/* Licensed to the Apache Software Foundation (ASF) under one or more
* contributor license agreements. See the NOTICE file distributed with
* this work for additional information regarding copyright ownership.
* The ASF licenses this file to You under the Apache License, Version 2.0
* (the "License"); you may not use this file except in compliance with
* the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package org.apache.harmony.regex.tests.java.util.regex;
import dalvik.annotation.BrokenTest;
import dalvik.annotation.TestTargetClass;
import dalvik.annotation.TestTargets;
import dalvik.annotation.TestTargetNew;
import dalvik.annotation.TestLevel;
import java.util.regex.Matcher;
import java.util.regex.Pattern;
import java.util.regex.PatternSyntaxException;
import junit.framework.TestCase;
@TestTargetClass(Pattern.class)
/**
* Tests simple Pattern compilation and Matcher methods
*
*/
public class Pattern2Test extends TestCase {
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies matches(String regex, CharSequence input) method.",
method = "matches",
args = {java.lang.String.class, java.lang.CharSequence.class}
)
public void testSimpleMatch() throws PatternSyntaxException {
Pattern p = Pattern.compile("foo.*");
Matcher m1 = p.matcher("foo123");
assertTrue(m1.matches());
assertTrue(m1.find(0));
assertTrue(m1.lookingAt());
Matcher m2 = p.matcher("fox");
assertFalse(m2.matches());
assertFalse(m2.find(0));
assertFalse(m2.lookingAt());
assertTrue(Pattern.matches("foo.*", "foo123"));
assertFalse(Pattern.matches("foo.*", "fox"));
assertFalse(Pattern.matches("bar", "foobar"));
assertTrue(Pattern.matches("", ""));
}
@TestTargets({
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex) method and matcher for created pattern.",
method = "compile",
args = {java.lang.String.class}
),
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex) method and matcher for created pattern.",
method = "matcher",
args = {java.lang.CharSequence.class}
)
})
public void testCursors() {
Pattern p;
Matcher m;
try {
p = Pattern.compile("foo");
m = p.matcher("foobar");
assertTrue(m.find());
assertEquals(0, m.start());
assertEquals(3, m.end());
assertFalse(m.find());
// Note: also testing reset here
m.reset();
assertTrue(m.find());
assertEquals(0, m.start());
assertEquals(3, m.end());
assertFalse(m.find());
m.reset("barfoobar");
assertTrue(m.find());
assertEquals(3, m.start());
assertEquals(6, m.end());
assertFalse(m.find());
m.reset("barfoo");
assertTrue(m.find());
assertEquals(3, m.start());
assertEquals(6, m.end());
assertFalse(m.find());
m.reset("foobarfoobarfoo");
assertTrue(m.find());
assertEquals(0, m.start());
assertEquals(3, m.end());
assertTrue(m.find());
assertEquals(6, m.start());
assertEquals(9, m.end());
assertTrue(m.find());
assertEquals(12, m.start());
assertEquals(15, m.end());
assertFalse(m.find());
assertTrue(m.find(0));
assertEquals(0, m.start());
assertEquals(3, m.end());
assertTrue(m.find(4));
assertEquals(6, m.start());
assertEquals(9, m.end());
} catch (PatternSyntaxException e) {
System.out.println(e.getMessage());
fail();
}
}
@TestTargets({
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex) method and matcher for created pattern.",
method = "compile",
args = {java.lang.String.class}
),
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex) method and matcher for created pattern.",
method = "matcher",
args = {java.lang.CharSequence.class}
)
})
public void testGroups() throws PatternSyntaxException {
Pattern p;
Matcher m;
p = Pattern.compile("(p[0-9]*)#?(q[0-9]*)");
m = p.matcher("p1#q3p2q42p5p71p63#q888");
assertTrue(m.find());
assertEquals(0, m.start());
assertEquals(5, m.end());
assertEquals(2, m.groupCount());
assertEquals(0, m.start(0));
assertEquals(5, m.end(0));
assertEquals(0, m.start(1));
assertEquals(2, m.end(1));
assertEquals(3, m.start(2));
assertEquals(5, m.end(2));
assertEquals("p1#q3", m.group());
assertEquals("p1#q3", m.group(0));
assertEquals("p1", m.group(1));
assertEquals("q3", m.group(2));
assertTrue(m.find());
assertEquals(5, m.start());
assertEquals(10, m.end());
assertEquals(2, m.groupCount());
assertEquals(10, m.end(0));
assertEquals(5, m.start(1));
assertEquals(7, m.end(1));
assertEquals(7, m.start(2));
assertEquals(10, m.end(2));
assertEquals("p2q42", m.group());
assertEquals("p2q42", m.group(0));
assertEquals("p2", m.group(1));
assertEquals("q42", m.group(2));
assertTrue(m.find());
assertEquals(15, m.start());
assertEquals(23, m.end());
assertEquals(2, m.groupCount());
assertEquals(15, m.start(0));
assertEquals(23, m.end(0));
assertEquals(15, m.start(1));
assertEquals(18, m.end(1));
assertEquals(19, m.start(2));
assertEquals(23, m.end(2));
assertEquals("p63#q888", m.group());
assertEquals("p63#q888", m.group(0));
assertEquals("p63", m.group(1));
assertEquals("q888", m.group(2));
assertFalse(m.find());
}
@TestTargets({
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex) method and matcher for created pattern.",
method = "compile",
args = {java.lang.String.class}
),
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex) method and matcher for created pattern.",
method = "matcher",
args = {java.lang.CharSequence.class}
)
})
public void testReplace() throws PatternSyntaxException {
Pattern p;
Matcher m;
// Note: examples from book,
// Hitchens, Ron, 2002, "Java NIO", O'Reilly, page 171
p = Pattern.compile("a*b");
m = p.matcher("aabfooaabfooabfoob");
assertTrue(m.replaceAll("-").equals("-foo-foo-foo-"));
assertTrue(m.replaceFirst("-").equals("-fooaabfooabfoob"));
/*
* p = Pattern.compile ("\\p{Blank}");
*
* m = p.matcher ("fee fie foe fum"); assertTrue
* (m.replaceFirst("-").equals ("fee-fie foe fum")); assertTrue
* (m.replaceAll("-").equals ("fee-fie-foe-fum"));
*/
p = Pattern.compile("([bB])yte");
m = p.matcher("Byte for byte");
assertTrue(m.replaceFirst("$1ite").equals("Bite for byte"));
assertTrue(m.replaceAll("$1ite").equals("Bite for bite"));
p = Pattern.compile("\\d\\d\\d\\d([- ])");
m = p.matcher("card #1234-5678-1234");
assertTrue(m.replaceFirst("xxxx$1").equals("card #xxxx-5678-1234"));
assertTrue(m.replaceAll("xxxx$1").equals("card #xxxx-xxxx-1234"));
p = Pattern.compile("(up|left)( *)(right|down)");
m = p.matcher("left right, up down");
assertTrue(m.replaceFirst("$3$2$1").equals("right left, up down"));
assertTrue(m.replaceAll("$3$2$1").equals("right left, down up"));
p = Pattern.compile("([CcPp][hl]e[ea]se)");
m = p.matcher("I want cheese. Please.");
assertTrue(m.replaceFirst("<b> $1 </b>").equals(
"I want <b> cheese </b>. Please."));
assertTrue(m.replaceAll("<b> $1 </b>").equals(
"I want <b> cheese </b>. <b> Please </b>."));
}
@TestTargets({
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex) method and matcher for created pattern.",
method = "compile",
args = {java.lang.String.class}
),
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex) method and matcher for created pattern.",
method = "matcher",
