIT8 type_ind, /* Must be '11111000'B */
+ LIN1 profile, /* Must be 2 */
+ LIN1 crc,
+ Profile2_Dynamic_Chain dyn_chain
+ };
+
+ type record Profile2_R_1_header
+ {
+ INT14b_BO_LAST cid,
+ BIT2 type_ind, /* Must be '10'B */
+ INT6b sn,
+ BIT1 x_bit,
+ INT7b ip_id
+ };
+
+ type record Profile2_UO_1_header
+ {
+ INT14b_BO_LAST cid,
+ BIT2 type_ind, /* Must be '10'B */
+ INT6b ip_id,
+ INT5b sn,
+ INT3b crc
+ };
+
+ type record Profile2_UOR_2_header
+ {
+ INT14b_BO_LAST cid,
+ BIT3 type_ind, /* Must be '110'B */
+ INT5b sn,
+ BIT1 x_bit,
+ INT7b crc
+ };
+
+ type record Profile2_Inner_IP_flags
+ {
+ BIT1 tos,
+ BIT1 ttl,
+ BIT1 df,
+ BIT1 pr,
+ BIT1 ipx,
+ BIT1 nbo,
+ BIT1 rnd_bit,
+ BIT1 reserved /* Must be '0'B */
+ };
+
+ type union Profile2_Extension
+ {
+ Profile2_Extension0 ext0,
+ Profile2_Extension1 ext1,
+ Profile2_Extension2 ext2,
+ Profile2_Extension3 ext3
+ };
+
+ type record Profile2_Extension0
+ {
+ BIT2 ext_type, /* Must be '00'B */
+ INT3b sn,
+ INT3b ip_id
+ }
+
+ type record Profile2_Extension1
+ {
+ BIT2 ext_type, /* Must be '01'B */
+ INT3b sn,
+ INT11b_BO_LAST ip_id
+ };
+
+ type record Profile2_Extension2
+ {
+ BIT2 ext_type, /* Must be '10'B */
+ INT3b sn,
+ INT11b_BO_LAST ip_id2,
+ LIN1 ip_id
+ };
+
+ type record Profile2_Extension3
+ {
+ BIT2 ext_type, /* Must be '11'B */
+ BIT1 s_bit,
+ INT2b mode,
+ BIT1 i_bit,
+ BIT1 ip_bit,
+ BIT1 ip2_bit,
+ Profile2_Inner_IP_flags inner_ip_flags optional,
+ Outer_IP_flags outer_ip_flags optional,
+ LIN1 sn optional,
+ Inner_IP_fields inner_ip_hdr optional,
+ LIN2_BO_LAST ip_id optional,
+ Outer_IP_fields outer_ip_hdr optional
+ };
+
+ //Profile4
+
+ type record Profile4_headers
+ {
+ Profile4_base_header base_header,
+ Profile2_Extension ext optional,
+ LIN2_BO_LAST ip_id_outer optional,
+ octetstring ah_outer optional,
+ LIN2_BO_LAST gre_cksum1 optional,
+ LIN2_BO_LAST ip_id_inner optional,
+ octetstring ah_inner optional,
+ LIN2_BO_LAST gre_cksum2 optional,
+ Profile4_Dynamic_Chain additional_IP optional
+ };
+
+ type union Profile4_base_header
+ {
+ Profile4_IR_header ir,
+ Profile4_IR_DYN_header ir_dyn,
+ Profile1_R_0_header r_0,
+ Profile1_R_0_CRC_header r_0_crc,
+ Profile1_UO_0_header uo_0,
+ Profile2_R_1_header r_1,
+ Profile2_UO_1_header uo_1,
+ Profile2_UOR_2_header uor_2
+ };
+
+ type union Profile4_Static_Chain_u
+ {
+ IPv4_Static ipv4_stat,
+ IPv6_Static ipv6_stat
+ };
+
+ type record Profile4_IPv4_Dynamic
+ {
+ LIN1 tos,
+ LIN1 ttl,
+ LIN2_BO_LAST identification,
+ BIT1 df_bit,
+ BIT1 rnd_bit,
+ BIT1 nbo_bit,
+ BIT1 sid_bit,
+ BIT4 reserved, /* Must be '0000'B */
+ Enc_Type_0 genextheadlist
+ };
+
+ type union Profile4_Dynamic_Chain_u
+ {
+ Profile4_IPv4_Dynamic ipv4_dyn,
+ IPv6_Dynamic ipv6_dyn,
+ LIN2_BO_LAST sn
+ };
+
+ type record of Profile4_Static_Chain_u Profile4_Static_Chain;
+
+ type record of Profile4_Dynamic_Chain_u Profile4_Dynamic_Chain;
+
+ type record Profile4_IR_header
+ {
+ INT14b_BO_LAST cid,
+ BIT7 type_ind, /* Must be '1111110'B */
+ BIT1 d,
+ LIN1 profile, /* Must be 4 */
+ LIN1 crc,
+ Profile4_Static_Chain stat_chain,
+ Profile4_Dynamic_Chain dyn_chain optional
+ };
+
