1 /* 2 * Copyright (c) 2010, 2017, Oracle and/or its affiliates. All rights reserved. 3 * DO NOT ALTER OR REMOVE COPYRIGHT NOTICES OR THIS FILE HEADER. 4 * 5 * This code is free software; you can redistribute it and/or modify it 6 * under the terms of the GNU General Public License version 2 only, as 7 * published by the Free Software Foundation. 8 * 9 * This code is distributed in the hope that it will be useful, but WITHOUT 10 * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or 11 * FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License 12 * version 2 for more details (a copy is included in the LICENSE file that 13 * accompanied this code). 14 * 15 * You should have received a copy of the GNU General Public License version 16 * 2 along with this work; if not, write to the Free Software Foundation, 17 * Inc., 51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA. 18 * 19 * Please contact Oracle, 500 Oracle Parkway, Redwood Shores, CA 94065 USA 20 * or visit www.oracle.com if you need additional information or have any 21 * questions. 22 */ 23 24 import java.io.BufferedReader; 25 import java.io.ByteArrayInputStream; 26 import java.io.ByteArrayOutputStream; 27 import java.io.File; 28 import java.io.FileInputStream; 29 import java.io.InputStreamReader; 30 import java.io.ObjectInputStream; 31 import java.io.ObjectOutputStream; 32 import java.net.URISyntaxException; 33 import java.net.URL; 34 import java.text.DecimalFormatSymbols; 35 import java.util.ArrayList; 36 import java.util.Arrays; 37 import java.util.Calendar; 38 import java.util.IllformedLocaleException; 39 import java.util.List; 40 import java.util.Locale; 41 import java.util.Locale.Builder; 42 import java.util.Set; 43 44 /** 45 * @test 46 * @bug 6875847 6992272 7002320 7015500 7023613 7032820 7033504 7004603 47 * 7044019 8008577 8176853 48 * @summary test API changes to Locale 49 * @library /java/text/testlib 50 * @modules jdk.localedata 51 * @compile LocaleEnhanceTest.java 52 * @run main/othervm -Djava.locale.providers=JRE,SPI -esa LocaleEnhanceTest 53 */ 54 public class LocaleEnhanceTest extends IntlTest { 55 main(String[] args)56 public static void main(String[] args) throws Exception { 57 List<String> argList = new ArrayList<String>(); 58 argList.addAll(Arrays.asList(args)); 59 argList.add("-nothrow"); 60 new LocaleEnhanceTest().run(argList.toArray(new String[argList.size()])); 61 } 62 LocaleEnhanceTest()63 public LocaleEnhanceTest() { 64 } 65 66 /// 67 /// Generic sanity tests 68 /// 69 70 /** A canonical language code. */ 71 private static final String l = "en"; 72 73 /** A canonical script code.. */ 74 private static final String s = "Latn"; 75 76 /** A canonical region code. */ 77 private static final String c = "US"; 78 79 /** A canonical variant code. */ 80 private static final String v = "NewYork"; 81 82 /** 83 * Ensure that Builder builds locales that have the expected 84 * tag and java6 ID. Note the odd cases for the ID. 85 */ testCreateLocaleCanonicalValid()86 public void testCreateLocaleCanonicalValid() { 87 String[] valids = { 88 "en-Latn-US-NewYork", "en_US_NewYork_#Latn", 89 "en-Latn-US", "en_US_#Latn", 90 "en-Latn-NewYork", "en__NewYork_#Latn", // double underscore 91 "en-Latn", "en__#Latn", // double underscore 92 "en-US-NewYork", "en_US_NewYork", 93 "en-US", "en_US", 94 "en-NewYork", "en__NewYork", // double underscore 95 "en", "en", 96 "und-Latn-US-NewYork", "_US_NewYork_#Latn", 97 "und-Latn-US", "_US_#Latn", 98 "und-Latn-NewYork", "", // variant only not supported 99 "und-Latn", "", 100 "und-US-NewYork", "_US_NewYork", 101 "und-US", "_US", 102 "und-NewYork", "", // variant only not supported 103 "und", "" 104 }; 105 106 Builder builder = new Builder(); 107 108 for (int i = 0; i < valids.length; i += 2) { 109 String tag = valids[i]; 110 String id = valids[i+1]; 111 112 String idl = (i & 16) == 0 ? l : ""; 113 String ids = (i & 8) == 0 ? s : ""; 114 String idc = (i & 4) == 0 ? c : ""; 115 String idv = (i & 2) == 0 ? v : ""; 116 117 String msg = String.valueOf(i/2) + ": '" + tag + "' "; 118 119 try { 120 Locale l = builder 121 .setLanguage(idl) 122 .setScript(ids) 123 .setRegion(idc) 124 .setVariant(idv) 125 .build(); 126 assertEquals(msg + "language", idl, l.getLanguage()); 127 assertEquals(msg + "script", ids, l.getScript()); 128 assertEquals(msg + "country", idc, l.getCountry()); 129 assertEquals(msg + "variant", idv, l.getVariant()); 130 assertEquals(msg + "tag", tag, l.toLanguageTag()); 131 assertEquals(msg + "id", id, l.toString()); 132 } 133 catch (IllegalArgumentException e) { 134 errln(msg + e.getMessage()); 135 } 136 } 137 } 138 139 /** 140 * Test that locale construction works with 'multiple variants'. 141 * <p> 142 * The string "Newer__Yorker" is treated as three subtags, 143 * "Newer", "", and "Yorker", and concatenated into one 144 * subtag by omitting empty subtags and joining the remainer 145 * with underscores. So the resulting variant tag is "Newer_Yorker". 146 * Note that 'New' and 'York' are invalid BCP47 variant subtags 147 * because they are too short. 148 */ testCreateLocaleMultipleVariants()149 public void testCreateLocaleMultipleVariants() { 150 151 String[] valids = { 152 "en-Latn-US-Newer-Yorker", "en_US_Newer_Yorker_#Latn", 153 "en-Latn-Newer-Yorker", "en__Newer_Yorker_#Latn", 154 "en-US-Newer-Yorker", "en_US_Newer_Yorker", 155 "en-Newer-Yorker", "en__Newer_Yorker", 156 "und-Latn-US-Newer-Yorker", "_US_Newer_Yorker_#Latn", 157 "und-Latn-Newer-Yorker", "", 158 "und-US-Newer-Yorker", "_US_Newer_Yorker", 159 "und-Newer-Yorker", "", 160 }; 161 162 Builder builder = new Builder(); // lenient variant 163 164 final String idv = "Newer_Yorker"; 165 for (int i = 0; i < valids.length; i += 2) { 166 String tag = valids[i]; 167 String id = valids[i+1]; 168 169 String idl = (i & 8) == 0 ? l : ""; 170 String ids = (i & 4) == 0 ? s : ""; 171 String idc = (i & 2) == 0 ? c : ""; 172 173 String msg = String.valueOf(i/2) + ": " + tag + " "; 174 try { 175 Locale l = builder 176 .setLanguage(idl) 177 .setScript(ids) 178 .setRegion(idc) 179 .setVariant(idv) 180 .build(); 181 182 assertEquals(msg + " language", idl, l.getLanguage()); 183 assertEquals(msg + " script", ids, l.getScript()); 184 assertEquals(msg + " country", idc, l.getCountry()); 185 assertEquals(msg + " variant", idv, l.getVariant()); 186 187 assertEquals(msg + "tag", tag, l.toLanguageTag()); 188 assertEquals(msg + "id", id, l.toString()); 189 } 190 catch (IllegalArgumentException e) { 191 errln(msg + e.getMessage()); 192 } 193 } 194 } 195 196 /** 197 * Ensure that all these invalid formats are not recognized by 198 * forLanguageTag. 