public void SwitchCompleteProcessArgsConstructorTestNullAll()
{
EventFactory eventFactory = null;
QueueManager queueManager = null;
SalesForceManager salesManager = null;
SwitchCompleteProcessArgs target = new SwitchCompleteProcessArgs(eventFactory, queueManager, salesManager);
// No Assert we expect an exception
}
public void SalesForceManagerConstructorTest()
{
Dictionary <SalesRepType, int> numberOfReps = new Dictionary <SalesRepType, int>();
numberOfReps.Add(new SalesRepType("Test"), 1);
SalesForceManager target = new SalesForceManager(numberOfReps);
Assert.IsInstanceOfType(target, typeof(SalesForceManager));
}
public void RemoveRepresentativeTestNotInDictionary()
{
Dictionary <SalesRepType, int> numberOfReps = new Dictionary <SalesRepType, int>();
SalesRepType srt = new SalesRepType("Test");
numberOfReps.Add(srt, 2);
SalesForceManager target = new SalesForceManager(numberOfReps);
SalesRepresentative representativeToRemove = new SalesRepresentative(new SalesRepType("James"));
target.RemoveRepresentative(representativeToRemove);
}
public void SwitchCompleteProcessArgsConstructorTestNullQueueManager()
{
EventFactory eventFactory = new EventFactory();
QueueManager queueManager = null;
Dictionary <SalesRepType, int> repNums = new Dictionary <SalesRepType, int>();
repNums.Add(new SalesRepType("Test"), 2);
SalesForceManager salesManager = new SalesForceManager(repNums);
SwitchCompleteProcessArgs target = new SwitchCompleteProcessArgs(eventFactory, queueManager, salesManager);
// No Assert we expect an exception
}
public void AddSalesRepresentativeTestNotInDictionary()
{
Dictionary <SalesRepType, int> numberOfReps = new Dictionary <SalesRepType, int>();
SalesRepType srt = new SalesRepType("Test");
numberOfReps.Add(srt, 1);
SalesRepType notInDict = new SalesRepType("Hello");
SalesForceManager target = new SalesForceManager(numberOfReps);
SalesRepresentative representative = new SalesRepresentative(notInDict);
target.AddSalesRepresentative(representative);
}
public void RepresentativesOfTypeTestNotInDictionary()
{
Dictionary <SalesRepType, int> numberOfReps = new Dictionary <SalesRepType, int>();
SalesRepType srt = new SalesRepType("Test");
numberOfReps.Add(srt, 2);
SalesForceManager target = new SalesForceManager(numberOfReps);
SalesRepType repType = new SalesRepType("Dave");
int actual;
actual = target.RepresentativesOfType(repType);
}
public void SwitchCompleteProcessArgsConstructorTestNullSalesManager()
{
EventFactory eventFactory = new EventFactory();
QueueManager queueManager = new QueueManager(10, new System.Collections.Generic.List <ProductType> {
new ProductType("Test", 0.1, 0.1)
}, true);
SalesForceManager salesManager = null;
SwitchCompleteProcessArgs target = new SwitchCompleteProcessArgs(eventFactory, queueManager, salesManager);
// No Assert we expect an exception
}
public void RemoveRepresentativeTest()
{
Dictionary <SalesRepType, int> numberOfReps = new Dictionary <SalesRepType, int>();
SalesRepType srt = new SalesRepType("Test");
numberOfReps.Add(srt, 2);
SalesForceManager target = new SalesForceManager(numberOfReps);
SalesRepresentative representativeToRemove = target.SalesForce[srt][0];
target.RemoveRepresentative(representativeToRemove);
Assert.AreEqual(1, target.SalesForce[srt].Count);
}
public void AddSalesRepresentativeTestNullRepresentative()
{
Dictionary <SalesRepType, int> numberOfReps = new Dictionary <SalesRepType, int>();
SalesRepType srt = new SalesRepType("Test");
numberOfReps.Add(srt, 1);
SalesForceManager target = new SalesForceManager(numberOfReps);
SalesRepresentative representative = null;
target.AddSalesRepresentative(representative);
Assert.AreEqual(representative, target.SalesForce[srt][1]);
}
public void RepresentativesOfTypeTest()
{
Dictionary <SalesRepType, int> numberOfReps = new Dictionary <SalesRepType, int>();
SalesRepType srt = new SalesRepType("Test");
numberOfReps.Add(srt, 2);
SalesForceManager target = new SalesForceManager(numberOfReps);
SalesRepType repType = srt;
int expected = 2;
int actual;
actual = target.RepresentativesOfType(repType);
