Complete TypeScript source code content of the test file.
Contains the full implementation of test scenarios including imports, helper functions, test setup/teardown logic, and individual test cases. The content is structured as executable TypeScript code that implements comprehensive end-to-end testing scenarios for specific API endpoints or business functionality.
Each test file typically includes multiple test functions that validate different aspects of the API behavior, error handling, edge cases, and business rule compliance.
File system path where the test file should be located.
Specifies the relative or absolute path for the test file within the project structure. This location typically follows testing conventions and may be organized by API endpoints, feature modules, or business domains to ensure logical test suite organization and easy navigation.
Example: "test/features/api/order/test_api_shopping_order_publish.ts"
Detailed metadata describing the test scenario and its characteristics.
Provides comprehensive information about what this test file covers, including the specific API endpoints being tested, the business scenarios being validated, expected outcomes, and any special conditions or prerequisites. This metadata helps developers understand the test's purpose and scope without having to analyze the AST structure or generated code.
The scenario information is crucial for test maintenance, coverage analysis, and ensuring that all business requirements are adequately tested across the test suite. It serves as high-level documentation that complements both the structured AST representation and the generated executable TypeScript code.
Represents a single test file generated by the Test agent with comprehensive scenario metadata and structured AST representation.
Each test file encapsulates a specific testing scenario with its file system location, structured AST function definition, generated TypeScript source code, and detailed scenario information. This structure provides rich context about the test's purpose, target API endpoints, and expected behavior patterns, enabling better test organization, maintenance, and programmatic manipulation.
The workflow follows a clear progression: AST definition → TypeScript code generation → executable test file, allowing for sophisticated analysis, transformation, and code generation workflows.
Author
Kakasoo