public HouseholdTraitPresenter([NotNull] ApplicationPresenter applicationPresenter, [NotNull] HouseholdTraitView view,
[NotNull] HouseholdTrait householdTrait)
: base(view, "ThisHouseholdTrait.HeaderString", householdTrait, applicationPresenter)
{
_hht = householdTrait;
_selectedAddCategory = CategoryOrDevice[0];
_autoSelectedAddCategory = CategoryOrDevice[0];
if (_hht.Locations.Count > 0)
{
SelectedAffLocation = _hht.Locations[0];
}
RefreshRelevantAffordancesForAdding();
if (_relevantAffordances.Count > 0)
{
SelectedAffordance = _relevantAffordances[0];
}
SelectedHouseholdTrait = Sim.HouseholdTraits[0];
RefreshUses();
RefreshClassifications();
foreach (TimeType type in Enum.GetValues(typeof(TimeType)))
{
TimeTypes.Add(type);
}
}
// based on : http://stackoverflow.com/questions/5438363/timespan-pretty-time-format-in-c-sharp
public static string Humanize(this TimeSpan span,
IDictionary<TimeTypes, string> mappings = null,
bool pluralize = false,
string spaceBetweenValueAndUnits = " ",
string spaceBetweenTypes = " ",
TimeTypes minUnit = TimeTypes.MilliSecond
)
{
if (mappings == null)
mappings = TimeMappings;
if (span == TimeSpan.Zero)
return string.Format ("0 {0}{1}", mappings.ContainsKey (TimeTypes.Minute) ? mappings[TimeTypes.Minute] : "", pluralize ? "s" : string.Empty);
const string format = "{0}{1}{2}";
var list = new List<string> ();
if (span.Days > 0 && (int)minUnit <= (int)TimeTypes.Day)
list.Add (string.Format(format, span.Days, spaceBetweenValueAndUnits, mappings.ContainsKey (TimeTypes.Day) ? mappings[TimeTypes.Day] : "", pluralize && span.Days > 1 ? "s" : String.Empty));
if (span.Hours > 0 && (int)minUnit <= (int)TimeTypes.Hour)
list.Add (string.Format(format, span.Hours, spaceBetweenValueAndUnits, mappings.ContainsKey (TimeTypes.Hour) ? mappings[TimeTypes.Hour] : "", pluralize && span.Hours > 1 ? "s" : String.Empty));
if (span.Minutes > 0 && (int)minUnit <= (int)TimeTypes.Minute)
list.Add (string.Format(format, span.Minutes, spaceBetweenValueAndUnits, mappings.ContainsKey (TimeTypes.Minute) ? mappings[TimeTypes.Minute] : "", pluralize && span.Minutes > 1 ? "s" : String.Empty));
if (span.Seconds > 0 && (int)minUnit <= (int)TimeTypes.Second)
list.Add (string.Format(format, span.Seconds, spaceBetweenValueAndUnits, mappings.ContainsKey (TimeTypes.Second) ? mappings[TimeTypes.Second] : "", pluralize && span.Seconds > 1 ? "s" : String.Empty));
if (span.Milliseconds > 0 && (int)minUnit <= (int)TimeTypes.MilliSecond)
list.Add (string.Format(format, span.Milliseconds, spaceBetweenValueAndUnits, mappings.ContainsKey (TimeTypes.MilliSecond) ? mappings[TimeTypes.MilliSecond] : "", pluralize && span.Milliseconds > 1 ? "s" : String.Empty));
return string.Join (spaceBetweenTypes, list);
}
static String GetStringFor(TimeTypes timeType, int time)
{
if (time > 1)
{
return(time + " " + timeType.ToString() + "s");
}
else
{
return(time + " " + timeType.ToString());
}
}
private ValidationResult ValidateTimeOfTheDay(string timeString)
{
bool isTimeTypeValid = Enum.IsDefined(typeof(TimeTypes), timeString.ToUpper());
if (isTimeTypeValid && Enum.TryParse(typeof(TimeTypes), timeString, true, out object timeTypeEnumObj))
{
_chosenTimeType = (TimeTypes)timeTypeEnumObj;
return(ValidationResult.VALID_RESULT);
}
else
{
return(new ValidationResult(false, TYPE_SLOT, String.Format("We cannot set time for {0} at this time. Please try again later.", timeString)));
}
}
// based on : http://stackoverflow.com/questions/5438363/timespan-pretty-time-format-in-c-sharp
public static string Humanize(this TimeSpan span,
IDictionary <TimeTypes, string> mappings = null,
bool pluralize = false,
string spaceBetweenValueAndUnits = " ",
string spaceBetweenTypes = " ",
TimeTypes minUnit = TimeTypes.MilliSecond
)
{
if (mappings == null)
{
mappings = TimeMappings;
}
if (span == TimeSpan.Zero)
{
return(string.Format("0 {0}{1}", mappings.ContainsKey(TimeTypes.Minute) ? mappings[TimeTypes.Minute] : "", pluralize ? "s" : string.Empty));
