public void Make_sure_duplicate_file_names_are_extended_with_suffix()
{
// Arrange
var validator = new PackageValidator();
var package = CreateTestData();
// Pick a directory and add files with same name
var dir = package.Folders.FirstOrDefault(f => f.Id == "Dir00000032");
dir.Files.AddRange(new[]
{
new RepositoryFile {
Id = "T1", LogicalName = "p1.pdf", PhysicalName = "p1.pdf"
},
new RepositoryFile {
Id = "T2", LogicalName = "p1.pdf", PhysicalName = "p1.pdf"
},
new RepositoryFile {
Id = "T3", LogicalName = "p1.pdf", PhysicalName = "p1.pdf"
}
});
// Act
validator.EnsureValidPhysicalFileAndFolderNames(package, @"C:\Users\jlang\Downloads\Repository");
// Assert
var flatList = validator.ConvertToRepositoryObject(package);
flatList.First(f => f.RepositoryId == "T1").Name.Should().Be("p1.pdf");
flatList.First(f => f.RepositoryId == "T2").Name.Should().Be("p1_1.pdf");
flatList.First(f => f.RepositoryId == "T3").Name.Should().Be("p1_2.pdf");
}
public void Make_sure_very_long_duplicate_file_names_on_deep_nested_folders_are_extended_with_suffix()
{
// Arrange
var validator = new PackageValidator();
var package = CreateTestData();
// Get to the lowest level folder
var dir = package.Folders.First();
while (dir.Folders.Any())
{
dir = dir.Folders.First();
}
// Add duplicate files too long names
dir.Files.AddRange(new[]
{
new RepositoryFile
{
Id = "T1",
LogicalName =
"this is a very long name for the pdf file that might lead to problems when saving the content to disk and might be problematic when creating the package.pdf",
PhysicalName =
"this is a very long name for the pdf file that might lead to problems when saving the content to disk and might be problematic when creating the package.pdf"
},
new RepositoryFile
{
Id = "T2",
LogicalName =
"this is a very long name for the pdf file that might lead to problems when saving the content to disk and might be problematic when creating the package.pdf",
PhysicalName =
"this is a very long name for the pdf file that might lead to problems when saving the content to disk and might be problematic when creating the package.pdf"
},
new RepositoryFile
{
Id = "T3",
LogicalName =
"this is a very long name for the pdf file that might lead to problems when saving the content to disk and might be problematic when creating the package.pdf",
PhysicalName =
"this is a very long name for the pdf file that might lead to problems when saving the content to disk and might be problematic when creating the package.pdf"
}
});
// Act
validator.EnsureValidPhysicalFileAndFolderNames(package, @"C:\Users\jlang\Downloads\Repository");
// Assert
var flatList = validator.ConvertToRepositoryObject(package);
flatList.First(f => f.RepositoryId == "T1").Name.Should().Be("this is a very long name for.pdf");
flatList.First(f => f.RepositoryId == "T2").Name.Should().Be("this is a very long name for_1.pdf");
flatList.First(f => f.RepositoryId == "T3").Name.Should().Be("this is a very long name for_2.pdf");
}
public void Make_sure_a_normal_root_path_shortens_max_path_length_to_exactly_200_chars()
{
// Arrange
var validator = new PackageValidator();
var package = CreateTestData();
// Act
validator.EnsureValidPhysicalFileAndFolderNames(package, @"C:\Users\jlang\Downloads\Repository\");
var list = validator.ConvertToRepositoryObject(package);
// Assert
validator.MaxPathLength.Should().Be(200);
}
public void Make_sure_too_long_path_names_are_shortened()
{
// Arrange
var validator = new PackageValidator();
var package = CreateTestData();
// Act
validator.EnsureValidPhysicalFileAndFolderNames(package, @"C:\Users\jlang\Downloads\Repository");
var list = validator.ConvertToRepositoryObject(package);
// Assert
(list.Max(l => l.FullName.Length) > validator.MaxPathLength).Should().BeFalse();
}
public void Make_sure_a_long_root_path_shortens_max_path_length_below_200_chars()
{
// Arrange
var validator = new PackageValidator();
var package = CreateTestData();
// Act
validator.EnsureValidPhysicalFileAndFolderNames(package,
