/* GTPv1-C Templates in TTCN-3
 * (C) 2018 Harald Welte <laforge@gnumonks.org>
 * contributions by sysmocom - s.f.m.c. GmbH
 * All rights reserved.
 *
 * Released under the terms of GNU General Public License, Version 2 or
 * (at your option) any later version.
 *
 * SPDX-License-Identifier: GPL-2.0-or-later
 */

module GTPv1C_Templates {

import from General_Types all;
import from Osmocom_Types all;
import from GTPC_Types all;
import from GTPv1C_CodecPort all;
import from IPCP_Types all;
import from IPCP_Templates all;
import from GSM_Types all; // RoutingAreaIdentification, CellIdentity

template (present) OCT1 gtp1_requests := (
	'10'O, /* createPDPContextRequest */
	'12'O, /* updatePDPContextRequest */
	'14'O, /*  */
	'16'O, /* deletePDPContextRequest */
	'1B'O, /* pdu_NotificationRequest */
	'1D'O, /* pdu_NotificationRejectRequest */
	'1F'O, /* supportedExtensionHeadersNotification */
	'20'O, /* sendRouteingInformationForGPRSRequest */
	'22'O, /* failureReportRequest */
	'24'O, /* noteMS_GPRSPresentRequest */
	'30'O, /* identificationRequest */
	'32'O, /* sgsn_ContextRequest */
	'35'O, /* forwardRelocationRequest */
	'38'O, /* relocationCancelRequest */
	'3A'O, /* forwardSRNSContext */
	'3D'O, /* uERegistrationQueryRequest */
	'46'O, /* ranInformationRelay */
	'60'O, /* mBMSNotificationRequest */
	'62'O, /* mBMSNotificationRejectRequest */
	'64'O, /* createMBMSContextRequest */
	'66'O, /* updateMBMSContextRequest */
	'68'O, /* deleteMBMSContextRequest */
	'70'O, /* mBMSRegistrationRequest */
	'72'O, /* mBMSDeRegistrationRequest */
	'74'O, /* mBMSSessionStartRequest */
	'76'O, /* mBMSSessionStopRequest */
	'78'O, /* mBMSSessionUpdateRequest */
	'80'O /* mS_InfoChangeNotificationRequest */
);

type record GTP_CellId {
	RoutingAreaIdentification	ra_id,
	CellIdentity			cell_id
} with { encode "RAW" };

template (value) GTP_CellId ts_GTP_CellId(template (value) RoutingAreaIdentification rai,
						template (value) CellIdentity cell_id) := {
	ra_id := rai,
	cell_id := cell_id
};

/* Table 38 of 3GPP TS 29.060 */
type enumerated GTP_Cause {
	GTP_CAUSE_REQUEST_IMEI			(1),
	GTP_CAUSE_REQUEST_IMSI_AND_IMEI		(2),
	GTP_CAUSE_NO_IDENTITY_NEDED		(3),
	GTP_CAUSE_MS_REFUSES			(4),
	GTP_CAUSE_MS_IS_NOT_GPRS_RESPONDING	(5),
	/* reserved */
	GTP_CAUSE_REQUEST_ACCEPTED		(128),
	GTP_CAUSE_INVALID_MSG_FORMAT		(193),
	GTP_CAUSE_IMSI_IMEI_NOT_KNOWN		(194),
	GTP_CAUSE_NO_RESOURCES_AVAILABLE	(199)
	/* FIXME */
} with { encode "RAW"
		variant "FIELDLENGTH(8)"; };

private function f_GTP_Cause_2_OCT1(template (value) GTP_Cause cause) return OCT1 {
	return int2oct(enum2int(valueof(cause)), 1);
}
template (value) Cause_gtpc ts_Cause_gtpc(template (value) GTP_Cause cause) := {
	type_gtpc := '01'O,
	causevalue := f_GTP_Cause_2_OCT1(cause)
}
private function enum2oct1_Cause_gtpc_tmpl(template GTP_Cause inp) return template OCT1
{
	if (istemplatekind(inp, "omit")) {
		return omit;
	} else if (istemplatekind(inp, "*")) {
		return *;
	} else if (istemplatekind(inp, "?")) {
		return ?;
	} else {
		return f_GTP_Cause_2_OCT1(valueof(inp));
	}
}
template (present) Cause_gtpc tr_Cause_gtpc(template (present) GTP_Cause cause) := {
	type_gtpc := '01'O,
	causevalue := enum2oct1_Cause_gtpc_tmpl(cause)
}
function f_tr_Cause_gtpc(template GTP_Cause cause) return
template Cause_gtpc {
	if (istemplatekind(cause, "omit")) {
		return omit;
	} else if (istemplatekind(cause, "*")) {
		return *;
	} else {
		return tr_Cause_gtpc(cause);
	}
}

/* generalized GTP-C receive template */
template (present) PDU_GTPC tr_GTP1C_PDU(template (present) OCT1 msg_type,
					 template (present) OCT4 teid,
					 template (present) GTPC_PDUs pdu := ?) := {
	/* N-PDU Number flag (PN) shall be set to '0'. A GTP-C receiver shall not return an
	 * error if this flag is set to '1'. */
	pn_bit := '0'B,
	/* Sequence number flag (S) shall be set to '1'. */
	s_bit := '1'B,
	e_bit := ?,
	spare := ?,
	/* Protocol Type flag (PT) shall be set to '1'.*/
	pt := '1'B,
	/* Version shall be set to decimal 1 ('001'). */
	version := '001'B,
	messageType := msg_type,
	lengthf := ?,
	teid := teid,
	opt_part := *,
	gtpc_pdu := pdu
}

/* generalized GTP-C send template */
template (value) PDU_GTPC ts_GTP1C_PDU(template (value) OCT1 msg_type,
				       template (value) OCT4 teid,
				       template (value) GTPC_PDUs pdu,
				       template (value) uint16_t seq_nr) := {
	/* N-PDU Number flag (PN) shall be set to '0'. A GTP-C receiver shall not return an
	 * error if this flag is set to '1'. */
	pn_bit := '0'B,
	/* Sequence number flag (S) shall be set to '1'. */
	s_bit := '1'B,
	e_bit := '0'B,
	spare := '0'B,
	/* Protocol Type flag (PT) shall be set to '1'.*/
	pt := '1'B,
	/* Version shall be set to decimal 1 ('001'). */
	version := '001'B,
	messageType := msg_type,
	lengthf := 0,	/* we assume encoder overwrites this */
	teid := teid,
	opt_part := {
		sequenceNumber := int2oct(valueof(seq_nr), 2),
		npduNumber := '00'O,
		nextExtHeader := '00'O,
		gTPC_extensionHeader_List := omit
	},
	gtpc_pdu := pdu
}

/* recovery IE */
template (value) Recovery_gtpc ts_Recovery(template (value) OCT1 restart_counter) := {
	type_gtpc := '0E'O,
	restartCounter := restart_counter
}

template (present) Recovery_gtpc tr_Recovery(template (present) OCT1 restart_counter := ?) := {
	type_gtpc := '0E'O,
	restartCounter := restart_counter
}

/* Packet TMSI - 7.7.5 */
template (value) PacketTMSI ts_PTMSI(template (value) OCT4 ptmsi) := {
	type_gtpc := '05'O,
	p_tmsi := ptmsi
}

/* PTMSI Signature - 7.7.9 */
template (value) PTMSI_Signature ts_PTMSI_sig(template (value) OCT3 ptmsi_sig) := {
	type_gtpc := '0C'O,
	ptmsi_Signature := ptmsi_sig
}

/* MS Validated - 7.7.10 */
template (value) MS_Validated ts_MS_Validated(template (value) BIT1 msValidated) := {
	type_gtpc := '0D'O,
	msValidated := msValidated,
	spare := '1111111'B
}
template (present) MS_Validated tr_MS_Validated(template (present) BIT1 msValidated := ?) := {
	type_gtpc := '0D'O,
	msValidated := msValidated,
	spare := '1111111'B
}
function f_tr_MS_Validated(template BIT1 msValidated := *) return template MS_Validated {
	if (istemplatekind(msValidated, "omit")) {
		return omit;
	} else if (istemplatekind(msValidated, "*")) {
		return *;
	} else {
		return tr_MS_Validated(msValidated);
	}
}
private function f_ts_MS_Validated(template (omit) BIT1 msValidated)
return template (omit) MS_Validated {
	if (istemplatekind(msValidated, "omit")) {
		return omit;
	}
	return ts_MS_Validated(valueof(msValidated));
}

/* 7.7.13 TEI Data I */
template (value) TeidDataI ts_TeidDataI(template (value) OCT4 teid) := {
	type_gtpc := '10'O,
	teidDataI := teid
}
template (present) TeidDataI tr_TeidDataI(template (present) OCT4 teid := ?) := {
	type_gtpc := '10'O,
	teidDataI := teid
}

/* 7.7.14 TEI Control Plane */
template (value) TeidControlPlane ts_TEIC(template (value) OCT4 teic) := {
	type_gtpc := '11'O,
	teidControlPlane := teic
}
template (present) TeidControlPlane tr_TEIC(template (present) OCT4 teic := ?) := {
	type_gtpc := '11'O,
	teidControlPlane := teic
}
private function f_ts_TEIC(template (omit) OCT4 teic)
return template (omit) TeidControlPlane {
	if (istemplatekind(teic, "omit")) {
		return omit;
	}
	return ts_TEIC(valueof(teic));
}

/* 7.7.15 Tunnel Endpoint Identifier Data II */
template (value) TeidDataII ts_TeidDataII(template (value) BIT4 nsapi,
					  template (value) OCT4 teid) := {
	type_gtpc := '12'O,
	nsapi := nsapi,
	unused := '0000'B,
	teidDataII := teid
}
template (present) TeidDataII tr_TeidDataII(template (present) BIT4 nsapi := ?,
					    template (present) OCT4 teid := ?) := {
	type_gtpc := '12'O,
	nsapi := nsapi,
	unused := '0000'B,
	teidDataII := teid
}

/* IMEI(SV) IE TS 29.060 7.7.53 */
template (value) IMEISV_gtpc ts_IMEISV(template (value) OCT8 imeisv) := {
	type_gtpc := '9A'O,
	lengthf := 8,
	imeisv := imeisv
}
private function f_ts_IMEISV(template (omit) OCT8 imeisv)
return template (omit) IMEISV_gtpc {
	if (istemplatekind(imeisv, "omit")) {
		return omit;
	}
	return ts_IMEISV(valueof(imeisv));
}

template (present) IMEISV_gtpc tr_IMEISV(template (present) OCT8 imeisv) := {
	type_gtpc := '9A'O,
	lengthf := 8,
	imeisv := imeisv
}

