Integrate the Indexer into the Creative Platform

Prepare the Integration Environment: Ensure the website/UI/dApp is ready for integration. This might involve setting up APIs or preparing the frontend to display the indexed data.

Integration Development: Code the necessary components to integrate the indexer with your platform. This could involve developing new UI elements or backend services.

Testing and User Feedback: After integrating, test the system thoroughly. It's also a great idea to gather feedback from users or team members to understand the usability and effectiveness of the indexer.

Iterate Based on Feedback: Use the feedback to make improvements and ensure the indexer is as effective and user-friendly as possible.

Final Documentation and Reporting: Update your documentation to reflect the integrated system and prepare a final report or presentation to showcase the completed work.

Collaboration and Support

Regular Check-ins: Schedule regular meetings with the Envio team to discuss progress, challenges, and insights.

Use of Help Channels: Don’t hesitate to use the designated help channels for technical support or to bounce ideas around.

Hosting

Set Up Hosting: Since the hosting costs are covered, ensure that you understand the hosting environment and have everything set up correctly for smooth operation.

Milestone A: Create an Envio Indexer

Research: https://docs.envio.dev

Define Data Requirements and Sources: List out all the data points you need to index, like creation events, member interactions, proposal details, votes, and quorum data. Identify where this data will come from.

Design the Indexer Architecture: Plan how the indexer will capture, process, and store data. Think about scalability and real-time processing needs.

Develop the Indexer: Start coding the indexer. This step will likely be the most time-consuming, involving coding, testing, and debugging.

Test and Validate: Continuously test the indexer with real data to ensure it's capturing and indexing data accurately and efficiently.

Documentation: Document the functionality and usage of your indexer. This will be helpful for both your team and potential future users.

Getting an error due to MongoDB thats causing the contract deployment to fail.

Need to use /utils/fetchers/viewsto display views on each video.

Description

We are encountering an issue where we cannot correctly determine or encode the data that will be used for smart contract execution in hex format. This data is crucial for interacting with our smart contracts as it specifies the function to be called along with the necessary arguments.

Expected Behavior

When preparing a transaction, we should be able to encode the function call and its parameters into hex data format, which can then be used to interact with the smart contract.

Current Behavior

The data required for smart contract execution is either not being generated correctly, or we are unable to retrieve it in the required hex format. This is preventing us from successfully creating transactions that can interact with our smart contracts.

Steps to Reproduce

1. Initialize the smart contract interface with the ABI and contract address.
2. Attempt to encode the function call with the necessary parameters using the contract interface.
3. Retrieve the encoded data in hex format.

Possible Solution

We need to ensure that the encoding process is aligned with the smart contract's ABI and that the parameters being passed are correctly formatted and of the expected types. It may be necessary to review the encoding function and parameter handling to identify where the discrepancy occurs.

Additional Information

• Smart contract ABI (if possible, provide the relevant function signature)
• Function parameters being passed
• Any error messages or logs that occur when attempting to encode the data
• Environment details (e.g., Ethereum network, library versions)
• Code snippets or repository links (if applicable)