@Test public void testClassNameStrategy() { assertThat(MakeUniqueClassName.makeUnique("NodeMode"), equalTo("NodeMode__1")); assertThat(MakeUniqueClassName.makeUnique("NodeMode__5"), equalTo("NodeMode__6")); assertThat(MakeUniqueClassName.makeUnique("NodeMode__10"), equalTo("NodeMode__11")); assertThat(MakeUniqueClassName.makeUnique("NodeMode__100"), equalTo("NodeMode__101")); }
public static String makeUnique(String className) { final Matcher m = UNIQUE_NAMING_PATTERN.matcher(className); if (m.matches()) { final Integer number = Integer.parseInt(m.group(2)); return m.group(1) + (number + 1); } else { return className + "__1"; } }
MakeUniqueClassName { public static String makeUnique(String className) { final Matcher m = UNIQUE_NAMING_PATTERN.matcher(className); if (m.matches()) { final Integer number = Integer.parseInt(m.group(2)); return m.group(1) + (number + 1); } else { return className + "__1"; } } }
MakeUniqueClassName { public static String makeUnique(String className) { final Matcher m = UNIQUE_NAMING_PATTERN.matcher(className); if (m.matches()) { final Integer number = Integer.parseInt(m.group(2)); return m.group(1) + (number + 1); } else { return className + "__1"; } }  }
MakeUniqueClassName { public static String makeUnique(String className) { final Matcher m = UNIQUE_NAMING_PATTERN.matcher(className); if (m.matches()) { final Integer number = Integer.parseInt(m.group(2)); return m.group(1) + (number + 1); } else { return className + "__1"; } }  static String makeUnique(String className); }
MakeUniqueClassName { public static String makeUnique(String className) { final Matcher m = UNIQUE_NAMING_PATTERN.matcher(className); if (m.matches()) { final Integer number = Integer.parseInt(m.group(2)); return m.group(1) + (number + 1); } else { return className + "__1"; } }  static String makeUnique(String className);  }