Tools.h++ Manual

21-26 104011 Tandem Computers Incorporated
21
RWBitRef operator()(size_t i);
Returns a reference to bit i of self. A helper class, RWBitRef , is used. The
result can be used as an lvalue. The index i must be between 0 and the length
of the vector less one. Bounds checking is performed only if the preprocessor
macro RWBOUNDS_CHECK has been defined before including the header file
bitvec.h . If so, and if the index is out of range, then an exception of type
RWBoundsErr will occur.
RWBoolean operator[](size_t i) const;
Returns the boolean value of bit i . The result cannot be used as an lvalue. The
index i must be between 0 and the length of the vector less one. Bounds
checking is performed. If the index is out of range, then an exception of type
RWBoundsErr will occur.
RWBoolean operator()(size_t i) const;
Returns the boolean value of bit i . The result cannot be used as an lvalue. The
index i must be between 0 and the length of the vector less one. Bounds
checking is performed only if the preprocessor macro RWBOUNDS_CHECK has
been defined before including the header file <rw/bitvec.h> . If so, and if the
index is out of range, then an exception of type RWBoundsErr will occur.
Logical operators RWBoolean operator==(const RWBitVec& u)
const;
Returns TRUE if self and v have the same length and if each bit of self is set to
the same value as the corresponding bit in v . Otherwise, returns FALSE .
RWBoolean operator!=(const RWBitVec& u)
const;
Returns FALSE if self and v have the same length and if each bit of self is set to
the same value as the corresponding bit in v . Otherwise, returns TRUE .
RWBoolean operator==(RWBoolean b) const;
Returns TRUE if every bit of self is set to the boolean value b . Otherwise
FALSE .
RWBoolean operator!=(RWBoolean b) const;
Returns FALSE if every bit of self is set to the boolean value b . Otherwise
TRUE .