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Add unit tests for constant package #39

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1f354b8
Add unit tests for CruxListNumber enum
ic0ns Jun 19, 2025
f2f2468
Add unit tests for JobStatus enum
ic0ns Jun 19, 2025
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113 changes: 113 additions & 0 deletions src/test/java/de/rub/nds/crawler/constant/CruxListNumberTest.java
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/*
* TLS-Crawler - A TLS scanning tool to perform large scale scans with the TLS-Scanner
*
* Copyright 2018-2023 Ruhr University Bochum, Paderborn University, and Hackmanit GmbH
*
* Licensed under Apache License, Version 2.0
* http://www.apache.org/licenses/LICENSE-2.0.txt
*/
package de.rub.nds.crawler.constant;

import static org.junit.jupiter.api.Assertions.*;

import org.junit.jupiter.api.Test;

class CruxListNumberTest {

@Test
void testGetNumber() {
assertEquals(1000, CruxListNumber.TOP_1k.getNumber());
assertEquals(5000, CruxListNumber.TOP_5K.getNumber());
assertEquals(10000, CruxListNumber.TOP_10K.getNumber());
assertEquals(50000, CruxListNumber.TOP_50K.getNumber());
assertEquals(100000, CruxListNumber.TOP_100K.getNumber());
assertEquals(500000, CruxListNumber.TOP_500k.getNumber());
assertEquals(1000000, CruxListNumber.TOP_1M.getNumber());
}

@Test
void testEnumValues() {
CruxListNumber[] values = CruxListNumber.values();
assertEquals(7, values.length);
assertEquals(CruxListNumber.TOP_1k, values[0]);
assertEquals(CruxListNumber.TOP_5K, values[1]);
assertEquals(CruxListNumber.TOP_10K, values[2]);
assertEquals(CruxListNumber.TOP_50K, values[3]);
assertEquals(CruxListNumber.TOP_100K, values[4]);
assertEquals(CruxListNumber.TOP_500k, values[5]);
assertEquals(CruxListNumber.TOP_1M, values[6]);
}

@Test
void testValueOf() {
assertEquals(CruxListNumber.TOP_1k, CruxListNumber.valueOf("TOP_1k"));
assertEquals(CruxListNumber.TOP_5K, CruxListNumber.valueOf("TOP_5K"));
assertEquals(CruxListNumber.TOP_10K, CruxListNumber.valueOf("TOP_10K"));
assertEquals(CruxListNumber.TOP_50K, CruxListNumber.valueOf("TOP_50K"));
assertEquals(CruxListNumber.TOP_100K, CruxListNumber.valueOf("TOP_100K"));
assertEquals(CruxListNumber.TOP_500k, CruxListNumber.valueOf("TOP_500k"));
assertEquals(CruxListNumber.TOP_1M, CruxListNumber.valueOf("TOP_1M"));
}

@Test
void testValueOfInvalidName() {
assertThrows(IllegalArgumentException.class, () -> CruxListNumber.valueOf("INVALID"));
assertThrows(IllegalArgumentException.class, () -> CruxListNumber.valueOf(""));
assertThrows(NullPointerException.class, () -> CruxListNumber.valueOf(null));
}

@Test
void testEnumName() {
assertEquals("TOP_1k", CruxListNumber.TOP_1k.name());
assertEquals("TOP_5K", CruxListNumber.TOP_5K.name());
assertEquals("TOP_10K", CruxListNumber.TOP_10K.name());
assertEquals("TOP_50K", CruxListNumber.TOP_50K.name());
assertEquals("TOP_100K", CruxListNumber.TOP_100K.name());
assertEquals("TOP_500k", CruxListNumber.TOP_500k.name());
assertEquals("TOP_1M", CruxListNumber.TOP_1M.name());
}

@Test
void testEnumOrdinal() {
assertEquals(0, CruxListNumber.TOP_1k.ordinal());
assertEquals(1, CruxListNumber.TOP_5K.ordinal());
assertEquals(2, CruxListNumber.TOP_10K.ordinal());
assertEquals(3, CruxListNumber.TOP_50K.ordinal());
assertEquals(4, CruxListNumber.TOP_100K.ordinal());
assertEquals(5, CruxListNumber.TOP_500k.ordinal());
assertEquals(6, CruxListNumber.TOP_1M.ordinal());
}

@Test
void testEnumToString() {
assertEquals("TOP_1k", CruxListNumber.TOP_1k.toString());
assertEquals("TOP_5K", CruxListNumber.TOP_5K.toString());
assertEquals("TOP_10K", CruxListNumber.TOP_10K.toString());
assertEquals("TOP_50K", CruxListNumber.TOP_50K.toString());
assertEquals("TOP_100K", CruxListNumber.TOP_100K.toString());
assertEquals("TOP_500k", CruxListNumber.TOP_500k.toString());
assertEquals("TOP_1M", CruxListNumber.TOP_1M.toString());
}

