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#include <cassert>
#include <iostream>
#define NCURSES_CPP_CHAR_VALUE_AS_PUBLIC
#include <ncurses.h>
#include <ncurses/curs_char.hpp>
int main(int argc, char *argv[]) {
using namespace NCURSES_CPP_NAMESPACE;
// # Bitwise operators (member and global)
{
// ## With attr
curs_char c = 'a';
assert(c.value_ == static_cast<curs_char::value_type>('a'));
assert((c & attr::altcharset).value_ == ('a' & A_ALTCHARSET));
assert((c | attr::altcharset).value_ == ('a' | A_ALTCHARSET));
assert((c ^ attr::altcharset).value_ == ('a' ^ A_ALTCHARSET));
assert((attr::altcharset & c).value_ == ('a' & A_ALTCHARSET));
assert((attr::altcharset | c).value_ == ('a' | A_ALTCHARSET));
assert((attr::altcharset ^ c).value_ == ('a' ^ A_ALTCHARSET));
assert(('a' & attr::altcharset).value_ == ('a' & A_ALTCHARSET));
assert(('a' | attr::altcharset).value_ == ('a' | A_ALTCHARSET));
assert(('a' ^ attr::altcharset).value_ == ('a' ^ A_ALTCHARSET));
assert((attr::altcharset & 'a').value_ == ('a' & A_ALTCHARSET));
assert((attr::altcharset | 'a').value_ == ('a' | A_ALTCHARSET));
assert((attr::altcharset ^ 'a').value_ == ('a' ^ A_ALTCHARSET));
// ## With attr_flags
c = 'b';
assert(c.value_ == static_cast<curs_char::value_type>('b'));
assert((c & (attr::bold | attr::dim)).value_ == ('b' & (A_BOLD | A_DIM)));
assert((c | (attr::bold | attr::dim)).value_ == ('b' | (A_BOLD | A_DIM)));
assert((c ^ (attr::bold | attr::dim)).value_ == ('b' ^ (A_BOLD | A_DIM)));
assert(((attr::bold | attr::dim) & c).value_ == ('b' & (A_BOLD | A_DIM)));
assert(((attr::bold | attr::dim) | c).value_ == ('b' | (A_BOLD | A_DIM)));
assert(((attr::bold | attr::dim) ^ c).value_ == ('b' ^ (A_BOLD | A_DIM)));
assert(('b' & (attr::bold | attr::dim)).value_ == ('b' & (A_BOLD | A_DIM)));
assert(('b' | (attr::bold | attr::dim)).value_ == ('b' | (A_BOLD | A_DIM)));
assert(('b' ^ (attr::bold | attr::dim)).value_ == ('b' ^ (A_BOLD | A_DIM)));
assert(((attr::bold | attr::dim) & 'b').value_ == ('b' & (A_BOLD | A_DIM)));
assert(((attr::bold | attr::dim) | 'b').value_ == ('b' | (A_BOLD | A_DIM)));
assert(((attr::bold | attr::dim) ^ 'b').value_ == ('b' ^ (A_BOLD | A_DIM)));
// ## With color_pair
c = 'c';
assert(c.value_ == static_cast<curs_char::value_type>('c'));
assert((c & color_pair(10)).value_ == ('c' & COLOR_PAIR(10)));
assert((c | color_pair(10)).value_ == ('c' | COLOR_PAIR(10)));
assert((c ^ color_pair(10)).value_ == ('c' ^ COLOR_PAIR(10)));
assert((color_pair(10) & c).value_ == ('c' & COLOR_PAIR(10)));
assert((color_pair(10) | c).value_ == ('c' | COLOR_PAIR(10)));
assert((color_pair(10) ^ c).value_ == ('c' ^ COLOR_PAIR(10)));
assert(('c' & color_pair(10)).value_ == ('c' & COLOR_PAIR(10)));
assert(('c' | color_pair(10)).value_ == ('c' | COLOR_PAIR(10)));
assert(('c' ^ color_pair(10)).value_ == ('c' ^ COLOR_PAIR(10)));
assert((color_pair(10) & 'c').value_ == ('c' & COLOR_PAIR(10)));
assert((color_pair(10) | 'c').value_ == ('c' | COLOR_PAIR(10)));
assert((color_pair(10) ^ 'c').value_ == ('c' ^ COLOR_PAIR(10)));
// ## With full_attrs
// clang-format off
c = 'd';
assert(c.value_ == static_cast<curs_char::value_type>('d'));
assert((c & (attr::invis | attr::standout | color_pair(3))).value_ == ('d' & (A_INVIS | A_STANDOUT | COLOR_PAIR(3))));
