Like mapAttrsRecursive, but it takes an additional predicate that tells it whether to recurse into an attribute set. If the predicate returns false, mapAttrsRecursiveCond does not recurse, but instead applies the mapping function. If the predicate returns true, it does recurse, and does not apply the mapping function.

mapAttrsRecursiveCond
  (as: !(as ? "type" && as.type == "derivation"))
  (x: x.name)
  attrs

Type

mapAttrsRecursiveCond :: (AttrSet -> Bool) -> ([String] -> a -> b) -> AttrSet -> AttrSet

Noogle detected

• lib.mapAttrsRecursiveCond

mapAttrsRecursiveCond =
    cond:
    f:
    set:
    let
      recurse = path:
        mapAttrs
          (name: value:
            if isAttrs value && cond value
            then recurse (path ++ [ name ]) value
            else f (path ++ [ name ]) value);
    in
    recurse [ ] set;