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Include.ps1
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Add-Type -Path $PSScriptRoot\Includes\OpenCL\*.cs
function Set-NvidiaPowerLimit ([int]$PowerLimitPercent, [string]$Devices) {
if ($PowerLimitPercent -eq 0) { return }
foreach ($Device in @($Devices -split ',')) {
# $Command = (Resolve-Path -Path '.\includes\nvidia-smi.exe').Path
# $Arguments = @(
# "-i $Device"
# "--query-gpu=power.default_limit"
# "--format=csv,noheader"
# )
# $PowerDefaultLimit = [int](((& $Command $Arguments) -replace 'W').Trim())
$xpr = ".\includes\nvidia-smi.exe -i " + $Device + " --query-gpu=power.default_limit --format=csv,noheader"
$PowerDefaultLimit = [int]((invoke-expression $xpr) -replace 'W', '')
#powerlimit change must run in admin mode
$newProcess = New-Object System.Diagnostics.ProcessStartInfo ".\includes\nvidia-smi.exe"
$newProcess.Verb = "runas"
#$newProcess.UseShellExecute = $false
$newProcess.Arguments = "-i $Device -pl $([Math]::Floor([int]($PowerDefaultLimit -replace ' W', '') * ($PowerLimitPercent / 100)))"
[System.Diagnostics.Process]::Start($newProcess) | Out-Null
}
Remove-Variable newprocess
}
function Get-ComputerStats {
$avg = Get-CimInstance win32_processor | Measure-Object -property LoadPercentage -Average | ForEach-Object {$_.Average}
$mem = Get-CimInstance win32_operatingsystem | ForEach-Object {"{0:N2}" -f ((($_.TotalVisibleMemorySize - $_.FreePhysicalMemory) * 100) / $_.TotalVisibleMemorySize)}
$memV = Get-CimInstance win32_operatingsystem | ForEach-Object {"{0:N2}" -f ((($_.TotalVirtualMemorySize - $_.FreeVirtualMemory) * 100) / $_.TotalVirtualMemorySize)}
$free = Get-CimInstance Win32_Volume -Filter "DriveLetter = 'C:'" | ForEach-Object {"{0:N2}" -f (($_.FreeSpace / $_.Capacity) * 100)}
$nprocs = (Get-Process).count
if (Get-Command "Get-NetTCPConnection" -ErrorAction SilentlyContinue) {
$Conns = (Get-NetTCPConnection).count
} else {
$Error.Remove($Error[$Error.Count - 1])
}
"AverageCpu = $avg % | MemoryUsage = $mem % | VirtualMemoryUsage = $memV % | PercentCFree = $free % | Processes = $nprocs | Connections = $Conns"
}
function Send-ErrorsToLog ($LogFile) {
for ($i = 0; $i -lt $error.count; $i++) {
if ($error[$i].InnerException.Paramname -ne "scopeId") {
# errors in debug
$Msg = "###### ERROR ##### " + [string]($error[$i]) + ' ' + $error[$i].ScriptStackTrace
Log-Message $msg -Severity Error -NoEcho
}
}
$error.clear()
}
function Replace-ForEachDevice {
param(
[Parameter(Mandatory = $true)]
[string]$ConfigFileArguments,
[Parameter(Mandatory = $false)]
$Devices
)
#search string to replace
$ConfigFileArguments = $ConfigFileArguments -replace [Environment]::NewLine, "#NL#" #replace carriage return for Select-string search (only search in each line)
$Match = $ConfigFileArguments | Select-String -Pattern "#ForEachDevice#.*?#EndForEachDevice#"
if ($null -ne $Match) {
$Match.Matches | ForEach-Object {
$Base = $_.value -replace "#ForEachDevice#" -replace "#EndForEachDevice#"
$Final = ""
$Index = 0
$Devices.Devices -split ',' | ForEach-Object {$Final += ($base -replace "#DeviceID#", $_ -replace "#DeviceIndex#", $Index); $Index++}
$ConfigFileArguments = $ConfigFileArguments.Substring(0, $_.index) + $Final + $ConfigFileArguments.Substring($_.index + $_.Length, $ConfigFileArguments.Length - ($_.index + $_.Length))
}
}
$Match = $ConfigFileArguments | Select-String -Pattern "#RemoveLastCharacter#"
if ($null -ne $Match) {
$Match.Matches | ForEach-Object {
$ConfigFileArguments = $ConfigFileArguments.Substring(0, $_.index - 1) + $ConfigFileArguments.Substring($_.index + $_.Length, $ConfigFileArguments.Length - ($_.index + $_.Length))
}
}
$ConfigFileArguments = $ConfigFileArguments -replace "#NL#", [Environment]::NewLine #replace carriage return for Select-string search (only search in each line)
$ConfigFileArguments
}
function Get-NextFreePort {
param(
[Parameter(Mandatory = $true)]
[int]$LastUsedPort
)
