Software Architecture Diagram Generator

Solving the Pain Points of Software Architecture Diagram Generation

In software development and documentation, creating clear architecture diagrams is essential. Traditional methods rely on manual drawing or using graphic tools, which is not only time-consuming and labor-intensive but also challenging to ensure accuracy and professionalism. This is particularly true when applying for software copyrights, where standardized diagrams and documents are required. Additionally, in technical reviews or system refactoring analyses, quickly visualizing system structures aids communication and decision-making. This skill automates the process, enabling high-quality architecture diagrams and design documents from text input.

Core Capabilities and Workflow

The skill employs an asynchronous processing architecture through five core stages:

• Deep Intent Analysis: Analyzes input software specifications or copyright texts to identify system architecture styles, such as B/S architecture, microservices, or front-end/back-end separation.
• Structured Extraction: Based on the identified architecture style, extracts system layers (e.g., presentation layer, business logic layer, data access layer) and core components from the text, establishing dependency relationships.
• Mermaid Code Generation: Automatically generates Mermaid-syntax architecture diagram source code based on extracted layers and components for subsequent rendering and editing.
• Professional Review and Recommendations: Simulates an architect's perspective to review the extracted structure, generating an architecture analysis report and optimization suggestions for aspects like high availability and scalability.
• Document Fusion and Image Rendering: Merges the analysis report, optimization suggestions, and Mermaid code into a complete architecture design document, while calling an image rendering service to generate high-resolution architecture images. The image address is obtained via asynchronous polling.

The entire process runs asynchronously, returning a unique task_id upon submission, with results fetched through polling to ensure real-time feedback.

Applicable Boundaries and Considerations

This skill is suitable for scenarios requiring architecture diagram generation from text, such as writing design documents, software copyright applications, or technical reviews. However, note the following boundaries:

• The input text raw_text is mandatory and should comprehensively describe software functionality, architecture patterns, and technology stack to ensure accurate parsing.
• All tasks are forced to execute asynchronously, with no synchronous mode support; users must poll for results using the task_id.
• Generated architecture diagrams support aspect ratios of 1:1, 3:4, 4:3, 16:9, and 9:16, with 16:9 as default, adjustable based on application scenarios.
• The skill relies on the ShowAPI service, requiring configuration of the showapi_appkey credential, obtainable after registering an account.