path: root/lib/asn1/test/asn1_SUITE_data/InfObj.asn

InfObj DEFINITIONS ::=
BEGIN


RANAP-ELEMENTARY-PROCEDURE ::= CLASS {
    &InitiatingMessage				,
    &SuccessfulOutcome				OPTIONAL,
    &Outcome				DEFAULT NULL,
    &vartypvalue                        &Outcome OPTIONAL,
    &FixTypeValSet                      PrintableString OPTIONAL,
    &VarTypeValSet                      &InitiatingMessage OPTIONAL,
    &infoObject                         RANAP-ELEMENTARY-PROCEDURE OPTIONAL,
    &InfObjectSet                       CLASS2 OPTIONAL,
    &UnsuccessfulOutcome				OPTIONAL,
    &procedureCode			ProcedureCode 	UNIQUE,
    &criticality			Criticality 	DEFAULT ignore
}
WITH SYNTAX {
  INITIATING MESSAGE		&InitiatingMessage
  [SUCCESSFUL OUTCOME		&SuccessfulOutcome]
  [UNSUCCESSFUL OUTCOME		&UnsuccessfulOutcome]
  [OUTCOME			&Outcome]
  PROCEDURE CODE				&procedureCode
  [CRITICALITY			&criticality]
  [VARTYPEVALUE                 &vartypvalue]
  [FIXT                         &FixTypeValSet]
  [VART                         &VarTypeValSet]
  [INFOOBJECT                   &infoObject]
  [INFOOBJECTSET                &InfObjectSet]
}

RANAP-PDU ::= CHOICE {
	initiatingMessage	InitiatingMessage,
--	successfulOutcome	SuccessfulOutcome,
--	unsuccessfulOutcome	UnsuccessfulOutcome,
--	outcome			Outcome,
	...
}

CLASS2 ::= RANAP-ELEMENTARY-PROCEDURE

InitiatingMessage  ::= SEQUENCE {
    procedureCode  RANAP-ELEMENTARY-PROCEDURE.&procedureCode	({RANAP-ELEMENTARY-PROCEDURES}),
    criticality	RANAP-ELEMENTARY-PROCEDURE.&criticality		({RANAP-ELEMENTARY-PROCEDURES}{@procedureCode}),
    value	RANAP-ELEMENTARY-PROCEDURE.&InitiatingMessage	({RANAP-ELEMENTARY-PROCEDURES}{@procedureCode})
    }

iu-Release RANAP-ELEMENTARY-PROCEDURE ::= {
    INITIATING MESSAGE	Iu-ReleaseCommand
    SUCCESSFUL OUTCOME	Iu-ReleaseComplete
    PROCEDURE CODE	id-Iu-Release1
    CRITICALITY		ignore
    }

relocationPreparation RANAP-ELEMENTARY-PROCEDURE ::= {
    INITIATING MESSAGE	INTEGER --Iu-ReleaseCommand
    SUCCESSFUL OUTCOME	Iu-ReleaseComplete
    PROCEDURE CODE	id-Iu-Release2
    CRITICALITY		notify
    }

object3 RANAP-ELEMENTARY-PROCEDURE ::= {
    &InitiatingMessage Iu-ReleaseCommand,
    &SuccessfulOutcome Iu-ReleaseComplete,
    &procedureCode     id-Iu-Release3,
    &criticality       reject
    }

object4 RANAP-ELEMENTARY-PROCEDURE ::= {
    &InitiatingMessage INTEGER,
    &SuccessfulOutcome PrintableString,
    &procedureCode     id-Iu-Release4,
    &criticality       reject
    }

object5 RANAP-ELEMENTARY-PROCEDURE ::= {
    &InitiatingMessage INTEGER,
    &SuccessfulOutcome PrintableString,
    &Outcome           ProcedureCode,
    &vartypvalue       12,
    &infoObject        object4,
    &InfObjectSet      MyObjectSet,
    &procedureCode     id-Iu-Release5,
    &criticality       reject
    }


RANAP-ELEMENTARY-PROCEDURES RANAP-ELEMENTARY-PROCEDURE ::= {
    iu-Release         |
    relocationPreparation ,
    ...
    }

RANAP-ELEMENTARY-PROCEDURES2 RANAP-ELEMENTARY-PROCEDURE ::= {
    iu-Release         |
    relocationPreparation
    }