if ($LastUsedPort -lt 2000) {$FreePort = 2001} else {$FreePort = $LastUsedPort + 1} #not allow use of <2000 ports
while (Test-TCPPort -Server 127.0.0.1 -Port $FreePort -timeout 100) {$FreePort = $LastUsedPort + 1}
$FreePort
}
function Test-TCPPort {
param([string]$Server, [int]$Port, [int]$Timeout)
$Connection = New-Object System.Net.Sockets.TCPClient
try {
$Connection.SendTimeout = $Timeout
$Connection.ReceiveTimeout = $Timeout
$Connection.Connect($Server, $Port) | out-Null
$Connection.Close
$Connection.Dispose
return $true #port is occupied
} catch {
$Error.Remove($error[$Error.Count - 1])
return $false #port is free
}
}
function Exit-Process {
param(
[Parameter(Mandatory = $true)]
$Process
)
$sw = [Diagnostics.Stopwatch]::new()
try {
$Process.CloseMainWindow() | Out-Null
$sw.Start()
do {
if ($sw.Elapsed.TotalSeconds -gt 1) {
Stop-Process -InputObject $Process -Force
}
if (!$Process.HasExited) {
Start-Sleep -Milliseconds 1
}
} while (!$Process.HasExited)
} finally {
$sw.Stop()
if (!$Process.HasExited) {
Stop-Process -InputObject $Process -Force
}
}
Remove-Variable sw
}
function Get-DevicesInformation ($Types) {
$Devices = @()
if ($abMonitor) {$abMonitor.ReloadAll()}
if ($abControl) {$abControl.ReloadAll()}
#AMD
if ($Types | Where-Object Type -eq 'AMD') {
if ($abMonitor) {
foreach ($Type in @('AMD')) {
$DeviceId = 0
$Pattern = @{
AMD = '*Radeon*'
NVIDIA = '*GeForce*'
Intel = '*Intel*'
}
@($abMonitor.GpuEntries | Where-Object Device -like $Pattern.$Type) | ForEach-Object {
$CardData = $abMonitor.Entries | Where-Object GPU -eq $_.Index
$Group = $($Types | Where-Object Type -eq $Type | Where-Object DevicesArray -contains $DeviceId).GroupName
$Card = @{
Type = $Type
Id = $DeviceId
Group = $Group
AdapterId = [int]$_.Index
Name = $_.Device
Utilization = [int]$($CardData | Where-Object SrcName -match "^(GPU\d* )?usage$").Data
UtilizationMem = [int]$($mem = $CardData | Where-Object SrcName -match "^(GPU\d* )?memory usage$"; if ($mem.MaxLimit) {$mem.Data / $mem.MaxLimit * 100})
Clock = [int]$($CardData | Where-Object SrcName -match "^(GPU\d* )?core clock$").Data
ClockMem = [int]$($CardData | Where-Object SrcName -match "^(GPU\d* )?memory clock$").Data
FanSpeed = [int]$($CardData | Where-Object SrcName -match "^(GPU\d* )?fan speed$").Data
Temperature = [int]$($CardData | Where-Object SrcName -match "^(GPU\d* )?temperature$").Data
PowerDraw = [int]$($CardData | Where-Object {$_.SrcName -match "^(GPU\d* )?power$" -and $_.SrcUnits -eq 'W'}).Data
PowerLimitPercent = [int]$($abControl.GpuEntries[$_.Index].PowerLimitCur)
PCIBus = [int]$($null = $_.GpuId -match "&BUS_(\d+)&"; $matches[1])
}
$Devices += [PSCustomObject]$Card
$DeviceId++
}
}
} else {
#ADL
$DeviceId = 0
$Command = ".\Includes\OverdriveN.exe"
$AdlResult = & $Command | Where-Object {$_ -notlike "*&???" -and $_ -ne "ADL2_OverdriveN_Capabilities_Get is failed"}
$AmdCardsTDP = Get-Content .\Includes\amd-cards-tdp.json | ConvertFrom-Json
if ($null -ne $AdlResult) {
$AdlResult | ForEach-Object {
$AdlResultSplit = $_ -split (",")
$Group = ($Types | Where-Object type -eq 'AMD' | Where-Object DevicesArray -contains $DeviceId).groupname
$CardName = $($AdlResultSplit[8] `
-replace 'ASUS' `
-replace 'AMD' `
-replace '\(?TM\)?' `
-replace 'Series' `
-replace 'Graphics' `
-replace "\s+", ' '
).Trim()
$CardName = $CardName -replace '.*Radeon.*([4-5]\d0).*', 'Radeon RX $1' # RX 400/500 series
$CardName = $CardName -replace '.*\s(Vega).*(56|64).*', 'Radeon Vega $2' # Vega series
$CardName = $CardName -replace '.*\s(R\d)\s(\w+).*', 'Radeon $1 $2' # R3/R5/R7/R9 series
$CardName = $CardName -replace '.*\s(HD)\s?(\w+).*', 'Radeon HD $2' # HD series
$Card = [PSCustomObject]@{
Type = 'AMD'
Id = $DeviceId
Group = $Group
AdapterId = [int]$AdlResultSplit[0]
FanSpeed = [int]([int]$AdlResultSplit[1] / [int]$AdlResultSplit[2] * 100)
Clock = [int]([int]($AdlResultSplit[3] / 100))
ClockMem = [int]([int]($AdlResultSplit[4] / 100))
Utilization = [int]$AdlResultSplit[5]
Temperature = [int]$AdlResultSplit[6] / 1000
