suite.inl
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#ifndef CRUCIBLE_TEST_SUITE_INL
#define CRUCIBLE_TEST_SUITE_INL
namespace crucible::test::suite
{
template<typename VARIANT>
auto Suite::add_fixture(std::string const &group, std::string const &name, test::fixture::FixtureFunction const &function) -> void
{
auto emplace_result { my_fixtures_by_group.emplace(group, core::arrays::make_dynamic_array<test::fixture::Fixture>()) };
auto &iterator { emplace_result.first };
auto &fixture_list { iterator->second };
fixture_list.push(group, name, core::utility::construct<VARIANT>(function));
}
template<typename VARIANT>
auto Suite::execute_fixtures_with_group(std::string const &group, test::reporter::Reporter &reporter) -> void
{
auto const execute_fixture {
[&reporter, this](test::fixture::Fixture const &fixture) -> void {
if (!fixture.has_variant<VARIANT>()) {
return;
}
reporter.handle_fixture_start(fixture);
auto const outcome { fixture.execute() };
reporter.handle_fixture_end(fixture, outcome);
++my_fixture_count;
}
};
auto iterator { my_fixtures_by_group.find(group) };
if (iterator == my_fixtures_by_group.end()) {
return;
}
auto &fixture_list { iterator->second };
fixture_list
.iterate()
.for_each_do(execute_fixture);
}
template<typename VARIANT>
FixtureRegistrar<VARIANT>::FixtureRegistrar(std::string const &group, std::string const &name, test::fixture::FixtureFunction const &function)
{
auto &suite { Suite::get_reference() };
suite.add_fixture<VARIANT>(group, name, function);
}
}
#endif // CRUCIBLE_TEST_SUITE_INL