PathTestpublic class PathTest extends TestCase | JUnit 3 testcases for org.apache.tools.ant.types.Path |
| Fields Summary |
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| public static boolean | isUnixStyle | | public static boolean | isNetWare | | private org.apache.tools.ant.Project | project |
| Constructors Summary |
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public PathTest(String name)
super(name);
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| Methods Summary |
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| public void | setUp()
project = new Project();
project.setBasedir(System.getProperty("root"));
| | public void | testAppending()
Path p = new Path(project, "/a:/b");
String[] l = p.list();
assertEquals("2 after construction", 2, l.length);
p.setLocation(new File("/c"));
l = p.list();
assertEquals("3 after setLocation", 3, l.length);
p.setPath("\\d;\\e");
l = p.list();
assertEquals("5 after setPath", 5, l.length);
p.append(new Path(project, "\\f"));
l = p.list();
assertEquals("6 after append", 6, l.length);
p.createPath().setLocation(new File("/g"));
l = p.list();
assertEquals("7 after append", 7, l.length);
| | public void | testCircularReferenceCheck()
Path p = new Path(project);
project.addReference("dummy", p);
p.setRefid(new Reference("dummy"));
try {
p.list();
fail("Can make Path a Reference to itself.");
} catch (BuildException be) {
assertEquals("This data type contains a circular reference.",
be.getMessage());
}
// dummy1 --> dummy2 --> dummy3 --> dummy1
Path p1 = new Path(project);
project.addReference("dummy1", p1);
Path p2 = p1.createPath();
project.addReference("dummy2", p2);
Path p3 = p2.createPath();
project.addReference("dummy3", p3);
p3.setRefid(new Reference("dummy1"));
try {
p1.list();
fail("Can make circular reference.");
} catch (BuildException be) {
assertEquals("This data type contains a circular reference.",
be.getMessage());
}
// dummy1 --> dummy2 --> dummy3 (with Path "/a")
p1 = new Path(project);
project.addReference("dummy1", p1);
p2 = p1.createPath();
project.addReference("dummy2", p2);
p3 = p2.createPath();
project.addReference("dummy3", p3);
p3.setLocation(new File("/a"));
String[] l = p1.list();
assertEquals("One element buried deep inside a nested path structure",
1, l.length);
if (isUnixStyle) {
assertEquals("/a", l[0]);
} else if (isNetWare) {
assertEquals("\\a", l[0]);
} else {
assertEquals(":\\a", l[0].substring(1));
}
| | public void | testConstructorMixedStyle()
Path p = new Path(project, "\\a;\\b:/c");
String[] l = p.list();
assertEquals("three items, mixed style", 3, l.length);
if (isUnixStyle) {
assertEquals("/a", l[0]);
assertEquals("/b", l[1]);
assertEquals("/c", l[2]);
} else if (isNetWare) {
assertEquals("\\a", l[0]);
assertEquals("\\b", l[1]);
assertEquals("\\c", l[2]);
} else {
String base = new File(File.separator).getAbsolutePath();
assertEquals(base + "a", l[0]);
assertEquals(base + "b", l[1]);
assertEquals(base + "c", l[2]);
}
| | public void | testConstructorNetWareStyle()
// try a netware-volume length path, see how it is handled
Path p = new Path(project, "sys:\\test");
String[] l = p.list();
if (isUnixStyle) {
assertEquals("no drives on Unix", 2, l.length);
assertTrue("sys resolved relative to project\'s basedir",
l[0].endsWith("/sys"));
assertEquals("/test", l[1]);
} else if (isNetWare) {
assertEquals("sys:\\test", l[0].toLowerCase(Locale.US));
assertEquals("volumes on NetWare", 1, l.length);
} else {
assertEquals("no multiple character-length volumes on Windows", 2, l.length);
assertTrue("sys resolved relative to project\'s basedir",
l[0].endsWith("\\sys"));
assertTrue("test resolved relative to project\'s basedir",
l[1].endsWith("\\test"));
}
// try a multi-part netware-volume length path, see how it is handled
p = new Path(project, "sys:\\test;dev:\\temp");
l = p.list();
if (isUnixStyle) {
assertEquals("no drives on Unix", 4, l.length);
assertTrue("sys resolved relative to project\'s basedir",
l[0].endsWith("/sys"));
assertEquals("/test", l[1]);
assertTrue("dev resolved relative to project\'s basedir",