@"C:\Users\jlang\Downloads\Repository\with a very long path name\that exceeds 60 chars\just for testing");
var list = validator.ConvertToRepositoryObject(package);
// Assert
validator.MaxPathLength.Should().BeLessThan(200);
}
public void Make_sure_we_have_too_long_path_names_correct()
{
// Arrange
var validator = new PackageValidator();
var package = CreateTestData();
validator.CreateValidNames(package);
// Act
var list = validator.ConvertToRepositoryObject(package);
// Assert
(list.Max(l => l.FullName.Length) > validator.MaxPathLength).Should().BeTrue();
}
public void Update_package_file_with_new_name()
{
// Arrange
var validator = new PackageValidator();
var package = CreateTestData();
// Act
validator.UpdatePackage(package, new KeyValuePair <string, string>("F00000119", "Happy"));
// Assert
var flatList = validator.ConvertToRepositoryObject(package);
flatList.First(f => f.RepositoryId == "F00000119").Name.Should().Be("Happy");
}
public void Make_sure_trainling_dots_at_the_end_of_names_are_removed()
{
// Arrange
var validator = new PackageValidator();
// file 119 and Dir 5 have illegal endings in test file
var package = CreateTestData();
// Act
validator.EnsureValidPhysicalFileAndFolderNames(package, @"C:\Users\jlang\Downloads\Repository");
// Assert
var flatList = validator.ConvertToRepositoryObject(package);
flatList.First(f => f.RepositoryId == "F00000119").Name.Should().Be("TABLE BROWN.pdf");
flatList.First(f => f.RepositoryId == "Dir00000005").Name.Should().Be("Zjing Oil");
}
public void Make_sure_duplicate_file_names_are_extended_with_suffix2()
{
// Arrange
var validator = new PackageValidator();
// Sample Package has one duplicate file "\PLUS_3\PLUS3_Bern_V1\P0.pdf"
var packageTestData = File.ReadAllText(Path.Combine(TestContext.CurrentContext.TestDirectory, "packageSampleData.json"), Encoding.UTF8);
var package = JsonConvert.DeserializeObject <RepositoryPackage>(packageTestData);
// Act
validator.EnsureValidPhysicalFileAndFolderNames(package, @"C:\Users\jlang\Downloads\Repository");
// Assert
var flatList = validator.ConvertToRepositoryObject(package);
flatList.First(f => f.RepositoryId == "sdb:digitalFile|685fbf49-d67c-4f60-9842-96c35d009210").Name.Should().Be("P0_1.pdf");
}
public void Make_sure_object_count_of_temp_object_is_correct()
{
// Arrange
var validator = new PackageValidator();
var package = CreateTestData();
validator.CreateValidNames(package);
// Act
var list = validator.ConvertToRepositoryObject(package);
// Assert
var numFolders = 2 + 2 * 2 + 4 * 2 + 8 * 2 + 16 * 2;
var numFiles = 2 + 2 * 2 + 4 * 2 + 8 * 2 + 16 * 2 + 32 * 2;
list.Count.Should().Be(numFolders + numFiles);
list.Count(f => f.Type == TempValidationObjectType.File).Should().Be(numFiles);
list.Count(f => f.Type == TempValidationObjectType.Folder).Should().Be(numFolders);
list.Max(l => l.HierachyLevel).Should().Be(MaxLevel + 1); // 5 Folder levels + 1 File Level
}
public void Make_sure_duplicate_file_names_on_deep_nested_folders_with_illegal_chars_are_extended_with_suffix()
{
// Arrange
var validator = new PackageValidator();
var package = CreateTestData();
// Get to the lowest level folder
var dir = package.Folders.First();
while (dir.Folders.Any())
{
dir = dir.Folders.First();
}
// Add duplicate files with illegal chars
dir.Files.AddRange(new[]
{
new RepositoryFile {
Id = "T1", LogicalName = "p??1.pdf", PhysicalName = "p??1.pdf"
},
new RepositoryFile {
Id = "T2", LogicalName = "p??1.pdf", PhysicalName = "p??1.pdf"
},
new RepositoryFile {
Id = "T3", LogicalName = "p??1.pdf", PhysicalName = "p??1.pdf"
}
});
// Act
validator.EnsureValidPhysicalFileAndFolderNames(package, @"C:\Users\jlang\Downloads\Repository");
// Assert
var flatList = validator.ConvertToRepositoryObject(package);
flatList.First(f => f.RepositoryId == "T1").Name.Should().Be("p__1.pdf");
flatList.First(f => f.RepositoryId == "T2").Name.Should().Be("p__1_1.pdf");
flatList.First(f => f.RepositoryId == "T3").Name.Should().Be("p__1_2.pdf");
}