// MS Time Zone  -  7.7.52
template (value) MS_TimeZone ts_MS_TimeZone(template (value) OCT1 timeZone := '00'O,
					    template (value) BIT2 daylightSavingTime := '00'B) := {
	type_gtpc := '99'O,
	lengthf := 2,
	timeZone := timeZone,
	daylightSavingTime := daylightSavingTime,
	spare1 := '000'B,
	sgsnAttempsToUpdateMS := '0'B, /* propietary, use it as spare */
	spare2 := '00'B
}
function f_ts_MS_TimeZone(template (omit) OCT1 timeZone, template (omit) BIT2 daylightSavingTime)
return template (omit) MS_TimeZone {
	if (istemplatekind(timeZone, "omit") and istemplatekind(daylightSavingTime, "omit")) {
		return omit;
	}
	if (istemplatekind(timeZone, "omit")) {
		return ts_MS_TimeZone(daylightSavingTime := valueof(daylightSavingTime));
	}
	if (istemplatekind(daylightSavingTime, "omit")) {
		return ts_MS_TimeZone(valueof(timeZone));
	}
	return ts_MS_TimeZone(valueof(timeZone), valueof(daylightSavingTime));
}

template (present) MS_TimeZone tr_MS_TimeZone(template (present) OCT1 timeZone := ?,
					      template (present) BIT2 daylightSavingTime := ?) := {
	type_gtpc := '99'O,
	lengthf := 2,
	timeZone := timeZone,
	daylightSavingTime := daylightSavingTime,
	spare1 := '000'B,
	sgsnAttempsToUpdateMS := '0'B, /* propietary, use it as spare */
	spare2 := '00'B
}

/* Charging Characteristics IE TS 29.060 7.7.23 */
template (value) ChargingCharacteristics_GTPC ts_ChargingCharacteristics(template (value) OCT2 chargingChar) := {
	type_gtpc := '1A'O,
	chargingChar := chargingChar
}
private function f_ts_ChargingCharacteristics(template (omit) OCT2 chargingChar)
return template (omit) ChargingCharacteristics_GTPC {
	if (istemplatekind(chargingChar, "omit")) {
		return omit;
	}
	return ts_ChargingCharacteristics(valueof(chargingChar));
}

template (present) ChargingCharacteristics_GTPC tr_ChargingCharacteristics(template (present) OCT2 chargingChar) := {
	type_gtpc := '1A'O,
	chargingChar := chargingChar
}

/* 7.7.28 MM Context */
template (value) MM_Context ts_MM_ContextGSM(template (value) OCT8 kc,
					     template (value) BIT3 cksn := '000'B,
					     template (value) BIT3 gea := '000'B,
					     template (value) octetstring triplet := ''O) := {
	type_gtpc := '81'O,
	context := {
		mmcontGSM := {
			lengthf := 0, /* overwritten */
			cksn := cksn,
			spare := '11111'B,
			usedCipher := gea,
			noofVectors := 0, /* overwritten */
			security := '01'B, /* GSM key and triplets */
			kc := kc,
			triplet := triplet,
			drx_par := '0000'O,
			msNetW_cap_length := 0, /* overwritten */
			msNetw_cap := omit,
			containerLength := 0, /* overwritten */
			container := omit,
			access_restriction_data_length := 0,
			access_restriction_data := omit
		}
	}
}
template (present) MM_Context tr_MM_ContextGSM(template (present) OCT8 kc := ?,
					       template (present) BIT3 cksn := ?,
					       template (present) BIT3 gea := ?,
					       template (present) octetstring triplet := ?) := {
	type_gtpc := '81'O,
	context := {
		mmcontGSM := {
			lengthf := ?,
			cksn := cksn,
			spare := ?,
			usedCipher := gea,
			noofVectors := ?,
			security := '01'B, /* GSM key and triplets */
			kc := kc,
			triplet := triplet,
			drx_par := ?,
			msNetW_cap_length := ?,
			msNetw_cap := *,
			containerLength := ?,
			container := *,
			access_restriction_data_length := ?,
			access_restriction_data := *
		}
	}
}

template (value) MM_Context ts_MM_ContextUMTS(template (value) OCT16 ck,
					      template (value) OCT16 ik) := {
	type_gtpc := '81'O,
	context := {
		mmcontUMTS := {
			lengthf := 0, /* overwritten */
			ksi := '001'B,
			usedGPRSIntegrityAlgorithm := '000'B,
			ugipai := '1'B, /* Integrity Protection not required */
			gupii := '1'B, /* Ignore "Used GPRS integrity protection algorithm" field" */
			spare1 := '111'B,
			noofVectors := 0, /* TODO: fill quintpuplets*/
			security := '10'B, /* UMTS key and quintuplets */
			ck := ck,
			ik := ik,
			quintupletlength := 0, /* overwritten */
			quintuplet := ''O,
			drx_par := '0000'O,
			msNetW_cap_length := 0, /* overwritten */
			msNetw_cap := omit,
			containerLength := 0, /* overwritten */
			container := omit,
			access_restriction_data_length := 0, /* overwritten */
			access_restriction_data := omit
		}
	}
}

/* 7.7.81 Direct Tunnel Flags */
template (value) DirectTunnelFlags ts_DirectTunnelFlags(template (value) BIT1 dTI := '0'B,
							template (value) BIT1 gCSI := '0'B,
							template (value) BIT1 eI := '0'B) := {
	type_gtpc := 'B6'O,
	lengthf := 0, /* overwritten */
	dTI := dTI,
	gCSI := gCSI,
	eI := eI,
	spare := '00000'B
}

/* 7.7.29 PDP Context */
template (value) PDP_Context_GTPC ts_PDP_Context_GTPC(template (value) octetstring pdp_addr,
						      template (value) octetstring ggsn_gsn_addr,
						      template (value) octetstring apn,
						      template (value) OCT4 ggsn_teic := '12345678'O,
						      template (value) OCT4 ggsn_teid := '87654321'O) := {
	type_gtpc := '82'O,
	lengthf := 0, /* overwritten */
	nsapi := '0101'B,
	order := '0'B,
	asi := '0'B,
	vaa := '0'B,
	ea := '0'B,
	sapi := '0011'B,
	spare1 := '0000'B,
	qos_subLength := 0, /* overwritten */
	qos_sub := ts_QosProfileValueDefault,
	qos_reqLength := 0, /* overwritten */
	qos_req := ts_QosProfileValueDefault,
	qos_negLength := 0, /* overwritten */
	qos_neg := ts_QosProfileValueDefault,
	snd := '0000'O,
	snu := '0000'O,
	sendNPDUnum := '00'O,
	receiveNPDUnum := '00'O,
	uteidControlPlane := ggsn_teic,
	uteidData1 := ggsn_teid,
	pdpcontext := '00'O,
	pdp_typeorg := '0001'B, /* IETF */
	spare2 := '1111'B,
	pdp_typenum := '21'O, /* IETF IPV4 */
	pdp_addressLength := 0, /* overwritten */
	pdp_address := pdp_addr,
	ggsn_addressControlPlaneLength := 0, /* overwritten */
	ggsn_addressControlPlane := ggsn_gsn_addr,
	ggsn_addressUserPlaneLength := 0, /* overwritten */
	ggsn_addressUserPlane := ggsn_gsn_addr,
	apnLength := 0, /* overwritten */
	apn := apn,
	transactionId := '0001'B,
	spare3 := '0000'B,
	transactionID_cont := '00'O,
	pdp_typenum2 := omit,
	pdp_addresslength2 := omit,
	pdp_Address2 := omit
}


/* template matching reception of GTP-C unit-data */
template (present) Gtp1cUnitdata tr_GTPC_MsgType(template (present) Gtp1cPeer peer,
						 template (present) OCT1 msg_type,
						 template (present) OCT4 teid,
						 template (present) GTPC_PDUs pdus := ?) := {
	peer := peer,
	gtpc := tr_GTP1C_PDU(msg_type, teid, pdus)
}

/* template matching reception of GTP-C echo-request */
template (present) Gtp1cUnitdata tr_GTPC_PING(template (present) Gtp1cPeer peer) := tr_GTPC_MsgType(peer, echoRequest, '00000000'O);

template (present) GTPC_PDUs tr_EchoRespPDU(template (present) OCT1 restart_counter) := {
	echoResponse := {
		recovery := tr_Recovery(restart_counter),
		private_extension_gtpc := *
	}
}

/* template matching reception of GTP-C echo-response */
template (present) Gtp1cUnitdata tr_GTPC_PONG(template (present) Gtp1cPeer peer) := tr_GTPC_MsgType(peer, echoResponse, '00000000'O, tr_EchoRespPDU(?));

template (value) GTPC_PDUs ts_EchoRespPDU(template (value) OCT1 restart_counter) := {
	echoResponse := {
		recovery := ts_Recovery(restart_counter),
		private_extension_gtpc := omit
	}
}

/* master template for senidng a GTP-C echo response */
template (value) Gtp1cUnitdata ts_GTPC_PONG(template (value) Gtp1cPeer peer,
					    template (value) uint16_t seq,
					    template (value) OCT1 rest_ctr) := {
	peer := peer,
	gtpc := ts_GTP1C_PDU(echoResponse, '00000000'O, ts_EchoRespPDU(rest_ctr), seq)
}

template (value) GTPC_PDUs ts_EchoReqPDU := {
	echoRequest := {
		private_extension_gtpc := omit
	}
}

/* master template for sending a GTP-C echo request */
template (value) Gtp1cUnitdata ts_GTPC_PING(template (value) Gtp1cPeer peer,
					    template (value) uint16_t seq) := {
	peer := peer,
	gtpc := ts_GTP1C_PDU(echoRequest, '00000000'O, ts_EchoReqPDU, seq)
}

private function f_eua_ipv4_len(template OCT4 ip_addr) return template (present) integer {
	if (istemplatekind(ip_addr, "omit")) {
		return 2;
	} else if (istemplatekind(ip_addr, "*")) {
		return ?;
	} else if (istemplatekind(ip_addr, "?")) {
		return 6;
	}
	return 6;
}

private function f_eua_ipv6_len(template OCT16 ip_addr) return template (present) integer {
	if (istemplatekind(ip_addr, "omit")) {
		return 2;
	} else if (istemplatekind(ip_addr, "*")) {
		return ?;
	} else if (istemplatekind(ip_addr, "?")) {
		return 18;
	}
	return 18;
}

private function f_eua_ipv4v6_len(template OCT4 ip_addr4, template OCT16 ip_addr6) return template (present) integer {
	var integer len := 2;
	if (istemplatekind(ip_addr4, "*") or
		istemplatekind(ip_addr6, "*")) {
		return ?;
	}
	if (not istemplatekind(ip_addr4, "omit")) {
		len := len + 4;
	}
	if (not istemplatekind(ip_addr6, "omit")) {
		len := len + 16;
	}
	return len;
}

template (present) EndUserAddress t_EuaIPv4(template OCT4 ip_addr) := {
	type_gtpc := '80'O,
	endUserAddress := {
		endUserAddressIPv4 := {
			lengthf := 2,
			pdp_typeorg := '0001'B,
			spare := '1111'B,
			pdp_typenum := '21'O,
			ipv4_address := ip_addr
		}
	}
}
template (present) EndUserAddress t_EuaIPv4Dyn := t_EuaIPv4(omit);
template (present) EndUserAddress tr_EuaIPv4(template (present) OCT4 ip_addr) modifies t_EuaIPv4 := {
	endUserAddress := {
		endUserAddressIPv4 := {
			lengthf := f_eua_ipv4_len(ip_addr)
		}
	}
}

template (present) EndUserAddress t_EuaIPv6(template OCT16 ip_addr) := {
	type_gtpc := '80'O,
	endUserAddress := {
		endUserAddressIPv6 := {
			lengthf := 2,
			pdp_typeorg := '0001'B,
			spare := '1111'B,
			pdp_typenum := '57'O,
			ipv6_address := ip_addr
		}
	}
}
template (present) EndUserAddress t_EuaIPv6Dyn := t_EuaIPv6(omit);
template (present) EndUserAddress tr_EuaIPv6(template (present) OCT16 ip_addr) modifies t_EuaIPv6 := {
	endUserAddress := {
		endUserAddressIPv6 := {
			lengthf := f_eua_ipv6_len(ip_addr)
		}
	}
}

