We stand with Ukraine C1300E: The time-optimized OER encoder/decoder does not support <feature>.
<feature> is not supported for the time-optimized OER encoder/decoder.
BP ::= BIT STRING (SIZE (0..11)) (CONTAINING INTEGER (0..10) ENCODED BY
{joint-iso-itu-t(2) asn1(1) packed-encoding(3) basic(0) aligned(0)})
"bcc.asn", line 3 (BCC): C1300W: The time-optimized OER encoder/decoder does not support ContentsConstraint with ENCODED BY.
Remove the directive or the type.
C1301E: Size constraint is always violated because size of OER encoding is a multiple of eight bits.
The size constraint of BIT STRING with CONTAINING is not a multiple of eight bits.
B ::= BIT STRING (SIZE (11)) (CONTAINING INTEGER (0..10))
"bcc.asn", line 2 (BCC): C1301W: Size constraint is always violated because size of OER encoding is a multiple of eight bits.
Change the size constraint.
C1305E: The asn1dflt configuration file must be the first input file.
An asn1dflt configuration file is preceded by other ASN.1 files on the command line. The asn1dflt must be the first input file.
asn1 -ber z.asn asn1dflt.x86
"z.asn" (): C1305E: The asn1dflt configuration file must be the first input file.
Make sure the configuration file is the first input file.
L1306W: OER encoding rules are not currently supported by <runtime>, therefore -oer option is ignored. Please contact OSS Nokalva (info@oss.com), if you are interested in OER support for this runtime.
You have specified the -lean, -soed, and -oer compiler options, but OER encoding rules are not supported by the ASN.1/C Lean Encoder/Decoder.
asn1 -soed -lean -oer test.asn
L1306W: OER encoding rules are not currently supported by the ASN.1/C Lean Encoder/Decoder, therefore -oer option is ignored. Please contact OSS Nokalva (info@oss.com), if you are interested in OER support for this runtime.
Compile the generated files using -DOSS_USE_FULL_SOED_ONLY and link with the SOED runtime. For information about OER support for the LEAN runtime, contact Technical Support ‹support@oss.com›.
NOTE: This error message is deprecated as of release 10.1.
C1307W: The value 'value reference' of the 'type reference' type is truncated to count elements to satisfy the size constraints applied to the type.
C1307W: The value of the 'type reference' type nested in 'value reference' is truncated to count elements to satisfy the size constraints applied to the type.
An ASN.1 value does not conform to a size constraint applied to SEQUENCE OF or SET OF in the value type and it will be truncated.
M DEFINITIONS AUTOMATIC TAGS ::= BEGIN
A ::= SEQUENCE (SIZE (1..2)) OF INTEGER
val A ::= {1, 2, 3}
END
"sof1.asn", line 3 (M): C1307W: The value 'val' of the 'A' type is truncated to 2 elements to satisfy the size constraints applied to the type.
M DEFINITIONS AUTOMATIC TAGS ::= BEGIN
S ::= SEQUENCE {
b SEQUENCE (SIZE(0..1)) OF INTEGER
}
sv S ::= { b { 1, 2, 3 } }
END
"sof2.asn", line 6 (M): C1307W: The value of the SEQUENCE OF type nested in 'sv' is truncated to 1 elements to satisfy the size constraints applied to the type.
Make sure the value falls within the minimum and maximum values of the size constraint.
C1308W: The value for ''value reference' is being added with zero octets to satisfy the constraints.
An ASN.1 value of OCTET STRING with the PADDED directive applied does not conform to a fixed size constraint.
M DEFINITIONS AUTOMATIC TAGS ::= BEGIN O ::= OCTET STRING (SIZE (3)) --<PADDED>-- val O ::= '0011'H END
"foct.asn", line 3 (M): C1308W: The value for 'val' is being added with zero octets to satisfy the constraints.
Make sure the value falls within the fixed size constraint.
C1309W: The PADDED directive is not supported for type reference types with the -lean option and will be ignored.
An ASN.1 type definition with the PADDED directive applied is not supported for the LEAN runtime.
M DEFINITIONS AUTOMATIC TAGS ::= BEGIN B ::= BIT STRING (SIZE (3)) --<PADDED>-- val B ::= '011'B END
"bits.asn", line 2 (M): C1309W: The PADDED directive is not supported for BIT STRING types with the -lean option and will be ignored.
Remove the PADDED directive.
C1310I: No critical errors found, but message(s) were suppressed due to the compiler's default permissive mode. Compile with -noRelaxedMode to see all messages.
Certain errors or warnings are ignored when using the default relaxed mode.
Module-C1310I DEFINITIONS ::= BEGIN My_Type ::= SET OF INTEGER END
C1310I: No critical errors found, but message(s) were suppressed due to the compiler's default permissive mode. Compile with -noRelaxedMode to see all messages.
The message can be ignored. To enable a more thorough ASN.1 syntax checking, use the -noRelaxedMode option.
C1314W: This version of the OSS ASN.1 C# Compiler does not support %s.
The ASN1.DeferDecoding directive was specified with -exer and one or more compiler options. The directive cannot be used with the -exer compiler option due to implementation limitations.
