Review and organize notes for integrating notion with snapshot, notion api, snapshot spaces, and custom development

To Do

Consider to organizing and/or syncing the following into subtasks if this would make it easier to absorb or reference

Conversation with ChatGPT

You can also see the conversation here: https://chat.openai.com/share/8afa8224-e667-4f08-84b7-f6c0fa261704

Table of Contents

To Do
Conversation with ChatGPT
Does voting on snapshot output data via an api or is it accessible without an api since it’s available on ipfs? How could voting data from snapshot be imported into a Notion database via a Notion api? Can the Notion api send outgoing calls? Does snapshot (or any onchain voting application like tally or jokerace) have a way to receive an input from an outgoing message from Notion when a new page is added to a database and then automoatically make a poll with the data from Notion?
So is it possible to make a complete voting application a Notion database that allows voting with custom points per person and automatically creates a poll for each page in a Notion database on snapshot? Would it also be possible to have the poll on snapshot update based upon changes to the Notion page? Ie if the title of the Notion page was changed then the poll on snapshot would as well?
Creating and Syncing Polls
Updating Polls Based on Notion Changes
Challenges and Considerations
Possible Alternatives
Can snapshot polls be edited? Otherwise it can delete polls and recreate when a new one has been created?
If a page title is edited in Notion, could it also create a new poll in snapshot and perhaps delete a poll with the old name with an automated script?
Does snapshot have voting strategies or other features that allow you to allocate your voting power amongst different polls in a subspace? For example, suppose there is a community where each member has their own voting score based on points they earn. There are multiple subspaces for different aspects of community decision making, including a subspace that is devoted to weighing priorities against each other where each priority is represented by a poll. An idea here is that the votes could only be used once in this subspace, so community members would need to be strategic about which polls to vote on and therefor which projects to prioritize. There are generally two ways to make this work: either they can only vote once but they are able to retract their votes and move them to different polls over time, or they can allocate their voting power each week (which may involve the use of weekly subspaces but may require duplication of subspaces feature). Does snapshot support this kind of functionality of allocating votes on polls in subspaces? Would a custom voting strategy need to be built or is it possible to do this without any coding? Is it possible to change votes on polls after voting on snapshot? Is it possible to duplicate Al the polls in a subspace at once?
Search to provide a more certain answer about whether we'd need a custom strategy. If we do need a custom strategy, then provide an estimate on how much time and resources this would require
Provide an estimate on how much time and resources this would require. How would this script be written? In what language?
Time Estimate
Resource Estimate
Language and Script Example
Write javascript code to implement this kind of custom voting strategy where voters can allocate votes across different polls in a subspace Do all snapshot custom strategies require javascript coding or do some use different types of languages?
JavaScript Code for Custom Voting Strategy
Key Points:
Regarding the Development Language:
Write the code for the script to automatically duplicate an entire subspace, including all polls in the subspace
Key Points:
Considerations:
How complete do you think the example scripts that you provided above will be and how much additional custom development do you think will be required?
Completeness of the Scripts
Additional Development Required
Final Thoughts

Does voting on snapshot output data via an api or is it accessible without an api since it’s available on ipfs? How could voting data from snapshot be imported into a Notion database via a Notion api? Can the Notion api send outgoing calls? Does snapshot (or any onchain voting application like tally or jokerace) have a way to receive an input from an outgoing message from Notion when a new page is added to a database and then automoatically make a poll with the data from Notion?

Accessing Snapshot Voting Data via API or IPFS: Voting data on Snapshot is indeed stored on IPFS, a decentralized storage solution, which makes it accessible without necessarily using an API. However, Snapshot does provide an API that can be used to interact with this data in a more structured and convenient way, especially for integration purposes. The Snapshot API can be utilized to fetch voting data, proposals, and other related information efficiently.
Importing Voting Data into Notion: To import Snapshot voting data into a Notion database, you would typically need to:

Access Snapshot data either directly from IPFS or via the Snapshot API to retrieve the necessary voting records.
Use the Notion API to insert this data into a Notion database. The Notion API supports operations like creating and updating pages within databases. You would script this process, typically using a server-side language (like Python or Node.js), where you fetch data from Snapshot and then format and push it to Notion.

