/* Copyright (c) 2013, Arvid Norberg All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: * Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. * Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. * Neither the name of the author nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission. THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. */ #include "libtorrent/session.hpp" #include #include "test.hpp" #include "setup_transfer.hpp" #include "libtorrent/alert_types.hpp" #include "libtorrent/session_stats.hpp" #include "libtorrent/performance_counters.hpp" #include "libtorrent/bdecode.hpp" #include "libtorrent/bencode.hpp" #include "libtorrent/torrent_info.hpp" #include "libtorrent/session_stats.hpp" #include "settings.hpp" #include using namespace std::placeholders; using namespace lt; TORRENT_TEST(session) { settings_pack p = settings(); p.set_int(settings_pack::alert_mask, ~0); lt::session ses(p); settings_pack sett = settings(); sett.set_int(settings_pack::num_optimistic_unchoke_slots, 10); sett.set_int(settings_pack::unchoke_slots_limit, 10); sett.set_int(settings_pack::resolver_cache_timeout, 1000); ses.apply_settings(sett); // verify that we get the appropriate performance warning alert const* a; for (;;) { a = wait_for_alert(ses, performance_alert::alert_type, "ses1"); if (a == nullptr) break; TEST_EQUAL(a->type(), performance_alert::alert_type); if (alert_cast(a)->warning_code == performance_alert::too_many_optimistic_unchoke_slots) break; } TEST_CHECK(a); sett.set_int(settings_pack::unchoke_slots_limit, 0); ses.apply_settings(sett); TEST_CHECK(ses.get_settings().get_int(settings_pack::unchoke_slots_limit) == 0); sett.set_int(settings_pack::unchoke_slots_limit, -1); ses.apply_settings(sett); TEST_CHECK(ses.get_settings().get_int(settings_pack::unchoke_slots_limit) == -1); sett.set_int(settings_pack::unchoke_slots_limit, 8); ses.apply_settings(sett); TEST_CHECK(ses.get_settings().get_int(settings_pack::unchoke_slots_limit) == 8); TEST_EQUAL(ses.get_settings().get_int(settings_pack::resolver_cache_timeout), 1000); sett.set_int(settings_pack::resolver_cache_timeout, 1001); ses.apply_settings(sett); TEST_EQUAL(ses.get_settings().get_int(settings_pack::resolver_cache_timeout), 1001); // make sure the destructor waits properly // for the asynchronous call to set the alert // mask completes, before it goes on to destruct // the session object } TORRENT_TEST(async_add_torrent_duplicate_error) { settings_pack p = settings(); p.set_int(settings_pack::alert_mask, ~0); lt::session ses(p); add_torrent_params atp; atp.info_hash.assign("abababababababababab"); atp.save_path = "."; ses.async_add_torrent(atp); auto* a = alert_cast(wait_for_alert(ses, add_torrent_alert::alert_type, "ses")); TEST_CHECK(a); if (a == nullptr) return; atp.flags |= torrent_flags::duplicate_is_error; ses.async_add_torrent(atp); a = alert_cast(wait_for_alert(ses, add_torrent_alert::alert_type, "ses")); TEST_CHECK(a); if (a == nullptr) return; TEST_CHECK(!a->handle.is_valid()); TEST_CHECK(a->error); } TORRENT_TEST(async_add_torrent_duplicate) { settings_pack p = settings(); p.set_int(settings_pack::alert_mask, ~0); lt::session ses(p); add_torrent_params atp; atp.info_hash.assign("abababababababababab"); atp.save_path = "."; ses.async_add_torrent(atp); auto* a = alert_cast(wait_for_alert(ses, add_torrent_alert::alert_type, "ses")); TEST_CHECK(a); if (a == nullptr) return; torrent_handle h = a->handle; TEST_CHECK(!a->error); atp.flags &= ~torrent_flags::duplicate_is_error; ses.async_add_torrent(atp); a = alert_cast(wait_for_alert(ses, add_torrent_alert::alert_type, "ses")); TEST_CHECK(a); if (a == nullptr) return; TEST_CHECK(a->handle == h); TEST_CHECK(!a->error); } TORRENT_TEST(async_add_torrent_duplicate_back_to_back) { settings_pack p = settings(); p.set_int(settings_pack::alert_mask, ~0); lt::session ses(p); add_torrent_params atp; atp.info_hash.assign("abababababababababab"); atp.save_path = "."; atp.flags |= torrent_flags::paused; atp.flags &= ~torrent_flags::apply_ip_filter; atp.flags &= ~torrent_flags::auto_managed; ses.async_add_torrent(atp); atp.flags &= ~torrent_flags::duplicate_is_error; ses.async_add_torrent(atp); auto* a = alert_cast(wait_for_alert(ses , add_torrent_alert::alert_type, "ses", pop_alerts::cache_alerts)); TEST_CHECK(a); if (a == nullptr) return; torrent_handle h = a->handle; TEST_CHECK(!a->error); a = alert_cast(wait_for_alert(ses , add_torrent_alert::alert_type, "ses", pop_alerts::cache_alerts)); TEST_CHECK(a); if (a == nullptr) return; TEST_CHECK(a->handle == h); TEST_CHECK(!a->error); torrent_status st = h.status(); TEST_CHECK(st.flags & torrent_flags::paused); TEST_CHECK(!(st.flags & torrent_flags::apply_ip_filter)); TEST_CHECK(!(st.flags & torrent_flags::auto_managed)); } TORRENT_TEST(load_empty_file) { settings_pack p = settings(); p.set_int(settings_pack::alert_mask, ~0); lt::session ses(p); add_torrent_params atp; error_code ignore_errors; atp.ti = std::make_shared("", std::ref(ignore_errors), from_span); atp.save_path = "."; error_code ec; torrent_handle h = ses.add_torrent(std::move(atp), ec); TEST_CHECK(!h.is_valid()); TEST_CHECK(ec == error_code(errors::no_metadata)); } TORRENT_TEST(session_stats) { std::vector stats = session_stats_metrics(); std::sort(stats.begin(), stats.end() , [](stats_metric const& lhs, stats_metric const& rhs) { return lhs.value_index < rhs.value_index; }); TEST_EQUAL(stats.size(), lt::counters::num_counters); // make sure every stat index is represented in the stats_metric vector for (int i = 0; i < int(stats.size()); ++i) { TEST_EQUAL(stats[std::size_t(i)].value_index, i); } TEST_EQUAL(lt::find_metric_idx("peer.incoming_connections") , lt::counters::incoming_connections); } TORRENT_TEST(paused_session) { lt::session s(settings()); s.pause(); lt::add_torrent_params ps; std::ofstream file("temporary"); ps.ti = ::create_torrent(&file, "temporary", 16 * 1024, 13, false); ps.flags = lt::torrent_flags::paused; ps.save_path = "."; torrent_handle h = s.add_torrent(std::move(ps)); std::this_thread::sleep_for(lt::milliseconds(2000)); h.resume(); std::this_thread::sleep_for(lt::milliseconds(1000)); TEST_CHECK(!(h.flags() & torrent_flags::paused)); } TORRENT_TEST(get_cache_info) { lt::session s(settings()); lt::cache_status ret; s.get_cache_info(&ret); TEST_CHECK(ret.pieces.empty()); #if TORRENT_ABI_VERSION == 1 TEST_EQUAL(ret.blocks_written, 0); TEST_EQUAL(ret.writes, 0); TEST_EQUAL(ret.blocks_read, 0); TEST_EQUAL(ret.blocks_read_hit, 0); TEST_EQUAL(ret.reads, 0); TEST_EQUAL(ret.queued_bytes, 0); TEST_EQUAL(ret.cache_size, 0); TEST_EQUAL(ret.write_cache_size, 0); TEST_EQUAL(ret.read_cache_size, 0); TEST_EQUAL(ret.pinned_blocks, 0); TEST_EQUAL(ret.total_used_buffers, 0); TEST_EQUAL(ret.average_read_time, 0); TEST_EQUAL(ret.average_write_time, 0); TEST_EQUAL(ret.average_hash_time, 0); TEST_EQUAL(ret.average_job_time, 0); TEST_EQUAL(ret.cumulative_job_time, 0); TEST_EQUAL(ret.cumulative_read_time, 0); TEST_EQUAL(ret.cumulative_write_time, 0); TEST_EQUAL(ret.cumulative_hash_time, 0); TEST_EQUAL(ret.total_read_back, 0); TEST_EQUAL(ret.read_queue_size, 0); TEST_EQUAL(ret.blocked_jobs, 