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Include.ps1
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Include.ps1
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Add-Type -Path .\OpenCL\*.cs
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function set_Nvidia_Clocks ([int]$PowerLimitPercent,[string]$Devices){
$device=$Devices -split ','
$device |foreach-object {
$xpr="./nvidia-smi.exe -i "+$_+" --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 "nvidia-smi.exe"
$newProcess.Verb = "runas"
#$newProcess.UseShellExecute = $false
$newProcess.Arguments = "-i "+$_+" -pl "+[Math]::Floor([int]($PowerDefaultLimit -replace ' W','')*($PowerLimitPercent/100))
[System.Diagnostics.Process]::Start($newProcess) | out-null
}
Remove-Variable newprocess
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function set_Nvidia_Powerlimit ([int]$PowerLimitPercent,[string]$Devices){
$device=$Devices -split ','
$device |foreach-object {
$xpr="./nvidia-smi.exe -i "+$_+" --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 "nvidia-smi.exe"
$newProcess.Verb = "runas"
#$newProcess.UseShellExecute = $false
$newProcess.Arguments = "-i "+$_+" -pl "+[Math]::Floor([int]($PowerDefaultLimit -replace ' W','')*($PowerLimitPercent/100))
[System.Diagnostics.Process]::Start($newProcess) | out-null
}
Remove-Variable newprocess
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function Get_ComputerStats {
[cmdletbinding()]
$avg = Get-WmiObject win32_processor | Measure-Object -property LoadPercentage -Average | ForEach-Object {$_.Average}
$mem = Get-WmiObject win32_operatingsystem | Foreach-Object {"{0:N2}" -f ((($_.TotalVisibleMemorySize - $_.FreePhysicalMemory)*100)/ $_.TotalVisibleMemorySize)}
$memV = Get-WmiObject win32_operatingsystem | Foreach-Object {"{0:N2}" -f ((($_.TotalVirtualMemorySize - $_.FreeVirtualMemory)*100)/ $_.TotalVirtualMemorySize)}
$free = Get-WmiObject Win32_Volume -Filter "DriveLetter = 'C:'" | Foreach-Object {"{0:N2}" -f (($_.FreeSpace / $_.Capacity)*100)}
$nprocs = (Get-Process).count
$Conns = (Get-NetTCPConnection).count
"AverageCpu = $avg % | MemoryUsage = $mem % | VirtualMemoryUsage = $memV % | PercentCFree = $free % | Processes = $nprocs | Connections = $Conns"
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function ErrorsTolog ($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
Writelog $msg $LogFile
}
}
$error.clear()
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function replace_foreach_gpu {
param(
[Parameter(Mandatory = $true)]
[string]$ConfigFileArguments,
[Parameter(Mandatory = $true)]
[string]$Gpus
)
#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 "#FOR_EACH_GPU#.*?#END_FOR_EACH_GPU#"
if ($Match -ne $null){
$Match.Matches |ForEach-Object {
$Base=$_.value -replace "#FOR_EACH_GPU#","" -replace "#END_FOR_EACH_GPU#",""
$Final=""
$Gpus -split ',' |foreach-object {$Final+=($base -replace "#GPUID#",$_)}
$ConfigFileArguments=$ConfigFileArguments.Substring(0,$_.index)+$final+$ConfigFileArguments.Substring($_.index+$_.Length,$ConfigFileArguments.Length-($_.index+$_.Length))
}
}
$Match=$ConfigFileArguments | Select-String -Pattern "#REMOVE_LAST_CHARACTER#"
if ($Match -ne $null){
$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_next_free_port {
param(
[Parameter(Mandatory = $true)]
[int]$LastUsedPort
)
