RegexpMatcherTestpublic abstract class RegexpMatcherTest extends TestCase | Tests for all implementations of the RegexpMatcher interface. |
| Fields Summary |
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| public static final String | UNIX_LINE | | private RegexpMatcher | reg |
| Constructors Summary |
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public RegexpMatcherTest(String name)
super(name);
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| Methods Summary |
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| protected void | doEndTest1(java.lang.String text)
reg.setPattern("endtest$");
assertTrue("endtest$ in default mode", !reg.matches(text));
assertTrue("endtest$ in single line mode",
!reg.matches(text, RegexpMatcher.MATCH_SINGLELINE));
assertTrue("endtest$ in multi line mode",
reg.matches(text, RegexpMatcher.MATCH_MULTILINE));
| | protected void | doEndTest2(java.lang.String text)
reg.setPattern("Line4$");
assertTrue("Line4$ in default mode", reg.matches(text));
assertTrue("Line4$ in single line mode",
reg.matches(text, RegexpMatcher.MATCH_SINGLELINE));
assertTrue("Line4$ in multi line mode",
reg.matches(text, RegexpMatcher.MATCH_MULTILINE));
| | protected void | doStartTest1(java.lang.String text)
reg.setPattern("^starttest");
assertTrue("^starttest in default mode", !reg.matches(text));
assertTrue("^starttest in single line mode",
!reg.matches(text, RegexpMatcher.MATCH_SINGLELINE));
assertTrue("^starttest in multi line mode",
reg.matches(text, RegexpMatcher.MATCH_MULTILINE));
| | protected void | doStartTest2(java.lang.String text)
reg.setPattern("^Line1");
assertTrue("^Line1 in default mode", reg.matches(text));
assertTrue("^Line1 in single line mode",
reg.matches(text, RegexpMatcher.MATCH_SINGLELINE));
assertTrue("^Line1 in multi line mode",
reg.matches(text, RegexpMatcher.MATCH_MULTILINE));
| | public abstract RegexpMatcher | getImplementation()
| | protected final RegexpMatcher | getReg()
return reg;
| | public void | setUp()
reg = getImplementation();
| | public void | testBugzillaReport14619()
reg.setPattern("^(.*)/src/((.*/)*)([a-zA-Z0-9_\\.]+)\\.java$");
Vector v = reg.getGroups("de/tom/src/Google.java");
assertEquals(5, v.size());
assertEquals("de/tom", v.elementAt(1));
assertEquals("", v.elementAt(2));
assertEquals("", v.elementAt(3));
assertEquals("Google", v.elementAt(4));
| | public void | testCaseInsensitiveMatch()
reg.setPattern("aaaa");
assertTrue("aaaa doesn't match AAaa", !reg.matches("AAaa"));
assertTrue("aaaa matches AAaa ignoring case",
reg.matches("AAaa", RegexpMatcher.MATCH_CASE_INSENSITIVE));
| | public void | testGroups()
reg.setPattern("aaaa");
Vector v = reg.getGroups("xaaaa");
assertEquals("No parens -> no extra groups", 1, v.size());
assertEquals("Trivial match with no parens", "aaaa",
(String) v.elementAt(0));
reg.setPattern("(aaaa)");
v = reg.getGroups("xaaaa");
assertEquals("Trivial match with single paren", 2, v.size());
assertEquals("Trivial match with single paren, full match", "aaaa",
(String) v.elementAt(0));
assertEquals("Trivial match with single paren, matched paren", "aaaa",
(String) v.elementAt(0));
reg.setPattern("(a+)b(b+)");
v = reg.getGroups("xaabb");
assertEquals(3, v.size());
assertEquals("aabb", (String) v.elementAt(0));
assertEquals("aa", (String) v.elementAt(1));
assertEquals("b", (String) v.elementAt(2));
| | public void | testLineSeparatorCharacter()
reg.setPattern("end of text$");
assertTrue("line-separator character", !reg.matches("end of text\u2028"));
| | public void | testMatches()
reg.setPattern("aaaa");
assertTrue("aaaa should match itself", reg.matches("aaaa"));
assertTrue("aaaa should match xaaaa", reg.matches("xaaaa"));
assertTrue("aaaa shouldn\'t match xaaa", !reg.matches("xaaa"));
reg.setPattern("^aaaa");
assertTrue("^aaaa shouldn\'t match xaaaa", !reg.matches("xaaaa"));
assertTrue("^aaaa should match aaaax", reg.matches("aaaax"));
reg.setPattern("aaaa$");
assertTrue("aaaa$ shouldn\'t match aaaax", !reg.matches("aaaax"));
assertTrue("aaaa$ should match xaaaa", reg.matches("xaaaa"));
reg.setPattern("[0-9]+");
assertTrue("[0-9]+ should match 123", reg.matches("123"));
assertTrue("[0-9]+ should match 1", reg.matches("1"));
assertTrue("[0-9]+ shouldn\'t match \'\'", !reg.matches(""));
assertTrue("[0-9]+ shouldn\'t match a", !reg.matches("a"));
reg.setPattern("[0-9]*");
assertTrue("[0-9]* should match 123", reg.matches("123"));
assertTrue("[0-9]* should match 1", reg.matches("1"));
assertTrue("[0-9]* should match \'\'", reg.matches(""));
assertTrue("[0-9]* should match a", reg.matches("a"));
reg.setPattern("([0-9]+)=\\1");
assertTrue("([0-9]+)=\\1 should match 1=1", reg.matches("1=1"));
assertTrue("([0-9]+)=\\1 shouldn\'t match 1=2", !reg.matches("1=2"));
| | public void | testMultiVersusSingleLine()
StringBuffer buf = new StringBuffer();
buf.append("Line1").append(UNIX_LINE);
buf.append("starttest Line2").append(UNIX_LINE);
buf.append("Line3 endtest").append(UNIX_LINE);
buf.append("Line4").append(UNIX_LINE);
String text = buf.toString();
doStartTest1(text);
doStartTest2(text);
doEndTest1(text);
doEndTest2(text);
| | public void | testNextLineCharacter()
reg.setPattern("end of text$");
assertTrue("next-line character", !reg.matches("end of text\u0085"));
| | public void | testParagraphCharacter()
reg.setPattern("end of text$");
assertTrue("paragraph character", !reg.matches("end of text\u2029"));
| | public void | testStandaloneCR()
reg.setPattern("end of text$");
assertTrue("standalone CR", !reg.matches("end of text\r"));
| | public void | testUnixLineSeparator()
reg.setPattern("end of text$");
assertTrue("Unix line separator", reg.matches("end of text\n"));
| | public void | testWindowsLineSeparator()
reg.setPattern("end of text$");
assertTrue("Windows line separator", !reg.matches("end of text\r\n"));
| | public void | testWindowsLineSeparator2()
reg.setPattern("end of text\r$");
assertTrue("Windows line separator", reg.matches("end of text\r\n"));
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