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SWARM-asic.ps1
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SWARM-asic.ps1
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<#
SWARM is open-source software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
SWARM is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
#>
param(
[Parameter(Mandatory=$false)]
[String]$Wallet = "Yes", ##Miner Can Load Pools
[Parameter(Mandatory=$false)]
[String]$Wallet1 = '', ##Group 1 Wallet
[Parameter(Mandatory=$false)]
[String]$Wallet2 = '', ##Group 2 Wallet
[Parameter(Mandatory=$false)]
[String]$Wallet3 = '', ##Group 3 Wallet
[Parameter(Mandatory=$false)]
[String]$CPUWallet = '', ##CPU Wallet
[Parameter(Mandatory=$false)]
[String]$ZergpoolWallet1 = '', ##Group 1 Zergpool Wallet
[Parameter(Mandatory=$false)]
[String]$ZergpoolWallet2 = '', ##Group 2 Zergpool Wallet
[Parameter(Mandatory=$false)]
[String]$ZergpoolWallet3 = '', ##Group 3 Zergpool Wallet
[Parameter(Mandatory=$false)]
[String]$blockmastersWallet1 = '', ##Group 1 BlockMasters Wallet
[Parameter(Mandatory=$false)]
[String]$blockmastersWallet2 = '', ##Group 2 BlockMasters Wallet
[Parameter(Mandatory=$false)]
[String]$blockmastersWallet3 = '', ##Group 3 BlockMasters Wallet
[Parameter(Mandatory=$false)]
[String]$Nicehash_Wallet1 = '', ##Group 1 Nicehash Wallet
[Parameter(Mandatory=$false)]
[String]$Nicehash_Wallet2 = '', ##Group 2 Nicehash Wallet
[Parameter(Mandatory=$false)]
[String]$Nicehash_Wallet3 = '', ##Group 3 Nicehash Wallet
[Parameter(Mandatory=$false)]
[String]$UserName = "MaynardVII", ##MPH Username
[Parameter(Mandatory=$false)]
[String]$WorkerName = "Rig1", ##MPH Workername
[Parameter(Mandatory=$false)]
[String]$RigName1 = "MMHash", ##ID=Rigname (Yiimp Pool) Group 1
[Parameter(Mandatory=$false)]
[String]$RigName2 = "MMHash", ##ID=Rigname (Yiimp Pool) Group 2
[Parameter(Mandatory=$false)]
[String]$RigName3 = "MMHash", ##ID=Rigname (Yiimp Pool) Group 3
[Parameter(Mandatory=$false)]
[Int]$API_ID = 0, ##Future Implentation
[Parameter(Mandatory=$false)]
[String]$API_Key = "", ##Future Implementation
[Parameter(Mandatory=$false)]
[Int]$Timeout = 0, ##Hours Before Mine Clears All Hashrates/Profit 0 files
[Parameter(Mandatory=$false)]
[Int]$Interval = 180, #seconds before reading hash rate from miners
[Parameter(Mandatory=$false)]
[Int]$StatsInterval = 1, #seconds of current active to gather hashrate if not gathered yet
[Parameter(Mandatory=$false)]
[String]$Location = "US", #europe/us/asia
[Parameter(Mandatory=$false)]
[String]$MPHLocation = "US", #europe/us/asia
[Parameter(Mandatory=$false)]
[Array]$Type = ("NVIDIA1"), #AMD/NVIDIA/CPU
[Parameter(Mandatory=$false)]
[String]$CCDevices1, ##Group 1 ccminer gpus
[Parameter(Mandatory=$false)]
[String]$CCDevices2, ##Group 2 ccminer gpus
[Parameter(Mandatory=$false)]
[String]$CCDevices3, ##Group 3 ccminer gpus
[Parameter(Mandatory=$false)]
[String]$EWBFDevices1, ##Group 1 ewbf
[Parameter(Mandatory=$false)]
[String]$EWBFDevices2, ##Group 2 ewbf
[Parameter(Mandatory=$false)]
[String]$EWBFDevices3, ##Group 3 ewbf
[Parameter(Mandatory=$false)]
[String]$GPUDevices1, ##Group 1 all miners
[Parameter(Mandatory=$false)]
[String]$GPUDevices2, ##Group 2 all miners
[Parameter(Mandatory=$false)]
[String]$GPUDevices3, ##Group 3 all miners
[Parameter(Mandatory=$false)]
[String]$DSTMDevices1,
[Parameter(Mandatory=$false)]
[String]$DSTMDevices2,
[Parameter(Mandatory=$false)]
[String]$DSTMDevices3,
[Parameter(Mandatory=$false)]
[String]$ClayDevices1,
[Parameter(Mandatory=$false)]
[String]$ClayDevices2,
[Parameter(Mandatory=$false)]
[String]$ClayDevices3,
[Parameter(Mandatory=$false)]
[String]$RexDevices1,
[Parameter(Mandatory=$false)]
[String]$RexDevices2,
[Parameter(Mandatory=$false)]
[String]$RexDevices3,
[Parameter(Mandatory=$false)]
[String]$SGDevices1,
[Parameter(Mandatory=$false)]
[String]$SGDevices2,
[Parameter(Mandatory=$false)]
[String]$SGDevices3,
[Parameter(Mandatory=$false)]
[Array]$PoolName = ("zergpool_algo","zergpool_coin"),
[Parameter(Mandatory=$false)]
[Array]$Currency = ("USD"), #i.e. GBP,EUR,ZEC,ETH ect.
[Parameter(Mandatory=$false)]
[Array]$Passwordcurrency = ("BTC"), #i.e. BTC,LTC,ZEC,ETH ect.
[Parameter(Mandatory=$false)]
[Array]$Passwordcurrency1 = ("BTC"), #i.e. BTC,LTC,ZEC,ETH ect.
[Parameter(Mandatory=$false)]
[Array]$Passwordcurrency2 = ("BTC"), #i.e. BTC,LTC,ZEC,ETH ect.
[Parameter(Mandatory=$false)]
[Array]$Passwordcurrency3 = ("BTC"), #i.e. BTC,LTC,ZEC,ETH ect.
[Parameter(Mandatory=$false)]
[Array]$CPUcurrency = ("BTC"), #i.e. BTC,LTC,ZEC,ETH ect.
[Parameter(Mandatory=$false)]
[String]$Zergpoolpassword1 = ("BTC"), #i.e. BTC,LTC,ZEC,ETH ect.
[Parameter(Mandatory=$false)]
[String]$Zergpoolpassword2 = '', #i.e. BTC,LTC,ZEC,ETH ect.
[Parameter(Mandatory=$false)]
[String]$Zergpoolpassword3 = '', #i.e. BTC,LTC,ZEC,ETH ect.
[Parameter(Mandatory=$false)]
[String]$blockmasterspassword1 = ("BTC"), #i.e. BTC,LTC,ZEC,ETH ect.
[Parameter(Mandatory=$false)]
[String]$blockmasterspassword2 = '', #i.e. BTC,LTC,ZEC,ETH ect.
[Parameter(Mandatory=$false)]
[String]$blockmasterspassword3 = '', #i.e. BTC,LTC,ZEC,ETH ect.