}
const string format = "{0}{1}{2}";
var list = new List <string> ();
if (span.Days > 0 && (int)minUnit <= (int)TimeTypes.Day)
{
list.Add(string.Format(format, span.Days, spaceBetweenValueAndUnits, mappings.ContainsKey(TimeTypes.Day) ? mappings[TimeTypes.Day] : "", pluralize && span.Days > 1 ? "s" : String.Empty));
}
if (span.Hours > 0 && (int)minUnit <= (int)TimeTypes.Hour)
{
list.Add(string.Format(format, span.Hours, spaceBetweenValueAndUnits, mappings.ContainsKey(TimeTypes.Hour) ? mappings[TimeTypes.Hour] : "", pluralize && span.Hours > 1 ? "s" : String.Empty));
}
if (span.Minutes > 0 && (int)minUnit <= (int)TimeTypes.Minute)
{
list.Add(string.Format(format, span.Minutes, spaceBetweenValueAndUnits, mappings.ContainsKey(TimeTypes.Minute) ? mappings[TimeTypes.Minute] : "", pluralize && span.Minutes > 1 ? "s" : String.Empty));
}
if (span.Seconds > 0 && (int)minUnit <= (int)TimeTypes.Second)
{
list.Add(string.Format(format, span.Seconds, spaceBetweenValueAndUnits, mappings.ContainsKey(TimeTypes.Second) ? mappings[TimeTypes.Second] : "", pluralize && span.Seconds > 1 ? "s" : String.Empty));
}
if (span.Milliseconds > 0 && (int)minUnit <= (int)TimeTypes.MilliSecond)
{
list.Add(string.Format(format, span.Milliseconds, spaceBetweenValueAndUnits, mappings.ContainsKey(TimeTypes.MilliSecond) ? mappings[TimeTypes.MilliSecond] : "", pluralize && span.Milliseconds > 1 ? "s" : String.Empty));
}
return(string.Join(spaceBetweenTypes, list));
}
private void SetPropertyEditorsEditable(TimeTypes value)
{
var dv = View as DetailView;
if (dv != null)
{
var fromYear = dv.FindItem("TimeFrom.Year") as PropertyEditor;
var fromMonth = dv.FindItem("TimeFrom.Month") as PropertyEditor;
var toYear = dv.FindItem("TimeTo.Year") as PropertyEditor;
var toMonth = dv.FindItem("TimeTo.Month") as PropertyEditor;
if (fromYear != null && fromMonth != null && toYear != null && toMonth != null)
{
switch (value)
{
case TimeTypes.FromLimit:
fromYear.AllowEdit.SetItemValue("AutoEnableDisableFromYear", true);
fromMonth.AllowEdit.SetItemValue("AutoEnableDisableFromMonth", true);
toYear.AllowEdit.SetItemValue("AutoEnableDisableToYear", false);
toMonth.AllowEdit.SetItemValue("AutoEnableDisableToMonth", false);
break;
case TimeTypes.ToLimit:
fromYear.AllowEdit.SetItemValue("AutoEnableDisableFromYear", false);
fromMonth.AllowEdit.SetItemValue("AutoEnableDisableFromMonth", false);
toYear.AllowEdit.SetItemValue("AutoEnableDisableToYear", true);
toMonth.AllowEdit.SetItemValue("AutoEnableDisableToMonth", true);
break;
case TimeTypes.Range:
fromYear.AllowEdit.SetItemValue("AutoEnableDisableFromYear", true);
fromMonth.AllowEdit.SetItemValue("AutoEnableDisableFromMonth", true);
toYear.AllowEdit.SetItemValue("AutoEnableDisableToYear", true);
toMonth.AllowEdit.SetItemValue("AutoEnableDisableToMonth", true);
break;
case TimeTypes.All:
fromYear.AllowEdit.SetItemValue("AutoEnableDisableFromYear", false);
fromMonth.AllowEdit.SetItemValue("AutoEnableDisableFromMonth", false);
toYear.AllowEdit.SetItemValue("AutoEnableDisableToYear", false);
toMonth.AllowEdit.SetItemValue("AutoEnableDisableToMonth", false);
break;
default:
break;
}
}
}
}
public static String FormatDictionary(Dictionary <TimeTypes, int> times)
{
//clear out all times that are 0
times.ToList().Where(pair => pair.Value == 0).ToList().ForEach(pair => times.Remove(pair.Key));
String toReturn = "";
//format the string for return
if (times.Keys.Count == 0)
{
toReturn = "now";
}
else if (times.Keys.Count == 1)
{
foreach (TimeTypes timeType in times.Keys)
{
int time = times[timeType];
toReturn = GetStringFor(timeType, time);
}
}
else
{
TimeTypes[] timeTypes = new TimeTypes[times.Keys.Count];
times.Keys.CopyTo(timeTypes, 0);
foreach (TimeTypes timeType in timeTypes)
{
int time = times[timeType];
toReturn += GetStringFor(timeType, time) + "";
// its last do nothing
