-- Module ACSE_1 (X.227:04/1995) ASN1 {joint_iso_itu_t association_control(2) modules(0) apdus(0) version1(1)} -- ACSE_1 refers to ACSE version 1 DEFINITIONS ::= BEGIN EXPORTS acse_as_id, ACSE_apdu, aCSE_id, Application_context_name, AP_title, AE_qualifier, AE_title, AP_invocation_identifier, AE_invocation_identifier, Mechanism_name, Authentication_value, ACSE_requirements, ObjectSet; -- The data types Name and RelativeDistinguishedName are imported from ISO/IEC 9594_2. -- object identifier assignments acse_as_id OBJECT IDENTIFIER ::= {joint-iso-itu-t association-control(2) abstract-syntax(1) apdus(0) version1(1)} -- may be used to reference the abstract syntax of the ACSE APDUs aCSE_id OBJECT IDENTIFIER ::= {joint-iso-itu-t association-control(2) ase-id(3) acse-ase(1) version(1)} -- may be used to identify the Association Control ASE. -- top level CHOICE ACSE_apdu ::= CHOICE { aarq AARQ_apdu, aare AARE_apdu, rlrq RLRQ_apdu, rlre RLRE_apdu } AARQ_apdu ::= [APPLICATION 0] IMPLICIT SEQUENCE { protocol_version [0] IMPLICIT BIT STRING OPTIONAL, application_context_name [1] EXPLICIT OBJECT IDENTIFIER, called_AP_title [2] AP_title OPTIONAL, called_AE_qualifier [3] AE_qualifier OPTIONAL, called_AP_invocation_identifier [4] EXPLICIT AP_invocation_identifier OPTIONAL, called_AE_invocation_identifier [5] EXPLICIT AE_invocation_identifier OPTIONAL, calling_AP_title [6] AP_title OPTIONAL, calling_AE_qualifier [7] AE_qualifier OPTIONAL, calling_AP_invocation_identifier [8] AP_invocation_identifier OPTIONAL, calling_AE_invocation_identifier [9] AE_invocation_identifier OPTIONAL, -- The following field shall not be present if only the Kernel is used. sender_acse_requirements [10] IMPLICIT ACSE_requirements OPTIONAL, -- The following field shall only be present if the Authentication functional unit is selected. mechanism_name [11] IMPLICIT Mechanism_name OPTIONAL, -- The following field shall only be present if the Authentication functional unit is selected. calling_authentication_value [12] EXPLICIT Authentication_value OPTIONAL, application_context_name_list [13] IMPLICIT Application_context_name_list OPTIONAL, -- The above field shall only be present if the Application Context Negotiation functional unit is selected implementation_information [29] IMPLICIT Implementation_data OPTIONAL, user_information [30] IMPLICIT Association_information OPTIONAL } AARE_apdu ::= [APPLICATION 1] IMPLICIT SEQUENCE { --changed by Stefan Feuerhahn protocol_version [0] IMPLICIT BIT STRING OPTIONAL, application_context_name [1] EXPLICIT OBJECT IDENTIFIER, result [2] EXPLICIT Associate_result, result_source_diagnostic [3] EXPLICIT Associate_source_diagnostic, responding_AP_title [4] EXPLICIT AP_title OPTIONAL, responding_AE_qualifier [5] EXPLICIT AE_qualifier OPTIONAL, responding_AP_invocation_identifier [6] EXPLICIT AP_invocation_identifier OPTIONAL, responding_AE_invocation_identifier [7] EXPLICIT AE_invocation_identifier OPTIONAL, -- The following field shall not be present if only the Kernel is used. responder_acse_requirements [8] IMPLICIT ACSE_requirements OPTIONAL, -- The following field shall only be present if the Authentication functional unit is selected. mechanism_name [9] IMPLICIT Mechanism_name OPTIONAL, -- This following field shall only be present if the Authentication functional unit is selected. responding_authentication_value [10] EXPLICIT Authentication_value OPTIONAL, application_context_name_list [11] IMPLICIT Application_context_name_list OPTIONAL, -- The above field shall only be present if the Application Context Negotiation functional unit is selected implementation_information [29] IMPLICIT Implementation_data OPTIONAL, user_information [30] IMPLICIT Association_information OPTIONAL } RLRQ_apdu ::= [APPLICATION 2] IMPLICIT SEQUENCE { reason [0] IMPLICIT Release_request_reason OPTIONAL, user_information [30] IMPLICIT Association_information OPTIONAL } RLRE_apdu ::= [APPLICATION 3] IMPLICIT SEQUENCE { reason [0] IMPLICIT Release_response_reason OPTIONAL, user_information [30] IMPLICIT Association_information OPTIONAL } -- ABRT_apdu ::= [APPLICATION 4] IMPLICIT SEQUENCE { -- abort_source [0] IMPLICIT ABRT_source, -- abort_diagnostic [1] IMPLICIT ABRT_diagnostic OPTIONAL, -- This field shall not be present if only the Kernel is used. -- user_information [30] IMPLICIT Association_information OPTIONAL --} -- ABRT_diagnostic ::= ENUMERATED { -- no_reason_given(1), protocol_error(2), -- authentication_mechanism_name_not_recognized(3), -- authentication_mechanism_name_required(4), authentication_failure(5), -- authentication_required(6) -- } -- ABRT_source ::= INTEGER {acse_service_user(0), acse_service_provider(1)} ACSE_requirements ::= BIT STRING { authentication(0), application_context_negotiation(1) } Application_context_name_list ::= SEQUENCE OF Application_context_name -- Application_context_name ::= CHOICE { -- application_context_name OBJECT IDENTIFIER -- } Application_context_name ::= OBJECT IDENTIFIER -- Application_entity title productions follow (not in alphabetical order) AP_title ::= CHOICE { -- ap_title_form1 AP_title_form1, ap_title_form2 AP_title_form2 } AE_qualifier ::= CHOICE { -- ae_qualifier_form1 AE_qualifier_form1, ae_qualifier_form2 AE_qualifier_form2 } -- When both AP_title and AE_qualifier data values are present in an AARQ or AARE APDU, both must -- have the same form to allow the construction of an AE_title as discussed in CCITT Rec. X.665 | -- ISO/IEC 9834_6. -- AP_title_form1 ::= -- Name -- The value assigned to AP_title_form1 is The Directory Name of an application_process title. -- AE_qualifier_form1 ::= -- RelativeDistinguishedName -- The value assigned to AE_qualifier_form1 is the relative distinguished name of a particular -- application_entity of the application_process identified by AP_title_form1. AP_title_form2 ::= OBJECT IDENTIFIER AE_qualifier_form2 ::= INTEGER AE_title ::= CHOICE { -- ae_title_form1 AE_title_form1, ae_title_form2 AE_title_form2 } -- As defined in CCITT Rec. X.650 | ISO 7498_3, an application_entity title is composed of an application- -- process title and an application_entity qualifier. The ACSE protocol provides for the transfer of an -- application_entity title value by the transfer of its component values. However, the following data type -- is provided for International Standards that reference a single syntactic structure for AE titles. -- AE_title_form1 ::= -- Name -- For access to The Directory (ITU_T Rec. X.500_Series | ISO/IEC 9594), an AE title has AE_title_form1. -- This value can be constructed from AP_title_form1 and AE_qualifier_form1 values contained in an -- AARQ or AARE APDU. A discussion of forming an AE_title_form1 from AP_title_form1 and AE_qualifier- -- form1 may be found in CCITT Rec. X.665 | ISO/IEC 9834_6. AE_title_form2 ::= OBJECT IDENTIFIER -- A discussion of forming