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Core.ps1
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param(
[Parameter(Mandatory = $false)]
[Array]$Algorithm = $null,
[Parameter(Mandatory = $false)]
[Array]$PoolsName = $null,
[Parameter(Mandatory = $false)]
[array]$CoinsName = $null,
[Parameter(Mandatory = $false)]
[String]$MiningMode = $null,
[Parameter(Mandatory = $false)]
[array]$GroupNames = $null,
[Parameter(Mandatory = $false)]
[string]$PercentToSwitch = $null
)
##Parameters for testing, must be commented on real use
# $MiningMode='Automatic'
# $MiningMode='Manual'
# $PoolsName=('ahashpool','miningpoolhub','hashrefinery')
# $PoolsName='whattomine'
# $PoolsName='zergpool'
# $PoolsName='yiimp'
# $PoolsName='ahashpool'
# $PoolsName=('hashrefinery','zpool')
# $PoolsName='miningpoolhub'
# $PoolsName='zpool'
# $PoolsName='hashrefinery'
# $PoolsName='altminer'
# $PoolsName='blazepool'
# $PoolsName="Nicehash"
# $PoolsName="Nanopool"
# $CoinsName =('bitcore','Signatum','Zcash')
# $CoinsName ='zcash'
# $Algorithm =('phi','x17')
# $GroupNames=('rx580')
$error.clear()
$ScriptRoot = Split-Path -Parent $MyInvocation.MyCommand.Path
. $ScriptRoot\Include.ps1
#Start log file
$LogPath = "$ScriptRoot\Logs\"
if (!(Test-Path -Path $LogPath)) { New-Item -Path $LogPath -ItemType directory | Out-Null }
$LogName = $LogPath + "$(Get-Date -Format "yyyy-MM-dd_HH-mm-ss").log"
Start-Transcript $LogName #for start log msg
Stop-Transcript
$LogFile = [System.IO.StreamWriter]::new( $LogName, $true )
$LogFile.AutoFlush = $true
Clear-Files
if ([Net.ServicePointManager]::SecurityProtocol -notmatch [Net.SecurityProtocolType]::Tls12) {
[Net.ServicePointManager]::SecurityProtocol += [Net.SecurityProtocolType]::Tls12
}
# Force Culture to en-US
$culture = [System.Globalization.CultureInfo]::CreateSpecificCulture("en-US")
$culture.NumberFormat.NumberDecimalSeparator = "."
$culture.NumberFormat.NumberGroupSeparator = ","
[System.Threading.Thread]::CurrentThread.CurrentCulture = $culture
$ErrorActionPreference = "Continue"
$Config = Get-Config
$Application = "Forager"
$Release = "19.02"
Log-Message "$Application v$Release"
$Host.UI.RawUI.WindowTitle = "$Application v$Release"
if ($env:CUDA_DEVICE_ORDER -ne 'PCI_BUS_ID') { setx CUDA_DEVICE_ORDER PCI_BUS_ID } #This align cuda id with nvidia-smi order
if ($env:GPU_FORCE_64BIT_PTR -ne 0) { setx GPU_FORCE_64BIT_PTR 0 } #For AMD
if ($env:GPU_MAX_HEAP_SIZE -ne 100) { setx GPU_MAX_HEAP_SIZE 100 } #For AMD
if ($env:GPU_USE_SYNC_OBJECTS -ne 1) { setx GPU_USE_SYNC_OBJECTS 1 } #For AMD
if ($env:GPU_MAX_ALLOC_PERCENT -ne 100) { setx GPU_MAX_ALLOC_PERCENT 100 } #For AMD
if ($env:GPU_SINGLE_ALLOC_PERCENT -ne 100) { setx GPU_SINGLE_ALLOC_PERCENT 100 } #For AMD
if ($env:GPU_MAX_WORKGROUP_SIZE -ne 256) { setx GPU_MAX_WORKGROUP_SIZE 256 } #For AMD
$progressPreference = 'silentlyContinue' #No progress message on web requests
#$progressPreference = 'Stop'
Set-Location $ScriptRoot
#Set process priority to BelowNormal to avoid hash rate drops on systems with weak CPUs
(Get-Process -Id $PID).PriorityClass = "BelowNormal"
Import-Module NetSecurity -ErrorAction SilentlyContinue
Import-Module Defender -ErrorAction SilentlyContinue
Import-Module "$env:Windir\System32\WindowsPowerShell\v1.0\Modules\NetSecurity\NetSecurity.psd1" -ErrorAction SilentlyContinue
Import-Module "$env:Windir\System32\WindowsPowerShell\v1.0\Modules\Defender\Defender.psd1" -ErrorAction SilentlyContinue
if (Get-Command "Unblock-File" -ErrorAction SilentlyContinue) {Get-ChildItem . -Recurse | Unblock-File}
if ((Get-Command "Get-MpPreference" -ErrorAction SilentlyContinue) -and (Get-MpComputerStatus -ErrorAction SilentlyContinue) -and (Get-MpPreference).ExclusionPath -notcontains (Convert-Path .)) {
Start-Process (@{desktop = "powershell"; core = "pwsh"}.$PSEdition) "-Command Import-Module '$env:Windir\System32\WindowsPowerShell\v1.0\Modules\Defender\Defender.psd1'; Add-MpPreference -ExclusionPath '$(Convert-Path .)'" -Verb runAs
}
$ActiveMiners = @()
$ShowBestMinersOnly = $true
$Interval = @{
Current = $null
Last = $null
Duration = $null
StartTime = $null
LastTime = $null
Benchmark = $null
}
$Screen = $Config.StartScreen
#---Parameters checking
if (@('Manual', 'Automatic', 'Automatic24h') -notcontains $MiningMode) {
Log-Message "Parameter MiningMode not valid, valid options: Manual, Automatic, Automatic24h" -Severity Warn
Exit
}
$Params = @{
Querymode = "info"
PoolsFilterList = $PoolsName
CoinFilterList = $CoinsName
Location = $Location
AlgoFilterList = $Algorithm
}
$PoolsChecking = Get-Pools @Params
$PoolsErrors = switch ($MiningMode) {
"Automatic" {$PoolsChecking | Where-Object ActiveOnAutomaticMode -eq $false}
"Automatic24h" {$PoolsChecking | Where-Object ActiveOnAutomatic24hMode -eq $false}
"Manual" {$PoolsChecking | Where-Object ActiveOnManualMode -eq $false }
}
$PoolsErrors | ForEach-Object {
