Vendor-Agnostic Traffic Generator Controller API Translation

The patent introduces a controller as an intermediary component between the test operator and multiple traffic generators. The controller maintains a database of proprietary APIs for different vendors and automatically selects and translates commands accordingly. This mediator approach allows the system to support multiple device types without requiring the operator to directly manage each proprietary API, thus resolving the contradiction between adaptability and complexity.

The controller is designed with universal functionality to handle multiple proprietary APIs through a single unified interface. By implementing a command translation mechanism that can adapt to different vendor-specific protocols, the system achieves multi-functionality without requiring separate control systems for each traffic generator type, thereby reducing overall system complexity while maintaining broad compatibility.

The controller serves as an intermediary that shields the operator from the complexity of multiple proprietary APIs. It automatically manages API selection and command translation based on the target traffic generator, eliminating the need for operators to learn and switch between different vendor-specific protocols. This significantly improves ease of operation while maintaining compatibility with various devices.

The system implements self-service functionality where the controller automatically determines which proprietary API to use and performs the necessary command translations without operator intervention. The controller autonomously manages the complexity of interfacing with different traffic generators, allowing operators to work with a simplified unified interface while the system handles the vendor-specific details automatically.

The controller maintains a database of proprietary API specifications that serve as templates or copies of vendor-specific protocols. When a test needs to be executed on a particular traffic generator, the controller retrieves the appropriate API specification from the database and automatically translates the unified test commands into the required vendor-specific format. This copying approach allows the system to preserve device-specific functionality requirements while eliminating the need to manually create separate test scripts for each generator, thereby significantly improving productivity.

The system uses parameter changes in the form of automatic command translation. The controller takes unified test commands with generic parameters and dynamically transforms them into vendor-specific commands by changing the parameter format and structure according to the target device's requirements. This allows a single test script to adapt to multiple device types through parameter transformation rather than requiring separate scripts, thus maintaining device-specific functionality optimization while improving configuration efficiency.

The controller acts as an intermediary that receives simple unified commands through the open API and translates them into sophisticated vendor-specific commands. This mediation process ensures that the simplified interface does not lose the ability to access advanced device capabilities, as the controller intelligently maps high-level commands to the appropriate low-level device functions, thereby maintaining both ease of operation and full adaptability to device-specific capabilities.

The system creates a dimensional transformation between the unified API layer and the proprietary API layer. The open API provides a simplified one-dimensional interface for operators, while the controller expands this into multiple dimensions by generating the appropriate complex vendor-specific commands. This dimensional change allows the unified interface to access the full range of device capabilities without exposing the underlying complexity to the operator, thus resolving the contradiction between ease of operation and access to device-specific features.