PowerLimitPercent = 100 + [int]$AdlResultSplit[7]
PowerDraw = $AmdCardsTDP.$CardName * ((100 + [double]$AdlResultSplit[7]) / 100) * ([double]$AdlResultSplit[5] / 100)
Name = $CardName
}
$Devices += $Card
$DeviceId++
}
}
Clear-Variable AmdCardsTDP
}
}
#NVIDIA
if ($Types | Where-Object Type -eq 'NVIDIA') {
$DeviceId = 0
$Command = '.\includes\nvidia-smi.exe'
$Arguments = @(
'--query-gpu=gpu_name,utilization.gpu,utilization.memory,temperature.gpu,power.draw,power.limit,fan.speed,pstate,clocks.current.graphics,clocks.current.memory,power.max_limit,power.default_limit'
'--format=csv,noheader'
)
& $Command $Arguments | ForEach-Object {
$SMIresultSplit = $_ -split (",")
if ($SMIresultSplit.count -gt 10) {
#less is error or no NVIDIA gpu present
$Group = ($Types | Where-Object type -eq 'NVIDIA' | Where-Object DevicesArray -contains $DeviceId).groupname
$Card = [PSCustomObject]@{
Type = 'NVIDIA'
Id = $DeviceId
Group = $Group
Name = $SMIresultSplit[0]
Utilization = if ($SMIresultSplit[1] -like "*Supported*") {100} else {[int]($SMIresultSplit[1] -replace '%', '')} #If we dont have real Utilization, at least make the watchdog happy
UtilizationMem = if ($SMIresultSplit[2] -like "*Supported*") {$null} else {[int]($SMIresultSplit[2] -replace '%', '')}
Temperature = if ($SMIresultSplit[3] -like "*Supported*") {$null} else {[int]($SMIresultSplit[3] -replace '%', '')}
PowerDraw = if ($SMIresultSplit[4] -like "*Supported*") {$null} else {[int]($SMIresultSplit[4] -replace 'W', '')}
PowerLimit = if ($SMIresultSplit[5] -like "*Supported*" -or $SMIresultSplit[5] -like "*error*") {$null} else {[int]($SMIresultSplit[5] -replace 'W', '')}
FanSpeed = if ($SMIresultSplit[6] -like "*Supported*" -or $SMIresultSplit[6] -like "*error*") {$null} else {[int]($SMIresultSplit[6] -replace '%', '')}
Pstate = $SMIresultSplit[7]
Clock = if ($SMIresultSplit[8] -like "*Supported*") {$null} else {[int]($SMIresultSplit[8] -replace 'Mhz', '')}
ClockMem = if ($SMIresultSplit[9] -like "*Supported*") {$null} else {[int]($SMIresultSplit[9] -replace 'Mhz', '')}
PowerMaxLimit = if ($SMIresultSplit[10] -like "*Supported*") {$null} else {[int]($SMIresultSplit[10] -replace 'W', '')}
PowerDefaultLimit = if ($SMIresultSplit[11] -like "*Supported*") {$null} else {[int]($SMIresultSplit[11] -replace 'W', '')}
}
if ($Card.PowerDefaultLimit -gt 0) { $Card | Add-Member PowerLimitPercent ([math]::Floor(($Card.PowerLimit * 100) / $Card.PowerDefaultLimit))}
$Devices += $Card
$DeviceId++
}
}
}
# CPU
if ($Types | Where-Object Type -eq 'CPU') {
$CpuResult = @(Get-CimInstance Win32_Processor)
### Not sure how Afterburner results look with more than 1 CPU
if ($abMonitor) {
$CpuData = @{
Clock = $($abMonitor.Entries | Where-Object SrcName -match '^(CPU\d* )clock' | Measure-Object -Property Data -Maximum).Maximum
Utilization = $($abMonitor.Entries | Where-Object SrcName -match '^(CPU\d* )usage'| Measure-Object -Property Data -Average).Average
PowerDraw = $($abMonitor.Entries | Where-Object SrcName -eq 'CPU power').Data
Temperature = $($abMonitor.Entries | Where-Object SrcName -match "^(CPU\d* )temperature" | Measure-Object -Property Data -Maximum).Maximum
}
} else {
$CpuData = @{}
}
$CpuResult | ForEach-Object {
if (-not $CpuData.Utilization) {
# Get-Counter is more accurate and is preferable, but currently not available in Poweshell 6
if (Get-Command "Get-Counter" -Type Cmdlet -errorAction SilentlyContinue) {
# Language independent version of Get-Counter '\Processor(_Total)\% Processor Time'
$CpuData.Utilization = (Get-Counter -Counter '\238(_Total)\6').CounterSamples.CookedValue
} else {
$Error.Remove($Error[$Error.Count - 1])
$CpuData.Utilization = $_.LoadPercentage
}
}
if (-not $CpuData.PowerDraw) {
if (-not $CpuTDP) {$CpuTDP = Get-Content ".\Includes\cpu-tdp.json" | ConvertFrom-Json}
$CpuData.PowerDraw = $CpuTDP.($_.Name.Trim()) * $CpuData.Utilization / 100
}
if (-not $CpuData.Clock) {$CpuData.Clock = $_.MaxClockSpeed}
$Devices += [PSCustomObject]@{
Type = 'CPU'
Group = 'CPU'
