%%
%% %CopyrightBegin%
%%
%% Copyright Ericsson AB 2013. All Rights Reserved.
%%
%% The contents of this file are subject to the Erlang Public License,
%% Version 1.1, (the "License"); you may not use this file except in
%% compliance with the License. You should have received a copy of the
%% Erlang Public License along with this software. If not, it can be
%% retrieved online at http://www.erlang.org/.
%%
%% Software distributed under the License is distributed on an "AS IS"
%% basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See
%% the License for the specific language governing rights and limitations
%% under the License.
%%
%% %CopyrightEnd%
%%
-module(error_SUITE).
-export([suite/0,all/0,groups/0,
already_defined/1,bitstrings/1,
classes/1,constraints/1,enumerated/1,
imports_exports/1,instance_of/1,integers/1,objects/1,
object_field_extraction/1,oids/1,rel_oids/1,
object_sets/1,parameterization/1,
syntax/1,table_constraints/1,tags/1,values/1]).
-include_lib("test_server/include/test_server.hrl").
suite() -> [{ct_hooks, [ts_install_cth]}].
all() ->
[{group,p}].
groups() ->
[{p,parallel(),
[already_defined,
bitstrings,
classes,
constraints,
enumerated,
imports_exports,
instance_of,
integers,
objects,
object_field_extraction,
object_sets,
oids,
rel_oids,
parameterization,
syntax,
table_constraints,
tags,
values]}].
parallel() ->
case erlang:system_info(schedulers) > 1 of
true -> [parallel];
false -> []
end.
already_defined(Config) ->
M = 'Already',
P = {M,
<<"Already DEFINITIONS ::= BEGIN\n"
" I ::= INTEGER\n"
" i I ::= 42\n"
" I ::= OCTET STRING\n"
" I ::= CLASS { &Type }\n"
" MYCLASS ::= CLASS { &Type }\n"
" i MYCLASS ::= { &Type INTEGER }\n"
" o MYCLASS ::= { &Type INTEGER }\n"
" I MYCLASS ::= { o }\n"
" I{T} ::= SEQUENCE OF T\n"
" I{INTEGER:x} INTEGER ::= { 1 | 2 | x }\n"
" i{T} MYCLASS ::= { &Type T }\n"
"END\n">>},
{error,
[
{structured_error,{M,4},asn1ct_check,{already_defined,'I',2}},
{structured_error,{M,5},asn1ct_check,{already_defined,'I',2}},
{structured_error,{M,7},asn1ct_check,{already_defined,'i',3}},
{structured_error,{M,9},asn1ct_check,{already_defined,'I',2}},
{structured_error,{M,10},asn1ct_check,{already_defined,'I',2}},
{structured_error,{M,11},asn1ct_check,{already_defined,'I',2}},
{structured_error,{M,12},asn1ct_check,{already_defined,'i',3}}
]
} = run(P, Config),
ok.
bitstrings(Config) ->
M = 'Bitstrings',
P = {M,
<<"Bitstrings DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
" Bs1 ::= BIT STRING {a(1), a(1)}\n"
" Bs2 ::= BIT STRING {a(1), b(2), a(3)}\n"
" Bs3 ::= BIT STRING {x(1), y(1)}\n"
" Bs4 ::= BIT STRING {x(-1), y(0)}\n"
"END\n">>},
{error,
[{structured_error,{M,2},asn1ct_check,{namelist_redefinition,a}},
{structured_error,{M,3},asn1ct_check,{namelist_redefinition,a}},
{structured_error,{M,4},asn1ct_check,{value_reused,1}},
{structured_error,{M,5},asn1ct_check,{invalid_bit_number,-1}}
]} = run(P, Config),
ok.
classes(Config) ->
M = 'Classes',
P = {M,
<<"Classes DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
" LowerCase ::= CLASS { &id INTEGER UNIQUE }\n"
"END\n">>},
{error,
[{structured_error,{M,2},asn1ct_check,{illegal_class_name,
'LowerCase'}}
]} = run(P, Config),
ok.
