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/*
* Copyright 2008 the original author or authors.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package org.mockftpserver.fake.filesystem
/**
* Tests for WindowsFakeFileSystem.
*
* @version $Revision$ - $Date$
*
* @author Chris Mair
*/
class WindowsFakeFileSystemTest extends AbstractFakeFileSystemTestCase {
private static final String SEP = "\\"
WindowsFakeFileSystemTest() {
// These need to be set in the constructor because these values are used in setUp()
NEW_DIR = "d:/" + NEW_DIRNAME
NEW_FILE = "d:/NewFile.txt"
EXISTING_DIR = "d:/"
EXISTING_FILE = "d:/ExistingFile.txt"
NO_SUCH_DIR = 'x:/xx/yy'
NO_SUCH_FILE = "x:/xx/yy/zz.txt"
}
// -------------------------------------------------------------------------
// Tests
// -------------------------------------------------------------------------
void testOtherRoots() {
final String X = "x:/"
final String Y = "y:\\"
assertFalse(X, fileSystem.exists(X))
assertFalse(Y, fileSystem.exists(Y))
fileSystem.add(new DirectoryEntry(X))
fileSystem.add(new DirectoryEntry(Y))
assertTrue(X, fileSystem.exists(X))
assertTrue(Y, fileSystem.exists(Y))
}
void testPath() {
assert fileSystem.path(null, null) == ""
assert fileSystem.path(null, "abc") == "abc"
assert fileSystem.path("abc", null) == "abc"
assert fileSystem.path("", "") == ""
assert fileSystem.path("", "abc") == "abc"
assert fileSystem.path("abc", "") == "abc"
assert fileSystem.path("abc", "def") == "abc" + SEP + "def"
assert fileSystem.path("abc\\", "def") == "abc\\def"
assert fileSystem.path("c:/abc/", "def") == "c:\\abc\\def"
assert fileSystem.path("d:\\abc", "\\def") == "d:\\abc\\def"
assert fileSystem.path("abc", "/def") == "abc\\def"
assert fileSystem.path("abc/def", "..") == "abc"
assert fileSystem.path("abc", "def/..") == "abc"
assert fileSystem.path("abc", "./def") == "abc\\def"
assert fileSystem.path("abc/.", null) == "abc"
}
void testNormalize() {
assert fileSystem.normalize("a:\\") == "a:\\"
assert fileSystem.normalize("a:/") == "a:\\"
assert fileSystem.normalize("b:/abc") == path("b:", "abc")
assert fileSystem.normalize("c:\\abc\\def") == path("c:", "abc", "def")
assert fileSystem.normalize("d:/abc/def") == path("d:", "abc", "def")
assert fileSystem.normalize("e:\\abc/def/..") == path("e:", "abc")
assert fileSystem.normalize("f:/abc/def/../ghi") == path("f:", "abc", "ghi")
assert fileSystem.normalize("g:\\abc\\def\\.") == path("g:", "abc", "def")
assert fileSystem.normalize("h:/abc\\def\\./ghi") == path("h:", "abc", "def", "ghi")
assert fileSystem.normalize("c:\\abc").toLowerCase() == path("c:", "abc")
assert fileSystem.normalize("c:/abc").toLowerCase() == path("c:", "abc")
assert fileSystem.normalize("z:/abc").toLowerCase() == path("z:", "abc")
}
void testGetName() {
assert fileSystem.getName("l:\\") == ""
assert fileSystem.getName("m:\\abc") == "abc"
assert fileSystem.getName("n:/abc\\def") == "def"
assert fileSystem.getName("o:/abc/def") == "def"
}
public void testGetParent() {
assert fileSystem.getParent("p:/") == null
assert fileSystem.getParent("q:\\abc") == "q:\\"
assert fileSystem.getParent("r:/abc\\def") == path("r:", "abc")
assert fileSystem.getParent("s:\\abc/def") == path("s:", "abc")
}
void testIsValidName() {
// \/:*?"<>|
["a:\\abc",
"c:/abc",
"d:/abc\\def",
"e:/abc\\d!ef",
"f:\\abc\\def\\h(ij)",
"g:\\abc",
"z:/abc/def",
"\\\\shared"
].each {
assert fileSystem.isValidName(it), "[$it]"
}
["",
"abc",
"abc/def",
"a:/abc:",
"B:\\a*bc",
"C:/?abc",
"D:\\abc/<def",
"E:/abc/def>",
"aa:\\abc",
"X:X:/abc",
":\\abc\\def",
"X:\\\\abc"
].each {
assert !fileSystem.isValidName(it), "[$it]"
}
}
void testIsAbsolute() {
assert fileSystem.isAbsolute("c:\\")
assert fileSystem.isAbsolute("x:\\Documents")
assert fileSystem.isAbsolute("a:/")
assert fileSystem.isAbsolute("\\\\shared\\docs")
assert !fileSystem.isAbsolute("abc")
assert !fileSystem.isAbsolute("/usr")
assert !fileSystem.isAbsolute("c:usr")
shouldFailWithMessageContaining("path") { fileSystem.isAbsolute(null) }
}
void testCaseInsensitive() {
def fileEntry = fileSystem.getEntry(EXISTING_FILE)
assert fileEntry
assert fileEntry == fileSystem.getEntry(EXISTING_FILE.toLowerCase())
}
//-------------------------------------------------------------------------
// Test setup
//-------------------------------------------------------------------------
void setUp() {
super.setUp()
}
protected Class getExpectedDirectoryListingFormatterClass() {
return WindowsDirectoryListingFormatter
}
//-----------------------------------------------------------------------------------
// Helper Methods
//-----------------------------------------------------------------------------------
/**
* Return a new instance of the FileSystem implementation class under test
*
* @return a new FileSystem instance
*/
protected FileSystem createFileSystem() {
WindowsFakeFileSystem fs = new WindowsFakeFileSystem()
fs.add(new DirectoryEntry(EXISTING_DIR))
fs.add(new FileEntry(EXISTING_FILE, EXISTING_FILE_CONTENTS))
fs.createParentDirectoriesAutomatically = false
return fs
}
/**
* Return the specified paths concatenated with the system-dependent separator in between
* @param p1 - the first path
* @param p2 - the second path
* @return p1 + SEPARATOR + p2
*/
private String path(String[] paths) {
return paths.join(SEP)
}
}
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