public void GetAllPathsMoreThanXAndLessThanYCharacters()
{
// Get a length that doesn't include all paths, and then get the list of paths that should match the length condition.
int minPathLength = _filesFixture.AllPaths.Min(p => p.Length) + 1;
int maxPathLength = _filesFixture.AllPaths.Max(p => p.Length) - 1;
var expectedPaths = _filesFixture.AllPaths.Where(p => p.Length >= minPathLength && p.Length <= maxPathLength);
// Setup the Search Options
var searchOptions = new PathLengthSearchOptions()
{
RootDirectory = _filesFixture.RootPath,
SearchOption = SearchOption.AllDirectories,
TypesToGet = FileSystemTypes.All,
SearchPattern = string.Empty,
RootDirectoryReplacement = null,
MinimumPathLength = minPathLength,
MaximumPathLength = maxPathLength
};
// Because we try and get a list of paths.
var paths = PathLengthChecker.GetPathsWithLengths(searchOptions, CancellationToken.None);
// We should have all of the paths.
paths.Should().Contain(expectedPaths);
// And we should not have any extra paths.
paths.Should().OnlyContain(p => expectedPaths.Contains(p));
}
/// <summary>
/// Gets the paths and displays them on the UI.
/// </summary>
private void GetPaths()
{
var rootDirectory = txtRootDirectory.Text.Trim();
var rootDirectoryReplacement = txtReplaceRootDirectory.Text.Trim();
var searchPattern = txtSearchPattern.Text;
int minPathLength = numMinPathLength.Value ?? 0;
int maxPathLength = numMaxPathLength.Value ?? 999999;
if (!Directory.Exists(rootDirectory))
{
MessageBox.Show(string.Format("The Root Directory \"{0}\" does not exist. Please specify a valid directory.", rootDirectory), "Invalid Root Directory");
return;
}
// Clear any previous paths out.
this.Paths = new List <PathInfo>();
txtNumberOfPaths.Text = string.Empty;
txtMinAndMaxPathLengths.Text = string.Empty;
// If we should NOT be replacing the Root Directory text, make sure we don't pass anything in for that parameter.
if (!(chkReplaceRootDirectory.IsChecked ?? false))
{
rootDirectoryReplacement = null;
}
// Build the options to search with.
var searchOptions = new PathLengthSearchOptions()
{
RootDirectory = rootDirectory,
SearchPattern = searchPattern,
SearchOption = (chkIncludeSubdirectories.IsChecked ?? false) ? SearchOption.AllDirectories : SearchOption.TopDirectoryOnly,
TypesToGet = (FileSystemTypes)cmbTypesToInclude.SelectedValue,
RootDirectoryReplacement = rootDirectoryReplacement,
MinimumPathLength = minPathLength,
MaximumPathLength = maxPathLength
};
try
{
// Get and display the new paths.
Paths = PathLengthChecker.PathLengthChecker.GetPathsWithLengths(searchOptions).ToList();
// Display the number of paths found.
txtNumberOfPaths.Text = Paths.Count + " Paths Found";
// Display the shortest and longest path lengths.
int shortestPathLength = Paths.Count > 0 ? Paths.Min(p => p.Length) : 0;
int longestPathLength = Paths.Count > 0 ? Paths.Max(p => p.Length) : 0;
txtMinAndMaxPathLengths.Text = string.Format("Shortest Path: {0}, Longest Path: {1} characters", shortestPathLength, longestPathLength);
}
catch (Exception ex)
{
MessageBox.Show(ex.Message, "Error Occurred");
}
}
public void MinimumPathLengthGreaterThanMaximumPathLengthSoShouldThrowException()
{
// Setup the Search Options
var searchOptions = new PathLengthSearchOptions()
{
RootDirectory = _filesFixture.RootPath,
SearchOption = SearchOption.AllDirectories,
TypesToGet = FileSystemTypes.All,
SearchPattern = string.Empty,
RootDirectoryReplacement = null,
MinimumPathLength = 2,
MaximumPathLength = 1
};
// Because we try and get a list of paths from a directory that does not exist.