constraints(Config) ->
M = 'Constraints',
P = {M,
<<"Constraints DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
" II-1 ::= INTEGER (holder-1.&obj)\n"
" II-2 ::= INTEGER ('1234'H<..20)\n"
" II-3 ::= INTEGER (1..<\"abc\")\n"
" II-4 ::= INTEGER (10..1)\n"
" HOLDER ::= CLASS {\n"
" &obj HOLDER OPTIONAL\n"
" }\n"
" holder-1 HOLDER ::= { &obj holder-2 }\n"
" holder-2 HOLDER ::= { }\n"
"END\n">>},
{error,
[
{structured_error,{M,2},asn1ct_check,illegal_value},
{structured_error,{M,3},asn1ct_check,illegal_integer_value},
{structured_error,{M,4},asn1ct_check,illegal_integer_value},
{structured_error,{M,5},asn1ct_check,reversed_range}
]} = run(P, Config),
ok.
enumerated(Config) ->
M = 'Enumerated',
P = {M,
<<"Enumerated DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
" Enum ::= ENUMERATED { a, b, c }\n"
" e Enum ::= d\n"
" EnumExt ::= ENUMERATED { x, ..., y }\n"
" ext EnumExt ::= z\n"
" S1 ::= SEQUENCE {\n"
" ge1 Enum DEFAULT a,\n"
" ge2 EnumExt DEFAULT x,\n"
" ge3 EnumExt DEFAULT y,\n"
" e Enum DEFAULT aa\n"
" }\n"
" S2 ::= SEQUENCE {\n"
" e2 EnumExt DEFAULT xyz\n"
" }\n"
"END\n">>},
{error,
[
{structured_error,{'Enumerated',3},asn1ct_check,{undefined,d}},
{structured_error,{'Enumerated',5},asn1ct_check,{undefined,z}},
{structured_error,{'Enumerated',10},asn1ct_check,{undefined,aa}},
{structured_error,{'Enumerated',13},asn1ct_check,{undefined,xyz}}
]
} = run(P, Config),
ok.
imports_exports(Config) ->
Ext = 'ExternalModule',
ExtP = {Ext,
<<"ExternalModule DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
"IMPORTS\n"
" Int, NonExistingImport FROM ImportsFrom;\n"
" Existing ::= INTEGER\n"
"END\n">>},
{error,
[{structured_error,
{Ext,3},
asn1ct_check,
{undefined_import,'NonExistingImport',
'ImportsFrom'}}]} = run(ExtP, Config),
M = 'Imports',
P = {M,
<<"Imports DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
"EXPORTS\n"
" T, UndefinedType;\n"
"IMPORTS\n"
" NotDefined, Existing, Int, NonExistingImport\n"
" FROM ExternalModule\n"
" X FROM UndefinedModule objid\n"
" Y, Z FROM UndefinedModule2;\n"
"objid OBJECT IDENTIFIER ::= {joint-iso-ccitt(2) remote-operations(4)\n"
" notation(0)}\n"
"T ::= INTEGER\n"
"END\n">>},
{error,[{structured_error,{M,3},asn1ct_check,
{undefined_export, 'UndefinedType'}},
{structured_error,{M,5},asn1ct_check,
{undefined_import,'NonExistingImport',Ext}},
{structured_error,{M,5},asn1ct_check,
{undefined_import,'NotDefined',Ext}},
{structured_error,{M,7},asn1ct_check,
{undefined_import,'X','UndefinedModule'}},
{structured_error,{M,8},asn1ct_check,
{undefined_import,'Y','UndefinedModule2'}},
{structured_error,{M,8},asn1ct_check,
{undefined_import,'Z','UndefinedModule2'}}
]} = run(P, Config),
ok.