0); TEST_EQUAL(ret.queued_jobs, 0); TEST_EQUAL(ret.peak_queued, 0); TEST_EQUAL(ret.pending_jobs, 0); TEST_EQUAL(ret.num_jobs, 0); TEST_EQUAL(ret.num_read_jobs, 0); TEST_EQUAL(ret.num_write_jobs, 0); TEST_EQUAL(ret.arc_mru_size, 0); TEST_EQUAL(ret.arc_mru_ghost_size, 0); TEST_EQUAL(ret.arc_mfu_size, 0); TEST_EQUAL(ret.arc_mfu_ghost_size, 0); TEST_EQUAL(ret.arc_write_size, 0); TEST_EQUAL(ret.arc_volatile_size, 0); TEST_EQUAL(ret.num_writing_threads, 0); #endif } template void test_save_restore(Set setup, Save s, Default d, Load l) { entry st; { settings_pack p = settings(); setup(p); lt::session ses(p); s(ses, st); } { settings_pack p = settings(); d(p); lt::session ses(p); // the loading function takes a bdecode_node, so we have to transform the // entry std::printf("%s\n", st.to_string().c_str()); std::vector buf; bencode(std::back_inserter(buf), st); bdecode_node state; error_code ec; int ret = bdecode(buf.data(), buf.data() + buf.size() , state, ec, nullptr, 100, 1000); TEST_EQUAL(ret, 0); if (ec) { std::printf("bdecode: %s\n", ec.message().c_str()); std::printf("%s\n", std::string(buf.data(), buf.size()).c_str()); } TEST_CHECK(!ec); l(ses, state); } } TORRENT_TEST(save_restore_state) { test_save_restore( [](settings_pack& p) { // set the cache size p.set_int(settings_pack::request_queue_time, 1337); }, [](lt::session& ses, entry& st) { ses.save_state(st); }, [](settings_pack& p) { p.set_int(settings_pack::request_queue_time, 90); }, [](lt::session& ses, bdecode_node& st) { ses.load_state(st); // make sure we loaded the cache size correctly settings_pack sett = ses.get_settings(); TEST_EQUAL(sett.get_int(settings_pack::request_queue_time), 1337); }); } TORRENT_TEST(save_restore_state_save_filter) { test_save_restore( [](settings_pack& p) { // set the cache size p.set_int(settings_pack::request_queue_time, 1337); }, [](lt::session& ses, entry& st) { // save everything _but_ the settings ses.save_state(st, ~session::save_settings); }, [](settings_pack& p) { p.set_int(settings_pack::request_queue_time, 90); }, [](lt::session& ses, bdecode_node& st) { ses.load_state(st); // make sure whatever we loaded did not include the cache size settings_pack sett = ses.get_settings(); TEST_EQUAL(sett.get_int(settings_pack::request_queue_time), 90); }); } TORRENT_TEST(save_restore_state_load_filter) { test_save_restore( [](settings_pack& p) { // set the cache size p.set_int(settings_pack::request_queue_time, 1337); }, [](lt::session& ses, entry& st) { // save everything ses.save_state(st); }, [](settings_pack& p) { p.set_int(settings_pack::request_queue_time, 90); }, [](lt::session& ses, bdecode_node& st) { // load everything _but_ the settings ses.load_state(st, ~session::save_settings); settings_pack sett = ses.get_settings(); TEST_EQUAL(sett.get_int(settings_pack::request_queue_time), 90); }); } TORRENT_TEST(session_shutdown) { lt::settings_pack pack; lt::session ses(pack); } // make sure we don't restore peer_id from session state TORRENT_TEST(save_state_peer_id) { lt::settings_pack pack; pack.set_str(settings_pack::peer_fingerprint, "AAA"); lt::session ses(pack); TEST_EQUAL(ses.get_settings().get_str(settings_pack::peer_fingerprint), "AAA"); lt::entry st; ses.save_state(st); pack.set_str(settings_pack::peer_fingerprint, "foobar"); ses.apply_settings(pack); TEST_EQUAL(ses.get_settings().get_str(settings_pack::peer_fingerprint), "foobar"); std::vector buf; bencode(std::back_inserter(buf), st); bdecode_node state; error_code ec; int ret = bdecode(buf.data(), buf.data() + buf.size() , state, ec, nullptr, 100, 1000); TEST_EQUAL(ret, 