public void CancellableTransferTaskInfo_IsMatching_Match()
{
var lTemplate = new DataPackageService.CancellableTransferTaskInfo(514, null);
var lTaskInfo = new DataPackageService.CancellableTransferTaskInfo(718, null);
lTemplate.Elements = new List <string>();
lTemplate.Elements.AddRange(new string[] { "train1" });
lTaskInfo.Elements = new List <string>();
lTaskInfo.Elements.AddRange(new string[] { "train1" });
bool lMatching = lTaskInfo.IsMatching(lTemplate);
Assert.IsTrue(lMatching, "Match of elements lists 1/4");
lTemplate.Elements = new List <string>();
lTemplate.Elements.AddRange(new string[] { "train1", "train2" });
lTaskInfo.Elements = new List <string>();
lTaskInfo.Elements.AddRange(new string[] { "train1" });
lMatching = lTaskInfo.IsMatching(lTemplate);
Assert.IsTrue(lMatching, "Match of elements lists 2/4");
lTemplate.Elements = new List <string>();
lTemplate.Elements.AddRange(new string[] { "train1", "train2" });
lTaskInfo.Elements = new List <string>();
lTaskInfo.Elements.AddRange(new string[] { "train2", "train1" });
lMatching = lTaskInfo.IsMatching(lTemplate);
Assert.IsTrue(lMatching, "Match of elements lists 3/4");
lTemplate.Elements = new List <string>();
lTemplate.Elements.AddRange(new string[] { "train3", "train1", "train2" });
lTaskInfo.Elements = new List <string>();
lTaskInfo.Elements.AddRange(new string[] { "train2", "train1" });
lMatching = lTaskInfo.IsMatching(lTemplate);
Assert.IsTrue(lMatching, "Match of elements lists 4/4");
}
public void CancellableTransferTaskInfo_IsMatching_asPredicate()
{
var lTemplate = new DataPackageService.CancellableTransferTaskInfo(514, null);
lTemplate.Elements = new List <string>(new string[] { "train1", "train2" });
var lTaskInfoList = new List <DataPackageService.CancellableTransferTaskInfo>();
var lTaskInfo1 = new DataPackageService.CancellableTransferTaskInfo(718, null);
lTaskInfo1.Elements = new List <string>(new string[] { "train2" });
lTaskInfoList.Add(lTaskInfo1);
var lTaskInfo2 = new DataPackageService.CancellableTransferTaskInfo(465, null);
lTaskInfo2.Elements = new List <string>(new string[] { "train15" });
lTaskInfoList.Add(lTaskInfo2);
var lTaskInfo3 = new DataPackageService.CancellableTransferTaskInfo(112, null);
lTaskInfo3.Elements = new List <string>(new string[] { "train2", "train1" });
lTaskInfoList.Add(lTaskInfo3);
var lMatchList = lTaskInfoList.FindAll((lTask) => lTask.IsMatching(lTemplate));
Assert.AreEqual(2, lMatchList.Count, "Testing as a predicate. Checking the number of matches");
Assert.IsTrue(718 == lMatchList[0].TaskID, "Testing as a predicate. Checking the first match");
Assert.IsTrue(112 == lMatchList[1].TaskID, "Testing as a predicate. Checking the second match");
}
public void CancellableTransferTaskInfo_IsMatching_partialMismatch()
{
var lTemplate = new DataPackageService.CancellableTransferTaskInfo(514, null);
var lTaskInfo = new DataPackageService.CancellableTransferTaskInfo(718, null);
lTemplate.Elements = new List <string>();
lTemplate.Elements.AddRange(new string[] { "train1", "train2" });
lTaskInfo.Elements = new List <string>();
lTaskInfo.Elements.AddRange(new string[] { "train15", "train1" });
bool lMatching = lTaskInfo.IsMatching(lTemplate);
Assert.IsFalse(lMatching, "Parial mismatch of elements lists 1/3");
lTemplate.Elements = new List <string>();
lTemplate.Elements.AddRange(new string[] { "train1", "train2" });
lTaskInfo.Elements = new List <string>();
lTaskInfo.Elements.AddRange(new string[] { "train15", "train2", "train1" });
lMatching = lTaskInfo.IsMatching(lTemplate);
Assert.IsFalse(lMatching, "Parial mismatch of elements lists 2/3");
lTemplate.Elements = new List <string>();
lTemplate.Elements.AddRange(new string[] { "train1", "train2" });
lTaskInfo.Elements = new List <string>();
lTaskInfo.Elements.AddRange(new string[] { "train1", "train2", "train17" });
lMatching = lTaskInfo.IsMatching(lTemplate);
Assert.IsFalse(lMatching, "Parial mismatch of elements lists 3/3");
}
public void cancelTransferTasks_error()
{
int[] lTaskIDs = { 364, 547 };
var lInputList = new List <DataPackageService.CancellableTransferTaskInfo>();
var lTask1 = new DataPackageService.CancellableTransferTaskInfo(lTaskIDs[0], null);
lInputList.Add(lTask1);