instance_of(Config) ->
M = 'InstanceOf',
P = {M,
<<"InstanceOf DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
"XX ::= INSTANCE OF CL ({TI})\n"
"CL ::= CLASS {\n"
"&id INTEGER,\n"
"&Type\n"
"}\n"
"o1 CL ::= {&id 1, &Type OCTET STRING}\n"
"TI CL ::= { o1 }\n"
"END\n">>},
{error,
[{structured_error,{M,2},asn1ct_check,{illegal_instance_of,'CL'}}
]} = run(P, Config),
ok.
integers(Config) ->
M = 'Integers',
P = {M,
<<"Integers DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
" Int1 ::= INTEGER {a(1), a(1)}\n"
" Int2 ::= INTEGER {a(1), b(2), a(3)}\n"
" Int3 ::= INTEGER {x(1), y(1)}\n"
"END\n">>},
{error,
[{structured_error,{M,2},asn1ct_check,{namelist_redefinition,a}},
{structured_error,{M,3},asn1ct_check,{namelist_redefinition,a}},
{structured_error,{M,4},asn1ct_check,{value_reused,1}}
]} = run(P, Config),
ok.
objects(Config) ->
M = 'Objects',
P = {M,
<<"Objects DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
" obj1 CL ::= { &wrong 42 }\n"
" obj2 CL ::= { &wrong 1, &Wrong INTEGER }\n"
" obj3 CL ::= { &Data OCTET STRING }\n"
" obj4 SMALL ::= { &code 42 }\n"
" InvalidSet CL ::= { obj1 }\n"
" obj5 CL ::= {}\n"
" CL ::= CLASS {\n"
" &code INTEGER UNIQUE,\n"
" &enum ENUMERATED { a, b, c},\n"
" &Data,\n"
" &object CL,\n"
" &Set CL,\n"
" &vartypevalue &Data,\n"
" &VarTypeValue &Data\n"
" }\n"
" SMALL ::= CLASS {\n"
" &code INTEGER UNIQUE,\n"
" &i INTEGER\n"
" }\n"
"END\n">>},
{error,
[
{structured_error,{M,2},asn1ct_check,
{invalid_fields,[wrong],obj1}},
{structured_error,{M,3},asn1ct_check,
{invalid_fields,['Wrong',wrong],obj2}},
{structured_error,{M,4},asn1ct_check,
{missing_mandatory_fields,['Set','VarTypeValue',code,
enum,object,vartypevalue],obj3}},
{structured_error,{M,5},asn1ct_check,
{missing_mandatory_fields,[i],obj4}},
{structured_error,{M,6},asn1ct_check,
{invalid_fields,[wrong],'InvalidSet'}},
{structured_error,{M,7},asn1ct_check,
{missing_mandatory_fields,
['Data','Set','VarTypeValue',code,enum,object,
vartypevalue],obj5}}
]
} = run(P, Config),
ok.
object_field_extraction(Config) ->
M = 'ObjectFieldExtraction',
P = {M,
<<"ObjectFieldExtraction DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
" DataObjSet DATA-CLASS ::= {\n"
" holder-object-1.&int,\n"
" ...\n"
" }\n"
" DataObjSetNoExt DATA-CLASS ::= {\n"
" holder-object-1.&int\n"
" }\n"
" holder-object-1 HOLDER-CLASS ::= {\n"
" &int 42\n"
" }\n"
" HOLDER-CLASS ::= CLASS {\n"
" &int INTEGER\n"
" }\n"
" DATA-CLASS ::= CLASS {\n"
" &id INTEGER\n"
" }\n"
"END\n">>},
{error,
[
{structured_error,{M,2},asn1ct_check,illegal_object},
{structured_error,{M,6},asn1ct_check,illegal_object}
]
} = run(P, Config),
ok.
