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In practical application scenarios, users often need to control the start and stop of TSMaster built-in function modules according to a certain logic and time sequence. TSMaster software has built-in C/Python applets and graphic programs, which allow developers to precisely control the operation of these modules through programming. This article will focus on sharing with you how to control the start and stop of TSMaster built-in modules through C code.

When the mismatch of sample point parameters and baud rate parameters between communication nodes causes some error frames, how can we set and adjust the baud rate parameters and sample point parameters in TSmaster to reduce and eliminate the error frames on the bus and further improve the communication quality. This article focuses on how to use TSmaster to get the corresponding sample point parameters and baud rate parameters more conveniently and set them to the user program through the API.