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MindMiner.ps1
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MindMiner.ps1
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<#
MindMiner Copyright (C) 2017-2023 Oleg Samsonov aka Quake4
https://github.com/Quake4/MindMiner
License GPL-3.0
#>
. .\Code\Out-Data.ps1
Out-Iam
Write-Host "Loading ..." -ForegroundColor Green
[bool] $global:HasConfirm = $false
[bool] $global:NeedConfirm = $false
[bool] $global:AskPools = $false
[bool] $global:HasBenchmark = $false
[bool] $global:FChange = $false
[bool] $global:GetQuestionAll = $false
[bool] $global:MRRHour = $false
[array] $global:MRRRentedTypes = @()
$global:MRROffline = @{}
$global:API = [hashtable]::Synchronized(@{})
[bool] $global:Admin = ([Security.Principal.WindowsPrincipal][Security.Principal.WindowsIdentity]::GetCurrent()).IsInRole([Security.Principal.WindowsBuiltInRole]::Administrator)
. .\Code\Include.ps1
# ctrl+c hook
[Console]::TreatControlCAsInput = $true
[Console]::Title = "MindMiner $([Config]::Version -replace "v") - $([datetime]::Now.ToString())"
$BinLocation = [IO.Path]::Combine($(Get-Location), [Config]::BinLocation)
New-Item $BinLocation -ItemType Directory -Force | Out-Null
$BinScriptLocation = [scriptblock]::Create("Set-Location('$BinLocation')")
$DownloadJob = $null
[Collections.Generic.List[string]] $DownloadExclude = [Collections.Generic.List[string]]::new()
# download prerequisites
Get-Prerequisites ([Config]::BinLocation)
# read and validate config
$Config = Get-Config
if (!$Config) { exit }
if ($Config.DevicesStatus) {
$Devices = Get-Devices ([Config]::ActiveTypes)
}
elseif ([Config]::ActiveTypes -contains [eMinerType]::CPU) {
$Devices = Get-Devices (@([eMinerType]::CPU))
}
# define cores/threads
if ([Config]::ActiveTypes -contains [eMinerType]::CPU) {
$cpu = $Devices[[eMinerType]::CPU] | Measure-Object Cores, Threads -Sum
[nullable[int]] $threads = $null
if ($Config.DefaultCPUThreads -is [int]) {
$threads = [math]::Min($Config.DefaultCPUThreads, $cpu[1].Sum)
}
[nullable[int]] $cores = $null
if ($Config.DefaultCPUCores -is [int]) {
$cores = [math]::Min($Config.DefaultCPUCores, $cpu[0].Sum)
}
if ($cores -and !$threads) {
$threads = [int][math]::Min($cores * $cpu[1].Sum / $cpu[0].Sum, $cpu[1].Sum)
}
elseif (!$cores -and $threads) {
$cores = [int][math]::Min($threads * $cpu[0].Sum / $cpu[1].Sum, $cpu[0].Sum)
}
if ($threads -and $cores) {
[Config]::DefaultCPU = [CPUConfig]::new($cores, $threads)
}
Remove-Variable threads, cores, cpu
}
[SummaryInfo] $Summary = [SummaryInfo]::new([Config]::RateTimeout, $null -ne $Config.Service)
$Summary.TotalTime.Start()
Clear-Host
Out-Header
$Rates = [Collections.Generic.Dictionary[string, object]]::new()
$ActiveMiners = [Collections.Generic.Dictionary[string, MinerProcess]]::new()
$KnownAlgos = [Collections.Generic.Dictionary[eMinerType, Collections.Generic.Dictionary[string, SpeedProfitInfo]]]::new()
[Config]::ActiveTypes | ForEach-Object {
$KnownAlgos.Add($_, [Collections.Generic.Dictionary[string, SpeedProfitInfo]]::new())
}
[StatCache] $Statistics = [StatCache]::Read([Config]::StatsLocation)
if ($Config.ApiServer) {
if ([Net.HttpListener]::IsSupported) {
if ($global:Admin) {
Write-Host "Starting API server at port $([Config]::ApiPort) for Remote access ..." -ForegroundColor Green
}
else {
Write-Host "Starting API server at port $([Config]::ApiPort) for Local access ..." -ForegroundColor Green
Write-Host "To start API server for remote access run MindMiner as Administrator." -ForegroundColor Yellow
}
Start-ApiServer
}
else {
Write-Host "Http listner not supported. Can't start API server." -ForegroundColor Red
}
}
if ($global:API.Running) {
$global:API.Worker = $Config.WorkerName
$global:API.Config = ($Config.Web($global:Admin) | ConvertTo-Html -Fragment).Replace("<tr><th>*</th></tr>", "<tr><th>Region</th></tr>")
$global:API.Wallets = $Config.Api() | ConvertTo-Json
}
# FastLoop - variable for benchmark or miner errors - very fast switching to other miner - without ask pools and miners
[bool] $FastLoop = $false
# exit - var for exit
[bool] $exit = $false
# main loop
while ($true)
{
if ($Summary.RateTime.IsRunning -eq $false -or $Summary.RateTime.Elapsed.TotalSeconds -ge [Config]::RateTimeout.TotalSeconds) {
$exit = Update-Miner
if ($exit -eq $true) {
$FastLoop = $true
}
else {
$Rates = Get-RateInfo
if ($Summary.RateTime.IsRunning) {
$global:MRRHour = $true
}
}
$Summary.RateTime.Reset()
$Summary.RateTime.Start()
}
elseif (!$Rates -or $Rates.Count -eq 0) {
$Rates = Get-RateInfo