/* 3GPP TS 29.060 Figure 37A: End User Address Information Element for IPv4v6 (both static) */
template (present) EndUserAddress t_EuaIPv4v6(template OCT4 ip_addr4, template OCT16 ip_addr6) := {
	type_gtpc := '80'O,
	endUserAddress := {
		endUserAddressIPv4andIPv6 := {
			lengthf := 2,
			pdp_typeorg := '0001'B,
			spare := '1111'B,
			pdp_typenum := '8D'O,
			ipv4_address := ip_addr4,
			ipv6_address := ip_addr6
		}
	}
}
template (present) EndUserAddress t_EuaIPv4Dynv6Dyn := t_EuaIPv4v6(omit, omit);
template (present) EndUserAddress tr_EuaIPv4v6(template (present) OCT4 ip_addr4,
					       template (present) OCT16 ip_addr6) modifies t_EuaIPv4v6 := {
	endUserAddress := {
		endUserAddressIPv4andIPv6 := {
			lengthf := f_eua_ipv4v6_len(ip_addr4, ip_addr6)
		}
	}
}

template (value) AccessPointName ts_APN(template (value) octetstring apn) := {
	type_gtpc := '83'O,
	lengthf := lengthof(apn),
	apn_value := apn
}

template (value) GSN_Address_GTPC ts_GsnAddr(template (value) octetstring ip_addr) := {
	type_gtpc := '85'O,
	lengthf := lengthof(ip_addr),
	addressf := ip_addr
}
private function f_ts_GsnAddr(template (omit) octetstring ip_addr) return template (omit) GSN_Address_GTPC {
	if (istemplatekind(ip_addr, "omit")) {
		return omit;
	}
	return ts_GsnAddr(valueof(ip_addr));
}
template (present) GSN_Address_GTPC tr_GsnAddr(template (present) octetstring ip_addr := ?) := {
	type_gtpc := '85'O,
	lengthf := ?,
	addressf := ip_addr
}

template (value) MSISDN ts_Msisdn(template (value) octetstring msisdn) := {
	type_gtpc := '86'O,
	lengthf := lengthof(msisdn),
	msisdn := msisdn
}

template (value) QoSV_GTPC ts_QosValueDefault := {
	reliabilityClass := '011'B,
	delayClass := '001'B,
	spare1 := '00'B,
	precedenceClass := '010'B,
	spare2 := '0'B,
	peakThroughput := '1001'B,
	meanThroughput := '11111'B,
	spare3 := '000'B,
	deliverErroneusSDU := '010'B, /* Erroneus SDU are delivered */
	deliveryOrder := '10'B, /* Without delivery order */
	trafficClass := '100'B, /* Background */
	maxSDUSize := '96'O, /* 1500 octets */
	maxBitrateUplink := 'FE'O, /* 8640, continues in extended octet */
	maxBitrateDownlink := 'FE'O, /* 8640, continues in extended octet */
	sduErrorRatio := '0100'B, /* 1x10^-4 */
	residualBER := '0101'B, /* 1x10^-3 */
	trafficHandlingPriority := '01'B, /* prio 1 */
	transferDelay := '000001'B, /* 10 ms */
	guaranteedBitRateUplink := 'FE'O, /* 8640, continues in extended octet */
	guaranteedBitRateDownlink := 'FE'O, /* 8640, continues in extended octet */
	sourceStatisticsDescriptor := '0000'B, /* unknown */
	signallingIndication := '0'B, /* Not optimized */
	spare4 := '000'B,
	maxBitrateDownlinkExt := '5B'O, /* 33 mbps */
	guaranteedBitRateDownlinkExt := '5B'O, /* 33 mbps */
	maxBitrateUplinkExt := '6e'O, /* 52 mbps */
	guaranteedBitRateUplinkExt := '6e'O /* 52 mbps */
}

template (value) QualityOfServiceProfile_Value ts_QosProfileValueDefault := {
	allocRetensionPrio := '00'O,
	qos_ProfileValue := ts_QosValueDefault
}

template (value) QualityOfServiceProfile ts_QosDefault := {
	type_gtpc := '87'O,
	lengthf := 17,
	allocRetensionPrio := '00'O,
	qos_ProfileValue := ts_QosValueDefault
}

template (value) IMSI_gtpc ts_Imsi(template (value) hexstring digits) := {
	type_gtpc := '02'O,
	digits := digits,
	padding := 'F'H
}
function f_ts_Imsi(template (omit) hexstring digits := omit) return template (omit) IMSI_gtpc {
	var template (omit) IMSI_gtpc imsi;
	if (istemplatekind(digits, "omit")) {
		imsi := omit;
	} else {
		imsi := ts_Imsi(valueof(digits));
	}
	return imsi;
}
template (present) IMSI_gtpc tr_Imsi(template (present) hexstring digits) := {
	type_gtpc := '02'O,
	digits := digits,
	padding := 'F'H
}
function f_tr_Imsi(template hexstring digits := *) return template IMSI_gtpc {
	if (istemplatekind(digits, "omit")) {
		return omit;
	} else if (istemplatekind(digits, "*")) {
		return *;
	} else {
		return tr_Imsi(digits);
	}
}

/* 7.7.50 RAT Type */
type enumerated GTP_RATType {
	GTP_RAT_TYPE_RESERVED		(0),
	GTP_RAT_TYPE_UTRAN		(1),
	GTP_RAT_TYPE_GERAN		(2),
	GTP_RAT_TYPE_WLAN		(3),
	GTP_RAT_TYPE_GAN		(4),
	GTP_RAT_TYPE_HSPA_E		(5),
	GTP_RAT_TYPE_EUTRAN		(6)
};
template (value) RATType ts_RATType(template (value) OCT1 rat_type) := {
		type_gtpc := '97'O,
		lengthf := 1,
		ratTypeValue := rat_type
}
function f_ts_RATType(template (omit) OCT1 rat_type := omit) return template (omit) RATType {
	if (istemplatekind(rat_type, "omit")) {
		return omit;
	} else {
		return ts_RATType(valueof(rat_type));
	}
}
template (present) RATType tr_RATType(template (present) OCT1 rat_type) := {
		type_gtpc := '97'O,
		lengthf := 1,
		ratTypeValue := rat_type
}
function f_tr_RATType(template OCT1 rat_type := *) return template RATType {
	if (istemplatekind(rat_type, "omit")) {
		return omit;
	} else if (istemplatekind(rat_type, "*")) {
		return *;
	} else {
		return tr_RATType(rat_type);
	}
}

template (value) RoutingAreaIdentity ts_RoutingAreaIdentity(template (value) hexstring mcc_digits,
							    template (value) hexstring mnc_digits,
							    template (value) OCT2      lac,
							    template (value) OCT1      rac) := {
	type_gtpc := '03'O,
	mcc_digits := mcc_digits,
	mnc_digits := mnc_digits,
	lac := lac,
	rac := rac
}

template (value) GeographicLocationCGI
ts_GeographicLocationCGI(template (value) hexstring mcc,
			 template (value) hexstring mnc,
			 template (value) OCT2 lac,
			 template (value) OCT2 cI_value) :=
{
	mccDigit1 := mcc[0],
	mccDigit2 := mcc[1],
	mccDigit3 := mcc[2],
	mncDigit3 := mnc[2], /* 'F'H for 2 digit MNC */
	mncDigit1 := mnc[0],
	mncDigit2 := mnc[1],
	lac := lac,
	cI_value := cI_value
}

template (value) GTPC_PDUs ts_CreatePdpPDU(template (value) hexstring imsi,
					   template (value) OCT1 restart_ctr,
					   template (value) OCT4 teid_data,
					   template (value) OCT4 teid_ctrl,
					   template (value) BIT4 nsapi,
					   template (value) EndUserAddress eua,
					   template (value) octetstring apn,
					   template (value) octetstring sgsn_ip_sign,
					   template (value) octetstring sgsn_ip_data,
					   template (value) octetstring msisdn,
					   template (omit) ProtConfigOptions pco := omit,
					   template (omit) OCT1 ratType := omit,
					   template (omit) UserLocationInformation uli := omit,
					   template (omit) OCT2 charging_char := omit,
					   template (omit) OCT8 imeisv := omit,
					   template (omit) MS_TimeZone ms_tz := omit) := {
	createPDPContextRequest := {
		imsi := ts_Imsi(imsi),
		rai := omit,
		recovery := ts_Recovery(restart_ctr),
		selectionMode := {
			type_gtpc := '0F'O,
			selectModeValue := '00'B,
			spare := '111111'B
		},
		teidDataI := {
			type_gtpc := '00'O,
			teidDataI := teid_data
		},
		teidControlPlane := {
			type_gtpc := '00'O,
			teidControlPlane := teid_ctrl
		},
		nsapi := ts_NSAPI(nsapi),
		linked_nsapi := omit,
		charging_char := f_ts_ChargingCharacteristics(charging_char),
		trace_ref := omit,
		trace_type := omit,
		endUserAddress := eua,
		accessPointName := ts_APN(apn),
		protConfigOptions := pco,
		sgsn_addr_signalling := ts_GsnAddr(sgsn_ip_sign),
		sgsn_addr_traffic := ts_GsnAddr(sgsn_ip_data),
		msisdn := ts_Msisdn(msisdn),
		qualityOfServiceProfile := ts_QosDefault,
		tft := omit,
		triggerId := omit,
		omcId := omit,
		commonFlags := omit,
		aPN_Restriction := omit,
		ratType := f_ts_RATType(ratType),
		userLocationInformation := uli,
		mS_TimeZone := ms_tz,
		imeisv := f_ts_IMEISV(imeisv),
		camelChargingInformationContainer := omit,
		additionalTraceInfo := omit,
		correlationID := omit,
		evolvedAllocationRetentionPriorityI := omit,
		extendedCommonFlags := omit,
		userCSGInformation := omit,
		aPN_AMBR := omit,
		signallingPriorityIndication := omit,
		cN_OperatorSelectionEntity := omit,
		private_extension_gtpc := omit
	}
}

