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(* $Workfile: acse.xv2 $ $Revision: 1.0 $ *)
(*****************************************************************************)
(* X.226 PRESENTATION DEFINITIONS *)
(*****************************************************************************)
CP-type (P-P) LABEL = Pcpty
STRUCTURE = SET
CHILDREN = { <Pmodp, C 0 C,M,0>,
<Pcpq4, C 1 C,O,0>,
<Pcpn2, C 2 C,O,0> }
CP-type-normal LABEL = Pcptn
STRUCTURE = SET
CHILDREN = { <Pmods, C 0 C,M,0>D,
<Pcpnm, C 2 C,O,0> }
CP-type-1984 LABEL = Pcpt4
STRUCTURE = SET
CHILDREN = { <Pmods, C 0 C,M,0>D,
<Pcp84, C 1 C,O,0> }
CP normal sequence LABEL = Pcpnm
STRUCTURE = SEQUENCE
TAG = (C 2 C)
CHILDREN = { <Pprcl, C 0 P,D,0>,
<Ppscg, C 1 P,O,0>D,
<Ppscd, C 2 P,O,0>D,
<Pclst, C 4 C,O,0>,
<Pdcnm, C 6 C,O,0>,
<Ppreq, C 8 P,O,0>,
<Pusrq, C 9 P,O,0>,
<Puser, U 0 P,O,0> }
CP normal sequence (P-P) LABEL = Pcpn2
STRUCTURE = SEQUENCE
TAG = (C 2 C)
CHILDREN = { <Pprcl, C 0 P,D,0>,
<Ppscg, C 1 P,O,0>,
<Ppscd, C 2 P,O,0>,
<Pclsp, C 4 C,O,0>,
<Pdcnp, C 6 C,O,0>,
<Ppreq, C 8 P,O,0>,
<Pusrq, C 9 P,O,0>,
<Puser, U 0 P,O,0> }
CP 1984 sequence LABEL = Pcp84
STRUCTURE = SET
CHILDREN = { <Pchkp, C 0 P,D,0>,
<Pwsiz, C 1 P,D,0>,
<Pdmde, C 2 P,D,0>,
<Pcnd4, C 3 C,M,0>,
<Papcl, C 4 P,O,0> }
CP 1984 sequence (P-P) LABEL = Pcpq4
STRUCTURE = SET
CHILDREN = { <Pchkp, C 0 P,D,0>,
<Pwsiz, C 1 P,D,0>,
<Pdmde, C 2 P,D,0>,
<Pcdp4, C 3 C,M,0>,
<Papcl, C 4 P,O,0> }
CPC-type LABEL = Pcpct
STRUCTURE = SEQUENCE
CHILDREN = { <Puser, U 0 P,M,0> }
CPA PPDU (P-P) LABEL = Pcpac
STRUCTURE = SET
CHILDREN = { <Pmodp, C 0 C,M,0>,
<Pcpa4, C 1 C,O,0>,
<Pppn2, C 2 C,O,0> }
CPA PPDU normal LABEL = Pcppn
STRUCTURE = SET
CHILDREN = { <Pmods, C 0 C,M,0>D,
<Pppnm, C 2 C,O,0> }
CPA PPDU 1984 LABEL = Pcpp4
STRUCTURE = SET
CHILDREN = { <Pmods, C 0 C,M,0>D,
<Ppp84, C 1 C,O,0> }
CPA PPDU norm. seq. LABEL = Pppnm
STRUCTURE = SEQUENCE
TAG = (C 2 C)
CHILDREN = { <Pprcl, C 0 P,D,0>,
<Ppscd, C 3 P,O,0>,
<Prlst, C 5 C,O,0>,
<Ppreq, C 8 P,O,0>,
<Pusrq, C 9 P,O,0>,
<Puser, U 0 P,O,0> }
CPA PPDU norm. seq. (P-P) LABEL = Pppn2
STRUCTURE = SEQUENCE
TAG = (C 2 C)
CHILDREN = { <Pprcl, C 0 P,D,0>,
<Ppscd, C 3 P,O,0>,
<Prlsp, C 5 C,O,0>,
<Ppreq, C 8 P,O,0>,
<Pusrq, C 9 P,O,0>,
<Puser, U 0 P,O,0> }
CPA PPDU 1984 seq. LABEL = Ppp84
STRUCTURE = SET
CHILDREN = { <Pchkp, C 0 P,D,0>,
<Pwsiz, C 1 P,D,0>,
<Pcnd4, C 2 C,M,0> }