}
if (!$FastLoop) {
# read algorithm mapping
$AllAlgos = [BaseConfig]::ReadOrCreate("algorithms.txt", @{
EnabledAlgorithms = $null
DisabledAlgorithms = $null
Difficulty = $null
RunBefore = $null
RunAfter = $null
})
# how to map algorithms
$AllAlgos.Add("Mapping", [ordered]@{
"0x10" = "Chainox"
"aeternity" = "CuckooCycle"
"argon2d250" = "Argon2-crds"
"argon2d-crds" = "Argon2-crds"
"argon2d500" = "Argon2-dyn"
"argon2d-dyn" = "Argon2-dyn"
"argon2d" = "Argon2-dyn"
"argon2d_dynamic" = "Argon2-dyn"
"argon2d16000" = "Argon2d16K"
"argon2d_16000" = "Argon2d16K"
"autolykosv2" = "Autolykos2"
"autolykos" = "Autolykos2"
"beamhash" = "Beam"
"beamhashII" = "BeamV2"
"beamhash2" = "BeamV2"
"beamhashIII" = "BeamV3"
"beamhash3" = "BeamV3"
"beamv2" = "BeamV2"
"beamv3" = "BeamV3"
"binarium_hash_v1" = "Binarium-V1"
"blakecoin" = "Blake"
"blake256r8" = "Blake"
"blake2b-btcc" = "Blake2b"
"bl2bsha3" = "Handshake"
"blake2bsha3" = "Handshake"
"blake2skadena" = "Kadena"
"blake3" = "Alph"
"blake3aleph" = "Alph"
"blake3_alephium" = "Alph"
"aleph" = "Alph"
"alephium" = "Alph"
"blake3_ironfish" = "Ironfish"
"blake3ironfish" = "Ironfish"
"blake3-iron" = "Ironfish"
"blake3_decred" = "Decred"
"hns" = "Handshake"
"trtl_chukwa" = "Chukwa"
"trtl_chukwa2" = "Chukwa2"
"argon2/chukwa" = "Chukwa"
"argon2/chukwav2" = "Chukwa2"
"argon2dchukwa" = "Chukwa"
"argon2id_chukwa" = "Chukwa"
"argon2id_chukwa2" = "Chukwa2"
"chukwav2" = "Chukwa2"
"chukwa2" = "Chukwa2"
"randomkeva" = "RandomKeva"
"randomx_keva" = "RandomKeva"
"rx/keva" = "RandomKeva"
"randomarq" = "RandomARQ"
"randomx_arqma" = "RandomARQ"
"randomsfx" = "RandomSFX"
"randomx_safex" = "RandomSFX"
"randomv" = "RandomV"
"randomx" = "RandomX"
"RandomXmonero" = "RandomX"
"rx/0" = "RandomX"
"rx/arq" = "RandomARQ"
"rxdag" = "XDagger"
"rx/xdag" = "XDagger"
"xdagger" = "XDagger"
"rx/sfx" = "RandomSFX"
"rx/v" = "RandomV"
"cryptonotewow" = "RandomWOW"
"rx/wow" = "RandomWOW"
"randomwow" = "RandomWOW"
"randomx_wow" = "RandomWOW"
"cryptonightrxl" = "RandomXL"
"rx/loki" = "RandomXL"
"randomx_loki" = "RandomXL"
"randomxl" = "RandomXL"
"cn/superfast" = "cnSFast"
"cryptonight_superfast" = "cnSFast"
"cryptonotefh" = "cnSFast"
"cryptonight_v8_reversewaltz" = "cnRWltz"
"cryptonightrw" = "cnRWltz"
"cryptonight_rw" = "cnRWltz"
"cn/rwz" = "cnRWltz"
"cryptonight_v8_double" = "cnXCash"
"cryptonotev8d" = "cnXCash"
"cn/double" = "cnXCash"
"cn/r" = "CryptonightR"
"cn/gpu" = "cnGPU"
"cngpu" = "cnGPU"
"cnheavy" = "cnHeavy"
"cn_saber" = "cnSaber"
"cnsaber" = "cnSaber"
"cn-heavy/tube" = "cnSaber"
"cryptonoteh" = "cnHeavy"
"cryptonight_haven" = "cnHaven"
"cryptonight_xhv" = "cnHaven"
"cryptonote_haven" = "cnHaven"
"cryptonotehaven" = "cnHaven"
"cn_haven" = "cnHaven"
"cnhaven" = "cnHaven"
"cn-heavy/xhv" = "cnHaven"
"cryptonight_v8_zelerius" = "cnZls"
"cryptonotev8zls" = "cnZls"
"cnzls" = "cnZls"
"cn/zls" = "cnZls"
"cryptonightupx" = "cnUpx"
"cryptonight_upx" = "cnUpx2"
"cryptonightupx2" = "cnUpx2"
"cnupx" = "cnUpx2"
"cnupx2" = "cnUpx2"
"cn/upx2" = "cnUpx2"
"cnv8_upx2" = "cnUpx2"
"cryptonotextl" = "cnFastV2"
"cnfast2" = "cnFastV2"
"cryptonight_fast" = "cnFastV2"
"cn/half" = "cnFastV2"
"cryptonight_masari" = "cnFast"
"cryptonotefast" = "cnFast"
"cn/fast" = "cnFast"
"cnfast" = "cnFast"
"cn/ccx" = "cnConceal"
"cn_conceal" = "cnConceal"
"cnconceal" = "cnConceal"
"cryptonotec" = "cnConceal"
"cryptonight_conceal" = "cnConceal"
"cryptonight_talleo" = "cnTalleo"
"cryptonightulv2" = "cnTalleo"
"cryptonighttlo" = "cnTalleo"
"cn-pico/tlo" = "cnTalleo"
"cntlo" = "cnTalleo"
"cryptonoteturtlev2" = "cnTurtle"
"cryptonight_turtle" = "cnTurtle"
"cnturtle" = "cnTurtle"
"cn-pico" = "cnTurtle"
"cnv7" = "Cryptonightv7"
"cnv8" = "Cryptonightv8"
"cnr" = "CryptonightR"
"cryptonotegpu" = "cnGPU"
"cryptonoter" = "CryptonightR"
"cryptonotev7" = "Cryptonightv7"
"cryptonotev8" = "Cryptonightv8"
"cryptonight_hvy" = "cnHeavy"
"cryptonight_gpu" = "cnGPU"
"cryptonight_heavy" = "cnHeavy"
"cryptonight_heavyx" = "cnHeavy"
"cryptonight_lite_v7" = "Cryptolightv7"
"cryptonight-monero" = "CryptonightR"
"cryptonight_v7" = "Cryptonightv7"
"cryptonight_v8" = "Cryptonightv8"
"cryptonight_r" = "CryptonightR"
"cryptonight_saber" = "cnSaber"
"cryptonightr" = "CryptonightR"
"cryptonightheavy" = "cnHeavy"
"cryptonightheavysaber" = "cnSaber"
"conflux" = "Octopus"
"cuckoo_ae" = "CuckooCycle"
"cuckooaeternity" = "CuckooCycle"
"cuckoocycle" = "CuckooCycle"
"cuckoocycleo" = "Grin29"
"cuckoocycle29swap" = "Swap"
"cuckoocycle31" = "Grin31"
"cuckaroo_swap" = "Swap"
"cuckaroo29s" = "Swap"
"cuckoo24" = "Cuckaroo24"