Assert.AreEqual(expected, actual);
}
private IActionResult getData(string analytic, string choice, string condition)
{
DataTable dt = null;
string JSONString = string.Empty;
switch (analytic)
{
case "1":
dt = new SalesForceManager().SalesForceData("1", choice, condition);
JSONString = JsonConvert.SerializeObject(dt);
return(Ok(JSONString));
}
return(null);
}
public void SwitchCompleteProcessArgsConstructorTestNullEventFactory()
{
EventFactory eventFactory = null;
QueueManager queueManager = new QueueManager(10, new System.Collections.Generic.List <ProductType> {
new ProductType("Test", 0.1, 0.1)
}, true);
Dictionary <SalesRepType, int> repNums = new Dictionary <SalesRepType, int>();
repNums.Add(new SalesRepType("Test"), 2);
SalesForceManager salesManager = new SalesForceManager(repNums);
SwitchCompleteProcessArgs target = new SwitchCompleteProcessArgs(eventFactory, queueManager, salesManager);
// No Assert we expect an exception
}
public void RepresentativesBusyTestNotInDictionary()
{
Dictionary <SalesRepType, int> numberOfReps = new Dictionary <SalesRepType, int>();
SalesRepType srt = new SalesRepType("Test");
numberOfReps.Add(srt, 2);
SalesForceManager target = new SalesForceManager(numberOfReps);
target.SalesForce[srt][0].CurrentlyProcessing = new Call((uint)1);
SalesRepType repType = new SalesRepType("Dave");
int actual;
actual = target.RepresentativesBusy(repType);
}
public void GetRepresentativeForProductTypeTest()
{
Dictionary <SalesRepType, int> numberOfReps = new Dictionary <SalesRepType, int>();
SalesRepType srt = new SalesRepType("Test");
ProductType ptype = new ProductType("Test", 0.1, 0.1);
srt.Handles.Add(ptype);
numberOfReps.Add(srt, 1);
SalesForceManager target = new SalesForceManager(numberOfReps);
SalesRepresentative expected = target.SalesForce[srt][0];
SalesRepresentative actual;
actual = target.GetRepresentativeForProductType(ptype);
Assert.AreEqual(expected, actual);
}
public void SalesManagerTestNormalConditions()
{
EventFactory eventFactory = new EventFactory();
QueueManager queueManager = new QueueManager(10, new System.Collections.Generic.List <ProductType> {
new ProductType("Test", 0.1, 0.1)
}, true);
Dictionary <SalesRepType, int> repNums = new Dictionary <SalesRepType, int>();
repNums.Add(new SalesRepType("Test"), 2);
SalesForceManager salesManager = new SalesForceManager(repNums);
SwitchCompleteProcessArgs target = new SwitchCompleteProcessArgs(eventFactory, queueManager, salesManager);
SalesForceManager actual;
actual = target.SalesManager;
Assert.AreEqual(salesManager, actual);
}
public void RepresentativesBusyTest()
{
Dictionary <SalesRepType, int> numberOfReps = new Dictionary <SalesRepType, int>();
SalesRepType srt = new SalesRepType("Test");
numberOfReps.Add(srt, 2);
SalesForceManager target = new SalesForceManager(numberOfReps);
target.SalesForce[srt][0].CurrentlyProcessing = new Call((uint)1);
SalesRepType repType = srt;
int expected = 1;
int actual;
actual = target.RepresentativesBusy(repType);
Assert.AreEqual(expected, actual);
}
public void SwitchCompleteProcessArgsConstructorTestNormalConditions()
{
EventFactory eventFactory = new EventFactory();
QueueManager queueManager = new QueueManager(10, new System.Collections.Generic.List <ProductType> {
new ProductType("Test", 0.1, 0.1)
}, true);
Dictionary <SalesRepType, int> repNums = new Dictionary <SalesRepType, int>();
repNums.Add(new SalesRepType("Test"), 2);
SalesForceManager salesManager = new SalesForceManager(repNums);
SwitchCompleteProcessArgs target = new SwitchCompleteProcessArgs(eventFactory, queueManager, salesManager);
// Assert that all of the fields are equal to what was passed in
Assert.AreEqual(eventFactory, target.EventFactory);
Assert.AreEqual(queueManager, target.QueueManager);
Assert.AreEqual(salesManager, target.SalesManager);
}
public void SalesForceManagerConstructorTestEmptyDictionary()
{
Dictionary <SalesRepType, int> numberOfReps = new Dictionary <SalesRepType, int>();
SalesForceManager target = new SalesForceManager(numberOfReps);
}