CPA PPDU 1984 seq. (P-P) LABEL = Pcpa4
STRUCTURE = SET
CHILDREN = { <Pchkp, C 0 P,D,0>,
<Pwsiz, C 1 P,D,0>,
<Pcdp4, C 2 C,M,0> }
Connection Data - 1984 LABEL = Pcnd4
STRUCTURE = TAGGED CHOICE
TAG = (C 3 C)
CHILDREN = { <Psan0, C 0 C,O,0>,
<Pssc4, C 1 C,O,0>,
<Psnul, C 2 P,O,0>D }
Connection Data, 1984 P-P LABEL = Pcdp4
STRUCTURE = TAGGED CHOICE
TAG = (C 3 C)
CHILDREN = { <Psan0, C 0 C,O,0>,
<Pscp4, C 1 C,O,0>,
<Psnul, C 2 P,O,0> }
Session Connection (1984) LABEL = Pssc4
STRUCTURE = SEQUENCE
TAG = (C 1 C)
CHILDREN = { <Pst61, U 20 P,M,0>,
<Pcref, U 23 P,M,0>,
<Padri, C 0 P,O,0> }
Session Conn ID, 1984, P-P LABEL = Pscp4
STRUCTURE = SEQUENCE
TAG = (C 1 C)
CHILDREN = { <Pst61, U 20 P,M,0>,
<Pcref, U 23 P,M,0>,
<Padri, C 0 P,O,0> }
CPR PPDU (P-P) LABEL = Pcprp
STRUCTURE = UNTAGGED CHOICE
CHILDREN = { <Pcpr4, U 17 C,O,0>,
<Pcpr2, U 16 C,O,0> }
CPR PPDU normal LABEL = Pcprn
STRUCTURE = SEQUENCE
CHILDREN = { <Pprcl, C 0 P,D,0>,
<Ppscd, C 3 P,O,0>,
<Prlst, C 5 C,O,0>D,
<Prsl2, C 7 P,O,0>,
<Pprea, C 10 P,O,0>D,
<Puser, U 0 P,O,0> }
CPR PPDU normal (P-P) LABEL = Pcpr2
STRUCTURE = SEQUENCE
CHILDREN = { <Pprcl, C 0 P,D,0>,
<Ppscd, C 3 P,O,0>,
<Prlsp, C 5 C,O,0>D,
<Prsl2, C 7 P,O,0>,
<Pprea, C 10 P,O,0>D,
<Puser, U 0 P,O,0> }
CPR PPDU 1984 LABEL = Pcpr4
STRUCTURE = SET
CHILDREN = { <Prefr, C 0 P,O,0> }
Refuse Reason LABEL = Prefr
STRUCTURE = INTEGER
Abort type (P-P) LABEL = Pabty
STRUCTURE = UNTAGGED CHOICE
CHILDREN = { <Parup, U 0 P,O,0>,
<Prppp, U 16 C,O,0> }
Abort type normal LABEL = Pabnm
STRUCTURE = UNTAGGED CHOICE
CHILDREN = { <Prupn, C 0 C,O,0>,
<Prppp, U 16 C,O,0> }
Abort type 1984 LABEL = Pabn4
STRUCTURE = UNTAGGED CHOICE
CHILDREN = { <Prup4, U 17 C,O,0>,
<Prppp, U 16 C,O,0> }
ARU PPDU (P-P) LABEL = Parup
STRUCTURE = UNTAGGED CHOICE
CHILDREN = { <Prup4, U 17 C,O,0>,
<Prupn, C 0 C,O,0> }
ARU PPDU normal LABEL = Prupn
STRUCTURE = SEQUENCE
TAG = (C 0 C)
CHILDREN = { <Ppcil, C 0 C,O,0>D,
<Puser, U 0 P,O,0> }
ARU PPDU 1984 LABEL = Prup4
STRUCTURE = SET
CHILDREN = { <Pabrs, C 0 P,O,0>D,
<Psbit, C 1 P,O,2>D }
ARU PPDU 1984 (P-P) LABEL = Pru84
STRUCTURE = SET
CHILDREN = { <Pabrs, C 0 P,O,0>,
<Psbit, C 1 P,O,2>D }
ARP PPDU LABEL = Prppp
STRUCTURE = SEQUENCE
CHILDREN = { <Pares, C 0 P,O,0>D,
<Pevid, C 1 P,O,0> }
Typed Data type LABEL = Ptdtp
STRUCTURE = UNTAGGED CHOICE
CHILDREN = { <Pcppd, C 0 C,O,0>,
<Pcapp, C 1 C,O,0>,