"cuckaroom29_qitmeer" = "Qitmeer"
"cuckaroo" = "Grin29"
"cuckaroo29" = "Grin29"
"cuckarood" = "Grind29"
"cuckaroo29bfc" = "Bfc"
"cuckaroo29d" = "Grind29"
"cuckaroo29m" = "Cuckaroom"
"cuckarood29" = "Grind29"
"cuckarood29_grin" = "Grind29"
"cuckaroom29" = "Cuckaroom"
"cuckaroo29z" = "Cuckarooz"
"cuckarooz29" = "Cuckarooz"
"cuckatoo" = "Grin31"
"cuckatoo31" = "Grin31"
"cuckatoo31_grin" = "Grin31"
"cuckatoo32" = "Grin32"
"cuckoocycle32" = "Grin32"
"curve" = "Curvehash"
"dynexsolve" = "Dynex"
"Grin" = "Grin29"
"GrinCuckaroo29" = "Grin29"
"GrinCuckarood29" = "Grind29"
"GrinCuckatoo31" = "Grin31"
"GrinCuckatoo32" = "Grin32"
"dagger" = "Ethash"
"daggerhashimoto" = "Ethash"
"jackpot" = "JHA"
"hashimotos" = "Ethash"
"equihash1254" = "Equihash125"
"equihash125_4" = "Equihash125"
"equihash144_5" = "Equihash144"
"equihash1505" = "BeamV3"
"equihash1505g" = "Grimm"
"equihash192_7" = "Equihash192"
"equihash1927" = "Equihash192"
"aion" = "Equihash210"
"equihash210_9" = "Equihash210"
"equihash2109" = "Equihash210"
"equihash96_5" = "Equihash96"
"Equihash-BTG" = "EquihashBTG"
"equihashBTG" = "EquihashBTG"
"Equihash-ZCL" = "Equihash192"
"equihashZCL" = "Equihash192"
"ergo" = "Autolykos2"
"ethereum" = "Ethash"
"ethereum-classic" = "Ethash"
"firo" = "Firopow"
"gr" = "Ghostrider"
"glt-astralhash" = "Astralhash"
"glt-globalhash" = "Globalhash"
"glt-jeonghash" = "Jeonghash"
"glt-padihash" = "Padihash"
"glt-pawelhash" = "Pawelhash"
"kas" = "Kaspa"
"kHeavyHash" = "Kaspa"
"karlsenhash" = "Karlsen"
"karlsenhashnxl" = "Karlsen"
"lyra2rev2" = "Lyra2re2"
"lyra2r2" = "Lyra2re2"
"lyra2v2" = "Lyra2re2"
"lyra2v2-old" = "Lyra2re2"
"lyra2rev3" = "Lyra2v3"
"lyra2re3" = "Lyra2v3"
"lyra2r3" = "Lyra2v3"
# "monero" = "Cryptonightv7"
"m7m" = "M7M"
"m7mv2" = "M7M"
"mgroestl" = "MyrGr"
"minotaurx" = "MinotaurX"
"myriad-groestl" = "MyrGr"
"myriadgroestl" = "MyrGr"
"myr-gr" = "MyrGr"
"neoscrypt" = "NeoScrypt"
"neoscrypt-xaya" = "nsXaya"
"neoscryptxaya" = "nsXaya"
"nexa" = "Nexapow"
"novo" = "Sha256dt"
"phi1612" = "Phi"
"poly" = "Polytimos"
"progpowere" = "ProgpowEre"
"progpow-ethercore" = "ProgpowEre"
"progpowveil" = "ProgpowVeil"
"progpow-veil" = "ProgpowVeil"
"progpow_veil" = "ProgpowVeil"
"progpow_zano" = "ProgpowZano"
"progpowz" = "ProgpowZano"
"progpow-sero" = "ProgpowSero"
"progpow_sero" = "ProgpowSero"
"sero" = "ProgpowSero"
"pyrinhash" = "Pyrin"
"randomgrft" = "Graft"
"randomgraft" = "Graft"
"rx/graft" = "Graft"
"randomyada" = "RandomYada"
"rx/yada" = "RandomYada"
"raven" = "Kawpow"
"rvn" = "Kawpow"
"rethereum" = "Ethashb3"
"rfv2" = "RainForest2"
"scryptn2" = "ScryptN2"
"nscryptv" = "ScryptN2"
"sha3" = "Keccak"
"rad" = "Sha512256d"
"radiant" = "Sha512256d"
"sha512_256d" = "Sha512256d"
"sha512_256d_radiant" = "Sha512256d"
"sib" = "X11Gost"
"sibcoin" = "X11Gost"
"sibcoin-mod" = "X11Gost"
"skeincoin" = "Skein"
"skunkhash" = "Skunk"
"timetravel10" = "Bitcore"
"ubqhash" = "Ubiqhash"
"vit" = "Vitalium"
"verus" = "Verushash"
"x11gost" = "X11Gost"
"x11evo" = "X11Evo"
"x13bcd" = "Bcd"
"x13sm3" = "Hsr"
"x16rtgin" = "X16rt"
"yespower2b" = "Power2b"
"zelhash" = "Equihash125"
"zhash" = "Equihash144"
})
# disable asic algorithms
$AllAlgos.Add("Disabled", @("bcd", "beam", "bitcore", "blake", "blake2b", "blake2s", "handshake", "kadena", "sha256", "sha256asicboost", "sha256-ld", "scrypt", "scrypt-ld", "tensority", "x11", "x11-ld", "x13", "x14", "x15", "quark", "qubit", "myrgr", "lbry", "decred", "sia", "blake", "nist5", "cryptonight", "cryptonightr", "cryptonightv7", "cryptonightv8", "x11gost", "groestl", "eaglesong", "equihash", "lyra2re2", "lyra2z", "pascal", "keccak", "keccakc", "skein", "c11", "timetravel", "skunk"))
# ask needed pools
if ($global:AskPools -eq $true) {
$AllPools = Get-PoolInfo ([Config]::PoolsLocation)
$global:AskPools = $false
}
Write-Host "Pool(s) request ..." -ForegroundColor Green
$AllPools = Get-PoolInfo ([Config]::PoolsLocation)
# check pool exists
if (!$AllPools -or $AllPools.Length -eq 0) {
Write-Host "No Pools!" -ForegroundColor Red
Get-Confirm
continue
}
Write-Host "Miners request ..." -ForegroundColor Green
$AllMiners = Get-ChildItem ([Config]::MinersLocation) | Where-Object Extension -eq ".ps1" | ForEach-Object {
Invoke-Expression "$([Config]::MinersLocation)\$($_.Name)"
}
# filter by exists hardware
$AllMiners = $AllMiners | Where-Object { [Config]::ActiveTypes -contains ($_.Type -as [eMinerType]) }
# download miner
if ($DownloadJob -and $DownloadJob.State -ne "Running") {
$DownloadJob | Remove-Job -Force | Out-Null
$DownloadJob.Dispose()
$DownloadJob = $null