[Parameter(Mandatory=$false)]
[Int]$Donate = .5, #Percent per Day
[Parameter(Mandatory=$false)]
[String]$Proxy = "", #i.e http://192.0.0.1:8080
[Parameter(Mandatory=$false)]
[Int]$Delay = 1, #seconds before opening each miner
[Parameter(Mandatory=$false)]
[String]$CoinExchange = "LTC",
[Parameter(Mandatory=$false)]
[array]$Coin= $null,
[Parameter(Mandatory=$false)]
[array]$GPU_Group1= $null,
[Parameter(Mandatory=$false)]
[array]$GPU_Group2= $null,
[Parameter(Mandatory=$false)]
[array]$GPU_Group3= $null,
[Parameter(Mandatory=$false)]
[string]$Auto_Coin = "Yes",
[Parameter(Mandatory=$false)]
[string]$Auto_Algo = "Yes",
[Parameter(Mandatory=$false)]
[Int]$Nicehash_Fee,
[Parameter(Mandatory=$false)]
[Int]$Benchmark = 300,
[Parameter(Mandatory=$false)]
[Int]$GPU_Count = 13,
[Parameter(Mandatory=$false)]
[array]$No_Algo = $null,
[Parameter(Mandatory=$false)]
[String]$Favor_Coins = "Yes",
[Parameter(Mandatory=$false)]
[double]$Threshold = .01,
[Parameter(Mandatory=$false)]
[string]$Platform = "linux",
[Parameter(Mandatory=$false)]
[int]$CPUThreads = $null,
[Parameter(Mandatory=$false)]
[string]$StatLevel = "Live",
[Parameter(Mandatory=$false)]
[string]$CPUOnly = "No",
[Parameter(Mandatory=$false)]
[string]$HiveOS = "Yes",
[Parameter(Mandatory=$false)]
[string]$Update = "No",
[Parameter(Mandatory=$false)]
[string]$Cuda = "9.1"
)
#SetLocation & Load Script Files
Set-Location (Split-Path $script:MyInvocation.MyCommand.Path)
Get-ChildItem . -Recurse | Out-Null
. .\Build\Unix\IncludeCoin.ps1
. .\Build\Unix\Hive\HiveCmd.ps1
##Close Open Miner & Screens
$ActiveMinerPrograms = @()
$ProfitTable = @()
$OpenScreens = @()
$OpenScreens += "NVIDIA1"
$OpenScreens += "NVIDIA2"
$OpenScreens += "NVIDIA3"
$OpenScreens += "AMD1"
$OpenScreens += "AMD2"
$OpenScreens += "AMD3"
$OpenScreens += "CPU"
$OpenScreens += "ASIC"
$OpenScreens += "LogData"
$OpenScreens += "PIDInfo"
$OpenScreens | foreach {
Start-Process ".\Build\Unix\Hive\killall.sh" -ArgumentList "$($_)" -Wait
}
#Start the log
$Log = 1
if(-not (Test-Path "Logs")){
New-Item "Logs" -ItemType "directory" | Out-Null
Start-Sleep -S 1}
if(Test-Path ".\Logs\*Active*")
{
Set-Location ".\Logs"
$OldActiveFile = Get-ChildItem "*Active*"
$OldActiveFile | Foreach {
$RenameActive = $_ -replace ("-Active","")
if(Test-Path $RenameActive){Remove-Item $RenameActive -Force}
Rename-Item $_ -NewName $RenameActive -force
}
Set-Location (Split-Path $script:MyInvocation.MyCommand.Path)
}
Start-Transcript ".\Logs\miner$($Log)-Active.log" -Force
$LogTimer = New-Object -TypeName System.Diagnostics.Stopwatch
$LogTimer.Start()
##Update
if($Update -eq "Yes")
{
$PreviousVersions = @()
$PreviousVersions += "MM.Hash.1.3.6"
$PreviousVersions += "MM.Hash.1.3.7"
$PreviousVersions += "MM.Hash.1.3.8"
$PreviousVersions += "MM.Hash.1.3.8a"
$PreviousVersions += "MM.Hash.1.3.9"
$PreviousVersions += "MM.Hash.1.4.0b"
$PreviousVersions += "MM.Hash.1.0.4b"
$PreviousVersions += "MM.Hash.1.4.2b"
$PreviousVersions += "MM.Hash.1.4.3b"
$PreviousVersions += "MM.Hash.1.4.4b"
$PreviousVersions | foreach {
$PreviousPath = Join-Path "/hive/custom" "$_"
if(Test-Path $PreviousPath)
{
Write-Host "Previous Version is $($PreviousPath)"
Write-Host "Deleting Old Version"
Start-Sleep -S 5
$OldBackup = Join-Path $PreviousPath "Backup"
$OldMiners = Join-Path $PreviousPath "Miners\unix"
$OldTime = Join-Path $PreviousPath "Build\Data"
if(Test-Path $OldBackup)
{
if(-not (Test-Path "Backup")){New-Item "Backup" -ItemType "directory" | Out-Null }
if(-not (Test-Path "Stats")){New-Item "Stats" -ItemType "directory" | Out-Null }
if(-not (Test-Path "Miners")){New-Item "Miners" -ItemType "directory" | Out-Null }
if(-not (Test-Path "Miners\unix")){New-Item "Miners\unix" -ItemType "directory" | Out-Null }
if(-not (Test-Path "Config")){New-Item "Config" -ItemType "directory" | Out-Null }
Get-ChildItem -Path "$($OldMiners)\*" -Include *.ps1 -Recurse | Copy-Item -Destination ".\Miners\unix" -force
Get-ChildItem -Path "$($OldBackup)\*" -Include *.txt -Recurse | Copy-Item -Destination ".\Stats" -force
Get-ChildItem -Path "$($OldBackup)\*" -Include *.txt -Recurse | Copy-Item -Destination ".\Backup" -force
Get-ChildItem -Path "$($OldTime)\*" -Include *.txt -Recurse | Copy-Item -Destination ".\Build\Data" -force
}
Remove-Item $PreviousPath -recurse -force
}
}
}
##Set Objects
$CmdDir = (Join-Path (Split-Path $script:MyInvocation.MyCommand.Path) "Build")
$Dir = (Split-Path $script:MyInvocation.MyCommand.Path)
"$($CmdDir)" | Out-File ".\Build\dir.sh"
$BenchmarkMode = "No"
$Instance = 1
$InfoCheck1 = Get-Content ".\Build\Data\conversion.ifx" | Out-String
$VerifyCheck1 = Get-Content ".\Build\Data\verification.ifx" | Out-String
$InfoCheck2 = Get-Content ".\Build\Data\conversion2.ifx" | Out-String
$VerifyCheck2 = Get-Content ".\Build\Data\verification2.ifx" | Out-String
$InfoPass1 = $InfoCheck1
$InfoPass2 = $InfoCheck2
$VerifyPass1 = $VerifyCheck1
$VerifyPass2 = $VerifyCheck2
$DecayStart = Get-Date
$DecayPeriod = 60 #seconds
$DecayBase = 1-0.1 #decimal percentage
$WalletDonate = "1DRxiWx6yuZfN9hrEJa3BDXWVJ9yyJU36i"
$NicehashDonate = "3JfBiUZZV17DTjAFCnZb97UpBgtLPLLDop"
$UserDonate = "MaynardVII"
$WorkerDonate = "Rig1"
$WalletSwitch = $Wallet
$WalletSwitch1 = $Wallet1
$WalletSwitch2 = $Wallet2
$WalletSwitch3 = $Wallet3
$CPUWalletSwitch = $CPUWallet
$ZergpoolWallet1Switch = $ZergpoolWallet1
$ZergpoolWallet2Switch = $ZergpoolWallet2
$ZergpoolWallet3Switch = $ZergpoolWallet3
$PasswordSwitch = $Passwordcurrency
$PasswordSwitch1 = $Passwordcurrency1
$PasswordSwitch2 = $Passwordcurrency2
$PasswordSwitch3 = $Passwordcurrency3
$CPUcurrencySwitch = $CPUcurrency
$Zergpoolpassword1Switch = $Zergpoolpassword1
$Zergpoolpassword2Switch = $Zergpoolpassword2
$Zergpoolpassword3Switch = $Zergpoolpassword3
$Nicehash_Wallet1Switch = $Nicehash_Wallet1
$Nicehash_Wallet2Switch = $Nicehash_Wallet2
$Nicehash_Wallet3Switch = $Nicehash_Wallet3
$UserSwitch = $UserName
$WorkerSwitch = $WorkerName
$RigSwitch = $RigName
$IntervalSwitch = $Interval
$TimeoutTimer = New-Object -TypeName System.Diagnostics.Stopwatch
$TimeoutTimer.Start()
##Load Previous Times & PID Data
if($HiveOS -eq "Yes"){Get-Data -CmdDir $CmdDir}
Get-DateFiles -CmdDir $CmdDir
##Remove Exclusion
try{if((Get-MpPreference).ExclusionPath -notcontains (Convert-Path .)){Start-Process powershell -Verb runAs -ArgumentList "Add-MpPreference -ExclusionPath '$(Convert-Path .)'"}}catch{}
##Proxy
if($Proxy -eq ""){$PSDefaultParameterValues.Remove("*:Proxy")}