args = {java.lang.CharSequence.class}
)
})
public void testEscapes() throws PatternSyntaxException {
Pattern p;
Matcher m;
// Test \\ sequence
p = Pattern.compile("([a-z]+)\\\\([a-z]+);");
m = p.matcher("fred\\ginger;abbott\\costello;jekell\\hyde;");
assertTrue(m.find());
assertEquals("fred", m.group(1));
assertEquals("ginger", m.group(2));
assertTrue(m.find());
assertEquals("abbott", m.group(1));
assertEquals("costello", m.group(2));
assertTrue(m.find());
assertEquals("jekell", m.group(1));
assertEquals("hyde", m.group(2));
assertFalse(m.find());
// Test \n, \t, \r, \f, \e, \a sequences
p = Pattern.compile("([a-z]+)[\\n\\t\\r\\f\\e\\a]+([a-z]+)");
m = p.matcher("aa\nbb;cc\u0009\rdd;ee\u000C\u001Bff;gg\n\u0007hh");
assertTrue(m.find());
assertEquals("aa", m.group(1));
assertEquals("bb", m.group(2));
assertTrue(m.find());
assertEquals("cc", m.group(1));
assertEquals("dd", m.group(2));
assertTrue(m.find());
assertEquals("ee", m.group(1));
assertEquals("ff", m.group(2));
assertTrue(m.find());
assertEquals("gg", m.group(1));
assertEquals("hh", m.group(2));
assertFalse(m.find());
// Test \\u and \\x sequences
/* p = Pattern.compile("([0-9]+)[\\u0020:\\x21];");
m = p.matcher("11:;22 ;33-;44!;");
assertTrue(m.find());
assertEquals("11", m.group(1));
assertTrue(m.find());
assertEquals("22", m.group(1));
assertTrue(m.find());
assertEquals("44", m.group(1));
assertFalse(m.find());
*/
// Test invalid unicode sequences
/* try {
p = Pattern.compile("\\u");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
try {
p = Pattern.compile("\\u;");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
try {
p = Pattern.compile("\\u002");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
try {
p = Pattern.compile("\\u002;");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
// Test invalid hex sequences
try {
p = Pattern.compile("\\x");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
try {
p = Pattern.compile("\\x;");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
try {
p = Pattern.compile("\\xa");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
try {
p = Pattern.compile("\\xa;");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
*/
// Test \0 (octal) sequences (1, 2 and 3 digit)
p = Pattern.compile("([0-9]+)[\\07\\040\\0160];");
m = p.matcher("11\u0007;22:;33 ;44p;");
assertTrue(m.find());
assertEquals("11", m.group(1));
assertTrue(m.find());
assertEquals("33", m.group(1));
assertTrue(m.find());
assertEquals("44", m.group(1));
assertFalse(m.find());
// Test invalid octal sequences
try {
p = Pattern.compile("\\08");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
//originally contributed test did not check the result
//TODO: check what RI does here
// try {
// p = Pattern.compile("\\0477");
// fail("PatternSyntaxException expected");
// } catch (PatternSyntaxException e) {
// }
try {
p = Pattern.compile("\\0");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
try {
p = Pattern.compile("\\0;");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
// Test \c (control character) sequence
p = Pattern.compile("([0-9]+)[\\cA\\cB\\cC\\cD];");
m = p.matcher("11\u0001;22:;33\u0002;44p;55\u0003;66\u0004;");
assertTrue(m.find());
assertEquals("11", m.group(1));
assertTrue(m.find());
assertEquals("33", m.group(1));
assertTrue(m.find());
assertEquals("55", m.group(1));
assertTrue(m.find());
assertEquals("66", m.group(1));
assertFalse(m.find());
// More thorough control escape test
// Ensure that each escape matches exactly the corresponding
// character
// code and no others (well, from 0-255 at least)
int i, j;
for (i = 0; i < 26; i++) {
p = Pattern.compile("\\c" + Character.toString((char) ('A' + i)));
int match_char = -1;
for (j = 0; j < 255; j++) {
m = p.matcher(Character.toString((char) j));
if (m.matches()) {
assertEquals(-1, match_char);
match_char = j;
}
}
assertTrue(match_char == i + 1);
}
// Test invalid control escapes
// BEGIN android-removed
// ICU doesn't complain about illegal control sequences
// try {
// p = Pattern.compile("\\c");
// fail("PatternSyntaxException expected");
// } catch (PatternSyntaxException e) {
// }
// END android-removed
//originally contributed test did not check the result
//TODO: check what RI does here
// try {
// p = Pattern.compile("\\c;");
// fail("PatternSyntaxException expected");
// } catch (PatternSyntaxException e) {
// }
//
// try {
// p = Pattern.compile("\\ca;");
// fail("PatternSyntaxException expected");
// } catch (PatternSyntaxException e) {
// }
//
// try {
// p = Pattern.compile("\\c4;");
// fail("PatternSyntaxException expected");
// } catch (PatternSyntaxException e) {
// }
}
@TestTargets({
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies patterns with different ranges of characters.",
method = "compile",
args = {java.lang.String.class}
),
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies patterns with different ranges of characters.",
method = "matcher",
args = {CharSequence.class}
)
})
public void testCharacterClasses() throws PatternSyntaxException {
Pattern p;
Matcher m;
// Test one character range
p = Pattern.compile("[p].*[l]");
m = p.matcher("paul");
assertTrue(m.matches());
m = p.matcher("pool");
assertTrue(m.matches());
m = p.matcher("pong");
assertFalse(m.matches());
m = p.matcher("pl");
assertTrue(m.matches());
// Test two character range
p = Pattern.compile("[pm].*[lp]");
m = p.matcher("prop");
assertTrue(m.matches());
m = p.matcher("mall");
assertTrue(m.matches());
m = p.matcher("pong");
assertFalse(m.matches());
m = p.matcher("pill");
assertTrue(m.matches());
// Test range including [ and ]
p = Pattern.compile("[<\\[].*[\\]>]");
m = p.matcher("<foo>");
assertTrue(m.matches());
m = p.matcher("[bar]");
assertTrue(m.matches());
m = p.matcher("{foobar]");
assertFalse(m.matches());
m = p.matcher("<pill]");
assertTrue(m.matches());
// Test range using ^
p = Pattern.compile("[^bc][a-z]+[tr]");
m = p.matcher("pat");
assertTrue(m.matches());
m = p.matcher("liar");
assertTrue(m.matches());
m = p.matcher("car");
assertFalse(m.matches());
m = p.matcher("gnat");
assertTrue(m.matches());
// Test character range using -
p = Pattern.compile("[a-z]_+[a-zA-Z]-+[0-9p-z]");
m = p.matcher("d__F-8");
assertTrue(m.matches());
m = p.matcher("c_a-q");
assertTrue(m.matches());
m = p.matcher("a__R-a");
assertFalse(m.matches());
m = p.matcher("r_____d-----5");
assertTrue(m.matches());
// Test range using unicode characters and unicode and hex escapes
p = Pattern.compile("[\\u1234-\\u2345]_+[a-z]-+[\u0001-\\x11]");
m = p.matcher("\u2000_q-\u0007");
assertTrue(m.matches());
m = p.matcher("\u1234_z-\u0001");
assertTrue(m.matches());
m = p.matcher("r_p-q");
assertFalse(m.matches());
m = p.matcher("\u2345_____d-----\n");
assertTrue(m.matches());
// BEGIN android-removed
// The "---" collides with ICU's "--" operator and is likely to be a user error
// anyway, so we simply comment this one out.
