internal static void SortEntireFile(Dictionary <string, Dictionary <string, HashSet <string> > > sortableProperties, XmlWriter writer, string pathname)
{
var readerSettings = new XmlReaderSettings {
IgnoreWhitespace = true
};
// Step 2: Sort and rewrite file.
using (var fastSplitter = new FastXmlElementSplitter(pathname))
{
var sorter = new BigDataSorter();
bool foundOptionalFirstElement;
foreach (var record in fastSplitter.GetSecondLevelElementStrings(OptionalFirstElementTag, StartTag, out foundOptionalFirstElement))
{
if (foundOptionalFirstElement)
{
// Step 2A: Write out custom property declaration(s).
WriteElement(writer, SortCustomPropertiesRecord(record));
foundOptionalFirstElement = false;
}
else
{
// Step 2B: Sort main CmObject record.
var sortedMainObject = SortMainElement(sortableProperties, record);
sorter.Add(sortedMainObject.Attribute("guid").Value, Utf8.GetBytes(sortedMainObject.ToString()));
}
}
sorter.WriteResults(val => WriteElement(writer, readerSettings, val));
}
}
public void EmptyList()
{
var output = new List <byte[]>();
var sorter = new BigDataSorter();
sorter.WriteResults(val => output.Add(val));
Assert.That(output, Has.Count.EqualTo(0));
}
public void TenItems()
{
var output = new List <byte[]>();
var sorter = new BigDataSorter();
var input = MakeInput(10);
ShuffleInputs(sorter, input);
sorter.WriteResults(val => output.Add(val));
VerifyOutput(output, input);
}
public void OneItem()
{
var output = new List <byte[]>();
var sorter = new BigDataSorter();
sorter.Add("a", new byte[] { 1 });
sorter.WriteResults(val => output.Add(val));
Assert.That(output, Has.Count.EqualTo(1));
VerifyByteArray(output[0], new byte[] { 1 });
}
public void MultiFileSort()
{
var output = new List <byte[]>();
var sorter = new BigDataSorter();
var input = MakeInput(100);
var totalLength = input.Sum(kvp => kvp.Value.Length);
sorter.MaxBytes = totalLength / 5; // force it to use about 5 files.
ShuffleInputs(sorter, input);
sorter.WriteResults(val => output.Add(val));
VerifyOutput(output, input);
}