l[2].endsWith("/dev"));
assertEquals("/temp", l[3]);
} else if (isNetWare) {
assertEquals("volumes on NetWare", 2, l.length);
assertEquals("sys:\\test", l[0].toLowerCase(Locale.US));
assertEquals("dev:\\temp", l[1].toLowerCase(Locale.US));
} else {
assertEquals("no multiple character-length volumes on Windows", 4, l.length);
assertTrue("sys resolved relative to project\'s basedir",
l[0].endsWith("\\sys"));
assertTrue("test resolved relative to project\'s basedir",
l[1].endsWith("\\test"));
assertTrue("dev resolved relative to project\'s basedir",
l[2].endsWith("\\dev"));
assertTrue("temp resolved relative to project\'s basedir",
l[3].endsWith("\\temp"));
}
// try a netware-volume length path w/forward slash, see how it is handled
p = new Path(project, "sys:/test");
l = p.list();
if (isUnixStyle) {
assertEquals("no drives on Unix", 2, l.length);
assertTrue("sys resolved relative to project\'s basedir",
l[0].endsWith("/sys"));
assertEquals("/test", l[1]);
} else if (isNetWare) {
assertEquals("volumes on NetWare", 1, l.length);
assertEquals("sys:\\test", l[0].toLowerCase(Locale.US));
} else {
assertEquals("no multiple character-length volumes on Windows", 2, l.length);
assertTrue("sys resolved relative to project\'s basedir",
l[0].endsWith("\\sys"));
assertTrue("test resolved relative to project\'s basedir",
l[1].endsWith("\\test"));
}
// try a multi-part netware-volume length path w/forward slash, see how it is handled
p = new Path(project, "sys:/test;dev:/temp");
l = p.list();
if (isUnixStyle) {
assertEquals("no drives on Unix", 4, l.length);
assertTrue("sys resolved relative to project\'s basedir",
l[0].endsWith("/sys"));
assertEquals("/test", l[1]);
assertTrue("dev resolved relative to project\'s basedir",
l[2].endsWith("/dev"));
assertEquals("/temp", l[3]);
} else if (isNetWare) {
assertEquals("volumes on NetWare", 2, l.length);
assertEquals("sys:\\test", l[0].toLowerCase(Locale.US));
assertEquals("dev:\\temp", l[1].toLowerCase(Locale.US));
} else {
assertEquals("no multiple character-length volumes on Windows", 4, l.length);
assertTrue("sys resolved relative to project\'s basedir",
l[0].endsWith("\\sys"));
assertTrue("test resolved relative to project\'s basedir",
l[1].endsWith("\\test"));
assertTrue("dev resolved relative to project\'s basedir",
l[2].endsWith("\\dev"));
assertTrue("temp resolved relative to project\'s basedir",
l[3].endsWith("\\temp"));
}
// try a multi-part netware-volume length path with UNIX
// separator (this testcase if from an actual bug that was
// found, in AvailableTest, which uses PathTokenizer)
p = new Path(project,
"SYS:\\JAVA/lib/rt.jar:SYS:\\JAVA/lib/classes.zip");
l = p.list();
if (isUnixStyle) {
assertEquals("no drives on Unix", 3, l.length);
assertTrue("sys resolved relative to project\'s basedir",
l[0].endsWith("/SYS"));
assertEquals("/JAVA/lib/rt.jar", l[1]);
assertEquals("/JAVA/lib/classes.zip", l[2]);
} else if (isNetWare) {
assertEquals("volumes on NetWare", 2, l.length);
assertEquals("sys:\\java\\lib\\rt.jar", l[0].toLowerCase(Locale.US));
assertEquals("sys:\\java\\lib\\classes.zip", l[1].toLowerCase(Locale.US));
} else {
assertEquals("no multiple character-length volumes on Windows", 3, l.length);
assertTrue("sys resolved relative to project\'s basedir",
l[0].endsWith("\\SYS"));
assertTrue("java/lib/rt.jar resolved relative to project\'s basedir",
l[1].endsWith("\\JAVA\\lib\\rt.jar"));
assertTrue("java/lib/classes.zip resolved relative to project\'s basedir",
l[2].endsWith("\\JAVA\\lib\\classes.zip"));
}
| | public void | testConstructorUnixStyle()
Path p = new Path(project, "/a:/b");
String[] l = p.list();
assertEquals("two items, Unix style", 2, l.length);
if (isUnixStyle) {
assertEquals("/a", l[0]);
assertEquals("/b", l[1]);
} else if (isNetWare) {
assertEquals("\\a", l[0]);
assertEquals("\\b", l[1]);
} else {
String base = new File(File.separator).getAbsolutePath();
assertEquals(base + "a", l[0]);
assertEquals(base + "b", l[1]);
}
| | public void | testConstructorWindowsStyle()
Path p = new Path(project, "\\a;\\b");
String[] l = p.list();
assertEquals("two items, DOS style", 2, l.length);