// // Test ranges including the "-" character
// p = Pattern.compile("[\\*-/]_+[---]!+[--AP]");
// m = p.matcher("-_-!!A");
// assertTrue(m.matches());
// m = p.matcher("\u002b_-!!!-");
// assertTrue(m.matches());
// m = p.matcher("!_-!@");
// assertFalse(m.matches());
// m = p.matcher(",______-!!!!!!!P");
// assertTrue(m.matches());
// END android-removed
// Test nested ranges
p = Pattern.compile("[pm[t]][a-z]+[[r]lp]");
m = p.matcher("prop");
assertTrue(m.matches());
m = p.matcher("tsar");
assertTrue(m.matches());
m = p.matcher("pong");
assertFalse(m.matches());
m = p.matcher("moor");
assertTrue(m.matches());
// Test character class intersection with &&
// TODO: figure out what x&&y or any class with a null intersection
// set (like [[a-c]&&[d-f]]) might mean. It doesn't mean "match
// nothing" and doesn't mean "match anything" so I'm stumped.
p = Pattern.compile("[[a-p]&&[g-z]]+-+[[a-z]&&q]-+[x&&[a-z]]-+");
m = p.matcher("h--q--x--");
assertTrue(m.matches());
m = p.matcher("hog--q-x-");
assertTrue(m.matches());
m = p.matcher("ape--q-x-");
assertFalse(m.matches());
m = p.matcher("mop--q-x----");
assertTrue(m.matches());
// Test error cases with &&
// BEGIN android-removed
// This is more of a bug, and ICU doesn't have this behavior.
// p = Pattern.compile("[&&[xyz]]");
// m = p.matcher("&");
// // System.out.println(m.matches());
// m = p.matcher("x");
// // System.out.println(m.matches());
// m = p.matcher("y");
// // System.out.println(m.matches());
// END android-removed
p = Pattern.compile("[[xyz]&[axy]]");
m = p.matcher("x");
// System.out.println(m.matches());
m = p.matcher("z");
// System.out.println(m.matches());
m = p.matcher("&");
// System.out.println(m.matches());
p = Pattern.compile("[abc[123]&&[345]def]");
m = p.matcher("a");
// System.out.println(m.matches());
// BEGIN android-removed
// This is more of a bug, and ICU doesn't have this behavior.
// p = Pattern.compile("[[xyz]&&]");
// END android-removed
p = Pattern.compile("[[abc]&]");
try {
p = Pattern.compile("[[abc]&&");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
p = Pattern.compile("[[abc]\\&&[xyz]]");
p = Pattern.compile("[[abc]&\\&[xyz]]");
// Test 3-way intersection
p = Pattern.compile("[[a-p]&&[g-z]&&[d-k]]");
m = p.matcher("g");
assertTrue(m.matches());
m = p.matcher("m");
assertFalse(m.matches());
// Test nested intersection
p = Pattern.compile("[[[a-p]&&[g-z]]&&[d-k]]");
m = p.matcher("g");
assertTrue(m.matches());
m = p.matcher("m");
assertFalse(m.matches());
// Test character class subtraction with && and ^
p = Pattern.compile("[[a-z]&&[^aeiou]][aeiou][[^xyz]&&[a-z]]");
m = p.matcher("pop");
assertTrue(m.matches());
m = p.matcher("tag");
assertTrue(m.matches());
m = p.matcher("eat");
assertFalse(m.matches());
m = p.matcher("tax");
assertFalse(m.matches());
m = p.matcher("zip");
assertTrue(m.matches());
// Test . (DOT), with and without DOTALL
// Note: DOT not allowed in character classes
p = Pattern.compile(".+/x.z");
m = p.matcher("!$/xyz");
assertTrue(m.matches());
m = p.matcher("%\n\r/x\nz");
assertFalse(m.matches());
p = Pattern.compile(".+/x.z", Pattern.DOTALL);
m = p.matcher("%\n\r/x\nz");
assertTrue(m.matches());
// Test \d (digit)
p = Pattern.compile("\\d+[a-z][\\dx]");
m = p.matcher("42a6");
assertTrue(m.matches());
m = p.matcher("21zx");
assertTrue(m.matches());
m = p.matcher("ab6");
assertFalse(m.matches());
m = p.matcher("56912f9");
assertTrue(m.matches());
// Test \D (not a digit)
p = Pattern.compile("\\D+[a-z]-[\\D3]");
m = p.matcher("za-p");
assertTrue(m.matches());
m = p.matcher("%!e-3");
assertTrue(m.matches());
m = p.matcher("9a-x");
assertFalse(m.matches());
m = p.matcher("\u1234pp\ny-3");
assertTrue(m.matches());
// Test \s (whitespace)
p = Pattern.compile("<[a-zA-Z]+\\s+[0-9]+[\\sx][^\\s]>");
m = p.matcher("<cat \t1\fx>");
assertTrue(m.matches());
m = p.matcher("<cat \t1\f >");
assertFalse(m.matches());
m = p
.matcher("xyz <foo\n\r22 5> <pp \t\n\f\r \u000b41x\u1234><pp \nx7\rc> zzz");
assertTrue(m.find());
assertTrue(m.find());
assertFalse(m.find());
// Test \S (not whitespace)
p = Pattern.compile("<[a-z] \\S[0-9][\\S\n]+[^\\S]221>");
m = p.matcher("<f $0**\n** 221>");
assertTrue(m.matches());
m = p.matcher("<x 441\t221>");
assertTrue(m.matches());
m = p.matcher("<z \t9\ng 221>");
assertFalse(m.matches());
m = p.matcher("<z 60\ngg\u1234\f221>");
assertTrue(m.matches());
p = Pattern.compile("<[a-z] \\S[0-9][\\S\n]+[^\\S]221[\\S&&[^abc]]>");
m = p.matcher("<f $0**\n** 221x>");
assertTrue(m.matches());
m = p.matcher("<x 441\t221z>");
assertTrue(m.matches());
m = p.matcher("<x 441\t221 >");
assertFalse(m.matches());
m = p.matcher("<x 441\t221c>");
assertFalse(m.matches());
m = p.matcher("<z \t9\ng 221x>");
assertFalse(m.matches());
m = p.matcher("<z 60\ngg\u1234\f221\u0001>");
assertTrue(m.matches());
// Test \w (ascii word)
p = Pattern.compile("<\\w+\\s[0-9]+;[^\\w]\\w+/[\\w$]+;");
m = p.matcher("<f1 99;!foo5/a$7;");
assertTrue(m.matches());
m = p.matcher("<f$ 99;!foo5/a$7;");
assertFalse(m.matches());
m = p
.matcher("<abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ_0123456789 99;!foo5/a$7;");
assertTrue(m.matches());
// Test \W (not an ascii word)
p = Pattern.compile("<\\W\\w+\\s[0-9]+;[\\W_][^\\W]+\\s[0-9]+;");
m = p.matcher("<$foo3\n99;_bar\t0;");
assertTrue(m.matches());
m = p.matcher("<hh 99;_g 0;");
assertFalse(m.matches());
m = p.matcher("<*xx\t00;^zz\f11;");
assertTrue(m.matches());
// Test x|y pattern
// TODO
}
@TestTargets({
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex) method and matcher for patterns with POSIX characters.",
method = "compile",
args = {java.lang.String.class}
),
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex) method and matcher for patterns with POSIX characters.",
method = "matcher",
args = {java.lang.CharSequence.class}
)
})
public void testPOSIXGroups() throws PatternSyntaxException {
Pattern p;
Matcher m;
// Test POSIX groups using \p and \P (in the group and not in the group)
// Groups are Lower, Upper, ASCII, Alpha, Digit, XDigit, Alnum, Punct,
// Graph, Print, Blank, Space, Cntrl
// Test \p{Lower}
/*
* FIXME: Requires complex range processing
* p = Pattern.compile("<\\p{Lower}\\d\\P{Lower}:[\\p{Lower}Z]\\s[^\\P{Lower}]>");
* m = p.matcher("<a4P:g x>"); assertTrue(m.matches()); m =
