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#include "config.h"
#include "test/helpers/tracker_test.h"
#include "net/address_list.h"
#include "test/torrent/test_tracker_list.h"
#include <cppunit/extensions/HelperMacros.h>
// TrackerTest does not fully support threaded tracker yet, so review the code if such a requirement
// is needed.
uint32_t return_new_peers = 0xdeadbeef;
torrent::tracker::Tracker
TrackerTest::new_tracker([[maybe_unused]] torrent::TrackerList* parent, const std::string& url, int flags) {
auto tracker_info = torrent::TrackerInfo{
// .info_hash = m_info->hash(),
// .obfuscated_hash = m_info->hash_obfuscated(),
// .local_id = m_info->local_id(),
// .key = m_key
};
tracker_info.url = url;
return torrent::tracker::Tracker(std::make_shared<TrackerTest>(std::move(tracker_info), flags));
}
void
TrackerTest::insert_tracker(torrent::TrackerList* parent, int group, torrent::tracker::Tracker tracker) {
// Insert into partent then override slots.
parent->insert(group, tracker);
tracker.get_worker()->m_slot_enabled = [parent, tracker]() {
if (parent->slot_tracker_enabled())
parent->slot_tracker_enabled()(tracker);
};
tracker.get_worker()->m_slot_disabled = [parent, tracker]() {
if (parent->slot_tracker_disabled())
parent->slot_tracker_disabled()(tracker);
};
tracker.get_worker()->m_slot_success = [parent, tracker](torrent::AddressList&& l) {
auto t = tracker;
parent->receive_success(std::move(t), &l);
};
tracker.get_worker()->m_slot_failure = [parent, tracker](const std::string& msg) {
auto t = tracker;
parent->receive_failed(std::move(t), msg);
};
tracker.get_worker()->m_slot_scrape_success = [parent, tracker]() {
auto t = tracker;
parent->receive_scrape_success(std::move(t));
};
tracker.get_worker()->m_slot_scrape_failure = [parent, tracker](const std::string& msg) {
auto t = tracker;
parent->receive_scrape_failed(std::move(t), msg);
};
}
void
TrackerTest::set_success(uint32_t counter, uint32_t time_last) {
auto guard = lock_guard();
state().m_success_counter = counter;
state().m_success_time_last = time_last;
state().set_normal_interval(torrent::tracker::TrackerState::default_normal_interval);
state().set_min_interval(torrent::tracker::TrackerState::default_min_interval);
}
void
TrackerTest::set_failed(uint32_t counter, uint32_t time_last) {
auto guard = lock_guard();
state().m_failed_counter = counter;
state().m_failed_time_last = time_last;
state().m_normal_interval = 0;
state().m_min_interval = 0;
}
void
TrackerTest::set_latest_new_peers(uint32_t peers) {
auto guard = lock_guard();
state().m_latest_new_peers = peers;
}
void
TrackerTest::set_latest_sum_peers(uint32_t peers) {
auto guard = lock_guard();
state().m_latest_sum_peers = peers;
}
void
TrackerTest::set_new_normal_interval(uint32_t timeout) {
auto guard = lock_guard();
state().set_normal_interval(timeout);
}
void
TrackerTest::set_new_min_interval(uint32_t timeout) {
auto guard = lock_guard();
state().set_min_interval(timeout);
}
void
TrackerTest::send_event(torrent::tracker::TrackerState::event_enum new_state) {
// Trackers close on-going requests when new state is sent.
m_busy = true;
m_open = true;
m_requesting_state = new_state;
lock_and_set_latest_event(new_state);
}
void
TrackerTest::send_scrape() {
// We ignore scrapes if we're already making a request.
// if (m_open)
// return;
m_busy = true;
m_open = true;
m_requesting_state = torrent::tracker::TrackerState::EVENT_SCRAPE;
lock_and_set_latest_event(torrent::tracker::TrackerState::EVENT_SCRAPE);
}
bool
TrackerTest::trigger_success(uint32_t new_peers, uint32_t sum_peers) {
CPPUNIT_ASSERT(is_busy() && "TrackerTest::trigger_success: is_busy()");
CPPUNIT_ASSERT(is_open() && "TrackerTest::trigger_success: is_open()");
torrent::AddressList address_list;
for (unsigned int i = 0; i != sum_peers; i++) {
rak::socket_address sa; sa.sa_inet()->clear(); sa.sa_inet()->set_port(0x100 + i);
address_list.push_back(sa);
}
return trigger_success(&address_list, new_peers);
}
bool
TrackerTest::trigger_success(torrent::AddressList* address_list, uint32_t new_peers) {
CPPUNIT_ASSERT(is_busy() && "TrackerTest::trigger_success: is_busy()");
CPPUNIT_ASSERT(is_open() && "TrackerTest::trigger_success: is_open()");
CPPUNIT_ASSERT(address_list != nullptr && "TrackerTest::trigger_success: address_list == nullptr");
m_busy = false;
m_open = !(state().flags() & flag_close_on_done);
return_new_peers = new_peers;
if (state().latest_event() == torrent::tracker::TrackerState::EVENT_SCRAPE) {
if (m_slot_scrape_success)
m_slot_scrape_success();
} else {
{
auto guard = lock_guard();
state().set_normal_interval(torrent::tracker::TrackerState::default_normal_interval);
state().set_min_interval(torrent::tracker::TrackerState::default_min_interval);
}
if (m_slot_success)
m_slot_success(std::move(*address_list));
}
m_requesting_state = -1;
return true;
}
bool
TrackerTest::trigger_failure() {
CPPUNIT_ASSERT(is_busy() && "TrackerTest::trigger_failure: is_busy()");
CPPUNIT_ASSERT(is_open() && "TrackerTest::trigger_failure: is_open()");
m_busy = false;
m_open = !(state().flags() & flag_close_on_done);
return_new_peers = 0;
if (state().latest_event() == torrent::tracker::TrackerState::EVENT_SCRAPE) {
if (m_slot_scrape_failure)
m_slot_scrape_failure("failed");
} else {
{
auto guard = lock_guard();
state().set_normal_interval(0);
state().set_min_interval(0);
}
if (m_slot_failure)
m_slot_failure("failed");
}
m_requesting_state = -1;
return true;
}
bool
TrackerTest::trigger_scrape() {
if (!is_busy() || !is_open())
return false;
if (state().latest_event() != torrent::tracker::TrackerState::EVENT_SCRAPE)
return false;
return trigger_success();
}
int
TrackerTest::count_active(torrent::TrackerList* parent) {
return std::count_if(parent->begin(), parent->end(), std::mem_fn(&torrent::tracker::Tracker::is_busy));
}
int
TrackerTest::count_usable(torrent::TrackerList* parent) {
return std::count_if(parent->begin(), parent->end(), std::mem_fn(&torrent::tracker::Tracker::is_usable));
}
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