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1
19
20 package org.netbeans.spi.project.support.ant;
21
22 import java.io.ByteArrayInputStream  ;
23 import java.io.File ;
24 import java.io.FileInputStream ;
25 import java.io.IOException ;
26 import java.io.InputStream ;
27 import java.io.OutputStream ;
28 import java.io.PrintWriter ;
29 import java.util.ArrayList ;
30 import java.util.Arrays ;
31 import java.util.Collections ;
32 import java.util.HashMap ;
33 import java.util.List ;
34 import java.util.Map ;
35 import java.util.Properties ;
36 import junit.framework.TestResult;
37 import org.netbeans.api.project.ProjectManager;
38 import org.netbeans.junit.NbTestCase;
39 import org.openide.filesystems.FileLock;
40 import org.openide.filesystems.FileObject;
41 import org.openide.filesystems.FileSystem;
42 import org.openide.filesystems.FileUtil;
43 import org.openide.util.Mutex;
44 import org.openide.util.NbCollections;
45 import org.openide.util.Utilities;
46
47
51 public class PropertyUtilsTest extends NbTestCase {
52
53 public PropertyUtilsTest(String name) {
54 super(name);
55 }
56
57 public void run(final TestResult result) {
58 ProjectManager.mutex().writeAccess(new Mutex.Action<Void >() {
59 public Void run() {
60 PropertyUtilsTest.super.run(result);
61 return null;
62 }
63 });
64 }
65
66 private static PropertyEvaluator evaluator(Map <String ,String > predefs, List <Map <String ,String >> defs) {
67 PropertyProvider[] mainProviders = new PropertyProvider[defs.size()];
68 int i = 0;
69 for (Map <String ,String > def : defs) {
70 mainProviders[i++] = PropertyUtils.fixedPropertyProvider(def);
71 }
72 return PropertyUtils.sequentialPropertyEvaluator(PropertyUtils.fixedPropertyProvider(predefs), mainProviders);
73 }
74
75 private static String evaluate(String prop, Map <String ,String > predefs, List <Map <String ,String >> defs) {
76 return evaluator(predefs, defs).getProperty(prop);
77 }
78
79 private static Map <String ,String > evaluateAll(Map <String ,String > predefs, List <Map <String ,String >> defs) {
80 return evaluator(predefs, defs).getProperties();
81 }
82
83 private static String evaluateString(String text, Map <String ,String > predefs, List <Map <String ,String >> defs) {
84 return evaluator(predefs, defs).evaluate(text);
85 }
86
87 public void testEvaluate() throws Exception {
88 Map <String ,String > m1 = Collections.singletonMap("y", "val");
91 Map <String ,String > m2 = new HashMap <String ,String >();
92 m2.put("x", "${y}");
93 m2.put("y", "y-${x}");
94 List <Map <String ,String >> m1m2 = new ArrayList <Map <String ,String >>();
95 m1m2.add(m1);
96 m1m2.add(m2);
97 assertEquals("x evaluates to former y", "val", evaluate("x", Collections.<String ,String >emptyMap(), m1m2));
98 assertEquals("first y defines it", "val", evaluate("y", Collections.<String ,String >emptyMap(), m1m2));
99 assertEquals("circularity error", null, evaluate("x", Collections.<String ,String >emptyMap(), Collections.singletonList(m2)));
100 assertEquals("circularity error", null, evaluate("y", Collections.<String ,String >emptyMap(), Collections.singletonList(m2)));
101 m2.clear();
102 m2.put("y", "yval_${z}");
103 m2.put("x", "xval_${y}");
104 m2.put("z", "zval");
105 Map <String ,String > all = evaluateAll(Collections.<String ,String >emptyMap(), Collections.singletonList(m2));
106 assertNotNull("no circularity error", all);
