public IValue Find(IValue Value, string ColumnNames = null, bool IncludeChildren = false)
{
List <ValueTreeColumn> processing_list = Columns.GetProcessingColumnList(ColumnNames);
foreach (ValueTreeRow row in _rows)
{
foreach (ValueTreeColumn col in processing_list)
{
IValue current = row.Get(col);
if (Value.Equals(current))
{
return(row);
}
}
if (IncludeChildren)
{
IValue children_result = row.Rows.Find(Value, ColumnNames, IncludeChildren);
if (children_result.DataType != Machine.DataType.Undefined)
{
return(children_result);
}
}
}
return(ValueFactory.Create());
}
protected static IValue IdentityEqual(List <IValue> arguments, Scope s)
{
IValue first = arguments.First();
IValue second = arguments.Skip(1).First();
return(first.Equals(second) ? Bool.True : Bool.False);
}
public IValue interpret(Context context, IValue lval, IValue rval)
{
bool equal = false;
switch (oper)
{
case EqOp.IS:
equal = lval == rval;
break;
case EqOp.IS_NOT:
equal = lval != rval;
break;
case EqOp.IS_A:
equal = isA(context, lval, rval);
break;
case EqOp.IS_NOT_A:
equal = !isA(context, lval, rval);
break;
case EqOp.EQUALS:
equal = lval.Equals(context, rval);
break;
case EqOp.NOT_EQUALS:
equal = !lval.Equals(context, rval);
break;
case EqOp.CONTAINS:
equal = lval.Contains(context, rval);
break;
case EqOp.NOT_CONTAINS:
equal = !lval.Contains(context, rval);
break;
case EqOp.ROUGHLY:
equal = lval.Roughly(context, (IValue)rval);
break;
}
return(BooleanValue.ValueOf(equal));
}
/// <summary>
/// <see cref="IElement.RemoveItem" />
/// </summary>
public override void RemoveItem(object objectToRemove)
{
if (_leftValue != null && _leftValue.Equals(objectToRemove))
{
_leftValue = null;
}
else
{
_rightValue = null;
}
}
private void interpretError(Context context, ExecutionError e)
{
IValue actual = e.interpret(context, "__test_error__");
IValue expectedError = error == null ? null : error.interpret(context);
if (expectedError != null && expectedError.Equals(actual))
{
printSuccess(context);
}
else
{
String actualName = ((IInstance)actual).GetMemberValue(context, "name", false).ToString();
String expectedName = error == null ? "SUCCESS" : error.getName();
printMissingError(context, expectedName, actualName);
}
}
public IValue Find(IValue value, string columnNames = null)
{
List <ValueTableColumn> processing_list = GetProcessingColumnList(columnNames);
foreach (ValueTableRow row in _rows)
{
foreach (ValueTableColumn col in processing_list)
{
IValue current = row.Get(col);
if (value.Equals(current))
{
return(row);
}
}
}
return(ValueFactory.Create());
}
private bool CheckFilterCriteria(ValueTableRow Row, StructureImpl Filter)
{
foreach (KeyAndValueImpl kv in Filter)
{
ValueTableColumn Column = Columns.FindColumnByName(kv.Key.AsString());
if (Column == null)
{
throw RuntimeException.PropNotFoundException(kv.Key.AsString());
}
IValue current = Row.Get(Column);
if (!current.Equals(kv.Value))
{
return(false);
}
}
return(true);
}
public void Test_02_SymbolicValue()
{
string msg = "Error: wrong definition of IEquatable interface for: {0}.";
SymbolicValue sv = new SymbolicValue("sv");
IValue <AValue> sive = sv;
dynamic dsv = new SymbolicValue("sv");
object osv = new SymbolicValue("sv");
Assert.IsTrue(sv.Equals(dsv), msg, "SymbolicValue");
Assert.IsTrue(dsv.Equals(sv), msg, "SymbolicValue");
Assert.IsTrue(dsv.Equals(sive), msg, "SymbolicValue and IValue<AValue>");
Assert.IsTrue(osv.Equals(dsv), msg, "SymbolicValue");