OBJECTSET1 RANAP-ELEMENTARY-PROCEDURE ::= {
    {INITIATING MESSAGE Iu-ReleaseCommand SUCCESSFUL OUTCOME Iu-ReleaseComplete PROCEDURE CODE id-Iu-Release1 CRITICALITY ignore} | {INITIATING MESSAGE Iu-ReleaseCommand PROCEDURE CODE id-Iu-Release2}
    }

OBJECTSET2 RANAP-ELEMENTARY-PROCEDURE ::= {
    iu-Release |
    {INITIATING MESSAGE Iu-ReleaseCommand SUCCESSFUL OUTCOME Iu-ReleaseComplete PROCEDURE CODE id-Iu-Release4 CRITICALITY ignore} |
    relocationPreparation |
    {INITIATING MESSAGE Iu-ReleaseCommand PROCEDURE CODE id-Iu-Release5} ,
    ...
    }

OBJECTSET3 RANAP-ELEMENTARY-PROCEDURE ::= {
    iu-Release,
    ...
    }

OBJECTSET4 RANAP-ELEMENTARY-PROCEDURE ::= {
    iu-Release
    }

Iu-ReleaseCommand  ::= SEQUENCE {
    first     INTEGER,
    second    BOOLEAN
    }

Iu-ReleaseComplete ::= INTEGER (1..510)

ProcedureCode      ::= INTEGER (0..255)
Criticality        ::= ENUMERATED { reject, ignore, notify }
id-Iu-Release1				INTEGER ::= 1
id-Iu-Release2				INTEGER ::= 2
id-Iu-Release3				INTEGER ::= 3
id-Iu-Release4				INTEGER ::= 4
id-Iu-Release5				INTEGER ::= 5

--
-- MY-CLASS
--

Seq ::= SEQUENCE {
    int INTEGER,
    str OCTET STRING
}

MY-CLASS ::= CLASS {
    &Count             DEFAULT INTEGER,
    &integerValue      INTEGER UNIQUE,
    &booleanValue      BOOLEAN,
    &stringValue       PrintableString
}

myobject MY-CLASS ::= {
    &integerValue      12,
    &booleanValue      TRUE,
    &stringValue       "hejsan"
}

myotherobject MY-CLASS ::= {
    &Count             Seq,
    &integerValue      42,
    &booleanValue      FALSE,
    &stringValue       "hoppsan"
}

MyObjectSet MY-CLASS ::= {
    myobject | myotherobject |
    {
        -- Each character will be encoded in 3 bits in UPER, 4 bits in PER.
	&Count             NumericString (FROM("01234567") ^ SIZE(8)),
	&integerValue      43,
	&booleanValue      TRUE,
	&stringValue       "tjosan"
    }
}

MyPdu ::= SEQUENCE {
    count MY-CLASS.&Count ({MyObjectSet}{@int}),
    int   MY-CLASS.&integerValue ({MyObjectSet}),
    bool  MY-CLASS.&booleanValue ({MyObjectSet}{@int}),
    str   MY-CLASS.&stringValue ({MyObjectSet}{@int})
}

Seq2 ::= SEQUENCE {
   int MY-CLASS.&integerValue ({MyObjectSet}),
   seqof SEQUENCE (1..10) OF MY-CLASS.&booleanValue ({MyObjectSet}{@int}),
   setof SET (1..10) OF MY-CLASS.&booleanValue ({MyObjectSet}{@int})
}

--
-- Class with constructed default
--

CONSTRUCTED-DEFAULT ::= CLASS {
  &id INTEGER UNIQUE,
  &Type DEFAULT SEQUENCE { a INTEGER, b BOOLEAN },
  &ok BOOLEAN DEFAULT TRUE
}

constructed1 CONSTRUCTED-DEFAULT ::= { &id 1 }
constructed2 CONSTRUCTED-DEFAULT ::= { &id 2, &ok false }

ConstructedDefaultSet CONSTRUCTED-DEFAULT ::= {
  constructed1 |
  constructed2 |
  { &id 3, &Type BOOLEAN } |
  { &id 4, &Type SET { a INTEGER, b BIT STRING } } |
  { &id 5, &Type CHOICE { i INTEGER, b BIT STRING } } |
  { &id 6, &Type SEQUENCE OF INTEGER (1..16) } |
  { &id 7, &Type SET OF INTEGER (1..64) } |
  { &id 8, &Type SEQUENCE OF SEQUENCE { x INTEGER, y INTEGER } } |
  { &id 9, &Type SET OF SEQUENCE { x INTEGER, y INTEGER } }
}

