@@ -81,13 +81,9 @@ type `Vector{Any}`.
8181
8282 - `x::String`
8383
84- - `y::Int`
84+ - `y::Int`: Unlike the `x` field this field has been documented.
8585
86- Unlike the `x` field this field has been documented.
87-
88- - `z::Array{Any, 1}`
89-
90- Another documented field.
86+ - `z::Array{Any, 1}`: Another documented field.
9187```
9288"""
9389const TYPEDFIELDS = TypeFields (true )
@@ -96,22 +92,20 @@ function format(abbrv::TypeFields, buf, doc)
9692 local docs = get (doc. data, :fields , Dict ())
9793 local binding = doc. data[:binding ]
9894 local object = Docs. resolve (binding)
99- # On 0.7 fieldnames() on an abstract type throws an error. We then explicitly return
100- # an empty vector to be consistent with the behaviour on v0.6.
10195 local fields = isabstracttype (object) ? Symbol[] : fieldnames (object)
10296 if ! isempty (fields)
10397 println (buf)
10498 for field in fields
105- if abbrv. types
106- println (buf, " - `" , field, " ::" , fieldtype (object, field), " `" )
107- else
108- println (buf, " - `" , field, " `" )
109- end
99+ print (buf, " - `" , field)
100+ abbrv. types && print (buf, " ::" , fieldtype (object, field))
101+ println (buf, " `" )
110102 # Print the field docs if they exist and aren't a `doc"..."` docstring.
111103 if haskey (docs, field) && isa (docs[field], AbstractString)
112- println (buf)
104+ print (buf, " : " )
105+ indented = true
113106 for line in split (docs[field], " \n " )
114- println (buf, isempty (line) ? " " : " " , rstrip (line))
107+ println (buf, indented || isempty (line) ? " " : " " , rstrip (line))
108+ indented = false
115109 end
116110 end
117111 println (buf)
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