Results of compiling the generated Prisma schema files.
Contains the compilation outcome when the generated schemas are processed by the Prisma compiler. This should always compile successfully since the schemas are generated from validated AST structures. If compilation fails, it would be a bug in the system and should be reported as an issue.
The compilation process includes validation of syntax, relationships, and database-specific constraints to ensure the schemas will work correctly in the target database environment.
ISO 8601 timestamp indicating when the database design process was completed.
Marks the exact moment when the Prisma schema generation, validation, and compilation process finished successfully. This timestamp is crucial for tracking the development timeline and determining the currency of the database design relative to other development artifacts.
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.
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.
Reason why the Prisma agent was activated through function calling.
Explains the specific circumstances that triggered the AI chatbot to invoke the Prisma agent via function calling. This could include reasons such as new requirements that require database schema changes, updates to existing requirements that affect data models, or initial database design requests from the user conversation.
Validation results of the constructed AutoBePrisma.IApplication data.
Contains the outcome of validating the AST structures generated through AI
function calling. The Prisma agent generally creates valid
AutoBePrisma.IApplication data through a validation feedback
process, but when using very small AI models, this result might have
success := false.
The validation includes:
Generated Prisma schema files as key-value pairs.
Each key represents the filename (following the pattern
schema-{number}-{domain}.prisma) and each value contains the actual
Prisma schema content. These files are organized by business domains
following domain-driven design principles.
The schemas are generated through deterministic code generation that transforms validated AST structures into production-ready Prisma schema files with comprehensive documentation, optimal indexes, and proper constraints.
Iteration number of the requirements analysis report this database design was performed for.
Indicates which version of the requirements analysis this database design reflects. If this value is lower than AutoBeAnalyzeHistory.step, it means the database design has not yet been updated to reflect the latest requirements and may need to be regenerated.
A value of 0 indicates the initial database design, while higher values represent subsequent revisions based on updated requirements.
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 Prisma agent analyzes the requirements specification and completes the database design.
The Prisma agent constructs data of type AutoBePrisma.IApplication through AI function calling, validates it, and then generates prisma schema files. This history captures the complete database design process including validation results, generated schema files, and compilation outcomes.
The database design process follows a sophisticated three-tier compiler infrastructure that transforms business requirements into validated database architectures through AST (Abstract Syntax Tree) manipulation, ensuring 100% syntactic correctness while maintaining semantic integrity.
Author
Samchon