lease assist me with this lab: 2.17 LAB: Network Automation (modules) In network administration, many admins will use a VLAN (Virtual Local Area Network) to create logical subnetworks. The advantages of this type of a setup is better confinement of broadcast domains, reduced broadcast traffic and more efficient maintenance of the network. The admin can group network nodes that are physically dispersed into similar broadcast domains for improved network traffic management. Configuration of VLANS on multiple switches can be very time consuming. Python scripts can help automate tasks reducing the need to physically go from switch to switch. Minimal configuration variables may include VLAN name, VLAN number, and Network device. The main.py template provides a list of 5 network switch names. The script will simulate the configuration of those 5 devices. Define the VLANSetup class in VLANSetup.py with a constructor to initialize a VLAN's information. The constructor should by default initialize the VLAN's name to "None" and the VLAN number to 0. Define the NetManage class in NetManage.py with a constructor to initialize a device's hostname. The constructor should by default initialize the Network device to "None" and add a VLANSetup object. Add an import statement to import the VLANSetup class. Add import statements to main.py to import the VLANSetup and NetManage classes. Ex: If the input is: Voice 10 the output is: Configuring VLAN: 10 Connecting to: Switch1 Sending Config vlan: 10 Sending Config name: Voice Configuring VLAN: 10 Connecting to: Switch2 Sending Config vlan: 10 Sending Config name: Voice Configuring VLAN: 10 Connecting to: Switch3 Sending Config vlan: 10 Sending Config name: Voice Configuring VLAN: 10 Connecting to: Switch4 Sending Config vlan: 10 Sending Config name: Voice Configuring VLAN: 10 Connecting to: Switch5 Sending Config vlan: 10 Sending Config name: Voice If the input is: Data 20 the output is: Configuring VLAN: 20 Connecting to: Switch1 Sending Config vlan: 20 Sending Config name: Data Configuring VLAN: 20 Connecting to: Switch2 Sending Config vlan: 20 Sending Config name: Data Configuring VLAN: 20 Connecting to: Switch3 Sending Config vlan: 20 Sending Config name: Data Configuring VLAN: 20 Connecting to: Switch4 Sending Config vlan: 20 Sending Config name: Data Configuring VLAN: 20 Connecting to: Switch5 Sending Config vlan: 20 Sending Config name: Data Current code: Main.py: from VLANSetup import VLANSetup from NetManage import NetManage if __name__ == "__main__": deviceList = ['Switch1', 'Switch2', 'Switch3', 'Switch4', 'Switch5'] user_VLAN_name = input() user_VLAN_number = int(input()) #10 -> 200 for d in deviceList: user_device = VLANSetup(user_VLAN_name, user_VLAN_number) new_config = NetManage(d, user_device) new_config.print_info() NetManage.py # TODO: Import VLANSetup from VLANSetup.py from VLANSetup Import VLANSetup class NetManage: # TODO: Define constructor with parameters to initialize instance attributes # (device, config) def __init__(sel, device='None', config=VLANSetup()): self.device = device self.config = config def print_info(self): print('Configuring VLAN: %s' % (self.config.number)) print('Connecting to: {}'.format(self.device)) self.config.print_info() print() VLANSetup.py class VLANSetup: # TODO: Define constructor with parameters to initialize instance attributes # (name, number) def __init__(self, name='None', number=0): self.name = name self.number = number def print_info(self): print('Sending Config vlan: {}'.format(self.number)) print('Sending Config name: {}'.format(self.name)) The current error message is : Your program has produced no output. Please assist thank you.

lease assist me with this lab: 2.17 LAB: Network Automation (modules) In network administration, many admins will use a VLAN (Virtual Local Area Network) to create logical subnetworks. The advantages of this type of a setup is better confinement of broadcast domains, reduced broadcast traffic and more efficient maintenance of the network. The admin can group network nodes that are physically dispersed into similar broadcast domains for improved network traffic management. Configuration of VLANS on multiple switches can be very time consuming. Python scripts can help automate tasks reducing the need to physically go from switch to switch. Minimal configuration variables may include VLAN name, VLAN number, and Network device. The main.py template provides a list of 5 network switch names. The script will simulate the configuration of those 5 devices. Define the VLANSetup class in VLANSetup.py with a constructor to initialize a VLAN's information. The constructor should by default initialize the VLAN's name to "None" and the VLAN number to 0. Define the NetManage class in NetManage.py with a constructor to initialize a device's hostname. The constructor should by default initialize the Network device to "None" and add a VLANSetup object. Add an import statement to import the VLANSetup class. Add import statements to main.py to import the VLANSetup and NetManage classes. Ex: If the input is: Voice 10 the output is: Configuring VLAN: 10 Connecting to: Switch1 Sending Config vlan: 10 Sending Config name: Voice Configuring VLAN: 10 Connecting to: Switch2 Sending Config vlan: 10 Sending Config name: Voice Configuring VLAN: 10 Connecting to: Switch3 Sending Config vlan: 10 Sending Config name: Voice Configuring VLAN: 10 Connecting to: Switch4 Sending Config vlan: 10 Sending Config name: Voice Configuring VLAN: 10 Connecting to: Switch5 Sending Config vlan: 10 Sending Config name: Voice If the input is: Data 20 the output is: Configuring VLAN: 20 Connecting to: Switch1 Sending Config vlan: 20 Sending Config name: Data Configuring VLAN: 20 Connecting to: Switch2 Sending Config vlan: 20 Sending Config name: Data Configuring VLAN: 20 Connecting to: Switch3 Sending Config vlan: 20 Sending Config name: Data Configuring VLAN: 20 Connecting to: Switch4 Sending Config vlan: 20 Sending Config name: Data Configuring VLAN: 20 Connecting to: Switch5 Sending Config vlan: 20 Sending Config name: Data Current code: Main.py: from VLANSetup import VLANSetup from NetManage import NetManage if name == "main": deviceList = ['Switch1', 'Switch2', 'Switch3', 'Switch4', 'Switch5'] user_VLAN_name = input() user_VLAN_number = int(input()) #10 -> 200 for d in deviceList: user_device = VLANSetup(user_VLAN_name, user_VLAN_number) new_config = NetManage(d, user_device) new_config.print_info() NetManage.py # TODO: Import VLANSetup from VLANSetup.py from VLANSetup Import VLANSetup class NetManage: # TODO: Define constructor with parameters to initialize instance attributes # (device, config) def init(sel, device='None', config=VLANSetup()): self.device = device self.config = config def print_info(self): print('Configuring VLAN: %s' % (self.config.number)) print('Connecting to: {}'.format(self.device)) self.config.print_info() print() VLANSetup.py class VLANSetup: # TODO: Define constructor with parameters to initialize instance attributes # (name, number) def init(self, name='None', number=0): self.name = name self.number = number def print_info(self): print('Sending Config vlan: {}'.format(self.number)) print('Sending Config name: {}'.format(self.name)) The current error message is : Your program has produced no output. Please assist thank you.

