public void GetTweetTextShouldWorkForGeneralScenario()
{
var model = new CommuteInfoModel
{
ToWorkDaylights = new DaylightInfoModel
{
IsCurrentlyInDaylight = false,
NumberOfDaysToTransition = 13,
CommuteType = Commute.ToWork,
NextWorkingDayDaylightTransition = new DateTime(2014, 2, 1)
},
FromWorkDaylights = new DaylightInfoModel
{
IsCurrentlyInDaylight = true,
NumberOfDaysToTransition = 54,
CommuteType = Commute.FromWork,
NextWorkingDayDaylightTransition = new DateTime(2014, 2, 1)
}
};
var tweetText = UIHelpers.GetTweetText(model);
Assert.AreEqual(
"I have 13 more dark journeys to work and 54 more light journeys back home!",
tweetText);
}
public void IndexGetsLocationfromLocationServiceIfNotSet()
{
var toWork = "0715";
var fromWork = "0830";
var model = new CommuteInfoModel
{
h = toWork,
w = fromWork,
d = WorkingDaysMondayOnly,
y = _location.Latitude,
x = _location.Longitude,
};
var actionResult = _homeController.Index(model);
var returnedModel = (CommuteInfoModel)((ViewResult)actionResult).Model;
_geoServiceMock.Verify(s => s.GetLocationFromIPAddress(null), Times.Never());
Assert.IsTrue(_homeController.ModelState.IsValid);
Assert.AreEqual(toWork, returnedModel.h);
Assert.AreEqual(fromWork, returnedModel.w);
Assert.AreEqual(WorkingDaysMondayOnly, returnedModel.d);
Assert.AreEqual(_location.Latitude, returnedModel.y);
Assert.AreEqual(_location.Longitude, returnedModel.x);
}
public void IndexDoesNotReturnJourneysOverlapErrorIfJourneysDoNotOverlap()
{
var model = new CommuteInfoModel { h = "0700", w = "1830", j = 30, d = WorkingDaysMondayOnly };
_homeController.Index(model);
Assert.IsFalse(_homeController.ModelState.Keys.Contains("JourneysOverlap"));
}
private void SetLocation(CommuteInfoModel model)
{
var ipAddress = Request.IsLocal ? "82.44.44.102" : Request.UserHostAddress;
var location = _geoService.GetLocationFromIPAddress(ipAddress);
model.y = location.HasValue ? Math.Round(location.Value.Latitude, 2) : default(double?);
model.x = location.HasValue ? Math.Round(location.Value.Longitude, 2) : default(double?);
}
public ActionResult Index(CommuteInfoModel model)
{
if (model == null || model.HasDefaultValues())
{
model = new CommuteInfoModel
{
h = "0800",
w = "1830",
j = 30,
d = WorkingDays.Monday | WorkingDays.Tuesday | WorkingDays.Wednesday | WorkingDays.Thursday | WorkingDays.Friday
};
SetLocation(model);
ModelState.Clear();
return View(model);
}
if (!model.y.HasValue || !model.x.HasValue) // shouldn't happen, but could
{
SetLocation(model);
}
DateTime outboundCommuteStart;
DateTime returnCommuteStart;
model.Validate(ModelState, out outboundCommuteStart, out returnCommuteStart);
if (ModelState.IsValid)
{
try
{
var daylightHunter = new DaylightHunter();
var outboundCommuteEnd = outboundCommuteStart.AddMinutes(model.j);
var returnCommuteEnd = returnCommuteStart.AddMinutes(model.j);
var location = new Location { Latitude = model.y.Value, Longitude = model.x.Value };
model.TimeZoneId = _geoService.GetTimeZoneId(location);
var toWorkDaylightInfo = daylightHunter.GetDaylight(location, model.TimeZoneId, outboundCommuteStart, outboundCommuteEnd);
var fromWorkDaylightInfo = daylightHunter.GetDaylight(location, model.TimeZoneId, returnCommuteStart, returnCommuteEnd);
model.ToWorkDaylights = Builders.BuildDaylightInfoModel(DateTime.Now.Date, toWorkDaylightInfo, Commute.ToWork, model.d);
model.FromWorkDaylights = Builders.BuildDaylightInfoModel(DateTime.Now.Date, fromWorkDaylightInfo, Commute.FromWork, model.d);