Outgoing Calls from Notion: The Notion API does not support outgoing webhooks directly; it can only respond to requests made to it. This means it cannot initiate calls to external services upon internal events like page creation or modification. To automate actions based on changes in Notion, you would need to use polling or integrate with a third-party automation tool like Zapier or IFTTT, which can monitor changes in Notion and trigger other workflows.
Integrating Notion with On-Chain Voting Applications: Currently, applications like Snapshot, Tally, or Jokerace do not support direct integration where they automatically receive inputs from an external service like Notion to create polls or votes. Integration would typically require:

A custom backend service that monitors Notion for changes using the Notion API.
Once a new page or relevant update is detected, this service would then use the APIs of the voting platforms (like Snapshot) to create a new poll or proposal based on the data extracted from Notion.

These integrations generally require developing a custom application or using multiple tools to bridge the functionality gaps between different services like Notion and blockchain-based voting platforms.

So is it possible to make a complete voting application a Notion database that allows voting with custom points per person and automatically creates a poll for each page in a Notion database on snapshot? Would it also be possible to have the poll on snapshot update based upon changes to the Notion page? Ie if the title of the Notion page was changed then the poll on snapshot would as well?

Creating a voting application that uses a Notion database as the frontend while leveraging Snapshot for on-chain voting involves multiple integration points and custom development. Here's a breakdown of how it could be implemented:

Creating and Syncing Polls

Automatically Creating a Poll on Snapshot for Each Notion Page:

Database Setup: First, set up a Notion database where each page represents a potential poll. Each page could include fields like the poll's title, description, options, and other relevant metadata.
Monitoring Notion: Use a server-side application to monitor the Notion database for new pages or updates. This can be achieved by regularly polling the Notion API to check for changes.
Creating Polls on Snapshot: When a new page is added to the Notion database, your application can automatically create a corresponding poll on Snapshot using the Snapshot API. This step requires handling authentication and constructing the data payload according to Snapshot's specifications.

Allocating Custom Points per Person:

This functionality depends heavily on how Snapshot's voting power mechanism is set up. Normally, voting power in Snapshot is derived from token holdings or other on-chain metrics. Custom points per person would require a custom strategy on Snapshot, possibly involving a smart contract that interprets these custom rules or a manual adjustment of voting weights, if supported.

Updating Polls Based on Notion Changes

Syncing Changes from Notion to Snapshot:

Monitoring Changes: Continuously monitor the Notion database for any updates to the pages (e.g., title changes, description updates).
Updating Snapshot Polls: Use the Snapshot API to update existing polls when their corresponding Notion pages change. This is contingent on Snapshot's API supporting updates to live polls, which typically isn't straightforward since blockchain and decentralized applications like Snapshot prioritize immutability.

Challenges and Considerations

API Limitations: Both the Notion and Snapshot APIs have limitations. For instance, Notion doesn't support outgoing webhooks, and Snapshot might not allow modifications to active polls.
Immutability: On-chain data is generally immutable. Once a poll is created on a blockchain or decentralized platform, changing its core parameters (like the title or options) might not be possible without creating a new poll.
Performance and Cost: Regularly polling Notion and interacting with Snapshot can involve operational costs and might require efficient handling to avoid rate limiting and ensure timely updates.

Possible Alternatives

Use of Automation Platforms: Tools like Zapier or Integromat might offer some integration capabilities, though they may not cover all custom requirements.
Custom Smart Contracts: For a fully flexible system, developing custom smart contracts that can interact with both traditional web APIs and the blockchain might be necessary.

In summary, while the idea is technically feasible, it requires a considerable amount of custom development and potentially navigating through several technical and practical limitations. Depending on the specifics of what Snapshot supports in terms of poll updates and custom voting strategies, you might need to adapt or simplify your requirements.

Can snapshot polls be edited? Otherwise it can delete polls and recreate when a new one has been created?

Snapshot polls cannot be edited once they have been created. The platform is designed for off-chain, gasless signaling, where immutability is not a priority in the same way as on-chain data, but it still does not support editing active polls. This means that changes in a Notion database entry, such as the title or content, would not automatically update the corresponding Snapshot poll. To address changes, you would need to delete the existing poll and create a new one with the updated information (Snapshot).

In summary, while Snapshot allows for the deletion of polls, any updates reflecting changes from a connected Notion database would require recreating the polls on Snapshot manually or via an automated script that handles these operations when a Notion page is updated.

If a page title is edited in Notion, could it also create a new poll in snapshot and perhaps delete a poll with the old name with an automated script?

