private bool CanPayRent()
{
if (SelectedProperty == null || Handler.HasPaidRent || SelectedProperty.IsMortgaged)
{
return(false);
}
// Check this is the property the player is actually on.
if (!IsPlayerOnSelectedProperty(Handler.CurrentPlayer))
{
return(false);
}
// Proceed.
if (!IsPlayerSelectedPropertyOwner(Handler.CurrentPlayer) && SelectedProperty.Owner != null)
{
// Check against the rules as well!
if (SelectedProperty.Owner.IsJailed && ((bool)Handler.Settings["allow_rent_collection_while_jailed"]) == false)
{
return(false);
}
// Else
if (Handler.CurrentPlayer.Balance >= SelectedProperty.GetRentOwed())
{
return(true);
}
}
return(false);
}
public void Process(GameField game, Player caster, Player opponent, PokemonCard pokemonSource)
{
var property = SelectedProperty.ToProperty();
var type = property.GetType();
object realValue;
if (type == typeof(short))
{
realValue = short.Parse(ValueToSet);
}
else if (type == typeof(int))
{
realValue = int.Parse(ValueToSet);
}
else if (type == typeof(long))
{
realValue = long.Parse(ValueToSet);
}
else if (type == typeof(bool))
{
realValue = bool.Parse(ValueToSet);
}
else
{
realValue = ValueToSet;
}
property.SetValue(game.LastTarget, realValue);
}
private void FilterImplementation(object o)
{
if (SelectedProperty.Contains("Name"))
{
Persons = new ObservableCollection <Person>(from i in Persons where i.Name.Contains(Query) select i);
}
else if (SelectedProperty.Contains("Last name"))
{
Persons = new ObservableCollection <Person>(from i in Persons where i.LastName.Contains(Query) select i);
}
else if (SelectedProperty.Contains("Birthday"))
{
Persons = new ObservableCollection <Person>(from i in Persons where i.Birthday.ToShortDateString().Contains(Query) select i);
}
else if (SelectedProperty.Contains("Email"))
{
Persons = new ObservableCollection <Person>(from i in Persons where i.Email.Contains(Query) select i);
}
else if (SelectedProperty.Contains("Is adult"))
{
Persons = new ObservableCollection <Person>(from i in Persons where i.IsAdult.ToString().Contains(Query) select i);
}
else if (SelectedProperty.Contains("Is birthday"))
{
Persons = new ObservableCollection <Person>(from i in Persons where i.IsBirthday.ToString().Contains(Query) select i);
}
else if (SelectedProperty.Contains("Sun sign"))
{
Persons = new ObservableCollection <Person>(from i in Persons where i.SunSign.Contains(Query) select i);
}
else if (SelectedProperty.Contains("Chinese sign"))
{
Persons = new ObservableCollection <Person>(from i in Persons where i.ChineseSign.Contains(Query) select i);
}
}
private void SortImplementation(object o)
{
if (SelectedProperty.Contains("Name"))
{
Persons = new ObservableCollection <Person>(from i in Persons orderby i.Name ascending select i);
}
else if (SelectedProperty.Contains("Last name"))
{
Persons = new ObservableCollection <Person>(from i in Persons orderby i.LastName ascending select i);
}
else if (SelectedProperty.Contains("Birthday"))
{
Persons = new ObservableCollection <Person>(from i in Persons orderby i.Birthday ascending select i);
}
else if (SelectedProperty.Contains("Email"))
{
Persons = new ObservableCollection <Person>(from i in Persons orderby i.Email ascending select i);
}
else if (SelectedProperty.Contains("Is adult"))
{
Persons = new ObservableCollection <Person>(from i in Persons orderby i.IsAdult ascending select i);
}
else if (SelectedProperty.Contains("Is birthday"))
{
Persons = new ObservableCollection <Person>(from i in Persons orderby i.IsBirthday ascending select i);
}
else if (SelectedProperty.Contains("Sun sign"))
{
Persons = new ObservableCollection <Person>(from i in Persons orderby i.SunSign ascending select i);