}
catch (UserDisplayableException ex)
{
ModelState.AddModelError("UserDisplayable", ex.Message);
}
}
return View(model);
}
public void IndexDoesNotCallLocationServiceIfLocationIsSet()
{
var model = new CommuteInfoModel { h = "0700", w = "1800", d = WorkingDaysMondayOnly };
var actionResult = _homeController.Index(model);
var returnedModel = (CommuteInfoModel)((ViewResult)actionResult).Model;
_geoServiceMock.Verify(s => s.GetLocationFromIPAddress(null), Times.Once());
Assert.IsTrue(_homeController.ModelState.IsValid);
Assert.AreEqual(_location.Latitude, returnedModel.y);
Assert.AreEqual(_location.Longitude, returnedModel.x);
}
public void GetTweetTextShouldWorkWhenJourneyFromWorkAlwaysInLight()
{
var model = new CommuteInfoModel
{
ToWorkDaylights = new DaylightInfoModel
{
IsCurrentlyInDaylight = false,
CommuteType = Commute.ToWork,
NumberOfDaysToTransition = 54,
NextWorkingDayDaylightTransition = new DateTime(2014, 2, 1)
},
FromWorkDaylights = new DaylightInfoModel
{
IsCurrentlyInDaylight = true,
CommuteType = Commute.FromWork,
}
};
var tweetText = UIHelpers.GetTweetText(model);
Assert.AreEqual(
"I have 54 more dark journeys to work and my journey back home is always in the light!",
tweetText);
}
public void IndexReturnsJourneysOverlapErrorIfJourneysOverlap()
{
var model = new CommuteInfoModel { h = "0700", w = "0730", j = 60, d = WorkingDaysMondayOnly };
_homeController.Index(model);
Assert.IsTrue(_homeController.ModelState.Keys.Contains("JourneysOverlap"));
}
public void IndexReturnsWorkingDaysErrorWhenNoWorkingDaysSet()
{
var model = new CommuteInfoModel { h = "0700", w = "1800" };
_homeController.Index(model);
Assert.IsTrue(_homeController.ModelState.Keys.Contains("WorkingDays"));
}
public void IndexReturnsLocationErrorWhenLocationNotFound()
{
var model = new CommuteInfoModel { h = "0700", d = WorkingDaysMondayOnly };
_homeController.Index(model);
Assert.IsTrue(_homeController.ModelState.Keys.Contains("Location"));
}
public void GetTweetTextShouldWorkWhenJourneyToWorkAlwaysInDarkAndFromWorkAlwaysInLight()
{
var model = new CommuteInfoModel
{
ToWorkDaylights = new DaylightInfoModel
{
IsCurrentlyInDaylight = false,
CommuteType = Commute.ToWork,
},
FromWorkDaylights = new DaylightInfoModel
{
IsCurrentlyInDaylight = true,
CommuteType = Commute.FromWork,
}
};
var tweetText = UIHelpers.GetTweetText(model);
Assert.AreEqual(
"My journey to work is always in the dark and my journey back home is always in the light!",
tweetText);
}
public static string GetTweetText(CommuteInfoModel model)
{
string tweetText;
if (!model.ToWorkDaylights.NextWorkingDayDaylightTransition.HasValue &&
!model.FromWorkDaylights.NextWorkingDayDaylightTransition.HasValue &&
model.ToWorkDaylights.IsCurrentlyInDaylight == model.FromWorkDaylights.IsCurrentlyInDaylight)
{
tweetText = string.Format(
"My journeys {0} and {1} are always in the {2}!",
GetCommuteText(model.ToWorkDaylights.CommuteType),
GetCommuteText(model.FromWorkDaylights.CommuteType),
GetDaylightText(model.ToWorkDaylights.IsCurrentlyInDaylight));
}
else
{
var prefixToWorkWithIHave = model.ToWorkDaylights.NextWorkingDayDaylightTransition.HasValue;
var prefixFromWorkWithIHave = !prefixToWorkWithIHave && model.FromWorkDaylights.NextWorkingDayDaylightTransition.HasValue;
tweetText = string.Format(
"{0} and {1}!",
GetDaylightInfoTweetText(model.ToWorkDaylights, prefixToWorkWithIHave),
GetDaylightInfoTweetText(model.FromWorkDaylights, prefixFromWorkWithIHave));
}
return tweetText;
}