0); ses.load_state(state); TEST_EQUAL(ses.get_settings().get_str(settings_pack::peer_fingerprint), "foobar"); } #if !defined TORRENT_DISABLE_LOGGING #if !defined TORRENT_DISABLE_DHT auto const count_dht_inits = [](session& ses) { int count = 0; int num = 120; // this number is adjusted per version, an estimate time_point const end_time = clock_type::now() + seconds(15); while (true) { time_point const now = clock_type::now(); if (now > end_time) return count; ses.wait_for_alert(end_time - now); std::vector alerts; ses.pop_alerts(&alerts); for (auto a : alerts) { std::printf("%d: [%s] %s\n", num, a->what(), a->message().c_str()); if (a->type() == log_alert::alert_type) { std::string const msg = a->message(); if (msg.find("starting DHT, running: ") != std::string::npos) count++; } num--; } if (num <= 0) return count; } }; TORRENT_TEST(init_dht_default_bootstrap) { settings_pack p = settings(); p.set_bool(settings_pack::enable_dht, true); p.set_int(settings_pack::alert_mask, alert::all_categories); // default value p.set_str(settings_pack::dht_bootstrap_nodes, "dht.libtorrent.org:25401"); lt::session s(p); int const count = count_dht_inits(s); TEST_EQUAL(count, 1); } TORRENT_TEST(init_dht_invalid_bootstrap) { settings_pack p = settings(); p.set_bool(settings_pack::enable_dht, true); p.set_int(settings_pack::alert_mask, alert::all_categories); // no default value p.set_str(settings_pack::dht_bootstrap_nodes, "test.libtorrent.org:25401:8888"); lt::session s(p); int const count = count_dht_inits(s); TEST_EQUAL(count, 1); } TORRENT_TEST(init_dht_empty_bootstrap) { settings_pack p = settings(); p.set_bool(settings_pack::enable_dht, true); p.set_int(settings_pack::alert_mask, alert::all_categories); // empty value p.set_str(settings_pack::dht_bootstrap_nodes, ""); lt::session s(p); int const count = count_dht_inits(s); TEST_EQUAL(count, 1); } #endif // TORRENT_DISABLE_DHT TORRENT_TEST(reopen_network_sockets) { auto count_alerts = [](session& ses, int const listen, int const portmap) { int count_listen = 0; int count_portmap = 0; int num = 50; // this number is adjusted per version, an estimate time_point const end_time = clock_type::now() + seconds(1); while (true) { time_point const now = clock_type::now(); if (now > end_time) break; ses.wait_for_alert(end_time - now); std::vector alerts; ses.pop_alerts(&alerts); for (auto a : alerts) { std::printf("%d: [%s] %s\n", num, a->what(), a->message().c_str()); std::string const msg = a->message(); if (msg.find("successfully listening on") != std::string::npos) count_listen++; // upnp if (msg.find("adding port map:") != std::string::npos) count_portmap++; // natpmp if (msg.find("add-mapping: proto:") != std::string::npos) count_portmap++; num--; } if (num <= 0) break; } std::printf("count_listen: %d, count_portmap: %d\n", count_listen, count_portmap); return count_listen == listen && count_portmap == portmap; }; settings_pack p = settings(); p.set_int(settings_pack::alert_mask, alert::all_categories); p.set_str(settings_pack::listen_interfaces, "0.0.0.0:6881"); p.set_bool(settings_pack::enable_upnp, true); p.set_bool(settings_pack::enable_natpmp, true); lt::session s(p); TEST_CHECK(count_alerts(s, 2, 4)); s.reopen_network_sockets(session_handle::reopen_map_ports); TEST_CHECK(count_alerts(s, 0, 4)); s.reopen_network_sockets({}); TEST_CHECK(count_alerts(s, 0, 0)); p.set_bool(settings_pack::enable_upnp, false); p.set_bool(settings_pack::enable_natpmp, false); s.apply_settings(p); s.reopen_network_sockets(session_handle::reopen_map_ports); TEST_CHECK(count_alerts(s, 0, 0)); } #endif