Yes, if a page title is edited in Notion, you can create a new poll on Snapshot and delete a poll with the old name using an automated script. Here's a basic outline of how you could set up such a process:

Monitoring Changes in Notion: Utilize the Notion API to monitor changes to pages within a database. You'd need a script or service running at regular intervals that checks for updates to page titles or other relevant fields.
Triggering Actions on Snapshot:

Creating a New Poll: When a title change is detected in Notion, the script can use the Snapshot API to create a new poll with the new title and any other necessary details carried over or updated as needed.
Deleting the Old Poll: The script can also send a request to delete the old poll from Snapshot. While Snapshot does not support editing polls, it allows for their deletion.

Automation Script: The automation would be handled by a server-side script, possibly written in a language like Python or JavaScript (Node.js), which can handle API requests to both Notion and Snapshot. This script would:

Authenticate with both the Notion and Snapshot APIs.
Regularly fetch updates from the Notion database.
Create and delete polls on Snapshot as per the changes detected in Notion.

Handling Authentication and Security: Ensure that the script securely handles API keys and other authentication credentials for both Notion and Snapshot. Use environment variables or secure vault solutions to store sensitive information.
Deployment and Operation: Deploy the script on a server or a cloud function service (like AWS Lambda or Google Cloud Functions) that can run it at scheduled intervals or trigger it based on webhooks, if supported by Notion.

This process involves quite a bit of setup and management but can automate the synchronization between Notion content changes and Snapshot poll management, making the governance or decision-making process more dynamic and responsive to updates.

Does snapshot have voting strategies or other features that allow you to allocate your voting power amongst different polls in a subspace? For example, suppose there is a community where each member has their own voting score based on points they earn. There are multiple subspaces for different aspects of community decision making, including a subspace that is devoted to weighing priorities against each other where each priority is represented by a poll. An idea here is that the votes could only be used once in this subspace, so community members would need to be strategic about which polls to vote on and therefor which projects to prioritize. There are generally two ways to make this work: either they can only vote once but they are able to retract their votes and move them to different polls over time, or they can allocate their voting power each week (which may involve the use of weekly subspaces but may require duplication of subspaces feature). Does snapshot support this kind of functionality of allocating votes on polls in subspaces? Would a custom voting strategy need to be built or is it possible to do this without any coding? Is it possible to change votes on polls after voting on snapshot? Is it possible to duplicate Al the polls in a subspace at once?

For a community where each member has a unique voting score based on points they earn, and where votes need to be strategically allocated among various polls within a subspace, you would likely need to create a custom voting strategy. This could involve defining a strategy that tracks the accumulated points of each member and applies these points as voting power within the polls. Snapshot allows combining up to eight different strategies to calculate voting power cumulatively for more complex setups (Welcome to Snapshot docs! | snapshot).

Regarding the functionality of changing votes after they've been cast, Snapshot does allow voters to change their vote until the poll closes. This flexibility would support a scenario where members can adjust their votes in response to evolving discussions or priorities (Welcome to Snapshot docs! | snapshot).

Creating such an integrated system would require some development effort, particularly in scripting and API interaction, to ensure seamless synchronization between Notion and Snapshot, as well as within the Snapshot subspaces themselves.

Search to provide a more certain answer about whether we'd need a custom strategy. If we do need a custom strategy, then provide an estimate on how much time and resources this would require

Based on your requirements for a voting system where community members allocate their unique voting scores across various polls within a subspace, it seems you would indeed need a custom voting strategy on Snapshot. The existing strategies on Snapshot are primarily designed to calculate voting power based on criteria like token balances or asset ownership, and do not inherently support the complex allocation and tracking of non-monetary, user-specific point systems that your scenario requires.

Creating a custom strategy on Snapshot involves several steps:

Forking the Repository: You'll need to fork the snapshot-strategies repository on GitHub.
Developing Your Strategy: Modify the strategy logic by writing JavaScript functions that define how voting power is calculated based on your unique requirements.
Testing: After development, you'll test your strategy to ensure it performs as expected.
Deployment: Finally, submit your strategy through a pull request to be added to Snapshot.

This process requires a good understanding of JavaScript and familiarity with blockchain concepts. The complexity and time required can vary greatly depending on the specifics of your scoring system and how different it is from standard voting mechanisms. Typically, this could take anywhere from a few weeks to a couple of months, considering development, testing, and integration times. You might also need to account for the time to collaborate with the Snapshot community if adjustments or approvals are required.

For more detailed information and guidance on each step, you can refer to Snapshot’s documentation on creating a voting strategy here. This resource provides a comprehensive walkthrough of the technical steps involved in strategy creation.

