Setup:

• Visit the Chainbase Labs Manuscript core repo on GitHub and find the manuscript-cli link to install Manuscript CLI using the automated script. Make sure your Docker engine is running.

Use Manuscript CLI:

• Install manuscript-cli

• Open your terminal and enter manuscript-cli to see available commands.

• Enter manuscript-cli init to start the interactive manuscript creator.

• Enter the default base directory for manuscripts, then enter your manuscript name (e.g., flare_launch).

• Choose your network; for Flare, enter 9.

• Select your data output target; default is Postgresql.

The system will create containers, and you can access your manuscript at localhost:8081.

Access and Explore Data:

• Visit localhost:8081 in your browser to see the Apache Flink web dashboard. Initially, no jobs will be running.

• After you see a new job running, access the GraphQL endpoint(localhost:8083), indicating data is being inserted into the database. Initially, it will report “no queries available.” Please close the page and reopen it.

• Use manuscript-cli ls to check if your manuscript (flare_launch) is running.

• Open the GraphQL interface to explore different queries, like transaction counts in blocks.

• Use a GraphQL query like this to get a list of blocks:

  query myQuery {
    blocks(limit: 10) {
      hash
      number
      timestamp
      transactions {
        hash
      }
    }
  }
  

• Use tools like ChatGPT and DeepSeek to help generate GraphQL queries, specifying that you want to input the query from the terminal.

Command Line Data Access:

• Use curl to access the GraphQL endpoint from the terminal. For example, to get block sizes, use this command:

  curl -X POST -H “Content-Type: application/json” -d ‘{“query”:“query { blocks { size } }“}’ localhost:8081/graphql
  

  which will streams block size data to your terminal.

Learn more with our tutorial video:

About Chainbase

Chainbase is the world’s largest omnichain data network designed to integrate all blockchain data into a unified ecosystem, providing an open and transparent data interoperability layer for the AI era.

It has designed a novel dual-consensus technology architecture that bridges the programmability and composability of crypto data, which supports high throughput, low latency, and eventual determinism, as well as higher cybersecurity through a dual staking model. With Chainbase, people can truly enjoy the benefits of the open internet era.

✸ Website: https://chainbase.com

✸ Blog: https://blog.chainbase.com

✸ Discord: https://discord.gg/chainbase

✸ Documents: https://docs.chainbase.com

✸ Twitter: https://twitter.com/ChainbaseHQ

✸ Github: https://github.com/chainbase-labs

About Flare

Flare, the blockchain for data, offers developers and users secure, decentralized access to high-integrity data from other chains and the internet.

Flare uniquely supports enshrined data protocols at the network layer, making it the only EVM-compatible Layer 1 optimized for decentralized data acquisition, including price and time-series data, blockchain event and state data, and Web2 API data.

By providing broad data access at scale and minimal cost, Flare delivers a full-stack solution for building the next generation of interoperable use cases.

Website | X | Telegram | Dev Hub | Grant | Brand Assets

Setup:

• Visit the Chainbase Labs Manuscript core repo on GitHub and find the manuscript-cli link to install Manuscript CLI using the automated script. Make sure your Docker engine is running.

Use Manuscript CLI:

• Install manuscript-cli

• Open your terminal and enter manuscript-cli to see available commands.

• Enter manuscript-cli init to start the interactive manuscript creator.

• Enter the default base directory for manuscripts, then enter your manuscript name (e.g., flare_launch).

• Choose your network; for Flare, enter 9.

• Select your data output target; default is Postgresql.

The system will create containers, and you can access your manuscript at localhost:8081.

Access and Explore Data:

• Visit localhost:8081 in your browser to see the Apache Flink web dashboard. Initially, no jobs will be running.

• After you see a new job running, access the GraphQL endpoint(localhost:8083), indicating data is being inserted into the database. Initially, it will report “no queries available.” Please close the page and reopen it.

• Use manuscript-cli ls to check if your manuscript (flare_launch) is running.

• Open the GraphQL interface to explore different queries, like transaction counts in blocks.

• Use a GraphQL query like this to get a list of blocks:

  query myQuery {
    blocks(limit: 10) {
      hash
      number
      timestamp
      transactions {
        hash
      }
    }
  }
  

• Use tools like ChatGPT and DeepSeek to help generate GraphQL queries, specifying that you want to input the query from the terminal.

Command Line Data Access:

• Use curl to access the GraphQL endpoint from the terminal. For example, to get block sizes, use this command:

  curl -X POST -H “Content-Type: application/json” -d ‘{“query”:“query { blocks { size } }“}’ localhost:8081/graphql
  

  which will streams block size data to your terminal.

Learn more with our tutorial video:

About Chainbase

Chainbase is the world’s largest omnichain data network designed to integrate all blockchain data into a unified ecosystem, providing an open and transparent data interoperability layer for the AI era.

It has designed a novel dual-consensus technology architecture that bridges the programmability and composability of crypto data, which supports high throughput, low latency, and eventual determinism, as well as higher cybersecurity through a dual staking model. With Chainbase, people can truly enjoy the benefits of the open internet era.

✸ Website: https://chainbase.com

✸ Blog: https://blog.chainbase.com

✸ Discord: https://discord.gg/chainbase

✸ Documents: https://docs.chainbase.com

✸ Twitter: https://twitter.com/ChainbaseHQ

✸ Github: https://github.com/chainbase-labs

About Flare

Flare, the blockchain for data, offers developers and users secure, decentralized access to high-integrity data from other chains and the internet.

Flare uniquely supports enshrined data protocols at the network layer, making it the only EVM-compatible Layer 1 optimized for decentralized data acquisition, including price and time-series data, blockchain event and state data, and Web2 API data.

By providing broad data access at scale and minimal cost, Flare delivers a full-stack solution for building the next generation of interoperable use cases.

Website | X | Telegram | Dev Hub | Grant | Brand Assets