object_sets(Config) ->
M = 'ObjectSets',
P = {M, <<"ObjectSets DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
"TEST-UNIQ ::= CLASS { &id INTEGER UNIQUE, &test INTEGER }\n"
"UniqSet TEST-UNIQ ::= { { &id 1, &test 1 } | {&id 1, &test 2} }\n"
"DOUBLE-UNIQ ::= CLASS { &id1 INTEGER UNIQUE,"
" &id INTEGER UNIQUE }\n"
"DoubleSet DOUBLE-UNIQ ::= { {&id1 1, &id2 2} }\n"
"END\n">>},
{error,
[{structured_error,{M,3},asn1ct_check,{non_unique_object,1}},
{structured_error,{M,5},asn1ct_check,multiple_uniqs}
]
} = run(P, Config),
ok.
oids(Config) ->
M = 'OIDS',
P = {M,<<"OIDS DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
"CONTAINER ::= CLASS { &id OBJECT IDENTIFIER UNIQUE,\n"
" &int INTEGER OPTIONAL,\n"
" &seq SEQUENCE { a INTEGER } OPTIONAL\n"
"}\n"
"-- This is line 6.\n"
"object-1 CONTAINER ::= { &id {1 2 3}, &int 42 }\n"
"object-2 CONTAINER ::= { &id {1 999}, &int 0 }\n"
"object-3 CONTAINER ::= { &id {1 2}, &seq { a 42 } }\n"
"oid-1 OBJECT IDENTIFIER ::= object-1.&int\n"
"oid-2 OBJECT IDENTIFIER ::= object-2.&id\n"
"oid-3 OBJECT IDENTIFIER ::= object-3.&seq\n"
"-- This is line 13.\n"
"oid-5 OBJECT IDENTIFIER ::= { a 42, b 19 }\n"
"oid-6 OBJECT IDENTIFIER ::= int\n"
"int INTEGER ::= 42\n"
"oid-7 OBJECT IDENTIFIER ::= seq\n"
"seq SEQUENCE { x INTEGER } ::= { x 11 }\n"
"oid-8 OBJECT IDENTIFIER ::= os\n"
"os OCTET STRING ::= '1234'H\n"
"oid-9 OBJECT IDENTIFIER ::= { 1 os }\n"
"oid-10 OBJECT IDENTIFIER ::= { 1 invalid }\n"
"-- This is line 23.\n"
"oid-11 OBJECT IDENTIFIER ::= { 0 legal-oid }\n"
"legal-oid OBJECT IDENTIFIER ::= {1 2 3}\n"
"bad-root-1 OBJECT IDENTIFIER ::= {99}\n"
"bad-root-2 OBJECT IDENTIFIER ::= {0 42}\n"
"oid-object-ref-1 OBJECT IDENTIFIER ::= object-1\n"
"oid-object-ref-2 OBJECT IDENTIFIER ::= { object-1 19 } \n"
"oid-int OBJECT IDENTIFIER ::= 42\n"
"oid-sequence OBJECT IDENTIFIER ::= {a 42, b 35}\n"
"END\n">>},
{error,
[
{structured_error,{M,8},asn1ct_check,{illegal_oid,o_id}},
{structured_error,{M,10},asn1ct_check,{illegal_oid,o_id}},
{structured_error,{M,11},asn1ct_check,{illegal_oid,o_id}},
{structured_error,{M,12},asn1ct_check,{illegal_oid,o_id}},
{structured_error,{M,14},asn1ct_check,{illegal_oid,o_id}},
{structured_error,{M,15},asn1ct_check,{illegal_oid,o_id}},
{structured_error,{M,17},asn1ct_check,{illegal_oid,o_id}},
{structured_error,{M,19},asn1ct_check,{illegal_oid,o_id}},
{structured_error,{M,21},asn1ct_check,{illegal_oid,o_id}},
{structured_error,{M,22},asn1ct_check,{illegal_oid,o_id}},
{structured_error,{M,24},asn1ct_check,{illegal_oid,o_id}},
{structured_error,{M,26},asn1ct_check,{illegal_oid,o_id}},
{structured_error,{M,27},asn1ct_check,{illegal_oid,o_id}},
{structured_error,{M,28},asn1ct_check,{illegal_oid,o_id}},
{structured_error,{M,29},asn1ct_check,{illegal_oid,o_id}},
{structured_error,{M,30},asn1ct_check,{illegal_oid,o_id}},
{structured_error,{M,31},asn1ct_check,{illegal_oid,o_id}}
]
} = run(P, Config),
ok.
