Summary

This article will document the SAN Adventure of tekh.eth and serve as a place to store centralized transaction information and history for human consumption.

Note only the Mecha Soulburned has currently been documented and can be considered magical thinking (thank you Koa for that term)

Soulbound

Character Color :  Pink (3), Red, Fire Red, White, Black

Factions :

• Sora - token airdrop multiplier      

• Umi (3) - avatar music

• Mecha - animated avatar         

• Chi (3) - comic token multiplier

Edges :           

• Minimalist (3) - discord role          

• Touch Grass - auto WL         

• Spores (2) - Private Key - tradable tickets to IRL san events

• Thorny Red -

Background :           

• Pink, Black, White, Copper, Yellow - Common Colorway          

• Black Hole - Legendary Colorway          

• Camo Fire - Rare Colorway

Inner :           

• Smoking Gun -           

• Burn Mechanic - Season 3 Mecha Burn Address Meta(mecha burn included burn mechanic token)          

• Insert Coin - multiplier with gaming partner tokens          

• Charging -           

• Clockworks -           

• Wave -

Shadow : Shadow 5 (3), Shadow 2, Shadow 6

Skin :

Defiant Runaway Xin

Soulbind : /tx/0xfa657ae4387a0646e85d64514a92f66de3cd76a4f911762eb01b84d5cf965562

https://opensea.io/assets/ethereum/0x33333333333371718a3c2bb63e5f3b94c9bc13be/3876

Citizen Tropical

Soulbind : tx/0x15ff991da30ac41cd9e2fc8e2753c6c0e3cdc207670029622d894037327be7b6

https://opensea.io/assets/ethereum/0x33333333333371718a3c2bb63e5f3b94c9bc13be/1481

Citizen Octo Teeth

Soulbind : tx/0xd275a97a64ffe82cd81b1f1dbc5293555fd2a5e321635aa9bff9da1a1b8d026b

https://opensea.io/assets/ethereum/0x33333333333371718a3c2bb63e5f3b94c9bc13be/4346

Citizen Diamond Hands

Soulbind : tx/0xc99725e8575e07be84d399d7f19e50d8fc27c838325fe3cd199c9bc171914086

https://opensea.io/assets/ethereum/0x33333333333371718a3c2bb63e5f3b94c9bc13be/4618

Citizen HenXin Dragon

Soulbind : tx/0x8421cbc2d2c2f5a8729a27fb4f0aa18fed7625289e3ae14d14b3407945440c57

https://opensea.io/assets/ethereum/0x33333333333371718a3c2bb63e5f3b94c9bc13be/4797

Citizen Tiger

Soulbind : tx/0x276587fc851127c58c15e671a2a116239de23f681d8b5950f082b8113d89fab8

https://opensea.io/assets/ethereum/0x33333333333371718a3c2bb63e5f3b94c9bc13be/5039

Citizen Amp

Soulbind : tx/0x437f82f05ee159d8c3dbfe2632550e060d6f996a99f63edb60bee1b7a5fdef9e

https://opensea.io/assets/ethereum/0x33333333333371718a3c2bb63e5f3b94c9bc13be/9491

Soul Burned

Soulburned Mecha

Character :          

• HODL Secrets (2)       

• HODL King

Character Color :          

•  Pink (2)         

•  Fire Red

Edges :         

•  Minimalist          

• Arthur - HODL King Arthur           

• Milk & Honey (2) -           

• Keyboard - coder / dev / data entry

Background :          

•  Camo Jungle - sneak multiplier         

•  Midnight Blue - night vision multiplier

Inner :           

• Soup           

• Redeye           

• Burn Mechanic - linked to soubound burn mechanic

Shadow :

Skin :      Bleed -

SoulBurn : 0xe1711f45041e05276b4f83801b4ea23d30529136883a54b6ee4ecd0a7fe5d2f2

https://opensea.io/assets/ethereum/0x33333333333371718a3c2bb63e5f3b94c9bc13be/8590

https://opensea.io/assets/ethereum/0x33333333333371718a3c2bb63e5f3b94c9bc13be/4027

https://opensea.io/assets/ethereum/0x33333333333371718a3c2bb63e5f3b94c9bc13be/6708

