public void Insert3TimesShouldSortThem()
{
var dataProvider = new DataProviderMockFactory().Create();
var timeStringConverter = new TimeStringConverterMockFactory().Create();
var objectUnderTest = new ConfigProviderWrapper(dataProvider, timeStringConverter)
{
Now = new System.DateTime(2015, 09, 14, 09, 30, 01),
};
var methodName = "Insert3Times";
var expected = new ExecutionDateTime()
{
ScheduledTime = new System.DateTime(2015, 09, 14, 09, 33, 01),
ServiceName = methodName,
};
var expectedLess1min = new ExecutionDateTime()
{
ScheduledTime = new System.DateTime(2015, 09, 14, 09, 32, 01),
ServiceName = methodName,
};
var expectedPlus24h = new ExecutionDateTime()
{
ScheduledTime = new System.DateTime(2015, 09, 15, 09, 33, 01),
ServiceName = methodName,
};
objectUnderTest.InsertExecutionTimes(new[] { expectedPlus24h, expectedLess1min, expected});
var actual = objectUnderTest.ExecutionTimes.ElementAt(1);
Assert.AreEqual(expected, actual, string.Format("Mismatched time: expected:{0}, actual:{1}", expected.ScheduledTime, actual.ScheduledTime));
}
public void CheckResetServiceExecutionTimesStays()
{
var dataProvider = new DataProviderMockFactory().Create();
var timeStringConverter = new TimeStringConverterMockFactory().Create();
var serviceProviderExecutionDateTime = new ExecutionDateTime()
{
ScheduledTime = new System.DateTime(2015, 09, 15, 09, 29, 01),
ServiceName = "ServiceProvider.ResetServiceExecutionTimes",
};
var serviceExecutionDateTime = new ExecutionDateTime()
{
ScheduledTime = new System.DateTime(2015, 09, 15, 09, 29, 01),
ServiceName = "Service.WorkerMethod",
};
var expected = new ExecutionDateTime()
{
ScheduledTime = new System.DateTime(2015, 09, 15, 09, 29, 01),
ServiceName = "ConfigProvider.ResetServiceExecutionTimes",
};
var objectUnderTest = new ConfigProviderWrapper(dataProvider, timeStringConverter)
{
Now = new System.DateTime(2015, 09, 14, 09, 34, 01),
ExecutionTimes = new List<ExecutionDateTime>(new[] { serviceProviderExecutionDateTime, serviceExecutionDateTime, expected }),
};
objectUnderTest.RemoveServiceExecutionTimes();
var actual = objectUnderTest.ExecutionTimes.Single();
Assert.AreEqual(expected, actual);
}
public ExecutionDateTime Convert(DataSourceDateTime sourceTime)
{
var parsedDateTime = _dateTimeNow ();
parsedDateTime = ParseTime (sourceTime.ScheduledTime, sourceTime.DayOfWeek);
var scheduled = new ExecutionDateTime ()
{
IsOnce = sourceTime.IsOnce,
IsStop = sourceTime.IsStop,
IsWholeDay = sourceTime.IsWholeDay,
Remove = sourceTime.Remove,
ScheduledTime = parsedDateTime,
ServiceName = sourceTime.ServiceName,
};
return scheduled;
}
public static void ExecutionDateTimeMatch(int expectedHour, int expectedMinute, int expectedDay, int expectedMonth, int expectedYear, bool expectedStop, bool expectedOnce, ExecutionDateTime actual)
{
var sb = new StringBuilder();
if (expectedHour != actual.ScheduledTime.Hour)
{
sb.AppendFormat("hour expected:{0} actual:{1}, ", expectedHour, actual.ScheduledTime.Hour);
}
if (expectedMinute != actual.ScheduledTime.Minute)
{
sb.AppendFormat("minute expected:{0} actual:{1}, ", expectedMinute, actual.ScheduledTime.Minute);
}
if (expectedDay != actual.ScheduledTime.Day)
{
sb.AppendFormat("day expected:{0} actual:{1}, ", expectedDay, actual.ScheduledTime.Day);
}
if (expectedMonth != actual.ScheduledTime.Month)
{
sb.AppendFormat("month expected:{0} actual:{1}, ", expectedMonth, actual.ScheduledTime.Month);
}
if (expectedYear != actual.ScheduledTime.Year)
{
sb.AppendFormat("year expected:{0} actual:{1}, ", expectedYear, actual.ScheduledTime.Year);
}
if (expectedStop != actual.IsStop)
{
sb.AppendFormat("isStop expected:{0} actual:{1}, ", expectedStop, actual.IsStop);
}
if (expectedOnce != actual.IsOnce)
{
sb.AppendFormat("once expected:{0} actual:{1}, ", expectedOnce, actual.IsOnce);
}
if (sb.Length > 0)
{
sb.Insert(0, "Mismatched ");
sb.Replace(',', '.', sb.Length - 2, 1);
