public async Task Save_OneFileToFile_FileInfoHeaderEqualsExpectedData()
{
const string FileName = nameof(Save_OneFileToFile_FileInfoHeaderEqualsExpectedData);
string headerPath = FileName + HeaderFileExtension;
string dataPath = FileName + DataFileExtension;
string input = "inputdata123," + nameof(Save_OneFileToFile_FileInfoHeaderEqualsExpectedData);
string encryptedInput = "encrypteddata654," + nameof(Save_OneFileToFile_FileInfoHeaderEqualsExpectedData);
var sizeMock = CreateSizeMock(1, 20, 8);
MS2CryptoMode expectedCryptoMode = (MS2CryptoMode)12345;
IMS2FileInfo expectedFileInfo = CreateFileInfoMock(1.ToString(), "singlefile").Object;
IMS2ArchiveCryptoRepository repo = new FakeCryptoRepository(expectedCryptoMode, EncodingTest, "1,singlefile", "1,singlefile", sizeMock.Object);
var archive = new MS2Archive(repo);
AddDataStringToArchive(archive, input, encryptedInput, sizeMock, 1, "singlefile", CompressionType.Zlib);
await archive.SaveAsync(headerPath, dataPath);
using var fsHeader = File.OpenRead(headerPath);
using var br = new BinaryReader(fsHeader, EncodingTest, true);
MS2CryptoMode actualCryptoMode = (MS2CryptoMode)br.ReadUInt32();
var(actualFileInfoSize, actualFileDataSize, actualFileCount) = await repo.GetArchiveHeaderCrypto().ReadAsync(fsHeader);
var msFileInfo = await repo.GetDecryptionStreamAsync(fsHeader, actualFileInfoSize, true);
using var srFileInfo = new StreamReader(msFileInfo, EncodingTest, true, -1, true);
IMS2FileInfo actualFileInfo = await repo.GetFileInfoReaderCrypto().ReadAsync(srFileInfo);
Assert.AreEqual(expectedFileInfo.Id, actualFileInfo.Id);
Assert.AreEqual(expectedFileInfo.Path, actualFileInfo.Path);
Assert.AreEqual(expectedFileInfo.RootFolderId, actualFileInfo.RootFolderId);
}
public async Task Save_OneFileToPath_ArchiveHeaderEqualsExpectedData()
{
const string FileName = nameof(Save_OneFileToPath_ArchiveHeaderEqualsExpectedData);
string headerPath = FileName + HeaderFileExtension;
string dataPath = FileName + DataFileExtension;
string input = "inputdata123" + nameof(Save_OneFileToPath_ArchiveHeaderEqualsExpectedData);
string encryptedInput = "encrypteddata654" + nameof(Save_OneFileToPath_ArchiveHeaderEqualsExpectedData);
var sizeMock = CreateSizeMock(1, 20, 8);
IMS2SizeHeader expectedFileInfoSize = sizeMock.Object;
IMS2SizeHeader expectedFileDataSize = sizeMock.Object;
long expectedFileCount = 1;
MS2CryptoMode expectedCryptoMode = (MS2CryptoMode)12345;
IMS2ArchiveCryptoRepository repo = new FakeCryptoRepository(expectedCryptoMode, EncodingTest, input, encryptedInput, sizeMock.Object);
var archive = new MS2Archive(repo);
AddDataStringToArchive(archive, input, encryptedInput, sizeMock, 1, "singlefile", CompressionType.Zlib);
await archive.SaveAsync(headerPath, dataPath);
using var fsHeader = File.OpenRead(headerPath);
using var br = new BinaryReader(fsHeader, EncodingTest, true);
MS2CryptoMode actualCryptoMode = (MS2CryptoMode)br.ReadUInt32();
var(actualFileInfoSize, actualFileDataSize, actualFileCount) = await repo.GetArchiveHeaderCrypto().ReadAsync(fsHeader);
Assert.AreEqual(expectedCryptoMode, actualCryptoMode);
Assert.AreEqual(expectedFileInfoSize.EncodedSize, actualFileInfoSize.EncodedSize);
Assert.AreEqual(expectedFileInfoSize.CompressedSize, actualFileInfoSize.CompressedSize);
Assert.AreEqual(expectedFileInfoSize.Size, actualFileInfoSize.Size);
Assert.AreEqual(expectedFileDataSize.EncodedSize, actualFileDataSize.EncodedSize);
Assert.AreEqual(expectedFileDataSize.CompressedSize, actualFileDataSize.CompressedSize);
Assert.AreEqual(expectedFileDataSize.Size, actualFileDataSize.Size);
Assert.AreEqual(expectedFileCount, actualFileCount);
}