199 */ testCreateLocaleCanonicalInvalidSeparator()200 public void testCreateLocaleCanonicalInvalidSeparator() { 201 String[] invalids = { 202 // trailing separator 203 "en_Latn_US_NewYork_", 204 "en_Latn_US_", 205 "en_Latn_", 206 "en_", 207 "_", 208 209 // double separator 210 "en_Latn_US__NewYork", 211 "_Latn_US__NewYork", 212 "en_US__NewYork", 213 "_US__NewYork", 214 215 // are these OK? 216 // "en_Latn__US_NewYork", // variant is 'US_NewYork' 217 // "_Latn__US_NewYork", // variant is 'US_NewYork' 218 // "en__Latn_US_NewYork", // variant is 'Latn_US_NewYork' 219 // "en__US_NewYork", // variant is 'US_NewYork' 220 221 // double separator without language or script 222 "__US", 223 "__NewYork", 224 225 // triple separator anywhere except within variant 226 "en___NewYork", 227 "en_Latn___NewYork", 228 "_Latn___NewYork", 229 "___NewYork", 230 }; 231 232 for (int i = 0; i < invalids.length; ++i) { 233 String id = invalids[i]; 234 Locale l = Locale.forLanguageTag(id); 235 assertEquals(id, "und", l.toLanguageTag()); 236 } 237 } 238 239 /** 240 * Ensure that all current locale ids parse. Use DateFormat as a proxy 241 * for all current locale ids. 242 */ testCurrentLocales()243 public void testCurrentLocales() { 244 Locale[] locales = java.text.DateFormat.getAvailableLocales(); 245 Builder builder = new Builder(); 246 247 for (Locale target : locales) { 248 String tag = target.toLanguageTag(); 249 250 // the tag recreates the original locale, 251 // except no_NO_NY 252 Locale tagResult = Locale.forLanguageTag(tag); 253 if (!target.getVariant().equals("NY")) { 254 assertEquals("tagResult", target, tagResult); 255 } 256 257 // the builder also recreates the original locale, 258 // except ja_JP_JP, th_TH_TH and no_NO_NY 259 Locale builderResult = builder.setLocale(target).build(); 260 if (target.getVariant().length() != 2) { 261 assertEquals("builderResult", target, builderResult); 262 } 263 } 264 } 265 266 /** 267 * Ensure that all icu locale ids parse. 268 */ testIcuLocales()269 public void testIcuLocales() throws Exception { 270 BufferedReader br = new BufferedReader( 271 new InputStreamReader( 272 LocaleEnhanceTest.class.getResourceAsStream("icuLocales.txt"), 273 "UTF-8")); 274 String id = null; 275 while (null != (id = br.readLine())) { 276 Locale result = Locale.forLanguageTag(id); 277 assertEquals("ulocale", id, result.toLanguageTag()); 278 } 279 } 280 281 /// 282 /// Compatibility tests 283 /// 284 testConstructor()285 public void testConstructor() { 286 // all the old weirdness still holds, no new weirdness 287 String[][] tests = { 288 // language to lower case, region to upper, variant unchanged 289 // short 290 { "X", "y", "z", "x", "Y" }, 291 // long 292 { "xXxXxXxXxXxX", "yYyYyYyYyYyYyYyY", "zZzZzZzZzZzZzZzZ", 293 "xxxxxxxxxxxx", "YYYYYYYYYYYYYYYY" }, 294 // mapped language ids 295 { "he", "IW", "", "iw" }, 296 { "iw", "IW", "", "iw" }, 297 { "yi", "DE", "", "ji" }, 298 { "ji", "DE", "", "ji" }, 299 { "id", "ID", "", "in" }, 300 { "in", "ID", "", "in" }, 301 // special variants 302 { "ja", "JP", "JP" }, 303 { "th", "TH", "TH" }, 304 { "no", "NO", "NY" }, 305 { "no", "NO", "NY" }, 306 // no canonicalization of 3-letter language codes 307 { "eng", "US", "" } 308 }; 309 for (int i = 0; i < tests.length; ++ i) { 310 String[] test = tests[i]; 311 String id = String.valueOf(i); 312 Locale locale = new Locale(test[0], test[1], test[2]); 313 assertEquals(id + " lang", test.length > 3 ? test[3] : test[0], locale.getLanguage()); 314 assertEquals(id + " region", test.length > 4 ? test[4] : test[1], locale.getCountry()); 315 assertEquals(id + " variant", test.length > 5 ? test[5] : test[2], locale.getVariant()); 316 } 317 } 318 319 /// 320 /// Locale API tests. 321 /// 322 testGetScript()323 public void testGetScript() { 324 // forLanguageTag normalizes case 325 Locale locale = Locale.forLanguageTag("und-latn"); 326 assertEquals("forLanguageTag", "Latn", locale.getScript()); 327 328 // Builder normalizes case 329 locale = new Builder().setScript("LATN").build(); 330 assertEquals("builder", "Latn", locale.getScript()); 331 332 // empty string is returned, not null, if there is no script 333 locale = Locale.forLanguageTag("und"); 334 assertEquals("script is empty string", "", locale.getScript()); 335 } 336 testGetExtension()337 public void testGetExtension() { 338 // forLanguageTag does NOT normalize to hyphen 339 Locale locale = Locale.forLanguageTag("und-a-some_ex-tension"); 340 assertEquals("some_ex-tension", null, locale.getExtension('a')); 341 342 // regular extension 343 locale = new Builder().setExtension('a', "some-ex-tension").build(); 344 assertEquals("builder", "some-ex-tension", locale.getExtension('a')); 345 346 // returns null if extension is not present 347 assertEquals("empty b", null, locale.getExtension('b')); 348 349 // throws exception if extension tag is illegal 350 new ExpectIAE() { public void call() { Locale.forLanguageTag("").getExtension('\uD800'); }}; 351 352 // 'x' is not an extension, it's a private use tag, but it's accessed through this API 353 locale = Locale.forLanguageTag("x-y-z-blork"); 354 assertEquals("x", "y-z-blork", locale.getExtension('x')); 355 } 356 testGetExtensionKeys()357 public void testGetExtensionKeys() { 358 Locale locale = Locale.forLanguageTag("und-a-xx-yy-b-zz-ww"); 359 Set<Character> result = locale.getExtensionKeys(); 360 assertEquals("result size", 2, result.size()); 361 assertTrue("'a','b'", result.contains('a') && result.contains('b')); 362 363 // result is not mutable 364 try { 365 result.add('x'); 366 errln("expected exception on add to extension key set"); 367 } 368 catch (UnsupportedOperationException e) { 369 // ok 370 } 371 372 // returns empty set if no extensions 373 locale = Locale.forLanguageTag("und"); 374 assertTrue("empty result", locale.getExtensionKeys().isEmpty()); 375 } 376 testGetUnicodeLocaleAttributes()377 public void testGetUnicodeLocaleAttributes() { 378 Locale locale = Locale.forLanguageTag("en-US-u-abc-def"); 379 Set<String> attributes = locale.getUnicodeLocaleAttributes(); 380 assertEquals("number of attributes", 