107 assertEquals("have three properties", 3, all.size());
108 assertEquals("double substitution", "xval_yval_zval", all.get("x"));
109 assertEquals("single substitution", "yval_zval", all.get("y"));
110 assertEquals("no substitution", "zval", all.get("z"));
111 Properties p = new Properties ();
113 p.load(new ByteArrayInputStream ("project.mylib=../mylib\njavac.classpath=${project.mylib}/build/mylib.jar\nrun.classpath=${javac.classpath}:build/classes".getBytes("US-ASCII")));
114 all = evaluateAll(Collections.<String ,String >emptyMap(), Collections.singletonList(NbCollections.checkedMapByFilter(p, String .class, String .class, true)));
115 assertNotNull("no circularity error", all);
116 assertEquals("javac.classpath correctly substituted", "../mylib/build/mylib.jar", all.get("javac.classpath"));
117 assertEquals("run.classpath correctly substituted", "../mylib/build/mylib.jar:build/classes", all.get("run.classpath"));
118 }
119
120 public void testTokenizePath() throws Exception {
121 assertEquals("basic tokenization works on ':'",
122 Arrays.asList(new String [] {"foo", "bar"}),
123 Arrays.asList(PropertyUtils.tokenizePath("foo:bar")));
124 assertEquals("basic tokenization works on ';'",
125 Arrays.asList(new String [] {"foo", "bar"}),
126 Arrays.asList(PropertyUtils.tokenizePath("foo;bar")));
127 assertEquals("Unix paths work",
128 Arrays.asList(new String [] {"/foo/bar", "baz/quux"}),
129 Arrays.asList(PropertyUtils.tokenizePath("/foo/bar:baz/quux")));
130 assertEquals("empty components are stripped with ':'",
131 Arrays.asList(new String [] {"foo", "bar"}),
132 Arrays.asList(PropertyUtils.tokenizePath(":foo::bar:")));
133 assertEquals("empty components are stripped with ';'",
134 Arrays.asList(new String [] {"foo", "bar"}),
135 Arrays.asList(PropertyUtils.tokenizePath(";foo;;bar;")));
136 assertEquals("DOS paths are recognized with ';'",
137 Arrays.asList(new String [] {"c:\\foo", "D:\\\\bar"}),
138 Arrays.asList(PropertyUtils.tokenizePath("c:\\foo;D:\\\\bar")));
139 assertEquals("DOS paths are recognized with ':'",
140 Arrays.asList(new String [] {"c:\\foo", "D:\\\\bar"}),
141 Arrays.asList(PropertyUtils.tokenizePath("c:\\foo:D:\\\\bar")));
142 assertEquals("a..z can be drive letters",
143 Arrays.asList(new String [] {"a:\\foo", "z:\\\\bar"}),
144 Arrays.asList(PropertyUtils.tokenizePath("a:\\foo:z:\\\\bar")));
145 assertEquals("A..Z can be drive letters",
146 Arrays.asList(new String [] {"A:\\foo", "Z:\\\\bar"}),
147 Arrays.asList(PropertyUtils.tokenizePath("A:\\foo:Z:\\\\bar")));
148 assertEquals("non-letters are not drives with ';'",
149 Arrays.asList(new String [] {"1", "\\foo", "D:\\\\bar"}),
150 Arrays.asList(PropertyUtils.tokenizePath("1;\\foo;D:\\\\bar")));
151 assertEquals("non-letters are not drives with ':'",
152 Arrays.asList(new String [] {"1", "\\foo", "D:\\\\bar"}),
153 Arrays.asList(PropertyUtils.tokenizePath("1:\\foo:D:\\\\bar")));
154 assertEquals(">1 letters are not drives with ';'",
155 Arrays.asList(new String [] {"ab", "\\foo", "D:\\\\bar"}),
156 Arrays.asList(PropertyUtils.tokenizePath("ab;\\foo;D:\\\\bar")));
157 assertEquals(">1 letters are not drives with ':'",
158 Arrays.asList(new String [] {"ab", "\\foo", "D:\\\\bar"}),
159 Arrays.asList(PropertyUtils.tokenizePath("ab:\\foo:D:\\\\bar")));
160 assertEquals("drives use ':'",
161 Arrays.asList(new String [] {"c", "\\foo", "D:\\\\bar"}),
162 Arrays.asList(PropertyUtils.tokenizePath("c;\\foo;D:\\\\bar")));