* p.matcher("<p4%:Z\tq>"); assertTrue(m.matches()); m =
* p.matcher("<A6#:e e>"); assertFalse(m.matches());
*/
p = Pattern.compile("\\p{Lower}+");
m = p.matcher("abcdefghijklmnopqrstuvwxyz");
assertTrue(m.matches());
// Invalid uses of \p{Lower}
try {
p = Pattern.compile("\\p");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
try {
p = Pattern.compile("\\p;");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
try {
p = Pattern.compile("\\p{");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
try {
p = Pattern.compile("\\p{;");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
try {
p = Pattern.compile("\\p{Lower");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
try {
p = Pattern.compile("\\p{Lower;");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
// Test \p{Upper}
/*
* FIXME: Requires complex range processing
* p = Pattern.compile("<\\p{Upper}\\d\\P{Upper}:[\\p{Upper}z]\\s[^\\P{Upper}]>");
* m = p.matcher("<A4p:G X>"); assertTrue(m.matches()); m =
* p.matcher("<P4%:z\tQ>"); assertTrue(m.matches()); m =
* p.matcher("<a6#:E E>"); assertFalse(m.matches());
*/
p = Pattern.compile("\\p{Upper}+");
m = p.matcher("ABCDEFGHIJKLMNOPQRSTUVWXYZ");
assertTrue(m.matches());
// Invalid uses of \p{Upper}
try {
p = Pattern.compile("\\p{Upper");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
try {
p = Pattern.compile("\\p{Upper;");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
// Test \p{ASCII}
/*
* FIXME: Requires complex range processing p = Pattern.compile("<\\p{ASCII}\\d\\P{ASCII}:[\\p{ASCII}\u1234]\\s[^\\P{ASCII}]>");
* m = p.matcher("<A4\u0080:G X>"); assertTrue(m.matches()); m =
* p.matcher("<P4\u00ff:\u1234\t\n>"); assertTrue(m.matches()); m =
* p.matcher("<\u00846#:E E>"); assertFalse(m.matches())
*/
int i;
p = Pattern.compile("\\p{ASCII}");
for (i = 0; i < 0x80; i++) {
m = p.matcher(Character.toString((char) i));
assertTrue(m.matches());
}
for (; i < 0xff; i++) {
m = p.matcher(Character.toString((char) i));
assertFalse(m.matches());
}
// Invalid uses of \p{ASCII}
try {
p = Pattern.compile("\\p{ASCII");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
try {
p = Pattern.compile("\\p{ASCII;");
fail("PatternSyntaxException expected");
} catch (PatternSyntaxException e) {
}
// Test \p{Alpha}
// TODO
// Test \p{Digit}
// TODO
// Test \p{XDigit}
// TODO
// Test \p{Alnum}
// TODO
// Test \p{Punct}
// TODO
// Test \p{Graph}
// TODO
// Test \p{Print}
// TODO
// Test \p{Blank}
// TODO
// Test \p{Space}
// TODO
// Test \p{Cntrl}
// TODO
}
@TestTargetNew(
level = TestLevel.ADDITIONAL,
notes = "",
method = "!",
args = {}
)
public void testUnicodeCategories() throws PatternSyntaxException {
// Test Unicode categories using \p and \P
// One letter codes: L, M, N, P, S, Z, C
// Two letter codes: Lu, Nd, Sc, Sm, ...
// See java.lang.Character and Unicode standard for complete list
// TODO
// Test \p{L}
// TODO
// Test \p{N}
// TODO
// Test two letter codes:
// From unicode.org:
// Lu
// Ll
// Lt
// Lm
// Lo
// Mn
// Mc
// Me
// Nd
// Nl
// No
// Pc
// Pd
// Ps
// Pe
// Pi
// Pf
// Po
// Sm
// Sc
// Sk
// So
// Zs
// Zl
// Zp
// Cc
// Cf
// Cs
// Co
// Cn
// TODO add more tests per category
//{"Cc", "\u0000", "-\u0041"},
testCategory("Cf", "\u202B");
testCategory("Co", "\uE000");
testCategory("Cs", "\uD800");
testCategory("Ll", "a", "b", "x", "y", "z", "-A", "-Z");
testCategory("Lm", "\u02B9");
testCategory("Lu", "B", "C", "-c");
testCategory("Lo", "\u05E2");
testCategory("Lt", "\u01C5");
testCategory("Mc", "\u0903");
testCategory("Me", "\u06DE");
testCategory("Mn", "\u0300");
testCategory("Nd", "\u0030");
testCategory("Nl", "\u2164");
testCategory("No", "\u0BF0");
// testCategory("Pc", "\u30FB");
testCategory("Pd", "\u2015");
testCategory("Pe", "\u207E");
testCategory("Po", "\u00B7");
testCategory("Ps", "\u0F3C");
testCategory("Sc", "\u20A0");
testCategory("Sk", "\u00B8");
testCategory("Sm", "\u002B");
testCategory("So", "\u0B70");
testCategory("Zl", "\u2028");
// testCategory("Pi", "\u200C");
testCategory("Zp", "\u2029");
}
private void testCategory(String cat, String... matches) {
String pa = "{"+cat+"}";
String pat = "\\p"+pa;
String npat = "\\P"+pa;
Pattern p = Pattern.compile(pat);
Pattern pn = Pattern.compile(npat);
for (int j = 0; j < matches.length; j++) {
String t = matches[j];
boolean invert = t.startsWith("-");
if (invert) {
// test negative case, expected to fail
t = t.substring(1);
assertFalse("expected '"+t+"' to not be matched " +
"by pattern '"+pat, p.matcher(t).matches());
assertTrue("expected '"+t+"' to " +
"be matched by pattern '"+npat, pn.matcher(t).matches());
} else {
assertTrue("expected '"+t+"' to be matched " +
"by pattern '"+pat, p.matcher(t).matches());
assertFalse("expected '"+t+"' to " +
"not be matched by pattern '"+npat, pn.matcher(t).matches());
}
}
}
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies matcher(CharSequence input) method for input specified by Unicode blocks.",
method = "matcher",
args = {java.lang.CharSequence.class}
)
public void testUnicodeBlocks() throws PatternSyntaxException {
Pattern p;
Matcher m;
int i, j;
// Test Unicode blocks using \p and \P
// FIXME:
// Note that LatinExtended-B and ArabicPresentations-B are unrecognized
// by the reference JDK.
for (i = 0; i < UBlocks.length; i++) {
/*
* p = Pattern.compile("\\p{"+UBlocks[i].name+"}");
*
* if (UBlocks[i].low > 0) { m =
* p.matcher(Character.toString((char)(UBlocks[i].low-1)));
* assertFalse(m.matches()); } for (j=UBlocks[i].low; j <=
* UBlocks[i].high; j++) { m =
* p.matcher(Character.toString((char)j));
* assertTrue(m.matches()); } if (UBlocks[i].high < 0xFFFF) { m =
* p.matcher(Character.toString((char)(UBlocks[i].high+1)));
* assertFalse(m.matches()); }
*
* p = Pattern.compile("\\P{"+UBlocks[i].name+"}");
*
* if (UBlocks[i].low > 0) { m =
* p.matcher(Character.toString((char)(UBlocks[i].low-1)));
* assertTrue(m.matches()); } for (j=UBlocks[i].low; j <
* UBlocks[i].high; j++) { m =
* p.matcher(Character.toString((char)j));
* assertFalse(m.matches()); } if (UBlocks[i].high < 0xFFFF) { m =
* p.matcher(Character.toString((char)(UBlocks[i].high+1)));
* assertTrue(m.matches()); }
*/
p = Pattern.compile("\\p{In" + UBlocks[i].name + "}");
// BEGIN android-changed
// Added the name of the block under test to the assertion to get more output.