Log-Message "Selected MiningMode is not valid for pool $($_.Name)" -Severity Warn
Exit
}
if ($MiningMode -eq 'Manual' -and ($CoinsName -split ',').Count -ne 1) {
Log-Message "On manual mode one coin must be selected" -Severity Warn
Exit
}
if ($MiningMode -eq 'Manual' -and ($Algorithm -split ',').Count -ne 1) {
Log-Message "On manual mode one algorithm must be selected" -Severity Warn
Exit
}
#parameters backup
$ParamAlgorithmBCK = $Algorithm
$ParamPoolsNameBCK = $PoolsName
$ParamCoinsNameBCK = $CoinsName
$ParamMiningModeBCK = $MiningMode
try {Set-WindowSize 180 50} catch {}
$Interval.StartTime = Get-Date #first initialization, must be outside loop
Send-ErrorsToLog $LogFile
$Msg = @("Starting Parameters: "
"Algorithm: " + [string]($Algorithm -join ",")
"PoolsName: " + [string]($PoolsName -join ",")
"CoinsName: " + [string]($CoinsName -join ",")
"MiningMode: " + $MiningMode
"GroupNames: " + [string]($GroupNames -join ",")
"PercentToSwitch: " + $PercentToSwitch
) -join ' //'
Log-Message $Msg -Severity Debug
#Enable api
if ($config.ApiPort -gt 0) {
Log-Message "Starting API on port $($config.ApiPort)" -Severity Debug
$ApiSharedFile = "$ScriptRoot\ApiShared" + [string](Get-Random -minimum 0 -maximum 99999999) + ".tmp"
$command = "-WindowStyle minimized -noExit -executionpolicy bypass -file $ScriptRoot\Includes\ApiListener.ps1 -port " + [string]$config.ApiPort + " -SharedFile $ApiSharedFile "
$APIprocess = Start-Process -FilePath "powershell.exe" -ArgumentList $command -Verb RunAs -PassThru -WindowStyle Minimized
#open firewall port
$command = "New-NetFirewallRule -DisplayName '$Application' -Direction Inbound -Action Allow -Protocol TCP -LocalPort $($config.ApiPort)"
Start-Process -FilePath "powershell.exe" -ArgumentList $command -Verb RunAs -WindowStyle Minimized
$command = "New-NetFirewallRule -DisplayName '$Application' -Direction Outbound -Action Allow -Protocol TCP -LocalPort $($config.ApiPort)"
Start-Process -FilePath "powershell.exe" -ArgumentList $command -Verb RunAs -WindowStyle Minimized
}
$Quit = $false
# Initialize MSI Afterburner
if ((Get-ConfigVariable "Afterburner") -eq "Enabled") {
. .\Includes\afterburner.ps1
}
#enable EthlargementPill
if (@('RevA', 'RevB') -contains $config.EthlargementPill) {
Log-Message "Starting EthlargementPill"
$arg = "-" + $config.EthlargementPill
$EthPill = Start-Process -FilePath ".\Includes\OhGodAnETHlargementPill-r2.exe" -passthru -Verb RunAs -ArgumentList $arg
}
#-----------------------------------------------------------------------------------------------------------------------
#-----------------------------------------------------------------------------------------------------------------------
#-----------------------------------------------------------------------------------------------------------------------
#-----------------------------------------------------------------------------------------------------------------------
#This loop will be running forever
#-----------------------------------------------------------------------------------------------------------------------
#-----------------------------------------------------------------------------------------------------------------------
#-----------------------------------------------------------------------------------------------------------------------
#-----------------------------------------------------------------------------------------------------------------------
while ($Quit -eq $false) {
$Config = Get-Config
Log-Message ($Config | ConvertTo-Json) -Severity Debug
Clear-Host; $RepaintScreen = $true
# Check for updates
try {
$Request = Invoke-APIRequest -Url "https://api.github.com/repos/yuzi-co/$Application/releases/latest" -Age 60
$RemoteVersion = ($Request.tag_name -replace '[^\d.]')
$Uri = $Request.assets | Where-Object Name -eq "$Application-v$RemoteVersion.7z" | Select-Object -ExpandProperty browser_download_url
if ([version]$RemoteVersion -gt [version]$Release) {
Log-Message "$Application is out of date. There is an updated version available at $Uri" -Severity Warn
} elseif ([version]$RemoteVersion -lt [version]$Release) {
Log-Message "$Application is pre-release version. Use at your own risk" -Severity Warn
}
} catch {
Log-Message "Failed to get $Application updates." -Severity Warn
}
#get mining types
$DeviceGroups = Get-MiningTypes -filter $GroupNames
if ($null -eq $Interval.Last) {
Log-Message (Get-DevicesInformation $DeviceGroups | ConvertTo-Json) -Severity Debug
Log-Message ($DeviceGroups | ConvertTo-Json) -Severity Debug
Test-DeviceGroupsConfig $DeviceGroups
}
$NumberTypesGroups = ($DeviceGroups | Measure-Object).count
if ($NumberTypesGroups -gt 0) {$InitialProfitsScreenLimit = [Math]::Floor(30 / $NumberTypesGroups) - 5} #screen adjust to number of groups
if ($null -eq $Interval.Last) {$ProfitsScreenLimit = $InitialProfitsScreenLimit}
Log-Message "New interval starting..."