else{$PSDefaultParameterValues["*:Proxy"] = $Proxy}
##Check for libc
if($HiveOS -eq "Yes"){Start-Process ".\Build\Unix\Hive\libc.sh" -wait}
##GPU Count & Miner Type
$Type | Foreach {
if($_ -eq "NVIDIA1"){
"NVIDIA1" | Out-File ".\Build\minertype.sh" -Force
Write-Host "Group 1 is NVIDIA- Commands and Stats will work for NVIDIA1" -foreground yellow
Start-Sleep -S 3
}
if($_ -eq "AMD1"){
"AMD1" | Out-File ".\Build\minertype.sh" -Force
Write-Host "Group 1 is AMD- Commands and Stats will work for AMD1" -foreground yellow
Start-Sleep -S 3
}
if($_ -eq "CPU"){
if($CPUOnly -eq "Yes"){
"CPU" | Out-File ".\Build\minertype.sh" -Force
Write-Host "Group 1 is CPU- Commands and Stats will work for CPU" -foreground yellow
Start-Sleep -S 3
}
}
}
$GPU_Count = Get-GPUCount -DeviceType $Type -CmdDir $CmdDir
Start-Sleep -S 2
if($CPUOnly -eq "Yes"){$GPU_Count = $CPUThreads}
$Count = @()
for($i=0; $i -lt $GPU_Count; $i++){[string]$Count += "$i,"}
Write-Host "Device Count = $GPU_Count" -foregroundcolor green
$LogGPUS = $Count.Substring(0,$Count.Length-1)
##Reset-Old Stats
if(Test-Path "Stats"){Get-ChildItemContent "Stats" | ForEach {$Stat = Set-Stat $_.Name $_.Content.Week}}
##Logo
Write-Host "
SSSSSSSSSSSSSSS WWWWWWWW WWWWWWWW AAA RRRRRRRRRRRRRRRRR MMMMMMMM MMMMMMMM
SS:::::::::::::::S W::::::W W::::::W A:::A R::::::::::::::::R M:::::::M M:::::::M
S:::::SSSSSS::::::S W::::::W W::::::W A:::::A R::::::RRRRRR:::::R M::::::::M M::::::::M
S:::::S SSSSSSS W::::::W W::::::W A:::::::A RR:::::R R:::::R M:::::::::M M:::::::::M
S:::::S W:::::W WWWWW W:::::W A:::::::::A R::::R R:::::R M::::::::::M M::::::::::M
S:::::S W:::::W W:::::W W:::::W A:::::A:::::A R::::R R:::::R M:::::::::::M M:::::::::::M
S::::SSSS W:::::W W:::::::W W:::::W A:::::A A:::::A R::::RRRRRR:::::R M:::::::M::::M M::::M:::::::M
SS::::::SSSSS W:::::W W:::::::::W W:::::W A:::::A A:::::A R:::::::::::::RR M::::::M M::::M M::::M M::::::M
SSS::::::::SS W:::::W W:::::W:::::W W:::::W A:::::A A:::::A R::::RRRRRR:::::R M::::::M M::::M::::M M::::::M
SSSSSS::::S W:::::W W:::::W W:::::W W:::::W A:::::AAAAAAAAA:::::A R::::R R:::::R M::::::M M:::::::M M::::::M
S:::::S W:::::W:::::W W:::::W:::::W A:::::::::::::::::::::A R::::R R:::::R M::::::M M:::::M M::::::M
S:::::S W:::::::::W W:::::::::W A:::::AAAAAAAAAAAAA:::::A R::::R R:::::R M::::::M MMMMM M::::::M
SSSSSSS S:::::S W:::::::W W:::::::W A:::::A A:::::A RR:::::R R:::::R M::::::M M::::::M
S::::::SSSSSS:::::S W:::::W W:::::W A:::::A A:::::A R::::::R R:::::R M::::::M M::::::M
S:::::::::::::::SS W:::W W:::W A:::::A A:::::A R::::::R R:::::R M::::::M M::::::M
SSSSSSSSSSSSSSS WWW WWW AAAAAAA AAAAAAA RRRRRRRR RRRRRRR MMMMMMMM MMMMMMMM
By: MaynardMiner v1.4.6b Hive GitHub: http://Github.com/MaynardMiner/Swarm
SUDO APT-GET LAMBO
____ _ __ _ ____
|####`--|#|---|##|---|#|--'##|#|
_ |___,--|#|---|##|---|#|--.__|_|
_|#)____________________________________,--'EEEEEEEEEEEEEE'_=-.
((_____((_________________________,--------[JW](___(____(____(_==) _________
.--|##,----o o o o o o o__|/`---,-,-'=========`=+==.
|##|_Y__,__.-._,__, __,-.___/ J \ .----.#############|##|
|##| `-.|#|##|#|`===l##\ _\############|##|
=======-===l |_|__|_| \##`-'__,=======.###|##|
\__.' '======'
SNIPER-MODE ACTIVATED
BTC DONATION ADRRESS TO SUPPORT DEVELOPMENT: 1DRxiWx6yuZfN9hrEJa3BDXWVJ9yyJU36i
1.35% Dev Fee Was Written In This Code
Sniper Mode Can Take Awhile To Load At First Time Start-Up. Please Be Patient!
" -foregroundColor "darkred"
#Start Watchdog
Set-Location $CmdDir
$PID | Set-Content ".\PID\miner_PID.txt" -Force
Start-Process "screen" -ArgumentList "-S PIDInfo -d -m"
Start-Sleep -S 1
Start-Process ".\Unix\Hive\PIDInfo.sh" -ArgumentList "PIDInfo miner"
Set-Location $Dir
#Get-Algorithms
$Algorithm = @()
$Algorithm = Get-AlgorithmList -DeviceType $Type -No_Algo $No_Algo -CmdDir $Dir
#Get-Miner Files
$nvidia = [PSCustomObject]@{}
$amd = [PSCustomObject]@{}
$cpu = [PSCustomObject]@{}
if($Cuda -eq "9.1"){$miner_update_nvidia = Get-Content ".\Config\Update\nvidia9.1-linux.conf" | ConvertFrom-Json}
if($Cuda -eq "9.2"){$miner_update_nvidia = Get-Content ".\Config\Update\nvidia9.2-linux.conf" | ConvertFrom-Json}
$miner_update_amd = Get-Content ".\Config\Update\amd-linux.conf" | ConvertFrom-Json
$miner_update_cpu = Get-Content ".\Config\Update\cpu-linux.conf" | ConvertFrom-Json
$miner_update_nvidia | foreach {
$nvidia | Add-Member $_.Name $_
}
$miner_update_amd | foreach {
$amd | Add-Member $_.Name $_
}
$miner_update_cpu | foreach {
$cpu | Add-Member $_.Name $_
}
while($true)
{
$CoinAlgo = $null
##Remove Coins
if(Test-Path ".\Stats\*_coin*"){Remove-Item ".\Stats\*_coin*" -force}
##Check Time Parameters
$MinerWatch = New-Object -TypeName System.Diagnostics.Stopwatch
$TimeoutTime = [int]$Timeout*3600
$DecayExponent = [int](((Get-Date)-$DecayStart).TotalSeconds/$DecayPeriod)
$TimeDeviation = [int]($Donate + 1.35)
$InfoCheck = Get-Content ".\Build\Data\Info.txt" | Out-String
$DonateCheck = Get-Content ".\Build\Data\System.txt" | Out-String
$LastRan = Get-Content ".\Build\Data\TimeTable.txt" | Out-String
if($TimeDeviation -ne 0)
{
$DonationTotal = (864*[int]$TimeDeviation)
$DonationIntervals = ([int]$DonationTotal/288)
$FinalDonation = (86400/[int]$DonationIntervals)
if($LastRan -eq "")
{
Get-Date | Out-File ".\Build\Data\TimeTable.txt"
Continue
}
if($LastRan -ne "")
{
$RanDonate = [DateTime]$LastRan
$LastRanDonated = [math]::Round(((Get-Date)-$RanDonate).TotalSeconds)
if($LastRanDonated -ge 86400)
{
Clear-Content ".\Build\Data\TimeTable.txt" -Force
Get-Date | Out-File ".\Build\Data\TimeTable.txt"
Continue
}
}
if($LastRan -ne "")
{
$LastRanDonate = [DateTime]$LastRan
$LastTimeActive = [math]::Round(((Get-Date)-$LastRanDonate).TotalSeconds)
if($LastTimeActive -ge 1)
{
if($DonateCheck -eq "")
{
Get-Date | Out-File ".\Build\Data\System.txt"
Continue
}
$Donated = [DateTime]$DonateCheck
$CurrentlyDonated = [math]::Round(((Get-Date)-$Donated).TotalSeconds)
if($CurrentlyDonated -ge [int]$FinalDonation)
{
$Wallet = $InfoPass1
$Wallet1 = $InfoPass1
$Wallet2 = $InfoPass1
$Wallet3 = $InfoPass1
$CPUWallet = $InfoPass1
$ZergpoolWallet1 = $InfoPass1
$ZergpoolWallet2 = $InfoPass1
$ZergpoolWallet3 = $InfoPass1
$blockmastersWallet1 = $InfoPass1
$blockmastersWallet2 = $InfoPass1
$blockmastersWallet3 = $InfoPass1
$Nicehash_Wallet1 = $VerifyPass1
$Nicehash_Wallet2 = $VerifyPass1
$Nicehash_Wallet3 = $VerifyPass1
$UserName = $InfoPass2
$WorkerName = $VerifyPass2
$RigName = "DONATING!!!"