Soulburned Umi

https://etherscan.io/tx/0xef121491dadb357d469c1dc393fa3e28120e0b608197a413dacb08058460370d

Soulburned Sora

https://etherscan.io/tx/0x5eab993d981a4297b59ea6b6da5a11202ad8308192ba7134c0f3840b77577e8c

Soulburned Chi

https://etherscan.io/tx/0x43aeaa0708faca8d33016da8f61385a9c8a8e142d54b4611d3045b2dd203c523

Koa Immortals Mask Trait

https://opensea.io/assets/ethereum/0x495f947276749ce646f68ac8c248420045cb7b5e/24401392014670374066671059005912322593666882952032547321463027417327872246093

Unbound

https://opensea.io/assets/ethereum/0x33333333333371718a3c2bb63e5f3b94c9bc13be/6332

https://opensea.io/assets/ethereum/0x33333333333371718a3c2bb63e5f3b94c9bc13be/4479

https://opensea.io/assets/ethereum/0x33333333333371718a3c2bb63e5f3b94c9bc13be/2747

https://opensea.io/assets/ethereum/0x33333333333371718a3c2bb63e5f3b94c9bc13be/2063

Create Conditional Tokens Positions on Gnosis Chain using Scaffold-Eth 2.

This document uses the Gnosis documentation “Introduction - Gnosis Developer Portal Conditional Tokens” as its source and will cover a limited Scope of the tutorial.

• Gnosis Developer Portal Conditional Tokens Tutorial

https://docs.gnosis.io/conditionaltokens/docs/ctftutorial01/

• Scaffold-Eth 2

https://scaffoldeth.io/

Scope

• Repositories and Modifications

• Deploy Conditional and Collateral Token Contracts

• Mint and Approve Collateral Tokens

• Conditional Token Preparation

• Creating Positions with Conditional Tokens

Repositories and Modifications

The contract code was copied from the Gist repository in the gnosis tutorial and modified to support integration into scaffold-eth.

Reference: Gnosis Developer Gist Repository

https://gist.github.com/cag/65dc3ddfa03f067dd41ca7121ee3120f

In Use: Gnostic Condition Scaffold Eth Repository

gnostic-condition branch on OwlWilderness/se-2 repository

This is the working repository for code in this demo.

https://github.com/OwlWilderness/se-2/tree/gnostic-condition

Conditional Token Contract

The import format was modified to use @Openzepplin instead of a github reference in all files.

SafeMath was included for uint in the Conditional Tokens contract.

https://github.com/OwlWilderness/se-2/blob/gnostic-condition/packages/hardhat/contracts/ConditionalTokens.sol

//SPDX-License-Identifier: MIT
pragma solidity >=0.8.0 <0.9.0;
import { SafeMath } from "@openzeppelin/contracts/utils/math/SafeMath.sol";
import { IERC20 } from "@openzeppelin/contracts/token/ERC20/IERC20.sol";
import { ERC1155 } from "@openzeppelin/contracts/token/ERC1155/ERC1155.sol";
import { CTHelpers } from "./CTHelpers.sol";

// Mainnet (ID: 1) canonical address: 0xC59b0e4De5F1248C1140964E0fF287B192407E0C
// Rinkeby (ID: 4) canonical address: 0x36bede640D19981A82090519bC1626249984c908


contract ConditionalTokens is ERC1155 {

    using SafeMath for uint;

...

CT Helper Contract

String Utilities were added to the CT Helper Contract to support a method to return the position ID as a string

**the scaffold eth debug contract getPositionId(…) returns the uint as floating point eth

example:

Ξ30538692964205559938227141519166067798763549412261626800343.848901573363871063

//SPDX-License-Identifier: MIT
pragma solidity >=0.8.0 <0.9.0;
import { IERC20 } from "@openzeppelin/contracts/token/ERC20/IERC20.sol";
import { Strings } from "@openzeppelin/contracts/utils/Strings.sol";

...

function getStringPositionId(IERC20 collateralToken, bytes32 collectionId) internal pure returns (string memory) {
         return Strings.toString(uint(keccak256(abi.encodePacked(collateralToken, collectionId))));
}

Collateral Token Contracts

The Gist repository provides one contract to execute and mint multiple collateral tokens using different name and symbol.

