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@ -12,11 +12,21 @@
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Of course the parent can itself inherit from *its* parent, so we recurse to
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Of course the parent can itself inherit from *its* parent, so we recurse to
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handle that.
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handle that.
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Note that `allOf` is only resolved at the top level of the schema object. For
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example, if you call this on an API definition which defines a `parameter`
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which has an allOf schema, it will not be resolved. To handle this, the
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openapi templates call resolve-allof for every schema object that they
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process.
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*/}}
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*/}}
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{{ $ret := . }}
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{{ $ret := . }}
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{{ $original := . }}
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{{ $original := . }}
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{{/*
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We special-case 'required', and accumulate the values from all the 'allOf'
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entries (rather than simply overriding them). Start the accumulation here.
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*/}}
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{{ $required := .required }}
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{{ $required := .required }}
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{{ if not $required }}
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{{ if not $required }}
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{{ $required := slice }}
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{{ $required := slice }}
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@ -24,13 +34,12 @@
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{{ with $ret.allOf }}
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{{ with $ret.allOf }}
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{{ $all_of_values := dict }}
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{{/*
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{{/*
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allOf is always an array
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construct a new dict, with each of the allOf entries merged into it in
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turn.
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*/}}
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*/}}
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{{ $all_of_values := dict }}
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{{ range . }}
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{{ range . }}
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{{ with .required }}
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{{ with .required }}
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{{ $required = union $required . }}
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{{ $required = union $required . }}
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{{ end }}
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{{ end }}
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@ -38,33 +47,50 @@
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{{/*
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{{/*
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With merge, values from the second argument override those from the first argument.
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With merge, values from the second argument override those from the first argument.
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So this order will accumulate values from allOf items, allowing later ones to override earlier
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So this order will accumulate values from allOf items, allowing later ones to override earlier
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Note also that `merge` does a *deep* merge - nested maps are also
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merged. (Slices are replaced though.)
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*/}}
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*/}}
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{{ $all_of_values = merge $all_of_values . }}
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{{ $all_of_values = merge $all_of_values . }}
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{{ end }}
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{{ end }}
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{{/*
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{{/*
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Then apply allOf values to the original, but allow the original to override allOf.
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Finally, merge in the original, allowing the original to override allOf.
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*/}}
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*/}}
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{{ $ret = merge $all_of_values $ret }}
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{{ $ret = merge $all_of_values $ret }}
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{{/*
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{{/*
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Except that if allOf *itself* contains allOf, we do want to override the original for that field only.
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Except that if allOf *itself* contains allOf (ie, the parent also
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inherits from a grandparent), then we replace allOf in the original
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with that in the parent. Below, we see that this has happened, and
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recurse.
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TODO: surely it would be better to simply do the recursion as we iterate
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though the allOf list above - not least because we might have multiple
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parents with different grandparents, and by doing this we only get one
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set of grandparents.
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*/}}
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*/}}
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{{ with $all_of_values.allOf }}
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{{ with $all_of_values.allOf }}
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{{ $ret = merge $ret (dict "allOf" . ) }}
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{{ $ret = merge $ret (dict "allOf" . ) }}
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{{ end }}
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{{ end }}
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{{/*
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special-case 'required': replace it with the union of all the
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'required' arrays from the original and allOf values.
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XXX: but first we merge in the original 'required', again? why
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do we do that? it should already have been done at the start.
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*/}}
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{{ with $ret.required }}
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{{ with $ret.required }}
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{{ $required = union $required $ret.required }}
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{{ $required = union $required $ret.required }}
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{{ end }}
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{{ end }}
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{{ $ret = merge $ret (dict "required" $required) }}
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{{ $ret = merge $ret (dict "required" $required) }}
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{{ end }}
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{{ end }}
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{{/*
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{{/*
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Recurse while we are finding new allOf entries to resolve
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If we replaced the 'allOf' dict with one from a grandparent, we now
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need to recurse.
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*/}}
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*/}}
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{{ if ne $ret.allOf $original.allOf }}
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{{ if ne $ret.allOf $original.allOf }}
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