Timestamp when the entire test suite execution was finalized.
Records the exact moment when all planned E2E test operations finished execution, marking the completion of the comprehensive validation process. This timestamp represents the definitive end point of the AutoBE development pipeline validation phase and provides the completion reference for calculating total validation duration.
The completion timestamp serves as the official validation completion marker for stakeholders tracking project delivery milestones and provides essential audit trail information for the complete development and validation cycle. Combined with the start timestamp, it enables precise measurement of the total time required for comprehensive backend validation.
Complete collection of individual test operation results with detailed execution information.
Contains the comprehensive array of IAutoBeRealizeTestOperation results representing every E2E test function that was executed during the validation process. Each operation result includes detailed information about test execution outcomes, return values, error conditions, timing data, and validation status for specific API endpoints or business scenarios.
This complete result set enables stakeholders to perform detailed analysis of which functionality passed validation, which tests failed, what specific issues were encountered, and how the backend implementation performs under various test scenarios. The operation results serve as the authoritative record of implementation quality and compliance with established requirements.
Whether the test execution included a clean database reset before testing.
Indicates if the test suite execution began with a complete database reset to ensure clean testing conditions. When true, all existing data was purged and database tables were reconstructed to their initial state before test execution commenced, guaranteeing test isolation and reproducibility.
Database reset is essential for ensuring that test results are deterministic and accurately reflect the application's behavior under controlled conditions, free from interference by residual data from previous executions or development activities. This flag helps stakeholders understand the testing conditions and trust the reliability of results.
Number of test functions that were executed simultaneously during the test suite run.
Specifies the concurrent execution limit that was applied during E2E test function execution to optimize testing performance while maintaining system stability. This value represents the balance between test execution speed and resource consumption that was used to validate the backend implementation's ability to handle concurrent requests.
The simultaneous execution count provides insight into the load conditions under which the backend application was validated, helping stakeholders understand the concurrency testing coverage and the application's performance characteristics under parallel request scenarios.
Timestamp when the comprehensive test suite execution was initiated.
Records the exact moment when the E2E test suite execution began, marking the start of the final validation phase in the AutoBE development pipeline. This timestamp provides the reference point for understanding the complete test execution timeline and measuring the duration of comprehensive backend validation.
The start timestamp is essential for performance analysis of the entire validation process, enabling stakeholders to understand test execution efficiency and identify potential optimization opportunities in the testing infrastructure or backend implementation.
Comprehensive result interface containing complete information about E2E test suite execution for backend implementation validation.
This interface represents the final consolidated results of executing the entire Test agent-generated E2E test suite against the fully implemented backend application. It encapsulates all aspects of the test execution process including configuration parameters, individual operation results, and timing information that collectively determine the validation outcome of the generated backend implementation.
The result structure provides stakeholders with comprehensive visibility into the validation process, enabling detailed analysis of backend implementation quality, compliance with requirements, and production readiness assessment based on exhaustive functional testing.
Author
Samchon