/// <summary>
/// Return the location for CERN
/// </summary>
/// <param name="props">Property bag to configure the object</param>
/// <returns></returns>
public static Location GetLocation(Dictionary<string, string> props)
{
var l = new Location();
l.Name = props["Name"];
var dnsString = props["DNSEndString"];
Func<bool> test = () => dnsString.Split(',').Select(s => s.Trim()).Select(en => IPLocationTests.FindLocalIpName().EndsWith(en)).Where(t => t).Any();
l.LocationTests.Add(() => test());
var fetcher = FetchToRemoteLinuxDirInstance.FetchRemoteLinuxInstance(props);
var dsfinder = new GRIDFetchToLinuxVisibleOnWindows(new DirectoryInfo(props["WindowsPath"]), fetcher, props["LinuxPath"]);
l.GetDSInfo = name =>
{
var nfiles = dsfinder.CheckNumberOfFiles(name);
return new DSInfo()
{
Name = name,
IsLocal = filter => dsfinder.CheckIfLocal(name, filter),
CanBeGeneratedAutomatically = true,
ListOfFiles = () => dsfinder.ListOfFiles(name),
LocationProvider = l,
};
};
l.GetDS = dsfinder.GetDS;
return l;
}
public void CountFilesDownloaded()
{
var dsinfo = MakeDSInfo("ds1.1.1");
var d = utils.BuildSampleDirectoryBeforeBuild("CountFilesDownloaded", dsinfo.Name);
utils.MakePartial(d, dsinfo.Name);
var gf = new GRIDFetchToLinuxVisibleOnWindows(d, null, null);
Assert.AreEqual(5, gf.CheckNumberOfFiles(dsinfo.Name));
}
