Summary

[neotheprogramist]

Scope of Services

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Local Node Testing Framework

1. Implementation of Compatibility Checking Tool

   • Complete the development that checks all functions listed in the Starknet OpenRPC specification in a fuzzy way.

2. Transaction & Transition Tool

   • Develop a stateless state transition utility as per the Ethereum specification. This tool will ensure state transitions are handled accurately.
   • Create a transaction validation utility to validate transactions against the StarkNet specifications.

3. Block Builder Tool

   • Develop a block assembler utility to build blocks according to the protocol.

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Primary Hive Equivalent

1. Use KinD (Kubernetes in Docker) for Docker Container Environment

   • Create simulator pods for node requests.
   • Implement a proxy for each node to analyze communication.
   • Deploy Pathfinder, Juno, and Papyrus nodes in Docker.

2. Develop End-to-End Tests

   • Randomly select nodes for requests and verifications.
   • Implement a protocol analyzer in proxies to log and verify node communication adherence to protocol.

[Uacias]

Current Progress:

1. Compatibility Checking Tool:

   • Test cases for versions v0.0.5 and v0.0.6.
   • Integration of the starknet-io/types-rs system for standardized typing
   • Generation of new accounts for each test scenario

2. State Transition Tool It reads input transactions from a JSON file, processes them, and outputs the resulting state to another JSON file. The tool can be configured using environment variables.

3. Transaction Tool

   • Verification of transaction structure for each type as outlined in the StarkNet documentation
   • Implementation and testing of signature verification for the following transactions: Invoke_V1, Declare_V2, DeployAccount_V1

[piotr-stec]

Current Progress:

1. Compatibility Checking Tool:

   • Test cases for versions v0.0.7.

2. Transaction Tool

   • Implementation and testing of signature verification for the following transactions: Invoke_V3, Declare_V3, DeployAccount_V3

3. Block Builder Tool

   • Initial stages of development have begun.

Primary Hive Equivalent Progress:

• A Dockerfile was successfully created to set up the Pathfinder environment. The Dockerfile is based on the rust:1.80.1-bookworm image and includes all necessary dependencies for building and running the Pathfinder node.
• Kubernetes pods were configured to deploy multiple instances of the Pathfinder node. Each pod is set up to run the Pathfinder container built from the previously prepared Dockerfile.
• NodePort services were created in Kubernetes to expose the Pathfinder nodes externally. These services allow access to the HTTP, monitoring, and RPC endpoints of the Pathfinder nodes, ensuring they are accessible from outside the Kubernetes cluster.
• Initial work on the Dockerfile for Juno has begun. The Dockerfile is being configured to install a specific version of Go and clone the Juno repository. The setup will allow for building and running the Juno binary.