if ($LastUsedPort -lt 2000) {$FreePort=2001} else {$FreePort=$LastUsedPort+1} #not allow use of <2000 ports
while (Query_TCPPort -Server 127.0.0.1 -Port $FreePort -timeout 100) {$FreePort=$LastUsedPort+1}
$FreePort
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function Query_TCPPort {
param([string]$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 $false #port is free
}
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function Kill_Process($Process) {
try {
if ((get-process |Where-Object id -eq $Process.Id) -ne $null) {
$Process.CloseMainWindow() | Out-Null
Start-Sleep 2
for($i=1;$i -le 3;$i++) {
if ((get-process |Where-Object id -eq $Process.Id) -ne $null) {Stop-Process $Process.Id -force -wa SilentlyContinue -ea SilentlyContinue}
}
if ((get-process |Where-Object id -eq $Process.Id) -eq $null)
{Writelog ("Killed Process "+[string]$Process.Id) $LogFile $false}
else
{Writelog ("Can´t be Killed Process"+[string]$Process.Id) $LogFile $false}
}
else
{ Writelog ("Process "+[string]$Process.Id+" not exists now") $LogFile $false }
} catch {}
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function get_gpu_information ($Types) {
[cmdletbinding()]
$Cards=@()
$GpuId=0
#NVIDIA
if (($types | where type -eq 'NVIDIA') -ne $null) {
invoke-expression "./nvidia-smi.exe --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" | ForEach-Object {
$SMIresultSplit = $_ -split (",")
if ($SMIresultSplit.count -gt 10) { #less is error or not NVIDIA gpu present
$GpuGroup=($Types | where-object type -eq 'NVIDIA' |where-object GpusArray -contains $GpuId).groupname
$Card =[pscustomObject]@{
Type ='NVIDIA'
GpuId = $GpuId
GpuGroup = $GpuGroup
gpu_name = $SMIresultSplit[0]
utilization_gpu = if ($SMIresultSplit[1] -like "*Supported*") {$null} else {[int]($SMIresultSplit[1] -replace '%','')}
utilization_memory = if ($SMIresultSplit[2] -like "*Supported*") {$null} else {[int]($SMIresultSplit[2] -replace '%','')}
temperature_gpu = if ($SMIresultSplit[3] -like "*Supported*") {$null} else {[int]($SMIresultSplit[3] -replace '%','')}
power_draw = if ($SMIresultSplit[4] -like "*Supported*") {$null} else {[int]($SMIresultSplit[4] -replace 'W','')}
power_limit = if ($SMIresultSplit[5] -like "*Supported*" -or $SMIresultSplit[5] -like "*error*") {$null} else {[int]($SMIresultSplit[5] -replace 'W','')}
pstate = $SMIresultSplit[7]
FanSpeed = if ($SMIresultSplit[6] -like "*Supported*" -or $SMIresultSplit[6] -like "*error*") {$null} else {[int]($SMIresultSplit[6] -replace '%','')}
ClockGpu = if ($SMIresultSplit[8] -like "*Supported*") {$null} else {[int]($SMIresultSplit[8] -replace 'Mhz','')}
ClockMem = if ($SMIresultSplit[9] -like "*Supported*") {$null} else {[int]($SMIresultSplit[9] -replace 'Mhz','')}
Power_MaxLimit = if ($SMIresultSplit[10] -like "*Supported*") {$null} else { [int]($SMIresultSplit[10] -replace 'W','')}
Power_DefaultLimit = if ($SMIresultSplit[11] -like "*Supported*") {$null} else {[int]($SMIresultSplit[11] -replace 'W','')}
}
if ($Card.Power_DefaultLimit -gt 0) { $card |add-member Power_limit_percent ([math]::Floor(($Card.power_limit*100) / $Card.Power_DefaultLimit))}
$cards+=$card
$GpuId+=1
}
}
}
#AMD
if (($types | where type -eq 'AMD') -ne $null) {
$AMDPlatform=[OpenCl.Platform]::GetPlatformIDs() | Where-Object vendor -like "*Advanced Micro Devices*"
if ($AMDPlatform -ne $null) {
#ADL
$GpuId=0