template (value) Gtp1cUnitdata ts_GTPC_CreatePDP(template (value) Gtp1cPeer peer,
						 template (value) uint16_t seq,
						 template (value) hexstring imsi,
						 template (value) OCT1 restart_ctr,
						 template (value) OCT4 teid_data,
						 template (value) OCT4 teid_ctrl,
						 template (value) BIT4 nsapi,
						 template (value) EndUserAddress eua,
						 template (value) octetstring apn,
						 template (value) octetstring sgsn_ip_sign,
						 template (value) octetstring sgsn_ip_data,
						 template (value) octetstring msisdn,
						 template (omit) ProtConfigOptions pco := omit,
						 template (omit) OCT1 ratType := omit,
						 template (omit) UserLocationInformation uli := omit,
						 template (omit) OCT2 charging_char := omit,
						 template (omit) OCT8 imeisv := omit,
						 template (omit) MS_TimeZone ms_tz := omit) := {
	peer := peer,
	gtpc := ts_GTP1C_PDU(createPDPContextRequest, '00000000'O,
				ts_CreatePdpPDU(imsi, restart_ctr, teid_data, teid_ctrl,
						nsapi, eua, apn, sgsn_ip_sign,
						sgsn_ip_data, msisdn, pco, ratType, uli,
						charging_char, imeisv, ms_tz),
				seq)
}


template (value) GTPC_PDUs ts_UpdatePdpPDU(template (value) hexstring imsi,
					   template (value) OCT1 restart_ctr,
					   template (value) OCT4 teid_data,
					   template (value) OCT4 teid_ctrl,
					   template (value) BIT4 nsapi,
					   template (value) octetstring sgsn_ip_sign,
					   template (value) octetstring sgsn_ip_data,
					   template (omit) ProtConfigOptions pco := omit,
					   template (omit) OCT1 ratType := omit,
					   template (omit) UserLocationInformation uli := omit) := {
	updatePDPContextRequest := {
		updatePDPContextRequestSGSN := {
			imsi := ts_Imsi(imsi),
			rai := omit,
			recovery := ts_Recovery(restart_ctr),
			teidDataI := {
				type_gtpc := '00'O,
				teidDataI := teid_data
			},
			teidControlPlane := {
				type_gtpc := '00'O,
				teidControlPlane := teid_ctrl
			},
			nsapi := ts_NSAPI(nsapi),
			trace_ref := omit,
			trace_type := omit,
			protConfigOptions := pco,
			sgsn_addr_controlPlane := ts_GsnAddr(sgsn_ip_sign),
			sgsn_addr_traffic := ts_GsnAddr(sgsn_ip_data),
			alt_ggsn_addr_controlPane := omit,
			alt_ggsn_addr_traffic := omit,
			qualityOfServiceProfile := ts_QosDefault,
			tft := omit,
			triggerId := omit,
			omcId := omit,
			commonFlags := omit,
			ratType := f_ts_RATType(ratType),
			userLocationInformation := uli,
			mS_TimeZone := omit,
			additionalTraceInfo := omit,
			directTunnelFlags := omit,
			evolvedAllocationRetentionPriorityI := omit,
			extendedCommonFlags := omit,
			userCSGInformation := omit,
			aPN_AMBR := omit,
			signallingPriorityIndication := omit,
			cN_OperatorSelectionEntity := omit,
			private_extension_gtpc := omit
		}
	}
}

template (value) Gtp1cUnitdata ts_GTPC_UpdatePDP(template (value) Gtp1cPeer peer,
						 template (value) OCT4 teid,
						 template (value) uint16_t seq,
						 template (value) hexstring imsi,
						 template (value) OCT1 restart_ctr,
						 template (value) OCT4 teid_data,
						 template (value) OCT4 teid_ctrl,
						 template (value) BIT4 nsapi,
						 template (value) octetstring sgsn_ip_sign,
						 template (value) octetstring sgsn_ip_data,
						 template (omit) ProtConfigOptions pco := omit,
						 template (omit) OCT1 ratType := omit,
						 template (omit) UserLocationInformation uli := omit) := {
	peer := peer,
	gtpc := ts_GTP1C_PDU(updatePDPContextRequest, teid,
				ts_UpdatePdpPDU(imsi, restart_ctr, teid_data, teid_ctrl,
						nsapi, sgsn_ip_sign,
						sgsn_ip_data, pco, ratType, uli),
				seq)
}

/* Update PPD Context Sent GGSN -> SGSN: */
template (value) GTPC_PDUs ts_UpdatePdpPDU_GGSN(template (value) BIT4 nsapi,
						template (omit) hexstring imsi := omit,
						template (omit) Recovery_gtpc recovery := omit,
						template (omit) EndUserAddress eua := omit,
						template (omit) ProtConfigOptions pco := omit,
						template (omit) QualityOfServiceProfile qos := omit,
						template (omit) DirectTunnelFlags dtf := omit) := {
	updatePDPContextRequest := {
		updatePDPContextRequestGGSN := {
			imsi := f_ts_Imsi(imsi),
			recovery := recovery,
			nsapi := ts_NSAPI(nsapi),
			endUserAddress := eua,
			protConfigOptions := pco,
			qualityOfServiceProfile := qos,
			tft := omit,
			commonFlags := omit,
			aPN_Restriction := omit,
			mS_InfoChangeReportingAction := omit,
			directTunnelFlags := dtf,
			bearerControlMode := omit,
			evolvedAllocationRetentionPriorityI := omit,
			extendedCommonFlags := omit,
			cSGInfoReportingAction := omit,
			aPN_AMBR := omit,
			private_extension_gtpc := omit
		}
	}
}
template (value) Gtp1cUnitdata ts_GTPC_UpdatePDP_GGSN(template (value) Gtp1cPeer peer,
						      template (value) OCT4 teid,
						      template (value) uint16_t seq,
						      template (value) BIT4 nsapi,
						      template (omit) hexstring imsi := omit,
						      template (omit) Recovery_gtpc recovery := omit,
						      template (omit) EndUserAddress eua := omit,
						      template (omit) ProtConfigOptions pco := omit,
						      template (omit) QualityOfServiceProfile qos := omit,
						      template (omit) DirectTunnelFlags dtf := omit) := {
	peer := peer,
	gtpc := ts_GTP1C_PDU(updatePDPContextRequest, teid,
				ts_UpdatePdpPDU_GGSN(nsapi, imsi, recovery,
							eua, pco, qos, dtf),
				seq)
}


template (value) NSAPI_GTPC ts_NSAPI(template (value) BIT4 nsapi) := {
	type_gtpc := '14'O,
	nsapi := nsapi,
	unused := '0000'B
}

template (value) ReorderingRequired ts_ReorderReq(template (value) boolean req := false) := {
	type_gtpc := '08'O,
	reordreq := bool2bit(valueof(req)),
	spare := '0000000'B
}

template (value) GTPC_PDUs ts_CreatePdpRespPDU(template (value) GTP_Cause cause,
					       template (value) OCT4 teid_data,
					       template (value) OCT4 teid_ctrl,
					       template (value) BIT4 nsapi,
					       template (value) octetstring ggsn_ip_sign,
					       template (value) octetstring ggsn_ip_data,
					       template (value) OCT4 chg_id,
					       template (omit) EndUserAddress eua := omit,
					       template (omit) Recovery_gtpc recovery := omit,
					       template (omit) ProtConfigOptions pco := omit) := {
	createPDPContextResponse := {
		cause := ts_Cause_gtpc(cause),
		reorderingRequired := ts_ReorderReq(false),
		recovery := recovery,
		teidDataI := {
			type_gtpc := '00'O,
			teidDataI := teid_data
		},
		teidControlPlane := {
			type_gtpc := '00'O,
			teidControlPlane := teid_ctrl
		},
		nsapi := ts_NSAPI(nsapi),
		chargingID := {
			type_gtpc := '7F'O,
			chargingID := chg_id
		},
		endUserAddress := eua,
		protConfigOptions := pco,
		ggsn_addr_controlPlane := ts_GsnAddr(ggsn_ip_sign),
		ggsn_addr_traffic := ts_GsnAddr(ggsn_ip_data),
		alt_ggsn_addr_controlPane := omit,
		alt_ggsn_addr_traffic := omit,
		qualityOfServiceProfile := ts_QosDefault,
		commonFlags := omit,
		aPN_Restriction := omit,
		mS_InfoChangeReportingAction := omit,
		bearerControlMode := omit,
		evolvedAllocationRetentionPriorityI := omit,
		extendedCommonFlag := omit,
		csg_information_reporting_action := omit,
		aPN_AMBR := omit,
		gGSN_BackOffTime := omit,
		private_extension_gtpc := omit
	}
}

template (value) Gtp1cUnitdata ts_GTPC_CreatePdpResp(template (value) Gtp1cPeer peer,
						     template (value) uint16_t seq,
						     template (value) OCT4 teid,
						     template (value) GTP_Cause cause,
						     template (value) OCT4 teid_ctrl,
						     template (value) OCT4 teid_data,
						     template (value) BIT4 nsapi,
						     template (value) octetstring ggsn_ip_sign,
						     template (value) octetstring ggsn_ip_data,
						     template (value) OCT4 chg_id,
						     template (omit) EndUserAddress eua := omit,
						     template (omit) Recovery_gtpc recovery := omit,
						     template (omit) ProtConfigOptions pco := omit) := {
	peer := peer,
	gtpc := ts_GTP1C_PDU(createPDPContextResponse, teid,
				ts_CreatePdpRespPDU(cause, teid_data, teid_ctrl, nsapi,
							ggsn_ip_sign, ggsn_ip_data, chg_id,
							eua, recovery, pco),
				seq)
}

template (value) GTPC_PDUs ts_UpdatePdpRespGGSNPDU(template (value) GTP_Cause cause,
						   template (value) OCT4 teid_data,
						   template (value) OCT4 teid_ctrl,
						   template (value) octetstring ggsn_ip_sign,
						   template (value) octetstring ggsn_ip_data,
						   template (value) OCT4 chg_id,
						   template (omit) EndUserAddress eua := omit,
						   template (omit) Recovery_gtpc recovery := omit,
						   template (omit) ProtConfigOptions pco := omit) := {
	updatePDPContextResponse := {
		updatePDPContextResponseGGSN := {