Log-Message (Get-ComputerStats | ConvertTo-Json) -Severity Debug
$Location = $Config.Location
if ([string]::IsNullOrWhiteSpace($PercentToSwitch)) {$PercentToSwitch2 = [int]($Config.PercentToSwitch)}
else {$PercentToSwitch2 = [int]$PercentToSwitch}
$DelayCloseMiners = $Config.DelayCloseMiners
$BenchmarkIntervalTime = [int]($Config.BenchmarkTime)
$LocalCurrency = $Config.LocalCurrency
if ([string]::IsNullOrWhiteSpace($LocalCurrency)) {
#for old config.ini compatibility
$LocalCurrency = switch ($Location) {
'Europe' {"EUR"}
'EU' {"EUR"}
'US' {"USD"}
'ASIA' {"USD"}
'GB' {"GBP"}
default {"USD"}
}
}
$Interval.Last = $Interval.Current
$Interval.LastTime = (Get-Date) - $Interval.StartTime
$Interval.StartTime = Get-Date
#Donation
$DonationStat = if (Test-Path -Path 'Donation.ctr') { (Get-Content -Path 'Donation.ctr') -split '_' } else { 0, 0 }
$DonationPastTime = [int]$DonationStat[0]
$DonatedTime = [int]$DonationStat[1]
$ElapsedDonationTime = [int]($DonationPastTime + $Interval.LastTime.TotalMinutes)
$ElapsedDonatedTime = [int]($DonatedTime + $Interval.LastTime.TotalMinutes)
$ConfigDonateTime = [math]::Max([int]($Config.Donate), 10)
#Activate or deactivate donation
if ($ElapsedDonationTime -gt 1440 -and $ConfigDonateTime -gt 0) {
# donation interval
$Interval.Current = "Donate"
$Config.UserName = "ffwd"
$Config.WorkerName = "Donate"
$CoinsWallets = @{
BTC = "3NoVvkGSNjPX8xBMWbP2HioWYK395wSzGL"
}
$DonateInterval = ($ConfigDonateTime - $ElapsedDonatedTime) * 60
$Algorithm = $null
$PoolsName = ("NiceHash")
$CoinsName = $null
$MiningMode = "Automatic"
if ($ElapsedDonatedTime -ge $ConfigDonateTime) {"0_0" | Set-Content -Path 'Donation.ctr'}
else {[string]$DonationPastTime + "_" + [string]$ElapsedDonatedTime | Set-Content -Path 'Donation.ctr'}
Log-Message "Next interval you will be donating for $DonateInterval seconds, thanks for your support"
} else {
#NOT donation interval
$Interval.Current = "Mining"
$Algorithm = $ParamAlgorithmBCK
$PoolsName = $ParamPoolsNameBCK
$CoinsName = $ParamCoinsNameBCK
$MiningMode = $ParamMiningModeBCK
if (!$Config.WorkerName) {$Config.WorkerName = (Get-Culture).TextInfo.ToTitleCase(($env:COMPUTERNAME).ToLower())}
$CoinsWallets = @{}
switch -regex -file config.ini {
"^\s*WALLET_(\w+)\s*=\s*(.*)" {
$name, $value = $matches[1..2]
$CoinsWallets[$name] = $value.Trim()
}
}
[string]$ElapsedDonationTime + "_0" | Set-Content -Path Donation.ctr
}
$Currency = $Config.Currency
$UserName = $Config.UserName
$WorkerName = $Config.WorkerName
$MinerWindowStyle = $Config.MinerWindowStyle
if ([string]::IsNullOrEmpty($MinerWindowStyle)) {$MinerWindowStyle = 'Minimized'}
$MinerStatusUrl = $Config.MinerStatusUrl
$MinerStatusKey = $Config.MinerStatusKey
if (!$MinerStatusKey -and $CoinsWallets.BTC) {$MinerStatusKey = $CoinsWallets.BTC}
Send-ErrorsToLog $LogFile
#get actual hour electricity cost
($Config.ElectricityCost | ConvertFrom-Json) | ForEach-Object {
if ((
$_.HourStart -lt $_.HourEnd -and
@(($_.HourStart)..($_.HourEnd)) -contains (Get-Date).Hour
) -or (
$_.HourStart -gt $_.HourEnd -and (
@(($_.HourStart)..23) -contains (Get-Date).Hour -or
@(0..($_.HourEnd)) -contains (Get-Date).Hour
)
)
) {$ElectricityCostValue = [double]$_.CostKwh}
}
Log-Message "Loading Pools Information..."
#Load information about the Pools, only must read parameter passed files (not all as mph do), level is Pool-Algo-Coin
do {
$Params = @{
Querymode = "core"
PoolsFilterList = $PoolsName
CoinFilterList = $CoinsName
Location = $Location
AlgoFilterList = $Algorithm
}
$AllPools = Get-Pools @Params
if ($AllPools.Count -eq 0) {
Log-Message "NO POOLS! Retry in 30 seconds" -Severity Warn
Log-Message "If you are mining on anonymous pool without exchage, like YIIMP, NANOPOOL or similar, you must set wallet for at least one pool coin in config.ini" -Severity Warn
Start-Sleep 30
}
} while ($AllPools.Count -eq 0)
$AllPools | Select-Object name -unique | ForEach-Object {Log-Message "Pool $($_.Name) was responsive..."}
Log-Message "Detected $($AllPools.Count) pools..."
#Filter by minworkers variable (only if there is any pool greater than minimum)
$Pools = ($AllPools | Where-Object {$_.PoolWorkers -ge $Config.MinWorkers -or $_.PoolWorkers -eq $null})
if ($Pools.Count -ge 1) {
Log-Message "$($Pools.Count) pools left after min workers filter..."
} else {
$Pools = $AllPools
Log-Message "No pools with workers greater than minimum config, filter ignored..."
