API Push Product Platform for Openclaw

Automate the transfer and synchronization of backend Java API definitions directly to product management data platforms.

snowzhouj
v1.0.0
Jun 17, 2026
0
392
0

Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install api-push-product-platform

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install api-push-product-platform using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).

Prefer to download?

Get the raw skill files in a ZIP archive.

What is API Push Product Platform?

The API Push Product Platform skill bridges the gap between backend engineering and product management by automating the synchronization of backend Java API definitions. Developers can seamlessly push critical endpoint documentation—including request methods, routing paths, parameters, and response payload structures—directly to the core product data platform, facilitating a centralized repository for team-wide integration and alignment.

By ensuring that Product Requirement Documents (PRDs) remain dynamically linked with up-to-date engineering specifications, this tool eliminates manual documentation overhead. It supports ingestion from standard JSON objects, raw Java source structures, Spring Boot Controller annotations, and native Swagger/OpenAPI 3.0 conversions, making it a highly adaptable addition to Openclaw Skills.

API Push Product Platform Use Cases

  • Post-Development Syncing: Automatically publish Java backend endpoints to the shared product repository right after development wraps up.
  • Bulk & Incremental Documentation Updates: Perform mass schema synchronization or push lightweight deltas when specific routing rules or schemas change.
  • PRD-Driven API Alignment: Map implemented engineering designs directly to specific Product Requirement Document IDs (PRD IDs) for cross-functional traceability.
  • Audit & Version History Tracking: Query and generate historical logs of synchronization runs to verify API consistency over time.

How API Push Product Platform Works

  1. Extract Product Requirement Context: The workflow begins by retrieving or inputting the unique product requirement identifier (prdid).
  2. Structure API Definitions: The skill aggregates and standardizes backend schemas (from controllers or OpenAPI artifacts) into the accepted JSON data structure.
  3. Execute Push Delivery: A POST payload containing the context metadata and structural schemas is dispatched to the centralized compliance gateway platform.
  4. Validate Endpoint Responses: The integration monitors HTTP payload delivery statuses to guarantee the compliance system accepted and parsed the data successfully.
  5. Log Transactions: Synchronization results and comprehensive transaction histories are automatically written out locally to references/push-history.md for historical traceability.

API Push Product Platform Setup

Prerequisites & Local Deployment

To get started with this capability from the Openclaw Skills registry, you can execute the operation using natural language prompts or directly invoke the processing script.

Execute the python automated routine via CLI:

python3 scripts/push_api_to_product_platform.py --prdid "PRD-2026-001" --file ./api-definitions.json

For custom integrations or direct automation workflows, consult the foundational payload rules outlined inside references/product-platform-api-docs.md.

API Push Product Platform Data Schema & Taxonomy

API Data Schema Specification

The synchronization payload requires a standard JSON structure submitted via a POST request. Below is the layout of the payload schema components:

Property Path Data Type Required Description
prdid String Yes The targeted Product Requirement Document ID (e.g., PRD-2026-001).
content Object Yes Container payload housing the collection of endpoint structures.
content.apis Array Yes List of defined application interfaces.
content.apis[].method String Yes HTTP Verb/Method utilized by the route (e.g., GET, POST).
content.apis[].path String Yes Full endpoint URI path template.
content.apis[].description String No Explanatory description outlining what the specific route executes.
content.apis[].parameters Array No Parameter constraints, query keys, or URI token variables.
content.apis[].response Object No Expected schema representation returned from the backend service.

Local Workspace Structure

The ecosystem organizes tracking logs and specifications across three localized markdown profiles:

  • references/product-platform-api-docs.md: Houses API payload specifications, gateway connection limits, and CI/CD parameters.
  • references/api-definition-standard.md: Identifies architectural conversion protocols governing Spring Boot extraction and OpenAPI mapping rules.
  • references/push-history.md: Serves as a dynamic audit ledger recording every synchronization session, author, metadata target, and outcome.

API Push Product Platform Advanced Features

  • Spring Boot Annotation Extraction: Parses source controller code directly to build payload models without needing manual JSON configuration.
  • Swagger/OpenAPI 3.0 Interoperability: Converts active Swagger design configurations into the exact structured schema format mandated by the target product workspace.
  • Automated CI/CD & Git Hooks: Embeds seamlessly into deployment pipelines or git pre-push hooks to synchronize documentation schemas automatically on code check-ins.
  • Transient Fault Tolerance: Implements native network retry capabilities to automatically retry failed requests up to 3 times on flaky gateway infrastructure.

SKILL.md


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