Best EvoMaster code snippet using org.evomaster.client.java.instrumentation.coverage.methodreplacement.RegexDistanceUtilsTest.testIdenticalChar
Source: RegexDistanceUtilsTest.java
...91 assertEquals(2.0, RegexDistanceUtils.getStandardDistance("ab", ""), 0.0);92 assertEquals(3.0, RegexDistanceUtils.getStandardDistance("abc", ""), 0.0);93 }94 @Test95 public void testIdenticalChar() {96 assertEquals(0, RegexDistanceUtils.getStandardDistance("a", "a"), 0.0);97 assertEquals(0, RegexDistanceUtils.getStandardDistance("aa", "aa"), 0.0);98 }99 @Test100 public void testReplaceChar() {101 assertEquals(1, RegexDistanceUtils.getStandardDistance("b", "a"), 0.0);102 assertEquals(1, RegexDistanceUtils.getStandardDistance("ab", "aa"), 0.0);103 }104 @Test105 public void testDeleteChar() {106 assertEquals(1, RegexDistanceUtils.getStandardDistance("aa", "a"), 0.0);107 assertEquals(2, RegexDistanceUtils.getStandardDistance("aaa", "a"), 0.0);108 assertEquals(3, RegexDistanceUtils.getStandardDistance("aaaa", "a"), 0.0);109 assertEquals(4, RegexDistanceUtils.getStandardDistance("aaaaa", "a"), 0.0);...
testIdenticalChar
Using AI Code Generation
1public void testIdenticalChar() {2 boolean result_0 = RegexDistanceUtilsTest.testIdenticalChar('A', 'A');3 assertEquals(true, result_0);4 boolean result_1 = RegexDistanceUtilsTest.testIdenticalChar('A', 'B');5 assertEquals(false, result_1);6 boolean result_2 = RegexDistanceUtilsTest.testIdenticalChar('A', 'a');7 assertEquals(false, result_2);8}9The method testIdenticalChar() of the class RegexDistanceUtilsTest, which is used for testing the method testIdenticalChar() of the class RegexDistanceUtils, is shown in the following code snippet:10public void testIdenticalChar() {11 boolean result_0 = RegexDistanceUtils.testIdenticalChar('A', 'A');12 assertEquals(true, result_0);13 boolean result_1 = RegexDistanceUtils.testIdenticalChar('A', 'B');14 assertEquals(false, result_1);15 boolean result_2 = RegexDistanceUtils.testIdenticalChar('A', 'a');16 assertEquals(false, result_2);17}18The method testIdenticalChar() of the class RegexDistanceUtils, which is used for testing the method testIdenticalChar() of the class RegexDistanceUtils, is shown in the following code snippet:19public void testIdenticalChar() {20 boolean result_0 = RegexDistanceUtils.testIdenticalChar('A', 'A');21 assertEquals(true, result_0);22 boolean result_1 = RegexDistanceUtils.testIdenticalChar('A', 'B');23 assertEquals(false, result_1);24 boolean result_2 = RegexDistanceUtils.testIdenticalChar('A', 'a');25 assertEquals(false, result_2);26}27The method testIdenticalChar() of the class RegexDistanceUtils, which is used for testing the method testIdenticalChar() of the class RegexDistanceUtils, is shown in the following code snippet:28public void testIdenticalChar() {
testIdenticalChar
Using AI Code Generation
1 testIdenticalChar(0, "a", "a");2 testIdenticalChar(1, "a", "b");3 testIdenticalChar(0, "a", "A");4 testIdenticalChar(0, "a", "a");5 testIdenticalChar(0, "a", "a");6 testIdenticalChar(1, "a", "b");7 testIdenticalChar(0, "a", "A");8 testIdenticalChar(0, "a", "a");9 testIdenticalChar(0, "a", "a");10 testIdenticalChar(1, "a", "b");11 testIdenticalChar(0, "a", "A");12 testIdenticalChar(0, "a", "a");13 testIdenticalChar(0, "a", "a");14 testIdenticalChar(1, "a", "b");15 testIdenticalChar(0, "a", "A");16 testIdenticalChar(0, "a", "a");17 testIdenticalChar(0, "a", "a");18 testIdenticalChar(1, "a", "b");19 testIdenticalChar(0, "a", "A");20 testIdenticalChar(0, "a", "a");21 testIdenticalChar(0, "a", "a");22 testIdenticalChar(1, "a", "b");23 testIdenticalChar(0, "a", "A");24 testIdenticalChar(0, "a", "a");25 testIdenticalChar(0, "a", "a");26 testIdenticalChar(1, "a", "b");27 testIdenticalChar(0, "a", "A");28 testIdenticalChar(0, "a", "a");29 testIdenticalChar(0, "a", "a");30 testIdenticalChar(1, "a", "b");31 testIdenticalChar(0, "a", "A");32 testIdenticalChar(0, "a", "a");33 testIdenticalChar(0, "a", "a");34 testIdenticalChar(1, "a", "b");35 testIdenticalChar(0, "a", "A");36 testIdenticalChar(0,
testIdenticalChar
Using AI Code Generation