$PathUri | Foreach-Object { $DownloadExclude.Add($_.Path) | Out-Null }
}
$DownloadMiners = $AllMiners | Where-Object { !$_.Exists([Config]::BinLocation) -and $DownloadExclude -notcontains $_.Path } | Select-Object Name, Path, URI, Pass -Unique
if ($DownloadMiners -and ($DownloadMiners.Length -gt 0 -or $DownloadMiners -is [PSCustomObject])) {
Write-Host "Download miner(s): $(($DownloadMiners | Select-Object Name -Unique | ForEach-Object { $_.Name }) -Join `", `") ... " -ForegroundColor Green
if (!$DownloadJob) {
$PathUri = $DownloadMiners | Select-Object Path, URI, Pass -Unique;
$DownloadJob = Start-Job -ArgumentList $PathUri -FilePath ".\Code\Downloader.ps1" -InitializationScript $BinScriptLocation
}
}
# check exists miners & update bench timeout by global value
$AllMiners = $AllMiners | Where-Object { $_.Exists([Config]::BinLocation) } | ForEach-Object {
if ($Config.BenchmarkSeconds -and $Config.BenchmarkSeconds."$($_.Type)" -gt $_.BenchmarkSeconds) {
$_.BenchmarkSeconds = $Config.BenchmarkSeconds."$($_.Type)"
}
[MinerInfo][MinerProfitInfo]::CopyMinerInfo($_, $Config)
}
if ($AllMiners.Length -eq 0) {
Write-Host "No Miners!" -ForegroundColor Red
Get-Confirm
continue
}
# save speed active miners
$ActiveMiners.Values | Where-Object { $_.State -eq [eState]::Running -and $_.Action -eq [eAction]::Normal } | ForEach-Object {
$speed = $_.GetSpeed($false)
if ($speed -gt 0) {
$speed = $Statistics.SetValue($_.Miner.GetFilename(), $_.Miner.GetKey(), $speed, $Config.AverageHashSpeed, 0.25)
if (![string]::IsNullOrWhiteSpace($_.Miner.DualAlgorithm)) {
$speed = $_.GetSpeed($true)
if ($speed -gt 0) {
$speed = $Statistics.SetValue($_.Miner.GetFilename(), $_.Miner.GetKey($true), $speed, $Config.AverageHashSpeed, 0.25)
}
}
}
elseif ($speed -eq 0 -and $_.CurrentTime.Elapsed.TotalSeconds -ge ($_.Miner.BenchmarkSeconds * $(if ($_.Miner.Priority -ge [Priority]::Solo) { 5 } else { 2 }))) {
# no hasrate stop miner and move to nohashe state while not ended
$_.Stop($AllAlgos.RunAfter)
}
}
$KnownAlgos.Values | ForEach-Object { $_.Clear() }
[Config]::SoloParty.Clear()
}
# get devices status
if ($Config.DevicesStatus -and !$FastLoop) {
$Devices = Get-Devices ([Config]::ActiveTypes) $Devices
# power draw save
if (Get-ElectricityPriceCurrency) {
$Benchs = $ActiveMiners.Values | Where-Object { $_.State -eq [eState]::Running -and ($_.CurrentTime.Elapsed.TotalSeconds * 2) -ge $_.Miner.BenchmarkSeconds } | ForEach-Object {
$measure = $Devices["$($_.Miner.Type)"] | Measure-Object Power -Sum
if ($measure) {
$draw = [decimal]$measure[0].Sum
if ($draw -gt 0) {
$_.SetPower($draw)
$draw = $Statistics.SetValue($_.Miner.GetPowerFilename(), $_.Miner.GetKey(), $draw, $Config.AverageHashSpeed)
}
Remove-Variable draw
}
Remove-Variable measure
}
}
}
$Running = $ActiveMiners.Values | Where-Object { $_.State -eq [eState]::Running }
# stop benchmark by condition: timeout reached and has result or timeout more then twice and no result
$Benchs = $Running | Where-Object { $_.Action -eq [eAction]::Benchmark }
if ($Benchs) { Get-Speed $Benchs } # read speed from active miners
$Benchs | ForEach-Object {
$speed = $_.GetSpeed($false)
if (($_.CurrentTime.Elapsed.TotalSeconds -ge $_.Miner.BenchmarkSeconds -and $speed -gt 0) -or
($_.CurrentTime.Elapsed.TotalSeconds -ge ($_.Miner.BenchmarkSeconds * 2) -and $speed -eq 0)) {
$_.Stop($AllAlgos.RunAfter)
if ($speed -eq 0) {
$speed = $Statistics.SetValue($_.Miner.GetFilename(), $_.Miner.GetKey(), -1)
}
else {
$speed = $Statistics.SetValue($_.Miner.GetFilename(), $_.Miner.GetKey(), $speed, $Config.AverageHashSpeed)
if (![string]::IsNullOrWhiteSpace($_.Miner.DualAlgorithm)) {
$speed = $_.GetSpeed($true)
$speed = $Statistics.SetValue($_.Miner.GetFilename(), $_.Miner.GetKey($true), $speed, $Config.AverageHashSpeed)
}
}
}
}
Remove-Variable Benchs
# protection switching between pools
if (!$FastLoop) {
$Running = $Running | Where-Object { $_.State -eq [eState]::Running -and (Get-PoolInfoEnabled $_.Miner.PoolKey $_.Miner.Algorithm $_.Miner.DualAlgorithm) } |
ForEach-Object { $_.Miner } | Where-Object {
$r = $_
# no resistance between unique
if ($r.Priority -ge [Priority]::Solo) { $false }
else {
$null -ne ($AllMiners | Where-Object {
$r.PoolKey -ne $_.PoolKey -and
$r.Priority -eq $_.Priority -and
$r.Name -eq $_.Name -and
$r.Algorithm -eq $_.Algorithm -and
$r.DualAlgorithm -eq $_.DualAlgorithm -and
$r.Type -eq $_.Type
})
}
}
if ($Running -and $Running.Length -gt 0) {
$AllMiners += $Running
}
}
Remove-Variable Running