Two contracts are created and deployed in scaffold-eth as the deployed contract object uses the name of the contract as the key.

**without doing this OOB the debug contract page will only show for one of the collateral tokens

https://github.com/OwlWilderness/se-2/blob/gnostic-condition/packages/hardhat/contracts/GnosticTokens.sol

//SPDX-License-Identifier: MIT
pragma solidity >=0.8.0 <0.9.0;

import { ConditionalTokens } from "./ConditionalTokens.sol";
import { ERC20 } from "@openzeppelin/contracts/token/ERC20/ERC20.sol";

contract GnosticToken0 is ERC20 {
    constructor(string memory name, string memory symbol) ERC20(name, symbol) {}
    
    function mint(address account, uint256 amount) external {
        _mint(account, amount);
    }
}

contract GnosticToken1 is ERC20 {
    constructor(string memory name, string memory symbol) ERC20(name, symbol) {}
    
    function mint(address account, uint256 amount) external {
        _mint(account, amount);
    }
}

Deploy Conditional and Collateral Token Contracts

Fork and Clone gnostic-condition repository

Fork / clone the gnostic-condition repository - reference the below article for instruction.

https://mirror.xyz/quantumtekh.eth/jnuL3guybvgeXBFShILuiA53Pq9igs4jFcqYZpSqMNo

Deploy Contracts On Hardhat

Follow instructions in Scaffold-eth 2 ReadMe to Yarn Install, Chain, Start and Deploy to start the hardhat chain local webhost

Fund Hardhat Wallet

Open a new private window and navigate to http://localhost:3000/debug

Click the Faucet Icon in the upper right to fund the hardhat wallet.

Mint and Approve Collateral Tokens

Collateral Tokens are used to Mint Conditional Position Tokens. In this example we will mint two Collateral Tokens Gnostic Token 0 (GT0) and Gnostic Token 1 (GT1).

Copy Wallet Address

Click the Address in the upper right to open the menu and Click Copy Address

Navigate to Gnostic Token 0

Click the Debug Gnostic Contracts Tab then → the GnosticToken0 tab.

Mint Gnostic Collateral Token 0

Scroll to the Mint Token section

Paste the copied wallet address into the address account field and enter 1000 into the uint256 amount field.

Click Send

Note Supply of GT0 increased to 1000

Note the GnosticToken0 address by clicking the copy icon

Mint Gnostic Collateral Token 1

Navigate to Gnostic Token 1

Repeat Process to Mint Gnostic Token 1 - Scroll to Mint Area- Paste Copied Wallet Address into address account field- Enter 1000 into uint256 amount field- Copy / Note the GnosticToken1 address

Set Allowance for Conditional Token Contract to use Collateral

Navigate to ConditionalTokens Debug Contract and Copy Address

Navigate to GnosticToken0 Approve Section

• Paste copied address into the address spender field.

• Enter 1000 into the amount field

• Click Send

Repeat Process for Gnostic Token 1

Notes

record addresses, values and hashes. these values will change after each deployment and are for illustration purposes only.

