Stefan Liu devfans

State Reference

reference nothing

Still availabe when account state is updated

reference group

slot: group

Block Transaction Design with Authentication Modes

Overview

The design involves authenticating contract calls using a witness containing a cryptographic proof. The function authenticate(witness.proof, auth_mode, sign_target) validates permissions based on the auth_mode parameter, which defines how the proof is verified and reused.

Code Layout:

ZK ToolKits Benchmarks

Overview

ToolKit	Prove	Verify	Proof Size	Prove Recursive	Verify Recursive	Recursive Proof Size

Account Types and Address Calculation

Normal Account (Flag = 0x01)

Purpose: Can sign transactions.

Address Calculation:

address = Hash(flag, wallet_verification_key, public_key)

	Note: If you have broad knowledge already about rebase then use below one liner for fast rebase. Solution: Assuming you are on your working branch and you are the only person working on it.

	git fetch && git rebase origin/master
	Resolve any conflicts, test your code, commit and push new changes to remote branch.

	~: For noobs :~
	The following steps might help anyone who are new to git rebase and wanted to do it without hassle

	Step 1: Assuming that there are no commits and changes to be made on YourBranch at this point. We are visiting YourBranch.



	impl NpcCreation {
	pub fn new(state: ServerState, num: usize, config: &Value) -> Self {
	let report_hosts = if let Some(host) = config["reporter_host"].as_str() {
	vec!(host.to_string())
	} else { Vec::new() };

	let mut px = state.world.physics.lock().unwrap();

	import pika
	import datetime
	import time
	import socket
	import pickle
	import struct
	import logging
	import subprocess
	import json

	use std::hash::{ Hasher, Hash };
	use std::collections::{LinkedList, hash_map::DefaultHasher};

	fn hash<K>(k: K) -> usize where K: Hash{
	let mut hasher = DefaultHasher::new();
	k.hash(&mut hasher);
	hasher.finish() as usize
	}

	{
	"log": {
	"loglevel": "error",
	"access": "/var/log/v2ray/access.log",
	"error": "/var/log/v2ray/error.log"
	},
	"inbounds": [
	{
	"port": 1888,
	"protocol": "socks",