<Puser, U 0 P,O,0> }
AC PPDU LABEL = Pcppd
STRUCTURE = SEQUENCE
TAG = (C 0 C)
CHILDREN = { <Pclst, C 0 C,O,0>,
<Pdell, C 1 C,O,0>,
<Puser, U 0 P,O,0> }
ACA PPDU LABEL = Pcapp
STRUCTURE = SEQUENCE
TAG = (C 1 C)
CHILDREN = { <Prlst, C 0 C,O,0>D,
<Pdlrl, C 1 C,O,0>,
<Puser, U 0 P,O,0> }
RS PPDU LABEL = Prsdu
STRUCTURE = SEQUENCE
CHILDREN = { <Ppcil, C 0 C,O,0>DE,
<Puser, U 0 P,O,0> }
RSA PPDU LABEL = Pradu
STRUCTURE = SEQUENCE
CHILDREN = { <Ppcil, C 0 C,O,0>DE,
<Puser, U 0 P,O,0> }
Abort Reason LABEL = Pares
STRUCTURE = INTEGER
Abstract Syntax Name LABEL = Pasnm
STRUCTURE = OBJECT IDENTIFIER
Abstract Syntax Name LABEL = Pasn2
STRUCTURE = OBJECT IDENTIFIER
Context List LABEL = Pclst
STRUCTURE = SEQUENCE OF
CHILDREN = { <Pcls2, U 16 C,O,0> }
Context List sequ. LABEL = Pcls2
STRUCTURE = SEQUENCE
CHILDREN = { <Ppcid, U 2 P,M,0>,
<Pasnm, U 6 P,M,0>,
<Ptseq, U 16 C,M,0>E }
Seq. of Trans Name LABEL = Ptseq
STRUCTURE = SEQUENCE OF
CHILDREN = { <Ptsnm, U 6 P,O,0> }
Default Context Name LABEL = Pdcnm
STRUCTURE = SEQUENCE
CHILDREN = { <Pasn2, C 0 P,M,0>D,
<Ptsn2, C 1 P,M,0>D }
Context List (P-P) LABEL = Pclsp
STRUCTURE = SEQUENCE OF
CHILDREN = { <Pclss, U 16 C,O,0> }
Context List sequ. (P-P) LABEL = Pclss
STRUCTURE = SEQUENCE
CHILDREN = { <Ppcid, U 2 P,M,0>,
<Pasnm, U 6 P,M,0>,
<Ptse2, U 16 C,M,0> }
Seq. of Trans Name (P-P) LABEL = Ptse2
STRUCTURE = SEQUENCE OF
CHILDREN = { <Ptsnm, U 6 P,O,0> }
Default Context Name (P-P) LABEL = Pdcnp
STRUCTURE = SEQUENCE
CHILDREN = { <Pasn2, C 0 P,M,0>,
<Ptsn2, C 1 P,M,0> }
Event Identifier LABEL = Pevid
STRUCTURE = INTEGER
Mode Selector LABEL = Pmods
STRUCTURE = SET
TAG = (C 0 C)
CHILDREN = { <Pmode, C 0 P,M,0>D }
Mode Selector (P-P) LABEL = Pmodp
STRUCTURE = SET
TAG = (C 0 C)
CHILDREN = { <Pmode, C 0 P,M,0> }
Mode LABEL = Pmode
STRUCTURE = INTEGER
Pres. Del. List LABEL = Pdell
STRUCTURE = SEQUENCE OF
TAG = (C 1 C)
CHILDREN = { <Ppcid, U 2 P,O,0>D }
Pres. Del. Res. List LABEL = Pdlrl
STRUCTURE = SEQUENCE OF
TAG = (C 1 C)
CHILDREN = { <Pacrj, U 2 P,O,0> }
Accept/Reject LABEL = Pacrj
STRUCTURE = INTEGER
Pres. Context ID LABEL = Ppcid
STRUCTURE = INTEGER
Pres. Context ID LABEL = Ppci3
STRUCTURE = INTEGER
Pres. Cxt. ID List LABEL = Ppcil
STRUCTURE = SEQUENCE OF
TAG = (C 1 C)
CHILDREN = { <Pidsq, U 16 C,O,0>D }
ID List Element LABEL = Pidsq
STRUCTURE = SEQUENCE
CHILDREN = { <Ppcid, U 2 P,M,0>D,