			cause := ts_Cause_gtpc(cause),
			recovery := recovery,
			teidDataI := {
				type_gtpc := '00'O,
				teidDataI := teid_data
			},
			teidControlPlane := {
				type_gtpc := '00'O,
				teidControlPlane := teid_ctrl
			},
			chargingID := {
				type_gtpc := '7F'O,
				chargingID := chg_id
			},
			protConfigOptions := pco,
			ggsn_addr_controlPlane := ts_GsnAddr(ggsn_ip_sign),
			ggsn_addr_traffic := ts_GsnAddr(ggsn_ip_data),
			alt_ggsn_addr_controlPane := omit,
			alt_ggsn_addr_traffic := omit,
			qualityOfServiceProfile := ts_QosDefault,
			commonFlags := omit,
			aPN_Restriction := omit,
			mS_InfoChangeReportingAction := omit,
			bearerControlMode := omit,
			evolvedAllocationRetentionPriorityI := omit,
			csg_information_reporting_action := omit,
			aPN_AMBR := omit,
			private_extension_gtpc := omit
		}
	}
}

template (value) Gtp1cUnitdata ts_GTPC_UpdatePdpRespGGSN(template (value) Gtp1cPeer peer,
							 template (value) uint16_t seq,
							 template (value) OCT4 teid,
							 template (value) GTP_Cause cause,
							 template (value) OCT4 teid_ctrl,
							 template (value) OCT4 teid_data,
							 template (value) octetstring ggsn_ip_sign,
							 template (value) octetstring ggsn_ip_data,
							 template (value) OCT4 chg_id,
							 template (omit) EndUserAddress eua := omit,
							 template (omit) Recovery_gtpc recovery := omit,
							 template (omit) ProtConfigOptions pco := omit) := {
	peer := peer,
	gtpc := ts_GTP1C_PDU(updatePDPContextResponse, teid,
				ts_UpdatePdpRespGGSNPDU(cause, teid_data, teid_ctrl,
							ggsn_ip_sign, ggsn_ip_data, chg_id,
							eua, recovery, pco),
				seq)
}

/* Update PDP Context Resp sent SGSN -> GGSN: */
template (present) GTPC_PDUs tr_UpdatePdpRespSGSNPDU(template (present) GTP_Cause cause := ?,
						     template Recovery_gtpc recovery := *,
						     template TeidDataI teidDataI := *,
						     template ProtConfigOptions pco := *,
						     template GSN_Address_GTPC sgsn_addr_traffic := *,
						     template QualityOfServiceProfile qos := *,
						     template DirectTunnelFlags dtf := *) := {
	updatePDPContextResponse := {
		updatePDPContextResponseSGSN := {

				cause := tr_Cause_gtpc(cause),

				recovery := recovery,
				teidDataI := teidDataI,
				protConfigOptions := pco,
				sgsn_addr_traffic := sgsn_addr_traffic,
				qualityOfServiceProfile := qos,
				userLocationInformation := *,
				mS_TimeZone := *,
				directTunnelFlags := dtf,
				evolvedAllocationRetentionPriorityI := *,
				aPN_AMBR := *,
				private_extension_gtpc := *
		}
	}
}

template (present) Gtp1cUnitdata tr_GTPC_UpdatePdpRespSGSN(template (present) Gtp1cPeer peer, uint16_t seq, OCT4 teid,
							   template (present) GTP_Cause cause := ?,
							   template Recovery_gtpc recovery := *,
							   template TeidDataI teidDataI := *,
							   template ProtConfigOptions pco := *,
							   template GSN_Address_GTPC sgsn_addr_traffic := *,
							   template QualityOfServiceProfile qos := *,
							   template DirectTunnelFlags dtf := *) := {
	peer := peer,
	gtpc := tr_GTP1C_PDU(updatePDPContextResponse, teid,
				tr_UpdatePdpRespSGSNPDU(cause, recovery, teidDataI, pco,
							sgsn_addr_traffic, qos, dtf))
}

/********
 * PCO
 ********/

template (value) ProtocolElement ts_PCO_Proto(template (value) OCT2 protocolID,
					      template (value) integer lengthProtoID := 0,
					      template (value) octetstring protoIDContents := ''O) := {
	protocolID := protocolID,
	lengthProtoID := lengthProtoID,
	protoIDContents := protoIDContents
}

template (present) ProtocolElement tr_PCO_Proto(template (present) OCT2 protocolID := ?,
						template (present) integer lengthProtoID:= ?,
						template (present) octetstring protoIDContents:= ?) := {
	protocolID := protocolID,
	lengthProtoID := lengthProtoID,
	protoIDContents := protoIDContents
}

/* PCO send base template */
template (value) ProtConfigOptions ts_PCO := {
	type_gtpc := '84'O,
	lengthf := 0,
	configProtocol := '000'B,
	spare := '0000'B,
	extension0 := '1'B,
	protocols := {}
}
/* PCO receive base template */
template (present) ProtConfigOptions tr_PCO := {
	type_gtpc := '84'O,
	lengthf := ?,
	configProtocol := '000'B,
	spare := ?,
	extension0 := '1'B,
	protocols := {}
}

template (value) ProtConfigOptions ts_PCO_IPv6_DNS modifies ts_PCO := {
	protocols := { ts_PCO_Proto('0003'O) }
}
template (present) ProtConfigOptions tr_PCO_IPv6_DNS_resp(template (present) OCT16 contents) modifies tr_PCO := {
	protocols := superset(tr_PCO_Proto('0003'O, 16, contents))
}

template (value) ProtConfigOptions ts_PCO_IPv4_DNS_IPCP(template (value) uint8_t ipcp_req_id := 0) modifies ts_PCO := {
	protocols := {
		/* dummy PAP entry to check if our parser in the GGSN can properly iterate over
		 * the list of protocols, see Change-Id Icc2e6716c33d78d3c3e000f529806228d8aa155e */
		ts_PCO_Proto('C023'O),
		ts_PCO_Proto('8021'O, 16, enc_IpcpPacket(valueof(ts_IPCP_ReqDNS(ipcp_req_id))))
	}
}

template (value) ProtConfigOptions ts_PCO_IPv4_PRI_DNS_IPCP modifies ts_PCO := {
	protocols := {
		/* dummy PAP entry to check if our parser can cope with a single primary DNS entry
		 * see Change-Id Icffde89f9bc5d8fcadf6e2dd6c0b4de03440edd5 and OS#3288 */
		ts_PCO_Proto('C023'O),
		ts_PCO_Proto('8021'O, 16, enc_IpcpPacket(valueof(ts_IPCP_ReqDNS_Primary)))
	}
}
template (value) ProtConfigOptions ts_PCO_IPv4_SEC_DNS_IPCP modifies ts_PCO := {
	protocols := {
		/* dummy PAP entry to check if our parser can cope with a single secondary DNS entry
		 * see Change-Id Icffde89f9bc5d8fcadf6e2dd6c0b4de03440edd5 and OS#3288 */
		ts_PCO_Proto('C023'O),
		ts_PCO_Proto('8021'O, 16, enc_IpcpPacket(valueof(ts_IPCP_ReqDNS_Secondary)))
	}
}
template (value) ProtConfigOptions ts_PCO_IPv4_SEPARATE_DNS_IPCP modifies ts_PCO := {
	protocols := {
		/* dummy PAP entry to check if our parser can cope with a primary and secondary DNS
		 * in separate IPCP containers OS#3381 */
		ts_PCO_Proto('C023'O),
		ts_PCO_Proto('8021'O, 16, enc_IpcpPacket(valueof(ts_IPCP_ReqDNS_Primary))),
		ts_PCO_Proto('8021'O, 16, enc_IpcpPacket(valueof(ts_IPCP_ReqDNS_Secondary)))
	}
}

template (value) ProtocolElement ts_PCOelem_PAP_broken := {
	protocolID := 'C023'O,
	lengthProtoID := 60,
	/* PPP Password Authentication Protocol containing incorrect Peer-Id-Length set to 4 (6-7 should be the valid one), see OS#3914. */
	protoIDContents := '0100003c'O & '0444435338323700bc1c08087c1508083e00790000150808fd06000001000000000000000000000000000000000000000000000000000000'O
}
template (value) ProtConfigOptions ts_PCO_PAP_IPv4_DNS modifies ts_PCO := {
	protocols := {
		ts_PCOelem_PAP_broken,
		ts_PCO_Proto('8021'O, 16, enc_IpcpPacket(valueof(ts_IPCP_ReqDNS)))
	}
}
template (present) ProtConfigOptions tr_PCO_Contains(template (present) OCT2 prot_id) modifies tr_PCO := {
	protocols := superset(tr_PCO_Proto(prot_id))
}

template (value) ProtConfigOptions ts_PCO_IPv4_DNS_CONT modifies ts_PCO := {
	protocols := { ts_PCO_Proto('000d'O) }
}
template (present) ProtConfigOptions tr_PCO_IPv4_DNS_CONT_resp(template (present) OCT4 contents) modifies tr_PCO := {
	protocols := superset(tr_PCO_Proto('000d'O, 4, contents))
}

template (value) ProtConfigOptions ts_PCO_MTU modifies ts_PCO := {
	protocols := { ts_PCO_Proto('0010'O) }
}

/* extract a given protocol payload from PCO */
function f_PCO_extract_proto(ProtConfigOptions pco, OCT2 protocol, integer nth_match := 1) return octetstring {
	var integer i;
	var integer num_matches := 0;
	for (i := 0; i < lengthof(pco.protocols); i := i + 1) {
		if (pco.protocols[i].protocolID == protocol) {
			num_matches := num_matches + 1;
			if (num_matches == nth_match) {
				return pco.protocols[i].protoIDContents;
			}
		}
	}
	setverdict(fail, "Could not extract protocol payload from protocol ", protocol);
	mtc.stop;
	return ''O;
}

function f_teardown_ind_IE(in template (omit) BIT1 ind) return template (omit) TearDownInd {
	if (istemplatekind(ind, "omit")) {
		return omit;
	}
	var TearDownInd ret := {
		type_gtpc := '13'O,
		tdInd := valueof(ind),
		spare:= '0000000'B
	}
	return ret;
}

template (value) GTPC_PDUs ts_DeletePdpPDU(template (value) BIT4 nsapi,
					   template (omit) BIT1 teardown_ind) := {
	deletePDPContextRequest := {
		cause := omit,
		tearDownIndicator := f_teardown_ind_IE(teardown_ind),
		nsapi := ts_NSAPI(nsapi),
		protConfigOptions := omit,
		userLocationInformation := omit,
		mS_TimeZone := omit,
		extendedCommonFlags := omit,
		uLI_Timestamp := omit,
		private_extension_gtpc := omit
	}
}

template (value) Gtp1cUnitdata ts_GTPC_DeletePDP(template (value) Gtp1cPeer peer,
						 template (value) uint16_t seq,
						 template (value) OCT4 teid,
						 template (value) BIT4 nsapi,
						 template (omit) BIT1 teardown_ind) := {
	peer := peer,
	gtpc := ts_GTP1C_PDU(deletePDPContextRequest, teid,
				ts_DeletePdpPDU(nsapi, teardown_ind),
				seq)
}

template (value) GTPC_PDUs ts_DeletePdpRespPDU(template (value) GTP_Cause cause := GTP_CAUSE_REQUEST_ACCEPTED,
					       template (omit) ProtConfigOptions pco := omit) := {
	deletePDPContextResponse := {
		cause := ts_Cause_gtpc(cause),
		protConfigOptions := pco,
		userLocationInformation := omit,
		mS_TimeZone := omit,
		uLI_Timestamp := omit,
		private_extension_gtpc := omit
	}
}

template (value) Gtp1cUnitdata ts_GTPC_DeletePdpResp(template (value) Gtp1cPeer peer,
						     template (value) uint16_t seq,
						     template (value) OCT4 teid,
						     template (value) GTP_Cause cause := GTP_CAUSE_REQUEST_ACCEPTED,
						     template (omit) ProtConfigOptions pco := omit) := {
	peer := peer,
	gtpc := ts_GTP1C_PDU(deletePDPContextResponse, teid,
				ts_DeletePdpRespPDU(cause, pco),
				seq)
}

