public async Task CopyWhenOneAlreadyThereAsPart()
{
// The whole thing is already there.
_ssh.CreateRepro();
_ssh.CreateDS("ds1", "f1.root", "f2.root");
var ssh2 = new UtilsForBuildingLinuxDatasets();
ssh2.RemotePath += "2";
ssh2.CreateRepro();
ssh2.CreateDS("ds1", "f1.root", "f2.root");
ssh2.RemoveFileInDS("ds1", "f1.root");
ssh2.AddFileToDS("ds1", "f1.root.part");
var p1 = new PlaceLinuxRemote("test", _ssh.RemotePath, _ssh.RemoteHostInfo);
var p2 = new PlaceLinuxRemote("test", ssh2.RemotePath, _ssh.RemoteHostInfo);
DataSetManager.ResetDSM(p1, p2);
var fileList = new Uri[] { new Uri("gridds://ds1/f1.root"), new Uri("gridds://ds1/f2.root") };
await p1.CopyToAsync(p2, fileList);
Assert.IsTrue(await p2.HasFileAsync(fileList[0]));
Assert.IsTrue(await p2.HasFileAsync(fileList[1]));
}
public void CopyWhenAlreadyThere()
{
// The whole thing is already there.
_ssh.CreateRepro();
_ssh.CreateDS("ds1", "f1.root", "f2.root");
var ssh2 = new UtilsForBuildingLinuxDatasets();
ssh2.RemotePath += "2";
ssh2.CreateRepro();
ssh2.CreateDS("ds1", "f1.root", "f2.root");
var p1 = new PlaceLinuxRemote("test", _ssh.RemotePath, _ssh.RemoteHostInfo);
var p2 = new PlaceLinuxRemote("test", ssh2.RemotePath, _ssh.RemoteHostInfo);
var fileList = new Uri[] { new Uri("gridds://ds1/f1.root"), new Uri("gridds://ds1/f2.root") };
p1.CopyTo(p2, fileList);
Assert.IsTrue(p2.HasFile(fileList[0]));
var allfiles = ssh2.GetAllFilesInRepro("ds1");
foreach (var f in allfiles)
{
Console.WriteLine(f);
}
Assert.AreEqual(1, allfiles.Where(l => l.Contains("f1.root")).Count());
}
public async Task CopyFromViaTunnelWithPassword()
{
_ssh = new UtilsForBuildingLinuxDatasets("LinuxRemoteTestTunnelBigData");
_ssh.CreateRepro();
var p1 = new PlaceLinuxRemote("test", _ssh.RemotePath, _ssh.RemoteHostInfo);
var sshRemote = new UtilsForBuildingLinuxDatasets();
sshRemote.CreateRepro();
sshRemote.CreateDS("ds1", "f1.root", "f2.root");
var p2 = new PlaceLinuxRemote("test", sshRemote.RemotePath, sshRemote.RemoteHostInfo);
DataSetManager.ResetDSM(p1, p2);
var fileList = new Uri[] { new Uri("gridds://ds1/f1.root"), new Uri("gridds://ds1/f2.root") };
await p1.CopyFromAsync(p2, fileList);
Assert.IsTrue(await p1.HasFileAsync(fileList[0]));
}
public async Task CopyOneFilesTunnel()
{
// Should be setup to deal with about 4 GB of data in one file.
_ssh = new UtilsForBuildingLinuxDatasets("LinuxRemoteTestTunnelBigData");
_ssh.CreateRepro();
var local_p = new PlaceLinuxRemote("test", _ssh.RemotePath, _ssh.RemoteHostInfo);
var grid_p = new PlaceGRID("test-GRID", local_p);
DataSetManager.ResetDSM(local_p, grid_p);
var uris = new Uri[]
{
new Uri($"gridds://{_good_dsname}/{_good_dsfile_1}"),
};
await grid_p.CopyToAsync(local_p, uris);
var files = await local_p.GetListOfFilesForDataSetAsync(_good_dsname);
Assert.AreEqual(197, files.Length);
Assert.IsTrue(await local_p.HasFileAsync(uris[0]));
}
public async Task CopyTwoFiles()
{
_ssh.CreateRepro();
var local_p = new PlaceLinuxRemote("test", _ssh.RemotePath, _ssh.RemoteHostInfo);
var grid_p = new PlaceGRID("test-GRID", local_p);
DataSetManager.ResetDSM(local_p, grid_p);
var uris = new Uri[]
{
new Uri($"gridds://{_good_dsname}/{_good_dsfile_1}"),
new Uri($"gridds://{_good_dsname}/{_good_dsfile_2}"),
};
await grid_p.CopyToAsync(local_p, uris);
var files = await local_p.GetListOfFilesForDataSetAsync(_good_dsname);
Assert.AreEqual(197, files.Length);
Assert.IsTrue(await local_p.HasFileAsync(uris[0]));
Assert.IsTrue(await local_p.HasFileAsync(uris[1]));
}
