Abstract: A software host construction method, a software host construction system, a software host, and a simulation device are provided. The software host construction method includes: performing, by a software platform, communication with external software according to a communication method of the external software; and using the external software as a subsidiary software of the software platform to construct the software host after the software platform communicates with the external software. It is realized that various industry software is subject to unified management through the software host, these industry software can be automatically run, stopped, and configured, and the communication between these industry software can be automatically controlled to ensure that the requirement of co-simulation depending on these software can be effectively met.

Abstract: A test method based on Excel file loading includes: editing an Excel test case; and testing the Excel test case. In this way, a test script is implemented based on an Excel file, and it is only required to modify the Excel file to modify the test script, thereby preventing a program from being frequently modified in a process of changing the script, and improving a parameterization capability of a test system.

Abstract: A software platform-specific mutual calling method for functions of third-party program libraries includes: constructing a plurality of third-party program libraries; verifying validity of the third-party program library; and mutually calling the plurality of third-party program libraries. This implements a general calling framework by using a software platform, such that a function, registered with the software platform, of the third-party program library can be shared among all loaded third-party program libraries. When a current third-party program library needs to call an additional third-party program library, there is no need to load the additional third-party program library, and the additional third-party program library can be accessed only by using a function list that contains the additional third-party program library and that is shared by the software platform for the current third-party program library.

Abstract: A library file module, calling method, calling system, and device for multi-adapter compatibility. The calling method for multi-adapter compatibility includes building a library file module for each manufacturer; obtaining, by an application (APP), message information of a device by using the library file module; and disconnecting the device after obtaining the message information. The upper-layer APP exports a set of generic application programming interfaces (APIs), compiles a library file for an adapter of each manufacturer, and implements an API of the upper-layer APP by calling an API of the adapter of the manufacturer. The APP does not need to know any details of the adapter of the manufacturer, but only loads the library file to use a function of the adapter to support adapters of all manufacturers on the market and support any new adapter of the manufacturers by adding a corresponding library file.

Abstract: A software platform-specific function disassembling and calling method for a third-party program library includes constructing a third-party program library, verifying legitimacy of the third-party program library, and calling the third-party program library. This realizes an automatic import solution for a function disassembling and a calling system of the third-party program library. For both a newly-added third-party program library and an existing third-party program library to which a function change is made, a software platform can automatically identify a function interface by only loading the third-party program library and without requiring a user to manually update a calling program. This method can ensure architectural stability of the software platform and avoid stability degradation caused by repeated modifications to the software platform.

Abstract: A configuration method for a mapping table includes: configuring an application program name, a channel type, a logical channel index, a hardware type, a hardware index and a hardware channel index in the mapping table. The application program name is a string name of an application program using the mapping manager; the channel type is a type of the logical channel that the mapping manager is responsible for mapping; the logical channel index is a logical channel resource number of the application program; the hardware type is a type of a manufacturer of a corresponding bus adapter and a model of the bus adapter; the hardware index is a number of distinguishing a hardware of a same type after the corresponding bus adapter is inserted; and the hardware channel index is a number of hardware channels of a same type in the corresponding bus adapter.

Abstract: A binding and configuration method for a bus adapter and a channel, a bus adapter, and a connection system are provided. The method includes: configuring a mapping table of a mapping manager; associating a logical channel with a corresponding hardware channel based on the mapping table; and connecting the logical channel to the corresponding hardware channel for data communication. A common architecture for the application program to access bus adapter resources is realized. The application programs using this architecture can arbitrarily configure the bus adapter model and the hardware channel that need to be connected, and the mapping relationship takes effect immediately after each configuration change without modifying the user's software.

Abstract: A binding and configuration method for a bus adapter and a channel, a mapping manager, and a connection system are provided. The binding and configuration method for the bus adapter and the channel includes: configuring a mapping table of a mapping manager; associating a logical channel with a corresponding hardware channel based on the mapping table; and connecting the logical channel to the corresponding hardware channel for data communication. A common architecture for the application program to access bus adapter resources is realized. The application programs using this architecture can arbitrarily configure the bus adapter model and the hardware channel that need to be connected, and the mapping relationship takes effect immediately after each configuration change without modifying the user's software, thus improving the efficiency of the application program development and reducing the possibility of errors.

Abstract: A binding and configuration method for a bus adapter and a channel, a mapping manager, and a connection system are provided. The binding and configuration method for the bus adapter and the channel includes: configuring a mapping table of a mapping manager; associating a logical channel with a corresponding hardware channel based on the mapping table; and connecting the logical channel to the corresponding hardware channel for data communication. A common architecture for the application program to access bus adapter resources is realized. The application programs using this architecture can arbitrarily configure the bus adapter model and the hardware channel that need to be connected, and the mapping relationship takes effect immediately after each configuration change without modifying the user's software, thus improving the efficiency of the application program development and reducing the possibility of errors.