+ type record Profile4_IR_DYN_header
+ {
+ INT14b_BO_LAST cid,
+ BIT8 type_ind, /* Must be '11111000'B */
+ LIN1 profile, /* Must be 4 */
+ LIN1 crc,
+ Profile4_Dynamic_Chain dyn_chain
+ };
+
+} with { encode "RAW" }
+
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+/*
+///////////////////////////////////////////////////////////////////////////////
+// //
+// Copyright Test Competence Center (TCC) ETH 2008 //
+// //
+// The copyright to the computer program(s) herein is the property of TCC. //
+// The program(s) may be used and/or copied only with the written permission //
+// of TCC or in accordance with the terms and conditions stipulated in the //
+// agreement/contract under which the program(s) has been supplied. //
+// //
+///////////////////////////////////////////////////////////////////////////////
+//
+// File: SNDCP_Types.ttcn
+// Rev: R1A01
+// Prodnr: CNL 113 576
+// Updated: 2008-01-21
+// Contact: http://ttcn.ericsson.se
+// Reference: 3GPP TS 44.065 7.0.0
+*/
+module SNDCP_Types
+{
+
+// This module contains the Subnetwork Dependent Convergence Protocol
+// 44.065 v7.0.0 with attributes for RAW encoding/decoding.
+
+// According to 3GPP 04.64 - the maximum(!) length of the PDU_SN_UNITDATA and PDU_SN_DATA
+// is minimum 140 and maximum 520 octets.
+// The actual length of the PDU_SN_UNITDATA and PDU_SN_DATA is given in LLC ASPs or set to a parameter value.
+// The possible maximum length of dataSegmentSnUnitdataPdu or dataSegmentSnDataPdu is therefore variable and
+// will depend on this setting.
+// The RAW decoder should have no problem decoding these fields when they are simply defined as octetstrings
+// and stand at the end of the SNDPC PDUs.
+//
+
+//
+
+import from General_Types all;
+
+external function enc_PDU_SN(in PDU_SN pdu ) return octetstring
+with { extension "prototype(convert)"
+ extension "encode(RAW)"
+ }
+
+external function dec_PDU_SN(in octetstring stream) return PDU_SN
+with { extension "prototype(convert)"
+ extension "decode(RAW)"
+ }
+
+type union PDU_SN
+{
+PDU_SN_UNITDATA pDU_SN_UNITDATA,
+PDU_SN_DATA pDU_SN_DATA
+} with { variant "TAG (
+ pDU_SN_UNITDATA, snPduType ='1'B;
+ pDU_SN_DATA, snPduType ='0'B
+ )"
+};
+
+
+type record PDU_SN_UNITDATA
+{
+ BIT4 nsapi,
+ BIT1 moreBit,
+ BIT1 snPduType,
+ BIT1 firstSegmentIndicator,
+ BIT1 spareBit, // set to '0'B
+ BIT4 pcomp optional,
+ BIT4 dcomp optional,
+ BIT4 npduNumber,
+ BIT4 segmentNumber,
+ OCT1 npduNumberContinued,
+ octetstring dataSegmentSnUnitdataPdu
+} with { variant (pcomp) "PRESENCE(firstSegmentIndicator = '1'B)";
+ variant (dcomp) "PRESENCE(firstSegmentIndicator = '1'B)"
+ };
+
+
+type record PDU_SN_DATA
+{
+ BIT4 nsapi,
+ BIT1 moreBit,
+ BIT1 snPduType,
+ BIT1 firstSegmentIndicator,
+ BIT1 spareBit, // set to '0'B
+ BIT4 pcomp optional,
+ BIT4 dcomp optional,
+ OCT1 npduNumberAck optional,
+ octetstring dataSegmentSnDataPdu
+
+} with { variant (pcomp) "PRESENCE(firstSegmentIndicator = '1'B)";
+ variant (dcomp) "PRESENCE(firstSegmentIndicator = '1'B)";
+ variant (npduNumberAck) "PRESENCE(firstSegmentIndicator = '1'B)"
+ };
+
+
+}with{ encode "RAW"} // end of module