chore: Naming conventions
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8 changed files with 8 additions and 10 deletions
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package prolog
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import org.junit.jupiter.api.Assertions.*
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import org.junit.jupiter.api.BeforeEach
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import org.junit.jupiter.api.Test
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import prolog.ast.logic.Fact
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import prolog.ast.logic.Rule
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import prolog.builtins.Conjunction
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import prolog.builtins.Disjunction
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import prolog.builtins.Query
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import prolog.logic.equivalent
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import prolog.ast.terms.Atom
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import prolog.ast.terms.Structure
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import prolog.ast.terms.Variable
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class EvaluationTest {
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@BeforeEach
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fun setUp() {
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Program.clear()
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}
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@Test
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fun successful_single_fact_query() {
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val fact = Fact(Atom("a"))
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Program.load(listOf(fact))
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val result = Program.query(Atom("a"))
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assertTrue(result.any())
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}
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@Test
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fun failing_single_fact_query() {
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val fact = Fact(Atom("a"))
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Program.load(listOf(fact))
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val result = Program.query(Atom("b"))
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assertFalse(result.any())
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}
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@Test
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fun multiple_fact_query() {
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val fact1 = Fact(Atom("a"))
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val fact2 = Fact(Atom("b"))
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Program.load(listOf(fact1, fact2))
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assertTrue(Program.query(Atom("a")).any())
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assertTrue(Program.query(Atom("b")).any())
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assertFalse(Program.query(Atom("c")).any())
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}
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@Test
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fun single_compound_query() {
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val structure = Structure(Atom("f"), listOf(Atom("a"), Atom("b")))
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Program.load(listOf(Fact(structure)))
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assertTrue(Program.query(Structure(Atom("f"), listOf(Atom("a"), Atom("b")))).any())
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}
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@Test
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fun multiple_compound_query() {
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val structure1 = Structure(Atom("f"), listOf(Atom("a"), Atom("b")))
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val structure2 = Structure(Atom("g"), listOf(Atom("c"), Atom("d")))
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Program.load(listOf(Fact(structure1), Fact(structure2)))
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assertTrue(Program.query(Structure(Atom("f"), listOf(Atom("a"), Atom("b")))).any())
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assertTrue(Program.query(Structure(Atom("g"), listOf(Atom("c"), Atom("d")))).any())
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assertFalse(Program.query(Structure(Atom("h"), listOf(Atom("e")))).any())
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}
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/**
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* John and Jane are Jimmy's parents.
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*/
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@Test
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fun parents_prolog_way() {
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val father = Fact(Structure(Atom("father"), listOf(Atom("john"), Atom("jimmy"))))
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val mother = Fact(Structure(Atom("mother"), listOf(Atom("jane"), Atom("jimmy"))))
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val parent1 = Rule(
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Structure(Atom("parent"), listOf(Variable("X"), Variable("Y"))),
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/* :- */
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Structure(Atom("father"), listOf(Variable("X"), Variable("Y")))
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)
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val parent2 = Rule(
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Structure(Atom("parent"), listOf(Variable("X"), Variable("Y"))),
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/* :- */
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Structure(Atom("mother"), listOf(Variable("X"), Variable("Y")))
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)
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Program.load(listOf(father, mother, parent1, parent2))
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assertTrue(Program.query(Structure(Atom("parent"), listOf(Atom("john"), Atom("jimmy")))).any())
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assertTrue(Program.query(Structure(Atom("parent"), listOf(Atom("jane"), Atom("jimmy")))).any())
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}
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/**
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* John and Jane are Jimmy's parents.
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*/
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@Test
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fun parents_disjunction_way() {
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val father = Fact(Structure(Atom("father"), listOf(Atom("john"), Atom("jimmy"))))
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val mother = Fact(Structure(Atom("mother"), listOf(Atom("jane"), Atom("jimmy"))))
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val variable1 = Variable("X")
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val variable2 = Variable("Y")
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val parent = Rule(
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Structure(Atom("parent"), listOf(variable1, variable2)),
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/* :- */ Disjunction(
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Structure(Atom("father"), listOf(variable1, variable2)),
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/* ; */
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Structure(Atom("mother"), listOf(variable1, variable2))
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)
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)
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Program.load(listOf(father, mother, parent))
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val result1 = Program.query(Structure(Atom("parent"), listOf(Atom("john"), Atom("jimmy"))))
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assertTrue(result1.toList().isNotEmpty())
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val result2 = Program.query(Structure(Atom("parent"), listOf(Atom("jane"), Atom("jimmy"))))
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assertTrue(result2.toList().isNotEmpty())
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val result3 = Program.query(Structure(Atom("parent"), listOf(Atom("john"), Atom("jane"))))
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assertFalse(result3.any())
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val result4 = Program.query(Structure(Atom("father"), listOf(Atom("john"), Atom("jane"))))
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assertFalse(result4.any())
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}
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/**
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* John is Jimmy's father.
