func AutoOfferingPopUp(logger log.Logger, abi abi.ABI, db *reform.DB,
	ethBack eth.Backend, timeNowFunc func() time.Time,
	period uint) []*data.Job {
	logger = logger.Add("method", "AutoOfferingPopUp")

	do, err := data.ReadBoolSetting(
		db.Querier, data.SettingOfferingAutoPopUp)
	if err != nil {
		logger.Warn(err.Error())
	}

	var jobs []*data.Job

	if do {
		jobs = autoOfferingPopUp(logger, abi, db, ethBack,
			timeNowFunc, period)
		logger.Debug(fmt.Sprintf("found %d offerings to pop upped",
			len(jobs)))
	}

	return jobs
}
func AutoOfferingPopUp(logger log.Logger, abi abi.ABI, db *reform.DB,
	ethBack eth.Backend, timeNowFunc func() time.Time,
	period uint) []*data.Job {
	logger = logger.Add("method", "AutoOfferingPopUp")

	do, err := data.ReadBoolSetting(
		db.Querier, data.SettingOfferingAutoPopUp)
	if err != nil {
		logger.Warn(err.Error())
	}

	var jobs []*data.Job

	if do {
		jobs = autoOfferingPopUp(logger, abi, db, ethBack,
			timeNowFunc, period)
		logger.Debug(fmt.Sprintf("found %d offerings to pop upped",
			len(jobs)))
	}

	return jobs
}
func AutoOfferingPopUp ( logger log . Logger , abi abi . ABI , db * reform . DB , ethBack eth . Backend , timeNowFunc func ( ) time . Time , period uint ) [ ] * data . Job { logger = logger . Add ( " " , " " ) do , err := data . ReadBoolSetting ( db . Querier , data . SettingOfferingAutoPopUp ) if err != nil { logger . Warn ( err . Error ( ) ) } var jobs [ ] * data . Job if do { jobs = autoOfferingPopUp ( logger , abi , db , ethBack , timeNowFunc , period ) logger . Debug ( fmt . Sprintf ( " " , len ( jobs ) ) ) } return jobs }
// AutoOfferingPopUp creates AgentPreOfferingPopUp jobs for active offerings.
// Taken into account a current balance of agent ETH. If ETH is not enough to
// pop up all offerings, then no one of them is popped up. Function calculates
// the pop up time.
AutoOfferingPopUp creates AgentPreOfferingPopUp jobs for active offerings . Taken into account a current balance of agent ETH . If ETH is not enough to pop up all offerings then no one of them is popped up . Function calculates the pop up time .