@spec canonicalize(RDF.Graph.t() | RDF.Dataset.t()) :: RDF.Dataset.t()

Canonicalizes the blank nodes of a graph or dataset according to the RDF Dataset Canonicalization spec.

This function always returns a RDF.Dataset. If you want to canonicalize a RDF.Graph and get a RDF.Graph back, use RDF.Graph.canonicalize/1.

example

Example

iex> RDF.Graph.new([{~B<foo>, EX.p(), ~B<bar>}, {~B<bar>, EX.p(), ~B<foo>}])
...> |> RDF.Canonicalization.canonicalize()
RDF.Dataset.new([{~B<c14n0>, EX.p(), ~B<c14n1>}, {~B<c14n1>, EX.p(), ~B<c14n0>}])

@spec isomorphic?(RDF.Graph.t() | RDF.Dataset.t(), RDF.Graph.t() | RDF.Dataset.t()) ::
  boolean()

Checks whether two graphs or datasets are equal, regardless of the concrete names of the blank nodes they contain.

examples

Examples

iex> RDF.Graph.new([{~B<foo>, EX.p(), ~B<bar>}, {~B<bar>, EX.p(), 42}])
...> |> RDF.Canonicalization.isomorphic?(
...>      RDF.Graph.new([{~B<b1>, EX.p(), ~B<b2>}, {~B<b2>, EX.p(), 42}]))
true

iex> RDF.Graph.new([{~B<foo>, EX.p(), ~B<bar>}, {~B<bar>, EX.p(), 42}])
...> |> RDF.Canonicalization.isomorphic?(
...>      RDF.Graph.new([{~B<b1>, EX.p(), ~B<b2>}, {~B<b3>, EX.p(), 42}]))
false