invoke-expression "./OverdriveN" | Where-Object {$_ -notlike "*&???" -and $_ -ne "ADL2_OverdriveN_Capabilities_Get is failed"} | ForEach-Object {
$AdlResultSplit = $_ -split (",")
$GpuGroup=($Types | where-object type -eq 'AMD' |where-object GpusArray -contains $GpuId ).groupname
try{
$cards +=[pscustomObject]@{
Type = 'AMD'
GpuId = $GpuId
GpuGroup = $GpuGroup
GpuAdapterId =[int]$AdlResultSplit[0]
FanSpeed = [int][int]([int]$AdlResultSplit[1] /[int]$AdlResultSplit[2]*100)
ClockGpu = [int]([int]($AdlResultSplit[3] / 100))
ClockMem = [int]([int]($AdlResultSplit[4] / 100))
utilization_gpu = [int]$AdlResultSplit[5]
temperature_gpu = [int]$AdlResultSplit[6] /1000
power_limit_percent= 100+[int]$AdlResultSplit[7]
Power_draw = switch ($AdlResultSplit[8]){
"Radeon RX 580 Series" {[int](135 * ((100+[double]$AdlResultSplit[7])/100) * ([double]$AdlResultSplit[5]/100))}
"Radeon (TM) RX 480 Graphics" {[int](135 * ((100+[double]$AdlResultSplit[7])/100) * ([double]$AdlResultSplit[5]/100))}
"Radeon RX 570 Series" {[int](120 * ((100+[double]$AdlResultSplit[7])/100) * ([double]$AdlResultSplit[5]/100))}
"Radeon (TM) RX 470 Graphics" {[int](120 * ((100+[double]$AdlResultSplit[7])/100) * ([double]$AdlResultSplit[5]/100))}
"Radeon Vega 56 Series" {[int](210 * ((100+[double]$AdlResultSplit[7])/100) * ([double]$AdlResultSplit[5]/100))}
"Radeon Vega 64 Series" {[int](230 * ((100+[double]$AdlResultSplit[7])/100) * ([double]$AdlResultSplit[5]/100))}
}
Name = $AdlResultSplit[8]
UDID = $AdlResultSplit[9]
}
}
catch{}
$GpuId++
}
<#
#Open CL
$OCLDevices = [OpenCl.Device]::GetDeviceIDs($AMDPlatform[0],"ALL") | Where-Object vendor -like "*Advanced Micro Devices*" #exclude integrated INTEL gpu
$counter=0
$OCLDevices| ForEach-Object {
if ($_.vendor -like "*Advanced Micro Devices*") {$type="AMD"}
if ($_.vendor -like "*NVDIA*") {$type="NVIDIA"}
if ($_.vendor -like "*INTEL*") {$type="INTEL"}
$AdlDevice=$AdlDevices |Where-Object GpuId -eq $Counter| Select-Object -first 1
$GpuGroup=($Types | where-object type -eq 'AMD' |where-object GpusArray -contains $counter).groupname
$cards+=[pscustomobject]@{
Type = $Type
GpuId =$counter
GpuGroup = $GpuGroup
Name =$AdlDevice.Name
FanSpeed =$AdlDevice.FanSpeed
ClockGpu =$AdlDevice.ClockGpu
ClockMem =$AdlDevice.ClockMem
utilization_gpu =$AdlDevice.utilization_gpu
temperature_gpu =$AdlDevice.temperature_gpu
TdpLimit =$AdlDevice.TdpLimit
Power_draw = $null
}
#>
$counter++
}
}
$cards
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function print_gpu_information ($Cards){
$Cards |where-object Type -eq 'NVIDIA' | Format-Table -Wrap (
@{Label = "GpuId"; Expression = {$_.gpuId}; Align = 'right'},
@{Label = "GpuGroup"; Expression = {$_.gpuGroup}; Align = 'right'},
@{Label = "Name"; Expression = {$_.gpu_name}},
@{Label = "Gpu"; Expression = {[string]$_.utilization_gpu+"%"}; Align = 'right'},
@{Label = "Mem"; Expression = {[string]$_.utilization_memory+"%"}; Align = 'right'},
@{Label = "Temp"; Expression = {$_.temperature_gpu}; Align = 'right'},
@{Label = "Fan"; Expression = {[string]$_.FanSpeed+"%"}; Align = 'right'},
@{Label = "Power"; Expression = {[string]$_.power_draw +"W/"+[string]$_.power_limit+"W"}; Align = 'right'},
@{Label = "PowLmt"; Expression = {[string]$_.Power_limit_percent+'%'}; Align = 'right'},
@{Label = "Pstate"; Expression = {$_.pstate}; Align = 'right'},
@{Label = "ClkGpu"; Expression = {[string]$_.ClockGpu+"Mhz"}; Align = 'right'},