163 assertEquals("drives use only one ':'",
164 Arrays.asList(new String [] {"c", "\\foo", "D:\\\\bar"}),
165 Arrays.asList(PropertyUtils.tokenizePath("c::\\foo;D:\\\\bar")));
166 assertEquals("drives use only one drive letter",
167 Arrays.asList(new String [] {"c", "c:\\foo", "D:\\\\bar"}),
168 Arrays.asList(PropertyUtils.tokenizePath("c:c:\\foo;D:\\\\bar")));
169 assertEquals("DOS paths start with '\\'",
170 Arrays.asList(new String [] {"c", "foo", "D:\\\\bar"}),
171 Arrays.asList(PropertyUtils.tokenizePath("c:foo;D:\\\\bar")));
172 assertEquals("DOS paths start with '/'",
173 Arrays.asList(new String [] {"c", "/foo", "D:/bar", "/path"}),
174 Arrays.asList(PropertyUtils.tokenizePath("c;/foo;D:/bar:/path")));
175 assertEquals("empty path handled",
176 Collections.EMPTY_LIST,
177 Arrays.asList(PropertyUtils.tokenizePath("")));
178 assertEquals("effectively empty path handled",
179 Collections.EMPTY_LIST,
180 Arrays.asList(PropertyUtils.tokenizePath(":;:;")));
181 assertEquals("one letter directories handled",
182 Arrays.asList(new String [] {"c:/foo/c", "/foo/c/bar", "c", "/foo/c", "/bar"}),
183 Arrays.asList(PropertyUtils.tokenizePath("c:/foo/c;/foo/c/bar;c;/foo/c:/bar")));
184 assertEquals("one letter directories handled2",
185 Arrays.asList(new String [] {"c"}),
186 Arrays.asList(PropertyUtils.tokenizePath("c")));
187 }
188
189 public void testRelativizeFile() throws Exception {
190 clearWorkDir();
191 File tmp = getWorkDir();
192 File d1 = new File (tmp, "d1");
193 File d1f = new File (d1, "f");
194 File d1s = new File (d1, "s p a c e");
195 File d1sf = new File (d1s, "f");
196 File d2 = new File (tmp, "d2");
197 File d2f = new File (d2, "f");
198 File d11 = new File (tmp, "d11");
200 assertEquals("d1f from d1", "f", PropertyUtils.relativizeFile(d1, d1f));
202 assertEquals("d1 from d1f", "..", PropertyUtils.relativizeFile(d1f, d1)); assertEquals("d2f from d1", "../d2/f", PropertyUtils.relativizeFile(d1, d2f));
204 assertEquals("d1 from d1", ".", PropertyUtils.relativizeFile(d1, d1));
205 assertEquals("d2 from d1", "../d2", PropertyUtils.relativizeFile(d1, d2));
206 assertEquals("d1s from d1", "s p a c e", PropertyUtils.relativizeFile(d1, d1s));
207 assertEquals("d1sf from d1", "s p a c e/f", PropertyUtils.relativizeFile(d1, d1sf));
208 assertEquals("d11 from d1", "../d11", PropertyUtils.relativizeFile(d1, d11));
209 assertTrue("made d1s", d1s.mkdirs());
211 assertTrue("made d1f", d1f.createNewFile());
212 assertTrue("made d1sf", d1sf.createNewFile());
213 assertTrue("made d2", d2.mkdirs());
214 assertTrue("made d2f", d2f.createNewFile());
215 assertEquals("existing d1f from d1", "f", PropertyUtils.relativizeFile(d1, d1f));
216 assertEquals("existing d2f from d1", "../d2/f", PropertyUtils.relativizeFile(d1, d2f));
217 assertEquals("existing d1 from d1", ".", PropertyUtils.relativizeFile(d1, d1));
218 assertEquals("existing d2 from d1", "../d2", PropertyUtils.relativizeFile(d1, d2));
219 assertEquals("existing d1s from d1", "s p a c e", PropertyUtils.relativizeFile(d1, d1s));
220 assertEquals("existing d1sf from d1", "s p a c e/f", PropertyUtils.relativizeFile(d1, d1sf));
221 assertEquals("existing d11 from d1", "../d11", PropertyUtils.relativizeFile(d1, d11));
222 if (Utilities.isWindows()) {
224 File f1 = new File ("C:\\folder\\one");
226 File f2 = new File ("D:\\t e m p\\two");
227 assertNull("different drives cannot be relative", PropertyUtils.relativizeFile(f1, f2));