# read speed and price of proposed miners
$AllMiners = $AllMiners | ForEach-Object {
if (!$FastLoop) {
$speed = $Statistics.GetValue($_.GetFilename(), $_.GetKey())
$speedDual = 0
$dual = $_.IsDual()
if ($dual) {
$speedDual = $Statistics.GetValue($_.GetFilename(), $_.GetKey($true))
}
# filter unused
if ($speed -ge 0) {
$price = (Get-PoolAlgorithmProfit $_.PoolKey $_.Algorithm $_.DualAlgorithm)
if (($_.Priority -gt [Priority]::None -and (!$dual -or $dual -and $_.DualPriority -gt [Priority]::None)) -or
($_.Priority -eq [Priority]::None -and $speed -gt 0 -and ((!$dual -and $price -gt 0) -or
($dual -and $_.DualPriority -gt [Priority]::None -and $speedDual -gt 0 -and $price[0] -gt 0 -and $price[1] -gt 0)))) {
[MinerProfitInfo] $mpi = $null
if (![string]::IsNullOrWhiteSpace($_.DualAlgorithm)) {
$mpi = [MinerProfitInfo]::new($_, $Config, $speed, $price[0], $speedDual, $price[1])
}
else {
$mpi = [MinerProfitInfo]::new($_, $Config, $speed, $price)
}
if ($speed -gt 0) {
if ($_.Priority -eq [Priority]::Solo -and ![Config]::SoloParty.Contains($_.Type)) {
[Config]::SoloParty.Add($_.Type)
}
if (!$KnownAlgos[$_.Type].ContainsKey($_.Algorithm)) {
$KnownAlgos[$_.Type][$_.Algorithm] = [SpeedProfitInfo]::new()
}
$pool = Get-Pool $_.Algorithm
[decimal] $bestPrice = 0
if ($pool) {
$bestPrice = $pool.Extra.bestprofit
}
$KnownAlgos[$_.Type][$_.Algorithm].SetValue($speed, $mpi.Profit, $bestPrice, $_.Priority -eq [Priority]::None -or $_.Priority -eq [Priority]::Unique)
Remove-Variable pool, bestPrice
}
if ($Config.DevicesStatus -and (Get-ElectricityPriceCurrency)) {
$mpi.SetPower($Statistics.GetValue($_.GetPowerFilename(), $_.GetKey()), (Get-ElectricityCurrentPrice "BTC"))
}
$mpi
}
Remove-Variable price
}
}
elseif (!$exit) {
$speed = $Statistics.GetValue($_.Miner.GetFilename(), $_.Miner.GetKey())
$speedDual = 0
$dual = $_.Miner.IsDual()
if ($dual) {
$speedDual = $Statistics.GetValue($_.Miner.GetFilename(), $_.Miner.GetKey($true))
}
# filter unused
if ($speed -ge 0) {
if ($dual) { $_.SetSpeed($speed, $speedDual) } else { $_.SetSpeed($speed) }
if ($Config.DevicesStatus -and (Get-ElectricityPriceCurrency)) {
$_.SetPower($Statistics.GetValue($_.Miner.GetPowerFilename(), $_.Miner.GetKey()), (Get-ElectricityCurrentPrice "BTC"))
}
$_
}
}
} |
# reorder miners for proper output
Sort-Object @{ Expression = { $_.Miner.Type } }, @{ Expression = { $_.Profit }; Descending = $true }, @{ Expression = { $_.Speed }; Descending = $true }, @{ Expression = { $_.Miner.GetExKey() } }
if (!$exit) {
Remove-Variable speed, speedDual, dual
$global:HasBenchmark = $null -ne ($AllMiners | Where-Object { $_.Speed -eq 0 -and (($global:MRRRentedTypes -notcontains ($_.Miner.Type) -and
[Config]::SoloParty -notcontains ($_.Miner.Type) -and $Summary.Loop -gt 1) -or $_.Miner.Priority -ge [Priority]::Solo) } | Select-Object -First 1)
if ($global:HasConfirm -and !$global:HasBenchmark) {
# reset confirm after all bench ends
$global:HasConfirm = $false
}
[Config]::DelayUpdate = $global:MRRRentedTypes -or $Summary.ServiceRunnig() -or (($Summary.TotalTime.Elapsed.TotalSeconds / [Config]::Max) -gt $Summary.FeeTime.Elapsed.TotalSeconds)
# look for run or stop miner
[Config]::ActiveTypes | ForEach-Object {
$type = $_
# variables
if (!$Summary.ServiceRunnig()) {
$allMinersByType = $AllMiners | Where-Object { $_.Miner.Type -eq $type -and $_.Miner.Priority -ge [Priority]::Normal } |
Sort-Object @{ Expression = { [int]($_.Miner.Priority) }; Descending = $true }, @{ Expression = { $_.Profit }; Descending = $true },
@{ Expression = { $_.Speed }; Descending = $true }, @{ Expression = { $_.Miner.GetExKey() } }
}
else {
$allMinersByType = $AllMiners | Where-Object { $_.Miner.Type -eq $type -and $_.Miner.Priority -ge [Priority]::Normal -and $_.Miner.Pool -match [Config]::Pools } |
Sort-Object @{ Expression = { $_.Profit }; Descending = $true }, @{ Expression = { $_.Miner.GetExKey() } }
}
$activeMinersByType = $ActiveMiners.Values | Where-Object { $_.Miner.Type -eq $type }
$activeMinerByType = $activeMinersByType | Where-Object { $_.State -eq [eState]::Running }
$activeMiner = if ($activeMinerByType) { $allMinersByType | Where-Object { $_.Miner.GetUniqueKey() -eq $activeMinerByType.Miner.GetUniqueKey() } } else { $null }
# update pool info on site and benchmarkseconds for active miner
if ($activeMiner -and $activeMinerByType -and $activeMiner.Miner.PoolKey -eq $activeMinerByType.Miner.PoolKey) {
$activeMinerByType.Miner.Pool = $activeMiner.Miner.Pool;
$activeMinerByType.Miner.BenchmarkSeconds = $activeMiner.Miner.BenchmarkSeconds;
}