<Ptsnm, U 6 P,M,0>D }
Pres. Requirements LABEL = Ppreq
STRUCTURE = BIT STRING
Calling Pres. Selector LABEL = Ppscg
STRUCTURE = OCTETSTRING
Called Pres. Selector LABEL = Ppscd
STRUCTURE = OCTETSTRING
Protocol Version LABEL = Pprcl
STRUCTURE = BIT STRING
(* The next two nodes are NOT the same - its all in the pronunciation *)
Provider Reason LABEL = Ppres
STRUCTURE = INTEGER
Provider Reason LABEL = Pprea
STRUCTURE = INTEGER
Result LABEL = Prslt
STRUCTURE = INTEGER
Default Pres. Cxt. Result LABEL = Prsl2
STRUCTURE = INTEGER
Result List LABEL = Prlst
STRUCTURE = SEQUENCE OF
CHILDREN = { <Prlsq, U 16 C,O,0> }
Result List element LABEL = Prlsq
STRUCTURE = SEQUENCE
CHILDREN = { <Prslt, C 0 P,M,0>,
<Ptsn4, C 1 P,O,0>D,
<Ppres, C 2 P,O,0> }
Result List (P-P) LABEL = Prlsp
STRUCTURE = SEQUENCE OF
TAG = (C 10 C)
CHILDREN = { <Prls2, U 16 C,O,0> }
Result List element (P-P) LABEL = Prls2
STRUCTURE = SEQUENCE
CHILDREN = { <Prslt, C 0 P,M,0>,
<Ptsn4, C 1 P,O,0>,
<Ppres, C 2 P,O,0> }
Transfer Syntax Name LABEL = Ptsnm
STRUCTURE = OBJECT IDENTIFIER
Transfer Syntax Name LABEL = Ptsn2
STRUCTURE = OBJECT IDENTIFIER
Transfer Syntax Name LABEL = Ptsn3
STRUCTURE = OBJECT IDENTIFIER
Transfer Syntax Name LABEL = Ptsn4
STRUCTURE = OBJECT IDENTIFIER
User Data LABEL = Puser
STRUCTURE = UNTAGGED CHOICE
CHILDREN = { <Psimp, A 0 P,O,0>,
<Pfull, A 1 C,O,0> }
User Data (P-P) LABEL = Pusep
STRUCTURE = UNTAGGED CHOICE
CHILDREN = { <Psimp, A 0 P,O,0>,
<Pfull, A 1 C,O,0> }
Simply Encoded Data LABEL = Psimp
STRUCTURE = OCTETSTRING
Fully Encoded Data LABEL = Pfull
STRUCTURE = SEQUENCE OF
CHILDREN = { <Ppdvl, U 16 C,O,0> }
PDV list LABEL = Ppdvl
STRUCTURE = SEQUENCE
CHILDREN = { <Ptsn3, U 6 P,O,0>D,
<Ppci3, U 2 P,M,0>,
<Ppval, U 0 P,M,0> }
Pres. Data Values LABEL = Ppval
STRUCTURE = UNTAGGED CHOICE
CHILDREN = { <Pasn1, C 0 C,O,0>,
<Pocta, C 1 P,O,0>D }
<Parby, C 2 P,O,0> }
Octet Aligned LABEL = Pocta
STRUCTURE = OCTETSTRING
Arbitrary LABEL = Parby
STRUCTURE = BIT STRING
Single ASN.1 type LABEL = Pasn1
STRUCTURE = ANY
TAG = (C 0 C)
CHILDREN = { }
User Session Requirements LABEL = Pusrq
STRUCTURE = BIT STRING
(*****************************************************************************)
(* X.228 ABSTRACT SYNTAX DEFINITION OF APDUs *)
(*****************************************************************************)
RTSE APDU normal LABEL = Prtnm
