public void RemoveRecurseCommandLineTest()
{
using (new ProcessControllerFactoryRestorer(new FakeProcessControlFactory()))
{
var processControl = new FakeProcessObserver<string>();
Plastic.RemoveItems(new[] {"a.txt", "b.cs"}, true, "C:\\temp", processControl, CancellationToken.None);
Assert.AreEqual("cm.exe remove -R a.txt b.cs", processControl.CommandLine);
Assert.AreEqual("C:\\temp", processControl.WorkingDir);
}
}
public void TestUndoCheckoutCommandLine()
{
using (new ProcessControllerFactoryRestorer(new FakeProcessControlFactory()))
{
var processControl = new FakeProcessObserver<Unit, string>();
Plastic.UndoCheckout(null, @"b:\cm\build", false, processControl, CancellationToken.None);
Assert.AreEqual(@"cm.exe undocheckout", processControl.CommandLine);
Assert.AreEqual(@"b:\cm\build", processControl.WorkingDir);
}
}
public void AddCommandLineTest()
{
using (new ProcessControllerFactoryRestorer(new FakeProcessControlFactory()))
{
var processControl = new FakeProcessObserver<AddedInfo>();
Plastic.AddItems(new[] {"a.txt", "b.cs"}, false, "C:\\temp", processControl, CancellationToken.None);
Assert.AreEqual("cm.exe add a.txt b.cs", processControl.CommandLine);
Assert.AreEqual("C:\\temp", processControl.WorkingDir);
}
}
public void TestUndoCheckoutAllWithPathsCommandLine()
{
using (new ProcessControllerFactoryRestorer(new FakeProcessControlFactory()))
{
var processControl = new FakeProcessObserver<Unit, string>();
Plastic.UndoCheckout(new[] {"a.txt", @"d:\foo\b.txt"}, @"b:\cm\build", true, processControl, CancellationToken.None);
Assert.AreEqual(@"cm.exe undocheckout --all ""a.txt"" ""d:\foo\b.txt""", processControl.CommandLine);
Assert.AreEqual(@"b:\cm\build", processControl.WorkingDir);
}
}
public void FileInfoCommandLineTest()
{
using (new ProcessControllerFactoryRestorer(new FakeProcessControlFactory()))
{
var processControl = new FakeProcessObserver<FileInfo>();
Plastic.GetFileInfo(new[] {"a.txt", "b.cs"}, "C:\\temp", processControl, CancellationToken.None);
Assert.AreEqual("cm.exe fileinfo - --xml --encoding=utf-8", processControl.CommandLine);
Assert.AreEqual("C:\\temp", processControl.WorkingDir);
}
}
public void CheckinCommandLineTest()
{
using (new ProcessControllerFactoryRestorer(new FakeProcessControlFactory()))
{
var processControl = new FakeProcessObserver<CheckinResult, ProcessProgressData>();
Plastic.Checkin(new[] {"a.txt", "b.cs"}, "C:\\temp", new CheckinOptions {All = true, Message = "Foobar"},
processControl, CancellationToken.None);
Assert.AreEqual("cm.exe checkin --all -m \"Foobar\" \"a.txt\" \"b.cs\"", processControl.CommandLine);
Assert.AreEqual("C:\\temp", processControl.WorkingDir);
}
}
public void ParseGetStatusCommandLine()
{
using (new ProcessControllerFactoryRestorer(new FakeProcessControlFactory()))
{
var processControl = new FakeProcessObserver<StatusChangeInfo>();
var options = new StatusOptions {FindAdded = true, FindLocallyDeleted = true};
Plastic.GetStatus(null, @"b:\cm\build", options, processControl, CancellationToken.None);
Assert.AreEqual(@"cm.exe status --xml --encoding=utf-8 --added --localdeleted ", processControl.CommandLine);
Assert.AreEqual(@"b:\cm\build", processControl.WorkingDir);
}
}
public void AddChangelistsCommandLine()
{
using (new ProcessControllerFactoryRestorer(new FakeProcessControlFactory()))
{
var processControl = new FakeProcessObserver<Unit>();
const string ChangelistName = "AAA";
const string Workspace = "C:\\temp\\Foo";
Plastic.AddChangelist(Workspace, ChangelistName, processControl);
var expected = String.Format("cm.exe changelist add \"{0}\"", ChangelistName);
Assert.AreEqual(expected, processControl.CommandLine);
Assert.AreEqual(Workspace, processControl.WorkingDir);
}
}