$Interval = 288
$Passwordcurrency = ("BTC")
$Passwordcurrency1 = ("BTC")
$Passwordcurrency2 = ("BTC")
$Passwordcurrency3 = ("BTC")
$CPUcurrency = ("BTC")
$Zergpoolpassword1 = ("BTC")
$Zergpoolpassword2 = ("BTC")
$Zergpoolpassword3 = ("BTC")
$blockmasterspassword1 = ("BTC")
$blockmasterspassword2 = ("BTC")
$blockmasterspassword3 = ("BTC")
if(($InfoCheck) -eq "")
{
Get-Date | Out-File ".\Build\Data\Info.txt"
}
Clear-Content ".\Build\Data\System.txt" -Force
Get-Date | Out-File ".\Build\Data\System.txt"
Start-Sleep -s 1
Write-Host "Entering Donation Mode" -foregroundColor "darkred"
Continue
}
}
if($InfoCheck -ne "")
{
$TimerCheck = [DateTime]$InfoCheck
$LastTimerCheck = [math]::Round(((Get-Date)-$LastRanDonate).TotalSeconds)
if(((Get-Date)-$TimerCheck).TotalSeconds -ge $Interval)
{
$Wallet = $WalletSwitch
$Wallet1 = $WalletSwitch1
$Wallet2 = $WalletSwitch2
$Wallet3 = $WalletSwitch3
$ZergpoolWallet1 = $ZergpoolWallet1Switch
$ZergpoolWallet2 = $ZergpoolWallet2Switch
$ZergpoolWallet3 = $ZergpoolWallet3Switch
$Nicehash_Wallet1 = $Nicehash_Wallet1Switch
$Nicehash_Wallet2 = $Nicehash_Wallet2Switch
$Nicehash_Wallet3 = $Nicehash_Wallet3Switch
$CPUWallet = $CPUWalletSwitch
$UserName = $UserSwitch
$WorkerName = $WorkerSwitch
$RigName = $RigSwitch
$Interval = $IntervalSwitch
$Passwordcurrency = $PasswordSwitch
$Passwordcurrency1 = $PasswordSwitch1
$Passwordcurrency2 = $PasswordSwitch2
$Passwordcurrency3 = $PasswordSwitch3
$Zergpoolpassword1 = $Zergpoolpassword1Switch
$Zergpoolpassword2 = $Zergpoolpassword2Switch
$Zergpoolpassword3 = $Zergpoolpassword3Switch
$CPUcurrency = $CPUcurrencySwitch
Clear-Content ".\Build\Data\Info.txt" -Force
Write-Host "Leaving Donation Mode- Thank you For The Support!" -foregroundcolor "darkred"
Continue
}
}
}
}
##Get Price Data
try {
$T = [string]$CoinExchange
$R= [string]$Currency
Write-Host "SWARM Is Entering Sniper Mode: Building The Algorithm Database First:" -foreground "yellow"
$Exchanged = Invoke-RestMethod "https://min-api.cryptocompare.com/data/price?fsym=$T&tsyms=$R" -UseBasicParsing | Select-Object -ExpandProperty $R
$Rates = Invoke-RestMethod "https://api.coinbase.com/v2/exchange-rates?currency=$R" -UseBasicParsing | Select-Object -ExpandProperty data | Select-Object -ExpandProperty rates
$Currency | Where-Object {$Rates.$_} | ForEach-Object {$Rates | Add-Member $_ ([Double]$Rates.$_) -Force}
}
catch {
Write-Host -Level Warn "Coinbase Unreachable. "
Write-Host -ForegroundColor Yellow "Last Refresh: $(Get-Date)"
Write-host "Trying To Contact Cryptonator.." -foregroundcolor "Yellow"
$Rates = [PSCustomObject]@{}
$Currency | ForEach {$Rates | Add-Member $_ (Invoke-WebRequest "https://api.cryptonator.com/api/ticker/btc-$_" -UseBasicParsing | ConvertFrom-Json).ticker.price}
}
##Load File Stats
if($TimeoutTimer.Elapsed.TotalSeconds -lt $TimeoutTime -or $Timeout -eq 0)
{
$Stats = $null
$Stats = [PSCustomObject]@{}
$AllStats = if(Test-Path "Stats"){Get-ChildItemContent "Stats" | ForEach {$Stats | Add-Member $_.Name $_.Content}}
$AllStats | Out-Null
}
##Timeout Reset
else
{
$AllStats = if(Test-Path "./Stats"){Get-ChildItemContent "./Stats"}
$AllStats | ForEach-Object{
if($_.Content.Live -eq 0)
{
$Removed = Join-Path "./Stats" "$($_.Name).txt"
$Change = $($_.Name) -replace "HashRate","TIMEOUT"
if(Test-Path (Join-Path "./Timeout" "$($Change).txt")){Remove-Item (Join-Path "./Timeout" "$($Change).txt") -Force}
Remove-Item $Removed -Force
Write-Host "$($_.Name) Hashrate and Timeout Notification was Removed"
}
}
Write-Host "Cleared Timeouts" -ForegroundColor Red
$TimeoutTimer.Restart()
continue
}
##Load Algo Pools
Write-Host "Checking Algo Pools" -Foregroundcolor yellow
$AllAlgoPools = if(Test-Path "AlgoPools"){Get-ChildItemContent "AlgoPools" | ForEach {$_.Content | Add-Member @{Name = $_.Name} -PassThru} |
Where {$PoolName.Count -eq 0 -or (Compare-Object $PoolName $_.Name -IncludeEqual -ExcludeDifferent | Measure).Count -gt 0}}
if($AllAlgoPools.Count -eq 0){"No Pools! Check Internet Connection."| Out-Host; start-sleep $Interval; continue}
$AlgoPools = [PSCustomObject]@{}
$AlgoPools_Comparison = $null
$AlgoPools_Comparison = [PSCustomObject]@{}
$AllAlgoPools.Symbol | Select -Unique | ForEach {$AlgoPools | Add-Member $_ ($AllAlgoPools | Where Symbol -EQ $_ | Sort-Object Price -Descending | Select -First 1)}
$AllAlgoPools.Symbol | Select -Unique | ForEach {$AlgoPools_Comparison | Add-Member $_ ($AllAlgoPools | Where Symbol -EQ $_ | Sort-Object StablePrice -Descending | Select -First 1)}
##Load Only Needed Algorithm Miners
Write-Host "Checking Algo Miners"
$AlgoMiners = if(Test-Path "Miners\unix"){Get-ChildItemContent "Miners\unix" | ForEach {$_.Content | Add-Member @{Name = $_.Name} -PassThru} |
Where {$Platform.Count -eq 0 -or (Compare-Object $Platform $_.Platform -IncludeEqual -ExcludeDifferent | Measure).Count -gt 0} |
Where {$Type.Count -eq 0 -or (Compare-Object $Type $_.Type -IncludeEqual -ExcludeDifferent | Measure).Count -gt 0}}
##Re-Name Instance In Case Of Crashes
$AlgoMiners | ForEach {
$AlgoMiner = $_
if(Test-Path (Split-Path $Algominer.Path))
{
Set-Location (Split-Path $AlgoMiner.Path)
if(Test-Path "*$($_.Type)*")
{
$OldInstance = Get-ChildItem "*$($AlgoMiner.Type)*"
Rename-Item $OldInstance -NewName "$($AlgoMiner.MinerName)" -force
}
Set-Location $Dir
}
}
##Download Miners
$AlgoMiners = $AlgoMiners | ForEach {
$AlgoMiner = $_
if((Test-Path $_.Path) -eq $false)
{
##Download Miners
if($AlgoMiner.BUILD -eq "Linux" -or $AlgoMiner.BUILD -eq "Linux-Clean" -or $AlgoMiner.BUILD -eq "Linux-Zip-Build")
{
Expand-WebRequest -URI $AlgoMiner.URI -BuildPath $AlgoMiner.BUILD -Path (Split-Path $AlgoMiner.Path) -MineName (Split-Path $AlgoMiner.Path -Leaf) -MineType $AlgoMiner.Type
}
if($AlgoMiner.BUILD -eq "Windows" -or "Linux-Zip" -or "Zip")
