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How to use testNegXFloat method of org.evomaster.client.java.instrumentation.example.nonintegercomparisons.NIC_ExampleInstrumentedTest class

Best EvoMaster code snippet using org.evomaster.client.java.instrumentation.example.nonintegercomparisons.NIC_ExampleInstrumentedTest.testNegXFloat

Source:NIC_ExampleInstrumentedTest.java

...262                () -> evalNeg(-2.11111, 0d)263        );264    }265    @Test266    public void testNegXFloat(){267        testNegX(268                () -> evalNeg(-15f, 0f),269                () -> evalNeg(-2215.4444444f, 0f),270                () -> evalNeg(-2.3f, 0f)271        );272    }273    private void testNegX(Supplier<Integer> firstCall_negativeX,274                          Supplier<Integer> secondCall_worseX,275                          Supplier<Integer> thirdCall_betterX){276        int res = firstCall_negativeX.get();277        //first branch should had been taken278        assertEquals(3, res);279        //so far, seen only first comparison,280        assertEquals(3, ExecutionTracer.getNumberOfObjectives(ObjectiveNaming.NUMERIC_COMPARISON));...

testNegXFloat

Using AI Code Generation

1package org.evomaster.client.java.instrumentation.example.nonintegercomparisons;2import com.foo.somedifferentpackage.examples.nonintegercomparisons.NIC_Example;3import org.evomaster.client.java.instrumentation.shared.ObjectiveNaming;4import org.evomaster.client.java.instrumentation.shared.RegressionResult;5import org.evomaster.client.java.instrumentation.shared.StringSpecialization;6import org.evomaster.client.java.instrumentation.shared.TaintInputName;7import org.evomaster.client.java.instrumentation.shared.TaintInputValue;8import org.evomaster.client.java.instrumentation.shared.TaintStatus;9import org.evomaster.client.java.instrumentation.shared.TaintableString;10import org.junit.jupiter.api.Test;11import static org.junit.jupiter.api.Assertions.*;12class NIC_ExampleInstrumentedTest {13    void testNegXFloat() throws Exception {14        NIC_Example example = new NIC_Example();15        RegressionResult result;16        result = example.test0(0.0f);17        assertEquals(TaintStatus.TAINTED, result.getTaintStatus());18        assertEquals(ObjectiveNaming.METHOD_REACHED_BUT_NULL, result.getName());19        assertEquals(0.0f, result.getValue());20        result = example.test0(-0.0f);21        assertEquals(TaintStatus.TAINTED, result.getTaintStatus());22        assertEquals(ObjectiveNaming.METHOD_REACHED_BUT_NULL, result.getName());23        assertEquals(-0.0f, result.getValue());24        result = example.test0(0.0f + Float.MIN_VALUE);25        assertEquals(TaintStatus.TAINTED, result.getTaintStatus());26        assertEquals(ObjectiveNaming.METHOD_REACHED_BUT_NULL, result.getName());27        assertEquals(0.0f + Float.MIN_VALUE, result.getValue());28        result = example.test0(-0.0f - Float.MIN_VALUE);29        assertEquals(TaintStatus.TAINTED, result.getTaintStatus());30        assertEquals(ObjectiveNaming.METHOD_REACHED_BUT_NULL, result.getName());31        assertEquals(-0.0f - Float.MIN_VALUE, result.getValue());

testNegXFloat

Using AI Code Generation

1package org.evomaster.client.java.instrumentation.example.nonintegercomparisons;2import com.foo.somedifferentpackage.examples.nonintegercomparisons.NIC_Example;3import com.foo.somedifferentpackage.examples.nonintegercomparisons.NIC_Example$;4import org.evomaster.client.java.instrumentation.example.nonintegercomparisons.NIC_ExampleInstrumentedTest;5import org.junit.Before;6import org.junit.Test;7import static org.junit.Assert.*;8public class NIC_ExampleInstrumentedTest {9    private NIC_Example example;10    public void setUp() {11        example = new NIC_Example();12    }13    public void testNegXFloat() {14        boolean result_0 = example.isNegXFloat(-0.0f);15        assertTrue(result_0);16        boolean result_1 = example.isNegXFloat(0.0f);17        assertFalse(result_1);18        boolean result_2 = example.isNegXFloat(-1.0f);19        assertTrue(result_2);20        boolean result_3 = example.isNegXFloat(1.0f);21        assertFalse(result_3);22        boolean result_4 = example.isNegXFloat(-0.1f);23        assertTrue(result_4);24        boolean result_5 = example.isNegXFloat(0.1f);25        assertFalse(result_5);26        boolean result_6 = example.isNegXFloat(-0.9f);27        assertTrue(result_6);28        boolean result_7 = example.isNegXFloat(0.9f);29        assertFalse(result_7);30        boolean result_8 = example.isNegXFloat(-1.0f);31        assertTrue(result_8);32        boolean result_9 = example.isNegXFloat(1.0f);33        assertFalse(result_9);34        boolean result_10 = example.isNegXFloat(-1.1f);35        assertTrue(result_10);36        boolean result_11 = example.isNegXFloat(1.1f);37        assertFalse(result_11);38        boolean result_12 = example.isNegXFloat(-0.1f);39        assertTrue(result_12);40        boolean result_13 = example.isNegXFloat(0.1f);

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