STRUCTURE = UNTAGGED CHOICE
CHILDREN = { <Ptqnm, C 16 C,O,0>,
<Ptoac, C 17 C,O,0>,
<Ptjnm, C 18 C,O,0>,
<Prttp, U 2 P,O,0>,
<Prttr, U 4 P,O,0>,
<Ptbnm, C 22 C,O,0> }
RTORQ APDU normal LABEL = Ptqnm
STRUCTURE = SET
TAG = (C 16 C)
CHILDREN = { <Pchkp, C 0 P,D,0>,
<Pwsiz, C 1 P,D,0>,
<Pdmde, C 2 P,D,0>,
<Pcndt, C 3 C,M,0> }
RTOAC APDU normal LABEL = Ptoac
STRUCTURE = SET
TAG = (C 17 C)
CHILDREN = { <Pchkp, C 0 P,D,0>,
<Pwsiz, C 1 P,D,0>,
<Pcndt, C 2 C,M,0> }
RTORJ APDU normal LABEL = Ptjnm
STRUCTURE = SET
TAG = (C 18 C)
CHILDREN = { <Psan1, C 1 C,O,0> }
RTTP APDU - normal/1984 LABEL = Prttp
STRUCTURE = INTEGER
RTTR APDU normal LABEL = Prttr
STRUCTURE = OCTETSTRING
RTAB APDU normal LABEL = Ptbnm
STRUCTURE = SET
TAG = (C 22 C)
CHILDREN = { <Pabrs, C 0 P,O,0>,
<Psbit, C 1 P,O,2>D,
<Psan2, C 2 C,O,0> }
Connection Data - normal LABEL = Pcndt
STRUCTURE = TAGGED CHOICE
TAG = (C 3 C)
CHILDREN = { <Psan0, C 0 C,O,0>,
<Pssci, C 1 C,O,0>,
<Psnul, C 2 P,O,0>D }
Session Connection (norm) LABEL = Pssci
STRUCTURE = SEQUENCE
TAG = (C 1 C)
CHILDREN = { <Psoct, U 20 P,M,0>D,
<Pcref, U 23 P,M,0>D,
<Padri, C 0 P,O,0>D }
NULL LABEL = Psnul
STRUCTURE = NULL
T61 STRING LABEL = Pst61
STRUCTURE = TELETEX STRING
Add. Ref. Info. LABEL = Padri
STRUCTURE = TELETEX STRING
Octet String LABEL = Psoct
STRUCTURE = OCTETSTRING
Dummy LABEL = Pdumm
STRUCTURE = SEQUENCE
CHILDREN = { <Pcstr, U 4 S,M,0> }
Constructed String LABEL = Pcstr
STRUCTURE = OCTETSTRING
Bit String LABEL = Psbit
STRUCTURE = BITSTRING
Common Reference LABEL = Pcref
STRUCTURE = UTC TIME
Integer LABEL = Pchkp
STRUCTURE = INTEGER
Integer LABEL = Pwsiz
STRUCTURE = INTEGER
Integer LABEL = Pdmde
STRUCTURE = INTEGER
Integer LABEL = Papcl
STRUCTURE = INTEGER
AbortReason LABEL = Pabrs
STRUCTURE = INTEGER
Any LABEL = Psany
STRUCTURE = ANY
TAG = (C 0 C)
CHILDREN = { }
Any LABEL = Psan0
STRUCTURE = ANY
TAG = (C 0 C)
CHILDREN = { }
Any LABEL = Psan1
STRUCTURE = ANY
TAG = (C 1 C)
CHILDREN = { }
Any LABEL = Psan2
STRUCTURE = ANY
TAG = (C 2 C)
CHILDREN = { }
(*****************************************************************************)
(* X.227 ASSOCIATION CONTROL SERVICE ELEMENT DATA-TYPES *)
(*****************************************************************************)
ACSE-apdu LABEL = Aapdu
STRUCTURE = UNTAGGED CHOICE
CHILDREN = { <Aaarq, A 0 C,O,0>,
<Aaare, A 1 C,O,0>,
<Arlrq, A 2 C,O,0>,
<Arlre, A 3 C,O,0>,
