func InitGameItems() {
db := connect.CreateConnect()
rows, _ := db.Query("SELECT id, name, atype, weight, allocation_info, power_info, message, description, bonus, effects FROM artifacts")
for rows.Next() {
var (
id int64
weight int
atype_str, name, alloc_info_str, power_info_str, msg, desc, bonusesStr, effectsStr, power string
)
rows.Scan(&id, &name, &atype_str, &weight, &alloc_info_str, &power_info_str, &msg, &desc, &bonusesStr, &effectsStr)
atype := strings.Split(atype_str, ":")
power_arry := strings.Split(power_info_str, ":")
if len(power_arry) > 1 {
power = power_arry[1]
}
gameItems.items[id] = &ItemKind{id, name, weight, power, msg, desc, utils.ParseInt(atype[0]), utils.ParseInt(atype[1]), utils.ParseInt(atype[2]), make([]*Bonus, 0, 30), make([]Effecter, 0, 30)}
alloc_info := strings.Split(alloc_info_str, ":")
prob := utils.ParseInt(alloc_info[0])
min_d := utils.ParseInt64(alloc_info[1]) - 1
max_d := utils.ParseInt64(alloc_info[2]) - 1
for i := min_d; i <= max_d; i++ {
gameItems.items_depth_gen[i] = append(gameItems.items_depth_gen[i], &gameItemGen{gameItems.items[id], prob})
}
if len(bonusesStr) > 0 {
for _, bonusStr := range strings.Split(bonusesStr, "@") {
for _, bonus := range parseBonusFromDB(bonusStr) {
gameItems.items[id].bonuses = append(gameItems.items[id].bonuses, bonus)
}
}
}
if len(effectsStr) > 0 {
for _, effectStr := range strings.Split(effectsStr, "@") {
for _, effect := range parseEffectFromDB(effectStr) {
gameItems.items[id].effects = append(gameItems.items[id].effects, effect)
}
}
}
}
}
func (ml *mobList) initializeMobTypes() consts.JsonType {
blows.InitMobBlows()
gameObjectsFlags.InitFlags(&GetInstance().field, GetInstance().msgsChannel)
db := connect.CreateConnect()
rows, _ := db.Query("SELECT name, base_hp, hp_inc, symbol, description, blow_method, flags, level_info FROM mobs_types")
mobDictionary := make(consts.JsonType)
for rows.Next() {
var (
base_hp int
name, hp_inc, symbol, desc, flags, blowMethods, level_info string
)
rows.Scan(&name, &base_hp, &hp_inc, &symbol, &desc, &blowMethods, &flags, &level_info)
depth := utils.ParseInt64(strings.Split(level_info, "|")[0])
ml.mobsDepth[depth] = append(ml.mobsDepth[depth], gameObjects.CreateMobKind(name, base_hp, hp_inc, desc, blowMethods, flags))
mobDictionary[symbol] = name
}
return mobDictionary
}
func (ml *mobList) initializeMobsGenerators(filename string) {
areas, _ := os.Open(consts.PATH_TO_MAPS + filename)
defer areas.Close()
reader := bufio.NewReader(areas)
for {
bytes, _, err := reader.ReadLine()
if err == nil {
data := strings.Split(string(bytes), ":")
l, r := utils.ParseFloat(data[0]), utils.ParseFloat(data[1])
t, b := utils.ParseFloat(data[2]), utils.ParseFloat(data[3])
depth := utils.ParseInt64(data[4])
duration := utils.ParseFloat(data[5])
area := geometry.MakeRectangle(geometry.MakePoint(l, t), geometry.MakePoint(r, b))
if kinds, isExist := ml.mobsDepth[depth]; isExist {
ml.addGen(NewMobGenerator(&kinds, area, depth, duration, ml.pipeline))
}
} else {
break
}
}
}