}
## Select highest paying pool for each algo and check if pool is alive.
Log-Message "Select top paying pool for each algo in config"
if ($config.PingPools -eq 'Enabled') {Log-Message "Checking pool availability"}
$PoolsFiltered = $Pools | Group-Object -Property Algorithm | ForEach-Object {
$NeedPool = $false
foreach ($DeviceGroup in $DeviceGroups) {
## Is pool algorithm defined in config?
$AlgoList = $DeviceGroup.Algorithms | ForEach-Object {$_ -split '_'} | Select-Object -Unique
if (!$AlgoList -or $AlgoList -contains $_.Name) {$NeedPool = $true}
}
if ($NeedPool) {
## Order by price (profitability)
$_.Group | Sort-Object -Property `
@{Expression = $(if ($MiningMode -eq 'Automatic24h') {"Price24h"} else {"Price"}); Descending = $true},
@{Expression = "LocationPriority"; Ascending = $true} | ForEach-Object {
if ($NeedPool) {
## test tcp connection to pool
if ($config.PingPools -ne 'Enabled' -or (Test-TCPPort -Server $_.Host -Port $_.Port -Timeout 100)) {
$NeedPool = $false
$_ ## return result
} else {
Log-Message "$($_.PoolName): $($_.Host):$($_.Port) is not responding!" -Severity Warn
}
}
}
}
}
$Pools = $PoolsFiltered
Log-Message "$($Pools.Count) pools left"
Remove-Variable PoolsFiltered
#Call api to local currency conversion
try {
$CDKResponse = Invoke-APIRequest -Url "https://api.coindesk.com/v1/bpi/currentprice/$LocalCurrency.json" -MaxAge 60 |
Select-Object -ExpandProperty BPI
$LocalBTCvalue = $CDKResponse.$LocalCurrency.rate_float
Log-Message "CoinDesk API was responsive..."
} catch {
Log-Message "Coindesk API not responding, no local coin conversion..." -Severity Warn
}
#Load information about the Miner asociated to each Coin-Algo-Miner
$Miners = @()
$MinersFolderContent = (Get-ChildItem "$ScriptRoot\Miners\*" -Include "*.json")
Log-Message "Files in miner folder: $($MinersFolderContent.count)" -Severity Debug
Log-Message "Number of device groups: $($DeviceGroups.count)" -Severity Debug
foreach ($MinerFile in $MinersFolderContent) {
try {
$Miner = $MinerFile | Get-Content | ConvertFrom-Json
} catch {
Log-Message "Badly formed JSON: $MinerFile" -Severity Warn
Exit
}
foreach ($DeviceGroup in $DeviceGroups) {
#generate a line for each device group that has algorithm as valid
if ($Miner.Type -ne $DeviceGroup.type) {
Log-Message "$($MinerFile.pschildname) is NOT valid for $($DeviceGroup.GroupName). Skipping" -Severity Debug
Continue
} elseif ($Config.("ExcludeMiners_" + $DeviceGroup.GroupName) -and ($Config.("ExcludeMiners_" + $DeviceGroup.GroupName).split(',') | Where-Object {$MinerFile.BaseName -like $_})) {
Log-Message "$($MinerFile.pschildname) is Excluded for $($DeviceGroup.GroupName). Skipping" -Severity Debug
Continue
} else {
#check group and miner types are the same
Log-Message "$($MinerFile.pschildname) is valid for $($DeviceGroup.GroupName)" -Severity Debug
}
foreach ($Algo in $Miner.Algorithms.PSObject.Properties) {
##AlgoName contains real name for dual and no dual miners
$AlgoTmp = ($Algo.Name -split "\|")[0]
$AlgoLabel = ($Algo.Name -split ("\|"))[1]
$AlgoName = Get-AlgoUnifiedName (($AlgoTmp -split ("_"))[0])
$AlgoNameDual = Get-AlgoUnifiedName (($AlgoTmp -split ("_"))[1])
$Algorithms = $AlgoName + $(if ($AlgoNameDual) {"_$AlgoNameDual"})
# Check memory constraints on miners
if ($DeviceGroup.MemoryGB -gt 0) {
$SkipLabel = $false
if ($AlgoLabel -match '(?<mem>\d+)gb.*') {
if ($DeviceGroup.MemoryGB -lt [int]$Matches.mem) {$SkipLabel = $true}
}
if ($SkipLabel) {
Log-Message "$($MinerFile.BaseName)/$Algorithms/$AlgoLabel skipped due to constraints" -Severity Debug
Continue
}
}
if ($Config.CUDAVersion -and $Miner.CUDA) {
if ([version]$Miner.CUDA -gt [version]$Config.CUDAVersion) {
Log-Message "$($MinerFile.BaseName) skipped due to CUDA version constraints" -Severity Debug
Continue
}
}
if ($DeviceGroup.Algorithms -and $DeviceGroup.Algorithms -notcontains $Algorithms) {Continue} #check config has this algo as minable
foreach ($Pool in ($Pools | Where-Object Algorithm -eq $AlgoName)) {
#Search pools for that algo
# If Miner limited to pools
if ($Miner.Pools -and $ExecutionContext.InvokeCommand.ExpandString($Miner.Pools) -eq $false) {Continue}
if (!$AlgoNameDual -or ($Pools | Where-Object Algorithm -eq $AlgoNameDual)) {
#Set flag if both Miner and Pool support SSL
$enableSSL = [bool]($Miner.SSL -and $Pool.SSL)
#Replace wildcards patterns
if ($Pool.PoolName -eq 'Nicehash') {$Nicehash = $true} else {$Nicehash = $false}
if ($Nicehash) {
$WorkerNameMain = $WorkerName + '-' + $DeviceGroup.GroupName #Nicehash requires alphanumeric WorkerNames
} else {
$WorkerNameMain = $WorkerName + '_' + $DeviceGroup.GroupName
}
$PoolUser = $Pool.User -replace '#WorkerName#', $WorkerNameMain
$PoolPass = $Pool.Pass -replace '#WorkerName#', $WorkerNameMain
$Params = @{