2, attributes.size()); 381 assertTrue("attribute abc", attributes.contains("abc")); 382 assertTrue("attribute def", attributes.contains("def")); 383 384 locale = Locale.forLanguageTag("en-US-u-ca-gregory"); 385 attributes = locale.getUnicodeLocaleAttributes(); 386 assertTrue("empty attributes", attributes.isEmpty()); 387 } 388 testGetUnicodeLocaleType()389 public void testGetUnicodeLocaleType() { 390 Locale locale = Locale.forLanguageTag("und-u-co-japanese-nu-thai"); 391 assertEquals("collation", "japanese", locale.getUnicodeLocaleType("co")); 392 assertEquals("numbers", "thai", locale.getUnicodeLocaleType("nu")); 393 394 // Unicode locale extension key is case insensitive 395 assertEquals("key case", "japanese", locale.getUnicodeLocaleType("Co")); 396 397 // if keyword is not present, returns null 398 assertEquals("locale keyword not present", null, locale.getUnicodeLocaleType("xx")); 399 400 // if no locale extension is set, returns null 401 locale = Locale.forLanguageTag("und"); 402 assertEquals("locale extension not present", null, locale.getUnicodeLocaleType("co")); 403 404 // typeless keyword 405 locale = Locale.forLanguageTag("und-u-kn"); 406 assertEquals("typeless keyword", "", locale.getUnicodeLocaleType("kn")); 407 408 // invalid keys throw exception 409 new ExpectIAE() { public void call() { Locale.forLanguageTag("").getUnicodeLocaleType("q"); }}; 410 new ExpectIAE() { public void call() { Locale.forLanguageTag("").getUnicodeLocaleType("abcdefghi"); }}; 411 412 // null argument throws exception 413 new ExpectNPE() { public void call() { Locale.forLanguageTag("").getUnicodeLocaleType(null); }}; 414 } 415 testGetUnicodeLocaleKeys()416 public void testGetUnicodeLocaleKeys() { 417 Locale locale = Locale.forLanguageTag("und-u-co-japanese-nu-thai"); 418 Set<String> result = locale.getUnicodeLocaleKeys(); 419 assertEquals("two keys", 2, result.size()); 420 assertTrue("co and nu", result.contains("co") && result.contains("nu")); 421 422 // result is not modifiable 423 try { 424 result.add("frobozz"); 425 errln("expected exception when add to locale key set"); 426 } 427 catch (UnsupportedOperationException e) { 428 // ok 429 } 430 } 431 testPrivateUseExtension()432 public void testPrivateUseExtension() { 433 Locale locale = Locale.forLanguageTag("x-y-x-blork-"); 434 assertEquals("blork", "y-x-blork", locale.getExtension(Locale.PRIVATE_USE_EXTENSION)); 435 436 locale = Locale.forLanguageTag("und"); 437 assertEquals("no privateuse", null, locale.getExtension(Locale.PRIVATE_USE_EXTENSION)); 438 } 439 testToLanguageTag()440 public void testToLanguageTag() { 441 // lots of normalization to test here 442 // test locales created using the constructor 443 String[][] tests = { 444 // empty locale canonicalizes to 'und' 445 { "", "", "", "und" }, 446 // variant alone is not a valid Locale, but has a valid language tag 447 { "", "", "NewYork", "und-NewYork" }, 448 // standard valid locales 449 { "", "Us", "", "und-US" }, 450 { "", "US", "NewYork", "und-US-NewYork" }, 451 { "EN", "", "", "en" }, 452 { "EN", "", "NewYork", "en-NewYork" }, 453 { "EN", "US", "", "en-US" }, 454 { "EN", "US", "NewYork", "en-US-NewYork" }, 455 // underscore in variant will be emitted as multiple variant subtags 456 { "en", "US", "Newer_Yorker", "en-US-Newer-Yorker" }, 457 // invalid variant subtags are appended as private use 458 { "en", "US", "new_yorker", "en-US-x-lvariant-new-yorker" }, 459 // the first invalid variant subtags and following variant subtags are appended as private use 460 { "en", "US", "Windows_XP_Home", "en-US-Windows-x-lvariant-XP-Home" }, 461 // too long variant and following variant subtags disappear 462 { "en", "US", "WindowsVista_SP2", "en-US" }, 463 // invalid region subtag disappears 464 { "en", "USA", "", "en" }, 465 // invalid language tag disappears 466 { "e", "US", "", "und-US" }, 467 // three-letter language tags are not canonicalized 468 { "Eng", "", "", "eng" }, 469 // legacy languages canonicalize to modern equivalents 470 { "he", "IW", "", "he-IW" }, 471 { "iw", "IW", "", "he-IW" }, 472 { "yi", "DE", "", "yi-DE" }, 473 { "ji", "DE", "", "yi-DE" }, 474 { "id", "ID", "", "id-ID" }, 475 { "in", "ID", "", "id-ID" }, 476 // special values are converted on output 477 { "ja", "JP", "JP", "ja-JP-u-ca-japanese-x-lvariant-JP" }, 478 { "th", "TH", "TH", "th-TH-u-nu-thai-x-lvariant-TH" }, 479 { "no", "NO", "NY", "nn-NO" } 480 }; 481 for (int i = 0; i < tests.length; ++i) { 482 String[] test = tests[i]; 483 Locale locale = new Locale(test[0], test[1], test[2]); 484 assertEquals("case " + i, test[3], locale.toLanguageTag()); 485 } 486 487 // test locales created from forLanguageTag 488 String[][] tests1 = { 489 // case is normalized during the round trip 490 { "EN-us", "en-US" }, 491 { "en-Latn-US", "en-Latn-US" }, 492 // reordering Unicode locale extensions 493 { "de-u-co-phonebk-ca-gregory", "de-u-ca-gregory-co-phonebk" }, 494 // private use only language tag is preserved (no extra "und") 495 { "x-elmer", "x-elmer" }, 496 { "x-lvariant-JP", "x-lvariant-JP" }, 497 }; 498 for (String[] test : tests1) { 499 Locale locale = Locale.forLanguageTag(test[0]); 500 assertEquals("case " + test[0], test[1], locale.toLanguageTag()); 501 } 502 503 } 504 testForLanguageTag()505 public void testForLanguageTag() { 506 // forLanguageTag implements the 'Language-Tag' production of 507 // BCP47, so it handles private use and grandfathered tags, 508 // unlike locale builder. Tags listed below (except for the 509 // sample private use tags) come from 4646bis Feb 29, 2009. 