private async Task <EnterExitRanges> GetRangesOf(string username, List <int> enters, List <int> exits, DateTime start, DateTime end)
{
var result = new EnterExitRanges
{
EnterTimers = await GetRangeEnterTimers(username, enters, start, end),
ExitTimers = await GetRangeExitTimers(username, exits, start, end)
};
return(result);
}
private ChartSerie <List <long?> > GetMonthlyTimesSerie(EnterExitRanges timers)
{
var dict = new Dictionary <int, List <DateTime?> >();
for (var i = 1; i < _timeBuilder.GetMonths(); i++)
{
dict.Add(i, new List <DateTime?> {
null, null
});
}
foreach (var timer in timers.EnterTimers)
{
dict[timer.Date.Day][0] = _timeBuilder.UpdateTime(_timeGetter.Now, timer.Time);
}
foreach (var timer in timers.ExitTimers)
{
dict[timer.Date.Day][1] = _timeBuilder.UpdateTime(_timeGetter.Now, timer.Time);
}
var chartSerie = new ChartSerie <List <long?> >();
for (var i = 1; i < _timeBuilder.GetMonths(); i++)
{
var inst = dict[i];
var extremes = CalculateExtremes(inst);
if (extremes.Item1.HasValue && extremes.Item2.HasValue)
{
chartSerie.data.Add(new List <long?>()
{
_timeBuilder.ToJavascriptTicks(extremes.Item1.Value,
_timeZoneInfo),
_timeBuilder.ToJavascriptTicks(extremes.Item2.Value,
_timeZoneInfo)
});
}
else
{
chartSerie.data.Add(new List <long?> {
null, null
});
}
}
return(chartSerie);
}
private ChartSerie <double?> GetMonthlyLunchTotalsSerie(EnterExitRanges timers)
{
var enterExitsLunch = new Dictionary <int, List <DateTime?> >();
for (var i = 1; i < _timeBuilder.GetMonths(); i++)
{
enterExitsLunch.Add(i, new List <DateTime?>()
{
null, null
});
}
foreach (var timer in timers.EnterTimers)
{
enterExitsLunch[timer.Date.Day][0] = _timeBuilder.UpdateTime(_timeGetter.Now, timer.Time);
}
foreach (var timer in timers.ExitTimers)
{
enterExitsLunch[timer.Date.Day][1] = _timeBuilder.UpdateTime(_timeGetter.Now, timer.Time);
}
var chartSerie = new ChartSerie <double?>();
for (var i = 1; i < _timeBuilder.GetMonths(); i++)
{
var enterExitLunch = enterExitsLunch[i];
var enterExitLunchExtremes = CalculateExtremes(enterExitLunch);
if (enterExitLunchExtremes.Item1.HasValue && enterExitLunchExtremes.Item2.HasValue)
{
var enterExitLunchDiff = (enterExitLunchExtremes.Item2.Value - enterExitLunchExtremes.Item1.Value);
chartSerie.data.Add(enterExitLunchDiff.Hours + (enterExitLunchDiff.Minutes / 100d));
}
else
{
chartSerie.data.Add(null);
}
}
return(chartSerie);
}
private ChartSerie <List <long?> > GetWeeklyTimesSerie(EnterExitRanges timers)
{
var dict = _timeBuilder.GetDayOfWeeks()
.ToDictionary(dayOfWeek => dayOfWeek, dayOfWeek => new List <DateTime?> {
null, null
});
foreach (var timer in timers.EnterTimers)
{
dict[timer.Date.DayOfWeek][0] = _timeBuilder.UpdateTime(_timeGetter.Now, timer.Time);
}
foreach (var timer in timers.ExitTimers)
{
dict[timer.Date.DayOfWeek][1] = _timeBuilder.UpdateTime(_timeGetter.Now, timer.Time);
}
var chartSerie = new ChartSerie <List <long?> >();
foreach (var dayOfWeek in _timeBuilder.GetDayOfWeeks())
{
var inst = dict[dayOfWeek];
var extremes = CalculateExtremes(inst);
if (extremes.Item1.HasValue && extremes.Item2.HasValue)
{
chartSerie.data.Add(new List <long?>()
{
_timeBuilder.ToJavascriptTicks(extremes.Item1.Value, _timeZoneInfo),
_timeBuilder.ToJavascriptTicks(extremes.Item2.Value, _timeZoneInfo)
});
}
else
{
chartSerie.data.Add(new List <long?> {
null, null
});
}
}
return(chartSerie);
}
private ChartSerie <double?> GetWeeklyLunchTotalsSerie(EnterExitRanges timers)
{
var enterExitsLunch = _timeBuilder.GetDayOfWeeks().ToDictionary(dayOfweek => dayOfweek, dayOfweek => new List <DateTime?>()
{
null, null
});
foreach (var timer in timers.EnterTimers)
{
enterExitsLunch[timer.Date.DayOfWeek][0] = _timeBuilder.UpdateTime(_timeGetter.Now, timer.Time);
}
foreach (var timer in timers.ExitTimers)
{
enterExitsLunch[timer.Date.DayOfWeek][1] = _timeBuilder.UpdateTime(_timeGetter.Now, timer.Time);
}
var chartSerie = new ChartSerie <double?>();
foreach (var dayOfWeek in _timeBuilder.GetDayOfWeeks())
{
var enterExitLunch = enterExitsLunch[dayOfWeek];
var enterExitLunchExtremes = CalculateExtremes(enterExitLunch);
if (enterExitLunchExtremes.Item1.HasValue && enterExitLunchExtremes.Item2.HasValue)
{
var enterExitLunchDiff = (enterExitLunchExtremes.Item2.Value - enterExitLunchExtremes.Item1.Value);
chartSerie.data.Add(enterExitLunchDiff.Hours + (enterExitLunchDiff.Minutes / 100d));
}
else
{
chartSerie.data.Add(null);
}
}
return(chartSerie);
}
