void Tribe::LoadAsset(iResultRow &row)
{
Asset* asset = new Asset();
asset->id = row.GetInt("id");
asset->name = row["name"];
asset->type = (AssetType)(row.GetInt("type"));
csVector3 coords;
coords[0] = row.GetFloat("coordX");
coords[1] = row.GetFloat("coordY");
coords[2] = row.GetFloat("coordZ");
asset->pos = coords;
asset->item = NULL;
asset->itemUID = row.GetInt("itemID");
asset->sectorName = row["sector_name"];
// Try to find the sector. Will probably fail at this point.
if(!asset->sectorName.IsEmpty())
{
asset->sector = npcclient->GetEngine()->FindSector(asset->sectorName);
}
else
{
asset->sector = NULL;
}
asset->status = (AssetStatus)(row.GetInt("status"));
asset->quantity = row.GetInt("quantity");
assets.Push(asset);
}
bool Tribe::Load(iResultRow &row)
{
id = row.GetInt("id");
name = row["name"];
// Add tribal recipe
tribalRecipe = new RecipeTreeNode(recipeManager->GetRecipe(row.GetInt("tribal_recipe")),0);
homePos = csVector3(row.GetFloat("home_x"),row.GetFloat("home_y"),row.GetFloat("home_z"));
homeRadius = row.GetFloat("home_radius");
homeSectorName = row["home_sector_name"];
maxSize = row.GetInt("max_size");
wealthResourceName = row["wealth_resource_name"];
wealthResourceNick = row["wealth_resource_nick"];
wealthResourceArea = row["wealth_resource_area"];
wealthGatherNeed = row["wealth_gather_need"];
wealthResourceGrowth = row.GetFloat("wealth_resource_growth");
wealthResourceGrowthActive = row.GetFloat("wealth_resource_growth_active");
wealthResourceGrowthActiveLimit = row.GetInt("wealth_resource_growth_active_limit");
reproductionCost = row.GetInt("reproduction_cost");
npcIdleBehavior = row["npc_idle_behavior"];
return true;
}
bool Tribe::LoadResource(iResultRow &row)
{
Resource newRes;
newRes.id = row.GetInt("id");
newRes.name = row["name"];
newRes.amount = row.GetInt("amount");
newRes.nick = row["nick"];
resources.Push(newRes);
return true;
}
bool psTradeCombinations::Load(iResultRow& row)
{
id = row.GetUInt32("id");
patternId = row.GetUInt32("pattern_id");
resultId = row.GetUInt32("result_id");
resultQty = row.GetInt("result_qty");
itemId = row.GetUInt32("item_id");
minQty = row.GetInt("min_qty");
maxQty = row.GetInt("max_qty");
return true;
}
bool psTradeTransformations::Load(iResultRow& row)
{
id = row.GetUInt32("id");
patternId = row.GetUInt32("pattern_id");
processId = row.GetUInt32("process_id");
resultId = row.GetUInt32("result_id");
resultQty = row.GetInt("result_qty");
itemId = row.GetUInt32("item_id");
itemQty = row.GetInt("item_qty");
transPoints = row.GetInt("trans_points");
penaltyPct = row.GetFloat("penalty_pct");
return true;
}
bool psAttack::Load(iResultRow& row)
{
id = row.GetInt("id");
name = row["name"];
image = row["image_name"];
animation = row["attack_anim"];
description = row["attack_description"];
MathScriptEngine* mse = psserver->GetMathScriptEngine();
damage_script = mse->FindScript(row["damage"]);
if(!damage_script)
return false;
unsigned id = atoi(row["attackType"]);
type = psserver->GetCacheManager()->GetAttackTypeByID(id);
attackDelay = MathExpression::Create(row["delay"], "attackDelay");
attackRange = MathExpression::Create(row["range"], "attackRange");
aoeRadius = MathExpression::Create(row["aoe_radius"], "aoeRadius");
aoeAngle = MathExpression::Create(row["aoe_angle"], "aoeAngle");
outcome = psserver->GetProgressionManager()->FindScript(row["outcome"]);
const char* req = row["requirements"];
if(req && req[0] && !LoadPrerequisiteXML(requirements, NULL, req))
{
return false;
}
if(type)
TypeRequirements.AttachNew(new psPrereqOpAttackType(type));
return true;
}
bool Tribe::LoadMember(iResultRow &row)
{
MemberID mID;
mID.pid = row.GetInt("member_id");
mID.tribeMemberType = row["member_type"];
membersId.Push(mID);
return true;
}
bool psQuest::Load(iResultRow& row)
{
id = row.GetInt("id");
name = row["name"];
task = row["task"];
flags = row.GetInt("flags");
step_id = row.GetInt("minor_step_number");
category = row["category"];
prerequisiteStr = row["prerequisite"];
if(flags & PSQUEST_DISABLED_QUEST) //the quest is set as disabled
Active(false);
parent_quest = CacheManager::GetSingleton().GetQuestByID( row.GetUInt32("master_quest_id") );
image = row["cstr_icon"];
if(!image)
{
Error2("Invalid 'cstr_icon' for quest '%s'\n", name.GetData());
}
CacheManager::GetSingleton().AddCommonStringID(image);
// the value is expressed in seconds
int lockout_time = row.GetInt("player_lockout_time");
if (lockout_time < 0)
{
infinitePlayerLockout = true;
player_lockout_time = 0;
}
else
{
infinitePlayerLockout = false;
player_lockout_time = lockout_time;
}