510 511 String[][] tests = { 512 // private use tags only 513 { "x-abc", "x-abc" }, 514 { "x-a-b-c", "x-a-b-c" }, 515 { "x-a-12345678", "x-a-12345678" }, 516 517 // grandfathered tags with preferred mappings 518 { "i-ami", "ami" }, 519 { "i-bnn", "bnn" }, 520 { "i-hak", "hak" }, 521 { "i-klingon", "tlh" }, 522 { "i-lux", "lb" }, // two-letter tag 523 { "i-navajo", "nv" }, // two-letter tag 524 { "i-pwn", "pwn" }, 525 { "i-tao", "tao" }, 526 { "i-tay", "tay" }, 527 { "i-tsu", "tsu" }, 528 { "art-lojban", "jbo" }, 529 { "no-bok", "nb" }, 530 { "no-nyn", "nn" }, 531 { "sgn-BE-FR", "sfb" }, 532 { "sgn-BE-NL", "vgt" }, 533 { "sgn-CH-DE", "sgg" }, 534 { "zh-guoyu", "cmn" }, 535 { "zh-hakka", "hak" }, 536 { "zh-min-nan", "nan" }, 537 { "zh-xiang", "hsn" }, 538 539 // grandfathered irregular tags, no preferred mappings, drop illegal fields 540 // from end. If no subtag is mappable, fallback to 'und' 541 { "i-default", "en-x-i-default" }, 542 { "i-enochian", "x-i-enochian" }, 543 { "i-mingo", "see-x-i-mingo" }, 544 { "en-GB-oed", "en-GB-x-oed" }, 545 { "zh-min", "nan-x-zh-min" }, 546 { "cel-gaulish", "xtg-x-cel-gaulish" }, 547 }; 548 for (int i = 0; i < tests.length; ++i) { 549 String[] test = tests[i]; 550 Locale locale = Locale.forLanguageTag(test[0]); 551 assertEquals("grandfathered case " + i, test[1], locale.toLanguageTag()); 552 } 553 554 // forLanguageTag ignores everything past the first place it encounters 555 // a syntax error 556 tests = new String[][] { 557 { "valid", 558 "en-US-Newer-Yorker-a-bb-cc-dd-u-aa-abc-bb-def-x-y-12345678-z", 559 "en-US-Newer-Yorker-a-bb-cc-dd-u-aa-abc-bb-def-x-y-12345678-z" }, 560 { "segment of private use tag too long", 561 "en-US-Newer-Yorker-a-bb-cc-dd-u-aa-abc-bb-def-x-y-123456789-z", 562 "en-US-Newer-Yorker-a-bb-cc-dd-u-aa-abc-bb-def-x-y" }, 563 { "segment of private use tag is empty", 564 "en-US-Newer-Yorker-a-bb-cc-dd-u-aa-abc-bb-def-x-y--12345678-z", 565 "en-US-Newer-Yorker-a-bb-cc-dd-u-aa-abc-bb-def-x-y" }, 566 { "first segment of private use tag is empty", 567 "en-US-Newer-Yorker-a-bb-cc-dd-u-aa-abc-bb-def-x--y-12345678-z", 568 "en-US-Newer-Yorker-a-bb-cc-dd-u-aa-abc-bb-def" }, 569 { "illegal extension tag", 570 "en-US-Newer-Yorker-a-bb-cc-dd-u-aa-abc-bb-def-\uD800-y-12345678-z", 571 "en-US-Newer-Yorker-a-bb-cc-dd-u-aa-abc-bb-def" }, 572 { "locale subtag with no value", 573 "en-US-Newer-Yorker-a-bb-cc-dd-u-aa-abc-bb-x-y-12345678-z", 574 "en-US-Newer-Yorker-a-bb-cc-dd-u-aa-abc-bb-x-y-12345678-z" }, 575 { "locale key subtag invalid", 576 "en-US-Newer-Yorker-a-bb-cc-dd-u-aa-abc-123456789-def-x-y-12345678-z", 577 "en-US-Newer-Yorker-a-bb-cc-dd-u-aa-abc" }, 578 // locale key subtag invalid in earlier position, all following subtags 579 // dropped (and so the locale extension dropped as well) 580 { "locale key subtag invalid in earlier position", 581 "en-US-Newer-Yorker-a-bb-cc-dd-u-123456789-abc-bb-def-x-y-12345678-z", 582 "en-US-Newer-Yorker-a-bb-cc-dd" }, 583 }; 584 for (int i = 0; i < tests.length; ++i) { 585 String[] test = tests[i]; 586 String msg = "syntax error case " + i + " " + test[0]; 587 try { 588 Locale locale = Locale.forLanguageTag(test[1]); 589 assertEquals(msg, test[2], locale.toLanguageTag()); 590 } 591 catch (IllegalArgumentException e) { 592 errln(msg + " caught exception: " + e); 593 } 594 } 595 596 // duplicated extension are just ignored 597 Locale locale = Locale.forLanguageTag("und-d-aa-00-bb-01-D-AA-10-cc-11-c-1234"); 598 assertEquals("extension", "aa-00-bb-01", locale.getExtension('d')); 599 assertEquals("extension c", "1234", locale.getExtension('c')); 600 601 locale = Locale.forLanguageTag("und-U-ca-gregory-u-ca-japanese"); 602 assertEquals("Unicode extension", "ca-gregory", locale.getExtension(Locale.UNICODE_LOCALE_EXTENSION)); 603 604 // redundant Unicode locale keys in an extension are ignored 605 locale = Locale.forLanguageTag("und-u-aa-000-bb-001-bB-002-cc-003-c-1234"); 606 assertEquals("Unicode keywords", "aa-000-bb-001-cc-003", locale.getExtension(Locale.UNICODE_LOCALE_EXTENSION)); 607 assertEquals("Duplicated Unicode locake key followed by an extension", "1234", locale.getExtension('c')); 608 } 609 testGetDisplayScript()610 public void testGetDisplayScript() { 611 Locale latnLocale = Locale.forLanguageTag("und-latn"); 612 Locale hansLocale = Locale.forLanguageTag("und-hans"); 613 614 Locale oldLocale = Locale.getDefault(); 615 616 Locale.setDefault(Locale.US); 617 assertEquals("latn US", "Latin", latnLocale.getDisplayScript()); 618 assertEquals("hans US", "Simplified Han", hansLocale.getDisplayScript()); 619 620 Locale.setDefault(Locale.GERMANY); 621 assertEquals("latn DE", "Lateinisch", latnLocale.getDisplayScript()); 622 assertEquals("hans DE", "Vereinfachte Chinesische Schrift", hansLocale.getDisplayScript()); 623 624 Locale.setDefault(oldLocale); 625 } 626 testGetDisplayScriptWithLocale()627 public void testGetDisplayScriptWithLocale() { 628 Locale latnLocale = Locale.forLanguageTag("und-latn"); 629 Locale hansLocale = Locale.forLanguageTag("und-hans"); 630 631 assertEquals("latn US", "Latin", latnLocale.getDisplayScript(Locale.US)); 632 assertEquals("hans US", "Simplified Han", hansLocale.getDisplayScript(Locale.US)); 633 634 assertEquals("latn DE", "Lateinisch", latnLocale.getDisplayScript(Locale.GERMANY)); 635 assertEquals("hans DE", "Vereinfachte Chinesische Schrift", hansLocale.getDisplayScript(Locale.GERMANY)); 636 } 637 testGetDisplayName()638 public void testGetDisplayName() { 639 final Locale[] testLocales = { 640 Locale.ROOT, 641 new Locale("en"), 642 new Locale("en", "US"), 643 new Locale("", "US"), 644 new Locale("no", "NO", "NY"), 645 new Locale("", "", "NY"), 646 Locale.forLanguageTag("zh-Hans"), 647 Locale.forLanguageTag("zh-Hant"), 648 Locale.forLanguageTag("zh-Hans-CN"), 649 Locale.forLanguageTag("und-Hans"), 650 }; 651 652 final String[] displayNameEnglish = { 653 "", 654 "English", 655 "English (United States)", 656 "United States", 657 "Norwegian (Norway,Nynorsk)", 658 "Nynorsk", 659 "Chinese (Simplified Han)", 660 "Chinese (Traditional Han)", 661 "Chinese (Simplified Han,China)", 662 "Simplified Han", 663 }; 664 665 final String[] displayNameSimplifiedChinese = { 666 "", 667 "\u82f1\u6587", 668 "\u82f1\u6587 (\u7f8e\u56fd)", 669 "\u7f8e\u56fd", 670 "\u632a\u5a01\u6587 (\u632a\u5a01,Nynorsk)", 671 "Nynorsk", 672 "\u4e2d\u6587 (\u7b80\u4f53\u4e2d\u6587)", 673 "\u4e2d\u6587 (\u7e41\u4f53\u4e2d\u6587)", 674 "\u4e2d\u6587 (\u7b80\u4f53\u4e2d\u6587,\u4e2d\u56fd)", 675 "\u7b80\u4f53\u4e2d\u6587", 676 }; 677 678 for (int i = 0; i < testLocales.length; i++) { 679 Locale loc = testLocales[i]; 680 assertEquals("English display name for " + loc.toLanguageTag(), 681 displayNameEnglish[i], loc.getDisplayName(Locale.ENGLISH)); 682 assertEquals("Simplified Chinese display name for " + loc.toLanguageTag(), 683 displayNameSimplifiedChinese[i], loc.getDisplayName(Locale.CHINA)); 684 } 685 } 686 687 /// 688 /// Builder tests 689 /// 690 testBuilderSetLocale()691 public void testBuilderSetLocale() { 692 Builder builder = new Builder(); 693 Builder lenientBuilder = new Builder(); 694 695 String languageTag = "en-Latn-US-NewYork-a-bb-ccc-u-co-japanese-x-y-z"; 