HOW TO RUN IP HIGHER LAYER PROTO REG SUP.H IN OPNET
To successfully import the IP_HIGHER_LAYER_PROTO_REG_SUP.H packages in OPNET, just follow the steps outlined here, and we’ll help you achieve the best results. We share with you novel research concepts on your proposed area.
The Higher-layer proto-reg-sup Ip in OPNET Modeler plays a vital role as a header that simplifies the registration and management of higher-layer protocols within the IP protocol stack. This header supplies the necessary structures and functions to handle and integrate various application-layer protocols that utilize IP. Its capabilities for registering these protocols enable their identification and use in the simulation environment. By defining unique identifiers for different higher-layer protocols, it ensures clear communication between layers. Additionally, it offers structures for storing configuration settings and other specific data related to the protocols. The header also includes methods for implementing callback functions, facilitating communication between higher-layer protocols and the IP layer, along with procedures for managing errors and handling the registration of higher-layer protocols.
We have provided the steps to follow in order to run IP_HIGHER_LAYER_PROTO_REG_SUP.H_ packages in the opnet tool, and we offer you guidance on the best project topics.
PRE-REQUISITES:
Fresh installation of Windows Vista OS:
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2.OPNET Modeler 14.5 Installation:
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HEADER FILE VERIFICATION:
- Locate to the OPNET Example folder:
We need to locate the OPNET Example Folder by passing the following path shown in File Explorer, you can see the Example file utilized here.
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2.Open any Project file in the folder:
Next we need to Open the .prj (OPNET Project File) file by double-clicking or Right click the file and Click OPNET 14.5 in the OPNET folder.
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Here we can see the Topology from the Example File.
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3.Importing Ip_higher_layer_proto_reg_sup.h:
Here, we imported the Ip_higher_layer_proto_reg_sup.h header file code, which directly referenced the Opnet class and defined in the Highlighted Line, which connection would occur when handling or identifying the protocol type (UDP) during packet transmission or processing. This code line, which is internally accessible Ip_higher_layer_proto_reg_sup.h, is highlighted here. By clicking the nodes that are indicated by rounds as meant to be clicked instances, we will see the class file utilized in OPNET.
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Here we will show the header file by opening “C:\Program Files\OPNET\14.5.A\models\std\include\Ip_higher_layer_proto_reg_sup.h” file to show the class or function imported from the Ip_higher_layer_proto_reg_sup.h in the example code. We highlighted lines that eventually Included in the Ip_higher_layer_proto_reg_sup.h, which is previously Highlighted code line in the script internally relies on connection would occur when handling or identifying the protocol type (UDP) during packet transmission or processing.
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4.Executing the Example Program for Ip_higher_layer_proto_reg_sup Header:
Then we need to run the Example program for Ip_higher_layer_proto_reg_sup Header to view output of the program. By clicking the DES => Configure the Discrete Event Simulation Button.
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Here we need to click the Run button, it will begin with Configuration and Execute the Program.
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Here we shown the output of the Configuration and Execution of the example program.
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We need to click the Hovered Place to view Result Graph.
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Here we demonstrated the output Result Graphs of the example program by using Ip_higher_layer_proto_reg_sup.h.
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In the OPNET Modeler 14.5 Simulation Example Program, the Ip_higher_layer_proto_reg_sup.h Header file is successfully imported.