Topic: [ANN][GAP] Gapcoin - Prime Gap Search - New Math Algo - CPU / GPU - Zero Premine (Read 287778 times)

listen=1
server=1
daemon=1
port=31469
rpcport=31397
rpcallowip=127.0.0.1
rpcuser=rpcuser
rpcpassword=rpcpassword
maxconnections=24

{
    "hash" : "8338ca5d603cb092a8801cae8de62d53c8bed5f71cc007acb84215fe2fea38d2",
    "confirmations" : 433198,
    "strippedsize" : 200,
    "size" : 200,
    "weight" : 800,
    "height" : 1600000,
    "version" : 2,
    "versionHex" : "00000002",
    "merkleroot" : "7b8b1cc25ecab74192845127ed82a45e596d67a29f4c31b2f8cf3a6f4fb69836",
    "tx" : [
        "7b8b1cc25ecab74192845127ed82a45e596d67a29f4c31b2f8cf3a6f4fb69836"
    ],
    "time" : 1645704890,
    "mediantime" : 1645704572,
    "nonce" : 101,
    "difficulty" : 21.90408874,
    "shift" : 64,
    "adder" : "2245420651",
    "gapstart" : "1094875564289667875541388914785213712361758890573529802407454521238655692173188869014596521191019",
    "gapend" : "1094875564289667875541388914785213712361758890573529802407454521238655692173188869014596521196119",
    "gaplen" : 5100,
    "merit" : 23.06243761,
    "chainwork" : "000000000000000000000000000000000000000000000000001b6d3752ba3300",
    "nTx" : 1,
    "previousblockhash" : "8aa9f6a6ffa389acfabd752104388e0035f7f2abd609fd9878698ccb75b9da26",
    "nextblockhash" : "89e5364c59072595ecb68a1572394e9172395f9a9b7bcb624bfbf8dabff3e34e"
}

# Script to compare gaps to the up-to-date PrimeGapList
# Comparison from a Dump formatted for Troisi
# ex: 24870 2022-03-14 Gapcoin 28.058336 8801393720369171138807534378484094148199678813285045428660226799169766010648198304648629482463204306059854541052756367705300199390163670465161859720297775763621878627880034299171594029366567540559025279446203633719720558636541192240085556163486233788883525676598009670804662649198274483578163346149528131010232947964561361460116860454085789818741262035884363732876225001181914637776561


# PrimeGapList and Files Path
$Path = "F:\Alex\"    # Path to edit
# Generate a timestamp for the file name (6 characters for hour, minute, second)
$timestamp = (Get-Date -Format "HHmmss")

# Set the file name with the timestamp to avoid overwriting previous files
$PotentialRecordsFile = "$Path\PotentialRecords_$timestamp.txt"

# Download and Get the Prime Gap List
Invoke-WebRequest -Uri "https://raw.githubusercontent.com/primegap-list-project/prime-gap-list/master/allgaps.sql" -OutFile "$Path\LastPrimeGapList.txt"
$PrimeGapList = Get-Content "$Path\LastPrimeGapList.txt"

# Parse the PrimeGapList into a hashtable for faster lookups
$GapDictionary = @{}
foreach ($line in $PrimeGapList) {
    if ($line -match "VALUES\((\d+),") {
        $gapSize = $matches[1]
        $values = $line -replace "INSERT INTO gaps VALUES\(", "" -replace "\);", ""
        $fields = $values -split ","
        $GapDictionary[$gapSize] = $fields[7]  # Store Merit value in hashtable
    }
}

# Ask the user to input the number of lines to compare
$numberOfLines = Read-Host "Entrez le nombre de lignes à comparer"

# Get Dump to Compare based on user input
$ToCompare = Get-Content "$Path\Dump_Mersenne.csv" | Select-Object -Last $numberOfLines
#$ToCompare = Get-Content "$Path\Dump_Mersenne.csv" | Select-Object -last 50000

# Create the file with the timestamp in the name
Set-Content -Path $PotentialRecordsFile -Value "Potential Gapcoin Records"

$c = 1
$s = 1
$TotalLines = $ToCompare.count

# Initialize timing variables
$startTime = Get-Date
$recordCount = 0

# Look for each line to compare
foreach ($line in $ToCompare) {
    $fields = $line.Split(",")
    $GapSizetoCompare = $fields[0]
    $MerittoCompare = $fields[2]
    $Discoverer = $fields[3]
    $Date = $fields[4]
    $Digits = $fields[5]
    $Prime = $fields[6]

    # Reformat the date to 'YYYY-MM-DD'
    $FormattedDate = Get-Date $Date -Format "yyyy-MM-dd"

    # Get the merit from the dictionary
    if ($GapDictionary.ContainsKey($GapSizetoCompare)) {
        $Merit = $GapDictionary[$GapSizetoCompare]

        # Calculate progress and time remaining
        $elapsedTime = (Get-Date) - $startTime
        $blocksPerHour = $s / $elapsedTime.TotalHours
        $remainingBlocks = $TotalLines - $s
        $timeRemaining = [System.TimeSpan]::FromHours($remainingBlocks / $blocksPerHour)

        $progressInfo = "($s/$TotalLines, PRecords: $recordCount, Blocks/h: $([math]::Round($blocksPerHour, 0)), ETA: $([math]::Round($timeRemaining.TotalHours, 1)) hours)"

        # Compare, display in console, and write in file if potential records
        if ($MerittoCompare -gt $Merit) {
            $Diffe = $MerittoCompare - $Merit

            # Troisi format: GapSize YYYY-MM-DD Discoverer Merit Prime
            $TroisiRecord = "$GapSizetoCompare $FormattedDate $Discoverer $MerittoCompare $Prime"
            
            Write-Host "Le Gap $GapSizetoCompare est un Record potentiel : $TroisiRecord Diff:$Diffe Digits=$Digits $progressInfo" -ForegroundColor Green
            Write-Warning "$line"

            # Writing in Troisi format to the file
            $TroisiRecord | Add-Content $PotentialRecordsFile
            # " " | Add-Content $PotentialRecordsFile

            $c++
            $recordCount++
        }
    }
    $s++
} # End ForEach
pause

#!/usr/bin/env python
# coding: utf-8

import pyjsonrpc

http_client = pyjsonrpc.HttpClient(
    url = "http://localhost:31397",
    username = "username_here",
    password = "password_here"
)
blockcountvar = http_client.call("getblockcount")
shift_array = [0]*1024
current_block = 0
while current_block < blockcountvar:
    hashvar = http_client.call("getblockhash",current_block)
    block_data = http_client.call("getblock",hashvar)
    current_shift = block_data["shift"]
    shift_array[current_shift] += 1
    current_block += 1
for x in range (16,1024):
    print ("shift %d:" % (x))
    print shift_array[x]

#werks