an AE_title_form2 from AP_title_form2 and AE_qualifier_form2 may be -- found in CCITT Rec. X.665 | ISO/IEC 9834_6. AE_invocation_identifier ::= INTEGER AP_invocation_identifier ::= INTEGER -- End of Application_entity title productions Associate_result ::= INTEGER { accepted(0), rejected_permanent(1), rejected_transient(2)} Associate_source_diagnostic ::= CHOICE { acse_service_user [1] EXPLICIT INTEGER {null(0), no_reason_given(1), application_context_name_not_supported(2), calling_AP_title_not_recognized(3), calling_AP_invocation_identifier_not_recognized(4), calling_AE_qualifier_not_recognized(5), calling_AE_invocation_identifier_not_recognized(6), called_AP_title_not_recognized(7), called_AP_invocation_identifier_not_recognized(8), called_AE_qualifier_not_recognized(9), called_AE_invocation_identifier_not_recognized(10), authentication_mechanism_name_not_recognized(11), authentication_mechanism_name_required(12), authentication_failure(13), authentication_required(14)}, acse_service_provider [2] EXPLICIT INTEGER {null(0), no_reason_given(1), no_common_acse_version(2)} } -- Association_information ::= SEQUENCE OF Association_information_item Association_information ::= SEQUENCE OF Myexternal Myexternal ::= [UNIVERSAL 8] IMPLICIT SEQUENCE { direct_reference OBJECT IDENTIFIER OPTIONAL, indirect_reference INTEGER OPTIONAL, encoding CHOICE { single_ASN1_type [0] EXPLICIT ANY, octet_aligned [1] IMPLICIT OCTET STRING, arbitrary [2] IMPLICIT BIT STRING } } Myexternal2 ::= [UNIVERSAL 8] IMPLICIT SEQUENCE { direct_reference OBJECT IDENTIFIER OPTIONAL, indirect_reference INTEGER OPTIONAL, encoding CHOICE { single_ASN1_type [0] EXPLICIT ANY, octet_aligned [1] IMPLICIT OCTET STRING, arbitrary [2] IMPLICIT BIT STRING } } --Association_information_item ::= [UNIVERSAL 8] IMPLICIT SEQUENCE { -- direct_reference OBJECT IDENTIFIER OPTIONAL, -- indirect_reference INTEGER OPTIONAL, -- encoding CHOICE -- { -- single_ASN1_type [0] CHOICE { -- single_ASN1_type ANY -- }, -- octet_aligned [1] IMPLICIT OCTET STRING, -- arbitrary [2] IMPLICIT BIT STRING -- } -- } --is optional: Authentication_value ::= CHOICE { charstring [0] IMPLICIT GraphicString, bitstring [1] IMPLICIT BIT STRING, external [2] IMPLICIT Myexternal2 -- other -- [3] IMPLICIT SEQUENCE {other_mechanism_name -- MECHANISM_NAME.&id({ObjectSet}), -- other_mechanism_value -- MECHANISM_NAME.&Type -- ({ObjectSet}{@.other_mechanism_name})} } -- The abstract syntax of (calling/responding) authentication_value is determined by the authentication -- mechanism used during association establishment. The authentication mechanism is either explicitly -- denoted by the &id field (of type OBJECT IDENTIFIER) for a mechanism belonging to the class -- MECHANISM_NAME, or it is known implicitly by -- prior agreement between the communicating partners. If the "other" component is chosen, then -- the "mechanism_name" component must be present in accordance with -- ITU_T Rec. X.680 | ISO/IEC 8824. If the value "mechanism_name" occurs in the AARQ_apdu or the -- AARE_apdu, then that value must be the same as the value for "other_mechanism_name" Implementation_data ::= GraphicString Mechanism_name ::= OBJECT IDENTIFIER Release_request_reason ::= INTEGER { normal (0), urgent (1), user_defined (30) } Release_response_reason ::= INTEGER { normal (0), not_finished (1), user_defined (30) } END -- Generated by Asnp, the ASN.1 pretty_printer of France Telecom R&D