ConstructedPdu ::= SEQUENCE {
  id CONSTRUCTED-DEFAULT.&id ({ConstructedDefaultSet}),
  content CONSTRUCTED-DEFAULT.&Type ({ConstructedDefaultSet}{@id})
}

ConstructedSet ::= SET {
  id [0] CONSTRUCTED-DEFAULT.&id ({ConstructedDefaultSet}),
  content [1] CONSTRUCTED-DEFAULT.&Type ({ConstructedDefaultSet}{@id})
}

-- Test OPTIONAL and DEFAULT

OptionalInSeq ::= SEQUENCE {
  id CONSTRUCTED-DEFAULT.&id ({ConstructedDefaultSet}),
  content CONSTRUCTED-DEFAULT.&Type ({ConstructedDefaultSet}{@id}) OPTIONAL
}

DefaultInSeq ::= SEQUENCE {
  id CONSTRUCTED-DEFAULT.&id ({ConstructedDefaultSet}),
  content CONSTRUCTED-DEFAULT.&Type ({ConstructedDefaultSet}{@id})
          DEFAULT BOOLEAN:TRUE
}

-- Test more than one optional typefield table constraint in a SEQUENCE.

MULTIPLE-OPTIONALS ::= CLASS {
   &id INTEGER UNIQUE,
   &T1,
   &T2,
   &T3
}

multiple-optionals-1 MULTIPLE-OPTIONALS ::=
   {&id 1, &T1 INTEGER, &T2 BOOLEAN, &T3 OCTET STRING}

Multiple-Optionals-Set MULTIPLE-OPTIONALS ::= {
   multiple-optionals-1
}

Multiple-Optionals ::= SEQUENCE {
   id MULTIPLE-OPTIONALS.&id ({Multiple-Optionals-Set}),
   t1 [0] MULTIPLE-OPTIONALS.&T1 ({Multiple-Optionals-Set}{@id}) OPTIONAL,
   t2 [1] MULTIPLE-OPTIONALS.&T2 ({Multiple-Optionals-Set}{@id}) OPTIONAL,
   t3 [2] MULTIPLE-OPTIONALS.&T3 ({Multiple-Optionals-Set}{@id}) OPTIONAL
}

-- Test different ways of constructing object sets.

OBJECT-SET-TEST ::= CLASS {
    &id INTEGER UNIQUE,
    &Type
} WITH SYNTAX {
    &id IS &Type
}

ObjectSetTest{OBJECT-SET-TEST:ObjectSet} ::=
  SEQUENCE {
     id   OBJECT-SET-TEST.&id   ({ObjectSet}),
     type OBJECT-SET-TEST.&Type ({ObjectSet}{@id})
  }

ost1 OBJECT-SET-TEST ::= { 1 IS BIT STRING }
ost2 OBJECT-SET-TEST ::= { 2 IS OCTET STRING }
ost3 OBJECT-SET-TEST ::= { 3 IS ENUMERATED {donald,scrooge} }
ost4 OBJECT-SET-TEST ::= { 4 IS BOOLEAN }
ost5 OBJECT-SET-TEST ::= { 5 IS INTEGER (0..15) }

Ost12    OBJECT-SET-TEST ::= { ost1 | ost2 }
Ost123   OBJECT-SET-TEST ::= { ost3 | Ost12 }
Ost1234  OBJECT-SET-TEST ::= { Ost123 | ost4 }
Ost45    OBJECT-SET-TEST ::= { ost4 | ost5 }
Ost12345 OBJECT-SET-TEST ::= { Ost123 | Ost45 }

OstSeq12 ::= ObjectSetTest{ {Ost12} }
OstSeq123 ::= ObjectSetTest{ {Ost123} }
OstSeq1234 ::= ObjectSetTest{ {Ost1234} }
OstSeq45 ::= ObjectSetTest{ {Ost45} }
OstSeq12345 ::= ObjectSetTest{ {Ost12345} }

ExOst1    OBJECT-SET-TEST ::= { ost1, ... }
ExOst12    OBJECT-SET-TEST ::= { ost1, ..., ost2 }
ExOst123   OBJECT-SET-TEST ::= { ost3, ..., ExOst12 }
--ExOst1234  OBJECT-SET-TEST ::= { ExOst123, ..., ost4 }
ExOst45    OBJECT-SET-TEST ::= { ost4, ..., ost5 }
ExOst12345 OBJECT-SET-TEST ::= { ExOst123, ..., ExOst45 }