Id = [int]($_.DeviceID -replace "[^0-9]")
Name = $_.Name.Trim()
Cores = [int]$_.NumberOfCores
Threads = [int]$_.NumberOfLogicalProcessors
CacheL3 = [int]($_.L3CacheSize / 1024)
Clock = [int]$CpuData.Clock
Utilization = [int]$CpuData.Utilization
PowerDraw = [int]$CpuData.PowerDraw
Temperature = [int]$CpuData.Temperature
}
}
}
$Devices
}
function Print-DevicesInformation ($Devices) {
$Devices | Where-Object Type -ne 'CPU' | Sort-Object Type | Format-Table -Wrap (
@{Label = "Id"; Expression = {$_.Id}; Align = 'right'},
@{Label = "Group"; Expression = {$_.Group}; Align = 'right'},
@{Label = "Name"; Expression = {$_.Name}},
@{Label = "Load"; Expression = {[string]$_.Utilization + "%"}; Align = 'right'},
@{Label = "Mem"; Expression = {[string]$_.UtilizationMem + "%"}; Align = 'right'},
@{Label = "Temp"; Expression = {$_.Temperature}; Align = 'right'},
@{Label = "Fan"; Expression = {[string]$_.FanSpeed + "%"}; Align = 'right'},
@{Label = "Power"; Expression = {[string]$_.PowerDraw + "W"}; Align = 'right'},
@{Label = "PwLim"; Expression = {[string]$_.PowerLimitPercent + '%'}; Align = 'right'},
@{Label = "Pstate"; Expression = {$_.pstate}; Align = 'right'},
@{Label = "Clock"; Expression = {[string]$_.Clock + "Mhz"}; Align = 'right'},
@{Label = "ClkMem"; Expression = {[string]$_.ClockMem + "Mhz"}; Align = 'right'}
) -groupby Type | Out-Host
$Devices | Where-Object Type -eq 'CPU' | Format-Table -Wrap (
@{Label = "Id"; Expression = {$_.Id}; Align = 'right'},
@{Label = "Group"; Expression = {$_.Group}; Align = 'right'},
@{Label = "Name"; Expression = {$_.Name}},
@{Label = "Cores"; Expression = {$_.Cores}},
@{Label = "Threads"; Expression = {$_.Threads}},
@{Label = "CacheL3"; Expression = {[string]$_.CacheL3 + "MB"}; Align = 'right'},
@{Label = "Clock"; Expression = {[string]$_.Clock + "Mhz"}; Align = 'right'},
@{Label = "Load"; Expression = {[string]$_.Utilization + "%"}; Align = 'right'},
@{Label = "Temp"; Expression = {$_.Temperature}; Align = 'right'},
@{Label = "Power*"; Expression = {[string]$_.PowerDraw + "W"}; Align = 'right'}
) -groupby Type | Out-Host
}
Function Get-MiningTypes () {
param(
[Parameter(Mandatory = $false)]
[array]$Filter = $null,
[Parameter(Mandatory = $false)]
[switch]$All = $false
)
if ($null -eq $Filter) {$Filter = @()} # to allow comparation after
$OCLPlatforms = [OpenCl.Platform]::GetPlatformIDs()
$PlatformID = 0
$OCLDevices = @($OCLPlatforms | ForEach-Object {
$Devs = [OpenCl.Device]::GetDeviceIDs($_, [OpenCl.DeviceType]::All)
$Devs | Add-Member PlatformID $PlatformID
$PlatformID++
$Devs
})
# # start fake
# $OCLDevices = @()
# $OCLDevices += [PSCustomObject]@{Name = 'Ellesmere'; Vendor = 'Advanced Micro Devices, Inc.'; GlobalMemSize = 8GB; PlatformID = 0; Type = 'Gpu'}
# $OCLDevices += [PSCustomObject]@{Name = 'Ellesmere'; Vendor = 'Advanced Micro Devices, Inc.'; GlobalMemSize = 8GB; PlatformID = 0; Type = 'Gpu'}
# $OCLDevices += [PSCustomObject]@{Name = 'Ellesmere'; Vendor = 'Advanced Micro Devices, Inc.'; GlobalMemSize = 4GB; PlatformID = 0; Type = 'Gpu'}
# $OCLDevices += [PSCustomObject]@{Name = 'GeForce 1060'; Vendor = 'NVIDIA Corporation'; GlobalMemSize = 3GB; PlatformID = 1; Type = 'Gpu'}
# $OCLDevices += [PSCustomObject]@{Name = 'GeForce 1060'; Vendor = 'NVIDIA Corporation'; GlobalMemSize = 3GB; PlatformID = 1; Type = 'Gpu'}
# # end fake
$Types0 = Get-ConfigVariable "GpuGroups"
if ($null -eq $Types0 -or $All) {
# Autodetection on, must add types manually
$Types0 = @()
$OCLDevices | Where-Object Type -eq 'Gpu' | Group-Object -Property PlatformID | ForEach-Object {
$DeviceID = 0
$_.Group | ForEach-Object {
$Vendors = @{
"Advanced Micro Devices, Inc." = "AMD"
"NVIDIA Corporation" = "NVIDIA"
# "Intel(R) Corporation" = "INTEL" #Nothing to be mined on Intel iGPU
# "Intel Corporation" = "INTEL" #Nothing to be mined on Intel iGPU
}
$Type = $Vendors.($_.Vendor)
$MemoryGB = [int]($_.GlobalMemSize / 1GB)
if ((Get-ConfigVariable "GpuGroupByType") -eq "Enabled") {
$Name_Norm = $Type