var lTask2 = new DataPackageService.CancellableTransferTaskInfo(lTaskIDs[1], null);
lInputList.Add(lTask2);
bool lSuccess = false;
string lErrorMessage = "Cancel error";
_train2groundClientMock.Setup(x => x.CancelTransferTask(
It.IsAny <int>(), out lErrorMessage));
lSuccess = DataPackageServiceInstrumented.cancelTransferTasks(lInputList);
_train2groundClientMock.Verify(x => x.CancelTransferTask(
It.Is <int>((lVal) => lVal == lTaskIDs[0]), out lErrorMessage),
Times.Exactly(1), "Error during cancel 1/2");
_train2groundClientMock.Verify(x => x.CancelTransferTask(
It.Is <int>((lVal) => lVal == lTaskIDs[1]), out lErrorMessage),
Times.Exactly(1), "Error during cancel 2/2");
Assert.IsFalse(lSuccess, "Error during cancel");
}
public void cancelTransferTasks_oneTask()
{
int lTaskID1 = 364;
var lInputList = new List <DataPackageService.CancellableTransferTaskInfo>();
var lTask1 = new DataPackageService.CancellableTransferTaskInfo(lTaskID1, null);
lInputList.Add(lTask1);
bool lSuccess = false;
string lErrorMessage = string.Empty;
_train2groundClientMock.Setup(x => x.CancelTransferTask(
It.IsAny <int>(), out lErrorMessage));
lSuccess = DataPackageServiceInstrumented.cancelTransferTasks(lInputList);
_train2groundClientMock.Verify(x => x.CancelTransferTask(
It.Is <int>((lVal) => lVal == lTaskID1), out lErrorMessage),
Times.Once(), "Input list contains one element");
Assert.IsTrue(lSuccess, "Input list contains one element");
}
public void CancellableTransferTaskInfo_IsMatching_emptyLists()
{
var lTemplate = new DataPackageService.CancellableTransferTaskInfo(514, null);
var lTaskInfo = new DataPackageService.CancellableTransferTaskInfo(718, null);
bool lMatching = lTaskInfo.IsMatching(lTemplate);
Assert.IsFalse(lMatching, "Empty transfer task elements lists 1/6");
lTemplate.Elements = null;
lTaskInfo.Elements = new List <string>();
lMatching = lTaskInfo.IsMatching(lTemplate);
Assert.IsFalse(lMatching, "Empty transfer task elements lists 2/6");
lTemplate.Elements = new List <string>();
lTaskInfo.Elements = null;
lMatching = lTaskInfo.IsMatching(lTemplate);
Assert.IsFalse(lMatching, "Empty transfer task elements lists 3/6");
lTemplate.Elements = new List <string>();
lTaskInfo.Elements = new List <string>();
lMatching = lTaskInfo.IsMatching(lTemplate);
Assert.IsFalse(lMatching, "Empty transfer task elements lists 4/6");
lTemplate.Elements = new List <string>();
lTemplate.Elements.AddRange(new string[] { "train1", "train2" });
lTaskInfo.Elements = new List <string>();
lMatching = lTaskInfo.IsMatching(lTemplate);
Assert.IsFalse(lMatching, "Empty transfer task elements lists 5/6");
lTemplate.Elements = new List <string>();
lTaskInfo.Elements = new List <string>();
lTaskInfo.Elements.AddRange(new string[] { "train15", "train16", "train17" });
lMatching = lTaskInfo.IsMatching(lTemplate);
Assert.IsFalse(lMatching, "Empty transfer task elements lists 6/6");
}
public void cancelTransferTasks_multipleTasks()
{
int[] lTaskIDs = { 364, 547, 786 };
var lInputList = new List <DataPackageService.CancellableTransferTaskInfo>();
var lTask1 = new DataPackageService.CancellableTransferTaskInfo(lTaskIDs[0], null);
lInputList.Add(lTask1);
var lTask2 = new DataPackageService.CancellableTransferTaskInfo(lTaskIDs[1], null);
lInputList.Add(lTask2);
var lTask3 = new DataPackageService.CancellableTransferTaskInfo(lTaskIDs[2], null);
lInputList.Add(lTask3);
bool lSuccess = false;
string lErrorMessage = string.Empty;
_train2groundClientMock.Setup(x => x.CancelTransferTask(
It.IsAny <int>(), out lErrorMessage));
lSuccess = DataPackageServiceInstrumented.cancelTransferTasks(lInputList);
_train2groundClientMock.Verify(x => x.CancelTransferTask(
It.Is <int>((lVal) => lVal == lTaskIDs[0]), out lErrorMessage),
Times.Exactly(1), "Input list contains multiple elements 1/3");
_train2groundClientMock.Verify(x => x.CancelTransferTask(
It.Is <int>((lVal) => lVal == lTaskIDs[1]), out lErrorMessage),
Times.Exactly(1), "Input list contains multiple elements 2/3");
_train2groundClientMock.Verify(x => x.CancelTransferTask(
It.Is <int>((lVal) => lVal == lTaskIDs[2]), out lErrorMessage),
Times.Exactly(1), "Input list contains multiple elements 3/3");
Assert.IsTrue(lSuccess, "Input list contains multiple elements");
}