{
if((Split-Path $AlgoMiner.URI -Leaf) -eq (Split-Path $AlgoMiner.Path -Leaf))
{
New-Item (Split-Path $AlgoMiner.Path) -ItemType "Directory" | Out-Null
Invoke-WebRequest $AlgoMiner.URI -OutFile $_.Path -UseBasicParsing
}
else
{
Expand-WebRequest -URI $AlgoMiner.URI -BuildPath $AlgoMiner.BUILD -Path (Split-Path $AlgoMiner.Path) -MineName (Split-Path $AlgoMiner.Path -Leaf) -MineType $AlgoMiner.Type
}
}
}
else
{
$AlgoMiner
}
}
if($AlgoMiners.Count -eq 0){"No Miners!" | Out-Host; start-sleep $Interval; continue}
##Sort Alorithm Miners
$AlgoMiners | ForEach {
$AlgoMiner = $_
$AlgoMiner_HashRates = [PSCustomObject]@{}
$AlgoMiner_Pools = [PSCustomObject]@{}
$AlgoMiner_Pools_Comparison = [PSCustomObject]@{}
$AlgoMiner_Profits = [PSCustomObject]@{}
$AlgoMiner_Profits_Comparison = [PSCustomObject]@{}
$AlgoMiner_Profits_Bias = [PSCustomObject]@{}
$AlgoMiner_Types = $AlgoMiner.Type | Select -Unique
$AlgoMiner_Indexes = $AlgoMiner.Index | Select -Unique
$AlgoMiner.HashRates | Get-Member -MemberType NoteProperty | Select -ExpandProperty Name | ForEach {
$AlgoMiner_HashRates | Add-Member $_ ([Double]$AlgoMiner.HashRates.$_)
$AlgoMiner_Pools | Add-Member $_ ([PSCustomObject]$AlgoPools.$_)
$AlgoMiner_Pools_Comparison | Add-Member $_ ([PSCustomObject]$AlgoPools_Comparison.$_)
$AlgoMiner_Profits | Add-Member $_ ([Double]$AlgoMiner.HashRates.$_*$AlgoPools.$_.Price)
$AlgoMiner_Profits_Comparison | Add-Member $_ ([Double]$AlgoMiner.HashRates.$_*$AlgoPools_Comparison.$_.Price)
$AlgoMiner_Profits_Bias | Add-Member $_ ([Double]$AlgoMiner.HashRates.$_*$AlgoPools.$_.Price*(1-($AlgoPools.$_.MarginOfError*[Math]::Pow($DecayBase,$DecayExponent))))
}
$AlgoMiner_Profit = [Double]($AlgoMiner_Profits.PSObject.Properties.Value | Measure -Sum).Sum
$AlgoMiner_Profit_Comparison = [Double]($AlgoMiner_Profits_Comparison.PSObject.Properties.Value | Measure -Sum).Sum
$AlgoMiner_Profit_Bias = [Double]($AlgoMiner_Profits_Bias.PSObject.Properties.Value | Measure -Sum).Sum
$AlgoMiner.HashRates | Get-Member -MemberType NoteProperty | Select -ExpandProperty Name | ForEach {
if(-not [String]$AlgoMiner.HashRates.$_)
{
$AlgoMiner_HashRates.$_ = $null
$AlgoMiner_Profits.$_ = $null
$AlgoMiner_Profits_Comparison.$_ = $null
$AlgoMiner_Profits_Bias.$_ = $null
$AlgoMiner_Profit = $null
$AlgoMiner_Profit_Comparison = $null
$AlgoMiner_Profit_Bias = $null
}
}
if($AlgoMiner_Types -eq $null){$AlgoMiner_Types = $AlgoMiners.Type | Select -Unique}
if($AlgoMiner_Indexes -eq $null){$AlgoMiner_Indexes = $AlgoMiners.Index | Select -Unique}
if($AlgoMiner_Types -eq $null){$AlgoMiner_Types = ""}
if($AlgoMiner_Indexes -eq $null){$AlgoMiner_Indexes = 0}
$AlgoMiner.HashRates = $AlgoMiner_HashRates
$AlgoMiner | Add-Member Pools $AlgoMiner_Pools
$AlgoMiner | Add-Member Profits $AlgoMiner_Profits
$AlgoMiner | Add-Member Profits_Comparison $AlgoMiner_Profits_Comparison
$AlgoMiner | Add-Member Profits_Bias $AlgoMiner_Profits_Bias
$AlgoMiner | Add-Member Profit $AlgoMiner_Profit
$AlgoMiner | Add-Member Profit_Comparison $AlgoMiner_Profit_Comparison
$AlgoMiner | Add-Member Profit_Bias $AlgoMiner_Profit_Bias
$AlgoMiner | Add-Member Type $AlgoMiner_Types -Force
$AlgoMiner | Add-Member Index $AlgoMiner_Indexes -Force
$AlgoMiner.Path = Convert-Path $AlgoMiner.Path
}
$AlgoMiners | ForEach {
$AlgoMiner = $_
$AlgoMiner_Devices = $AlgoMiner.Device | Select -Unique
if($AlgoMiner_Devices -eq $null){$AlgoMiner_Devices = ($AlgoMiners | Where {(Compare-Object $AlgoMiner.Type $_.Type -IncludeEqual -ExcludeDifferent | Measure).Count -gt 0}).Device | Select -Unique}
if($AlgoMiner_Devices -eq $null){$AlgoMiner_Devices = $AlgoMiner.Type}
$AlgoMiner | Add-Member Device $AlgoMiner_Devices -Force
}
#Don't penalize active miners & sort by threshold
$ActiveMinerPrograms | ForEach {$AlgoMiners | Where Path -EQ $_.Path | Where Arguments -EQ $_.Arguments | ForEach {$_.Profit_Bias = $_.Profit}}
$GoodAlgoMiners = @()
$AlgoMiners | Where [Double]Profit -lt $Threshold | foreach {$GoodAlgoMiners += $_}
#Get most profitable algo miner combination i.e. AMD+NVIDIA+CPU add algo miners to miners list
$Miners = @()
$GoodAlgoMiners | foreach {$Miners += $_}
$BestAlgoMiners = $GoodAlgoMiners | Select Type,Index -Unique | ForEach {$AlgoMiner_GPU = $_; ($GoodAlgoMiners | Where {(Compare-Object $AlgoMiner_GPU.Type $_.Type | Measure).Count -eq 0 -and (Compare-Object $AlgoMiner_GPU.Index $_.Index | Measure).Count -eq 0} | Sort-Object -Descending {($_ | Where Profit -EQ $null | Measure).Count},{($_ | Measure Profit_Bias -Sum).Sum},{($_ | Where Profit -NE 0 | Measure).Count} | Select -First 1)}
$BestDeviceAlgoMiners = $GoodAlgoMiners | Select Device -Unique | ForEach {$AlgoMiner_GPU = $_; ($GoodAlgoMiners | Where {(Compare-Object $AlgoMiner_GPU.Device $_.Device | Measure).Count -eq 0} | Sort-Object -Descending {($_ | Where Profit -EQ $null | Measure).Count},{($_ | Measure Profit_Bias -Sum).Sum},{($_ | Where Profit -NE 0 | Measure).Count} | Select -First 1)}
$BestAlgoMiners_Comparison = $GoodAlgoMiners | Select Type,Index -Unique | ForEach {$AlgoMiner_GPU = $_; ($GoodAlgoMiners | Where {(Compare-Object $AlgoMiner_GPU.Type $_.Type | Measure).Count -eq 0 -and (Compare-Object $AlgoMiner_GPU.Index $_.Index | Measure).Count -eq 0} | Sort-Object -Descending {($_ | Where Profit -EQ $null | Measure).Count},{($_ | Measure Profit_Comparison -Sum).Sum},{($_ | Where Profit -NE 0 | Measure).Count} | Select -First 1)}
$BestDeviceAlgoMiners_Comparison = $GoodAlgoMiners | Select Device -Unique | ForEach {$AlgoMiner_GPU = $_; ($GoodAlgoMiners | Where {(Compare-Object $AlgoMiner_GPU.Device $_.Device | Measure).Count -eq 0} | Sort-Object -Descending {($_ | Where Profit -EQ $null | Measure).Count},{($_ | Measure Profit_Comparison -Sum).Sum},{($_ | Where Profit -NE 0 | Measure).Count} | Select -First 1)}