Assert.IsTrue(sv.Equals(osv), msg, "SymbolicValue");
Assert.IsTrue(osv.Equals(sv), msg, "SymbolicValue");
Assert.IsTrue(osv.Equals(sive), msg, "SymbolicValue and IValue<AValue>");
Assert.IsTrue(sive.Equals(osv), msg, "SymbolicValue and IValue<AValue>");
}
public static void AssertBencodexEqual(IValue expected, IValue actual)
{
bool equal = (expected is null && actual is null) ||
(expected is Null && actual is Null) ||
(expected is Bencodex.Types.Boolean && actual is Bencodex.Types.Boolean &&
expected.Equals(actual)) ||
(expected is Integer && actual is Integer && expected.Equals(actual)) ||
(expected is Binary && actual is Binary && expected.Equals(actual)) ||
(expected is Text && actual is Text && expected.Equals(actual)) ||
(expected is List && actual is List && expected.Equals(actual)) ||
(expected is Dictionary && actual is Dictionary && expected.Equals(actual));
if (equal)
{
return;
}
string expectedInspection = expected?.ToString() ?? "(null)";
string actualInspection = actual?.ToString() ?? "(null)";
DiffPaneModel diffModel = InlineDiffBuilder.Diff(expectedInspection, actualInspection);
var prefixes = new Dictionary <ChangeType, string>
{
[ChangeType.Deleted] = "-",
[ChangeType.Inserted] = "+",
[ChangeType.Unchanged] = " ",
};
string diff = string.Join(
Environment.NewLine,
diffModel.Lines.Select(line =>
(prefixes.TryGetValue(line.Type, out string prefix) ? prefix : " ") + line.Text
)
);
throw new XunitException(
"Two Bencodex values are not equal.\n--- Expected\n+++ Actual\n\n" + diff
);
}
public override BooleanValue Equals(IValue other)
{
return(other.Equals(this));
}
public bool Equals(TableSheetsState other)
{
return(_serialized?.Equals(other._serialized) ?? false);
}
/// <summary>
/// Не равенство
/// </summary>
/// <param name="left"></param>
/// <param name="right"></param>
/// <returns></returns>
public static IValue UNEQ(IValue left, IValue right)
{
return(Create(!left.Equals(right)));
}
static void Main(string[] args)
{
//double a = 43.52;
//double b = 40000566.78234234;
//double max;
//Stopwatch sw = Stopwatch.StartNew();
//sw.Restart();
//max = SergeysBitwiseMax(a, b);
//sw.Stop();
//Console.WriteLine("SergeysBitwiseMax(" + a + ", " + b + ") = " + max + " took " + ElapsedNanoSeconds(sw) + " ns!");
//sw.Restart();
//max = Math.Max(a, b);
//sw.Stop();
//Console.WriteLine("Math.Max(" + a + ", " + b + ") = " + max + " took " + ElapsedNanoSeconds(sw) + " ns!");
SymbolicExpression ident = new SymbolicExpression("symbolic");
Console.WriteLine(ident);
SimpleExpression <SymbolicValue> SymbolicSE = new SymbolicExpression("symbolic_exspression");
Console.WriteLine(SymbolicSE.GetValue());
SymbolicValue sv = new SymbolicValue("sv");
IValue <AValue> sive = sv;
dynamic dsv = new SymbolicValue("sv");
object osv = new SymbolicValue("sv");
Console.WriteLine(sv.Equals(dsv));
Console.WriteLine(dsv.Equals(sv));
Console.WriteLine(dsv.Equals(sive));
Console.WriteLine(osv.Equals(dsv));
Console.WriteLine(sv.Equals(osv));
Console.WriteLine(osv.Equals(sv));
Console.WriteLine(osv.Equals(sive));
Console.WriteLine(sive.Equals(osv));
IExpression <IValue <AValue> > sSV = SymbolicSE;
List <IExpression <IValue <AValue> > > aivL = new List <IExpression <IValue <AValue> > >();
aivL.Add(sSV);
aivL.Add(SymbolicSE);
NumericExpression n = new NumericExpression(6.7);
Console.WriteLine(n.GetValue());