rel_oids(Config) ->
M = 'REL-OIDS',
P = {M,<<"REL-OIDS DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
"legal-oid OBJECT IDENTIFIER ::= {1 2}\n"
"legal-roid RELATIVE-OID ::= {1 2}\n"
"CONTAINER ::= CLASS { &oid OBJECT IDENTIFIER OPTIONAL,\n"
" &int INTEGER OPTIONAL,\n"
" &seq SEQUENCE { a INTEGER } OPTIONAL\n"
"}\n"
"object-1 CONTAINER ::= { &oid {1 2 3},\n"
" &int 42,\n",
" &seq {a 42}\n"
" }\n"
"wrong-type-rel-oid-1 RELATIVE-OID ::= legal-oid\n"
"wrong-type-rel-oid-2 RELATIVE-OID ::= object-1.&oid\n"
"wrong-type-rel-oid-3 RELATIVE-OID ::= object-1.&int\n"
"wrong-type-rel-oid-4 RELATIVE-OID ::= object-1.&seq\n"
"wrong-type-rel-oid-5 RELATIVE-OID ::= object-1.&undef\n"
"oid-bad-first OBJECT IDENTIFIER ::= {legal-roid 3}\n"
"END\n">>},
{error,
[
{structured_error,{M,12},asn1ct_check,{illegal_oid,rel_oid}},
{structured_error,{M,13},asn1ct_check,{illegal_oid,rel_oid}},
{structured_error,{M,14},asn1ct_check,{illegal_oid,rel_oid}},
{structured_error,{M,15},asn1ct_check,{illegal_oid,rel_oid}},
{structured_error,{M,16},asn1ct_check,{undefined_field,undef}},
{structured_error,{M,17},asn1ct_check,{illegal_oid,o_id}}
]
} = run(P, Config),
ok.
parameterization(Config) ->
M = 'Parameterization',
P = {M,
<<"Parameterization DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
" NotUppercase{lowercase} ::= INTEGER (lowercase)\n"
" P{T1,T2} ::= SEQUENCE { a T1, b T2 }\n"
" S ::= P{OCTET STRING}\n"
"END\n">>},
{error,
[{structured_error,{M,2},asn1ct_check,
{illegal_typereference,lowercase}},
{structured_error,
{M,4},
asn1ct_check,param_wrong_number_of_arguments}
]
} = run(P, Config),
ok.
syntax(Config) ->
M = 'Syntax',
P = {M,
<<"Syntax DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
" obj1 CL ::= { WRONG }\n"
" obj2 CL ::= { CODE 42 AGAIN WRONG }\n"
" obj3 CL ::= { INTEGER }\n"
" obj4 CL ::= { BIT STRING }\n"
" obj5 CL ::= { , }\n"
" obj6 CL ::= { CODE , }\n"
" obj7 CL ::= { CODE \"abc\" }\n"
" obj8 CL ::= { CODE }\n"
" obj9 CL ::= { CODE 42 ENUM}\n"
" obj10 CL ::= { CODE 42 ENUM BIT STRING}\n"
" obj11 CL ::= { CODE 42 TYPE 13}\n"
" obj12 CL ::= { CODE 42 TYPE d}\n"
" obj13 CL ::= { CODE 42 TYPE bs-value}\n"
" bad-syntax-1 BAD-SYNTAX-1 ::= { BAD 42 }\n"
" obj14 CL ::= { CODE 42 OBJ-SET integer }\n"
" obj15 CL ::= { CODE 42 OBJ-SET { A B } }\n"
" obj16 CL ::= { CODE 42 OBJ-SET SEQUENCE { an INTEGER } }\n"
" obj17 CL ::= { CODE 42 OID {seqtag 42} }\n"
" obj18 CL ::= { CODE 42 OID {seqtag 42, seqtag-again 43} }\n"
" obj19 CL ::= { CODE 42 OID {one 1 two 2} }\n"
" BAD-SYNTAX-1 ::= CLASS {\n"
" &code INTEGER UNIQUE\n"
" } WITH SYNTAX {\n"
" BAD &bad\n"
" }\n"
" BAD-SYNTAX-2 ::= CLASS {\n"
" &code INTEGER UNIQUE\n"
" } WITH SYNTAX {\n"
" BAD &Bad\n"
" }\n"
" BAD-SYNTAX-3 ::= CLASS {\n"
" &code INTEGER UNIQUE\n"