'#Protocol#' = $(if ($enableSSL) {$Pool.ProtocolSSL} else {$Pool.Protocol})
'#Server#' = $(if ($enableSSL) {$Pool.HostSSL} else {$Pool.Host})
'#Port#' = $(if ($enableSSL) {$Pool.PortSSL} else {$Pool.Port})
'#Login#' = $PoolUser
'#Password#' = $PoolPass
'#GPUPlatform#' = $DeviceGroup.Platform
'#Algorithm#' = $AlgoName
'#AlgorithmParameters#' = $Algo.Value
'#WorkerName#' = $WorkerNameMain
'#Devices#' = $DeviceGroup.Devices
'#DevicesClayMode#' = $DeviceGroup.DevicesClayMode
'#DevicesETHMode#' = $DeviceGroup.DevicesETHMode
'#DevicesNsgMode#' = $DeviceGroup.DevicesNsgMode
'#EthStMode#' = $Pool.EthStMode
'#GroupName#' = $DeviceGroup.GroupName
'#EMail#' = $Config.EMail
}
$Arguments = $Miner.Arguments -join " "
$Arguments = $Arguments -replace '#AlgorithmParameters#', $Algo.Value
foreach ($P in $Params.Keys) {$Arguments = $Arguments -replace $P, $Params.$P}
$PatternConfigFile = $Miner.PatternConfigFile -replace '#Algorithm#', $AlgoName -replace '#GroupName#', $DeviceGroup.GroupName
if ($PatternConfigFile -and (Test-Path -Path $PatternConfigFile)) {
$ConfigFileArguments = Replace-ForEachDevice (Get-Content $PatternConfigFile -raw) -Devices $DeviceGroup
foreach ($P in $Params.Keys) {$ConfigFileArguments = $ConfigFileArguments -replace $P, $Params.$P}
}
#select correct price by mode
$Price = $Pool.$(if ($MiningMode -eq 'Automatic24h') {"Price24h"} else {"Price"})
#Search for dualmining pool
if ($AlgoNameDual) {
#search dual pool and select correct price by mode
$PoolDual = $Pools |
Where-Object Algorithm -eq $AlgoNameDual |
Sort-Object @{Expression = $(if ($MiningMode -eq 'Automatic24h') {"Price24h"} else {"Price"}); Descending = $true} |
Select-Object -First 1
$PriceDual = [double]$PoolDual.$(if ($MiningMode -eq 'Automatic24h') {"Price24h"} else {"Price"})
#Set flag if both Miner and Pool support SSL
$enableDualSSL = ($Miner.SSL -and $PoolDual.SSL)
#Replace wildcards patterns
if ($PoolDual.PoolName -eq 'Nicehash') {
$WorkerNameDual = $WorkerName + '-' + $DeviceGroup.GroupName + 'D' #Nicehash requires alphanumeric WorkerNames
} else {
$WorkerNameDual = $WorkerName + '_' + $DeviceGroup.GroupName + 'D'
}
$PoolUserDual = $PoolDual.User -replace '#WorkerName#', $WorkerNameDual
$PoolPassDual = $PoolDual.Pass -replace '#WorkerName#', $WorkerNameDual
$Params = @{
'#PortDual#' = $(if ($enableDualSSL) {$PoolDual.PortSSL} else {$PoolDual.Port})
'#ServerDual#' = $(if ($enableDualSSL) {$PoolDual.HostSSL} else {$PoolDual.Host})
'#ProtocolDual#' = $(if ($enableDualSSL) {$PoolDual.ProtocolSSL} else {$PoolDual.Protocol})
'#LoginDual#' = $PoolUserDual
'#PasswordDual#' = $PoolPassDual
'#AlgorithmDual#' = $AlgoNameDual
'#WorkerName#' = $WorkerNameDual
}
foreach ($P in $Params.Keys) {$Arguments = $Arguments -replace $P, $Params.$P}
if ($PatternConfigFile -and (Test-Path -Path $PatternConfigFile)) {
foreach ($P in $Params.Keys) {$ConfigFileArguments = $ConfigFileArguments -replace $P, $Params.$P}
}
} else {
$PoolDual = $null
$PoolUserDual = $null
$PriceDual = 0
}
## SubMiner are variations of miner that not need to relaunch
## Creates a "SubMiner" object for each PL
$SubMiners = @()
foreach ($PowerLimit in ($DeviceGroup.PowerLimits)) {
## always exists as least a power limit 0
## look in ActiveMiners collection if we found that miner to conserve some properties and not read files
$FoundMiner = $ActiveMiners | Where-Object {
$_.Name -eq $MinerFile.BaseName -and
$_.Coin -eq $Pool.Info -and
$_.Algorithm -eq $AlgoName -and
$_.CoinDual -eq $PoolDual.Info -and
$_.AlgorithmDual -eq $AlgoNameDual -and
$_.PoolName -eq $Pool.PoolName -and
$_.PoolNameDual -eq $PoolDual.PoolName -and
$_.DeviceGroup.Id -eq $DeviceGroup.Id -and
$_.AlgoLabel -eq $AlgoLabel }
$FoundSubMiner = $FoundMiner.SubMiners | Where-Object {$_.PowerLimit -eq $PowerLimit}
if (!$FoundSubMiner) {
$Params = @{
Algorithm = $Algorithms
MinerName = $MinerFile.BaseName
GroupName = $DeviceGroup.GroupName
PowerLimit = $PowerLimit
AlgoLabel = $AlgoLabel
}
[array]$Hrs = Get-HashRates @Params
} else {
[array]$Hrs = $FoundSubMiner.SpeedReads
}
if ($Hrs.Count -gt 10) {
# Remove 10 percent of lowest and highest rate samples which may skew the average
$Hrs = $Hrs | Sort-Object Speed
$p5Index = [math]::Ceiling($Hrs.Count * 0.05)
$p95Index = [math]::Ceiling($Hrs.Count * 0.95)
$Hrs = $Hrs[$p5Index..$p95Index] | Sort-Object SpeedDual, Speed
$p5Index = [math]::Ceiling($Hrs.Count * 0.05)
$p95Index = [math]::Ceiling($Hrs.Count * 0.95)
$Hrs = $Hrs[$p5Index..$p95Index]
$PowerValue = [double]($Hrs | Measure-Object -property Power -average).average
$HashRateValue = [double]($Hrs | Measure-Object -property Speed -average).average
$HashRateValueDual = [double]($Hrs | Measure-Object -property SpeedDual -average).average
} else {
$PowerValue = 0
$HashRateValue = 0
$HashRateValueDual = 0