@{Label = "ClkMem"; Expression = {[string]$_.ClockMem+"Mhz"}; Align = 'right'}
) -groupby Type | Out-Host
$Cards |where-object Type -eq 'AMD' | Format-Table -Wrap (
@{Label = "GpuId"; Expression = {$_.gpuId}; Align = 'right'},
@{Label = "GpuGroup"; Expression = {$_.gpuGroup}; Align = 'right'},
@{Label = "Name"; Expression = {$_.name}},
@{Label = "Gpu"; Expression = {[string]$_.utilization_gpu+"%"}; Align = 'right'},
@{Label = "Temp"; Expression = {$_.temperature_gpu}; Align = 'right'},
@{Label = "FanSpeed"; Expression = {[string]$_.FanSpeed+"%"}; Align = 'right'},
@{Label = "Power*"; Expression = {[string]$_.power_draw +"W"}; Align = 'right'},
@{Label = "PowLmt"; Expression = {[string]$_.Power_limit_percent+'%'}; Align = 'right'},
@{Label = "ClkGpu"; Expression = {[string]$_.ClockGpu+"Mhz"}; Align = 'right'},
@{Label = "ClkMem"; Expression = {[string]$_.ClockMem+"Mhz"}; Align = 'right'}
) -groupby Type | Out-Host
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function get_comma_separated_string {
param(
[Parameter(Mandatory = $true)]
[int]$start,
[Parameter(Mandatory = $true)]
[int]$lenght
)
$result=$null
for ($i=$start;$i-$start -lt $lenght;$i++) {
if ($result -ne $null) {$result+=","}
$result=$result + [string]$i
}
$result
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function get_config {
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
Function Get_Mining_Types () {
param(
[Parameter(Mandatory = $false)]
[array]$Filter=$null
)
if ($Filter -eq $null) {$Filter=@()} # to allow comparation after
$Types=@()
$OCLDevices=@()
$Types0 = get_config_variable "GPUGROUPS" |ConvertFrom-Json
$OCLPlatforms = [OpenCl.Platform]::GetPlatformIDs()
for ($i=0;$i -lt $OCLPlatforms.length;$i++) {$OCLDevices+=([OpenCl.Device]::GetDeviceIDs($OCLPlatforms[$i],"ALL"))}
$NumberNvidiaGPU= ($OCLDevices | Where-Object Vendor -like '*NVIDIA*' |Measure-Object).count
$NumberAmdGPU= ($OCLDevices | Where-Object Vendor -like '*Advanced Micro Devices*' |Measure-Object).count
$NumberAmdGPU= ($OCLDevices | Where-Object Vendor -like '*Advanced Micro Devices*' |Measure-Object).count
if ($Types0 -eq $null) { #Autodetection on, must add types manually
$Types0=@()
if ($NumberNvidiaGPU -gt 0) {
$Types0 += [pscustomobject] @{
GroupName ="NVIDIA"
Type = "NVIDIA"
Gpus = (get_comma_separated_string 0 $NumberNvidiaGPU)
Powerlimits="0"
}
}
if ($NumberAmdGPU -gt 0) {
$Types0 += [pscustomobject] @{
GroupName = "AMD"
Type = "AMD"
Gpus = (get_comma_separated_string 0 $NumberAmdGPU)
Powerlimits="0"
}
}
}
#if cpu mining is enabled add a new group
if (
((get_config_variable "CPUMINING") -eq 'ENABLED' -and ($Filter |Measure-Object).count -eq 0) -or ((compare-object "CPU" $Filter -IncludeEqual -ExcludeDifferent |Measure-Object).count -gt 0)
)
{$Types0+=[pscustomobject]@{GroupName="CPU";Type="CPU";PowerLimits="0"} }
$c=0
$Types0 | foreach-object {
if (((compare-object $_.Groupname $Filter -IncludeEqual -ExcludeDifferent | Measure-Object).Count -gt 0) -or (($Filter | Measure-Object).count -eq 0)) {
$_ | Add-Member Id $c
$c=$c+1
$_ | Add-Member GpusClayMode ($_.gpus -replace '10','A' -replace '11','B' -replace '12','C' -replace '13','D' -replace '14','E' -replace '15','F' -replace '16','G' -replace ',','')
$_ | Add-Member GpusETHMode ($_.gpus -replace ',',' ')
$_ | Add-Member GpusNsgMode ("-d "+$_.gpus -replace ',',' -d ')
$_ | Add-Member GpuPlatform (Get_Gpu_Platform $_.Type)