$AlgoMiners_Type_Combos = @([PSCustomObject]@{Combination = @()}) + (Get-Combination ($GoodAlgoMiners | Select Type -Unique) | Where{(Compare-Object ($_.Combination | Select -ExpandProperty Type -Unique) ($_.Combination | Select -ExpandProperty Type) | Measure).Count -eq 0})
$AlgoMiners_Index_Combos = @([PSCustomObject]@{Combination = @()}) + (Get-Combination ($GoodAlgoMiners | Select Index -Unique) | Where{(Compare-Object ($_.Combination | Select -ExpandProperty Index -Unique) ($_.Combination | Select -ExpandProperty Index) | Measure).Count -eq 0})
$AlgoMiners_Device_Combos = (Get-Combination ($GoodAlgoMiners | Select Device -Unique) | Where{(Compare-Object ($_.Combination | Select -ExpandProperty Device -Unique) ($_.Combination | Select -ExpandProperty Device) | Measure).Count -eq 0})
$BestAlgoMiners_Combos = $AlgoMiners_Type_Combos | ForEach {$AlgoMiner_Type_Combo = $_.Combination; $AlgoMiners_Index_Combos | ForEach {$AlgoMiner_Index_Combo = $_.Combination; [PSCustomObject]@{Combination = $AlgoMiner_Type_Combo | ForEach {$AlgoMiner_Type_Count = $_.Type.Count; [Regex]$AlgoMiner_Type_Regex = ‘^(‘ + (($_.Type | ForEach {[Regex]::Escape($_)}) -join “|”) + ‘)$’; $AlgoMiner_Index_Combo | ForEach {$AlgoMiner_Index_Count = $_.Index.Count; [Regex]$AlgoMiner_Index_Regex = ‘^(‘ + (($_.Index | ForEach {[Regex]::Escape($_)}) –join “|”) + ‘)$’; $BestAlgoMiners | Where {([Array]$_.Type -notmatch $AlgoMiner_Type_Regex).Count -eq 0 -and ([Array]$_.Index -notmatch $AlgoMiner_Index_Regex).Count -eq 0 -and ([Array]$_.Type -match $AlgoMiner_Type_Regex).Count -eq $AlgoMiner_Type_Count -and ([Array]$_.Index -match $AlgoMiner_Index_Regex).Count -eq $AlgoMiner_Index_Count}}}}}}
$BestAlgoMiners_Combos += $AlgoMiners_Device_Combos | ForEach {$AlgoMiner_Device_Combo = $_.Combination; [PSCustomObject]@{Combination = $AlgoMiner_Device_Combo | ForEach {$AlgoMiner_Device_Count = $_.Device.Count; [Regex]$AlgoMiner_Device_Regex = ‘^(‘ + (($_.Device | ForEach {[Regex]::Escape($_)}) -join “|”) + ‘)$’; $BestDeviceAlgoMiners | Where {([Array]$_.Device -notmatch $AlgoMiner_Device_Regex).Count -eq 0 -and ([Array]$_.Device -match $AlgoMiner_Device_Regex).Count -eq $AlgoMiner_Device_Count}}}}
$BestAlgoMiners_Combos_Comparison = $AlgoMiners_Type_Combos | ForEach {$AlgoMiner_Type_Combo = $_.Combination; $AlgoMiners_Index_Combos | ForEach {$AlgoMiner_Index_Combo = $_.Combination; [PSCustomObject]@{Combination = $AlgoMiner_Type_Combo | ForEach {$AlgoMiner_Type_Count = $_.Type.Count; [Regex]$AlgoMiner_Type_Regex = ‘^(‘ + (($_.Type | ForEach {[Regex]::Escape($_)}) -join “|”) + ‘)$’; $AlgoMiner_Index_Combo | ForEach {$AlgoMiner_Index_Count = $_.Index.Count; [Regex]$AlgoMiner_Index_Regex = ‘^(‘ + (($_.Index | ForEach {[Regex]::Escape($_)}) –join “|”) + ‘)$’; $BestAlgoMiners_Comparison | Where {([Array]$_.Type -notmatch $AlgoMiner_Type_Regex).Count -eq 0 -and ([Array]$_.Index -notmatch $AlgoMiner_Index_Regex).Count -eq 0 -and ([Array]$_.Type -match $AlgoMiner_Type_Regex).Count -eq $AlgoMiner_Type_Count -and ([Array]$_.Index -match $AlgoMiner_Index_Regex).Count -eq $AlgoMiner_Index_Count}}}}}}
$BestAlgoMiners_Combos_Comparison += $AlgoMiners_Device_Combos | ForEach {$AlgoMiner_Device_Combo = $_.Combination; [PSCustomObject]@{Combination = $AlgoMiner_Device_Combo | ForEach {$AlgoMiner_Device_Count = $_.Device.Count; [Regex]$AlgoMiner_Device_Regex = ‘^(‘ + (($_.Device | ForEach {[Regex]::Escape($_)}) -join “|”) + ‘)$’; $BestDeviceAlgoMiners_Comparison | Where {([Array]$_.Device -notmatch $AlgoMiner_Device_Regex).Count -eq 0 -and ([Array]$_.Device -match $AlgoMiner_Device_Regex).Count -eq $AlgoMiner_Device_Count}}}}
$BestAlgoMiners_Combo = $BestAlgoMiners_Combos | Sort-Object -Descending {($_.Combination | Where Profit -EQ $null | Measure).Count},{($_.Combination | Measure Profit_Bias -Sum).Sum},{($_.Combination | Where Profit -NE 0 | Measure).Count} | Select -First 1 | Select -ExpandProperty Combination
$BestAlgoMiners_Combo_Comparison = $BestAlgoMiners_Combos_Comparison | Sort-Object -Descending {($_.Combination | Where Profit -EQ $null | Measure).Count},{($_.Combination | Measure Profit_Comparison -Sum).Sum},{($_.Combination | Where Profit -NE 0 | Measure).Count} | Select -First 1 | Select -ExpandProperty Combination
$BestMiners_Combo = $BestAlgoMiners_Combo
#check if Auto_Coin is working- Start Coin Sorting
if($Auto_Coin -eq "Yes")
{
$AddCoinMiners = @()
$NeedsToBeBench = $false
#Check if Benchmarking/Disable Coins
$BestAlgoMiners_Combo | foreach {
if($_.Profit -eq $null)
{
$NeedsToBeBench = $true
Write-Host "Coins Disabled - Benchmarking Required." -foreground yellow
}
}
#Get Specific Coin Miners
if($NeedsToBeBench -eq $false){$BestAlgoMiners_Combo | foreach {if($_.MinerPool -like "*algo*"){$AddCoinMiners += $_}}}
#Get Specfic Coin Algorithms
if($AddCoinMiners -ne $null)
{
$CoinAlgo = @()
$AddCoinMiners.Algo | foreach {$CoinAlgo += $_}
Write-Host "Best Pool Is CoinPool: Searching For Coins For $($CoinAlgo) Algorithm" -ForegroundColor Magenta
#Load Coin Pools
$AllCoinPools = if(Test-Path "CoinPools"){Get-ChildItemContent "CoinPools" | ForEach {$_.Content | Add-Member @{Name = $_.Name} -PassThru} |
Where {$PoolName.Count -eq 0 -or (Compare-Object $PoolName $_.Name -IncludeEqual -ExcludeDifferent | Measure).Count -gt 0} |
Where {$CoinAlgo.Count -eq 0 -or (Compare-Object $CoinAlgo $_.Algorithm -IncludeEqual -ExcludeDifferent | Measure).Count -gt 0}}
$CoinPools = [PSCustomObject]@{}
$CoinPools_Comparison = $null
$CoinPools_Comparison = [PSCustomObject]@{}
$AllCoinPools.Symbol | Select -Unique | ForEach {$CoinPools | Add-Member $_ ($AllCoinPools | Where Symbol -EQ $_ | Sort-Object Price -Descending | Select -Unique -First 1)}
