public void DirectoryIteratorBehaviorAbsolutePath()
{
Debug.WriteLine("TEST START: DirectoryIteratorBehaviorAbsolutePath");
_io.Write("a.txt", _data);
_io.Write("b.txt", _data);
_io.Write("x/y/c.txt", _data);
var expectedEntriesPaths = new HashSet <string>
{
Path.Combine(AssemblyUtilsEx.GetExecutingAssemblyDirectory(), TestFolder, "a.txt"),
Path.Combine(AssemblyUtilsEx.GetExecutingAssemblyDirectory(), TestFolder, "b.txt"),
Path.Combine(AssemblyUtilsEx.GetExecutingAssemblyDirectory(), TestFolder, "x")
};
var actualEntriesPaths = new HashSet <string>(
Directory.EnumerateFileSystemEntries(Path.Combine(AssemblyUtilsEx.GetExecutingAssemblyDirectory(), TestFolder)));
// When iterating over an absolute path, it produces absolute paths
Assert.IsTrue(HashSetUtil.AreEqual(actualEntriesPaths, expectedEntriesPaths));
}
public void CurrentPathFormat()
{
Debug.WriteLine("TEST START: CurrentPathFormat");
Assert.IsTrue(Path.IsPathRooted(AssemblyUtilsEx.GetExecutingAssemblyDirectory()));
}
public void TestInitialize()
{
TestCleanup();
_io = new WindowsFileSystemCacheKeyStorage(Path.Combine(AssemblyUtilsEx.GetExecutingAssemblyDirectory(), TestFolder));
_data = RandomDataUtils.GetRandomData(1024);
}