How to use expandRegex method of org.evomaster.client.java.instrumentation.coverage.methodreplacement.regex.RegexUtils class

Best EvoMaster code snippet using org.evomaster.client.java.instrumentation.coverage.methodreplacement.regex.RegexUtils.expandRegex

Source:RegexUtils.java

...15     *16     * @param regex17     * @return18     */19    public static String expandRegex(String regex) {20        /*21            FIXME: all these checks assume that replaced character is not already22            inside a []23         */24        // .	Any character (may or may not match line terminators)25        // \d	A digit: [0-9]26        String newRegex = regex.replaceAll("\\\\d", "[0-9]");27        // \D	A non-digit: [^0-9]28        newRegex = newRegex.replaceAll("\\\\D", "[^0-9]");29        // \s	A whitespace character: [ \t\n\x0B\f\r]30        //newRegex = newRegex.replaceAll("\\\\s", "[ \\t\\n\\f\\r]"); //FIXME does not work31        newRegex = newRegex.replaceAll("\\\\s", " ");32        // \S	A non-whitespace character: [^\s]33        //newRegex = newRegex.replaceAll("\\\\S", "[^ \\t\\n\\f\\r]"); //FIXME does not work...

expandRegex

Using AI Code Generation

1package org.evomaster.client.java.instrumentation.coverage.methodreplacement.regex;2import java.util.regex.Pattern;3public class RegexUtils {4    public static Pattern expandRegex(String regex, int flags) {5        return Pattern.compile(regex, flags);6    }7}8import org.evomaster.client.java.instrumentation.coverage.methodreplacement.regex.RegexUtils;9import java.util.regex.Matcher;10import java.util.regex.Pattern;11public class RegexTest {12    public static void main(String[] args) {13        String regex = "a*b";14        Pattern p = RegexUtils.expandRegex(regex, 0);15        Matcher m = p.matcher("aaaaab");16        boolean b = m.matches();17        System.out.println(b);18    }19}20import org.evomaster.client.java.instrumentation.coverage.methodreplacement.regex.RegexUtils;21import java.util.regex.Matcher;22import java.util.regex.Pattern;23public class RegexTest {24    public static void main(String[] args) {25        String regex = "a*b";26        Pattern p = RegexUtils.expandRegex(regex, Pattern.CASE_INSENSITIVE);27        Matcher m = p.matcher("aaaaab");28        boolean b = m.matches();29        System.out.println(b);30    }31}32import org.evomaster.client.java.instrumentation.coverage.methodreplacement.regex.RegexUtils;33import java.util.regex.Matcher;34import java.util.regex.Pattern;35public class RegexTest {36    public static void main(String[] args) {37        String regex = "a*b";38        Pattern p = RegexUtils.expandRegex(regex, Pattern.DOTALL);39        Matcher m = p.matcher("aaaaab");40        boolean b = m.matches();41        System.out.println(b);42    }43}44import org.evomaster.client.java.instrumentation.coverage.methodreplacement.regex.RegexUtils;45import java.util.regex.Matcher;46import java.util.regex.Pattern;47public class RegexTest {48    public static void main(String[] args) {

expandRegex

Using AI Code Generation

1String regex = "a{2,4}";2String expandedRegex = RegexUtils.expandRegex(regex);3String randomString = RegexUtils.generateRandomStringFromRegex(expandedRegex);4String randomString = RegexUtils.generateRandomStringFromRegex(regex);5String regex = "a{2,4}";6String expandedRegex = RegexUtils.expandRegex(regex);7String randomString = RegexUtils.generateRandomStringFromRegex(expandedRegex);8String randomString = RegexUtils.generateRandomStringFromRegex(regex);9String regex = "a{2,4}";10String expandedRegex = RegexUtils.expandRegex(regex);11String randomString = RegexUtils.generateRandomStringFromRegex(expandedRegex);12String randomString = RegexUtils.generateRandomStringFromRegex(regex);13Evolutionary testing (ET) is a technique that combines search-based software testing techniques with evolutionary computing to automatically generate test cases. It is a form of white-box testing that focuses on the structure of the software under test. ET has been applied to a number of different types of software, including compilers, operating systems, web applications, and embedded systems. ET is based on the idea that the structure of software can be used to inform the search for test cases. It uses a genetic algorithm to generate test cases that are then executed by the software under test. ET is a form of search-based software testing that uses a genetic algorithm to generate test cases. It is based on the idea that the structure of software can be used to inform the search for test cases. ET has been applied to a number of different types of software, including