if (isUnixStyle) {
assertEquals("/a", l[0]);
assertEquals("/b", l[1]);
} else if (isNetWare) {
assertEquals("\\a", l[0]);
assertEquals("\\b", l[1]);
} else {
String base = new File(File.separator).getAbsolutePath();
assertEquals(base + "a", l[0]);
assertEquals(base + "b", l[1]);
}
p = new Path(project, "c:\\test");
l = p.list();
if (isUnixStyle) {
assertEquals("no drives on Unix", 2, l.length);
assertTrue("c resolved relative to project\'s basedir",
l[0].endsWith("/c"));
assertEquals("/test", l[1]);
} else if (isNetWare) {
assertEquals("volumes on NetWare", 1, l.length);
assertEquals("c:\\test", l[0].toLowerCase(Locale.US));
} else {
assertEquals("drives on DOS", 1, l.length);
assertEquals("c:\\test", l[0].toLowerCase(Locale.US));
}
p = new Path(project, "c:\\test;d:\\programs");
l = p.list();
if (isUnixStyle) {
assertEquals("no drives on Unix", 4, l.length);
assertTrue("c resolved relative to project\'s basedir",
l[0].endsWith("/c"));
assertEquals("/test", l[1]);
assertTrue("d resolved relative to project\'s basedir",
l[2].endsWith("/d"));
assertEquals("/programs", l[3]);
} else if (isNetWare) {
assertEquals("volumes on NetWare", 2, l.length);
assertEquals("c:\\test", l[0].toLowerCase(Locale.US));
assertEquals("d:\\programs", l[1].toLowerCase(Locale.US));
} else {
assertEquals("drives on DOS", 2, l.length);
assertEquals("c:\\test", l[0].toLowerCase(Locale.US));
assertEquals("d:\\programs", l[1].toLowerCase(Locale.US));
}
p = new Path(project, "c:/test");
l = p.list();
if (isUnixStyle) {
assertEquals("no drives on Unix", 2, l.length);
assertTrue("c resolved relative to project\'s basedir",
l[0].endsWith("/c"));
assertEquals("/test", l[1]);
} else if (isNetWare) {
assertEquals("volumes on NetWare", 1, l.length);
assertEquals("c:\\test", l[0].toLowerCase(Locale.US));
} else {
assertEquals("drives on DOS", 1, l.length);
assertEquals("c:\\test", l[0].toLowerCase(Locale.US));
}
p = new Path(project, "c:/test;d:/programs");
l = p.list();
if (isUnixStyle) {
assertEquals("no drives on Unix", 4, l.length);
assertTrue("c resolved relative to project\'s basedir",
l[0].endsWith("/c"));
assertEquals("/test", l[1]);
assertTrue("d resolved relative to project\'s basedir",
l[2].endsWith("/d"));
assertEquals("/programs", l[3]);
} else if (isNetWare) {
assertEquals("volumes on NetWare", 2, l.length);
assertEquals("c:\\test", l[0].toLowerCase(Locale.US));
assertEquals("d:\\programs", l[1].toLowerCase(Locale.US));
} else {
assertEquals("drives on DOS", 2, l.length);
assertEquals("c:\\test", l[0].toLowerCase(Locale.US));
assertEquals("d:\\programs", l[1].toLowerCase(Locale.US));
}
| | public void | testDirSet()
Path p = new Path(project);
DirSet d = new DirSet();
d.setProject(project);
d.setDir(project.resolveFile("."));
d.setIncludes("build");
p.addDirset(d);
String[] l = p.list();
assertEquals(1, l.length);
assertEquals(project.resolveFile("build").getAbsolutePath(), l[0]);
| | public void | testEmptyElementIfIsReference()
Path p = new Path(project, "/a:/a");
try {
p.setRefid(new Reference("dummyref"));
fail("Can add reference to Path with elements from constructor");
} catch (BuildException be) {
assertEquals("You must not specify more than one attribute when using refid",
be.getMessage());
}
p = new Path(project);
p.setLocation(new File("/a"));
try {
p.setRefid(new Reference("dummyref"));
fail("Can add reference to Path with elements from setLocation");
} catch (BuildException be) {
assertEquals("You must not specify more than one attribute when using refid",
be.getMessage());
}
Path another = new Path(project, "/a:/a");
project.addReference("dummyref", another);
p = new Path(project);
p.setRefid(new Reference("dummyref"));
try {
p.setLocation(new File("/a"));
fail("Can set location in Path that is a reference.");
} catch (BuildException be) {
assertEquals("You must not specify more than one attribute when using refid",
be.getMessage());
}
try {
p.setPath("/a;\\a");
fail("Can set path in Path that is a reference.");
} catch (BuildException be) {
assertEquals("You must not specify more than one attribute when using refid",