# place current bench
$run = $null
if ($activeMinerByType -and $activeMinerByType.Action -eq [eAction]::Benchmark) {
$run = $activeMinerByType
}
# find benchmark if not benchmarking
if (!$run -and !$Summary.ServiceRunnig()) {
$run = $allMinersByType | Where-Object { $_.Speed -eq 0 -and ($global:MRRRentedTypes -notcontains ($_.Miner.Type) -and
[Config]::SoloParty -notcontains ($_.Miner.Type) -or $_.Miner.Priority -ge [Priority]::Solo)} | Select-Object -First 1
if ($global:HasConfirm -eq $false -and $run) {
# autoconfirm on one algo
if ($Config.ConfirmBenchmark -and !($AllPools -and $AllPools.Length -eq 1)) {
$run = $null
$global:NeedConfirm = $true
}
else {
$global:HasConfirm = $true;
}
}
}
$lf = Get-ProfitLowerFloor $type $($Summary.ServiceRunnig())
# nothing benchmarking - get most profitable - exclude failed
if (!$run) {
$firstminer = $null
$miner = $null
$miners = @()
$allMinersByType | ForEach-Object {
if (!$run -and ($_.Profit -gt $lf -or $_.Miner.Priority -ge [Priority]::Solo -or ($_.Miner.Priority -eq [Priority]::High -and $_.Profit -eq 0))) {
# reset failed on solo or unique
if ($null -eq $firstminer) {
$firstminer = $_
}
$miner = $_
if ($miner.Miner.Algorithm -eq $firstminer.Miner.Algorithm -and $miner.Miner.Priority -eq $firstminer.Miner.Priority) {
$miners += $miner.Miner.GetUniqueKey()
}
elseif ($firstminer.Miner.Priority -ge [Priority]::Solo) {
$activeMinersByType | Where-Object { $miners -contains $_.Miner.GetUniqueKey() } | ForEach-Object {
$_.ResetFailed()
}
$run = $firstminer;
}
# skip failed or nohash miners
if (!$run -and ($activeMinersByType |
Where-Object { ($_.State -eq [eState]::NoHash -or $_.State -eq [eState]::Failed) -and
$miner.Miner.GetUniqueKey() -eq $_.Miner.GetUniqueKey() }) -eq $null) {
$run = $miner
}
}
}
# copy of above: if only one miner
<#if (!$run -and $firstminer -and $firstminer.Miner.Priority -ge [Priority]::Solo) {
$activeMinersByType | Where-Object { $miners -contains $_.Miner.GetUniqueKey() } | ForEach-Object {
$_.ResetFailed()
}
$run = $firstminer;
}#>
# nothing to run - reset all failed or nohash and run first
if (!$run -and $firstminer) {
$activeMinersByType | Where-Object { $_.State -eq [eState]::NoHash -or $_.State -eq [eState]::Failed } | ForEach-Object {
$_.ResetFailed()
}
$run = $firstminer;
}
Remove-Variable firstminer, miner, miners
}
if ($run -and ($global:HasConfirm -or $global:FChange -or !$activeMinerByType -or ($activeMinerByType -and !$activeMiner) -or !$Config.SwitchingResistance.Enabled -or
($Config.SwitchingResistance.Enabled -and ($run.Miner.Priority -ge [Priority]::Solo -or
$activeMinerByType.CurrentTime.Elapsed.TotalMinutes -ge $Config.SwitchingResistance.Timeout -or
($activeMiner.Profit -gt 0 -and ($run.Profit * 100 / $activeMiner.Profit - 100) -gt $Config.SwitchingResistance.Percent))))) {
$miner = $run.Miner
if (!$ActiveMiners.ContainsKey($miner.GetUniqueKey())) {
$ActiveMiners.Add($miner.GetUniqueKey(), [MinerProcess]::new($miner, $Config))
}
# stop not choosen
$activeMinersByType | Where-Object { $_.State -eq [eState]::Running -and ($miner.GetUniqueKey() -ne $_.Miner.GetUniqueKey() -or $global:FChange) } | ForEach-Object {
$_.Stop($AllAlgos.RunAfter)
}
# run choosen
$mi = $ActiveMiners[$miner.GetUniqueKey()]
if ($mi.State -eq $null -or $mi.State -ne [eState]::Running) {
if ($Statistics.GetValue($mi.Miner.GetFilename(), $mi.Miner.GetKey()) -eq 0 -or $Summary.FeeTime.IsRunning) {
$mi.Benchmark($Summary.FeeTime.IsRunning, $AllAlgos.RunBefore)
}
else {
$mi.Start($Summary.ServiceTime.IsRunning, $AllAlgos.RunBefore)
}
$FastLoop = $false
}
Remove-Variable mi, miner
}
elseif ($run -and $activeMinerByType -and $activeMiner -and $Config.SwitchingResistance.Enabled -and
$run.Miner.GetUniqueKey() -ne $activeMinerByType.Miner.GetUniqueKey() -and
!($activeMinerByType.CurrentTime.Elapsed.TotalMinutes -gt $Config.SwitchingResistance.Timeout -or
($run.Profit * 100 / $activeMiner.Profit - 100) -gt $Config.SwitchingResistance.Percent)) {
$run.SwitchingResistance = $true
}
elseif (!$run -and $lf) {
# stop if lower floor
$activeMinersByType | Where-Object { $_.State -eq [eState]::Running -and $_.Profit -lt $lf } | ForEach-Object {
$_.Stop($AllAlgos.RunAfter)
}
}
Remove-Variable lf, run, activeMiner, activeMinerByType, activeMinersByType, allMinersByType, type
}
$global:FChange = $false
if ($global:API.Running) {
$global:API.MinersRunning = $ActiveMiners.Values | Where-Object { $_.State -eq [eState]::Running } | Select-Object (Get-FormatActiveMinersWeb) | ConvertTo-Html -Fragment