1public static void testIdenticalChar_0_0() throws Exception {2 String string1 = "n";3 String string2 = "n";4 boolean result = RegexDistanceUtilsTest.testIdenticalChar(string1, string2);5 org.junit.Assert.assertEquals(true, result);6}7public static boolean testIdenticalChar(String string1, String string2) {8 return RegexDistanceUtils.identicalChar(string1, string2);9}10public static boolean identicalChar(String string1, String string2) {11 if (string1.length() == 1 && string2.length() == 1) {12 return string1.charAt(0) == string2.charAt(0);13 }14 return false;15}16public static void testIdenticalChar_0_1() throws Exception {17 String string1 = "n";18 String string2 = "m";19 boolean result = RegexDistanceUtilsTest.testIdenticalChar(string1, string2);20 org.junit.Assert.assertEquals(false, result);21}22public static void testIdenticalChar_1_0() throws Exception {23 String string1 = "nn";24 String string2 = "n";25 boolean result = RegexDistanceUtilsTest.testIdenticalChar(string1, string2);26 org.junit.Assert.assertEquals(false, result);27}28public static void testIdenticalChar_0_2() throws Exception {
testIdenticalChar
Using AI Code Generation
1package org.evomaster.client.java.instrumentation.coverage.methodreplacement;2import org.junit.jupiter.api.Test;3import static org.junit.jupiter.api.Assertions.*;4public class RegexDistanceUtilsTest {5 public void testIdenticalChar() throws Exception {6 String string0 = "s";7 char char0 = 's';8 boolean boolean0 = RegexDistanceUtils.identicalChar(string0, char0);9 assertTrue(boolean0);10 String string1 = "s";11 char char1 = 's';12 boolean boolean1 = RegexDistanceUtils.identicalChar(string1, char1);13 assertTrue(boolean1);14 String string2 = "s";15 char char2 = 's';16 boolean boolean2 = RegexDistanceUtils.identicalChar(string2, char2);17 assertTrue(boolean2);18 String string3 = "s";19 char char3 = 's';20 boolean boolean3 = RegexDistanceUtils.identicalChar(string3, char3);21 assertTrue(boolean3);22 String string4 = "s";23 char char4 = 's';24 boolean boolean4 = RegexDistanceUtils.identicalChar(string4, char4);25 assertTrue(boolean4);26 String string5 = "s";27 char char5 = 's';28 boolean boolean5 = RegexDistanceUtils.identicalChar(string5, char5);29 assertTrue(boolean5);30 String string6 = "s";31 char char6 = 's';32 boolean boolean6 = RegexDistanceUtils.identicalChar(string6, char6);33 assertTrue(boolean6);34 String string7 = "s";35 char char7 = 's';36 boolean boolean7 = RegexDistanceUtils.identicalChar(string7, char7);37 assertTrue(boolean7);38 String string8 = "s";
Check out the latest blogs from LambdaTest on this topic:
In some sense, testing can be more difficult than coding, as validating the efficiency of the test cases (i.e., the ‘goodness’ of your tests) can be much harder than validating code correctness. In practice, the tests are just executed without any validation beyond the pass/fail verdict. On the contrary, the code is (hopefully) always validated by testing. By designing and executing the test cases the result is that some tests have passed, and some others have failed. Testers do not know much about how many bugs remain in the code, nor about their bug-revealing efficiency.
There is just one area where each member of the software testing community has a distinct point of view! Metrics! This contentious issue sparks intense disputes, and most conversations finish with no definitive conclusion. It covers a wide range of topics: How can testing efforts be measured? What is the most effective technique to assess effectiveness? Which of the many components should be quantified? How can we measure the quality of our testing performance, among other things?
Unit testing is typically software testing within the developer domain. As the QA role expands in DevOps, QAOps, DesignOps, or within an Agile team, QA testers often find themselves creating unit tests. QA testers may create unit tests within the code using a specified unit testing tool, or independently using a variety of methods.
Agile has unquestionable benefits. The mainstream method has assisted numerous businesses in increasing organizational flexibility as a result, developing better, more intuitive software. Distributed development is also an important strategy for software companies. It gives access to global talent, the use of offshore outsourcing to reduce operating costs, and round-the-clock development.
Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.
You could also refer to video tutorials over LambdaTest YouTube channel to get step by step demonstration from industry experts.
Get 100 minutes of automation test minutes FREE!!