}
#calculates revenue
$SubMinerRevenue = [double]($HashRateValue * $Price)
$SubMinerRevenueDual = [double]($HashRateValueDual * $PriceDual)
#apply fee to revenues
$MinerFee = [decimal]$ExecutionContext.InvokeCommand.ExpandString($Miner.Fee)
$SubMinerRevenue *= (1 - $MinerFee)
if (!$FoundSubMiner) {
$Params = @{
Algorithm = $Algorithms
MinerName = $MinerFile.BaseName
GroupName = $DeviceGroup.GroupName
PowerLimit = $PowerLimit
AlgoLabel = $AlgoLabel
}
$StatsHistory = Get-Stats @Params
} else {
$StatsHistory = $FoundSubMiner.StatsHistory
}
$Stats = [PSCustomObject]@{
BestTimes = 0
BenchmarkedTimes = 0
LastTimeActive = [DateTime]0
ActivatedTimes = 0
ActiveTime = 0
FailedTimes = 0
StatsTime = [DateTime]0
}
if (!$StatsHistory) {$StatsHistory = $Stats}
if ($SubMiners.Count -eq 0 -or $SubMiners[0].StatsHistory.BestTimes -gt 0) {
#only add a SubMiner (distinct from first if sometime first was best)
$SubMiners += [PSCustomObject]@{
Id = $SubMiners.Count
Best = $false
BestBySwitch = ""
HashRate = $HashRateValue
HashRateDual = $HashRateValueDual
NeedBenchmark = [bool]($HashRateValue -eq 0 -or ($AlgorithmDual -and $HashRateValueDual -eq 0))
PowerAvg = $PowerValue
PowerLimit = [int]$PowerLimit
PowerLive = 0
Profits = (($SubMinerRevenue + $SubMinerRevenueDual) * $localBTCvalue) - ($ElectricityCostValue * ($PowerValue * 24) / 1000) #Profit is revenue less electricity cost
ProfitsLive = 0
Revenue = $SubMinerRevenue
RevenueDual = $SubMinerRevenueDual
RevenueLive = 0
RevenueLiveDual = 0
SpeedLive = 0
SpeedLiveDual = 0
SpeedReads = if ($null -ne $Hrs) {[array]$Hrs} else {@()}
Status = 'Idle'
Stats = $Stats
StatsHistory = $StatsHistory
TimeSinceStartInterval = [TimeSpan]0
}
}
} #end foreach PowerLimit
$Miners += [PSCustomObject] @{
AlgoLabel = $AlgoLabel
Algorithm = $AlgoName
AlgorithmDual = $AlgoNameDual
Algorithms = $Algorithms
Api = $Miner.Api
ApiPort = $(if (($DeviceGroups | Where-Object type -eq $DeviceGroup.type).Count -le 1 -and $DelayCloseMiners -eq 0 -and $config.ForceDynamicPorts -ne "Enabled") { $Miner.ApiPort })
Arguments = $ExecutionContext.InvokeCommand.ExpandString($Arguments)
BenchmarkArg = $ExecutionContext.InvokeCommand.ExpandString($Miner.BenchmarkArg)
Coin = $Pool.Info
CoinDual = $PoolDual.Info
ConfigFileArguments = $ExecutionContext.InvokeCommand.ExpandString($ConfigFileArguments)
ExtractionPath = $(".\Bin\" + $MinerFile.BaseName + "\")
GenerateConfigFile = $(if ($PatternConfigFile) {".\Bin\" + $MinerFile.BaseName + "\" + $Miner.GenerateConfigFile -replace '#GroupName#', $DeviceGroup.GroupName -replace '#Algorithm#', $AlgoName})
DeviceGroup = $DeviceGroup
Host = $Pool.Host
Location = $Pool.Location
LocationDual = $PoolDual.Location
MinerFee = $MinerFee
Name = $MinerFile.BaseName
NoCPUMining = $ExecutionContext.InvokeCommand.ExpandString($Miner.NoCPUMining)
Path = $(".\Bin\" + $MinerFile.BaseName + "\" + $ExecutionContext.InvokeCommand.ExpandString($Miner.Path))
PoolFee = [double]$Pool.Fee
PoolFeeDual = [double]$PoolDual.Fee
PoolName = $Pool.PoolName
PoolNameDual = $PoolDual.PoolName
PoolPrice = $(if ($MiningMode -eq 'Automatic24h') {[double]$Pool.Price24h} else {[double]$Pool.Price})
PoolPriceDual = $(if ($MiningMode -eq 'Automatic24h') {[double]$PoolDual.Price24h} else {[double]$PoolDual.Price})
PoolRewardType = $Pool.RewardType
PoolWorkers = $Pool.PoolWorkers
PoolWorkersDual = $PoolDual.PoolWorkers
PrelaunchCommand = $ExecutionContext.InvokeCommand.ExpandString($Miner.PrelaunchCommand)
PrerequisitePath = $Miner.PrerequisitePath
PrerequisiteURI = $Miner.PrerequisiteURI
SubMiners = $SubMiners
SHA256 = $Miner.SHA256
Symbol = $Pool.Symbol
SymbolDual = $PoolDual.Symbol
URI = $Miner.URI
UserName = $PoolUser
UserNameDual = $PoolUserDual
WalletMode = $Pool.WalletMode
WalletModeDual = $PoolDual.WalletMode
WalletSymbol = $Pool.WalletSymbol
WalletSymbolDual = $PoolDual.WalletSymbol
WorkerName = $WorkerNameMain
WorkerNameDual = $WorkerNameDual
}
} #dualmining
} #end foreach pool
} #end foreach algo
} # end if types
} #end foreach miner
# $Miners | ConvertTo-Json | Set-Content _miners.json
# $Pools | ConvertTo-Json | Set-Content _pools.json
Log-Message "Miners/Pools combinations detected: $($Miners.Count)"
#Launch download of miners
$Miners |
Where-Object {
-not [string]::IsNullOrEmpty($_.URI) -and
-not [string]::IsNullOrEmpty($_.ExtractionPath) -and
-not [string]::IsNullOrEmpty($_.Path)} |
Select-Object URI, ExtractionPath, Path, SHA256 -Unique |
ForEach-Object {
if (-not (Test-Path $_.Path)) {Start-Downloader -URI $_.URI -ExtractionPath $_.ExtractionPath -Path $_.Path -SHA256 $_.SHA256}
}
#Launch download of prerequisites
$Miners |
Where-Object PrerequisitePath |
Select-Object PrerequisitePath, PrerequisiteURI -Unique |
ForEach-Object {