To compile the following example, specify the -exer and -noRelax compiler options.
--<ASN1.DeferDecoding C1314W.Type.f>--
C1314W DEFINITIONS ::= BEGIN
Type ::= SET {
f INTEGER
}
END
"c1314w.asn", line 5 (C1314W): C1314W: This version of the OSS ASN.1 C# Compiler does not support the ASN1.DeferDecoding directive with the EXTENDED-XER encoding rules.
A1315E: The outermost type where the 'fieldname' occurs is not set or sequence.
The 'At notation' is not inside a SET or SEQUENCE type.
Module-A1315 DEFINITIONS ::= BEGIN
MYCLASS ::= CLASS { &id INTEGER, &Type }
MySet MYCLASS ::= { ... }
T ::= CHOICE {
id MYCLASS.&id ({MySet}),
val MYCLASS.&Type ({MySet}{@.id})
}
END
"a1315e0.asn", line 9 (Module-A1315): A1315E: The outermost type where the 'val' occurs is not set or sequence.
Make sure the component relation constraints are correctly applied.
A1316E: The exponent of a REAL value after 'e' or 'E' shall not be empty.
The input ASN.1 syntax contains a REAL type value, but the exponent specified in the value is empty.
Module-A1316E DEFINITIONS ::= BEGIN SomeType ::= REAL value SomeType ::= 1e END
"a1316e.asn", line 3 (Module-A1316E): A1316E: The exponent of a REAL value after 'e' or 'E' shall not be empty.
value SomeType ::= 1e
Provide the appropriate exponent.
A1317E: The field 'identifier' is marked DEFAULT with the value that does not satisfy the constraints on its type.
The input ASN.1 syntax contains a SEQUENCE field that is marked as DEFAULT; however, its value does not conform to the constraint applied in the base type.
Module-A1317E DEFINITIONS ::= BEGIN
S ::= SEQUENCE {
a IA5String (SIZE(1..10)) DEFAULT "CharacterString"
}
END
"a1317e.asn", line 3 (Module-A1317E): A1317E: The field 'a' is marked DEFAULT with the value that does not satisfy the constraints on its type.
Make sure the value conforms to the subtype constraints.
C1318E: The CONTAINING alternative of the value of BIT/OCTET STRING is not supported by the Lean and Micro Encoder/Decoder for Java.
The CONTAINING keyword cannot be used in a value definition when the -lean or the -microEdition compiler option is specified.
CCAC DEFINITIONS ::= BEGIN CCaC ::= BIT STRING ( CONTAINING INTEGER ) cCaC CCaC ::= CONTAINING 255 END
"ccac.asn", line 3 (CCAC): C0730W: The type BIT/OCTET STRING with Contents Constraint is not supported by the Lean and Micro Encoder/Decoder for Java.
"ccac.asn", line 7 (CCAC): C1318E: The CONTAINING alternative of the value of BIT/OCTET STRING is not supported by the Lean and Micro Encoder/Decoder for Java.
When you specify the value notation for a BIT STRING or an OCTET STRING with contents constraints, use the bstring or the hstring alternative.
C1319W: The %s directive is not supported without the %s option and will be ignored.
The specified directive has no effect without the compiler option(s).
To compile the following example, specify the -noRelax compiler option.
--<OSS.InfoCallback C1319W.Type.f "InfoF">--
C1319W DEFINITIONS ::= BEGIN
Type ::= SET {
f INTEGER
}
END
"c1319w.asn", line 1 (): C1319W: The InfoCallback directive is not
supported without the -enablePartialDecode/-partialDecodeOnly option and
will be ignored.
Specify the required compiler option or remove the directive.
A1320E: To use the -enablePartialDecode or -partialDecodeOnly compiler option, the ASN.1 input must include an OSS.DataCallback or OSS.InfoCallback directive.
The specified compiler option should not be used without at least one OSS.DataCallback or OSS.InfoCallback directive in the working set.
To compile the following example, specify the -enablePartialDecode and -per compiler options.
A1320E DEFINITIONS ::= BEGIN
Type ::= SET {
f INTEGER
}
END
"a1320e.asn" (A1320E): A1320E: To use the -enablePartialDecode or -partialDecodeOnly compiler option, the ASN.1 input must include OSS.DataCallback and OSS.InfoCallback directives.
Make sure that at least one OSS.DataCallback or OSS.InfoCallback directive is applied or remove the compiler option.
C1322W: The character {'number1','number2','number3','number4'} does not fit the current representation for UTF8String. Please consider using the OSS.UNIVERSALSTRING directive.
A UTF8String value contains characters that cannot be represented as code points within the Universal Character Set (UCS) code space. The C# string type (the standard representation of the ASN.1 UTF8String type) does not support these characters.
Module- C1322W DEFINITIONS ::= BEGIN
A ::= UTF8String
a A ::= {0,20,0,0}
END
"c1322w.asn", line 3 (Module- C1322W): C1322W: The character {0,20,0,0} does not fit the current representation for UTF8String. Please consider using the OSS.UNIVERSALSTRING directive.
You can either remove the character from the string or apply the OSS.UNIVERSALSTRING directive to the corresponding type.
