Precise timestamp when this specific test operation finished execution.
Records the exact moment when this individual test function completed execution, regardless of whether it succeeded or failed. Combined with the start timestamp, this enables precise calculation of test execution duration and provides completion reference for the overall test timeline.
The completion timestamp is valuable for performance analysis of individual test operations, identifying slow-performing test scenarios, understanding test execution efficiency, and maintaining comprehensive audit trails of the validation process. It supports optimization efforts and helps identify potential bottlenecks in either the test implementation or the backend application being validated.
Error information captured during test function execution, if any occurred.
Contains detailed error information when the test function encounters exceptions, assertion failures, timeout conditions, or other error states during execution. When null, it indicates that the test completed successfully without encountering any error conditions. When present, the error provides comprehensive diagnostic information for understanding implementation issues or test failures.
Error information is crucial for identifying implementation defects, API contract violations, business logic errors, integration failures, or performance issues that prevent the backend application from meeting its requirements. The error details enable developers to pinpoint specific problems and implement necessary corrections to achieve full compliance with validation scenarios.
File system path location of the executed test function source code.
Specifies the relative or absolute path to the test file that contains the executed function within the project structure. This location information enables direct navigation to the test source code for detailed analysis, debugging, result interpretation, or modification purposes.
The file location provides essential context for understanding test organization, enables developers to quickly locate and examine the specific test implementation, and supports comprehensive test suite maintenance and documentation activities.
Unique identifier name of the executed E2E test function.
Specifies the function name that was executed during this test operation, typically corresponding to the Test agent-generated test function identifier. This name provides direct traceability between test results and the specific business scenarios, API endpoints, or validation logic being tested.
The test function name serves as the primary identifier for correlating execution results with the original test scenarios, enabling stakeholders to understand which specific functionality was validated and whether the implementation correctly fulfills the intended business requirements and API contracts.
Precise timestamp when this specific test operation began execution.
Records the exact moment when this individual test function started execution, providing the reference point for measuring test duration and understanding the temporal sequence of test operations within the overall validation process. This timestamp enables detailed performance analysis and execution timeline reconstruction.
The start timestamp is essential for identifying execution patterns, analyzing test concurrency behavior, measuring individual test performance, and understanding the temporal distribution of test execution within the comprehensive validation suite.
Return value or result data produced by the test function execution.
Contains the actual value returned by the test function upon completion, regardless of whether execution succeeded or failed. This could include API response objects, validation results, test data, computed values, or any other output that the test function produces as part of its business logic validation or endpoint testing.
For successful test executions, this value represents the expected result that demonstrates correct implementation behavior. The return value provides insight into the test execution flow and can be analyzed to verify that API responses match expected formats, business logic produces correct outcomes, and data transformations operate as intended.
Detailed result interface representing the execution outcome of an individual E2E test function during comprehensive backend implementation validation.
This interface captures comprehensive information about a single test operation execution, including identification details, execution results, error conditions, and precise timing data. Each operation represents the validation of a specific API endpoint or business scenario through Test agent-generated E2E test functions executed against the fully implemented backend application.
The operation result provides granular visibility into test execution outcomes, enabling detailed analysis of implementation quality, business logic compliance, and performance characteristics at the individual test level. This detailed tracking supports comprehensive validation reporting and precise identification of implementation issues when they occur.
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Samchon