$_.PrerequisitePath = $ExecutionContext.InvokeCommand.ExpandString($_.PrerequisitePath)
if (-not (Test-Path $_.PrerequisitePath)) {
Start-Downloader -URI $_.PrerequisiteURI -Path $_.PrerequisitePath -ExtractionPath $_.PrerequisitePath
}
}
Send-ErrorsToLog $LogFile
#Paint no miners message
$Miners = $Miners | Where-Object {Test-Path $_.Path}
if ($Miners.Count -eq 0) {
Log-Message "NO MINERS! Retry in 30 seconds..." -Severity Warn
Start-Sleep -Seconds 30
Continue
}
#Update the active miners list which is alive for all execution time
foreach ($ActiveMiner in ($ActiveMiners | Sort-Object [int]id)) {
#Search existing miners to update data
$Miner = $Miners | Where-Object {
$_.Name -eq $ActiveMiner.Name -and
$_.Coin -eq $ActiveMiner.Coin -and
$_.Algorithm -eq $ActiveMiner.Algorithm -and
$_.CoinDual -eq $ActiveMiner.CoinDual -and
$_.AlgorithmDual -eq $ActiveMiner.AlgorithmDual -and
$_.PoolName -eq $ActiveMiner.PoolName -and
$_.PoolNameDual -eq $ActiveMiner.PoolNameDual -and
$_.DeviceGroup.Id -eq $ActiveMiner.DeviceGroup.Id -and
$_.AlgoLabel -eq $ActiveMiner.AlgoLabel }
if (($Miner | Measure-Object).count -gt 1) {
Clear-Host
Log-Message "DUPLICATE MINER $($Miner.Algorithms) in $($Miner.Name)" -Severity Warn
Exit
}
if ($Miner) {
# we found that miner
$ActiveMiner.Arguments = $Miner.Arguments
$ActiveMiner.PoolPrice = $Miner.PoolPrice
$ActiveMiner.PoolPriceDual = $Miner.PoolPriceDual
$ActiveMiner.PoolFee = $Miner.PoolFee
$ActiveMiner.PoolFeeDual = $Miner.PoolFeeDual
$ActiveMiner.PoolWorkers = $Miner.PoolWorkers
$ActiveMiner.IsValid = $true
foreach ($SubMiner in $Miner.SubMiners) {
if (($ActiveMiner.SubMiners | Where-Object {$_.Id -eq $SubMiner.Id}).Count -eq 0) {
$SubMiner | Add-Member IdF $ActiveMiner.Id
$ActiveMiner.SubMiners += $SubMiner
} else {
$ActiveMiner.SubMiners[$SubMiner.Id].HashRate = $SubMiner.HashRate
$ActiveMiner.SubMiners[$SubMiner.Id].HashRateDual = $SubMiner.HashRateDual
$ActiveMiner.SubMiners[$SubMiner.Id].NeedBenchmark = $SubMiner.NeedBenchmark
$ActiveMiner.SubMiners[$SubMiner.Id].PowerAvg = $SubMiner.PowerAvg
$ActiveMiner.SubMiners[$SubMiner.Id].Profits = $SubMiner.Profits
$ActiveMiner.SubMiners[$SubMiner.Id].Revenue = $SubMiner.Revenue
$ActiveMiner.SubMiners[$SubMiner.Id].RevenueDual = $SubMiner.RevenueDual
}
}
} else {
#An existing miner is not found now
$ActiveMiner.IsValid = $false
}
}
##Add new miners to list
foreach ($Miner in $Miners) {
$ActiveMiner = $ActiveMiners | Where-Object {
$_.Name -eq $Miner.Name -and
$_.Coin -eq $Miner.Coin -and
$_.Algorithm -eq $Miner.Algorithm -and
$_.CoinDual -eq $Miner.CoinDual -and
$_.AlgorithmDual -eq $Miner.AlgorithmDual -and
$_.PoolName -eq $Miner.PoolName -and
$_.PoolNameDual -eq $Miner.PoolNameDual -and
$_.DeviceGroup.Id -eq $Miner.DeviceGroup.Id -and
$_.AlgoLabel -eq $Miner.AlgoLabel}
if (!$ActiveMiner) {
$Miner.SubMiners | Add-Member IdF $ActiveMiners.Count
$ActiveMiners += [PSCustomObject]@{
AlgoLabel = $Miner.AlgoLabel
Algorithm = $Miner.Algorithm
AlgorithmDual = $Miner.AlgorithmDual
Algorithms = $Miner.Algorithms
Api = $Miner.Api
ApiPort = $Miner.ApiPort
Arguments = $Miner.Arguments
BenchmarkArg = $Miner.BenchmarkArg
Coin = $Miner.Coin
CoinDual = $Miner.CoinDual
ConfigFileArguments = $Miner.ConfigFileArguments
GenerateConfigFile = $Miner.GenerateConfigFile
DeviceGroup = $Miner.DeviceGroup
Host = $Miner.Host
Id = $ActiveMiners.Count
IsValid = $true
Location = $Miner.Location
LocationDual = $Miner.LocationDual
MinerFee = $Miner.MinerFee
Name = $Miner.Name
NoCPUMining = $Miner.NoCPUMining
Path = Convert-Path $Miner.Path
PoolFee = $Miner.PoolFee
PoolFeeDual = $Miner.PoolFeeDual
PoolName = $Miner.PoolName
PoolNameDual = $Miner.PoolNameDual
PoolPrice = $Miner.PoolPrice
PoolPriceDual = $Miner.PoolPriceDual
PoolWorkers = $Miner.PoolWorkers
PoolHashRate = $null
PoolHashRateDual = $null
PoolRewardType = $Miner.PoolRewardType
PrelaunchCommand = $Miner.PrelaunchCommand
Process = $null
SubMiners = $Miner.SubMiners
Symbol = $Miner.Symbol
SymbolDual = $Miner.SymbolDual
UserName = $Miner.UserName
UserNameDual = $Miner.UserNameDual
WalletMode = $Miner.WalletMode
WalletSymbol = $Miner.WalletSymbol
WorkerName = $Miner.WorkerName
WorkerNameDual = $Miner.WorkerNameDual
}
}
}
## Reset failed miners after 4 hours
$ActiveMiners.SubMiners | Where-Object {$_.Status -eq 'Failed' -and $_.Stats.LastTimeActive -lt (Get-Date).AddHours(-4)} | ForEach-Object {
$_.Status = 'Idle'
$_.Stats.FailedTimes = 0
Log-Message "Reset failed miner status: $($ActiveMiners[$_.IdF].Name)/$($ActiveMiners[$_.IdF].Algorithms)"
}
Log-Message "Active Miners-pools: $($ActiveMiners.Count)"
Send-ErrorsToLog $LogFile
Log-Message "Pending benchmarks: $(($ActiveMiners | Where-Object IsValid | Select-Object -ExpandProperty SubMiners | Where-Object NeedBenchmark | Select-Object -ExpandProperty Id).Count)..."
