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public static GetMinKeysForRangeAsync ( IDatabase database, string category, string action, System.DateTime start, System.DateTime end, TimeInterval timeInterval = TimeInterval.FifteenMinutes ) : Task |
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| database | IDatabase | /// The database where the query will be performed. This is passed so that we can reuse the same database to /// perform multiple bitwise operations. Doing this with the same connection will guarantee that performance /// is good. /// |
| category | string | /// Typically the object that was interacted with (e.g. button) /// |
| action | string | /// The type of interaction (e.g. click) /// |
| start | System.DateTime | /// The starting DateTime, inclusive. /// |
| end | System.DateTime | /// The ending DateTime, exclusive. /// |
| timeInterval | TimeInterval |
/// The accuracy at which we want the data. For example, setting this to TimeInterval.OneDay means there won't
/// be any keys at the fifteen minute or one hour levels, so if the |
| return | Task |
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public static async Task<RedisKey[]> GetMinKeysForRangeAsync(
IDatabase database,
string category,
string action,
DateTime start,
DateTime end,
TimeInterval timeInterval = TimeInterval.FifteenMinutes)
{
Tuple<TimeInterval, string, DateTime>[] requiredKeys = DateTimeUtil.MinKeysForRange(start, end, timeInterval);
Task<RedisKey>[] keys = new Task<RedisKey>[requiredKeys.Length];
int keyIndex = 0;
foreach (var tup in requiredKeys)
{
switch (tup.Item1)
{
case TimeInterval.FifteenMinutes:
{
keys[keyIndex] = GetFifteenMinutesAsync(category, action, tup.Item3);
break;
}
case TimeInterval.OneHour:
{
keys[keyIndex] = GetHourAsync(database, category, action, tup.Item3);
break;
}
case TimeInterval.OneDay:
{
keys[keyIndex] = GetDayAsync(database, category, action, tup.Item3);
break;
}
case TimeInterval.Week:
{
keys[keyIndex] = GetWeekAsync(database, category, action, tup.Item3);
break;
}
case TimeInterval.OneMonth:
{
keys[keyIndex] = GetMonthAsync(database, category, action, tup.Item3);
break;
}
case TimeInterval.Quarter:
{
keys[keyIndex] = GetQuarterAsync(database, category, action, tup.Item3);
break;
}
}
keyIndex += 1;
}
return await Task.WhenAll(keys);
}