224 lines
8.1 KiB
Elixir
224 lines
8.1 KiB
Elixir
defmodule RDF.EqualityTest do
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use RDF.Test.Case
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alias RDF.NS.XSD
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describe "RDF.IRI" do
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@term_equal_iris [
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{RDF.iri("http://example.com/"), RDF.iri("http://example.com/")},
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]
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@term_unequal_iris [
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{RDF.iri("http://example.com/foo"), RDF.iri("http://example.com/bar")},
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]
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@value_equal_iris [
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{RDF.iri("http://example.com/"),
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RDF.literal("http://example.com/", datatype: XSD.anyURI)},
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{RDF.literal("http://example.com/", datatype: XSD.anyURI),
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RDF.iri("http://example.com/")},
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{RDF.literal("http://example.com/", datatype: XSD.anyURI),
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RDF.literal("http://example.com/", datatype: XSD.anyURI)},
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]
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@value_unequal_iris [
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{RDF.iri("http://example.com/foo"),
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RDF.literal("http://example.com/bar", datatype: XSD.anyURI)},
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]
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@incomparable_iris [
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{RDF.iri("http://example.com/"), RDF.string("http://example.com/")},
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]
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test "term equality", do: assert_term_equal @term_equal_iris
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test "term inequality", do: assert_term_unequal @term_unequal_iris
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test "value equality", do: assert_value_equal @value_equal_iris
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test "value inequality", do: assert_value_unequal @value_unequal_iris
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test "incomparability", do: assert_incomparable @incomparable_iris
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end
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describe "RDF.BlankNode" do
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@term_equal_bnodes [
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{RDF.bnode("foo"), RDF.bnode("foo")},
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]
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@term_unequal_bnodes [
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{RDF.bnode("foo"), RDF.bnode("bar")},
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]
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@value_equal_bnodes [
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]
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@value_unequal_bnodes [
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]
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@incomparable_bnodes [
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{RDF.bnode("foo"), RDF.string("foo")},
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{RDF.string("foo"), RDF.bnode("foo")},
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]
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test "term equality", do: assert_term_equal @term_equal_bnodes
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test "term inequality", do: assert_term_unequal @term_unequal_bnodes
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test "value equality", do: assert_value_equal @value_equal_bnodes
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test "value inequality", do: assert_value_unequal @value_unequal_bnodes
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test "incomparability", do: assert_incomparable @incomparable_bnodes
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end
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describe "RDF.String and RDF.LangString" do
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@term_equal_strings [
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{RDF.string("foo"), RDF.string("foo")},
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{RDF.lang_string("foo", language: "de"), RDF.lang_string("foo", language: "de")},
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]
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@term_unequal_strings [
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{RDF.string("foo"), RDF.string("bar")},
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{RDF.lang_string("foo", language: "de"), RDF.lang_string("bar", language: "de")},
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]
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@value_equal_strings [
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]
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@value_unequal_strings [
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]
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@incomparable_strings [
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{RDF.string("foo"), RDF.lang_string("foo", language: "de")},
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{RDF.lang_string("foo", language: "de"), RDF.string("foo")},
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{RDF.string("foo"), RDF.bnode("foo")},
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]
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test "term equality", do: assert_term_equal @term_equal_strings
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test "term inequality", do: assert_term_unequal @term_unequal_strings
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test "value equality", do: assert_value_equal @value_equal_strings
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test "value inequality", do: assert_value_unequal @value_unequal_strings
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test "incomparability", do: assert_incomparable @incomparable_strings
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end
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describe "RDF.Boolean" do
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@term_equal_booleans [
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{RDF.true, RDF.true},
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{RDF.false, RDF.false},
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]
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@term_unequal_booleans [
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{RDF.true, RDF.false},
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{RDF.false, RDF.true},
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]
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@value_equal_booleans [
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{RDF.true, RDF.boolean("TRUE")},
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{RDF.boolean(1), RDF.true},
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]
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@value_unequal_booleans [
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{RDF.true, RDF.boolean("FALSE")},
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{RDF.boolean(0), RDF.true},
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]
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@incomparable_booleans [
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{RDF.true, nil},
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{nil, RDF.true},
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{RDF.true, RDF.string("FALSE")},
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{RDF.integer(0), RDF.true},
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]
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test "term equality", do: assert_term_equal @term_equal_booleans
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test "term inequality", do: assert_term_unequal @term_unequal_booleans
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test "value equality", do: assert_value_equal @value_equal_booleans
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test "value inequality", do: assert_value_unequal @value_unequal_booleans