696 String target = "en-Latn-US-NewYork-a-bb-ccc-u-co-japanese-x-y-z"; 697 698 Locale locale = Locale.forLanguageTag(languageTag); 699 Locale result = lenientBuilder 700 .setLocale(locale) 701 .build(); 702 assertEquals("long tag", target, result.toLanguageTag()); 703 assertEquals("long tag", locale, result); 704 705 // null is illegal 706 new BuilderNPE("locale") { 707 public void call() { b.setLocale(null); } 708 }; 709 710 // builder canonicalizes the three legacy locales: 711 // ja_JP_JP, th_TH_TH, no_NY_NO. 712 locale = builder.setLocale(new Locale("ja", "JP", "JP")).build(); 713 assertEquals("ja_JP_JP languagetag", "ja-JP-u-ca-japanese", locale.toLanguageTag()); 714 assertEquals("ja_JP_JP variant", "", locale.getVariant()); 715 716 locale = builder.setLocale(new Locale("th", "TH", "TH")).build(); 717 assertEquals("th_TH_TH languagetag", "th-TH-u-nu-thai", locale.toLanguageTag()); 718 assertEquals("th_TH_TH variant", "", locale.getVariant()); 719 720 locale = builder.setLocale(new Locale("no", "NO", "NY")).build(); 721 assertEquals("no_NO_NY languagetag", "nn-NO", locale.toLanguageTag()); 722 assertEquals("no_NO_NY language", "nn", locale.getLanguage()); 723 assertEquals("no_NO_NY variant", "", locale.getVariant()); 724 725 // non-canonical, non-legacy locales are invalid 726 new BuilderILE("123_4567_89") { 727 public void call() { 728 b.setLocale(new Locale("123", "4567", "89")); 729 } 730 }; 731 } 732 testBuilderSetLanguageTag()733 public void testBuilderSetLanguageTag() { 734 String source = "eN-LaTn-Us-NewYork-A-Xx-B-Yy-X-1-2-3"; 735 String target = "en-Latn-US-NewYork-a-xx-b-yy-x-1-2-3"; 736 Builder builder = new Builder(); 737 String result = builder 738 .setLanguageTag(source) 739 .build() 740 .toLanguageTag(); 741 assertEquals("language", target, result); 742 743 // redundant extensions cause a failure 744 new BuilderILE() { public void call() { b.setLanguageTag("und-a-xx-yy-b-ww-A-00-11-c-vv"); }}; 745 746 // redundant Unicode locale extension keys within an Unicode locale extension cause a failure 747 new BuilderILE() { public void call() { b.setLanguageTag("und-u-nu-thai-NU-chinese-xx-1234"); }}; 748 } 749 testBuilderSetLanguage()750 public void testBuilderSetLanguage() { 751 // language is normalized to lower case 752 String source = "eN"; 753 String target = "en"; 754 String defaulted = ""; 755 Builder builder = new Builder(); 756 String result = builder 757 .setLanguage(source) 758 .build() 759 .getLanguage(); 760 assertEquals("en", target, result); 761 762 // setting with empty resets 763 result = builder 764 .setLanguage(target) 765 .setLanguage("") 766 .build() 767 .getLanguage(); 768 assertEquals("empty", defaulted, result); 769 770 // setting with null resets too 771 result = builder 772 .setLanguage(target) 773 .setLanguage(null) 774 .build() 775 .getLanguage(); 776 assertEquals("null", defaulted, result); 777 778 // language codes must be 2-8 alpha 779 // for forwards compatibility, 4-alpha and 5-8 alpha (registered) 780 // languages are accepted syntax 781 new BuilderILE("q", "abcdefghi", "13") { public void call() { b.setLanguage(arg); }}; 782 783 // language code validation is NOT performed, any 2-8-alpha passes 784 assertNotNull("2alpha", builder.setLanguage("zz").build()); 785 assertNotNull("8alpha", builder.setLanguage("abcdefgh").build()); 786 787 // three-letter language codes are NOT canonicalized to two-letter 788 result = builder 789 .setLanguage("eng") 790 .build() 791 .getLanguage(); 792 assertEquals("eng", "eng", result); 793 } 794 testBuilderSetScript()795 public void testBuilderSetScript() { 796 // script is normalized to title case 797 String source = "lAtN"; 798 String target = "Latn"; 799 String defaulted = ""; 800 Builder builder = new Builder(); 801 String result = builder 802 .setScript(source) 803 .build() 804 .getScript(); 805 assertEquals("script", target, result); 806 807 // setting with empty resets 808 result = builder 809 .setScript(target) 810 .setScript("") 811 .build() 812 .getScript(); 813 assertEquals("empty", defaulted, result); 814 815 // settting with null also resets 816 result = builder 817 .setScript(target) 818 .setScript(null) 819 .build() 820 .getScript(); 821 assertEquals("null", defaulted, result); 822 823 // ill-formed script codes throw IAE 824 // must be 4alpha 825 new BuilderILE("abc", "abcde", "l3tn") { public void call() { b.setScript(arg); }}; 826 827 // script code validation is NOT performed, any 4-alpha passes 828 assertEquals("4alpha", "Wxyz", builder.setScript("wxyz").build().getScript()); 829 } 830 testBuilderSetRegion()831 public void testBuilderSetRegion() { 832 // region is normalized to upper case 833 String source = "uS"; 834 String target = "US"; 835 String defaulted = ""; 836 Builder builder = new Builder(); 837 String result = builder 838 .setRegion(source) 839 .build() 840 .getCountry(); 841 assertEquals("us", target, result); 842 843 // setting with empty resets 844 result = builder 845 .setRegion(target) 846 .setRegion("") 847 .build() 848 .getCountry(); 849 assertEquals("empty", defaulted, result); 850 851 // setting with null also resets 852 result = builder 853 .setRegion(target) 854 .setRegion(null) 855 .build() 856 .getCountry(); 857 assertEquals("null", defaulted, result); 858 859 // ill-formed region codes throw IAE 860 // 2 alpha or 3 numeric 861 new BuilderILE("q", "abc", "12", "1234", "a3", "12a") { public void call() { b.setRegion(arg); }}; 862 863 // region code validation is NOT performed, any 2-alpha or 3-digit passes 864 assertEquals("2alpha", "ZZ", builder.setRegion("ZZ").build().getCountry()); 865 assertEquals("3digit", "000", builder.setRegion("000").build().getCountry()); 866 } 867 testBuilderSetVariant()868 public void testBuilderSetVariant() { 869 // Variant case is not normalized in lenient variant mode 870 String source = "NewYork"; 871 String target = source; 872 String defaulted = ""; 873 Builder builder = new Builder(); 874 String result = builder 875 .setVariant(source) 876 .build() 877 .getVariant(); 878 assertEquals("NewYork", target, result); 879 880 result = builder 881 .setVariant("NeWeR_YoRkEr") 882 .build() 883 .toLanguageTag(); 884 assertEquals("newer yorker", "und-NeWeR-YoRkEr", result); 885 886 // subtags of variant are NOT reordered 887 result = builder 888 .setVariant("zzzzz_yyyyy_xxxxx") 889 .build() 890 .getVariant(); 891 assertEquals("zyx", "zzzzz_yyyyy_xxxxx", result); 892 893 // setting to empty resets 894 result = builder 895 .setVariant(target) 896 .setVariant("") 897 .build() 898 .getVariant(); 899 assertEquals("empty", defaulted, result); 900 901 // setting to null also resets 902 result = builder 903 .setVariant(target) 904 .setVariant(null) 905 .build() 906 .getVariant(); 907 assertEquals("null", defaulted, result); 908 909 // ill-formed variants throw IAE 910 // digit followed by 3-7 characters, or alpha followed by 4-8 characters. 