third_party/boost/container_hash/meta/explicit-failures-markup.xml

<?xml version="1.0" encoding="utf-8"?>
<!--
 Copyright 2018 Daniel James
 Distributed under the Boost Software License, Version 1.0.
 (See accompanying file LICENSE_1_0.txt or copy at
 http://www.boost.org/LICENSE_1_0.txt)
-->
<explicit-failures-markup>
    <!-- container_hash -->
    <library name="container_hash">
        <mark-expected-failures>
            <test name="hash_value_array_test"/>
            <toolset name="msvc-6.5*"/>
            <toolset name="msvc-7.0*"/>
            <note author="Daniel James">
              hash_value is not overloaded for arrays for older versions
              of Visual C++. There is a work around so that
              boost::hash&lt;T[N]&gt;, boost::hash_combine and boost::hash_range
              work.
            </note>
        </mark-expected-failures>

        <mark-expected-failures>
            <test name="hash_function_pointer_test"/>
            <toolset name="msvc-6.5*"/>
            <toolset name="msvc-7.0*"/>
            <note refid="2" author="Daniel James"/>
        </mark-expected-failures>

        <mark-expected-failures>
            <test name="hash_function_pointer_test"/>
            <toolset name="sun-5.7"/>
            <toolset name="sun-5.8"/>
            <toolset name="sun-5.9"/>
            <note author="Daniel James">
                On these compilers the wrong overload of hash_value is called
                when the argument is a hash function pointer. So calling
                hash_value doesn't work but boost::hash does work (and it's
                recommended that user never call hash_value directly so this
                shouldn't be a problem).
            </note>
        </mark-expected-failures>

        <mark-expected-failures>
            <test name="hash_long_double_test"/>
            <toolset name="gcc-3.4.3_sunos"/>
            <toolset name="*pa_risc"/>
            <note author="Daniel James">
                This platform has poor support for <code>long double</code> so
                the hash function perform poorly for values out of the range
                of <code>double</code> or if they differ at a greater precision
                that <code>double</code> is capable of representing.
            </note>
        </mark-expected-failures>

        <mark-expected-failures>
            <test name="point" />
            <test name="books" />
            <toolset name="msvc-6.5*"/>
            <toolset name="msvc-7.0*"/>
            <note author="Daniel James">
                These examples only work on compilers with support for ADL.
                It is possible to work around this, but I wanted to keep the
                example code as clean as possible.
            </note>
        </mark-expected-failures>

        <mark-expected-failures>
            <test name="point" />
            <toolset name="borland-*"/>
            <note author="Daniel James">
                It appears that Borland doesn't find friend functions defined
                in a class by ADL. This is easily fixed but this example is
                meant to show the typical way of customising boost::hash, not
                the portable way.
            </note>
        </mark-expected-failures>

        <mark-expected-failures>
            <test name="hash_global_namespace_test" />
            <toolset name="borland-*"/>
            <note author="Daniel James">
                The test demonstrates a Borland bug - functions that aren't
                in a namespace don't appear to be found by ADL.
            </note>
        </mark-expected-failures>

        <mark-expected-failures>
            <test name="container_fwd_gcc_debug"/>
            <toolset name="darwin-4.2"/>
            <note author="Daniel James">
              Debug containers aren't supported on Apple's version of gcc 4.2.
            </note>
        </mark-expected-failures>
    </library>
</explicit-failures-markup>