@Test
void testEnumEquality() {
assertTrue(CruxListNumber.TOP_1k == CruxListNumber.TOP_1k);
assertTrue(CruxListNumber.TOP_5K == CruxListNumber.TOP_5K);
assertFalse(CruxListNumber.TOP_1k == CruxListNumber.TOP_5K);
}

@Test
void testNumberValuesArePositive() {
for (CruxListNumber cruxNumber : CruxListNumber.values()) {
assertTrue(cruxNumber.getNumber() > 0);
}
}

@Test
void testNumberValuesAreOrdered() {
CruxListNumber[] values = CruxListNumber.values();
for (int i = 1; i < values.length; i++) {
assertTrue(values[i].getNumber() > values[i - 1].getNumber());
}
}
}
169 changes: 169 additions & 0 deletions src/test/java/de/rub/nds/crawler/constant/JobStatusTest.java
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/*
* TLS-Crawler - A TLS scanning tool to perform large scale scans with the TLS-Scanner
*
* Copyright 2018-2023 Ruhr University Bochum, Paderborn University, and Hackmanit GmbH
*
* Licensed under Apache License, Version 2.0
* http://www.apache.org/licenses/LICENSE-2.0.txt
*/
package de.rub.nds.crawler.constant;

import static org.junit.jupiter.api.Assertions.*;

import org.junit.jupiter.api.Test;

class JobStatusTest {

@Test
void testIsError() {
assertFalse(JobStatus.TO_BE_EXECUTED.isError());
assertTrue(JobStatus.UNRESOLVABLE.isError());
assertTrue(JobStatus.RESOLUTION_ERROR.isError());
assertTrue(JobStatus.DENYLISTED.isError());
assertFalse(JobStatus.SUCCESS.isError());
assertFalse(JobStatus.EMPTY.isError());
assertTrue(JobStatus.ERROR.isError());
assertTrue(JobStatus.SERIALIZATION_ERROR.isError());
assertTrue(JobStatus.CANCELLED.isError());
assertTrue(JobStatus.INTERNAL_ERROR.isError());
assertTrue(JobStatus.CRAWLER_ERROR.isError());
}

@Test
void testEnumValues() {
JobStatus[] values = JobStatus.values();
assertEquals(11, values.length);
assertEquals(JobStatus.TO_BE_EXECUTED, values[0]);
assertEquals(JobStatus.UNRESOLVABLE, values[1]);
assertEquals(JobStatus.RESOLUTION_ERROR, values[2]);
assertEquals(JobStatus.DENYLISTED, values[3]);
assertEquals(JobStatus.SUCCESS, values[4]);
assertEquals(JobStatus.EMPTY, values[5]);
assertEquals(JobStatus.ERROR, values[6]);
assertEquals(JobStatus.SERIALIZATION_ERROR, values[7]);
assertEquals(JobStatus.CANCELLED, values[8]);
assertEquals(JobStatus.INTERNAL_ERROR, values[9]);
assertEquals(JobStatus.CRAWLER_ERROR, values[10]);
}

@Test
void testValueOf() {
assertEquals(JobStatus.TO_BE_EXECUTED, JobStatus.valueOf("TO_BE_EXECUTED"));
assertEquals(JobStatus.UNRESOLVABLE, JobStatus.valueOf("UNRESOLVABLE"));
assertEquals(JobStatus.RESOLUTION_ERROR, JobStatus.valueOf("RESOLUTION_ERROR"));
assertEquals(JobStatus.DENYLISTED, JobStatus.valueOf("DENYLISTED"));
assertEquals(JobStatus.SUCCESS, JobStatus.valueOf("SUCCESS"));
assertEquals(JobStatus.EMPTY, JobStatus.valueOf("EMPTY"));
assertEquals(JobStatus.ERROR, JobStatus.valueOf("ERROR"));
assertEquals(JobStatus.SERIALIZATION_ERROR, JobStatus.valueOf("SERIALIZATION_ERROR"));
assertEquals(JobStatus.CANCELLED, JobStatus.valueOf("CANCELLED"));
assertEquals(JobStatus.INTERNAL_ERROR, JobStatus.valueOf("INTERNAL_ERROR"));
assertEquals(JobStatus.CRAWLER_ERROR, JobStatus.valueOf("CRAWLER_ERROR"));
}

@Test
void testValueOfInvalidName() {
assertThrows(IllegalArgumentException.class, () -> JobStatus.valueOf("INVALID_STATUS"));
assertThrows(IllegalArgumentException.class, () -> JobStatus.valueOf(""));
assertThrows(NullPointerException.class, () -> JobStatus.valueOf(null));
}

