public void RunCfgBenchmark() {
var xml = File.ReadAllText(@"NorthWind.xml");
var xDocWatch = new Stopwatch();
var procWatch = new Stopwatch();
var cfgWatch = new Stopwatch();
xDocWatch.Start();
var xDocProcess = XDocument.Parse(xml).Root.Element("processes").Element("add");
xDocWatch.Stop();
cfgWatch.Start();
var cfgProcess = new ConfigurationFactory(xml, new TestLogger()).CreateSingle();
cfgWatch.Stop();
procWatch.Start();
var bigBloatedProcess = ProcessFactory.CreateSingle(xml, new TestLogger());
procWatch.Stop();
Console.WriteLine("Process: " + procWatch.ElapsedMilliseconds); // ~ 1928 to 1586
Console.WriteLine("Config: " + cfgWatch.ElapsedMilliseconds); // ~ 341 to 222
Console.WriteLine("XDocument: " + xDocWatch.ElapsedMilliseconds); // ~ 45ms to 44
Assert.AreEqual("NorthWind", xDocProcess.Attribute("name").Value);
Assert.AreEqual("NorthWind", cfgProcess.Name);
Assert.AreEqual("NorthWind", bigBloatedProcess.Name);
}
public Result Import(string file, decimal sample = 100m) {
var fileInspection = new ConfigurationFactory("DataProfiler").CreateSingle().FileInspection.GetInspectionRequest();
fileInspection.Sample = sample > 0m || sample < 100m ? sample : fileInspection.Sample;
var response = new FileImporter().Import(
new FileInfo(file),
fileInspection,
new ConnectionConfigurationElement() { Name = "output", Provider = "internal" }
);
var result = new Result {
Fields = response.Information.Fields,
Rows = response.Rows,
Provider = "file"
};
result.Properties["filename"] = response.Information.FileInfo.FullName;
result.Properties["delimiter"] = response.Information.Delimiter.ToString(CultureInfo.InvariantCulture);
return result;
}