EXTEND YOUR TESTING TOOL-CHAIN WITH THE SLSS CANANALYSER TCP/IP INTERFACE
In today’s fast-paced automotive and industrial environments, effective CAN (Controller Area Network) communication is essential for testing, development, and real-time diagnostics. Proprietary CAN solutions often limit flexibility, complicating integration with custom workflows.
The SLSS CANAnalyser, with its robust TCP/IP API, redefines this paradigm by providing a flexible, developer-friendly platform that bridges external programs and our SeRoSys CAN hardware seamlessly.
UNRIVALED CROSS-PLATFORM FLEXIBILITY THANKS TO SERVER SOCKETS
One of the standout features of the SLSS CANAnalyser TCP/IP interface is its utilization of server sockets—an industry-standard communication method supported by virtually every modern programming language. This design choice eliminates barriers typically encountered with proprietary APIs, enabling seamless integration into diverse software ecosystems.
THE KEY ADVANTAGES OF SERVER SOCKET-BASED ARCHITECTURE
Language Agnostic Integration
Whether you’re working in Python, C++, Java, or even scripting languages like Ruby or Node.js, the SLSS CANAnalyser interface is readily accessible. This versatility ensures developers can use their preferred tools and languages without needing specialized libraries or drivers.
Cross-Platform Compatibility
The server socket implementation allows the interface to function equally well on Windows, Linux, or macOS systems, empowering teams to work in mixed environments without added complexity.
Scalability and Distributed Systems
The TCP/IP architecture facilitates distributed systems, where multiple clients or applications can simultaneously access the SLSS CANAnalyser. For example, a test bench might use one script to send messages, another to analyze responses, and a third to log data—all running on separate machines.
USE CASES IN TESTING AND DEVELOPMENT
The SLSS CANAnalyser with its flexible TCP/IP interface enables seamless automation and real-time interaction.
From automated ECU stress testing to efficient electronic test bench integration, it empowers engineers to streamline workflows and improve diagnostics. Whether used in R&D labs, production lines, or custom setups, the SLSS CANAnalyser adapts to any scenario, ensuring precision, speed, and unmatched versatility.
Scenario
An engineer develops a script to stress-test ECUs by sending thousands of CAN messages with varying payloads and monitoring responses.
Outcome
Reduced manual intervention and faster identification of communication faults.
Scenario
An electronics lab uses the SLSS CANAnalyser to connect test scripts to hardware-in-the-loop setups. Engineers send CAN messages, log traffic, and adjust communication parameters in real-time.
Outcome
Improved efficiency and streamlined testing across multiple systems.
Scenario
A production line uses the SLSS CANAnalyser to monitor CAN traffic for anomalies. A Python script running on the TCP/IP interface identifies and logs errors for further analysis.
Outcome
Faster issue resolution and improved production quality.
SIMPLIFIED TCP/IP COMMANDS FOR EFFORTLESS INTEGRATION
We understand the importance of simplicity and clarity when it comes to integrating powerful tools like the CANAnalyser into your workflows. That’s why we’ve designed our TCP/IP commands to be intuitive and developer-friendly, ensuring even complex tasks can be executed with ease.
The structure of the TCP/IP commands is always the same and follows a consistent logic. Each command begins with a unique command name, the command string, and ends with the # character as the end-tag. Some commands require the specification of one or more additional parameters. The double character || is used to separate command and parameter and to separate the parameters from each other.
A complete overview of all available commands can be found on the documentation website* or as a PDF document by clicking on the following download link: