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Decoding of fragmented OCTET STRINGs was only implemented when the size
was constrained to a single value. While at it, support decoding
fragmented OCTET STRINGS in all circumstances.
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Decoding of a fragmented OCTET STRING with the size constrained to a
single value is implemented, but encoding is not implemented, and
decoding is not tested in any test case.
There is no urgent need to support encoding of fragmented OCTET STRINGs,
but not being able to encode such values complicates testing of decoding.
For example, eif we add the following type to PrimStrings.asn1 in the test
suite:
FixedOs65536 ::= OCTET STRING (SIZE (65536))
then asn1ct:test('PrimStrings') will fail because this value cannot
be encoded.
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Don't waste time calling a trivial function in the run-time library
for encoding and decoding of NULL values.
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Of the back-ends that we are going to keep, only the UPER back-end
support the obsolete {Typename,Value} notation. For consistency
with the PER and BER encodings, remove the support for UPER
encoding too. Also remove vestiges of the support for the
notation in the other back-ends.
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range as binaries and use erlang:byte_size to get length
of octets and range. For speed.
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Encoding and decoding of integer ranges can now be done
with an upper bound larger than the previous limit of 16^10.
The new upper bound in per encoding and decodings for constrained
whole numbers is 2^2040 (close to 16^508) which is the limit if
the length field encoding in the encoding of a constrained
whole number is limited to a single octet.
Related support seq: seq12060
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Handle the new error messages from the asn1 nifs
Remove dead code for erlang optimized per decode
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