public void WhenPathRooted_ShouldReturnRootPath( )
{
var fixture = new Fixture( );
var p = "/{0}/".With(fixture.Create("path"));
string result = LinuxPath.GetDirectoryName(p);
Assert.Equal(p, result);
}
public void WhenPathRelative_ShouldReturnRelativePath( )
{
var fixture = new Fixture( );
var p = fixture.Create("path");
string result = LinuxPath.GetDirectoryName(p);
Assert.Equal("./{0}/".With(p), result);
}
public void WhenPathRootedWithFileWithoutExtension_ShouldReturnDirectoryRootedPath( )
{
var fixture = new Fixture( );
var p = fixture.Create("path");
var pf = "/{0}/file".With(p);
string result = LinuxPath.GetDirectoryName(pf);
Assert.Equal("/{0}/".With(p), result);
}
public void WhenPathRelativeWithFileWithExtension_ShouldReturnDirectoryRelativePath( )
{
var fixture = new Fixture( );
var p = fixture.Create("path");
var pf = "{0}/file.ext".With(p);
string result = LinuxPath.GetDirectoryName(pf);
Assert.Equal("./{0}/".With(p), result);
}
public void WhenPathIsLevels_ShouldReturnRootPath( )
{
var fixture = new Fixture( );
var pname = fixture.Create("path");
var p = "/some/path/deep/{0}/".With(pname);
string result = LinuxPath.GetDirectoryName(p);
Assert.Equal("{0}".With(p), result);
}
public void GetDirectoryNameTest()
{
String result = LinuxPath.GetDirectoryName("/system/busybox");
Assert.AreEqual <string>("/system/", result);
result = LinuxPath.GetDirectoryName("/");
Assert.AreEqual <string>("/", result);
result = LinuxPath.GetDirectoryName("/system/xbin/");
Assert.AreEqual <string>("/system/xbin/", result);
}
/// <summary>
/// Initializes a new instance of the <see cref="FileEntry"/> class.
/// </summary>
/// <param name="device">The device.</param>
/// <param name="path">The path.</param>
internal FileEntry(Device device, string path)
{
this.FetchTime = 0;
this.Parent = null;
bool isDir = path.EndsWith(new string(LinuxPath.DirectorySeparatorChar, 1));
this.Name = isDir ? LinuxPath.GetDirectoryName(path) : LinuxPath.GetFileName(path);
this.IsRoot = path.Length == 1 && path[0] == LinuxPath.DirectorySeparatorChar;
this.Type = isDir ? FileListingService.FileTypes.Directory : FileListingService.FileTypes.File;
this.Size = 0;
this.Children = new List <FileEntry>();
this.Exists = false;
this.Device = device;
}
public void WhenPathContainsInvalidCharacters_ShouldThrowException( )
{
int errorCount = 0;
for (var x = 0; x < LinuxPathConsts.InvalidPathChars.Length; ++x)
{
try {
string result = LinuxPath.GetDirectoryName("/my-invalid-path/f-{0}".With(LinuxPathConsts.InvalidPathChars[x]));
} catch (ArgumentException) {
errorCount++;
}
}
Assert.Equal(LinuxPathConsts.InvalidPathChars.Length, errorCount);
}
public void GetDirectoryNameTest()
{
String result = LinuxPath.GetDirectoryName("/system/busybox");
Assert.Equal("/system/", result);
result = LinuxPath.GetDirectoryName("/");
Assert.Equal("/", result);
result = LinuxPath.GetDirectoryName("/system/xbin/");
Assert.Equal("/system/xbin/", result);
result = LinuxPath.GetDirectoryName("echo");
Assert.Equal("./", result);
result = LinuxPath.GetDirectoryName(null);
Assert.Null(result);
}
public async Task NodeTask_Basic()
{
try
{
//-----------------------------------------------------------------
// We're going to schedule simple node tasks for all cluster nodes that
// touch a temporary file and then verify that the file was written
// to the nodes and that the node task status indicates the the operation
// succeeded.
await DeleteExistingTasksAsync();
// Create a string dictionary that maps cluster node names to the unique
// name to use for the test tasks targeting each node.
