public void MatchInDB_OnAreaCode()
{
TestPhoneNumber pNbr = this.RunTimeZoneTest(true, false, null);
this.RunTimeZoneTest(false, false, pNbr);
Assert.IsTrue(_db.AreaCodes.Count() == 1);
}
public void AC_NotFoundInWebService_ButMatchInDB_OnState()
{
this.RunTimeZoneTest(true, false, null);
TestPhoneNumber nbr = this.RandomNumber(false);
this.RunTimeZoneTest(false, false, nbr);
}
public void MultipleCalls_SameAreaCode_OneRecord()
{
TestPhoneNumber phNbr = this.RandomNumber(false);
RunTimeZoneTest(true, true, phNbr);
RunTimeZoneTest(false, true, phNbr);
Assert.IsTrue(_db.AreaCodes.Where(a => a.AreaCode == phNbr.AreaCode).Count() == 1);
}
private void GetTimeZone(TestPhoneNumber phNbr, bool shouldBeUnknown)
{
_logic.ProcessTextMessageReceived(phNbr.Country, phNbr.State, phNbr.City, phNbr.PhoneNumber, "TZ");
UGitFit.Model.TimeZone tz = _db.FindTimezoneByAreaCode(phNbr.AreaCode);
Assert.IsTrue((tz.ReferenceText == "UNKNOWN") == shouldBeUnknown);
if (!shouldBeUnknown)
{
Assert.IsTrue(tz.ReferenceText == phNbr.TimeZone);
}
}
private TestPhoneNumber RunTimeZoneTest(bool resetFirst, bool shouldBeUnknown, TestPhoneNumber ph)
{
TestPhoneNumber result = ph;
if (ph == null)
{
result = this.RandomNumber((shouldBeUnknown == false));
}
if (resetFirst)
{
this.ResetAreaCodes();
}
_logic.ProcessTextMessageReceived(result.Country, result.State, result.City, result.PhoneNumber, "TZ");
this.GetTimeZone(result, shouldBeUnknown);
return(result);
}
private void TestSpecificTimeZonePhoneNumberForSuccess(string timezoneToTest)
{
TestPhoneNumber phnNbr = TestPhoneNumberFactory.GetTestPhoneNumbersList().Where(t => t.TimeZone == timezoneToTest && t.AreaCodeServiceWorks == true).First();
this.RunTimeZoneTest(true, false, phnNbr);
}