Swytchcode is a CLI execution layer that sits between your AI agent and production APIs like figshare — handling authentication, retries, idempotency, and policy control so your agent can call real APIs safely instead of failing silently.

How do I get started with Swytchcode?

Run "npx swytchcode" to install the CLI — no account required. Then run "swytchcode get figshare" to pull the figshare manifest and you're ready to call it from your agent.

How does an AI agent actually call the figshare API through Swytchcode?

Your agent runs "swytchcode exec figshare. " with arguments. Swytchcode validates the call against the figshare manifest schema, attaches your stored credentials, executes the request, and returns structured JSON your agent can act on — no auth or HTTP handling lives in your agent's code.

What happens if a figshare call fails, times out, or hits a rate limit?

Swytchcode assigns every figshare call an idempotency key and retries it automatically on transient failures or rate limits. If your agent re-runs the same action, Swytchcode recognizes the retry and prevents duplicate files or uploads — a raw HTTP call wouldn't give you that safety net.

Can I restrict which figshare actions my agent is allowed to run?

Yes. Policy rules in "tooling.json" let you allowlist or blocklist specific figshare actions — for example, allow read-only calls but block anything destructive, or require approval above a threshold. Swytchcode enforces this before the call reaches figshare, not after.

Where does Swytchcode store my figshare credentials?

You authenticate once, and Swytchcode stores and refreshes your figshare credentials server-side. Your agent — and the LLM behind it — only ever sees action names and results, never raw API keys or tokens.

Do I need to write a custom figshare SDK integration for my agent?

No. "swytchcode get figshare" pulls a pre-built, versioned manifest describing every available figshare action and its parameters, so your agent calls actions by name instead of you writing and maintaining request/response glue code.

How is calling figshare through Swytchcode different from calling its API directly?

A direct call means you handle token refresh, retries, error parsing, and schema drift yourself, with no guardrails on what the agent can execute. Swytchcode does all of that and checks each call against your policy rules first, so an agent can't do something with figshare you didn't explicitly approve.

Which AI agent frameworks can call figshare through Swytchcode?

Any of them. Swytchcode is framework-agnostic — Claude Code, Cursor, GitHub Copilot, LangChain, CrewAI, or a custom agent that can shell out to a CLI or invoke a tool. Only the figshare call is routed through Swytchcode; your agent logic doesn't change.

Does Swytchcode log what my agent does with figshare?

Yes. Every figshare call — action, arguments, result, and timestamp — is written to a full audit trail, so you can debug unexpected agent behavior or review exactly what ran in production.

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Document & File Management

API Integration

figshare API for AI Agents

Connect the figshare API to your AI agent through Swytchcode. Call it from Claude, Cursor, LangChain, or any custom agent — Swytchcode handles authentication, retries, and rate limits.

Connect figshare to your agent

Provider: figshare
Category: Document & File Management
License: Proprietary
Manifest: figshare
Official site: Not published
API docs: Not published

Use cases

What can you build with the figshare API?

Call figshare directly from an AI agent without writing custom auth, retry, or error-handling code.

Pull live document & file management data from figshare mid-conversation and act on it in the same agent run.

Chain figshare with other approved integrations in a single execution, validated against your policy rules.

Give an agent safe read/write access to figshare in production, with idempotent retries if a call fails.

Setup guide

How to connect the figshare API to an AI agent

Four steps, no SDK, no boilerplate. Every figshare call routed through Swytchcode is idempotency-keyed and safe to retry.

1
Install the CLI
Run "npx swytchcode" to install the Swytchcode CLI — no account required to start.
2
Pull the manifest
Run "swytchcode get figshare" to pull the figshare API manifest, including its schema and available actions.
3
Authenticate once
Provide your figshare API credentials a single time. Swytchcode stores and refreshes them so your agent never handles raw secrets.
4
Call it from your agent
Run "swytchcode exec figshare.<action> --key value" from any agent — Claude, Cursor, LangChain, CrewAI, or your own code.

swytchcode get figshare
swytchcode exec figshare.<action> --key value

FAQ

Frequently asked questions

Dropbox

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Google Drive

Google Drive integration available through Swytchcode.

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Typless

Typless integration available through Swytchcode.

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pdfless

pdfless integration available through Swytchcode.

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Ready to connect figshare?

Install the CLI and pull your first manifest in under a minute. No account required.

Get started free

figshare API for AI Agents

What can you build with the figshare API?

How to connect the figshare API to an AI agent

Frequently asked questions

What is Swytchcode?

How do I get started with Swytchcode?

How does an AI agent actually call the figshare API through Swytchcode?

What happens if a figshare call fails, times out, or hits a rate limit?

Can I restrict which figshare actions my agent is allowed to run?

Where does Swytchcode store my figshare credentials?

Do I need to write a custom figshare SDK integration for my agent?

How is calling figshare through Swytchcode different from calling its API directly?

Which AI agent frameworks can call figshare through Swytchcode?

Does Swytchcode log what my agent does with figshare?

Other Document & File Management integrations

Ready to connect figshare?