Provide an estimate on how much time and resources this would require. How would this script be written? In what language?

To create a custom voting strategy on Snapshot and potentially a script to manage polls in a subspace, the following estimates for time and resources are involved:

Time Estimate

Development of the Custom Strategy:

Planning and Design: 1-2 weeks to understand the specific requirements and design the logic.
Coding: 2-4 weeks, depending on the complexity of the voting logic and the developer's familiarity with JavaScript and blockchain technologies.
Testing and Iteration: 1-2 weeks for testing the strategy, making adjustments, and ensuring it works as expected within the Snapshot environment.

Script for Managing Polls:

Development: 1-2 weeks to write and test a script that interfaces with the Snapshot API to create, delete, or clone polls.
Integration and Deployment: 1 week to integrate the script with any existing systems and set it up for ongoing use, including potential automation features.

Resource Estimate

Developer Time: A skilled JavaScript developer with some understanding of blockchain technologies, especially those familiar with Ethereum and possibly Node.js for backend scripting.
Testing Environment: Access to a test network (like Rinkeby for Ethereum) and test tokens if the voting strategy involves token balances or similar parameters.
Code Repositories and Tools: Access to development tools like GitHub, a code editor (e.g., Visual Studio Code), and Node.js. Deployment might require server resources or cloud functions (e.g., AWS Lambda, Google Cloud Functions) for running the scripts.
Collaboration and Review: Time for code reviews, possibly consulting with Snapshot experts or community members for best practices and integration advice.

Language and Script Example

The script would be written in JavaScript, which is the standard for developing on the Ethereum network and interacting with the Snapshot API. Here’s a high-level example of what the script's structure might look like in JavaScript, using Node.js:

javascriptCopy code
const fetch = require('node-fetch');

async function createPoll(data) {
    const response = await fetch('https://api.snapshot.org/graphql', {
        method: 'POST',
        headers: {
            'Content-Type': 'application/json',
            'Authorization': 'Bearer your-access-token'
        },
        body: JSON.stringify({
            query: `mutation CreatePoll { createPoll(input: ${JSON.stringify(data)}) { id } }`
        })
    });
    return response.json();
}

async function deletePoll(pollId) {
    const response = await fetch('https://api.snapshot.org/graphql', {
        method: 'POST',
        headers: {
            'Content-Type': 'application/json',
            'Authorization': 'Bearer your-access-token'
        },
        body: JSON.stringify({
            query: `mutation DeletePoll { deletePoll(id: "${pollId}") { id } }`
        })
    });
    return response.json();
}

// Example usage
const newPollData = {
    title: 'New Poll Title',
    choices: ['Option 1', 'Option 2'],
    // additional required data fields...
};

createPoll(newPollData).then(data => console.log('Poll Created:', data));
deletePoll('poll-id-to-delete').then(data => console.log('Poll Deleted:', data));

This script demonstrates basic interactions with the Snapshot API, including creating and deleting polls. It would need to be customized further to handle specific logic, authentication securely, and integrate with any front-end interfaces or databases like Notion.

Both the development of a custom voting strategy and the management script require precise planning and skilled developers to ensure functionality aligns with the governance goals and technical requirements.

Snapshot offers a variety of voting strategies that can be tailored to meet specific governance needs, including the allocation of voting power among different polls in a subspace. These strategies can be customized using JavaScript functions to calculate scores based on various criteria, such as token balances or ownership of specific assets like NFTs or POAPs ([Welcome to Snapshot docs! | snapshot](https://docs.snapshot.org/user-guides/strategies/voting-strategies)) ([Welcome to Snapshot docs! | snapshot](https://docs.snapshot.org/faq/im-a-snapshot-user/voting-strategies)). For a community where each member has a unique voting score based on points they earn, and where votes need to be strategically allocated among various polls within a subspace, you would likely need to create a custom voting strategy. This could involve defining a strategy that tracks the accumulated points of each member and applies these points as voting power within the polls. Snapshot allows combining up to eight different strategies to calculate voting power cumulatively for more complex setups ([Welcome to Snapshot docs! | snapshot](https://docs.snapshot.org/user-guides/strategies/voting-strategies)).

Write javascript code to implement this kind of custom voting strategy where voters can allocate votes across different polls in a subspace Do all snapshot custom strategies require javascript coding or do some use different types of languages?

