nikkolasg

from sympy import *


# n = number of initial leaves
# u = number of updates in a block
# r = range of blocks
# d = depth of the storage trie
n, u, r, d = symbols('n u r d',positive=True)
# depth of the state trie
dstate = 10

nikkolasg

package main

import (
	"context"
	"encoding/csv"
	"encoding/hex"
	"fmt"
	"os"
	"strconv"
	"time"

nikkolasg

*
	Verifying Drands BLS12-381 Signatures in GoLang

	Using the following randomness payloads:
	{
		"round": 1657526,
		"randomness": "58b26a65bf4032555748c2949311abb2c4f580e7d7d7f70b13d0533b793c4c7d",
		"signature": "8434e45af135f363b04b792c1d77b83e36ef66829b0a09f7eed058103429f0e7f759ebf6d001cf73e9138f5b7a7f04b602c4167390c323432562d6367e09169422707a9778eba260c4d6434ea5e1d2c81462a4e3cd430990aebc593f4ae7517c",
		"previous_signature": "ab9e594732265dd737b536a144fb955bfeabe929116fc78f7bb740de3f43629691cabcec507eeb39a98d51be11942cf4062b0a38dd1be18be5e23bea7efd3935bb23032dba4da0374899e583feb937119f33f6b645048e0e91cde0de00e3e9ee"
	},

nikkolasg

#!/usr/bin/env python3

import math

def bench(n,f,N):
    lf = math.ceil(math.log(f,2))
    d = math.ceil(math.log(n,f)) # number of layers in the vtree
    c_h = 505 # constraints to hash 
    c_f = 506 # constraints to perform fixed based multiplication
    c_v = 2249 # constraints to perform variable based multiplication

nikkolasg

#!/usr/bin/env python3

import math

n = 2**30 # number of nodes in total
f = 256 # width of each node in the vtree
lf = math.log(f,2) 
d = math.log(n,f) # number of layers in the vtree
c_h = 505 # constraints to hash 
c_f = 506 # constraints to perform fixed based multiplication

nikkolasg

#!/usr/bin/env python3

import math

n = 2**29 # number of nodes in total
f = 256 # width of each node in the vtree
lf = math.log(f,2) 
d = math.log(n,f) # number of layers in the vtree
c_h = 505 # constraints to hash 
c_f = 506 # constraints to perform fixed based multiplication

nikkolasg

#!/usr/bin/env python3

import math

n = 2**29 # number of nodes in total
f = 256 # width of each node in the vtree
lf = math.log(f,2) 
d = math.log(n,f) # number of layers in the vtree
c_h = 505 # constraints to hash 
c_f = 506 # constraints to perform fixed based multiplication

nikkolasg

#!/usr/bin/env python3

precommitGas = 9000000
provecommitGas = 40000000
windowpostGas = 512265727
sectorsInPartition = 2349
maxSectorsPerWindowPost = 10000
sectorSize = 32
blockLimitGas = 10e9
tipset = 5

nikkolasg

#!/usr/bin/env python3

precommitGas = 9000000
provecommitGas = 40000000
windowpostGas = 512265727
maxSectorsPerWindowPost = 10000
sectorSize = 32

blockLimitGas = 10e9

nikkolasg

#!/usr/bin/env python3

precommitGas = 9000000
provecommitGas = 40000000
windowpostGas = 512265727
windowPostInPartition = 2349
sectorSize = 32

blockLimitGas = 10e9