wschwab

# use at your own risk since I'm not very experienced at this

# ASSUMING YOU ARE ROOT

# This script assumes prior usage of the Lighthouse install script
# It assumes that you've already created the user and activated the firewall, etc.


# Install needed stuff and useful stuff
apt update && apt install -y git build-essential curl libclang-dev pkg-config

wschwab

   0:   calldatasize
   1:   iszero
   2:   push2 0x006c
   5:   jumpi

   6:   push1 0x00 # https://www.4byte.directory/signatures/?bytes4_signature=0x00000000
   8:   dup1
   9:   dup1
   a:   calldataload
   b:   push1 0xe0

wschwab

# modified from https://gist.github.com/quickchase/c3d0c53213b16af6b9e4c509eb94fc4b
# use at your own risk since I'm not very experienced at this

# ASSUMING YOU ARE ROOT

# This script assumes prior usage of the Lighthouse install script
# It assumes that you've already created the user and activated the firewall, etc.

# Install needed stuff and useful stuff
apt update && apt install -y git build-essential 

wschwab

# modified from https://gist.github.com/quickchase/0a1145ba42ffa414fd06f27234a50eac
# use at your own risk since I am not very experienced at this

# ASSUMING YOU ARE ROOT

# Install needed stuff
apt update && apt install -y wget ufw bash-completion htop net-tools

# Turn on a firewall, open the peering port
ufw allow ssh

wschwab

# work in progress/untested - use at your own risk
# ASSUMES ROOT

# installs
apt update && apt install wget ufw

# setup user
USERNAME=ipfs
adduser --system --group ${USERNAME}

wschwab

// SPDX-License-Identifier: MIT
pragma solidity ^0.8.11;

/**
 * INSTRUCTIONS:
 *   make sure you have a gas profiler set up
 *   you'll also need BitMaps from OpenZeppelin
 *   run a test/script that hits the functions and profiles gas
 *   there's a typescript file with Hardhat tests included
 */

wschwab

// SPDX-License-Identifier: MIT
pragma solidity 0.8.15;

// current thinking is that the original was compiled on 0.5.0 or 0.5.1

// after seeing significant code reuse from DSProxy, assumptions have been made

// the presence of cache() and setCache() imply usage of DSProxyCache
interface DSProxyCache {
    function read(bytes memory _code) external view returns (address);

wschwab

// SPDX-License-Identifier: GPL-3.0

pragma solidity >=0.7.0 <0.9.0;

import "@openzeppelin/contracts/token/ERC721/ERC721.sol";

struct GLOBALS {
    uint256 PRICE;
    uint256 MAX_PER_ADDRESS;
    address OWNER;

wschwab

I contributed to the Semaphore Trusted Setup Multi-Party Ceremony.
The following are my contribution signatures:
Circuit: semaphore31 
          Contributor # 111
          Hash: c25fd0e8 6694134a d814167c c711f142
 8eac878c 4cd57284 82863ad6 3cf94f7c
 992a1d32 fe19d06f 3f8085c1 0486d1ae
 aa6493c8 670871f3 f2a8ad8c 9ad302f9

wschwab

I contributed to the Semaphore Trusted Setup Multi-Party Ceremony.
The following are my contribution signatures:
Circuit: semaphore16 
          Contributor # 115
          Hash: 64847d4e 8039c69f cb7e10d4 70cce69b
 ce51f7e7 0594d438 5abc7c05 8e2f4ec4
 4203e983 8716a6aa 699d4cf8 591fb6fe
 c48d4358 554152dc cc7e925c 3abb8cc6