assert((c | (attr::invis | attr::standout | color_pair(3))).value_ == ('d' | A_INVIS | A_STANDOUT | COLOR_PAIR(3)));
assert((c ^ (attr::invis | attr::standout | color_pair(3))).value_ == ('d' ^ (A_INVIS | A_STANDOUT | COLOR_PAIR(3))));
assert(((attr::invis | attr::standout | color_pair(3)) & c).value_ == ('d' & (A_INVIS | A_STANDOUT | COLOR_PAIR(3))));
assert(((attr::invis | attr::standout | color_pair(3)) | c).value_ == ('d' | A_INVIS | A_STANDOUT | COLOR_PAIR(3)));
assert(((attr::invis | attr::standout | color_pair(3)) ^ c).value_ == ('d' ^ (A_INVIS | A_STANDOUT | COLOR_PAIR(3))));
assert(('d' & (attr::invis | attr::standout | color_pair(3))).value_ == ('d' & (A_INVIS | A_STANDOUT | COLOR_PAIR(3))));
assert(('d' | (attr::invis | attr::standout | color_pair(3))).value_ == ('d' | A_INVIS | A_STANDOUT | COLOR_PAIR(3)));
assert(('d' ^ (attr::invis | attr::standout | color_pair(3))).value_ == ('d' ^ (A_INVIS | A_STANDOUT | COLOR_PAIR(3))));
assert(((attr::invis | attr::standout | color_pair(3)) & 'd').value_ == ('d' & (A_INVIS | A_STANDOUT | COLOR_PAIR(3))));
assert(((attr::invis | attr::standout | color_pair(3)) | 'd').value_ == ('d' | A_INVIS | A_STANDOUT | COLOR_PAIR(3)));
assert(((attr::invis | attr::standout | color_pair(3)) ^ 'd').value_ == ('d' ^ (A_INVIS | A_STANDOUT | COLOR_PAIR(3))));
// clang-format on
}
// # Assignment operators
{
// # With attr
{
curs_char c = 'a';
c &= attr::altcharset;
assert(c.value_ == ('a' & A_ALTCHARSET));
}
{
curs_char c = 'a';
c |= attr::altcharset;
assert(c.value_ == ('a' | A_ALTCHARSET));
}
{
curs_char c = 'a';
c ^= attr::altcharset;
assert(c.value_ == ('a' ^ A_ALTCHARSET));
}
// # With attr_flags
{
curs_char c = 'a';
c &= (attr::altcharset | attr::blink);
assert(c.value_ == ('a' & (A_ALTCHARSET | A_BLINK)));
}
{
curs_char c = 'a';
c |= (attr::altcharset | attr::blink);
assert(c.value_ == ('a' | (A_ALTCHARSET | A_BLINK)));
}
{
curs_char c = 'a';
c ^= (attr::altcharset | attr::blink);
assert(c.value_ == ('a' ^ (A_ALTCHARSET | A_BLINK)));
}
// # With color_pair
{
curs_char c = 'a';
c &= color_pair(7);
assert(c.value_ == ('a' & (COLOR_PAIR(7))));
}
{
curs_char c = 'a';
c |= color_pair(7);
assert(c.value_ == ('a' | (COLOR_PAIR(7))));
}
{
curs_char c = 'a';
c ^= color_pair(7);
assert(c.value_ == ('a' ^ (COLOR_PAIR(7))));
}
//
// # With full_attrs
{
curs_char c = 'a';
c &= (attr::invis | attr::standout | color_pair(3));
assert(c.value_ == ('a' & (A_INVIS | A_STANDOUT | COLOR_PAIR(3))));
}
{
curs_char c = 'a';
c |= (attr::invis | attr::standout | color_pair(3));
assert(c.value_ == ('a' | A_INVIS | A_STANDOUT | COLOR_PAIR(3)));
}
{
curs_char c = 'a';
c ^= (attr::invis | attr::standout | color_pair(3));
assert(c.value_ == ('a' ^ (A_INVIS | A_STANDOUT | COLOR_PAIR(3))));
}
}
// # Relational operators
{
curs_char a = 'a';
curs_char b = 'b';
curs_char c = 'a';
assert(a == a);
assert(a == c);
assert(a != b);
assert(a < b);
assert(a <= b);
assert(b > a);
assert(b >= a);
assert(b == 'b');
assert(b != 'a');
assert(b > 'a');
assert(b >= 'a');
assert(b < 'c');
assert(b <= 'c');
assert('b' == b);
assert('a' != b);
assert('a' < b);
assert('a' <= b);
assert('c' > b);
assert('c' >= b);
}
return 0;
}
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