$AllCoinPools.Symbol | Select -Unique | ForEach {$CoinPools_Comparison | Add-Member $_ ($AllCoinPools | Where Symbol -EQ $_ | Sort-Object StablePrice -Descending | Select -Unique -First 1)}
#Load Coin Miners
$CoinMiners = if(Test-Path "Miners\unix"){Get-ChildItemContent "Miners\unix" | ForEach {$_.Content | Add-Member @{Name = $_.Name} -PassThru} |
Where {$Platform.Count -eq 0 -or (Compare-Object $Platform $_.Platform -IncludeEqual -ExcludeDifferent | Measure).Count -gt 0} |
Where {$Type.Count -eq 0 -or (Compare-Object $Type $_.Type -IncludeEqual -ExcludeDifferent | Measure).Count -gt 0} |
Where {$CoinAlgo.Count -eq 0 -or (Compare-Object $CoinAlgo $_.Selected.PSObject.Properties.Name -IncludeEqual -ExcludeDifferent | Measure).Count -gt 0}}
}
}
##Sort Coin Miners
if($CoinMiners -ne $null)
{
$CoinMiners | ForEach {
$CoinMiner = $_
$CoinMiner_HashRates = [PSCustomObject]@{}
$CoinMiner_Pools = [PSCustomObject]@{}
$CoinMiner_Pools_Comparison = [PSCustomObject]@{}
$CoinMiner_Profits = [PSCustomObject]@{}
$CoinMiner_Profits_Comparison = [PSCustomObject]@{}
$CoinMiner_Profits_Bias = [PSCustomObject]@{}
$CoinMiner_Types = $CoinMiner.Type | Select -Unique
$CoinMiner_Indexes = $CoinMiner.Index | Select -Unique
$CoinMiner.HashRates | Get-Member -MemberType NoteProperty | Select -ExpandProperty Name | ForEach {
$CoinMiner_HashRates | Add-Member $_ ([Double]$CoinMiner.HashRates.$_)
$CoinMiner_Pools | Add-Member $_ ([PSCustomObject]$CoinPools.$_)
$CoinMiner_Pools_Comparison | Add-Member $_ ([PSCustomObject]$CoinPools_Comparison.$_)
$CoinMiner_Profits | Add-Member $_ ([Double]$CoinMiner.HashRates.$_*$CoinPools.$_.Price)
$CoinMiner_Profits_Comparison | Add-Member $_ ([Double]$CoinMiner.HashRates.$_*$CoinPools_Comparison.$_.Price)
$CoinMiner_Profits_Bias | Add-Member $_ ([Double]$CoinMiner.HashRates.$_*$CoinPools.$_.Price*(1-($CoinPools.$_.MarginOfError*[Math]::Pow($DecayBase,$DecayExponent))))
}
$CoinMiner_Profit = [Double]($CoinMiner_Profits.PSObject.Properties.Value | Measure -Sum).Sum
$CoinMiner_Profit_Comparison = [Double]($CoinMiner_Profits_Comparison.PSObject.Properties.Value | Measure -Sum).Sum
$CoinMiner_Profit_Bias = [Double]($CoinMiner_Profits_Bias.PSObject.Properties.Value | Measure -Sum).Sum
##Not Needed- Added for future use
$CoinMiner.HashRates | Get-Member -MemberType NoteProperty | Select -ExpandProperty Name | ForEach {
if(-not [String]$CoinMiner.HashRates.$_)
{
$CoinMiner_HashRates.$CoinMinerAlgo = $null
$CoinMiner_Profits.$CoinSymbol = $null
$CoinMiner_Profits_Comparison.$CoinSymbol = $null
$CoinMiner_Profits_Bias.$CoinSymbol = $null
$CoinMiner_Profit = $null
$CoinMiner_Profit_Comparison = $null
$CoinMiner_Profit_Bias = $null
}
}
if($CoinMiner_Types -eq $null){$CoinMiner_Types = $CoinMiners.Type | Select -Unique}
if($CoinMiner_Indexes -eq $null){$CoinMiner_Indexes = $CoinMiners.Index | Select -Unique}
if($CoinMiner_Types -eq $null){$CoinMiner_Types = ""}
if($CoinMiner_Indexes -eq $null){$CoinMiner_Indexes = 0}
$CoinMiner.HashRates = $CoinMiner_HashRates
$CoinMiner | Add-Member Pools $CoinMiner_Pools
$CoinMiner | Add-Member Profits $CoinMiner_Profits
$CoinMiner | Add-Member Profits_Comparison $CoinMiner_Profits_Comparison
$CoinMiner | Add-Member Profits_Bias $CoinMiner_Profits_Bias
$CoinMiner | Add-Member Profit $CoinMiner_Profit
$CoinMiner | Add-Member Profit_Comparison $CoinMiner_Profit_Comparison
$CoinMiner | Add-Member Profit_Bias $CoinMiner_Profit_Bias
$CoinMiner | Add-Member Type $CoinMiner_Types -Force
$CoinMiner | Add-Member Index $CoinMiner_Indexes -Force
$CoinMiner.Path = Convert-Path $CoinMiner.Path
}
$CoinMiners | ForEach {
$CoinMiner = $_
$CoinMiner_Devices = $CoinMiner.Device | Select -Unique
if($CoinMiner_Devices -eq $null){$CoinMiner_Devices = ($CoinMiners | Where {(Compare-Object $CoinMiner.Type $_.Type -IncludeEqual -ExcludeDifferent | Measure).Count -gt 0}).Device | Select -Unique}
if($CoinMiner_Devices -eq $null){$CoinMiner_Devices = $CoinMiner.Type}
$CoinMiner | Add-Member Device $CoinMiner_Devices -Force
}
$NewCoinAlgo = @()
$Miners = @()
if($Favor_Coins -eq "Yes")
{
$CoinAlgo | foreach {
if($BestAlgoMiners_Combo.MinerPool -like "*algo*")
{
$NewCoinAlgo += [PSCustomObject]@{
$_ = "$($_)"
}
}
}
}
$ProfitsArray = @()
if($Favor_Coins -eq "Yes")
{
$CoinMiners | Where [Double]Profit -lt $Threshold | foreach {$Miners += $_}
}
else{
$GoodAlgoMiners | foreach {$Miners += $_}
$CoinMiners | Where [Double]Profit -lt $Threshold | foreach {$Miners += $_}
}
$ActiveMinerPrograms | ForEach {$Miners | Where Path -EQ $_.Path | Where Arguments -EQ $_.Arguments | ForEach {$_.Profit_Bias = $_.Profit}}
$BestMiners = $Miners | Select Type,Index -Unique | ForEach {$Miner_GPU = $_; ($Miners | Where {(Compare-Object $Miner_GPU.Type $_.Type | Measure).Count -eq 0 -and (Compare-Object $Miner_GPU.Index $_.Index | Measure).Count -eq 0} | Sort-Object -Descending {($_ | Where Profit -EQ $null | Measure).Count},{($_ | Measure Profit_Bias -Sum).Sum},{($_ | Where Profit -NE 0 | Measure).Count} | Select -First 1)}
$BestDeviceMiners = $Miners | Select Device -Unique | ForEach {$Miner_GPU = $_; ($Miners | Where {(Compare-Object $Miner_GPU.Device $_.Device | Measure).Count -eq 0} | Sort-Object -Descending {($_ | Where Profit -EQ $null | Measure).Count},{($_ | Measure Profit_Bias -Sum).Sum},{($_ | Where Profit -NE 0 | Measure).Count} | Select -First 1)}
$BestMiners_Comparison = $Miners | Select Type,Index -Unique | ForEach {$Miner_GPU = $_; ($Miners | Where {(Compare-Object $Miner_GPU.Type $_.Type | Measure).Count -eq 0 -and (Compare-Object $Miner_GPU.Index $_.Index | Measure).Count -eq 0} | Sort-Object -Descending {($_ | Where Profit -EQ $null | Measure).Count},{($_ | Measure Profit_Comparison -Sum).Sum},{($_ | Where Profit -NE 0 | Measure).Count} | Select -First 1)}