$_ | Add-Member GpusArray ($_.gpus -split ",")
$_ | Add-Member GpuCount ($_.gpus -split ",").count
$Pl=@()
($_.PowerLimits -split ',') |foreach-object {$Pl+=[int]$_}
$_.PowerLimits = $Pl |Sort-Object -Descending
if ($_.PowerLimits.count -eq 0 -or $_.type -eq 'AMD') {$_.PowerLimits=[array](0) }
$_ | Add-Member Algorithms ((get_config_variable ("ALGORITHMS_"+$_.type)) -split ',')
$Types+=$_
}
}
$Types #return
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
Function WriteLog ($Message,$LogFile,$SendToScreen) {
if ($message -ne $null -and $message -ne "") {
$M=[string](get-date)+"...... "+$Message
$LogFile.WriteLine($M)
if ($SendToScreen) { $Message | out-host}
}
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
Function Timed_ReadKb{
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 -m 30
}
$KeyPressed
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function Get_Gpu_Platform {
param(
[Parameter(Mandatory = $true)]
[String]$Type
)
if ($Type -eq "AMD") {$return=$([array]::IndexOf(([OpenCl.Platform]::GetPlatformIDs() | Select-Object -ExpandProperty Vendor), 'Advanced Micro Devices, Inc.'))}
else {$return=0}
$return
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function Clear_Screen_Zone {
param(
[Parameter(Mandatory = $true)]
[int]$startY,
[Parameter(Mandatory = $true)]
[int]$endY
)
$BlankLine=" "
Set_ConsolePosition 0 $start
for ($i=$startY;$i -le $endY;$i++) {
$BlankLine | write-host
}
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function Invoke_TcpRequest {
param(
[Parameter(Mandatory = $true)]
[String]$Server = "localhost",
[Parameter(Mandatory = $true)]
[String]$Port,
[Parameter(Mandatory = $true)]
[String]$Request,
[Parameter(Mandatory = $true)]
[Int]$Timeout = 10 #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 Invoke_httpRequest {
param(
[Parameter(Mandatory = $true)]
[String]$Server = "localhost",
[Parameter(Mandatory = $true)]
[String]$Port,
[Parameter(Mandatory = $false)]
[String]$Request,
[Parameter(Mandatory = $true)]
[Int]$Timeout = 10 #seconds
)
try {
$response = Invoke-WebRequest "http://$($Server):$Port$Request" -UseBasicParsing -TimeoutSec $timeout
}
catch {$Error.Remove($error[$Error.Count-1])}
$response
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function Get_Live_HashRate {
param(
[Parameter(Mandatory = $true)]
[String]$API,
[Parameter(Mandatory = $true)]
[Int]$Port,
[Parameter(Mandatory = $false)]
[Object]$Parameters = @{}
)
$Server = "localhost"
$Multiplier = 1000
#$Delta = 0.05
#$Interval = 5
#$HashRates = @()
#$HashRates_Dual = @()
try {
switch ($API) {
"Dtsm" {
$Request = Invoke_TcpRequest $server $port "empty" 5
if ($Request -ne "" -and $request -ne $null) {
$Data = $Request | ConvertFrom-Json | Select-Object -ExpandProperty result
$HashRate = [Double](($Data.sol_ps) | Measure-Object -Sum).Sum
}
}
"xgminer" {
$Message = @{command = "summary"; parameter = ""} | ConvertTo-Json -Compress
$Request = Invoke_TcpRequest $server $port $Message 5
if ($Request -ne "" -and $request -ne $null) {
$Data = $Request.Substring($Request.IndexOf("{"), $Request.LastIndexOf("}") - $Request.IndexOf("{") + 1) -replace " ", "_" | ConvertFrom-Json
$HashRate = if ($Data.SUMMARY.HS_5s -ne $null) {[Double]$Data.SUMMARY.HS_5s * [math]::Pow($Multiplier, 0)}
elseif ($Data.SUMMARY.KHS_5s -ne $null) {[Double]$Data.SUMMARY.KHS_5s * [math]::Pow($Multiplier, 1)}