L1323W: The -microedition option has been deprecated and will not be available in future versions of the OSS ASN.1 Tools for Java.
The ASN.1 compiler command line contains the -microedition option. The -microedition option is deprecated as of release 6.2 of the OSS ASN.1 Tools for Java.
Remove the -microedition option.
C1327E: Name '%s' identifying the %s of %s is not unique due to the '%s' encoding instruction.
There are two causes:
This occurs when the 'NAME' or the 'TEXT' JER encoding instruction is applied.
C1327E DEFINITIONS JER INSTRUCTIONS ::= BEGIN
Seq ::= SEQUENCE {
color [NAME AS "shape"] IA5String,
shape IA5String
}
Enum ::= [TEXT zero AS "one"] ENUMERATED {zero(0), one(1)}
END
"c1327e.asn", line 3 (C1327E): C1327E: Name 'shape' identifying the component of Seq is not unique due to the 'NAME' encoding instruction.
"c1327e.asn", line 6 (C1327E): C1327E: Name 'one' identifying the enumeration item of Enum is not unique due to the 'TEXT' encoding instruction.
Make sure the instruction does not violate uniqueness.
C1328E: TEXT encoding instruction refers to non-existing enumeration item '%s' in %s.
The identifier in the TEXT JER encoding instruction refers to an enumeration item that is not present in the ENUMERATED type.
C1328E DEFINITIONS JER INSTRUCTIONS ::= BEGIN
Enum ::= [TEXT zer AS "Null"] ENUMERATED {zero(0), one(1)}
END
"c1328e.asn", line 2 (C1328E): C1328E: TEXT encoding instruction refers to non-existing enumeration item 'zer' in Enum.
Correct the instruction and recompile.
A1329E: Duplicate %s in the TEXT encoding instruction applied to %s.
A duplicate identifier was found in the 'TEXT' JER encoding instruction.
A1329E DEFINITIONS JER INSTRUCTIONS ::= BEGIN
Enum ::= [TEXT zero AS "Null", zero AS "Zero"] ENUMERATED {zero(0), one(1)}
END
"a1329e.asn", line 2 (A1329E): A1329E: Duplicate enumeration identifier 'zero' in the TEXT encoding instruction applied to Enum.
Correct the instruction and recompile.
C1330E: The alternative '%s' shall not be %s.
The CHOICE alternative does not satisfy the restrictions imposed by the encoding rules.
C1330E DEFINITIONS JER INSTRUCTIONS ::= BEGIN
Ch ::= [UNWRAPPED] CHOICE {
a1 [UNWRAPPED] CHOICE {
null NULL,
...
}
}
END
"c1330e.asn", line 3 (C1330E): C1330E: The alternative 'a1' shall not be an extensible CHOICE type with a final UNWRAPPED encoding instruction.
Correct the specification and recompile.
C1331E: The alternative '%s' shall not produce a JSON value of the same kind as alternative '%s' of the [UNWRAPPED] CHOICE type '%s'.
Two alternatives of an [UNWRAPPED] CHOICE produce a JSON value of the same kind for one or more of their abstract values. The following kinds can be conflicting:
C1331E DEFINITIONS JER INSTRUCTIONS ::= BEGIN
Ch ::= [UNWRAPPED] CHOICE {
a1 [TAG:1] INTEGER,
a2 [TAG:2] INTEGER
}
END
"c1331e.asn", line 4 (C1331E): C1331E: The alternative 'a2' shall not produce a JSON value of the same kind as alternative 'a1' of the [UNWRAPPED] CHOICE type 'Ch'.
Correct the specification and recompile.
C1332E: The alternative '%s' shall not produce a JSON object because it is already produced by alternative '%s' of the [UNWRAPPED] CHOICE type '%s'.
In an [UNWRAPPED] CHOICE there are two alternatives that produce a JSON object for one or more of their abstract values, but the alternative types are not SEQUENCE or SET types.
C1332E DEFINITIONS JER INSTRUCTIONS ::= BEGIN
Ch ::= [UNWRAPPED] CHOICE {
a1 [TAG:1] REAL,
a2 [TAG:2] REAL
}
END
"c1332e.asn", line 4 (C1332E): C1332E: The alternative 'a2' shall not produce a JSON object because it is already produced by alternative 'a1' of the [UNWRAPPED] CHOICE type 'Ch'.
C1333E: The alternative '%s' shall be either a SEQUENCE type or a SET type because the [UNWRAPPED] CHOICE type '%s' has two or more alternatives that produce a JSON object.
The [UNWRAPPED] CHOICE type already contains an alternative which is either a SEQUENCE or SET that produces a JSON object for its abstract values. All other alternatives that produce a JSON object for one or more of their abstract values must be SEQUENCE or SET types without an extension marker.
C1333E DEFINITIONS JER INSTRUCTIONS ::= BEGIN
Ch ::= [UNWRAPPED] CHOICE {
a1 SEQUENCE {
f1 BOOLEAN
},
a2 REAL
}
END
"c1333e.asn", line 6 (C1333E): C1333E: The alternative 'a2' shall be either a SEQUENCE type or a SET type because the [UNWRAPPED] CHOICE type 'Ch' has two or more alternatives that produce a JSON object.
