SRE / Platform Engineer

297

1. Uzrakstiet Python objektu "switches" YAML formātā 2. Pārvērtiet "switches" tā, lai paliek tikai "cisco" slēdži 3. Izmantojot standarta ipaddress moduli, iegūstiet pēdējo hosta adresi tīklā "172.16.0.0/28" 4. Analizējiet "dhcp_snooping_table" kā sarakstu ar vārdnīcām šādi: dhcp_snooping_table_parsed = [ { "mac": "00:E9:BC:3F:A6:50", "ip": "100.1.1.6", "interface": "FastEthernet0/20", }, { "mac": "00:E9:22:11:A6:50", "ip": "100.1.1.7", "interface": "FastEthernet0/21", } ] 5. Uzrakstiet "NetworkSubnet" klasi ar 2 metodēm: - get_subnet - atgriež pirmo pieejamo subnetu ar norādīto garumu kā IPv4Network objektu - show_network_pool - atgriež pieejamo subnetu sarakstu ```python from ipaddress import IPv4Network class NetworkSubnet: def __init__(self, aggregate_network: str): ... def get_subnet(self, length: int) -> IPv4Network: ... def show_network_pool(self) -> list[IPv4Network]: ... net = NetworkSubnet(aggregate_network="172.16.0.0/24") net_1 = net.get_subnet(length=26) print(f"{net_1=}") net_1=IPv4Network('172.16.0.0/26') print(net.get_subnet(length=25)) 172.16.0.128/25 print(net.get_subnet(length=30)) 172.16.0.64/30 print(net.show_network_pool()) [IPv4Network('172.16.0.64/30'), IPv4Network('172.16.0.72/29'), IPv4Network('172.16.0.80/28'), IPv4Network('172.16.0.96/27')] ```

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