elseif ($Data.SUMMARY.MHS_5s -ne $null) {[Double]$Data.SUMMARY.MHS_5s * [math]::Pow($Multiplier, 2)}
elseif ($Data.SUMMARY.GHS_5s -ne $null) {[Double]$Data.SUMMARY.GHS_5s * [math]::Pow($Multiplier, 3)}
elseif ($Data.SUMMARY.THS_5s -ne $null) {[Double]$Data.SUMMARY.THS_5s * [math]::Pow($Multiplier, 4)}
elseif ($Data.SUMMARY.PHS_5s -ne $null) {[Double]$Data.SUMMARY.PHS_5s * [math]::Pow($Multiplier, 5)}
if ($HashRate -eq $null) {
$HashRate = if ($Data.SUMMARY.HS_av -ne $null) {[Double]$Data.SUMMARY.HS_av * [math]::Pow($Multiplier, 0)}
elseif ($Data.SUMMARY.KHS_av -ne $null) {[Double]$Data.SUMMARY.KHS_av * [math]::Pow($Multiplier, 1)}
elseif ($Data.SUMMARY.MHS_av -ne $null) {[Double]$Data.SUMMARY.MHS_av * [math]::Pow($Multiplier, 2)}
elseif ($Data.SUMMARY.GHS_av -ne $null) {[Double]$Data.SUMMARY.GHS_av * [math]::Pow($Multiplier, 3)}
elseif ($Data.SUMMARY.THS_av -ne $null) {[Double]$Data.SUMMARY.THS_av * [math]::Pow($Multiplier, 4)}
elseif ($Data.SUMMARY.PHS_av -ne $null) {[Double]$Data.SUMMARY.PHS_av * [math]::Pow($Multiplier, 5)}
}
}
}
"palgin" {
$Request = Invoke_TcpRequest $server $port "summary" 5
$Data = $Request -split ";"
$HashRate = [double]($Data[5] -split '=')[1] *1000
}
"ccminer" {
$Request = Invoke_TcpRequest $server $port "summary" 5
$Data = $Request -split ";" | ConvertFrom-StringData
$HashRate = if ([Double]$Data.KHS -ne 0 -or [Double]$Data.ACC -ne 0) {[Double]$Data.KHS * $Multiplier}
}
"excavator" {
$Message = @{id = 1; method = "algorithm.list"; params = @()} | ConvertTo-Json -Compress
$Request = Invoke_TcpRequest $server $port $message 5
if ($Request -ne "" -and $request -ne $null) {
$Data = ($Request | ConvertFrom-Json).Algorithms
$HashRate = [Double](($Data.workers.speed) | Measure-Object -Sum).Sum
}
}
"ewbf" {
$Message = @{id = 1; method = "getstat"} | ConvertTo-Json -Compress
$Request = Invoke_TcpRequest $server $port $message 5
$Data = $Request | ConvertFrom-Json
$HashRate = [Double](($Data.result.speed_sps) | Measure-Object -Sum).Sum
}
"claymore" {
$Request = Invoke_httpRequest $Server $Port "" 5
if ($Request -ne "" -and $request -ne $null) {
$Data = $Request.Content.Substring($Request.Content.IndexOf("{"), $Request.Content.LastIndexOf("}") - $Request.Content.IndexOf("{") + 1) | ConvertFrom-Json
$HashRate = [double]$Data.result[2].Split(";")[0] * $Multiplier
$HashRate_Dual = [double]$Data.result[4].Split(";")[0] * $Multiplier
}
}
"phoenix" {
$Parameters = @{id = 1; jsonrpc = "2.0"; method = "miner_getstat1"} | ConvertTo-Json -Compress
$Request = Invoke_tcpRequest $Server $Port $Parameters 5
if ($Request -ne "" -and $request -ne $null) {
$Data = $Request | ConvertFrom-Json
$HashRate =[int](($Data.result[2] -split ';')[0]) * 1000
}
}
"ClaymoreV2" {
$Request = Invoke_httpRequest $Server $Port "" 5
if ($Request -ne "" -and $request -ne $null) {
$Data = $Request.Content.Substring($Request.Content.IndexOf("{"), $Request.Content.LastIndexOf("}") - $Request.Content.IndexOf("{") + 1) | ConvertFrom-Json
$HashRate = [double]$Data.result[2].Split(";")[0]
}
}
"prospector" {
$Request = Invoke_httpRequest $Server $Port "/api/v0/hashrates" 5
if ($Request -ne "" -and $request -ne $null) {
$Data = $Request | ConvertFrom-Json
$HashRate = [Double]($Data.rate | Measure-Object -Sum).sum
}
}
"fireice" {
$Request = Invoke_httpRequest $Server $Port "/h" 5
if ($Request -ne "" -and $request -ne $null) {
