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https://github.com/kleros/kleros-v2

Kleros version 2
https://github.com/kleros/kleros-v2

arbitrator backend blockchain dispute-resolution ethereum frontend kleros kleros-v2 layer2 middleware monorepo odr protocol smart-contracts solidity typescript under-construction

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Kleros version 2

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Kleros


Kleros v2


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---

## Deployments

##### โ›“๏ธ [Contracts addresses](contracts/README.md#deployments)

##### ๐Ÿ—ƒ๏ธ [Subgraph endpoints](subgraph/README.md#deployments)

##### โš–๏ธ [Web frontend](web/README.md#court-deployments)

## Content

| Package | Description |
| ----------------------------- | ----------------------------------------------------------------------------------------------------------------------------------------------------------- |
| **[bots](/bots)** | Automation of the on-chain upkeep of the smart contracts. Anyone willing to spend some gas may run these bots and contribute to the upkeep operations. |
| **[bot-pinner](/bot-pinner)** | Replication and pinning of the IPFS content produced by the court, such as the pieces of evidence submitted in a case. |
| **[contracts](/contracts)** | Smart contracts of the arbitration protocol. |
| **[kleros-sdk](/kleros-sdk)** | SDK which facilitates the creation of arbitrable applications, the interactions with the arbitrator, the rendering of the dispute and evidence information. |
| **[subgraph](/subgraph)** | The indexing layer. |
| **[web](/web)** | The court frontend intended for the jurors and parties in a dispute. |

## Toolchain:

- Solidity 0.8
- Hardhat
- Ethers
- Waffle
- Typescript
- Node 16
- Yarn 3 without [PlugnPlay](https://yarnpkg.com/getting-started/migration/#switching-to-plugnplay)

## Contributing

### Prerequisites

- Install NodeJS 16:
- on Red Hat Linux: `sudo dnf module install nodejs:16`
- on Ubuntu Linux: `sudo snap install node --classic`
- on MacOS via [brew](https://brew.sh/): `brew install node`
- Install Yarn v1.22: `npm install -g yarn`
- Then [upgrade](https://yarnpkg.com/getting-started/install#updating-to-the-latest-versions) Yarn to v3: `yarn set version berry`
- Install Volta.sh: `curl https://get.volta.sh | bash`
- Install [Docker Desktop](https://www.docker.com/products/docker-desktop/) to run the local graph node.
- Shell utilities: [jq](https://stedolan.github.io/jq/), [yq](https://mikefarah.gitbook.io/yq/)
- on Red Hat Linux: `sudo dnf install jq yq`
- on Ubuntu Linux: `sudo snap install jq yq`
- on MacOS via [brew](https://brew.sh/): `brew install jq yq`

### Install the dependencies

```bash
$ yarn install

# Foundry libraries
$ git submodule update --init --recursive -j 4
```

### [Hardhat CLI auto-completion](https://hardhat.org/guides/shorthand.html) (optional)

```bash
$ npm i -g hardhat-shorthand

$ hardhat-completion install
โœ” Which Shell do you use ? ยท bash
โœ” We will install completion to ~/.bashrc, is it ok ? (y/N) ยท true

$ exec bash
```

### Full Stack Local Deployment

Run the commands below from the top-level folder. Alternatively, it is possible to `cd` into the relevant package first and then call yarn without `workspace @kleros/xxxx`.

#### Shortcut using tmux

If you have **[tmux](https://github.com/tmux/tmux/wiki)** installed, you can get started quickly with a single command.

```bash
$ yarn local-stack
```

![terminal](/docs/local-stack-2.png)

#### Shell 1 - Local RPC with Contracts Deployed

```bash
$ yarn workspace @kleros/kleros-v2-contracts start-local
...
Started HTTP and WebSocket JSON-RPC server at http://127.0.0.1:8545/

```

โณ Wait until deployment is complete.

#### Shell 2 - Local Graph Node

```bash
$ yarn workspace @kleros/kleros-v2-subgraph start-local-indexer
...
graph-node-graph-node-1 | INFO Successfully connected to IPFS node at: http://ipfs:5001/
graph-node-graph-node-1 | INFO Pool successfully connected to Postgres, pool: main, shard: primary, component: Store
...
graph-node-graph-node-1 | INFO Connected to Ethereum, capabilities: archive, traces, network_version: 31337, provider: mainnet-rpc-0
```

โณ Wait until the graph service is ready.

#### Shell 3 - Subgraph Rebuild and Local Deploy

:warning: This step modifies `subgraph.yaml` and creates a backup file. See further down on how to restore it.

```bash
$ yarn workspace @kleros/kleros-v2-subgraph rebuild-deploy:local
...
โœ” Upload subgraph to IPFS

Build completed: QmZVaZQ9qcXPia9YnFEKk7D1dEDHbfyDiJi1sqJ6E1NydB

Deployed to http://localhost:8000/subgraphs/name/kleros/kleros-v2-core-local/graphql

Subgraph endpoints:
Queries (HTTP): http://localhost:8000/subgraphs/name/kleros/kleros-v2-core-local
```

#### Shell 4 - Frontend Pointing to the Local Subgraph

```bash
yarn workspace @kleros/kleros-v2-web generate
โœ” Parse Configuration
โœ” Generate outputs
โœ” Validating plugins
โœ” Resolving contracts
โœ” Running plugins
โœ” Writing to src/hooks/contracts/generated.ts

$ yarn workspace @kleros/kleros-v2-web start-local
Server running at http://localhost:1234
โœจ Built in 2.35s
```

### Redeploying

```bash
# Contracts
$ yarn workspace @kleros/kleros-v2-contracts deploy-local

# Subgraph
$ yarn workspace @kleros/kleros-v2-subgraph rebuild-deploy:local

```

### Simulating Arbitration Activity

```bash
$ yarn workspace @kleros/kleros-v2-contracts simulate-local

```

### Stopping

Just press `Ctrl + c` in each terminal.

#### Docker containers and data removal

`yarn workspace @kleros/kleros-v2-subgraph stop-local-indexer`

#### Restoring subgraph.yaml

##### From a backup file

Every versions were saved as `subgraph.yaml.bak.`.

##### Based on the ArbitrumGoerli deployment artifacts

`yarn workspace @kleros/kleros-v2-subgraph update`

##### Based on the last commit

`git restore subgraph.yaml`