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Include.psm1
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Set-Location (Split-Path $MyInvocation.MyCommand.Path)
Add-Type -Path .\DotNet\OpenCL\*.cs
Add-Type -Path .\DotNet\Tools\RBMTools.cs
function Initialize-Session {
Set-OsFlags
if (-not (Test-Path Variable:Global:Session)) {
$Global:Session = [hashtable]::Synchronized(@{})
if ($IsWindows) {
$Session.WindowsVersion = [System.Environment]::OSVersion.Version
$Session.IsWin10 = [System.Environment]::OSVersion.Version -ge (Get-Version "10.0")
}
$Session.IsAdmin = Test-IsElevated
$Session.IsCore = $PSVersionTable.PSVersion -ge (Get-Version "6.1")
$Session.MachineName = [System.Environment]::MachineName
$Session.MyIP = Get-MyIP
}
}
function Get-Version {
[CmdletBinding()]
param($Version)
# System.Version objects can be compared with -gt and -lt properly
# This strips out anything that doens't belong in a version, eg. v at the beginning, or -preview1 at the end, and returns a version object
[System.Version]($Version -Split '-' -Replace "[^0-9.]")[0]
}
function Compare-Version {
[CmdletBinding()]
param($Version1,$Version2,[int]$revs = -1)
$ver1 = $Version1 -split '\.'
$ver2 = $Version2 -split '\.'
$max = [Math]::min($ver1.Count,$ver2.Count)
if ($revs -gt 0 -and $revs -lt $max) {$max = $revs}
for($i=0;$i -lt $max;$i++) {
if ($ver1[$i] -lt $ver2[$i]) {return -1}
if ($ver1[$i] -gt $ver2[$i]) {return 1}
}
return 0
}
function Confirm-Version {
[CmdletBinding()]
param($RBMVersion, [Switch]$Force = $false, [Switch]$Silent = $false)
$Name = "RainbowMiner"
if ($Force -or -not (Test-Path Variable:Global:GlobalVersion) -or (Get-Date).ToUniversalTime() -ge $Global:GlobalVersion.NextCheck) {
$RBMVersion = $Version = Get-Version($RBMVersion)
$Uri = ""
$NextCheck = (Get-Date).ToUniversalTime()
try {
$ReposURI = "https://api.github.com/repos/rainbowminer/$Name/releases/latest"
if ($Force) {
$Request = Invoke-GetUrl $ReposURI -timeout 20
} else {
$Request = Invoke-RestMethodAsync $ReposURI -cycletime 3600 -noquickstart
}
$RemoteVersion = ($Request.tag_name -replace '^v')
if ($RemoteVersion) {
if ($IsWindows) {
$Uri = $Request.assets | Where-Object Name -EQ "$($Name)V$($RemoteVersion)_win.zip" | Select-Object -ExpandProperty browser_download_url
} elseif ($IsLinux) {
$Uri = $Request.assets | Where-Object Name -EQ "$($Name)V$($RemoteVersion)_linux.zip" | Select-Object -ExpandProperty browser_download_url
}
if (-not $Uri) {
$Uri = $Request.assets | Where-Object Name -EQ "$($Name)V$($RemoteVersion).zip" | Select-Object -ExpandProperty browser_download_url
}
$Version = Get-Version($RemoteVersion)
}
$NextCheck = $NextCheck.AddHours(1)
}
catch {
if ($Error.Count){$Error.RemoveAt(0)}
Write-Log -Level Warn "Github could not be reached. "
}
$Global:GlobalVersion = [PSCustomObject]@{
Version = $RBMVersion
RemoteVersion = $Version
DownloadURI = $Uri
ManualURI = "https://github.com/RainbowMiner/$Name/releases"
NextCheck = $NextCheck
}
}
if (-not $Silent) {
if ($Global:GlobalVersion.RemoteVersion -gt $Global:GlobalVersion.Version) {
Write-Log -Level Warn "$Name is out of date: lastest release version v$($Global:GlobalVersion.RemoteVersion) is available."
} elseif ($Global:GlobalVersion.RemoteVersion -lt $Global:GlobalVersion.Version) {
Write-Log -Level Warn "You are running $Name prerelease v$RBMVersion. Use at your own risk."
}
}
$Global:GlobalVersion
}
function Confirm-Cuda {
[CmdletBinding()]
param($ActualVersion,$RequiredVersion,$Warning = "")
if (-not $RequiredVersion) {return $true}
$ver1 = $ActualVersion -split '\.'
$ver2 = $RequiredVersion -split '\.'
$max = [Math]::min($ver1.Count,$ver2.Count)
for($i=0;$i -lt $max;$i++) {
if ([int]$ver1[$i] -lt [int]$ver2[$i]) {if ($Warning -ne "") {Write-Log -Level Info "$($Warning) requires CUDA version $($RequiredVersion) or above (installed version is $($ActualVersion)). Please update your Nvidia drivers."};return $false}
if ([int]$ver1[$i] -gt [int]$ver2[$i]) {return $true}
}
$true
}
function Get-NvidiaArchitecture {
[CmdLetBinding()]
param($Model)
Switch ($Model) {
{$_ -match "^RTX20\d{2}" -or $_ -match "^GTX16\d{2}" -or $_ -match "^TU"} {"Turing";Break}
{$_ -match "^GTX10\d{2}" -or $_ -match "^GTXTitanX" -or $_ -match "^GP" -or $_ -match "^P"} {"Pascal";Break}
default {"Other"}
}
}
function Get-PoolPayoutCurrencies {
param($Pool)
$Payout_Currencies = [PSCustomObject]@{}
if (-not (Test-Path Variable:Global:GlobalPoolFields)) {
$Setup = Get-ChildItemContent ".\Data\PoolsConfigDefault.ps1"
$Global:GlobalPoolFields = @($Setup.PSObject.Properties.Value | Where-Object {$_.Fields} | Foreach-Object {$_.Fields.PSObject.Properties.Name} | Select-Object -Unique) + @("Worker","DataWindow","Penalty","Algorithm","ExcludeAlgorithm","CoinName","ExcludeCoin","CoinSymbol","ExcludeCoinSymbol","MinerName","ExcludeMinerName","FocusWallet","Wallets","EnableAutoCoin","EnablePostBlockMining") | Select-Object -Unique | Sort-Object
}
@($Pool.PSObject.Properties) | Where-Object Membertype -eq "NoteProperty" | Where-Object {$_.Value -is [string] -and ($_.Value.Length -gt 2 -or $_.Value -eq "`$Wallet" -or $_.Value -eq "`$$($_.Name)") -and $Global:GlobalPoolFields -inotcontains $_.Name -and $_.Name -notmatch "-Params$" -and $_.Name -notmatch "^#"} | Select-Object Name,Value -Unique | Sort-Object Name,Value | Foreach-Object{$Payout_Currencies | Add-Member $_.Name $_.Value}
