Enhance Connector Functionality and Add Tests in the RiskIQ connector
Why Enhance the Connector and Implement Tests?
Improve Reliability: Adding tests ensures that the connector behaves as expected and prevents the introduction of new bugs during future updates.
Ensure Robustness: With comprehensive tests in place, we can verify edge cases and complex scenarios, making the connector more resilient to unexpected inputs or changes in upstream APIs.
Facilitate Maintenance: Well-tested code is easier to refactor and maintain. Future contributors will have confidence that their changes do not break existing functionality.
Increase User Confidence: Users will trust the connector more when they know it has been thoroughly tested and is reliable.
Standardize Practices: Improving the connector aligns it with best practices, including code quality, modularity, and automated testing, which are essential for long-term sustainability.
Environment
OS (where OpenCTI server runs): { e.g. Mac OS 10, Windows 10, Ubuntu 16.4, etc. }
OpenCTI version: { e.g. OpenCTI 1.0.2 }
OpenCTI client: { e.g. frontend or python }
Other environment details:
Reproducible Steps
Steps to create the smallest reproducible scenario:
Description
Enhance Connector Functionality and Add Tests in the RiskIQ connector
Why Enhance the Connector and Implement Tests?
Improve Reliability: Adding tests ensures that the connector behaves as expected and prevents the introduction of new bugs during future updates.
Ensure Robustness: With comprehensive tests in place, we can verify edge cases and complex scenarios, making the connector more resilient to unexpected inputs or changes in upstream APIs.
Facilitate Maintenance: Well-tested code is easier to refactor and maintain. Future contributors will have confidence that their changes do not break existing functionality.
Increase User Confidence: Users will trust the connector more when they know it has been thoroughly tested and is reliable.
Standardize Practices: Improving the connector aligns it with best practices, including code quality, modularity, and automated testing, which are essential for long-term sustainability.
Environment
Reproducible Steps
Steps to create the smallest reproducible scenario:
Expected Output
Actual Output
Additional information
Screenshots (optional)