var message = sb.ToString();
throw new AssertionException(message);
}
}
public void Insert2IdenticalTimes()
{
var dataProvider = new DataProviderMockFactory().Create();
var timeStringConverter = new TimeStringConverterMockFactory().Create();
var objectUnderTest = new ConfigProviderWrapper(dataProvider, timeStringConverter);
var expected = new ExecutionDateTime()
{
ScheduledTime = new System.DateTime(2015, 09, 14, 09, 34, 01),
ServiceName = "Insert2IdenticalTimes",
};
var unexpected = new ExecutionDateTime()
{
ScheduledTime = new System.DateTime(2015, 09, 14, 09, 34, 01),
ServiceName = "Insert2IdenticalTimes"
};
objectUnderTest.InsertExecutionTimes(new[] { expected, unexpected });
var actual = objectUnderTest.ExecutionTimes.Where(x => x.ServiceName == expected.ServiceName).Single();
Assert.AreEqual(expected, actual);
}
public void Insert2SameTimesOneStopper()
{
var dataProvider = new DataProviderMockFactory().Create();
var timeStringConverter = new TimeStringConverterMockFactory().Create();
var objectUnderTest = new ConfigProviderWrapper(dataProvider, timeStringConverter);
var expected = new ExecutionDateTime()
{
ScheduledTime = new System.DateTime(2015, 09, 14, 09, 34, 01),
ServiceName = "Insert2IdenticalTimes",
};
var expectedWithStop = new ExecutionDateTime()
{
ScheduledTime = new System.DateTime(2015, 09, 14, 09, 34, 01),
ServiceName = "Insert2IdenticalTimes",
IsStop = true,
};
objectUnderTest.InsertExecutionTimes(new[] { expected, expectedWithStop });
var actual = objectUnderTest.ExecutionTimes.Where(x => x.ServiceName == expected.ServiceName).Single();
Assert.AreEqual(expectedWithStop, actual, "Expected time with Stop flag missing");
}
public void SetNextExecutionTimeReturn(ExecutionDateTime time)
{
_configProviderMock.GetNextExecutionTime().Returns(time);
}
//22:00 till 08:00 every hour = 9 runs (excluding limits)
//08:00 till 22:00 every 5 min = 168 runs (including limits)
protected IEnumerable<ExecutionDateTime> CreateResetServiceAndConfigExecutionTimes()
{
var configTimes = new List<ExecutionDateTime>();
var offset = new TimeSpan(0, (3 - _dateTimeNow().Minute % 5) + 1, 0); // linked to current Datetime, but the minutes are 04, 09, 14....
for(var i = 0; i < 177; ++i)
{
var time = _dateTimeNow().Add(offset);
var executionDateTime = new ExecutionDateTime()
{
IsOnce = false,
IsStop = false,
IsWholeDay = false,
ScheduledTime = time,
ServiceName = "ConfigProvider.ResetServiceExecutionTimes",
};
configTimes.Add(executionDateTime);
if (time.TimeOfDay.TotalMinutes < 421 || time.TimeOfDay.TotalMinutes > 1319)
{
offset = offset.Add(new TimeSpan(1,0,0));
}
else
{
offset = offset.Add(new TimeSpan(0, 5, 0));
}
}
var nextCreateConfigTimesExecutionDateTime = new ExecutionDateTime()
{
IsOnce = false,
IsStop = false,
IsWholeDay = false,
ScheduledTime = _dateTimeNow().Add(offset),
ServiceName = "ConfigProvider.ResetConfigExecutionTimes",
};
return configTimes;
}
protected void RemoveServiceExecutionTimes(ExecutionDateTime wholeDayStopper)
{
_executionTimes.RemoveAll(
x => x.ServiceName.Equals(wholeDayStopper.ServiceName)&&
x.ScheduledTime.Date.Equals(wholeDayStopper.ScheduledTime.Date));
}
public void CheckServiceExecutionTimesRemoved()
{
var dataProvider = new DataProviderMockFactory().Create();
var timeStringConverter = new TimeStringConverterMockFactory().Create();
var serviceExecutionDateTime = new ExecutionDateTime()
{
ScheduledTime = new System.DateTime(2015, 09, 15, 09, 29, 01),
ServiceName = "ServiceProvider.ResetServiceExecutionTimes",
};
var objectUnderTest = new ConfigProviderWrapper(dataProvider, timeStringConverter)
{
Now = new System.DateTime(2015, 09, 14, 09, 34, 01),
ExecutionTimes = new List<ExecutionDateTime>(new[] { serviceExecutionDateTime }),
};
objectUnderTest.RemoveServiceExecutionTimes();
var actual = objectUnderTest.ExecutionTimes.Count;
Assert.AreEqual(0, actual);
}