/* SGSN Context Request - 7.5.3 */
template (present) GTPC_PDUs tr_SGSNContextReqPDU(template (present) RoutingAreaIdentity rai := ?,
						  template (present) OCT4 teic := ?,
						  template (present) octetstring sgsn_addr_control := ?,
						  template hexstring imsi := *,
						  template BIT1 msValidated := *,
						  template TLLI tlli := *,
						  template PacketTMSI ptmsi := *,
						  template PTMSI_Signature ptmsi_sig := *,
						  template OCT1 rat_type := *) := {
	sgsn_ContextRequest := {
		imsi := f_tr_Imsi(imsi),
		routingAreaIdentity := rai,
		tlli := tlli,
		packetTMSI := ptmsi,
		ptmsi_Signature := ptmsi_sig,
		ms_Validated := f_tr_MS_Validated(msValidated),
		teidControlPlane := {
			type_gtpc := '11'O,
			teidControlPlane := teic
		},
		sgsn_addr_controlPlane := tr_GsnAddr(sgsn_addr_control),
		alternative_sgsn_addr_controlPlane := *,
		sGSN_Number := *,
		ratType := f_tr_RATType(rat_type),
		hopCounter := *,
		private_extension_gtpc := *
	}
}

template (present) Gtp1cUnitdata tr_GTPC_SGSNContextReq(template (present) Gtp1cPeer peer,
							template (present) GTPC_PDUs SGSNContextReqPDU)
	:= tr_GTPC_MsgType(peer, sgsnContextRequest, '00000000'O, SGSNContextReqPDU)

template (value) GTPC_PDUs ts_SGSNContextReqPDU(template (value) RoutingAreaIdentity rai,
						template (value) OCT4 teic,
						template (value) octetstring sgsn_addr_control,
						template (omit) hexstring imsi := omit,
						template (omit) BIT1 msValidated := '0'B,
						template (omit) TLLI tlli := omit,
						template (omit) PacketTMSI ptmsi := omit,
						template (omit) PTMSI_Signature ptmsi_sig := omit,
						template (omit) OCT1 rat_type := omit) := {
	sgsn_ContextRequest := {
		imsi := f_ts_Imsi(imsi),
		routingAreaIdentity := rai,
		tlli := tlli,
		packetTMSI := ptmsi,
		ptmsi_Signature := ptmsi_sig,
		ms_Validated := f_ts_MS_Validated(msValidated),
		teidControlPlane := {
			type_gtpc := '11'O,
			teidControlPlane := teic
		},
		sgsn_addr_controlPlane := ts_GsnAddr(sgsn_addr_control),
		alternative_sgsn_addr_controlPlane := omit,
		sGSN_Number := omit,
		ratType := f_ts_RATType(rat_type),
		hopCounter := omit,
		private_extension_gtpc := omit
	}
}
template (value) Gtp1cUnitdata ts_GTPC_SGSNContextReq(template (value) Gtp1cPeer peer,
						      template (value) uint16_t seq,
						      template (value) GTPC_PDUs SGSNContextReqPDU) := {
	peer := peer,
	gtpc := ts_GTP1C_PDU(sgsnContextRequest, '00000000'O, SGSNContextReqPDU, seq)
}

/* SGSN Context Response - 7.5.4 */
template (present) GTPC_PDUs tr_SGSNContextRespPDU(template (present) GTP_Cause cause := ?,
						   template hexstring imsi := *) := {
	sgsn_ContextResponse := {
		cause := tr_Cause_gtpc(cause),
		imsi := f_tr_Imsi(imsi),
		teidControlPlane := *,
		rabContext := *,
		radioPrioritySMS := *,
		radioPriority := *,
		packetFlowID := *,
		charging_char := *,
		mm_Context := *,
		pdp_Context := *,
		sgsn_addr_controlPlane := *,
		pdpContextPriorization := *,
		radioPriority_LCS := *,
		mBMS_UE_Context := *,
		subscribedRFSP_Index := *,
		rFSP_IndexInUse := *,
		colocatedGGSN_PGW_FQDN := *,
		evolvedAllocationRetentionPriorityII := *,
		extendedCommonFlags := *,
		ue_network_capability := *,
		ue_ambr := *,
		apn_ambr_nsapi := *,
		signallingPriorityIndication_nsapi := *,
		higher_bitrates_than_16mbps_flag := *,
		selectionMode_nsapi := *,
		localHomeNetworkID_nsapi := *,
		uE_UsageType := *,
		extendedCommonFlagsII := *,
		private_extension_gtpc := *
	}
}
template (present) Gtp1cUnitdata tr_GTPC_SGSNContextResp(template (present) Gtp1cPeer peer := ?,
							 template (present) OCT4 teid := ?,
							 template (present) GTPC_PDUs SGSNContextRespPDU := ?)
	:= tr_GTPC_MsgType(peer, sgsnContextResponse, teid, SGSNContextRespPDU);

template (value) GTPC_PDUs ts_SGSNContextRespPDU(template (value) GTP_Cause cause,
						 template (omit) hexstring imsi := omit,
						 template (omit) OCT4 teic := omit,
						 template (omit) octetstring sgsn_addr_control := omit,
						 template (omit) MM_Context mm_context := omit,
						 template (omit) PDP_Context_GTPC_List pdp_ctx_list := omit) := {
	sgsn_ContextResponse := {
		cause := ts_Cause_gtpc(cause),
		imsi := f_ts_Imsi(imsi),
		teidControlPlane := f_ts_TEIC(teic),
		rabContext := omit,
		radioPrioritySMS := omit,
		radioPriority := omit,
		packetFlowID := omit,
		charging_char := omit,
		mm_Context := mm_context,
		pdp_Context := pdp_ctx_list,
		sgsn_addr_controlPlane := f_ts_GsnAddr(sgsn_addr_control),
		pdpContextPriorization := omit,
		radioPriority_LCS := omit,
		mBMS_UE_Context := omit,
		subscribedRFSP_Index := omit,
		rFSP_IndexInUse := omit,
		colocatedGGSN_PGW_FQDN := omit,
		evolvedAllocationRetentionPriorityII := omit,
		extendedCommonFlags := omit,
		ue_network_capability := omit,
		ue_ambr := omit,
		apn_ambr_nsapi := omit,
		signallingPriorityIndication_nsapi := omit,
		higher_bitrates_than_16mbps_flag := omit,
		selectionMode_nsapi := omit,
		localHomeNetworkID_nsapi := omit,
		uE_UsageType := omit,
		extendedCommonFlagsII := omit,
		private_extension_gtpc := omit
	}
}
template (value) Gtp1cUnitdata ts_GTPC_SGSNContextResp(template (value) Gtp1cPeer peer,
						       template (value) OCT4 teid,
						       template (value) uint16_t seq,
						       template (value) GTPC_PDUs SGSNContextRespPDU) := {
	peer := peer,
	gtpc := ts_GTP1C_PDU(sgsnContextResponse, teid, SGSNContextRespPDU, seq)
}


/* SGSN Context Acknowledge - 7.5.5 */
template (present) GTPC_PDUs tr_SGSNContextAckPDU(template (present) GTP_Cause cause := ?) := {
	sgsn_ContextAcknowledge := {
		cause := tr_Cause_gtpc(cause),
		teidDataII := *,
		sgsn_AddressForUserTraffic := *,
		sgsn_Number := *,
		nodeIdentifier  := *,
		private_extension_gtpc := *
	}
}
template (present) Gtp1cUnitdata tr_GTPC_SGSNContextAck(template (present) Gtp1cPeer peer := ?,
							template (present) OCT4 teid := ?,
							template (present) GTPC_PDUs SGSNContextAckPDU := ?)
	:= tr_GTPC_MsgType(peer, sgsnContextAcknowledge, teid, SGSNContextAckPDU);
template (value) GTPC_PDUs ts_SGSNContextAckPDU(template (value) GTP_Cause cause := GTP_CAUSE_REQUEST_ACCEPTED) := {
	sgsn_ContextAcknowledge := {
		cause := ts_Cause_gtpc(cause),
		teidDataII := omit,
		sgsn_AddressForUserTraffic := omit,
		sgsn_Number := omit,
		nodeIdentifier  := omit,
		private_extension_gtpc := omit
	}
}

template (value) Gtp1cUnitdata ts_GTPC_SGSNContextAck(template (value) Gtp1cPeer peer,
						      template (value) OCT4 teid,
						      template (value) uint16_t seq,
						      template (value) GTPC_PDUs SGSNContextAckPDU := ts_SGSNContextAckPDU) := {
	peer := peer,
	gtpc := ts_GTP1C_PDU(sgsnContextAcknowledge, teid, SGSNContextAckPDU, seq)
}

