Pchp.Core.Convert.NumberInfo IPhpConvertible.ToNumber(out PhpNumber number)
{
var temp = IsValid ? Socket.Handle.ToInt64() : 0;
number = PhpNumber.Create(temp);
return(Pchp.Core.Convert.NumberInfo.LongInteger);
}
/// <summary>
/// Converts the given number to int64 (if the number is whole and fits into the int64's range).
/// </summary>
/// <param name="number">The number.</param>
/// <returns><c>long</c> representation of number if possible, otherwise a <c>double</c> representation.</returns>
private static PhpNumber ConvertToLong(double number)
{
if ((Math.Round(number) == number) && (number <= long.MaxValue) && (number >= long.MinValue))
{
return(PhpNumber.Create((long)number));
}
return(PhpNumber.Create(number));
}
public static PhpNumber abs(long number)
{
if (number == long.MinValue)
{
return(PhpNumber.Create(-(double)number));
}
else
{
return(PhpNumber.Create(Math.Abs(number)));
}
}
public static PhpNumber abs(long lx)
{
if (lx == long.MinValue)
{
return(PhpNumber.Create(-(double)lx));
}
else
{
return(PhpNumber.Create(Math.Abs(lx)));
}
}
public abstract Convert.NumberInfo ToNumber(ref PhpValue me, out PhpNumber number);
public static ConversionCost ToDouble(PhpNumber value) => value.IsLong ? ConversionCost.ImplicitCast : ConversionCost.Pass;
/// <summary>
/// Returns the absolute value of <paramref name="number"/>.
/// </summary>
/// <param name="number">The numeric value to process.</param>
public static PhpNumber abs(PhpNumber number)
{
return(number.IsLong
? abs(number.Long)
: PhpNumber.Create(Math.Abs(number.Double)));
}
public static NumberInfo ToNumber(string str, out PhpNumber number)
{
long l;
double d;
var info = StringToNumber(str, out l, out d);
number = ((info & NumberInfo.Double) != 0) ? PhpNumber.Create(d) : PhpNumber.Create(l);
return info;
}
public static ConversionCost ToInt64(PhpNumber value) => value.IsLong ? ConversionCost.Pass : ConversionCost.LoosingPrecision;
public Convert.NumberInfo ToNumber(out PhpNumber number)
{
double d;
long l;
var info = Convert.StringToNumber(ToString(), out l, out d);
number = (info & Convert.NumberInfo.Double) != 0
? PhpNumber.Create(d)
: PhpNumber.Create(l);
return info;
}
public static ConversionCost ToInt64(PhpNumber value) => value.IsLong ? ConversionCost.Pass : ConversionCost.LoosingPrecision;
/// <summary>
/// Returns the absolute value of <paramref name="x"/>.
/// </summary>
/// <param name="x">The numeric value to process.</param>
public static PhpNumber abs(PhpNumber x)
{
return(x.IsLong
? abs(x.Long)
: PhpNumber.Create(Math.Abs(x.Double)));
}
public Convert.NumberInfo ToNumber(out PhpNumber number)
{
number = PhpNumber.Create(Count);
return Convert.NumberInfo.IsPhpArray | Convert.NumberInfo.LongInteger;
}
public override Convert.NumberInfo ToNumber(ref PhpValue me, out PhpNumber number) => me.WritableString.ToNumber(out number);
//PhpBytes IPhpConvertible.ToBinaryString();
Convert.NumberInfo IPhpConvertible.ToNumber(out PhpNumber number)
{
number = PhpNumber.Create(Id);
return Convert.NumberInfo.LongInteger;
}
public override Convert.NumberInfo ToNumber(ref PhpValue me, out PhpNumber number) => Convert.ToNumber(me.String, out number);
public override Convert.NumberInfo ToNumber(ref PhpValue me, out PhpNumber number)
{
number = PhpNumber.Create(me.Boolean ? 1L : 0L);
return Convert.NumberInfo.IsNumber | Convert.NumberInfo.LongInteger;
}
public override Convert.NumberInfo ToNumber(ref PhpValue me, out PhpNumber number)
{
number = PhpNumber.Create(me.Double);
return Convert.NumberInfo.IsNumber | Convert.NumberInfo.Double;
}
public override Convert.NumberInfo ToNumber(ref PhpValue me, out PhpNumber number)
{
number = PhpNumber.Create(0L);
return Convert.NumberInfo.LongInteger;
}
public void Echo(PhpNumber value)
{
if (value.IsLong)
Echo(value.Long);
else
Echo(value.Double);
}
public Convert.NumberInfo ToNumber(out PhpNumber number) => Value.ToNumber(out number);
public override Convert.NumberInfo ToNumber(ref PhpValue me, out PhpNumber number)
{
if (me.Object is IPhpConvertible) return ((IPhpConvertible)me.Object).ToNumber(out number);
throw new NotImplementedException();
}
public override Convert.NumberInfo ToNumber(ref PhpValue me, out PhpNumber number) => me.Alias.ToNumber(out number);
/// <summary>
/// Returns the absolute value of <paramref name="x"/>.
/// </summary>
/// <param name="x">The numeric value to process.</param>
public static PhpNumber abs(PhpNumber x)
{
return x.IsLong
? abs(x.Long)
: PhpNumber.Create(Math.Abs(x.Double));
}
/// <summary> /// Returns <paramref name="base"/> raised to the power of <paramref name="exp"/>. /// </summary> public static PhpNumber pow(PhpNumber @base, PhpNumber exp) => PhpNumber.Pow(@base, exp);
/// <summary> /// Returns <paramref name="base"/> raised to the power of <paramref name="exp"/>. /// </summary> public static PhpNumber pow(PhpNumber @base, PhpNumber exp) => PhpNumber.Pow(@base, exp);
public static ConversionCost ToInt32(PhpNumber value) => ToInt64(value);
public static ConversionCost ToInt32(PhpNumber value) => ToInt64(value);
public static ConversionCost ToDouble(PhpNumber value) => value.IsLong ? ConversionCost.ImplicitCast : ConversionCost.Pass;
public static int Compare(PhpNumber x, PhpValue y) => x.IsLong ? Compare(x.Long, y) : Compare(x.Double, y);