be.getMessage());
}
try {
p.createPath();
fail("Can create nested Path in Path that is a reference.");
} catch (BuildException be) {
assertEquals("You must not specify nested elements when using refid",
be.getMessage());
}
try {
p.createPathElement();
fail("Can create nested PathElement in Path that is a reference.");
} catch (BuildException be) {
assertEquals("You must not specify nested elements when using refid",
be.getMessage());
}
try {
p.addFileset(new FileSet());
fail("Can add nested FileSet in Path that is a reference.");
} catch (BuildException be) {
assertEquals("You must not specify nested elements when using refid",
be.getMessage());
}
try {
p.addFilelist(new FileList());
fail("Can add nested FileList in Path that is a reference.");
} catch (BuildException be) {
assertEquals("You must not specify nested elements when using refid",
be.getMessage());
}
try {
p.addDirset(new DirSet());
fail("Can add nested Dirset in Path that is a reference.");
} catch (BuildException be) {
assertEquals("You must not specify nested elements when using refid",
be.getMessage());
}
| | public void | testEmpyPath()
Path p = new Path(project, "");
String[] l = p.list();
assertEquals("0 after construction", 0, l.length);
p.setPath("");
l = p.list();
assertEquals("0 after setPath", 0, l.length);
p.append(new Path(project));
l = p.list();
assertEquals("0 after append", 0, l.length);
p.createPath();
l = p.list();
assertEquals("0 after append", 0, l.length);
| | public void | testFileList()
Path p = new Path(project);
FileList f = new FileList();
f.setProject(project);
f.setDir(project.resolveFile("."));
f.setFiles("build.xml");
p.addFilelist(f);
String[] l = p.list();
assertEquals(1, l.length);
assertEquals(project.resolveFile("build.xml").getAbsolutePath(), l[0]);
| | public void | testFileSet()
Path p = new Path(project);
FileSet f = new FileSet();
f.setProject(project);
f.setDir(project.resolveFile("."));
f.setIncludes("build.xml");
p.addFileset(f);
String[] l = p.list();
assertEquals(1, l.length);
assertEquals(project.resolveFile("build.xml").getAbsolutePath(), l[0]);
| | public void | testRecursion()
Path p = new Path(project);
try {
p.append(p);
assertEquals(0, p.list().length);
} catch (BuildException x) {
String m = x.toString();
assertTrue(m, m.indexOf("circular") != -1);
}
| | public void | testRelativePathUnixStyle()
project.setBasedir(new File(System.getProperty("root"), "src/etc").getAbsolutePath());
Path p = new Path(project, "..:testcases");
String[] l = p.list();
assertEquals("two items, Unix style", 2, l.length);
if (isUnixStyle) {
assertTrue("test resolved relative to src/etc",
l[0].endsWith("/src"));
assertTrue("test resolved relative to src/etc",
l[1].endsWith("/src/etc/testcases"));
} else if (isNetWare) {
assertTrue("test resolved relative to src/etc",
l[0].endsWith("\\src"));
assertTrue("test resolved relative to src/etc",
l[1].endsWith("\\src\\etc\\testcases"));
} else {
assertTrue("test resolved relative to src/etc",
l[0].endsWith("\\src"));
assertTrue("test resolved relative to src/etc",
l[1].endsWith("\\src\\etc\\testcases"));
}
| | public void | testSetLocation()
Path p = new Path(project);
p.setLocation(new File(File.separatorChar+"a"));
String[] l = p.list();
if (isUnixStyle) {
assertEquals(1, l.length);
assertEquals("/a", l[0]);
} else if (isNetWare) {
assertEquals(1, l.length);
assertEquals("\\a", l[0]);
} else {
assertEquals(1, l.length);
assertEquals(":\\a", l[0].substring(1));
}
| | public void | testUnique()
Path p = new Path(project, "/a:/a");
String[] l = p.list();
assertEquals("1 after construction", 1, l.length);
String base = new File(File.separator).getAbsolutePath();
p.setLocation(new File(base, "a"));
l = p.list();
assertEquals("1 after setLocation", 1, l.length);
p.setPath("\\a;/a");
l = p.list();
assertEquals("1 after setPath", 1, l.length);
p.append(new Path(project, "/a;\\a:\\a"));
l = p.list();
assertEquals("1 after append", 1, l.length);
p.createPath().setPath("\\a:/a");
l = p.list();
assertEquals("1 after append", 1, l.length);
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