$Payout_Currencies
}
function Get-UnprofitableAlgos {
$Request = [PSCustomObject]@{}
try {
$Request = Invoke-GetUrlAsync "https://rbminer.net/api/data/unprofitable3.json" -cycletime 3600 -Jobkey "unprofitable3"
}
catch {
if ($Error.Count){$Error.RemoveAt(0)}
Write-Log -Level Warn "Unprofitable algo API failed. "
}
if ($Request.Algorithms -and $Request.Algorithms -gt 10) {
Set-ContentJson -PathToFile ".\Data\unprofitable.json" -Data $Request -MD5hash $Global:GlobalUnprofitableAlgosHash > $null
} elseif (Test-Path ".\Data\unprofitable.json") {
try{
$Request = Get-ContentByStreamReader ".\Data\unprofitable.json" | ConvertFrom-Json -ErrorAction Ignore
} catch {
if ($Error.Count){$Error.RemoveAt(0)}
Write-Log -Level Warn "Unprofitable database is corrupt. "
}
}
$Global:GlobalUnprofitableAlgosHash = Get-ContentDataMD5hash $Request
$Request
}
function Get-CoinSymbol {
[CmdletBinding()]
param($CoinName = "Bitcoin",[Switch]$Silent,[Switch]$Reverse)
if (-not (Test-Path Variable:Global:GlobalCoinNames) -or -not $Global:GlobalCoinNames.Count) {
try {
$Request = Invoke-GetUrlAsync "https://rbminer.net/api/data/coins.json" -cycletime 86400 -Jobkey "coins"
}
catch {
if ($Error.Count){$Error.RemoveAt(0)}
Write-Log -Level Warn "Coins API failed. "
}
if (-not $Request -or $Request.PSObject.Properties.Name.Count -le 100) {
$Request = $null
if (Test-Path "Data\coins.json") {try {$Request = Get-ContentByStreamReader "Data\coins.json" | ConvertFrom-Json -ErrorAction Stop} catch {$Request = $null}}
if (-not $Request) {Write-Log -Level Warn "Coins API return empty string. ";return}
} else {Set-ContentJson -PathToFile "Data\coins.json" -Data $Request > $null}
[hashtable]$Global:GlobalCoinNames = @{}
$Request.PSObject.Properties | Foreach-Object {$Global:GlobalCoinNames[$_.Name] = $_.Value}
}
if (-not $Silent) {
if ($Reverse) {
$CoinName = $CoinName.ToUpper()
(Get-Culture).TextInfo.ToTitleCase("$($Global:GlobalCoinNames.GetEnumerator() | Where-Object {$_.Value -eq $CoinName} | Select-Object -ExpandProperty Name -First 1)")
} else {
$Global:GlobalCoinNames[$CoinName.ToLower() -replace "[^a-z0-9]+"]
}
}
}
function Get-WhatToMineData {
[CmdletBinding()]
param([Switch]$Silent)
if (-not (Test-Path ".\Data\wtmdata.json") -or (Get-ChildItem ".\Data\wtmdata.json").LastWriteTime.ToUniversalTime() -lt (Get-Date).AddHours(-12).ToUniversalTime()) {
try {
$WtmUrl = Invoke-GetUrlAsync "https://www.whattomine.com" -cycletime (12*3600) -retry 3 -timeout 10 -method "WEB"
[System.Collections.Generic.List[PSCustomObject]]$WtmKeys = ([regex]'(?smi)data-content="Include (.+?)".+?factor_([a-z0-9]+?)_hr.+?>([hkMG]+)/s<').Matches($WtmUrl) | Foreach-Object {
[PSCustomObject]@{
algo = (Get-Algorithm ($_.Groups | Where-Object Name -eq 1 | Select-Object -ExpandProperty Value)) -replace "Cuckaroo29","Cuckarood29"
id = $_.Groups | Where-Object Name -eq 2 | Select-Object -ExpandProperty Value
factor = $_.Groups | Where-Object Name -eq 3 | Select-Object -ExpandProperty Value | Foreach-Object {Switch($_) {"Gh" {1e9;Break};"Mh" {1e6;Break};"kh" {1e3;Break};default {1}}}
}
}
if ($WtmKeys -and $WtmKeys.count -gt 10) {
$WtmFactors = Get-ContentByStreamReader ".\Data\wtmfactors.json" | ConvertFrom-Json -ErrorAction Ignore
if ($WtmFactors) {
$WtmFactors.PSObject.Properties.Name | Where-Object {@($WtmKeys.algo) -inotcontains $_} | Foreach-Object {
$WtmKeys.Add([PSCustomObject]@{algo = $_;factor = $WtmFactors.$_}) > $null
}
}
Set-ContentJson ".\Data\wtmdata.json" -Data $WtmKeys > $null
$Global:GlobalWTMData = $null
}
} catch {
if ($Error.Count){$Error.RemoveAt(0)}
Write-Log -Level Info "WhatToMiner datagrabber failed. "
return
}
}
if (-not (Test-Path Variable:Global:GlobalWTMData) -or $Global:GlobalWTMData -eq $null) {
$Global:GlobalWTMData = Get-ContentByStreamReader ".\Data\wtmdata.json" | ConvertFrom-Json -ErrorAction Ignore
}
if (-not $Silent) {$Global:GlobalWTMData}
}
function Get-WhatToMineUrl {
[CmdletBinding()]
param (
[Parameter(Mandatory = $false)]
[int]$Factor = 10
)
"https://whattomine.com/coins.json?$(@(Get-WhatToMineData | Where-Object {$_.id} | Foreach-Object {"$($_.id)=true&factor[$($_.id)_hr]=$Factor&factor[$($_.id)_p]=0"}) -join '&')"
}
function Get-WhatToMineFactor {
[CmdletBinding()]
param (
[Parameter(Mandatory = $true)]
[string]$Algo,
[Parameter(Mandatory = $false)]
[int]$Factor = 10
)
if ($Algo) {
if (-not (Test-Path Variable:Global:GlobalWTMData) -or $Global:GlobalWTMData -eq $null) {Get-WhatToMineData -Silent}
$Global:GlobalWTMData | Where-Object {$_.algo -eq $Algo} | Foreach-Object {$_.factor * $Factor}
}
}
function Update-WatchdogLevels {
[CmdletBinding()]
param(
[Parameter(Mandatory = $false)]
[Switch]$Reset = $false,
[Parameter(Mandatory = $false)]
[Int]$Interval = 0
)
if ($Interval -lt $Session.Config.BenchmarkInterval) {$Interval = $Session.Config.BenchmarkInterval}
if ($Session.CurrentInterval -lt 2*$Interval) {$Interval = [Math]::Max($Session.CurrentInterval,$Interval)}
$Session.WatchdogInterval = ($Session.WatchdogInterval / $Session.Strikes * ($Session.Strikes - 1))*(-not $Reset) + $Interval
