func setSampleTime(m *models.PvInverterRunData, dataMap map[string]interface{}) {
if sTime, ok := dataMap["SmplTime"].(uint64); ok {
m.SmplTime = int64(sTime)
hour, min, _ := time.Unix(m.SmplTime, 0).Clock()
m.BatchOrder = int32(hour*12 + min/5 + 1)
//fmt.Printf("SampleTime ---> BatchOrder:hour=%d, min=%d, batchOrder=%d\n", hour, min, m.BatchOrder)
}
}
func setRunTimeTotal(m *models.PvInverterRunData, fname string, dataMap map[string]interface{}) {
if v, err := utils.RunCalcUnit(fname, utils.Cmd_RunTimeTotal, dataMap); err == nil {
if time, ok := v.(float64); ok {
m.RunTimeTotal = time
}
}
}
func setWorkStatus(m *models.PvInverterRunData, fname string, dataMap map[string]interface{}) {
var workStatus = "Normal"
if v, err := utils.RunCalcUnit(fname, utils.Cmd_WorkStatus, dataMap); err == nil {
if s, ok := v.(string); ok {
m.WorkStatus = s
if b := strings.Contains(s, STR_FAULT); !b {
if b = strings.Contains(s, STR_OFF); !b {
m.WorkStatus = workStatus
}
}
} else {
m.WorkStatus = workStatus
}
}
}
func setFgrid(m *models.PvInverterRunData, fname string, dataMap map[string]interface{}) {
if v, err := utils.RunCalcUnit(fname, utils.Cmd_Fgrid, dataMap); err == nil {
if grid, ok := v.(float64); ok {
m.Fgrid = grid
}
}
}
func setBatchOrder(m *models.PvInverterRunData, dataMap map[string]interface{}) {
if order, ok := dataMap["BatchOrder"].(uint64); ok {
m.BatchOrder = int32(order)
}
}