/* GTP-C RIM */

template (value) RIM_Application_Identity_GTPC ts_GTPC_RIM_Application_Identity(template (value) OCT1 app_id) := {
		iEI := '4B'O,
		ext := '1'B,
		lengthIndicator := {
		length1 := 1
		},
		rIMApplicationIdentity := app_id
}
/* 3GPP TS 48.018 11.3.62 */
template (value) RIM_Sequence_Number_GTPC ts_GTPC_RIM_Sequence_Number(template (value) integer seq) := {
		iEI := '4C'O,
		ext := '1'B,
		lengthIndicator := {
		length1 := 4
		},
		rIMSequenceNumber := int2oct(valueof(seq), 4)
}
template (value) RIM_PDU_Indications_GTPC ts_GTPC_RIM_PDU_Indications(template (value) boolean ack,
								      template (value) BIT3 type_ext) := {
		iEI := '4F'O,
		ext := '1'B,
		lengthIndicator := {
		length1 := 1
		},
		ack := bool2bit(valueof(ack)),
		pDU_Type_Extension := type_ext,
		reserved := '0000'B
}
/* 3GPP TS 48.018 11.3.67 */
template (value) RIM_Protocol_Version_Number_GTPC ts_GTPC_RIM_Protocol_Version_Number(template (value) integer ver) := {
		iEI := '55'O,
		ext := '1'B,
		lengthIndicator := {
		length1 := 1
		},
		rIMProtocolVersionNumber := int2oct(valueof(ver), 1)
}
function tr_GTPC_Cell_Identifier_V(template (present) GTP_CellId cid) return template (present) Cell_Identifier_V_GTPC {
	var template (present) Cell_Identifier_V_GTPC ret := {
		mccDigit1 := ?,
		mccDigit2 := ?,
		mccDigit3 := ?,
		mncDigit3 := ?,
		mncDigit1 := ?,
		mncDigit2 := ?,
		lac := ?,
		rac := ?,
		cI_value := ?
	}
	if (istemplatekind(cid, "?")) {
		return ?;
	}
	if (isvalue(cid) and isvalue(cid.ra_id) and isvalue(cid.ra_id.lai)) {
		if (isvalue(cid.ra_id.lai.mcc_mnc)) {
			ret.mccDigit1 := cid.ra_id.lai.mcc_mnc[0];
			ret.mccDigit2 := cid.ra_id.lai.mcc_mnc[1];
			ret.mccDigit3 := cid.ra_id.lai.mcc_mnc[2];
			ret.mncDigit3 := cid.ra_id.lai.mcc_mnc[3];
			ret.mncDigit1 := cid.ra_id.lai.mcc_mnc[4];
			ret.mncDigit2 := cid.ra_id.lai.mcc_mnc[5];
		}
		if (isvalue(cid.ra_id.lai.lac)) {
			ret.lac := int2oct(valueof(cid.ra_id.lai.lac), 2);
		}
	}
	if (isvalue(cid) and isvalue(cid.ra_id)) {
		ret.rac := int2oct(valueof(cid.ra_id.rac), 1);
	}
	if (isvalue(cid)) {
		ret.cI_value := int2oct(valueof(cid.cell_id), 2);
	}
	return ret;
}
template (value) Cell_Identifier_V_GTPC ts_GTPC_Cell_Identifier_V(template (value) GTP_CellId cid) := {
	mccDigit1 := cid.ra_id.lai.mcc_mnc[0],
	mccDigit2 := cid.ra_id.lai.mcc_mnc[1],
	mccDigit3 := cid.ra_id.lai.mcc_mnc[2],
	mncDigit3 := cid.ra_id.lai.mcc_mnc[3],
	mncDigit1 := cid.ra_id.lai.mcc_mnc[4],
	mncDigit2 := cid.ra_id.lai.mcc_mnc[5],
	lac := int2oct(valueof(cid.ra_id.lai.lac), 2),
	rac := int2oct(valueof(cid.ra_id.rac), 1),
	cI_value := int2oct(valueof(cid.cell_id), 2)
}
template (value) RIM_Routing_Address_GTPC ts_GTPC_RIM_Routing_Address_cid(template (value) GTP_CellId cid) := {
	cell_Identifier := ts_GTPC_Cell_Identifier_V(valueof(cid))
}
function tr_GTPC_ENB_Identifier(template (present) GTP_CellId cid,
				template (present) integer tac,
				template (present) octetstring gnbid) return template (present) ENB_Identifier {
	var template (present) ENB_Identifier ret := {
		mccDigit1 := ?,
		mccDigit2 := ?,
		mccDigit3 := ?,
		mncDigit3 := ?,
		mncDigit1 := ?,
		mncDigit2 := ?,
		tAC := ?,
		globalENB_ID := ?
	}
	if (istemplatekind(cid, "?") and istemplatekind(tac, "?") and istemplatekind(gnbid, "?")) {
		return ?;
	}
	if (isvalue(cid) and isvalue(cid.ra_id) and isvalue(cid.ra_id.lai)) {
		if (isvalue(cid.ra_id.lai.mcc_mnc)) {
			ret.mccDigit1 := cid.ra_id.lai.mcc_mnc[0];
			ret.mccDigit2 := cid.ra_id.lai.mcc_mnc[1];
			ret.mccDigit3 := cid.ra_id.lai.mcc_mnc[2];
			ret.mncDigit3 := cid.ra_id.lai.mcc_mnc[3];
			ret.mncDigit1 := cid.ra_id.lai.mcc_mnc[4];
			ret.mncDigit2 := cid.ra_id.lai.mcc_mnc[5];
		}
	}
	if (isvalue(tac)) {
		ret.tAC := int2oct(valueof(tac), 2);
	}
	if (isvalue(gnbid)) {
		ret.globalENB_ID := gnbid;
	}

	return ret;
}
template (value) ENB_Identifier ts_GTPC_ENB_Identifier(template (value) GTP_CellId cid,
						       template (value) integer tac,
						       template (value) octetstring gnbid) := {
	mccDigit1 := cid.ra_id.lai.mcc_mnc[0],
	mccDigit2 := cid.ra_id.lai.mcc_mnc[1],
	mccDigit3 := cid.ra_id.lai.mcc_mnc[2],
	mncDigit3 := cid.ra_id.lai.mcc_mnc[3],
	mncDigit1 := cid.ra_id.lai.mcc_mnc[4],
	mncDigit2 := cid.ra_id.lai.mcc_mnc[5],
	tAC := int2oct(valueof(tac), 2),
	globalENB_ID := gnbid
}
template (value) RIM_Routing_Address_GTPC
ts_GTPC_RIM_Routing_Address_enbid(template (value) GTP_CellId cid,
				  template (value) integer tac,
				  template (value) octetstring gnbid) := {
	eNB_Identifier := ts_GTPC_ENB_Identifier(cid, tac, gnbid)
}
template (present) RIM_Routing_Information_GTPC
tr_GTPC_RIM_Routing_Information(template (present) HEX1 addr_discr,
				template (present) RIM_Routing_Address_GTPC addr) := {
	iEI := '54'O,
	ext := '1'B,
		lengthIndicator := {
			length1 := ?
	},
	rIMRoutingAddressDiscriminator := addr_discr,
	spare := '0'H,
	rIM_Routing_Address := addr
}
template (value) RIM_Routing_Information_GTPC
ts_GTPC_RIM_Routing_Information(template (value) HEX1 addr_discr,
				template (value) RIM_Routing_Address_GTPC addr) := {
	iEI := '54'O,
	ext := '1'B,
		lengthIndicator := {
			length1 := 0 /* overwritten */
	},
	rIMRoutingAddressDiscriminator := addr_discr,
	spare := '0'H,
	rIM_Routing_Address := addr
}
/* 3GPP TS 48.018 11.3.63.1.1 */
template (present) RAN_Information_Request_Application_Container_NACC_GTPC
tr_GTPC_RAN_Information_Request_Application_Container_NACC(template (present) GTP_CellId cid) := {
	iEI := '4D'O,
	ext := '1'B,
	lengthIndicator := {
		length1 := ?
	},
	reporting_Cell_Identifier := tr_GTPC_Cell_Identifier_V(cid)
}
template (value) RAN_Information_Request_Application_Container_NACC_GTPC
ts_GTPC_RAN_Information_Request_Application_Container_NACC(template (value) GTP_CellId cid) := {
	iEI := '4D'O,
	ext := '1'B,
	lengthIndicator := {
		length1 := 0 /* overwritten */
	},
	reporting_Cell_Identifier := ts_GTPC_Cell_Identifier_V(cid)
}
/* 3GPP TS 48.018 11.3.63.1 */
template (present) RAN_Information_Request_Application_Container_GTPC
tru_GTPC_RAN_Information_Request_Application_Container_NACC(template (present) GTP_CellId cid) := {
	nacc := tr_GTPC_RAN_Information_Request_Application_Container_NACC(cid)
}
template (value) RAN_Information_Request_Application_Container_GTPC
tsu_GTPC_RAN_Information_Request_Application_Container_NACC(template (value) GTP_CellId cid) := {
	nacc := ts_GTPC_RAN_Information_Request_Application_Container_NACC(cid)
}
/* 3GPP TS 48.018 11.3.63.2.1 */
template (present) RAN_Information_Application_Container_NACC_GTPC
tr_GTPC_RAN_Information_Application_Container_NACC(template (present) GTP_CellId cid,
						   template (value) boolean psi_type,
						   template (value) integer si_psi_num,
						   template (value) octetstring si_psi) := {
		iEI := '4E'O,
		ext := '1'B,
		lengthIndicator := {
		length1 := ?
		},
		reporting_Cell_Identifier := tr_GTPC_Cell_Identifier_V(cid),
		typeBit := bool2bit(valueof(psi_type)),
		number_of_SI_PSI := int2bit(valueof(si_psi_num), 7),
		sI_PSI := si_psi
}
template (value) RAN_Information_Application_Container_NACC_GTPC
ts_GTPC_RAN_Information_Application_Container_NACC(template (value) GTP_CellId cid,
						   template (value) boolean psi_type,
						   template (value) integer si_psi_num,
						   template (value) octetstring si_psi) := {
		iEI := '4E'O,
		ext := '1'B,
		lengthIndicator := {
		length1 := 0 /* overwritten */
		},
		reporting_Cell_Identifier := ts_GTPC_Cell_Identifier_V(cid),
		typeBit := bool2bit(valueof(psi_type)),
		number_of_SI_PSI := int2bit(valueof(si_psi_num), 7),
		sI_PSI := si_psi
}
external function enc_RIM_Routing_Address_GTPC(in RIM_Routing_Address_GTPC ra) return octetstring
	with { extension "prototype(convert) encode(RAW)" };
external function dec_RIM_Routing_Address_GTPC(in octetstring stream) return RIM_Routing_Address_GTPC
	with { extension "prototype(convert) decode(RAW)" };