public void AddChangelistsDescriptionPersistedCommandLine()
{
using (new ProcessControllerFactoryRestorer(new FakeProcessControlFactory()))
{
var processControl = new FakeProcessObserver<Unit>();
const string ChangelistName = "AAA";
const string Workspace = "C:\\temp";
const string Description = "My changelist desc";
Plastic.AddChangelist(Workspace, ChangelistName, processControl, Description, true);
var expected = String.Format("cm.exe changelist add \"{0}\" \"{1}\" persistent", ChangelistName, Description);
Assert.AreEqual(expected, processControl.CommandLine);
Assert.AreEqual(Workspace, processControl.WorkingDir);
}
}
public void AddChangelistItemsCommandLine()
{
using (new ProcessControllerFactoryRestorer(new FakeProcessControlFactory()))
{
var processControl = new FakeProcessObserver<Unit>();
const string ChangelistName = "AAA";
const string Workspace = "C:\\temp";
var items = new[] {"a.txt", "D:\\Foo\\bar.cs"};
Plastic.AddChangelistItem(Workspace, ChangelistName, items, processControl);
const string Expected = "cm.exe changelist \"AAA\" add \"a.txt\" \"D:\\Foo\\bar.cs\"";
Assert.AreEqual(Expected, processControl.CommandLine);
Assert.AreEqual(Workspace, processControl.WorkingDir);
}
}
public void MakeWritableXLinkCmdlineTest()
{
using (new ProcessControllerFactoryRestorer(new FakeProcessControlFactory()))
{
var observer = new FakeProcessObserver<XLinkInfo>();
var libGit2Workspace = PlasticTestHelpers.LibGit2Workspace;
var path = Path.Combine(libGit2Workspace.Path, "ExampleData");
var options = new XLinkCreateOptions {Writable = true};
Plastic.MakeXlinkToChangeset(path, 4711, "ExampleData@dice-plastic:1:8087", options, libGit2Workspace.Path, observer,
CancellationToken.None);
var expected = string.Format("cm.exe xlink -w {0} / 4711@{1}", path, "ExampleData@dice-plastic:1:8087");
Assert.AreEqual(expected, observer.CommandLine);
}
}
public void GetAnAttributeCommandLineTest()
{
using (new ProcessControllerFactoryRestorer(new FakeProcessControlFactory()))
{
var processControl = new FakeProcessObserver<AttributeInfo>();
var attributeBuilder = new AttributeFindFilterBuilder();
attributeBuilder.AddDateRange(new DateTime(2013, 10, 10), new DateTime(2013, 10, 15));
attributeBuilder.AddRepositoryString(new[] {PlasticTestHelpers.LibGit2Workspace.Repository});
Plastic.GetAttributes(attributeBuilder.ToString(), Environment.CurrentDirectory, processControl,
CancellationToken.None);
Assert.AreEqual(
"cm.exe find attribute where date between '2013-10-10T00:00:00.0000000+02:00' and '2013-10-15T00:00:00.0000000+02:00' on repository 'libgit2@localhost:8087' --xml --encoding=utf-8",
processControl.CommandLine);
Assert.AreEqual(Environment.CurrentDirectory, processControl.WorkingDir);
}
}
public void GetChangelistsCommandLine()
{
using (new ProcessControllerFactoryRestorer(new FakeProcessControlFactory()))
{
var wi = PlasticTestHelpers.LibGit2Workspace;
var processControl = new FakeProcessObserver<ChangelistInfo>();
Plastic.GetChangelists(wi.Path, processControl, CancellationToken.None);
Assert.AreEqual("cm.exe changelist", processControl.CommandLine);
Assert.AreEqual(wi.Path, processControl.WorkingDir);
}
}
public void UpdateXLinkCmdlineTest()
{
using (new ProcessControllerFactoryRestorer(new FakeProcessControlFactory()))
{
var observer = new FakeProcessObserver<XLinkInfo>();
var libGit2Workspace = PlasticTestHelpers.LibGit2Workspace;
var path = Path.Combine(libGit2Workspace.Path, "ExampleData");
Plastic.UpdateXlinkToBranch(path, "/main", "ExampleData@dice-plastic:1:8087", libGit2Workspace.Path, observer,
CancellationToken.None);
var expected = string.Format("cm.exe xlink -e {0} br:/main@{1}", path, "ExampleData@dice-plastic:1:8087");
Assert.AreEqual(expected, observer.CommandLine);
}
}