$Data = $Request.Content -split "</tr>" -match "total*" -split "<td>" -replace "<[^>]*>", ""
$HashRate = $Data[1]
if ($HashRate -eq "") {$HashRate = $Data[2]}
if ($HashRate -eq "") {$HashRate = $Data[3]}
}
}
"wrapper" {
$HashRate = ""
$wrpath=".\Wrapper_$Port.txt"
$HashRate = if (test-path -path $wrpath ) {
Get-Content $wrpath
$HashRate = ($HashRate -split ',')[0]
$HashRate = ($HashRate -split '.')[0]
}
else {$hashrate=0}
}
"castXMR" {
$Request = Invoke_httpRequest $Server $Port "" 5
if ($Request -ne "" -and $request -ne $null) {
$Data = $Request | ConvertFrom-Json
$HashRate = [Double]($Data.devices.hash_rate | Measure-Object -Sum).Sum / 1000
}
}
"XMrig" {
$Request = Invoke_httpRequest $Server $Port "/api.json" 5
if ($Request -ne "" -and $request -ne $null) {
$Data = $Request | ConvertFrom-Json
$HashRate = [Double]$Data.hashrate.total[0]
}
}
"Bminer" {
$Request = Invoke_httpRequest $Server $Port "/api/status" 5
if ($Request -ne "" -and $request -ne $null) {
$Data = $Request.content | ConvertFrom-Json
$HashRate = 0
$Data.miners | Get-Member -MemberType NoteProperty | ForEach-Object {
$HashRate += $Data.miners.($_.name).solver.solution_rate
}
}
}
} #end switch
$HashRates=@()
$HashRates += [double]$HashRate
$HashRates += [double]$HashRate_Dual
$HashRates
}
catch {}
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function ConvertTo_Hash {
param(
[Parameter(Mandatory = $true)]
[double]$Hash
)
$Return=switch ([math]::truncate([math]::log($Hash, [math]::Pow(1000, 1)))) {
0 {"{0:n1} h" -f ($Hash / [math]::Pow(1000, 0))}
1 {"{0:n1} kh" -f ($Hash / [math]::Pow(1000, 1))}
2 {"{0:n1} mh" -f ($Hash / [math]::Pow(1000, 2))}
3 {"{0:n1} gh" -f ($Hash / [math]::Pow(1000, 3))}
4 {"{0:n1} th" -f ($Hash / [math]::Pow(1000, 4))}
Default {"{0:n1} ph" -f ($Hash / [math]::Pow(1000, 5))}
}
$Return
}
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
#************************************************************************************************************************************************************************************
function Start_SubProcess {
param(
[Parameter(Mandatory = $true)]
[String]$FilePath,
[Parameter(Mandatory = $false)]
[String]$ArgumentList = "",
[Parameter(Mandatory = $false)]
[String]$WorkingDirectory = ""
)
$Job = Start-Job -ArgumentList $PID, $FilePath, $ArgumentList, $WorkingDirectory {
param($ControllerProcessID, $FilePath, $ArgumentList, $WorkingDirectory)
$ControllerProcess = Get-Process -Id $ControllerProcessID
if ($ControllerProcess -eq $null) {return}
$ProcessParam = @{}
$ProcessParam.Add("FilePath", $FilePath)
$ProcessParam.Add("WindowStyle", 'Minimized')
if ($ArgumentList -ne "") {$ProcessParam.Add("ArgumentList", $ArgumentList)}
if ($WorkingDirectory -ne "") {$ProcessParam.Add("WorkingDirectory", $WorkingDirectory)}
$Process = Start-Process @ProcessParam -PassThru
if ($Process -eq $null) {
[PSCustomObject]@{ProcessId = $null}
return
}
[PSCustomObject]@{ProcessId = $Process.Id; ProcessHandle = $Process.Handle}
$ControllerProcess.Handle | Out-Null
$Process.Handle | Out-Null
do {if ($ControllerProcess.WaitForExit(1000)) {$Process.CloseMainWindow() | Out-Null}}
while ($Process.HasExited -eq $false)
}
do {Start-Sleep 1; $JobOutput = Receive-Job $Job}
while ($JobOutput -eq $null)
$Process = Get-Process | Where-Object Id -EQ $JobOutput.ProcessId
$Process.Handle | Out-Null
$Process
}