private void AssignAgentMasters(ParsedLog log, LogProcessorState state)
{
// Requires aware times to be set first
Debug.Assert(state.AwareTimesSet);
Debug.Assert(!state.MastersAssigned);
Debug.Assert(state.AgentsByAddress != null);
Debug.Assert(state.AgentsById != null);
foreach (var combatItem in log.ParsedCombatItems)
{
if (combatItem.IsStateChange == StateChange.Normal)
{
if (combatItem.SrcMasterId != 0)
{
Agent minion = null;
if (state.AgentsById.TryGetValue(combatItem.SrcAgentId, out var agentsWithId))
{
foreach (var agent in agentsWithId)
{
if (agent.IsWithinAwareTime(combatItem.Time))
{
minion = agent;
break;
}
}
}
if (minion != null && minion.Master == null)
{
Agent master = null;
if (state.AgentsById.TryGetValue(combatItem.SrcMasterId, out var potentialMasters))
{
foreach (var agent in potentialMasters)
{
if (!(agent is Gadget) && agent.IsWithinAwareTime(combatItem.Time))
{
master = agent;
break;
}
}
}
if (master != null)
{
bool inCycle = false;
var masterParent = master;
while (masterParent != null)
{
if (masterParent == minion)
{
// A cycle is present in the minion hierarchy, this minion would end up as
// a transitive minion of itself, which could cause infinite looping.
// This is common in very old logs where minion data is somewhat weird.
inCycle = true;
break;
}
masterParent = masterParent.Master;
}
if (!inCycle)
{
minion.Master = master;
master.MinionList.Add(minion);
}
}
}
}
}
if (combatItem.IsStateChange == StateChange.AttackTarget)
{
ulong attackTargetAddress = combatItem.SrcAgent;
ulong masterGadgetAddress = combatItem.DstAgent;
AttackTarget target = null;
Gadget master = null;
foreach (var agent in state.Agents)
{
switch (agent)
{
case Gadget gadget when gadget.AgentOrigin.OriginalAgentData.Any(x => x.Address == masterGadgetAddress):
master = gadget;
break;
case AttackTarget attackTarget when attackTarget.AgentOrigin.OriginalAgentData.Any(x => x.Address == attackTargetAddress):
target = attackTarget;
break;
}
}
if (master != null && target != null)
{
master.AddAttackTarget(target);
target.Gadget = master;
}
}
}
state.MastersAssigned = true;
}
// Requires aware times to be set first
private void AssignAgentMasters(ParsedLog log, IReadOnlyCollection <Agent> agents)
{
foreach (var combatItem in log.ParsedCombatItems)
{
if (combatItem.IsStateChange == StateChange.Normal)
{
if (combatItem.SrcMasterId != 0)
{
Agent minion = null;
// TODO: Look up by id with a dictionary first
foreach (var agent in agents)
{
if (agent.Id == combatItem.SrcAgentId && agent.IsWithinAwareTime(combatItem.Time))
{
minion = agent;
break;
}
}
if (minion != null && minion.Master == null)
{
Agent master = null;
foreach (var agent in agents)
{
if (!(agent is Gadget) && agent.Id == combatItem.SrcMasterId &&
agent.IsWithinAwareTime(combatItem.Time))
{
master = agent;
break;
}
}
if (master != null)
{
bool inCycle = false;
var masterParent = master;
while (masterParent != null)
{
if (masterParent == minion)
{
// A cycle is present in the minion hierarchy, this minion would end up as
// a transitive minion of itself, which could cause infinite looping.
// This is common in very old logs where minion data is somewhat weird.
inCycle = true;
break;
}
masterParent = masterParent.Master;
}
if (!inCycle)
{
minion.Master = master;
master.MinionList.Add(minion);
}
}
}
}
}
if (combatItem.IsStateChange == StateChange.AttackTarget)
{
ulong attackTargetAddress = combatItem.SrcAgent;
ulong masterGadgetAddress = combatItem.DstAgent;
AttackTarget target = null;
Gadget master = null;
foreach (var agent in agents)
{
switch (agent)
{
case Gadget gadget when gadget.Address == masterGadgetAddress:
master = gadget;
break;
case AttackTarget attackTarget when attackTarget.Address == attackTargetAddress:
target = attackTarget;
break;
}
}
if (master != null && target != null)
{
master.AddAttackTarget(target);
target.Gadget = master;
}
}
}
}