if (timeType == timeTypes[timeTypes.Length - 1])
{
toReturn += "";
}
else if (timeType == timeTypes[timeTypes.Length - 2])
{
toReturn += " and ";
}
else
{
toReturn += ", ";
}
}
}
return(toReturn);
}
public static TemporalBase GetNewTemporal(TimeTypes timeType)
{
TemporalBase tb;
switch (timeType)
{
case TimeTypes.Point:
tb = new TemporalPoint();
break;
case TimeTypes.Interval:
tb = new TemporalInterval();
break;
case TimeTypes.Length:
tb = new TemporalLength();
break;
default:
throw new ArgumentOutOfRangeException("timeType");
}
return tb;
}
public usrSupplementsCycleDosageEditor()
{
InitializeComponent();
foreach (DosageType dosageType in Enum.GetValues(typeof(DosageType)))
{
DosageTypes.Add(new ListItem <DosageType>(EnumLocalizer.Default.Translate(dosageType), dosageType));
}
foreach (DosageUnit dosageUnit in Enum.GetValues(typeof(DosageUnit)))
{
DosageUnits.Add(new ListItem <DosageUnit>(EnumLocalizer.Default.Translate(dosageUnit), dosageUnit));
}
foreach (SupplementCycleDayRepetitions repetition in Enum.GetValues(typeof(SupplementCycleDayRepetitions)))
{
Repetitions.Add(new ListItem <SupplementCycleDayRepetitions>(EnumLocalizer.Default.Translate(repetition), repetition));
}
foreach (TimeType timeType in Enum.GetValues(typeof(TimeType)))
{
TimeTypes.Add(new ListItem <TimeType>(EnumLocalizer.Default.Translate(timeType), timeType));
}
}
public AutoTimeConverter(TimeTypes type)
{
Type = type;
}
public static void AdvancedConcepts()
{
ScalarTypes scalarType = Helper.FillObject <ScalarTypes>();
var scalarTypeEncode = Helper.Encode(scalarType);
var scalarTypeDecode = Helper.Decode(scalarTypeEncode, ScalarTypes.Parser);
Assert.IsTrue(Helper.CompareObjects(scalarType, scalarTypeDecode));
ComplexTypes complexType = Helper.FillObject <ComplexTypes>();
complexType.Maps.Add(1, "Suresh");
complexType.Numbers.Add(10);
complexType.Details = Any.Pack(Helper.FillObject <Person>());
var complexTypeEncode = Helper.Encode(complexType);
var complexTypeDecode = Helper.Decode(complexTypeEncode, ComplexTypes.Parser);
Assert.IsTrue(Helper.CompareObjects(complexType, complexTypeDecode));
if (complexTypeDecode.Details.Is(Person.Descriptor))
{
complexTypeDecode.Details.TryUnpack(out Person person);
}
var oneOfCase = complexTypeDecode.OneofCase; //returns the name of the field that is set
NullableTypes nullableType = Helper.FillObject <NullableTypes>();
var nullableTypeEncode = Helper.Encode(nullableType);
var nullableTypeDecode = Helper.Decode(nullableTypeEncode, NullableTypes.Parser);
Assert.IsTrue(Helper.CompareObjects(nullableType, nullableTypeDecode));
TimeTypes timeType = Helper.FillObject <TimeTypes>();
var timeTypeEncode = Helper.Encode(timeType);
var timeTypeDecode = Helper.Decode(timeTypeEncode, TimeTypes.Parser);
Assert.IsTrue(Helper.CompareObjects(timeType, timeTypeDecode));
//Write a collections
List <ScalarTypes> sts = new List <ScalarTypes>();
sts.Add(Helper.FillObject <ScalarTypes>());
sts.Add(Helper.FillObject <ScalarTypes>());
MemoryStream ipStream = new MemoryStream();
foreach (var st in sts)
{
st.WriteDelimitedTo(ipStream);
}
using (var file = File.Create("data.bin"))
file.Write(ipStream.ToArray());
ipStream.Close();
List <ScalarTypes> stsDecoded = new List <ScalarTypes>();
using (var stream = File.OpenRead("data.bin"))
{
while (stream.Position < stream.Length)
{
var sto = ScalarTypes.Parser.ParseDelimitedFrom(stream);
stsDecoded.Add(sto);
}
}
Assert.IsTrue(Helper.CompareObjects(sts, stsDecoded));
}
void hide()
{
Config.pauseUpdate = true; TimeTypes.Refresh((c) => c.type = TimeType.None); Config.pauseUpdate = false; Config.UpdateConfig();
}
void show()
{
Config.pauseUpdate = true; TimeTypes.Refresh((c) => c.type = TimeType.Normal); Config.pauseUpdate = false; Config.UpdateConfig();
}
void reset()
{
Config.pauseUpdate = true; Config.loadConfig(); TimeTypes.Refresh(); OutTimes.Refresh(); Config.pauseUpdate = false; Config.UpdateConfig();
}