}
else if (SelectedProperty.Contains("Chinese sign"))
{
Persons = new ObservableCollection <Person>(from i in Persons orderby i.ChineseSign ascending select i);
}
}
static ImmutableArray <PropertyInfo> MakeCurrentProperties(
ImmutableArray <IInspectedObject> objs,
Func <IStateInspectorOutputsGroup, FocusedMessageEventsRange> getFocusedMessageEqualRange,
SelectedProperty selectedProperty
)
{
var result = ImmutableArray.CreateBuilder <PropertyInfo>();
bool isMultiObjectMode = objs.Length >= 2;
int objectIndex = 0;
foreach (var obj in objs)
{
foreach (var dynamicProperty in obj.GetCurrentProperties(getFocusedMessageEqualRange(obj.Owner)))
{
var idProperty = dynamicProperty.Value as IdPropertyView;
result.Add(new PropertyInfo(
obj,
dynamicProperty.Key,
dynamicProperty.Value,
isChildProperty: isMultiObjectMode && idProperty == null,
isSelected: selectedProperty != null &&
selectedProperty.Object == obj && selectedProperty.PropertyName == dynamicProperty.Key
));
if (idProperty != null)
{
idProperty.ObjectNr = isMultiObjectMode ? objectIndex + 1 : 0;
}
}
++objectIndex;
}
return(result.ToImmutable());
}
private static SelectedProperty CreateSelectedProperty(IBuilderContext context, PropertyInfo property)
{
string key = Guid.NewGuid().ToString();
SelectedProperty result = new SelectedProperty(property, key);
context.PersistentPolicies.Set <IDependencyResolverPolicy>(new OptionalFixedTypeResolverPolicy(property.PropertyType), key);
DependencyResolverTrackerPolicy.TrackKey(context.PersistentPolicies,
context.BuildKey,
key);
return(result);
}
private void SortImplementation(object obj)
{
if (SelectedProperty.Contains("Name"))
{
ProcessesList = new ObservableCollection <ProcessListItem>(from i in ProcessesList orderby i.ProcessName ascending select i);
}
else if (SelectedProperty.Contains("ID"))
{
ProcessesList = new ObservableCollection <ProcessListItem>(from i in ProcessesList orderby i.ProcessID ascending select i);
}
else if (SelectedProperty.Contains("Active"))
{
ProcessesList = new ObservableCollection <ProcessListItem>(from i in ProcessesList orderby i.IsAlive ascending select i);
}
else if (SelectedProperty.Contains("CPU"))
{
ProcessesList = new ObservableCollection <ProcessListItem>(from i in ProcessesList orderby i.Cpu ascending select i);
}
else if (SelectedProperty.Contains("RAM, MB"))
{
ProcessesList = new ObservableCollection <ProcessListItem>(from i in ProcessesList orderby i.RamSize ascending select i);
}
else if (SelectedProperty.Contains("RAM, %"))
{
ProcessesList = new ObservableCollection <ProcessListItem>(from i in ProcessesList orderby i.RamPercents ascending select i);
}
else if (SelectedProperty.Contains("Threads"))
{
ProcessesList = new ObservableCollection <ProcessListItem>(from i in ProcessesList orderby i.ThreadsAmount ascending select i);
}
else if (SelectedProperty.Contains("User"))
{
ProcessesList = new ObservableCollection <ProcessListItem>(from i in ProcessesList orderby i.ProcessOwner ascending select i);
}
else if (SelectedProperty.Contains("Path"))
{
ProcessesList = new ObservableCollection <ProcessListItem>(from i in ProcessesList orderby i.FileName ascending select i);
}
else if (SelectedProperty.Contains("LaunchTime"))
{
ProcessesList = new ObservableCollection <ProcessListItem>(from i in ProcessesList orderby i.LaunchDateTime ascending select i);
}
}
set => SetValue(SelectedProperty, value);
private void OnResetProperty(object sender, ExecutedRoutedEventArgs eventArgs)
{
SelectedProperty?.Reset();
eventArgs.Handled = true;
}
public void ClearButtons()
{
Buttons.Clear();
SelectedProperty.SetValueWithoutBinding(0);
}
set { SetValue(SelectedProperty, value); }