228 f1 = new File ("D:\\folder\\one");
229 f2 = new File ("D:\\t e m p\\two");
230 assertEquals("relativization failed for Windows absolute paths", "../../t e m p/two", PropertyUtils.relativizeFile(f1, f2));
231 }
232 }
233
234 public void testGlobalProperties() throws Exception {
235 clearWorkDir();
236 System.setProperty("netbeans.user", getWorkDir().getAbsolutePath());
237 File ubp = new File (getWorkDir(), "build.properties");
238 assertFalse("no build.properties yet", ubp.exists());
239 assertEquals("no properties to start", Collections.EMPTY_MAP, PropertyUtils.getGlobalProperties());
240 EditableProperties p = new EditableProperties();
241 p.setProperty("key1", "val1");
242 p.setProperty("key2", "val2");
243 PropertyUtils.putGlobalProperties(p);
244 assertTrue("now have build.properties", ubp.isFile());
245 p = PropertyUtils.getGlobalProperties();
246 assertEquals("two definitions now", 2, p.size());
247 assertEquals("key1 correct", "val1", p.getProperty("key1"));
248 assertEquals("key2 correct", "val2", p.getProperty("key2"));
249 Properties p2 = new Properties ();
250 InputStream is = new FileInputStream (ubp);
251 try {
252 p2.load(is);
253 } finally {
254 is.close();
255 }
256 assertEquals("two definitions now from disk", 2, p2.size());
257 assertEquals("key1 correct from disk", "val1", p2.getProperty("key1"));
258 assertEquals("key2 correct from disk", "val2", p2.getProperty("key2"));
259 PropertyProvider gpp = PropertyUtils.globalPropertyProvider();
261 AntBasedTestUtil.TestCL l = new AntBasedTestUtil.TestCL();
262 gpp.addChangeListener(l);
263 p = PropertyUtils.getGlobalProperties();
264 assertEquals("correct initial definitions", p, gpp.getProperties());
265 p.setProperty("key3", "val3");
266 assertEquals("still have 2 defs", 2, gpp.getProperties().size());
267 assertFalse("no changes yet", l.expect());
268 PropertyUtils.putGlobalProperties(p);
269 assertTrue("got a change", l.expect());
270 assertEquals("now have 3 defs", 3, gpp.getProperties().size());
271 assertEquals("right val", "val3", gpp.getProperties().get("key3"));
272 assertFalse("no spurious changes", l.expect());
273 p.setProperty("key1", "val1a");
275 FileObject fo = FileUtil.toFileObject(ubp);
276 assertNotNull("there is USER_BUILD_PROPERTIES on disk", fo);
277 FileLock lock = fo.lock();
278 OutputStream os = fo.getOutputStream(lock);
279 p.store(os);
280 os.close();
281 lock.releaseLock();
282 assertTrue("got a change from the Filesystems API", l.expect());
283 assertEquals("still have 3 defs", 3, gpp.getProperties().size());
284 assertEquals("right val for key1", "val1a", gpp.getProperties().get("key1"));
285
298 }
299
300 public void testEvaluateString() throws Exception {
301 Map <String ,String > predefs = new HashMap <String ,String >();
302 predefs.put("homedir", "/home/me");
303 Map <String ,String > defs1 = new HashMap <String ,String >();
304 defs1.put("outdirname", "foo");
305 defs1.put("outdir", "${homedir}/${outdirname}");
306 Map <String ,String > defs2 = new HashMap <String ,String >();
307 defs2.put("outdir2", "${outdir}/subdir");
308 List <Map <String ,String >> defs12 = new ArrayList <Map <String ,String >>();
309 defs12.add(defs1);
310 defs12.add(defs2);
311 assertEquals("correct evaluated string",
312 "/home/me/foo/subdir is in /home/me",
313 evaluateString("${outdir2} is in ${homedir}", predefs, defs12));
