void default_filter_factory< CharT >::on_string_argument(
string_type const& name, const char_type* b, const char_type* e, filter_type& filter)
{
filter = log::filters::attr<
string_type
>(name, std::nothrow).satisfies(log::aux::bind2nd(RelationT(), string_type(b, e)));
}
result_type operator() (long val) const
{
typedef binder2nd< RelationT, long > predicate;
m_filter = predicate_wrapper< log::integral_types::type, predicate >(m_name, predicate(RelationT(), val));
}
result_type operator() (string_type const& val) const
{
m_filter = predicate_wrapper< log::string_types::type, predicate >(m_name, predicate(RelationT(), val));
}
result_type operator() (double val) const
{
typedef binder2nd< RelationT, double > predicate;
m_filter = predicate_wrapper< log::floating_point_types::type, predicate >(m_name, predicate(RelationT(), val));
}
void default_filter_factory< CharT >::on_fp_argument(string_type const& name, double val, filter_type& filter)
{
filter = log::filters::attr<
log::floating_point_types
>(name, std::nothrow).satisfies(log::aux::bind2nd(RelationT(), val));
}
void default_filter_factory< CharT >::on_integral_argument(string_type const& name, long val, filter_type& filter)
{
filter = log::filters::attr<
log::integral_types
>(name, std::nothrow).satisfies(log::aux::bind2nd(RelationT(), val));
}
