How to create DHCP server and a policy in the Fortigate

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Here is an example script that demonstrates how to use the  fortigate-api  package to create a DHCP server and a policy in the Fortigate   from fortigate_api import FortigateAPI # Create a FortigateAPI object fgt = FortigateAPI(host="host", username="username", password="password") # Create a DHCP server data = {     "default-gateway": "192.168.255.1",     "netmask": "255.255.255.0",     "interface": "vlan.123",     "ip-range": [         {"start-ip": "192.168.255.2", "end-ip": "192.168.255.254",}     ], } fgt.dhcp_server.create(data) # Create a policy in the Fortigate data = dict(     name="POLICY",     status="enable",     action="accept",     srcintf=[{"name": "any"}],     dstintf=[{"name": "any"}],     srcaddr=[{"name": "all"}],     dstaddr=[{"name&quo
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PYTHON SCRIPT FOR LAYMAN NETWOK ENGINEER

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netmiko import ConnectHandler

user = input("Enter the Username: ")

passwd = input("Enter the pass: ")

cisco_switch = {

    'device_type': 'cisco_ios',

    'host':   input("Enter the IP address: "),

    'username': user,

    'password': passwd,

    'port': 22,          # optional, defaults to 22

    'secret': 'secret',     # optional, defaults to ''

}

net_connect = ConnectHandler(**cisco_switch)

print("What do you want to see in switch: \n 1--VLAN\n 2--INETRFACE_IP\n 3--RUNING_CONFIG\n 4--STARTUP_CONFIG\n 5--TRUNK_PORTS\n 6--SPANING_TREE\n 7--MAC_ADDRESS_TABLE\n 8--ETHERCHANNEL/PORT-CHANNEL\n 9--IP_ROUTE_DATABASE\n")

while True:

    op = int(input("Enter your answer: "))

    if op == 1:

        output = net_connect.send_command('sh vlan br')

        print(output)

        print(100*"*")

    elif op == 2:

        net_connect.enable

        output = net_connect.send_command('sh ip int br')

        print(output)

        print(100*"*")

    elif op == 3:

        output = net_connect.send_command('sh running-config')

        print(output)

        print(100*"*")

    elif op == 4:

        output = net_connect.send_command('sh startup-config')

        print(output)

        print(100*"*")

    elif op == 5:

        output = net_connect.send_command('sh interfaces trunk')

        print(output)

        print(100*"*")

    elif op == 6:

        output = net_connect.send_command('sh spanning-tree summary')

        print(output)

        print(100*"*")

    elif op == 7:

        output = net_connect.send_command('sh mac address-table')

        print(output)

        print(100*"*")

    elif op == 8:

        output = net_connect.send_command('sh etherchannel summary')

        print(output)

        print(100*"*")

    elif op == 9:

        output = net_connect.send_command('sh ip route')

        print(output)

        print(100*"*")

    elif op == 0:

        exit(0)

    else:

        print("!!Invalid input")

 

OUTPUT: -




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