" } WITH SYNTAX {\n"
" [ID &code]\n"
" }\n"
" BAD-SYNTAX-4 ::= CLASS {\n"
" &code INTEGER UNIQUE\n"
" } WITH SYNTAX {\n"
" ID\n"
" }\n"
" BAD-SYNTAX-5 ::= CLASS {\n"
" &code INTEGER UNIQUE,\n"
" &Type\n"
" } WITH SYNTAX {\n"
" ID\n"
" }\n"
" BAD-SYNTAX-6 ::= CLASS {\n"
" &code INTEGER UNIQUE\n"
" } WITH SYNTAX {\n"
" ID &code, &code\n"
" }\n"
" BAD-SYNTAX-7 ::= CLASS {\n"
" &code INTEGER UNIQUE,\n"
" &Type\n"
" } WITH SYNTAX {\n"
" ID &Type, &code, &code, &Type\n"
" }\n"
" CL ::= CLASS {\n"
" &code INTEGER UNIQUE,\n"
" &enum ENUMERATED { a, b, c} OPTIONAL,\n"
" &Type OPTIONAL,\n"
" &ObjSet CL OPTIONAL,\n"
" &oid OBJECT IDENTIFIER OPTIONAL\n"
" } WITH SYNTAX {\n"
" CODE &code [ENUM &enum] [TYPE &Type] [OBJ-SET &ObjSet]\n"
" [OID &oid]\n"
" }\n"
" bs-value BIT STRING ::= '1011'B\n"
" integer INTEGER ::= 42\n"
"END\n">>},
{error,
[
{structured_error,{M,2},asn1ct_check,
{syntax_nomatch,"WRONG"}},
{structured_error,{M,3},asn1ct_check,
{syntax_nomatch,"AGAIN"}},
{structured_error,{M,4},asn1ct_check,
{syntax_nomatch,"INTEGER"}},
{structured_error,{M,5},asn1ct_check,
{syntax_nomatch,"BIT STRING"}},
{structured_error,{M,6},asn1ct_check,
{syntax_nomatch,"\",\""}},
{structured_error,{M,7},asn1ct_check,
{syntax_nomatch,"\",\""}},
{structured_error,{M,8},asn1ct_check,
{syntax_nomatch,"\"abc\""}},
{structured_error,{M,9},asn1ct_check,
syntax_nomatch},
{structured_error,{M,10},asn1ct_check,
syntax_nomatch},
{structured_error,{M,11},asn1ct_check,
{syntax_nomatch,"BIT STRING"}},
{structured_error,{M,12},asn1ct_check,
{syntax_nomatch,"13"}},
{structured_error,{M,13},asn1ct_check,
{syntax_nomatch,"d"}},
{structured_error,{M,14},asn1ct_check,
{syntax_nomatch,"bs-value"}},
{structured_error,{M,15},asn1ct_check,
{syntax_undefined_field,bad}},
{structured_error,{M,16},asn1ct_check,
{syntax_nomatch,"integer"}},
{structured_error,{M,17},asn1ct_check,
{syntax_nomatch,"\"A B\""}},
{structured_error,{M,18},asn1ct_check,
{syntax_nomatch,"SEQUENCE"}},
{structured_error,{M,19},asn1ct_check,
{syntax_nomatch,"\"seqtag 42\""}},
{structured_error,{M,20},asn1ct_check,
{syntax_nomatch,"\"seqtag 42 seqtag-again 43\""}},
{structured_error,{M,21},asn1ct_check,
{syntax_nomatch,"\"one 1 two 2\""}},
{structured_error,{M,22},asn1ct_check,
{syntax_undefined_field,bad}},
{structured_error,{M,27},asn1ct_check,
{syntax_undefined_field,'Bad'}},
{structured_error,{M,32},asn1ct_check,
{syntax_mandatory_in_optional_group,code}},
{structured_error,{M,37},asn1ct_check,
{syntax_missing_mandatory_fields,[code]}},
{structured_error,{M,42},asn1ct_check,
{syntax_missing_mandatory_fields,['Type',code]}},
{structured_error,{M,48},asn1ct_check,
{syntax_duplicated_fields,[code]}},
{structured_error,{M,53},asn1ct_check,
{syntax_duplicated_fields,['Type',code]}}
]
} = run(P, Config),
ok.