Correct the specification and recompile.
C1334E: None of the alternatives '%s' and '%s' of the [UNWRAPPED] CHOICE type '%s' have at least
one mandatory component whose JSON member name string differs from the JSON member name strings of all the
components of the other.
Two or more [UNWRAPPED] CHOICE alternatives that are either SEQUENCE or SET types produce a JSON object for one or more of their abstract values. For any two such types, one of them must have at least one component that is not marked OPTIONAL or DEFAULT and whose JSON member name string differs from the JSON member name strings of all the components of the other type.
C1334E DEFINITIONS JER INSTRUCTIONS ::= BEGIN
Ch ::= [UNWRAPPED] CHOICE {
a1 [TAG:1] SEQUENCE { f1 INTEGER },
a2 [TAG:2] SEQUENCE { f1 INTEGER }
}
END
"c1334e.asn", line 2 (C1334E): C1334E: None of the alternatives 'a1' and 'a2' of the [UNWRAPPED] CHOICE type 'Ch' have at least one mandatory component whose JSON member name string differs from the JSON member name strings of all the components of the other.
Correct the specification and recompile.
A1335W: The -allow BadExplicitAutomaticTagging command line option forces the field 'fieldName' to have explicit automatic tagging. It
may cause errors at runtime.
The -allow BadExplicitAutomaticTagging command-line option instructs the compiler to conform to the pre-2002 ASN.1 standard (X.680 clause 31.2.7 c) interpretation and use explicit automatic tagging for untagged and tagged CHOICE types, open types, and "DummyReference" types.
B4114 DEFINITIONS AUTOMATIC TAGS ::= BEGIN
Seq ::= [65] SEQUENCE { ch Cho }
Cho ::= [65] CHOICE { b BOOLEAN }
END
"b4114.asn", line 2 (B4114): A1335W: The -allow
BadExplicitAutomaticTagging command line option forces the field 'ch' to have explicit automatic
tagging. It may cause errors at runtime.
Remove the -allow BadExplicitAutomaticTagging option from the command line.
C1336E: Invalid Java module name 'module name'. Please provide a name that
can be used as Java module name.
The name specified using the -javaModule compiler option is invalid and cannot be used as a Java 9 module name because it does not conform to Section 7.7 Module Declarations of the Java Language Specification Version 9.
Correct the parameter of the -javaModule compiler option.
C1337W: This version of OSS ASN.1 Tools for
%s does not support the SET OF type with the CANONICAL-PER encoder and
CANONICAL-PER decoder set to the strict conformance level.
You have specified the -cper or -cuper compiler option, but the SET OF type is not supported due to implementation restrictions.
C1337W DEFINITIONS ::= BEGIN
S ::= SET OF INTEGER
END
"c1337w.asn", line 3 (C1337W): C1337W: This version of OSS ASN.1 Tools for C# does not support the SET OF type with the CANONICAL-PER encoder and CANONICAL-PER decoder set to the strict conformance level.
The warning message can be suppressed with the -suppress 1337 compiler option.
NOTE: Even if the message is suppressed, the attempt to encode a SET OF value with the CANONICAL-PER encoder or to decode a SET OF encoded value with the CANONICAL-PER decoder set to strict conformance level will cause a runtime error.
C1338W: This version of OSS ASN.1 Tools for
%s does not support the GeneralString, GraphicString and ObjectDescriptor types
with the CANONICAL-PER encoder and PER decoder set to the strict conformance level.
You have specified the -cper or -cuper compiler option, but the GeneralString, GraphicString, and ObjectDescriptor types are not supported due to implementation restrictions.
C1338W DEFINITIONS ::= BEGIN
G ::= GeneralString
GR ::= GraphicString
OD ::= ObjectDescriptor
END
"c1338w.asn", line 3 (C1338W): C1338W: This version of OSS ASN.1 Tools for C# does not support the GeneralString, GraphicString and ObjectDescriptor types with the CANONICAL-PER encoder and PER decoder set to the strict conformance level.
"c1338w.asn", line 4 (C1338W): C1338W: This version of OSS ASN.1 Tools for C# does not support the GeneralString, GraphicString and ObjectDescriptor types with the CANONICAL-PER encoder and PER decoder set to the strict conformance level.
"c1338w.asn", line 5 (C1338W): C1338W: This version of OSS ASN.1 Tools for C# does not support the GeneralString, GraphicString and ObjectDescriptor types with the CANONICAL-PER encoder and PER decoder set to the strict conformance level.
The warning message can be suppressed with the -suppress 1338 compiler option.
NOTE: Even if the message is suppressed, the attempt to encode a GeneralString, GraphicString and ObjectDescriptor value with the CANONICAL-PER encoder or to decode a GeneralString, GraphicString, and ObjectDescriptor encoded value with the PER decoder set to strict conformance level will cause a runtime error.
A1339E: The node identifier(number1) conflicts with the predefined node 'identifier(number2).
An OBJECT IDENTIFIER value has an identifier(number1) node, but identifier is assigned to number2 according to Rec. ITU-T X.660 | ISO/IEC 9834-1.
