An object::Object wrapper for bool's. More...

#include <object.hh>

Public Member Functions
	Boolean (bool value)

bool	equals (Object *other)
	Returns, whether two objects are equal.

int	hashValue ()
	Return a hash value for the object.

void	intoStringBuffer (misc::StringBuffer *sb)
	Store a textual representation of the object in a misc::StringBuffer.

int	compareTo (Comparable *other)
	Compare two objects, this and other.

bool	getValue ()

Public Member Functions inherited from lout::object::Object
virtual	~Object ()
	The destructor is defined as virtual (but not abstract), so that destruction of Object's works properly.

virtual Object *	clone ()
	Return an exact copy of the object.

const char *	toString ()
	Use object::Object::intoStringBuffer to return a textual representation of the object.

virtual size_t	sizeOf ()
	Return the number of bytes, this object totally uses.

Private Attributes
bool	value

Detailed Description

An object::Object wrapper for bool's.

Definition at line 143 of file object.hh.

Constructor & Destructor Documentation

◆ Boolean()

lout::object::Boolean::Boolean ( bool value )

inline

Definition at line 148 of file object.hh.

References value.

Member Function Documentation

◆ compareTo()

int lout::object::Boolean::compareTo ( Comparable * other )

virtual

Compare two objects, this and other.

Return a value < 0, when this is less than other, a value > 0, when this is greater than other, or 0, when this and other are equal.

If c1.equals(c2) (as defined in Object), c1.compareTo(c2) must be 0, but, unlike you may expect, the reversed is not necessarily true. This method returns 0, if, according to the rules for sorting, there is no difference, but there may still be differences (not relevant for sorting), which "equals" will care about.

Implements lout::object::Comparable.

Definition at line 236 of file object.cc.

References value.

◆ equals()

bool lout::object::Boolean::equals ( Object * other )

virtual

Returns, whether two objects are equal.

The caller should ensure, that this and the object have the same class; this makes casting of "other" safe. Typically, an implementation should check this == other first, the caller can assume a fast implementation.

Reimplemented from lout::object::Object.

Definition at line 219 of file object.cc.

References value.