@Test
void testEnumName() {
assertEquals("TO_BE_EXECUTED", JobStatus.TO_BE_EXECUTED.name());
assertEquals("UNRESOLVABLE", JobStatus.UNRESOLVABLE.name());
assertEquals("RESOLUTION_ERROR", JobStatus.RESOLUTION_ERROR.name());
assertEquals("DENYLISTED", JobStatus.DENYLISTED.name());
assertEquals("SUCCESS", JobStatus.SUCCESS.name());
assertEquals("EMPTY", JobStatus.EMPTY.name());
assertEquals("ERROR", JobStatus.ERROR.name());
assertEquals("SERIALIZATION_ERROR", JobStatus.SERIALIZATION_ERROR.name());
assertEquals("CANCELLED", JobStatus.CANCELLED.name());
assertEquals("INTERNAL_ERROR", JobStatus.INTERNAL_ERROR.name());
assertEquals("CRAWLER_ERROR", JobStatus.CRAWLER_ERROR.name());
}

@Test
void testEnumOrdinal() {
assertEquals(0, JobStatus.TO_BE_EXECUTED.ordinal());
assertEquals(1, JobStatus.UNRESOLVABLE.ordinal());
assertEquals(2, JobStatus.RESOLUTION_ERROR.ordinal());
assertEquals(3, JobStatus.DENYLISTED.ordinal());
assertEquals(4, JobStatus.SUCCESS.ordinal());
assertEquals(5, JobStatus.EMPTY.ordinal());
assertEquals(6, JobStatus.ERROR.ordinal());
assertEquals(7, JobStatus.SERIALIZATION_ERROR.ordinal());
assertEquals(8, JobStatus.CANCELLED.ordinal());
assertEquals(9, JobStatus.INTERNAL_ERROR.ordinal());
assertEquals(10, JobStatus.CRAWLER_ERROR.ordinal());
}

@Test
void testEnumToString() {
assertEquals("TO_BE_EXECUTED", JobStatus.TO_BE_EXECUTED.toString());
assertEquals("UNRESOLVABLE", JobStatus.UNRESOLVABLE.toString());
assertEquals("RESOLUTION_ERROR", JobStatus.RESOLUTION_ERROR.toString());
assertEquals("DENYLISTED", JobStatus.DENYLISTED.toString());
assertEquals("SUCCESS", JobStatus.SUCCESS.toString());
assertEquals("EMPTY", JobStatus.EMPTY.toString());
assertEquals("ERROR", JobStatus.ERROR.toString());
assertEquals("SERIALIZATION_ERROR", JobStatus.SERIALIZATION_ERROR.toString());
assertEquals("CANCELLED", JobStatus.CANCELLED.toString());
assertEquals("INTERNAL_ERROR", JobStatus.INTERNAL_ERROR.toString());
assertEquals("CRAWLER_ERROR", JobStatus.CRAWLER_ERROR.toString());
}

@Test
void testEnumEquality() {
assertTrue(JobStatus.SUCCESS == JobStatus.SUCCESS);
assertTrue(JobStatus.ERROR == JobStatus.ERROR);
assertFalse(JobStatus.SUCCESS == JobStatus.ERROR);
assertFalse(JobStatus.TO_BE_EXECUTED == JobStatus.UNRESOLVABLE);
}

@Test
void testSuccessStatuses() {
// Test that success-like statuses are not marked as errors
assertFalse(JobStatus.TO_BE_EXECUTED.isError());
assertFalse(JobStatus.SUCCESS.isError());
assertFalse(JobStatus.EMPTY.isError());
}

@Test
void testErrorStatuses() {
// Test that all error statuses are correctly marked
assertTrue(JobStatus.UNRESOLVABLE.isError());
assertTrue(JobStatus.RESOLUTION_ERROR.isError());
assertTrue(JobStatus.DENYLISTED.isError());
assertTrue(JobStatus.ERROR.isError());
assertTrue(JobStatus.SERIALIZATION_ERROR.isError());
assertTrue(JobStatus.CANCELLED.isError());
assertTrue(JobStatus.INTERNAL_ERROR.isError());
assertTrue(JobStatus.CRAWLER_ERROR.isError());
}

@Test
void testAllStatusesHaveDefinedErrorState() {
// Ensure all enum values have their error state properly defined
for (JobStatus status : JobStatus.values()) {
assertNotNull(status);
// This will not throw NPE if isError is properly implemented
boolean errorState = status.isError();
// Just verify we can call the method on all values
assertTrue(errorState || !errorState); // Always true, just testing accessibility
}
}

@Test
void testEnumDeclarationOrder() {
// Verify the order matches the expected workflow
JobStatus[] values = JobStatus.values();

// TO_BE_EXECUTED should be first as it's the initial state
assertEquals(JobStatus.TO_BE_EXECUTED, values[0]);

// Terminal states should come after
assertTrue(values[0].ordinal() < JobStatus.SUCCESS.ordinal());
assertTrue(values[0].ordinal() < JobStatus.ERROR.ordinal());
}
}