void CRecastContainer::Add(RECASTTYPE type, uint16 id, uint32 duration, uint32 chargeTime, uint8 maxCharges)
{
Recast_t* recast = GetRecast(type, id);
if( recast == NULL)
{
Recast_t* newRecast = new Recast_t;
newRecast->ID = id;
newRecast->TimeStamp = gettick();
newRecast->RecastTime = duration;
newRecast->chargeTime = chargeTime;
newRecast->maxCharges = maxCharges;
GetRecastList(type)->push_back(newRecast);
}
else
{
if (chargeTime == 0)
{
recast->TimeStamp = gettick();
recast->RecastTime = duration;
}
else
{
if (recast->RecastTime == 0)
{
recast->TimeStamp = gettick();
}
recast->RecastTime += chargeTime * 1000;
recast->chargeTime = chargeTime;
recast->maxCharges = maxCharges;
}
}
}
void CRecastContainer::Del(RECASTTYPE type, uint16 id)
{
RecastList_t* PRecastList = GetRecastList(type);
if (type == RECAST_ABILITY)
{
if (auto recast = GetRecast(RECAST_ABILITY, id))
{
recast->RecastTime = 0;
}
}
else
{
PRecastList->erase(std::remove_if(PRecastList->begin(), PRecastList->end(), [&id](auto& recast)
{
return recast.ID == id;
}), PRecastList->end());
}
}
Recast_t* CRecastContainer::Load(RECASTTYPE type, uint16 id, uint32 duration, uint32 chargeTime, uint8 maxCharges)
{
Recast_t* recast = GetRecast(type, id);
if (recast == nullptr)
{
GetRecastList(type)->push_back({id, time(nullptr), duration, chargeTime, maxCharges});
return &GetRecastList(type)->back();
}
else
{
if (chargeTime)
{
recast->chargeTime = chargeTime;
}
if (maxCharges)
{
recast->maxCharges = maxCharges;
}
if (recast->chargeTime == 0)
{
recast->TimeStamp = time(nullptr);
recast->RecastTime = duration;
}
else
{
if (recast->RecastTime == 0)
{
recast->TimeStamp = time(nullptr);
}
else if (recast->RecastTime + duration > recast->chargeTime * recast->maxCharges)
{
auto diff = (recast->RecastTime + duration) - (recast->chargeTime * recast->maxCharges);
recast->TimeStamp += diff;
duration -= diff;
}
recast->RecastTime += duration;
}
return recast;
}
}
void CRecastContainer::ResetAbilities()
{
RecastList_t* PRecastList = GetRecastList(RECAST_ABILITY);
uint32 timestamp = 0;
uint32 recastTime = 0;
Recast_t* twoHour = GetRecast(RECAST_ABILITY, 0);
if (twoHour != NULL)
{
timestamp = twoHour->TimeStamp;
recastTime = twoHour->RecastTime;
}
PRecastList->clear();
if (twoHour != NULL)
{
Recast_t* newTwoHour = new Recast_t;
newTwoHour->ID = 0;
newTwoHour->TimeStamp = timestamp;
newTwoHour->RecastTime = recastTime;
PRecastList->push_back(newTwoHour);
}
}
void CRecastContainer::ResetAbilities()
{
RecastList_t* PRecastList = GetRecastList(RECAST_ABILITY);
uint32 timestamp = 0;
uint32 recastTime = 0;
Recast_t* twoHour = GetRecast(RECAST_ABILITY, 0);
if (twoHour != nullptr)
{
timestamp = twoHour->TimeStamp;
recastTime = twoHour->RecastTime;
}
PRecastList->clear();
if (twoHour != nullptr)
{
Recast_t* newTwoHour = new Recast_t;
newTwoHour->ID = 0;
newTwoHour->TimeStamp = timestamp;
newTwoHour->RecastTime = recastTime;
PRecastList->push_back(newTwoHour);
}
Sql_Query(SqlHandle, "DELETE FROM char_recast WHERE charid = %u AND id != 0;", m_PChar->id);
}
Recast_t* CRecastContainer::Load(RECASTTYPE type, uint16 id, uint32 duration, uint32 chargeTime, uint8 maxCharges)
{
Recast_t* recast = GetRecast(type, id);
if (recast == nullptr)
{
Recast_t* newRecast = new Recast_t;
newRecast->ID = id;
newRecast->TimeStamp = time(nullptr);
newRecast->RecastTime = duration;
newRecast->chargeTime = chargeTime;
newRecast->maxCharges = maxCharges;
GetRecastList(type)->push_back(newRecast);
return newRecast;
}
else
{
if (chargeTime == 0)
{
recast->TimeStamp = time(nullptr);
recast->RecastTime = duration;
}
else
{
if (recast->RecastTime == 0)
{
recast->TimeStamp = time(nullptr);
}
recast->RecastTime += chargeTime;
recast->chargeTime = chargeTime;
recast->maxCharges = maxCharges;
}
return recast;
}
}