<Aabrt, A 4 C,O,0>E }
ACSE-apdu (P-P) LABEL = Aapd2
STRUCTURE = UNTAGGED CHOICE
CHILDREN = { <Aaar2, A 0 C,O,0>,
<Aare2, A 1 C,O,0>,
<Arlrq, A 2 C,O,0>,
<Arlre, A 3 C,O,0>,
<Aabrt, A 4 C,O,0>E }
AARQ-apdu LABEL = Aaarq
STRUCTURE = SEQUENCE
TAG = (A 0 C)
CHILDREN = { <Apvv1, C 0 P,D,0>D,
<Aacnm, C 1 C,M,0>E,
<Apttl, C 2 C,O,0>D,
<Aequl, C 3 C,O,0>D,
<Apiid, C 4 C,O,0>,
<Aeiid, C 5 C,O,0>,
<Acttl, C 6 C,O,0>D,
<Acqul, C 7 C,O,0>D,
<Apicd, C 8 C,O,0>,
<Aeicd, C 9 C,O,0>,
<Aimpd, C 29 P,O,0>D,
<Aasci, C 30 C,O,0> }
AARQ-apdu (P-P) LABEL = Aaar2
STRUCTURE = SEQUENCE
TAG = (A 0 C)
CHILDREN = { <Apvv1, C 0 P,D,0>D,
<Aacn2, C 1 C,M,0>,
<Apttl, C 2 C,O,0>,
<Aequl, C 3 C,O,0>D,
<Apiid, C 4 C,O,0>,
<Aeiid, C 5 C,O,0>,
<Acttl, C 6 C,O,0>,
<Acqul, C 7 C,O,0>D,
<Apicd, C 8 C,O,0>,
<Aeicd, C 9 C,O,0>,
<Aimpd, C 29 P,O,0>D,
<Aasci, C 30 C,O,0> }
AARE-apdu LABEL = Aaare
STRUCTURE = SEQUENCE
TAG = (A 1 C)
CHILDREN = { <Apvv1, C 0 P,D,0>D,
<Aacnm, C 1 C,M,0>,
<Aascr, C 2 C,M,0>,
<Aascs, C 3 C,M,0>,
<Apttl, C 4 C,O,0>D,
<Aequl, C 5 C,O,0>D,
<Apiid, C 6 C,O,0>,
<Aeiid, C 7 C,O,0>,
<Aimpd, C 29 P,O,0>D,
<Aasci, C 30 C,O,0> }
AARE-apdu (P-P) LABEL = Aare2
STRUCTURE = SEQUENCE
TAG = (A 1 C)
CHILDREN = { <Apvv1, C 0 P,D,0>D,
<Aacn2, C 1 C,M,0>E,
<Aasr2, C 2 C,M,0>E,
<Aascs, C 3 C,M,0>E,
<Apttl, C 4 C,O,0>D,
<Aequl, C 5 C,O,0>D,
<Apiid, C 6 C,O,0>E,
<Aeiid, C 7 C,O,0>E,
<Aimpd, C 29 P,O,0>,
<Aasci, C 30 C,O,0> }
RLRQ-apdu LABEL = Arlrq
STRUCTURE = SEQUENCE
TAG = (A 2 C)
CHILDREN = { <Arreq, C 0 P,O,0>,
<Aasci, C 30 C,O,0> }
RLRE-apdu LABEL = Arlre
STRUCTURE = SEQUENCE
TAG = (A 3 C)
CHILDREN = { <Arres, C 0 P,O,0>,
<Aasci, C 30 C,O,0> }
ABRT-apdu LABEL = Aabrt
STRUCTURE = SEQUENCE
TAG = (A 4 C)
CHILDREN = { <Aasrc, C 0 P,M,0>,
<Aasci, C 30 C,O,0> }
Protocol Version LABEL = Apvv1
STRUCTURE = BIT STRING
Abort Source LABEL = Aasrc
STRUCTURE = INTEGER
Implementation Data LABEL = Aimpd
STRUCTURE = GRAPHIC STRING
Release Request Reason LABEL = Arreq
STRUCTURE = INTEGER
Release Response Reason LABEL = Arres
STRUCTURE = INTEGER
Applic. Context Name LABEL = Aacnm
STRUCTURE = TAGGED CHOICE
TAG = (C 1 C)
CHILDREN = { <Aname, U 6 P,O,0>D }
Applic. Context (P-P) LABEL = Aacn2
STRUCTURE = TAGGED CHOICE
TAG = (C 1 C)
CHILDREN = { <Aname, U 6 P,O,0> }
Context Name ID LABEL = Aname
STRUCTURE = OBJECT IDENTIFIER
AP - Title LABEL = Apttl
STRUCTURE = ANY