} else {
$Name_Norm = (Get-Culture).TextInfo.ToTitleCase(($_.Name)) -replace "[^A-Z0-9]"
$Name_Norm += $MemoryGB
}
$PlatformID = $_.PlatformID
if ($Type) {
if ($null -eq ($Types0 | Where-Object {$_.GroupName -eq $Name_Norm -and $_.Platform -eq $PlatformID})) {
$Types0 += [PSCustomObject] @{
GroupName = $Name_Norm
Type = $Type
Devices = [string]$DeviceID
Platform = $PlatformID
MemoryGB = $MemoryGB
PowerLimits = "0"
}
} else {
$Types0 | Where-Object {$_.GroupName -eq $Name_Norm -and $_.Platform -eq $PlatformID} | ForEach-Object {
$_.Devices += "," + $DeviceID
}
}
}
$DeviceID++
}
}
} elseif ("" -eq $Types0) {
# Empty GpuGroups - don't autodetect, use cpu only
[array]$Types0 = $null
} else {
# GpuGroups not empty - parse it
[array]$Types0 = $Types0 | ConvertFrom-Json
}
#if cpu mining is enabled add a new group
if (
(!$Filter -and (Get-ConfigVariable "CPUMining") -eq 'ENABLED') -or
$Filter -contains "CPU" -or
$Types0.Length -eq 0
) {
$SysResult = @(Get-CimInstance Win32_ComputerSystem)
$Features = $($feat = @{}; switch -regex ((& .\Includes\CHKCPU32.exe /x) -split "</\w+>") {"^\s*<_?(\w+)>(\d+).*" {$feat.($matches[1]) = [int]$matches[2]}}; $feat)
$RealCores = [int[]](0..($Features.Threads - 1))
if ($Features.Threads -gt $Features.Cores) {
$RealCores = $RealCores | Where-Object {-not ($_ % 2)}
}
$Types0 += [PSCustomObject]@{
GroupName = 'CPU'
Type = 'CPU'
Devices = $RealCores -join ','
MemoryGB = [int]($SysResult.TotalPhysicalMemory / 1GB)
PowerLimits = "0"
Features = $Features
}
}
$Types = @()
$TypeID = 0
$Types0 | ForEach-Object {
if (!$Filter -or (Compare-Object $_.GroupName $Filter -IncludeEqual -ExcludeDifferent)) {
$_ | Add-Member ID $TypeID
$TypeID++
$_ | Add-Member DevicesArray @([int[]]($_.Devices -split ',')) # @(0,1,2,10,11,12)
$_ | Add-Member DevicesClayMode (($_.DevicesArray | ForEach-Object {'{0:X}' -f $_}) -join '') # 012ABC
$_ | Add-Member DevicesETHMode ($_.DevicesArray -join ' ') # 0 1 2 10 11 12
$_ | Add-Member DevicesNsgMode (($_.DevicesArray | ForEach-Object { "-d " + $_}) -join ' ') # -d 0 -d 1 -d 2 -d 10 -d 11 -d 12
$_ | Add-Member DevicesCount ($_.DevicesArray.count) # 6
switch ($_.Type) {
AMD { $Pattern = 'Advanced Micro Devices, Inc.' }
NVIDIA { $Pattern = 'NVIDIA Corporation' }
INTEL { $Pattern = 'Intel(R) Corporation' }
CPU { $Pattern = '' }
}
$_ | Add-Member OCLDevices @($OCLDevices | Where-Object {$_.Vendor -eq $Pattern -and $_.Type -eq 'Gpu'})[$_.DevicesArray]
if ($null -eq $_.Platform) {$_ | Add-Member Platform ($_.OCLDevices.PlatformID | Select-Object -First 1)}
if ($null -eq $_.MemoryGB) {$_ | Add-Member MemoryGB ([int](($_.OCLDevices | Measure-Object -Property GlobalMemSize -Minimum | Select-Object -ExpandProperty Minimum) / 1GB ))}
if ($null -eq $_.DevicesMask) {$_ | Add-Member DevicesMask ('{0:X}' -f [int]($_.DevicesArray | ForEach-Object { [System.Math]::Pow(2, $_) } | Measure-Object -Sum).Sum)}
$_.PowerLimits = @([int[]]($_.PowerLimits -split ',') | Sort-Object -Descending -Unique)
if (
$_.PowerLimits.Count -eq 0 -or
@('Intel') -contains $_.Type -or
(@('AMD') -contains $_.Type -and !$abControl)
) {$_.PowerLimits = @(0)}
$_ | Add-Member Algorithms ((Get-ConfigVariable ("Algorithms_" + $_.Type)) -split ',')
$Types += $_
}
}
$Types #return
}
Function Log-Message {
param(
[Parameter()]
[string]$Message,
[Parameter()]
[ValidateSet('Info', 'Warn', 'Error', 'Debug')]
[string]$Severity = 'Info',
[Parameter()]
[switch]$NoEcho = $false
)
if ($Message) {
$LogFile.WriteLine("$(Get-Date -f "HH:mm:ss.ff")`t$Severity`t$Message")
if ($NoEcho -eq $false) {
switch ($Severity) {
Info { Write-Host $Message -ForegroundColor Green }
Warn { Write-Warning $Message }
Error { Write-Error $Message }
}
}
}
}
Set-Alias Log Log-Message
Function Read-KeyboardTimed {
param(
[Parameter(Mandatory = $true)]
[int]$SecondsToWait,
[Parameter(Mandatory = $true)]
[array]$ValidKeys
)
$LoopStart = Get-Date
$KeyPressed = $null
while ((New-TimeSpan $LoopStart (Get-Date)).Seconds -le $SecondsToWait -and $ValidKeys -notcontains $KeyPressed) {