if (UBlocks[i].low > 0) {
m = p.matcher(Character.toString((char) (UBlocks[i].low - 1)));
assertFalse(UBlocks[i].name, m.matches());
}
for (j = UBlocks[i].low; j <= UBlocks[i].high; j++) {
m = p.matcher(Character.toString((char) j));
assertTrue(UBlocks[i].name, m.matches());
}
if (UBlocks[i].high < 0xFFFF) {
m = p.matcher(Character.toString((char) (UBlocks[i].high + 1)));
assertFalse(UBlocks[i].name, m.matches());
}
p = Pattern.compile("\\P{In" + UBlocks[i].name + "}");
if (UBlocks[i].low > 0) {
m = p.matcher(Character.toString((char) (UBlocks[i].low - 1)));
assertTrue(UBlocks[i].name, m.matches());
}
for (j = UBlocks[i].low; j < UBlocks[i].high; j++) {
m = p.matcher(Character.toString((char) j));
assertFalse(UBlocks[i].name, m.matches());
}
if (UBlocks[i].high < 0xFFFF) {
m = p.matcher(Character.toString((char) (UBlocks[i].high + 1)));
assertTrue(UBlocks[i].name, m.matches());
}
// END android-changed
}
}
@TestTargetNew(
level = TestLevel.ADDITIONAL,
notes = "these tests are still partial, see TODO in the code",
method = "!",
args = {}
)
public void testCapturingGroups() throws PatternSyntaxException {
Pattern p;
Matcher m;
// Test simple capturing groups
p = Pattern.compile("(a+)b");
m = p.matcher("aaaaaaaab");
assertTrue(m.matches());
assertEquals(1, m.groupCount());
assertEquals("aaaaaaaa", m.group(1));
p = Pattern.compile("((an)+)((as)+)");
m = p.matcher("ananas");
assertTrue(m.matches());
assertEquals(4, m.groupCount());
assertEquals("ananas", m.group(0));
assertEquals("anan", m.group(1));
assertEquals("an", m.group(2));
assertEquals("as", m.group(3));
assertEquals("as", m.group(4));
// Test grouping without capture (?:...)
p = Pattern.compile("(?:(?:an)+)(as)");
m = p.matcher("ananas");
assertTrue(m.matches());
assertEquals(1, m.groupCount());
assertEquals("as", m.group(1));
try {
m.group(2);
fail("expected IndexOutOfBoundsException");
} catch (IndexOutOfBoundsException ioobe) {
// expected
}
// Test combination of grouping and capture
// TODO
// Test \<num> sequence with capturing and non-capturing groups
// TODO
// Test \<num> with <num> out of range
p = Pattern.compile("((an)+)as\\1");
m = p.matcher("ananasanan");
assertTrue(m.matches());
try {
p = Pattern.compile("((an)+)as\\4");
fail("expected PatternSyntaxException");
} catch (PatternSyntaxException pse) {
// expected
}
}
@TestTargetNew(
level = TestLevel.ADDITIONAL,
notes = "",
method = "!",
args = {}
)
public void testRepeats() {
Pattern p;
Matcher m;
// Test ?
p = Pattern.compile("(abc)?c");
m = p.matcher("abcc");
assertTrue(m.matches());
m = p.matcher("c");
assertTrue(m.matches());
m = p.matcher("cc");
assertFalse(m.matches());
m = p.matcher("abcabcc");
assertFalse(m.matches());
// Test *
p = Pattern.compile("(abc)*c");
m = p.matcher("abcc");
assertTrue(m.matches());
m = p.matcher("c");
assertTrue(m.matches());
m = p.matcher("cc");
assertFalse(m.matches());
m = p.matcher("abcabcc");
assertTrue(m.matches());
// Test +
p = Pattern.compile("(abc)+c");
m = p.matcher("abcc");
assertTrue(m.matches());
m = p.matcher("c");
assertFalse(m.matches());
m = p.matcher("cc");
assertFalse(m.matches());
m = p.matcher("abcabcc");
assertTrue(m.matches());
// Test {<num>}, including 0, 1 and more
p = Pattern.compile("(abc){0}c");
m = p.matcher("abcc");
assertFalse(m.matches());
m = p.matcher("c");
assertTrue(m.matches());
p = Pattern.compile("(abc){1}c");
m = p.matcher("abcc");
assertTrue(m.matches());
m = p.matcher("c");
assertFalse(m.matches());
m = p.matcher("abcabcc");
assertFalse(m.matches());
p = Pattern.compile("(abc){2}c");
m = p.matcher("abcc");
assertFalse(m.matches());
m = p.matcher("c");
assertFalse(m.matches());
m = p.matcher("cc");
assertFalse(m.matches());
m = p.matcher("abcabcc");
assertTrue(m.matches());
// Test {<num>,}, including 0, 1 and more
// TODO
// Test {<n1>,<n2>}, with n1 < n2, n1 = n2 and n1 > n2 (illegal?)
// TODO
}
@TestTargetNew(
level = TestLevel.ADDITIONAL,
notes = "",
method = "!",
args = {}
)
public void testAnchors() throws PatternSyntaxException {
Pattern p;
Matcher m;
// Test ^, default and MULTILINE
p = Pattern.compile("^abc\\n^abc", Pattern.MULTILINE);
m = p.matcher("abc\nabc");
assertTrue(m.matches());
p = Pattern.compile("^abc\\n^abc");
m = p.matcher("abc\nabc");
assertFalse(m.matches());
// Test $, default and MULTILINE
// TODO
// Test \b (word boundary)
// TODO
// Test \B (not a word boundary)
// TODO
// Test \A (beginning of string)
// TODO
// Test \Z (end of string)
// TODO
// Test \z (end of string)
// TODO
// Test \G
// TODO
// Test positive lookahead using (?=...)
// TODO
// Test negative lookahead using (?!...)
// TODO
// Test positive lookbehind using (?<=...)
// TODO
// Test negative lookbehind using (?<!...)
// TODO
}
@TestTargets({
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex) method and matcher for created pattern.",
method = "compile",
args = {java.lang.String.class}
),
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex) method and matcher for created pattern.",
method = "matcher",
args = {java.lang.CharSequence.class}
)
})
public void testMisc() throws PatternSyntaxException {
Pattern p;
Matcher m;
// Test (?>...)
// TODO
// Test (?onflags-offflags)
// Valid flags are i,m,d,s,u,x
// TODO
// Test (?onflags-offflags:...)