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test "incomparability", do: assert_incomparable @incomparable_booleans
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end
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describe "RDF.Numeric" do
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@term_equal_numerics [
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{RDF.integer(42), RDF.integer(42)},
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{RDF.integer("042"), RDF.integer("042")},
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]
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@term_unequal_numerics [
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{RDF.integer(1), RDF.integer(2)},
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]
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@value_equal_numerics [
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{RDF.integer("42"), RDF.integer("042")},
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{RDF.double("+0"), RDF.double("-0")},
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{RDF.integer("42"), RDF.double("42")},
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{RDF.integer(42), RDF.double(42.0)},
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]
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@value_unequal_numerics [
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{RDF.integer("1"), RDF.double("1.1")},
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]
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@incomparable_numerics [
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{RDF.string("42"), RDF.integer(42)},
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{RDF.integer("42"), RDF.string("42")},
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]
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test "term equality", do: assert_term_equal @term_equal_numerics
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test "term inequality", do: assert_term_unequal @term_unequal_numerics
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test "value equality", do: assert_value_equal @value_equal_numerics
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test "value inequality", do: assert_value_unequal @value_unequal_numerics
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test "incomparability", do: assert_incomparable @incomparable_numerics
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end
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describe "RDF.DateTime" do
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@term_equal_datetimes [
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{RDF.date_time("2002-04-02T12:00:00-01:00"), RDF.date_time("2002-04-02T12:00:00-01:00")},
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{RDF.date_time("2002-04-02T12:00:00"), RDF.date_time("2002-04-02T12:00:00")},
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]
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@term_unequal_datetimes [
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{RDF.date_time("2002-04-02T12:00:00"), RDF.date_time("2002-04-02T17:00:00")},
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]
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@value_equal_datetimes [
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{RDF.date_time("2002-04-02T12:00:00-01:00"), RDF.date_time("2002-04-02T17:00:00+04:00")},
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{RDF.date_time("2002-04-02T23:00:00-04:00"), RDF.date_time("2002-04-03T02:00:00-01:00")},
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{RDF.date_time("1999-12-31T24:00:00"), RDF.date_time("2000-01-01T00:00:00")},
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# TODO: Assume that the dynamic context provides an implicit timezone value of -05:00
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# {RDF.date_time("2002-04-02T12:00:00"), RDF.date_time("2002-04-02T23:00:00+06:00")},
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]
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@value_unequal_datetimes [
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{RDF.date_time("2005-04-04T24:00:00"), RDF.date_time("2005-04-04T00:00:00")},
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]
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@incomparable_datetimes [
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{RDF.string("2002-04-02T12:00:00-01:00"), RDF.date_time("2002-04-02T12:00:00-01:00")},
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{RDF.date_time("2002-04-02T12:00:00-01:00"), RDF.string("2002-04-02T12:00:00-01:00")},
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]
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test "term equality", do: assert_term_equal @term_equal_datetimes
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test "term inequality", do: assert_term_unequal @term_unequal_datetimes
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test "value equality", do: assert_value_equal @value_equal_datetimes
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test "value inequality", do: assert_value_unequal @value_unequal_datetimes
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test "incomparability", do: assert_incomparable @incomparable_datetimes
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end
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defp assert_term_equal(examples) do
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Enum.each examples, fn example -> assert_term_equality(example, true) end
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Enum.each examples, fn example -> assert_value_equality(example, true) end
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end
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defp assert_term_unequal(examples) do
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Enum.each examples, fn example -> assert_term_equality(example, false) end
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Enum.each examples, fn example -> assert_value_equality(example, false) end
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end
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defp assert_value_equal(examples) do
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Enum.each examples, fn example -> assert_value_equality(example, true) end
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end
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defp assert_value_unequal(examples) do
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Enum.each examples, fn example -> assert_value_equality(example, false) end
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end
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defp assert_incomparable(examples) do
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Enum.each examples, fn example -> assert_term_equality(example, false) end
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Enum.each examples, fn example -> assert_value_equality(example, nil) end
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end
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defp assert_term_equality({left, right}, expected) do
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result = RDF.Term.equal?(left, right)
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assert result == expected, """
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expected RDF.Term.equal?(
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#{inspect left},
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#{inspect right})
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to be: #{inspect expected}
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but got: #{inspect result}
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"""
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end
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defp assert_value_equality({left, right}, expected) do
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result = RDF.Term.equal_value?(left, right)
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assert result == expected, """
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expected RDF.Term.equal_value?(
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#{inspect left},
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#{inspect right})
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to be: #{inspect expected}
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but got: #{inspect result}
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"""
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end
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end
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