Module-A1339E DEFINITIONS ::= BEGIN
O ::= OBJECT IDENTIFIER
o O ::= {itu-t(0) recommendation (7)}
END
"a1339e.asn",line 3(Module-A1339E): A1339E: The node 'recommendation(7)' conflicts with the predefined node 'recommendation(0)'.
Rename the node to avoid the name conflict.
C1341E: With the CANONICAL-XER encoder
the Remove directive cannot be applied to the component '%s'
because components with a DEFAULT value must be encoded and therefore cannot be removed.
You have specified the -cxer compiler option, but the ASN1.Remove directive is applied to a SET or SEQUENCE component with a default value. According to ITU-T Recommendation X.693 (11/2008) paragraphs 9.5 and 9.6.3, this is not supported due to implementation restrictions.
--<ASN1.Remove C1341E.Seq.d>--
C1341E DEFINITIONS ::=
BEGIN
Seq ::= SEQUENCE {
d OCTET STRING DEFAULT '0'H
}
END
"c1341e.asn", line 6 (C1341E): C1341E: With the CANONICAL-XER encoder the Remove directive cannot be applied to the component 'd' because components with a DEFAULT value must be encoded and therefore cannot be removed.
Choose one of the following options:
C1342E: The directive name directive is not permitted on elements of SEQUENCE OF and SET OF types.
C1342E: The directive name directive is not permitted here.
The OSS.NODECODE or OSS.NODECODE directive is applied to a type or a component on which it is not permitted. The directives can be applied only to OPTIONAL fields, extension additions, and to PDU types.
--<OSS.NODECODE Module-C1342E.S.*>--
Module-C1342E DEFINITIONS ::= BEGIN
S ::= SEQUENCE OF BOOLEAN
END
"c1342e.asn", line 2 (Module-C1342E): C1342E: The NODECODE directive is not permitted on elements of SEQUENCE OF and SET OF types.
Remove the directive.
C1343E: The directive name directive is applied to the field 'identifier' but not to all fields of the extension group.
The OSS.NODECODE or OSS.NODECODE directive is applied to some, but not all, fields of an extension addition group.
Module-C1343E DEFINITIONS ::= BEGIN
S ::= SEQUENCE {
...,
[[
b BOOLEAN --<NOENCODE>--,
i INTEGER
]]
}
END
"c1343e.asn", line 6 (Module-C1343E): C1343E: The NOENCODE directive is applied to the field 'b' but not to all fields of the extension group.
Remove the directive or apply it to all the fields of the extension addition group.
C1344E: The directive name directive is applied to field 'identifier' which is not an OPTIONAL field or an extension addition.
The OSS.NOENCODE or OSS.NODECODE directive is applied to a mandatory or DEFAULT field that is not an extension addition.
Module-C1344E DEFINITIONS ::= BEGIN
S ::= SEQUENCE {
f OCTET STRING --<NODECODE>--,
...
}
END
"c1344e.asn", line 3 (Module-C1344E): C1344E: The NODECODE directive is applied to field 'f' which is not an OPTIONAL field or an extension addition.
Remove the directive.
C1345E: The NOENCODE directive is applied to the extension addition 'identifier' but not to all subsequent extension additions.
The OSS.NOENCODE directive is not applied to an extension addition but it is applied to a preceding extension addition of the type.
--<OSS.NOENCODE Module-C1345E.S.e1>--
Module-C1345E DEFINITIONS AUTOMATIC TAGS ::= BEGIN
S ::= SEQUENCE {
...,
e1 INTEGER,
e2 REAL
}
END
"c1345e.asn", line 5 (Module-C1345E): C1345E: The NOENCODE directive is applied to the extension addition 'e1' but not to all subsequent extension additions.
Make sure the directive is applied to all trailing extension additions or remove the directive.
C1346W: The type 'type reference' is not a PDU type. The directive name directive will be ignored.
The OSS.NODECODE or OSS.NODECODE directive is applied to a named type that is not a PDU type.
--<OSS.NOENCODE Module-C1346W.I>--
Module-C1346W DEFINITIONS AUTOMATIC TAGS ::= BEGIN
I ::= INTEGER
S ::= SEQUENCE {
f1 REAL OPTIONAL,
f2 I
}
END
"c1346w.asn", line 2 (Module-C1346W): C1346W: The type 'I' is not a PDU. The NODECODE directive will be ignored.
Remove the directive.
C1347W: The NOENCODE directive is applied to the DEFAULT field 'identifier'. The directive will be ignored by the CANONICAL-XER encoder.
The OSS.NOENCODE directive is applied to a DEFAULT field. According to the CANONICAL-XER rules, this is not allowed; DEFAULT fields must be encoded.
--<OSS.NOENCODE Module-C1347W.S.e1>--
Module-C1347W DEFINITIONS AUTOMATIC TAGS ::= BEGIN
S ::= SEQUENCE {
...,
e1 INTEGER DEFAULT 10,
e2 REAL
}
END
"c1347w.asn", line 5 (Module-C1347W): C1347W: The NOENCODE directive is applied to DEFAULT field 'e1'. The directive will be ignored by the CANONICAL-XER encoder.
Remove the directive or suppress the warning using the -suppress 1347 compiler option.