// TODO
// Test \Q, \E
p = Pattern.compile("[a-z]+;\\Q[a-z]+;\\Q(foo.*);\\E[0-9]+");
m = p.matcher("abc;[a-z]+;\\Q(foo.*);411");
assertTrue(m.matches());
m = p.matcher("abc;def;foo42;555");
assertFalse(m.matches());
m = p.matcher("abc;\\Qdef;\\Qfoo99;\\E123");
assertFalse(m.matches());
p = Pattern.compile("[a-z]+;(foo[0-9]-\\Q(...)\\E);[0-9]+");
m = p.matcher("abc;foo5-(...);123");
assertTrue(m.matches());
assertEquals("foo5-(...)", m.group(1));
m = p.matcher("abc;foo9-(xxx);789");
assertFalse(m.matches());
p = Pattern.compile("[a-z]+;(bar[0-9]-[a-z\\Q$-\\E]+);[0-9]+");
m = p.matcher("abc;bar0-def$-;123");
assertTrue(m.matches());
// FIXME:
// This should work the same as the pattern above but fails with the
// the reference JDK
p = Pattern.compile("[a-z]+;(bar[0-9]-[a-z\\Q-$\\E]+);[0-9]+");
m = p.matcher("abc;bar0-def$-;123");
// assertTrue(m.matches());
// FIXME:
// This should work too .. it looks as if just about anything that
// has more
// than one character between \Q and \E is broken in the the reference JDK
p = Pattern.compile("[a-z]+;(bar[0-9]-[a-z\\Q[0-9]\\E]+);[0-9]+");
m = p.matcher("abc;bar0-def[99]-]0x[;123");
// assertTrue(m.matches());
// This is the same as above but with explicit escapes .. and this
// does work
// on the the reference JDK
p = Pattern.compile("[a-z]+;(bar[0-9]-[a-z\\[0\\-9\\]]+);[0-9]+");
m = p.matcher("abc;bar0-def[99]-]0x[;123");
assertTrue(m.matches());
// Test #<comment text>
// TODO
}
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex) method.",
method = "compile",
args = {java.lang.String.class}
)
public void testCompile1() throws PatternSyntaxException {
Pattern pattern = Pattern
.compile("[0-9A-Za-z][0-9A-Za-z\\x2e\\x3a\\x2d\\x5f]*");
String name = "iso-8859-1";
assertTrue(pattern.matcher(name).matches());
}
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex, int flag) method.",
method = "compile",
args = {java.lang.String.class, int.class}
)
public void testCompile2() throws PatternSyntaxException {
String findString = "\\Qimport\\E";
Pattern pattern = Pattern.compile(findString, 0);
Matcher matcher = pattern.matcher(new String(
"import a.A;\n\n import b.B;\nclass C {}"));
assertTrue(matcher.find(0));
}
@TestTargets({
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex) and compile(String regex, int flag) method for specific patterns.",
method = "compile",
args = {java.lang.String.class}
),
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex) and compile(String regex, int flag) method for specific patterns.",
method = "compile",
args = {java.lang.String.class, int.class}
)
})
public void testCompile3() throws PatternSyntaxException {
Pattern p;
Matcher m;
p = Pattern.compile("a$");
m = p.matcher("a\n");
assertTrue(m.find());
assertEquals("a", m.group());
assertFalse(m.find());
p = Pattern.compile("(a$)");
m = p.matcher("a\n");
assertTrue(m.find());
assertEquals("a", m.group());
assertEquals("a", m.group(1));
assertFalse(m.find());
p = Pattern.compile("^.*$", Pattern.MULTILINE);
m = p.matcher("a\n");
assertTrue(m.find());
// System.out.println("["+m.group()+"]");
assertEquals("a", m.group());
assertFalse(m.find());
m = p.matcher("a\nb\n");
assertTrue(m.find());
// System.out.println("["+m.group()+"]");
assertEquals("a", m.group());
assertTrue(m.find());
// System.out.println("["+m.group()+"]");
assertEquals("b", m.group());
assertFalse(m.find());
m = p.matcher("a\nb");
assertTrue(m.find());
// System.out.println("["+m.group()+"]");
assertEquals("a", m.group());
assertTrue(m.find());
assertEquals("b", m.group());
assertFalse(m.find());
m = p.matcher("\naa\r\nbb\rcc\n\n");
assertTrue(m.find());
// System.out.println("["+m.group()+"]");
assertTrue(m.group().equals(""));
assertTrue(m.find());
// System.out.println("["+m.group()+"]");
assertEquals("aa", m.group());
assertTrue(m.find());
// System.out.println("["+m.group()+"]");
assertEquals("bb", m.group());
assertTrue(m.find());
// System.out.println("["+m.group()+"]");
assertEquals("cc", m.group());
assertTrue(m.find());
// System.out.println("["+m.group()+"]");
assertTrue(m.group().equals(""));
assertFalse(m.find());
m = p.matcher("a");
assertTrue(m.find());
assertEquals("a", m.group());
assertFalse(m.find());
// BEGIN android-removed
// Makes no sense to duplicate this weird behavior
// m = p.matcher("");
// // FIXME: This matches the reference behaviour but is
// // inconsistent with matching "a" - ie. the end of the
// // target string should match against $ always but this
// // appears to work with the null string only when not in
// // multiline mode (see below)
// assertFalse(m.find());
// END android-removed
p = Pattern.compile("^.*$");
m = p.matcher("");
assertTrue(m.find());
assertTrue(m.group().equals(""));
assertFalse(m.find());
}
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex, int flag) method for specific string.",
method = "compile",
args = {java.lang.String.class, int.class}
)
public void testCompile4() throws PatternSyntaxException {
String findString = "\\Qpublic\\E";
StringBuffer text = new StringBuffer(" public class Class {\n"
+ " public class Class {");
Pattern pattern = Pattern.compile(findString, 0);
Matcher matcher = pattern.matcher(text);
boolean found = matcher.find();
assertTrue(found);
assertEquals(4, matcher.start());
if (found) {
// modify text
text.delete(0, text.length());
text.append("Text have been changed.");
matcher.reset(text);
}
found = matcher.find();
assertFalse(found);
}
@TestTargetNew(
level = TestLevel.PARTIAL_COMPLETE,
notes = "Verifies compile(String regex) methodfor specific string.",
method = "compile",
args = {java.lang.String.class}
)
public void testCompile5() throws PatternSyntaxException {
Pattern p = Pattern.compile("^[0-9]");
String s[] = p.split("12", -1);
assertEquals("", s[0]);
assertEquals("2", s[1]);
assertEquals(2, s.length);
}
// public void testCompile6() {
// String regex = "[\\p{L}[\\p{Mn}[\\p{Pc}[\\p{Nd}[\\p{Nl}[\\p{Sc}]]]]]]+";