var nodeToTaskName = new Dictionary <string, string>();
foreach (var node in fixture.Cluster.Nodes)
{
nodeToTaskName.Add(node.Name, $"test-basic-{node.Name}-{CreateUuidString()}");
}
// Initalize a test folder on each node where the task will update a file
// indicating that it ran and then submit a task for each node.
foreach (var node in fixture.Cluster.Nodes)
{
// Clear and recreate the node test folder.
node.Connect();
node.SudoCommand($"rm -rf {testFolderPath}");
node.SudoCommand($"mkdir -p {testFolderPath}");
// Create the node task for the target node.
var nodeTask = new V1NeonNodeTask();
var metadata = nodeTask.Metadata;
var spec = nodeTask.Spec;
metadata.SetLabel(NeonLabel.RemoveOnClusterReset);
var filePath = GetTestFilePath(node.Name);
var folderPath = LinuxPath.GetDirectoryName(filePath);
spec.Node = node.Name;
spec.RetentionSeconds = 30;
spec.BashScript =
$@"
set -euo pipefail
mkdir -p $NODE_ROOT{folderPath}
touch $NODE_ROOT{filePath}
";
await fixture.K8s.CreateClusterCustomObjectAsync <V1NeonNodeTask>(nodeTask, name : nodeToTaskName[node.Name]);
}
// Wait for all of the node tasks to report completion.
var taskNames = new HashSet <string>();
foreach (var taskName in nodeToTaskName.Values)
{
taskNames.Add(taskName);
}
await NeonHelper.WaitForAsync(
async() =>
{
foreach (var task in (await fixture.K8s.ListClusterCustomObjectAsync <V1NeonNodeTask>()).Items.Where(task => taskNames.Contains(task.Metadata.Name)))
{
switch (task.Status.Phase)
{
case V1NeonNodeTask.Phase.New:
case V1NeonNodeTask.Phase.Pending:
case V1NeonNodeTask.Phase.Running:
return(false);
}
}
return(true);
},
timeout : timeout,
pollInterval : pollInterval);
//-----------------------------------------------------------------
// Verify that the node tasks completeted successfully and are being
// retained for a while.
var nodeTasks = await fixture.K8s.ListClusterCustomObjectAsync <V1NeonNodeTask>();
foreach (var task in nodeTasks.Items)
{
if (taskNames.Contains(task.Metadata.Name))
{
Assert.Equal(V1NeonNodeTask.Phase.Success, task.Status.Phase);
Assert.Equal(0, task.Status.ExitCode);
Assert.Equal(string.Empty, task.Status.Output);
Assert.Equal(string.Empty, task.Status.Error);
}
}
//-----------------------------------------------------------------
// Connect to each of the nodes and verify that the files touched by
// the scripts actually exist.
foreach (var node in fixture.Cluster.Nodes)
{
var filePath = GetTestFilePath(node.Name);
// Clear and recreate the node test folder.
node.Connect();
Assert.True(node.FileExists(filePath));
}
}
finally
{
// Remove the test folders on the nodes.
foreach (var node in fixture.Cluster.Nodes)
{
var filePath = GetTestFilePath(node.Name);
// Clear and recreate the node test folder.
node.Connect();
node.SudoCommand($"rm -rf {testFolderPath}");
}
}
}
public void GetDirectoryName()
{
Assert.Equal("/one/two", LinuxPath.GetDirectoryName("\\one\\two\\three.txt"));
Assert.Equal("/one/two", LinuxPath.GetDirectoryName("/one/two/three.txt"));
}
public void WhenPathLengthIsRoot_ShouldReturnRootPath( )
{
string result = LinuxPath.GetDirectoryName("/");
Assert.Equal("/", result);
}
public void WhenPathLengthIs1_ShouldReturnRelativePath( )
{
string result = LinuxPath.GetDirectoryName("a");
Assert.Equal("./a/", result);
}
public void WhenPathIsNull_ShouldReturnNull( )
{
var result = LinuxPath.GetDirectoryName(null);
Assert.Null(result);
}