public void SingleLargeEntry()
{
const string EntryName = "LargeTarEntry";
const TestDataSize dataSize = TestDataSize.Large;
PerformanceTesting.TestReadWrite(
size: dataSize,
input: bs =>
{
var tis = new TarInputStream(bs, null);
var entry = tis.GetNextEntry();
Assert.AreEqual(EntryName, entry.Name);
return(tis);
},
output: bs =>
{
var tos = new TarOutputStream(bs, null);
tos.PutNextEntry(new TarEntry(new TarHeader()
{
Name = EntryName,
Size = (int)dataSize,
}));
return(tos);
},
outputClose: stream =>
{
((TarOutputStream)stream).CloseEntry();
}
);
}
public void ReadWriteThroughput()
{
PerformanceTesting.TestReadWrite(
size: TestDataSize.Large,
input: w => new GZipInputStream(w),
output: w => new GZipOutputStream(w)
);
}
public void ReadWriteThroughput()
{
PerformanceTesting.TestReadWrite(
size: TestDataSize.Small,
input: w => new BZip2InputStream(w),
output: w => new BZip2OutputStream(w)
);
}
public void SingleLargeEntry()
{
const string EntryName = "CantSeek";
PerformanceTesting.TestReadWrite(
size: TestDataSize.Large,
input: bs =>
{
var zis = new ZipInputStream(bs);
var entry = zis.GetNextEntry();
Assert.AreEqual(entry.Name, EntryName);
Assert.IsTrue((entry.Flags & (int)GeneralBitFlags.Descriptor) != 0);
return(zis);
},
output: bs =>
{
var zos = new ZipOutputStream(bs);
zos.PutNextEntry(new ZipEntry(EntryName));
return(zos);
}
);
}