314 }
315
316 public void testFixedPropertyProvider() throws Exception {
317 Map <String ,String > defs = new HashMap <String ,String >();
318 defs.put("key1", "val1");
319 defs.put("key2", "val2");
320 PropertyProvider pp = PropertyUtils.fixedPropertyProvider(defs);
321 assertEquals(defs, pp.getProperties());
322 }
323
324 public void testPropertiesFilePropertyProvider() throws Exception {
325 clearWorkDir();
326 final FileObject scratch = FileUtil.toFileObject(getWorkDir());
327 PropertyProvider pp = PropertyUtils.propertiesFilePropertyProvider(new File (FileUtil.toFile(scratch), "test.properties"));
328 AntBasedTestUtil.TestCL l = new AntBasedTestUtil.TestCL();
329 pp.addChangeListener(l);
330 assertEquals("no defs yet (no file)", Collections.EMPTY_MAP, pp.getProperties());
331 assertFalse("no changes yet", l.expect());
332 final FileObject[] testProperties = new FileObject[1];
333 scratch.getFileSystem().runAtomicAction(new FileSystem.AtomicAction() {
334 public void run() throws IOException {
335 testProperties[0] = FileUtil.createData(scratch, "test.properties");
336 FileLock lock = testProperties[0].lock();
337 try {
338 OutputStream os = testProperties[0].getOutputStream(lock);
339 try {
340
341 PrintWriter pw = new PrintWriter (os);
342 pw.println("a=aval");
343 pw.flush();
344 } finally {
345 os.close();
346 }
347 } finally {
348 lock.releaseLock();
349 }
350 }
351 });
352 assertTrue("got a change when file was created", l.expect());
353 assertEquals("one key", Collections.singletonMap("a", "aval"), pp.getProperties());
354 FileLock lock = testProperties[0].lock();
355 try {
356 OutputStream os = testProperties[0].getOutputStream(lock);
357 try {
358 PrintWriter pw = new PrintWriter (os);
359 pw.println("a=aval");
360 pw.println("b=bval");
361 pw.flush();
362 } finally {
363 os.close();
364 }
365 } finally {
366 lock.releaseLock();
367 }
368 Map <String ,String > m = new HashMap <String ,String >();
369 m.put("a", "aval");
370 m.put("b", "bval");
371 assertTrue("got a change when file was changed", l.expect());
372 assertEquals("right properties", m, pp.getProperties());
373 testProperties[0].delete();
374 assertTrue("got a change when file was deleted", l.expect());
375 assertEquals("no defs again (file deleted)", Collections.emptyMap(), pp.getProperties());
376 }
377
378 public void testSequentialEvaluatorBasic() throws Exception {
379 Map <String ,String > defs1 = new HashMap <String ,String >();
380 defs1.put("key1", "val1");
381 defs1.put("key2", "val2");
382 defs1.put("key5", "5=${key1}");
383 defs1.put("key6", "6=${key3}");
384 Map <String ,String > defs2 = new HashMap <String ,String >();
385 defs2.put("key3", "val3");
386 defs2.put("key4", "4=${key1}:${key3}");
387 defs2.put("key7", "7=${undef}");
388 PropertyEvaluator eval = PropertyUtils.sequentialPropertyEvaluator(null,
389 PropertyUtils.fixedPropertyProvider(defs1),
390 PropertyUtils.fixedPropertyProvider(defs2));
391 String [] vals = {
392 "val1",
393 "val2",
394 "val3",
395 "4=val1:val3",
396 "5=val1",
397 "6=${key3}",
398 "7=${undef}",
399 };
400 Map <String ,String > all = eval.getProperties();
401 assertEquals("right # of props", vals.length, all.size());
402 for (int i = 1; i <= vals.length; i++) {
403 assertEquals("key" + i + " is correct", vals[i - 1], eval.getProperty("key" + i));
404 assertEquals("key" + i + " is correct in all properties", vals[i - 1], all.get("key" + i));
