public void ListDir_WhenAbsNonEmptyDirIsListedRecursive_ContentsAndAbsDirShownAndRecursionContinues()
        {
            var pathLBazStub = new MDirectoryInfo();
            new MFileSystemInfo(pathLBazStub) { FullNameGet = () => @"L:\baz" };

            var pathLBazFooStubContents = new FileSystemInfo[]
            {
            };

            var pathLBazStubContents = new FileSystemInfo[]
            {
                new MFileInfo() { NameGet = () => @"a.txt" },
                new MFileInfo() { NameGet = () => @"b.txt" },
                new MFileInfo() { NameGet = () => @"c.txt" },
                new MDirectoryInfo() { NameGet = () => @"foo", GetFileSystemInfos = () => pathLBazFooStubContents }
            };

            new MFileSystemInfo(pathLBazStubContents[3]) { AttributesGet = () => FileAttributes.Directory, FullNameGet = () => @"L:\baz\foo" };

            new MFileSystemInfo(pathLBazStubContents[0]) { AttributesGet = () => FileAttributes.Normal };
            new MFileSystemInfo(pathLBazStubContents[1]) { AttributesGet = () => FileAttributes.Normal };
            new MFileSystemInfo(pathLBazStubContents[2]) { AttributesGet = () => FileAttributes.Normal };

            MDirectoryInfo.AllInstances.GetFileSystemInfos = (x) => new FileSystemInfo[0];

            pathLBazStub.GetFileSystemInfos = () => pathLBazStubContents;

            var outputString = new StringWriter();
            new TestableListFileSystem(output: outputString, dirSuffix: @"L:\baz") { ShouldRecurseDirs = true }.TestListDir(pathLBazStub);

            Assert.AreEqual("a.txt\r\nb.txt\r\nc.txt\r\nfoo\r\n\r\nL:\\baz\\foo:\r\n", outputString.ToString());
        }
Exemple #2
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        public void ListDir_NonEmptyDirectory_ContentsListed(string dirPath)
        {
            var output = new StringWriter();

            var ls = new TestableListFileSystem(output, string.Empty);

            var pathLBazStub = new MDirectoryInfo();

            new MFileSystemInfo(pathLBazStub)
            {
                FullNameGet = () => dirPath
            };

            var pathLBazStubContents = new FileSystemInfo[]
            {
                new MFileInfo()
                {
                    NameGet = () => @"a.txt"
                },
                new MFileInfo()
                {
                    NameGet = () => @"b.txt"
                },
                new MFileInfo()
                {
                    NameGet = () => @"c.txt"
                }
            };

            pathLBazStub.GetFileSystemInfos = () => pathLBazStubContents;

            ls.TestListDir(pathLBazStub);

            Assert.AreEqual("a.txt\r\nb.txt\r\nc.txt\r\n", output.ToString());
        }
        public void ListDir_NonEmptyDirectory_ContentsListed(string dirPath)
        {
            var output = new StringWriter();

            var ls = new TestableListFileSystem(output, string.Empty);

            var pathLBazStub = new MDirectoryInfo();
            new MFileSystemInfo(pathLBazStub) { FullNameGet = () => dirPath };

            var pathLBazStubContents = new FileSystemInfo[]
            {
                new MFileInfo() { NameGet = () => @"a.txt" },
                new MFileInfo() { NameGet = () => @"b.txt" },
                new MFileInfo() { NameGet = () => @"c.txt" }
            };

            pathLBazStub.GetFileSystemInfos = () => pathLBazStubContents;

            ls.TestListDir(pathLBazStub);

            Assert.AreEqual("a.txt\r\nb.txt\r\nc.txt\r\n", output.ToString());
        }
Exemple #4
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        public void ListDir_WhenAbsNonEmptyDirIsListedRecursive_ContentsAndAbsDirShownAndRecursionContinues()
        {
            var pathLBazStub = new MDirectoryInfo();

            new MFileSystemInfo(pathLBazStub)
            {
                FullNameGet = () => @"L:\baz"
            };

            var pathLBazFooStubContents = new FileSystemInfo[]
            {
            };


            var pathLBazStubContents = new FileSystemInfo[]
            {
                new MFileInfo()
                {
                    NameGet = () => @"a.txt"
                },
                new MFileInfo()
                {
                    NameGet = () => @"b.txt"
                },
                new MFileInfo()
                {
                    NameGet = () => @"c.txt"
                },
                new MDirectoryInfo()
                {
                    NameGet = () => @"foo", GetFileSystemInfos = () => pathLBazFooStubContents
                }
            };

            new MFileSystemInfo(pathLBazStubContents[3])
            {
                AttributesGet = () => FileAttributes.Directory, FullNameGet = () => @"L:\baz\foo"
            };

            new MFileSystemInfo(pathLBazStubContents[0])
            {
                AttributesGet = () => FileAttributes.Normal
            };
            new MFileSystemInfo(pathLBazStubContents[1])
            {
                AttributesGet = () => FileAttributes.Normal
            };
            new MFileSystemInfo(pathLBazStubContents[2])
            {
                AttributesGet = () => FileAttributes.Normal
            };

            MDirectoryInfo.AllInstances.GetFileSystemInfos = (x) => new FileSystemInfo[0];

            pathLBazStub.GetFileSystemInfos = () => pathLBazStubContents;

            var outputString = new StringWriter();

            new TestableListFileSystem(output: outputString, dirSuffix: @"L:\baz")
            {
                ShouldRecurseDirs = true
            }.TestListDir(pathLBazStub);

            Assert.AreEqual("a.txt\r\nb.txt\r\nc.txt\r\nfoo\r\n\r\nL:\\baz\\foo:\r\n", outputString.ToString());
        }