JavaScript Code for Custom Voting Strategy

Here’s a conceptual example of how you could implement a custom voting strategy in JavaScript for Snapshot, where voters can allocate their votes across different polls within a subspace. This strategy assumes that each voter has a set number of points that can be distributed among various polls, and these points reset or change according to specific rules (e.g., weekly, monthly).

This script would be part of a custom strategy that you need to develop within the Snapshot strategies framework, typically as a Node.js module:

javascriptCopy code
// Import necessary utilities from Snapshot.js
const { strategyUtils } = require('@snapshot-labs/snapshot.js');

async function customAllocationStrategy(space, network, provider, addresses, options, snapshot) {
    const blockTag = typeof snapshot === 'number' ? snapshot : 'latest';
    const multi = new strategyUtils.Multicaller(network, provider, [], { blockTag });

    // Simulate a database or API that returns the current point allocations for each address
    // For demonstration, assume this function is implemented elsewhere
    const pointsAllocated = await fetchPointsAllocation(addresses);

    // Sum the points allocated to each poll for the user
    const scores = addresses.reduce((acc, address) => {
        acc[address] = pointsAllocated[address].reduce((total, allocation) => total + allocation.points, 0);
        return acc;
    }, {});

    return scores;
}

// Mock function to represent fetching data from a database
async function fetchPointsAllocation(addresses) {
    // In a real scenario, this would fetch data from your backend
    return addresses.reduce((acc, address) => {
        acc[address] = [
            { pollId: 'poll1', points: 10 },
            { pollId: 'poll2', points: 5 }
        ];
        return acc;
    }, {});
}

module.exports = {
    author: 'your-username',
    version: '0.1.0',
    strategy: customAllocationStrategy
};

Key Points:

Fetching Data: The fetchPointsAllocation function is a placeholder for how you might retrieve data from a backend system where points allocations are stored.
Strategy Logic: The customAllocationStrategy calculates the total points each address has allocated across all polls. This total is then used by Snapshot to determine voting power in each poll.
Integration: This strategy needs to be integrated with the Snapshot environment, requiring you to fork and modify the snapshot-strategies repository.

Regarding the Development Language:

All Snapshot custom strategies require JavaScript coding. The Snapshot framework is designed to work with JavaScript, particularly within the Node.js runtime environment. This is because the strategies are essentially JavaScript functions that must adhere to the specifications and interfaces provided by the Snapshot.js library.

If you need further guidance or examples, the Snapshot documentation and community forums are valuable resources for developers looking to implement custom strategies. Here's a direct link to more on creating custom strategies: Snapshot Strategies.

As for duplicating all the polls in a subspace at once, Snapshot does not provide a direct feature to clone or duplicate polls within its interface. Each poll would need to be manually recreated or handled via a script that uses the Snapshot API to programmatically create polls based on existing ones ([Welcome to Snapshot docs! | snapshot](https://docs.snapshot.org/faq/im-a-snapshot-user/voting-strategies)) ([Welcome to Snapshot docs! | snapshot](https://docs.snapshot.org/user-guides/strategies#:~:text=URL%3A%20https%3A%2F%2Fdocs.snapshot.org%2Fuser,100)).

Write the code for the script to automatically duplicate an entire subspace, including all polls in the subspace

To create a script that duplicates an entire subspace, including all polls in a Snapshot subspace, you would need to interact with the Snapshot API. This script would involve fetching all polls from the original subspace and then creating duplicates of these polls in a new or existing subspace. Below is a conceptual example using JavaScript and Node.js to illustrate how this might be achieved.

This script assumes you have Node.js installed and are using npm (Node Package Manager) to manage packages. You'll need to install node-fetch to handle HTTP requests:

bashCopy code
npm install node-fetch

Here's a simplified version of what the script could look like:

javascriptCopy code
const fetch = require('node-fetch');

const API_URL = 'https://hub.snapshot.org/graphql';

async function fetchPolls(subspaceId) {
    const response = await fetch(API_URL, {
        method: 'POST',
        headers: {
            'Content-Type': 'application/json',
            'Authorization': 'Bearer YOUR_ACCESS_TOKEN' // Replace with your actual access token
        },
        body: JSON.stringify({
            query: `
                query {
                    proposals(where: {space_in: ["${subspaceId}"]}) {
                        id
                        title
                        body
                        choices
                        start
                        end
                        snapshot
                        type
                        author
                    }
                }
            `
        })
    });
    const { data } = await response.json();
    return data.proposals;
}