if ($host.UI.RawUI.KeyAvailable) {
$Key = $host.UI.RawUI.ReadKey("NoEcho,IncludeKeyUp")
$KeyPressed = $Key.character
while ($Host.UI.RawUI.KeyAvailable) {$host.UI.RawUI.FlushInputBuffer()} #keyb buffer flush
}
Start-Sleep -Milliseconds 30
}
$KeyPressed
}
function Clear-ScreenZone {
param(
[Parameter(Mandatory = $true)]
[int]$startY,
[Parameter(Mandatory = $true)]
[int]$endY
)
$BlankLine = " " * $Host.UI.RawUI.WindowSize.Width
Set-ConsolePosition 0 $start
for ($i = $startY; $i -le $endY; $i++) {
$BlankLine | Out-Host
}
}
function Invoke-TCPRequest {
param(
[Parameter(Mandatory = $false)]
[String]$Server = "localhost",
[Parameter(Mandatory = $true)]
[String]$Port,
[Parameter(Mandatory = $true)]
[String]$Request,
[Parameter(Mandatory = $false)]
[Int]$Timeout = 5 #seconds
)
try {
$Client = New-Object System.Net.Sockets.TcpClient $Server, $Port
$Stream = $Client.GetStream()
$Writer = New-Object System.IO.StreamWriter $Stream
$Reader = New-Object System.IO.StreamReader $Stream
$client.SendTimeout = $Timeout * 1000
$client.ReceiveTimeout = $Timeout * 1000
$Writer.AutoFlush = $true
$Writer.WriteLine($Request)
$Response = $Reader.ReadLine()
} catch { $Error.Remove($error[$Error.Count - 1])}
finally {
if ($Reader) {$Reader.Close()}
if ($Writer) {$Writer.Close()}
if ($Stream) {$Stream.Close()}
if ($Client) {$Client.Close()}
}
$response
}
function Get-TCPResponse {
param(
[Parameter(Mandatory = $false)]
[String]$Server = "localhost",
[Parameter(Mandatory = $true)]
[String]$Port,
[Parameter(Mandatory = $false)]
[Int]$Timeout = 5, #seconds
[Parameter(Mandatory = $false)]
[String]$Request
)
try {
$Client = New-Object System.Net.Sockets.TcpClient $Server, $Port
$Stream = $Client.GetStream()
if ($Request) { $Writer = New-Object System.IO.StreamWriter $Stream }
$Reader = New-Object System.IO.StreamReader $Stream
$Client.SendTimeout = $Timeout * 1000
$Client.ReceiveTimeout = $Timeout * 1000
if ($Request) {
$Writer.AutoFlush = $true
$Writer.Write($Request)
}
$Response = $Reader.ReadToEnd()
} catch { $Error.Remove($error[$Error.Count - 1])}
finally {
if ($Reader) {$Reader.Close()}
if ($Writer) {$Writer.Close()}
if ($Stream) {$Stream.Close()}
if ($Client) {$Client.Close()}
}
$response
}
function Invoke-HTTPRequest {
param(
[Parameter(Mandatory = $false)]
[String]$Server = "localhost",
[Parameter(Mandatory = $true)]
[String]$Port,
[Parameter(Mandatory = $false)]
[String]$Path,
[Parameter(Mandatory = $false)]
[Int]$Timeout = 5 #seconds
)
try {
$response = Invoke-WebRequest "http://$($Server):$Port$Path" -UseBasicParsing -TimeoutSec $timeout
} catch {$Error.Remove($error[$Error.Count - 1])}
$response
}
function Invoke-APIRequest {
param(
[Parameter(Mandatory = $true)]
[String]$Url = "http://localhost/",
[Parameter(Mandatory = $false)]
[Int]$Timeout = 5, # Request timeout in seconds
[Parameter(Mandatory = $false)]
[Int]$Retry = 3, # Amount of retries for request from origin
[Parameter(Mandatory = $false)]
[Int]$MaxAge = 10, # Max cache age if request failed, in minutes
[Parameter(Mandatory = $false)]
[Int]$Age = 3 # Cache age after which to request from origin, in minutes
)
$UserAgent = 'Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/60.0.3112.101 Safari/537.36'
$CachePath = '.\Cache\'
$CacheFile = $CachePath + [System.Web.HttpUtility]::UrlEncode($Url) + '.json'
if (!(Test-Path -Path $CachePath)) { New-Item -Path $CachePath -ItemType directory -Force | Out-Null }
if (Test-Path -LiteralPath $CacheFile -NewerThan (Get-Date).AddMinutes( - $Age)) {
$Response = Get-Content -Path $CacheFile | ConvertFrom-Json
} else {
while ($Retry -gt 0) {
try {
$Retry--
$Response = Invoke-RestMethod -Uri $Url -UserAgent $UserAgent -UseBasicParsing -TimeoutSec $Timeout
if ($Response) {$Retry = 0}
} catch {
Start-Sleep -Seconds 2
$Error.Remove($error[$Error.Count - 1])
}
}
if ($Response) {
if ($CacheFile.Length -lt 250) {$Response | ConvertTo-Json -Depth 100 | Set-Content -Path $CacheFile}
