/////////////////////////////////////////////////////////////////////////////// // // 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