// String regex = "[\\p{L}\\p{Mn}\\p{Pc}\\p{Nd}\\p{Nl}\\p{Sc}]+";
// try {
// Pattern pattern = Pattern.compile(regex, Pattern.MULTILINE);
// assertTrue(true);
// } catch (PatternSyntaxException e) {
// System.out.println(e.getMessage());
// assertTrue(false);
// }
// }
private static class UBInfo {
public UBInfo(int low, int high, String name) {
this.name = name;
this.low = low;
this.high = high;
}
public String name;
public int low, high;
}
// A table representing the unicode categories
//private static UBInfo[] UCategories = {
// Lu
// Ll
// Lt
// Lm
// Lo
// Mn
// Mc
// Me
// Nd
// Nl
// No
// Pc
// Pd
// Ps
// Pe
// Pi
// Pf
// Po
// Sm
// Sc
// Sk
// So
// Zs
// Zl
// Zp
// Cc
// Cf
// Cs
// Co
// Cn
//};
// A table representing the unicode character blocks
private static UBInfo[] UBlocks = {
/* 0000; 007F; Basic Latin */
new UBInfo(0x0000, 0x007F, "BasicLatin"), // Character.UnicodeBlock.BASIC_LATIN
/* 0080; 00FF; Latin-1 Supplement */
new UBInfo(0x0080, 0x00FF, "Latin-1Supplement"), // Character.UnicodeBlock.LATIN_1_SUPPLEMENT
/* 0100; 017F; Latin Extended-A */
new UBInfo(0x0100, 0x017F, "LatinExtended-A"), // Character.UnicodeBlock.LATIN_EXTENDED_A
/* 0180; 024F; Latin Extended-B */
// new UBInfo (0x0180,0x024F,"InLatinExtended-B"), //
// Character.UnicodeBlock.LATIN_EXTENDED_B
/* 0250; 02AF; IPA Extensions */
new UBInfo(0x0250, 0x02AF, "IPAExtensions"), // Character.UnicodeBlock.IPA_EXTENSIONS
/* 02B0; 02FF; Spacing Modifier Letters */
new UBInfo(0x02B0, 0x02FF, "SpacingModifierLetters"), // Character.UnicodeBlock.SPACING_MODIFIER_LETTERS
/* 0300; 036F; Combining Diacritical Marks */
new UBInfo(0x0300, 0x036F, "CombiningDiacriticalMarks"), // Character.UnicodeBlock.COMBINING_DIACRITICAL_MARKS
/* 0370; 03FF; Greek */
new UBInfo(0x0370, 0x03FF, "Greek"), // Character.UnicodeBlock.GREEK
/* 0400; 04FF; Cyrillic */
new UBInfo(0x0400, 0x04FF, "Cyrillic"), // Character.UnicodeBlock.CYRILLIC
/* 0530; 058F; Armenian */
new UBInfo(0x0530, 0x058F, "Armenian"), // Character.UnicodeBlock.ARMENIAN
/* 0590; 05FF; Hebrew */
new UBInfo(0x0590, 0x05FF, "Hebrew"), // Character.UnicodeBlock.HEBREW
/* 0600; 06FF; Arabic */
new UBInfo(0x0600, 0x06FF, "Arabic"), // Character.UnicodeBlock.ARABIC
/* 0700; 074F; Syriac */
new UBInfo(0x0700, 0x074F, "Syriac"), // Character.UnicodeBlock.SYRIAC
/* 0780; 07BF; Thaana */
new UBInfo(0x0780, 0x07BF, "Thaana"), // Character.UnicodeBlock.THAANA
/* 0900; 097F; Devanagari */
new UBInfo(0x0900, 0x097F, "Devanagari"), // Character.UnicodeBlock.DEVANAGARI
/* 0980; 09FF; Bengali */
new UBInfo(0x0980, 0x09FF, "Bengali"), // Character.UnicodeBlock.BENGALI
/* 0A00; 0A7F; Gurmukhi */
new UBInfo(0x0A00, 0x0A7F, "Gurmukhi"), // Character.UnicodeBlock.GURMUKHI
/* 0A80; 0AFF; Gujarati */
new UBInfo(0x0A80, 0x0AFF, "Gujarati"), // Character.UnicodeBlock.GUJARATI
/* 0B00; 0B7F; Oriya */
new UBInfo(0x0B00, 0x0B7F, "Oriya"), // Character.UnicodeBlock.ORIYA
/* 0B80; 0BFF; Tamil */
new UBInfo(0x0B80, 0x0BFF, "Tamil"), // Character.UnicodeBlock.TAMIL
/* 0C00; 0C7F; Telugu */
new UBInfo(0x0C00, 0x0C7F, "Telugu"), // Character.UnicodeBlock.TELUGU
/* 0C80; 0CFF; Kannada */
new UBInfo(0x0C80, 0x0CFF, "Kannada"), // Character.UnicodeBlock.KANNADA
/* 0D00; 0D7F; Malayalam */
new UBInfo(0x0D00, 0x0D7F, "Malayalam"), // Character.UnicodeBlock.MALAYALAM
/* 0D80; 0DFF; Sinhala */
new UBInfo(0x0D80, 0x0DFF, "Sinhala"), // Character.UnicodeBlock.SINHALA
/* 0E00; 0E7F; Thai */
new UBInfo(0x0E00, 0x0E7F, "Thai"), // Character.UnicodeBlock.THAI
/* 0E80; 0EFF; Lao */
new UBInfo(0x0E80, 0x0EFF, "Lao"), // Character.UnicodeBlock.LAO
/* 0F00; 0FFF; Tibetan */
new UBInfo(0x0F00, 0x0FFF, "Tibetan"), // Character.UnicodeBlock.TIBETAN
/* 1000; 109F; Myanmar */
new UBInfo(0x1000, 0x109F, "Myanmar"), // Character.UnicodeBlock.MYANMAR
/* 10A0; 10FF; Georgian */
new UBInfo(0x10A0, 0x10FF, "Georgian"), // Character.UnicodeBlock.GEORGIAN
/* 1100; 11FF; Hangul Jamo */
new UBInfo(0x1100, 0x11FF, "HangulJamo"), // Character.UnicodeBlock.HANGUL_JAMO
/* 1200; 137F; Ethiopic */
new UBInfo(0x1200, 0x137F, "Ethiopic"), // Character.UnicodeBlock.ETHIOPIC
/* 13A0; 13FF; Cherokee */
new UBInfo(0x13A0, 0x13FF, "Cherokee"), // Character.UnicodeBlock.CHEROKEE
/* 1400; 167F; Unified Canadian Aboriginal Syllabics */
new UBInfo(0x1400, 0x167F, "UnifiedCanadianAboriginalSyllabics"), // Character.UnicodeBlock.UNIFIED_CANADIAN_ABORIGINAL_SYLLABICS
/* 1680; 169F; Ogham */
new UBInfo(0x1680, 0x169F, "Ogham"), // Character.UnicodeBlock.OGHAM
/* 16A0; 16FF; Runic */
new UBInfo(0x16A0, 0x16FF, "Runic"), // Character.UnicodeBlock.RUNIC
/* 1780; 17FF; Khmer */
new UBInfo(0x1780, 0x17FF, "Khmer"), // Character.UnicodeBlock.KHMER
/* 1800; 18AF; Mongolian */
new UBInfo(0x1800, 0x18AF, "Mongolian"), // Character.UnicodeBlock.MONGOLIAN
/* 1E00; 1EFF; Latin Extended Additional */
new UBInfo(0x1E00, 0x1EFF, "LatinExtendedAdditional"), // Character.UnicodeBlock.LATIN_EXTENDED_ADDITIONAL
/* 1F00; 1FFF; Greek Extended */
new UBInfo(0x1F00, 0x1FFF, "GreekExtended"), // Character.UnicodeBlock.GREEK_EXTENDED
/* 2000; 206F; General Punctuation */
new UBInfo(0x2000, 0x206F, "GeneralPunctuation"), // Character.UnicodeBlock.GENERAL_PUNCTUATION
/* 2070; 209F; Superscripts and Subscripts */
new UBInfo(0x2070, 0x209F, "SuperscriptsandSubscripts"), // Character.UnicodeBlock.SUPERSCRIPTS_AND_SUBSCRIPTS
/* 20A0; 20CF; Currency Symbols */
new UBInfo(0x20A0, 0x20CF, "CurrencySymbols"), // Character.UnicodeBlock.CURRENCY_SYMBOLS
/* 20D0; 20FF; Combining Marks for Symbols */
new UBInfo(0x20D0, 0x20FF, "CombiningMarksforSymbols"), // Character.UnicodeBlock.COMBINING_MARKS_FOR_SYMBOLS
/* 2100; 214F; Letterlike Symbols */
new UBInfo(0x2100, 0x214F, "LetterlikeSymbols"), // Character.UnicodeBlock.LETTERLIKE_SYMBOLS
/* 2150; 218F; Number Forms */
new UBInfo(0x2150, 0x218F, "NumberForms"), // Character.UnicodeBlock.NUMBER_FORMS