} elseif (Test-Path -LiteralPath $CacheFile -NewerThan (Get-Date).AddMinutes( - $MaxAge)) {
$Response = Get-Content -Path $CacheFile | ConvertFrom-Json
} else {
$Response = $null
}
}
$Response
}
function Get-LiveHashRate {
param(
[Parameter(Mandatory = $true)]
[Object]$Miner
)
try {
switch ($Miner.Api) {
"xgminer" {
$Message = @{command = "summary"; parameter = ""} | ConvertTo-Json -Compress
$Request = Invoke-TCPRequest -Port $Miner.ApiPort -Request $Message
if ($Request) {
$Data = $Request.Substring($Request.IndexOf("{"), $Request.LastIndexOf("}") - $Request.IndexOf("{") + 1) -replace " ", "_" | ConvertFrom-Json
$HashRate = @(
[double]$Data.SUMMARY.HS_5s
[double]$Data.SUMMARY.KHS_5s * 1e3
[double]$Data.SUMMARY.MHS_5s * 1e6
[double]$Data.SUMMARY.GHS_5s * 1e9
[double]$Data.SUMMARY.THS_5s * 1e12
[double]$Data.SUMMARY.PHS_5s * 1e15
) | Where-Object {$_ -gt 0} | Select-Object -First 1
if (-not $HashRate) {
$HashRate = @(
[double]$Data.SUMMARY.HS_av
[double]$Data.SUMMARY.KHS_av * 1e3
[double]$Data.SUMMARY.MHS_av * 1e6
[double]$Data.SUMMARY.GHS_av * 1e9
[double]$Data.SUMMARY.THS_av * 1e12
[double]$Data.SUMMARY.PHS_av * 1e15
) | Where-Object {$_ -gt 0} | Select-Object -First 1
}
}
}
"ccminer" {
$Request = Invoke-TCPRequest -Port $Miner.ApiPort -Request "summary"
if ($Request) {
$Data = $Request -split ";" | ConvertFrom-StringData
$HashRate = @(
[double]$Data.HS
[double]$Data.KHS * 1e3
[double]$Data.MHS * 1e6
[double]$Data.GHS * 1e9
[double]$Data.THS * 1e12
[double]$Data.PHS * 1e15
) | Where-Object {$_ -gt 0} | Select-Object -First 1
}
}
"ewbf" {
$Message = @{id = 1; method = "getstat"} | ConvertTo-Json -Compress
$Request = Invoke-TCPRequest -Port $Miner.ApiPort -Request $Message
if ($Request) {
$Data = $Request | ConvertFrom-Json
$HashRate = [double](($Data.result.speed_sps) | Measure-Object -Sum).Sum
}
}
"Claymore" {
$Message = @{id = 0; jsonrpc = "2.0"; method = "miner_getstat1"} | ConvertTo-Json -Compress
$Request = Invoke-TCPRequest -Port $Miner.ApiPort -Request $Message
if ($Request) {
$Data = $Request | ConvertFrom-Json
$Multiplier = 1
if ($Data.result[0] -notmatch "^TT-Miner") {
switch -wildcard ($Miner.Algorithm) {
Ethash* { $Multiplier *= 1000 }
NeoScrypt* { $Multiplier *= 1000 }
ProgPOW* { $Multiplier *= 1000 }
Ubqhash* { $Multiplier *= 1000 }
}
}
$HashRate = @(
[double]$Data.result[2].Split(";")[0] * $Multiplier
[double]$Data.result[4].Split(";")[0] * $Multiplier
)
}
}
"wrapper" {
$wrpath = ".\Wrapper_$($Miner.ApiPort).txt"
$HashRate = [double]$(if (Test-Path -path $wrpath) {Get-Content $wrpath} else {0})
}
"castXMR" {
$Request = Invoke-HTTPRequest -Port $Miner.ApiPort
if ($Request) {
$Data = $Request | ConvertFrom-Json
$HashRate = [double]($Data.devices.hash_rate | Measure-Object -Sum).Sum / 1000
}
}
"XMrig" {
$Request = Invoke-HTTPRequest -Port $Miner.ApiPort -Path "/api.json"
if ($Request) {
$Data = $Request | ConvertFrom-Json
$HashRate = [double]$Data.HashRate.total[0]
}
}
"BMiner" {
$Request = Invoke-HTTPRequest -Port $Miner.ApiPort -Path "/api/v1/status/solver"
if ($Request) {
$Data = $Request | ConvertFrom-Json
$HashRate = $Data.devices |
Get-Member -MemberType NoteProperty |
ForEach-Object {$Data.devices.($_.name).solvers} |
Group-Object algorithm |
ForEach-Object {
@(
$_.group.speed_info.hash_rate | Measure-Object -Sum | Select-Object -ExpandProperty Sum
$_.group.speed_info.solution_rate | Measure-Object -Sum | Select-Object -ExpandProperty Sum
) | Where-Object {$_ -gt 0}
}
}
}
"SRB" {
$Request = Invoke-HTTPRequest -Port $Miner.ApiPort
if ($Request) {
$Data = $Request | ConvertFrom-Json
$HashRate = @(
[double]$Data.HashRate_total_now
[double]$Data.HashRate_total_5min
) | Where-Object {$_ -gt 0} | Select-Object -First 1
}
}
"JCE" {
$Request = Invoke-HTTPRequest -Port $Miner.ApiPort
if ($Request) {
$Data = $Request | ConvertFrom-Json
$HashRate = [double]$Data.HashRate.total
}
}
"LOL" {
$Request = Invoke-HTTPRequest -Port $Miner.ApiPort -Path "/summary"
if ($Request) {
$Data = $Request | ConvertFrom-Json