TAG = (C 2 C)
CHILDREN = { }
AE - Qualifier LABEL = Aequl
STRUCTURE = ANY
TAG = (C 3 C)
CHILDREN = { }
AP Invocation ID LABEL = Apiid
STRUCTURE = TAGGED CHOICE
TAG = (C 4 C)
CHILDREN = { <Apinv, U 2 P,O,0>D }
AP-Invocation-id LABEL = Apinv
STRUCTURE = INTEGER
AP-Invocation-id LABEL = Apin2
STRUCTURE = INTEGER
AE Invocation ID LABEL = Aeiid
STRUCTURE = TAGGED CHOICE
TAG = (C 5 C)
CHILDREN = { <Aeinv, U 2 P,O,0>D }
AE-Invocation-id LABEL = Aeinv
STRUCTURE = INTEGER
AE-Invocation-id LABEL = Aein2
STRUCTURE = INTEGER
Calling AP title LABEL = Acttl
STRUCTURE = ANY
TAG = (C 2 C)
CHILDREN = { }
Calling AE Qual. LABEL = Acqul
STRUCTURE = ANY
TAG = (C 3 C)
CHILDREN = { }
Call AP Inv. ID LABEL = Apicd
STRUCTURE = TAGGED CHOICE
TAG = (C 4 C)
CHILDREN = { <Apin2, U 2 P,O,0>D }
Call AE Inv. ID LABEL = Aeicd
STRUCTURE = TAGGED CHOICE
TAG = (C 5 C)
CHILDREN = { <Aein2, U 2 P,O,0>D }
Associate Result LABEL = Aascr
STRUCTURE = TAGGED CHOICE
TAG = (C 2 C)
CHILDREN = { <Aares, U 2 P,O,0> }
Associate Result (P-P) LABEL = Aasr2
STRUCTURE = TAGGED CHOICE
TAG = (C 2 C)
CHILDREN = { <Aares, U 2 P,O,0> }
Associate-result LABEL = Aares
STRUCTURE = INTEGER
Source Diagnostic LABEL = Aascs
STRUCTURE = TAGGED CHOICE
TAG = (C 3 C)
CHILDREN = { <Asuse, C 1 C,O,0>DE,
<Aspro, C 2 C,O,0>DE }
ACSE Service User LABEL = Asuse
STRUCTURE = TAGGED CHOICE
TAG = (C 1 C)
CHILDREN = { <Auser, U 2 P,O,0> }
asce-service-user LABEL = Auser
STRUCTURE = INTEGER
ACSE Service Provider LABEL = Aspro
STRUCTURE = TAGGED CHOICE
TAG = (C 2 C)
CHILDREN = { <Aprov, U 2 P,O,0>D }
asce-service-provider LABEL = Aprov
STRUCTURE = INTEGER
Association Information LABEL = Aasci
STRUCTURE = SEQUENCE OF
TAG = (C 30 C)
CHILDREN = { <Aextn, U 8 C,O,0> }
External LABEL = Aextn
STRUCTURE = SEQUENCE
TAG = (U 8 C)
CHILDREN = { <Adref, U 6 P,O,0>,
<Airef, U 2 P,O,0>,
<Advds, U 7 P,O,0>,
<Aencd, U 0 P,O,0> }
Direct Reference LABEL = Adref
STRUCTURE = OBJECT IDENTIFIER
Indirect Reference LABEL = Airef
STRUCTURE = INTEGER
Data Value Descriptor LABEL = Advds
STRUCTURE = OBJECT DESCRIPTOR
Encoding LABEL = Aencd
STRUCTURE = UNTAGGED CHOICE
CHILDREN = { <Aasn1, C 0 C,O,0>,
<Aocta, C 1 P,O,0>,
<Aarbi, C 2 P,O,0>D }
Single ASN.1 Type LABEL = Aasn1
STRUCTURE = ANY
TAG = (C 0 C)
CHILDREN = { }
Octet Aligned LABEL = Aocta
STRUCTURE = OCTETSTRING
Arbitrary LABEL = Aarbi
STRUCTURE = BIT STRING
!