$Session.WatchdogReset = ($Session.WatchdogReset / ($Session.Strikes * $Session.Strikes * $Session.Strikes) * (($Session.Strikes * $Session.Strikes * $Session.Strikes) - 1))*(-not $Reset) + $Interval
}
function Write-ToFile {
[CmdletBinding()]
param (
[Parameter(Mandatory = $True)]
[string]$FilePath,
[Parameter(Mandatory = $True, ValueFromPipeline = $True)]
[ValidateNotNullOrEmpty()]
[Alias("LogContent")]
[string]$Message,
[Parameter(Mandatory = $False)]
[switch]$Append = $false,
[Parameter(Mandatory = $False)]
[switch]$Timestamp = $false
)
Begin {
try {
$FilePath = $Global:ExecutionContext.SessionState.Path.GetUnresolvedProviderPathFromPSPath($FilePath)
$file = New-Object System.IO.StreamWriter($FilePath, $Append, [System.Text.Encoding]::UTF8)
} catch {if ($Error.Count){$Error.RemoveAt(0)}}
}
Process {
if ($file) {
try {
if ($Timestamp) {
$file.WriteLine("[$(Get-Date -Format "yyyy-MM-dd HH:mm:ss")] $Message")
} else {
$file.WriteLine($Message)
}
} catch {if ($Error.Count){$Error.RemoveAt(0)}}
}
}
End {
if ($file) {
try {
$file.Close()
$file.Dispose()
} catch {if ($Error.Count){$Error.RemoveAt(0)}}
}
}
}
Function Write-Log {
[CmdletBinding()]
Param(
[Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)][ValidateNotNullOrEmpty()][Alias("LogContent")][string]$Message,
[Parameter(Mandatory = $false)][ValidateSet("Error", "Warn", "Info", "Verbose", "Debug")][string]$Level = "Info"
)
Begin {
if ($Session.SetupOnly) {return}
}
Process {
# Inherit the same verbosity settings as the script importing this
if (-not $PSBoundParameters.ContainsKey('InformationPreference')) { $InformationPreference = $PSCmdlet.GetVariableValue('InformationPreference') }
if (-not $PSBoundParameters.ContainsKey('Verbose')) { $VerbosePreference = $PSCmdlet.GetVariableValue('VerbosePreference') }
if (-not $PSBoundParameters.ContainsKey('Debug')) {$DebugPreference = $PSCmdlet.GetVariableValue('DebugPreference')}
$filename = ".\Logs\RainbowMiner_$(Get-Date -Format "yyyy-MM-dd").txt"
if (-not (Test-Path "Stats\Pools")) {New-Item "Stats\Pools" -ItemType "directory" > $null}
if (-not (Test-Path "Stats\Miners")) {New-Item "Stats\Miners" -ItemType "directory" > $null}
if (-not (Test-Path "Stats\Totals")) {New-Item "Stats\Totals" -ItemType "directory" > $null}
switch ($Level) {
'Error' {
$LevelText = 'ERROR:'
Write-Error -Message $Message
Break
}
'Warn' {
$LevelText = 'WARNING:'
Write-Warning -Message $Message
Break
}
'Info' {
$LevelText = 'INFO:'
#Write-Information -MessageData $Message
Break
}
'Verbose' {
$LevelText = 'VERBOSE:'
Write-Verbose -Message $Message
Break
}
'Debug' {
$LevelText = 'DEBUG:'
Write-Debug -Message $Message
Break
}
}
$NoLog = Switch ($Session.LogLevel) {
"Silent" {$true;Break}
"Info" {$Level -eq "Debug";Break}
"Warn" {@("Info","Debug") -icontains $Level;Break}
"Error" {@("Warn","Info","Debug") -icontains $Level;Break}
}
if (-not $NoLog) {
# Get mutex named RBMWriteLog. Mutexes are shared across all threads and processes.
# This lets us ensure only one thread is trying to write to the file at a time.
$mutex = New-Object System.Threading.Mutex($false, "RBM$(Get-MD5Hash ([io.fileinfo](".\Logs")).FullName)")
# Attempt to aquire mutex, waiting up to 2 second if necessary. If aquired, write to the log file and release mutex. Otherwise, display an error.
if ($mutex.WaitOne(2000)) {
#$proc = Get-Process -id $PID
#Write-ToFile -FilePath $filename -Message "[$("{0:n2}" -f ($proc.WorkingSet64/1MB)) $("{0:n2}" -f ($proc.PrivateMemorySize64/1MB))] $LevelText $Message" -Append -Timestamp
"[$(Get-Date -Format "yyyy-MM-dd HH:mm:ss")] $LevelText $Message" | Out-File $filename -Append -Encoding utf8
$mutex.ReleaseMutex()
}
else {
Write-Warning -Message "Log file is locked, unable to write message to $FileName."
}
}
}
End {}
}
Function Write-ActivityLog {
[CmdletBinding()]
Param(
[Parameter(Mandatory = $true, ValueFromPipelineByPropertyName = $true)][ValidateNotNullOrEmpty()]$Miner,
[Parameter(Mandatory = $false)][Int]$Crashed = 0
)
Begin {
$ActiveStart = $Miner.GetActiveStart()
if (-not $ActiveStart) {return}
}
Process {
$mutex = New-Object System.Threading.Mutex($false, "RBMWriteActivityLog")
$filename = ".\Logs\Activity_$(Get-Date -Format "yyyy-MM-dd").txt"
# Attempt to aquire mutex, waiting up to 1 second if necessary. If aquired, write to the log file and release mutex. Otherwise, display an error.
if ($mutex.WaitOne(1000)) {
$ocmode = if ($Miner.DeviceModel -notmatch "^CPU") {$Session.OCmode} else {"off"}
"$([PSCustomObject]@{
ActiveStart = "{0:yyyy-MM-dd HH:mm:ss}" -f $ActiveStart
ActiveLast = "{0:yyyy-MM-dd HH:mm:ss}" -f $Miner.GetActiveLast()
Name = $Miner.BaseName
Device = @($Miner.DeviceModel)
Algorithm = @($Miner.BaseAlgorithm)
Pool = @($Miner.Pool)
Speed = @($Miner.Speed_Live)
Profit = $Miner.Profit
PowerDraw = $Miner.PowerDraw
Ratio = $Miner.RejectedShareRatio
Crashed = $Crashed
OCmode = $ocmode
OCP = if ($ocmode -eq "ocp") {$Miner.OCprofile} elseif ($ocmode -eq "msia") {$Miner.MSIAprofile} else {$null}
} | ConvertTo-Json -Compress)," | Out-File $filename -Append -Encoding utf8
$mutex.ReleaseMutex()
}
else {
Write-Error -Message "Activity log file is locked, unable to write message to $FileName."
