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/*
* This file is part of the TrinityCore Project. See AUTHORS file for Copyright information
*
* This program is free software; you can redistribute it and/or modify it
* under the terms of the GNU General Public License as published by the
* Free Software Foundation; either version 2 of the License, or (at your
* option) any later version.
*
* This program is distributed in the hope that it will be useful, but WITHOUT
* ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
* FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for
* more details.
*
* You should have received a copy of the GNU General Public License along
* with this program. If not, see <http://www.gnu.org/licenses/>.
*/
#define CATCH_CONFIG_ENABLE_CHRONO_STRINGMAKER
#include "tc_catch2.h"
#include "EventMap.h"
enum EVENTS
{
EVENT_1 = 1,
EVENT_2 = 2,
EVENT_3 = 3
};
enum PHASES
{
PHASE_1 = 1,
PHASE_2 = 2
};
enum GROUPS
{
GROUP_1 = 1,
GROUP_2 = 2
};
TEST_CASE("Schedule an event", "[EventMap]")
{
EventMap eventMap;
REQUIRE(eventMap.Empty());
eventMap.ScheduleEvent(EVENT_1, 1s);
REQUIRE_FALSE(eventMap.Empty());
SECTION("Event has not yet reached its delay")
{
eventMap.Update(100);
uint32 id = eventMap.ExecuteEvent();
REQUIRE(id == 0);
REQUIRE_FALSE(eventMap.Empty());
REQUIRE(eventMap.GetTimeUntilEvent(EVENT_1) == 900ms);
}
SECTION("Event has reached its delay")
{
eventMap.Update(1000);
uint32 id = eventMap.ExecuteEvent();
REQUIRE(id == EVENT_1);
REQUIRE(eventMap.Empty());
REQUIRE(eventMap.GetTimeUntilEvent(EVENT_1) == Milliseconds::max());
}
SECTION("Event is past it's execution time")
{
eventMap.Update(2000);
REQUIRE(eventMap.GetTimeUntilEvent(EVENT_1) == -1s);
}
}
TEST_CASE("Schedule existing event", "[EventMap]")
{
EventMap eventMap;
SECTION("Same time")
{
eventMap.ScheduleEvent(EVENT_1, 1s);
eventMap.ScheduleEvent(EVENT_1, 1s);
eventMap.Update(1000);
uint32 id = eventMap.ExecuteEvent();
REQUIRE(id == EVENT_1);
id = eventMap.ExecuteEvent();
REQUIRE(id == EVENT_1);
REQUIRE(eventMap.Empty());
}
SECTION("Different time")
{
eventMap.ScheduleEvent(EVENT_1, 1s);
eventMap.ScheduleEvent(EVENT_1, 2s);
eventMap.Update(1000);
uint32 id = eventMap.ExecuteEvent();
REQUIRE(id == EVENT_1);
eventMap.Update(1000);
id = eventMap.ExecuteEvent();
REQUIRE(id == EVENT_1);
REQUIRE(eventMap.Empty());
}
}
TEST_CASE("Cancel a scheduled event", "[EventMap]")
{
EventMap eventMap;
eventMap.ScheduleEvent(EVENT_1, 1s);
eventMap.ScheduleEvent(EVENT_2, 1s);
eventMap.CancelEvent(EVENT_1);
REQUIRE_FALSE(eventMap.Empty());
eventMap.Update(1000);
uint32 id = eventMap.ExecuteEvent();
REQUIRE(id == EVENT_2);
REQUIRE(eventMap.Empty());
}
TEST_CASE("Cancel non-existing event", "[EventMap]")
{
EventMap eventMap;
REQUIRE(eventMap.Empty());
eventMap.CancelEvent(EVENT_1);
REQUIRE(eventMap.Empty());
}
TEST_CASE("Reschedule an event", "[EventMap]")
{
EventMap eventMap;
eventMap.ScheduleEvent(EVENT_1, 1s);
eventMap.RescheduleEvent(EVENT_1, 2s);
eventMap.Update(1000);
uint32 id = eventMap.ExecuteEvent();
REQUIRE(id == 0);
eventMap.Update(1000);
id = eventMap.ExecuteEvent();
REQUIRE(id == EVENT_1);
}
TEST_CASE("Reschedule a non-scheduled event", "[EventMap]")
{
EventMap eventMap;
eventMap.RescheduleEvent(EVENT_1, 2s);
eventMap.Update(1000);
uint32 id = eventMap.ExecuteEvent();
REQUIRE(id == 0);
eventMap.Update(1000);
id = eventMap.ExecuteEvent();
REQUIRE(id == EVENT_1);
}
TEST_CASE("Repeat an event (empty map)", "[EventMap]")
{
EventMap eventMap;
eventMap.Repeat(1s);
eventMap.Update(1s);
uint32 id = eventMap.ExecuteEvent();
REQUIRE(id == 0);
}
TEST_CASE("Repeat an event (populated map)", "[EventMap]")
{
EventMap eventMap;
eventMap.ScheduleEvent(EVENT_1, 1s);
SECTION("Scheduled event with delay not reached")
{
eventMap.Update(500ms);
eventMap.Repeat(1s);
uint32 id = eventMap.ExecuteEvent();
REQUIRE(id == 0);
}
SECTION("Scheduled event with delay not reached")
{
eventMap.Update(1s);
eventMap.Repeat(1s);
uint32 id = eventMap.ExecuteEvent();
REQUIRE(id == EVENT_1);
}
}
TEST_CASE("Schedule event with phase", "[EventMap]")
{
EventMap eventMap;
REQUIRE(eventMap.Empty());
eventMap.ScheduleEvent(EVENT_1, 1s, 0, PHASE_1);
eventMap.ScheduleEvent(EVENT_2, 1s, 0, PHASE_2);
SECTION("In default phase. Execute all events.")
