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10 package org.openlaszlo.utils;
11 import java.io.*;
12 import java.util.*;
13 import junit.framework.*;
14
15
24
25 public class FileUtils_Test extends TestCase {
26 public FileUtils_Test(String  name) {
27 super(name);
28 }
29
30 public void setUp() {
31 }
32
33 public void testPathnameFunctions() {
34 assertEquals("getBase 1", FileUtils.getBase("base"), "base");
35 assertEquals("getBase 2", FileUtils.getBase("base.ext"), "base");
36 assertEquals("getBase 3", FileUtils.getBase("dir/base"), "dir/base");
37 assertEquals("getBase 4", FileUtils.getBase("dir/base.ext"), "dir/base");
38 assertEquals("getExtension 1", FileUtils.getExtension("base"), "");
39 assertEquals("getExtension 1", FileUtils.getExtension("base.ext"), "ext");
40 assertEquals("getExtension 2", FileUtils.getExtension("dir/base"), "");
41 assertEquals("getExtension 3", FileUtils.getExtension("dir/base.ext"), "ext");
42 }
43
44 public void textFixAbsWindowsPaths() {
45 assertEquals("fixAbs 1", FileUtils.fixAbsWindowsPaths("a/b/c"), "a/b/c");
46 assertEquals("fixAbs 2", FileUtils.fixAbsWindowsPaths("/a/b/c"), "/a/b/c");
47 assertEquals("fixAbs 3", FileUtils.fixAbsWindowsPaths("a:/b/c"), "a/b/c");
48 assertEquals("fixAbs 4", FileUtils.fixAbsWindowsPaths("A:/b/c"), "a/b/c");
49 assertEquals("fixAbs 5", FileUtils.fixAbsWindowsPaths("A:"), "");
50 assertEquals("fixAbs 6", FileUtils.fixAbsWindowsPaths("A"), "");
51 }
52
53 public void testAdjustRelativePath() {
54 assertEquals("split 1",
56 Arrays.asList(StringUtils.split("", "/")),
57 Arrays.asList(new String [] {}));
58 assertEquals("split 2",
59 Arrays.asList(StringUtils.split("a", "/")),
60 Arrays.asList(new String [] {"a"}));
61 assertEquals("split 3",
62 Arrays.asList(StringUtils.split("a/b", "/")),
63 Arrays.asList(new String [] {"a", "b"}));
64 assertEquals("split 4",
65 Arrays.asList(StringUtils.split("/a", "/")),
66 Arrays.asList(new String [] {"", "a"}));
67 assertEquals("split 5",
68 Arrays.asList(StringUtils.split("a/", "/")),
69 Arrays.asList(new String [] {"a", ""}));
70 assertEquals("split 6",
71 Arrays.asList(StringUtils.split("/a/", "/")),
72 Arrays.asList(new String [] {"", "a", ""}));
73 assertEquals("split 7",
74 Arrays.asList(StringUtils.split("a//b", "/")),
75 Arrays.asList(new String [] {"a", "", "b"}));
76 assertEquals("split 7b",
77 Arrays.asList(StringUtils.split("a///b", "/")),
78 Arrays.asList(new String [] {"a", "", "", "b"}));
79 assertEquals("split 8",
80 Arrays.asList(StringUtils.split("//a", "/")),
81 Arrays.asList(new String [] {"", "", "a"}));
82 assertEquals("split 9",
83 Arrays.asList(StringUtils.split("a//", "/")),
84 Arrays.asList(new String [] {"a", "", ""}));
85 for (Iterator iter = Arrays.asList(new String [] {
86 "", "a", "/a", "a/b", "/a/b",
87 "/", "a/", "/a/", "a/b/", "/a/b/"})
88 .iterator(); iter.hasNext();) {
89 String s = (String ) iter.next();
90 assertEquals("split/join(" + s + ")",
91 StringUtils.join(StringUtils.split(s, "/"), "/"),
92 s);
93 if (s.equals("/") || !s.endsWith("/")) {
95 assertEquals("toURLPath(" + s + ")",
96 FileUtils.toURLPath(new File(s)), s);
97 }
98 }
99 String tests[] = {
100 "", "", "base.ext", "base.ext", "from", "to", "base.ext", "../to/base.ext", "from1/from2", "to1/to2", "base.ext", "../../to1/to2/base.ext", "from1", "to1/to2", "base.ext", "../to1/to2/base.ext", "from1/from2", "to", "base.ext", "../../to/base.ext", "/a/b/c", "/a/b/c", "base.ext", "base.ext", "/a/b/c", "/a/d/e", "base.ext", "../../d/e/base.ext", "/a/b", "/a/d/e", "base.ext", "../d/e/base.ext", "/a/b/c", "/a/d", "base.ext", "../../d/base.ext", "c:/a/b/c", "c:/a/b/c", "base.ext", "base.ext", "c:/a/b/c", "c:/a/d/e", "base.ext", "../../d/e/base.ext", "c:/a/b", "c:/a/d/e", "base.ext", "../d/e/base.ext", "c:/a/b/c", "c:/a/d", "base.ext", "../../d/base.ext",
115 ".", "", "base.ext", "base.ext", "", ".", "base.ext", "base.ext", ".", ".", "base.ext", "base.ext", };
119 int i = 0;
120 while (i < tests.length) {
121 String fromdir = tests[i++];
122 String todir = tests[i++];
123 String fromfile = tests[i++];
124 String tofile = tests[i++];
125 for (int j = 0; j < 3; j++) {
126 String fromdir_ = fromdir;
127 if ((j & 1) != 0)
128 fromdir_ += "/";
129 String todir_ = todir;
130 if ((j & 2) != 0)
131 todir_ += "/";
132 if (i != 0 && (fromdir_.equals("/") || todir_.equals("/")))
133 continue;
134 assertEquals(""+ i/4 + " adjustRelativePath(" + fromfile +
135 "," + fromdir_ + ", " + todir_ + ")",
136 FileUtils.adjustRelativePath(
137 fromfile, fromdir_, todir_), tofile);
138 }
139 }
140
141 if (false) {
143 String errTests[] = {
144 "c:/", "d:/",
145 "c:/", "",
146 "", "d:/"
147 };
148 i = 0;
149 while (i < errTests.length) {
150 String sourcedir = errTests[i++];
151 String destdir = errTests[i++];
152 try {
153 FileUtils.adjustRelativePath(
154 "base.ext", sourcedir, destdir); fail("adjustRelativePath(..., " + sourcedir + ", " +
156 destdir + ") " +
157 "should have thrown an exception");
158 } catch (FileUtils.RelativizationError e) {}
159 }
160 }
161 }
162
163 public void testRelativePath() {
164 assertEquals("relpath 1", FileUtils.relativePath("C:\\foo\\bar\\foobar", "C:\\foo\\bar"),
165 "/foobar");
166 assertEquals("relpath 2", FileUtils.relativePath("C:\\foo\\bar\\foobar", "C:\\foo\\bar\\"),
167 "/foobar");
168 assertEquals("relpath 2", FileUtils.relativePath("C:\\fxoo\\bar\\foobar", "C:\\foo\\bar\\"),
169 "C:/fxoo/bar/foobar");
170 }
171
172 }
173 |
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