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* Jane is Jimmy's mother.
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*/
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@Test
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fun father_or_mother() {
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val male = Fact(Structure(Atom("male"), listOf(Atom("john"))))
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val female = Fact(Structure(Atom("female"), listOf(Atom("jane"))))
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val parent1 = Fact(Structure(Atom("parent"), listOf(Atom("john"), Atom("jimmy"))))
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val parent2 = Fact(Structure(Atom("parent"), listOf(Atom("jane"), Atom("jimmy"))))
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val variable1 = Variable("X")
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val variable2 = Variable("Y")
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val isFather = Rule(
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Structure(Atom("isFather"), listOf(variable1, variable2)),
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Conjunction(
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Structure(Atom("parent"), listOf(variable1, variable2)),
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Structure(Atom("male"), listOf(variable1))
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)
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)
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val variable3 = Variable("X")
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val variable4 = Variable("Y")
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val isMother = Rule(
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Structure(Atom("isMother"), listOf(variable3, variable4)),
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Conjunction(
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Structure(Atom("parent"), listOf(variable3, variable4)),
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Structure(Atom("female"), listOf(variable3))
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)
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)
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Program.load(listOf(male, female, parent1, parent2, isFather, isMother))
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val result1 = Program.query(Structure(Atom("isFather"), listOf(Atom("john"), Atom("jimmy"))))
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assertTrue(result1.any())
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val result2 = Program.query(Structure(Atom("isMother"), listOf(Atom("jane"), Atom("jimmy"))))
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assertTrue(result2.any())
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val result3 = Program.query(Structure(Atom("isFather"), listOf(Atom("jane"), Atom("jimmy"))))
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assertFalse(result3.any())
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val result4 = Program.query(Structure(Atom("isMother"), listOf(Atom("john"), Atom("jimmy"))))
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assertFalse(result4.any())
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val result5 = Program.query(Structure(Atom("parent"), listOf(Atom("trudy"), Atom("jimmy"))))
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assertFalse(result5.any())
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}
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@Test
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fun requires_backtracking() {
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val fact1 = Fact(Structure(Atom("a"), listOf(Atom("b"))))
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val fact2 = Fact(Structure(Atom("a"), listOf(Atom("c"))))
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val fact3 = Fact(Structure(Atom("a"), listOf(Atom("d"))))
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Program.load(listOf(fact1, fact2, fact3))
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assertTrue(Program.query(Structure(Atom("a"), listOf(Atom("b")))).any())
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assertTrue(Program.query(Structure(Atom("a"), listOf(Atom("c")))).any())
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assertTrue(Program.query(Structure(Atom("a"), listOf(Atom("d")))).any())
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}
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@Test
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fun multiple_choices() {
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val fact1 = Fact(Structure(Atom("a"), listOf(Atom("b"))))
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val fact2 = Fact(Structure(Atom("a"), listOf(Atom("c"))))
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val fact3 = Fact(Structure(Atom("a"), listOf(Atom("d"))))
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Program.load(listOf(fact1, fact2, fact3))
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val results = Query(Structure(Atom("a"), listOf(Variable("X")))).satisfy(emptyMap())
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val expectedResults = listOf(
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mapOf(Variable("X") to Atom("b")),
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mapOf(Variable("X") to Atom("c")),
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mapOf(Variable("X") to Atom("d"))
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)
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val actualResults = results.toList()
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assertEquals(expectedResults.size, actualResults.size, "Number of results should match")
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for (i in expectedResults.indices) {
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assertEquals(expectedResults[i].size, actualResults[i].getOrNull()!!.size, "Substitution size should match")
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assertTrue(expectedResults[i].all { actualResults[i].getOrNull()!![it.key]?.let { it1 -> equivalent(it.value, it1, emptyMap()) } ?: false }, "Substitution values should match")
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}
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}
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}
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