ISO 8601 timestamp indicating when the requirements analysis was completed.
Marks the exact moment when the Analyze agent finished the complete analysis workflow including drafting, review, amendments, and finalization. This timestamp is crucial for tracking the development timeline and determining which development artifacts need updating based on requirement changes.
ISO 8601 timestamp indicating when this history record was created.
Marks the exact moment when this history entry was initiated or when the corresponding agent activity began. This timestamp is fundamental for maintaining chronological order, tracking development progress, and understanding the temporal relationships between different phases of the vibe coding process.
Generated requirements analysis report files as key-value pairs.
Contains the complete set of markdown documents that comprise the requirements analysis report. Each key represents the filename and each value contains the actual markdown content. The report typically includes business context, functional requirements, technical specifications, architectural decisions, and implementation guidelines.
These documents serve as the authoritative source for understanding project requirements and guide all subsequent development phases in the vibe coding pipeline.
Unique identifier for this history record.
A UUID that uniquely identifies this specific history entry within the system. This identifier enables precise referencing, cross-linking between related history records, and maintaining referential integrity across the development timeline and different agent activities.
Project alias prefix that will be applied to all generated artifacts.
A short project identifier that will be consistently used as a prefix for database table names, API function names, and DTO type names throughout the entire codebase. This ensures consistent naming conventions and helps avoid naming conflicts in larger systems.
For example, if the prefix is "shopping", generated artifacts might include
tables like shopping_customers and DTOs like IShoppingCartCommodity.
Reason why the Analyze agent was activated through function calling.
Explains the specific circumstances that triggered the AI chatbot to invoke the Analyze agent via function calling. This could include reasons such as initial project requirements gathering, requests for requirement clarification, updates to existing requirements based on user feedback, or revision requests for the analysis report.
List of roles identified during the requirements analysis process.
Contains the various user roles, personas, or stakeholder types that were identified and analyzed during the requirements gathering phase. These roles help define different user perspectives, access levels, and functional requirements needed for the system being developed.
Iteration number of this requirements analysis report.
Indicates which revision of the requirements analysis this represents. A value of 0 means this is the initial requirements analysis, while higher values represent subsequent revisions based on user feedback or additional requirements gathering.
If other development artifacts (Prisma, Interface, Test histories) have step values lower than this value, it means those artifacts have not been updated to reflect the latest requirements and may need regeneration.
Type discriminator indicating the specific kind of history record.
Provides type-safe discrimination between different history record types such as "analyze", "prisma", "interface", "test", "realize", "userMessage", and "assistantMessage". This enables proper type narrowing and ensures that history records are processed according to their specific characteristics and requirements.
History record generated when the Analyze agent and user have completed all discussions regarding requirements, and a comprehensive analysis report has been issued.
The Analyze agent follows a structured workflow from initial drafting to final completion, producing multiple markdown documents that capture business requirements, technical specifications, and architectural decisions. This analysis serves as the foundation for all subsequent development phases including database design and API specification.
The requirements analysis process transforms user conversations and business needs into structured documentation that guides the entire vibe coding pipeline, ensuring that technical implementation accurately reflects business intentions.
Author
Samchon