public void Read_Report_ChecksumMismatch()
{
string entryName = "ExportSummary.json";
int expectedSuccessful = 2;
int expectedFailed = 1;
string expectedFailedFilename = "C:\\temp\\Export\\SSRSMigrate_AW_Tests\\Reports\\Company Sales.rdl";
string expectedFailedPath = "Export\\SSRSMigrate_AW_Tests\\Reports";
string expectedFailedChecksum = "BAD CHECKSUM HERE";
int actualSuccessful = 0;
int actualFailed = 0;
string actualFailedChecksum = null;
string actualFailedFilename = null;
string actualFailedPath = null;
var readerMock = new Mock <IZipFileReaderWrapper>();
var serializeMock = new Mock <ISerializeWrapper>();
readerMock.Setup(z => z.ReadEntry(entryName))
.Returns(() => exportSummaryChecksumMismatch);
serializeMock.Setup(
s => s.DeserializeObject <BundleSummary>(exportSummaryChecksumMismatch))
.Returns(() => bundleSummaryChecksumMismatch);
var logger = new MockLogger();
var reader = new ZipBundleReader(
zipFileName,
unPackDirectory,
readerMock.Object,
checkSumGenMock.Object,
logger,
fileSystemMock.Object,
serializeMock.Object);
reader.ReadExportSummary();
reader.OnReportRead += delegate(IBundleReader sender, ItemReadEvent e)
{
if (e.Success)
{
actualSuccessful++;
}
else
{
actualFailed++;
actualFailedPath = e.Path;
actualFailedChecksum = e.CheckSum;
actualFailedFilename = e.FileName;
}
};
reader.Read();
Assert.AreEqual(expectedSuccessful, actualSuccessful);
Assert.AreEqual(expectedFailed, actualFailed);
Assert.AreEqual(expectedFailedChecksum, actualFailedChecksum);
Assert.AreEqual(expectedFailedFilename, actualFailedFilename);
Assert.AreEqual(expectedFailedPath, actualFailedPath);
}
public void Read_Report_ChecksumMismatch()
{
var logger = new MockLogger();
var zipReader = kernel.Get <IZipFileReaderWrapper>();
var checkSumGen = kernel.Get <ICheckSumGenerator>();
var fileSystem = kernel.Get <IFileSystem>();
var serializeWrapper = kernel.Get <ISerializeWrapper>();
string zipFile = Path.Combine(GetTestDataPath(), "InvalidChecksum.zip");
var actualReader = new ZipBundleReader(
zipFile,
unpackDir,
zipReader,
checkSumGen,
logger,
fileSystem,
serializeWrapper);
string actualUnPackDir = actualReader.Extract();
// This is the file on disk that has an invalid checksum
string expectedFailedFilename = Path.Combine(actualUnPackDir, "Export\\SSRSMigrate_AW_Tests\\Reports\\Company Sales.rdl");
string expectedFailedChecksum = "BAD CHECKSUM HERE";
// Set expected values
int expectedSuccessful = 2;
int expectedFailed = 1;
// Actual values
int actualSuccessful = 0;
int actualFailed = 0;
string actualFailedFilename = null;
string actualFailedChecksum = null;
string actualFailedPath = null;
actualReader.OnReportRead += delegate(IBundleReader sender, ItemReadEvent e)
{
if (e.Success)
{
actualSuccessful++;
}
else
{
actualFailed++;
actualFailedPath = e.Path;
actualFailedFilename = e.FileName;
actualFailedChecksum = e.CheckSum;
}
};
actualReader.ReadExportSummary();
actualReader.Read();
Assert.AreEqual(expectedSuccessful, actualSuccessful);
Assert.AreEqual(expectedFailed, actualFailed);
Assert.AreEqual(expectedFailedChecksum, actualFailedChecksum);
Assert.AreEqual(expectedFailedFilename, actualFailedFilename);
}
public void Read()
{
zipBundleReader.ReadExportSummary();
zipBundleReader.Read();
Assert.AreEqual(2, actualDataSources.Count);
Assert.AreEqual(4, actualFolders.Count);
Assert.AreEqual(3, actualReports.Count);
}
public void Read_DirectoryDoesntExist()
{
var logger = new MockLogger();
var zipReader = kernel.Get <IZipFileReaderWrapper>();
var checkSumGen = kernel.Get <ICheckSumGenerator>();
var fileSystem = kernel.Get <IFileSystem>();
var serializeWrapper = kernel.Get <ISerializeWrapper>();
string zipFile = Path.Combine(GetTestDataPath(), zipFilename);
var actualReader = new ZipBundleReader(
zipFile,
unpackDir,
zipReader,
checkSumGen,
logger,
fileSystem,
serializeWrapper);
string actualUnPackDir = actualReader.Extract();
// This is the directory to delete on disk to simulate a folder not extracted
string expectedFailedFolderName = Path.Combine(actualUnPackDir, "Export\\SSRSMigrate_AW_Tests\\Reports\\Sub Folder");
// Delete this directory from the extraction directory, for the purpose of testing for a folder that does not exist
Directory.Delete(expectedFailedFolderName, true);
// Set expected values
int expectedSuccessfulFolders = 2;
int expectedFailedFolders = 1;
int actualSuccessfulFolders = 0;
int actualFailedFolders = 0;
string actualFailedFoldersName = null;
actualReader.OnFolderRead += delegate(IBundleReader sender, ItemReadEvent e)
{
if (e.Success)
{
actualSuccessfulFolders++;
}
else
{
actualFailedFolders++;
actualFailedFoldersName = e.FileName;
}
};
actualReader.ReadExportSummary();
actualReader.Read();
Assert.AreEqual(expectedSuccessfulFolders, actualSuccessfulFolders, "Successful Folders");
Assert.AreEqual(expectedFailedFolders, actualFailedFolders, "Failed Folders");
Assert.AreEqual(expectedFailedFolderName, actualFailedFoldersName, "Folders Name");
}
public void Read_DirectoryDoesntExist()
{
string entryName = "ExportSummary.json";
int expectedSuccessfulDirectories = 4;
int expectedFailedDirectories = 1;
string expectedFailedDirectoryName = "C:\\temp\\Export\\SSRSMigrate_AW_Tests\\Folder Doesnt Exist";
int actualSuccessfulDirectories = 0;
int actualFailedDirectories = 0;
string actualFailedDirectoryName = null;
var readerMock = new Mock <IZipFileReaderWrapper>();
var serializeMock = new Mock <ISerializeWrapper>();
readerMock.Setup(z => z.ReadEntry(entryName))
.Returns(() => exportSummaryDirectoryDoesntExist);
serializeMock.Setup(
s => s.DeserializeObject <BundleSummary>(exportSummaryDirectoryDoesntExist))
.Returns(() => bundleSummaryDirectoryDoesntExist);
var logger = new MockLogger();
var reader = new ZipBundleReader(
zipFileName,
unPackDirectory,
readerMock.Object,
checkSumGenMock.Object,
logger,
fileSystemMock.Object,
serializeMock.Object);
reader.ReadExportSummary();
reader.OnFolderRead += delegate(IBundleReader sender, ItemReadEvent e)
{
if (e.Success)
{
actualSuccessfulDirectories++;
}
else
{
actualFailedDirectories++;
actualFailedDirectoryName = e.FileName;
}
};
reader.Read();
Assert.AreEqual(expectedSuccessfulDirectories, actualSuccessfulDirectories);
Assert.AreEqual(expectedFailedDirectories, actualFailedDirectories);
Assert.AreEqual(expectedFailedDirectoryName, actualFailedDirectoryName);
}