public void TestVerifyInvalidFileHeader()
{
var fileHeader = new AnnoRDA.FileEntities.FileHeader() {
Path = "path/to/file.txt",
DataOffset = 11111111,
CompressedFileSize = 1234,
UncompressedFileSize = 36960,
ModificationTimestamp = 1448398881,
};
var exception = Assert.Throws<AnnoRDA.FileFormatException>(() => {
this.verifier.VerifyFileHeader(fileHeader, false, 42);
});
Assert.Equal(new AnnoRDA.FileFormatException(AnnoRDA.FileFormatException.EntityType.FileHeader, AnnoRDA.FileFormatException.Error.InvalidValue, 42, "The compressed file size should match the uncompressed size when compression is disabled."), exception);
}
public void TestReadFileHeader()
{
AnnoRDA.FileEntities.FileHeader actual;
using (var reader = new ContainerFileLoaderStructureReader(TestData.GetReader("FileHeaders/2.2_file_header.bin"), false)) {
actual = reader.ReadFileHeader();
}
var expected = new AnnoRDA.FileEntities.FileHeader()
{
Path = "path/to/file.txt",
DataOffset = 11111111,
CompressedFileSize = 36960,
UncompressedFileSize = 36960,
ModificationTimestamp = 1448398881,
};
Assert.Equal(expected, actual);
}
public void TestOverwriteFileInFileSystem()
{
var folderPath = new AnnoRDA.Folder("path");
{
var folderTo = new AnnoRDA.Folder("to");
{
folderTo.Add(new AnnoRDA.File("file.txt")
{
ModificationDate = new DateTime(),
});
}
folderPath.Add(folderTo);
}
var file = new AnnoRDA.FileEntities.FileHeader()
{
Path = "path/to/file.txt",
DataOffset = 11111111,
CompressedFileSize = 36960,
UncompressedFileSize = 36960,
ModificationTimestamp = 1448398881,
};
var loader = new ContainerFileLoader();
AnnoRDA.FileSystem fileSystem;
using (var context = new ContainerFileLoader.Context("dummy.rda", TestData.GetStream(), false, new PassThroughFileHeaderTransformer())) {
fileSystem = context.FileSystem;
fileSystem.Root.Add(folderPath);
loader.AddFileToFileSystem(context, file, TestData.GetDummyBlockContentsSource());
}
Assert.FolderAndFileCountAreEqual(1, 0, fileSystem.Root);
Assert.FolderAndFileCountAreEqual(1, 0, fileSystem.Root.Folders.First());
Assert.FolderAndFileCountAreEqual(0, 1, fileSystem.Root.Folders.First().Folders.First());
Assert.ContainsFile(fileSystem, new Assert.FileSpec("path", "to", "file.txt")
{
CompressedFileSize = 36960,
UncompressedFileSize = 36960,
ModificationTimestamp = 1448398881,
});
}
public void TestVerifyValidFileHeader()
{
var fileHeader = new AnnoRDA.FileEntities.FileHeader() {
Path = "path/to/file.txt",
DataOffset = 11111111,
CompressedFileSize = 36960,
UncompressedFileSize = 36960,
ModificationTimestamp = 1448398881,
};
this.verifier.VerifyFileHeader(fileHeader, false, 42);
var fileHeaderWithCompression = new AnnoRDA.FileEntities.FileHeader() {
Path = "path/to/file.txt",
DataOffset = 11111111,
CompressedFileSize = 1234,
UncompressedFileSize = 36960,
ModificationTimestamp = 1448398881,
};
this.verifier.VerifyFileHeader(fileHeaderWithCompression, true, 42);
}
public void TestAddFileToEmptyFileSystem()
{
var file = new AnnoRDA.FileEntities.FileHeader()
{
Path = "path/to/file.txt",
DataOffset = 11111111,
CompressedFileSize = 36960,
UncompressedFileSize = 36960,
ModificationTimestamp = 1448398881,
};
var loader = new ContainerFileLoader();
AnnoRDA.FileSystem fileSystem;
using (var context = new ContainerFileLoader.Context("dummy.rda", TestData.GetStream(), false, new PassThroughFileHeaderTransformer())) {
loader.AddFileToFileSystem(context, file, TestData.GetDummyBlockContentsSource());
fileSystem = context.FileSystem;
}
Assert.FolderAndFileCountAreEqual(1, 0, fileSystem);
Assert.ContainsFile(fileSystem, new Assert.FileSpec("path", "to", "file.txt"));
}
