Loading 33128/r18/TS33128Payloads.asn +95 −95 Original line number Diff line number Diff line Loading @@ -4118,101 +4118,6 @@ SIPMessageType ::= ENUMERATED oPTIONSResponse(5) } UUID ::= OCTET STRING (SIZE (16)) -- ========================================================== -- Structures to allow reuse of externally defined structures -- ========================================================== EncapsulatedMSRP ::= OCTET STRING MSRPContainer ::= CHOICE { encapsulatedMSRP [1] EncapsulatedMSRP, separatedMSRP [2] SeparatedMSRP } MSRPEndLine ::= UTF8String MSRPHeaders ::= UTF8String MSRPStartLine ::= UTF8String SeparatedMSRP ::= SEQUENCE { startLine [1] MSRPStartLine, headers [2] MSRPHeaders, body [3] MIMEEntityContainer OPTIONAL, endLine [4] MSRPEndLine } -- Details for the encoding and use of this parameter may be found in the clause -- that defines the xIRI that carries it. This parameter provides a generic -- mechanism to convey service based interface structures defined in Stage 3 working groups. -- ====================== -- MIME Entity Parameters -- ====================== EncapsulatedMIMEEntity ::= OCTET STRING MIMEBody ::= UTF8String MIMEBodyLength ::= INTEGER MIMEEntityBody ::= CHOICE { mIMEEntityContainer [1] MIMEEntityContainer, communicationsContent [2] MIMEEntityBodyWithCC, body [3] MIMEBody } MIMEEntityBodyWithCC ::= SEQUENCE { mIMEBodyLength [1] MIMEBodyLength } MIMEContentType ::= UTF8String MIMEEntityContainer ::= SEQUENCE { contentType [1] MIMEContentType, mIMEEntity [2] MIMEEntity } MIMEEntity ::= CHOICE { encapsulatedMIMEEntity [1] EncapsulatedMIMEEntity, separatedMIMEHeadersAndBody [2] SeparatedMIMEHeadersAndBody } MIMEEntityHeaders ::= SEQUENCE { headers [1] MIMEHeaders, removedHeaders [2] SEQUENCE OF RemovedMIMEHeaders OPTIONAL } MIMEHeaderBodyLength ::= INTEGER MIMEHeaderFieldName ::= UTF8String MIMEHeaderHash ::= OCTET STRING MIMEHeaders ::= UTF8String RemovedMIMEHeaders ::= SEQUENCE { headerFieldName [1] MIMEHeaderFieldName, headerBodyLength [2] MIMEHeaderBodyLength, headerHash [3] MIMEHeaderHash OPTIONAL } SeparatedMIMEHeadersAndBody ::= SEQUENCE { entityHeaders [1] MIMEEntityHeaders, entityBody [2] MIMEEntityBody OPTIONAL } -- ================= -- EES definitions -- ================= Loading Loading @@ -5738,6 +5643,8 @@ UserIdentifiers ::= SEQUENCE ePSSubscriberIDs [2] EPSSubscriberIDs OPTIONAL } UUID ::= OCTET STRING (SIZE (16)) XMLType ::= SEQUENCE { xMLNamespace [1] XMLNamespace, Loading Loading @@ -6664,4 +6571,97 @@ SIPCellularNetworkInformation ::= SEQUENCE servingPLMN [2] PLMNID OPTIONAL } -- ========================================================== -- Structures to allow reuse of externally defined structures -- ========================================================== EncapsulatedMSRP ::= OCTET STRING MSRPContainer ::= CHOICE { encapsulatedMSRP [1] EncapsulatedMSRP, separatedMSRP [2] SeparatedMSRP } MSRPEndLine ::= UTF8String MSRPHeaders ::= UTF8String MSRPStartLine ::= UTF8String SeparatedMSRP ::= SEQUENCE { startLine [1] MSRPStartLine, headers [2] MSRPHeaders, body [3] MIMEEntityContainer OPTIONAL, endLine [4] MSRPEndLine } -- Details for the encoding and use of this parameter may be found in the clause -- that defines the xIRI that carries it. This parameter provides a generic -- mechanism to convey service based interface structures defined in Stage 3 working groups. -- ====================== -- MIME Entity Parameters -- ====================== EncapsulatedMIMEEntity ::= OCTET STRING MIMEBody ::= UTF8String MIMEBodyLength ::= INTEGER MIMEEntityBody ::= CHOICE { mIMEEntityContainer [1] MIMEEntityContainer, communicationsContent [2] MIMEEntityBodyWithCC, body [3] MIMEBody } MIMEEntityBodyWithCC ::= SEQUENCE { mIMEBodyLength [1] MIMEBodyLength } MIMEContentType ::= UTF8String MIMEEntityContainer ::= SEQUENCE { contentType [1] MIMEContentType, mIMEEntity [2] MIMEEntity } MIMEEntity ::= CHOICE { encapsulatedMIMEEntity [1] EncapsulatedMIMEEntity, separatedMIMEHeadersAndBody [2] SeparatedMIMEHeadersAndBody } MIMEEntityHeaders ::= SEQUENCE { headers [1] MIMEHeaders, removedHeaders [2] SEQUENCE OF RemovedMIMEHeaders OPTIONAL } MIMEHeaderBodyLength ::= INTEGER MIMEHeaderFieldName ::= UTF8String MIMEHeaderHash ::= OCTET STRING MIMEHeaders ::= UTF8String RemovedMIMEHeaders ::= SEQUENCE { headerFieldName [1] MIMEHeaderFieldName, headerBodyLength [2] MIMEHeaderBodyLength, headerHash [3] MIMEHeaderHash OPTIONAL } SeparatedMIMEHeadersAndBody ::= SEQUENCE { entityHeaders [1] MIMEEntityHeaders, entityBody [2] MIMEEntityBody OPTIONAL } END Loading
33128/r18/TS33128Payloads.asn +95 −95 Original line number Diff line number Diff line Loading @@ -4118,101 +4118,6 @@ SIPMessageType ::= ENUMERATED oPTIONSResponse(5) } UUID ::= OCTET STRING (SIZE (16)) -- ========================================================== -- Structures to allow reuse of externally defined structures -- ========================================================== EncapsulatedMSRP ::= OCTET STRING MSRPContainer ::= CHOICE { encapsulatedMSRP [1] EncapsulatedMSRP, separatedMSRP [2] SeparatedMSRP } MSRPEndLine ::= UTF8String MSRPHeaders ::= UTF8String MSRPStartLine ::= UTF8String SeparatedMSRP ::= SEQUENCE { startLine [1] MSRPStartLine, headers [2] MSRPHeaders, body [3] MIMEEntityContainer OPTIONAL, endLine [4] MSRPEndLine } -- Details for the encoding and use of this parameter may be found in the clause -- that defines the xIRI that carries it. This parameter provides a generic -- mechanism to convey service based interface structures defined in Stage 3 working groups. -- ====================== -- MIME Entity Parameters -- ====================== EncapsulatedMIMEEntity ::= OCTET STRING MIMEBody ::= UTF8String MIMEBodyLength ::= INTEGER MIMEEntityBody ::= CHOICE { mIMEEntityContainer [1] MIMEEntityContainer, communicationsContent [2] MIMEEntityBodyWithCC, body [3] MIMEBody } MIMEEntityBodyWithCC ::= SEQUENCE { mIMEBodyLength [1] MIMEBodyLength } MIMEContentType ::= UTF8String MIMEEntityContainer ::= SEQUENCE { contentType [1] MIMEContentType, mIMEEntity [2] MIMEEntity } MIMEEntity ::= CHOICE { encapsulatedMIMEEntity [1] EncapsulatedMIMEEntity, separatedMIMEHeadersAndBody [2] SeparatedMIMEHeadersAndBody } MIMEEntityHeaders ::= SEQUENCE { headers [1] MIMEHeaders, removedHeaders [2] SEQUENCE OF RemovedMIMEHeaders OPTIONAL } MIMEHeaderBodyLength ::= INTEGER MIMEHeaderFieldName ::= UTF8String MIMEHeaderHash ::= OCTET STRING MIMEHeaders ::= UTF8String RemovedMIMEHeaders ::= SEQUENCE { headerFieldName [1] MIMEHeaderFieldName, headerBodyLength [2] MIMEHeaderBodyLength, headerHash [3] MIMEHeaderHash OPTIONAL } SeparatedMIMEHeadersAndBody ::= SEQUENCE { entityHeaders [1] MIMEEntityHeaders, entityBody [2] MIMEEntityBody OPTIONAL } -- ================= -- EES definitions -- ================= Loading Loading @@ -5738,6 +5643,8 @@ UserIdentifiers ::= SEQUENCE ePSSubscriberIDs [2] EPSSubscriberIDs OPTIONAL } UUID ::= OCTET STRING (SIZE (16)) XMLType ::= SEQUENCE { xMLNamespace [1] XMLNamespace, Loading Loading @@ -6664,4 +6571,97 @@ SIPCellularNetworkInformation ::= SEQUENCE servingPLMN [2] PLMNID OPTIONAL } -- ========================================================== -- Structures to allow reuse of externally defined structures -- ========================================================== EncapsulatedMSRP ::= OCTET STRING MSRPContainer ::= CHOICE { encapsulatedMSRP [1] EncapsulatedMSRP, separatedMSRP [2] SeparatedMSRP } MSRPEndLine ::= UTF8String MSRPHeaders ::= UTF8String MSRPStartLine ::= UTF8String SeparatedMSRP ::= SEQUENCE { startLine [1] MSRPStartLine, headers [2] MSRPHeaders, body [3] MIMEEntityContainer OPTIONAL, endLine [4] MSRPEndLine } -- Details for the encoding and use of this parameter may be found in the clause -- that defines the xIRI that carries it. This parameter provides a generic -- mechanism to convey service based interface structures defined in Stage 3 working groups. -- ====================== -- MIME Entity Parameters -- ====================== EncapsulatedMIMEEntity ::= OCTET STRING MIMEBody ::= UTF8String MIMEBodyLength ::= INTEGER MIMEEntityBody ::= CHOICE { mIMEEntityContainer [1] MIMEEntityContainer, communicationsContent [2] MIMEEntityBodyWithCC, body [3] MIMEBody } MIMEEntityBodyWithCC ::= SEQUENCE { mIMEBodyLength [1] MIMEBodyLength } MIMEContentType ::= UTF8String MIMEEntityContainer ::= SEQUENCE { contentType [1] MIMEContentType, mIMEEntity [2] MIMEEntity } MIMEEntity ::= CHOICE { encapsulatedMIMEEntity [1] EncapsulatedMIMEEntity, separatedMIMEHeadersAndBody [2] SeparatedMIMEHeadersAndBody } MIMEEntityHeaders ::= SEQUENCE { headers [1] MIMEHeaders, removedHeaders [2] SEQUENCE OF RemovedMIMEHeaders OPTIONAL } MIMEHeaderBodyLength ::= INTEGER MIMEHeaderFieldName ::= UTF8String MIMEHeaderHash ::= OCTET STRING MIMEHeaders ::= UTF8String RemovedMIMEHeaders ::= SEQUENCE { headerFieldName [1] MIMEHeaderFieldName, headerBodyLength [2] MIMEHeaderBodyLength, headerHash [3] MIMEHeaderHash OPTIONAL } SeparatedMIMEHeadersAndBody ::= SEQUENCE { entityHeaders [1] MIMEEntityHeaders, entityBody [2] MIMEEntityBody OPTIONAL } END