Enhanced Discovering Computers 2017 (Shelly Cashman Series) (MindTap Course List)

1st Edition

ISBN:9781305657458

Author:Misty E. Vermaat, Susan L. Sebok, Steven M. Freund, Mark Frydenberg, Jennifer T. Campbell

Publisher:Misty E. Vermaat, Susan L. Sebok, Steven M. Freund, Mark Frydenberg, Jennifer T. Campbell

Chapter10: Communicating Digital Content: Wired And Wireless Networks And Devices

Section: Chapter Questions

Problem 9SG

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Please assist me with this lab: 2.17 LAB: Network Automation (modules) In network administration, many admins will use a VLAN (Virtual Local Area Network) to create logical subnetworks. The advantages of this type of a setup is better confinement of broadcast domains, reduced broadcast traffic and more efficient maintenance of the network. The admin can group network nodes that are physically dispersed into similar broadcast domains for improved network traffic management. Configuration of VLANS on multiple switches can be very time consuming. Python scripts can help automate tasks reducing the need to physically go from switch to switch. Minimal configuration variables may include VLAN name, VLAN number, and Network device. The main.py template provides a list of 5 network switch names. The script will simulate the configuration of those 5 devices. Define the VLANSetup class in VLANSetup.py with a constructor to initialize a VLAN's information. The constructor should by default initialize the VLAN's name to "None" and the VLAN number to 0. Define the NetManage class in NetManage.py with a constructor to initialize a device's hostname. The constructor should by default initialize the Network device to "None" and add a VLANSetup object. Add an import statement to import the VLANSetup class. Add import statements to main.py to import the VLANSetup and NetManage classes. Ex: If the input is: Voice 10 the output is: Configuring VLAN: 10 Connecting to: Switch1 Sending Config vlan: 10 Sending Config name: Voice Configuring VLAN: 10 Connecting to: Switch2 Sending Config vlan: 10 Sending Config name: Voice Configuring VLAN: 10 Connecting to: Switch3 Sending Config vlan: 10 Sending Config name: Voice Configuring VLAN: 10 Connecting to: Switch4 Sending Config vlan: 10 Sending Config name: Voice Configuring VLAN: 10 Connecting to: Switch5 Sending Config vlan: 10 Sending Config name: Voice If the input is: Data 20 the output is: Configuring VLAN: 20 Connecting to: Switch1 Sending Config vlan: 20 Sending Config name: Data Configuring VLAN: 20 Connecting to: Switch2 Sending Config vlan: 20 Sending Config name: Data Configuring VLAN: 20 Connecting to: Switch3 Sending Config vlan: 20 Sending Config name: Data Configuring VLAN: 20 Connecting to: Switch4 Sending Config vlan: 20 Sending Config name: Data Configuring VLAN: 20 Connecting to: Switch5 Sending Config vlan: 20 Sending Config name: Data Current code: Main.py: from VLANSetup import VLANSetup from NetManage import NetManage if __name__ == "__main__": deviceList = ['Switch1', 'Switch2', 'Switch3', 'Switch4', 'Switch5'] user_VLAN_name = input() user_VLAN_number = int(input()) #10 -> 200 for d in deviceList: user_device = VLANSetup(user_VLAN_name, user_VLAN_number) new_config = NetManage(d, user_device) new_config.print_info() NetManage.py # TODO: Import VLANSetup from VLANSetup.py from VLANSetup Import VLANSetup class NetManage: # TODO: Define constructor with parameters to initialize instance attributes # (device, config) def __init__(sel, device='None', config=VLANSetup()): self.device = device self.config = config def print_info(self): print('Configuring VLAN: %s' % (self.config.number)) print('Connecting to: {}'.format(self.device)) self.config.print_info() print() VLANSetup.py class VLANSetup: # TODO: Define constructor with parameters to initialize instance attributes # (name, number) def __init__(self, name='None', number=0): self.name = name self.number = number def print_info(self): print('Sending Config vlan: {}'.format(self.number)) print('Sending Config name: {}'.format(self.name)) The current error message is : Your program has produced no output. Please assist thank you.

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