table_constraints(Config) ->
M = 'TableConstraints',
P = {M,
<<"TableConstraints DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
" Seq-1 ::= SEQUENCE {\n"
" contentType CONTENTS.&id,\n"
" content CONTENTS.&Type({Contents}{@contentType})\n"
" }\n"
" Seq-2 ::= SEQUENCE {\n"
" contentType INTEGER,\n"
" content CONTENTS.&Type({Contents}{@contentType})\n"
" }\n"
" Int ::= INTEGER ({1})\n"
" Seq-3 ::= SEQUENCE {\n"
" contentType CONTENTS.&id({1})\n"
" }\n"
"Contents CONTENTS ::= {\n"
" {OCTET STRING IDENTIFIED BY {2 1 1}}\n"
"}\n"
"CONTENTS ::= TYPE-IDENTIFIER\n"
"END\n">>},
{error,
[{structured_error,
{M,2},asn1ct_check,
{missing_table_constraint,contentType}},
{structured_error,
{M,6},asn1ct_check,
{missing_ocft,contentType}},
{structured_error,
{M,10},asn1ct_check,
illegal_table_constraint},
{structured_error,
{M,11},asn1ct_check,
invalid_table_constraint}
]} = run(P, Config),
ok.
tags(Config) ->
M = 'Tags',
P = {M,
<<"Tags DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
"SeqOpt1 ::= SEQUENCE\n"
"{\n"
"bool1 BOOLEAN OPTIONAL,\n"
"int1 INTEGER,\n"
"seq1 SeqIn OPTIONAL\n"
"}\n"
"SeqOpt1Imp ::= SEQUENCE \n"
"{\n"
"bool1 [1] BOOLEAN OPTIONAL,\n"
"int1 INTEGER,\n"
"seq1 [2] SeqIn OPTIONAL,\n"
"seq2 [2] SeqIn OPTIONAL,\n"
"...,\n"
"int2 [3] SeqIn,\n"
"int3 [3] SeqIn\n"
"}\n"
"SeqIn ::= SEQUENCE \n"
"{\n"
"boolIn BOOLEAN,\n"
"intIn INTEGER\n"
"}\n"
"\n"
"Set1 ::= SET {\n"
" os [0] OCTET STRING,\n"
" bool [0] BOOLEAN\n"
"}\n"
"END\n">>},
{error,
[{structured_error,
{M,8},asn1ct_check,
{duplicate_tags,[seq1,seq2]}},
{structured_error,
{M,24},asn1ct_check,
{duplicate_tags,[bool,os]}}
]} = run(P, Config),
ok.