expandRegex

Using AI Code Generation

1public static String replaceRegex(String regex, String input){2   return input.replaceAll(regex, "foo");3}4public void testReplaceRegex(){5   String regex = "foo";6   String input = "foofoofoo";7   String res = replaceRegex(regex, input);8   assertEquals("foofoofoo", res);9}10public void testReplaceRegex2(){11   String regex = "foo";12   String input = "foofoofoo";13   String res = replaceRegex(regex, input);14   assertEquals("foofoofoo", res);15}16public void testReplaceRegex3(){17   String regex = "foo";18   String input = "foofoofoo";19   String res = replaceRegex(regex, input);20   assertEquals("foofoofoo", res);21}22public void testReplaceRegex4(){23   String regex = "foo";24   String input = "foofoofoo";25   String res = replaceRegex(regex, input);26   assertEquals("foofoofoo", res);27}28public void testReplaceRegex5(){29   String regex = "foo";30   String input = "foofoofoo";31   String res = replaceRegex(regex, input);32   assertEquals("foofoofoo", res);33}34public void testReplaceRegex6(){35   String regex = "foo";36   String input = "foofoofoo";37   String res = replaceRegex(regex, input);38   assertEquals("foofoofoo", res);39}40public void testReplaceRegex7(){41   String regex = "foo";42   String input = "foofoofoo";43   String res = replaceRegex(regex, input);44   assertEquals("foofoofoo", res);45}46public void testReplaceRegex8(){47   String regex = "foo";48   String input = "foofoofoo";49   String res = replaceRegex(regex, input);50   assertEquals("foofoofoo", res);51}52public void testReplaceRegex9(){53   String regex = "foo";54   String input = "foofoofoo";55   String res = replaceRegex(regex, input);

expandRegex

Using AI Code Generation

1String regex = "a";2String expanded = RegexUtils.expandRegex(regex);3regex = "a?";4expanded = RegexUtils.expandRegex(regex);5regex = "a+";6expanded = RegexUtils.expandRegex(regex);7regex = "a*";8expanded = RegexUtils.expandRegex(regex);9regex = "a{1}";10expanded = RegexUtils.expandRegex(regex);11regex = "a{1,1}";12expanded = RegexUtils.expandRegex(regex);13regex = "a{1,2}";14expanded = RegexUtils.expandRegex(regex);15regex = "[ab]";16expanded = RegexUtils.expandRegex(regex);17regex = "[a-c]";18expanded = RegexUtils.expandRegex(regex);19regex = "[^a-c]";20expanded = RegexUtils.expandRegex(regex);21regex = "[a-cA-C]";22expanded = RegexUtils.expandRegex(regex);23regex = "[a-c&&[b]]";24expanded = RegexUtils.expandRegex(regex);25regex = "[a-c&&[^b]]";26expanded = RegexUtils.expandRegex(regex);

expandRegex

Using AI Code Generation

1String regex = RegexUtils.expandRegex("hello");2: the path to the fuzzing results file (required)3: the regex used to generate the fuzzing strings (required)4: the file where the results are saved (optional)5: verbose mode (optional)6: debug mode (optional)

expandRegex

Using AI Code Generation

1public static String expandRegex(String regex) {2    return RegexUtils.expandRegex(regex, ".*");3}4public static String expandRegex(String regex, String defaultRegex) {5    return RegexUtils.expandRegex(regex, defaultRegex);6}7public static String expandRegex(String regex, int flags) {8    return RegexUtils.expandRegex(regex, flags, ".*");9}10public static String expandRegex(String regex, int flags, String defaultRegex) {11    return RegexUtils.expandRegex(regex, flags, defaultRegex);12}

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