Data_encoding: skip zero_width
field in binary description
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@ -157,6 +157,9 @@ let describe (type x) ?toplevel_name (encoding : x Encoding.t) =
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| Dft { name ; encoding = { encoding } } ->
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let (dynamics, ref_name, P field) = extract_dynamic None encoding in
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let (layout, references) = layout ref_name recursives references field in
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if layout = Zero_width && dynamics then
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([], references) (* FIXME what if (dynamic_size empty) ?? *)
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else
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let field_descr =
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Binary_schema.Named_field (name, classify_desc field, layout) in
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if dynamics then
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@ -274,6 +277,9 @@ let describe (type x) ?toplevel_name (encoding : x Encoding.t) =
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| Tup { encoding } ->
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let (layout, references) =
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layout ref_name recursives references encoding in
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if layout = Zero_width then
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([], references)
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else
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([ Anonymous_field (classify_desc encoding, layout) ], references)
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| Tups { left ; right } ->
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let (fields1, references) =
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