ExOstSeq1 ::= ObjectSetTest{ {ExOst1} }
ExOstSeq12 ::= ObjectSetTest{ {ExOst12} }
ExOstSeq123 ::= ObjectSetTest{ {ExOst123} }
--ExOstSeq1234 ::= ObjectSetTest{ {ExOst1234} }
ExOstSeq45 ::= ObjectSetTest{ {ExOst45} }
ExOstSeq12345 ::= ObjectSetTest{ {ExOst12345} }

ExInlOst1    OBJECT-SET-TEST ::= {
    { 1 IS BIT STRING },
    ...
}
ExInlOst12   OBJECT-SET-TEST ::= {
    { 1 IS BIT STRING },
    ...,
    { 2 IS OCTET STRING }
}

ExInlOstSeq1 ::= ObjectSetTest{ {ExInlOst1} }
ExInlOstSeq12 ::= ObjectSetTest{ {ExInlOst12} }

--
-- Test that extensions in a simple class works.
--

ExtClassSeq ::= SEQUENCE {
  arg      EXT-CLASS.&id({Extend})
}

EXT-CLASS ::= CLASS {
    &id INTEGER UNIQUE
} WITH SYNTAX {
    ID &id
}

Extend EXT-CLASS ::= { { ID alt1 } | { ID alt2 }, ... }

alt1 INTEGER ::= 4
alt2 INTEGER ::= 5


--
-- Test a BIT STRING which is optional in the simplified syntax.
--

PUBLIC-KEY ::= CLASS {
    &id             INTEGER UNIQUE,
    &keyUsage       KeyUsage OPTIONAL
} WITH SYNTAX {
    IDENTIFIER &id
    [OPTIONAL-BIT-STRING &keyUsage]
}

KeyUsage ::= BIT STRING {
     digitalSignature        (0),
     nonRepudiation          (1),
     keyEncipherment         (2)
 }

object-with-optional-bit-string PUBLIC-KEY ::= {
 IDENTIFIER 42
 OPTIONAL-BIT-STRING {digitalSignature, nonRepudiation, keyEncipherment}
}

-- Test object identifiers from objects.

CONTAINER ::= CLASS {
 &id   OBJECT IDENTIFIER UNIQUE,
 &rid  RELATIVE-OID OPTIONAL,
 &Type OPTIONAL
} WITH SYNTAX {
  IDENTIFIED BY &id
  [REL-OID &rid]
  [TYPE &Type]
}

id1 OBJECT IDENTIFIER ::= {1 2 42}
obj1 CONTAINER ::= { IDENTIFIED BY id1 REL-OID {100 101} }

value-2 OBJECT IDENTIFIER ::= { value-1 25 }
value-1 OBJECT IDENTIFIER ::= obj1.&id
value-3 RELATIVE-OID ::= obj1.&rid
value-4 OBJECT IDENTIFIER ::= { 1 2 value-3 }


-- Test an obscure issue when ATTRIBUTE.&id was not
-- properly evaluated.

Rdn ::= SingleAttribute { {SupportedAttributes} }

ATTRIBUTE ::= CLASS {
   &id             OBJECT IDENTIFIER UNIQUE,
   &Type           OPTIONAL
}

SingleAttribute{ATTRIBUTE:AttrSet} ::= SEQUENCE {
   type      ATTRIBUTE.&id({AttrSet}),
   value     ATTRIBUTE.&Type({AttrSet}{@type})
}

AttributeType ::= ATTRIBUTE.&id

SupportedAttributes ATTRIBUTE ::= { at-name }

id-at OBJECT IDENTIFIER ::= { 2 5 4 41 }
id-at-name AttributeType ::= id-at
at-name ATTRIBUTE ::= { &Type PrintableString, &id id-at-name }

--
-- Test using an alias for TYPE-IDENTIFIER.
--

TiAliasParameterized { TI-ALIAS:InfoObjectSet } ::= SEQUENCE {
  algorithm TI-ALIAS.&id({InfoObjectSet}),
  parameters TI-ALIAS.&Type({InfoObjectSet} {@algorithm}) OPTIONAL
}

TI-ALIAS ::= TYPE-IDENTIFIER

TiAliasSeq ::= SEQUENCE {
  prf TiAliasParameterized {{TiAliasSet}}
}

TiAliasSet TI-ALIAS ::= {
  {NULL IDENTIFIED BY {2 1 2}},
   ...
}

END