Addresses

• Hardhat Wallet Address : 0x0a3b031cC1234315a92E647889F9182BC061E8A0

• Conditional Token Address : 0x5FbDB2315678afecb367f032d93F642f64180aa3

• Gnostic Token 0 (GT0) : 0xe7f1725E7734CE288F8367e1Bb143E90bb3F0512

• Gnostic Token 1 (GT1) : 0x9fE46736679d2D9a65F0992F2272dE9f3c7fa6e0

IDs

• Parent Collection : 0x0000000000000000000000000000000000000000000000000000000000000000

• Question ID 1 : 0x0000000000000000000000000000000000000000000000000000000000000001

• Question ID 2 : 0x0000000000000000000000000000000000000000000000000000000000000002

Conditional Token Preparation

• Oracle : ETH ADDRESS

• Question ID : ANY 32 BYTES of HEX

• Number of Possible Outcomes : BETWEEN 2-256 POSSIBLE OUTCOMES

getConditionId Question 1: 0xa9620c3b3514f4c96c9f53642913021e2ed08eb083748b5f615dc5f3c80b7000

Oracle : 0x0a3b031cC1234315a92E647889F9182BC061E8A0

Question ID 1 : 0x0000000000000000000000000000000000000000000000000000000000000001

# Outcomes: 3

• use same values and execute prepareCondition

getConditionId Question 2: 0x15d6a8d1501917bb78d09b863412bf66b9c9e2f5f1f624af75531406f454e7bb

Oracle : 0x0a3b031cC1234315a92E647889F9182BC061E8A0

Question ID 2 : 0x0000000000000000000000000000000000000000000000000000000000000002

# Outcomes: 2

• use same values and execute prepareCondition

Collection IDs

Collection - Outcome B|C for Question 1 : 0x0f7deef25c034a8752aea625d5a7e2fe3fad44e9633026dd92688252a76be7f1

Parent ID: 0x0000000000000000000000000000000000000000000000000000000000000000

Condition ID Question 1 : 0xa9620c3b3514f4c96c9f53642913021e2ed08eb083748b5f615dc5f3c80b7000

Index Set: 6 = 0b110 = Outcome (B|C)

Collection - Outcome A for Question 1: 0x1e4d7015a719ca11166cac05af32305e31a207fc15e6549aaee014f4e54d1c32

Parent ID: 0x0000000000000000000000000000000000000000000000000000000000000000

Condition ID Question 1 : 0xa9620c3b3514f4c96c9f53642913021e2ed08eb083748b5f615dc5f3c80b7000

Index Set: 1 = 0b001 = Outcome A

Collection - Outcome Low for Question 2: 0x4f3e685bd90b864855a543862c9a5ccfdd004e0ed41966810e3421ef0352733d

Parent ID: 0x0000000000000000000000000000000000000000000000000000000000000000

Condition ID Question 1 : 0x15d6a8d1501917bb78d09b863412bf66b9c9e2f5f1f624af75531406f454e7bb

Index Set: 1 = 0b01 = Outcome Low

Collection - Outcome Hi for Question 2: 0x4872a0885cbc2f9edb8ced8e5edb54349ee133a96ac996e94a003b0cde443ff6

Parent ID: 0x0000000000000000000000000000000000000000000000000000000000000000

Condition ID Question 1 : 0x15d6a8d1501917bb78d09b863412bf66b9c9e2f5f1f624af75531406f454e7bb

Index Set: 2 = 0b10 = Outcome Hi

Position IDs

Collections:

• Collection - Outcome B|C for Question 1 : 0x0f7deef25c034a8752aea625d5a7e2fe3fad44e9633026dd92688252a76be7f1

• Collection - Outcome A for Question 1: 0x1e4d7015a719ca11166cac05af32305e31a207fc15e6549aaee014f4e54d1c32

• Collection - Outcome Low for Question 2: 0x4f3e685bd90b864855a543862c9a5ccfdd004e0ed41966810e3421ef0352733d

• Collection - Outcome Hi for Question 2: 0x4872a0885cbc2f9edb8ced8e5edb54349ee133a96ac996e94a003b0cde443ff6

Tokens

• Gnostic Token 0 (GT0) : 0xe7f1725E7734CE288F8367e1Bb143E90bb3F0512

• Gnostic Token 1 (GT1) : 0x9fE46736679d2D9a65F0992F2272dE9f3c7fa6e0

Position GT0-1 B|C : 69756881759866133805660629677137340800784931395161768631268343007553287298947

Position GT0-1 A : 82731255938747274424991476311812858093949303227342239819305777831695159296885