C1348W: The directive name directive is not permitted on components of a SET/SEQUENCE/CHOICE and will be ignored.
The OSS.ENCODEONLY or OSS.DECODEONLY directives is applied to a component of a SET, SEQUENCE, or CHOICE type.
--<OSS.DECODEONLY Module-C1348W.S.e1>--
Module-C1348W DEFINITIONS AUTOMATIC TAGS ::= BEGIN
S ::= SEQUENCE {
...,
e1 INTEGER DEFAULT 10,
e2 REAL
}
END
"c1348w.asn", line 5 (Module-C1348W): C1348W: The DECODEONLY directive is not permitted on components of a SET/SEQUENCE/CHOICE and will be ignored.
Remove the directive.
C1349W: DECODEONLY and ENCODEONLY directives are deprecated, use NOENCODE and NODECODE, respectively.
You have specified the OSS.ENCODEONLY or OSS.DECODEONLY deprecated directive.
--<OSS.ENCODEONLY Module-C1349W.S.*>--
Module-C1349W DEFINITIONS ::= BEGIN
S ::= SEQUENCE OF BOOLEAN
END
""c1349w.asn", line 4 (Module-C1349W): C1349W: DECODEONLY and ENCODEONLY directives are deprecated, use NOENCODE and NODECODE, respectively.
Use the OSS.NODECODE directive instead of OSS.ENCODEONLY and the OSS.NOENCODE directive instead of OSS.DECODEONLY.
C1352W: Runtime constraint checking may fail for the field inside 'type reference' which has a component relation constraint and a type constraint because the type specified in the type constraint is not included in the constraining information object set 'information object set name' for the classfield 'field name'.
Runtime constraint checking cannot be performed when the type specified in the type constraint is not included in the constraining information object set.
C1352W DEFINITIONS ::= BEGIN
EXT-TYPE ::= CLASS {
&extRef INTEGER UNIQUE,
&ExtValue
} WITH SYNTAX {&ExtValue IDENTIFIED BY &extRef}
SAMapplicationData::= OCTET STRING
ServiceInfoExtTypes EXT-TYPE ::= {
{ SAMapplicationData IDENTIFIED BY 85 },
...
}
TST ::= SEQUENCE {
extensionId EXT-TYPE.&extRef({ServiceInfoExtTypes }),
value EXT-TYPE.&ExtValue({ServiceInfoExtTypes }{@.extensionId})
} (WITH COMPONENTS {
extensionId (85),
value (SAMapplicationData (CONTAINING INTEGER)) })
END
"c1352w", line 13 (C1352W): C1352W: Runtime constraint checking may fail for the field inside 'TST' which has a component relation constraint and a type constraint because the type specified in the type constraint is not included in the constraining information object set 'ServiceInfoExtTypes' for the classfield '&ExtValue'.
Add an information object along with the type specified in the type constraint to the constraining information object set or replace the type specified in the type constraint with the type included in the information object set.
C1353W: The 'directive-name' directive is not supported with the type
'type-name' and will be ignored.
The input ASN.1 syntax contains a compiler directive application that is not supported with the specified ASN.1 type.
---- Mod DEFINITIONS ::= BEGIN A ::= ENUMERATED {one, two} END END
C1353W: The UserClass directive is not supported with the type ENUMERATED and will be ignored.
Refer to the OSS ASN.1 Compiler Directives section of the online manual to learn about applying directives to types.
A1354W: The extensible type 'type reference' contains an untagged open type, check the field 'field name', for which a tag is required to distinguish it from the conceptually added element.
The input ASN.1 syntax contains an extensible type that includes an open type listed before the extension marker without an explicit tag. This violates the tag uniqueness requirement in X.681 14.2 b) NOTE 2, X.680, 52.7.3, 52.7.4, and therefore 25.7.
B4613 DEFINITIONS ::= BEGIN
C ::= CLASS {
&id INTEGER,
&T
}
OS C ::= {{&id 13, &T REAL }}
S ::= SEQUENCE {
a C.&id ({OS}),
b C.&T({OS}{@a}) OPTIONAL,
...
}
END
"b4613.asn", line 13 (B4613): A1354W: The extensible type 'S' contains an untagged open type, check the field 'b', for which a tag is required to distinguish it from the conceptually added element.
Add an explicit tag to the open type.
C1355W: The OSS.%s directive is ignored because the DeferDecoding directive is applied to the same component.
The OSS.DataCallback or OSS.InfoCallback directive is applied to the same component to which the ASN1.DeferDecoding directive is applied.
--<OSS.DataCallback M.Company.address "test">--
--<ASN1.DeferDecoding M.Company.address>-- M DEFINITIONS AUTOMATIC TAGS ::= BEGIN
Company ::= SEQUENCE {
name VisibleString,
address VisibleString
}
END
"c1355w.asn", line 6 (M): C1355W: The OSS.DataCallback directive is ignored because the DeferDecoding directive is applied to the same component.
Remove the OSS.DataCallback directive.
"L1358W: The '%s' option will be ignored by the %s."