{
eventMap.Update(1000);
uint32 id = eventMap.ExecuteEvent();
REQUIRE(id == EVENT_1);
REQUIRE_FALSE(eventMap.Empty());
id = eventMap.ExecuteEvent();
REQUIRE(id == EVENT_2);
REQUIRE(eventMap.Empty());
}
SECTION("Execute only events of specified phase")
{
eventMap.SetPhase(PHASE_1);
eventMap.Update(1000);
uint32 id = eventMap.ExecuteEvent();
REQUIRE(id == EVENT_1);
REQUIRE_FALSE(eventMap.Empty());
id = eventMap.ExecuteEvent();
REQUIRE(id == 0);
REQUIRE(eventMap.Empty());
}
SECTION("Execute events from multiple phases (1)")
{
eventMap.AddPhase(PHASE_1);
eventMap.AddPhase(PHASE_2);
eventMap.Update(1000);
uint32 id = eventMap.ExecuteEvent();
REQUIRE(id == EVENT_1);
REQUIRE_FALSE(eventMap.Empty());
id = eventMap.ExecuteEvent();
REQUIRE(id == EVENT_2);
REQUIRE(eventMap.Empty());
}
SECTION("Execute events from multiple phases (2)")
{
eventMap.AddPhase(PHASE_1);
eventMap.Update(1000);
uint32 id = eventMap.ExecuteEvent();
REQUIRE(id == EVENT_1);
REQUIRE_FALSE(eventMap.Empty());
eventMap.RemovePhase(PHASE_2);
id = eventMap.ExecuteEvent();
REQUIRE(id == 0);
REQUIRE(eventMap.Empty());
}
}
TEST_CASE("Phase helper methods", "[EventMap]")
{
EventMap eventMap;
eventMap.SetPhase(PHASE_1);
REQUIRE(eventMap.GetPhaseMask() == 0x1);
REQUIRE(eventMap.IsInPhase(PHASE_1));
REQUIRE_FALSE(eventMap.IsInPhase(PHASE_2));
eventMap.AddPhase(PHASE_2);
REQUIRE(eventMap.GetPhaseMask() == 0x3);
REQUIRE(eventMap.IsInPhase(PHASE_1));
REQUIRE(eventMap.IsInPhase(PHASE_2));
eventMap.RemovePhase(PHASE_1);
REQUIRE(eventMap.GetPhaseMask() == 0x2);
REQUIRE_FALSE(eventMap.IsInPhase(PHASE_1));
REQUIRE(eventMap.IsInPhase(PHASE_2));
}
TEST_CASE("Cancel event group", "[EventMap]")
{
EventMap eventMap;
eventMap.ScheduleEvent(EVENT_2, 1s, GROUP_1);
SECTION("Only event in group")
{
eventMap.CancelEventGroup(GROUP_1);
REQUIRE(eventMap.Empty());
}
SECTION("Group with groupless event")
{
eventMap.ScheduleEvent(EVENT_1, 1s);
eventMap.CancelEventGroup(GROUP_1);
REQUIRE_FALSE(eventMap.Empty());
}
SECTION("Two groups")
{
eventMap.ScheduleEvent(EVENT_1, 1s);
eventMap.ScheduleEvent(EVENT_3, 1s, GROUP_2);
eventMap.CancelEventGroup(GROUP_1);
REQUIRE_FALSE(eventMap.Empty());
eventMap.CancelEventGroup(GROUP_2);
REQUIRE_FALSE(eventMap.Empty());
}
}
TEST_CASE("Delay all events", "[EventMap]")
{
EventMap eventMap;
eventMap.ScheduleEvent(EVENT_1, 1s);
REQUIRE(eventMap.GetTimeUntilEvent(EVENT_1) == 1s);
SECTION("Without timer update")
{
eventMap.DelayEvents(1s);
// 1s (init) + 1s (delay) = 2s
REQUIRE(eventMap.GetTimeUntilEvent(EVENT_1) == 2s);
}
SECTION("With timer update smaller than delay")
{
eventMap.Update(500);
eventMap.DelayEvents(1s);
// 1s (init) + 1s (delay) - 500ms (tick) = 1500ms
REQUIRE(eventMap.GetTimeUntilEvent(EVENT_1) == 1500ms);
}
SECTION("With timer update larger than delay")
{
eventMap.Update(2000);
eventMap.DelayEvents(1s);
// 1s (init) + 1s (delay) - 2s (tick) = 0s
REQUIRE(eventMap.GetTimeUntilEvent(EVENT_1) == 0s);
}
}
TEST_CASE("Delay grouped events", "[EventMap]")
{
EventMap eventMap;
eventMap.ScheduleEvent(EVENT_1, 1s, GROUP_1);
eventMap.ScheduleEvent(EVENT_2, 2s, GROUP_2);
eventMap.ScheduleEvent(EVENT_3, 6s);
eventMap.Update(2000);
eventMap.DelayEvents(3s, GROUP_1);
REQUIRE(eventMap.GetTimeUntilEvent(EVENT_1) == 2s);
REQUIRE(eventMap.GetTimeUntilEvent(EVENT_2) == 0s);
REQUIRE(eventMap.GetTimeUntilEvent(EVENT_3) == 4s);
}
TEST_CASE("Reset map", "[EventMap]")
{
EventMap eventMap;
eventMap.ScheduleEvent(EVENT_1, 1s);
eventMap.Reset();
REQUIRE(eventMap.Empty());
}
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