}
}
End {}
}
function Set-Total {
[CmdletBinding()]
Param(
[Parameter(Mandatory = $true)]
$Miner,
[Parameter(Mandatory = $false)]
[DateTime]$Updated = (Get-Date),
[Parameter(Mandatory = $false)]
[Switch]$Quiet = $false
)
$Updated_UTC = $Updated.ToUniversalTime()
$Path0 = "Stats\Totals"
$Path_Name = "$($Miner.Pool[0])_Total.txt"
$PathCsv_Name = "Totals_$("{0:yyyy-MM-dd}" -f (Get-Date)).csv"
$Path = "$Path0\$Path_Name"
$PathCsv = "$Path0\$PathCsv_Name"
try {
$Duration = $Miner.GetRunningTime($true)
$TotalProfit = ($Miner.Profit + $(if ($Session.Config.UsePowerPrice -and $Miner.Profit_Cost -ne $null -and $Miner.Profit_Cost -gt 0) {$Miner.Profit_Cost} else {0}))*$Duration.TotalDays
$TotalCost = $Miner.Profit_Cost * $Duration.TotalDays
$TotalPower = $Miner.PowerDraw * $Duration.TotalDays
$Penalty = [double]($Miner.PoolPenalty | Select-Object -First 1)
$PenaltyFactor = 1-$Penalty/100
$TotalProfitApi = if ($PenaltyFactor -gt 0) {$TotalProfit/$PenaltyFactor} else {0}
if ($TotalProfit -gt 0) {
$CsvLine = [PSCustomObject]@{
Date = $Updated
Date_UTC = $Updated_UTC
PoolName = "$($Miner.Pool | Select-Object -First 1)"
Algorithm = "$($Miner.BaseAlgorithm | Select-Object -First 1)"
Currency = "$($Miner.Currency -join '+')"
Rate = [Math]::Round($Global:Rates.USD,2)
Profit = [Math]::Round($TotalProfit*1e8,4)
ProfitApi = [Math]::Round($TotalProfitApi*1e8,4)
Cost = [Math]::Round($TotalCost*1e8,4)
Power = [Math]::Round($TotalPower,3)
Penalty = $Penalty
Duration = [Math]::Round($Duration.TotalMinutes,3)
Donation = "$(if ($Miner.Donator) {"1"} else {"0"})"
}
$CsvLine.PSObject.Properties | Foreach-Object {$_.Value = "$($_.Value)"}
if (-not (Test-Path $Path0)) {New-Item $Path0 -ItemType "directory" > $null}
$CsvLine | Export-ToCsvFile $PathCsv
}
} catch {
if ($Error.Count){$Error.RemoveAt(0)}
if (Test-Path $Path) {Write-Log -Level $(if ($Quiet) {"Info"} else {"Warn"}) "Could not write to $($PathCsv_Name) "}
}
$Stat = Get-ContentByStreamReader $Path
try {
$Stat = $Stat | ConvertFrom-Json -ErrorAction Stop
if ($Stat.ProfitApi -eq $null) {$Stat | Add-Member ProfitApi 0 -Force}
$Stat.Duration += $Duration.TotalMinutes
$Stat.Cost += $TotalCost
$Stat.Profit += $TotalProfit
$Stat.ProfitApi += $TotalProfitApi
$Stat.Power += $TotalPower
$Stat.Updated = $Updated_UTC
} catch {
if ($Error.Count){$Error.RemoveAt(0)}
if (Test-Path $Path) {Write-Log -Level $(if ($Quiet) {"Info"} else {"Warn"}) "Totals file ($Path_Name) is corrupt and will be reset. "}
$Stat = [PSCustomObject]@{
Pool = $Miner.Pool[0]
Duration = $Duration.TotalMinutes
Cost = $TotalCost
Profit = $TotalProfit
ProfitApi = $TotalProfitApi
Power = $TotalPower
Started = $Updated_UTC
Updated = $Updated_UTC
}
}
if (-not (Test-Path $Path0)) {New-Item $Path0 -ItemType "directory" > $null}
$Stat | ConvertTo-Json | Set-Content $Path
}
function Set-TotalsAvg {
$Updated = (Get-Date).ToUniversalTime()
$Path0 = "Stats\Totals"
$LastValid = (Get-Date).AddDays(-30)
$LastValid_File = "Totals_$("{0:yyyy-MM-dd}" -f $LastValid)"
$Last1w_File = "Totals_$("{0:yyyy-MM-dd}" -f $((Get-Date).AddDays(-8)))"
$Last1d = (Get-Date).AddDays(-1)
$Last1w = (Get-Date).AddDays(-7)
Get-ChildItem "Stats\Totals" -Filter "Totals_*.csv" | Where-Object {$_.BaseName -lt $LastValid_File} | Foreach-Object {Remove-Item $_.FullName -Force -ErrorAction Ignore}
$Totals = [PSCustomObject]@{}
Get-ChildItem "Stats\Totals" -Filter "*_TotalAvg.txt" | Foreach-Object {
$PoolName = $_.BaseName -replace "_TotalAvg"
$Started = (Get-ContentByStreamReader $_.FullName | ConvertFrom-Json -ErrorAction Ignore).Started
$Totals | Add-Member $PoolName ([PSCustomObject]@{
Pool = $PoolName
Cost_1d = 0
Cost_1w = 0
Cost_Avg = 0
Profit_1d = 0
Profit_1w = 0
Profit_Avg = 0
ProfitApi_1d = 0
ProfitApi_1w = 0
ProfitApi_Avg = 0
Power_1d = 0
Power_1w = 0
Power_Avg = 0
Started = if ($Started) {$Started} else {$Updated}
Updated = $Updated
})
}
try {
$FirstDate = $CurrentDate = ""
Get-ChildItem "Stats\Totals" -Filter "Totals_*.csv" | Where-Object {$_.BaseName -ge $Last1w_File} | Sort-Object BaseName | Foreach-Object {
Import-Csv $_.FullName -ErrorAction Ignore | Where-Object {$_.Date -ge $Last1w -and [decimal]$_.Profit -gt 0 -and $_.Donation -ne "1" -and $Totals."$($_.PoolName)" -ne $null} | Foreach-Object {
if (-not $FirstDate) {$FirstDate = $_.Date}
$CurrentDate = $_.Date
$Totals."$($_.PoolName)".ProfitApi_1w += [decimal]$_.ProfitApi
$Totals."$($_.PoolName)".Profit_1w += [decimal]$_.Profit
$Totals."$($_.PoolName)".Power_1w += [decimal]$_.Power
$Totals."$($_.PoolName)".Cost_1w += [decimal]$_.Cost
if ($_.Date -ge $Last1d) {
$Totals."$($_.PoolName)".ProfitApi_1d += [decimal]$_.Profit
$Totals."$($_.PoolName)".Profit_1d += [decimal]$_.Profit
$Totals."$($_.PoolName)".Power_1d += [decimal]$_.Power