Position GT1-1 B|C : 39907225118877227855298033650136733790066605943132640619358681018232170696662

Position GT1-1 A : 71119352066877664618372522921430707264363198477866865446318236169980389097443

Position GT0-2 Low : 33407020960471868732595667962325811837077945823734802324599614554532694637363

Position GT0-2 Hi : 111110653929981865175832810059537209326101375996587576828500820462032281170479

Position GT1-2 Low : 22624642637007454965289107974225720027671607220739183332440370573482761255543

Position GT1-2 Hi: 26320361178311307871541764768252101128993509163924835565533731277595907344887

Creating Positions with Conditional Tokens

Split Positions with Collateral

Create Positions with the Collateral Tokens

GT0 Question 1 Position

• address collateral token : Gnostic Token 0 (GT0) : 0xe7f1725E7734CE288F8367e1Bb143E90bb3F0512

• bytes32 parentCollectionId : 0x0000000000000000000000000000000000000000000000000000000000000000

• bytes32 conditionId : ConditionId Question 1: 0xa9620c3b3514f4c96c9f53642913021e2ed08eb083748b5f615dc5f3c80b7000

• uint256 partitions : [1,6] = [0b001 = Outcome A, 0b110 = Outcome 6]

• uint256 amount : 100

GT1 Question 1 Position

• address collateral token : Gnostic Token 0 (GT1) : 0x9fE46736679d2D9a65F0992F2272dE9f3c7fa6e0

• bytes32 parentCollectionId : 0x0000000000000000000000000000000000000000000000000000000000000000

• bytes32 conditionId : ConditionId Question 1: 0xa9620c3b3514f4c96c9f53642913021e2ed08eb083748b5f615dc5f3c80b7000

• uint256 partitions : [1,6] = [0b001 = Outcome A, 0b110 = Outcome 6]

• uint256 amount : 100

GT0 Question 2 Position

• address collateral token : Gnostic Token 0 (GT0) : 0xe7f1725E7734CE288F8367e1Bb143E90bb3F0512

• bytes32 parentCollectionId : 0x0000000000000000000000000000000000000000000000000000000000000000

• bytes32 conditionId : ConditionId Question 1: 0x15d6a8d1501917bb78d09b863412bf66b9c9e2f5f1f624af75531406f454e7bb

• uint256 partitions : [1,2] = [0b01 = Low, 0b10 = Hi]

• uint256 amount : 100

GT1 Question 2 Position

• address collateral token : Gnostic Token 0 (GT1) : 0x9fE46736679d2D9a65F0992F2272dE9f3c7fa6e0

• bytes32 parentCollectionId : 0x0000000000000000000000000000000000000000000000000000000000000000

• bytes32 conditionId : ConditionId Question 1: 0x15d6a8d1501917bb78d09b863412bf66b9c9e2f5f1f624af75531406f454e7bb

• uint256 partitions : [1,2] = [0b01 = Low, 0b10 = Hi]

• uint256 amount : 100

Use Balance Of and Position ID to read back positions:

• Enter Wallet Address in address account field

• Enter Position ID in uint256 id field

Create Predictive AI Agents on Gnosis Chain using Windows

https://twitter.com/koeppelmann/status/1691429114224263169?s=20

https://hackathon.olas.network/

Implementation

System: Windows

Visual Studio Code

https://code.visualstudio.com/

Git Desktop

• install git desktop

https://git-scm.com/download/win

• enable bash

https://stackoverflow.com/questions/42606837/how-do-i-use-bash-on-windows-from-the-visual-studio-code-integrated-terminal

Python == 3.10

https://marketplace.visualstudio.com/items?itemName=ms-python.python

Poetry >=1.4.0

https://python-poetry.org/docs/

• Install Poetry using curl in the Visual Studio Bash terminal

  curl -sSL https://install.python-poetry.org | python -
  

• Update System Environment Variables to contain Poetry Path

  1. Open “Edit System Environment Variables” from the Control Panel

  2. Click “Environment Variables” on the Advanced tab

  3. Select the Path System Variable and Click “Edit”

  4. Clink “New” and Add

     %APPDATA%\pypoetry

Docker

• Both Docker Engine and Compose are required. If using windows Docker Desktop can be installed which includes both.

