%%
%% %CopyrightBegin%
%%
%% Copyright Ericsson AB 1997-2013. All Rights Reserved.
%%
%% Licensed under the Apache License, Version 2.0 (the "License");
%% you may not use this file except in compliance with the License.
%% You may obtain a copy of the License at
%%
%% http://www.apache.org/licenses/LICENSE-2.0
%%
%% Unless required by applicable law or agreed to in writing, software
%% distributed under the License is distributed on an "AS IS" BASIS,
%% WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
%% See the License for the specific language governing permissions and
%% limitations under the License.
%%
%% %CopyrightEnd%
%%
%%
-module(testPrim).
-export([bool/1]).
-export([int/1]).
-export([enum/1]).
-export([obj_id/1]).
-export([rel_oid/1]).
-export([null/1]).
-export([real/1]).
-include_lib("test_server/include/test_server.hrl").
bool(Rules) ->
Types = ['Bool','BoolCon','BoolPri','BoolApp',
'BoolExpCon','BoolExpPri','BoolExpApp'],
[roundtrip(T, V) || T <- Types, V <- [true,false]],
case Rules of
ber ->
[begin
{error,{asn1,{encode_boolean,517}}} = enc_error(T, 517)
end || T <- Types],
ok;
_ ->
ok
end.
int(Rules) ->
%% OTP-2666: encoding should use minimum number of octets; x.690 8.3.2
Bytes0 = roundtrip('Int', -128),
case Rules of
ber ->
<<_,1,128>> = Bytes0;
_ ->
ok
end,
Values = [0,2,3,4,127,128,254,255,256,257,444,
16383,16384,16385,65534,65535,65536,65537,
123456789,12345678901234567890,
-1,-2,-3,-4,-100,-127,-255,-256,-257,
-1234567890,-2147483648],
[roundtrip(T, V) ||
T <- ['Int','IntCon','IntPri','IntApp',
'IntExpCon','IntExpPri','IntExpApp'],
V <- [1|Values]],
%%==========================================================
%% IntEnum ::= INTEGER {first(1),last(31)}
%%==========================================================
[roundtrip('IntEnum', V) || V <- Values],
roundtrip('IntEnum', first),
roundtrip('IntEnum', last),
roundtrip('ASeq', {'ASeq',true,254,false,255,true,256,true,68789}),
roundtrip('ASeq', {'ASeq',false,250,true,200,true,199,true,77788}),
roundtrip('ASeq', {'ASeq',true,0,false,0,true,0,true,68789}),
ok.
enum(Rules) ->
%%==========================================================
%% Enum ::= ENUMERATED {monday(1),tuesday(2),wednesday(3),thursday(4),
%% friday(5),saturday(6),sunday(7)}
%%==========================================================
roundtrip('Enum', monday),
roundtrip('Enum', thursday),
{error,{asn1,{_,4}}} = enc_error('Enum', 4),
case Rules of
Per when Per =:= per; Per =:= uper ->
<<0>> = roundtrip('SingleEnumVal', true),
<<0>> = roundtrip('SingleEnumValExt', true);
ber ->
ok
end,
roundtrip('NegEnumVal', neg),
roundtrip('NegEnumVal', zero),
roundtrip('EnumVal128', val),
ok.
obj_id(_) ->
%%==========================================================
%% ObjId ::= OBJECT IDENTIFIER
%%==========================================================
[roundtrip('ObjId', V) ||
V <- [{0,22,3},{1,39,3},{2,100,3},{2,16303,3},{2,16304,3}]],
ok.
rel_oid(_Rules) ->
%%==========================================================
%% RelOid ::= RELATIVE-OID
%%==========================================================
[roundtrip('RelOid', V) ||
V <- [{0,22,3},{1,39,3},{2,100,3},{2,16303,3},
{2,16304,3},{8,16304,16#ffff}]],
ok.
null(_Rules) ->
%%==========================================================
%% Null ::= NULL
%%==========================================================
roundtrip('Null', monday, 'NULL'),
ok.
roundtrip(T, V) ->
roundtrip(T, V, V).
roundtrip(Type, Value, ExpectedValue) ->
case get(no_ok_wrapper) of
false ->
asn1_test_lib:roundtrip_enc('Prim', Type, Value, ExpectedValue);
true ->
M = 'Prim',
Enc = M:encode(Type, Value),
ExpectedValue = M:decode(Type, Enc),
Enc
end.
enc_error(T, V) ->
case get(no_ok_wrapper) of
false ->
'Prim':encode(T, V);
true ->
try 'Prim':encode(T, V) of
_ ->
?t:fail()
catch
_:Reason ->
Reason
end
end.
real(_Rules) ->
%%==========================================================
%% AngleInRadians ::= REAL
%%==========================================================
%% Base 2
real_roundtrip('AngleInRadians', {1,2,1}),
real_roundtrip('AngleInRadians', {129,2,1}),
real_roundtrip('AngleInRadians', {128,2,1}, {1,2,8}),
real_roundtrip('AngleInRadians', {128,2,-7}, {1,2,0}),
real_roundtrip('AngleInRadians', {16#f1f1f1,2,128}),
%% Base 10, tuple format
real_roundtrip('AngleInRadians', {1,10,1}, "1.E1"),
real_roundtrip('AngleInRadians', {100,10,1}, "1.E3"),
real_roundtrip('AngleInRadians', {-100,10,1}, "-1.E3"),
real_roundtrip('AngleInRadians', {2,10,1}, "2.E1"),
real_roundtrip('AngleInRadians', {123000,10,0}, "123.E3"),
real_roundtrip('AngleInRadians', {123456789,10,123456789},
"123456789.E123456789" ),
real_roundtrip('AngleInRadians', {-12345,10,-12345}, "-12345.E-12345"),
%% Base 10, string format NR3
real_roundtrip('AngleInRadians', "123.123E123", "123123.E120"),
real_roundtrip('AngleInRadians', "0.0E0", "0.E+0"),
real_roundtrip('AngleInRadians', "0.0123", "123.E-4"),
real_roundtrip('AngleInRadians', "0", "0.E+0"),
real_roundtrip('AngleInRadians', "-123.45", "-12345.E-2"),
real_roundtrip('AngleInRadians', "123456789E123456789",
"123456789.E123456789"),
real_roundtrip('AngleInRadians', "01.000E1", "1.E1"),
real_roundtrip('AngleInRadians', "120.0001", "1200001.E-4"),
ok.
real_roundtrip(T, V) ->
real_roundtrip(T, V, V).
real_roundtrip(Type, Value, ExpectedValue) ->
case get(no_ok_wrapper) of
false ->
asn1_test_lib:roundtrip('Real', Type, Value, ExpectedValue);
true ->
M = 'Real',
ExpectedValue = M:decode(Type, M:encode(Type, Value)),
ok
end.