$Totals."$($_.PoolName)".Cost_1d += [decimal]$_.Cost
}
}
}
} catch {
if ($Error.Count) {$Error.RemoveAt(0)}
}
if ($CurrentDate -gt $FirstDate) {
$Duration = [DateTime]$CurrentDate - [DateTime]$FirstDate
$Totals.PSObject.Properties | Foreach-Object {
try {
if ($Duration.TotalDays -le 1) {
$_.Value.Profit_Avg = $_.Value.Profit_1d
$_.Value.ProfitApi_Avg = $_.Value.ProfitApi_1d
$_.Value.Cost_Avg = $_.Value.Cost_1d
$_.Value.Power_Avg = $_.Value.Power_1d
} else {
$_.Value.Profit_Avg = ($_.Value.Profit_1w / $Duration.TotalDays)
$_.Value.ProfitApi_Avg = ($_.Value.ProfitApi_1w / $Duration.TotalDays)
$_.Value.Cost_Avg = ($_.Value.Cost_1w / $Duration.TotalDays)
$_.Value.Power_Avg = ($_.Value.Power_1w / $Duration.TotalDays)
}
if (-not (Test-Path $Path0)) {New-Item $Path0 -ItemType "directory" > $null}
$_.Value | ConvertTo-Json -Depth 10 | Set-Content "$Path0/$($_.Name)_TotalAvg.txt" -Force
} catch {
if ($Error.Count){$Error.RemoveAt(0)}
}
}
}
}
function Set-Balance {
[CmdletBinding()]
Param(
[Parameter(Mandatory = $true)]
$Balance,
[Parameter(Mandatory = $false)]
[DateTime]$Updated = (Get-Date),
[Parameter(Mandatory = $false)]
[Switch]$Quiet = $false
)
$Updated_UTC = $Updated.ToUniversalTime()
$Name = "$($Balance.Name)_$($Balance.Currency)_Balance"
$Path0 = "Stats\Balances"
$Path = "$Path0\$($Name).txt"
$Stat = Get-ContentByStreamReader $Path
$Balance_Total = [Decimal]$Balance.Balance
$Balance_Paid = [Decimal]$Balance.Paid
try {
$Stat = $Stat | ConvertFrom-Json -ErrorAction Stop
$Stat = [PSCustomObject]@{
PoolName = $Balance.Name
Currency = $Balance.Currency
Balance = [Decimal]$Stat.Balance
Paid = [Decimal]$Stat.Paid
Earnings = [Decimal]$Stat.Earnings
Earnings_1h = [Decimal]$Stat.Earnings_1h
Earnings_1d = [Decimal]$Stat.Earnings_1d
Earnings_1w = [Decimal]$Stat.Earnings_1w
Earnings_Avg = [Decimal]$Stat.Earnings_Avg
Last_Earnings = @($Stat.Last_Earnings | Foreach-Object {[PSCustomObject]@{Date = [DateTime]$_.Date;Value = [Decimal]$_.Value}} | Select-Object)
Started = [DateTime]$Stat.Started
Updated = [DateTime]$Stat.Updated
}
if ($Balance.Paid -ne $null) {
$Earnings = [Decimal]($Balance_Total - $Stat.Balance + $Balance_Paid - $Stat.Paid)
} else {
$Earnings = [Decimal]($Balance_Total - $Stat.Balance)
if ($Earnings -lt 0) {$Earnings = $Balance_Total}
}
if ($Earnings -gt 0) {
$Stat.Balance = $Balance_Total
$Stat.Paid = $Balance_Paid
$Stat.Earnings += $Earnings
$Stat.Updated = $Updated_UTC
$Stat.Last_Earnings += [PSCustomObject]@{Date=$Updated_UTC;Value=$Earnings}
$Rate = [Decimal]$Global:Rates."$($Balance.Currency)"
if (-not (Test-Path $Path0)) {New-Item $Path0 -ItemType "directory" > $null}
$CsvLine = [PSCustomObject]@{
Date = $Updated
Date_UTC = $Updated_UTC
PoolName = $Balance.Name
Currency = $Balance.Currency
Rate = $Rate
Balance = $Stat.Balance
Paid = $Stat.Paid
Earnings = $Stat.Earnings
Value = $Earnings
Balance_Sat = if ($Rate -gt 0) {[int64]($Stat.Balance / $Rate * 1e8)} else {0}
Paid_Sat = if ($Rate -gt 0) {[int64]($Stat.Paid / $Rate * 1e8)} else {0}
Earnings_Sat = if ($Rate -gt 0) {[int64]($Stat.Earnings / $Rate * 1e8)} else {0}
Value_Sat = if ($Rate -gt 0) {[int64]($Earnings / $Rate * 1e8)} else {0}
}
$CsvLine | Export-ToCsvFile "$($Path0)\Earnings_Localized.csv" -UseCulture
$CsvLine.PSObject.Properties | Foreach-Object {$_.Value = "$($_.Value)"}
$CsvLine | Export-ToCsvFile "$($Path0)\Earnings.csv"
}
$Stat.Last_Earnings = @($Stat.Last_Earnings | Where-Object Date -gt ($Updated_UTC.AddDays(-7)) | Select-Object)
$Stat.Earnings_1h = [Decimal]($Stat.Last_Earnings | Where-Object Date -ge ($Updated_UTC.AddHours(-1)) | Measure-Object -Property Value -Sum).Sum
$Stat.Earnings_1d = [Decimal]($Stat.Last_Earnings | Where-Object Date -ge ($Updated_UTC.AddDays(-1)) | Measure-Object -Property Value -Sum).Sum
$Stat.Earnings_1w = [Decimal]($Stat.Last_Earnings | Where-Object Date -ge ($Updated_UTC.AddDays(-7)) | Measure-Object -Property Value -Sum).Sum
if ($Stat.Earnings_1w) {
$Duration = ($Updated_UTC - ($Stat.Last_Earnings | Select-Object -First 1).Date).TotalDays
if ($Duration -gt 1) {
$Stat.Earnings_Avg = [Decimal](($Stat.Last_Earnings | Measure-Object -Property Value -Sum).Sum / $Duration)
} else {
$Stat.Earnings_Avg = $Stat.Earnings_1d
}
} else {
$Stat.Earnings_Avg = 0
}
} catch {
if ($Error.Count){$Error.RemoveAt(0)}
if (Test-Path $Path) {Write-Log -Level $(if ($Quiet) {"Info"} else {"Warn"}) "Balances file ($Name) is corrupt and will be reset. "}
$Stat = [PSCustomObject]@{
PoolName = $Balance.Name
Currency = $Balance.Currency
Balance = $Balance_Total
Paid = $Balance_Paid
Earnings = 0
Earnings_1h = 0
Earnings_1d = 0
Earnings_1w = 0
Earnings_Avg = 0
Last_Earnings = @()
Started = $Updated_UTC
Updated = $Updated_UTC
}
}
if (-not (Test-Path $Path0)) {New-Item $Path0 -ItemType "directory" > $null}