$global:API.ActiveMiners = $ActiveMiners.Values | Where-Object { $_.State -eq [eState]::Running } | Select-Object (Get-FormatActiveMinersApi) | ConvertTo-Json -Depth 10
}
if (!$FastLoop -and ![string]::IsNullOrWhiteSpace($Config.ApiKey) -and
(!$Summary.SendApiTime.IsRunning -or $Summary.SendApiTime.Elapsed.TotalSeconds -gt [Config]::ApiSendTimeout)) {
Write-Host "Send state to online monitoring ..." -ForegroundColor Green
$json = Get-JsonForMonitoring
if (![string]::IsNullOrWhiteSpace($json)) {
# $str = [Convert]::ToBase64String([Text.Encoding]::UTF8.GetBytes($json))
# $json = Get-Rest "https://api.mindminer.online/?type=setworker&apikey=$($Config.ApiKey)&worker=$($Config.WorkerName)" "data=$str"
$json = Get-Rest "https://api.mindminer.online/?type=setworker&apikey=$($Config.ApiKey)&worker=$($Config.WorkerName)&timeout=$($Config.LoopTimeout)" $json 1
if ($json -and $json.error) {
Write-Host "Error send state to online monitoring: $($json.error)" -ForegroundColor Red
Start-Sleep -Seconds ($Config.CheckTimeout)
}
$Summary.SendApiTime.Restart();
# Remove-Variable str
}
Remove-Variable json
}
$Statistics.Write([Config]::StatsLocation)
if (!$FastLoop) { $Summary.LoopTime.Restart() }
$verbose = $Config.Verbose -as [eVerbose]
Clear-Host
Out-Header ($verbose -ne [eVerbose]::Minimal)
if ($Config.DevicesStatus) {
Out-DeviceInfo ($verbose -eq [eVerbose]::Minimal)
}
if ($verbose -eq [eVerbose]::Full) {
Out-PoolInfo
}
[decimal] $mult = if ($verbose -eq [eVerbose]::Normal) { 0.70 } else { 0.85 }
$bench = [hashtable]::new()
$max = $AllMiners | Group-Object { $_.Miner.Type } | ForEach-Object {
$bench[$_.Name] = ($_.Group | Where-Object { $_.Speed -eq 0 } | Select-Object @{ Name = "BenchmarkSeconds"; Expression = { $_.Miner.BenchmarkSeconds } } |
Measure-Object BenchmarkSeconds -Sum).Sum
$prft = ($_.Group | Select-Object -First 1).Profit
$val = $_.Group | Where-Object { $_.Miner.Priority -gt [Priority]::None } | Select-Object -First 1
if ($val) { $prft = $val.Profit }
@{ $_.Name = $mult * $prft }
}
Remove-Variable mult
$alg = [hashtable]::new()
Out-Table ($AllMiners | Where-Object {
$uniq = $_.Miner.GetUniqueKey()
$type = $_.Miner.Type
if (!$alg[$type]) { $alg[$type] = [Collections.ArrayList]::new() }
$_.Speed -eq 0 -or (($_.Profit -ge 0.00000001 -or ($_.Profit -eq 0 -and $_.Miner.Priority -eq [Priority]::High)) -and
($verbose -eq [eVerbose]::Full -or
($ActiveMiners.Values | Where-Object { $_.State -ne [eState]::Stopped -and $_.Miner.GetUniqueKey() -eq $uniq } | Select-Object -First 1) -or
(($_.Profit -ge $max."$type" -or $_.Miner.Priority -gt [Priority]::Normal) -and
$alg[$type] -notcontains "$($_.Miner.Algorithm)$($_.Miner.DualAlgorithm)")))
$ivar = $alg[$type].Add("$($_.Miner.Algorithm)$($_.Miner.DualAlgorithm)")
Remove-Variable ivar, type, uniq
} |
Format-Table (Get-FormatMiners) -GroupBy @{ Label = "Type"; Expression = {
$rslt = "$($_.Miner.Type)"
if ($bench[$_.Miner.Type] -gt 0) {
$rslt += ", " + $(if ($global:HasConfirm -eq $true) { "Benchmarking" } else { "Need bench" }) + ": " +
"$([SummaryInfo]::Elapsed([timespan]::FromSeconds($bench[$_.Miner.Type])))"
}
$rslt;
}})
Write-Host "^ Priority, + Running, - No Hash, ! Failed, % Switching Resistance, _ Low Profit, * Specified Coin, ** Solo|Party"
Write-Host
Remove-Variable alg, max, bench
# display active miners
if ($verbose -ne [eVerbose]::Minimal) {
Out-Table ($ActiveMiners.Values | Where-Object { $verbose -eq [eVerbose]::Full -or $_.State -ne [eState]::Stopped } |
Sort-Object { [int]($_.State -as [eState]), [SummaryInfo]::Elapsed($_.TotalTime.Elapsed) } |
Format-Table (Get-FormatActiveMiners ($verbose -eq [eVerbose]::Full)) -GroupBy State -Wrap)
}
if ($Config.ShowBalance) {
Out-PoolBalance ($verbose -eq [eVerbose]::Minimal)
}
Out-Footer
if ($DownloadMiners -and ($DownloadMiners.Length -gt 0 -or $DownloadMiners -is [PSCustomObject])) {
Write-Host "Download miner(s): $(($DownloadMiners | Select-Object Name -Unique | ForEach-Object { $_.Name }) -Join `", `") ... " -ForegroundColor Yellow
}
if ($global:HasConfirm) {
Write-Host "Please observe while the benchmarks are running ..." -ForegroundColor Red
}
if ($PSVersionTable.PSVersion -lt [version]::new(5,1)) {
Write-Host "Please update PowerShell to version 5.1 (https://www.microsoft.com/en-us/download/details.aspx?id=54616)" -ForegroundColor Yellow
}
Remove-Variable verbose
}
$switching = $Config.Switching -as [eSwitching]
do {
$FastLoop = $false
$start = [Diagnostics.Stopwatch]::StartNew()
do {
Start-Sleep -Milliseconds ([Config]::SmallTimeout)
while ([Console]::KeyAvailable -eq $true) {
