is_many.pass.cpp   [plain text]

//===----------------------------------------------------------------------===//
//
//                     The LLVM Compiler Infrastructure
//
// This file is dual licensed under the MIT and the University of Illinois Open
// Source Licenses. See LICENSE.TXT for details.
//
//===----------------------------------------------------------------------===//

// <locale>

// template <> class ctype<char>;

// const char* is(const char* low, const char* high, mask* vec) const;

#include <locale>
#include <string>
#include <vector>
#include <cassert>

#include <stdio.h>

int main()
{
    std::locale l = std::locale::classic();
    {
        typedef std::ctype<char> F;
        const F& f = std::use_facet<F>(l);
        const std::string in(" A\x07.a1");
        std::vector<F::mask> m(in.size());
        const char* h = f.is(in.data(), in.data() + in.size(), m.data());
        assert(h == in.data() + in.size());

        // ' '
        assert( (m[0] & F::space));
        assert( (m[0] & F::print));
        assert(!(m[0] & F::cntrl));
        assert(!(m[0] & F::upper));
        assert(!(m[0] & F::lower));
        assert(!(m[0] & F::alpha));
        assert(!(m[0] & F::digit));
        assert(!(m[0] & F::punct));
        assert(!(m[0] & F::xdigit));
        assert( (m[0] & F::blank));
        assert(!(m[0] & F::alnum));
        assert(!(m[0] & F::graph));

        // 'A'
        assert(!(m[1] & F::space));
        assert( (m[1] & F::print));
        assert(!(m[1] & F::cntrl));
        assert( (m[1] & F::upper));
        assert(!(m[1] & F::lower));
        assert( (m[1] & F::alpha));
        assert(!(m[1] & F::digit));
        assert(!(m[1] & F::punct));
        assert( (m[1] & F::xdigit));
        assert(!(m[1] & F::blank));
        assert( (m[1] & F::alnum));
        assert( (m[1] & F::graph));

        // '\x07'
        assert(!(m[2] & F::space));
        assert(!(m[2] & F::print));
        assert( (m[2] & F::cntrl));
        assert(!(m[2] & F::upper));
        assert(!(m[2] & F::lower));
        assert(!(m[2] & F::alpha));
        assert(!(m[2] & F::digit));
        assert(!(m[2] & F::punct));
        assert(!(m[2] & F::xdigit));
        assert(!(m[2] & F::blank));
        assert(!(m[2] & F::alnum));
        assert(!(m[2] & F::graph));

        // '.'
        assert(!(m[3] & F::space));
        assert( (m[3] & F::print));
        assert(!(m[3] & F::cntrl));
        assert(!(m[3] & F::upper));
        assert(!(m[3] & F::lower));
        assert(!(m[3] & F::alpha));
        assert(!(m[3] & F::digit));
        assert( (m[3] & F::punct));
        assert(!(m[3] & F::xdigit));
        assert(!(m[3] & F::blank));
        assert(!(m[3] & F::alnum));
        assert( (m[3] & F::graph));

        // 'a'
        assert(!(m[4] & F::space));
        assert( (m[4] & F::print));
        assert(!(m[4] & F::cntrl));
        assert(!(m[4] & F::upper));
        assert( (m[4] & F::lower));
        assert( (m[4] & F::alpha));
        assert(!(m[4] & F::digit));
        assert(!(m[4] & F::punct));
        assert( (m[4] & F::xdigit));
        assert(!(m[4] & F::blank));
        assert( (m[4] & F::alnum));
        assert( (m[4] & F::graph));

        // '1'
        assert(!(m[5] & F::space));
        assert( (m[5] & F::print));
        assert(!(m[5] & F::cntrl));
        assert(!(m[5] & F::upper));
        assert(!(m[5] & F::lower));
        assert(!(m[5] & F::alpha));
        assert( (m[5] & F::digit));
        assert(!(m[5] & F::punct));
        assert( (m[5] & F::xdigit));
        assert(!(m[5] & F::blank));
        assert( (m[5] & F::alnum));
        assert( (m[5] & F::graph));
    }
}