$Stat | ConvertTo-Json -Depth 10 | Set-Content $Path
$Stat
}
function Export-ToCsvFile {
[CmdletBinding()]
param(
[Parameter(Mandatory = $true)]
[String]$FilePath,
[Parameter(Mandatory = $true, ValueFromPipeline = $True)]
$InputObject,
[Parameter(Mandatory = $false)]
[Switch]$UseCulture = $false
)
$Skip = if (Test-Path $FilePath) {1} else {0}
if ($UseCulture) {
$InputObject | ConvertTo-Csv -NoTypeInformation -UseCulture -ErrorAction Ignore | Select-Object -Skip $Skip | Write-ToFile -FilePath $FilePath -Append
} else {
$InputObject | ConvertTo-Csv -NoTypeInformation -ErrorAction Ignore | Select-Object -Skip $Skip | Write-ToFile -FilePath $FilePath -Append
}
}
function Set-Stat {
[CmdletBinding()]
param(
[Parameter(Mandatory = $true)]
[String]$Name,
[Parameter(Mandatory = $true)]
[Double]$Value,
[Parameter(Mandatory = $false)]
[Double]$Actual24h = 0,
[Parameter(Mandatory = $false)]
[Double]$Estimate24h = 0,
[Parameter(Mandatory = $false)]
[Double]$Difficulty = 0.0,
[Parameter(Mandatory = $false)]
[Double]$Ratio = 0.0,
[Parameter(Mandatory = $false)]
[DateTime]$Updated = (Get-Date).ToUniversalTime(),
[Parameter(Mandatory = $true)]
[TimeSpan]$Duration,
[Parameter(Mandatory = $false)]
[Bool]$FaultDetection = $false,
[Parameter(Mandatory = $false)]
[Bool]$ChangeDetection = $false,
[Parameter(Mandatory = $false)]
[Double]$FaultTolerance = 0.1,
[Parameter(Mandatory = $false)]
[Double]$PowerDraw = 0,
[Parameter(Mandatory = $false)]
[Double]$HashRate = 0,
[Parameter(Mandatory = $false)]
[Double]$BlockRate = 0,
[Parameter(Mandatory = $false)]
[Double]$UplimProtection = 0,
[Parameter(Mandatory = $false)]
[String]$Sub = "",
[Parameter(Mandatory = $false)]
[Switch]$Quiet = $false
)
$Updated = $Updated.ToUniversalTime()
$Mode = ""
$LogLevel = if ($Quiet) {"Info"} else {"Warn"}
$Cached = $true
if ($Name -match '_Profit$') {$Path0 = "Stats\Pools"; $Mode = "Pools"}
elseif ($Name -match '_Hashrate$') {$Path0 = "Stats\Miners"; $Mode = "Miners"}
else {$Path0 = "Stats"; $Mode = "Profit"; $Cached = $false}
$Path = if ($Sub) {"$Path0\$Sub-$Name.txt"} else {"$Path0\$Name.txt"}
$SmallestValue = 1E-20
if ($Stat = Get-StatFromFile -Path $Path -Name $Name -Cached:$Cached) {
try {
if ($Mode -in @("Pools","Profit") -and $Stat.Week_Fluctuation -and [Double]$Stat.Week_Fluctuation -ge 0.8) {throw "Fluctuation out of range"}
$Stat = Switch ($Mode) {
"Miners" {
[PSCustomObject]@{
Live = [Double]$Stat.Live
Minute = [Double]$Stat.Minute
Minute_Fluctuation = [Double]$Stat.Minute_Fluctuation
Minute_5 = [Double]$Stat.Minute_5
Minute_5_Fluctuation = [Double]$Stat.Minute_5_Fluctuation
Minute_10 = [Double]$Stat.Minute_10
Minute_10_Fluctuation = [Double]$Stat.Minute_10_Fluctuation
Hour = [Double]$Stat.Hour
Hour_Fluctuation = [Double]$Stat.Hour_Fluctuation
Day = [Double]$Stat.Day
Day_Fluctuation = [Double]$Stat.Day_Fluctuation
ThreeDay = [Double]$Stat.ThreeDay
ThreeDay_Fluctuation = [Double]$Stat.ThreeDay_Fluctuation
Week = [Double]$Stat.Week
Week_Fluctuation = [Double]$Stat.Week_Fluctuation
Duration = [TimeSpan]$Stat.Duration
Updated = [DateTime]$Stat.Updated
Failed = [Int]$Stat.Failed
# Miners Part
PowerDraw_Live = [Double]$Stat.PowerDraw_Live
PowerDraw_Average = [Double]$Stat.PowerDraw_Average
Diff_Live = [Double]$Stat.Diff_Live
Diff_Average = [Double]$Stat.Diff_Average
Ratio_Live = [Double]$Stat.Ratio_Live
#Ratio_Average = [Double]$Stat.Ratio_Average
}
Break
}
"Pools" {
[PSCustomObject]@{
Live = [Double]$Stat.Live
Minute = [Double]$Stat.Minute
Minute_Fluctuation = [Double]$Stat.Minute_Fluctuation
Minute_5 = [Double]$Stat.Minute_5
Minute_5_Fluctuation = [Double]$Stat.Minute_5_Fluctuation
Minute_10 = [Double]$Stat.Minute_10
Minute_10_Fluctuation = [Double]$Stat.Minute_10_Fluctuation
Hour = [Double]$Stat.Hour
Hour_Fluctuation = [Double]$Stat.Hour_Fluctuation
Day = [Double]$Stat.Day
Day_Fluctuation = [Double]$Stat.Day_Fluctuation
ThreeDay = [Double]$Stat.ThreeDay
ThreeDay_Fluctuation = [Double]$Stat.ThreeDay_Fluctuation
Week = [Double]$Stat.Week
Week_Fluctuation = [Double]$Stat.Week_Fluctuation
Duration = [TimeSpan]$Stat.Duration
Updated = [DateTime]$Stat.Updated
Failed = [Int]$Stat.Failed
# Pools part
HashRate_Live = [Double]$Stat.HashRate_Live
HashRate_Average = [Double]$Stat.HashRate_Average
BlockRate_Live = [Double]$Stat.BlockRate_Live
BlockRate_Average = [Double]$Stat.BlockRate_Average
Actual24h_Week = [Double]$Stat.Actual24h_Week
Estimate24h_Week = [Double]$Stat.Estimate24h_Week
ErrorRatio = [Double]$Stat.ErrorRatio
}
Break
}
default {
[PSCustomObject]@{
Live = [Double]$Stat.Live
Minute = [Double]$Stat.Minute
Minute_Fluctuation = [Double]$Stat.Minute_Fluctuation
Minute_5 = [Double]$Stat.Minute_5
Minute_5_Fluctuation = [Double]$Stat.Minute_5_Fluctuation
