public override string ToString()
{
var tupStr = new StringBuilder();
tupStr.Append("( ");
tupStr.Append(Item1.ToString());
tupStr.Append(", ");
tupStr.Append(Item2.ToString());
tupStr.Append(" )");
return(tupStr.ToString());
}
public override string ToString()
{
if (Item1 is EmptyExpression <ItemT> &&
Item2 is EmptyExpression <ItemT> )
{
return(string.Empty);
}
else if (Item1 is EmptyExpression <ItemT> )
{
return(Item2.ToString());
}
else if (Item2 is EmptyExpression <ItemT> )
{
return(Item1.ToString());
}
else if (HasNestedElements)
{
return($"({Item1} {opName} {Item2})");
}
else
{
return($"{Item1} {opName} {Item2}");
}
}
public override void Write(Utf8JsonWriter writer, Sintaksanalizilo.MalinflektaŜtupo value, JsonSerializerOptions options)
{
writer.WriteStartObject();
writer.WriteString("tipo", value.GetType().Name);
switch (value.Tag)
{
case Sintaksanalizilo.MalinflektaŜtupo.Tags.Bazo: {
var bazo = value as Sintaksanalizilo.MalinflektaŜtupo.Bazo;
writer.WriteString("vorttipo", bazo !.Item1.ToString());
writer.WriteString("inflekcio", bazo !.Item2.ToString());
writer.WriteString("bazaVorto", bazo !.BazaVorto);
break;
}
case Sintaksanalizilo.MalinflektaŜtupo.Tags.Nebazo: {
var nebazo = value as Sintaksanalizilo.MalinflektaŜtupo.Nebazo;
writer.WriteString("vorttipo", nebazo !.Item1.ToString());
writer.WriteString("inflekcio", nebazo !.Item2.ToString());
writer.WriteString("restantaVorto", nebazo !.RestantaVorto);
break;
}
}
writer.WriteEndObject();
}
public override string ToString()
{
return(Item1.ToString().Substring(0, 1) + Item2.ToString().Substring(0, 1));
}
public override string ToString()
{
return(Item1.ToString() + " " + Item2.ToString() + " " + Item3.ToString());
}
public override int GetHashCode()
{
return((Item1.ToString() + Item2.ToString() + Item3.ToString()).GetHashCode());
}
public static Workdays ToWorkdays(this List <Event> events, DateTimeZone timeZone)
{
Option <long> ReduceTime(IGrouping <Date, Event> grouping, string kind, Func <IEnumerable <long>, long> accumulator)
{
Option <long> time = Option.None <long>();
grouping
.Where(g => g.Kind == kind)
.Select(g => g.Timestamp)
.SomeWhen(e => e.Any())
.MatchSome(some: g => time = accumulator(g).Some());
return(time);
}
var reduceDate =
from e in events
group e by new Date(DoubleExtensions.ToLocalDateTimestampMilliseconds(e.Timestamp)) into eg
select new
{
Date = eg.Key,
EsentArrival = ReduceTime(eg, "ESENT_MIN", g => g.Min()),
EsentDepature = ReduceTime(eg, "ESENT_MAX", g => g.Max()),
OtherArrival = ReduceTime(eg, "OTHEREVENT_MIN", g => g.Min()),
OtherDepature = ReduceTime(eg, "OTHEREVENT_MAX", g => g.Max()),
// Because logged times do not use date as key b
//EsentA = eg.Where(e => e.Kind == "ESENT_MIN").ToList(),
//OtherA = eg.Where(e => e.Kind == "ESENT_MAX").ToList(),
//EsentD = eg.Where(e => e.Kind == "OTHEREVENT_MIN").ToList(),
//OtherD = eg.Where(e => e.Kind == "OTHEREVENT_MAX").ToList()
// Should really be partitioned by localDate of the clients timezone.
