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To integrate a The process of integrating hardware and software (functional) module intomodules with Axxon PSIM , perform consists of the following stepsstages:

1. Edit Editing the DBI file.
2. Edit Editing the DDI file.
3. Prepare a Preparing the module.mdl file, where “module” module is the name of the integrated module to be integrated (this file is a the transformed DLL file).Prepare an
4. Preparing the executable file, module.run file, where “module” module is the name of the integrated module to be integrated (this file is a the transformed EXE file).
5. Copy Placing module.mdl and module.run to in the Axxon PSIM\Modules folder directory.

Figure The figure below shows a diagram of the interaction graph between a the functional module and the system corekernel.

The DBI and DDI files contain the information on the integrated functional modules (objects) ; this information is needed required for the system kernel operation of the system core. The DBI file describes the structure of Axxon PSIM's configuration database. The DDI file describes the objects and their parameters. When you integrate an object is integrated, the name of the object, its integration parameters, and the related system events and with reactions are added to these files.  

The MDL file is used for working with objects of one type of objects: it allows you to create, edit, delete, and modify object parameters ( during the setup or operation), ; save them in the database, ; and perform several special operations. The MDL file also ensures that the parameters transmission of the created /modified objects are sent or modified object parameters to the executable file module (the RUN file) , and contains stores the configurations of the object setup settings panels.

The executable RUN file interacts with devices, passes transmits the event information to the corekernel, and enables device management. 

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Then we describe the steps for module integration

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on the example of the DEMO module, which emulates

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operation with virtual hardware. This module includes devices with unique addresses for accessing and polling these devices. The system allows

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performing a certain set of actions with devices and

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transmitting all their events to the system

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kernel.