405 }
406 assertEquals("evaluate works", "5=val1 x ${undef}", eval.evaluate("${key5} x ${undef}"));
407 Map <String ,String > predefs = Collections.singletonMap("key3", "preval3");
409 eval = PropertyUtils.sequentialPropertyEvaluator(PropertyUtils.fixedPropertyProvider(predefs),
410 PropertyUtils.fixedPropertyProvider(defs1),
411 PropertyUtils.fixedPropertyProvider(defs2));
412 vals = new String [] {
413 "val1",
414 "val2",
415 "preval3",
416 "4=val1:preval3",
417 "5=val1",
418 "6=preval3",
419 "7=${undef}",
420 };
421 all = eval.getProperties();
422 assertEquals("right # of props", vals.length, all.size());
423 for (int i = 1; i <= vals.length; i++) {
424 assertEquals("key" + i + " is correct", vals[i - 1], eval.getProperty("key" + i));
425 assertEquals("key" + i + " is correct in all properties", vals[i - 1], all.get("key" + i));
426 }
427 assertEquals("evaluate works", "4=val1:preval3 x ${undef} x preval3", eval.evaluate("${key4} x ${undef} x ${key3}"));
428 }
429
430 public void testSequentialEvaluatorChanges() throws Exception {
431 AntBasedTestUtil.TestMutablePropertyProvider predefs = new AntBasedTestUtil.TestMutablePropertyProvider(new HashMap <String ,String >());
432 AntBasedTestUtil.TestMutablePropertyProvider defs1 = new AntBasedTestUtil.TestMutablePropertyProvider(new HashMap <String ,String >());
433 AntBasedTestUtil.TestMutablePropertyProvider defs2 = new AntBasedTestUtil.TestMutablePropertyProvider(new HashMap <String ,String >());
434 predefs.defs.put("x", "xval1");
435 predefs.defs.put("y", "yval1");
436 defs1.defs.put("a", "aval1");
437 defs1.defs.put("b", "bval1=${x}");
438 defs1.defs.put("c", "cval1=${z}");
439 defs2.defs.put("m", "mval1");
440 defs2.defs.put("n", "nval1=${x}:${b}");
441 defs2.defs.put("o", "oval1=${z}");
442 PropertyEvaluator eval = PropertyUtils.sequentialPropertyEvaluator(predefs, defs1, defs2);
443 AntBasedTestUtil.TestPCL l = new AntBasedTestUtil.TestPCL();
444 eval.addPropertyChangeListener(l);
445 Map <String ,String > result = new HashMap <String ,String >();
446 result.put("x", "xval1");
447 result.put("y", "yval1");
448 result.put("a", "aval1");
449 result.put("b", "bval1=xval1");
450 result.put("c", "cval1=${z}");
451 result.put("m", "mval1");
452 result.put("n", "nval1=xval1:bval1=xval1");
453 result.put("o", "oval1=${z}");
454 assertEquals("correct initial vals", result, eval.getProperties());
455 assertEquals("no changes yet", Collections.emptySet(), l.changed);
456 predefs.defs.put("x", "xval2");
458 predefs.mutated();
459 Map <String ,String > oldvals = new HashMap <String ,String >();
460 oldvals.put("x", result.get("x"));
461 oldvals.put("b", result.get("b"));
462 oldvals.put("n", result.get("n"));
463 Map <String ,String > newvals = new HashMap <String ,String >();
464 newvals.put("x", "xval2");
465 newvals.put("b", "bval1=xval2");
466 newvals.put("n", "nval1=xval2:bval1=xval2");
467 result.putAll(newvals);
468 assertEquals("some changes", newvals.keySet(), l.changed);
469 assertEquals("right old values", oldvals, l.oldvals);
470 assertEquals("right new values", newvals, l.newvals);
471 assertEquals("right total values now", result, eval.getProperties());
472 l.reset();
473 defs1.defs.put("z", "zval1");
475 defs1.defs.remove("b");
476 defs1.mutated();
477 defs2.defs.put("m", "mval2");
478 defs2.mutated();
479 oldvals.clear();
480 oldvals.put("b", result.get("b"));
481 oldvals.put("c", result.get("c"));