Action act = () => PathLengthChecker.GetPathsWithLengths(searchOptions, CancellationToken.None).Count();
// A DirectoryNotFound exception should be thrown.
act.Should().Throw <MinPathLengthGreaterThanMaxPathLengthException>();
}
public void GetAllFilesFromEmptyDirectory()
{
// Setup the Search Options
var searchOptions = new PathLengthSearchOptions()
{
RootDirectory = _filesFixture.EmptyDirectoryPath,
SearchOption = SearchOption.AllDirectories,
TypesToGet = FileSystemTypes.All,
SearchPattern = string.Empty,
RootDirectoryReplacement = null,
MinimumPathLength = -1,
MaximumPathLength = -1
};
// Because we try and get a list of paths from an empty directory.
var paths = PathLengthChecker.GetPathsWithLengths(searchOptions, CancellationToken.None);
// There shouldn't be any paths found.
paths.Should().HaveCount(0);
}
public void InvalidDirectorySoShouldThrowException()
{
// Setup the Search Options
var searchOptions = new PathLengthSearchOptions()
{
RootDirectory = Path.Combine(RootPath, "ADirectoryThatDoesNotExist"),
SearchOption = SearchOption.AllDirectories,
TypesToGet = FileSystemTypes.All,
SearchPattern = string.Empty,
RootDirectoryReplacement = null,
MinimumPathLength = -1,
MaximumPathLength = -1
};
// Because we try and get a list of paths from a directory that does not exist.
Action act = () => PathLengthChecker.GetPathsWithLengths(searchOptions).Count();
// A DirectoryNotFound exception should be thrown.
act.ShouldThrow <DirectoryNotFoundException>();
}
public void ReplacingTheStartingDirectoryAndUsingUrlEncodingShouldAlterThePathsProperly()
{
// Setup the Search Options
var newRootDirectoryName = "NewRootDirectory";
var searchOptions = new PathLengthSearchOptions()
{
RootDirectory = _filesFixture.RootPath,
SearchOption = SearchOption.AllDirectories,
TypesToGet = FileSystemTypes.All,
SearchPattern = string.Empty,
RootDirectoryReplacement = newRootDirectoryName,
MinimumPathLength = -1,
MaximumPathLength = -1,
UrlEncodePaths = true
};
var expectedPaths = _filesFixture.AllPaths.Select(p =>
{
return(new PathInfo()
{
Path = p.Path.Replace(_filesFixture.RootPath, newRootDirectoryName)
.Replace(" ", "%20")
.Replace(@"\", "%5C")
.Replace(":", "%3A")
});
});
// Act.
var paths = PathLengthChecker.GetPathsWithLengths(searchOptions, CancellationToken.None);
// We should not have any of the original paths.
paths.Should().NotContain(_filesFixture.AllPaths);
// We should have the expected transformed paths.
paths.Should().Contain(expectedPaths);
// And we should not have any extra paths.
paths.Should().OnlyContain(p => expectedPaths.Contains(p));
}
public void GetAllFilesInTopLevelDirectory()
{
// Setup the Search Options
var searchOptions = new PathLengthSearchOptions()
{
RootDirectory = _filesFixture.RootPath,
SearchOption = SearchOption.TopDirectoryOnly,
TypesToGet = FileSystemTypes.Files,
SearchPattern = string.Empty,
RootDirectoryReplacement = null,
MinimumPathLength = -1,
MaximumPathLength = -1
};
// Because we try and get a list of paths.
var paths = PathLengthChecker.GetPathsWithLengths(searchOptions, CancellationToken.None);
// We should have all of the file paths directly off of the Root Path.
paths.Should().Contain(p => string.Equals(Path.GetDirectoryName(p.Path), _filesFixture.RootPath));
// And we should not have any extra paths.
paths.Should().OnlyContain(p => string.Equals(Path.GetDirectoryName(p.Path), _filesFixture.RootPath));
}
public void GetAllDirectories()
{
// Setup the Search Options
var searchOptions = new PathLengthSearchOptions()
{
RootDirectory = _filesFixture.RootPath,
SearchOption = SearchOption.AllDirectories,
TypesToGet = FileSystemTypes.Directories,
SearchPattern = string.Empty,
RootDirectoryReplacement = null,
MinimumPathLength = -1,
MaximumPathLength = -1
};
// Because we try and get a list of directory paths.
var paths = PathLengthChecker.GetPathsWithLengths(searchOptions, CancellationToken.None);
// We should have all of the directory paths.
paths.Should().Contain(_filesFixture.Directories);
// And we should not have any extra paths.
paths.Should().OnlyContain(p => _filesFixture.Directories.Contains(p));
}