  https://docs.docker.com/desktop/install/windows-install/

  • Docker Engine

  • Docker Compose

Repositories

Source Repo (trader-quickstart)

https://github.com/valory-xyz/trader-quickstart

Forked Repo (gnostic-observer)

owlwilderness/gnostic-observer

https://github.com/OwlWilderness/gnostic-observer

Script Execution

Using the bash terminal run the ./run_service.sh and follow the prompts. Note the rpc needs the https.

• trial and error and reruns and rituals needed (maybe some deleting of folders (until the address are created)

• Replace “python3” with “python” in the run_service.sh

• pip install --upgrade pip --user

• needed to re-run a few times until the trader folder was created - there were errors

• comment line 68-74 of %APPDATA%\pypoetry\Cache\virtualenvs\trader-VOVbp0DY-py3.10\Lib\site-packages\autonomy\cli\helpers\deployment.py

• remove sudo from line 63 of the run_service.sh script (in the trader folder after run the first time)

Dock

Results

Docker

Safe Wallet

https://gnosisscan.io/address/0x44d97681a1d4d86d8ddb7d960b063e22fd9db490

Predictions

https://predictions.oaksprout.repl.co/agents/0x44d97681a1d4d86d8ddb7d960b063e22fd9db490

This document will act as the memorial stone for the Soul Burned Infinity Keys SAN Origin.

SAN Origin Metadata of the Soul Burned

HODL Staff 572

• ERC-721 Token ID [572]

HODL Staff 2229

• ERC-721 Token ID [2229]

Fists 3448

• ERC-721 Token ID [3448]

Burn Transaction

https://etherscan.io/tx/0x1337b482c1da63952bb4b0d77427f2b0ba753d233c658cb4078355faf7bf798c

/tx/0x1337b482c1da63952bb4b0d77427f2b0ba753d233c658cb4078355faf7bf798c

Interacted With (To): 0xCf52303f4452de99A09E978784a0429608496B60

https://etherscan.io/address/0xcf52303f4452de99a09e978784a0429608496b60

ERC-721 Tokens Transferred: 3

ERC-721 Token ID [572]

https://etherscan.io/token/0x33333333333371718a3c2bb63e5f3b94c9bc13be

• From0xCf5230...08496B60ToNull: 0x00...dEaD

ERC-721 Token ID [2229]

https://etherscan.io/token/0x33333333333371718a3c2bb63e5f3b94c9bc13be

• From0xCf5230...08496B60ToNull: 0x00...dEaD

ERC-721 Token ID [3448]

https://etherscan.io/token/0x33333333333371718a3c2bb63e5f3b94c9bc13be

From0xCf5230...08496B60ToNull: 0x00...dEaD

ERC-1155 Tokens Transferred:

ERC-1155 For 1 of Token ID [4]

https://etherscan.io/token/0x512c8c57c97905134b12a8ab8479b57a327aa6ec

FromNull: 0x000...000To0xCf5230...08496B60

This article will describe Sacrificing SAN Origin NFTs using Gnosis Safe Transaction Builder.

Summary

• Approve SANPASS on Website

• Create the Burn Transaction using Gnosis Safe Transaction Builder

• Test, Submit Execute and Verify the Transaction Burn Transaction

Approve SANPASS to allow Sacrifice

Navigate to the sacrifice.sansound.io website

Use a desktop application (Brave is used in this example)

https://sacrifice.sansound.io/

Select Wallet Connect

On the Gnosis Mobile App select dApps and Scan

Select the SAN to Sacrifice (NOTE IDs for later) and Approve SANPASS

(NOTE : use personal web3 ritual to make signatures pop up)

IDs: [572,2229,3448]

• After Approval Ritual the Sacrifice Button should be enabled and the Approve SANPASS should be removed

(NOTE: May need to refresh / disconnect)