The ASN.1 compiler option is not supported by the encoder or decoder for the specified encoding rules and will be ignored.
asn1 -jer -uper -enablePartialDecode rrc.asn
The -enablePartialDecode option can be used with -uper but not it cannot be used with -jer.
"L1358W: The '-enablePartialDecode' option will be ignored by the JER decoder.
Suppress the warning by the -suppress 1358 option or ignore it.
C1359E: Using different binary and textual encoding rules for a top-level PDU and inside contents constraint is not supported by the -partialDecodeOnly option.
The -partialDecodeOnly ASN.1 compiler option is not supported when the binary encoding rules (BER, DER, PER, or OER) are used for a PDU type that includes a contents constraint for which one of the textual encoding rules (XER, EXER, JER, or AVN) is specified in the ENCODED BY syntax and vice versa.
asn1 -uper -jer -partialDecodeOnly abc.asn
OS ::= OCTET STRING (CONTAINING INTEGER (0..10) ENCODED BY
{joint-iso-itu-t asn1(1) json-encoding (8)})
The OSS_PER_ALIGNED rules were set before the ossPartialDecode() call was issued.
C1359E: Using different binary and textual encoding rules for a top-level PDU and inside
contents constraint is not supported by the -partialDecodeOnly option.
Use the -enablePartialDecode compiler option instead of -partialDecodeOnly.
C1360W: Automatic decoding of the open type field 'field name' will not be possible when it precedes the referenced field 'field name' in the JSON encoding.
The -json option is specified and the ASN.1 syntax contains a component relation constraint whose referenced field belongs to an upper nesting level related to an open type. When that particular open type precedes the referenced field in a JSON encoding, the TOED decoder cannot automatically decode it. Only its encoded form is left in the open type representation.
Note that in ASN.1 specifications, an open type field usually follows its referenced field. In JSON encodings produced by OSS encoders, the field order corresponds to the order in the ASN.1 specification, therefore automatic decoding is possible for these encodings.
Module-C1360W DEFINITIONS ::=
BEGIN
ERROR-CLASS ::= CLASS {
&code INTEGER UNIQUE,
&Type
}
WITH SYNTAX {&code &Type}
ErrorSet ERROR-CLASS ::=
{ {1 BIT STRING}, ..., {2 INTEGER} }
ErrorReturn ::= SEQUENCE {
code ERROR-CLASS.&code ({ErrorSet}),
error SEQUENCE {
info ERROR-CLASS.&Type ({ErrorSet}{@code})
}
}
END
JSON encoding of the ErrorReturn PDU:
{
"error":{
"info":100
},
"code":2
}
"otp.asn", line 13 (Module-C1360W): C1360W: Automatic decoding of the open type field 'info' will not be possible when it precedes the referenced field 'code' in the JSON encoding
To make automatic decoding possible, ensure open type fields always follow their referenced fields in JSON encodings, as shown in the following JSON encoding of the ErrorReturn PDU (notice how info follows code):
{
"code":2,
"errors":{
"info":100
}
}
L1361E: The 'path' directory, specified in the -getFiles option, does not exist.
The directory specified in the -getFiles option must exist and contain encoding files with the filename extension matching the second argument.
asn1step bcas -getFiles myPath,ber -decode BBCard -xer
L1361E: The 'myPath' directory, specified in the -getFiles option, does not
exist.
Specify a correct directory where encoding files to be used in decoding are located.
L1362E: Invalid 'ext' encoding filename extension, supported extensions are ber, der, cer, per, uper, xer, cxer, exer, xml, oer, coer, cper, cuper, json, jer, csv, cdr.
The mandatory second argument to the -getFiles option must be one of the pre-defined encoding filename extensions that are used to determine which encoding rules to use in decoding.
asn1step bcas -getFiles myPath,abc -decode BBCard -xer
L1362E: Invalid 'abc' encoding filename extension, supported extensions are
ber, der, cer, per, uper, xer, cxer, exer, xml, oer, coer, cper, cuper,
json, jer, csv, cdr.
Specify one of pre-defined filename extensions.
L1363E: No encoding files with the 'ext' extension found in the 'path' directory.
The directory specified in the -getFiles option does not contain encoding files with the filename extension matching the second argument.
asn1step bcas -getFiles myPath,per -decode BBCard -xer
L1363E: No encoding files with the 'per' extension found in the 'myPath'
directory.
Specify a correct directory where encoding files to be used in decoding are located.
L1364E: The '-getFiles' option is supported only with the '-decodePdu' option.
The -getFiles option is specified with other than the -decodePdu option, for example with the -encodeValue or -generateMessages option.
asn1step bcas -getFiles myPath,per -encodeValue myCard
L1364E: The '-getFiles' option is supported only with the '-decodePdu'
option.
Remove the -getFiles option if you don't need to use -decodePdu or specify -decodePdu and remove the other option from the command line.
C1365E: The 'num' requested number of messages to generate exceeds the limit of '10000'.
The second argument to the -generateMessages option, which specifies the maximum number of messages to generate, is greater than the implementation limit of 10 in the trial version or 10,000 in the production version of ASN-1Step.
asn1step bcas -generateMessage BBCard,10001 -ber
C1365E: The '10001' requested number of messages to generate exceeds the
limit of '10000'.