911 new BuilderILE("abcd", "abcdefghi", "1ab", "1abcdefgh") { public void call() { b.setVariant(arg); }}; 912 913 // 4 characters is ok as long as the first is a digit 914 assertEquals("digit+3alpha", "1abc", builder.setVariant("1abc").build().getVariant()); 915 916 // all subfields must conform 917 new BuilderILE("abcde-fg") { public void call() { b.setVariant(arg); }}; 918 } 919 testBuilderSetExtension()920 public void testBuilderSetExtension() { 921 // upper case characters are normalized to lower case 922 final char sourceKey = 'a'; 923 final String sourceValue = "aB-aBcdefgh-12-12345678"; 924 String target = "ab-abcdefgh-12-12345678"; 925 Builder builder = new Builder(); 926 String result = builder 927 .setExtension(sourceKey, sourceValue) 928 .build() 929 .getExtension(sourceKey); 930 assertEquals("extension", target, result); 931 932 // setting with empty resets 933 result = builder 934 .setExtension(sourceKey, sourceValue) 935 .setExtension(sourceKey, "") 936 .build() 937 .getExtension(sourceKey); 938 assertEquals("empty", null, result); 939 940 // setting with null also resets 941 result = builder 942 .setExtension(sourceKey, sourceValue) 943 .setExtension(sourceKey, null) 944 .build() 945 .getExtension(sourceKey); 946 assertEquals("null", null, result); 947 948 // ill-formed extension keys throw IAE 949 // must be in [0-9a-ZA-Z] 950 new BuilderILE("$") { public void call() { b.setExtension('$', sourceValue); }}; 951 952 // each segment of value must be 2-8 alphanum 953 new BuilderILE("ab-cd-123456789") { public void call() { b.setExtension(sourceKey, arg); }}; 954 955 // no multiple hyphens. 956 new BuilderILE("ab--cd") { public void call() { b.setExtension(sourceKey, arg); }}; 957 958 // locale extension key has special handling 959 Locale locale = builder 960 .setExtension('u', "co-japanese") 961 .build(); 962 assertEquals("locale extension", "japanese", locale.getUnicodeLocaleType("co")); 963 964 // locale extension has same behavior with set locale keyword 965 Locale locale2 = builder 966 .setUnicodeLocaleKeyword("co", "japanese") 967 .build(); 968 assertEquals("locales with extension", locale, locale2); 969 970 // setting locale extension overrides all previous calls to setLocaleKeyword 971 Locale locale3 = builder 972 .setExtension('u', "xxx-nu-thai") 973 .build(); 974 assertEquals("remove co", null, locale3.getUnicodeLocaleType("co")); 975 assertEquals("override thai", "thai", locale3.getUnicodeLocaleType("nu")); 976 assertEquals("override attribute", 1, locale3.getUnicodeLocaleAttributes().size()); 977 978 // setting locale keyword extends values already set by the locale extension 979 Locale locale4 = builder 980 .setUnicodeLocaleKeyword("co", "japanese") 981 .build(); 982 assertEquals("extend", "japanese", locale4.getUnicodeLocaleType("co")); 983 assertEquals("extend", "thai", locale4.getUnicodeLocaleType("nu")); 984 985 // locale extension subtags are reordered 986 result = builder 987 .clear() 988 .setExtension('u', "456-123-zz-123-yy-456-xx-789") 989 .build() 990 .toLanguageTag(); 991 assertEquals("reorder", "und-u-123-456-xx-789-yy-456-zz-123", result); 992 993 // multiple keyword types 994 result = builder 995 .clear() 996 .setExtension('u', "nu-thai-foobar") 997 .build() 998 .getUnicodeLocaleType("nu"); 999 assertEquals("multiple types", "thai-foobar", result); 1000 1001 // redundant locale extensions are ignored 1002 result = builder 1003 .clear() 1004 .setExtension('u', "nu-thai-NU-chinese-xx-1234") 1005 .build() 1006 .toLanguageTag(); 1007 assertEquals("duplicate keys", "und-u-nu-thai-xx-1234", result); 1008 } 1009 testBuilderAddUnicodeLocaleAttribute()1010 public void testBuilderAddUnicodeLocaleAttribute() { 1011 Builder builder = new Builder(); 1012 Locale locale = builder 1013 .addUnicodeLocaleAttribute("def") 1014 .addUnicodeLocaleAttribute("abc") 1015 .build(); 1016 1017 Set<String> uattrs = locale.getUnicodeLocaleAttributes(); 1018 assertEquals("number of attributes", 2, uattrs.size()); 1019 assertTrue("attribute abc", uattrs.contains("abc")); 1020 assertTrue("attribute def", uattrs.contains("def")); 1021 1022 // remove attribute 1023 locale = builder.removeUnicodeLocaleAttribute("xxx") 1024 .build(); 1025 1026 assertEquals("remove bogus", 2, uattrs.size()); 1027 1028 // add duplicate 1029 locale = builder.addUnicodeLocaleAttribute("abc") 1030 .build(); 1031 assertEquals("add duplicate", 2, uattrs.size()); 1032 1033 // null attribute throws NPE 1034 new BuilderNPE("null attribute") { public void call() { b.addUnicodeLocaleAttribute(null); }}; 1035 new BuilderNPE("null attribute removal") { public void call() { b.removeUnicodeLocaleAttribute(null); }}; 1036 1037 // illformed attribute throws IllformedLocaleException 1038 new BuilderILE("invalid attribute") { public void call() { b.addUnicodeLocaleAttribute("ca"); }}; 1039 } 1040 testBuildersetUnicodeLocaleKeyword()1041 public void testBuildersetUnicodeLocaleKeyword() { 1042 // Note: most behavior is tested in testBuilderSetExtension 1043 Builder builder = new Builder(); 1044 Locale locale = builder 1045 .setUnicodeLocaleKeyword("co", "japanese") 1046 .setUnicodeLocaleKeyword("nu", "thai") 1047 .build(); 1048 assertEquals("co", "japanese", locale.getUnicodeLocaleType("co")); 1049 assertEquals("nu", "thai", locale.getUnicodeLocaleType("nu")); 1050 assertEquals("keys", 2, locale.getUnicodeLocaleKeys().size()); 1051 1052 // can clear a keyword by setting to null, others remain 1053 String result = builder 1054 .setUnicodeLocaleKeyword("co", null) 1055 .build() 1056 .toLanguageTag(); 1057 assertEquals("empty co", "und-u-nu-thai", result); 1058 1059 // locale keyword extension goes when all keywords are gone 1060 result = builder 1061 .setUnicodeLocaleKeyword("nu", null) 1062 .build() 1063 .toLanguageTag(); 1064 assertEquals("empty