/* 2190; 21FF; Arrows */
new UBInfo(0x2190, 0x21FF, "Arrows"), // Character.UnicodeBlock.ARROWS
/* 2200; 22FF; Mathematical Operators */
new UBInfo(0x2200, 0x22FF, "MathematicalOperators"), // Character.UnicodeBlock.MATHEMATICAL_OPERATORS
/* 2300; 23FF; Miscellaneous Technical */
new UBInfo(0x2300, 0x23FF, "MiscellaneousTechnical"), // Character.UnicodeBlock.MISCELLANEOUS_TECHNICAL
/* 2400; 243F; Control Pictures */
new UBInfo(0x2400, 0x243F, "ControlPictures"), // Character.UnicodeBlock.CONTROL_PICTURES
/* 2440; 245F; Optical Character Recognition */
new UBInfo(0x2440, 0x245F, "OpticalCharacterRecognition"), // Character.UnicodeBlock.OPTICAL_CHARACTER_RECOGNITION
/* 2460; 24FF; Enclosed Alphanumerics */
new UBInfo(0x2460, 0x24FF, "EnclosedAlphanumerics"), // Character.UnicodeBlock.ENCLOSED_ALPHANUMERICS
/* 2500; 257F; Box Drawing */
new UBInfo(0x2500, 0x257F, "BoxDrawing"), // Character.UnicodeBlock.BOX_DRAWING
/* 2580; 259F; Block Elements */
new UBInfo(0x2580, 0x259F, "BlockElements"), // Character.UnicodeBlock.BLOCK_ELEMENTS
/* 25A0; 25FF; Geometric Shapes */
new UBInfo(0x25A0, 0x25FF, "GeometricShapes"), // Character.UnicodeBlock.GEOMETRIC_SHAPES
/* 2600; 26FF; Miscellaneous Symbols */
new UBInfo(0x2600, 0x26FF, "MiscellaneousSymbols"), // Character.UnicodeBlock.MISCELLANEOUS_SYMBOLS
/* 2700; 27BF; Dingbats */
new UBInfo(0x2700, 0x27BF, "Dingbats"), // Character.UnicodeBlock.DINGBATS
/* 2800; 28FF; Braille Patterns */
new UBInfo(0x2800, 0x28FF, "BraillePatterns"), // Character.UnicodeBlock.BRAILLE_PATTERNS
/* 2E80; 2EFF; CJK Radicals Supplement */
new UBInfo(0x2E80, 0x2EFF, "CJKRadicalsSupplement"), // Character.UnicodeBlock.CJK_RADICALS_SUPPLEMENT
/* 2F00; 2FDF; Kangxi Radicals */
new UBInfo(0x2F00, 0x2FDF, "KangxiRadicals"), // Character.UnicodeBlock.KANGXI_RADICALS
/* 2FF0; 2FFF; Ideographic Description Characters */
new UBInfo(0x2FF0, 0x2FFF, "IdeographicDescriptionCharacters"), // Character.UnicodeBlock.IDEOGRAPHIC_DESCRIPTION_CHARACTERS
/* 3000; 303F; CJK Symbols and Punctuation */
new UBInfo(0x3000, 0x303F, "CJKSymbolsandPunctuation"), // Character.UnicodeBlock.CJK_SYMBOLS_AND_PUNCTUATION
/* 3040; 309F; Hiragana */
new UBInfo(0x3040, 0x309F, "Hiragana"), // Character.UnicodeBlock.HIRAGANA
/* 30A0; 30FF; Katakana */
new UBInfo(0x30A0, 0x30FF, "Katakana"), // Character.UnicodeBlock.KATAKANA
/* 3100; 312F; Bopomofo */
new UBInfo(0x3100, 0x312F, "Bopomofo"), // Character.UnicodeBlock.BOPOMOFO
/* 3130; 318F; Hangul Compatibility Jamo */
new UBInfo(0x3130, 0x318F, "HangulCompatibilityJamo"), // Character.UnicodeBlock.HANGUL_COMPATIBILITY_JAMO
/* 3190; 319F; Kanbun */
new UBInfo(0x3190, 0x319F, "Kanbun"), // Character.UnicodeBlock.KANBUN
/* 31A0; 31BF; Bopomofo Extended */
new UBInfo(0x31A0, 0x31BF, "BopomofoExtended"), // Character.UnicodeBlock.BOPOMOFO_EXTENDED
/* 3200; 32FF; Enclosed CJK Letters and Months */
new UBInfo(0x3200, 0x32FF, "EnclosedCJKLettersandMonths"), // Character.UnicodeBlock.ENCLOSED_CJK_LETTERS_AND_MONTHS
/* 3300; 33FF; CJK Compatibility */
new UBInfo(0x3300, 0x33FF, "CJKCompatibility"), // Character.UnicodeBlock.CJK_COMPATIBILITY
/* 3400; 4DB5; CJK Unified Ideographs Extension A */
// BEGIN android-changed
// Modified this to reflect current Unicode tables (or maybe it was a typo)
new UBInfo(0x3400, 0x4DBF, "CJKUnifiedIdeographsExtensionA"), // Character.UnicodeBlock.CJK_UNIFIED_IDEOGRAPHS_EXTENSION_A
// END android-changed
/* 4E00; 9FFF; CJK Unified Ideographs */
new UBInfo(0x4E00, 0x9FFF, "CJKUnifiedIdeographs"), // Character.UnicodeBlock.CJK_UNIFIED_IDEOGRAPHS
/* A000; A48F; Yi Syllables */
new UBInfo(0xA000, 0xA48F, "YiSyllables"), // Character.UnicodeBlock.YI_SYLLABLES
/* A490; A4CF; Yi Radicals */
new UBInfo(0xA490, 0xA4CF, "YiRadicals"), // Character.UnicodeBlock.YI_RADICALS
/* AC00; D7A3; Hangul Syllables */
// BEGIN android-changed
// Modified this to reflect current Unicode tables (or maybe it was a typo)
new UBInfo(0xAC00, 0xD7AF, "HangulSyllables"), // Character.UnicodeBlock.HANGUL_SYLLABLES
// END android-changed
/* D800; DB7F; High Surrogates */
/* DB80; DBFF; High Private Use Surrogates */
/* DC00; DFFF; Low Surrogates */
/* E000; F8FF; Private Use */
/* F900; FAFF; CJK Compatibility Ideographs */
new UBInfo(0xF900, 0xFAFF, "CJKCompatibilityIdeographs"), // Character.UnicodeBlock.CJK_COMPATIBILITY_IDEOGRAPHS
/* FB00; FB4F; Alphabetic Presentation Forms */
new UBInfo(0xFB00, 0xFB4F, "AlphabeticPresentationForms"), // Character.UnicodeBlock.ALPHABETIC_PRESENTATION_FORMS
/* FB50; FDFF; Arabic Presentation Forms-A */
new UBInfo(0xFB50, 0xFDFF, "ArabicPresentationForms-A"), // Character.UnicodeBlock.ARABIC_PRESENTATION_FORMS_A
/* FE20; FE2F; Combining Half Marks */
new UBInfo(0xFE20, 0xFE2F, "CombiningHalfMarks"), // Character.UnicodeBlock.COMBINING_HALF_MARKS
/* FE30; FE4F; CJK Compatibility Forms */
new UBInfo(0xFE30, 0xFE4F, "CJKCompatibilityForms"), // Character.UnicodeBlock.CJK_COMPATIBILITY_FORMS
/* FE50; FE6F; Small Form Variants */
new UBInfo(0xFE50, 0xFE6F, "SmallFormVariants"), // Character.UnicodeBlock.SMALL_FORM_VARIANTS
/* FE70; FEFE; Arabic Presentation Forms-B */
// new UBInfo (0xFE70,0xFEFE,"InArabicPresentationForms-B"), //
// Character.UnicodeBlock.ARABIC_PRESENTATION_FORMS_B
/* FEFF; FEFF; Specials */
// BEGIN android-changed
// Modified this to reflect current Unicode tables (or maybe it was a typo)
// FEFF is actually still Arabic Presentation Forms B
// new UBInfo(0xFEFF, 0xFEFF, "Specials"), // Character.UnicodeBlock.SPECIALS
// END android-changed
/* FF00; FFEF; Halfwidth and Fullwidth Forms */
new UBInfo(0xFF00, 0xFFEF, "HalfwidthandFullwidthForms"), // Character.UnicodeBlock.HALFWIDTH_AND_FULLWIDTH_FORMS
/* FFF0; FFFD; Specials */
// BEGIN android-changed
// Modified this to reflect current Unicode tables (or maybe it was a typo)
new UBInfo(0xFFF0, 0xFFFF, "Specials") // Character.UnicodeBlock.SPECIALS
// END android-changed
};
} |