$HashRate = [double]$Data.'Session'.'Performance_Summary'
}
}
"MiniZ" {
$Message = '{"id":"0", "method":"getstat"}'
$Request = Invoke-TCPRequest -Port $Miner.ApiPort -Request $Message
if ($Request) {
$Data = $Request | ConvertFrom-Json
$HashRate = [double](($Data.result.speed_sps) | Measure-Object -Sum).Sum
}
}
"GMiner" {
$Request = Invoke-HTTPRequest -Port $Miner.ApiPort -Path "/stat"
if ($Request) {
$Data = $Request | ConvertFrom-Json
$HashRate = [double](($Data.devices.speed) | Measure-Object -Sum).Sum
}
}
"Mkx" {
$Request = Get-TCPResponse -Port $Miner.ApiPort -Request 'stats'
if ($Request) {
$Data = $Request.Substring($Request.IndexOf("{"), $Request.LastIndexOf("}") - $Request.IndexOf("{") + 1) | ConvertFrom-Json
$HashRate = [double]$Data.gpus.hashrate * 1e6
}
}
"GrinPro" {
$Request = Invoke-HTTPRequest -Port $Miner.ApiPort -Path "/api/status"
if ($Request) {
$Data = $Request | ConvertFrom-Json
$HashRate = [double](($Data.workers.graphsPerSecond) | Measure-Object -Sum).Sum
}
}
"NBMiner" {
$Request = Invoke-HTTPRequest -Port $Miner.ApiPort -Path "/api/v1/status"
if ($Request) {
$Data = $Request | ConvertFrom-Json
$HashRate = @(
[double]$Data.miner.total_hashrate_raw
[double]$Data.miner.total_hashrate2_raw
)
}
}
"RH" {
$Request = Invoke-TCPRequest -Port $Miner.ApiPort -Request ' '
if ($Request) {
$Data = $Request | ConvertFrom-Json
$HashRate = [double]($Data.infos.speed | Measure-Object -Sum).Sum
}
}
} #end switch
$HashRate
} catch {}
}
function ConvertTo-Hash {
param(
[Parameter(Mandatory = $true)]
[double]$Hash
)
$Return = switch ([math]::truncate([math]::log($Hash, 1e3))) {
1 {"{0:g4} kh" -f ($Hash / 1e3)}
2 {"{0:g4} mh" -f ($Hash / 1e6)}
3 {"{0:g4} gh" -f ($Hash / 1e9)}
4 {"{0:g4} th" -f ($Hash / 1e12)}
5 {"{0:g4} ph" -f ($Hash / 1e15)}
default {"{0:g4} h" -f ($Hash)}
}
$Return
}
function Start-SubProcess {
param(
[Parameter(Mandatory = $true)]
[String]$FilePath,
[Parameter(Mandatory = $false)]
[String]$ArgumentList = "",
[Parameter(Mandatory = $false)]
[String]$WorkingDirectory = "",
[ValidateRange(-2, 3)]
[Parameter(Mandatory = $false)]
[Int]$Priority = 0,
[Parameter(Mandatory = $false)] <# UselessGuru #>
[String]$MinerWindowStyle = "Minimized", <# UselessGuru #>
[Parameter(Mandatory = $false)] <# UselessGuru #>
[String]$UseAlternateMinerLauncher = $true <# UselessGuru #>
)
$PriorityNames = @{
-2 = "Idle"
-1 = "BelowNormal"
0 = "Normal"
1 = "AboveNormal"
2 = "High"
3 = "RealTime"
}
if ($UseAlternateMinerLauncher) {
$ShowWindow = @{
Normal = "SW_SHOW"
Maximized = "SW_SHOWMAXIMIZE"
Minimized = "SW_SHOWMINNOACTIVE"
}
$Job = Start-Job `
-InitializationScript ([scriptblock]::Create("Set-Location('$(Get-Location)');. .\Includes\CreateProcess.ps1")) `
-ArgumentList $PID, $FilePath, $ArgumentList, $ShowWindow.$MinerWindowStyle, $PriorityNames.$Priority, $WorkingDirectory {
param($ControllerProcessID, $FilePath, $ArgumentList, $ShowWindow, $Priority, $WorkingDirectory)
. .\Includes\CreateProcess.ps1
$ControllerProcess = Get-Process -Id $ControllerProcessID
if (-not $ControllerProcess) {return}
$ProcessParams = @{
Binary = $FilePath
Arguments = $ArgumentList
CreationFlags = [CreationFlags]::CREATE_NEW_CONSOLE
ShowWindow = $ShowWindow
StartF = [STARTF]::STARTF_USESHOWWINDOW
Priority = $Priority
WorkingDirectory = $WorkingDirectory
}
$Process = Invoke-CreateProcess @ProcessParams
if (-not $Process) {
[PSCustomObject]@{
ProcessId = $null
}
return
}
[PSCustomObject]@{
ProcessId = $Process.Id
ProcessHandle = $Process.Handle
}
$null = $ControllerProcess.Handle
$null = $Process.Handle
do {
if ($ControllerProcess.WaitForExit(1000)) {
$null = $Process.CloseMainWindow()
}
}
while ($Process.HasExited -eq $false)
}
} else {
$Job = Start-Job -ArgumentList $PID, $FilePath, $ArgumentList, $WorkingDirectory, $MinerWindowStyle {
param($ControllerProcessID, $FilePath, $ArgumentList, $WorkingDirectory, $MinerWindowStyle)
$ControllerProcess = Get-Process -Id $ControllerProcessID
if (-not $ControllerProcess) {
return
}