$Msg = ($ActiveMiners.SubMiners | ForEach-Object {
"$($_.IdF)-$($_.Id), " +
"$($ActiveMiners[$_.IdF].DeviceGroup.GroupName), " +
"$(if ($ActiveMiners[$_.IdF].IsValid) {'Valid'} else {'Invalid'}), " +
"PL $($_.PowerLimit), " +
"$($_.Status), " +
"$($ActiveMiners[$_.IdF].Name), " +
"$($ActiveMiners[$_.IdF].Algorithms), " +
"$($ActiveMiners[$_.IdF].Coin), " +
"$($ActiveMiners[$_.IdF].Process.Id)"
}) | ConvertTo-Json
Log-Message $Msg -Severity Debug
$BestLastMiners = $ActiveMiners.SubMiners | Where-Object {@("Running", "PendingCancellation") -contains $_.Status}
## Select miners that need Benchmark, or if running in Manual mode, or highest Profit above zero.
$BestNowCandidates = $ActiveMiners | Where-Object {$_.IsValid -and $_.UserName} |
Group-Object {$_.DeviceGroup.GroupName} | ForEach-Object {
$_.Group.Subminers | Where-Object {
$_.Status -ne 'Failed' -and
(
$_.NeedBenchmark -or
$MiningMode -eq "Manual" -or
$Interval.Current -eq "Donate" -or
$_.Profits -gt $Config.('MinProfit_' + $DeviceGroup.GroupName) -or
-not $LocalBTCvalue -gt 0
)
} | Sort-Object -Descending NeedBenchmark, {$(if ($MiningMode -eq "Manual") {$_.HashRate} elseif ($LocalBTCvalue) {$_.Profits} else {$_.Revenue + $_.RevenueDual})}, {$ActiveMiners[$_.IdF].PoolPrice}, {$ActiveMiners[$_.IdF].PoolPriceDual}, PowerLimit
}
$BestNowMiners = $BestNowCandidates | Group-Object {
$ActiveMiners[$_.IdF].DeviceGroup.GroupName
} | ForEach-Object { $_.Group | Select-Object -First 1 }
# If GPU miner prevents CPU mining
if ($DeviceGroups.Type -contains 'CPU' -and ($BestNowMiners | Where-Object {$ActiveMiners[$_.IdF].NoCPUMining})) {
$AltBestNowMiners = $BestNowCandidates | Where-Object {
$ActiveMiners[$_.IdF].NoCPUMining -ne $true
} | Group-Object {
$ActiveMiners[$_.IdF].DeviceGroup.GroupName
} | ForEach-Object { $_.Group | Select-Object -First 1 }
$BestNowProfits = ($BestNowMiners | Where-Object {$ActiveMiners[$_.IdF].DeviceGroup.Type -ne 'CPU'}).Profits | Measure-Object -Sum | Select-Object -ExpandProperty Sum
$AltBestNowProfits = $AltBestNowMiners.Profits | Measure-Object -Sum | Select-Object -ExpandProperty Sum
if ($AltBestNowMiners.NeedBenchmark -contains $true -or ($AltBestNowProfits -gt $BestNowProfits -and $BestNowMiners.NeedBenchmark -notcontains $true)) {
$BestNowMiners = $AltBestNowMiners
Log-Message "Skipping miners that prevents CPU mining" -Severity Warn
} else {
$BestNowMiners = $BestNowMiners | Where-Object {$ActiveMiners[$_.IdF].DeviceGroup.Type -ne 'CPU'}
Log-Message "Miner prevents CPU mining. Will not mine on CPU" -Severity Warn
}
}
#For each type, select most profitable miner, not benchmarked has priority, new miner is only lauched if new profit is greater than old by percenttoswitch
#This section changes SubMiner
foreach ($DeviceGroup in $DeviceGroups) {
#look for last round best
$BestLast = $BestLastMiners | Where-Object { $ActiveMiners[$_.IdF].DeviceGroup.GroupName -eq $DeviceGroup.GroupName }
if ($BestLast) {
$ProfitLast = $BestLast.Profits
$BestLastLogMsg = $(
"$($ActiveMiners[$BestLast.IdF].Name)/" +
"$($ActiveMiners[$BestLast.IdF].Algorithms)/" +
"$($ActiveMiners[$BestLast.IdF].Coin)" +
"$(if ($ActiveMiners[$BestLast.IdF].CoinDual) { '_' + $ActiveMiners[$BestLast.IdF].CoinDual}) " +
"with Power Limit $($BestLast.PowerLimit) " +
"(id $($BestLast.IdF)-$($BestLast.Id)) " +
"for group $($DeviceGroup.GroupName)")
# cancel miner if current pool workers below MinWorkers
if (
$ActiveMiners[$BestLast.IdF].PoolWorkers -ne $null -and
$ActiveMiners[$BestLast.IdF].PoolWorkers -le $config.MinWorkers
) {
$BestLast.Status = 'PendingCancellation'
Log-Message "Cancelling miner due to low worker count"
}
} else {
$ProfitLast = 0
}