func (self *SQLStorage) GetTpRates(tpid, tag string) (map[string]*utils.TPRate, error) {
rts := make(map[string]*utils.TPRate)
var tpRates []TpRate
q := self.db.Where("tpid = ?", tpid)
if len(tag) != 0 {
q = q.Where("id = ?", tag)
}
if err := q.Find(&tpRates).Error; err != nil {
return nil, err
}
for _, tr := range tpRates {
rs, err := utils.NewRateSlot(tr.ConnectFee, tr.Rate, tr.RateUnit, tr.RateIncrement, tr.GroupIntervalStart)
if err != nil {
return nil, err
}
r := &utils.TPRate{
TPid: tpid,
RateId: tr.Id,
RateSlots: []*utils.RateSlot{rs},
}
// same tag only to create rate groups
er, exists := rts[tr.Id]
if exists {
if err := ValidNextGroup(er.RateSlots[len(er.RateSlots)-1], r.RateSlots[0]); err != nil {
return nil, err
}
er.RateSlots = append(er.RateSlots, r.RateSlots[0])
} else {
rts[tr.Id] = r
}
}
return rts, nil
}
func NewLoadRate(tag, connectFee, price, ratedUnits, rateIncrements, groupInterval string) (r *utils.TPRate, err error) {
cf, err := strconv.ParseFloat(connectFee, 64)
if err != nil {
log.Printf("Error parsing connect fee from: %v", connectFee)
return
}
p, err := strconv.ParseFloat(price, 64)
if err != nil {
log.Printf("Error parsing price from: %v", price)
return
}
rs, err := utils.NewRateSlot(cf, p, ratedUnits, rateIncrements, groupInterval)
if err != nil {
return nil, err
}
r = &utils.TPRate{
RateId: tag,
RateSlots: []*utils.RateSlot{rs},
}
return
}
func (tps TpRates) GetRates() (map[string]*utils.TPRate, error) {
rates := make(map[string]*utils.TPRate)
for _, tp := range tps {
rs, err := utils.NewRateSlot(tp.ConnectFee, tp.Rate, tp.RateUnit, tp.RateIncrement, tp.GroupIntervalStart)
if err != nil {
return nil, err
}
r := &utils.TPRate{
TPid: tp.Tpid,
RateId: tp.Tag,
RateSlots: []*utils.RateSlot{rs},
}
// same tag only to create rate groups
_, exists := rates[tp.Tag]
if exists {
rates[tp.Tag].RateSlots = append(rates[tp.Tag].RateSlots, r.RateSlots[0])
} else {
rates[tp.Tag] = r
}
}
return rates, nil
}
func TestLoadRates(t *testing.T) {
if len(csvr.rates) != 13 {
t.Error("Failed to load rates: ", len(csvr.rates))
}
rate := csvr.rates["R1"].RateSlots[0]
expctRs, err := utils.NewRateSlot(0, 0.2, "60", "1", "0")
if err != nil {
t.Error("Error loading rate: ", rate, err.Error())
} else if !reflect.DeepEqual(rate, expctRs) ||
rate.RateUnitDuration() != expctRs.RateUnitDuration() ||
rate.RateIncrementDuration() != expctRs.RateIncrementDuration() ||
rate.GroupIntervalStartDuration() != expctRs.GroupIntervalStartDuration() {
t.Error("Error loading rate: ", rate, expctRs)
}
rate = csvr.rates["R2"].RateSlots[0]
if expctRs, err = utils.NewRateSlot(0, 0.1, "60s", "1s", "0"); err != nil {
t.Error("Error loading rate: ", rate, err.Error())
} else if !reflect.DeepEqual(rate, expctRs) ||
rate.RateUnitDuration() != expctRs.RateUnitDuration() ||
rate.RateIncrementDuration() != expctRs.RateIncrementDuration() ||
rate.GroupIntervalStartDuration() != expctRs.GroupIntervalStartDuration() {
t.Error("Error loading rate: ", rate)
}
rate = csvr.rates["R3"].RateSlots[0]
if expctRs, err = utils.NewRateSlot(0, 0.05, "60s", "1s", "0"); err != nil {
t.Error("Error loading rate: ", rate, err.Error())
} else if !reflect.DeepEqual(rate, expctRs) ||
rate.RateUnitDuration() != expctRs.RateUnitDuration() ||
rate.RateIncrementDuration() != expctRs.RateIncrementDuration() ||
rate.GroupIntervalStartDuration() != expctRs.GroupIntervalStartDuration() {
t.Error("Error loading rate: ", rate)
}
rate = csvr.rates["R4"].RateSlots[0]
if expctRs, err = utils.NewRateSlot(1, 1.0, "1s", "1s", "0"); err != nil {
t.Error("Error loading rate: ", rate, err.Error())
} else if !reflect.DeepEqual(rate, expctRs) ||
rate.RateUnitDuration() != expctRs.RateUnitDuration() ||
rate.RateIncrementDuration() != expctRs.RateIncrementDuration() ||
rate.GroupIntervalStartDuration() != expctRs.GroupIntervalStartDuration() {
t.Error("Error loading rate: ", rate)
}
rate = csvr.rates["R5"].RateSlots[0]
if expctRs, err = utils.NewRateSlot(0, 0.5, "1s", "1s", "0"); err != nil {
t.Error("Error loading rate: ", rate, err.Error())
} else if !reflect.DeepEqual(rate, expctRs) ||
rate.RateUnitDuration() != expctRs.RateUnitDuration() ||
rate.RateIncrementDuration() != expctRs.RateIncrementDuration() ||
rate.GroupIntervalStartDuration() != expctRs.GroupIntervalStartDuration() {
t.Error("Error loading rate: ", rate)
}
rate = csvr.rates["LANDLINE_OFFPEAK"].RateSlots[0]
if expctRs, err = utils.NewRateSlot(0, 1, "1", "60", "0"); err != nil {
t.Error("Error loading rate: ", rate, err.Error())
} else if !reflect.DeepEqual(rate, expctRs) ||
rate.RateUnitDuration() != expctRs.RateUnitDuration() ||
rate.RateIncrementDuration() != expctRs.RateIncrementDuration() ||
rate.GroupIntervalStartDuration() != expctRs.GroupIntervalStartDuration() {
t.Error("Error loading rate: ", rate)
}
rate = csvr.rates["LANDLINE_OFFPEAK"].RateSlots[1]
if expctRs, err = utils.NewRateSlot(0, 1, "1", "1", "60"); err != nil {
t.Error("Error loading rate: ", rate, err.Error())
} else if !reflect.DeepEqual(rate, expctRs) ||
rate.RateUnitDuration() != expctRs.RateUnitDuration() ||
rate.RateIncrementDuration() != expctRs.RateIncrementDuration() ||
rate.GroupIntervalStartDuration() != expctRs.GroupIntervalStartDuration() {
t.Error("Error loading rate: ", rate)
}
}