BURN BURN BURN

Sacrifice SAN Origin using Gnosis Transaction Builder

• Open Gnosis Safe app on Desktop

  https://app.safe.global/welcome

• Select New Transaction

• Select Transaction Builder

Get the SAN PASS Contract Address

Contract Address 0x512c8c57c97905134b12a8ab8479b57a327aa6ec

SAN PASS Contract Code Link:

https://etherscan.io/address/0x512c8c57c97905134b12a8ab8479b57a327aa6ec#code

(NOTE: advisable to verify this is the correct address in SAN discord)

https://discord.gg/san

Get the SANPASS Contract ABI

Scroll to the bottom of the verified contract code on Etherscan and COPY the contract abi using the copy icon.

https://etherscan.io/address/0x512c8c57c97905134b12a8ab8479b57a327aa6ec?ref=onceupon#code

/address/0x512c8c57c97905134b12a8ab8479b57a327aa6ec#code

Enter Etherscan Contract Address and ABI

• Enter the Contract Address

• Enter (ctrl-v) the ABI

• Select the “mintPasses” method in the Contract Method Selector

Enter Token ID Array and Select Add Transaction

• Enter array of token IDs [572,2229,3448]

• Click Add Transaction

(NOTE: Array can be any length)

Create Batch Transaction

• optionally save transaction prior to selecting Create Batch using the bookmark icon

Simulate Transaction

• Click the simulate button and verify success and data looks ok in Tenderly

• view on tenderly

Submit Transaction

• Click Send Batch

• Click Submit after verifying the transaction data looks ok

• Optionally select Yes Execute

Execute Transaction

• go back to the main page of the gnosis safe

• select Transactions and then Select Queue

• Click Execute

• Click Submit

Verify Transaction Information

/tx/0x43aeaa0708faca8d33016da8f61385a9c8a8e142d54b4611d3045b2dd203c523

https://etherscan.io/tx/0x43aeaa0708faca8d33016da8f61385a9c8a8e142d54b4611d3045b2dd203c523

• verify on SANPASS

2023.09.10 - updated local repo setup to include a cd

Overview

this document will describe how to create a scaffold-eth 2 project with a remote fork and a local worktree

The following examples are based off the following forked se-2 repo:

https://github.com/OwlWilderness/se-2

Prerequisites

• Visual Studio Code

  https://code.visualstudio.com/download/

• GitHub Account [your-github]

  https://github.com/

Remote Repository Setup (Github)

Fork Scaffold-Eth 2 Repo

1. Navigate to se-2 repo

   https://github.com/scaffold-eth/scaffold-eth-2

2. Click the Fork button to create a fork in [your-github]

3. Name your [forked-repo]

Local Repository Setup

1. Create a local se-2 folder to contain projects

   example:

   PS C:\git> md se-2
   

2. In se-2 Clone [your-github] [forked-repo] into a local main branch

   Navigate to the se-2 folder and clone your forked repo into a new main folder*./se-2>* git clone https://github.com/[your-github]/[forked-repo].git mainexample:

   PS C:\git\se-2> git clone https://github.com/OwlWilderness/se-2.git main
   

3. In main Add Worktree for new Project Branch

   When creating a new project navigate to the main branch and execute the worktree add command. Specify a branch name and folder location. (the below example will put the folder in the same directory as main)

   example:

   PS C:\git\se-2\main> git worktree add -B project1 ../project1
   

4. Change Directory to new Project

   PS cd ../project1
   

5. Push to origin

   example:

   PS C:\git\se-2\project1> git push --set-upstream origin project1
   

Outcome

The folder structure should look like the following.

The contents of each folder should contain the scaffold-eth main project.

The remote git repository will contain the new branch.

Reference Articles

https://mirror.xyz/news.buidlguidl.eth/O_Gc84QO4TjvxJnunkRr-s-It1qBTK7TMlJcWf4FQ_I

https://mirror.xyz/news.buidlguidl.eth/8Lx4pV-h2yk6mu5C5UZVPjfOtVwknLmB8bd7114kaxI