async function createPoll(newSubspaceId, poll) {
    const response = await fetch(API_URL, {
        method: 'POST',
        headers: {
            'Content-Type': 'application/json',
            'Authorization': 'Bearer YOUR_ACCESS_TOKEN' // Replace with your actual access token
        },
        body: JSON.stringify({
            query: `
                mutation {
                    createProposal(
                        spaceId: "${newSubspaceId}",
                        title: "${poll.title}",
                        body: "${poll.body}",
                        choices: ${JSON.stringify(poll.choices)},
                        start: ${poll.start},
                        end: ${poll.end},
                        snapshot: ${poll.snapshot},
                        type: "${poll.type}",
                        author: "${poll.author}"
                    ) {
                        id
                    }
                }
            `
        })
    });
    const { data } = await response.json();
    return data.createProposal;
}

async function duplicateSubspace(originalSubspaceId, newSubspaceId) {
    const polls = await fetchPolls(originalSubspaceId);
    for (const poll of polls) {
        await createPoll(newSubspaceId, poll);
        console.log(`Duplicated poll ${poll.id} to new subspace`);
    }
}

// Use this function to start the duplication process
// Replace 'originalSubspaceId' and 'newSubspaceId' with actual subspace IDs
duplicateSubspace('originalSubspaceId', 'newSubspaceId');

Key Points:

Fetching Polls: The fetchPolls function retrieves all polls from a specified subspace.
Creating Polls: The createPoll function creates a new poll in a different subspace using the details of an existing poll.
Duplicating a Subspace: The duplicateSubspace function orchestrates the process, fetching polls from one subspace and creating them in another.

Considerations:

API Authentication: You need to replace 'YOUR_ACCESS_TOKEN' with a valid Snapshot API access token.
Error Handling: The script should include error handling to manage potential issues during the HTTP requests.
Rate Limiting: Consider the rate limits of the Snapshot API to avoid hitting limits during the duplication process.

This script is a basic outline and would need to be adapted and tested according to your specific use case and the Snapshot API's current capabilities and limitations.

How complete do you think the example scripts that you provided above will be and how much additional custom development do you think will be required?

The example scripts provided above are conceptual and serve as a basic framework or starting point for developing a custom voting strategy and duplicating a subspace in Snapshot. Here are some considerations regarding their completeness and the additional development that might be required:

Completeness of the Scripts

Custom Voting Strategy Script:

Basic Logic Implemented: The script outlines how to calculate voting power based on a predefined points system.
Lacks Comprehensive Error Handling: More robust error handling and validation need to be added to make the script production-ready.
Assumes a Simplified Data Model: Real-world applications might require more complex data interactions and considerations for security and performance.

Subspace Duplication Script:

Core Functionalities Covered: It includes functions to fetch polls from a subspace and create new polls in another subspace.
API Interaction Simplified: The script assumes straightforward API interactions without handling potential API limits, pagination, or complex data structures.

Additional Development Required

Integration with Real Data Sources:

Both scripts assume access to certain data (e.g., voting points allocation, poll details) that would typically be stored in a database or come from other APIs.
Integration with actual data sources might require additional modules or services to handle data fetching and updating securely and efficiently.

User Authentication and Authorization:

Handling user permissions, especially for actions like creating and deleting polls, is crucial.
Implementing OAuth or similar security measures to ensure that operations are performed by authorized users.

Handling Complex Data Structures:

Snapshot data models may be more complex than represented in the examples. For instance, polls might have additional settings or configurations that need to be duplicated accurately.
You may need to parse and recreate complex relationships between polls and other entities within a subspace.

Testing and Validation:

Extensive testing would be required to ensure the scripts handle all edge cases and operate reliably under different conditions.
Validation against Snapshot's current API to ensure compatibility and adherence to rate limits and other constraints.

Performance Optimization:

Optimization may be needed, particularly if handling large volumes of data or needing to perform operations frequently.
Consideration for asynchronous operations, error recovery, and efficient data handling.

Deployment and Maintenance:

Deployment strategies need to be considered, including where and how the scripts will run (e.g., serverless functions, dedicated servers).
Ongoing maintenance to accommodate changes in Snapshot's API, security updates, and scaling needs.

Final Thoughts

While the provided scripts form a solid foundation, they are not ready for deployment in a production environment without significant expansion and refinement. Depending on the complexity of the requirements and the scale at which the scripts need to operate, additional development work could range from a few weeks to several months. It's also important to continually align the development with Snapshot's API updates and community best practices.