Description

Functional features of FOXBORO FBMSVH: High-precision measurement: Using advanced sensors and signal processing technology, it can achieve high-precision measurement of process parameters such as flow, pressure, temperature and liquid level. Multiple signal inputs: Supports multiple signal input methods, including analog, digital, switching and pulse signals, etc., to adapt to different application needs. Multiple signal outputs: supports analog or digital output for easy integration with other devices or systems. Multiple communication interfaces: Supports communication interfaces such as RS485, Ethernet and HART to realize data exchange and remote monitoring and control between devices. High protection level: With IP66, IP67 and NEMA 4X protection levels, it can adapt to harsh industrial environments。

Metrology certification: Passed CE, UL, ATEX, FM, CSA and other certifications to ensure product quality and reliability.

It is used to simulate the upper-level module of the module under test, which is equivalent to the main program of the module under test. It receives data, transmits relevant data to the module under test, enables the module under test, and prints out the corresponding results. Traditional unit testing includes driver modules and stub modules. The purpose of the driver module is very simple, which is to access the properties and methods of the class library to check whether the function of the class library is correct; the driver module is used to simulate the upper-level module of the module under test, which is equivalent to the main program of the module under test.

It receives data, transmits relevant data to the module under test, enables the module under test, and prints out the corresponding results. If the function in the module under test is provided for other functions to call, the driver module (Driver) should be designed when designing the test case. For example: the driver module (Driver) can automatically call functions in the module under test by simulating a series of user operations, such as selecting an option on the user interface or pressing a button. Driver settings enable testing of the module without actually interacting with the user interface.