API Overview

Feature Overview

The Clouisle API is used to connect platform capabilities to external systems, automated processes, and secondary development scenarios. Overall, it is divided into two categories:

• Platform-side APIs: for business capabilities such as Agents, workflows, knowledge bases, and conversations
• Management-side APIs: for governance capabilities such as users, teams, roles, audit, and site administration

Use Cases

Suitable for:

• Embedding AI capabilities into business systems
• Automatically managing platform resources from backend systems
• Enterprises that want to connect platform capabilities into existing system paths

Prerequisites

Before you begin, we recommend confirming:

• Whether you need to call platform-side or management-side interfaces
• A usable API Key has been created
• A test environment and minimal request example are ready

Steps

Step 1: Distinguish business interfaces from management interfaces first

Do not start writing code immediately. First clarify whether the invocation target belongs to:

• Business capabilities such as Agents, workflows, knowledge bases, and conversations
• Governance capabilities such as users, teams, permissions, and audit

This step determines the authorization scope of the API Key and the debugging order.

Step 2: Prepare authentication information and request basics

Before making formal requests, organize:

• Environment address
• API Key
• Request headers
• A minimal invocation example

If this basic information is not unified, later debugging will repeatedly get stuck at the very beginning.

Step 3: Start debugging from the minimal request

We recommend first sending the simplest request, such as:

• A read-only query
• A single trigger invocation

First confirm:

• Authentication passes
• The address is correct
• The returned structure can be parsed

Step 4: Then expand to the real business path

After the basic request succeeds, gradually add:

• User identifiers
• Context variables
• Files or attachments
• Callbacks, retries, and error handling

Step 5: Define error codes and fallback strategies

Before formal integration, the caller should also clarify:

• How to handle authentication failure
• How to handle timeouts and rate limiting
• How to retry or fall back when downstream business fails

Result Validation

A qualified API integration should at least satisfy:

• The caller knows which type of interface it is integrating with
• Authentication passes stably
• The minimal request succeeds
• Exceptions and error codes can be identified and handled

FAQ

Why does API debugging always feel messy?

Usually because platform-side and management-side interfaces were not distinguished first, causing permissions, addresses, and expected results to get mixed together.

Why must the minimal request be done separately?

Because it can isolate network, authentication, and basic structure issues first, avoiding bringing complex business logic in from the beginning.

Why should error handling be designed early in integration?

If you wait until formal traffic comes in before adding it, the cost is usually higher and it is more likely to affect business systems.

Notes

• Do the minimal request first, then complex debugging
• Govern API Keys separately by system and environment
• Design exception handling paths before any formal integration