SimpleExpression <NumericValue> NumericSE = new NumericExpression(3.4);
Console.WriteLine(NumericSE.GetValue());
FunctionInvocation <int> f = new FunctionInvocation <int>(
delegate(object[] parameters)
{
int sum = 0;
foreach (object parameter in parameters)
{
sum += (int)parameter;
}
return(new NumericValue(sum));
},
5, 7, 8);
Console.WriteLine("!! FunctionInvocation !! " + f.GetValue());
// money
Money <SymbolicValue> moneyFromSymbolicValue = new Money <SymbolicValue>(ident, Currency.GBP);
Console.WriteLine(moneyFromSymbolicValue.GetValue());
Money <SymbolicValue> moneyFromSymbolicExpression = new Money <SymbolicValue>(SymbolicSE, Currency.GBP);
Console.WriteLine(moneyFromSymbolicExpression.GetValue());
Money <NumericValue> moneyFromNumericValue = new Money <NumericValue>(n, Currency.GBP);
Console.WriteLine(moneyFromNumericValue.GetValue());
Money <NumericValue> moneyFromNumericExpression = new Money <NumericValue>(NumericSE, Currency.GBP);
Console.WriteLine(moneyFromNumericExpression.GetValue());
// percentage
Percentage <SymbolicValue> symSEPerc = new Percentage <SymbolicValue>(SymbolicSE);
Console.WriteLine(symSEPerc);
Percentage <NumericValue> numPerc = new Percentage <NumericValue>(n);
Console.WriteLine(numPerc);
// Ratio
Ratio <SymbolicValue> symbolicRatio = new Ratio <SymbolicValue>(ident);
Console.WriteLine(symbolicRatio);
Ratio <Value> funcInvRatio = new Ratio <Value>(f);
Console.WriteLine(funcInvRatio);
Ratio <NumericValue> percNumRatio = new Ratio <NumericValue>(numPerc);
Console.WriteLine(percNumRatio);
// participation
Participation <SymbolicValue> symbolicRatioParticipation = new Participation <SymbolicValue>(symbolicRatio);
Console.WriteLine(symbolicRatioParticipation);
Participation <Value> funcInvRatioParticipation = new Participation <Value>(funcInvRatio);
Console.WriteLine(funcInvRatioParticipation);
Participation <NumericValue> percNumRatioParticipation = new Participation <NumericValue>(percNumRatio);
Console.WriteLine(percNumRatioParticipation);
// _Limit specification
LimitSpecification <MoneyValue <SymbolicValue> > moneyFromSymbolicExpressionPayoutSpec =
new LimitSpecification <MoneyValue <SymbolicValue> >(moneyFromSymbolicExpression);
Console.WriteLine(moneyFromSymbolicExpressionPayoutSpec);
LimitSpecification <MoneyValue <NumericValue> > moneyFromNumericValuePayoutSpec =
new LimitSpecification <MoneyValue <NumericValue> >(moneyFromNumericValue, true);
Console.WriteLine(moneyFromNumericValuePayoutSpec);
LimitSpecification <NumericValue> numPercPayoutSpec =
new LimitSpecification <NumericValue>(numPerc, true);
Console.WriteLine(numPercPayoutSpec);
// _Limit
Limit <MoneyValue <SymbolicValue> > moneyFromSymbolicExpressionPayout
= new Limit <MoneyValue <SymbolicValue> >(moneyFromSymbolicExpressionPayoutSpec, 1);
// _Attachment
Attachment <NumericValue> NumericSEAttachment = new Attachment <NumericValue>(NumericSE);
// cover
Cover <NumericValue, MoneyValue <SymbolicValue>, NumericValue> coverNumSymbNum
= new Cover <NumericValue, MoneyValue <SymbolicValue>, NumericValue>(percNumRatioParticipation, moneyFromSymbolicExpressionPayout, NumericSEAttachment);
Console.WriteLine(coverNumSymbNum);
ICover <Value, Value, Value> cNSN
= (ICover <Value, Value, Value>)coverNumSymbNum;
Cover <SymbolicValue> coverNumShareNumPayout
= new Cover <SymbolicValue>(symbolicRatioParticipation, "\"MyCoverLabel\"");
Console.WriteLine(coverNumShareNumPayout);
Console.ReadKey();
}