/* RAN_Information_Request */
template (value) RAN_Information_Request_RIM_Container_GTPC
ts_GTPC_RAN_Information_Request_RIM_Container(template (value) RIM_Application_Identity_GTPC app_id,
					      template (value) RIM_Sequence_Number_GTPC seq,
					      template (value) RIM_PDU_Indications_GTPC ind,
					      template (omit) RIM_Protocol_Version_Number_GTPC ver := omit,
					      template (omit) RAN_Information_Request_Application_Container_GTPC app_cont := omit,
					      template (omit) SON_TransferApplicationIdentity son_app_id := omit) := {
	iEI := '57'O,
	ext := '1'B,
	lengthIndicator := {
		length1 := 0 /* overwritten */
	},
	rIM_Application_Identity := app_id,
	rIM_Sequence_Number := seq,
	rIM_PDU_Indications := ind,
	rIM_Protocol_Version_Number := ver,
	application_Container := app_cont,
	sON_TransferApplicationIdentity := son_app_id
}
template (value) PDU_BSSGP_RAN_INFORMATION_REQUEST_GTPC
ts_GTPC_RAN_Information_Request(template (value) RIM_Routing_Information_GTPC dest,
				template (value) RIM_Routing_Information_GTPC src,
				template (value) RAN_Information_Request_RIM_Container_GTPC cont) := {
	bssgpPduType := '71'O,
	destination_Cell_Identifier := dest,
	source_Cell_Identifier := src,
	rIM_Container := cont
}
template (present) PDU_BSSGP_RAN_INFORMATION_REQUEST_GTPC
tr_GTPC_RAN_Information_Request(template (present) RIM_Routing_Information_GTPC dest := ?,
				template (present) RIM_Routing_Information_GTPC src := ?,
				template (present) RAN_Information_Request_RIM_Container_GTPC cont := ?) := {
	bssgpPduType := '71'O,
	destination_Cell_Identifier := dest,
	source_Cell_Identifier := src,
	rIM_Container := cont
}

template (value) RANTransparentContainer
ts_RANTransparentContainer_RAN_INFO_REQ(template (value) PDU_BSSGP_RAN_INFORMATION_REQUEST_GTPC pdu) := {
	type_gtpc := '90'O,
	lengthf := 0, /* FIXME */
	rANTransparentContainerField := {
		pDU_BSSGP_RAN_INFORMATION_REQUEST := pdu
	}
}
template (present) RANTransparentContainer
tr_RANTransparentContainer_RAN_INFO_REQ(template (present) PDU_BSSGP_RAN_INFORMATION_REQUEST_GTPC pdu := ?) := {
	type_gtpc := '90'O,
	lengthf := ?,
	rANTransparentContainerField := {
		pDU_BSSGP_RAN_INFORMATION_REQUEST := pdu
	}
}

/* RAN_Information */
template (present) ApplContainer_or_ApplErrContainer_NACC_GTPC
tru_GTPC_ApplContainer_NACC(template (present) GTP_CellId cid,
			    template (value) boolean psi_type,
			    template (value) integer si_psi_num,
			    template (value) octetstring si_psi) := {
	application_Container := tr_GTPC_RAN_Information_Application_Container_NACC(cid, psi_type, si_psi_num, si_psi)
}
template (value) ApplContainer_or_ApplErrContainer_NACC_GTPC
tsu_GTPC_ApplContainer_NACC(template (value) GTP_CellId cid,
			    template (value) boolean psi_type,
			    template (value) integer si_psi_num,
			    template (value) octetstring si_psi) := {
	application_Container := ts_GTPC_RAN_Information_Application_Container_NACC(cid, psi_type, si_psi_num, si_psi)
}
template (present) ApplContainer_or_ApplErrContainer_GTPC
tru_GTPC_ApplContainer_or_ApplErrContainer_NACC(template (present) ApplContainer_or_ApplErrContainer_NACC_GTPC cont) := {
	nacc := cont
}
template (value) ApplContainer_or_ApplErrContainer_GTPC
tsu_GTPC_ApplContainer_or_ApplErrContainer_NACC(template (value) ApplContainer_or_ApplErrContainer_NACC_GTPC cont) := {
	nacc := cont
}
template (present) RAN_Information_RIM_Container_GTPC
tr_GTPC_RAN_Information_RIM_Container(template (present) RIM_Application_Identity_GTPC app_id,
				      template (present) RIM_Sequence_Number_GTPC seq,
				      template (present) RIM_PDU_Indications_GTPC ind,
				      template RIM_Protocol_Version_Number_GTPC ver := *,
				      template ApplContainer_or_ApplErrContainer_GTPC app_cont := *,
				      template SON_TransferApplicationIdentity son_app_id := *) := {
	iEI := '58'O,
	ext := '1'B,
	lengthIndicator := {
		length1 := ?
	},
	rIM_Application_Identity := app_id,
	rIM_Sequence_Number := seq,
	rIM_PDU_Indications := ind,
	rIM_Protocol_Version_Number := ver,
	applContainer_or_ApplErrContainer := app_cont,
	sON_TransferApplicationIdentity := son_app_id
}
template (value) RAN_Information_RIM_Container_GTPC
ts_GTPC_RAN_Information_RIM_Container(template (value) RIM_Application_Identity_GTPC app_id,
				      template (value) RIM_Sequence_Number_GTPC seq,
				      template (value) RIM_PDU_Indications_GTPC ind,
				      template (omit) RIM_Protocol_Version_Number_GTPC ver := omit,
				      template (omit) ApplContainer_or_ApplErrContainer_GTPC app_cont := omit,
				      template (omit) SON_TransferApplicationIdentity son_app_id := omit) := {
	iEI := '58'O,
	ext := '1'B,
	lengthIndicator := {
		length1 := 0 /* overwritten */
	},
	rIM_Application_Identity := app_id,
	rIM_Sequence_Number := seq,
	rIM_PDU_Indications := ind,
	rIM_Protocol_Version_Number := ver,
	applContainer_or_ApplErrContainer := app_cont,
	sON_TransferApplicationIdentity := son_app_id
}
template (present) PDU_BSSGP_RAN_INFORMATION_GTPC
tr_GTPC_RAN_Information(template (present) RIM_Routing_Information_GTPC dest,
			template (present) RIM_Routing_Information_GTPC src,
			template (present) RAN_Information_RIM_Container_GTPC cont) := {
	bssgpPduType := '70'O,
	destination_Cell_Identifier := dest,
	source_Cell_Identifier := src,
	rIM_Container := cont
}
template (value) PDU_BSSGP_RAN_INFORMATION_GTPC
ts_GTPC_RAN_Information(template (value) RIM_Routing_Information_GTPC dest,
			template (value) RIM_Routing_Information_GTPC src,
			template (value) RAN_Information_RIM_Container_GTPC cont) := {
	bssgpPduType := '70'O,
	destination_Cell_Identifier := dest,
	source_Cell_Identifier := src,
	rIM_Container := cont
}
template (present) RANTransparentContainer
tr_RANTransparentContainer_RAN_INFO(template (present) PDU_BSSGP_RAN_INFORMATION_GTPC pdu) := {
	type_gtpc := '90'O,
	lengthf := ?,
	rANTransparentContainerField := {
		pDU_BSSGP_RAN_INFORMATION := pdu
	}
}
template (value) RANTransparentContainer
ts_RANTransparentContainer_RAN_INFO(template (value) PDU_BSSGP_RAN_INFORMATION_GTPC pdu) := {
	type_gtpc := '90'O,
	lengthf := 0, /* overwritten */
	rANTransparentContainerField := {
		pDU_BSSGP_RAN_INFORMATION := pdu
	}
}

template (present) RANTransparentContainer
tr_RANTransparentContainer(template (present) RANTransparentContainerField rANTransparentContainerField) := {
	type_gtpc := '90'O,
	lengthf := ?,
	rANTransparentContainerField := rANTransparentContainerField
}
template (value) RANTransparentContainer
ts_RANTransparentContainer(template (value) RANTransparentContainerField rANTransparentContainerField) := {
	type_gtpc := '90'O,
	lengthf := 0, /* overwritten */
	rANTransparentContainerField := rANTransparentContainerField
}
template (present) GTPC_PDUs tr_RANInfoRelay(template (present) RANTransparentContainer transparentContainer) := {
	ranInformationRelay := {
		transparentContainer := transparentContainer,
		rIM_RoutingAddress := *,
		rIM_RoutingAddress_Discriminator := *,
		private_extension_gtpc := *
	}
}
template (value) GTPC_PDUs ts_RANInfoRelay(template (value) RANTransparentContainer transparentContainer,
					   template (omit) RIM_RoutingAddress ra := omit,
					   template (omit) RIM_RoutingAddress_Discriminator ra_discr := omit) := {
	ranInformationRelay := {
		transparentContainer := transparentContainer,
		rIM_RoutingAddress := ra,
		rIM_RoutingAddress_Discriminator := ra_discr,
		private_extension_gtpc := omit
	}
}
template (present) Gtp1cUnitdata
tr_GTPC_RANInfoRelay(template (present) Gtp1cPeer peer,
			template (present) RANTransparentContainer transparentContainer) := {
	peer := peer,
	gtpc := tr_GTP1C_PDU(rANInformationRelay, '00000000'O, tr_RANInfoRelay(transparentContainer))
}
template (value) Gtp1cUnitdata
ts_GTPC_RANInfoRelay(template (value) Gtp1cPeer peer,
			template (value) RANTransparentContainer transparentContainer,
			template (omit) RIM_RoutingAddress ra := omit,
			template (omit) RIM_RoutingAddress_Discriminator ra_discr := omit) := {
	peer := peer,
	gtpc := ts_GTP1C_PDU(rANInformationRelay,
				'00000000'O,
				ts_RANInfoRelay(transparentContainer, ra, ra_discr),
				0)
}


template (present) RAN_Information_Request_RIM_Container_GTPC
tr_GTPC_RAN_Information_Request_RIM_Container(template (present) RIM_Application_Identity_GTPC app_id := ?,
					      template (present) RIM_Sequence_Number_GTPC seq := ?,
					      template (present) RIM_PDU_Indications_GTPC ind := ?,
					      template RIM_Protocol_Version_Number_GTPC ver := *,
					      template RAN_Information_Request_Application_Container_GTPC app_cont := *,
					      template SON_TransferApplicationIdentity son_app_id := *) := {
		iEI := '57'O,
		ext := '1'B,
		lengthIndicator := {
		length1 := ?
		},
		rIM_Application_Identity := app_id,
		rIM_Sequence_Number := seq,
		rIM_PDU_Indications := ind,
		rIM_Protocol_Version_Number := ver,
		application_Container := app_cont,
		sON_TransferApplicationIdentity := son_app_id
}

/* 3GPP TS 29.060, section 7.7.57 */
template (value) RIM_RoutingAddress ts_RIM_RoutingAddress(template (value) octetstring addr_value) := {
	type_gtpc := '9F'O,
	lengthf := 0,	/* we assume encoder overwrites this */
	rIM_RoutingAddressValue := addr_value
}
template (present) RIM_RoutingAddress tr_RIM_RoutingAddress(template (present) octetstring addr_value := ?) := {
	type_gtpc := '9F'O,
	lengthf := ?,
	rIM_RoutingAddressValue := addr_value
}

/* 3GPP TS 29.060, section 7.7.77 */
template (value) RIM_RoutingAddress_Discriminator ts_RIM_RoutingAddress_Discriminator(template (value) bitstring addr_discr) := {
	type_gtpc := 'B2'O,
	lengthf := 0,	/* we assume encoder overwrites this */
	rra_discriminator := addr_discr,
	spare := '0000'B
}
template (present) RIM_RoutingAddress_Discriminator tr_RIM_RoutingAddress_Discriminator(template (present) bitstring addr_discr := ?) := {
	type_gtpc := 'B2'O,
	lengthf := ?,
	rra_discriminator := addr_discr,
	spare := '0000'B
}


} /* module GTPv1C_Templates */
