192.168.1.0 255.255.255.0 burada subnet mask 24 tane 1, 8 tane 0'dan oluşuyor, önceki tabloda görmüştük. Bunun gösterimi 192.168.1.0/24 şeklinde olmaktadır. Bundan sonra uzun gösterimlerden çok bu şekilde bir gösterim yapacağız. Buna CIDR gösterimi denir.
Sonuç olarak, mainnet, testnet, devnet ve subnet blok zincirinin geliştirilmesi ve işletilmesinde belirli bir amaca hizmet eden blok zinciri ekosisteminin önemli bileşenleridir. Blok zinciri ortamları, bir blok zinciri ekosisteminin geliştirilmesinde, işletilmesinde ve evriminde çok önemli bir rol oynar.
Hızla büyüyen Avalanche ekosisteminde; subnet lansmanları da artmaya devam ediyor. Kullanıcılar için her yeni çıkan subnet ağını ve yerel tokenlarını cüzdanlara tanıtmak güç olabilir. Yeni güncelleme ile birlikte; her subnet ağı ve yerel tokenı otomatik olarak Core cüzdanlarına tanıtılacak.
Consider a scenario in which you have VM-1 in subnet-1 whose network interface does not havean external IP address. However, VM-1 needs to connect to the internet todownload critical updates. To enable connectivity to the internet, you cancreate a Public NAT gateway that is configured to apply to the IPaddress range of subnet-1. Now, VM-1 can send traffic to the internet by usingthe internal IP address of subnet-1.
Private NAT enables private-to-private translations across Google Cloud networks.Inter-VPC NAT, a Private NAT offering,lets you create a Private NAT gateway that works inconjunction with Network Connectivity Center to perform NAT between Virtual Private Cloudnetworks. To configure Inter-VPC NAT between VPC networks, eachVPC network must beconfigured as a VPC spoke (Preview)in a Network Connectivity Center hub. The Private NAT gateway usesa NAT IP address from a Private NAT subnet to NAT traffic betweenresources that are attached to a Network Connectivity Center hub.
Assume that the resources inyour VPC network need to communicate with the resources in aVPC network that is owned by a different business entity.However, the VPC network of that businessentity contains subnets whose IP addresses overlap with the IP addresses ofyour VPC network. In this scenario, you create a Private NATgateway that routes traffic between the subnets in your VPC networkto the non-overlapping subnets of that business entity.
A Private NAT gateway does not permit anyresource from Network Connectivity Center connected VPC spokes (Preview)to directly initiate a connection with the VMs inside overlapping subnetworks.When a VM in a Private NAT configuration tries to initiate a connection with aVM in a Network Connectivity Center VPC spoke network, the Private NATgateway performs SNAT by using the IP addresses from the Private NATrange. The gateway also performs DNAT on the responses to the outbound packets.
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