};
Option <float> RoundHours(Option <(long, TimeConfidence)> unixTimestamp)
{
var hours = Option.None <float>();
unixTimestamp.MatchSome(ts =>
{
var value = ts.Item1.ToInstantFromUnixTimestampMilliseconds().InZone(timeZone).LocalDateTime.TimeOfDay;
var roundedHours = (float)value.Hour + (float)value.Minute / (float)60 + (float)value.Second / (float)3600 + (float)value.Millisecond / (float)360000;
hours = roundedHours.Some();
});
return(hours);
}
string ConfidenceText(Option <(long, TimeConfidence)> unixTimestamp)
{
return(unixTimestamp.ValueOr((0, TimeConfidence.None)).Item2.ToString());
}
IEnumerable <WorkdayDto> RereduceTime()
{
foreach (var r in reduceDate)
{
Option <(long, TimeConfidence)> arrival = Option.None <(long, TimeConfidence)>();
Option <(long, TimeConfidence)> departure = Option.None <(long, TimeConfidence)>();
arrival.MatchNone(() => r.EsentArrival.MatchSome(a => arrival = (a, TimeConfidence.Confident).Some()));
arrival.MatchNone(() => r.OtherArrival.MatchSome(a => arrival = (a, TimeConfidence.Insecure).Some()));
departure.MatchNone(() => r.EsentDepature.MatchSome(a => departure = (a, TimeConfidence.Confident).Some()));
departure.MatchNone(() => r.OtherDepature.MatchSome(a => departure = (a, TimeConfidence.Certain).Some()));
yield return(new WorkdayDto
{
Date = r.Date.DateText(),
ArrivalHours = RoundHours(arrival).ValueOr(0),
ArrivalConfidence = ConfidenceText(arrival),
BreakHours = 0,
DepartureHours = RoundHours(departure).ValueOr(0),
DepartureConfidence = ConfidenceText(departure)
});
}
}
// System.Diagnostics.Debugger.Break();
return(new Workdays
{
List = RereduceTime().ToList()
});
}
public override string ToString()
{
return($"({Item1?.ToString()}, {Item2?.ToString()})");
}
public override string ToString()
{
String Moves = "";
String Levels = "";
for (int i = 0; i < MoveLevels.Length; i++)
{
Moves = Moves + MoveList[i].ToString() + "¶";
Levels = Levels + MoveLevels[i].ToString() + "¶";
}
Moves = Moves + "65535";
Levels = Levels + "65535" + "¶";
return(ID + "¶" + Name + "¶" + BaseHP.ToString() + "¶" + BaseAttack.ToString() + "¶" + BaseDefense.ToString() + "¶" + BaseSpecialAttack.ToString() + "¶" + BaseSpecialDefense.ToString() + "¶" + BaseSpeed.ToString() + "¶" + ((int)LevelingType).ToString() + "¶" + FormID.ToString() + "¶" + GenderValue.ToString() + "¶" + ((int)Type1).ToString() + "¶" + ((int)Type2).ToString() + "¶" + CatchRate.ToString() + "¶" + ExpYield.ToString() + "¶" + EffortYield.ToString() + "¶" + Item1.ToString() + "¶" + Item2.ToString() + "¶" + Ability1.ToString() + "¶" + Ability2.ToString() + "¶" + Ability3.ToString() + "¶" + DexEntry + "¶" + Levels + Moves);
}
public override string ToString()
{
return($"{Item1.ToString()} -> {Item2.ToString()} -> {Item3.ToString()}");
}
/*
* public static bool operator ==(Triplet<T1, T2, T3> tuple1, Triplet<T1, T2, T3> tuple2)
* {
* return tuple1.Equals(tuple2);
* }
*
* public static bool operator !=(Triplet<T1, T2, T3> tuple1, Triplet<T1, T2, T3> tuple2)
* {
* try {
* return !tuple1.Equals(tuple2);
* } catch (NullReferenceException e) {
*
* }
*
* }*/
public override string ToString()
{
return("Triplet<" + typeof(T1) + ", " + typeof(T2) + ", " + typeof(T3) + ">(" + Item1.ToString() + ", " + Item2.ToString() + ", " + Item3.ToString() + ")");
}