$BestDeviceMiners_Comparison = $Miners | Select Device -Unique | ForEach {$Miner_GPU = $_; ($Miners | Where {(Compare-Object $Miner_GPU.Device $_.Device | Measure).Count -eq 0} | Sort-Object -Descending {($_ | Where Profit -EQ $null | Measure).Count},{($_ | Measure Profit_Comparison -Sum).Sum},{($_ | Where Profit -NE 0 | Measure).Count} | Select -First 1)}
$Miners_Type_Combos = @([PSCustomObject]@{Combination = @()}) + (Get-Combination ($Miners | Select Type -Unique) | Where{(Compare-Object ($_.Combination | Select -ExpandProperty Type -Unique) ($_.Combination | Select -ExpandProperty Type) | Measure).Count -eq 0})
$Miners_Index_Combos = @([PSCustomObject]@{Combination = @()}) + (Get-Combination ($Miners | Select Index -Unique) | Where{(Compare-Object ($_.Combination | Select -ExpandProperty Index -Unique) ($_.Combination | Select -ExpandProperty Index) | Measure).Count -eq 0})
$Miners_Device_Combos = (Get-Combination ($Miners | Select Device -Unique) | Where{(Compare-Object ($_.Combination | Select -ExpandProperty Device -Unique) ($_.Combination | Select -ExpandProperty Device) | Measure).Count -eq 0})
$BestMiners_Combos = $Miners_Type_Combos | ForEach {$Miner_Type_Combo = $_.Combination; $Miners_Index_Combos | ForEach {$Miner_Index_Combo = $_.Combination; [PSCustomObject]@{Combination = $Miner_Type_Combo | ForEach {$Miner_Type_Count = $_.Type.Count; [Regex]$Miner_Type_Regex = '^(' + (($_.Type | ForEach {[Regex]::Escape($_)}) -join "|") + ')$'; $Miner_Index_Combo | ForEach {$Miner_Index_Count = $_.Index.Count; [Regex]$Miner_Index_Regex = '^(' + (($_.Index | ForEach {[Regex]::Escape($_)}) -join "|") + ')$'; $BestMiners | Where {([Array]$_.Type -notmatch $Miner_Type_Regex).Count -eq 0 -and ([Array]$_.Index -notmatch $Miner_Index_Regex).Count -eq 0 -and ([Array]$_.Type -match $Miner_Type_Regex).Count -eq $Miner_Type_Count -and ([Array]$_.Index -match $Miner_Index_Regex).Count -eq $Miner_Index_Count}}}}}}
$BestMiners_Combos += $Miners_Device_Combos | ForEach {$Miner_Device_Combo = $_.Combination; [PSCustomObject]@{Combination = $Miner_Device_Combo | ForEach {$Miner_Device_Count = $_.Device.Count; [Regex]$Miner_Device_Regex = '^(' + (($_.Device | ForEach {[Regex]::Escape($_)}) -join "|") + ')$'; $BestDeviceMiners | Where {([Array]$_.Device -notmatch $Miner_Device_Regex).Count -eq 0 -and ([Array]$_.Device -match $Miner_Device_Regex).Count -eq $Miner_Device_Count}}}}
$BestMiners_Combos_Comparison = $Miners_Type_Combos | ForEach {$Miner_Type_Combo = $_.Combination; $Miners_Index_Combos | ForEach {$Miner_Index_Combo = $_.Combination; [PSCustomObject]@{Combination = $Miner_Type_Combo | ForEach {$Miner_Type_Count = $_.Type.Count; [Regex]$Miner_Type_Regex = '^(' + (($_.Type | ForEach {[Regex]::Escape($_)}) -join "|") + ')$'; $Miner_Index_Combo | ForEach {$Miner_Index_Count = $_.Index.Count; [Regex]$Miner_Index_Regex = '^(' + (($_.Index | ForEach {[Regex]::Escape($_)}) -join "|") + ')$'; $BestMiners_Comparison | Where {([Array]$_.Type -notmatch $Miner_Type_Regex).Count -eq 0 -and ([Array]$_.Index -notmatch $Miner_Index_Regex).Count -eq 0 -and ([Array]$_.Type -match $Miner_Type_Regex).Count -eq $Miner_Type_Count -and ([Array]$_.Index -match $Miner_Index_Regex).Count -eq $Miner_Index_Count}}}}}}
$BestMiners_Combos_Comparison += $Miners_Device_Combos | ForEach {$Miner_Device_Combo = $_.Combination; [PSCustomObject]@{Combination = $Miner_Device_Combo | ForEach {$Miner_Device_Count = $_.Device.Count; [Regex]$Miner_Device_Regex = '^(' + (($_.Device | ForEach {[Regex]::Escape($_)}) -join "|") + ')$'; $BestDeviceMiners_Comparison | Where {([Array]$_.Device -notmatch $Miner_Device_Regex).Count -eq 0 -and ([Array]$_.Device -match $Miner_Device_Regex).Count -eq $Miner_Device_Count}}}}
$BestMiners_Combo = $BestMiners_Combos | Sort-Object -Descending {($_.Combination | Where Profit -EQ $null | Measure).Count},{($_.Combination | Measure Profit_Bias -Sum).Sum},{($_.Combination | Where Profit -NE 0 | Measure).Count} | Select -First 1 | Select -ExpandProperty Combination
$BestMiners_Combo_Comparison = $BestMiners_Combos_Comparison | Sort-Object -Descending {($_.Combination | Where Profit -EQ $null | Measure).Count},{($_.Combination | Measure Profit_Comparison -Sum).Sum},{($_.Combination | Where Profit -NE 0 | Measure).Count} | Select -First 1 | Select -ExpandProperty Combination
if($Favor_Coins -eq "Yes")
{
$BestMiners_Combo | Foreach {
$ProfitsArray += [PSCustomObject]@{
Type = $_.Type
Profits = $_.Profit
}
}
$GoodAlgoMiners | Foreach{
if($NewCoinAlgo.$($_.Symbol) -ne "$($_.Symbol)")
{
if(($ProfitsArray | Where Type -EQ $_.Type).Profits -gt $_.Profit)
{
$Miners += $_
}
}
}
}
}
##Write On Screen Best Choice
$BestMiners_Selected = $BestMiners_Combo.Symbol
$BestPool_Selected = $BestMiners_Combo.MinerPool
Write-Host "Most Profitable Choice Is $($BestMiners_Selected) on $($BestPool_Selected)" -foregroundcolor green
##Build Stats Table
$ProfitTable = $null
$ProfitTable = @()
$Miners | foreach {
$ProfitTable += [PSCustomObject]@{
Type = $_.Type
Miner = $_.Name
Name = $($_.Symbol)
Arguments = $($_.Arguments)
HashRates = $_.HashRates.$($_.Symbol)
Profits = $_.Profit_Bias
Algo = $_.Algo
Fullname = $_.FullName
MinerPool = $_.MinerPool
}
}
##Add Instance Settings To Miners For Tracking
$BestMiners_Combo | ForEach {
if(-not ($ActiveMinerPrograms | Where Path -eq $_.Path | Where Arguments -eq $_.Arguments ))
{
$ActiveMinerPrograms += [PSCustomObject]@{
Name = $_.Name
Type = $_.Type
Devices = $_.Devices
DeviceCall = $_.DeviceCall
MinerName = $_.MinerName
Path = $_.Path
Arguments = $_.Arguments
API = $_.API
Port = $_.Port
Coins = $_.Symbol
New = $false
Active = [TimeSpan]0
Activated = 0
Status = "Idle"
HashRate = 0
Benchmarked = 0
Timeout = 0
WasBenchmarked = $false
XProcess = $null
MinerPool = $_.MinerPool