nu", "und", result); 1065 1066 // locale keywords are ordered independent of order of addition 1067 result = builder 1068 .setUnicodeLocaleKeyword("zz", "012") 1069 .setUnicodeLocaleKeyword("aa", "345") 1070 .build() 1071 .toLanguageTag(); 1072 assertEquals("reordered", "und-u-aa-345-zz-012", result); 1073 1074 // null keyword throws NPE 1075 new BuilderNPE("keyword") { public void call() { b.setUnicodeLocaleKeyword(null, "thai"); }}; 1076 1077 // well-formed keywords are two alphanum 1078 new BuilderILE("a", "abc") { public void call() { b.setUnicodeLocaleKeyword(arg, "value"); }}; 1079 1080 // well-formed values are 3-8 alphanum 1081 new BuilderILE("ab", "abcdefghi") { public void call() { b.setUnicodeLocaleKeyword("ab", arg); }}; 1082 } 1083 testBuilderPrivateUseExtension()1084 public void testBuilderPrivateUseExtension() { 1085 // normalizes hyphens to underscore, case to lower 1086 String source = "c-B-a"; 1087 String target = "c-b-a"; 1088 Builder builder = new Builder(); 1089 String result = builder 1090 .setExtension(Locale.PRIVATE_USE_EXTENSION, source) 1091 .build() 1092 .getExtension(Locale.PRIVATE_USE_EXTENSION); 1093 assertEquals("abc", target, result); 1094 1095 // multiple hyphens are ill-formed 1096 new BuilderILE("a--b") { public void call() { b.setExtension(Locale.PRIVATE_USE_EXTENSION, arg); }}; 1097 } 1098 testBuilderClear()1099 public void testBuilderClear() { 1100 String monster = "en-latn-US-NewYork-a-bb-cc-u-co-japanese-x-z-y-x-x"; 1101 Builder builder = new Builder(); 1102 Locale locale = Locale.forLanguageTag(monster); 1103 String result = builder 1104 .setLocale(locale) 1105 .clear() 1106 .build() 1107 .toLanguageTag(); 1108 assertEquals("clear", "und", result); 1109 } 1110 testBuilderRemoveUnicodeAttribute()1111 public void testBuilderRemoveUnicodeAttribute() { 1112 // tested in testBuilderAddUnicodeAttribute 1113 } 1114 testBuilderBuild()1115 public void testBuilderBuild() { 1116 // tested in other test methods 1117 } 1118 testSerialize()1119 public void testSerialize() { 1120 final Locale[] testLocales = { 1121 Locale.ROOT, 1122 new Locale("en"), 1123 new Locale("en", "US"), 1124 new Locale("en", "US", "Win"), 1125 new Locale("en", "US", "Win_XP"), 1126 new Locale("ja", "JP"), 1127 new Locale("ja", "JP", "JP"), 1128 new Locale("th", "TH"), 1129 new Locale("th", "TH", "TH"), 1130 new Locale("no", "NO"), 1131 new Locale("nb", "NO"), 1132 new Locale("nn", "NO"), 1133 new Locale("no", "NO", "NY"), 1134 new Locale("nn", "NO", "NY"), 1135 new Locale("he", "IL"), 1136 new Locale("he", "IL", "var"), 1137 new Locale("Language", "Country", "Variant"), 1138 new Locale("", "US"), 1139 new Locale("", "", "Java"), 1140 Locale.forLanguageTag("en-Latn-US"), 1141 Locale.forLanguageTag("zh-Hans"), 1142 Locale.forLanguageTag("zh-Hant-TW"), 1143 Locale.forLanguageTag("ja-JP-u-ca-japanese"), 1144 Locale.forLanguageTag("und-Hant"), 1145 Locale.forLanguageTag("und-a-123-456"), 1146 Locale.forLanguageTag("en-x-java"), 1147 Locale.forLanguageTag("th-TH-u-ca-buddist-nu-thai-x-lvariant-TH"), 1148 }; 1149 1150 for (Locale locale : testLocales) { 1151 try { 1152 // write 1153 ByteArrayOutputStream bos = new ByteArrayOutputStream(); 1154 ObjectOutputStream oos = new ObjectOutputStream(bos); 1155 oos.writeObject(locale); 1156 1157 // read 1158 ByteArrayInputStream bis = new ByteArrayInputStream(bos.toByteArray()); 1159 ObjectInputStream ois = new ObjectInputStream(bis); 1160 Object o = ois.readObject(); 1161 1162 assertEquals("roundtrip " + locale, locale, o); 1163 } catch (Exception e) { 1164 errln(locale + " encountered exception:" + e.getLocalizedMessage()); 1165 } 1166 } 1167 } 1168 testDeserialize6()1169 public void testDeserialize6() { 1170 final String TESTFILEPREFIX = "java6locale_"; 1171 1172 File dataDir = null; 1173 String dataDirName = System.getProperty("serialized.data.dir"); 1174 if (dataDirName == null) { 1175 URL resdirUrl = getClass().getClassLoader().getResource("serialized"); 1176 if (resdirUrl != null) { 1177 try { 1178 dataDir = new File(resdirUrl.toURI()); 1179 } catch (URISyntaxException urie) { 1180 } 1181 } 1182 } else { 1183 dataDir = new File(dataDirName); 1184 } 1185 1186 if (dataDir == null) { 1187 errln("'dataDir' is null. serialized.data.dir Property value is "+dataDirName); 1188 return; 1189 } else if (!dataDir.isDirectory()) { 1190 errln("'dataDir' is not a directory. dataDir: "+dataDir.toString()); 1191 return; 1192 } 1193 1194 File[] files = dataDir.listFiles(); 1195 for (File testfile : files) { 1196 if (testfile.isDirectory()) { 1197 continue; 1198 } 1199 String name = testfile.getName(); 1200 if (!name.startsWith(TESTFILEPREFIX)) { 1201 continue; 1202 } 1203 Locale locale; 1204 String locStr = name.substring(TESTFILEPREFIX.length()); 1205 if (locStr.equals("ROOT")) { 1206 locale = Locale.ROOT; 1207 } else { 1208 String[] fields = locStr.split("_", 3); 1209 String lang = fields[0]; 1210 String country = (fields.length >= 2) ? fields[1] : ""; 1211 String variant = (fields.length == 3) ? fields[2] : ""; 1212 locale = new Locale(lang, country, variant); 1213 } 1214 1215 // deserialize 1216 try (FileInputStream fis = new FileInputStream(testfile); 1217 ObjectInputStream ois = new ObjectInputStream(fis)) 1218 { 1219 Object o = ois.readObject(); 1220 assertEquals("Deserialize Java 6 Locale " + locale, o, locale); 1221 } catch (Exception e) { 1222 errln("Exception while reading " + testfile.getAbsolutePath() + " - " + e.getMessage()); 1223 } 1224 } 1225 } 1226 testBug7002320()1227 public void testBug7002320() { 1228 // forLanguageTag() and Builder.setLanguageTag(String) 1229 // should add a location extension for following two cases. 1230 // 1231 // 1. language/country are "ja"/"JP" and the resolved variant (x-lvariant-*) 1232 // is exactly "JP" and no BCP 47 extensions are available, then add 1233 // a Unicode locale extension "ca-japanese". 1234 // 2. language/country are "th"/"TH" and the resolved variant is exactly 1235 // "TH" and no BCP 47 extensions are available, then add a Unicode locale 1236 // extension "nu-thai". 