Minute_10 = [Double]$Stat.Minute_10
Minute_10_Fluctuation = [Double]$Stat.Minute_10_Fluctuation
Hour = [Double]$Stat.Hour
Hour_Fluctuation = [Double]$Stat.Hour_Fluctuation
Day = [Double]$Stat.Day
Day_Fluctuation = [Double]$Stat.Day_Fluctuation
ThreeDay = [Double]$Stat.ThreeDay
ThreeDay_Fluctuation = [Double]$Stat.ThreeDay_Fluctuation
Week = [Double]$Stat.Week
Week_Fluctuation = [Double]$Stat.Week_Fluctuation
Duration = [TimeSpan]$Stat.Duration
Updated = [DateTime]$Stat.Updated
Failed = [Int]$Stat.Failed
}
}
}
$ToleranceMin = $Value
$ToleranceMax = $Value
if ($FaultDetection) {
if ($FaultTolerance -eq $null) {$FaultTolerance = 0.1}
if ($FaultTolerance -lt 1) {
$ToleranceMin = $Stat.Week * (1 - [Math]::Min([Math]::Max($Stat.Week_Fluctuation * 2, $FaultTolerance + $Stat.Failed/100), 0.9))
$ToleranceMax = $Stat.Week * (1 + [Math]::Min([Math]::Max($Stat.Week_Fluctuation * 2, $FaultTolerance + $Stat.Failed/100 + 0.1), 0.9))
} elseif ($Stat.Hour -gt 0) {
if ($FaultTolerance -lt 2) {$FaultTolerance = 2}
$ToleranceMin = $Stat.Hour / $FaultTolerance
$ToleranceMax = $Stat.Hour * $FaultTolerance
}
} elseif ($Stat.Hour -gt 0 -and $UplimProtection -gt 1.0) {
$ToleranceMax = $Stat.Hour * $UplimProtection
}
if ($ChangeDetection -and [Decimal]$Value -eq [Decimal]$Stat.Live -and ($Mode -ne "Pools" -or [Decimal]$Hashrate -eq [Decimal]$Stat.HashRate_Live)) {$Updated = $Stat.updated}
if ($Value -gt 0 -and $ToleranceMax -eq 0) {$ToleranceMax = $Value}
if ($Value -lt $ToleranceMin -or $Value -gt $ToleranceMax) {
if (-not $Quiet) {
if ($mode -eq "Miners") {Write-Log -Level $LogLevel "Stat file ($Name) was not updated because the value $($Value | ConvertTo-Hash) is outside fault tolerance $($ToleranceMin | ConvertTo-Hash) to $($ToleranceMax | ConvertTo-Hash). "}
else {Write-Log -Level $LogLevel "Stat file ($Name) was not updated because the value $($Value.ToString("N2")) is outside fault tolerance $($ToleranceMin.ToString("N2")) to $($ToleranceMax.ToString("N2")). "}
}
$Stat.Failed += 10
if ($Stat.Failed > 30) {$Stat.Failed = 30}
} else {
$Span_Minute = [Math]::Min($Duration.TotalMinutes / [Math]::Min($Stat.Duration.TotalMinutes, 1), 1)
$Span_Minute_5 = [Math]::Min(($Duration.TotalMinutes / 5) / [Math]::Min(($Stat.Duration.TotalMinutes / 5), 1), 1)
$Span_Minute_10 = [Math]::Min(($Duration.TotalMinutes / 10) / [Math]::Min(($Stat.Duration.TotalMinutes / 10), 1), 1)
$Span_Hour = [Math]::Min($Duration.TotalHours / [Math]::Min($Stat.Duration.TotalHours, 1), 1)
$Span_Day = [Math]::Min($Duration.TotalDays / [Math]::Min($Stat.Duration.TotalDays, 1), 1)
$Span_ThreeDay = [Math]::Min(($Duration.TotalDays / 3) / [Math]::Min(($Stat.Duration.TotalDays / 3), 1), 1)
$Span_Week = [Math]::Min(($Duration.TotalDays / 7) / [Math]::Min(($Stat.Duration.TotalDays / 7), 1), 1)
$Stat = Switch ($Mode) {
"Miners" {
[PSCustomObject]@{
Live = $Value
Minute = $Stat.Minute + $Span_Minute * ($Value - $Stat.Minute)
Minute_Fluctuation = $Stat.Minute_Fluctuation + $Span_Minute * ([Math]::Abs($Value - $Stat.Minute) / [Math]::Max([Math]::Abs($Stat.Minute), $SmallestValue) - $Stat.Minute_Fluctuation)
Minute_5 = $Stat.Minute_5 + $Span_Minute_5 * ($Value - $Stat.Minute_5)
Minute_5_Fluctuation = $Stat.Minute_5_Fluctuation + $Span_Minute_5 * ([Math]::Abs($Value - $Stat.Minute_5) / [Math]::Max([Math]::Abs($Stat.Minute_5), $SmallestValue) - $Stat.Minute_5_Fluctuation)
Minute_10 = $Stat.Minute_10 + $Span_Minute_10 * ($Value - $Stat.Minute_10)
Minute_10_Fluctuation = $Stat.Minute_10_Fluctuation + $Span_Minute_10 * ([Math]::Abs($Value - $Stat.Minute_10) / [Math]::Max([Math]::Abs($Stat.Minute_10), $SmallestValue) - $Stat.Minute_10_Fluctuation)
Hour = $Stat.Hour + $Span_Hour * ($Value - $Stat.Hour)
Hour_Fluctuation = $Stat.Hour_Fluctuation + $Span_Hour * ([Math]::Abs($Value - $Stat.Hour) / [Math]::Max([Math]::Abs($Stat.Hour), $SmallestValue) - $Stat.Hour_Fluctuation)
Day = $Stat.Day + $Span_Day * ($Value - $Stat.Day)
Day_Fluctuation = $Stat.Day_Fluctuation + $Span_Day * ([Math]::Abs($Value - $Stat.Day) / [Math]::Max([Math]::Abs($Stat.Day), $SmallestValue) - $Stat.Day_Fluctuation)
ThreeDay = $Stat.ThreeDay + $Span_ThreeDay * ($Value - $Stat.ThreeDay)
ThreeDay_Fluctuation = $Stat.ThreeDay_Fluctuation + $Span_ThreeDay * ([Math]::Abs($Value - $Stat.ThreeDay) / [Math]::Max([Math]::Abs($Stat.ThreeDay), $SmallestValue) - $Stat.ThreeDay_Fluctuation)
Week = $Stat.Week + $Span_Week * ($Value - $Stat.Week)
Week_Fluctuation = $Stat.Week_Fluctuation + $Span_Week * ([Math]::Abs($Value - $Stat.Week) / [Math]::Max([Math]::Abs($Stat.Week), $SmallestValue) - $Stat.Week_Fluctuation)
Duration = $Stat.Duration + $Duration
Updated = $Updated
Failed = [Math]::Max($Stat.Failed-1,0)
# Miners part
PowerDraw_Live = $PowerDraw
