// Copyright (C) 2020 Storj Labs, Inc. // See LICENSE for copying information. package estimatedpayouts import ( "math" "time" "storj.io/storj/private/date" ) // EstimatedPayout contains usage and estimated payouts data for current and previous months. type EstimatedPayout struct { CurrentMonth PayoutMonthly `json:"currentMonth"` PreviousMonth PayoutMonthly `json:"previousMonth"` CurrentMonthExpectations int64 `json:"currentMonthExpectations"` } // PayoutMonthly contains usage and estimated payouts date. type PayoutMonthly struct { EgressBandwidth int64 `json:"egressBandwidth"` EgressBandwidthPayout float64 `json:"egressBandwidthPayout"` EgressRepairAudit int64 `json:"egressRepairAudit"` EgressRepairAuditPayout float64 `json:"egressRepairAuditPayout"` DiskSpace float64 `json:"diskSpace"` DiskSpacePayout float64 `json:"diskSpacePayout"` HeldRate float64 `json:"heldRate"` Payout float64 `json:"payout"` Held float64 `json:"held"` } // SetEgressBandwidthPayout counts egress bandwidth payouts for PayoutMonthly object. func (pm *PayoutMonthly) SetEgressBandwidthPayout(egressPrice int64) { amount := float64(pm.EgressBandwidth*egressPrice) / math.Pow10(12) pm.EgressBandwidthPayout += RoundFloat(amount) } // SetEgressRepairAuditPayout counts audit and repair payouts for PayoutMonthly object. func (pm *PayoutMonthly) SetEgressRepairAuditPayout(auditRepairPrice int64) { amount := float64(pm.EgressRepairAudit*auditRepairPrice) / math.Pow10(12) pm.EgressRepairAuditPayout += RoundFloat(amount) } // SetDiskSpacePayout counts disk space payouts for PayoutMonthly object. func (pm *PayoutMonthly) SetDiskSpacePayout(diskSpacePrice int64) { amount := pm.DiskSpace * float64(diskSpacePrice) / math.Pow10(12) pm.DiskSpacePayout += RoundFloat(amount) } // SetHeldAmount counts held amount for PayoutMonthly object. func (pm *PayoutMonthly) SetHeldAmount() { amount := (pm.DiskSpacePayout + pm.EgressBandwidthPayout + pm.EgressRepairAuditPayout) * pm.HeldRate / 100 pm.Held = amount } // SetPayout counts payouts amount for PayoutMonthly object. func (pm *PayoutMonthly) SetPayout() { amount := pm.DiskSpacePayout + pm.EgressBandwidthPayout + pm.EgressRepairAuditPayout - pm.Held pm.Payout = RoundFloat(amount) } // Add sums payout monthly data. func (pm *PayoutMonthly) Add(monthly PayoutMonthly) { pm.Payout += monthly.Payout pm.EgressRepairAuditPayout += monthly.EgressRepairAuditPayout pm.DiskSpacePayout += monthly.DiskSpacePayout pm.DiskSpace += monthly.DiskSpace pm.EgressBandwidth += monthly.EgressBandwidth pm.EgressBandwidthPayout += monthly.EgressBandwidthPayout pm.EgressRepairAudit += monthly.EgressRepairAudit pm.Held += monthly.Held } // RoundFloat rounds float value till 2 signs after dot. func RoundFloat(value float64) float64 { return math.Round(value*100) / 100 } // Set set's estimated payout with current/previous PayoutMonthly's data and current month expectations. func (estimatedPayout *EstimatedPayout) Set(current, previous PayoutMonthly, now, joinedAt time.Time) { estimatedPayout.CurrentMonth = current estimatedPayout.PreviousMonth = previous daysPerMonth := float64(date.UTCEndOfMonth(now).Day()) daysSinceJoined := now.Sub(joinedAt).Hours() / 24 if daysSinceJoined < 1 { daysSinceJoined = 1 } if daysSinceJoined >= float64(now.Day()) { daysPast := float64(now.Day()) - 1 if daysPast < 1 { daysPast = 1 } payoutPerDay := estimatedPayout.CurrentMonth.Payout / daysPast estimatedPayout.CurrentMonthExpectations += int64(payoutPerDay * daysPerMonth) return } estimatedPayout.CurrentMonthExpectations += int64(estimatedPayout.CurrentMonth.Payout / math.Round(daysSinceJoined) * daysPerMonth) } // Add adds estimate into the receiver. func (estimatedPayout *EstimatedPayout) Add(other EstimatedPayout) { estimatedPayout.CurrentMonth.Add(other.CurrentMonth) estimatedPayout.PreviousMonth.Add(other.PreviousMonth) estimatedPayout.CurrentMonthExpectations += other.CurrentMonthExpectations }