oceanprotocol/subgraph Docker 镜像 - 轩辕镜像 | Docker 镜像高效稳定拉取服务

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ocean-subgraph

🦀 Ocean Protocol Subgraph

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![js oceanprotocol]([***]

• 🏄 Get Started
• ⛵ Example Queries
• 🏊 Development on barge
• 🏊 Deploying graphs for live networks
• 🔍 Testing
• ✨ Code Style
• 🛳 Releases
• ⬆️ Deployment
• 🏛 License

🏄 Get Started

This subgraph is deployed under /subgraphs/name/oceanprotocol/ocean-subgraph/ namespace for all networks the Ocean Protocol contracts are deployed to:

• v4.subgraph.mainnet.oceanprotocol.com
• v4.subgraph.polygon.oceanprotocol.com
• v4.subgraph.bsc.oceanprotocol.com
• v4.subgraph.moonriver.oceanprotocol.com
• v4.subgraph.energyweb.oceanprotocol.com
• v4.subgraph.mumbai.oceanprotocol.com

⛵ Example Queries

All Data NFTs

graphql
{
  nfts(orderBy: createdTimestamp, orderDirection: desc, first: 1000) {
    id
    symbol
    name
    creator
    createdTimestamp
  }
}

Note: 1000 is the maximum number of items the subgraph can return.

Total Orders for Each User

graphql
{
  users(first: 1000) {
    id
    totalOrders
  }
}

Total Orders for All Users

graphql
{
  users(first: 1000) {
    id
    totalOrders
  }
}

Note: 1000 is the maximum number of items the subgraph can return.

Total Orders for a Specific User

graphql
{
  user(id: $user) {
    id
    totalOrders
  }
}

Note: all ETH addresses like $user in above example need to be passed as a lowercase string.

All Orders

{
  orders(orderBy: createdTimestamp, orderDirection: desc, first: 1000){
    amount
    datatoken {
      id
    }
    consumer {
      id
    }
    payer {
      id
    }
  }
}

Note: 1000 is the maximum number of items the subgraph can return.

🏊 Development on Barge

1. Clone barge and run it in another terminal:

bash
git clone [***]
cd barge
./start_ocean.sh --with-thegraph

If you have cloned Barge previously, make sure you are using the latest version by running git pull.

2. Switch back to your main terminal and clone the repo and install dependencies:

bash
git clone [***]
cd ocean-subgraph
npm i

3. Let the components know where to pickup the smart contract addresses.

export ADDRESS_FILE="${HOME}/.ocean/ocean-contracts/artifacts/address.json"

4. Generate the subgraphs

bash
node ./scripts/generatenetworkssubgraphs.js barge
npm run codegen

5. To deploy a subgraph use:

npm run create:local-barge npm run deploy:local-barge

bash
npm run create:local
npm run deploy:local

• Alternatively, if you want to get the sub-graph quickly running on barge, you can run npm run quickstart:barge which combines steps 4-5 above.

You now have a local graph-node running on [***]

🏊 Deploying graphs for live networks

1. Clone the repo and install dependencies:

bash
git clone [***]
cd ocean-subgraph
npm i

2. Generate & deploy on rinkeby

bash
npm run quickstart:rinkeby

🔍 Testing

• Please note: the npm run test command is currently not working due to this issue.

To run the integration tests locally, first start up barge by following the instructions above, then run the following terminal commands from the ocean-subgraph folder:

Bash
export ADDRESS_FILE="${HOME}/.ocean/ocean-contracts/artifacts/address.json"
npm run test-integration

✨ Code Style

For linting and auto-formatting you can use from the root of the project:

bash
# lint all js with eslint
npm run lint

# auto format all js & css with prettier, taking all configs into account
npm run format

🛳 Releases

Releases are managed semi-automatically. They are always manually triggered from a developer's machine with release scripts. From a clean main branch you can run the release task bumping the version accordingly based on semantic versioning:

bash
npm run release

The task does the following:

• bumps the project version in package.json, package-lock.json
• auto-generates and updates the CHANGELOG.md file from commit messages
• creates a Git tag
• commits and pushes everything
• creates a GitHub release with commit messages as description
• Git tag push will trigger Travis to do a npm release

For the GitHub releases steps a GitHub personal access token, exported as GITHUB_TOKEN is required. Setup

⬆️ Deployment

Do the following to deploy the ocean-subgraph to a graph-node running locally, pointed against mainnet:

bash
npm run codegen

# deploy
npm run create:local
npm run deploy:local

To deploy a subgraph connected to Rinkeby or Ropsten test networks, use instead:

bash
# Rinkeby
npm run create:local-rinkeby
npm run deploy:local-rinkeby

# Ropsten
npm run create:local-ropsten
npm run deploy:local-ropsten

You can edit the event handler code and then run npm run deploy:local, with some caveats:

• Running deploy will fail if the code has no changes
• Sometimes deploy will fail no matter what, in this case:
  • Stop the docker-compose run (docker-compose down or Ctrl+C) This should stop the graph-node, ipfs and postgres containers
  • Delete the ipfs and postgres folders in /docker/data (rm -rf ./docker/data/*)
  • Run docker-compose up to restart graph-node, ipfs and postgres
  • Run npm run create:local to create the ocean-subgraph
  • Run npm run deploy:local to deploy the ocean-subgraph

To deploy to one of the remote nodes run by Ocean, you can do port-forwarding and the above :local commands will work as is.

🏛 License

Copyright ((C)) 2023 Ocean Protocol Foundation

Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at

   [***]

Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.