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This will also eliminate a dialyzer warning.
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The clause is just an optimization for a (extremly rare) special case.
Removing it will eliminate a dialyzer warning.
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The code generator would crash.
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If a named BIT STRING has a lower size bound of 0, treat it the same
way as if there was no constraint for the purposes of trailing zero
bits.
That change will eliminate a dialyzer warning.
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The encoder for the following type would generate a dialyzer warning:
Ns ::= NumericString (FROM ("0"|"1"|"2"|"3"|"4"|"5"|"6"|"7"|"8"|"9"))
Optimize this case to make it slightly faster as well as eliminate
the dialyzer warning.
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Running dialyzer on test suites is good for finding both bugs and
useless dialyzer warnings. Add a mechanism in asn1_test_lib for
turning on running of dialyzer on all generated code.
Turned off by default, because it is slow and because there are
still a few dialyzer warnings left.
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The default value for an OCTET STRING when legacy_erlang_types was
active would be a binary instead of a list.
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The old code for testing DEFAULT values is messy, inefficient, and
causes dialyzer warnings.
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We need to test DEFAULT values both with and without
legacy_erlang_types.
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If SetIn is defined like this:
SetIn ::= SET {
boolIn BOOLEAN,
intIn INTEGER
}
then it may not be used with an empty DEFAULT value like this:
SetDef1 ::= SET {
set1 SetIn DEFAULT {}
}
The ASN.1 compiler prints an warning message, but still generates
code. (That should be fixed.)
Fix the incorrect ASN.1 specification by making the
components in SetIn optional:
SetIn ::= SET
{
boolIn BOOLEAN OPTIONAL,
intIn INTEGER OPTIONAL
}
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We don't want to touch the code used for encoding BIT STRINGs when
'legacy_erl_types' is active, since it will be removed within two
or three major releases. But we do want to suppress the dialyzer
warnings in the meantime. The easiest way is to call
encode_bit_string/4 with unknown types from an exported function
that is never actually called like this:
-export(['dialyzer-suppressions'/0]).
'dialyzer-suppressions'(Arg) ->
{A,B,C,D} = Arg,
encode_bit_string(A, B, C, D),
ok.
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Calling library routines for validation of constraints may cause
dialyzer warnings if some type of constraints handled by the library
routine are not used in a specific ASN.1 module. To avoid those
warnings (and slightly speed up the decoding), inline the constraint
checking.
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Make the source code a little bit cleaner.
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A newline was forgotten.
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* bjorn/asn1/documentation:
Consistenly use ASN.1 instead of asn1
Correct some spelling, grammar and punctation issues
Correct description of the undec_rest option
Correct description of the REAL type
Replace "extend-ability" with "extensibility"
Remove the section about encoding rules
Bring information about tags up to date
Don't waste words describing the SET type
Correct and modernize the examples for DEFAULT
Correct the UTF8String description and example
Correct the PrimStrings example
Remove all uses of the deprecated asn1{ct,rt}:{en,de}code/2 functions
Correct and modernize the "A First Example" section
Shorten the Introduction section, keeping only the essential details
Fix an ampersand
Document the asn1_OPENTYPE wrapper
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When talking about the ASN.1 standard, ASN.1 specifications, and
the ASN.1 compiler, consistently use "ASN.1" instead of "asn1".
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The trailing bytes returned are now always a binary. Also condense
and clean up the language.
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REAL is implemented, sort of. But real numbers must be given in
a string.
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While "extendability" (without the hyphen) is an English word,
"extensibility" is the established term used when talking about
the extensibility of ASN.1 types.
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The section about encoding rules serves no useful purpose. Most users
already know which encoding rule to use for their specifications. The
few users that have their own specification and need to decide on
which encoding rule to use will need much more information.
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Since 1994 when the AUTOMATIC TAGS was introduced, ASN.1 users
no long need to worry about tagging, and the following sentence
no longer makes any sense:
It is essential for all users of ASN.1 to
understand all the details about tags.
Therefore, remove the entire existing section of tags, and replace
it with a shorter section explaining why we no longer need to know
about tags. Remove all tags from the examples.
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Since the SET type is used exactly the same way as the SEQUENCE
type in Erlang, we can simply say so and note that decoding will
be less efficient for the BER and DER encoding rules.
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It turns out that the current BER back-end can recognize complex
DEFAULT values, so I had to commit up with a more elaborate
example to show a difference between the BER and DER back-ends.
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The decode functions now return a binary, not an iolist, so we must
both change the output and remove the call to list_to_binary when
decoding.
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Replace "IMPLICIT TAGS" with "AUTOMATIC TAGS" since AUTOMATIC TAGS
is recommended for all new ASN.1 specifications.
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We can assume that anyone that reads the documentation for the Asn1
documentation already knows about ASN.1, so we don't need three
paragraphs of introductory. Keep one short paragraph explaining
what ASN.1 is in case a reader unfamiliar with ASN.1 stumbles upon
the manual.
While we are at it, reformat the paragraphs in Introduction to
shorter lines that don't wrap.
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Most dependencies introduced are exactly the dependencies to other
applications found by xref. That is, there might be real dependencies
missing. There might also be pure debug dependencies listed that
probably should be removed. Each application has to be manually
inspected in order to ensure that all real dependencies are listed.
All dependencies introduced are to application versions used in
OTP 17.0. This since the previously used version scheme wasn't
designed for this, and in order to minimize the work of introducing
the dependencies.
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Ensure all are "normal" versions according to the new version scheme
introduced in OTP 17.0
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This will also eliminate a dialyzer warning for unmatched returns,
and increase the coverage.
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The error checking code for INTEGER and BIT STRING was broken,
since it built an error tuple that was never returned.
Rewrite the error checking code, sharing most of the code between
INTEGER and BIT STRING. Make sure that we test for both duplicated
names and number, as well as for negative bit numbers for
BIT STRING.
This rewrite will eliminate two dialyzer warnings for unmatched
returns.
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A named number list as used for ENUMERATED and INTEGER can never
have an {identifier,...} tuple in its third position like this:
{'NamedNumber',Id,{identifier,_,_}}
because asn1ct_parser2:parse_NamedNumber/1 will always replace
an identifier tuple with an #Externaluereference{} record.
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Since most calls to asn1_error/3 throw its result, it makes more
sense to let asn1_error/3 itself throw the error tuple. Add the
return_asn1_error/3 to return the error tuple to use when we don't
want to throw it.
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