PowerDraw_Average = if ($Stat.PowerDraw_Average -gt 0) {$Stat.PowerDraw_Average + $Span_Week * ($PowerDraw - $Stat.PowerDraw_Average)} else {$PowerDraw}
Diff_Live = $Difficulty
Diff_Average = $Stat.Diff_Average + $Span_Day * ($Difficulty - $Stat.Diff_Average)
Ratio_Live = $Ratio
#Ratio_Average = if ($Stat.Ratio_Average -gt 0) {[Math]::Round($Stat.Ratio_Average - $Span_Hour * ($Ratio - $Stat.Ratio_Average),4)} else {$Ratio}
}
Break
}
"Pools" {
[PSCustomObject]@{
Live = $Value
Minute = $Stat.Minute + $Span_Minute * ($Value - $Stat.Minute)
Minute_Fluctuation = $Stat.Minute_Fluctuation + $Span_Minute * ([Math]::Abs($Value - $Stat.Minute) / [Math]::Max([Math]::Abs($Stat.Minute), $SmallestValue) - $Stat.Minute_Fluctuation)
Minute_5 = $Stat.Minute_5 + $Span_Minute_5 * ($Value - $Stat.Minute_5)
Minute_5_Fluctuation = $Stat.Minute_5_Fluctuation + $Span_Minute_5 * ([Math]::Abs($Value - $Stat.Minute_5) / [Math]::Max([Math]::Abs($Stat.Minute_5), $SmallestValue) - $Stat.Minute_5_Fluctuation)
Minute_10 = $Stat.Minute_10 + $Span_Minute_10 * ($Value - $Stat.Minute_10)
Minute_10_Fluctuation = $Stat.Minute_10_Fluctuation + $Span_Minute_10 * ([Math]::Abs($Value - $Stat.Minute_10) / [Math]::Max([Math]::Abs($Stat.Minute_10), $SmallestValue) - $Stat.Minute_10_Fluctuation)
Hour = $Stat.Hour + $Span_Hour * ($Value - $Stat.Hour)
Hour_Fluctuation = $Stat.Hour_Fluctuation + $Span_Hour * ([Math]::Abs($Value - $Stat.Hour) / [Math]::Max([Math]::Abs($Stat.Hour), $SmallestValue) - $Stat.Hour_Fluctuation)
Day = $Stat.Day + $Span_Day * ($Value - $Stat.Day)
Day_Fluctuation = $Stat.Day_Fluctuation + $Span_Day * ([Math]::Abs($Value - $Stat.Day) / [Math]::Max([Math]::Abs($Stat.Day), $SmallestValue) - $Stat.Day_Fluctuation)
ThreeDay = $Stat.ThreeDay + $Span_ThreeDay * ($Value - $Stat.ThreeDay)
ThreeDay_Fluctuation = $Stat.ThreeDay_Fluctuation + $Span_ThreeDay * ([Math]::Abs($Value - $Stat.ThreeDay) / [Math]::Max([Math]::Abs($Stat.ThreeDay), $SmallestValue) - $Stat.ThreeDay_Fluctuation)
Week = $Stat.Week + $Span_Week * ($Value - $Stat.Week)
Week_Fluctuation = $Stat.Week_Fluctuation + $Span_Week * ([Math]::Abs($Value - $Stat.Week) / [Math]::Max([Math]::Abs($Stat.Week), $SmallestValue) - $Stat.Week_Fluctuation)
Duration = $Stat.Duration + $Duration
Updated = $Updated
Failed = [Math]::Max($Stat.Failed-1,0)
# Pools part
HashRate_Live = $HashRate
HashRate_Average = if ($Stat.HashRate_Average -gt 0) {$Stat.HashRate_Average + $Span_Hour * ($HashRate - $Stat.HashRate_Average)} else {$HashRate}
BlockRate_Live = $BlockRate
BlockRate_Average = if ($Stat.BlockRate_Average -gt 0) {$Stat.BlockRate_Average + $Span_Hour * ($BlockRate - $Stat.BlockRate_Average)} else {$BlockRate}
Actual24h_Week = $Stat.Actual24h_Week + $Span_Day * ($Actual24h - $Stat.Actual24h_Week)
Estimate24h_Week = $Stat.Estimate24h_Week + $Span_Day * ($Estimate24h - $Stat.Estimate24h_Week)
ErrorRatio = $Stat.ErrorRatio
}
Break
}
default {
[PSCustomObject]@{
Live = $Value
Minute = $Stat.Minute + $Span_Minute * ($Value - $Stat.Minute)
Minute_Fluctuation = $Stat.Minute_Fluctuation + $Span_Minute * ([Math]::Abs($Value - $Stat.Minute) / [Math]::Max([Math]::Abs($Stat.Minute), $SmallestValue) - $Stat.Minute_Fluctuation)
Minute_5 = $Stat.Minute_5 + $Span_Minute_5 * ($Value - $Stat.Minute_5)
Minute_5_Fluctuation = $Stat.Minute_5_Fluctuation + $Span_Minute_5 * ([Math]::Abs($Value - $Stat.Minute_5) / [Math]::Max([Math]::Abs($Stat.Minute_5), $SmallestValue) - $Stat.Minute_5_Fluctuation)
Minute_10 = $Stat.Minute_10 + $Span_Minute_10 * ($Value - $Stat.Minute_10)
Minute_10_Fluctuation = $Stat.Minute_10_Fluctuation + $Span_Minute_10 * ([Math]::Abs($Value - $Stat.Minute_10) / [Math]::Max([Math]::Abs($Stat.Minute_10), $SmallestValue) - $Stat.Minute_10_Fluctuation)
Hour = $Stat.Hour + $Span_Hour * ($Value - $Stat.Hour)
Hour_Fluctuation = $Stat.Hour_Fluctuation + $Span_Hour * ([Math]::Abs($Value - $Stat.Hour) / [Math]::Max([Math]::Abs($Stat.Hour), $SmallestValue) - $Stat.Hour_Fluctuation)
Day = $Stat.Day + $Span_Day * ($Value - $Stat.Day)
Day_Fluctuation = $Stat.Day_Fluctuation + $Span_Day * ([Math]::Abs($Value - $Stat.Day) / [Math]::Max([Math]::Abs($Stat.Day), $SmallestValue) - $Stat.Day_Fluctuation)
ThreeDay = $Stat.ThreeDay + $Span_ThreeDay * ($Value - $Stat.ThreeDay)
ThreeDay_Fluctuation = $Stat.ThreeDay_Fluctuation + $Span_ThreeDay * ([Math]::Abs($Value - $Stat.ThreeDay) / [Math]::Max([Math]::Abs($Stat.ThreeDay), $SmallestValue) - $Stat.ThreeDay_Fluctuation)
Week = $Stat.Week + $Span_Week * ($Value - $Stat.Week)
Week_Fluctuation = $Stat.Week_Fluctuation + $Span_Week * ([Math]::Abs($Value - $Stat.Week) / [Math]::Max([Math]::Abs($Stat.Week), $SmallestValue) - $Stat.Week_Fluctuation)
Duration = $Stat.Duration + $Duration
Updated = $Updated
Failed = [Math]::Max($Stat.Failed-1,0)
}
}
}