1237 // 1238 String[][] testdata = { 1239 {"ja-JP-x-lvariant-JP", "ja-JP-u-ca-japanese-x-lvariant-JP"}, // special case 1 1240 {"ja-JP-x-lvariant-JP-XXX"}, 1241 {"ja-JP-u-ca-japanese-x-lvariant-JP"}, 1242 {"ja-JP-u-ca-gregory-x-lvariant-JP"}, 1243 {"ja-JP-u-cu-jpy-x-lvariant-JP"}, 1244 {"ja-x-lvariant-JP"}, 1245 {"th-TH-x-lvariant-TH", "th-TH-u-nu-thai-x-lvariant-TH"}, // special case 2 1246 {"th-TH-u-nu-thai-x-lvariant-TH"}, 1247 {"en-US-x-lvariant-JP"}, 1248 }; 1249 1250 Builder bldr = new Builder(); 1251 1252 for (String[] data : testdata) { 1253 String in = data[0]; 1254 String expected = (data.length == 1) ? data[0] : data[1]; 1255 1256 // forLanguageTag 1257 Locale loc = Locale.forLanguageTag(in); 1258 String out = loc.toLanguageTag(); 1259 assertEquals("Language tag roundtrip by forLanguageTag with input: " + in, expected, out); 1260 1261 // setLanguageTag 1262 bldr.clear(); 1263 bldr.setLanguageTag(in); 1264 loc = bldr.build(); 1265 out = loc.toLanguageTag(); 1266 assertEquals("Language tag roundtrip by Builder.setLanguageTag with input: " + in, expected, out); 1267 } 1268 } 1269 testBug7023613()1270 public void testBug7023613() { 1271 String[][] testdata = { 1272 {"en-Latn", "en__#Latn"}, 1273 {"en-u-ca-japanese", "en__#u-ca-japanese"}, 1274 }; 1275 1276 for (String[] data : testdata) { 1277 String in = data[0]; 1278 String expected = (data.length == 1) ? data[0] : data[1]; 1279 1280 Locale loc = Locale.forLanguageTag(in); 1281 String out = loc.toString(); 1282 assertEquals("Empty country field with non-empty script/extension with input: " + in, expected, out); 1283 } 1284 } 1285 1286 /* 1287 * 7033504: (lc) incompatible behavior change for ja_JP_JP and th_TH_TH locales 1288 */ testBug7033504()1289 public void testBug7033504() { 1290 checkCalendar(new Locale("ja", "JP", "jp"), "java.util.GregorianCalendar"); 1291 checkCalendar(new Locale("ja", "jp", "jp"), "java.util.GregorianCalendar"); 1292 checkCalendar(new Locale("ja", "JP", "JP"), "java.util.JapaneseImperialCalendar"); 1293 checkCalendar(new Locale("ja", "jp", "JP"), "java.util.JapaneseImperialCalendar"); 1294 checkCalendar(Locale.forLanguageTag("en-u-ca-japanese"), 1295 "java.util.JapaneseImperialCalendar"); 1296 1297 checkDigit(new Locale("th", "TH", "th"), '0'); 1298 checkDigit(new Locale("th", "th", "th"), '0'); 1299 checkDigit(new Locale("th", "TH", "TH"), '\u0e50'); 1300 checkDigit(new Locale("th", "TH", "TH"), '\u0e50'); 1301 checkDigit(Locale.forLanguageTag("en-u-nu-thai"), '\u0e50'); 1302 } 1303 checkCalendar(Locale loc, String expected)1304 private void checkCalendar(Locale loc, String expected) { 1305 Calendar cal = Calendar.getInstance(loc); 1306 assertEquals("Wrong calendar", expected, cal.getClass().getName()); 1307 } 1308 checkDigit(Locale loc, Character expected)1309 private void checkDigit(Locale loc, Character expected) { 1310 DecimalFormatSymbols dfs = DecimalFormatSymbols.getInstance(loc); 1311 Character zero = dfs.getZeroDigit(); 1312 assertEquals("Wrong digit zero char", expected, zero); 1313 } 1314 1315 /// 1316 /// utility asserts 1317 /// 1318 assertTrue(String msg, boolean v)1319 private void assertTrue(String msg, boolean v) { 1320 if (!v) { 1321 errln(msg + ": expected true"); 1322 } 1323 } 1324 assertFalse(String msg, boolean v)1325 private void assertFalse(String msg, boolean v) { 1326 if (v) { 1327 errln(msg + ": expected false"); 1328 } 1329 } 1330 assertEquals(String msg, Object e, Object v)1331 private void assertEquals(String msg, Object e, Object v) { 1332 if (e == null ? v != null : !e.equals(v)) { 1333 if (e != null) { 1334 e = "'" + e + "'"; 1335 } 1336 if (v != null) { 1337 v = "'" + v + "'"; 1338 } 1339 errln(msg + ": expected " + e + " but got " + v); 1340 } 1341 } 1342 assertNotEquals(String msg, Object e, Object v)1343 private void assertNotEquals(String msg, Object e, Object v) { 1344 if (e == null ? v == null : e.equals(v)) { 1345 if (e != null) { 1346 e = "'" + e + "'"; 1347 } 1348 errln(msg + ": expected not equal " + e); 1349 } 1350 } 1351 assertNull(String msg, Object o)1352 private void assertNull(String msg, Object o) { 1353 if (o != null) { 1354 errln(msg + ": expected null but got '" + o + "'"); 1355 } 1356 } 1357 assertNotNull(String msg, Object o)1358 private void assertNotNull(String msg, Object o) { 1359 if (o == null) { 1360 errln(msg + ": expected non null"); 1361 } 1362 } 1363 1364 // not currently used, might get rid of exceptions from the API 1365 private abstract class ExceptionTest { 1366 private final Class<? extends Exception> exceptionClass; 1367 ExceptionTest(Class<? extends Exception> exceptionClass)1368 ExceptionTest(Class<? extends Exception> exceptionClass) { 1369 this.exceptionClass = exceptionClass; 1370 } 1371 run()1372 public void run() { 1373 String failMsg = null; 1374 try { 1375 call(); 1376 failMsg = "expected " + exceptionClass.getName() + " but no exception thrown."; 1377 } 1378 catch (Exception e) { 1379 if (!exceptionClass.isAssignableFrom(e.getClass())) { 1380 failMsg = "expected " + exceptionClass.getName() + " but caught " + e; 1381 } 1382 } 1383 if (failMsg != null) { 1384 String msg = message(); 1385 msg = msg == null ? "" : msg + " "; 1386 errln(msg + failMsg); 1387 } 1388 } 1389 message()1390 public String message() { 1391 return null; 1392 } 1393 call()1394 public abstract void call(); 1395 } 1396 1397 private abstract class ExpectNPE extends ExceptionTest { ExpectNPE()1398 ExpectNPE() { 1399 super(NullPointerException.class); 1400 run(); 1401 } 1402 } 1403 1404 private abstract class BuilderNPE extends ExceptionTest { 1405 protected final String msg; 1406 protected final Builder b = new Builder(); 1407 BuilderNPE(String msg)1408 BuilderNPE(String msg) { 1409 super(NullPointerException.class); 1410 1411 this.msg = msg; 1412 1413 run(); 1414 } 1415 message()1416 public String message() { 1417 return msg; 1418 } 1419 } 1420 1421 private abstract class ExpectIAE extends ExceptionTest { ExpectIAE()1422 ExpectIAE() { 1423 super(IllegalArgumentException.class); 1424 run(); 1425 } 1426 } 1427 1428 private abstract class BuilderILE extends ExceptionTest { 1429 protected final String[] args; 1430 protected final Builder b = new Builder(); 1431 1432 protected String arg; // mutates during call 1433 BuilderILE(String... args)1434 BuilderILE(String... args) { 1435 super(IllformedLocaleException.class); 1436 1437 this.args = args; 1438 1439 run(); 1440 } 1441 run()1442 public void run() { 1443 for (String arg : args) { 1444 this.arg = arg; 1445 super.run(); 1446 } 1447 } 1448 message()1449 public String message() { 1450 return "arg: '" + arg + "'"; 1451 } 1452 } 1453 } 1454