Test Bed Map and Superscript for Software Testing Dependencies
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Solution Overview
Problem
Complex software systems with interdependencies pose challenges in testing and debugging, as errors can arise from dependent systems, making it difficult to identify and manage testing processes efficiently, leading to increased engineering time and computing resources.
Innovation Solution
A system and method for maintaining and executing regression test suites by generating a test bed map and superscript, which identifies dependencies, assigns test parameters, and monitors execution to detect errors, optimizing the execution path based on severity, threshold, and frequency values, and reports errors through various interfaces.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If multiple independent parts are tested without recognizing dependencies, then testing can be simplified and executed in parallel, but the end-to-end system testing is insufficient and errors from dependent systems are not detected
Solution Approach 1:
The system segments the testing process into two distinct phases: independent component testing and dependent end-to-end testing. The test bed map divides test suites into groups based on dependency relationships, allowing independent parts to be tested separately while maintaining the ability to test integrated systems as a whole.
Solution Approach 2:
The system performs preliminary analysis to generate a test bed map that identifies dependencies between test suites before execution. This preliminary action enables the system to plan and orchestrate the execution sequence, ensuring that dependent tests are properly ordered while still allowing parallel execution of independent tests.
2Reliability
If the entire testing process is manually managed, then testing completeness can be ensured, but engineering time and computing resources are excessively consumed
Solution Approach 1:
The system implements automated feedback mechanisms that monitor test execution in real-time, detect errors, and dynamically adjust the testing process. The error detection system provides feedback about test results and dependency violations, enabling automated remediation and reducing the need for manual intervention while maintaining testing completeness.
Solution Approach 2:
The system enables self-service testing by automatically generating test bed maps, orchestrating test execution sequences, and detecting errors without manual intervention. The system serves itself by managing the entire testing process autonomously, from dependency analysis to execution orchestration, significantly reducing engineering time while maintaining completeness.
3Productivity
If existing automation testing from subsystems is leveraged during end-to-end testing, then testing resources are optimized, but interdependencies between subsystems may cause errors to be misattributed
Solution Approach 1:
The system introduces a test bed map as an intermediary layer between subsystem tests and end-to-end testing. This intermediary structure explicitly models dependency relationships, allowing the system to coordinate existing automation tests while accurately attributing errors to their correct sources by understanding the dependency context.
Solution Approach 2:
The test bed map serves multiple functions simultaneously: it tracks dependencies, orchestrates execution, attributes errors, and optimizes resource usage. This universal structure enables the system to leverage existing automation testing from multiple subsystems while maintaining accurate error detection through centralized dependency management.
Data Source
AI summary
A software testing system may identify various test suites that include test conditions, test data, test environments, and/or a user access controls. The test suites may be used to generate a test bed map including dependencies of the various test suites. The system may assign test parameters to the various test suites including threshold values, severity values, and/or frequency values. The system may also generate a superscript based on the test bed map with the superscript configured to execute a first test suite before a second test suite in response to the dependency of the second test suite on the first test suite. The superscript may also include a reference to the test conditions, the test data, the test environments, and/or the user access controls. The system may monitor execution of the superscript to detect events that signals errors and/or parameter changes.