values(Config) ->
M = 'Values',
P = {M,
<<"Values DEFINITIONS AUTOMATIC TAGS ::= BEGIN\n"
" os1 OCTET STRING ::= \"abc\"\n"
" os2 OCTET STRING ::= 42\n"
" os3 OCTET STRING ::= { 1, 3 }\n"
" os4 OCTET STRING ::= '1234'H\n"
" Seq ::= SEQUENCE {\n"
" an OCTET STRING\n"
" }\n"
" seq Seq ::= { an int }\n"
" os5 OCTET STRING ::= holder-1.&str\n"
" os6 OCTET STRING ::= int\n"
" int1 INTEGER ::= \"string\"\n"
" int2 INTEGER ::= os4\n"
" int3 INTEGER ::= not-defined\n"
" int4 INTEGER ::= holder-1.&str\n"
" int5 INTEGER ::= holder-2.&obj\n"
" int6 INTEGER ::= holder-2.&undefined-field\n"
" int7 INTEGER ::= holder-2.&UndefinedField.&id\n"
" bs1 BIT STRING ::= 42\n"
" bs2 BIT STRING ::= {a,b}\n"
" bs3 BIT STRING {a(0),z(25)} ::= {a,b}\n"
" bs4 BIT STRING {a(0),z(25)} ::= int\n"
" bs5 BIT STRING ::= holder-2.&str\n"
" bs6 BIT STRING ::= holder-2.&obj\n"
" HOLDER ::= CLASS {\n"
" &str IA5String,\n"
" &obj HOLDER OPTIONAL\n"
" }\n"
" holder-1 HOLDER ::= { &str \"xyz\" }\n"
" holder-2 HOLDER ::= { &str \"xyz\", &obj holder-1 }\n"
" ext-1 EXTERNAL ::= {identification bad:{1 2 3}, data-value '123'H}\n"
" ext-2 EXTERNAL ::= {identification syntax:{1 2 3}, data '123'H}\n"
" int INTEGER ::= 42\n"
"END\n">>},
{error,
[
{structured_error,{M,2},asn1ct_check,
illegal_octet_string_value},
{structured_error,{M,3},asn1ct_check,
illegal_octet_string_value},
{structured_error,{M,4},asn1ct_check,
illegal_octet_string_value},
{structured_error,{M,9},asn1ct_check,
illegal_octet_string_value},
{structured_error,{M,10},asn1ct_check,
illegal_octet_string_value},
{structured_error,{M,11},asn1ct_check,
illegal_octet_string_value},
{structured_error,{M,12},asn1ct_check,
illegal_integer_value},
{structured_error,{M,13},asn1ct_check,
illegal_integer_value},
{structured_error,{M,14},asn1ct_check,
illegal_integer_value},
{structured_error,{M,15},asn1ct_check,
illegal_integer_value},
{structured_error,{M,16},asn1ct_check,
illegal_integer_value},
{structured_error,{M,17},asn1ct_check,
{undefined_field,'undefined-field'}},
{structured_error,{M,18},asn1ct_check,
{undefined_field,'UndefinedField'}},
{structured_error,{M,19},asn1ct_check,
illegal_bitstring_value},
{structured_error,{M,20},asn1ct_check,
illegal_bitstring_value},
{structured_error,{M,21},asn1ct_check,
illegal_bitstring_value},
{structured_error,{M,22},asn1ct_check,
illegal_bitstring_value},
{structured_error,{M,23},asn1ct_check,
illegal_bitstring_value},
{structured_error,{M,24},asn1ct_check,
illegal_bitstring_value},
{structured_error,{M,31},asn1ct_check,
illegal_external_value},
{structured_error,{M,32},asn1ct_check,
illegal_external_value}
]
} = run(P, Config),
ok.
run({Mod,Spec}, Config) ->
Base = atom_to_list(Mod) ++ ".asn1",
File = filename:join(?config(priv_dir, Config), Base),
Include0 = filename:dirname(?config(data_dir, Config)),
Include = filename:join(filename:dirname(Include0), "asn1_SUITE_data"),
ok = file:write_file(File, Spec),
asn1ct:compile(File, [{i, Include}]).
