- #Packet tracer activity connectivity test feature code
- #Packet tracer activity connectivity test feature Pc
- #Packet tracer activity connectivity test feature free
Step 1: Opening the Status Page From the Simartphone What is displayed in the Smartphone? The SBC which connected to the door updates the server which in turn, updates a local file with the status of the door. Because the system is already in place, the user can quickly access the Internet server address from his or her phone web browser to check the door status. During the stop, the user wonders if the garage door was shut or not. Part 2: Using the System To use the system, consider the following use case scenario: The user leaves the house and stops by a coffee stop on his or her way to work.
#Packet tracer activity connectivity test feature Pc
Try opening the door status page from the Home PC and from the Home Laptop. The system is designed to allow any device that is connected to the Internet to use it. With the status page still open on the Smartphone, open the garage door by holding down the ALT key and clicking the door. With the status page still open on the Smartphone, open the garage door by holding down the ALT key andĮ. The page that opens in the Smartphone should display a green bar, communicating the garage door is shut. In the URL address bar, type in This is the IP address of the Internet server used to collect the data sent by the SBC d. Click the Smartphone and select the Desktop tab in the window that opens. If the door is open, 1 is sent to the Intemet server, Looking at the code, answer the following questions: How often are door status updates sent to the Internet server? What is the IP address and part of the server? What are the variable names used to store the server dress and server port number? What Python modules were imported into the code? a.
#Packet tracer activity connectivity test feature code
If the door is shut, the code sends out 0. This code, written in Python, is responsible for periodically transmitting the status of the garage door to a server on the Internet. What happens?ġ-Activity.pdf C Get Homework Help With Che X + enfile.php/505562/mod_resource/content/1/Lab11-Activity.pdf e. Click the Run button to execute the program. This is an important window because you can edit, stop and start the program. Packet Tracer displays the actual code stored in main.py on the right area of the window. This is the program that will be running in the SBC on behalf of the Garage Door c.
On the left pane that opens, a file name is displayed, main.py, in this case. For this reason there may be slight differences in the syntax between the code observed in PT and that in devices using Python 3. Note: Python used in PT is an open source Python to JavaScript interpreter that is not updating to Python 3.0. Notice that the user could also connect to the system from any other device, as long it was connected to the Internet.
In this scenario, Intemet access would be achieved through that Smartphone. The Smartphone represents the user when he or she is away from the home. The key here is that the user will also have a connection to the Internet. Think of it as wireless hot spots present in libraries, coffee shops, workplaces, and more.
#Packet tracer activity connectivity test feature free
The Public WiFi Router is added to represent free Internet connections through the city. Any of these devices can also be used to access the system. The Home PC and Home Laptop were added to resent other home devices which are connected. Similar to the other devices in the home, the SBC connects to the home wireless via the home wireless network. Since the garage door has no intelligence or Internet connectivity of its own, the SBC is used to fill that gap.
The SBC device represents a Raspberry Pi computer and is connected to the Garage Door. Note that the DSL modem is provided by the ISP. The wireless router is also connected to the WAN via a DSL modem which in turn connects to the Internet. A wireless router provides wireless access to all the home devices (desktop computers, laptops, smartphones, etc). Part 1: The Topology Step 1: The Network The network topology is designed to simulate a home which is connected to the Internet via a DSL-based Internet Service Provider (ISP). You are encouraged to freely explore the prototype to gain a better understanding of the technologies used in the system. Explore Packet Tracer as a Prototyping Tool Background / Scenario In this activity, you will have a chance to explore a Packet Tracer based loT system prototype designed to allow a user to remotely check whether the garage door is open. Transcribed image text: Shp/505562/mod_resource/content/1/Lab11-Activity.pdf Packet Tracer - Case Study - Prototype & Test the Solution Topology Garage Door Public WiFi Router Smartphone DSL Modem Internet SBC mome Wirless Router Home PC Home Laptop Objectives.
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