fn pub !=(other: T) -> Bool {
  (self == other).false?
}

fn pub !=(other: T) -> Bool

Returns true if self and the given object are not equal to each other.

fn pub <(other: ref T) -> Bool {
  match cmp(other) {
    case Less -> true
    case _ -> false
  }
}

fn pub <(other: ref T) -> Bool

Returns true if self is lower than the given argument.

fn pub <=(other: ref T) -> Bool {
  match cmp(other) {
    case Less or Equal -> true
    case _ -> false
  }
}

fn pub <=(other: ref T) -> Bool

Returns true if self is lower than or equal to the given argument.

fn pub ==(other: ref Bool) -> Bool {
  _INKO.int_eq(self, other)
}

fn pub ==(other: ref Bool) -> Bool

Returns true if self and the given object are equal to each other.

This operator is used to perform structural equality. This means two objects residing in different memory locations may be considered equal, provided their structure is equal. For example, two different arrays may be considered to have structural equality if they contain the exact same values.

fn pub >(other: ref T) -> Bool {
  match cmp(other) {
    case Greater -> true
    case _ -> false
  }
}

fn pub >(other: ref T) -> Bool

Returns true if self is greater than the given argument.

fn pub >=(other: ref T) -> Bool {
  match cmp(other) {
    case Greater or Equal -> true
    case _ -> false
  }
}

fn pub >=(other: ref T) -> Bool

Returns true if self is equal to or greater than the given argument.

fn pub clone -> Bool {
  self
}

fn pub clone -> Bool

Creates a clone of self.

fn pub cmp(other: ref Bool) -> Ordering {
  to_int.cmp(other.to_int)
}

fn pub cmp(other: ref Bool) -> Ordering

Returns the ordering between self and the given argument.

The returned value should be as follows:

• a == b: Ordering.Equal
• a > b: Ordering.Greater
• a < b: Ordering.Less

fn pub false? -> Bool {
  self == false
}

fn pub false? -> Bool

Returns true if self is false.

Examples

true.false?  # => false
false.false? # => true

fn pub fmt(formatter: mut Formatter) {
  if self { formatter.write('true') } else { formatter.write('false') }
}

fn pub fmt(formatter: mut Formatter)

Formats self in a human-readable format for debugging purposes.

fn pub hash[H: mut + Hasher](hasher: mut H) {
  hasher.write(to_int)
}

fn pub hash[H: mut + Hasher](hasher: mut H: mut)

Writes the hash for self into the given Hasher.

fn pub then[T](func: fn -> T) -> Option[T] {
  if self { Option.Some(func.call) } else { Option.None }
}

fn pub then[T](func: fn -> T) -> Option[T]

Calls the supplied closure and wraps its return value in a Some if self is true, otherwise returns a None.

Examples

true.then fn { 10 }  # => Option.Some(10)
false.then fn { 10 } # => Option.None

fn pub to_int -> Int {
  self as Int64 as Int
}

fn pub to_int -> Int

Converts self to a Int

fn pub to_string -> String {
  if self { 'true' } else { 'false' }
}

fn pub to_string -> String

Converts self to a String.

fn pub true? -> Bool {
  self
}

fn pub true? -> Bool

Returns true if self is true.

Examples

true.true?  # => true
false.true? # => false