482 oldvals.put("m", result.get("m"));
483 oldvals.put("n", result.get("n"));
484 oldvals.put("o", result.get("o"));
485 oldvals.put("z", result.get("z"));
486 newvals.clear();
487 newvals.put("b", null);
488 newvals.put("c", "cval1=zval1");
489 newvals.put("m", "mval2");
490 newvals.put("n", "nval1=xval2:${b}");
491 newvals.put("o", "oval1=zval1");
492 newvals.put("z", "zval1");
493 result.putAll(newvals);
494 result.remove("b");
495 assertEquals("some changes", newvals.keySet(), l.changed);
496 assertEquals("right old values", oldvals, l.oldvals);
497 assertEquals("right new values", newvals, l.newvals);
498 assertEquals("right total values now", result, eval.getProperties());
499 l.reset();
500 }
501
502 private static final String ILLEGAL_CHARS = " !\"#$%&'()*+,/:;<=>?@[\\]^`{|}~";
503
504 public void testIsUsablePropertyName() throws Exception {
505 for (int i=0; i<ILLEGAL_CHARS.length(); i++) {
506 String s = ILLEGAL_CHARS.substring(i, i+1);
507 assertFalse("Not a valid property name: "+s, PropertyUtils.isUsablePropertyName(s));
508 }
509 for (int i=127; i<256; i++) {
510 String s = ""+(char)i;
511 assertFalse("Not a valid property name: "+s+" - "+i, PropertyUtils.isUsablePropertyName(s));
512 }
513 assertFalse("Not a valid property name", PropertyUtils.isUsablePropertyName(ILLEGAL_CHARS));
514 for (int i=32; i<127; i++) {
515 String s = ""+(char)i;
516 if (ILLEGAL_CHARS.indexOf((char)i) == -1) {
517 assertTrue("Valid property name: "+s, PropertyUtils.isUsablePropertyName(s));
518 }
519 }
520 }
521
522 public void testGetUsablePropertyName() throws Exception {
523 StringBuffer bad = new StringBuffer ();
524 StringBuffer good = new StringBuffer ();
525 for (int i=0; i<ILLEGAL_CHARS.length(); i++) {
526 bad.append(ILLEGAL_CHARS.substring(i, i+1));
527 bad.append("x");
528 good.append("_");
529 good.append("x");
530 }
531 assertEquals("Corrected property name does match", good.toString(), PropertyUtils.getUsablePropertyName(bad.toString()));
532 }
533
534 public void testSequentialPropertyEvaluatorStringAllocation() throws Exception {
535 Map <String ,String > defs = new HashMap <String ,String >();
539 defs.put("pre-a", "pre-a-val");
540 defs.put("pre-b", "pre-b-val");
541 PropertyProvider preprovider = PropertyUtils.fixedPropertyProvider(defs);
542 defs = new HashMap <String ,String >();
543 defs.put("main-1-a", "main-1-a-val");
544 defs.put("main-1-b", "main-1-b-val+${pre-b}");
545 PropertyProvider provider1 = PropertyUtils.fixedPropertyProvider(defs);
546 defs = new HashMap <String ,String >();
547 defs.put("main-2-a", "main-2-a-val");
548 defs.put("main-2-b", "main-2-b-val+${main-1-b}");
549 PropertyProvider provider2 = PropertyUtils.fixedPropertyProvider(defs);
550 PropertyEvaluator pp = PropertyUtils.sequentialPropertyEvaluator(preprovider, provider1, provider2);
551 defs = pp.getProperties();
552 assertSame("uncopied pre-a", "pre-a-val", defs.get("pre-a"));
553 assertSame("uncopied pre-b", "pre-b-val", defs.get("pre-b"));
554 assertSame("uncopied main-1-a", "main-1-a-val", defs.get("main-1-a"));
555 assertEquals("right main-1-b", "main-1-b-val+pre-b-val", defs.get("main-1-b"));
556 assertSame("uncopied main-2-a", "main-2-a-val", defs.get("main-2-a"));
557 assertEquals("right main-2-b", "main-2-b-val+main-1-b-val+pre-b-val", defs.get("main-2-b"));
558 }
559
560 }
561 |
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