@Test public void shouldRoundLevenshteinDistanceUpWhenEqualToOrAboveHalf() { assertThat(StringTools.getMaxAllowedLevenshteinDistanceFor("department"), equalTo(2)); }
protected static int getMaxAllowedLevenshteinDistanceFor(String word) { if (StringUtils.isBlank(word)) { return 0; } return Math.round((float)word.length()*15/100); }
StringTools { protected static int getMaxAllowedLevenshteinDistanceFor(String word) { if (StringUtils.isBlank(word)) { return 0; } return Math.round((float)word.length()*15/100); } }
StringTools { protected static int getMaxAllowedLevenshteinDistanceFor(String word) { if (StringUtils.isBlank(word)) { return 0; } return Math.round((float)word.length()*15/100); }  }
StringTools { protected static int getMaxAllowedLevenshteinDistanceFor(String word) { if (StringUtils.isBlank(word)) { return 0; } return Math.round((float)word.length()*15/100); }  static int getLevenshteinDistance(String str1, String str2); static Set<String> getApproximatelyMatchingStringList(String sourceString, String search); boolean isNotTooShort(String string); static Set<String> getApproximatelyMatchingStringList(String sourceString, String search, int maxDistance); static String getCompletingString(String string, int begin, int end); static List<MatchingWindow> getMatchingWindowsAboveThreshold(String text, String search, double threshold); static Set<String> splitIntoWordsWithLengthHigherThan(String string, int minLength); static Set<String> splitIntoWordsWithLengthHigherThan(String string, int minLength, String... ignoreWords); static boolean noContentInHtml(String text); static List<String> getRegexMatchesWithMinLength(String text, String regex, int minLength); static String getRandomForeName(); static String getRandomSurname(); static String getFirstHtmlWithContent(String html); static String getMetaDataFromHTML(String html); static String addMetaDataToHtml(String htmlText, String metaData); }
StringTools { protected static int getMaxAllowedLevenshteinDistanceFor(String word) { if (StringUtils.isBlank(word)) { return 0; } return Math.round((float)word.length()*15/100); }  static int getLevenshteinDistance(String str1, String str2); static Set<String> getApproximatelyMatchingStringList(String sourceString, String search); boolean isNotTooShort(String string); static Set<String> getApproximatelyMatchingStringList(String sourceString, String search, int maxDistance); static String getCompletingString(String string, int begin, int end); static List<MatchingWindow> getMatchingWindowsAboveThreshold(String text, String search, double threshold); static Set<String> splitIntoWordsWithLengthHigherThan(String string, int minLength); static Set<String> splitIntoWordsWithLengthHigherThan(String string, int minLength, String... ignoreWords); static boolean noContentInHtml(String text); static List<String> getRegexMatchesWithMinLength(String text, String regex, int minLength); static String getRandomForeName(); static String getRandomSurname(); static String getFirstHtmlWithContent(String html); static String getMetaDataFromHTML(String html); static String addMetaDataToHtml(String htmlText, String metaData);  }