Method remove

test/network_tests/fake_socket_tests/helpers/socket_manager.cpp:101–141

}

void socket_manager::remove(fd_t fd) {
    auto const lock = std::scoped_lock(mtx_);
    fd_to_handle_.erase(fd);

    for (auto it = multicast_to_fds_.begin(); it != multicast_to_fds_.end();) {
        auto& [address, fds] = *it;
        if (auto it_fds = fds.find(fd); it_fds != fds.end()) {
            fds.erase(it_fds);
            if (fds.empty()) {
                it = multicast_to_fds_.erase(it);
                continue;
            }
        }
        ++it;
    }

    for (auto it_apps = binded_multicast_endpoints_.begin(); it_apps != binded_multicast_endpoints_.end();) {
        for (auto it_endpoints = it_apps->second.begin(); it_endpoints != it_apps->second.end();) {
            if (it_endpoints->second == fd) {
                it_endpoints = it_apps->second.erase(it_endpoints);
                continue;
            }
            ++it_endpoints;
        }
        if (it_apps->second.size() == 0) {
            it_apps = binded_multicast_endpoints_.erase(it_apps);
            continue;
        }
        ++it_apps;
    }

    auto it_udp = std::find_if(endpoint_udp_to_fd_.begin(), endpoint_udp_to_fd_.end(), [fd](const auto& _fd) { return _fd.second == fd; });
    if (it_udp != endpoint_udp_to_fd_.end()) {
        endpoint_udp_to_fd_.erase(it_udp);
    }

    auto it_tcp = std::find_if(endpoint_tcp_to_fd_.begin(), endpoint_tcp_to_fd_.end(), [fd](const auto& _fd) { return _fd.second == fd; });
    if (it_tcp != endpoint_tcp_to_fd_.end()) {
        endpoint_tcp_to_fd_.erase(it_tcp);
    }
}

void socket_manager::add_acceptor(std::weak_ptr<fake_tcp_acceptor_handle> _state, boost::asio::io_context* _io, socket_type _type) {
    if (auto const state = _state.lock(); state) {