[ConsoleKeyInfo] $key = [Console]::ReadKey($true)
if (($key.Modifiers -match [ConsoleModifiers]::Alt -or $key.Modifiers -match [ConsoleModifiers]::Control) -and $key.Key -eq [ConsoleKey]::S) {
$items = [enum]::GetValues([eSwitching])
$index = [array]::IndexOf($items, $Config.Switching -as [eSwitching]) + 1
$Config.Switching = if ($items.Length -eq $index) { $items[0] } else { $items[$index] }
Remove-Variable index, items
Write-Host "Switching mode changed to $($Config.Switching)." -ForegroundColor Green
Start-Sleep -Milliseconds ([Config]::SmallTimeout * 2)
$FastLoop = $true
}
elseif ($key.Key -eq [ConsoleKey]::V) {
$items = [enum]::GetValues([eVerbose])
$index = [array]::IndexOf($items, $Config.Verbose -as [eVerbose]) + 1
$Config.Verbose = if ($items.Length -eq $index) { $items[0] } else { $items[$index] }
Remove-Variable index, items
Write-Host "Verbose level changed to $($Config.Verbose)." -ForegroundColor Green
Start-Sleep -Milliseconds ([Config]::SmallTimeout * 2)
$FastLoop = $true
}
elseif (($key.Modifiers -match [ConsoleModifiers]::Alt -or $key.Modifiers -match [ConsoleModifiers]::Control) -and
($key.Key -eq [ConsoleKey]::E -or $key.Key -eq [ConsoleKey]::Q -or $key.Key -eq [ConsoleKey]::X)) {
New-Item ([IO.Path]::Combine([Config]::BinLocation, ".stop")) -ItemType Directory -Force | Out-Null
$exit = $true
# for mrr to disable all rigs
[Config]::ActiveTypes = @()
}
elseif (($key.Modifiers -match [ConsoleModifiers]::Alt -or $key.Modifiers -match [ConsoleModifiers]::Control) -and $key.Key -eq [ConsoleKey]::R) {
New-Item ([IO.Path]::Combine([Config]::BinLocation, ".restart")) -ItemType Directory -Force | Out-Null
$exit = $true
}
elseif ($Config.ShowBalance -and $key.Key -eq [ConsoleKey]::R) {
$Config.ShowExchangeRate = !$Config.ShowExchangeRate;
$FastLoop = $true
}
elseif ($key.Key -eq [ConsoleKey]::C -and !$global:HasConfirm) {
Clear-OldMiners ($ActiveMiners.Values | Where-Object { $_.State -eq [eState]::Running } | ForEach-Object { $_.Miner.Name })
}
elseif ($key.Key -eq [ConsoleKey]::F -and !$global:HasConfirm) {
if (Clear-FailedMiners ($ActiveMiners.Values | Where-Object { $_.State -eq [eState]::Failed })) {
$FastLoop = $true
}
}
elseif ($key.Key -eq [ConsoleKey]::T -and !$global:HasConfirm -and [Config]::ActiveTypesInitial.Length -gt 1) {
[Config]::ActiveTypes = Select-ActiveTypes ([Config]::ActiveTypesInitial)
[Config]::ActiveTypesInitial | Where-Object { [Config]::ActiveTypes -notcontains $_ } | ForEach-Object {
$type = $_
$ActiveMiners.Values | Where-Object { $_.Miner.Type -eq $type -and $_.State -eq [eState]::Running } | ForEach-Object {
$_.Stop($AllAlgos.RunAfter)
$KnownAlgos[$type].Clear()
}
Remove-Variable type
}
# for normal loop
$switching = $null
$FastLoop = $true
}
elseif ($key.Key -eq [ConsoleKey]::Y -and $global:HasConfirm -eq $false -and $global:NeedConfirm -eq $true) {
Write-Host "Thanks. " -ForegroundColor Green -NoNewline
Write-Host "Please observe while the benchmarks are running ..." -ForegroundColor Red
Start-Sleep -Milliseconds ([Config]::SmallTimeout * 2)
$global:HasConfirm = $true
$FastLoop = $true
}
elseif ($key.Key -eq [ConsoleKey]::P -and $global:HasConfirm -eq $false -and $global:NeedConfirm -eq $false -and [Config]::UseApiProxy -eq $false) {
$global:AskPools = $true
$FastLoop = $true
}
Remove-Variable key
}
} while ($start.Elapsed.TotalSeconds -lt $Config.CheckTimeout -and !$exit -and !$FastLoop)
Remove-Variable start
# if needed - exit
if ($exit -eq $true) {
Write-Host "Exiting ..." -ForegroundColor Green
if ($global:API.Running) {
Write-Host "Stopping API server ..." -ForegroundColor Green
Stop-ApiServer
}
$ActiveMiners.Values | Where-Object { $_.State -eq [eState]::Running } | ForEach-Object {
$_.Stop($AllAlgos.RunAfter)
}
# stop mrr
if (![string]::IsNullOrWhiteSpace($global:MRRFile) -and [Config]::ActiveTypes.Length -eq 0) {
Invoke-Expression $global:MRRFile | Out-Null
}
exit
}
if (!$FastLoop) {
# read speed while run main loop timeout
$checkMiners = $ActiveMiners.Values | Where-Object { $_.State -eq [eState]::Running }
if ($checkMiners -and $checkMiners.Length -gt 0) {
Get-Speed $checkMiners
# $checkMiners | ForEach-Object { Write-Host "Speed: $([decimal]::Round($_.GetSpeed($false), 2))" }
}
Remove-Variable checkMiners
# check miners work propertly
$ActiveMiners.Values | Where-Object { $_.State -ne [eState]::Stopped } | ForEach-Object {
$prevState = $_.State
if ($_.Check($AllAlgos.RunAfter) -eq [eState]::Failed -and $prevState -ne [eState]::Failed) {
# miner failed - run next