Purpose

• The objective of this project is to design and implement an intelligent automated framework to evaluate the performance and robustness of the MX2 Command Lines Interface (CLI) and Cooperation API.
• Additionally, the framework will assess the impact of the CLI/Cooperation API on the MX2 GUI interface responsiveness and stability.

Work to be done / Tasks

• Automate the execution of MX2 CLI commands and Cooperation API calls according to defined test scenarios and command sequences.
• Inject various parameters to introduce test variations and accurately record the execution time of each CLI command and Cooperation API call.
• Perform measurement and comparison by collecting real-time performance metrics such as CLI/API execution time per command.
• Evaluate the influence of CLI/API operations on the MX2 GUI interface responsiveness and stability.

Technical environment & Keywords

• Recommended technologies and tools: Python, RobotFramework, Psutil Library, JSON, SQLite, HTML, Selenium, Jenkins.
• Target data storage and reporting: store measured metrics (e.g., execution times) in SQLite/JSON and produce HTML reports; integrate test runs with Jenkins for automation.

Expected deliverables

• A reusable automated test framework capable of executing CLI and API sequences, injecting parameter variations, and collecting timing and performance metrics.
• Scripts/tests (RobotFramework/Python), sample scenarios, and generated performance reports demonstrating measurement and comparison results and GUI impact analysis.

Evaluation criteria

• Correctness and reliability of automated execution (CLI & API) across defined scenarios.
• Accuracy of timing measurements and quality of performance metrics and comparisons.
• Assessment of GUI responsiveness and stability under CLI/API load and clarity of resulting reports for stakeholders.