If you are using the trial version, specify a number that is less than or equal 10 or contact OSS to obtain the production version of ASN-1Step. If you are using the production version and need to generate more than 10,000 messages with one invocation of ASN-1Step, contact OSS to request this feature.
C1366W: Limits with negative values are only permitted for INTEGER types. The OSS.GenRandomValues directive is ignored for 'AbsoluteReference'.
C1366W: Limits with negative values are only permitted for INTEGER types. The OSS.GenOrderedValues directive is ignored for 'AbsoluteReference'.
The OSS.GenOrderedValues and OSS.GenRandomValues directives may not have negative limits as parameters unless the target type is INTEGER.
The target type of the following directive is CHOICE, the specified parameters in the directive are indices of the selected alternatives that start from 0 and up.
--<OSS.GenOrderedValues Mod.MyChoice -1,3>--
Specify a range of values in the directive that is valid for the target built-in type.
C1367W: The lower limit in the OSS.GenRandomValues directive for
'AbsoluteReference' exceeds the index '<num>' of the last alternative, a single
value for the last item will be generated.
C1367W: The lower limit in the OSS.GenRandomValues directive for
'AbsoluteReference' exceeds the index '<num>' of the last enumerator, a single
value for the last item will be generated.
The same formats are used for OSS.GenOrderedValues.
The OSS.GenOrderedValues or OSS.GenRandomValues directive is applied to a CHOICE type and the lower limit specified in the directive exceeds the index of the last alternative or it is applied to an ENUMERATED type and the lower limit exceeds the index of the last enumerator. A single value corresponding to the last alternative or enumerator will be used in value generation for the target type.
--<OSS.GenRandomValues Mod.MyEnum1 3,5>--
MyEnum ::= ENUMERATED { one, two, three} -- Valid indices for enumerators are between 0 and 2.
C1367W: The lower limit in the OSS.GenRandomValues directive for 'Mod.MyEnum'
exceeds the index '2' of the last enumerator, a single value for the last item
will be generated.
Specify a range of values in the directive that is valid for the target CHOICE or ENUMERATED type.
C1368W: The upper limit in the OSS.GenRandomValues directive for
'AbsoluteReference' exceeds the index '<num>' of the last alternative and will be ignored.
C1368W: The upper limit in the OSS.GenRandomValues directive for
'AbsoluteReference' exceeds the index '<num>' of the last enumerator and will be ignored.
The same formats are used for OSS.GenOrderedValues.
The OSS.GenOrderedValues or OSS.GenRandomValues directive is applied to a CHOICE type and the upper limit specified in the directive exceeds the index of the last alternative or it is applied to an ENUMERATED type and the upper limit exceeds the index of the last enumerator. The upper limit from the directive will be ignored. The index of the last alternative or enumerator will be used in value generation for the target type.
--<OSS.GenRandomValues Mod.MyChoice ,5>--
MyChoice ::= CHOICE {
atl1 Type1,
alt2 Type2
} -- Valid indices for alternatives are between 0 and 1.
C1368W: The upper limit in the OSS.GenRandomValues directive for 'Mod.MyChoice'
exceeds the index '1' of the last alternative and will be ignored.
Specify a range of values in the directive that is valid for the target CHOICE or ENUMERATED type.
C1369W: Only one OSS.GenOrderedValues or OSS.GenRandomValues directive is
permitted for the same type 'AbsoluteReference', all except the first directive
will be ignored.
The input ASN.1 syntax contains multiple OSS.GenOrderedValues or OSS.GenRandomValues directives applied to the same ASN.1 type. The ASN.1 compiler will only use the first such directive defined in ASN.1 and ignore all other ones.
Determine which directive application you want keep and remove all the others applied to the type in question.
C1370I: The -nullableReferenceTypes option enables nullable reference types in the generated C# code. The compiler that supports C# language 8.0 or greater shall be used.
When the -nullableReferenceTypes option is specified on the command line, the generated C# code includes nullable reference types. A C# compiler that supports C# language version 8.0 or later (available in Visual Studio 2019 or later) must be used in your build environment.
A1371W: 'Symbol' is imported from the same module more than once.
The input ASN.1 syntax contains an IMPORTS ... FROM statement that includes the same 'Symbol' more than once. This message is issued when the -designerWarnings option is specified.
Mod1 DEFINITIONS ::= BEGIN
I ::= INTEGER
END
Mod2 DEFINITIONS ::= BEGIN
IMPORTS I, I FROM Mod1;
S ::= SEQUENCE {
a I,
b BOOLEAN
}
END
"a1371w.asn" , line 6 (Mod2): A1371W: 'I' is imported from the same module more than once.
IMPORTS I, I FROM Mod1;
Remove the duplicate symbol from the IMPORTS statement. The message can be safely ignored.
C9999S: Porting error. Inform OSS technical support.
The ASN.1 compiler has encountered an error when porting the ASN.1 compiler to your platform.
This error can occur if your ossinfo file is corrupt, is outdated, or is not compatible with your installation set up.
Send the exact command line and ASN.1 input used to Technical Support ‹support@oss.com› for review.
This documentation applies to the latest versions of the OSS® ASN.1 Tools software.
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