quest_lockout_time = row.GetInt("quest_lockout_time");
return true;
}
bool psTradeProcesses::Load(iResultRow& row)
{
processId = row.GetUInt32("process_id");
subprocess = row.GetInt("subprocess_number");
name = row["name"];
animation = row["animation"];
workItemId = row.GetUInt32("workitem_id");
equipmentId = row.GetUInt32("equipment_id");
constraints = row["constraints"];
garbageId = row.GetUInt32("garbage_id");
garbageQty = row.GetInt("garbage_qty");
priSkillId = row.GetInt("primary_skill_id");
minPriSkill = row.GetInt("primary_min_skill");
maxPriSkill = row.GetInt("primary_max_skill");
priPracticePts = row.GetInt("primary_practice_points");
priQualFactor = row.GetInt("primary_quality_factor");
secSkillId = row.GetInt("secondary_skill_id");
minSecSkill = row.GetInt("secondary_min_skill");
maxSecSkill = row.GetInt("secondary_max_skill");
secPracticePts = row.GetInt("secondary_practice_points");
secQualFactor = row.GetInt("secondary_quality_factor");
renderEffect = row["render_effect"];
return true;
}
bool Location::Load(iResultRow &row, iEngine* engine, iDataConnection* /*db*/)
{
id = row.GetInt("id");
name = row["name"];
pos.x = row.GetFloat("x");
pos.y = row.GetFloat("y");
pos.z = row.GetFloat("z");
rot_angle = row.GetFloat("angle");;
radius = row.GetFloat("radius");
sectorName = row["sector"];
// Cache sector if engine is available.
if(engine)
{
sector = engine->FindSector(sectorName);
}
else
{
sector = NULL;
}
id_prev_loc_in_region = row.GetInt("id_prev_loc_in_region");
return true;
}
bool Tribe::LoadMemory(iResultRow &row)
{
Memory* memory = new Memory;
memory->id = row.GetInt("id");
memory->name = row["name"];
memory->pos = csVector3(row.GetFloat("loc_x"),row.GetFloat("loc_y"),row.GetFloat("loc_z"));
memory->radius = row.GetFloat("radius");
memory->sectorName = row["sector_name"];
// Try to find the sector. Will probably fail at this point.
memory->sector = npcclient->GetEngine()->FindSector(memory->sectorName);
memory->npc = NULL; // Not a private memory
memories.PushBack(memory);
return true;
}
bool LocationType::Load(iResultRow &row, iEngine* engine, iDataConnection* db)
{
id = row.GetInt("id");
name = row["name"];
if(!name.Length())
{
CPrintf(CON_ERROR, "Location Types must all have name attributes.\n");
return false;
}
// Load all with same master location type
Result rs(db->Select("select loc.*,s.name as sector from sc_locations loc, sectors s where loc.loc_sector_id = s.id and type_id = %d and id_prev_loc_in_region <= 0",id)); // Only load locations, regions to be loaded later
if(!rs.IsValid())
{
Error2("Could not load locations from db: %s",db->GetLastError());
return false;
}
for(int i=0; i<(int)rs.Count(); i++)
{
Location* newloc = new Location;
newloc->Load(rs[i],engine,db);
newloc->type = this;
locs.Push(newloc);
}
// Load region with same master location type
Result rs2(db->Select("select loc.*,s.name as sector from sc_locations loc, sectors s where loc.loc_sector_id = s.id and type_id = %d and id_prev_loc_in_region > 0",id)); // Only load regions, locations has been loaded allready
csArray<Location*> tmpLocs;
if(!rs2.IsValid())
{
Error2("Could not load locations from db: %s",db->GetLastError());
return false;
}
for(int i=0; i<(int)rs2.Count(); i++)
{
Location* newloc = new Location;
newloc->Load(rs2[i],engine,db);
newloc->type = this;
tmpLocs.Push(newloc);
}
while(tmpLocs.GetSize())
{
Location* curr, *first;
curr = first = tmpLocs.Pop();
bool found;
first->type = this;
first->locs.Push(first);
first->region = first;
do
{
found = false;
for(size_t i= 0; i<tmpLocs.GetSize(); i++)
{
if(curr->id == tmpLocs[i]->id_prev_loc_in_region)
{
curr = tmpLocs[i];
tmpLocs.DeleteIndex(i);
curr->type = this;
first->locs.Push(curr);
curr->region = first;
found = true;
break;
}
}
}
while(found);
//when not a closed loop of at least 3 points, delete this
//polygon, but continue with rest.
if(first->locs.GetSize() <= 2)
{
Error1("Only two locs for region defined!");
//delete all locations in 'polygon'. When deleting first,
//it will recursively delete its polygon locations, in this
//case including itself. So remove that reference first
first->locs.DeleteIndex(0);
delete first;
}
else if(curr->id != first->id_prev_loc_in_region)
{
Error1("First and last loc not connected!");
//delete all locations in 'polygon'. When deleting first,
//it will recursively delete its polygon locations, in this
//case including itself. So remove that reference first
first->locs.DeleteIndex(0);
delete first;
}
else
{
first->type = this;
locs.Push(first);
first->CalculateBoundingBox();
}
}
return true;
}
